CN114052365A

CN114052365A - Electronic equipment housing

Info

Publication number: CN114052365A
Application number: CN202110533471.9A
Authority: CN
Inventors: 藤木武史; 伊藤菜生
Original assignee: Kokuyo Co Ltd
Current assignee: Kokuyo Co Ltd
Priority date: 2020-07-31
Filing date: 2021-05-17
Publication date: 2022-02-18
Also published as: JP7491128B2; JP2022026438A

Abstract

The invention provides an electronic equipment housing case which can suitably protect electronic equipment housed in a pocket. A smart phone bag as an electronic device housing case is provided with a base body (1) and pockets (E, F) provided on the front and back of the outer surface side of the base body (1), wherein core materials (first and second core materials (J1, J2) on the front side and first and second core materials (R1, R2) on the rear side) are arranged on one edge and the other edge of the base body (1), and soft regions (N1, N2) having no core material are provided between the first and second core materials (J1, J2) on the front side and between the first and second core materials (R1, R2) on the rear side.

Description

Electronic equipment housing

Technical Field

The present invention relates to an electronic device housing case capable of housing an electronic device such as a smartphone.

Background

Conventionally, an electronic device housing case is known in which a pocket for housing an electronic device such as a smartphone is provided on the front and back (see, for example, patent document 1).

In most of the conventional electronic device housing cases, when an electronic device is housed in a pocket, the overall thickness dimension of the electronic device is increased substantially simply by the thickness of the electronic device.

Therefore, in the conventional electronic device housing case, the electronic device housed in the pocket is easily exposed to the outside or removed from the pocket, and the housed electronic device is not necessarily sufficiently protected.

Documents of the prior art

Patent document

Patent document 1: japanese design registration No. 1504789

Disclosure of Invention

Problems to be solved by the invention

The present invention has been made in view of the above circumstances, and provides an electronic device housing case capable of appropriately protecting an electronic device housed in a pocket.

Means for solving the problems

That is, the present invention has the following configuration.

The invention described in claim 1 is an electronic device storage case including a base body and a pocket provided on an outer surface side of the base body, wherein core materials are disposed on at least one edge and the other edge of the base body, and a soft region having no core material is provided between the two core materials.

In the invention described in claim 2, in the electronic equipment accommodation case described in claim 1, the core material is disposed on an inner surface side of the base body.

In the invention described in claim 3, according to the electronic equipment accommodation case described in

claim

1 or 2, the base is configured to exhibit cushioning properties.

The invention described in claim 4 provides the electronic equipment housing case described in

claim

1, 2, or 3, wherein the core member is formed of a rod-like member.

The invention described in claim 5 provides the electronic equipment accommodation case described in

claim

1, 2, or 3, wherein the core member is formed of a plate-like member.

In the invention described in claim 6, in the electronic equipment accommodation case described in claim 4, the core material is inserted into a curled portion provided on an inner surface side of the base body.

In the invention described in claim 7, according to

claim

1, 2, 3, 4, 5, or 6, the pockets are provided on the front and back sides of the base, respectively.

The invention described in claim 8 is the electronic equipment accommodation case described in

claim

1, 2, 3, 4, 5, 6, or 7, wherein the base body includes a front wall having a substantially rectangular shape, a rear wall having substantially the same size as the front wall, and a peripheral wall connecting peripheral edges of the front wall and the rear wall, and a space surrounded by the front wall, the rear wall, and the peripheral wall can be formed inside the base body.

In the invention described in claim 9, in the electronic device storage case described in claim 8, the base body is provided with a slide fastener which can be opened to the space.

ADVANTAGEOUS EFFECTS OF INVENTION

As described above, according to the present invention, it is possible to provide an electronic device housing case capable of appropriately protecting an electronic device housed in a pocket.

Drawings

Fig. 1 is a perspective view showing an embodiment of the present invention.

Fig. 2 is a perspective view of the embodiment.

Fig. 3 is a perspective view of the embodiment.

Fig. 4 is a perspective view in this embodiment.

Fig. 5 is a front view in this embodiment.

Fig. 6 is a rear view in this embodiment.

Fig. 7 is a plan view of this embodiment.

Fig. 8 is a perspective view for explaining the inner surface of the base body in this embodiment (a perspective view in which the inner surface and the outer surface of this embodiment are reversed).

Fig. 9 is an X-X line end view (shown schematically) in fig. 4.

Fig. 10 is an end view (shown schematically) taken along line Y-Y of fig. 4.

Fig. 11 is an end view (schematically shown) corresponding to fig. 10 showing a state in which the electronic apparatus is placed inside.

Description of the reference numerals

A … bag main body (casing main body)

B … self-standing mechanism

C … receiving part

D … hanging belt (hanging component)

1 … matrix

2 … leg

E … watch pocket (pocket)

F … Back pocket

J1, first core material (core material) at front side of J2 …, second core material (core material) at front side

R1, R2 … first core material (core material) at back side, second core material (core material) at back side

W … Intelligent mobile phone (electronic equipment)

Detailed Description

An embodiment of the present invention will be described below with reference to fig. 1 to 11. The end views of fig. 9 to 11 are schematically illustrated so as to emphasize the thickness of the material for easy understanding.

This embodiment applies the present invention to a smartphone pouch as an electronic device housing case configured to be able to house a smartphone W as an electronic device.

The smart phone bag is provided with: a bag body a as a housing body, which is provided with a front pocket E and a back pocket F and in which a smartphone W can be housed; a self-standing mechanism B capable of standing the bag main body A on a carrying surface such as a table; a receiving part C which is arranged outside the bag main body A and can be provided with a lower edge part W1 of the smart phone W; and a hanging belt D as a hanging member attached to the bag body a and capable of hanging and supporting the bag body a by a user or the like.

Hereinafter, each configuration of the smartphone pouch of the present embodiment will be described in detail.

< bag body A >

The bag body a includes a base 1, a front pocket E as a pocket provided on the front surface side, which is the outer surface side of the base 1, and a back pocket F as a pocket provided on the back surface side, which is the outer surface side of the base 1.

The base 1 includes a front wall 11 having a substantially rectangular shape extending vertically, a rear wall 12 having a substantially rectangular shape extending vertically and having substantially the same size as the front wall 11, and a peripheral wall 13 connecting peripheral edges of the front wall 11 and the rear wall 12. The width dimensions L1, L2 of the front wall 11 and the rear wall 12 in the lateral direction are set to be larger than the width dimension L3 of the peripheral wall 13 in the front-rear direction.

The base 1 has a space sp defined therein and surrounded by the front wall 11, the rear wall 12, and the peripheral wall 13. That is, the space sp of the base 1 is surrounded by the front wall 11, the rear wall 12, and the peripheral wall 13, and becomes an article non-storing space in which articles are not stored. The peripheral wall 13 is less likely to flex in the thickness direction than the front wall 11 and the rear wall 12.

The base body 1 as a whole is a structure of a collapsible air bag formed with a space sp as an article non-housing space. The base 1 can exert a certain cushioning property on the smartphone W housed between the front pocket E and the base 1 and between the back pocket F and the base 1, based on the form similar to the airbag.

The front wall 11 is mainly made of a soft material (japanese: radix rehmanniae). The front wall 11 has a vertically long rectangular shape, and four corner portions are formed in a partial arc shape.

A first core J1 on the front side, which is a rod-shaped core extending in the vertical direction, is disposed on the left side edge portion, which is one edge portion, of the front wall 11. A front second core material J2, which is a rod-shaped core material extending in the vertical direction, is disposed on the right side edge portion, which is the other edge portion, of the front wall 11. The front wall 11 is provided with a soft region N1 having no core material between the first core material J1 on the front side and the second core material J2 on the front side.

The rear wall 12 is mainly made of a soft material. The rear wall 12 has a vertically long rectangular shape, and four corner portions are formed in a partial arc shape.

A first core R1 on the rear side, which is a rod-shaped core extending in the up-down direction, is disposed on the left side edge portion (right side in the rear view) of one edge portion of the rear wall 12. A second core R2 on the rear side is disposed as a rod-shaped core extending in the vertical direction at the right side edge (left side in the rear view) of the other edge of the rear wall 12. The rear wall 12 is provided with a soft region N2 having no core material between the first core material R1 on the rear side and the second core material R2 on the rear side.

The peripheral wall 13 connects the peripheral edges of the front wall 11 and the rear wall 12 so that the inner surfaces of the front wall 11 and the rear wall 12 face each other with a space sp therebetween. The peripheral wall 13 includes left and right

peripheral wall portions

13a, 13b, an upper peripheral wall portion 13c provided between upper end portions of the left and right

peripheral wall portions

13a, 13b, and a lower peripheral wall portion 13d provided between lower end portions of the left and right

peripheral wall portions

13a, 13 b.

The upper portion of the peripheral wall 13 (the upper peripheral wall portion 13c, the upper portion of the left peripheral wall portion 13a, and the upper portion of the right peripheral wall portion 13 b) is made mainly of a fabric having no core material. The lower portion of the peripheral wall 13 (the lower portion of the left peripheral wall 13a, the lower portion of the right peripheral wall 13b, and the lower peripheral wall 13d) is formed mainly of a slide fastener V.

A base end portion D1 of the band-shaped hanging band D is sewn to the upper portions of the left and right

peripheral wall portions

13a, 13 b. The peripheral wall 13 is formed mainly of a zipper V at a position below the base end D1 of the hook tape D.

The slide fastener V forming the lower portion of the peripheral wall 13 includes a front side slide fastener constituent member V1 in which a first element V12 is provided at a rear end portion as a tip end portion of a cloth belt-like member V11, a rear side slide fastener constituent member V2 in which a second element V22 is provided at a front end portion as a tip end portion of a cloth belt-like member V21, and a slider, not shown, capable of joining and separating the first element V12 and the second element V22.

In other words, the base 1 is provided with a zipper V openable to a space sp provided inside. The open state of the slide fastener V (the state in which the first and second coupling elements V12, V22 are separated as shown in fig. 8) is assumed only during the process of manufacturing the smartphone pouch. That is, after the smartphone pouch is manufactured, the zipper V is not substantially opened by the user or the like, and the first and second coupling elements V12, V22 are engaged with each other to maintain the closed state.

The bag body a is mainly formed by the zipper V and constitutes a lower portion which is a part of the peripheral wall 13. Therefore, in the manufacturing process of the smartphone pouch, as shown in fig. 8, the slide fastener V is easily set to the open state and the state in which the inner surface side and the outer surface side are reversed so that the sewing operation for forming the pouch body a can be performed. Further, after the bag body a is turned over from the inverted state of the inner and outer surfaces shown in fig. 8 to the normal state, the peripheral wall 13 in the open state can be quickly and easily closed by the slider.

Further, the slider capable of engaging and disengaging the first element v12 and the second element v22 is hidden under the base end portion D1 of the tether D at the completion of the smartphone pouch, and is configured so as not to be easily slid by a user or the like.

The first and second front core members J1 and J2 and the first and second rear core members R1 and R2 are made of a rod-like member made of a synthetic resin, and are disposed on the inner surface side of the base 1. The first and second core materials J1 and J2 on the front side are inserted into the curled portion M1 on the front side provided on the inner surface side of the base body 1. The first and second core members R1 and R2 on the rear side are inserted into the rear-side curled portion M2 provided on the inner surface side of the base body 1. The front and rear hems M1, M2 are made of a band-shaped fabric.

The front-side curled portion M1 is provided along the peripheral edge portion on the inner surface side of the front wall 11, and has a rectangular ring shape as a whole. The front curled portion M1 is sewn together with the end portions of the front wall 11, the peripheral wall 13, the front pocket E, and the receiving portion C when these are sewn together, and covers the end portions of the sewn fabrics so as not to be exposed to the outside. The front curled portion M1 has a hollow portion ck formed in a cylindrical shape and capable of accommodating an end portion of the fabric therein.

The front first core J1 is disposed inside a front curled portion M1 formed in a cylindrical shape at the left edge of the front wall 11. The front second core material J2 is disposed inside a front curled portion M1 formed in a cylindrical shape at the right edge portion of the front wall 11.

In other words, the front first core material J1 and the front second core material J2 are disposed at both side edges of the front wall 11 in a posture extending in the vertical direction by the hollow ck of the curled portion M1 formed at the front. The front first core material J1 and the front second core material J2 are sewn to the front curled portion M1 in a state of being accommodated in the hollow ck of the front curled portion M1.

The rear-side curled portion M2 is provided along the peripheral edge portion on the inner surface side of the rear wall 12, and has a rectangular ring shape as a whole. The rear curled portion M2 is sewn together with the end portions of the rear wall 12, the peripheral wall 13, and the back pocket F when sewing them, and covers the end portions of the sewn fabrics without being exposed to the outside. The rear curled portion M2 has a hollow portion ck formed in a cylindrical shape and capable of accommodating an end portion of the fabric therein.

The rear first core material R1 is disposed inside a rear hem portion M2 formed in a cylindrical shape at a left edge portion (right side in rear view) of the rear wall 12. The second core material R2 on the rear side is disposed inside a rear-side curled portion M2 formed in a cylindrical shape at a right edge portion (left side in rear view) of the rear wall 12.

In other words, the rear first core material R1 and the rear second core material R2 are disposed at both side edges of the rear wall 12 in a posture extending in the vertical direction by the hollow portion ck of the curled portion M2 formed at the rear. The first core material R1 on the rear side and the second core material R2 on the rear side are sewn to the hemming portion M2 on the rear side in a state of being accommodated in the hollow portion ck of the hemming portion M2 on the rear side.

The pocket E is provided on the outer surface, i.e., the front side, of the base 1. The top pocket E is mainly made of a soft material. The left and right side edges and the lower edge of the front pocket E are connected to the side edges and the lower edge of the front wall 11 constituting the base 1.

The watch pocket E cooperates with the front wall 11 of the base 1 to form a front storage space S1, which is a storage space capable of storing the smartphone W, between the watch pocket E and the front wall 11. A front opening K1 serving as an opening through which the external space and the front storage space S1 can communicate is formed between the upper edge of the watch pocket E and the upper edge of the front wall 11. The front opening portion K1 is configured without a closing means such as a zipper or a snap. Therefore, the user can smoothly carry out the taking out and putting in of the smartphone W to and from the front storage space S1.

A small pocket G having a size capable of accommodating a card such as an ID card is provided on the back surface, which is the inner surface of the front pocket E.

The back pocket F is provided on the outer surface, i.e., the back side, of the base 1. The back pocket F is mainly made of a soft material fabric and a plate-shaped core material p 1. That is, the upper end region of the back pocket F is made of the fabric only, and the region below the upper end region is provided with the plate-like core material p1 inside the fabric. In the lower region of the back pocket F, a plate-shaped core material p1 is disposed to improve strength so that a self-standing mechanism B described later can be provided on the outer surface side, i.e., the back surface.

The left and right side edges and the lower edge of the back pocket F are connected to the side edges and the lower edge of the rear wall 12 constituting the base 1. The back pocket F can cooperate with the rear wall 12 of the base 1 to form a rear storage space S2, which is a storage space capable of storing the smartphone W, between the back pocket F and the rear wall 12.

A rear opening K2 serving as an opening portion that allows communication between the external space and the rear housing space S2 is formed between the upper edge of the back pocket F and the upper edge of the rear wall 12. The rear opening portion K2 is configured without a closing means such as a zipper or a snap. Therefore, the user can smoothly carry out the taking out and putting in of the smartphone W to and from the rear storage space S2.

As shown in fig. 11, when the smartphone W is housed in the front housing space S1 of the front pocket E and the rear housing space S2 of the back pocket F, the left-right direction and up-down direction center portions of the front wall 11 and the rear wall 12 adjacent to the space sp, in which the first and second core materials J1 and J2 on the front side and the first and second core materials R1 and R2 on the rear side are not disposed in accordance with the shape of the smartphone W, can be deformed so as to be recessed in the space sp direction preferentially over the peripheral wall 13, the front pocket E, and the back pocket F.

Therefore, even when the smartphone W is stored in the front pocket E or the back pocket F, the thickness dimension of the entire bag body a is difficult to increase in proportion to the thickness of the smartphone W.

< self-standing mechanism B >

The self-standing mechanism B can be held in a posture in which the bag main body a stands on a mounting surface such as a table. The self-supporting mechanism B is arranged on the outer surface of the back pocket F.

The self-standing mechanism B has a leg portion 2 that can be moved between a use posture (U) and a non-use posture (T). The self-standing mechanism B is provided with a surface fastener (japanese: surface ファスナー, magic tape) H as a motion suppression means capable of suppressing the motion of the leg 2 in the unused posture (T).

The leg portion 2 includes: a main leg portion 21 having an upper end connected to the back pocket F and a lower end capable of coming into contact with the placement surface in a use posture (U); and a deformable intermediate connecting portion 22 connecting the intermediate portion of the main leg portion 21 in the vertical direction and the back pocket F, and capable of maintaining the posture of the main leg portion 21 in the use posture (U).

The main leg portion 21 is formed by wrapping a core material p2 having a substantially rectangular plate shape with a cover material. The main leg portion 21 is rotatably attached with respect to the back pocket F by sewing the sewing margin portion i1 provided extending from the upper end edge toward the back pocket F.

The intermediate linking portion 22 assumes a posture extending in the front-rear direction in the use posture (U) and a posture sandwiched in a folded-in-half state between the main leg portion 21 and the back pocket F so as to project upward in a side view in the non-use posture (T).

The intermediate coupling portion 22 includes a front portion 22a having a rectangular core p3 provided therein, a rear portion 22b having no core therein, and a hinge portion 22c provided between the front portion 22a and the rear portion 22 b.

The front portion 22a has a stitch margin portion i2 sewn to the back pocket F. The rear portion 22b has a stitch margin portion i3 stitched to the main leg portion 21.

The surface fastener H can be configured to be capable of joining and separating the lower end portion of the main leg portion 21 and the lower end portion of the back pocket F. The surface fastener H includes a first surface fastener element H1 provided at the lower end of the main leg portion 21 and a second surface fastener element H2 provided at the lower end of the back pocket F and having a first surface fastener portion H1 which is detachable.

As shown in fig. 3 and 4, the self-standing mechanism B can raise the bag main body a in a backward tilted state with respect to a placement surface such as a table by bringing the leg portion 2 into the use posture (U).

< receiving section C >

The receiving portion C can support the lower edge portion W1 of the smartphone W. That is, as shown in fig. 3, the receiving portion C can cooperate with the bag body a in the standing posture by the self-standing mechanism B to hold the smartphone W in the standing posture with a portion of the smartphone W other than the lower edge portion W1 exposed to the outside.

The receiving portion C is disposed on the front surface, which is the outer surface, of the lower end portion of the pocket E. The receiving portion C is not limited to the smartphone W, and may support a lower edge portion of another electronic device. That is, the receiving portion C can hold the other electronic device in the standing posture with the portion other than the lower edge portion of the other electronic device exposed to the outside. Examples of other electronic devices include a mobile phone, a tablet PC, a small notebook PC, and a handy terminal (mobile terminal).

The receiving portion C is formed by disposing a core material p5 therein. That is, the receiving portion C is formed by covering the core material p5 with a fabric.

The upper end edge of the receiving portion C extends substantially linearly in the left-right direction. The side edges and the lower edge of the receiving portion C are connected to the front pocket E, and correspond to the shape of the edge portion of the front pocket E.

The left and right side edges and the lower edge of the receiving portion C are connected to the side edges and the lower edge of the front pocket E. The receiving portion C is sewn to the bag body a. The receiving portion C can cooperate with the watch pocket E to form a lower edge storage space C2 capable of storing the lower edge W1 of the smartphone W between the receiving portion C and the watch pocket E. An opening C1 through which the lower end of the smartphone W can be taken out and put in is formed between the upper edge of the receiving portion C and the pocket E.

Since the receiving portion C includes the plate-shaped core member p5, when the lower edge portion W1 of the smartphone W is inserted into the lower edge portion storage space C2, the receiving portion C can press the smartphone W toward the front pocket E and the base 1.

Therefore, the center portions in the left-right direction and the up-down direction of the watch pocket E and the front wall 11, which receive the load of the smartphone W, are likely to deform so as to be recessed rearward in preference to the respective peripheral edge portions thereof.

In other words, the receiving portion C including the plate-shaped core material p5 can appropriately press the smartphone W placed in the lower edge portion storage space C2 so as to be inserted into the center portion of the watch pocket E in the horizontal and vertical directions and the center portion of the front wall 11 in the horizontal and vertical directions.

< hanging band D >

The hanging band D is a known structure that can be adjusted in length and can be hung on the head and shoulders of a user. The base end portion D1 of the hook tape D is sewn to the left and right

peripheral wall portions

13a and 13b of the peripheral wall 13 of the bag body a. In this embodiment, the slider of the slide fastener V is hidden on the back side of the base end portion D1 of the fastener tape D sewn to the left peripheral wall portion 13 a.

The smartphone pouch having the above-described structure is provided with a self-standing mechanism B capable of standing a pouch body a as a housing body on a placement surface such as a desk. A receiving portion C to which a lower edge portion W1 of the smartphone W can be attached is provided outside the bag body a. Therefore, with the smartphone pouch according to the present embodiment, the smartphone W can be held in the standing state in a state suitable for heat dissipation in which the smartphone W is exposed to the outside.

In the case of the smartphone pouch, the smartphone W can be held in an upright state with the portion other than the lower edge portion W1 of the smartphone W exposed to the outside on the desk near the user who is working.

That is, the smartphone pouch can function not only as a pouch to appropriately protect and carry the smartphone W with the strap D, but also as a so-called smartphone holder. Therefore, it is not necessary to prepare a dedicated smartphone cradle, and it is possible to cope with a Web conference and a handsfree call using the smartphone W with great flexibility.

As described above, the smartphone pouch as the electronic device housing case of the present embodiment includes the base 1, and the front pocket E and the back pocket F provided on the outer surface side of the base 1. The base 1 has core materials (a front first core material J1, a rear first core material R1, a front second core material J2, and a rear second core material R2) arranged at a left edge portion as one edge portion and a right edge portion as the other edge portion, and soft regions N1 and N2 having no core material are provided between the two core materials (between the front first core material J1 and the front second core material J2, and between the rear first core material R1 and the rear second core material R2).

Therefore, it is possible to provide a smartphone pouch of a smartphone W as an electronic device that can suitably protect the pocket E, F on the front and back.

That is, both side portions of the smartphone W accommodated in the front and back pockets E, F can be suitably protected by the front first core J1, the front second core J2, the rear first core R1, and the rear second core R2.

Further, the soft regions N1 and N2 located between the first core J1 on the front side and the second core J2 on the front side and between the first core R1 on the rear side and the second core R2 on the rear side can change the shape of the smartphone W so as to sink the smartphone W, and therefore, the stored smartphone W can be appropriately prevented from coming out of the pocket E, F on the front and back sides.

That is, in the case of the smartphone pouch according to the present embodiment, both side portions of the smartphone W can be appropriately protected by the portions having the core materials (the first core material J1 on the front side, the second core material J2 on the front side, the first core material R1 on the rear side, and the second core material R2 on the rear side), and the soft regions N1 and N2 can be joined so as to embrace or wrap the smartphone W, whereby the detachment from the pocket E, F on the front and back can be appropriately suppressed.

The front first and second core members J1 and J2 and the rear first and second core members R1 and R2 are disposed on the inner surface side of the base 1.

Therefore, the core materials J1, J2, R1, and R2 do not directly contact the smartphone W, and thus the smartphone W is less likely to be damaged by the core materials. Further, the core materials J1, J2, R1, and R2 do not appear in appearance, and thus it is difficult to impose design constraints.

The base 1 is in a form capable of exhibiting cushioning properties. Therefore, the base 1 can be flexibly changed to a recessed shape corresponding to the stored smartphone W.

More specifically, the base 1 has a bag shape having a space sp inside, and the front wall 11 and the rear wall 12 can be recessed in the space sp direction following the stored smartphone W.

Therefore, the smartphone W accommodated in the pocket E, F on the front and back is suitably protected by the base 1 having excellent cushioning properties.

The first and second front core members J1 and J2 and the first and second rear core members R1 and R2 are rod-shaped members.

Therefore, the core materials J1, J2, R1, and R2 can be realized by a simple structure.

The core materials J1, J2, R1, and R2 are inserted into front and rear curled portions M1 and M2 provided on the inner surface side of the base 1.

Therefore, the core materials J1, J2, R1, and R2 can be arranged by appropriately utilizing the morphological characteristics of the front and rear curled portions M1 and M2, which are portions manufactured by a known sewing method.

The front and back of the base 1 are provided with a front pocket E and a back pocket F. Thus, two smartphones W can be housed simultaneously.

Since the bag body a has the front pocket E and the back pocket F, for example, both the working smartphone W and the private smartphone W can be stored in a concentrated manner by the bag body a.

Further, since the front wall 11 and the rear wall 12 of the base 1 are recessed in the direction of the space sp when the smartphone W is stored, the thickness dimension of the entire pouch body a does not increase significantly even if the smartphone W is stored, and a beautiful appearance can be maintained.

The base body 1 includes a front wall 11 having a substantially rectangular shape, a rear wall 12 having substantially the same size as the front wall 11, and a peripheral wall 13 connecting peripheral edges of the front wall 11 and the rear wall 12. A space sp, which is an article non-storage space not storing articles and surrounded by the front wall 11, the rear wall 12, and the peripheral wall 13, can be formed inside.

Therefore, the base 1 can take an appropriate form that can exhibit cushioning properties.

The base 1 is provided with a zipper V that can be opened to a space sp. Therefore, the smart phone bag can be easily assembled by opening the zipper V at the time of manufacturing.

Furthermore, the present invention is not limited to the above-described embodiments.

The electronic device housed in the electronic device housing case is not limited to a smartphone. The electronic device may be another electronic device that can be stored in a pocket, in addition to the smartphone. Examples of other electronic devices include a mobile phone, a tablet PC, a small notebook PC, and a handy terminal (portable terminal).

The base is not limited to the base shown in the above-described embodiments, as long as the pockets are disposed on the outer surface side. For example, the substrate may be sponge-like.

The core material provided on the base is not limited to be disposed on the inner surface side of the base, and may be disposed on the outer surface side of the base.

The pockets may also be provided with only one relative to the base.

The core material provided in the base body may not be the core material inserted into the curled portion of the base body.

The core member may be made hard.

The base body may be of course of a structure without a zipper.

The core material disposed on one edge and the other edge of the base is not limited to a rod-shaped member, and may be a plate-shaped member.

The shape of the receiving portion is not limited to the shape shown in the above-described embodiments, as long as the lower edge portion of the electronic device can be mounted thereon.

The receiving portion may be provided outside the case main body, and may not necessarily be provided on the outer surface of the pocket. The position of the receiving portion is not limited to the lower end portion of the case body, and may be a position at which the back of the electronic device such as a smartphone can be supported by the case body.

The receiving portion and the self-supporting mechanism may not be provided on the outer surface of the pocket.

The receiving portion may not have a core material disposed therein.

The core material disposed inside the receiving portion may not be a plate-shaped core material.

The self-supporting mechanism may have any structure as long as the main body of the housing can support itself on a mounting surface such as a desk.

The motion suppressing means of the self-supporting mechanism is not limited to the motion suppressing means using the surface fastener, and may be, for example, a motion suppressing means using a magnet or a snap.

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 scope of the present invention.

Claims

1. An electronic device housing case comprising a base and a pocket provided on an outer surface side of the base,

the base body is provided with core materials at least at one edge and the other edge, and a soft region having no core material is provided between the two core materials.

2. The electronic equipment receiving case of claim 1,

the core material is disposed on an inner surface side of the base body.

3. The electronic equipment receiving case of claim 1,

the base body is in a form capable of exhibiting cushioning properties.

4. The electronic equipment receiving case of claim 1,

the core material is formed of a rod-shaped member.

5. The electronic equipment receiving case of claim 1,

the core material is formed of a plate-shaped member.

6. The electronic equipment receiving case of claim 4,

the core material is inserted into a crimping portion provided on an inner surface side of the base body.

7. The electronic equipment receiving case of claim 1,

the pockets are respectively arranged on the front and back of the base body.

8. The electronic equipment receiving case of claim 1,

the base body includes a substantially rectangular front wall, a rear wall having substantially the same size as the front wall, and a peripheral wall connecting peripheral edges of the front wall and the rear wall, and a space surrounded by the front wall, the rear wall, and the peripheral wall can be formed therein.

9. The electronic equipment receiving case of claim 8,

the base body is provided with a zipper which can be opened to the space.