JP2001218612A - Portable case for information processing device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To improve such a vexatious complication as to put/take power supply means such as AC/DC adaptor, etc., in/from a case body and a pocket in every case where a notebook-type information processing device is carried or used in a portable case used when the unit is carried. SOLUTION: The portable case is furnished with the case body 1 capable of containing a notebook-type personal computer P and the pocket 4 having a storage part S capable of containing an adaptor E and wiring H1, H2, for supplying electric power to the computer P. The pocket 4 is provided with first and second openings 44A, 44B, through which the wiring H1, H2 connecting the adaptor E to the computer P and a main power supply are respectively put/taken in such a condition as the storage part S contains the adaptor E.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a portable case for an information processing apparatus suitably used for carrying an information processing apparatus such as a notebook or sub-notebook personal computer.

[0002]

2. Description of the Related Art In recent years, the use of notebook personal computers and the like in various places has been increasing, and portable cases for storing information processing apparatuses have been used. In this type of information processing device portable case, in addition to the information processing device, power supply means for supplying power to the information processing device such as an AC adapter and a large capacity battery is stored. In general, such a power supply unit is housed in a case together with an information processing device, or is housed in an inner pocket or an outer pocket provided integrally with the case.

[0003]

However, in the prior art, when the information processing apparatus is connected to the power supply means, each time the power supply means and the wirings are taken out of the case or the pocket, the connection work is performed. In addition, it is necessary to store them when carrying. In other words, the conventional device always involves the trouble of putting the power supply means in and out of the case or in the pocket each time the device is carried or used. In addition, when used, there is a need for a place to place power supply means and wiring around the information processing device, and there is a problem that they easily flood on a desk, obstruct the appearance and deteriorate the work environment. There was a risk of worsening.

[0004]

SUMMARY OF THE INVENTION In view of the above-mentioned problems, the present invention takes out only the wirings while accommodating power supply means such as an AC adapter or an external large-capacity battery in a pocket. The pocket is provided with an opening that can be connected to the information processing device.

[0005]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The portable case for an information processing apparatus according to the present invention comprises at least a case body capable of housing the information processing apparatus, power supply means for supplying power to the information processing apparatus, and wiring. A pocket having a storage portion capable of being stored therein, wherein the pocket has an opening through which the wirings can be taken in and out with the power supply means stored in the storage portion. Things.

[0006] With such a configuration, in use, the power supply means such as an AC adapter or an external large-capacity battery is not taken out of the pocket storage portion, but only the wiring is taken out from the opening. If the wirings are connected to the information processing device or the main power supply, the connection work for supplying power to the information processing device is completed quickly, and it becomes possible to quickly start the personal computer work. On the other hand, when you go out,
If only the wirings are stored, the information processing device can be quickly made portable. Further, with the above-described configuration, the power supply means and the extra wires are stored in the pocket, and the wires of the required length are pulled out of the pocket to perform the input operation. Then, it is possible to prevent the wiring and the power supply means from overflowing on the desk to impair the appearance and occupy the work space, thereby improving the work environment. Note that the concept of the power supply means referred to in this specification includes a battery that holds power inside, and a current taken from a main power supply that is converted into a current of a type that can be directly used by an information processing apparatus. It includes a device such as an adapter that performs the operation. Specifically, when the power supply means is an adapter, output wirings extending from one side of the adapter are used for the information processing apparatus, and input wirings extending from the other side are used for the main power supply. The information processing device is connected and converts a current taken from the main power supply into a type of current that can be directly used by the information processing device, and supplies power to the information processing device. In the case of an external large-capacity battery, output wiring connected to the battery is connected to a power supply port of the information processing device to supply power, or output wiring is connected to the information processing device. Connected to the mains power supply and connected to the mains power supply to supply power while charging the battery.

In order to improve the convenience of the wiring connection work, it is preferable that the opening is provided at a plurality of different positions in the pocket so that wirings can be taken out from a plurality of different positions.

In order to eliminate the complexity of inserting and removing the information processing device when carrying and using the device, and to improve the convenience of the wiring connection work, the portable case should be installed in a state where the information processing device is housed in the case body. The information processing device can be handled, and the opening is preferably provided at least near a power supply port of the information processing device.

As a specific embodiment in this case,
A case cover, a bottom cover covering the bottom side of the information processing apparatus main body, and a display arrangement section connected to the bottom cover at the non-use end side of the information processing apparatus main body and movably attached to the information processing apparatus main body. A top covering portion covering the
A tool for detachably associating the bottom cover and the top cover at least at portions corresponding to the use end and the left and right ends of the information processing device in a state in which the display arrangement portion is closed on the information processing device main body. And comprising
At the time of use, place the case body with the bottom cover part down, release the engagement state of the related components and open the top cover part to the upper rear, and the information is stored in the case body with the information processing device stored. One that can handle the processing device is given.

In a preferred embodiment in this case, a pocket is provided on an outer surface of an upper cover of the case body, and the opening is located at a lower end of the information processing apparatus opposite to a use end. On the side.

When the power supply means is an adapter or when the battery is used while being charged, the openings are provided as a pair on the left and right, and wiring can be taken in and out from two different directions. Desirably.

In order to accommodate not only power supply means but also peripheral devices such as a mouse, for example,
The pocket has a main area for storing the power supply means and the wirings in the storage section, and a sub-area for storing other storage items, and the main area can communicate with the outside. Preferably, the opening is provided at a position.

In a preferred embodiment in this case, the main area is separated from the sub area by a partition.

In order to improve the convenience in use and in carrying, it is desirable that the opening can be selectively opened and closed by a related device provided between the opposed opening edges.

Further, in order to make opening and closing of the opening extremely easy, the related component is provided with a pair of elements in which teeth that mesh with each other are arranged, and a slider that slides between these elements. It is desirable that the slide fastener be used.

In a preferred embodiment in this case, the slider fastener comprises a pair of sliders which slide between the elements from one end to the other, and the sliders oppose each other between the elements. One that opens the opening by separating in the direction and closes the opening by approaching in the direction close to each other.

In order to increase the degree of freedom in a portable state, it is desirable that the pocket be detachable from the case body.

In this case, the pocket is attached to the outer surface of the case main body, and an attachment portion for attaching the pocket to the case main body is formed between the pocket and the outer surface of the case main body. It is desirable.

In order to make the attachment / detachment of the pocket extremely easy, it is desirable that the mounting portion is made of a slide fastener provided between the outer surface of the case body and the upper end of the pocket.

Furthermore, in order to ensure that the pocket can be stably mounted along the case body, the pocket by the mounting portion is provided between the lower end of the outer surface of the pocket and the corresponding outer surface of the case body. It is desirable to form an auxiliary mounting portion for assisting the mounting state of the case and for attaching and detaching the pocket to and from the case body.

In a preferred embodiment in this case, the auxiliary mounting portion is formed of a hook-and-loop fastener including a hook surface including a large number of hooks and a loop surface including a large number of loops associated with the hooks. When the loop surface is provided on the outer surface side of the case body and the hook surface is provided on the back side of the pocket, the hook surface is integrally continuous with the hook surface, and is bent at a boundary with the hook surface. A blindfold that selectively overlaps with the hook surface, and a surface facing the hook surface of the blindfold is a loop surface of the same type as the loop surface.

[0022]

An embodiment of the present invention will be described below with reference to the drawings.

A portable case A for an information processing apparatus according to this embodiment
Is a case main body 1 capable of accommodating the notebook personal computer P as an information processing apparatus shown in FIGS. 4 and 5 and capable of carrying the notebook personal computer P.
And a pocket 4 which is detachably attached to the front surface 1a of the case body 1 and has a storage section S for storing the adapter E and the wirings H1 and H2 as power supply means shown by imaginary lines in FIGS. Is provided. Note that the notebook personal computer P applied in the present embodiment is a normal type in which a display arrangement portion Pb having a liquid crystal display is mounted on a non-use end Pd side of a personal computer main body Pa as an apparatus main body so as to be openable and closable with a hinge also serving as a lid. Things.

First, the case body 1 will be described.

As shown in FIGS. 1 to 7, the case body 1 has a bottom surface covering portion 2 covering the bottom surface of the personal computer body Pa, and the bottom surface covering portion 2 on the non-use end Pd side of the personal computer body Pa. The upper surface covering portion 3 provided to cover the display arrangement portion Pb and the center of the use end Pc, the left and right side ends Pe, and the anti-use end Pd of the personal computer body Pa in a state where the display arrangement portion Pb is overlaid and closed on the personal computer body Pa. A slide fastener F, which is a related tool, is provided so that the bottom cover 2 and the top cover 3 can be attached and detached to open and close corresponding to the parts except the parts. The notebook computer P is housed in a space surrounded by the top cover 3 and the bottom cover 2 when the top cover 3 is overlaid on the bottom cover 2.

More specifically, the bottom cover 2 is made up of a flexible externally deformable cloth exterior sheet 21 and a flexible and deformable internal cloth sheet 22 disposed so as to overlap the external sheet 21. And the exterior sheet material 21
One element f1 of the slide fastener F is provided along the peripheral edge of the slide fastener F. As shown in FIGS. 3 to 6, a portion of the interior sheet material 22 on the inner surface side of the bottom surface covering portion 2 corresponding to the use end Pc of the personal computer Pa is
A holding portion 23 for holding the personal computer Pa and holding it on the bottom cover 2 is formed. The holding portions 23 are provided at both ends 2 on the use end Pc side of the interior sheet material 22.
A mat-shaped loop surface 24, which is one of the elements of the hook-and-loop fastener arranged over 2a, and the left and right ends of the personal computer body Pa which are attached to the loop surface 24 so as to be changeable using a hook surface 25a. And a holder 25 capable of holding the side corners Px.

When the personal computer P is stored and carried in the portable case A of the present embodiment, the anti-use end Pd is placed on a portion of the interior sheet material 22 corresponding to the non-use end Pd side of the personal computer Pa. A buffer 26 for protection is formed. The buffer portion 26 has a band-shaped loop surface 27 as one element of a surface fastener disposed over both side end portions 22a on the non-use end Pd side of the interior sheet material 22, and the flexible loop surface. And a buffer member 28 having a substantially L-shape in side view, which is attached so as to be changeable in position with respect to 27.

On the other hand, the upper surface covering portion 3 covers an upper surface of the display arrangement portion Pb and forms a flexible deformable cloth outer sheet material 31 constituting the front surface 1a of the portable case A. And an interior sheet material 32 made of a cloth that can be flexibly deformed. The slide fastener F is provided along the peripheral edge of the exterior sheet material 31.
The other element f2 is provided. 6 and 7 between the exterior sheet material 31 and the interior sheet material 32.
As shown in FIG. 7, a hard sheet material 33 and a cushion material 34 for protecting a backlight and a liquid crystal portion, which are not shown, are components of the display disposition portion Pb.
The hard sheet material 33 is a substantially rectangular plate made of a synthetic resin, and is disposed outside the cushion material 34, that is, on the side of the exterior sheet material 31. The cushion material 34 is a sheet-like material having elasticity and shape retention properties and corresponding to the shape of the hard sheet material 33. It has a buffering effect on Further, holders 35 for mobile phones are attached to both side ends 32a of the interior sheet material 32, respectively.

The mobile phone holder 35 is formed of a rubber material or the like in a ring shape, and as shown in FIG.
The mobile phone Q is inserted and held inside the ring at a position protruding from the side of the mobile phone.

In addition to the above, the case body 1 releases the closed state by the slide fastener F, and opens the top cover 3 to the bottom cover 2 with the display arrangement part Pb of the personal computer P opened to the use position. In addition, a pair of posture holding means 29 is provided on the upper surface (the rear surface in the illustrated example) of the display arrangement portion Pb in a standing posture. This posture holding means 29 is a bridge in which one end 291a is attached to substantially the center of both side ends 22a of the interior sheet material 22 of the bottom surface covering portion 2 and the other end 291b is provided with a hook surface (not shown) which is one element of the hook-and-loop fastener. String 291 and top cover 3
The loop surface 2 which is the other element of the hook-and-loop fastener attached to the substantially central portions of the both end portions 32a in the interior sheet material 32 of FIG.
92. Thus, the hook surface provided at the other end 291b of the bridging string 291 is connected to the loop surface 29.
By adhering to the appropriate portions 2, the top cover 3 can be held in a standing posture at a desired angle with respect to the bottom cover 2.

In addition, the case body 1 has a bottom cover 2
And a handle T1 for carrying, which is attached to each upper end of the exterior sheet materials 21 and 31 of the top cover 3 in a mutually corresponding manner, and is attached to and detached from a diagonal position of each upper end of the top cover 3 and the bottom cover 2. And a shoulder strap T2 attached so as to be able to carry the mobile case A in a hand-held state or a shoulder-mounted state.

In the case body 1 having such a configuration,
In the present embodiment, a pocket 4 is detachably attached to the front surface 1a side, that is, the outer surface on the upper surface covering portion 3 side, and an adapter which is a power supply means for supplying power to the personal computer P to a storage portion S in the pocket. E is stored. Then, with the pocket 4 storing the adapter E in the storage section S, wirings H1 for connecting the adapter E to a main power supply (not shown), and the adapter E and the back surface of the personal computer Pa. It has first and second openings 44A and 44B that can take in and out the wirings H2 that can connect the provided power supply port Pp. In this embodiment, a known AC adapter that converts a current taken from a main power supply into a type of current that can be directly used by the personal computer P is used as a power supply unit.

Hereinafter, the pocket 4 will be described in detail.

The pocket 4 is, as shown in FIGS.
It is of a flat housing type, and its long side set to a size approximately equal to the width of the case body 1 and approximately 2/3 of the height of the case body 1
The first planar covering portion 41 having a substantially rectangular shape, which is composed of short sides set to approximately the same size, and the first planar covering portion 41 arranged to face the first planar covering portion 41. And a peripheral wall portion 43 interposed between the first and second planar covering portions 41 and 42 and forming a peripheral wall surface of the pocket 4. The space formed between the first and second planar covering portions 41 and 42 and the peripheral wall portion 43 is the storage portion S. The pocket 4 has at least a first and a second opening 4 through which the above-mentioned wirings H1 and H2 can be inserted and removed, at least in the lower half side where the power supply port Pp of the personal computer Pa is easily accessed.
4A and 44B. The first and second openings 44A and 44B are provided in pairs on the left and right, and allow the wirings H1 and H2 to enter and exit from two different directions. Then, the first and second openings 44A, 4A
4B can be opened and closed by slide fasteners 5A and 5B, respectively.

As shown in FIGS. 6 and 7, the first planar covering portion 41 includes a flexible exterior cloth material a,
An interior sheet material b made of a flexible deformable cloth which is arranged to be superimposed on the exterior sheet material a, and a cushion material c having elasticity and shape retention interposed between the exterior sheet material a and the interior sheet material b. Is provided.

The second planar covering portion 42 is composed of an exterior sheet material a made of a flexible deformable cloth and a pair of interior sheet materials b made of a flexibly deformable cloth arranged to be superposed on the exterior sheet material a. And a cushion material c having elasticity and shape retention interposed between the pair of interior sheet materials b.
In the present embodiment, an external auxiliary pocket 491 is provided on the second planar covering portion 42 side so that a space formed between the exterior sheet material a and the exterior interior sheet material b is a storage space. The outer auxiliary pocket 491 has an opening in the vicinity of the upper end and extending across the left and right ends and communicating with the storage space, and this opening can be opened and closed by the slide fastener F.

The peripheral wall portion 43 has a double structure comprising a flexible deformable cloth exterior sheet material a and a flexible deformable cloth interior sheet material b disposed so as to overlap the exterior sheet material a. , One edge of which is covered by the first planar coating portion 4.
1 is sewn along the entire circumference. The first and second openings 44A and 44B are formed between the other edge and the opposing edge of the second planar covering portion 42. Specifically, a pair of boundary portions 46 are provided at the center of the left and right side edges 4a constituting the short sides of the pocket 4 to join the first and second planar covering portions 41 and 42 inseparable from each other. A boundary 47 having the same configuration is also provided at the center position of the lower edge 4b constituting one long side of the pocket 4, and the opening formed between the boundary 47 and one of the right and left boundaries 46 is formed by the above-described method. An opening formed between the boundary portion 47 and the other boundary portion 46 in the first opening portion 44A is the second opening portion 44B. Then, the first and second openings 44A, 44B
Can be opened and closed by slide fasteners 5A and 5B.

The slide fasteners 5A and 5B are composed of a pair of elements 51 and 5 each having teeth meshing with each other at opposing edges of the covering surface 43 and the second planar covering 42.
2 and a pair of sliders 53 that slide between the elements 51 and 52 from one end to the other end. The sliders 53 separate the elements 51 and 52 in directions opposite to each other. The opening 44
A and 44B are opened, and the openings 44A and 44B are closed by approaching each other in a direction close to each other.

As described above, the storage section S mainly stores the adapter E and the wirings H1 and H2. In this embodiment, as shown in FIGS. In the lower half side, the first and second openings 44A, 44A,
An area that can communicate with the outside via 4B is a main area MS that can store the adapter E and the wirings H, and the other area stores peripheral devices other than the adapter E and the wirings H1 and H2, such as a mouse. Sub-region SS. Then, the main area MS is provided in the storage section S by the partition member 48 serving as a partition section.
And partition it. Further, the sub-region SS
Can communicate with the outside by a third opening 45 provided in the upper half of the pocket 4.

The partition member 48 is formed by bending one flexible deformable cloth face material so as to form a U-shape when viewed from the side, and forms one edge 48 a thereof together with the lower edge of the first planar covering portion 41. ,
The other edge 48b is sewn together with the lower edge of the second planar covering portion 42.

The third opening 45 is provided in the second planar covering portion 4.
2 is formed continuously between the peripheral edge of the upper half portion and the peripheral wall portion 43 opposed thereto, that is, above the left and right boundary portions 46. The third opening 45 is
It can be opened and closed by a slide fastener provided between the opposing edges of the second planar covering portion 42 and the peripheral wall portion 43. The slide fastener 6 includes a pair of elements 61 and 62 each having teeth meshing with each other, and
A pair of sliders 63 sliding between one end and the other end from one end to the other end. These sliders 63 separate the elements 61 and 62 from each other in directions opposite to each other, thereby opening the opening 45. The third opening 45 is configured to be closed by approaching in directions that are close to each other.

Further, the pocket 4 has an inner auxiliary pocket 492 which can be used from above when the third opening 45 is opened, on the inner surface side of the first planar covering portion 41. The inner auxiliary pocket 492 has an open upper side provided in a suspended state on the inner surface side of the first planar covering portion 41, that is, on the interior sheet b side, and is a single flexible deformable cloth surface material. Is bent so as to have a U-shape in side view, and the side edges of the face material are sewn together with a tape or the like while maintaining the U-shape. 41 are sewn together with the interior sheet material b.

When the pocket 4 is detachably attached to the case body 1, an attachment portion X and an auxiliary attachment portion Y are formed between the pocket 4 and the case body 1.

More specifically, the mounting portion X is constituted by a slide fastener 8 formed between the pocket 4 and the case main body 1. That is, the outer sheet material 3 is formed on the upper surface covering portion 3 constituting the front surface 1a of the case body 1.
The slide fastener 8 includes one element 81 and a slider 83 of the slide fastener 8 attached over the left and right end portions 31a, and the other element 82 of the slide fastener 8 attached along the upper edge 4c of the pocket 4.

The auxiliary attachment portion Y is mainly composed of a band-shaped loop surface 91 integrally attached to the exterior sheet material 31 of the upper surface covering portion 3 of the case body 1 and the first portion of the pocket 4.
And a hook surface 93 integrally attached to the lower end side of the planar covering portion 41 of FIG. The hook surface 93 is formed on the lower end side of the first planar covering portion 41 of the pocket 4 by a pair of cloth base portions 92 each having a rectangular shape with a lower half integrally attached with a center portion 92a as a boundary. Of these, it is provided on the lower half surface side. The upper half of the base portion 92 constitutes a blind portion 94 which is bent from the center portion 92a to a position overlapping with the hook surface 93 so as to hide the hook surface 93. The surface side opposite to
A loop surface 94a associated with the hook surface 93 is provided.

When the pocket 4 is mounted on the case body 1, the slider 83 of the slide fastener 8 is slid at the mounting portion X to move the element 8
By engaging 1,82 with each other, pocket 4
Is attached to the case body 1. Simultaneously with or before and after this operation, the lower edge 4b of the pocket 4 is brought into contact with the case body 1 by engaging the hook surface 93 of the pocket 4 with the loop surface 91 prior to the blind portion 94 in the auxiliary mounting portion Y. Attach. At this time, the blindfold 9
It is convenient to work while holding the lower end of the pocket 4 by hand so that the hook 4 does not engage with the hook surface 93. vice versa,
When removing the pocket 4, the slide fastener 8
The engagement between the elements 81 and 82 is released, the engagement between the loop surface 91 of the case body 1 and the hook surface 93 of the pocket 4 is released, and the base 92 is moved to the center 92a as shown by the arrow in FIG. Then, the loop surface 94a provided in the blindfold portion 94 is engaged with the hook surface 93 so as to hide the hook surface 93 so as not to be exposed.

In the portable case A having such a configuration, when performing input work using the personal computer P, the case main body 1 is placed on the top surface of a desk or the like with the bottom cover 2 down. In the placed state, the engagement state of the slide fastener F is released, and the top cover 3 is opened upward and rearward together with the display arrangement part Pb as shown in FIGS. 4 and 7. Thereafter, the first and second openings 44 of the pocket 4 are formed.
A and 44B are opened, wirings H1 for connecting the adapter E and the main power supply are taken out from the first opening 44A, and the outlet at the tip is connected to the main power supply, while the adapter E is taken out from the second opening 44B. The wires H2 connecting the power supply port Pp of the personal computer body Pa to the power supply port Pp are taken out, and a connector at the tip is connected to the power supply port Pp.

With such a configuration, in use, the power supply means such as the adapter E is not taken out of the pocket 4 and only the wirings H 1 and H 2 are connected to the opening 4.
4A, 44B, these wirings 44A, 44
If B is connected to the power supply port Pp or the main power supply of the personal computer P, the connection work for supplying electric power to the personal computer P is completed quickly, and it becomes possible to quickly start the personal computer work. On the other hand, when going out, if only the wirings H1 and H2 are stored, the personal computer P can be quickly made portable. Further, with the above-described configuration, the adapter E and the wires H1 and H2 for the extra length are stored in the pocket 4, and the wires H1 and H2 for the required length are pulled out of the pocket 4. If the input operation is performed, it is possible to prevent the adapter E and the wirings H1 and H2 from overflowing on the desk to impair the appearance and occupy the work space, thereby improving the work environment.

The case body 1 includes a bottom surface cover 2 for covering the bottom surface of the information processing apparatus main body Pa, and the information processing apparatus main body P
a top cover portion 3 connected to the bottom cover portion 2 on the side opposite to the use end Pd and covering the display arrangement portion Pb openably and closably attached to the information processing device main body Pa, and a display arrangement portion on the information processing device main body Pa A slide fastener F that detachably engages the bottom cover 2 and the top cover 3 at portions corresponding to the use end Pc and the left and right ends of the information processing apparatus P in a state where Pb is closed in a prone manner; When the case body 1 is used, the case body 1 is placed with the bottom cover part 2 down, the engagement state of the slide fastener F is released, and the top cover part 3 is opened upward and rearward, so that the personal computer is placed in the case body 1. P can be handled in a housed state. Since the openings 44A and 44B are provided in the vicinity of the power supply port Pp of the personal computer P, the slide fastener F It can be used in a state of accommodating the personal computer P to the case body 1 simply by opening to release the mutual Ri. In the present embodiment, the slide fastener F
The back side of the case body 1 can also be opened by releasing the engagement state, so that the power supply port Pp provided on the back side can be exposed to the outside, and the second opening 44B can be opened. The extracted wirings H2 can be easily connected to the power supply port Pp.

A pocket 4 is provided on the outer surface of the top cover 3 of the case body 1 and the opening 44
A and 44B are provided on the lower end side of the personal computer P which is located on the side opposite to the use end Pd, so that when the personal computer P is opened to the use position, the pocket 4 stands up with respect to the top plate surface. Since it is held on the outer surface of a certain upper surface covering portion 3, the space occupied by the adapter E and the wirings H1, H2 on the top plate surface can be reduced, and the work space on the top plate surface can be increased. Further, since the openings 44A and 44B are provided on the lower end side of the pocket 4, the second opening 44B comes close to the power supply port Pp provided on the back side of the personal computer Pa, and the wiring The connection work becomes very easy.

In particular, since the openings 44A and 44B open from the lower edge 4b to the side edge 4a of the pocket 4, the type of personal computer differs, and the power supply port is provided on the left or right side surface or the rear surface of the personal computer. Even if
In addition to being able to cope with both of them, wiring can be easily performed.

The openings 44A and 44B are provided as a pair on the left and right, and wirings can be taken in and out from two different directions. In the case of an adapter E extending output wirings H2 and input wirings H1 from the above, if the two opposing surfaces are positioned in the left-right direction and stored in the pocket 4, the wirings H1, H2 Can be taken in and out well.

The pocket 4 has a main area MS for storing the adapter E and the wirings H1 and H2 in the storage section S, and a sub-area for storing other storage items, for example, peripheral devices such as a mouse. Region SS, and the opening 4 is located at a position where the main region MS can communicate with the outside.
Since the 4A and 44B are provided, not only the adapter E but also, for example, a peripheral device such as a mouse can be well stored and carried.

Since the main area MS is separated from the sub area SS by the partition member 48, the adapter E and the wirings H1 and H are also used for storing peripheral devices such as a mouse.
The storage areas 2 are reliably ensured, and furthermore, the storage areas are arranged by the partition member 48, which is extremely convenient.

The openings 44A and 44B can be opened and closed by the slider fasteners 5A and 5B. The slider fasteners 5A and 5B have a pair of elements 51 and 52 each having teeth meshing with each other. , 52 and a slider 53 that slides between the openings 44A, 44A,
The opening and closing of 4B can be made extremely easy.

The slider fasteners 5A and 5B are provided with a pair of sliders 53 which slide between the elements 51 and 52 from one end to the other end, and the sliders 53 oppose each other between the elements 51 and 52. The openings 44A, 44B are opened by separating in the directions, and the openings 44A, 44B are closed by approaching in the direction in which the openings 44A, 44B are close to each other. The opening 44A can be opened, and the openings 44A and 44B are formed at a position where the power supply port Pp of the personal computer P or a main power supply or the like to be connected is most easily accessed, thereby improving the convenience of wiring connection work. It becomes possible. In addition, the openings 44A and 44B can be formed in any size, and the wirings H
1. Not only is it easy to take H2 in and out,
The adapter E can be taken in and out using the openings 44A and 44B.

Since the pocket 4 is detachable from the case body 1, it can be carried with the pocket 4 attached to the case body 1, or can be removed together with the case body 1 to another bag with the pocket 4 removed. The personal computer P and the adapter E can be stored in a variety of ways by increasing the degree of freedom of the portable state, such as storing it so as not to be bulky, or storing the pocket 4 in the case body 1 if there is room in the case body 1.
It becomes possible to carry.

The pocket 4 is attached to the outer surface of the case main body 1.
Since the mounting portion X which can attach the pocket 4 to the case main body 1 is formed between the case main body 1 and the outer surface of the case main body 1, the user can carry the pocket 4 with the outer surface side of the case main body 1 mounted outside. For example, when carrying the portable case A, it is possible to prevent the pocket 4 from contacting the body and out of the way.

Since the mounting portion X is made of the slide fastener 8 provided between the outer surface of the case main body 1 and the upper end of the pocket 4, the attachment and detachment of the pocket 4 can be made extremely easy. .

Further, since the auxiliary mounting portion Y for assisting the mounting state of the mounting portion X is formed between the front surface 1a of the case main body 1 and the lower end of the pocket 4, the pocket mounted on the case main body 1 is formed. The pocket 4 can be firmly attached along the case body 1 so that the pocket 4 does not flutter. In particular, since the auxiliary attachment portion Y is formed of the hook-and-loop fastener 9, the attachment / detachment is very simple with a simple configuration. In addition, the hook surface 93 constituting the hook-and-loop fastener 9 is attached to the pocket 4 side, and the loop surface 91 is attached to the case body 1 side. Even if it is not provided, it is possible to prevent a problem of sticking to an unnecessary part. In addition, pocket 4
On the hook surface 93, a blind portion 94 that can be selectively bent so as to overlap the hook surface 93 is continuous, and the surface of the blind portion 94 facing the hook surface 93 is the loop surface. Since the loop surface 94a is the same as the loop surface 91, when the pocket 4 is attached, the loop surface 91 of the case body 1 and the hook surface 9 of the pocket 4 are attached.
3 and the hook surface 93 is adhered to the loop surface 94a of the blindfold portion 94 when the pocket 4 is removed, so that the hook surface 93 may be stuck to an unnecessary place. Can be prevented. At this time, since the blindfold 94 can be operated while holding the lower end 71a of the pocket 4 by hand, the work of attaching and detaching the pocket 4 can be performed smoothly.

The shape of the case body and the pocket, the configuration of the mounting portion and the auxiliary mounting portion, or the internal shape of the storage portion, etc.
It is not limited to the above embodiment. Further, in the present embodiment, the case where the power supply means is an adapter has been described, but it is a matter of course that an external large-capacity battery may be used. In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the present invention.

[0062]

The present invention is embodied in the form described above and has the following effects.

That is, a portable case for an information processing apparatus according to the present invention comprises a power supply means for supplying electric power to the information processing apparatus and a pocket having a storage portion capable of storing at least wiring. Since the pocket is provided with an opening through which the wirings can be taken in and out while the power supply means is stored in the storage part, labor for putting the power supply means in and out during use and when carrying the mobile device can be omitted. It is ideal for users who frequently carry their laptops and use them frequently. Also, if the power supply means and the extra wiring are stored in the pocket, and the required length of wiring is pulled out of the pocket for input work, the wiring and power supply means can be placed on the desk. Can prevent flooding and impair the appearance and occupy the work space, thereby improving the work environment.

If a plurality of openings are provided at different positions of the pocket so that the wirings can be taken out from a plurality of different positions, for example, the power supply means extends the plurality of wirings from a plurality of surfaces. In such a case, selecting the most accessible opening for the power supply port of the information processing device, the main power supply, etc. to be connected, and taking the wiring in and out will make the wiring connection work more convenient. Can be achieved.

The information processing apparatus can be handled in a state where the information processing apparatus is housed in the case main body, and if the opening is provided at least near the power supply port of the information processing apparatus, Since the input operation can be performed in a state where not only the power supply means but also the information processing device is housed in the case main body, the convenience of taking in and out during use and carrying can be further improved, and at least the opening portion However, since it is provided in the vicinity of the power supply port of the information processing apparatus where the connection work is essential, it is possible to improve the convenience of the wiring connection work.

A case body is connected to the bottom cover at the non-use end side of the information processing apparatus main body, and is attached to the information processing apparatus main body so as to be openable and closable. An upper surface covering portion for covering the display arranging portion, and the bottom surface covering portion and the upper surface covering at least at portions corresponding to a use end and a left and right side end of the information processing device in a state where the display arranging portion is closed on the information processing device body And a related tool for detachably engaging the part with the case body. The case body is placed with the bottom cover part down at the time of use, and the engaging state of the related tool is released and the top cover part is rearward and upward. If the information processing device can be handled in a state where the information processing device is stored in the case main body by opening it, the engagement of the related components is released to open the information processing device. Can be used with the information processing device housed in the case body alone, and at least the left and right side surfaces are open, so the power supply ports usually provided on the left and right side surfaces and the back surface of the information processing device Can be exposed to the outside, and wiring can be easily connected.

If the pocket is provided on the outer surface of the top cover of the case body and the opening is provided on the lower end located on the non-use end of the information processing device, When the pocket is opened to the use position, the pocket is held on the outer surface of the top cover portion standing upright with respect to the top surface of the desk or the like, so that power supply means and wiring occupy the top surface. The space can be reduced, and the working space on the top plate can be increased. Also, the opening is
Since the opening is provided on the lower end side of the pocket, the opening is usually close to the power supply ports provided on the left and right side surfaces and the back surface of the information processing device, and the wiring connection work is very easily performed.

The openings are provided in pairs on the left and right,
If the wirings can be taken in and out from two different directions, the wirings can be routed well. That is, the adapter and the battery usually have output wirings and input wirings extending from the surfaces facing each other, but the power supply means is arranged such that each of the facing surfaces is located in the left-right direction. If it is stored in a pocket, it becomes possible to easily take out each wiring from the left and right openings.

The pocket has a main area for storing the power supply means and the wirings in the storage section, and a sub-area for storing other storage items. If the opening is provided at a position where communication is possible, not only power supply means, for example,
Peripheral devices such as a mouse can be well stored and carried.

If the main area is separated from the sub-area by the partition section, the storage area of the power supply means can be ensured even when peripheral equipment other than the power supply means is stored. Each storage space is arranged by the partitioning portion, and is extremely easy to use.

If the opening can be selectively opened and closed by a related tool provided between the opposing opening edges, the convenience in use and in carrying can be extremely improved.

If the related tool is a slide fastener having a pair of elements in which teeth meshing with each other are arranged and a slider that slides between these elements, the existing configuration is utilized to make use of the above-mentioned configuration. The opening and closing of the opening can be made extremely easy.

The slider fastener has a pair of sliders which slide between the elements from one end to the other end, and these sliders open the opening by separating the elements in directions opposite to each other. If the opening is closed by approaching each other, the opening can be opened at an arbitrary position between the elements. It can be formed at the position where the power supply or the like to be connected can be most easily accessed, and the convenience of wiring connection work can be improved. In addition, the size of the opening can be opened at an arbitrary size, and wiring can be easily taken in and out.

If the pocket is detachable with respect to the case body, it can be carried with the pocket attached to the case body, or stored in another bag together with the case body with the pocket removed. If there is room in the case body, a pocket can be stored in the case body, and the information processing apparatus and the power supply means can be carried in various modes by increasing the degree of freedom in a portable state. .

A pocket is attached to the outer surface of the case body, and an attachment portion for attaching the pocket to the case body is formed between the pocket and the outer surface side of the case body. If the slide fastener is provided between the outer surface of the case body and the upper end of the pocket, the attachment and detachment of the pocket can be made extremely easy.

An auxiliary mounting portion is formed between a lower end portion on the outer surface side of the pocket and a corresponding outer surface of the case main body for assisting the mounting state of the pocket by the mounting portion and for attaching and detaching the pocket to and from the case main body. If so, the pocket can be stably attached along the case body.

The auxiliary mounting portion is formed of a hook-and-loop fastener including a hook surface including a large number of hooks and a loop surface including a large number of loops associated with the hooks. The loop surface is provided on the outer surface of the case body. In addition, in the case where the hook surface is provided on the back side of the pocket, the blindfold is formed integrally with the hook surface and bent at a boundary with the hook surface to selectively overlap the hook surface. If the surface facing the hook surface of the blindfold portion is a loop surface of the same type as the above-mentioned loop surface, the mounting state is good, the structure can withstand repeated attachment and detachment, and has a very simple configuration. In addition, when the pocket is removed from the case body, the hook surface is unnecessary by bonding the hook surface and the loop surface of the blindfold part It is also possible to prevent that would stick to the location.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a portable state according to an embodiment of the present invention.

FIG. 2 is an exploded perspective view of the same.

FIG. 3 is an exemplary perspective view showing a developed state of the embodiment.

FIG. 4 is an exemplary perspective view showing one use state of the embodiment corresponding to FIG. 3;

FIG. 5 is a rear perspective view of the same.

FIG. 6 is a schematic sectional view of the embodiment.

FIG. 7 is a schematic sectional view showing the developed state.

[Explanation of symbols]

 A: Portable case for information processing device E: Power supply means (adapter) F: Related equipment (slide fastener) H1, H2: Wirings P: Information processing device (notebook PC) Pa: Device body (PC body) Pb ... Display arrangement part Pp ... Power supply port S ... Storage part MS ... Main area SS ... Sub area X ... Mounting part Y ... Auxiliary mounting part 1 ... Case body 2 ... Bottom cover part 3 ... Top cover part 4 ... Pocket 44A ... Opening part (1st opening) 44B ... opening (2nd opening) 48 ... partition part (partition member) 5A, 5B ... slide fastener 51, 52 ... element 53 ... slider 8 ... slide fastener 9 ... hook-and-loop fastener 91 ... Loop surface 93 ... Hook surface 94 ... Blindfold

Claims (16)

[Claims] 1. A case body capable of storing an information processing device,
A power supply means for supplying power to the information processing apparatus, and a pocket having a storage portion capable of storing at least wiring, wherein the pocket stores the power supply means in the storage portion. A portable case for an information processing device, comprising an opening through which the wirings can be taken in and out. 2. A portable case for an information processing apparatus according to claim 1, wherein a plurality of openings are provided at different positions of said pocket so that wirings can be taken out from different places. 3. The information processing apparatus can be handled in a state where the information processing apparatus is stored in a case body, and the opening is provided at least near a power supply port of the information processing apparatus. The mobile case for an information processing device according to claim 1 or 2, wherein: 4. A case covering means for covering a bottom surface of the information processing device main body, and a case cover connected to the bottom covering portion on a non-use end side of the information processing device main body so that the information processing device body can be opened and closed. The upper surface covering portion covering the attached display arrangement portion, and the bottom surface covering portion at least at a portion corresponding to a use end and a left and right side end of the information processing device in a state in which the display arrangement portion is closed on the information processing device main body. A related device for detachably engaging the upper surface covering portion is provided. When using, the case body is placed with the bottom surface covering portion facing down, and the engaging state of the related device is released to rearward the upper surface covering portion. 4. The information processing device carrying case according to claim 3, wherein the information processing device can be handled in a state in which the information processing device is stored in the case main body by being opened upward. 5. A pocket is provided on an outer surface of an upper surface covering portion of the case body, and the opening is provided on a lower end portion located on a non-use end side of the information processing apparatus. The mobile case for an information processing apparatus according to claim 4. 6. Openings are provided in pairs on the left and right,
The portable case for an information processing apparatus according to claim 5, wherein wirings can be taken in and out from two different directions. 7. The pocket has a main area for storing the power supply means and the wirings in the storage section, and a sub-area for storing other storage items. The said opening part is provided in the position which can be communicated with the exterior, The Claims 1, 2, 3, 4, 5 characterized by the above-mentioned.
Or a mobile case for an information processing apparatus according to 6. 8. The portable case for an information processing apparatus according to claim 7, wherein the main area is separated from the sub area by a partition portion. 9. An opening, which can be selectively opened and closed by a related tool provided between opposed opening edges. A portable case for an information processing apparatus according to claim 1. 10. The slide fastener according to claim 9, wherein the related tool is a slide fastener having a pair of elements having teeth arranged in mesh with each other, and a slider that slides between the elements. Portable case for information processing device. 11. A slider fastener comprising a pair of sliders sliding between elements from one end to the other, said sliders separating said elements in opposite directions to form an opening. The portable case for an information processing device according to claim 10, wherein the opening is closed and the opening is closed by approaching in directions approaching each other. 12. The case according to claim 1, wherein the pocket is detachable from the case body.
The portable case for an information processing device according to 4, 5, 6, 7, 8, 9, 10, or 11. 13. A pocket is attached to an outer surface of a case body, and an attachment portion for attaching the pocket to the case body is formed between the pocket and an outer surface of the case body. The mobile case for an information processing device according to claim 12. 14. A portable case for an information processing apparatus according to claim 13, wherein said mounting portion comprises a slide fastener provided between an outer surface of said case body and an upper end portion of said pocket. 15. An auxiliary mounting portion for assisting the mounting state of the pocket by the mounting portion and for attaching and detaching the pocket to and from the case main body, between the lower end portion on the outer surface side of the pocket and the corresponding outer surface of the case main body. The portable case for an information processing device according to claim 13 or 14, wherein the case is formed. 16. An auxiliary mounting part comprising a hook-and-loop fastener comprising a hook surface comprising a large number of hooks and a loop surface comprising a large number of loops engaged with the hooks. And the hook surface is provided on the back side of the pocket, and is selectively connected to the hook surface by bending integrally at the boundary with the hook surface. 16. The portable case for an information processing device according to claim 15, wherein an overlapping blindfold portion is provided, and a surface of the blindfold portion facing the hook surface is a loop surface of the same type as the loop surface.