JP5902838B2 - Tool holder belt mounting structure - Google Patents

Description

  The present invention mainly relates to the structure of a belt mounting body of a tool holder that is mounted on a waist belt and holds a tool.

  A belt front inner support portion (front difference) located on the front inner side of the belt as viewed from the front (outer side) of a rhombus ring member formed of one wire folded in half at the center. 4A), a belt rear inner support part (rear insertion part 4A) located on the rear inner side of the belt, and a belt front resting on the upper edge of the belt formed by bending the belt front inner support part outward. A tool is applied to the belt, a belt rear mounting portion that is placed on the upper edge of the belt formed by bending the belt rear inner support portion outward, and a curved lower portion formed by bending the belt front mounting portion and the belt rear mounting portion downward. A tool holder including a tool holding portion (holding portion 4E) for holding is known. (For example, Patent Document 1)

JP 2007-313588 A

nothing special

  Since the invention of Patent Document 1 described above has a configuration in which a closed ring member having no open end is folded in half at the center, it is difficult to form various forms for holding a tool, and it is disadvantageous to be flexible. I had it.

In view of the drawbacks of the prior art as described above, the present invention provides a driver body (30), a grip portion (31) having a narrower shape than the driver body (30) provided at the lower portion of the driver body (30), It aims at providing the structure of the belt mounting body of the tool holder of a rechargeable driver which consists of a battery part (32) larger than this grip part (31) provided in the lower part of the grip part (31) .

<Invention of Claim 1 >
A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
Holds putting the grip portion (31), a step of forming said battery unit (32) a tool holder which is bent formed narrower than (2),
A step of forming a belt front outer support portion (11) and a belt rear outer support portion (13) located outside the waist belt;
A step of forming a belt front mounting portion (10) formed on the upper edge of the waist belt formed inside the upper portion of the belt front outer support portion (11);
A step of forming a lower part, the belt front inner support portion formed so as to be located inside the waist belt of the belt front rests portion (10) (9),
A step of forming a belt rear portion (4) formed on the upper edge of the waist belt, which is formed inside the upper portion of the belt rear outer support portion (13);
A step of forming a lower portion, the belt rear inner support portion formed so as to be located inside the waist belt of the belt rear rests portion (4) (5),
Forming a belt front entry portion (12) where the waist belt is located, which is a gap between the belt front inner support portion (9) and the belt front outer support portion (11);
A step of forming a belt rear entrance portion (14) where the waist belt is located, which is a gap between the belt rear inner support portion (5) and the belt rear outer support portion (13),
The tool holding part (2) is provided in the belt rear inner support part (5), the belt rear outer support part (13), the belt front inner support part (9), and the belt front outer support part (11). Formed by extending any one of
The belt front mounting portion (10) is formed by bending the belt front inner support portion (9) outward, or formed by bending the belt front outer support portion (11) inward.
The belt rear mounting portion (4) is formed by bending the belt rear inner support portion (5) outward, or formed by bending the belt rear outer support portion (13) inward.
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A method for producing a belt mounting body for a tool holder, characterized in that the mouth is not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. It is.
<Invention of Claim 2 >
Any one of the belt rear inner support portion (5), the belt rear outer support portion (13), the belt front inner support portion (9), and the belt front outer support portion (11) is extended upward. Forming the holding part raising extension part (27), and extending the holding part raising extension part (27) to form the tool holding part (2),
The position of the tool holding part (2) is held by the holding part raising extension part (27) while the rechargeable screwdriver is held, and the battery part (32) or the driver main body (30) is placed on the arm elbow. 2. The method for producing a tool holder belt mounting body according to claim 1 , wherein the belt holder is placed at a position above the waist belt that can be restrained on the inside or the upper arm.
<Invention of Claim 3 >
A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
Holds putting the grip portion (31), a step of forming said battery unit (32) a tool holder which is bent formed narrower than (2),
Forming a belt front outer support portion (11) located outside the waist belt;
A step of forming a belt front mounting portion (10) formed on the upper edge of the waist belt, which is formed inside the upper portion of the belt front outer support portion (11);
A step of forming a lower part, the belt front inner support portion formed so as to be located inside the waist belt of the belt front rests portion (10) (9),
A step of forming a belt rear inner support portion formed so as to be located inside the waist belt (5), it becomes provided with a capital,
The tool holding part (2) is formed by extending the belt rear inner support part (5),
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A method for producing a belt mounting body for a tool holder, characterized in that the mouth is not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. It is.
<Invention of Claim 4 >
A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
A step of forming a tool holding portion (2) having a narrower width than the battery portion (32) to hold the grip portion (31);
A step of forming a belt rear portion (4) mounted on the upper edge of the waist belt;
A step of forming a belt rear inner support portion (5) located on the rear inner side of the waist belt;
A step of forming a belt front inner support portion (9) located on the front inner side of the waist belt;
A step of forming a belt front mounting portion (10) formed on the outer edge of the belt front inner support portion (9) and placed on the upper edge of the waist belt;
A step of forming the belt forward laid portion (10) formed above, the belt front outer support portion located outside in front of the waist belt 3 (11), made of capital,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A mouth of the tool holder belt mounting body is characterized in that the mouth is formed in a form not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. It is a creation method.

As is clear from the above description, the present invention has the following effects.
<Effect of the Invention of Claim 1 >
A structure of a belt attachment body of a tool holder having a tool holding portion for holding a tool, which is attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
A tool holding part (2) formed by bending and narrowing the width of the battery part (32) to hold the grip part (31);
A belt front outer support portion (11) located outside the waist belt, a belt rear outer support portion (13),
A belt front mounting portion (10) formed on the upper edge of the waist belt, formed on the inner side of the upper portion of the belt front outer support portion (11);
A belt front inner support part (9) formed to be located inside the waist belt at a lower part of the belt front mounting part (10);
A belt rear mounting portion (4) formed on the inner side of the upper portion of the belt rear outer support portion (13) and resting on the upper edge of the waist belt;
A belt rear inner support portion (5) formed to be positioned inside the waist belt at a lower portion of the belt rear portion (4);
A belt front entry portion (12) where the waist belt is located, which is a gap between the belt front inner support portion (9) and the belt front outer support portion (11);
The belt rear inner support portion (5) and the belt rear outer support portion (13), a belt rear entrance portion (14) where the waist belt is located, and
The tool holding part (2) is provided in the belt rear inner support part (5), the belt rear outer support part (13), the belt front inner support part (9), and the belt front outer support part (11). Formed by extending any one of
The belt front mounting portion (10) is formed by bending the belt front inner support portion (9) outward, or formed by bending the belt front outer support portion (11) inward.
The belt rear mounting portion (4) is formed by bending the belt rear inner support portion (5) outward, or formed by bending the belt rear outer support portion (13) inward.
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. The mouth is configured to be provided with no operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit.
<Effects of Invention of Claim 2 >
Any one of the belt rear inner support portion (5), the belt rear outer support portion (13), the belt front inner support portion (9), and the belt front outer support portion (11) is extended upward. A holding part raising extension part is formed, a tool holding part is provided on the upper part of the holding part raising extension part, and the tool holding part is located above the waist belt. since the structure of the tool holder of the belt attachment body according to any one of 1 to 5, it is possible to obtain the same effect as the invention described in claim 1 brings about the following described effects.
That is,
Since the tool holding part is positioned above the waist belt by the holding part raising extension part, the holding part of the held tool is not at a position higher than the waist belt, and at the same time, the holding position of the tool is also high as a whole. Since it is in the position, there is less runout, and there is an effect of realizing a tool holder with good stability and portability.
<Effect of the Invention of Claim 3 >
A structure of a belt attachment body of a tool holder having a tool holding portion for holding a tool, which is attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
A tool holding part (2) formed by bending and narrowing the width of the battery part (32) to hold the grip part (31);
A belt front outer support portion (11) located outside the waist belt;
A belt front mounting portion (10) formed on the upper edge of the waist belt, formed inside the upper portion of the belt front outer support portion (11);
A belt front inner support part (9) formed to be located inside the waist belt at a lower part of the belt front mounting part (10);
A belt rear inner support portion (5) formed to be positioned inside the waist belt, and
The tool holding part (2) is formed by extending the belt rear inner support part (5),
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. The mouth is configured to be provided with no operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit.
<Effect of the invention of claim 4, wherein>
A structure of a belt attachment body of a tool holder having a tool holding portion for holding a tool, which is attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
A tool holding part (2) having a narrower width than the battery part (32), which holds the grip part (31) in place;
A belt rear portion (4) mounted on the upper edge of the waist belt;
A belt rear inner support portion (5) located on the rear inner side of the waist belt;
A belt front inner support portion (9) located on the front inner side of the waist belt;
A belt front mounting portion (10) formed on the outer edge of the belt front inner support portion (9) and placed on the upper edge of the waist belt;
A belt front outer support portion (11) located on the front outer side of the waist belt 3 with the belt front mounting portion (10) formed below,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. The mouth is configured to be provided with no operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit.

The perspective view of Example 1 of this invention . The perspective view of the state which mounted | wore the tool of Example 1 of this invention . The side view of the state with which it mounted | wore with the waist belt of Example 1 of this invention (figure seen from the outer side). The front view (figure seen from the front) of the tool of Example 1 of the present invention . The side view (figure seen from the outside) of Example 2 of the present invention . The perspective view of the state which mounted | wore the waist belt of Example 3 of this invention, and hold | maintained the tool. The side view (figure seen from the outer side) of the state with which it mounted | wore with the waist belt of Example 4 of this invention . The perspective view of Example 5 of this invention . The perspective view of Example 6 of this invention . The perspective view of Example 7 of this invention. The perspective view which shows the use condition of Example 7 of this invention. The perspective view of Example 8 of this invention. The perspective view of Example 9 of this invention. The side view (figure seen from the outside) of Example 9 of the present invention. The rear view (figure seen from back) of Example 9 of this invention. The perspective view which shows the use condition of Example 9 of this invention. The perspective view of Example 10 of this invention. The perspective view which shows the use condition of Example 10 of this invention. The perspective view which shows the use condition of Example 10 of this invention. The perspective view of the state which attached the pressing pressure dispersion | distribution plate of Example 10 of this invention. The perspective view of Example 11 of this invention. The perspective view which shows the use condition of Example 11 of this invention. The perspective view of Example 12 of this invention. The perspective view of Example 13 of this invention. The perspective view of Example 14 of this invention. The perspective view of Example 15 of this invention. The perspective view of the state which mounted | wore the tool of Example 15 of this invention. The perspective view of Example 16 of this invention. The perspective view of Example 17 of this invention and the perspective view which shows another form. The perspective view of Example 18 of this invention. The perspective view of Example 19 of this invention. The perspective view of Example 20 of this invention. The perspective view of Example 21 of this invention. The perspective view of Example 22 of this invention. The perspective view of Example 23 of this invention. The perspective view of Example 24 of this invention . The isolation | separation perspective view of Example 25 of this invention. The set state perspective view of Example 25 of the present invention. The front view (figure seen from the outer side), the side view (figure seen from the front) of the belt mounting body of Example 26 of this invention, the top view, and a set state front view. The front view, the side view, the top view, the set state front view of the belt mounting body of Example 27 as the present applicant has conceived, and the side view of the state in which the tool holder is set with the belt-entry portion closing means attached. The perspective view of Example 28 of this invention . The perspective view of Example 29 of this invention . The perspective view of Example 30 of this invention . The perspective view which mounted | wore with the tool of Example 31 of this invention .

  DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments that are the best mode for carrying out the present invention shown in the drawings will be described below. However, the present invention is not limited to these examples. Further, in the description of the embodiments to be described later, the same reference numerals are given to the same configurations as those of the above-described embodiments, and the description thereof is omitted.

In Example 1 of this invention shown in FIGS. 1-4, 1 is a tool holder, The tool holder 1 is
A tool holder to be attached to a waist belt 3 formed by bending a metal wire A (including a “metal bar”) having a thickness of 4 mm to 6 mm,
A tool held in the tool holding unit 2 includes a driver main body 30, a grip part 31 provided at the lower part of the driver main body 30, and a battery part 32 larger than the grip part 31 provided at the lower part of the grip part 31. A tool holder 2 formed by bending a tool 33 that is a rechargeable screwdriver into a narrower width than the battery part 32 in a U-shape that holds the grip part 31 from above;
A belt rear loading portion 4 that is formed by bending the inner upper portion of the tool holding portion 2 to be bent inward;
A belt rear inner support portion 5 located on the rear inner side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
A rear extension 6 formed by extending the belt rear inner support portion 5 downward;
A connecting portion 7 formed by bending the rear extension portion 6 forward;
A front extension portion 8 formed by bending the connecting portion 7 upward;
A belt front inner support portion 9 that is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt 3;
A belt front mounting portion 10 that is formed by bending the belt front inner support portion 9 to be bent outward and is placed on the upper edge of the waist belt 3;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front outer support portion 11 and the belt front inner support portion 9;
Belt-entrapped portion closing means 37 (ring member, openable ring member, adhesive tape, binding band) formed at a position below the lower surface of the waist belt 3 that has entered the belt front mounting portion 10 of the belt front outer support portion 11. , Wire cables, wires, cords, hook-and-loop fasteners typified by Velcro (registered trademark), etc., which can be wound around the waist belt 3 without being attached to the lower belt 3 from the lower surface. Part 38;
The closing means attaching portion 38 is formed of a stop portion 39 which is bent forward or rearward (outside in the drawing) to stop the closing means attaching portion 38 from falling.
The belt front inner support portion 9 and the belt front outer support portion 11 are substantially parallel.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

Since the tool holder 1 is formed by bending one metal wire or metal bar without any other connection means such as welding, the metal wire or metal rod is manufactured in the bending apparatus. Since the tool holder 1 is used when entering and exiting the bending apparatus, a low-cost tool holder can be realized.
Further, in order to secure the attachment to the waist belt 3, the belt belt closing portion 37 is wound around the member mounting portion 38, so that the waist belt 3 cannot be detached from the belt front insertion portion 12. And can. This can be wound around the waist belt in advance before being attached, or can be wound around the waist belt after being attached. If priority is given to removing or attaching the tool holder from the waist belt while the waist belt is attached to the waist, the belt front entry portion 12 is not wrapped, the belt front inner support portion 9 and the belt front outer portion Since the support part 11 is a straight form, it can be attached to and detached from the waist belt quickly and smoothly.
Further, even when the belt front insertion portion 12 is wound on the waist belt, the belt front insertion portion 12 can be removed by cutting and removing the belt front insertion portion 12 with a knife or a nipper.
The tool holding portion is not limited to the U-shape, and there are various forms suitable for holding tools such as a ring shape, a wave shape, a simple horizontal bar shape, and a continuous ring shape.
Examples of the metal wire rod or metal bar include broad steel including various special steel, narrow steel, soft iron, stainless steel, and aluminum steel (2000 series, 6000 series, 7000 series). A lightweight spring rope (mainly used as a spring for automobiles) made of an iron-based material is preferable for realizing low cost and light weight.

In the second embodiment of the present invention shown in FIG. 5, the main difference from the first embodiment is that the outer portion of the tool holding portion 2 is screwed from the upper rear side of the grip portion 31 of the driver main body 30 of the tool 33. An extension portion 34 extending so as to wrap around the outer side surface of the main body 30 is formed, and the tool holder 17 is formed by forming a tool holding portion 36 that contacts the outer side surface of the driver main body 30 with the extension portion 34.
In this way, the tool holding portion 36 prevents the tool 33 from sideways and realizes stable carrying. Moreover, since the tool holding part 36 is made to rotate behind the grip part 31, the grip part contact part 21 which hits the back part of the grip part 31 is formed, and the tool 33 is prevented from swinging backward. Yes.
In manufacturing, when a metal wire rod or metal bar enters the bending apparatus and comes out of the bending apparatus, the tool holder 17 is provided, so that a tool holder with a tool holding portion can be realized at low cost.

In the third embodiment of the present invention shown in FIG. 6, the main difference from the first embodiment is that the belt retaining portion 15 is not provided, but an extension portion 24 is formed by extending the belt front outer support portion 11 downward. The tool holder 23 is formed by forming a tool holding portion 22 that is formed by turning around the lower side of the driver main body 30 and rising and holding down against the outer side surface of the driver main body 30 (tool).
A lower portion of the belt front outer support portion 11 (including the case of the extension portion 24) is projected outward in a convex bent form, and a closing means attaching portion 38 and a stopper portion 39 are formed.
The belt front outer support portion 11 is provided with a receiving surface fastener 43, the tool holding portion 22 is provided with a receiving surface fastener 42, and a holding surface fastener belt 41 is provided below the stop portion 39.

An opening / closing type belt-entrapping means 57 called a trigger snap is attached, and the belt-entrapping part closing means 57 is attached to the closing means attaching part 38 so as to grasp the belt front outer support part 11 and the belt front inner support part 9. It is attached to the stop state so as not to descend at the stop portion 39, and the lower part of the belt front entry portion 12 is closed to realize a configuration in which the tool holder cannot be removed from the waist belt.
The belt containing portion closing means 57 is very convenient because it can be easily removed while the tool holder is attached to the waist belt. The removed belt containing portion closing means 57 may be hung on the connecting portion 7 or the like.
In addition to the trigger snap, there are various types of opening / closing type belt closing means for closing the belt, such as a ring, a crab ring, and a pull ring.

  The convex part which forms the stop part 39 is not provided, but a convex part is formed so that a part of the middle of the front extension part 8 protrudes outward from the outer side surface of the belt front outer support part 11 or the extension part toward the outside. It is also possible to form a belt retaining portion (not shown) formed so that the waist belt 3 is not easily detached from the belt front entering portion 12.

The tool 33 is attached to the tool holding portion 2 and the restraining surface fastener band 41 is received from the surface fastener 43 and is engaged with the receiving surface fastener 42 so that the driver body 30 is restrained from above by the restraining surface fastener band 41. Fix it. As a result, the tool 33 is brought into an extremely stable holding state in which the tool 33 is integrated with the tool holder 26, and cannot be dropped and cannot be dropped, and even if the body is moved greatly by releasing the hand. Realizes safety that does not come off and does not fall. At the same time, by removing the restraining surface fastener band 41 from the surface fastener 42 and retaining it on the receiving surface fastener 43, the tool 33 can be quickly and easily removed and mounted. In addition, since the operation of attaching and detaching the restraining surface fastener belt 41 to the receiving surface fastener 42 and the receiving surface fastener 43 is performed only by raising and lowering the restraining surface fastener belt 41 every time the tool 33 is mounted and taken out.
Since it can be done quickly and reliably without stress, it can be safely and securely held by the restraining fastener band 41 when the tool is not used, even when the tool is frequently attached and detached. It can be done.
Further, when the tool 33 is inserted into the tool holding part 2, the holding surface fastener band 41 does not get in the way, and the hand holding the tool 33 is held as it is after being attached to the tool holding part 2, and the surface fastener band 41 is picked. It can be removed from the receiving surface fastener 43 and engaged with the receiving surface fastener 42 to hold the tool 33 or close the tool insertion / removal opening of the tool holding portion 2.

In the fourth embodiment of the present invention shown in FIG. 7, the main difference from the second embodiment is that the belt retaining portion 15 is not provided, and the locking means mounting portion 44 in which the belt front outer support portion 11 is bent backward is provided. The extension 45 is formed by extending the locking means mounting portion 44 upward, and the extension 45 forms a locking means mounting portion 46 bent forward, and the tool 33 held by the tool holding portion 2 is formed. A restraining surface fastener band 41 for restraining the driver main body 30 from above is attached to a lower portion of the locking means attaching portion 44, and a receiving surface fastener 42 to which the restraining surface fastener band 41 is held in a state where the tool is restrained is provided. When the tool 33 is mounted on the tool holding portion 2 with the restraining surface fastener band 41 being removed from the first receiving surface fastener 42, it is provided at an appropriate portion of the extension portion 34 to the tool restraining portion 36. Nanabana It is as in that clamping surfaces fastener strip 41 to keep locked formed a tool holder 26 formed by mounting a receiving surface fastener 43 to be engaged wear locking means mounting portion 46.
The holding and releasing operation of the tool by the holding surface fastener band 41 is the same as that of the third embodiment, and the holding surface fastener 41 is moved away from the receiving surface fastener 42 and left in the natural raising direction of the holding surface fastener 41 as it is. Is located.
A hook-and-loop fastener (loop) is not provided on the front end of the outer surface where the restraining hook-and-loop fastener 41 is raised, and is attached to the receiving hook-and-loop fastener 42 (hook) (the hook is hooked on the loop). In this state, it is easy to pick it with a finger with gloves. There are various types of hook-and-loop fasteners such as a loop-and-hook engagement, a mushroom-type hook and a mushroom-type hook engagement, and the hook-and-loop engagement type is not limited.
A portion formed by the locking means mounting portion 44, the extension 45, and the locking means mounting portion 46 corresponds to a rising portion according to claim 7.

It is also possible to adopt a configuration in which the locking means attachment portion 46 is not provided and a configuration in which the receiving surface fastener 43 is attached to the extension portion 45. In this case, the extension portion 45 is a locking means attachment portion.
A bent portion of the locking means 44 on the belt front outer support portion 11 side is a stop portion 39, and a lower portion of the belt front outer support portion 11 is a closing means mounting portion 38.

In the fifth embodiment of the present invention shown in FIG. 8, the main difference from the first embodiment is that the belt retaining portion 15 is not provided and the belt front outer support portion 11 is bent rearward. The locking means 44 forms an extension 45 bent upward, the extension 45 forms a locking means mounting part 46 bent forward, and the locking means mounting part 46 faces downward. A bent extension portion 47 is formed, and a tool holding portion 48 is formed to hold the outer side surface of the driver body 30 by turning the extension portion 47 from below the driver body 30 of the tool 33. A holding surface fastener band 41 for holding the screwdriver main body 30 of the held tool 33 from above is attached to the lower part of the locking means mounting portion 44, and the holding surface fastener band 41 is engaged with the tool held down. Receiving surface A snare 42 is provided at an appropriate portion of the tool holding portion 48, and when the tool 33 is attached to the tool holding portion 2 with the holding surface fastener band 41 removed from the first receiving surface fastener 42, it is under the tool 33. The tool holder 49 is formed by attaching the receiving surface fastener 43 to which the restraining surface fastener band 41 for locking so as not to be locked to the locking means mounting portion 46.
A bent portion of the locking means 44 on the belt front outer support portion 11 side is a stop portion 39, and a lower portion of the belt front outer support portion 11 is a closing means mounting portion 38.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In Example 6 of the present invention shown in FIG.
A tool holder 1 to be attached to a waist belt 3 formed by bending a single metal wire A (including a “metal bar”), comprising a tool holding portion 2;
A belt front outer support portion 11 formed by bending an extension portion 51 in which an inner portion of the tool holding portion 2 extends forward;
A belt front mounting portion 10 which is formed by bending the belt front outer support portion 11 inwardly and is placed on the upper edge of the waist belt 3;
A belt front inner support portion 9 located on the front inner side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where a waist belt is located, which is a gap between the belt front inner support portion 9 and the belt front outer support portion 11;
A front extension portion 8 formed by extending the belt front inner support portion 9 downward;
A connecting portion 7 formed by bending the front extension portion 8 backward;
A rear extension 6 formed by bending the connecting portion upward;
A belt rear inner support portion 5 that is formed by extending the rear extension 6 upward and is located on the rear inner side of the waist belt 3;
A belt rear mounting portion 4 which is formed by bending the belt rear inner support portion 5 to be bent outward, and is placed on the upper edge of the waist belt 3;
A belt rear outer support portion 13 located on the outer rear side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear outer support portion 13 and the belt rear inner support portion 5;
A belt-entrapped portion closing means 37 (adhesive tape, binding band, electric cable, wire, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord, cord A closing member mounting portion 38 that is a distance from the lower surface of the waist belt 3, which can be wound around the waist belt 3 without hooking a hook-and-loop fastener typified by Velcro (registered trademark),
The closing means attaching portion 38 is formed of a stop portion 39 which is bent forward or rearward (outside in the drawing) to stop the closing means attaching portion 38 from falling.

In Example 7 of the present invention shown in FIGS. 10 and 11, reference numeral 55 denotes a tool holder.
A tool holder to be attached to a waist belt 3 formed by bending a single metal wire A (including a “metal bar”),
A tool holder 2 for holding the tool 33;
The tool holding part 2 is formed by bending downward, and a holding part raising extension part 27 which forms the tool holding part 2 away from the user's body in a slightly inclined form.
A belt rear inner support portion 5 located on the rear inner side of the waist belt 3 formed by extending the holding portion raising extension portion 27 substantially vertically downward;
A rear extension 6 formed by extending the belt rear inner support portion 5 downward;
An inner portion connecting portion 18 formed by bending the rear extension portion 6 forward;
A front extension 8 formed by bending the inner part communication part 18 upward;
A belt front inner support portion 9 that is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt 3;
A belt front mounting portion 10 that is formed by bending the belt front inner support portion 9 to be bent outward and is placed on the upper edge of the waist belt 3;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front outer support portion 11 and the belt front inner support portion 9;
An outer portion connecting portion 19 formed by bending the belt front outer support portion 11 backward;
A belt rear outer support portion 13 located on the rear outer side of the waist belt 3, wherein the outer portion communication portion 19 is bent upward and formed at a position forward of the belt rear inner support portion 5;
The belt rear outer support portion 13 is bent inward and is placed on the upper edge of the waist belt 3 and also functions as a support portion restricting portion that restricts the belt rear inner support portion 5 from moving forward. Part 4
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear outer support portion 13 and the belt rear inner support portion 5;
A belt formed in such a form that the belt rear mounting portion 4 is bent rearward (or forward when the belt rear outer support portion 13 is positioned rearward of the belt rear inner support portion 5) and the inner side surface of the belt rear inner support portion 5 hits. A support portion restricting portion 20 that restricts the rear entering portion 14 from spreading,
A support part restricting part 56 that is formed by bending the support part restricting part 20 outward and is located behind the belt rear inner support part 5 and restricts the belt rear inner support part 5 from moving backward;
Closed belt-inserted portion that is formed at a position below the lower surface of the waist belt 3 that has entered the belt-front mounting portion 10 of the belt-front outer support portion 11 to close the belt front-entry portion or the belt rear-entry portion Means 37 (ring member, adhesive tape, cable tie, wire cable, wire, cord, hook-and-loop fastener represented by Velcro (registered trademark), etc.) can be attached without being attached to the waist belt 3. A member mounting portion 38 having a distance from the lower surface of the waist belt 3;
The closing means attaching portion 38 is formed of a stop portion 39 which is bent forward or rearward (outside in the drawing) to stop the closing means attaching portion 38 from falling.
A belt mounting body is formed by parts other than the tool holding part 2, the holding part raising extension part 27, the support part restricting part 56, and the support part restricting part 20. In this belt mounting body alone, the end of the belt rear mounting portion 4 is the belt mounting portion side open end, the end of the belt rear inner support portion 5 is the support portion side open end, and the belt mounting portion side open end. Then, the support portion side open end is extended and bent to form a tool holder belt mounting body that can freely form an effective configuration necessary for holding a tool, such as a tool holding portion and a tool holding portion.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The belt front outer support portion 11 and the belt rear outer support portion 13 are longer than the attached waist belt 3, and do not cover the waist belt 3 even if the belt containing portion closing means 37 made of 20 mm adhesive tape is wound below. The closing part attaching part 38, 38 is a certain part, and the bent part of the outer part connecting part 19 from the closing part attaching part 38, 38 is a stop part 39, which prevents the belt containing part closing means 37 from going further downward. 39.
Examples of the belt-closing portion closing means 37 include an adhesive tape, a binding band, an electric cable, a wire, a cord, and a hook-and-loop fastener represented by Velcro (registered trademark).
In the present embodiment, the distance between the closing means attaching portions 38, 38 is set to 20 mm or more.
Moreover, the distance from the belt front mounting part 10 and the belt rear mounting part 4 to the upper surface of the outer site | part communication part 19 (stop part 39, 39) is about 70 mm or more, or about 65 mm-70 mm.
The belt front outer support portion 11 and the belt front inner support portion 9 are substantially parallel. The belt rear outer support portion 13 and the belt rear inner support portion 5 are substantially parallel.

The metal wire A (including “metal bar”) is a spring material having a diameter of 4 mm, and the shape of the holding part raising extension part 27 is bent with a hand wearing leather gloves to match the holding tool. In addition to being able to be deformed, it has toughness and flexibility that is not bent by the weight of a charging driver generally used. In addition, it is lighter than stainless steel.
The outline of the dimensions is shown in FIGS.
The distance from the belt rear part 4 (lower surface) to the part where the rear surface of the grip part 31 of the tool holding part 2 hits (the lowest part of the tool holding part 2) is approximately 100 mm (may be about 70 mm to 120 mm). is there. That is, the distance from the upper edge of the waist belt to the lowermost part of the tool holding portion 2 is the above distance. By setting it to such an imaginary position, the outer side surface of the battery part 32 of the tool 33 held by the tool holding part 2 is suppressed from the inner side of the arm elbow or the inner side of the upper arm (this is easier to suppress). Or a height position at which the outer side surface of the driver body 30 can be restrained from the inner side of the arm elbow or from the inner side of the upper arm. Further, the position of the driver main body 30 is substantially the height position of the waist belt. (See Figure 43 for an image of holding the tool 33 with the upper arm or elbow.)

The belt retaining portion 57 and the belt retaining portion 58 prevent the waist belt 3 from easily coming off the belt front entering portions 12 and 14.
The belt retaining portion 57 and the belt retaining portion 58 are provided on the inner surface of the belt front outer support portion 11 and the belt rear outer support portion 13 so that the belt belt 3 can be easily attached and detached by moving it up and down without attaching the waist belt 3 to the waist. It is good also as a form contact | abutting to or adjoining. The belt front inner support portion 9 that is positioned between the waist belt 3 and the body and is always in contact with the waist belt 3, the belt retaining portion 57 of the belt rear inner support portion 5, and the belt retaining portion 58 are Even if it moves to, it functions to reliably prevent it from hitting the lower edge of the waist belt 3 and pulling it out.
The portions where the belt retaining portion 57 and the belt retaining portion 58 are formed are not limited to the belt rear inner support portion 5 and the belt front inner support portion 9, but may be provided in the front extension portion 8 and the rear extension portion 6. The belt front outer support portion 11 and the belt rear outer support portion 13 may be provided.
The belt front outer support portion 11 and the belt rear outer support portion 13 are arranged in such a manner that the waist belt 3 is worn on the body, and when the wearer is removed by moving it up and down, a finger is put on the outer portion communication portion 19. Since it can be pulled out and put in and out, it can be easily attached and detached from the waist belt.
The support part restricting part 56 may be bent forward to form a support part restricting part that restricts the outer surface of the belt rear inner support part 5.

  The belt mounting part that can form the support part regulating part 20 and the support part regulating part 56 may be a belt rear part or a belt front part, a belt rear outer support part, a belt rear inner support part, and a belt front part. There is a form formed by bending from the outside to the inside of the outer support part or the belt front inner support part, and a form formed by bending from the inside to the outside. In some cases, there is a loading portion, and the belt is located on the front side or the rear side of the belt front loading portion.

The matter of "the belt rear inner support part located on the rear inner side of the waist belt, which is formed by bending the tool holding part or its extension downward," according to claims 3 to 7, is that the tool holding part 2 or its extension is lower. The technical category also includes a configuration in which the belt rearward inner support portion is provided after the extension portion such as the holding portion raising extension portion 27 after bending.
This is the same in the form in which the holding raising extension 27 is connected to the belt front inner support portion as described later, and the portion where the holding raising extension 27 is connected is the belt rear outer support portion or the belt front outer support portion. Even if there is, it is the same.

  In the eighth embodiment of the present invention shown in FIG. 12, the main difference from the seventh embodiment is that the support portion restricting portion 56 is extended outward to form an extension portion 34, a part of which is a grip portion of the tool 33. The belt rear outer support portion 13 and the belt front outer support portion 11 are bent inward so that the waist belt 3 can be removed from the belt rear entry portion 14 and the belt front entry portion 12. The belt retaining portions 61 and 62 to be blocked are formed so that the inner surface of the outer portion connecting portion 19 protrudes to the inside where the inner surfaces of the belt rear inner support portion 5 and the belt front inner support portion 9 are substantially at the same position. The tool holder 63 is formed as described above.

An appropriate plate 28 (corrugated cardboard plate) is provided to disperse the contact of the inner part connecting part 18 to the thigh by the user on the inner side surfaces of the inner part connecting part 18, the rear extension part 6 and the front extension part 8. , Plastic plate, wood plate, rubber plate, etc.) are attached by wide adhesive tapes 29 (vertical winding), 29 (horizontal winding).
If the plate 28 can be bent such as a corrugated cardboard, a pile of paper such as newspapers and magazines, a rubber member, a foamed resin member, etc., bend it at the lower part of the inner part connecting portion 18. It is good to attach so that both the inner side part connection part 18, the back extension part 6, and the inner side surface and the outer side surface of the front extension part 8 may be covered.
The adhesive tape 29 is also wound around the inner surface of the plate 28, and the surface of the adhesive tape 29 is rubbed with the pants with low friction. Such a method of use is introduced in the instruction manual etc. as “For those who are concerned about the contact of the inner part contact part with the thigh.
This can be said to all of the embodiments having the connecting part 7 and the inner part connecting part 18 which are parts different from the tool holding part 2 and are separated downward from the waist belt and hit the thigh.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, and the extension portion 34.

  In the ninth embodiment of the present invention shown in FIGS. 13 to 16, the main difference from the eighth embodiment is that a tool holding portion 36 that extends the extension portion 34 and holds it against the outer surface of the driver body 30 of the tool 33. The tool holder 65 is formed.

The belt front entry portion 12 and the belt rear entry portion 14 are parallel gaps having a width of approximately 3 mm to 7 mm (approximately 5 mm in the embodiment), and the belt front inner support portion 9 and the belt front outer support portion 11 that form the parallel gap. The belt rear inner support portion 5 and the belt rear outer support portion 13 are substantially vertical, and on the side not having the tool holding portion 2 (in FIG. 13, on the belt front mounting portion side), a belt entering portion closing means formed of a ring member. 40 can be put in and out (removable) from above, so that the lower part of the belt front entry part 12 can be closed or opened.
The belt containing portion closing means 40 is provided in a suspended form (hanging means (hanging form) with a suspension means 35 consisting of a cord or a chain in the drawing) on the outer part connecting portion 19 with an attached or a chain.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 34, and the tool holding portion 36.
The distance from the inner side surface of the belt rear inner support portion 5 to the inner portion of the tool holding portion 2 is about 50 mm, but may be about 20 mm or less (including vertical). In this case, it is preferable that the outer portion is located at an inner position of about 30 mm when viewed from the rear view of the tool holding portion 36.
Further, the extension part 34 or the tool holding part 36 may be provided as a separate member from the belt mounting body and joined by welding, pipe insertion caulking connection, or the like.

17 to 20 mainly differ from the ninth embodiment in the tenth embodiment of the present invention in that the outer portion connecting portion 19 is provided with a restraining surface fastener band 41 and the holding portion raising and extending portion 27 is provided with a receiving surface fastener. 43 is formed so as to extend forward, and a tool holder 67 is formed in which the receiving surface fastener 42 is provided in the tool holding portion 36.
In FIG. 20, a pressing pressure distribution plate 68 is attached to disperse and soften the contact of the inner part connecting part 18 against the thigh, which is hung on the outer part connecting part 19 and located inside the inner part connecting part 18.

The tool 33 is mounted on the tool holding part 2 and the restraining surface fastener band 41 is received from the surface fastener 43 and is fastened to the receiving surface fastener 42 so as to be restrained from above by the driver body 30 portion and the restraining surface fastener band 41. To do. As a result, the tool 33 is brought into an extremely stable holding state in which the tool 33 is integrated with the tool holder 26, and cannot be dropped and cannot be dropped, and even if the body is moved greatly by releasing the hand. Realizes safety that does not come off and does not fall. At the same time, by removing the restraining surface fastener band 41 from the surface fastener 42 and retaining it on the receiving surface fastener 43, the tool 33 can be quickly and easily removed and mounted. In addition, the operation of attaching and detaching the restraining surface fastener band 41 to and from the receiving surface fastener 42 and the receiving surface fastener 43 is performed only by raising and lowering the restraining surface fastener band 41 every time the tool 33 is mounted and taken out. Since it can be done quickly and reliably without stress, it can be safely and securely held by the restraining fastener band 41 when the tool is not used, even when the tool is frequently attached and detached. It can be done.
Moreover, it is good also as a structure which does not provide the latching means attaching part 46, and attaches the receiving surface fastener 43 to the extension part 45. FIG. In this case, the extension portion 45 is a locking means attachment portion.

As shown in FIG. 19, the bottom portion of the driver main body 30 of the attached tool 33 is placed on the restraining surface fastener belt 41 by preliminarily engaging the restraining surface fastener belt 41 with the receiving surface fastener 42. It becomes a held holding form. In this state, there is a risk that the tool 33 may come off and fall due to a violent up-and-down movement or the like, but when holding and taking out the tool frequently on a flat ground or the like, the holding stability of the tool is good and the portability and removal are good. The mounting operation can be performed more speedily, and the stable carrying can give the user a sense of security and reliability.
When the tool 33 is put into the tool holding part 2, the holding surface fastener band 41 does not get in the way, and the hand holding the tool 33 is held as it is after being attached to the tool holding part 2, and the holding surface of the surface fastener band 41 is picked. It can be removed from the fastener 43 and engaged with the receiving surface fastener 42 to hold the tool 33 or close the tool insertion / removal port of the tool holding portion 2.

The main difference between the eleventh embodiment of the present invention shown in FIGS. 21 and 22 and the seventh embodiment is that the support portion restricting portion 56 is formed to bend downward and the extension portion 70 is formed downward. A tool holding portion 71 is formed which wraps around the outer side surface of the driver body 30 of the tool 33 attached to the tool holding portion 2 and stops against the outer side surface of the driver body 30, and a holding surface fastener band 41 is provided on the outer site connecting portion 19. The tool holder 72 is provided in which the receiving surface fastener 43 is provided so as to extend forward in the holding portion raising and extending portion 27, and the receiving surface fastener 42 is provided in the tool holding portion 71.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 70, and the tool holding portion 71.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In the embodiment 12 of the present invention shown in FIG. 23, the main difference from the embodiment 8 is that the belt retaining portions 61 and 62 are not formed and the belt rear outer support portion 13 and the belt front outer support portion 11 are moved forward. An extension 73 is formed by extending downward, and this extension 73 wraps around from below the driver main body 30 of the tool 33 held by the tool holding portion 2 to form a tool holding portion 74 that holds against the outer side surface of the driver main body 30. The tool holder 75 formed by bending the extension portion 34 rearward and providing the receiving surface fastener 43 is formed.
A bent portion from the belt rear outer support portion 13 and the belt front outer support portion 11 to the extension portion 73 forms a stop portion 39, and a lower portion of the belt rear outer support portion 13 and the belt front outer support portion 11 connected thereto is closed. A mounting portion 38 is formed.
A receiving surface fastener 42 (such as a magic tape (registered trademark)) is provided on the outer line portion of the tool holding portion 2, and a holding surface fastener band that is engaged with the receiving surface fastener 42 is provided above the holding portion raising extension portion 27. 41 is provided with its lower end side attached. The grip portion 31 of the tool 33 held by the tool holding portion 2 is restrained from the neck portion of the grip portion 31 to the battery portion 32 and is hooked to the hook and loop fastener 42 to be held from the tool holding portion 2. Can be held safe.
The extension portion 34 is bent up to a position where the restraining surface fastener band 41 is located above the belt rear outer support portion 13 and the belt front outer support portion 11, and a receiving surface fastener 43 is provided on the extension portion 34. It is locked so that it will not fall over. Accordingly, the holding surface fastener band 41 is not obstructed when the tool 33 is put into the tool holding unit 2, and the hand holding the tool 33 is held as it is after being attached to the tool holding unit 2. It can be removed from the knob receiving surface fastener 43 and engaged with the receiving surface fastener 42 so that the tool 33 is held down or the tool loading / unloading port of the tool holding portion 2 is closed.
The extension part 34 corresponds to a rising part described in claim 7.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 34, the stopper portion 39, the outer portion connecting portion 19, and the tool holding portion 74.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In the thirteenth embodiment of the present invention shown in FIG. 24, the main difference from the twelfth embodiment is that a tool holder 77 is formed in which the form of the tool holding portion 74 is an inner drawing form.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 34, the outer side portion communication portion 19, the tool holding portion 74, and the extension portion 73.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In the embodiment 14 of the present invention shown in FIG. 25, the main difference from the embodiment 8 is that the belt retaining portions 61 and 62 are not formed and the belt rear outer support portion 13 and the belt front outer support portion 11 are moved upward. A bending extension 79 is provided, a receiving surface fastener 43 (such as Velcro (registered trademark)) is provided at the tip of the extension 79, a receiving surface fastener 42 is provided on the outer line portion of the tool holding portion 2, and a holding portion raising extension portion is provided. 27 is formed with a tool holder 80 in which a holding surface fastener band 41 engaged with the receiving surface fastener 42 and the receiving surface fastener 43 is attached to the lower end side.
Through the belt front inner support portion 9 and the belt front outer support portion 11, a belt containing portion closing means 81 formed of a ring member (various forms such as a circular ring, a rectangular ring, an elliptical ring) is connected to a closing means attaching portion 38 and a stopper portion. The tool holder is prevented from being detached from the waist belt with the lower part of the belt front entry portion 2 being closed at the position 39.
The extension portion 79 corresponds to a rising portion described in claim 7.
A belt mounting body is formed at a part other than the tool holding part 2, the holding part raising extension part 27, the extension part 34, the outer part connection part 19, and the extension part 79.

26 and 27, the difference between the embodiment 15 of the present invention and the embodiment 7 is that a holding portion raising extension portion 82 is formed by extending the support portion restricting portion 56 upward in a forward inclined outward tilting manner. Then, this holding part raising extension part 82 forms a tool holding part 83 into which a portion close to the driver main body 30 of the grip part 31 of the tool 33 bent outward is formed, and the belt rear outer support part 13 and the belt front outer side. The support part 11 is extended downward, and 20 mm or more downward from the lower surface of the waist belt 3 that has entered the belt rear outer support part 13, the belt rear outer support part 11, and the belt front outer part 11. The stoppers 39 and 39 are formed by bending outwardly and projecting outwardly, and the belt-containing part closing means 37 (adhesive tape, binding band, electric cable, wire, Over de lies in the formation of the tool holder 84 made as a unit mounting portion 38 closed which enables winding Velcro like surface fastener typified by (R)).
The tool 33 is used in such a manner that the battery part 32 side of the grip part 31 is placed in the tool holding part 2 and the driver body 30 side of the grip part 31 is placed and held in the tool holding part 83.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 73, the tool holding portion 74, the horizontal bar portion 86, and the rising portion 87.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

A suitable plate 28 (corrugated cardboard board, plastic board, wood board, rubber board, etc.) is wide in order to disperse the contact of the inner part communication part 18 to the thigh by the user and improve the comfort. The adhesive tape 29 is attached.
The adhesive tape 29 is also wound around the inner surface of the plate 28, and the surface of the adhesive tape 29 is rubbed with the pants with low friction. Such usage is introduced in the instruction manual.
This can be said to all of the embodiments having the connecting part 7 and the inner part connecting part 18 which are parts different from the tool holding part 2 and are separated downward from the waist belt and hit the thigh.

In the embodiment 16 of the present invention shown in FIG. 28, the main difference from the embodiment 7 is that the belt rear outer support portion 13 and the belt front outer support portion 11 are extended forward downward to form an extension portion 73. The tool holding part 74, 74 (whichever is sufficient) that the part 73 turns around from below the driver main body 30 of the tool 33 held by the tool holding part 2 and hits the outer side surface of the driver main body 30 is formed. The belt rear outer support portion 14 bends inward at the rear side position of the belt rear inner support portion 5 to form the belt rear mounting portion 4, and the belt rear mounting portion 4 is formed on the inner side of the belt rear inner support portion 5. The support part restricting part 20 is formed by bending forward at the position, the support part restricting part 20 forms a horizontal bar part 86 extended forward, and the horizontal bar part 86 forms a rising part 87 bent upward. Shi The rising portion 87 forms a locking means mounting portion 88 bent backward, the horizontal bar portion 86 is provided with a restraining surface fastener band 41 with the lower portion attached, and the locking means mounting portion 88 has a receiving surface fastener. 43, and a tool holder 89 in which a receiving surface fastener 42 is provided in the outer part connecting portion 19 is formed.
The rising portion 87 is inclined so as to fall outward, thereby avoiding hitting the body.
On the front side and the rear side of the extension portion 73, the height position is a higher position on the front side, and the outer part connecting portion 19 is inclined with the front side raised. In the case of the tool 33 having a long grip portion 31, the surface under the driver main body 30 is held in contact with the front side or rear side portion of the extension portion 73, and the battery portion 32 is held from the tool holding portion 2. The grip portion 31 is held so as not to fall in a floating state.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The horizontal portion 86 is not provided, and the rising portion 87 is formed in a form in which the support portion regulating portion 20 is formed obliquely upward and forward from the rear mounting portion 4 and is extended as it is (including the curved extension). A form in which the receiving surface fastener 43 is provided at an appropriate position is also possible.
The above-described form and such form are also included in the technical scope of the matter of claim 7 “the rising part for attaching the hook-and-loop fastener, which is formed by bending the belt rear-mounted part forwardly”. .
A portion formed by the horizontal bar portion 86, the rising portion 87, and the locking means attaching portion 88 corresponds to the rising portion described in claim 7.

The embodiment 17 of the present invention shown in FIG. 29 mainly differs from the embodiment 16 in that the rising portion 87 is not provided, and the horizontal bar portion 86 is bent outward from the front side of the belt front inner support portion 9. The belt front mounting portion 10 that is placed on the upper edge of the waist belt 3 is formed, the rising portion 92 is formed by extending the belt front inner support portion 9 and the belt front outer support portion 11 upward, and the receiving surface fastener 43 is formed. The tool holder 91 formed in the form which protrudes ahead in the holding | maintenance part raising extension part 27 is formed.
The rising portion 92 can be used to suspend other tools provided with a suspension cord.
A belt mounting body is formed at a portion other than the tool holding portion 2 and the holding portion raising extension portion 27. In this belt mounting body only, the end of the belt front mounting portion 10 is a belt mounting portion side open end, the end of the belt rear inner support portion 5 is a support portion side open end, and the belt mounting portion side open end. In addition, the support part side open end is extended and bent to form a tool holder belt mounting body that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part. .
29 (a) only, the end of the belt front mounting portion 10 is a belt mounting portion side open end, and the end of the belt rear outer support portion 13 is a support portion side open end. A tool holder that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part by extending and bending the belt mounting part side open end and the support part side open end. The belt mounting body is formed.
29 (b), the end of the belt rear portion 4 is the belt rest portion side open end, and the end of the belt front inner support portion 9 is the support portion side open end. A tool holder that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part by extending and bending the belt mounting part side open end and the support part side open end. The belt mounting body is formed.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In the form in which the belt front outer support portion 11 and the belt front inner support portion 9 or the belt rear inner support portion 5 and the belt rear outer support portion 13 are formed with the extension 92 extending upward from the waist belt upper edge, There are various forms in which the lateral bar portion 86 is bent outward or inward on the side where the extension portion 92 is formed to form the belt front mounting portion 10 or the belt rear mounting portion 4.
29 (a) and 29 (b) are reference examples showing this.

In Example 18 of the present invention shown in FIG. 30, 94 is a tool holder, and this tool holder 94 is
A tool holder to be attached to a waist belt 3 formed by bending a single metal wire A (including a “metal bar”),
A tool holder 2 for holding the tool 33;
The tool holding part 2 is formed by bending downward, and a holding part raising extension part 27 which forms the tool holding part 2 away from the user's body in a slightly inclined form (open form),
A belt rear outer support portion 13 formed on the front inner side of the waist belt 3 and formed by extending the holding portion raising extension portion 27 substantially vertically downward;
A rear extension portion 6 formed by extending the belt rear outer support portion 13 downward;
An inner portion connecting portion 18 formed by bending the rear extension portion 6 forward;
A front extension 8 formed by bending the inner part communication part 18 upward;
A belt front inner support portion 9 that is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt 3;
A belt front mounting portion 10 that is formed by bending the belt front inner support portion 9 to be bent outward and is placed on the upper edge of the waist belt 3;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front outer support portion 11 and the belt front inner support portion 9;
An outer portion connecting portion 19 formed by bending the belt front outer support portion 11 backward;
A belt retaining portion 96 formed by bending the outside portion connecting portion 19 inwardly;
A belt rear inner support portion 5 formed by bending a belt retaining portion 96 bent upward;
A belt rear entry portion 14 which is a gap between the belt rear inner support portion 5 and the belt rear outer support portion 13;
A support portion regulating portion 20 located on the inner surface side of the belt rear outer support portion 13 formed by bending the belt rear inner support portion 5 backward; and
The belt rear mounting portion 4 located on the rear surface side of the belt rear outer support portion 13 formed by bending the support portion regulating portion 20 outward,
An extension portion 34 formed by extending the belt rearward mounting portion 4 to the outside;
A grip portion contact portion 21 against which a rear surface of the grip portion 31 of the tool 33 which is a part of the extension portion 34 hits;
The extension portion 34 is extended to include a tool holding portion 36 that holds the tool 33 against the outer surface of the driver main body 30.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The belt rear outer support portion 13 is the belt rear inner support portion 5, the belt retaining portion 96 is not formed, and the outer portion connecting portion 19 is extended to the inner side of the belt rear inner support portion 5, and the rear surface of the belt rear inner support portion 5. Alternatively, the belt rear mounting portion 4 may be formed by bending outward from the belt, and the belt rear mounting portion 4 may be bent downward to form the belt rear outer support portion 13.
In this embodiment, the tool holding portion 36 is configured to wrap around from the lower side of the drill body 30 of the tool 33 holding the belt rear outer support portion 13 to the tool holding portion 2 so as to hit the outer side surface of the drill body 30. Formed with. It is a form like FIG. 41, FIG. 42 mentioned later as a reference form.

In the nineteenth embodiment of the present invention shown in FIG. 31, the main difference from the ninth embodiment is that the belt rear outer support portion 13, the belt rear outer support portion 11, the belt rear load portion 4, and the belt front load portion 10 below. The tool holder 100 is formed by forming the belt retaining portions 99 and 99 which are bent inward at 70 mm and projecting.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In Example 20 of the present invention shown in FIG. 32, reference numeral 102 denotes a tool holder.
A tool holder for attaching a waist belt 3 formed by bending a single metal wire or metal bar,
A tool holder 2 for holding the tool 33;
The tool holding portion 2 is formed by bending downward, and the holding portion raising and extending portion 27 having a tilted backward configuration,
A belt front inner support portion 9 located on the front inner side of the waist belt 3 and formed by bending the holding portion raising extension portion 27 downward;
A front extension portion 8 formed by extending the belt front inner support portion 9 downward;
An inner part connecting portion 18 formed by bending the front extension portion 8 backward;
A rear extension 6 formed by bending the inner portion communication portion 18 upward;
A belt rear inner support portion 5 that is formed by extending the rear extension 6 upward and is located on the rear inner side of the waist belt 3;
A belt rear mounting portion 4 which is formed by bending the belt rear inner support portion 5 to be bent outward, and is placed on the upper edge of the waist belt 3;
A belt rear outer support portion 13 located on the outer rear side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear outer support portion 13 and the belt rear inner support portion 5;
An outer portion communication portion 19 formed by bending the belt rear outer support portion 13 forward;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the outer portion communication portion 19 upward;
A belt front mounting portion 10 which is formed by bending the belt front outer support portion 11 inwardly and is placed on the upper edge of the waist belt 3;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front outer support portion 11 and the belt front inner support portion 9;
The belt front mounting portion 10 is formed of a support portion restricting portion 20 that is configured to bend forward so that the inner side surface of the belt front inner support portion 9 is in contact with the belt front entering portion 12 so as not to spread.
A stop portion 39 having a protruding shape is formed by bending a portion of the belt front outer support portion 11 below the belt front mounting portion 10 to the outside by 70 mm or more, and the upper portion of the stop portion 39 is a closing means mounting portion 38. .
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).
A belt mounting body is formed at a part other than the tool holding part 2, the holding part raising extension part 27, and the support part regulating part 20. In this belt mounting body only, the end of the belt front mounting portion 10 is a belt mounting portion side open end, the end of the belt front inner support portion 9 is a support portion side open end, and the belt mounting portion side open end. In addition, the support part side open end is extended and bent to form a tool holder belt mounting body that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part. .

In Example 21 of the present invention shown in FIG. 33, 104 is a tool holder, and this tool holder 104 is
There is a tool holder to be attached to a waist belt 3 formed by bending a single metal wire or metal bar,
A U-shaped tool holder 2 for holding a tool;
A holding part raising extension 27 formed by bending the tool holding part 2 downward;
A belt rear outer support portion 13 located on the rear outer side of the waist belt 3 formed by extending the holding portion raising extension portion 27 downward;
An outer portion connecting portion 19 formed by bending the belt rear outer support portion 13 forward;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the outer portion communication portion 19 upward;
A belt front mounting portion 10 which is formed by bending the belt front outer support portion 11 inwardly and is placed on the upper edge of the waist belt 3;
A belt front inner support portion 9 located on the front inner side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front inner support portion 9 and the belt front outer support portion 11;
A front extension portion 8 formed by extending the belt front inner support portion 9 downward;
An inner part connecting portion 18 formed by bending the front extension portion 8 backward;
A rear extension 6 formed by bending the inner portion communication portion 18 upward;
A belt rear inner support portion 5 which is formed by extending the rear extension portion 6 upward and is located inside the waist belt 3;
A belt rear mounting portion 4 mounted on the upper edge of the waist belt 3 formed by bending the belt rear inner support portion 5 forward;
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear outer support portion 13 and the belt rear inner support portion 5;
A support part restricting portion for restricting the belt rear entering portion 14 from being widened by bending the belt rear portion 4 backward or forward (backward in the drawing) so that the outer side surface of the belt rear inner support portion 5 abuts. It consists of twenty.
The length of the belt front outer support portion 11 and the belt rear outer support portion 13 is 70 mm or more, preferably 80 mm or more.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).
A belt mounting body is formed at a part other than the tool holding part 2, the holding part raising extension part 27, and the support part regulating part 20. In this belt mounting body alone, the end of the belt rear mounting portion 4 is the belt mounting portion side open end, the end of the belt rear outer support portion 13 is the support portion side open end, and the belt mounting portion side open end. In addition, the support part side open end is extended and bent to form a tool holder belt mounting body that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part. .

In Example 22 of the present invention shown in FIG. 34, reference numeral 106 denotes a tool holder.
There is a tool holder to be attached to a waist belt 3 formed by bending a single metal wire or metal bar,
A U-shaped tool holder 2 for holding a tool;
The tool holding part 2 is formed by bending downward and forward, the holding part raising and extending part 27 in the form of tilting backward,
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by extending the holding portion raising extension portion 27 downward;
An outer portion communication portion 19 formed by bending the belt front outer support portion 11 backward;
A belt rear outer support portion 13 located outside the waist belt 3 formed by bending the outer portion communication portion 19 upward;
A belt rear mounting portion 4 that is formed by bending the belt rear outer support portion 13 inwardly and is placed on the upper edge of the waist belt 3;
A belt rear inner support portion 5 located on the inner side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear inner support portion 5 and the belt rear outer support portion 13;
A rear extension portion 6 formed by extending the belt rear inner support portion 5 downward;
An inner portion connecting portion 18 formed by bending the rear extension portion 6 forward;
A front extension 8 formed by bending the inner part communication part 18 upward;
A belt front inner support portion 9 that is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt 3;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front inner support portion 9 and the belt front outer support portion 11;
A belt front mounting portion 10 which is formed by bending the belt front inner support portion 9 to be bent outward and which is placed on the upper edge of the waist belt 3;
The belt front mounting portion 10 is bent rearward and is formed in a form in which the outer surface of the belt front outer support portion 11 hits, and includes a support portion restriction portion 20 that restricts the belt front insertion portion 12 from spreading. .
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).
A belt mounting body is formed at a part other than the tool holding part 2, the holding part raising extension part 27, and the support part regulating part 20. In this belt mounting body only, the end of the belt front mounting portion 10 is the belt mounting portion side open end, the end of the belt front outer support portion 11 is the support portion side open end, and the belt mounting portion side open end. In addition, the support part side open end is extended and bent to form a tool holder belt mounting body that can freely form an effective configuration necessary for holding tools such as a tool holding part and a tool holding part. .

In the embodiment 23 of the present invention shown in FIG. 35, the main difference from the embodiment 7 is that the belt rear outer support portion 13 is extended upward to form an extension portion 108, and the extension portion 108 is bent inward. In addition, the support part restricting part 20 and the support part restricting part 56 which are bent outward and wrap around the extension part 108 are formed, and the upper part of the belt rear inner support part 5 protrudes to the outer side to form the upper edge of the waist belt 3. The tool holder 109 formed by forming the belt rear-loading portion 4 is formed.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, the extension portion 108, the support portion restriction portion 20, and the support portion restriction portion 56.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The upper part of the belt rear outer support part 13 may be protruded inward to form the belt rear mounting part 4 that rests on the upper edge of the waist belt 3.
In the bent form as in the twenty-first embodiment, the upper part of the belt rear inner support part 5, which is a rising part from the inner part connecting part 18, protrudes outward and rests on the upper edge of the waist belt 3. There is also a form of forming 4.
When the extension portion 108 moves forward, the belt front outer support portion 11 protrudes inward at the upper portion, or the belt front inner support portion 9 protrudes outward to form the belt front mounting portion 10. There is also.

  36 is different from the first embodiment in that the tool holding portion 2 bends downward to form a holding extension 27, and this holding extension 27 is upward. A belt rear outer support portion 14 formed by bending is formed, the belt rear outer support portion 14 is bent inward to form a belt rear mounting portion 4, and the belt rear mounting portion 4 is bent downward to be inner belt rearward. The support portion 5 is formed, and the tool holder 132 is formed in which the belt front outer support portion 11 is bent inward to form a belt retaining portion 131 that closes the lower portion of the belt front insertion portion 12.

In Example 25 of the present invention shown in FIGS. 37 and 38, reference numeral 115 denotes a tool holder. The tool holder 115 is detachably attached to a belt attachment body 116 attached to a waist belt and the belt attachment body 116. And a tool holder 117 capable of
The belt mounting body 116 includes a waist mounting body main body 118 and a plate 119 fixed to the outer side surface of the waist mounting body 118 in the form without the holding unit raising extension 27 and the tool holding unit 2 of Example 7. A cylindrical holder attaching portion 121 having an insertion hole 120 which is a long hole fixed to the plate 119, and an insertion hole 120 which is a long hole fixed to the plate 119 at a position higher than the holder attaching portion 121. It has a cylindrical holder holding portion 122 having a cylindrical shape.
The tool holder 117 is made of a single metal wire or metal bar, and has a U-shaped tool holder 2 to which the tool 33 is attached, and a holder formed by bending the tool holder 2 downward. A lifting extension 27, a mounting part 123 that extends downward and bends upward and is inserted into the insertion hole 120 of the holding body mounting parts 121, 122, and the mounting part 123 downward. The tool holding portion 124 is provided to be bent and bent around the outer side surface of the drill body 30 of the tool 33 from below and to abut against the outer side surface of the drill body 30.
It is possible to exchange and use the holding body mounting portion according to the type of tool to be carried.
In addition, since the front and rear positions and heights of the holding body attaching portions 121 and 122 are different, it is possible to select a location that matches the balance of the tool to be held.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The main difference between the twenty-sixth embodiment of the present invention shown in FIG. 39 and the twenty-sixth embodiment is that the holding body attaching portions 121 and 122 are not provided, but instead the upper protruding portion formed by bending the upper portion of the plate 119 outward. 125, three upper holes 126 into which the mounting portions 123 are inserted into the upper projecting portions 125 are provided, lower projecting portions 127 formed by bending the lower portion of the plate 119 outward are provided, and the upper holes 126 are formed in the lower projecting portions 127. The tool holder 129 is formed in which three lower holes 128 into which the lower portion of the attachment portion 123 inserted into the three is inserted are provided.
The upper hole 126 and the lower hole 128 form a holding body attaching portion.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The main difference between the embodiment 27 of the present invention shown in FIG. 40 and the embodiment 26 resides in that a tool holder 135 is formed as a belt mounting body 134 formed by bending a belt mounting body on a single plate. .
The belt belt mounting body 134 includes a belt outer support portion 136 positioned outside the waist belt, and a belt mounting portion 137 on the upper edge of the waist belt formed by bending the upper portion of the belt outer support portion 136 inward. A belt inner support portion 138 located on the inner side of a waist belt formed by bending the belt mounting portion 137 downward, and a waist belt as a gap between the belt inner support portion 138 and the belt outer support portion 136 are located. A belt containing part 139, an inner extension part 140 formed by extending the belt inner support part 138 downward, and a lower edge that gently curves the lower part of the inner extension part 140 outwardly are locally attached to the wearer's thigh. And a pressing pressure dispersion unit 141 that disperses the pressing force.
A lower portion of the belt outer side support portion 136 is bent outward to form a lower protruding portion 127.
Closing means attachment holes 142a and 142b through which an openable and closable ring member typified by a belt-entry-part closing means 57 is passed are formed in front lower portions of the belt outer side support part 136 and the belt inner side support part 138. Is provided with a holding hole 145 for attaching and holding the belt containing portion closing means 57 and the like.

In the embodiment 28 of the present invention shown in FIG. 41, reference numeral 143 denotes a tool holder, and this tool holder 143 is formed by bending a metal wire A (including a “metal bar”) whose entire framework is one. And a belt mounting body 142 to which accessories are attached, and the tool holding unit 2.
The belt mounting body 142 is
A locking means mounting portion 46 formed in a form from the rear to the front;
A rising portion 87 formed by bending the locking means mounting portion 46 downward;
A horizontal bar portion 86 formed by bending the rising portion 87 backward;
A belt front outer support portion 11 formed by bending the horizontal bar portion 86 upward;
A belt front mounting portion 10 which is formed by bending the belt front outer support portion 11 inwardly and is placed on the upper edge of the waist belt 3;
A belt front inner support portion 9 located on the front inner side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A front extension portion 8 in which the belt front inner support portion 9 extends downward,
A connecting portion 7 formed by bending the front extension portion 8 backward;
A rear extension 6 formed by bending the connecting portion 7 upward;
A belt rear inner support portion 5 located on the rear inner side of the waist belt 3, the rear extension portion 6 of which is extended upward,
A belt rear mounting portion 4 which is formed by bending the belt rear inner support portion 5 to be bent outward, and is placed on the upper edge of the waist belt 3;
A belt rear outer support portion 13 located on the outer rear side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
The belt rear outer support portion 13 extends downward, wraps around from the lower side of the driver main body 30 of the tool 33 held by the tool holding portion 2, hits the outer side surface of the driver main body 30, and is outside the driver main body 30. A tool holding portion 36 formed so as to suppress the deflection to
A receiving surface fastener 42 attached to the tool holding portion 36;
A receiving surface fastener 43 attached to the locking means attachment portion 46;
The lower surface is attached to the receiving surface fastener 42 and the receiving surface fastener 43 which are attached to the horizontal bar portion 86, and when engaging with the receiving surface fastener 42, the upward surface of the driver body 30 is suppressed and the tool 33 is held in the tool holder 143. And is fixed to the outer surface of the belt rear outer support portion 13 by welding. The restraint surface fastener band 41 is fixed so that the raised state that does not interfere with the insertion and removal of the tool 33 is fixed. And an insertion support portion 144 for inserting and supporting the tool holding portion 2 made of a cylindrical member.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In Example 29 of the present invention shown in FIG. 42, reference numeral 146 denotes a tool holder, and this tool holder 146 is formed by bending the metal wire A (including the “metal bar”) whose entire framework is one. And a belt mounting body 147 to which accessories are attached and a tool holding unit 2.
The belt wearing body 147 is
A locking means mounting portion 46 formed in a form from the rear to the front;
A rising portion 87 formed by bending the locking means mounting portion 46 downward;
A horizontal bar portion 86 formed by bending the rising portion 87 backward;
A belt front outer support portion 11 formed by bending the horizontal bar portion 86 upward;
A belt front mounting portion 10 which is formed by bending the belt front outer support portion 11 inwardly and is placed on the upper edge of the waist belt 3;
A belt front inner support portion 9 located on the front inner side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A front extension portion 8 in which the belt front inner support portion 9 extends downward,
A connecting portion 7 formed by bending the front extension portion 8 backward;
A rear extension 6 formed by bending the connecting portion 7 upward;
A belt rear inner support portion 5 located on the rear inner side of the waist belt 3, the rear extension portion 6 of which is extended upward,
A belt rear mounting portion 4 which is formed by bending the belt rear inner support portion 5 to be bent outward, and is placed on the upper edge of the waist belt 3;
A belt rear outer support portion 13 located on the outer rear side of the waist belt 3 formed by bending the belt rear mounting portion 4 downward;
The belt rear outer support portion 13 extends downward, wraps around from the lower side of the driver main body 30 of the tool 33 held by the tool holding portion 2, hits the outer side surface of the driver main body 30, and is outside the driver main body 30. A tool holding portion 36 formed so as to suppress the deflection to
A receiving surface fastener 42 attached to the tool holding portion 36;
A receiving surface fastener 43 attached to the locking means attachment portion 46;
The lower surface is attached to the receiving surface fastener 42 and the receiving surface fastener 43 which are attached to the horizontal bar portion 86, and when engaging with the receiving surface fastener 42, the upward surface of the driver body 30 is suppressed and the tool 33 is held in the tool holder 143. And is fixed to the outer surface of the belt rear outer support portion 13 by welding. The restraint surface fastener band 41 is fixed so that the raised state that does not interfere with the insertion and removal of the tool 33 is fixed. And an insertion support portion 144 for inserting and supporting the tool holding portion 2 made of a cylindrical member.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

In Example 30 of the present invention shown in FIG. 43, 149 is a tool holder, and this tool holder 149 is
A tool holder 2 for holding the tool 33;
The tool holding part 2 is formed by bending downward, and a holding part raising extension part 27 which forms the tool holding part 2 away from the user's body in a slightly inclined form.
A belt rear inner support portion 5 located on the rear inner side of the waist belt 3 formed by extending the holding portion raising extension portion 27 substantially vertically downward;
A rear extension 6 formed by extending the belt rear inner support portion 5 downward;
An inner portion connecting portion 18 formed by bending the rear extension portion 6 forward;
A front extension 8 formed by bending the inner part communication part 18 upward;
A belt front inner support portion 9 that is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt 3;
A belt front mounting portion 10 that is formed by bending the belt front inner support portion 9 to be bent outward and is placed on the upper edge of the waist belt 3;
A belt front outer support portion 11 located on the front outer side of the waist belt 3 formed by bending the belt front mounting portion 10 downward;
A belt front entry portion 12 where the waist belt 3 is located, which is a gap between the belt front outer support portion 11 and the belt front inner support portion 9;
A belt portion 150 formed by bending so that the belt front outer support portion 11 bends backward and forms a ring upward;
The belt rearward mounting portion 4 is formed with the upper portion bent inward and on the upper edge of the waist belt, and the tip of the belt rearward mounting portion 4 is fixed by welding to the outer surface of the belt rear inner support portion 5. A metal wire rod or metal rod B formed by forming a belt rear outer support portion 13 in which the portion 4 is bent downward;
A belt rear entrance portion 14 where the waist belt 3 is located, which is a gap between the belt rear outer support portion 13 and the belt rear inner support portion 5;
Closed belt-inserted portion that is formed at a position below the lower surface of the waist belt 3 that has entered the belt-front mounting portion 10 of the belt-front outer support portion 11 and closes the belt front-entry portion or the belt rear-entry portion. The means 37 (ring member, adhesive tape, cable tie, wire cable, wire, cord, hook-and-loop fastener represented by Velcro (registered trademark), etc.) can be attached without being applied to the waist belt 3. A member mounting portion 38 having a distance from the lower surface of the waist belt 3;
The closing means attaching portion 38 is formed of a stop portion 39 which is bent forward or rearward (outside in the drawing) to stop the closing means attaching portion 38 from falling.
A belt mounting body is formed at a portion other than the tool holding portion 2, the holding portion raising extension portion 27, and the ring portion 150.
The belt containing portion closing means 81 or the belt containing portion closing means 57 is attached or attached to an appropriate place directly or via a cord, a chain or the like (not shown).

The metal wire rod or metal bar B is preferably formed in an inverted U shape, and the inner portion is attached to the front surface or the rear surface of the belt rear inner support portion 5 by welding at a plurality of locations.
Further, the belt rear outer support portion 13 is extended and turned to the outer side surface side of the drill body 30 of the tool 33 to form a tool holding portion 36 or the like that suppresses the lateral runout of the tool 33 against the outer side surface of the drill body 30. It is good to do.
Further, the belt front outer support portion 11 may be bent upward and the receiving surface fastener 43 may be attached.

In the embodiment 31 of the present invention shown in FIG. 44, reference numeral 152 denotes a tool holder for holding the tool 33.
A rear upper restricting portion 153 for restricting the driver main body 30 from moving upward on the rear upper surface of the driver main body 30 formed on the rear upper upper surface of the tool 33 from the inner side to the outer side; ,
A rear outer restricting portion 154 that is formed by bending the rear upper restricting portion 153 downward and restricts the driver main body 30 from moving outward by hitting the rear outer surface of the driver main body 30;
A rear lower restricting portion 155 that is formed by bending the rear outer restricting portion 154 inward, and that receives the rear lower surface of the driver body 30;
A space-forming rear extension 157 that forms a driver-passing rear space 156 for passing the rear side of the driver main body 30 upward and downward, formed by extending the rear lower restriction portion 155 inward.
A belt rear outer support portion 13 which is formed by bending the space forming rear extension portion 157 upward and is located on the rear outer side of the waist belt;
The belt rear outer support portion 13 formed by bending the belt rear outer support portion 13 inwardly, the belt rear mounting portion 4 mounted on the upper edge of the waist belt,
A belt rear inner support portion 5 located on the rear inner side of the waist belt, formed by bending the belt rear mounting portion 4 downward;
A rear extension 6 formed by extending the belt rear inner support portion 5 downward;
A connecting portion 7 formed by bending the rear extension portion 6 forward;
A front extension portion 8 formed by bending the connecting portion 7 upward;
A belt front inner support portion 9 which is formed by extending the front extension portion 8 upward and is located on the front inner side of the waist belt;
A belt front mounting portion 10 that is formed by bending the belt front inner support portion 9 to be bent outward, and is placed on the upper edge of the waist belt;
A belt rear outer support portion 11 located on the front outer side of the waist belt, wherein the belt front mounting portion 10 is bent downward;
A space-forming front extension 159 that is formed by bending the belt outer support portion 11 outward, and forms a driver-passing front space 158 for passing the front side of the driver body 30 upward and downward;
A front lower restricting portion 160 that receives and extends the front lower surface of the driver main body 30 formed by extending the space forming front extension portion 159 outward;
A front outer restricting portion 161 that is formed by bending the front lower restricting portion 160 upward and restricts the driver main body 30 from moving outward by hitting the front outer surface of the rivier main body 30;
A front upper restricting portion 162 which is formed by bending the front outer restricting portion 161 inward and restricts the driver main body 30 from moving upward by hitting the front upper surface of the driver main body 30;
The space forming rear extension 157 and the space forming front extension 159 or between the rear lower restricting portion 155 and the front lower restricting portion 160 hit the inner side surface of the grip portion 31 of the tool 33 and move inwardly of the tool. Grip part inner side regulating part 163 for regulating
A belt rear entry portion 14 which is a portion where a waist belt enters, which is a gap between the belt rear inner support portion 5 and the belt rear outer support portion 13;
A belt front entry portion 12 which is a portion where a waist belt enters, which is a gap between the belt front inner support portion 9 and the belt front outer support portion 11;
Driver main body formed by a rear upper restriction portion 153, a rear outer restriction portion 154, a rear lower restriction portion 155, a front upper restriction portion 162, a front outer restriction portion 161, a front lower restriction portion 160, and a grip portion inner restriction portion 163. A tool holder 164 in which 30 is received and held;
The belt rear portion 14 and the belt front portion 12 are attached to the belt rear portion 14 and the belt front portion closing means 57 and 57 for closing the belt.
The components other than the grip part inner side restricting part 163 and the belt-entrapping part closing means 57, 57 are formed by bending a single metal wire A (including "metal bar").

In the state where the space forming rear extension 157 and the space forming front extension 159 and / or the belt forming portion closing means 57 and 57 are held down, the inside of the waist belt (not shown) attached to the waist is communicated from above. Insert the part 7 down and attach the tool holder to the waist belt.
The driver main body 30 of the tool 33 held in the right hand is inserted into the driver through rear space 156 and the driver through front space 158 from above. At the same time or already, the grip portion 31 is already inserted between the rear upper restriction portion 153 and the front upper restriction portion 162.
When the tool 33 is released, the tool 33 rotates counterclockwise when viewed from the front while the inner surface of the grip part 31 is in contact with the grip part inner side regulation part 163 by the weight of the battery part 32 and the grip part 31. The driver main body 30 automatically fits in the tool holding unit 164.
The driver main body 30 housed in the tool holding part 164 includes a rear upper restriction part 153, a rear outer restriction part 154, a rear lower restriction part 155, a front upper restriction part 162, a front outer restriction part 161, a front lower restriction part 160, and a grip part. The inner restricting portion 163 restricts the movement to the upper, lower, forward, rearward, outer, and inner six directions, and the movement is completely restricted except that the battery portion 32 swings outward. As long as it does not swing, it will hold it so that it will not come off.
The pick-up part 31 is lifted up with the right hand and lifted by pushing the entire tool 33 inward, and the driver main body 30 is taken out from the driver through rear space 156 and the driver through front space 158 for easy removal. be able to.

Example 7, Example 8, Example 9, Example 10, Example 11, Example 12, Example 13, Example 14, Example 15, Example 16, Example 17, Example 18, Example 18, Example 19, Example 20, Example 21, Example 22, Example 23, Example 24, Example 25, Example 26, Example 27, Example 30 The technical idea of the tool holder is that In a state where the tool is held on the waist belt attached to the tool, the tool holding portion is held at a height position where the tool holding portion held by the tool holding portion can be restrained from the inner side of the arm elbow or the inner side of the upper arm. Located at the height of the holding part.
The invention includes a belt attachment body attached to a waist belt, and a tool attached to the belt attachment body directly through an extension or through another member. A tool holder belt mounting structure comprising a tool holding portion in a position or form having a height position that can be restrained from the inside or from the inside of the upper arm.

  The present invention is used in industries that manufacture or use tool holders.

A: Metal wire rod (including “metal rod”),
B: Metal wire rod (including “metal rod”),
1: Tool holder,
2: Tool holding part,
3: waist belt,
4: Belt rear part,
5: Belt rear inner support part,
6: rear extension,
7: Contact department,
8: Front extension,
9: Belt front inner support part,
10: Belt front part,
11: Belt front outer support part,
12: Belt front entry part,
13: Belt rear outer support part,
14: Belt rear part,
16: Tool,
17: Tool holder,
18: Inside part communication part,
19: Outside part communication part,
20: Support part restriction part,
21: Per grip part,
22: Tool holding part,
23: Tool holder,
24: Extension part,
26: Tool holder,
27: Holding part raising extension part,
28: Plate,
29: Adhesive tape,
30: Driver body,
31: Grip part,
32: Battery part,
33: Tool,
34: Extension,
35: Hanging means,
36: Tool holding part,
37: Means for closing the belt portion,
38: Closing means mounting portion,
39: Stopping part,
40: Belt-entry part closing means,
41: restraining surface fastener band,
42: receiving surface fastener,
43: receiving surface fastener,
44: Locking means mounting portion,
45: Extension part,
46: Locking means mounting portion,
47: Extension part,
48: Tool holding part,
49: Tool holder,
51: Extension part,
53: Tool holder,
55: Tool holder,
56: Supporting part regulating part,
57: Means for closing the belt portion,
59: Pressing pressure dispersion plate,
61: Belt retaining part,
62: Belt retaining portion,
63: Tool holder,
65: Tool holder,
67: Tool holder,
68: Pushing pressure dispersion plate,
70: Extension part,
71: Tool holding part,
72: Tool holder,
73: Extension part,
74: Tool holding part,
75: Tool holder,
77: Tool holder,
79: Extension,
80: Tool holder,
81: means for closing the belt-entry part
82: Holding part raising extension part,
83: Tool holding part,
84: Tool holder,
86: Horizontal bar,
87: Rising part,
88: Locking means mounting portion,
89: Tool holder,
91: Tool holder,
92: rising part,
94: Tool holder,
96: Belt retaining part,
99: Belt retaining part,
100: Tool holder,
102: Tool holder,
104: Tool holder,
106: Tool holder,
108: Extension part,
109: Tool holder,
115: Tool holder,
116: belt wearing body,
117: Tool holder,
118: waist mounted body,
119: Plate,
120: insertion hole,
121: A holder attachment part,
122: Holder attachment part,
123: mounting part,
125: upper protrusion,
126: upper hole,
127: the lower protrusion,
128: pilot hole,
129: Tool holder,
131: Belt retaining part,
132: Tool holder,
134: belt wearing body,
135: Tool holder,
136: Belt outer support part,
137: Belt placing part,
138: Belt inner support part,
139: part with belt,
140: inner extension,
141: a pressing pressure dispersion unit,
142a, 142b: closing means mounting holes,
143: Tool holder,
144: Plug-in support part,
145: holding hole,
146: Tool holder,
147: belt wearing body,
149: Tool holder,
150: Ring part,
152: Tool holder,
153: rear upper restriction part,
154: the rear outside regulating portion,
155: Rear lower restriction part,
156: Space behind the driver,
157: space forming rear extension,
158: Front space through the driver,
159: space forming forward extension,
160: a front lower restricting portion,
161: a front outer restricting portion;
162: the front upper restriction part,
163: grip part inner side regulation part,
164: Tool holding part.

Claims (4)

A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
Holds putting the grip portion (31), a step of forming said battery unit (32) a tool holder which is bent formed narrower than (2),
A step of forming a belt front outer support portion (11) and a belt rear outer support portion (13) located outside the waist belt;
A step of forming a belt front mounting portion (10) formed on the upper edge of the waist belt formed inside the upper portion of the belt front outer support portion (11);
A step of forming a lower part, the belt front inner support portion formed so as to be located inside the waist belt of the belt front rests portion (10) (9),
A step of forming a belt rear portion (4) formed on the upper edge of the waist belt, which is formed inside the upper portion of the belt rear outer support portion (13);
A step of forming a lower portion, the belt rear inner support portion formed so as to be located inside the waist belt of the belt rear rests portion (4) (5),
Forming a belt front entry portion (12) where the waist belt is located, which is a gap between the belt front inner support portion (9) and the belt front outer support portion (11);
A step of forming a belt rear entrance portion (14) where the waist belt is located, which is a gap between the belt rear inner support portion (5) and the belt rear outer support portion (13),
The tool holding part (2) is provided in the belt rear inner support part (5), the belt rear outer support part (13), the belt front inner support part (9), and the belt front outer support part (11). Formed by extending any one of
The belt front mounting portion (10) is formed by bending the belt front inner support portion (9) outward, or formed by bending the belt front outer support portion (11) inward.
The belt rear mounting portion (4) is formed by bending the belt rear inner support portion (5) outward, or formed by bending the belt rear outer support portion (13) inward.
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A method for producing a belt mounting body for a tool holder, characterized in that the mouth is not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. . Any one of the belt rear inner support portion (5), the belt rear outer support portion (13), the belt front inner support portion (9), and the belt front outer support portion (11) is extended upward. Forming the holding part raising extension part (27), and extending the holding part raising extension part (27) to form the tool holding part (2),
The position of the tool holding part (2) is held by the holding part raising extension part (27) while the rechargeable screwdriver is held, and the battery part (32) or the driver main body (30) is placed on the arm elbow. 2. The method for producing a tool holder belt mounting body according to claim 1 , wherein the belt holder is placed at a position above the waist belt that can be restrained on the inner side or the inner side of the upper arm. A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
Holds putting the grip portion (31), a step of forming said battery unit (32) a tool holder which is bent formed narrower than (2),
Forming a belt front outer support portion (11) located outside the waist belt;
A step of forming a belt front mounting portion (10) formed on the upper edge of the waist belt, which is formed inside the upper portion of the belt front outer support portion (11);
A step of forming a lower part, the belt front inner support portion formed so as to be located inside the waist belt of the belt front rests portion (10) (9),
A step of forming a belt rear inner support portion formed so as to be located inside the waist belt (5), it becomes provided with a capital,
The tool holding part (2) is formed by extending the belt rear inner support part (5),
The above configuration is formed by bending a single metal wire or metal bar,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A method for producing a belt mounting body for a tool holder, characterized in that the mouth is not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. . A method for creating a belt attachment body of a tool holder having a tool holding portion for holding a tool attached to a waist belt,
The tool to be held is provided in the driver main body (30), the grip portion (31) having a narrower form than the driver main body (30) provided in the lower portion of the driver main body (30), and the lower portion of the grip portion (31). A rechargeable driver comprising a battery part (32) larger than the grip part (31) formed,
A step of forming a tool holding portion (2) having a narrower width than the battery portion (32) to hold the grip portion (31);
A step of forming a belt rear portion (4) mounted on the upper edge of the waist belt;
A step of forming a belt rear inner support portion (5) located on the rear inner side of the waist belt;
A step of forming a belt front inner support portion (9) located on the front inner side of the waist belt;
A step of forming a belt front mounting portion (10) formed on the outer edge of the belt front inner support portion (9) and placed on the upper edge of the waist belt;
A step of forming the belt forward laid portion (10) formed above, the belt front outer support portion located outside in front of the waist belt 3 (11), made of capital,
The tool holding part (2) has a non-outwardly facing upward and downward tool insertion / removal port that allows the grip part (31) to be taken in and out while holding the grip part (31) with a hand. A mouth of the tool holder belt mounting body is characterized in that the mouth is formed in a form not provided with an operation restricting opening / closing means for allowing the grip portion (31) to enter but not to exit. How to make.