WO2012067417A2

WO2012067417A2 - Device for dividing accommodation space

Info

Publication number: WO2012067417A2
Application number: PCT/KR2011/008734
Authority: WO
Inventors: 박윤식; 차현호; 김용명; 최진형
Original assignee: (주)세고스
Priority date: 2010-11-15
Filing date: 2011-11-15
Publication date: 2012-05-24
Also published as: CN103237477A; CN102462224A; CN102462224B; WO2012067417A3

Abstract

The present invention relates to a device for dividing an accommodation space, and more particularly, to a device for dividing which is installed on the inner surface of an accommodation space that is formed inside an accommodation body, comprising: frame portions, which are arranged on the inside of the accommodation body on opposite surfaces, respectively, so as to frame the inner surface of the accommodation space; a wall dividing portion, which is installed on the inner surface of the accommodation portion, for dividing the accommodation space along two opposite surfaces; and a roller fixing portion, which is installed so as to move along the frame portion when elastic force is released by the pressing operation of the connected wall dividing portion.

Description

Storage space divider

The present invention relates to a storage space dividing apparatus.

In general, a storage body is provided having furniture such as a desk and a wardrobe and a storage space for storing objects stored and stored inside of a main body such as a home appliance such as a refrigerator, a microwave oven, a microwave oven, and the like. Such a main body is provided with a housing fixed inside and a housing sliding in the form of a drawer for storing an object.

The enclosure is installed inside the main body to accommodate an object, and the upper part is opened in a fixed state in the internal space so that the object is accommodated, or the slide is a device that slides in and out of the main body from the inside to the outside. It is installed to be stored.

An inner storage space for storing an object may be formed inside the above-mentioned housing to store and store the object. Various objects may be accommodated in the storage space, and after storage, various objects are mixed with each other, so that it is difficult for a user to find and withdraw a desired object from among the stored objects.

Thus, in recent years, the space in which the object is stored inside the enclosure may be divided into partition walls and stored according to the type of the object so that the user can easily withdraw the divided space. By dividing the space accommodated by the partition wall, it is possible to store various objects without mixing with each other even in one enclosure, and thus to expand the storage space. The storage efficiency can be improved by easily storing and withdrawing objects.

However, the storage space dividing apparatus of the prior art has a problem that the partition wall partitioning the storage space is installed in a fixed form, the space efficiency is reduced due to the difficulty in adjusting the partition location even if the number of objects to be stored or the size is changed. there was.

In addition, the storage space dividing apparatus of the prior art should be provided with a device for fixing the partition wall in the interior of the space to be fixed for fixing the partition wall, the enclosure divided into partitions in accordance with the pre-installed device to be fixed at the time of manufacture There is a problem that the manufacturing cost of the housing due to the installation of the partition increases as the separate and the partition is not manufactured separately, and installed separately.

The problem to be solved by the present invention is to provide a storage space dividing apparatus that can divide the space while the user is moved and fixed in a simple operation inside the housing to improve the utilization of the space.

The storage space dividing apparatus according to an embodiment of the present invention is a partitioning apparatus installed on an inner surface of a storage space formed inside the housing to divide the space, the storage space dividing apparatus is disposed inside the housing, Frame parts which are respectively provided on the surfaces facing each other so as to surround the inner surface, are disposed across the surfaces facing each other, and the space is divided into the surfaces facing each other on the inner surface of the storage space It is arranged in the partition wall portion and the inside of the frame portion, respectively connected to both ends of the partition wall portion is fixed to the partition wall connected by pressing the inside of the frame portion with an elastic force while being supported to be movable inside the frame portion. The elastic force is released by pressing the divided wall portion connected to the And a cloud fixing part installed to move along the part, wherein the divided wall part is divided into an operation of fixing and releasing by elasticity of the cloud fixing part while both ends are connected to the cloud fixing part and moved along the frame part. Can be adjusted.

In addition, the frame portion is disposed in the interior of the housing, located in the upper direction surrounding the inner surface of the storage space, the upper rail facing each other open, the upper rail closed the interior space direction of the storage space It is disposed in the upper frame and the inside of the housing, the direction facing each other and the upper side is opened in a lower direction surrounding the inner surface of the storage space to correspond to the upper rail, the inner surface of the storage space And a lower frame having a lower rail closed in a direction, wherein the upper frame and the lower frame are connected to each other so that the upper rail and the lower rail, which are spaces in which the cloud fixing part is moved and fixed inwardly by a combination thereof. The cloud fixing part can be easily installed inside as it is provided and separated up and down.

The cloud fixing part is disposed inside the frame part and is fixed between the upper rail and the lower rail, respectively, between the upper rail and the lower rail in both end directions of the divided wall part that are both surfaces facing each other. Each of which is disposed at a position facing each other, and is connected to the fixing body and the divided wall portion so as to move together, and is disposed inside the frame portion, the fixing between the upper rail and the lower rail. An elastic body which protrudes in a bar shape in both directions perpendicular to the divided wall portion of the body and is installed to be urged upwardly by elasticity, and is disposed inside the frame portion, and is disposed at positions separated from each other at both ends of the elastic body, respectively. Are respectively disposed on the upper rail and the lower rail. Wheels which are installed to move along the upper rail and the lower rail in contact with each other, protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, respectively, and protrudes to rotate while rolling with the wheel And a wheel support having a wheel hinge groove which is disposed at each of the wheel shafts and protruding both ends of the elastic body, and the wheels are inserted inward so that the wheel shafts are rotatably inserted to both sides. The fixed body has an elastic force of the elastic body connected to the wheel support which supports the wheels to enable rolling in the state connected to the partition wall part and the connecting body in an upward direction so that an elastic force of the elastic body is acted in the upper rail direction. The split is fixed in contact with the rail The body may be fixed, and when the user pushes the divided wall portion downward, the elastic body is moved downward and the fixing force is released by elasticity so that the fixing body is moved downward and falls from the upper rail. By the rolling motion of the partition wall part can be moved to adjust the area to be divided.

In addition, the upper fixing groove may be formed in the upper direction in the center of the upper rail in the inner side of the upper frame, the cloud fixing portion is disposed in the inner side of the frame portion, the division of the two surfaces facing each other Fixing body which is respectively installed between the upper rail and the lower rail in the direction of both ends of the wall portion, the fixing projections protruding in the upper portion of the fixing body, protruding in the position to be inserted into the upper fixing groove, of the fixing body It is disposed in the position facing each other, the connecting body is installed to move together by connecting the fixed body and the divided wall portion, is disposed inside the frame portion, the fixed body between the upper rail and the lower rail Protrude in the form of bars on both sides of the direction perpendicular to the dividing wall portion of the An elastic body which is installed to be urged in an upper direction by elasticity, and is disposed inside the frame part, and is disposed at both ends of each of the elastic bodies, respectively, at positions separated from each other, and is cloud-contacted to an upper portion of the lower rail to move along the lower rail; Wheels which are installed so as to protrude in the direction facing each other and the receiving body, the wheel shafts protruding so as to rotate while being rotated with the wheels, and both protruding ends of the elastic body, respectively. The wheel support may include a wheel support having a wheel hinge groove that is inserted into the wheel to be rotatably inserted to both sides thereof so that the wheel is inserted therein, and the fixing protrusion is connected to the partition wall part and the connection member. Protruding from the top of the fixed body the fixed body And fixed by contact with the inner surface of the upper fixing groove by the elastic force of the elastic body elastically coupled between the wheel support and the partition wall portion can be fixed, and the fixing protrusion is inserted into and fixed to the upper fixing groove The fixing body is protruded to a length fixed in contact with the upper rail is fixed so that the fixing projection and the fixing body is fixed while contacting the upper insertion groove and the upper rail, respectively, the fixing force can be improved, the user When the pressing operation in the downward direction, the elastic body is moved in the lower direction while the fixing force by the elasticity is released to adjust the area divided by the partition wall portion is moved by the rolling motion of the wheel.

In addition, an upper wheel groove may be formed in the upper frame in the center from the upper rail to the inner side of the upper frame, and a lower wheel groove may be formed in the lower rail in the center in the lower direction of the lower frame. The rolling fixing part is disposed inside the frame part and is provided between the upper rail and the lower rail in the direction of both ends of the divided wall part, which are both surfaces facing each other, the upper part of the fixing body. Protruding into the insertion projections protruding to be inserted into the upper wheel groove, and are respectively disposed at positions facing each other of the fixing body, and are connected to the fixing body and the partition wall to be connected to move together. Is disposed inside the frame portion, the upper rail and the upper An elastic body which protrudes in a bar shape in both directions perpendicular to the dividing wall portion of the fixed body between the lower rails and is urged upwardly by elasticity, and is disposed inside the frame portion, and both ends of the elastic body Wheels which are respectively disposed at positions spaced apart from each other to be in contact with the upper wheel groove and the lower wheel groove so as to move along the upper rail and the lower rail, and the direction in which the frame portion of the wheel faces each other; Protruding in the direction of the receiving body, respectively, the wheel shaft protruding so as to rotate while rolling with the wheel, and are disposed on each protruding end of the elastic body, the wheel is inserted inward to rotate the wheel shaft to both sides Wheel supports with wheel hinge grooves inserted and supported to enable It may include a sieve, the wheel is inserted into the upper wheel groove and the lower wheel groove formed in the groove shape into the upper frame and the lower frame of the upper and lower, respectively, to prevent flow during movement The fixed body has an elastic force of the elastic body connected to add the elastic force in an upper direction with the wheel support that supports the wheel to be able to roll in a state connected to the partition wall part and the connecting body in an upper rail direction. The insertion protrusion protruding into the contact surface is fixed to the inner surface of the upper wheel groove can be fixed to the partition wall portion, when the user presses the partition wall portion in the downward direction when the elastic body is moved to the lower direction by the elastic The fixing force is released and the split by the rolling motion of the wheel Body is to be moved can control the area to be divided.

In addition, an upper fixing groove may be formed at an inner side of the upper frame in an upper direction, and a lower wheel groove may be formed at an inner side of the lower frame in a lower direction from a center of the lower rail. A fixed body disposed between the upper rail and the lower rail in both ends of the divided wall part, which are disposed on the inner side of the frame part and facing each other, protruding from the upper part of the fixed body; And groove fixing protrusions protruding to be inserted into the upper fixing grooves from the center of the fixing body to the upper fixing grooves, respectively disposed at opposite positions of the fixing bodies, and moving together by connecting the fixing body and the divided wall part. The connecting body is installed so as to be arranged inside the frame portion, An elastic body protruding in a bar shape in both directions perpendicular to the dividing wall portion of the fixed body between the upper rail and the lower rail and being urged in an upper direction by elasticity; And wheels disposed at both ends of each of the elastic bodies, respectively, and spaced apart from each other, and installed to move along the lower rails by being in contact with the upper portion of the lower wheel grooves. Protruding in the direction of the sieve, respectively, the wheel shaft is protruded to rotate while rolling with the wheel, and are respectively disposed on the protruding both ends of the elastic body, the wheel is inserted into the wheel shaft can be rotated to both sides The wheel support having the wheel hinge groove The wheel may be inserted into and supported by an upper portion of the lower wheel groove formed in a groove shape inwardly of the lower frame to prevent flow during movement, and the groove fixing protrusion may be connected to the partition wall part and the connecting body. Protruding to an upper portion of the fixed body connected to the upper surface of the upper fixing groove by the elastic force of the elastic body elastically coupled between the fixing body and the wheel support to fix the divided wall portion. The groove fixing protrusion protrudes to a length at which the fixing body is in contact with and fixed to the upper rail even after being inserted into the upper fixing groove so that the groove fixing protrusion and the fixing body are in contact with the upper insertion groove and the upper rail, respectively. Fixation force can be improved, and the partition wall part is disposed downward by the user. When a pressing operation as is the elastic body moves to the lower direction may be the clamping force by the elastic is released to control the area which is divided is added to the partition wall is moved by the rolling motion of the wheel.

And, the divided wall portion, the wall body is disposed in the interior of the receiving body, both ends are respectively located in the frame portion across the inner surface facing each other so that the storage space is divided, both ends of the wall body It is disposed, respectively, the wall body located in the frame direction is supported and connected to the cloud fixed portion and the wall support body, and disposed on one side of the wall body, the wall body is pressed to the wall support body The user may include a gripping body that is installed in the gripping position of the user so that the operation to release the fixed of the fixed cloud of the connected, the wall body is the wall support body is supported at both ends is connected to the cloud fixed to the The divided area of the storage space is adjusted while being moved and fixed along the frame portion. The gripping body may be moved in a state in which the user releases the holding force by the elasticity of the cloud fixing part by gripping and pushing when the wall body is moved to adjust the divided area of the storage space, and adjust the adjustment. When finished, the wall body can be fixed by the fixing force of the elastic while releasing the pressing operation force.

In addition, the wall body is provided in the form of a bar at the top and bottom facing away from each other so as to divide the storage space in the cross shape while overlapping each other at the cross position at the cross position of the inner space facing each other of the storage space. The gripping body may be inserted into and supported by each wall body having a bar shape intersecting at a position overlapping each other, and pressing the wall body to cross each other in a state in which the user grips to release the fixing force due to elasticity. The divided area of the storage space that is cross-divided while moving in one state can be adjusted.

According to another embodiment of the present invention, a storage space dividing apparatus provided with an automatic locking device is provided on an inner side of a storage space formed inside of a housing, and divides the space, and is disposed inside the housing. Frames are respectively provided on the surfaces facing each other to surround the inner surface of the storage space, are arranged to cross each other across the surfaces facing each other, the surface facing each other on the inner surface of the storage space The partition wall part which is installed to cross each other so that the space is divided, is disposed inside the frame part, is connected to both ends of the partition wall part is moved along the frame part in a state in which the partition wall part is supported A cloud fixing part and an intersecting part of the partition wall, and the partition wall part A locking device, the locking device being held at an intersection position of the locking device, the locking device being released by the user's pressing operation, and being automatically returned to the locked state after the unlocking operation. It is fixed while being locked by the device, and when the user presses the locking device, the locked state is released and the connected cloud fixing part is moved along the frame to be partitioned, and after adjustment, the space is automatically adjusted. The lock can return to the locked state and remain locked.

In addition, the frame part is disposed in the interior of the housing, located in one direction surrounding the inner surface of the storage space and facing each other open direction, the inner side of the storage space closed the first rail Branches are disposed inside the first frame and the housing, and are located in the other direction surrounding the inner surface of the storage space and open to face each other to correspond to the first rail. And a second frame having the closed second rail, wherein the first frame and the second frame are spaces in which the rolling fixing part is moved and fixed inward by engagement. The rails are provided so as to communicate with each other, so that the cloud fixing part may be easily installed inward as the rails are separated in one direction and the other direction.

The rolling fixing part is disposed inside the frame part and is fixed between the first rail and the second rail in both end directions of the divided wall part, which are both surfaces facing each other. Arranged in the position facing each other of the fixed body, the connecting body is installed to move together by connecting the fixed body and the partition wall, the inner side of the frame portion is disposed, the first rail and the second rail Rolling elastic body which protrudes in the form of a bar in both directions perpendicular to the dividing wall portion of the fixed body and is urged in one direction by elasticity, disposed inside the frame portion, both ends of the rolling elastic body Are respectively disposed at positions apart from each other in the first rail and the second rail Wheels installed so as to move along the first rail and the second rail in a contact with each other, protruding in a direction facing each other and the receiving body, respectively, while being rotated together with the wheels And a wheel support having wheel hinges protruding to roll, and wheel hinge grooves disposed at both ends of the protruding ends of the rolling elastic body, the wheels being inserted into the wheels to be rotatably inserted at both sides. The fixed body may have the elastic force of the rolling elastic body connected to the elastic support in one direction with the wheel support which supports the wheel so that the wheel can be rolled in a state connected to the partition wall part and the connecting body. In contact with the first rail and fixed in contact with the first rail The dividing wall portion may be fixed, and when the user presses the dividing wall portion, the rolling elastic body is moved downward and the fixing force is released by the elasticity so that the fixing body is moved downward and falls from the first rail. The dividing wall portion may be moved by the rolling motion of the dividing wall to adjust the divided area, and after adjusting the divided area, the dividing wall part may be automatically contacted with the first rail by the elastic force of the rolling elastic body to maintain a fixed state.

In addition, the divided wall portion is disposed in the interior of the housing, both ends are respectively located in the frame portion across the inner surface facing each other so that the storage space is divided, in the form of a pair of bars separated from each other Wall bodies which are arranged so as to be divided so that the storage space is divided in a cross shape, and are disposed at both ends of the wall body, the wall support body is supported in the frame direction is connected to the cloud fixing portion It may include.

In addition, the locking device is disposed on one side of the wall body to intersect, has a lock space in which one side and the other side is open inward, and one side of the wall body crossed in the form of bars on the other side is inserted and supported Lock body having a wall insertion groove, disposed in the interior of the lock body, is provided with a working projection protruding to one side of the outer periphery is projected to be prevented from being separated by being caught on one side of the lock space, and crossed to the other side An operation body having an operating hole in the form of a long hole so that the wall body is inserted into each inserted state, and disposed on the other side of the locking body, and fixed to close the other side of the locking space, and having a bar shape on one side Crossed to the one side has a support insertion groove that is supported on the other side of the wall body is supported by the wall insertion groove The support body is disposed inside the support body, the elastic body is installed so that the elastic force is applied between the operating body and the support body, and is disposed on the other side of the inside of the operating body, the operating hole is inserted The other side of the wall body located on the other side of the intersection is in contact with the friction, and may include a friction plate that the wall body is locked by the generation of friction force by the action of the elastic body, the operation body by the action of the elastic body While the friction plate presses the other direction of the wall body located on the other side of the intersecting space inserted into the lock space, frictional force is generated and maintained in a locked state. When the user presses the operating body, the elastic force of the elastic body is reduced. The frictional force is reduced and the lock is released to remove the wall body. The divided space can be adjusted while being moved, and after adjustment, the friction plate can be automatically pressed by the elastic body of the elastic body to maintain a fixed state.

In addition, at least one support fixing groove may be formed on an inner surface of the lock body in a radial position in the other direction in which the support body is inserted, protrudes on one side of the outer surface of the support body, and inserted into the lock body. It may further include a support fixing projection protruding in a position to be inserted into the support fixing groove when fixed, the support body is inserted into the other direction of the lock body, the support fixing projection is inserted into the support fixing groove Can be fixed.

According to an embodiment of the present invention, the user selects and installs the housing according to necessity, and installs the user selectively to divide the inside of the desired storage space, and adjusts the size of the divided space with a simple operation. It can provide the effect of improving the ease of use and space utilization.

In addition, the dividing device for dividing the storage space of the housing is provided in the form of a frame in which a wall moved while dividing the storage space is provided to divide the storage space in the state of being installed in the interior of the storage space. The storage space can be divided by mounting the frame without any need, so it can be installed anywhere as desired, and can be installed even after moving to another place.If necessary, the entire storage space can be removed by removing the frame. Therefore, the versatility of the dividing device is expanded, and the utilization is increased.

Then, the wall dividing the storage space of the dividing device is moved from the inside of the frame to the cloud body, the cloud body is supported by the elastic body is fixed to the wall by the elastic force, the user is pushed to easily release the fixing force by elasticity As the size of the storage space can be adjusted in a movable state, it provides an effect of improving convenience of use.

In addition, the frame of the partitioning device is installed around the inner surface of the storage space, the rail is moved to the wall is installed can be installed in plurality according to the number and size of the partitioning space desired by the user, can be installed in the cross form Accordingly, the convenience of use is improved.

In addition, the user selects and installs the housing according to need, and installs the user to selectively divide the inside of the desired storage space, and locks to keep the device in which the space is divided normally locked. When the device is installed and the partition is adjusted, it is adjusted by the user's pressing operation, and it is automatically unlocked by one operation as it is automatically returned to the locked position after the adjustment. do.

In addition, the device for dividing the storage space of the storage body is maintained in a fixed state continuously if the user does not operate, the fixing force is improved, the user can adjust the partition space by a simple operation, such as pressing operation of the operation It offers the effect of improving convenience and space utilization.

In addition, the dividing device for dividing the storage space of the storage body is installed so that the moving wall is divided with each other while dividing the storage space, and the locking device is installed at the crossing position to maintain the state fixed to each other in the position crossed by the elastic Then, when the user presses the lock, the lock is released and the moving device adjusts the divided space by the operation of the locking device, and after adjustment, the space can be fixed, thereby improving the space utilization.

In addition, the dividing device is provided with a wall that is installed at the intersection with each other in the interior of the storage space has a cloud that is clouded in the direction of the frame to control the space in which the wall is moved and partitioned while moving in the interior of the frame when unlocking As can be moved the wall is supported by the cloud body is easily moved with a small force to provide an effect of improving the ease of use.

In addition, it is provided with an elastic body that the elastic force acts in the frame direction at the position where the cloud body and the wall is connected, the contact with the frame is provided so that the cloud body is stopped, and the user is pressed to release the fixing force by the elastic locking device In conjunction with the double acting to fix and move the wall provides the effect of improving the fixing force.

In addition, the partitioning device fixed by the dual structure of the elastic body and the locking device is pushed by the user's one hand to unlock the elastic body and the locking device together so that the adjustment of the partition space is easy, and after adjustment, the locking state is automatically locked. It provides the effect of improving the convenience of operation.

1 is a perspective view showing a storage space dividing apparatus according to a first embodiment of the present invention.

FIG. 2 is an exploded perspective view showing the storage space dividing apparatus of FIG. 1. FIG.

FIG. 3 is a partial cutaway sectional view showing a main part of the storage space dividing apparatus of FIG. 1. FIG.

4 is a partial cutaway side cross-sectional view showing a main part of the storage space dividing device of FIG.

5 is a use state diagram illustrating a state in which the first rolling fixture is operated so that the divided wall portion of the storage space dividing apparatus of FIG. 1 is moved.

Fig. 6 is a perspective view showing a state where the partition wall portions of the storage space dividing device of Fig. 1 cross each other, which is another embodiment.

Fig. 7 is a partially cutaway front sectional view showing the storage space dividing apparatus according to the second embodiment of the present invention.

FIG. 8 is a partial cutaway side cross-sectional view illustrating the storage space dividing apparatus of FIG. 7. FIG.

Fig. 9 is a use state diagram showing a state in which the second rolling fixture is operated so that the dividing wall portion of the storage space dividing apparatus of Fig. 7 is moved.

Fig. 10 is a partial cutaway sectional view showing a storage space dividing apparatus according to a third embodiment of the present invention.

FIG. 11 is a partial cutaway side cross-sectional view illustrating the storage space dividing apparatus of FIG. 10. FIG.

12 is a use state diagram illustrating a state in which the third rolling fixture is operated so that the divided wall portion of the storage space dividing apparatus of FIG. 10 is moved.

Fig. 13 is a partial cutaway sectional view showing a storage space dividing apparatus according to a fourth embodiment of the present invention.

14 is a partial cutaway side cross-sectional view showing the storage space dividing device of FIG. 13.

Fig. 15 is a use state diagram showing a state in which the fourth rolling fixture is operated so that the dividing wall portion of the storage space dividing apparatus of Fig. 13 is moved.

16 is an exploded perspective view showing a storage space dividing apparatus according to a fifth embodiment of the present invention.

17 is a perspective view illustrating a storage space dividing device of FIG. 16.

FIG. 18 is a partial cutaway sectional view showing a main part of the storage space dividing apparatus of FIG. 16. FIG.

19 is a partial cutaway side cross-sectional view showing a main part of the storage space dividing apparatus of FIG. 16.

20 is an operating state diagram illustrating an operating state of the storage space dividing apparatus of FIG. 19.

21 is an exploded cross-sectional view showing a locking device that is a main part of the storage space dividing device of FIG.

Fig. 22 is a use state diagram illustrating a state in which the locking device of the storage space dividing device of Fig. 21 is locked.

FIG. 23 is a use state diagram showing a push-operated state to release the lock of the storage space dividing apparatus of FIG. 21; FIG.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily implement the present invention. As those skilled in the art would realize, the described embodiments may be modified in various different ways, all without departing from the spirit or scope of the present invention. Like parts are designated by like reference numerals throughout the specification.

Then, the storage space dividing apparatus according to the first embodiment of the present invention will be described with reference to FIGS. 1 to 5.

1 is a perspective view showing a storage space dividing apparatus according to a first embodiment of the present invention, FIG. 2 is an exploded perspective view showing the storage space dividing apparatus of FIG. 1, and FIG. 3 is a main part of the storage space dividing apparatus of FIG. 1. 4 is a partially cutaway side cross-sectional view illustrating a main part of the storage space dividing apparatus of FIG. 1, and FIG. 5 is a first cloud fixing part to move the divided wall portion of the storage space dividing apparatus of FIG. 1. Fig. 6 is a perspective view showing a state where the partition wall portions of the storage space dividing apparatus of Fig. 1 cross each other, which is another embodiment.

1 to 6, the storage space dividing apparatus 100 according to the first embodiment of the present invention is installed in the storage space formed on the inside of the storage unit is installed inside the main body of the refrigerator, furniture, etc. It is provided to adjust the space accommodated. In the present specification, although the housing is not illustrated, a storage space dividing apparatus 100 is installed to divide the storage space by being installed inside the storage space formed in the box-shaped housing having an upper portion open and the other side closed. Doing.

The storage space dividing apparatus 100 described above includes a frame portion 110, a partition wall portion 120, and a first cloud fixing portion 130 provided in a form wrapped around an inner surface according to a shape of the storage space. . The frame unit 110 includes an upper frame 111 and a lower frame 115 positioned at an upper side of the inner surface of the storage space. The upper frame 111 is disposed in the interior of the housing, is located in an upper direction surrounding the inner surface of the storage space, and the upper rail 112 facing each other with the lower side is opened, and the inner surface direction of the storage space is closed. Has The upper rail 112 is open to face each other in which the divided wall portion 120 is installed, and is closed to be mounted in the storage space in the storage body direction.

The lower frame 115 is disposed in the interior of the housing, is located in a lower direction surrounding the inner surface of the storage space, and the direction facing each other with the upper side is opened so as to correspond to the upper rail 112, and the interior space of the storage space It has a closed lower rail 116. The lower rail 116 is open to face each other in which the partition wall part 120 is installed, and is closed to be mounted in the storage space in the storage body direction. That is, the upper frame 111 and the lower frame 115 are provided such that the upper rail 112 and the lower rail 116 communicate with each other, which is a space where the first cloud fixing part 130 is moved and fixed inwardly by the coupling. As the upper and lower parts are separated, the first cloud fixing part 130 may be easily installed therein.

The partition wall part 120 includes a wall body 121, a wall support body 122, and a grip body 123 disposed to divide the storage space. The wall body 121 is disposed across the mutually opposite surfaces of the combined upper frame 111 and the lower frame 115, and is installed to divide the space into the opposite surfaces on the inner surface of the storage space. The wall body 121 is disposed in the interior of the housing, and is located in the upper frame 111 and the lower frame 115 where both ends are coupled across the inner surfaces facing each other so that the storage space is divided. The wall body 121 is provided in the form of bars in the upper and lower portions at the positions crossing the surfaces facing each other so as to divide the storage space while minimizing the weight.

The wall support body 122 is disposed at both ends of the wall body 121, and the wall body 121 positioned in the direction of the combined upper frame 111 and the lower frame 115 is supported to support the first cloud fixing part ( 130) is installed to connect. The wall support body 122 is installed to support both ends of the wall body 121 arranged up and down in a bar shape to divide the storage space.

That is, the wall body 121 is accommodated while being moved and fixed along the upper rail 112 and the lower rail 116 connected to the wall support body 122 supported at both ends and connected to the first rolling fixing part 130. The partition area of the space can be adjusted.

The gripping body 123 is disposed on one side of the wall body 121, and the operation of releasing the fixing of the first cloud fixing part 130 connected to the wall supporting body 122 by pressing the wall body 121 is performed. If possible, the user is installed in the holding position. The gripping body 123 may be pushed downward integrally in a state in which the user is gripped by a bar body wall 121. That is, the gripping body 123 is moved in the state in which the user releases the fixing force by the elasticity of the first cloud fixing part 130 by the gripping operation when the user grips the wall body 121 is divided area of the storage space When the adjustment is completed, the wall body can be fixed by the fixing force of the elastic while releasing the pressing operation force.

Referring to FIG. 6, according to another embodiment of the dividing wall part 120, the wall body 121 is provided in a bar shape at upper and lower sides facing each other and intersects across inner surfaces of the storage space facing each other. It is provided to divide the storage space in the form of an intersection while overlapping each other at each intersection position in the position.

In addition, the gripping body 123 is operated by pressing the respective wall body 121 to be inserted and supported by each of the wall body 121 of the bar shape intersecting at the overlapping position by the user gripping state by elasticity The divided area of the storage space that is cross-divided can be adjusted while moving in a state where the fixing force is released.

The first cloud fixing part 130 is the first fixing body 131, the first connecting body 132, the first elastic body 133, the first upper body 111 and the lower frame 115 are arranged inside And a first wheel 134, a first wheel shaft 135, and a first wheel support 136. The first fixing body 131 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body is a double-sided surface of the combined upper frame 111 and the lower frame 115 facing each other. It is provided between the upper rail 112 and the lower rail 116 in the both ends of 122, respectively.

The first connecting bodies 132 are disposed at positions facing each other of the first fixing body 131, and are installed to be connected to each other by connecting the first fixing body 131 and the wall support body 122.

The first elastic body 133 is disposed inside the coupled upper frame 111 and the lower frame 115, and supports the wall of the first fixing body 131 between the upper rail 112 and the lower rail 116. Protruding in the form of a bar in both directions perpendicular to the body 122 is provided to press in the upper direction by elasticity.

The first wheels 134 are disposed inside the coupled upper frame 111 and the lower frame 115, and are disposed at positions opposite to each other at both ends of the first elastic body 133, respectively, and the upper rail 112 and It is installed to move along the upper rail 112 and the lower rail 116 in a state of rolling contact with the lower rail 116.

The first wheel shaft 135 protrudes in a direction in which the combined upper frame 111 and the lower frame 115 of the first wheel 134 face each other and the receiving body direction, respectively, and the first wheel 134 and It rotates together and protrudes to cloud.

The first wheel support 136 is disposed on each of the protruding ends of the elastic body, the first wheel hinge is inserted into the first wheel 134 is inserted inward so that the first wheel shaft 135 is rotatably supported on both sides It has a groove 137. The first wheel support 136 is protruded from one side of the first elastic body 133 located in both directions perpendicular to the wall support body 122 of the first fixing body 131, the elastic force is applied in the upper direction, the other side The first wheel shaft 135 of the first wheel 134 is rotatably supported by the first wheel hinge groove 137. That is, the first wheel support 136 is connected to the first elastic body 133 while supporting the rotation of the first wheel 134 so that the first fixing body 131 is elastically upward from the first wheel 134. It is installed to be in contact with the upper rail 112 by pressing.

In other words, the first fixing body 131 may include a first wheel support 136 supporting the first wheel 134 to be cloudable in a state of being connected to the wall supporting body 122 and the first connecting member 132. The wall body 121 may be fixed as the elastic force of the first elastic body 133 connected to add the elastic force in the upper direction acts in the upper rail 112 to be in contact with the upper rail 112.

In addition, when the user presses the wall body 121 in a downward direction while the user grips the gripping body 123, the first elastic body 133 is moved downward to release the fixing force by elasticity, and thus, the first fixing body. As the 131 is moved downward and falls from the upper rail 112, the wall body 121 is moved and divided by the rolling motion of the first wheel 134.

In addition, the storage space dividing apparatus according to the second embodiment of the present invention will be described with reference to FIGS. 7 to 9.

FIG. 7 is a partially cutaway front sectional view showing the storage space dividing apparatus according to the second embodiment of the present invention, FIG. 8 is a partial cutaway side sectional view showing the storage space dividing apparatus of FIG. 7, and FIG. 9 is a storage space of FIG. 7. It is a use state diagram which shows the state which operates a 2nd cloud fixed part so that the division wall part of a division apparatus may be moved.

7 to 9, the storage space dividing apparatus 100 according to the second embodiment of the present invention includes a frame portion 110, a partition wall portion 120, and a second cloud fixing portion 200. do. Here, a part of the frame part 110 and the configuration of the dividing wall part 120 are substantially the same as the elements of the storage space dividing apparatus 100 of FIGS. 1 to 6, and thus detailed description thereof will be omitted.

The frame part 110 is divided into an upper frame 111 and a lower frame 115 so as to be mounted inside the storage space by coupling, and facing each other inside the upper frame 111 and the lower frame 115. The upper rail 112 and the lower rail 116 which open a space are provided, respectively.

An upper fixing groove 113 is formed in the upper direction in the center of the upper rail 112 inside the upper frame 111.

The second cloud fixing part 200 is coupled to the upper frame 111 and the lower frame 115, the second fixing body 201, the fixing protrusion 202, the second connecting body 203, the second An elastic body 204, a second wheel 205, a second wheel shaft 206, and a second wheel support 207. The second fixing body 201 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body, which is a double-sided surface of the combined upper frame 111 and the lower frame 115, facing each other ( It is provided between the upper rail 112 and the lower rail 116 in the both ends of 122, respectively.

The fixing protrusion 202 protrudes from the upper portion of the second fixing body 201 and protrudes from the position inserted into the upper fixing groove 113. The fixing protrusion 202 may be fixed while being in contact with the inner surface of the upper fixing groove 113 at the time of fixing while moving together with the second fixing body 201.

The second connecting bodies 203 are disposed at positions facing each other of the second fixing body 201, and are installed to move together by connecting the second fixing body 201 and the wall support body 122.

The second elastic body 204 is disposed inside the combined upper frame 111 and the lower frame 115, and supports the wall of the second fixing body 201 between the upper rail 112 and the lower rail 116. Protruding in the form of a bar in both directions perpendicular to the body 122 is provided to press in the upper direction by elasticity.

The second wheels 205 are disposed inside the combined upper frame 111 and the lower frame 115, and are respectively disposed at opposite ends of the second elastic body 204, respectively, so that the upper part of the lower rail 116 is disposed. It is installed to move along the lower rail 116 in contact with the cloud.

The second wheel shaft 206 protrudes in a direction in which the combined upper frame 111 and the lower frame 115 of the second wheel 205 face each other and in a receiving body direction, respectively. It rotates together and protrudes to cloud.

The second wheel support 207 is disposed at both protruding ends of the second elastic body 204, and the second wheel 205 is inserted inward so that the second wheel shaft 206 can be rotatably inserted to both sides. Has a second wheel hinge groove 208. One side of the second wheel support 207 protrudes from the second elastic body 204 located in both directions perpendicular to the wall support body 122 of the second fixing body 201, and an elastic force is applied in the upper direction. The second wheel shaft 206 of the second wheel 205 is rotatably supported by the second wheel hinge groove 208. That is, the second wheel support 207 is connected to the second elastic body 204 while supporting the rotation of the second wheel 205 so that the second fixing body 201 is elastically upward from the second wheel 205. It is installed to be in contact with the upper rail 112 by pressing.

In other words, the second fixed body 201 may include a second wheel support 207 supporting the second wheel 205 to be cloudable in a state of being connected by the wall support body 122 and the second connecting body 203. The elastic force of the second elastic body 204 connected to add the elastic force in the upper direction is applied in the direction of the upper rail 112, the fixing projection 202 protruding upward is contact fixed to the inner surface of the upper fixing groove 113 The wall body 121 may be maintained in a fixed state.

At this time, the fixing protrusion 202 is protruded to a length in which the second fixing body 201 is in contact with and fixed to the upper rail 112 even after the insertion fixing to the upper fixing groove 113, the fixing protrusion 202 and the second fixing. The body 201 is fixed while being in contact with the upper insertion groove 113 and the upper rail 112, respectively, to improve the fixing force.

In addition, when the user pushes the wall body 121 downward while the user grips the gripping body 123, the second elastic body 204 is moved downward to release the fixing force due to elasticity to the second wheel 205. The wall body 121 may be moved and divided by the rolling motion of).

The storage space dividing apparatus according to the third exemplary embodiment of the present invention will be described with reference to FIGS. 10 to 12.

FIG. 10 is a partially cutaway front sectional view showing a storage space dividing apparatus according to a third embodiment of the present invention, FIG. 11 is a partial cutaway side sectional view showing the storage space dividing apparatus of FIG. 10, and FIG. 12 is a storage space of FIG. 10. It is a use state diagram which shows the state which operates a 3rd cloud fixed part so that the division wall part of a division apparatus may be moved.

10 to 12, the storage space dividing apparatus 100 according to the third embodiment of the present invention includes a frame portion 110, a partition wall portion 120, and a third cloud fixing portion 300. do. Here, a part of the frame part 110 and the configuration of the dividing wall part 120 are substantially the same as the elements of the storage space dividing apparatus 100 of FIGS. 1 to 6, and thus detailed description thereof will be omitted.

The upper wheel groove 114 is formed in the upper rail 112 in the center to the upper direction on the inside of the upper frame 111, and the lower side in the lower direction in the center to the lower rail 116 on the inner side of the lower frame 115 Wheel groove 117 is formed.

The third cloud fixing part 300 includes a third fixing body 301, an insertion protrusion 302, a third connecting body 303, and a third arranged inside the combined upper frame 111 and lower frame 115. An elastic body 304, a third wheel 305, a third wheel shaft 306, and a third wheel support 307 are included. The third fixing body 301 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body is a double-sided surface of the combined upper frame 111 and the lower frame 115 facing each other. It is provided between the upper rail 112 and the lower rail 116 in the both ends of 122, respectively.

The insertion protrusion 302 protrudes from the upper portion of the third fixing body 301 and protrudes to be inserted into the upper wheel groove 114. Insertion protrusion 302 may improve the fixing force while contacting the inner surface of the upper wheel groove 114 formed in the center of the upper rail 112 at the time of fixing the wall body 121.

The third connecting body 303 is disposed at positions facing each other of the third fixing body 301, and is installed to move together by connecting the third fixing body 301 and the wall support body 122.

The third elastic body 304 is disposed inside the coupled upper frame 111 and the lower frame 115, and supports the wall of the third fixing body 301 between the upper rail 112 and the lower rail 116. Protruding in the form of a bar in both directions perpendicular to the body 122 is provided to press in the upper direction by elasticity.

The third wheel 305 is disposed inside the combined upper frame 111 and the lower frame 115, and are disposed at both ends of the third elastic body 304, respectively, at positions away from each other, and the upper wheel groove 114. It is installed so as to move along the upper rail 112 and the lower rail 116 in contact with the lower wheel groove 117. That is, the third wheel 305 is inserted into the upper wheel groove 114 and the lower wheel groove 117 formed in the groove shape of the upper frame 111 and the lower frame 115, respectively, when the upper and lower portions are moved. To prevent flow.

The third wheel shaft 306 protrudes in the direction in which the combined upper frame 111 and the lower frame 115 of the third wheel 305 face each other and the receiving body direction, respectively, and the third wheel 305 and It rotates together and protrudes to cloud.

The third wheel support 307 is disposed on both protruding ends of the third elastic body 304, and the third wheel 305 is inserted inward so that the third wheel shaft 306 is rotatable in both directions. Has a third wheel hinge groove 308. One side of the third wheel support 307 protrudes from the third elastic body 304 located in both directions perpendicular to the wall support body 122 of the third fixing body 301, and an elastic force is applied to the upper direction. The third wheel shaft 306 of the third wheel 305 is rotatably supported by the third wheel hinge groove 308. That is, the third wheel support 307 is connected to the third elastic body 304 while supporting the rotation of the third wheel 305 so that the third fixed body 301 is elastically upward from the third wheel 305. The insertion protrusion 302 protruding from the upper side by pressing is installed to contact the upper rail 112.

In other words, the third fixed body 301 may include a third wheel support 307 which supports the third wheel 305 to be cloudable in a state of being connected by the wall support body 122 and the third connector 303. The elastic force of the third elastic body 304 connected to add the elastic force in the upper direction is acted in the direction of the upper rail 112, the insertion protrusion 302 protruding thereon is fixed in contact with the inner surface of the upper wheel groove 114, the wall The body 121 may be fixed.

In addition, when the user presses the wall body 121 in a downward direction while the user grips the gripping body 123, the third elastic body 304 is moved downward to release the fixing force due to elasticity, thereby inserting the projection 302. While falling from the upper wheel groove 114, the wall body 121 is moved by the rolling motion of the third wheel 305 can be adjusted to the area divided.

In addition, the storage space dividing apparatus according to the fourth embodiment of the present invention will be described with reference to FIGS. 13 to 15.

FIG. 13 is a partially cutaway front sectional view showing a storage space dividing apparatus according to a fourth embodiment of the present invention, FIG. 14 is a partial cutaway side sectional view showing the storage space dividing apparatus of FIG. 13, and FIG. 15 is a storage space of FIG. 13. It is a use state diagram which shows the state which operates a 4th cloud fixed part so that the division wall part of a division apparatus may be moved.

13 to 15, the storage space dividing apparatus 100 according to the fourth embodiment of the present invention includes a frame portion 110, a partition wall portion 120, and a fourth cloud fixing portion 400. do. Here, a part of the frame part 110 and the configuration of the dividing wall part 120 are substantially the same as the elements of the storage space dividing apparatus 100 of FIGS. 1 to 6, and thus detailed description thereof will be omitted.

An upper fixing groove 113 is formed at an inner side of the upper frame 111 in an upper direction, and a lower wheel groove 117 is formed at an inner side of the lower frame 115 at a lower rail 116 in a center direction. Formed.

The fourth cloud fixing part 400 is a fourth fixing body 401, a groove fixing protrusion 402, a fourth connecting body 403, and a fourth fixing body 401 disposed inside the upper frame 111 and the lower frame 115 coupled thereto. And a fourth elastic body 404, a fourth wheel 405, a fourth wheel shaft 406, and a fourth wheel support 407. The fourth fixing body 401 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body is a double-sided surface of the combined upper frame 111 and the lower frame 115 facing each other. It is provided between the upper rail 112 and the lower rail 116 in the both ends of 122, respectively.

The groove fixing protrusion 402 protrudes from the upper portion of the fourth fixing body 401 and protrudes from the center of the fourth fixing body 401 to be inserted into the upper fixing groove 113 in the upper direction. The groove fixing protrusion 402 is moved together with the fourth fixing body 401 when the wall body 121 is fixed, and protrudes to be fixed to the inner surface of the upper fixing groove 113 to fix the wall body 121. have.

The fourth connecting body 403 is disposed at positions facing each other of the fourth fixing body 401, and is installed to connect the fourth fixing body 401 and the wall support body 122 to be moved together.

The fourth elastic body 404 is disposed inside the coupled upper frame 111 and the lower frame 115, and supports the wall of the fourth fixing body 401 between the upper rail 112 and the lower rail 116. Protruding in the form of a bar in both directions perpendicular to the body 122 is provided to press in the upper direction by elasticity.

The fourth wheel 405 is disposed inside the combined upper frame 111 and the lower frame 115, and is disposed at positions opposite to each other of the fourth elastic body 404, respectively, so that the lower wheel grooves 117 are provided. It is installed to move along the lower rail 116 in contact with the upper portion of the cloud.

The fourth wheel shaft 406 protrudes in the direction in which the combined upper frame 111 and the lower frame 115 of the fourth wheel 405 face each other and the receiving body direction, respectively, and the fourth wheel 405 It rotates together and protrudes to cloud. That is, the fourth wheel 405 is inserted into and supported in the upper portion of the lower wheel groove 117 formed in the groove shape in the lower frame 115 to prevent the flow during movement.

Fourth wheel support 407 is disposed on each of the protruding ends of the fourth elastic body 404, the fourth wheel 405 is inserted inward to support the insertion so that the fourth wheel shaft 406 is rotatable to both sides. Has a fourth wheel hinge groove 408. One side of the fourth wheel support 407 protrudes from the fourth elastic body 404 located in both directions perpendicular to the wall supporting body 122 of the fourth fixing body 401, and an elastic force is applied in the upper direction. The fourth wheel shaft 406 of the fourth wheel 405 is rotatably supported by the fourth wheel hinge groove 408. That is, the fourth wheel support 407 is connected to the fourth elastic body 404 while supporting the rotation of the fourth wheel 405 so that the fourth fixing body 401 is elastically upward from the fourth wheel 405. It is installed to be in contact with the upper rail 112 by pressing.

In other words, the fourth fixed body 401 may include a fourth wheel support 407 which supports the fourth wheel 405 in a cloudable manner in a state of being connected with the wall support body 122 and the fourth connector 403. The elastic force of the fourth elastic body 404 connected to add the elastic force in the upper direction is applied in the direction of the upper rail 112, the groove fixing protrusion 402 protruding on the upper portion of the fourth fixing body 401 is the upper fixing groove 113 Contact fixed to the inner side of the wall body 121 can maintain a fixed state.

At this time, the groove fixing protrusion 402 is protruded to the length that the fourth fixing body 401 is in contact with and fixed to the upper rail 112 even after the insertion fixing in the upper fixing groove 113, the groove fixing protrusion 402 and the 4 fixing body 401 is fixed while being in contact with the upper insertion groove 113 and the upper rail 112, respectively, the fixing force can be improved.

In addition, when the user presses the wall body 121 in a downward direction while the user grips the gripping body 123, the fourth elastic body 404 is moved downward to release the fixing force due to the elasticity to fix the fourth fixing body ( As the 401 falls from the upper rail 112 and the groove fixing protrusion 402 falls from the upper fixing groove 113, the wall body 121 is moved and divided by the rolling motion of the fourth wheel 405. The area can be adjusted.

In addition, the storage space dividing apparatus according to the fifth embodiment of the present invention will be described with reference to FIGS. 7 to 9.

Then, the storage space dividing apparatus provided with the automatic locking device according to the fifth embodiment of the present invention will be described with reference to FIGS. 16 to 23.

16 is an exploded perspective view showing a storage space dividing apparatus according to a fifth embodiment of the present invention, FIG. 17 is a combined perspective view showing the storage space dividing apparatus of FIG. 16, and FIG. 18 is a main part of the storage space dividing apparatus of FIG. 16. It is a partial cutaway sectional drawing which shows a part, FIG. 19 is a partial cutaway side sectional drawing which shows the main part of the storage space dividing apparatus of FIG. 16, FIG. 20 is an operation state diagram which shows the operation state of the storage space dividing apparatus of FIG. 21 is an exploded sectional view showing a locking device which is a main part of the storage space dividing apparatus of FIG. 16, FIG. 22 is a use state diagram showing a locked state of the locking device of the storage space dividing apparatus of FIG. 21, and FIG. 23 is a storing state of FIG. 21. It is a use state diagram which shows the state which pressed the operation | movement so that the space partitioning device may be unlocked.

16 to 23, the storage space dividing apparatus 100 according to the fifth embodiment of the present invention includes a frame portion 110 and a partition wall portion that are provided in a form of wrapping on an inner surface according to a shape of the storage space. 120, a fifth rolling fixture 500, and a locking device 510. Here, since the structure of the frame part 110 and the part of the partition wall part 120 are substantially the same as those of the storage space dividing apparatus 100 of FIGS. 1 to 6, detailed descriptions thereof will be omitted.

The split wall portion 120 includes a wall body 121 and a wall support body 122. The wall body 121 is disposed across the surfaces of the upper frame 111 and the lower frame 115 that face each other, and both ends of the frame body 110 are disposed across the inner surfaces that face each other so that the storage space is divided. ) And overlapping each other in the form of a pair of bars spaced apart from each other in the up and down direction, and installed so as to divide the storage space in the cross shape.

The wall body 121 is disposed inside the enclosure, and crosses the upper frame 111 and the lower frame 115 where both ends are coupled across the inner surfaces facing each other so that the storage space is divided. They are installed in mutually overlapping state if possible. That is, the wall body 121 is provided in the form of a pair of bars at the top and the bottom so as to cross each other in a state overlapping the faces facing each other are installed so as to divide the storage space while minimizing weight have.

The fifth rolling fixing part 500 may include a fifth fixing body 501, a fifth connecting member 502, a rolling elastic body 503, and a fifth fixing body 501, which is disposed inside the upper frame 111 and the lower frame 115. A wheel 504, a fifth wheel shaft 505, and a fifth wheel support 506. The fifth fixing body 501 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body is a double-sided surface of the combined upper frame 111 and the lower frame 115 facing each other. It is provided between the upper rail 112 and the lower rail 116 in the both ends of 122, respectively.

The fifth connecting member 502 is disposed at positions facing each other of the fifth fixing body 501, and is installed to move together by connecting the fifth fixing body 501 and the wall support body 122.

The rolling elastomer 503 is disposed inside the combined upper frame 111 and the lower frame 115, and the wall supporting body of the fifth fixing body 501 is disposed between the upper rail 112 and the lower rail 116. It protrudes in the form of a bar in both directions perpendicular to the 122, and is provided to press upwards by elasticity.

The fifth wheel 504 is disposed inside the combined upper frame 111 and the lower frame 115, and are respectively disposed at opposite ends of the rolling elastic body 503, respectively, so that the upper rail 112 and the lower part are respectively. The rail 116 is installed to move along the upper rail 112 and the lower rail 116 in a cloud contact state.

The fifth wheel shaft 505 protrudes in the direction in which the combined upper frame 111 and the lower frame 115 of the fifth wheel 504 face each other and the receiving body direction, respectively, and the fifth wheel 504 It rotates together and protrudes to cloud.

The fifth wheel supporter 506 is disposed on both protruding ends of the rolling elastic body 503, and the fifth wheel 504 is inserted inward so that the fifth wheel shaft 505 is rotatably inserted to both sides. And a fifth wheel hinge groove 507. The fifth wheel supporter 506 protrudes from one side of the rolling elastic body 503 located in both directions perpendicular to the wall support body 122 of the fifth fixing body 501 so that an elastic force is applied to the upper direction. The fifth wheel shaft 505 of the fifth wheel 504 is rotatably supported by the fifth wheel hinge groove 507. That is, the fifth wheel support 506 is connected to the rolling elastic body 503 while supporting the rotation of the fifth wheel 504 to press the fifth fixed body 501 upwardly from the fifth wheel 504. It is installed so as to contact the upper rail (112).

In other words, the fifth fixed body 501 may include the fifth wheel support 506 supporting the fifth wheel 504 to be cloudable in a state of being connected by the wall support body 122 and the fifth connector 502. The wall body 121 may be fixed as the elastic force of the rolling elastic body 503 connected to add the elastic force in the upper direction acts in the upper rail 112 direction and is fixed in contact with the upper rail 112.

In addition, when the user presses the wall body 121 in a downward direction while the user grips the locking device, the rolling elastic body 503 is moved downward to release the fixing force due to the elasticity, so that the fifth fixing body 501 is provided. The wall body 121 is moved and divided by the rolling motion of the fifth wheel 504 while being moved downward and falling from the upper rail 112. After adjustment, the fixed state can be automatically maintained by the elastic force of the rolling elastic body 503.

The locking device 510 includes a locking body 511 connecting the crossed wall body 121, an operating body 512, a supporting body 514, a supporting fixing protrusion 515, an elastic body 516, and a friction plate ( 517).

The lock body 511 is disposed on the upper portion of the wall body 121 that intersects the lock body 511 and has a lock space 511a in which the upper and lower portions thereof are opened inward. The lower surface of the locking body 511 has a wall insertion groove 511b formed at a position where the upper portion of the bar-shaped wall body overlapping each other in the center is inserted and supported so as to be located in the locking space 511a. . That is, the overlapping upper portions are inserted into the wall insertion grooves 511b so that the crossing portions of the wall bodies 121 overlapping each other so as to cross each other are positioned in the lock space 511a, thereby locking the upper portions of the wall bodies 121. The body 511 is installed to be inserted and supported.

In addition, at least one support fixing groove 511c is formed at an inner surface of the lock body 511 in a radial position in a lower direction in which the support body 514 is inserted.

The operation body 512 is disposed inside the lock body 511 and is disposed to protrude to an open upper side of the lock space 511a. The outer periphery of the upper portion of the operating body 512 is provided with an operating protrusion 513 protruding outward. The actuating protrusion 513 protrudes on the upper outer periphery of the actuating body 512 and protrudes so as to be locked to the upper part of the lock space 511a so as to prevent its separation.

In addition, the lower part of the operation body 512 is formed in the operation hole 512a of the long hole shape so that the wall body 121 overlapping each other so as to cross each other is moved up and down. The operation body 512 is inserted into the operation hole 512a of the long hole form the overlapping wall body 121 located in the interior of the lock space 511a while protruding on the upper portion of the locking body 511 to operate the body ( The operation body 512 is configured to operate without interference of the wall body 121 during the pressing operation of the 512.

The support body 514 is disposed under the lock body 511 and is installed to close the open lower part fixed to the lower part of the lock space 511a. The support inserting groove 514a is formed at the upper surface of the support body 514 at a position where the lower portions of the bar body wall 121 overlapping each other are inserted and supported in a semicircular shape. If the upper portion of the intersecting portion of the wall body 121 in the lock space 511a is inserted and supported in the wall insertion groove 511b, the support body 514 is inserted into the lower portion of the lock body 511 to support it. The insertion groove 514a is inserted into and supported by the lower part of the wall body 121.

The support fixing protrusion 515 protrudes above the outer surface of the support body 514 and protrudes at the position inserted into the support fixing groove 511c when the fixing body 511 is inserted into the locking body 511. The support fixing protrusion 515 may be inserted into the support fixing groove 511c to fix the support body 514 to the lock body 511 when the support body 514 is inserted into and fixed to the lock body 511.

The elastic body 516 is disposed inside the support body 514, and is installed such that an elastic force is applied between the operating body 512 and the support body 514. The elastic body 516 is installed in the support body 514 is installed in a position where the elastic force is applied so that the operation body 512 is projected in the upper direction of the locking body 511. That is, the elastic body 516 is installed to contact the lower surface of the operating body 512 into the support body 514 installed to close the lower portion of the locking body 511 to the elastic force to move the operating body 512 in the upper direction This is working.

The friction plate 517 is disposed inside the lower portion of the operating body 512, the lower surface of the wall body 121 located at the intersected lower portion of the operating hole 512a is in contact with the friction, and the elastic body 516. By the action of the wall body 121 is installed to be locked by the generation of friction force. The friction plate 517 is made of a material that generates a friction force, rubber, urethane, or the like may be used.

That is, the operation body 512 is pressed by the action of the elastic body 516, the friction plate is generated while pressing the lower portion of the wall body 121 is located in the lower intersection where the friction plate 517 is inserted into the lock space (511a) lock It is fixed. By the elasticity of the elastic body 516, the friction plate 517 presses the lower part of the wall body 121, which is inserted into the lock body 511, thereby maintaining the locked state by the frictional force generated, thereby rolling the elastic body 516 It can be maintained in a double fixed state with the fifth rolling fixing part 500 which is fixed in the frame 110 by the elastic force of the.

In this manner, while maintaining a fixed state when the user presses the operation body 512, the elastic force of the elastic body 516 acting on the friction plate 517 and the elastic force in the upper direction is applied to fix the contact inside the frame part 110. As the elastic force of the rolling elastic body 516 is removed together, the frictional force of the friction plate 517 is reduced to release the lock, and the wall body 121 is moved downward by the pressing operation to connect to the fifth connector 502. While maintaining the state in which the rolling elastic body 516 is not in contact with the inside of the frame unit 110, the wall body 121 may be moved to adjust the space to be divided.

After adjusting the space to be divided, it is automatically locked by the elastic force of the elastic body 516 and the rolling elastic body 516 to maintain the locked state without any other operation as the wall body 121 is kept fixed. .

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

According to the present invention, the user selects and installs the enclosure according to necessity, and the user selectively installs the partition to divide the inside of the desired storage space, and the size of the divided space can be adjusted by simple operation. Space utilization is improved.

Claims

In the dividing device provided on the inner side in the storage space formed inside the storage body to divide the space,

Frame parts disposed on the inner side of the housing, respectively installed on the facing sides to surround the inner side of the storage space,

A partition wall part disposed across the mutually opposite surfaces of the frame part, the partition wall part being provided on the inner surface of the storage space so as to divide the space into the mutually facing surfaces; and

Arranged inside the frame portion, respectively connected to both ends of the divided wall portion, and fixed to the divided wall by pressing the inside of the frame portion with an elastic force in a state supported so as to be movable inside the frame portion, the connected partition Rolling fixed part which is installed to move along the frame part by the elastic force is released by the pressing operation of the wall portion

Including;

The dividing wall part may adjust an area to be divided by an operation of fixing and releasing by elasticity of the cloud fixing part while both ends are connected to the cloud fixing part and moved along the frame part.

Storage compartment divider.
The method of claim 1,

The frame portion,

An upper frame disposed inside the housing, positioned in an upper direction surrounding the inner surface of the storage space, the upper frame having an upper rail open in a direction facing each other, and having an inner side of the storage space closed;

A lower rail disposed inside the housing, positioned in a lower direction surrounding the inner surface of the storage space, and facing in a direction opposite to the upper rail so as to correspond to the upper rail; Lower frame

Including;

The upper frame and the lower frame are provided so that the upper rail and the lower rail, which are spaces in which the cloud fixing part is moved and fixed inward by coupling, are separated upward and downward so that the cloud fixing part is easily installed therein. Able

Storage compartment divider.
The method of claim 2,

The cloud fixed portion,

A fixed body disposed inside the frame part and installed between the upper rail and the lower rail in both end directions of the divided wall part that are both surfaces facing each other;

A connecting body disposed at positions facing each other of the fixed body, the connecting body being installed to move together by connecting the fixed body and the divided wall part;

An elastic body disposed inside the frame portion and protruding in a bar shape between the upper rail and the lower rail in a direction perpendicular to the divided wall portion of the fixing body to be urged upwardly by elasticity; ,

The wheels are disposed inside the frame part, and are disposed at both ends of the elastic body, respectively, and are disposed to move along the upper rail and the lower rail in a cloud contact state between the upper rail and the lower rail. ,

Wheel shafts protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, the wheel shaft protruding to cloud while rotating with the wheel, and

Wheel supports having wheel hinge grooves disposed on both of the protruding ends of the elastic body, the wheels being inserted into the wheels so that the wheel shafts are rotatable to both sides.

Including;

The fixed body has an elastic force of the elastic body connected to the wheel support which supports the wheels to enable rolling in the state connected to the partition wall part and the connecting body in an upward direction so that an elastic force of the elastic body is acted in the upper rail direction. Can be fixed in contact with the rail to fix the partition wall,

When the user presses the divided wall portion downwardly, the elastic body is moved downward and the fixing force by elasticity is released, so that the fixing body is moved downward and falls from the upper rail, so that the partition is moved by the rolling motion of the wheel. The wall part can be moved to adjust the area

Storage compartment divider.
The method of claim 2,

The upper fixing groove is formed in the upper direction in the center of the upper rail inside the upper frame,

The cloud fixed portion,

A fixed body disposed inside the frame part and installed between the upper rail and the lower rail in both end directions of the divided wall part that are both surfaces facing each other;

A fixing protrusion protruding from an upper portion of the fixing body and protruding at a position to be inserted into the upper fixing groove;

A connecting body disposed at positions facing each other of the fixed body, the connecting body being installed to move together by connecting the fixed body and the divided wall part;

An elastic body disposed inside the frame portion and protruding in a bar shape between the upper rail and the lower rail in a direction perpendicular to the divided wall portion of the fixing body to be urged upwardly by elasticity; ,

Wheels are disposed inside the frame portion, respectively disposed at both ends of the elastic body to be spaced apart from each other and are installed in contact with the upper rail of the lower rail to move along the lower rail,

Wheel shafts protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, the wheel shaft protruding to cloud while rotating with the wheel, and

Wheel supports having wheel hinge grooves disposed on both of the protruding ends of the elastic body, the wheels being inserted into the wheels so that the wheel shafts are rotatable to both sides.

Including;

The fixing protrusion protrudes on an upper portion of the fixing body connected to the partition wall part and the connecting body, and is pressed to contact the inner surface of the upper fixing groove by the elastic force of the elastic body elastically coupled between the fixing body and the wheel support. Can be fixed to fix the partition wall,

The fixing protrusion is protruded to a length in which the fixing body is in contact with and fixed to the upper rail even after the fixing protrusion is inserted into the upper fixing groove so that the fixing protrusion and the fixing body are in contact with the upper insertion groove and the upper rail, respectively. Fastening force can be improved,

When the user pushes the partition wall portion downward, the elastic body is moved downward and the fixing force is released by elasticity, thereby adjusting the area where the partition wall portion is moved and divided by the rolling motion of the wheel.

Storage compartment divider.
The method of claim 2,

The inner side of the upper frame is formed in the upper rail upper wheel groove from the center to the upper direction,

The inner side of the lower frame is formed with a lower wheel groove in the lower direction from the center to the lower rail,

The cloud fixed portion,

A fixed body disposed inside the frame part and installed between the upper rail and the lower rail in both end directions of the divided wall part that are both surfaces facing each other;

An insertion protrusion protruding from an upper portion of the fixing body and protruding to be inserted into the upper wheel groove;

A connecting body disposed at positions facing each other of the fixed body, the connecting body being installed to move together by connecting the fixed body and the divided wall part;

An elastic body disposed inside the frame portion and protruding in a bar shape between the upper rail and the lower rail in a direction perpendicular to the divided wall portion of the fixing body to be urged upwardly by elasticity; ,

The wheels are disposed inside the frame part, and are disposed at both ends of the elastic body, respectively, and are disposed so as to be in contact with the upper wheel groove and the lower wheel groove so as to move along the upper rail and the lower rail. ,

Wheel shafts protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, the wheel shaft protruding to cloud while rotating with the wheel, and

Wheel supports having wheel hinge grooves disposed on both of the protruding ends of the elastic body, the wheels being inserted into the wheels so that the wheel shafts are rotatable to both sides.

Including;

The wheel is inserted into and supported by the upper wheel groove and the lower wheel groove formed in the groove shape in the upper frame and the lower frame, respectively, to prevent movement during movement,

The fixed body has an elastic force of the elastic body connected to the upper support and the wheel support that the wheel is supported to be cloudable in the state connected to the partition wall portion and the connecting body in the upper rail direction is applied to the upper The protruding insertion protrusion may be fixed to the inner surface of the upper wheel groove to fix the divided wall portion,

When the user pushes the partition wall portion downward, the elastic body is moved downward and the fixing force is released by elasticity, thereby adjusting the area where the partition wall portion is moved and divided by the rolling motion of the wheel.

Storage compartment divider.
The method of claim 2,

The inner side of the upper frame is formed with an upper fixing groove in the upper direction in the center,

The inner side of the lower frame is formed with a lower wheel groove in the lower direction from the center to the lower rail,

The cloud fixed portion,

A fixed body disposed inside the frame part and installed between the upper rail and the lower rail in both end directions of the divided wall part that are both surfaces facing each other;

A groove fixing protrusion protruding from an upper portion of the fixing body and protruding to be inserted into the upper fixing groove in an upward direction from a center of the fixing body;

A connecting body disposed at positions facing each other of the fixed body, the connecting body being installed to move together by connecting the fixed body and the divided wall part;

An elastic body disposed inside the frame portion and protruding in a bar shape between the upper rail and the lower rail in a direction perpendicular to the divided wall portion of the fixing body to be urged upwardly by elasticity; ,

The wheels are disposed in the frame portion, the wheels are disposed at both ends of each of the elastic bodies, respectively, and are disposed to move along the lower rails in contact with the upper portion of the lower wheel groove,

Wheel shafts protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, the wheel shaft protruding to cloud while rotating with the wheel, and

Wheel supports having wheel hinge grooves disposed on both of the protruding ends of the elastic body, the wheels being inserted into the wheels so that the wheel shafts are rotatable to both sides.

Including;

The wheel is inserted into the upper portion of the lower wheel groove formed in the groove shape inwardly of the lower frame to prevent flow during movement,

The groove fixing protrusion protrudes from an upper portion of the fixing body connected to the split wall portion and the connecting body so as to contact the inner surface of the upper fixing groove by the elastic force of the elastic body elastically coupled between the fixing body and the wheel support. Press-fixed to fix the partition wall,

The groove fixing protrusion protrudes to a length to which the fixing body is in contact with and fixed to the upper rail even after being inserted into the upper fixing groove so that the groove fixing protrusion and the fixing body are in contact with the upper insertion groove and the upper rail, respectively. Can be fixed to improve the holding force,

When the user pushes the partition wall portion downward, the elastic body is moved downward and the fixing force is released by elasticity, thereby adjusting the area where the partition wall portion is moved and divided by the rolling motion of the wheel.

Storage compartment divider.
The method of claim 1,

The partition wall part,

A wall body disposed inside the housing, the both ends of which are respectively located on the frame part across the inner surfaces facing each other so that the storage space is divided;

A wall support body disposed at both ends of the wall body and supported by the wall body positioned in the frame direction and connected to the cloud fixing part; and

It is disposed on one side of the wall body, the user is installed in the gripping position so that the user is installed in the gripping position so that the wall body is pressed to operate to release the fixing of the fixed cloud connected to the wall support body

Including;

The wall body may adjust the divided area of the storage space while the wall support body supported at both ends is connected to the rolling fixed portion and moved and fixed along the frame portion,

The gripping body is moved in a state in which the user releases the holding force by the elasticity of the cloud fixing part by holding and pushing operation when the wall body is moved to adjust the divided area of the storage space, and when the adjustment is finished, the pressing operation force While releasing the wall body can be fixed by the fixing force of the elastic

Storage compartment divider.
The method of claim 7, wherein

The wall body is provided in the form of a bar at the top and bottom facing away from each other to divide the storage space in the cross shape while overlapping each other at the cross position at the cross position of the inner space facing each other of the storage space. There is,

The gripping body is moved in the state of releasing the fixing force by the elasticity by pressing the respective wall body intersected in the state in which the user is inserted and supported by the bar-shaped cross is intersected at the mutually overlapping position It is possible to adjust the divided area of the storage space that is cross-divided

Storage compartment divider.
In the dividing device provided on the inner side in the storage space formed inside the storage body to divide the space,

Frame parts disposed on the inner side of the housing, respectively installed on the facing sides to surround the inner side of the storage space,

A partition wall part disposed to intersect with each other across the mutually opposite surfaces of the frame part and installed on the inner surface of the storage space in such a manner that the respective spaces of the mutually facing surfaces are divided;

A cloud fixing part disposed at the inner side of the frame part and connected to both ends of the split wall part to move along the frame part in a supported state;

A locking device which is connected to the divided partition wall portion and which is kept locked at the crossing position of the divided wall portion, is released by the user's pressing operation, and is installed to automatically return to the locked state after the release.

Including;

The dividing wall part is fixed while being locked by the locking device installed at the crossing position, and when the user presses the locking device, the locked wall part is moved and divided along the frame while the locked state is released. The space is adjusted, and after adjustment, the lock can automatically return to the locked state to maintain the locked state

Storage compartment divider.
The method of claim 9,

The frame portion,

A first frame disposed inside the housing, positioned in one direction surrounding the inner surface of the storage space, and having a first rail open to face each other, and having a first rail closed in the storage space inner surface;

A second rail disposed inside the housing, positioned in the other direction surrounding the inner surface of the storage space, and facing each other so as to correspond to the first rail, and having a closed inner surface direction of the storage space; Second frame with

Including;

The first frame and the second frame are provided so that the first rail and the second rail, which are spaces in which the rolling fixing part is moved and fixed inwardly by coupling, are separated in one direction and the other direction, respectively. The rolling fixture inside can be easily installed

Storage compartment divider.
The method of claim 10,

The cloud fixed portion,

A fixing body disposed inside the frame part and installed between the first rail and the second rail in both end directions of the divided wall part that are both surfaces facing each other;

A connecting body disposed at positions facing each other of the fixed body, the connecting body being installed to move together by connecting the fixed body and the divided wall part;

It is disposed inside the frame portion, and is provided between the first rail and the second rail to protrude in a bar shape in both directions perpendicular to the partition wall portion of the fixed body to press in one direction by elasticity Cloud elastomer,

It is disposed inside the frame portion, and are respectively disposed at both ends of the rolling elastic body to be separated from each other to move along the first rail and the second rail in a cloud contact state with the first rail and the second rail. Wheels installed if possible

Wheel shafts protruding in the direction facing each other and the receiving body direction of the frame portion of the wheel, the wheel shaft protruding to cloud while rotating with the wheel, and

Wheel supports having wheel hinge grooves disposed on both protruding ends of the rolling elastic body and inserted into the wheels to be rotatably inserted on both sides thereof so that the wheel shafts are rotatable to both sides.

Including;

The fixed body has an elastic force of the rolling elastic body connected to add the elastic force in one direction with the wheel support which supports the wheel so that the wheel can be rolled in the state connected to the partition wall portion and the connecting body is acting in the first rail direction Contact with the first rail to fix the partition wall,

When the user presses the partition wall part, the rolling elastic body is moved downward and the fixing force is released by the elasticity so that the fixing body is moved downward and falls from the first rail while the partition wall is moved by the rolling motion of the wheel. The area can be adjusted to move the division

After adjusting the divided area can be in contact with the first rail automatically by the elastic force of the rolling elastomer to maintain a fixed state

Storage compartment divider.
The method of claim 9,

The partition wall part,

Arranged in the interior of the housing, the ends are respectively located in the frame portion across the inner surface facing each other so that the storage space is divided, overlapping with each other in the form of a pair of bars separated from each other in the cross shape A wall body installed to divide the space, and

Wall support bodies are disposed at both ends of the wall body and are supported by the wall body positioned in the frame direction and connected to the cloud fixing part.

Storage space dividing apparatus comprising a.
The method of claim 12,

The locking device,

It is disposed on one side of the wall body intersecting, has a lock space in which one side and the other side is open inward, the lock body having a wall insertion groove that is inserted into one side of the wall body crossed in the form of a bar on the other side ,

It is disposed inside the lock body, and is provided with an operation protrusion protruding to one side of the outer circumference to protrude so as to be prevented from being separated from the lock space, the wall body intersected with the other side is inserted, respectively An operating body having an operating hole in the form of a long hole to be moved from the inside of the furnace,

It is disposed on the other side of the lock body, is fixed to close the other side of the lock space, crosses in the form of a bar on one side of the support insertion groove which is supported on the other side of the wall body is supported on the wall insertion groove Supporting body,

An elastic body disposed inside the support body, the elastic body being installed between the operating body and the support body so that an elastic force is applied; and

It is disposed on the other side of the operating body, the other side of the wall body located on the other side of the intersecting insertion of the operating hole is in contact with the friction, the wall body is locked by the generation of friction force by the action of the elastic body. Friction plate

Including;

The actuating body presses the other side direction of the wall body located on the other side of the cross where the friction plate is inserted into the lock space by the action of the elastic body, and generates a frictional force to maintain the locked state. When the body is operated, the elastic force of the elastic body is removed and the frictional force is reduced so that the lock is released to adjust the space where the wall body is moved and divided. After the adjustment, the friction plate is automatically formed by the elasticity of the elastic body. Pressing the body can be maintained fixed

Storage compartment divider.
The method of claim 13,

At least one support fixing groove is formed on an inner side of the lock body in a radial position in the other direction in which the support body is inserted,

Protruding to one side of the outer surface of the support body, and further comprising a support fixing projection protruding in the position to be inserted into the support fixing groove at the time of insertion fixing with the lock body,

The support body may be fixed while being inserted in the other direction of the lock body while the support fixing projection is inserted into the support fixing groove.

Storage compartment divider.