JP5927210B2 - Storage case - Google Patents

Description

  The present invention relates to a storage case for storing documents and the like, and more particularly to a portable storage case made of synthetic resin, for example.

  As a storage case, there is a storage case formed by bending an elastic synthetic resin plate body into a rectangular parallelepiped shape. It is comprised from the cover body made into.

JP 2006-69608 A

This conventional storage case is used for carrying, and a litter is attached to the top of the cover plate.
In addition, a fastener for fastening the lid plate is attached near the lower edge of the front hanging portion of the lid plate, and a fastener for locking the fastener is attached at an appropriate position on the outer surface of the front plate. ing.
The conventional fastener of the storage case is composed of a plurality of members, and is configured to assemble the fastener by attaching members constituting the fastener on both surfaces of the cover plate. Therefore, it takes time to assemble the fastener, and the manufacturing cost increases.

  Therefore, a main object of the present invention is to provide a storage case that facilitates assembly of the lid.

The storage case according to the invention of claim 1 is a storage case comprising: a case body having an opening; and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case body. The lid includes an actuating portion for double-movably attaching a stop member for engaging or fixing to the case body when the lid is closed, and a double-action guide portion for guiding the stop member. It includes a stopper body having a working end for mounting double acting freely in actuating portion extending toward from the end edge inwardly, and a resilient portion projecting from the one end in the double-acting direction of the stop body, the stop The stopper main body of the member includes an anti-detachment portion provided in the operating portion of the lid body to prevent the lid body from coming off, and the anti-detachment portion includes a stopper member attached to the lid body. When operating along the double acting guide of the lid It is formed in the vicinity of the working portion or the operating portion of the lid so as not come out from the cover, the stop member, from the mounting opening portion formed in the vicinity of the opening of the lid, adjoining the operating end to the working portion Is a storage case that is mounted and accommodated in such a manner that it is attached to the lid so that it is not easily removed from the lid, and the stopper main body is locked to a stopper provided in the vicinity of the opening of the case main body. .
A storage case according to a second aspect of the present invention is a storage case comprising: a case main body having an opening; and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case main body. The lid body includes a sliding portion for slidably attaching a stopper member for engaging or fixing to the case body when the lid is closed, and a double-action guide portion for guiding the stopper member, and the stopper member is a lid body A stopper main body having a sliding end for slidably attaching to a sliding portion extending inward from the end edge, and a resilient portion projecting at one end in the sliding direction of the stopper main body. The stopper main body of the stopper member is provided with a removal prevention portion provided at a sliding portion of the lid body for preventing the removal from the lid body, and the removal prevention portion is attached to the lid body. When the stopper member slides along the double acting guide part of the lid, Is formed in the vicinity of the sliding portion of the cover or the sliding portion so as not come out from the body, the stop member is slid from the mounting opening site following the sliding portion of the lid, a sliding end the sliding portion The lid body is attached to the lid body so that it is difficult to remove from the lid body, the stopper body is locked to a stopper portion provided near the opening of the case body, and the lid body is the case. It is a storage case formed so as to cover the opening of the main body.
In the storage case according to the invention of claim 3, the case body is formed into a box shape by bending a flat sheet or plate, and the lid body is a top portion for covering the opening of the case body, the top portion. And a rear hanging portion suspended from the other end of the top portion, and a housing portion for accommodating a stopper member in the front hanging portion, The storage case according to claim 1 or 2, wherein the case main body and the lid body are integrally formed and are joined to be freely opened and closed at the trailing portion.
In the storage case according to the invention of claim 4, the lid body has a handle for carrying a hand attached to the top portion by one handle attachment member and the other handle attachment member. A storage case according to any one of the above.
In the storage case according to the fifth aspect of the present invention, the lid includes a double-action guide portion for guiding the stop member, and the stop body of the stop member has the working end or the slide end along the double-action direction at the left and right ends. A locking end that is formed between the operating end or the sliding end and is locked to the locking portion of the case body is provided, and the locking body of the locking member is an edge that intersects the operating end or the sliding end. A pressing portion that presses the stop member, and a resilient portion is formed at an end edge that is separated from the end edge where the pressing portion is formed in the double-acting direction. Provided with an anti-detachment part provided on the operating part or sliding part to prevent the cover from coming off, and the anti-extraction part is provided with a double-action guide for the cover, with a stop member attached to the cover Actuating part or sliding part of the lid so that it does not come out of the lid when actuating or sliding along the part It is formed in the vicinity of the working portion or the sliding unit, a storage case according to any one of claims 1 to 4.
The stopper main body of the stopper member may be configured to have elasticity so that the operating end or the sliding end elastically contacts the operating portion of the lid.
The lid body is formed with a housing portion for housing the stop member, and the housing portion is formed by cutting out a sheet or a plate constituting the lid body in the surface direction toward the inner side from the edge of the front hanging portion. A concave portion is formed, a portion where the elastic portion is joined is formed at the back of the concave portion, and the left and right ends of the concave portion formed at a distance from the outer peripheral edge of the sheet or plate forming the lid A working part or sliding part extending inward in the direction is formed, and the stopper member is guided by a mounting guide part formed in the left and right ends of the concave part or in the vicinity of the left and right ends, and constitutes a receiving part. It is good to be comprised so that it may be accommodated in.
The stopper main body of the stopper member has a through hole formed in the vicinity of the operating end or the sliding end, and has elasticity to elastically contact the operating part or sliding part of the lid, and the removal preventing part is provided on the lid. In the direction in which the stopper member is inserted, it is preferable to provide an inclined surface with a low tip at the side to be inserted and a high tail at the side to be inserted.
The stopper main body of the stopper member includes a locking end for locking to a stopper provided in the vicinity of the opening of the lid, and the locking end is between the left and right operating ends or the sliding end. It is good to form in the hole edge of the locking hole formed in the stop main body.

According to the invention of claim 1, in a storage case comprising a case main body having an opening, and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case main body,
The lid includes an operating part for movably attaching a stopper for engaging or fixing to the case main body when the lid is closed, and a double-action guide for guiding the stopper , the stopper being a lid comprising of a stopper body having a working end for mounting double acting freely in actuating portion extending toward from the end edge inwardly, and a resilient portion projecting from the one end in the double-acting direction of the stop body, wherein The stopper main body of the stopper member is provided with an anti-detachment portion provided at the operating portion of the lid body to prevent the lid body from coming off, and the anti-detachment portion is a stopper member attached to the lid body. Is formed in the vicinity of the operating portion of the lid body or in the vicinity of the operating portion so that it does not come out of the lid body when operating along the double-action guide portion of the lid body, Insert the working end into contact with the working part from the formed attachment port part. Since it is housed and attached to the lid so that it is harder to come off than the lid, the stopper body is locked to a stopper provided in the vicinity of the opening of the case body, so the assembly of the lid is easy, Manufacturing costs can be reduced.
According to the invention of claim 2, in a storage case comprising a case main body having an opening and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case main body, the lid Comprises a sliding part for slidably attaching a stop member for engaging or fixing to the case body when the cover is closed, and a double-action guide part for guiding the stop member, and the stop member is provided at the end of the cover body. includes a stopper body having a sliding end for mounting slidably on the sliding portion extending toward from the edge inward, and a resilient portion projecting from the one end in the sliding direction of the stopper body, the The stopper main body of the stopper member is provided with an anti-detachment portion provided at a sliding portion of the lid body to prevent the lid body from coming off, and the anti-detachment portion is a stopper attached to the lid body. When the member slides along the double acting guide part of the lid, it comes off the lid It is formed in the sliding part of the lid or in the vicinity of the sliding part so that it does not come out, and the stopper member slides the sliding end on the sliding part from the attachment port part following the sliding part in the lid. Inserted and accommodated, attached to the lid so that it is difficult to remove from the lid, the stopper body is locked to a stopper provided near the opening of the case body, and the lid is Since it is formed so as to cover the opening, the lid can be easily assembled and the manufacturing cost can be reduced.
According to the invention of claim 3, the case body is formed in a box shape by bending a flat sheet or plate, and the lid body is a top portion for covering the opening of the case body, and one end of the top portion. And a rear hanging portion suspended from the other end of the top portion, and a housing portion for accommodating a stopper member in the front hanging portion, which is integrally molded with a synthetic resin. Since the case main body and the lid body are joined so as to be openable and closable at the rear hanging portion, the lid body can be easily assembled and the manufacturing cost can be reduced.
According to the invention of claim 4, since the handle for carrying is attached to the top by one handle attachment member and the other handle attachment member, the lid body obtains a storage case with excellent portability. I can do it.
According to the invention of claim 5, the lid includes a double-action guide portion that guides the stop member, and the stop body of the stop member is formed with an operating end or a sliding end along the double-action direction at the left and right ends. A locking end that is locked to a locking portion of the case body is provided between the operating end or the sliding end, and the locking body of the locking member is fixed to an edge that intersects the operating end or the sliding end. A pressing portion that presses the member is formed, and a resilient portion is formed at an edge that is separated from the end edge where the pressing portion is formed in the double-acting direction, and the stopper main body of the stopper member is the operating portion of the lid body or An anti-detachment portion provided on the sliding portion for preventing the cap body from coming off is provided, and the anti-extraction portion includes a stopper member attached to the lid body along the double-action guide portion of the lid body. So that it does not come out of the lid when it is actuated or slid. Because it is formed in the vicinity of the part, shape retention of the lid is good, obtain a storage case.

  The above-described object, other objects, features, and advantages of the present invention will become more apparent from the following description of embodiments for carrying out the invention with reference to the drawings.

It is a perspective view solution figure of the front side of the storage case which is one embodiment of this invention. FIG. 2 is a front perspective view of the storage case shown in FIG. 1 in an open state. It is a front view solution figure of the accommodating part of the storage case which is one embodiment of this invention. It is an AA cross-section solution figure of FIG. 3A. It is a bottom view solution figure of an accommodating part. It is a rear view solution figure of an accommodating part. It is a BB cross-section solution figure of FIG. 3A. FIG. 2 is an illustrative sectional view of a storage portion of the storage case illustrated in FIG. 1. It is a perspective view solution figure of the stop member of the storage case shown in FIG. (A) is a front view solution figure of the stop member of the storage case shown in FIG. 1, (B) is CC sectional view solution figure of FIG. 9 (A). (A) is a perspective view of the front side of the stopper of the storage case shown in FIG. 1, (B) is a plan view, (C) is a front view, and (D) is a side view. And (E) is an AA cross-sectional view of (C). It is a perspective view solution figure which shows the attachment method to the case main body of the stop part of the storage case shown in FIG. It is a perspective view solution figure which shows how to assemble the storage case shown in FIG. It is sectional drawing solution which shows the method of attaching a stop member to an accommodating part. It is sectional drawing solution which shows the method of attaching a stop member to an accommodating part. It is sectional drawing solution which shows the method of attaching a stop member to an accommodating part. It is sectional drawing solution which shows the method of attaching a stop member to an accommodating part. It is sectional drawing solution which shows the disengagement method of a stop member. It is sectional drawing solution which shows the disengagement method of a stop member. It is a side view solution figure which shows the lid closing method of a cover body. It is a cross-sectional schematic solution figure which shows the lid closing method of a cover body. It is a side view solution figure which shows the lid closing method of a cover body. It is a cross-sectional schematic solution figure which shows the lid closing method of a cover body. It is a side view solution figure which shows the lid closing method of a cover body. It is a cross-sectional schematic solution figure which shows the lid closing method of a cover body. It is a side view solution figure which shows the lid closing method of a cover body. It is a front view solution figure of the lid member which constitutes a lid. It is a top view solution figure of the lid member which constitutes a lid. It is a top view solution figure of the synthetic resin board body which comprises a case main body. FIG. 2 is an illustrative sectional view showing a structure for attaching the handle of the storage case shown in FIG. 1 to the lid. FIG. 2 is an illustrative sectional view showing a structure for attaching the handle of the storage case shown in FIG. 1 to the lid.

FIG. 1 is a front perspective view of a storage case according to an embodiment of the present invention, FIG. 2 is a front perspective view of the storage case shown in FIG. 1, and FIG. FIG. 3 is a front schematic view of a storage part of a storage case according to an embodiment of the present invention, and FIG. 3B is a cross-sectional schematic view taken along line AA of FIG.
The storage case 10 includes a case main body 12 formed in a rectangular parallelepiped shape with a flat plate-shaped synthetic resin made of polypropylene or a plate-shaped paper plate 30, and the case main body 12 includes a front plate 14 having a rectangular shape in front view, A front-side rectangular back plate 16 formed so as to face the front plate 14 at an appropriate interval, and a plane-view substantially rectangular shape laid on the lower edge between the front plate 14 and the back plate 16. And a pair of left and right side plates 20 and 22 having a rectangular shape in a side view formed between the front plate 14 and the back plate 16 at the top of the bottom plate 18.
The case main body 12 is continuously provided with a lid 40 continuously provided on the upper edge of the back plate 16 so as to cover the opening 12a.
The case body 12 includes a front plate 14, a back plate 16, a bottom plate 18, a gutter plate 20, a gutter, and a plate-shaped synthetic resin plate body 30 defined by a ruled line 32 that is recessed on the surface. It is formed by assembling the plates 22 into a cube.

  The lid 40 is formed to have the same width as the front plate 14 and the back plate 16 in order to close the opening 12 a of the case body 12. A top portion 42 that is substantially the same shape as the bottom plate 18, a front hanging portion 44 that hangs downward so as to face the back plate 16 following the top portion 42, and a front plate 14 that follows the top portion 42. A rear hanging portion 46 that hangs downward so as to face each other, a flange portion 48 that covers the upper portion of the flange plate 20, and a flange portion 50 that covers the upper portion of the flange plate 22 are provided. A double hinge portion 38 a is formed between the top portion 42 and the front hanging portion 44, and a double hinge portion 38 b that is a bent portion is formed between the top portion 42 and the upper edge of the back plate 16.

The case body 12 is formed into a box shape by bending a flat synthetic resin sheet or plate or a flat paper sheet or plate, and the lid 40 is a top portion 42 for covering the opening 12 a of the case body 12. The front hanging part 44 suspended from one end of the top part 42 and the rear hanging part 46 suspended from the other end of the top part 42, and the stop member 100 is attached to the front hanging part 44 described later. A housing portion 60 for housing is provided, and is integrally molded with a synthetic resin.
The case main body 12 and the lid body 40 are connected to each other at the rear hanging portion 46 so as to be freely opened and closed to constitute the storage case 10.
The lid 40 is bent at the double hinge portion 38a, the double hinge portion 38b, and the hinge portion 38c, and is opened beyond the rear hanging portion 46, and at the double hinge portion 38a, the double hinge portion 38b, and the hinge portion 38c. The opening 12a is closed by bending.

The lid body 40 is formed with a housing portion 60 for housing the stopper member 100.
The accommodating part 60 is formed by cutting out a sheet or a plate constituting the lid body 40 in the surface direction from the end edge of the front hanging part 44 inwardly to form a concave part.
The accommodating portion 60 includes an attachment port 70 serving as an insertion port when the stopper member 100 is inserted therein, at the lower end edge of the front hanging portion 44, and the concave portion is directed toward the inside of the front hanging portion 44 from the attachment port 70. It spreads in the surface direction of the hanging part 44.

The recessed part which comprises the said accommodating part 60 is formed in the site | part which the elastic part 104 joins in the back.
The concave portion constituting the accommodating portion 60 constitutes an operating portion extending inward in the surface direction from the outer peripheral edge of the sheet or plate forming the lid 40 on the left and right ends of the concave portion formed at intervals. A first sliding portion 64 and a second sliding portion 66 are formed.

When the stopper member 100 is attached to the lid body 40, the stopper member 100 is guided by an attachment guide portion 62 formed in the vicinity of the right and left ends of the concave portion constituting the storage portion 60 or the attachment port 70 at the left and right ends. It is accommodated in the recessed part to comprise.
The stopper member 100 is guided along the main surface of the front hanging portion 44 of the lid body 40 inward from the outer peripheral edge of the lid body 40 by the mounting guide portion 62 of the housing portion 60.

The lid body 40 includes a double-action guide portion 68 that guides the stopper member 100 when the stopper member 100 is operated to open and close the lid body 40.
The double-action guide portion 68 is configured to reciprocate the stopper member 100 when the stopper member 100 is locked or disengaged from the case body 12.

  The lid body 40 has one first sliding portion 64 and the other second sliding portion 66 for slidably attaching a stopper member 100 for engaging or fixing to the case body 12 when the lid is closed. The first sliding portion 64 and the other second sliding portion 66 provided on the lid body 40 constitute the mounting guide portion 62 and the double-action guide portion 68, respectively. ing.

The accommodating portion 60 is formed in an accommodating portion region that swells in the thickness direction from the main surface (front surface and back surface) of the front hanging portion 44. The accommodating portion region is substantially square when viewed from the front, and extends from the outer peripheral end (lower end edge) of the front hanging portion 44 toward the inside (the top portion 42 side).
The housing portion region has a flat outer surface and an inner surface, and the outer surface and the inner surface are substantially parallel surfaces.
The housing part region is formed such that the lower end of the central part is recessed toward the inside (the top part 42 side), and the pressing part 120 is exposed and a space for pressing can be secured.
The concave portion constituting the housing portion 60 is formed with fine pores in a plane in which the thickness of the front hanging portion 44 in the thickness direction is small and the surface of the front hanging portion 44 in the extending direction is wide. The pores constituting the accommodating portion 60 are bottomed holes having a substantially U shape or U shape in plan view and a substantially U shape in plan view.
The pores constituting the accommodating portion 60 are formed at the lower end edge of the front hanging portion 44, and the planar front wall 72 following the attachment port 70, the rear wall 74 following the attachment port 70, and the left following the attachment port 70. A wall 76 and a right wall 78 following the attachment port 70 are provided. The pores constituting the housing part 60 include a back wall 79 that faces the attachment port 70.

The front wall 72 and the rear wall 74 face each other and are parallel to each other.
The left wall 76 and the right wall 78 face each other and are parallel to each other.
In the left wall 76, the back side of the attachment port 70 constitutes one first sliding portion 64, and the side close to the attachment port 70 constitutes one attachment guide portion 62. In the right wall 78, the back side from the attachment port 70 constitutes the other second sliding portion 66, and the side close to the attachment port 70 constitutes the other attachment guide portion 62.

The left wall 76 forms a removal prevention portion 80 that is recessed in the width direction perpendicular to the direction in which the stopper member 100 is pushed between the attachment guide portion 62 and the double-action guide portion 68 at a position close to the attachment port 70. Has been. The removal preventing part 80 is formed to lock the removal preventing part 130 of the stopper member 100.
The right wall 78 forms a removal prevention portion 80 that is recessed in the width direction perpendicular to the direction in which the stopper member 100 is pushed in between the attachment guide portion 62 and the double-action guide portion 68 at a position close to the attachment port 70. Has been. The removal preventing part 80 is formed to lock the removal preventing part 130 of the stopper member 100.
The removal preventing portion 80 is a long hole that is recessed from the left wall 76 constituting one of the first sliding portions 64 and the right wall 78 constituting the other second sliding portion 66, and will be described later. It has a length that allows movement of the 100 anti-removal portions 130.
The removal preventing portion 80 formed on the left wall 76 has one step 82 orthogonal to the wall surface of the left wall 76, and the removal preventing portion 80 formed on the right wall 78 is formed on the wall surface of the right wall 78. The other step 84 is orthogonal.
Thus, the removal preventing portion 130 of the stopper member 100 is locked to one step 82 of the removal preventing portion 80 of the left wall 76 and the other step 84 of the removal preventing portion 80 of the right wall 78, The stop member 100 does not come out of the accommodating portion 60 of the front hanging portion 44.

  The stop member 100 has a first sliding end 110 and a first sliding end 110 for slidably attaching to the first sliding portion 64 and the second sliding portion 66 extending inward from the edge of the lid 40. A stopper main body 102 having a second sliding end 112 and a resilient portion 104 protruding from one end in the sliding direction of the stopper main body 102 are provided.

The stopper main body 102 is formed of a synthetic resin having elasticity in a block shape having a substantially rectangular shape in plan view.
The bullet portion 104 includes a pair of left and right protrusions 104a and 104b.
One protrusion 104a and the other protrusion 104b are integrally formed with the stopper main body 102 by a synthetic resin having elasticity, and are opposed to each other with a certain interval.
One protrusion 104a and the other protrusion 104b are bilaterally symmetric, and the tip is bent inward. Since one protrusion 104a and the other protrusion 104b are formed separately in the vicinity of the left end and the vicinity of the right end of the stop main body 102, the stop main body 102 can be pushed back with an equal urging force on the left and right.

The tip of the impacting portion 104 is in contact with the back wall 79 of the accommodating portion 60 and bends when the stopper member 100 is pushed inside the front hanging portion 44 (on the top portion 42 side).
When the stop member 100 is engaged with the stop portion 90 or when the stop member 100 is disengaged from the stop portion 90, the elastic portion 104 removes the pressing force (the finger is released from the pressing portion 120). ) Due to its elasticity, it returns to its original shape, and the stop member 100 returns to its original position.

  The protrusions 104 a and the protrusions 104 b that constitute the elastic portion 104 have an arc shape or an arc shape corresponding to the shape (for example, a linear shape or an arc shape) of the back wall 79 of the housing portion 60. The one protrusion 104a and the other protrusion 104b extend along the direction in which the stopper member 100 is pushed inward of the front hanging portion 44, and the tip thereof is curved inward from the root. It is configured to approach as you go.

The stopper main body 102 of the stopper member 100 is formed with a first sliding end 110 and a second sliding end 112 constituting the working end along the double-action direction in which the stopper member 100 reciprocates at the left and right ends. .
The first sliding end 110 that is one operating end is formed on the left side of the stopper main body 102, is in contact with one first sliding portion 64 of the lid 40, and the second sliding end that is the other operating end. The moving end 112 is formed on the right side of the stop main body 102 and contacts the other second sliding portion 66 of the lid body 40.

In the stopper main body 102 of the stopper member 100, the first sliding end 110 and the second sliding end 112 constituting the operation end are the first sliding portion 64 and the second sliding portion 66 of the lid body 40. It has elasticity so as to be elastic.
Therefore, when the stopper member 100 is inserted into the housing portion 60 from the attachment port 70, a later-described removal prevention portion 130 is recessed inward, and passes through the attachment guide portion 62 and is fitted into the removal prevention portion 80 of the accommodation portion 60. Get stuck.

  The stopper main body 102 of the stopper member 100 is formed with a through hole 114 and a through hole 116 in the vicinity of the first sliding end 110 and the second sliding end 112 constituting the operating end, so that the operation of the lid 40 is performed. The first sliding part 64 and the second sliding part 66 constituting the part are provided with elasticity to make elastic contact.

The sliding ends (the first sliding end 110 and the second sliding end 112) extend in parallel with the direction in which the stopper member 100 is pushed inward of the front hanging portion 44, and the left first first end. The sliding end 110 and the right second sliding end 112 are parallel to each other.
In this embodiment, the sliding portions (the first sliding portion 64 and the second sliding portion 66) have an I-shaped cross section, but have a T-shaped section, a stepped section, and a groove-shaped section. It may be.

The stopper main body 102 of the stopper member 100 is formed with a pressing portion 120 that presses the stopper member 100 at an edge that intersects the first sliding end 110 and the second sliding end 112, and the pressing portion 120 is An elastic portion 104 is formed at the edge that is separated from the formed edge in the double-acting direction.
The pressing part 120 is a part for pressing the stopper main body 102 when the stopper member 100 is operated to open and close the lid body 40, and slightly protrudes from the attachment port 70 of the front hanging part 44.

The stopper member 100 is attached to the first sliding portion 64 and the second sliding portion of the lid body 40 from the attachment port 70 portion following the first sliding portion 64 and the second sliding portion 66 of the lid body 40. The first sliding end 110 and the second sliding end 112 are slid into the portion 66 and accommodated. After the stopper member 100 is attached to the lid body 40, the stopper member 100 is attached to the lid body 40 so that the stopper member 100 is less likely to come off than the lid body 40.
The first sliding portion 64 and the second sliding portion 66 of the lid body 40 are linear, and the width between the first sliding end 110 and the second sliding end 112 of the stopper body 102. The stop main body 102 is inserted between the first sliding part 64 and the second sliding part 66.
The first sliding end 110 and the second sliding end 112 of the stopper main body 102 are linear parallel to each other, and face the first sliding portion 64 and the second sliding portion 66 of the lid body 40. To do.

The stopper main body 102 of the stopper member 100 is pulled out to prevent it from coming off from the lid body 40 provided with the first sliding portion 64 and the second sliding portion 66 constituting the operating portion of the lid body 40. A prevention unit 130 is provided.
The pull-out preventing part 130 is configured so that the stopper 40 attached to the lid 40 does not come out of the lid 40 when the stopper member 100 operates or slides along the double-action guide 68 of the lid 40. The first sliding portion 64 and the other second sliding portion 66 constituting the operating portion of the first sliding portion 64 and the other second sliding portion 66 facing each other, or the first sliding portion 64 and the other second sliding portion 66 constituting the operating portion. In the vicinity of the portion facing the sliding portion 66, the first sliding portion 64 and the second sliding portion 66 are formed.
The removal preventing part 130 is directed outward from one first sliding end 110 and the other second sliding end 112 of the stopper main body 102 (perpendicular to the direction in which the stopper main body 102 is inserted into the accommodating part 60. It is formed with protruding protrusions (facing in the width direction). The convex portion constituting the removal preventing portion 130 protrudes in the width direction of the stopper main body 102, and is between the first sliding portion 64 on the lid 40 and the second sliding portion 66 on the other side. Has a wider (longer) height than the width.

In the direction in which the stopper member 100 is inserted into the lid body 40, the removal prevention unit 130 has an inclined surface 132 having a low tip at the side to be inserted and a high tail at the side to be inserted. It is comprised by the provided convex part.
Thus, when the stopper member 100 is inserted into the attachment guide portion 62 from the attachment opening 70 of the lid body 40, it can be inserted relatively smoothly.
The convex portion constituting the removal preventing portion 130 is formed with a locking step portion 134 on the side opposite to the direction in which the stopper member 100 is inserted into the housing portion 60 of the lid body 40.
The locking step portion 134 is formed on the opposite side to the direction in which the stopper member 100 of the inclined surface 132 is inserted into the housing portion 60 of the lid body 40.
The length of the inclined surface 132 extending from the locking step portion 134 is shorter than the length of the long hole constituting the removal preventing portion 80 of the accommodating portion 60, that is, the length in the double-action direction of the stopping member 100. It is configured to be able to move in the removal preventing portion 80 when the stopper 90 is engaged with or disengaged from the stopper 90.

  The locking body 102 of the locking member 100 is provided with a locking end 140 that is locked to the locking portion 90 of the case body 12 between the first sliding end 110 and the second sliding end 112. .

The stopper main body 102 of the stopper member 100 includes an engaging end 140 for engaging with a stopper 90 provided in the vicinity of the opening 12 a of the case main body 12.
The locking end 140 is located between the first sliding end 110 and the other second sliding end 112 constituting the left and right working ends, and beyond the locking hole 142 formed in the locking body 102. It is formed in the hole edge of the side, ie, the top part 42 side.

The stopper 90 includes a head 92 that is fitted into the locking hole 142 of the stopper main body 102, and a mounting plate 94 that attaches the head 92 to the front plate 14 of the case main body 12.
The head portion 92 is provided with a locking hole 92 a for inserting or fitting the locking end 140 of the locking member 100.
The locking end 140 of the stop member 100 protrudes in the direction opposite to the direction to be pushed in when the stop member 100 is locked or disengaged, that is, downward, and the locking hole 92a of the head 92 is formed. When the stop member 100 is locked or disengaged, it is pushed in the direction to be pushed in, that is, the upper side is open.
Thus, when the stopper member 100 is pushed in when the stopper member 100 is locked or disengaged, the locking end 140 of the stopper member 100 is disengaged from the head portion 92 of the stopper portion 90.
When the hand or finger is released from the stop member 100 when the stop member 100 is locked, the stop member 100 biased by the elastic portion 104 of the stop member 100 returns to the original position, and the engagement of the stop member 100 is stopped. The stop end 140 is inserted or fitted into the lock hole 92a of the stop portion 90 and locked.

The mounting plate portion 94 has a flat surface, and the surface fixed to the front hanging portion 44 of the lid 40 is also flat.
The surface of the mounting plate portion 94 is a surface parallel to the surface fixed to the front hanging portion 44 and is parallel to the outer surface of the front hanging portion 44.
The stopper main body 102 is engaged with a stopper 90 provided in the vicinity of the opening 12 a of the case main body 12, and the lid body 40 is formed so as to cover the opening 12 a of the case main body 12.
The stopper 90 is fixed to the front plate 14 at a position where the locking hole 142 of the stopper main body 102 is located when the front hanging portion 44 of the lid 40 is aligned with the front plate 14 of the case main body 12.

In the lid 40, a handle 58 for carrying is attached to the top portion 42 by one handle attachment member 58a and the other handle attachment member 58b.
The region where the handle 58 is attached to the top portion 42 is formed lower than the other regions, and the height is reduced.
In particular, the region where the handle attachment member 58a and the other handle attachment member 58b are attached to the top 42 is formed lower than the other regions.

The lid 40 is attached as follows so as to cover the opening 12a of the case body 12.
The synthetic resin plate 30 constituting the case main body 12 is bent and opposed at a ruled line 32 between the front plate 14 and the bottom plate 18 and a ruled line 32 between the back plate 16 and the bottom plate 18. Along with that, the front plate 14 is folded at a ruled line 32 between the front plate 14 and the front plate region 20A and the front plate region 22A for forming the front plate 22, and the rear plate 16, the front plate 20 and the front plate 22 The plate 22 is folded at a ruled line 32 between the platen region 20B and the platen region 22B for forming the plate 22, and assembled into a box shape.

The front plate 14 has a front plate reinforcement 14A continuously provided on the opening 12a side, and the front plate reinforcement 14A is bent inside the front plate 14 along a ruled line 32 between the front plate 14A and the height of the front plate reinforcement 14A. The folded ruled lines 14a formed so as to extend in the width direction at approximately the center in the direction are folded and overlapped.
Thus, the front plate 14 is reinforced by the front plate reinforcement 14A at the edge on the opening 12a side.

The upper region of the back plate 16 of the synthetic resin plate body 30 constituting the case body 12 is overlapped with the lower region of the rear hanging portion 46 constituting the lid body 40 and fixed by welding or the like. It is done.
Then, the front plate 14 side cover plate region 20A and the back plate 16 side cover plate region 20B are overlapped, and the front plate 14 side cover plate region 22A and back plate 16 side cover plate region 22B are overlapped. Then, the box-shaped case main body 12 is formed by fixing by welding or the like.
The lid 40 extends outwardly (on the left side) on the left side of the trailing part 46, and extends outwardly (on the right side) on the right side of the trailing part 46. The scissor mounting piece 22a and the scissor mounting piece 22b are overlapped with each other in the vicinity of the upper end edge on the opening 12a side of the scissor plate region 20B and the scissor plate region 22B where the scissor plate 20 and the scissor plate 22 are formed as described above. The plate 20 and the plate 22 are fixed.
In this embodiment, the hook attachment piece 20a is bent inward at the ruled line at the boundary with the trailing portion 46, and is bent at the ruled line at the boundary with the hook attachment piece 20b to be the upper edge of the hook plate region 20B. Is overlapped and clamped on the inner surface of the saddle plate region 20B from the front end. Then, the scissors mounting projection 20c ₁ and scissor mounting projection 20d projecting from the scissor mounting piece 22b or the scissor mounting piece 22a are inserted into the scissor mounting hole 20c ₂ and the scissor mounting hole 20d ₂ projecting from the scissor plate region 20B. ₁ is fitted, and fitted or fixed to the opposite flange attachment piece 22a or flange attachment piece 22b.
The saddle mounting piece 22a is bent inward at the border line with the trailing portion 46, and is bent at the border line with the saddle mounting piece 22b, and the saddle plate from the front end of the upper edge of the saddle plate region 22B. It is overlapped and sandwiched on the inner surface of the region 22B. Then, the scissors mounting hole 22c ₂ and scissor mounting hole 22d ₂ projecting from the scissor plate region 22B are disposed on the scissors mounting piece 20b or the scissor mounting protrusion 22c ₁ and the scissors mounting convex part 22d. ₁ is fitted, and fitted or fixed to the opposing heel mounting piece 20a or heel mounting piece 20b.

The double hinge portion 38 a, the double hinge portion 38 b, and the hinge portion 38 c are linear shapes extending in the width direction of the lid body 40 in parallel.
The trailing portion 46 can be bent at the hinge portion 38c, and a collar piece 48a and a collar piece 50a are projected from a side end of a component piece of the trailing portion 46 between the top portion 42 and the trailing portion 46. ing.
The left hook piece 48 a covers the top of the board 20, and the right hook piece 50 a covers the board 22.

  In this embodiment, streak-like bulging portions extending in the height direction are provided in the vicinity of the left and right edges of the front hanging portion 44, but this may be omitted.

The present invention is not limited to the above embodiment, and various modifications can be made based on the idea of the present invention.
The elastic portion 104 of the stop member 100 may be C-shaped or the like in which the tip of one projection 104a and the other projection 104b are connected. Further, the bullet portion 104 may be coiled or the like.
The locking hole 142 of the stop member 100 may be a circle, an ellipse, or a trapezoidal shape.
The concave portion constituting the accommodating portion 60 may be a concave portion that is recessed in the thickness direction from the main surface of the lid body 40.
The stopper member 100 includes a stopper body 102 having an operating end formed of parallel convex portions or ridges for attaching to an operating portion extending inward from the edge side of the lid 40 so as to be double-movable. You may comprise so that it may be provided with the elastic part 104 protrudingly provided by the one end in the double acting direction of the stop main body 102. FIG.
The stopper member 100 has a housing portion for the lid body 40 so that the operating end of the stopper body 102 comes into contact with the operating portion of the lid body 40 from a portion of the attachment port 70 formed in the vicinity of the opening 12a of the lid body 40. It may be configured such that it is inserted into 60 and accommodated in the accommodating portion 60 and attached to the lid 40 so that it is difficult to remove from the accommodating portion 60 of the lid 40.

DESCRIPTION OF SYMBOLS 10 Storage case 12 Case main body 12a Opening part 14 Front plate 14a Folding ruled line 14A Front plate reinforcement 16 Back plate 18 Bottom plate 20, 22 Gutter plate 20a, 20b, 22a, 22b Gutter attachment piece 20A, 20B, 22A, 22B Gutter plate regions _{20c 1, 20d 1, 22c 1} , 22d 1 gore attachment member _{20c 2, 20d 2, 22c 2} , 22d 2 gore attachment hole 30 synthetic resin plate member 32 borders 38a, 38b double hinge portion 38c hinge 40 lid 42 Top part 44 Front hanging part 46 Rear hanging part 48, 50 collar part 48a, 50a collar piece 58 handle 58a, 58b handle attachment member 60 accommodating part 62 attachment guide part 64 first sliding part 66 second sliding part 68 Double Action Guide 70 Mounting Port 72 Front Wall 74 Rear Wall 76 Left Wall 78 Right Wall 79 Back Wall 80, 130 Removal Prevention Section 82,84 Level difference 90 Stopping portion 92 Head portion 92a Locking hole 94 Mounting plate portion 100 Stopping member 102 Stopping body 104 Ejection portion 104a, 104b Protrusion 110 First sliding end 112 Second sliding end 114, 116 Through Hole 120 Pressing part 132 Inclined surface 134 Locking step part 140 Locking end 142 Locking hole

Claims (5)

In a storage case comprising a case main body having an opening, and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case main body,
The lid includes a double-action guide that guides the stopper and a working part for attaching a stopper for engaging or fixing to the case main body when the lid is closed .
The stop member includes a stop body having an operation end for being double-movably attached to an operation portion extending inwardly from an end edge side of the lid body, and an elastic projecting at one end in the double-action direction of the stop body. With a head
The stopper main body of the stopper member is provided with an anti-detachment portion provided in the operating portion of the lid body to prevent the lid body from coming off.
The pull-out prevention portion is formed in the operation portion of the lid body or in the vicinity of the operation portion so that the stopper member attached to the lid body does not come out from the lid body when operating along the double-action guide portion of the lid body. And
The stop member is inserted and accommodated from an attachment port portion formed in the vicinity of the opening of the lid so that the operating end comes into contact with the operating portion, and is attached to the lid so that it is difficult to come off from the lid. ,
The holding body is a storage case that is locked to a stopper provided in the vicinity of the opening of the case body. In a storage case comprising a case main body having an opening, and a lid integrally formed with a synthetic resin, which is continuously provided to close the opening of the case main body,
The lid body includes a sliding part for slidably attaching a stopper member for engaging or fixing to the case body when the lid is closed, and a double-action guide part for guiding the stopper member,
The stop member protrudes from a stop body having a sliding end for slidably attaching to a sliding portion extending inward from the edge of the lid, and one end in the sliding direction of the stop body. Equipped with
The stopper main body of the stopper member is provided with a removal preventing portion for preventing the lid from coming off from the lid provided on the sliding portion of the lid.
The anti-extraction part is provided on the sliding part or the sliding part of the lid so that the stopper member attached to the lid does not come out of the lid when sliding along the double-action guide part of the lid. Formed in the vicinity,
The stopper member is inserted and accommodated by sliding the sliding end into the sliding portion from the attachment port portion following the sliding portion in the lid, and is attached to the lid so that it is difficult to come off from the lid.
A storage case in which the stopper main body is locked to a stopper provided in the vicinity of the opening of the case main body so that the lid covers the opening of the case main body. The case body is formed into a box by bending a flat sheet or plate,
The lid includes a top part for covering the opening of the case body, a front hanging part suspended from one end of the ceiling part, and a rear hanging part suspended from the other end of the ceiling part, and It is equipped with an accommodating part for accommodating the stop member in the front hanging part, and is integrally molded with synthetic resin,
The storage case according to claim 1 or 2, wherein the case main body and the lid are coupled to each other so as to be freely opened and closed at the rear hanging portion.   4. The storage case according to claim 1, wherein a handle for carrying is attached to the top portion by one handle attachment member and the other handle attachment member. The lid includes a double-action guide for guiding the stop member,
The stop body of the stop member is formed with the working end or sliding end along the double acting direction at the left and right ends,
A locking end that is locked to the locking portion of the case body is provided between the operating end or the sliding end,
The stopper main body of the stopper member is formed with a pressing portion that pushes the stopper member at an edge that intersects the operating end or the sliding end, and an edge that is separated from the edge on which the pressing portion is formed in the double acting direction. The storage case according to any one of claims 1 to 4, wherein a resilient portion is formed on the storage case.

Images