KR101684964B1 - Display Stand For Module Of Refrigerator - Google Patents

Abstract

Disclosed is a display stand for making small refrigerators modules when each of the small refrigerators is solely used as an independent space for storing each of foods and drinks including drinks, side dishes, vegetables, meat, Kimchi, etc. according to generalization trends of individual homes and personal lifestyles. The display stand includes: multiple support frames which are vertically stood at regular intervals to support multiple small refrigerators which are stacked; an upper fastening bar which is inserted into a locking groove formed at an upper end of the support frame and elastically fastened by an open locking unit such that mobility of an upper part of the support frame is eliminated; a lower fastening bar which is inserted into a locking groove formed at a lower end of the support frame and fastened by an open locking unit such that mobility of a lower part of the support frame is eliminated; and multiple panels which are hung between the multiple support frames at regular intervals in a vertical direction to support loads of the small refrigerators.

Description

[0001] The present invention relates to a display stand for a module refrigerator,

The present invention relates to a modular refrigerator shelf, and more particularly, to a modular refrigerator shelf, and more particularly, to a refrigerator having a refrigerator for refrigerating only a side dish, a refrigerator for refrigerating only fruits, The present invention relates to a modular refrigerator shelf capable of displaying a plurality of miniaturized refrigerators in a modular form according to the purpose of intake and providing aesthetic improvement.

Generally, household appliances are refrigerators that are used for refrigerating and freezing various foods. In particular, such refrigerators are becoming larger and more popular as refrigerators with two doors.

Of course, these large refrigerators are similar in appearance to each other, but the internal structure of the refrigerator is almost the same, so that all foods are kept refrigerated and frozen regardless of the type of food.

That is, although the compartments are provided in the inside of the refrigerator according to the type of food, the odor generated by the mixed food is still present, and the discomfort that the user must take care of the odor of the food every time the door of the refrigerator is opened It always exists.

In addition, since the price of such a refrigerator is set at a high price per one refrigerator in accordance with the tendency to increase in size, such a refrigerator is not suitable for the purpose of storing only necessary food for personal taste in order to refrigerate and freeze the refrigerator.

Currently, most of the large companies have a lot of research and technology improvements on the refrigerator. However, this is only limited to the way of supplementing the inconveniences in using the existing refrigerator, increasing the lifestyle of one person and one person The trend of generalization of personal lifestyle is not responding properly.

Therefore, it is urgent to develop a small refrigerator that meets an individual lifestyle. Even if a small refrigerator is introduced, the problem that the advantageous function of the small refrigerator can not be fully utilized due to the absence of a display panel for purchasing such a small number of refrigerators and modularizing them is also considered.

In order to solve the above-mentioned problems, the present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide a small-sized refrigerator in an independent space that can be stored independently of consumed foods such as beverages, side dishes, vegetables, meat, And to provide a modular refrigerator shelf for modularization.

In order to achieve the above-mentioned objects, the present invention provides an independent space capable of independently storing food and beverages such as beverages, side dishes, vegetables, meats, and kimchi according to the tendency of individual households and individual living habits CLAIMS 1. A shelf for modularizing dedicated small refrigerators, comprising: a plurality of individual support frames supporting a plurality of miniature refrigerators in a stacked state while being spaced apart at regular intervals; An upper end fastening band which is fastened in a form in which a lock hole is opened by elasticity to enter the upper end of the individual support frame to thereby eliminate fluidity with an upper portion of the individual support frame, And the fluidity of the lower portion of the individual support frame And a plurality of individual panels attached to the individual support frames at predetermined intervals in a vertical direction between the individual support frames to support loads of the small refrigerators, The plurality of support protrusions are respectively moved along the adjustment grooves formed along the longitudinal direction of the support frame to adjust the gap between the panels and fixed in the adjustment grooves to fix the panels, A plurality of guide rails formed parallel to the longitudinal direction of the adjusting groove at right and left sides of the adjusting groove, a plurality of engaging jaws protruding at predetermined intervals along the longitudinal direction of the guide, A plurality of individual magnets embedded at regular intervals along the outer side of the guide, A retaining piece which is operated in such a manner as to be pulled out or pulled in by the magnetic force from the left and right sides of the retaining projection and which is to be pulled out from the upper end of the retaining jaw and to fix the retaining projection in the retaining jaw, And a magnet for transmitting and receiving magnetic force to and from the individual magnets embedded in the guide passage.

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The magnet embedded in the engaging piece is attracted to a part of the individual magnet embedded in the guide path while the engaging piece is moved from the left and right sides of the supporting protrusion in such a manner that a repulsive force acts on the remaining part of the individual magnet. It is preferable to fix or move the support protrusions in the guide path.

It is a display stand for modularizing exclusive small refrigerators which can be stored independently for consumed foods such as beverages, side dishes, vegetables, meats, and kimchi according to the tendency of personal home and personal lifestyle to be universalized. A plurality of individual support frames constructed of a hinge structure of an upper frame and a lower frame supporting a plurality of small refrigerators in a stacked state while being vertically erected; An upper end fastening member fastened in a shape in which a lock hole is opened to eliminate fluidity with respect to an upper portion of the individual support frame; So that the fluidity of the lower portion of the individual support frame And a plurality of individual panels attached to the individual support frames at predetermined intervals in a vertical direction between the individual support frames to support loads of the small refrigerators, The plurality of support protrusions are respectively fixed along the adjustment grooves formed along the longitudinal direction of the support frame and fixed in the adjustment grooves to fix the panels, A plurality of guide rails formed parallel to the longitudinal direction of the adjusting groove at right and left sides of the adjusting groove, a plurality of engaging jaws protruding at predetermined intervals along the longitudinal direction of the guide, A plurality of individual magnets embedded at regular intervals along the outer side of the guide, A retaining piece which is operated in such a manner that it is pulled out or drawn in by the magnetic force from the left and right sides of the base support protrusion and is fixed to the retaining protrusion in a state of being hooked on the retaining jaw while being pulled out near the upper end of the retaining jaw, And a magnet for transmitting and receiving magnetic force to and from the individual magnets embedded in the guide passage.

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Wherein the magnet embedded in the engaging piece is attractively operated with a part of the individual magnet embedded in the guide groove while the engaging piece is moved to the left and right of the supporting protrusion in such a manner that a repulsive force acts on the remaining part of the individual magnet, It is preferable that the guide projections are fixed and moved with respect to the support protrusions in the guide path.

A pair of hinge portions formed in a state of overlapping each other as a hinge connecting portion between the upper frame and the lower frame to prevent rotation between the upper and lower frames, Wherein one of the pair of hinge holes has a polygonal groove formed from a side end to a certain point in the inner direction and a hinge hole formed along the inside of the hinge hole from the polygonal groove to the other side end of the hinge, And the other hinge hole includes a hinge hole formed along a direction continuing from the hinge hole to a certain point in an inner direction of the hinge hole and a gear hole formed along the inner side from the hinge hole to the other side end .

The fixing pin includes a shaft rod inserted into the hinge holes, a polygonal part integrated with one end of the shaft rod and inserted into the polygonal groove, and a gear part integrally formed on the other side of the shaft rod, A pressing portion formed integrally with the other end of the shaft rod extending from the gear portion while maintaining a predetermined clearance therebetween; and a pair of hooks, one end of which is engaged with the back surface of the pressing portion, And a spring for urging the pressing part in a direction of the pressing part when the pressing part is pressed.

Wherein the polygonal portion in the engaged state is detached while the shaft portion of the pin is advanced from the polygonal groove and the gear portion in the engaged state is engaged with the gear hole, The polygonal groove is formed in the polygonal groove along with returning to the original position of the pressing hole by the elastic force of the spring when the pressing gate is placed, The gear portion that has been removed from the gear hole is fitted again to prevent rotation between the upper and lower frames.

The miniature refrigerators are stacked in a modular fashion by the shelves, and each miniature refrigerator is provided with a beautiful appearance by unifying or coloring its appearance color and pattern, Meat, kimchi, ice, etc., are allocated to each exclusive use storage for the purpose of use.

As described above, the modular refrigerator shelf according to the present invention modularizes small refrigerators suitable for a personal lifestyle for the food culture in accordance with personal preference in a modern society where personalization tendency is strong, With the modularization of these small refrigerators, design elements with exquisite appearance have been highlighted, so that the refrigerated and refrigerated storage of food in one space will be replaced with the function of simple aesthetics of household appliances. There is an expected effect.

In addition, since the modular refrigerator shelf according to the present invention is capable of deforming the frame of the shelf in the process of modularizing the small refrigerators, it is possible to perform a specific modular pattern for the small refrigerators in the shelf which has been deformed from time to time, It is possible to excite the atmosphere of the existing refrigerator and invigorate the vitality of the refrigerator in a dynamic manner.

In addition, the modular refrigerator shelf according to the present invention allows the consumed foods such as beverages, side dishes, vegetables, meat, and kimchi to be separated from those stored in a conventional refrigerator, Since the refrigerator can be stored independently in a small refrigerator, there is an effect of reducing the uncomfortable feeling of having to catch a mixed odor from various foods when opening an existing refrigerator door.

In addition, the modular refrigerator shelves according to the present invention can selectively purchase small refrigerators for storing foods as much as necessary for an individual in accordance with the age of one person households, thereby relieving the burden of purchasing existing expensive refrigerators. , The small refrigerators purchased can be modularized so that they can be produced in various patterns of their own unique characteristics.

1 is a perspective view of a modular refrigerator shelf according to a first embodiment of the present invention,
FIG. 2 is an exploded perspective view of the shelf shown in FIG. 1,
FIG. 3 is a perspective view of a modular refrigerator shelf according to a second embodiment of the present invention,
FIG. 4 is a perspective view of the fixing pin shown in FIG. 3,
FIG. 5 is a detailed sectional view of the fixing pin shown in FIG. 4,
FIG. 6 is a sectional view of the support frame for supporting the panel in the supporting frame of FIG. 2 and FIG. 3 in detail; FIG.
FIG. 7 is a schematic view illustrating a display type of a refrigerator using a modular shelf according to an embodiment of the present invention.

It is to be understood that both the foregoing general description and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention as claimed. And it should be interpreted based on the technical ideas throughout the specification taking into consideration that various modifications are made.

The terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms and the inventor may appropriately define the concept of the term in order to best describe its invention And it should be construed as meaning and concept consistent with the technical idea of the present invention.

Therefore, the embodiments described in the present specification and the configurations shown in the drawings are only the most preferred embodiments of the present invention, and not all of the technical ideas of the present invention are described. Therefore, It should be understood that various equivalents and modifications may be present.

Hereinafter, a preferred embodiment of a modular refrigerator shelf according to the present invention will be described with reference to the accompanying drawings.

As shown in FIGS. 1 and 2, a modular refrigerator shelf according to the present invention is a shelf for modularizing small refrigerators, and includes a plurality of support frames 100 vertically erected with a predetermined clearance, A lower clamping unit 300 fastened to the lower end of the support frame, and a panel 400 which is held in a vertical position between the support frames, Lt; / RTI >

Here, the panels 400 function to support a plurality of small refrigerators. The plurality of support frames 100 serve to support the load of the panel 400 to a load of a plurality of small refrigeration degrees, The upper fastening bar 200 functions to prevent fluidity near the upper portions of the plurality of support frames 100, and the lower end fastening band 300 is provided on the lower portions of the support frames 100 And functions to prevent fluidity in the vicinity.

In particular, each of the plurality of support frames 100 may be individually formed as a single piece, and the support frames 100 may be formed with adjustment grooves 110 along the side surfaces thereof, The slide grooves 120 may be formed along the longitudinal direction of the support frame 100 along with the adjustment grooves 110 and the lock grooves 130 may be formed at the upper ends of the support frames 100. [ And a guide path 140 is formed in the control groove 110 along both sides of the control groove 110 as shown in FIG. A supporting protrusion 170 partially accommodated in the adjusting groove 110 and a locking protrusion 142 formed in each of the sections of the guide path 140 and magnets 142 embedded in the outer side of the guide path 140 The organic structure will be described later.

The upper fastening table 200 fastened to the upper ends of the plurality of support frames 100 includes locking holes 210 that can be fastened to the lock grooves 130 formed on the upper end of the support frame 100 . Of course, the lower end fastener 300 fastened to the lower ends of the plurality of support frames 100 may also include a locking hole 310 (not shown) which can be fastened to the locking grooves (not shown) formed at the lower ends of the support frame 100 ).

Here, the locking holes 210 and 310 are a kind of fastening means having elastic properties and are engaged with the supporting frame 130 when the locking groove 130 is completely opened when the locking groove 130 is opened, 100 and the upper and lower fastening members 200, 300, respectively.

Meanwhile, the support protrusions 170 described above can be adjusted in a manner such that the gap adjustment of the support protrusions 170 positioned above and below in the manner of moving in the adjustment groove 110 formed in the longitudinal direction along the side surface of the individual support frame 100 When the gap between the support protrusions 170 is adjusted, the support protrusions 170 are in a fixed state in which they are not moved in the adjustment groove 110. The fixing of the support protrusions 170 allows the panels 400 to be received in the support frame 100 in a state in which the left and right sides thereof are engaged with the support protrusions 170 to maintain the engagement state.

The movement and fixation of the adjusting groove 110 with respect to the support protrusion 170 will be described below.

6, the support protrusions 170 can be fixed and moved in the control groove 110 according to the manner of operation of the retaining pieces 171 drawn or drawn in the right and left sides of the support protrusions 170. That is, Lt; / RTI >

The magnetic force method includes a magnet 172 embedded in the engaging pieces 171, a magnet 141 embedded in a guide path 140 formed on the inner side of the adjusting groove 110, Can be realized from the configuration of the latching jaw 142 formed for each section of the latching member 140.

For example, when the magnet 172 embedded in the engaging pieces 171 is a positive pole, the magnets 141 embedded in the guide path 140 are alternately polarized in a positive and negative polarity, A positive pole magnet 172 embedded in the support protrusion 170 when the support protrusion 170 is moved in the control groove 110 to adjust the clearance of the support protrusion 170, The engaging piece 171 is pulled into the inside of the support protrusion 170 by a repulsive force between the magnets 141 and 172 while being brought close to the magnet of the positive pole embedded outside the guide path 140, So that the support protrusion 170 can be moved in the support member 110.

The support protrusions 170 are fixed to the control recesses 110. The positive protrusions 172 embedded in the support protrusions 170 are embedded in the guide passages 140, The engaging piece 171 is pulled out into the inside of the supporting protrusion 170 by a force acting between the magnets 141 and 172 so that the engaging piece 171 is caught by the engaging jaw So that the support protrusion 170 can be fixed in the adjustment groove 110. [ By fixing the support protrusions 170, the panel 400 can be mounted on the support protrusions 170 so that the small refrigerators can be loaded.

3, the supporting frame 100 may be composed of a plurality of articles of an upper frame 101 and a lower frame 102. In the upper frame 101, The upper and lower frames 101 and 102 are hingedly connected to each other, thereby preventing rotation of the upper and lower frames 101 and 102 as well as preventing rotation.

That is, the rotation or fixation between the upper and lower frames 101 and 102 can be realized by the fixing pin 160 inserted in the overlapped portion of the hinge portions 150 and 151, which are the hinge connection portions between the upper and lower frames 101 and 102

The hinge 150 is connected to the hinge 150 by the fixing pin 160 while the hinge 150 is in contact with the hinge 151. The hinge 150 is integrally formed with the upper frame 101, The hinge section 151 may be a constituent part integrated with the lower frame 102. Accordingly, when the rotation operation is performed between the hinge regions 150 and 151, the rotation operation is performed between the upper and lower frames 101 and 102. When the hinge regions 150 and 151 are fixed, they are also fixed between the upper and lower frames 101 and 102. The rotation and fixing of the hinge regions 150 and 151 are determined by the operation of the fixing pin 160.

Referring to FIG. 4, details of the hinge sections 150 and 151 and the fixing pin 160 are shown in FIG. 5, and the hinge section 150 of the hinge sections 150 and 151 And a hinge hole 150b formed in the polygonal groove 150a from the end of the formation of the polygonal groove 150a to the other side of the polygonal groove 150a. have.

The hinge region 151 is formed in a direction from the one end to the other end of the hinge hole 151b and a hinge hole 151b formed in the hinge hole 151b from the point where the formation of the hinge hole 151b ends to the other end And a gear hole 151a.

Here, the hinge hole 150b and the hinge hole 151b are in contact with each other, that is, when they are arranged in order from one end of the hinge 150 to the other end of the hinge 151, The groove 150a, the hinge hole 150b, the hinge hole 151b, and the gear hole 151a.

The fixing pin 160 inserted in the hinge regions 150 and 151 includes a shaft rod 162, a polygonal portion 164 formed at one end of the shaft rod 162, And the gear portion 163 formed near the center of the shaft rod 162. The polygonal portion 164 may be formed in the polygonal groove 150a of the hinge 150, The gear portion 163 is engaged with the gear hole 151a of the hinge 151 and the shaft 162 is engaged with the hinge hole 151a of the hinge 150, And the pushing protrusion 161 is in a state of protruding from the other end of the hinge 151 to the outside by a predetermined gap, . A spring 165 having elasticity is inserted around the shaft rod 162 in a section extending from the back surface of the presser foot 161 to the other end of the hinge 151.

The gear portion 163 and the polygonal portion 164 are engaged with the gear hole 151a by a predetermined distance from the other end of the hinge 151 to the outside, The hinge portions 150 and 151 are prevented from rotating with each other and are in a fixed state and thus are in a fixed state that can not be rotated between the upper and lower frames 101 and 102 .

The gear portion 163 and the polygonal portion 164 are engaged with the gear hole 151a and the polygonal groove 150a, respectively, if the pusher 164 is in close contact with the other end of the hinge 151. [ It is possible to rotate between the hinge regions 150 and 151, and the hinge regions 150 and 151 are finally rotatable between the upper and lower frames 101 and 102 as well.

The pressing member 164 is in close contact with the other end of the hinge 151 so that the pressing member 164 can be moved toward the other end of the hinge 151 using the user's hand And the spring 165 is in a contracted state due to the urging force of the pushing member 164.

When the user's hand is released from the pressing member 164, the pressing member 164 is returned to its original position by the restoring force of the contracted spring 165. As a result, the gear member 163 and the polygonal member The engaging portion 164 is resiliently engaged with the originally engaged gear hole 151a and the polygonal groove 150a.

Accordingly, the support frames 100 constituted by the upper and lower frames 101 and 102 can be deformed while rotating the upper and lower frames 101 and 102 at various angles by operating the pushing member 161 in a desired form. The configuration pattern of the small refrigerator mounted on the panel 400 by the configuration of the support frame 100 of the modified form can be diversified. Fig. 7 is a diagram showing an example in which the upper and lower frames 101 and 102 are deformed by being rotated, and can be modified to an arrangement pattern of a small refrigerator. Of course, as shown in Fig. 7, the rotational deformation of the upper and lower frames 101 and 102 can be changed into various shapes.

In addition, the present invention is not limited to the support frame 100 constituted by the upper and lower frames 101 and 102, but may also consider a technique in which a central frame (not shown) is additionally provided between the upper and lower frames 101 and 102, Can be further included.

That is, the hinge portion in the support frame 100 is shown only at one point limited by the hinge between the upper and lower frames 101 and 102 in the drawings of the present invention. Such a hinge portion is possible at two points or three points, It should be understood that the resulting rotated frames also include techniques that can be added.

Of course, the movement and fixing operation of the support protrusion 170 in the adjustment groove 110 may be applied to the support frames 100 constituted by the upper and lower frames 101 and 102 by the magnetic force method. So that a detailed description thereof is omitted.

The shelves in the present invention are shelves for modularizing various miniaturized refrigerators capable of storing necessary food items in separate independent rooms according to the tendency of one person household, It is modularized into various layout patterns according to the style, and is also used for design function that can present a beautiful appearance such as furniture, which is not for home appliances for refrigeration and freezing.

The support frame (100)
The hinge region 150,
The fixing pin 160
The support protrusions 170,
The upper fastening band 200
The lower fastening base 300
In the panel 400,

Claims (7)

It is a display stand for modularizing exclusive small refrigerators which can be stored independently for consumed foods such as beverages, side dishes, vegetables, meats, and kimchi according to the tendency of personal home and personal lifestyle to be universalized. A plurality of individual support frames mounted vertically and supporting a plurality of miniature refrigerators in a stacked state; An upper fastening member which is fastened in a manner that the lock hole is opened by elasticity when entering the lock grooves formed at the upper ends of the plurality of individual support frames to eliminate the fluidity to the upper portions of the individual support frames; A lower end fastening fastened to the lower end of the individual support frame in a manner that the locking hole is opened by elasticity while entering the lock recess formed at the lower ends of the plurality of individual support frames, And a plurality of individual panels mounted between the individual support frames at predetermined intervals in an upward and downward direction to support loads of the small refrigerators; / RTI >
The support frame may further include a plurality of support protrusions for securing right and left sides of the panel,
The plurality of support protrusions are respectively moved along the adjustment grooves formed along the longitudinal direction of the support frame to adjust the gap between the panels and fixed in the adjustment grooves to fix the panels, A guide formed parallel to the direction;
A plurality of engaging jaws protruding at predetermined intervals along the longitudinal direction of the guide;
A plurality of individual magnets embedded along the longitudinal direction of the guide at regular intervals along the outer side of the guide;
The holding protrusion being pulled out or pulled in by the magnetic force from the left and right sides of the supporting protrusion and being hooked on the holding protrusion while being pulled out near the upper end of the holding protrusion;
A magnet embedded in the engaging piece to receive and receive magnetic force from individual magnets embedded in the guide;
Further comprising:
The magnet embedded in the engaging piece is attracted to a part of the individual magnet embedded in the guide path while the engaging piece is moved from the left and right sides of the supporting protrusion in such a manner that a repulsive force acts on the remaining part of the individual magnet. And the fixing and movement of the support protrusions in the guide path is performed. delete It is a display stand for modularizing exclusive small refrigerators which can be stored independently for consumed foods such as beverages, side dishes, vegetables, meats, and kimchi according to the tendency of personal home and personal lifestyle to be universalized. A plurality of individual support frames comprising a hinge configuration of an upper frame and a lower frame supporting a plurality of miniature refrigerators in a stacked state while being vertically erected; An upper fastening member that is fastened in a manner that the lock hole is opened by elasticity when entering the lock grooves formed at the upper ends of the plurality of individual support frames to remove the fluidity to the upper portions of the individual support frames; A lower end fastening fastened to the lower end of the individual support frame in a manner that the locking hole is opened by elasticity while entering the lock recess formed at the lower ends of the individual support frames, And a plurality of individual panels mounted between the individual support frames at predetermined intervals in an upward and downward direction to support loads of the small refrigerators; / RTI >
The support frame may further include a plurality of support protrusions for securing right and left sides of the panel,
The plurality of support protrusions are respectively moved along the adjustment grooves formed along the longitudinal direction of the support frame to adjust the gap between the panels and fixed in the adjustment grooves to fix the panels, A guide formed parallel to the direction;
A plurality of engaging jaws protruding at predetermined intervals along the longitudinal direction of the guide;
A plurality of individual magnets embedded along the longitudinal direction of the guide at regular intervals along the outer side of the guide;
The holding protrusion being pulled out or pulled in by the magnetic force from the left and right sides of the supporting protrusion and being fixed to the holding protrusion while being pulled out from the vicinity of the upper end of the holding protrusion,
A magnet embedded in the engaging piece to receive and receive magnetic force from individual magnets embedded in the guide;
Further comprising:
The magnet embedded in the engaging piece is attracted to a part of the individual magnet embedded in the guide path while the engaging piece is moved from the left and right sides of the supporting protrusion in such a manner that a repulsive force acts on the remaining part of the individual magnet. And the fixing and movement of the support protrusions in the guide path is performed. delete The method of claim 3,
A pair of hinge portions formed in a state of overlapping each other as a hinge connecting portion between the upper frame and the lower frame to prevent rotation between the upper and lower frames, ;
Wherein one of the pair of hinge regions comprises a polygonal groove formed from a side end to a certain point in the inward direction;
A hinge hole formed along the inside of the polygonal groove to the other end of the hinge region;
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And the other hinge hole has a hinge hole formed along a direction continuous with the hinge hole to a certain point in the inner direction thereof;
A gear hole formed along the inner side from the hinge hole to the other side end;
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Wherein the fixing pin is inserted into the hinge holes;
A polygonal part integrally formed at one end of the shaft rod and inserted into the polygonal groove,
A gear portion integrally formed on the other side of the shaft rod and inserted into the gear hole to be engaged;
A pushing member formed integrally with the other end of the shaft rod extending from the gear portion while maintaining a predetermined clearance therebetween;
A spring which is hooked at one end on the back surface of the pressing member and which is engaged with an outer surface of the gear unit and the outer surface of the hinge unit constituted by the polygonal part to provide elasticity in the direction of the pressing member when the pressing member is pressed;
Further comprising a plurality of compartments arranged on the shelf. 6. The method of claim 5,
Wherein the polygonal portion in the engaged state is detached while the shaft portion of the pin is advanced from the polygonal groove and the gear portion in the engaged state is engaged with the gear hole, While allowing rotation between frames,
The polygonal groove having been removed from the polygonal groove is smacked again while the shaft rod is moved into the polygonal groove along with returning to the original position of the pressing hole by the elastic force of the spring, And the rotation of the upper and lower frames is prevented while the removed gear portion is fitted again. The method according to claim 1,
The miniature refrigerators are stacked in a modular fashion by the shelves, and each miniature refrigerator is provided with a beautiful appearance by unifying or coloring its appearance color and pattern, The modular refrigerator shelves are characterized by the food, such as meat, kimchi, and ice, which are allocated for their own independent storage in accordance with the purpose of use.

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