KR100408319B1 - unit structure for set showcase - Google Patents

Abstract

The present invention relates to a prefabricated showcase and to a prefabricated showcase that can be variously installed in accordance with the environment of the showcase.

The present invention can be installed by adjusting the size of the showcase according to the use environment of the showcase because the shelf unit structure and the unit structure for the side wall body is made according to the combination of one or more unit structures having a predetermined width and each having a connection portion, The object is to provide a prefabricated showcase that is easy to assemble and disassemble.

In another aspect, the present invention provides a unit structure for the shelf having a structure that can be attached and detached sliding doors and lighting facilities for forming the storage space in the prefab display case and can be combined with various attachments without welding or a separate coupling device. The purpose is to provide a showcase.

Furthermore, an object of the present invention is to provide a prefabricated display case that is provided with a separate structure for attaching additional equipment such as a lighting system so that the fastening part of the auxiliary equipment is not exposed to the outer surface of the display case.

Description

Unit structure for set showcase

The present invention relates to a prefabricated showcase and to a prefabricated showcase that can be variously installed in accordance with the environment of the showcase.

Generally, showcases for displaying merchandise are used in various stores such as cosmetics shops, fancy goods stores, supermarkets and bookstores. In these stores, various sizes and types are displayed depending on the display environment according to the store environment or the size and type of goods to be displayed. Because of the type of showcase required, a prefabricated showcase is typically used that can meet a variety of environments and is easy to install.

Figure 1 shows a unit shelf of such a prefabricated showcase, and is published in the domestic registered utility model publication (registration number 111070). As shown in FIG. 1, the assembled showcase is provided with a U-shaped fitting portion that is a female connection portion at the front end of the rear shelf unit 10, and an I-shaped fitting piece 40 is provided at the rear end of the neighboring front shelf unit. The I-shaped fitting piece 40 is inserted into the female fitting part 50 to finally form a shelf. Figure 2 shows a state in which the shelf formed in this way is mounted on the showcase, the shelf is mounted by a support interval 60 fixed to the wall of the prefabricated showcase, the fitting grooves 30 on both sides of the shelf unit Is formed, since the support 60 is inserted into the fitting groove 30 of the shelf unit is to be mounted on the shelf. However, the above-described conventional prefabricated showcases can adjust the width of the shelf by increasing or decreasing the number of shelf units forming the shelf, but the length of the shelf is still standardized. There is a problem such as welding or a separate connection member to be padded on the bottom. In addition, the length of the vertical support for supporting both sides of the shelf is also not free, there is a disadvantage that can not accommodate the change according to the display environment. In addition, the shelf unit simply supports the display goods by forming a shelf, there is a problem that can not be equipped with additional facilities such as lighting or other attachments to increase the display effect.

The present invention can be installed by adjusting the size of the showcase according to the use environment of the showcase because the shelf unit structure and the unit structure for the side wall body is made according to the combination of one or more unit structures having a predetermined width and each having a connection portion, The object is to provide a prefabricated showcase that is easy to assemble and disassemble.

In another aspect, the present invention provides a unit structure for the shelf having a structure that can be attached and detached sliding doors and lighting facilities for forming the storage space in the prefab display case and can be combined with various attachments without welding or a separate coupling device. The purpose is to provide a showcase.

Furthermore, an object of the present invention is to provide a prefabricated display case that is provided with a separate structure for attaching additional equipment such as a lighting system so that the fastening part of the auxiliary equipment is not exposed to the outer surface of the display case.

1 is a perspective view showing a shelf of a conventional expandable showcase.

Figure 2 is a mounting state of the shelf and the wall according to the conventional showcase expandable.

Figure 3 is a longitudinal cross-sectional view for explaining the basic embodiment of the shelf unit component structure of the prefabricated showcase of the present invention,

4 is a vertical cross-sectional view showing an enlarged coupling structure of a male and a male coupling part in coupling a shelf unit part structure and another unit part structure shown in FIG.

5a to 5h are vertical cross-sectional views for explaining another embodiment of the shelf unit component structure shown in FIG.

6a to 6c is a vertical cross-sectional view for explaining the unit part structure for finishing the front of the shelf of the prefabricated showcase of the present invention, respectively,

7a and 7b is a longitudinal cross-sectional view showing an example of the combination of the shelf unit part structure and the shelf front part unit structure of the prefabricated showcase of the present invention,

8A and 8B are vertical cross-sectional views for explaining the unit part structure for the sliding door frame of the assembled showcase of the present invention, respectively;

Figure 9 is a longitudinal cross-sectional view showing an example of the combination of the unit unit structure for the shelf unit and sliding door frame of the assembled showcase of the present invention,

10 is a longitudinal cross-sectional view for explaining the basic embodiment of the unit part structure for the side wall of the assembled showcase of the present invention;

11A to 11F are vertical cross-sectional views for explaining another embodiment of the unit part structure for side wall of the assembled showcase of the present invention, respectively;

12 is a longitudinal cross-sectional view showing an example of coupling the side wall body according to an embodiment of the present invention;

13 is a front view of a prefabricated showcase constructed using various unit part structures of the present invention.

<Explanation of symbols for the main parts of the drawings>

p: male coupling portion q: female coupling portion

q1: joint, q2: vertical jaw,

r: arm fastening, s: unit structure for rear finishing,

t: stepped reinforcement piece, u: fluorescent lamp support piece,

v: fluorescent lamp, w: band-like printing sheet,

100, 100a-100h: shelf unit structure

102, 102a-102h: display panel

110, 110a-110h: water load distribution piece,

112, 112d, 114, 114e-114h: joints,

120, 120a-120h: load distribution on the female side,

130, 130a-130h, 132, 132f-132h, 134, 134h: reinforcement channel,

140, 140a, 140b, 140d-140h, 142, 142d-142h, 144, 144e-144h:

200, 200b, 200c: unit structure for finishing the shelf front,

202, 202b, and 202c: horizontal support pieces,

210, 210b, 210c: blanking plates,

220, 220b, 220c: load distribution on the female side,

230: fitting,

300, 300b: unit structure for sliding door frame,

302, 302b: horizontal support piece,

310, 310b: guide rail,

400, 400a-400f: unit structure for side wall

402, 402a-400f: wallboard

410, 410d-410f, 412: reinforcement channel

420, 420d-420f: Insertion groove

430, 430a-430f

440, 440a-440f: female fastening plate

470: Unit finishing plate for walls

488 unit structure for female wall connection

489 unit structure for water side wall connection

The prefabricated showcase of the present invention is a display panel having a predetermined width and thickness (t); A water coupling part formed over the entire length of the display panel, protruding outwardly by a predetermined length b while overlapping the lower surface of the front end of the display panel by a predetermined length a, and having a thickness t; It is formed over the entire length of the display panel, protrudes downward from the lower surface of the display panel by a predetermined length (c) from the rear end of the display panel by a predetermined length (c) after a predetermined length (d) e) a joint consisting of a joint piece which protrudes outwardly by a thickness and has a thickness t and a locking jaw that protrudes upward by a predetermined length f and extends from the outward end of the joint piece and has a thickness t, at least A shelf is formed by male-to-female coupling with at least one other shelf unit component structure having the display plate, the male coupling portion and the female coupling portion. At this time, the relationship between the length is a = b = c = d = f = t, e = 2t without considering the play. The apparatus may further include at least one arm fastening member formed over the entire length of the lower surface of the display plate, and the arm fastening member may have a side wall body supporting the shelf unit component structure at both sides during fabrication of the prefab display case. The shelf unit component structure is fastened to the penetrating male fastening piece so as to be supported by the side wall body. In this configuration, since the unit structure for the shelf can be freely adjusted in width and length, it is possible to provide a prefabricated showcase that can be variously installed according to the environment in which the prefabricated showcase is installed and the products to be displayed.

It is formed over the entire length of the lower surface of the display panel, protrudes downward from the lower surface of the display panel by a predetermined length at a position that has entered a predetermined length (g) inward from the inward end of the water coupling portion and the thickness (t) It is further provided with a water-side load distribution piece having a full length of the lower surface of the display plate, and protruding downward from the lower end of the locking jaw by a predetermined length, the length relationship does not consider the play In the state g = t, when the at least one shelf unit component structure is female and female to form a shelf, the male load balancing piece and the female load balancing piece are in contact with each other to distribute the load applied to the female coupling part and the male coupling part. It is formed to make. And at least one hollow reinforcing channel formed over the entire length of the bottom surface of the display panel to reinforce the display panel. In addition, at least one of the reinforcing channels is formed with the female load distribution piece as a part. According to this configuration, there is an advantage that the deflection at the connection portion of the shelf unit structure can be reliably prevented with a simple configuration.

Then, the support plate is formed over the entire length of the lower surface of the display panel, protruding downward by a predetermined length (h) from the lower surface of the display panel and the auxiliary equipment horizontally extended while being fixed to the lower end of the support piece Further provided with a mounting piece, the predetermined length (h) is determined in consideration of the length of the water acceptor piece for fixing the auxiliary equipment on the lower surface of the auxiliary equipment mounting piece and the support piece is formed by the water load distribution piece as a part. . According to this configuration, it is possible to provide a prefabricated showcase that can be equipped with additional facilities such as lighting.

In addition, a display plate having a predetermined width and thickness (t) is formed over the entire length of the display panel, and the predetermined length (b) in a state overlapping the lower surface of the front end of the display panel by a predetermined length (a) It projects outwardly and engages with the water coupling portion of the unit component structure for a shelf having a water coupling portion having a thickness t to serve as a front finish, and has a horizontal support piece, a predetermined length from the rear end of the horizontal support piece to the inside ( c) a joint having a thickness t and an outwardly protruding outwardly by a predetermined length d and then protruding downwardly from the lower surface of the horizontal support piece at a predetermined position; A female engaging portion consisting of a locking projection protruding upward by a length (f) and having a thickness (t) and a shielding plate extending downwardly by a predetermined length in place of the female engaging portion, wherein the relationship between the lengths is maintained. Is not in the state a = b = c = d = f = t are considered, it is e = 2t is the place of the shielding plate is provided with further shift the fitting is fitted is printed on the sheet strip. Furthermore, the shielding plate may be formed of a non-transparent material. According to such a front finishing plate, the coupling part of the shelf unit structure is not exposed, and the sheet of the product information can be attached using the fitting pieces formed on the shielding plate, and the aesthetics are further improved when mounted in the lighting facility. It is possible to provide a prefabricated showcase.

On the other hand, the present invention is formed over a display plate having a predetermined width and thickness (t), the entire length of the display panel, the predetermined length in a state overlapping the lower surface of the front end of the display panel by a predetermined length (a) (b) is projected outwardly and combined with the male coupling part of the unit component structure for a shelf having a male coupling part having a thickness t to function as a sliding door frame, the horizontal supporting piece being predetermined inward from the rear end of the horizontal supporting piece; A joint having a thickness t and an outward end of the joint piece having a thickness t after protruding downward by a predetermined length d from the lower surface of the horizontal support piece at a position entered by a length c of And a female coupling portion consisting of a locking projection protruding upward by a predetermined length f and having a thickness t, and at least one guide rail extending from an appropriate position of the female coupling portion to guide the sliding door. Jidoe, wherein the predetermined length is a relationship in a state not considering the clearances a = b = c = d = f = t, is formed such that e = 2t. According to this configuration, it is possible to provide a prefabricated showcase in which a sealed storage space is formed, thereby providing a prefabricated showcase having more various functions.

And the present invention is a wall plate having a predetermined width and thickness (t); A male coupling part formed over the entire length of the wall plate, protruding outwardly by a predetermined length (b) while overlapping the bottom surface of the wall plate by a predetermined length (a), and having a thickness (t); It is formed over the entire length of the wall plate, protrudes downward from the lower surface of the wall plate at a position entered by the predetermined length (c) from the rear end of the wall plate by a predetermined length (d) and then by a predetermined length (e). And a female engaging portion consisting of an outwardly protruding joint piece having a thickness t and a locking jaw protruding upward from the outward end of the joint piece by a predetermined length f and having a thickness t. The relationship is: a = b = c = d = f = t, e = 2t, without considering play, and at least one unit part structure for at least one other side wall body having the wall plate, the male coupling portion and the female coupling portion; Male and female combine to form a sidewall body. In addition, at least one hollow reinforcing channel formed over the entire length of the inner surface of the side wall body; An insertion protrusion formed to protrude from the lower surface of the reinforcing channel; An insertion groove protruding from an inner surface of the side wall body; A water receiving plate protruding from the inner surface of the side wall body spaced inwardly by the water coupling portion inwardly formed in one side of the water receiving plate to fit the free end of the female fastening plate and the female fastening plate extending downward from the female coupling portion It is formed to include a mounting piece and the protrusion formed on the lower surface of the reinforcing channel and the reinforcing channel is formed at a position spaced apart a predetermined interval (a) to be inward from one side of the inner surface of the side wall body, the receiving portion is predetermined at the female side connection portion The space b is formed at an inwardly spaced position, and the length relationship is formed to be a = b. According to this configuration, not only shelves but also sidewalls can be adjusted in length and width, thereby providing a prefabricated showcase with improved adaptability to the environment.

In addition, according to the present invention a unit part having a predetermined width and thickness; A male coupling part formed over at least a part of the length of the unit part and protruding from a lower surface of the front end of the unit part; A female coupling part formed over the entire length of the unit part and formed on a lower surface of the rear end of the unit part; wherein the bottom end of the male coupling part is spaced apart from the front end of the unit part by a predetermined length (b), and The bottom end of the male coupling portion is spaced apart from the front end of the unit part by a predetermined length (a), and the inner surface of the female coupling portion is formed to have the same shape as the outer surface of the male coupling portion. The upper edge of the front end of the unit part and the lower end of the front end of the male coupling part may be formed in a step shape, or may be inclined.

Hereinafter, with reference to the accompanying drawings will be described the configuration and operation of the assembled showcase according to a preferred embodiment of the present invention.

Figure 3 is a longitudinal cross-sectional view for explaining the basic embodiment of the shelf unit component structure of the prefabricated showcase of the present invention.

Normally, the left side is the front end and the right side is the rear end, and the inward direction refers to the direction from the predetermined position of the unit part structure toward the center, and the outward direction is described in the opposite direction of the center. Hereinafter, the unit part structure is called a unit structure.

As shown, the shelf unit structure of the present invention is formed over the entire length of the display plate 102 and the display plate 102 in the form of a plate having a predetermined width and thickness (t), the water coupling to the front end portion The portion p is formed and the female coupling portion q is formed at the rear end. And the female fastening piece (r) is formed over the entire length of the lower surface of the display plate is formed so that when the prefabricated showcase is fastened to the water fastening piece penetrating through the side wall body supporting the shelf unit structure on both sides of the shelf The unit part structure may be supported by the side wall body. Furthermore, since the arm fastening piece r is formed over the entire length of the shelf unit structure 100, the shelf unit structure 100 is freely cut in the length of the shelf determined according to the environment of the store and the display goods. Because it can be processed and used, compatibility with the environment is further increased. In addition, the lower surface of the display plate 102 is formed over the entire length of the lower surface, the lower surface of the display plate 102 at a position that has entered a predetermined length (g) inward from the inward end of the water coupling portion (p). A water load distribution piece 110 protruding downward by a predetermined length and having a thickness t is formed as a part of a support piece protruding downward by a predetermined length h at a lower surface of the display plate 102. Subsidiary equipment mounting piece 140 is formed to extend horizontally while being fixed to the lower end of the support piece (shrinkage load distribution piece) 110. At this time, the length relationship is g = t in the state without considering the play, and the predetermined length (h) is determined in consideration of the length of the water-carcass piece for fixing the auxiliary equipment on the lower surface of the auxiliary equipment mounting piece 140 Should.

And is formed over the entire length of the lower surface of the display plate 102, the arm side load distribution pieces 120 protruding downward by a predetermined length from the lower end of the female coupling portion (q) is further provided for at least one shelf The load on the female coupling portion q and the male coupling portion p is brought into contact with the female load distribution piece 110 and the female load distribution piece 120 when the unit part structure is male and female to form a shelf. It is possible to prevent the deflection of the shelf unit structure at the connection portion. In addition, the arm-side load distribution piece 120 as shown is one side wall of the hollow reinforcement channel 130 to reinforce the strength of the display plate 102 to prevent deformation due to the load applied to the display plate 102 It could be

4 is a longitudinal cross-sectional view showing an enlarged coupling structure of a female and a male coupling part in joining a shelf unit component structure and another unit component structure shown in FIG. The reference numerals for the detailed functional pieces of the coupler are omitted. A water coupling part p and a display plate 100 protruding outwardly by a predetermined length b while overlapping the lower surface of the front end of the display plate 100 by a predetermined length a, and having a thickness t. Is formed over the entire length of the display panel, and protrudes downward from the lower surface of the display panel 100 at a position entered by the predetermined length (c) from the rear end of the display panel 100 to the inner side. The joint piece q1 protrudes outward by a predetermined length e and has a thickness t, and the latching jaw protrudes upward by a predetermined length f from the outward end of the joint piece q1 and has a thickness t. A female coupling portion (q) consisting of (q2) is formed. On the other hand, the relationship between the lengths is preferably a = b = c = d = f = t, e = 2t without considering the play. According to the configuration of the male and female coupling portion, the outward protrusion of the male coupling portion p and the moment applied to the connecting portion by the rear end of the display plate 102 of the unit structure for the shelf unit 100 adjacent to the female coupling portion ( Since the locking step q2 of q) is caught by the inner surface of the male coupling part p, the side movement is prevented, and thus, two neighboring shelf unit structures are fixed.

In this case, at least one shelf unit component structure having at least the display plate 100, the male coupling part p, and the female coupling part q is male to female to form a shelf. In the unit shelf structure, only the thickness of a specific functional piece may be different, but the thickness t of each functional piece is preferably the same. In the following claims, unless otherwise specified, the thickness t of each functional piece is assumed to be the same.

5A to 5H are vertical cross-sectional views for explaining another example of the shelf unit component structure shown in FIG. 3, respectively.

The shelf unit structure shown in FIG. 5A has the same configuration as that shown in FIG. 3 except that the width of the display plate is wider than that of FIG.

The shelf unit structure shown in FIG. 5B has a width of the display plate 102b wider than that of FIG. 5A in order to fit various widths, and is provided with a joint piece 112b on the bottom surface of the display plate and horizontally inwardly from the joint piece 112b. The auxiliary equipment mounting piece 142b is further provided in the direction. Also, unlike the mounting piece and the reinforcing channel shown in FIG. 5A are formed adjacent to each other, the mounting piece 140b and the joint piece 112b are formed adjacent to each other.

In the shelf unit structure illustrated in FIG. 5C, at least one arm fastening piece r is formed on the upper surface of the reinforcing channel 130c and the reinforcing channel 130c is entirely formed on the lower surface of the display plate. Thus, the female load distribution piece 120c and the water load distribution piece 110c respectively form both side walls of the reinforcing channel, and are mainly used as the intermediate structure shelf structure 100c.

The shelf unit structure shown in FIG. 5D has a width of the display plate 102d wider than that shown in FIG. 5C, and has a joint piece 114d and a mounting piece 144d on the lower surface of the display plate 102d. It is further provided.

The shelf unit structure shown in FIG. 5E is provided with one more reinforcing channel 132d on the lower surface of the display plate 102e as the width of the display plate 102e becomes longer. The reinforcing channel 132e is formed, and the joint piece 142e formed on the bottom surface of the display plate 102e uses one side wall of the reinforcing channel 132e.

The shelf unit structure shown in FIG. 5F has the same shape as that shown in FIG. 5E, but the display panel 102f has a longer width.

The display panel 102g of the shelf unit structure illustrated in FIG. 5G is longer than the width of the display panel illustrated in FIG. 5F, and has one reinforcement channel adjacent to the reinforcement channel 130g formed on the lower surface of the female coupling part q. 134 g is further provided.

The shelf unit structure shown in FIG. 5H has the same shape as that shown in FIG. 5G, but the display panel 102h has a longer width.

6A to 6C are longitudinal cross-sectional views for explaining the unit part structure for finishing the shelf front of the assembled showcase of the present invention, respectively. The unit component structure for finishing the shelf front surface of the present invention has a predetermined length inward from the rear end of the horizontal support piece 202 and the horizontal support piece 202 in order to be coupled to the male coupling portion p of the shelf unit component structure. (c) of the joint piece and the joint piece having a thickness t after protruding downward by a predetermined length d from the lower surface of the horizontal support piece 202 at a predetermined position; It has a female engaging portion (q) consisting of a locking projection protruding upward by a predetermined length (f) at the outward end and having a thickness (t). In addition, the cover plate 210 extending downward by a predetermined length in place of the female coupling portion (q), the relationship between the functional pieces is preferably the same as described in FIG. In addition, as shown in FIG. 6B, a fitting piece 230 into which a band-shaped printing sheet is fitted is provided at a position of the shielding plate 210b, so that a sheet printed with the price or information of the goods to be displayed can be inserted. . And the shield plate may be extended downward in a curved form as shown in Figure 6b.

7a and 7b is a longitudinal cross-sectional view showing a combination example of the shelf unit part structure and the shelf front part unit structure of the prefabricated showcase of the present invention.

Since different unit parts structures for shelves are combined to form a shelf, a stepped reinforcement piece (t) is fixed to the bottom of the part where the unit structures for shelves are coupled. Since it is fastened to the bottom of each neighboring shelf unit structure is to prevent sagging that may occur at the bonding site. In addition, the rear end unit structure (s) is inserted into the female coupling portion (q) that is not coupled to the rear end to prevent foreign matters from being caught in the female coupling portion (q), so that the shelf has a flat surface to have a beautiful aesthetic. do. In addition, the front end of the shelf is coupled to the male coupling portion formed in the shelf unit structure of the front end of the unit structure for finishing the shelf 200 can provide a beautiful aesthetic on the front. At this time, the auxiliary equipment mounting piece formed on the bottom of the shelf unit structure located at the tip end is equipped with a lighting system such as a fluorescent lamp (v) fixed by the fluorescent lamp support piece (u). It is preferable that the shielding plate of the dragon unit structure is not opaque.

In addition, a ballast may be inserted into the hollow reinforcing channel 132, and a separate attachment may be fastened to a lower end of the front finishing unit structure.

8A and 8B are vertical cross-sectional views for explaining the unit structure for sliding door frame of the assembled showcase of the present invention, respectively. The unit structure for the sliding door frame of the prefabricated showcase shown in Figure 8a has a female coupling portion (q) formed at the rear end on the horizontal support piece 302 to be coupled with the male coupling portion (p) of the shelf unit component structure, The relationship between the functional pieces is preferably the same as that described in FIG. In addition, the guide rail 310 for guiding the sliding door in a form extending from the female coupling part q is formed to face downward, and is mainly used as the upper frame 300 of the sliding door. In addition, it is formed to extend on the upper plate of the guide rail 310 and the extension portion is mounted by the water fastening piece to the accessory mounting piece of the shelf structure. In addition, it is formed to extend on the upper plate of the guide rail 310 and the extension portion is mounted by the water fastening piece to the accessory mounting piece of the shelf structure.

The unit structure 300b for the sliding door frame illustrated in FIG. 8B has a guide rail 310b for guiding the sliding door formed to extend from the female coupling part q to be used as the lower and intermediate door frames, both up and down. It is characteristic.

9 is a longitudinal cross-sectional view showing an example of the combination of the shelf unit component structure and the sliding door frame unit component structure of the assembled showcase of the present invention.

As shown, the upper shelf is configured because the shelf unit structures 100f and 100e are fastened, and the lower shelf is coupled to the shelf unit structures 100f and 100d. At this time, the sliding door is to be vertically fixed to the upper and lower shelves, according to the position of forming the female connection portion of the unit structure for the sliding door frame is provided with a shelf having a different length respectively.

10 is a vertical cross-sectional view for explaining the basic embodiment of the unit part structure for the side wall of the assembled showcase of the present invention. As illustrated, a wall plate 402 is formed to form an outer wall, and a male coupling part p is formed at the front end of the wall plate 402 and a female coupling part q is formed at the rear end. A reinforcing channel 410 is formed at one side of the inner surface of the unit structure 400 for the side wall body to reinforce the strength of the wall plate 402, and a female fastening piece r is provided upward from the bottom of the reinforcing channel 410. When the side wall body is to be fixed to the ceiling or the floor, the fixing member and the side wall body for fixing the side wall body can be fixed by a water fastening piece. In addition, when the unit structures for the side wall body are coupled to each other by facing the outer wall and the inner wall body, a female fastening plate 440 is provided on both sides of the unit structure for the side wall body so as to be coupled at a predetermined interval and prevent lateral flow from occurring. Formed. In this case, the female fastening plate 440 on the side where the male coupling part is formed is provided with a seating piece 430 to maintain a state in which the opposing side wall bodies are spaced at a predetermined interval. In the drawing, the female fastening plate 440 on the side of the male coupling part p is formed as one side wall of the reinforcing channel 410, and the seating piece 430 is formed on one side wall of the reinforcing channel 410. It is.

11A to 11F are vertical cross-sectional views for explaining another embodiment of the unit part structure for the side wall of the assembled showcase of the present invention, respectively.

The structure is the same as that of the side wall unit structure shown in FIG. 10 except that the width of the wall plate 402a of the side wall unit structure 400a shown in FIG. 11A is wider than the width of the wall plate shown in FIG. .

The unit structure 400b for the side wall body shown in FIG. 11B also has the same configuration except that the width of the wall plate 402b is wider than the width shown in FIG. 11A.

In the unit structure 400c for the side wall body illustrated in FIG. 11C, the width of the wall plate 402c is further increased, and the reinforcing channel 410c and the female fastening plate 440c are formed separately, and the female fastening piece formed on the bottom surface of the reinforcing channel 410c. A part of (r) protrudes downward to form an insertion protrusion (r), and the reinforcing channel (410c) on the inner surface of the unit structure (400c) for the side wall body by a predetermined distance (a) in the male coupling portion (p). It is formed spaced apart. An insertion groove 420 into which the insertion protrusion r is inserted is formed at a position spaced apart from the female coupling portion q by a predetermined distance b. At this time, the interval is preferably a = b.

The width of the wall plate 402d of the unit structure 400d for the side wall body shown in FIG. 11D is longer than the width of the wall plate shown in FIG. 11C, and the remaining part has the same configuration as that shown in FIG. 11C.

The width of the wall plate 402e of the unit structure 400e for the side wall body shown in FIG. 11E is longer than the width of the wall plate shown in FIG. 11D, and as the width of the wall plate 402e becomes longer, it is shown in FIG. One more reinforcing channel 412e is provided in the configuration, and the reinforcing channel 412e is provided with an insertion groove 420e into which an insertion protrusion is fitted.

FIG. 11F has the same configuration as the side wall unit structure shown in FIG. 11E except that the wall plate 402f has a width longer than the width of the wall plate of the side wall unit structure shown in FIG. 11E.

12 is a longitudinal cross-sectional view showing a bonding example of the side wall body according to the embodiment of the present invention.

The unit structures for sidewall bodies having the same width face each other and the male and female coupling portions formed on both sides of the sidewall unit structure and the male and female coupling portions of the neighboring sidewall walls may be directly fastened, but as illustrated, separate wall connection units Using the structures 488 and 489, the female coupling portion q may be coupled to the female coupling portion q by the female coupling portion q by the unit structure for wall connection. . In addition, the front surface finishing plate 470 for the wall is coupled to the male and female coupling portion formed on the front surface of the side wall body located at the front end so that the male and female coupling portions are not exposed to the front.

13 is a front view of a prefabricated showcase constructed using various unit part structures of the present invention. As shown, the water fastener is coupled to the shelf inside the sidewall body to support the shelf, so that the fastening part is not exposed to the outside, thereby providing a prefabricated showcase that can provide a beautiful aesthetic.

As described above, the prefabricated display case of the present invention may be assembled in various lengths and widths because the shelf unit constituting the shelf and the unit structure for the side wall constituting the wall have coupling portions for easy coupling and disassembly over the entire length, respectively. Therefore, there is an advantage that can be installed in various environments.

In addition, it has a structure that can be equipped with additional equipment such as lighting equipment to enhance the decorative effect of the showcase, and the front finishing unit structure is assembled on the front to hide the connection with the shelf, further increasing the decorative effect of the prefab display case. There is an advantage to this.

Furthermore, the shelf unit of the present invention is provided separately from the display panel, the accessory mounting piece for mounting the auxiliary equipment, such as lighting fixtures do not expose the fastening portion to the outside. In addition, the inner wall and the shelf structure may be configured such that the unit structure for the side wall body on which the prefabricated shelf unit structure is mounted is divided into the outer wall and the inner wall, and combines the inner wall and the outer wall while only the inner wall and the shelf structure are combined. Because the fastening part of is not exposed to the outside, it can provide a beautiful showcase.

Claims (16)

A display plate having a predetermined width and thickness t; A water coupling part formed over the entire length of the display panel, protruding outwardly by a predetermined length b while overlapping the lower surface of the front end of the display panel by a predetermined length a, and having a thickness t; It is formed over the entire length of the display panel, protrudes downward from the lower surface of the display panel by a predetermined length (c) from the rear end of the display panel by a predetermined length (c) after a predetermined length (d) e) a female engaging portion consisting of a joint piece which protrudes outwardly by a thickness and has a thickness t, and a locking jaw that protrudes upward by a predetermined length f from an outward end of the joint piece and has a thickness t; It is formed over the entire length of the lower surface of the display panel, protrudes downward from the lower surface of the display panel by a predetermined length at a position that has entered a predetermined length (g) inward from the inward end of the water coupling portion and the thickness (t) Water load distribution piece having It is formed over the entire length of the lower surface of the display plate, and further provided with a female load distribution piece protruding downward from the lower end of the locking step by a predetermined length, At least one shelf unit and at least one other shelf unit component structure having the female coupling portion and the female coupling portion are male and female to form a shelf, and when the shelf is formed, the water side load distribution piece and the female side load dispersion piece fit together. A unit component structure for a prefabricated showcase that is in contact with each other to distribute the load applied to the female coupling portion and the water coupling portion. The method of claim 1, Wherein said relationship between length and thickness is a = b = c = d = f = t and e = 2t without considering play. The method of claim 2, Further provided with at least one arm fastening piece, which is formed over the entire length of the lower surface of the display plate, The female fastening piece is fastened to a water fastening piece penetrating through the side wall body for supporting the shelf unit component structure at both sides when the prefabricated showcase is manufactured so that the shelf unit component structure can be supported by the side wall body. Unit part structure for prefabricated showcase delete The method of claim 1, And at least one hollow reinforcement channel formed over the entire length of the lower surface of the display panel to reinforce the strength of the display panel. The method of claim 5, At least one of the reinforcing channel is a prefabricated showcase unit component structure, characterized in that formed as part of the female load distribution piece. The method of claim 6, It is formed over the entire length of the lower surface of the display panel, the support piece protruding downward by a predetermined length (h) in place of the lower surface of the display plate and the auxiliary equipment mounting piece extending horizontally while being fixed to the lower end of the support piece Further provided, The predetermined length (h) is a unit part structure for a prefabricated showcase characterized in that it is determined in consideration of the length of the water shortening piece for fixing the accessory on the bottom surface of the accessory mounting piece. The method of claim 7, wherein The support piece is a prefabricated showcase unit component structure, characterized in that formed as part of the water-side load distribution piece. A horizontal coupling plate is formed over the entire length of the horizontal support plate and protrudes outward by a predetermined length (b) in a state overlapping the lower surface of the front end of the horizontal support plate by a predetermined length (a), and has a thickness (t) Combined with the water coupling portion of the unit part structure of the prefabricated showcase having a portion to function as a front finish, A horizontal support piece, protrudes downward from the lower surface of the horizontal support piece at a position entered by the predetermined length (c) inward from the rear end of the horizontal support piece by a predetermined length (d) and then protrudes outward by a predetermined length (e) An arm engaging portion consisting of a joint having a portion (t) and an upwardly projecting portion from the outward end of the joint and having a thickness (t) and extending downwardly by a predetermined length at an appropriate location of the female coupling portion. Unit cover for finishing the front surface of a shelf in a prefabricated showcase with a = b = c = d = f = t and e = 2 t without gaps Structure. The method of claim 9, The unit part structure for finishing the shelf front of the prefabricated showcase, characterized in that the insertion plate is fitted with a band-like printing sheet in place. The method of claim 9 or 10, The shielding plate is a unit part structure for finishing the shelf of the prefabricated showcase, characterized in that the non-transparent material. A horizontal support plate, which is formed over the entire length of the horizontal support plate, protrudes outward by a predetermined length (b) in a state overlapping the lower surface of the front end of the horizontal support plate by a predetermined length (a), the number having a thickness (t) Combined with the male coupling portion of the unit component structure for the shelf having a coupling portion to function as a sliding door frame, A horizontal support piece, protrudes downward from the lower surface of the horizontal support piece at a position entered by the predetermined length (c) inward from the rear end of the horizontal support piece by a predetermined length (d) and then protrudes outward by a predetermined length (e) An arm engaging portion consisting of a joint having a t and an engaging jaw having a thickness t and protruding upward from the outward end of the joint and having a thickness t and extending from an appropriate position of the female engaging portion to guide the sliding door. It comprises at least one guide rail, wherein the relationship between the predetermined length and thickness is sliding door of the prefabricated showcase a = b = c = d = f = t, e = 2t without considering the play Unit part structure for door frames. delete delete delete delete