JP5661515B2 - Mop body member for handy mop and manufacturing method thereof - Google Patents

Description

  The present invention relates to a mop body member that is detachably attached to a handle member and used to wipe away dust adhering to furniture and the like, and a method for manufacturing the same.

  2. Description of the Related Art Conventionally, a handy mop in which a mop main body member for wiping dust can be detachably attached to a handle member has been known.

  A conventional example of this type of handy mop is shown in FIG. This conventional handy mop uses a handle member 120 having bifurcated insertion plates 122, 122, and the insertion plates 122, 122 can be detachably attached to the mop body member 110. (See Patent Document 1).

  As another conventional handy mop, a handle member having a flat insertion plate is used, and the insertion plate can be detachably attached to the mop body member (Patent Document 2). reference).

FIG. 1 of JP-A-2005-230576 FIG. 1 of JP2007-167425A

  However, in the case of those disclosed in Patent Documents 1 and 2, two types of mop body members are used for a handle member having a bifurcated insertion plate and a handle member having a flat insertion plate. Therefore, it is necessary to prepare two types of mop body members, which is disadvantageous in terms of cost and is also disadvantageous in terms of usability.

  The present invention has been made in view of the above-mentioned problems in the known handy mops, and is intended to provide a mop body member for a handy mop that is advantageous in terms of cost and has good usability, and a manufacturing method thereof. Is.

  The mop body member for handy mop of the present invention is provided to achieve the above-described problem, and is used for inserting a single rod-like insertion member in a handle member having a single rod-like insertion member. A bag-shaped bag made of a three-layered base cloth provided back-to-back with a receiving groove for insertion and a receiving groove for inserting a bifurcated rod-like insertion member in a handle member having a bifurcated rod-like insertion member And a dust wiping member is attached to the entire periphery of the substrate and the entire outside of the tip.

  And the manufacturing method of the mop main body member for handy mops according to the present invention, in manufacturing the mop main body member for the handy mop having the above-described configuration, is one rectangular base fabric in the longitudinal direction and approximately half the longitudinal direction of the longitudinal base fabric. A mop body member material is formed by overlapping a semi-base fabric of a length and adhering a soft feather-like dust wiping member on one side of the longitudinal base fabric, at the center line in the width direction of the semi-base fabric After the longitudinal base fabric and the half base fabric are bonded in a straight line or a dot shape, the longitudinal base fabric is folded in half so that the distal end side of the longitudinal base fabric is overlapped with the proximal end side, and further folded in half as described above. By adhering both side edges of the overlapped longitudinal base fabric and semi-base fabric in a straight line or a dot shape, a single unit is provided between the longitudinal base fabric and the half base fabric that are folded in two. In handle members with rod-like insertion members An insertion receiving groove for inserting a single rod-like insertion member and an insertion receiving groove for inserting a bifurcated rod-like insertion member in a handle member having a bifurcated rod-like insertion member are formed back to back. It is made to be done.

  As described above, the mop main body member for the handy mop of the present invention has a receiving groove for insertion for inserting a single rod-shaped insertion member in a handle member having a single rod-shaped insertion member, and a bifurcated rod-shaped member A bag-like base material composed of a three-layer base cloth provided back-to-back with a receiving groove for insertion for inserting a bifurcated bar-like insertion member in a handle member having an insertion member, Since the dust wiping member is attached to the entire outer periphery and the tip, both the handle member having a single rod-like insertion member and the handle member having a bifurcated rod-like insertion member are used. It is possible to cope with one mop body member, which is advantageous in terms of cost and has an effect of being easy to use. Moreover, since it is configured in a substantially round bar shape including the entire circumference of the base material and the entire outer side of the tip side, the entire circumference and the entire outer side of the tip part side can be used for dust wiping. There is also an effect that the wiping operation can be efficiently performed even in a narrow part such as a gap in the gap or a part such as a wall surface in front of the gap.

  As described above, the manufacturing method of the hand mop main body member for the handy mop of the present invention is obtained by superimposing one rectangular base fabric and a half base fabric having a length approximately half the longitudinal direction of the longitudinal base fabric. A mop body member material is formed by adhering a soft feather-like dust wiping member to one surface side of the longitudinal base fabric, and the longitudinal base fabric and the semi-base fabric are arranged at the center line in the width direction of the semi-base fabric. After bonding in a straight line or a dot shape, the longitudinal base fabric and the half base fabric are folded in half so that the distal end side of the longitudinal base fabric is superimposed on the proximal end side, and further folded in half as described above A single handle member having a single rod-like insertion member between the longitudinal base cloth and the half base cloth, which are folded in two, by adhering both side edges in a straight line or a dot form. A receiving groove for insertion for inserting the rod-shaped insertion member; Since the insertion groove for inserting the bifurcated rod-like insertion member in the handle member having the crotch-like rod-like insertion member is formed back to back, it is possible to perform a single process in a very simple process. There is an effect that it is possible to manufacture a mop body member that can correspond to two types of handle members, that is, a handle member having a rod-shaped insertion member and a handle member having a bifurcated rod-shaped insertion member.

It is an external appearance perspective view of the mop main body member for handy mops concerning Example 1 of this invention. It is II-II sectional drawing of the mop main body member for handy mops shown in FIG. It is III-III sectional drawing of the mop main body member for handy mops shown in FIG. It is explanatory drawing at the time of using the handle member which has a single rod-shaped insertion member in the usage method of the mop main body member for handy mops shown in FIG. It is explanatory drawing at the time of using the handle member which has a bifurcated rod-shaped insertion member in the usage method of the mop main body member for handy mops shown in FIG. It is manufacturing method explanatory drawing of the mop main body member for handy mops shown in FIG. It is an external appearance perspective view of the mop main body member for handy mops concerning Example 2 of this invention. It is VIII-VIII sectional drawing of the mop main body member for handy mops shown in FIG. It is IX-IX sectional drawing of the mop main body member for handy mops shown in FIG. It is explanatory drawing at the time of using the handle member which has a single rod-shaped insertion member in the usage method of the mop main body member for handy mops shown in FIG. It is explanatory drawing at the time of using the handle member which has a bifurcated rod-shaped insertion member in the usage method of the mop main body member for handy mops shown in FIG. It is manufacturing method explanatory drawing of the mop main body member for handy mops shown in FIG. It is an external appearance perspective view which shows the prior art example of a handy mop.

[Example 1]
FIG. 1 shows an external perspective view of a hand-held mop main body member 10 according to the first embodiment of the present invention. It is attached to 20A and 20B and used as a handy mop as a whole. Here, the handle member 20A has a single rod-like insertion member 22A on one end side of the grip portion 21A, and the handle member 20B has bifurcated rod-like members 22B and 22B on one end side of the grip portion 21B. Have. In FIG. 4, reference numeral 23 denotes a locking projection provided at the root of the rod-like insertion member 22A.

  At the center of the mop body member 10, there is a single rod-like insertion member 22A of the handle member 20A shown in FIG. 4 and a bifurcated rod-like insertion member 22B, 22B of the handle member 20B shown in FIG. Is provided with a bag-like base material 11 composed of three layers of base fabrics 11a, 11b, 11c provided with receiving grooves 13A and 13B, 13B for back-to-back (see FIG. 2). Reference numeral 24 denotes a front end portion of one base cloth 11a among the base cloths 11a, 11b, and 11c, and entrances of receiving grooves 13B and 13B for receiving bifurcated rod-like insertion members 22B and 22B. The receiving piece 25 is configured to prevent the deviation of the rod-like insertion member 22A by engaging the protrusion 23 into the end portion of the base cloth 11c constituting the receiving groove 13A for receiving the single rod-like insertion member 22A. It is the engagement hole formed in the.

  A soft feather-like dust wiping member (hereinafter referred to as “tow”) 16 is attached to the entire outer periphery of the base material 11 and the outer side on the front end side in a substantially round bar shape. The base fabrics 11a, 11b, and 11c are non-woven fabrics made of a synthetic resin such as PP or PE, and the tow 16 is preferably made of, for example, PP or PE fibers having a property of easily adhering dust. It is.

  Next, an example of a manufacturing method of the hand-held mop main body member according to the first embodiment shown in FIG. 1 will be described with reference to FIGS. 6 (a), 6 (b), and 6 (c). The mop main body member 10 for a mop is composed of a base material 11 and a dust wiping member (tow) 16, and the base material 11 is made of PP or PE as shown in FIG. It is made of a non-woven fabric made of synthetic resin, and has a length L (for example, 320 mm) and a width D (for example, 55 mm) on one end side of a rectangular long base fabric 41. Thermal welding d, d,... For temporarily fixing the half base fabric 41 is performed at the position of the width D of the half base fabric 42 by overlapping the base fabric 42 (for example, 37 mm). At this time, a portion (that is, the receiving piece 24) where the half base fabric 42 is not overlapped is formed on one end side of the longitudinal base fabric 41. The length of the receiving piece 24 is L1 (for example, 10 mm).

  Next, as shown in FIG. 6 (b), the tow 16 is attached to the back side of the longitudinal base cloth 41. At this time, the tow 16 and the longitudinal base cloth 41 are the end portions of the half base cloth 42. To the opposite end of the longitudinal base fabric 41, the mop body member material is configured by heat welding at the center in the width direction by the heat welding wire e. Further, both ends of the half base fabric 42 and both ends of the long base fabric 41 are heat-sealed d 'and d' in a dotted manner at a position in the width direction dimension D 'of the half base fabric 42 (for example, a temporary fixing position).・ ・ Yes. Here, the tow 16 is left with a predetermined dimension (for example, 10 mm) on the end side of the semi-base cloth 42 and is left with a predetermined dimension (for example, 10 mm) on the opposite end side of the longitudinal base cloth 41. It adheres in the state. That is, the lengthwise dimension of the tow 16 is, for example, 295 mm. Moreover, the width direction dimension of the tow | toe 16 shall be 90 mm, for example.

  Next, as shown in FIG. 6 (c), the half base cloth 42 of the longitudinal base cloth 41 is folded in half so that the front end side of the half base cloth 42 not temporarily fixed is overlapped with the base end side, and In this way, the side edges (for example, the heat-bonding for temporary fixing d, d... A little edge side) are linearly or dottedly welded to the longitudinal base fabric 41 and the half base fabric 42 that are overlapped in two. a handle member having a single rod-like insertion member 22A between the longitudinal base fabrics 41 and 41 and the half base fabric 42, which are overlapped in two. 13A for inserting a single rod-like insertion member 22A in 20A and a bifurcated rod-like insertion member 22B, 22B in a handle member 20B having a bifurcated rod-like insertion member 22B, 22B. Receiving groove 13B, 1 for insertion B and are formed back to back on both sides of the half base fabric 42.

[Example 2]
FIG. 7 shows an external perspective view of a hand-held mop main body member 10 according to the second embodiment of the present invention. It is attached to 20A and 20B and used as a handy mop as a whole. Here, the handle member 20A has a single rod-like insertion member 22A on one end side of the grip portion 21A, and the handle member 20B has bifurcated rod-like members 22B and 22B on one end side of the grip portion 21B. Have. In FIG. 10, the code | symbol 23 is the protrusion for a lock | rock provided in the base part of 22 A of rod-shaped insertion members.

  At the center of the mop body member 10, there is a single rod-like insertion member 22A of the handle member 20A shown in FIG. 10 and a bifurcated rod-like insertion member 22B, 22B of the handle member 20B shown in FIG. Is provided with a bag-like base material 11 composed of three layers of base fabrics 11a, 11b, 11c provided with receiving grooves 13A and 13B, 13B for back-to-back (see FIG. 8). Reference numeral 24 denotes a front end portion of one base cloth 11a among the base cloths 11a, 11b, and 11c, and entrances of receiving grooves 13B and 13B for receiving bifurcated rod-like insertion members 22B and 22B. The receiving piece 25 is configured to prevent the deviation of the rod-like insertion member 22A by engaging the protrusion 23 into the end portion of the base cloth 11c constituting the receiving groove 13A for receiving the single rod-like insertion member 22A. It is the engagement hole formed in the.

  A soft feather-like dust wiping member (hereinafter referred to as “tow”) 16 is attached to the entire outer periphery of the base material 11 and the outer side on the front end side in a substantially round bar shape. The base fabrics 11a, 11b, and 11c are non-woven fabrics made of a synthetic resin such as PP or PE, and the tow 16 is preferably made of, for example, PP or PE fibers having a property of easily adhering dust. It is.

  Next, an example of a method for manufacturing a hand-held mop main body member according to the second embodiment shown in FIG. 7 will be described with reference to FIGS. 12A, 12B, and 12C. The handy shown in FIG. The mop main body member 10 for a mop is composed of a base material 11 and a dust wiping member (tow) 16, and the base material 11 is made of PP or PE as shown in FIG. A length L ′ (for example, 165 mm) that is substantially half in the longitudinal direction on one end side of a rectangular long base cloth 41 having a length L (for example, 320 mm) and a width D (for example, 55 mm). The half base fabric 42 is overlapped, and heat welding d, d,... For temporarily fixing the half base fabric 41 is performed at a position of the width D of the half base fabric 42 (for example, 37 mm). At this time, a portion where the longitudinal base fabric 41 is not overlapped (that is, the receiving piece 24) is formed on one end side of the half base fabric 42. The length of the receiving piece 24 is L1 (for example, 10 mm).

  Next, as shown in FIG. 12 (b), the tow 16 is attached on the back side of the longitudinal base cloth 41. At this time, the tow 16 and the longitudinal base cloth 41 are arranged at the end portions of the half base cloth 42. To the opposite end of the longitudinal base fabric 41, the mop body member material is configured by heat welding at the center in the width direction by the heat welding wire e. Further, both ends of the half base fabric 42 and both ends of the long base fabric 41 are heat-sealed d 'and d' in a dotted manner at a position in the width direction dimension D 'of the half base fabric 42 (for example, a temporary fixing position).・ ・ Yes. Here, the tow 16 is attached in a state where a predetermined dimension (for example, 10 mm) is left on both end portions of the longitudinal base fabric 41. That is, the lengthwise dimension of the tow 16 is, for example, 300 mm. Moreover, the width direction dimension of the tow | toe 16 shall be 90 mm, for example.

  Next, as shown in FIG. 12 (c), the half base fabric 42 of the longitudinal base fabric 41 is folded in half so that the front end side of the half base fabric 42 that is not temporarily fixed is overlapped with the base end side, and In this way, the side edges (for example, the heat-bonding for temporary fixing d, d... A little edge side) are linearly or dottedly welded to the longitudinal base fabric 41 and the half base fabric 42 that are overlapped in two. a handle member having a single rod-like insertion member 22A between the longitudinal base fabrics 41 and 41 and the half base fabric 42, which are overlapped in two. 13A for inserting a single rod-like insertion member 22A in 20A and a bifurcated rod-like insertion member 22B, 22B in a handle member 20B having a bifurcated rod-like insertion member 22B, 22B. Receiving groove 13B for insertion, 3B and are formed back to back on both sides of the half base fabric 42. In this case, the receiving piece 24 is formed on one end side of the semi-base fabric 42, and the receiving grooves 14A, 13B, and 13B are positioned at positions where the receiving piece 24 is sandwiched. Therefore, when the single rod-like insertion member 22A and the bifurcated rod-like insertion members 22B, 22B are inserted into the receiving grooves 14A, 13B, 13B, the receiving piece 24 acts as a guide, and the insertion work is extremely easy. It becomes.

  In each of the above embodiments, as a method of bonding the longitudinal base fabric 41 and the semi-base fabric 42, in addition to heat fusion, a method using an adhesive, an ultrasonic bonding method, a high frequency bonding method, a heat sealing method, etc. Any method can be adopted.

  The present invention is not limited to the above-described embodiments, and it is needless to say that the design can be changed as appropriate without departing from the gist of the invention.

  10 is a mop body member, 11 is a base material, 11a, 11b and 11c are base fabrics, 13A and 13B are receiving grooves, 16 is a dust wiping member, 20A and 20B are handle members, 21A and 21B are gripping portions, 22A, 22B is a rod-shaped insertion member, 24 is a receiving piece, 41 is a longitudinal base fabric, and 42 is a semi-base fabric.

Claims (3)

  A receiving groove (13A) for insertion for inserting a single rod-like insertion member (22A) in a handle member (20A) having a single rod-like insertion member (22A), and a bifurcated rod-like insertion member ( 22B), a three-pronged receiving groove (13B) for inserting the bifurcated rod-like insertion members (22B), (22B) in the handle member (20B) having (22B) provided back to back. Having a bag-like base material (11) composed of a base fabric (11a), (11b), (11c) of a layer, and a dust wiping member over the entire periphery of the base material (11) and the outside of the tip portion A mop body member formed by attaching (16).   The insertion port side edge of the intermediate base fabric in the three-layer base fabrics (11a), (11b), and (11c) constituting the base material (16) is the insertion port side edge of the exterior base fabric on each side of the front and back sides. 2. The mop body member according to claim 1, wherein the mop body member is projected longer.   A receiving groove (13A) for insertion for inserting a single rod-like insertion member (22A) in a handle member (20A) having a single rod-like insertion member (22A), and a bifurcated rod-like insertion member ( 22B), a three-pronged receiving groove (13B) for inserting the bifurcated rod-like insertion members (22B), (22B) in the handle member (20B) having (22B) provided back to back. Having a bag-like base material (11) composed of a base fabric (11a), (11b), (11c) of a layer, and a dust wiping member over the entire periphery of the base material (11) and the outside of the tip portion (16) A method for producing a mop body member to which a longitudinal base cloth (41) having a rectangular shape and a half base cloth having a length approximately half the length of the longitudinal base cloth (41) are provided. (42) and a soft feather-like dust cleaner on one side of the longitudinal base fabric (41). A mop body member material is formed by adhering the member (16), and the longitudinal base cloth (41) and the half base cloth (42) are linearly or in the center line in the width direction of the half base cloth (42). After bonding in a dotted manner, the longitudinal base fabric (41) is folded in half so that the distal end side is overlapped with the proximal end side, and further, the longitudinal base fabric (41) and the half folded together as described above By adhering both side edges of the base fabric (42) in a straight line shape or a dot shape, a single unit is provided between the longitudinal base fabric (41) and the half base fabric (42) overlapped in two. Insertion handle (13A) for inserting a single rod-like insertion member (22A) in a handle member (20A) having a rod-like insertion member (22A), and a bifurcated rod-like insertion member (22B) , (22B) in the handle member (20B) A mop body member for a handy mop characterized in that the insertion grooves (13B) and (13B) for insertion for inserting the rod-like insertion members (22B) and (22B) are formed back to back. Production method.

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