CN220512573U - Display cabinet liner structure with difficult water accumulation - Google Patents

Abstract

The utility model relates to the technical field of refrigerator design and manufacture, in particular to a showcase liner structure with difficult water accumulation, wherein a coaming assembly is vertically arranged on a left frame beam and a right frame beam behind a frame assembly; an upper sealing plate is transversely fixed on an upper frame beam at the upper part of the frame body assembly; a bottom plate component is transversely arranged on a lower frame beam at the lower part of the frame component; a backboard component is fixedly arranged between the two coaming components; the lower edge of the backboard component is in sealing connection with the edge of the backboard component; the left coaming and the right coaming have the same shape and structure and are symmetrically arranged and installed at the rear part of the frame body component; the bottom surface of the backboard component is sequentially sealed and spliced together by a front splice plate, a rear splice plate, a left splice plate and a right splice plate; the upper surfaces of the left splice plate and the right splice plate are respectively provided with a front bump; the upper surfaces of the front splice plate and the rear splice plate are respectively provided with a rear lug; the utility model can provide a showcase liner structure which is stable and firm in assembly, quick and smooth in condensate water discharge and difficult to accumulate water.

Description

Display cabinet liner structure with difficult water accumulation

Technical Field

The utility model belongs to the technical field of refrigerator design and manufacture, and particularly relates to a showcase liner structure with difficulty in water accumulation.

Background

From the aspect of the existing refrigeration showcase industry, the existing liner structure is formed by simply splicing peripheral metal plates, and glue needs to be applied; the volume is large, so that the installation is inconvenient, the overall price is high, the drainage design is not reasonable enough, and the appearance design is not attractive enough; the whole liner is inconvenient to process and assemble, and the parts are not firmly clamped, so that water accumulation or water seepage is easy to occur in actual use; therefore, it is necessary to design a structure of the inner container of the showcase which is not easy to accumulate water so as to solve the problems.

Disclosure of Invention

The utility model aims to provide a display cabinet liner structure which is stable and firm in assembly, quick and smooth in condensate water discharge and difficult to accumulate water.

In order to achieve the above purpose, the present utility model provides the following technical solutions: a show case liner structure which is not easy to accumulate water comprises a frame body component, a coaming component, an upper sealing plate, a bottom plate component, a back plate component, an upper frame beam, a lower frame beam, zuo Kuangliang, a right frame beam, an inserting head, an inserting groove, a left coaming, a right coaming, a support preformed hole, a front splice plate, a rear splice plate, a left splice plate, a right splice plate, a drainage groove, a front lug, a rear lug, a drainage plate and a drainage hole; the frame body assembly is formed by surrounding and connecting an upper frame beam, a lower frame beam, a left frame beam and a right frame beam together; the coaming assembly is vertically arranged on a left frame beam and a right frame beam behind the frame body assembly; an upper sealing plate is transversely fixed on an upper frame beam at the upper part of the frame body assembly; a bottom plate assembly is transversely arranged on a lower frame beam at the lower part of the frame assembly; the number of the coaming components is two; a backboard component is fixedly arranged between the two coaming components; the upper edge of the backboard component is in sealing connection with the edge of the upper sealing plate; the lower edge of the backboard component is in sealing connection with the edge of the bottom board component; the coaming assembly comprises a left coaming and a right coaming; the left coaming and the right coaming have the same shape and structure and are symmetrically arranged and installed at the rear part of the frame body component; the bottom surface of the backboard component is sequentially sealed and spliced together by a front splice plate, a rear splice plate, a left splice plate and a right splice plate; front bumps are arranged on the upper surfaces of the left splice plate and the right splice plate; the upper surfaces of the front splice plate and the rear splice plate are respectively provided with a rear lug.

As a further improvement of the utility model, the upper end and the lower end of the left frame beam and the right frame beam are respectively provided with a plug; the upper frame beam, the lower frame Liang Zuoduan and the right end parts are respectively provided with a splicing groove; the plug connector and the plug groove are mutually clamped and matched and connected together.

As a further improvement of the utility model, the surfaces of the left coaming and the right coaming are vertically provided with support preformed holes at intervals.

As a further improvement of the utility model, concave drainage grooves are reserved at the two splicing positions of the front splice plate, the rear splice plate, the left splice plate and the right splice plate.

As a further improvement of the present utility model, the number of the front bumps and the rear bumps is two or more; the front lug and the rear lug are arranged in pairs at intervals.

As a further improvement of the utility model, the joint positions of the front splice plate, the rear splice plate, the left splice plate and the right splice plate are also provided with drain plates; a water drain hole is also formed in the center of the water drain plate; the front splice plate, the rear splice plate, the left splice plate and the right splice plate are obliquely arranged along one side direction of the drain plate so that the drain plate is positioned at the lowest position of the bottom plate assembly.

As a further improvement of the utility model, the outside edges of the front splice plate, the rear splice plate, the left splice plate and the right splice plate are vertically provided with water baffles; the four water baffle ends are connected end to form a surrounding frame water baffle structure.

Compared with the prior art, the utility model has the beneficial effects that: according to the technical scheme, the upper frame beam, the lower frame beam, the Zuo Kuangliang and the right frame beam are adopted, the upper frame beam and the lower frame beam are provided with the plug connectors, and the plug grooves are correspondingly formed in the end parts of the left frame beam and the right frame beam, so that the combined butt joint of the frame beams can be conveniently and rapidly carried out during the machining, and the combined butt joint device has the beneficial technical effects of rapidness and accuracy in butt joint and low assembly difficulty; according to the technical scheme, the left coaming and the right coaming are correspondingly provided with the plurality of support preformed holes at intervals, so that the net rack support component can be conveniently and subsequently installed on the inner side wall of the liner, and the trouble that independent punching operation is needed in subsequent installation is avoided; the drainage plate is designed in the bottom plate assembly, and the four plate bodies of the bottom plate assembly are obliquely arranged towards the drainage plate, so that the quick drainage can be guaranteed, and the partial ponding is prevented; according to the technical scheme, the front lug and the rear lug are designed on the surface of the bottom plate assembly, so that when ice cubes frozen at the upper part or articles falling off are encountered, the supporting and isolating effects are achieved by utilizing the upward raised structures of the front lug and the rear lug, and smooth drainage can still be achieved by utilizing the groove bodies formed between the bottom lugs; and have and form more area of contact to the ice-cube bottom that drops and be favorable to accelerating ice-cube melting into the beneficial technical effect of water.

Drawings

FIG. 1 is a schematic diagram of the overall explosive structure of the present utility model.

Fig. 2 is a schematic view of the assembled structure of the present utility model.

FIG. 3 is an enlarged partial schematic view of the floor assembly of the present utility model.

In the figure: 1. a frame assembly; 2. a coaming assembly; 3. an upper sealing plate; 4. a base plate assembly; 5. a back plate assembly; 6. an upper frame beam; 7. a lower frame beam; 8. a left frame beam; 9. a right frame beam; 10. a plug; 11. a plug-in groove; 12. a left coaming; 13. a right coaming; 14. a support preformed hole; 15. a front splice plate; 16. a rear splice plate; 17. a left splice plate; 18. a right splice plate; 19. a drainage channel; 20. a front bump; 21. a rear bump; 22. a drain plate; 23. a water discharge hole; 24. and a water baffle.

Description of the embodiments

The following description of the embodiments of the present utility model will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present utility model, but not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the utility model without making any inventive effort, are intended to be within the scope of the utility model.

Referring to fig. 1 to 3, the present utility model provides a technical solution: the showcase liner structure which is difficult to accumulate water comprises a frame body assembly 1, a coaming assembly 2, an upper sealing plate 3, a bottom plate assembly 4, a back plate assembly 5, an upper frame beam 6, a lower frame beam 7, a left frame beam 8, a right frame beam 9, a plug 10, a plug groove 11, a left coaming 12, a right coaming 13, a support preformed hole 14, a front splice plate 15, a rear splice plate 16, a left splice plate 17, a right splice plate 18, a drainage groove 19, a front lug 20, a rear lug 21, a drainage plate 22 and a drainage hole 23; the frame body assembly 1 is formed into a frame structure by surrounding and connecting an upper frame beam 6, a lower frame beam 7, a left frame beam 8 and a right frame beam 9; the coaming assembly 2 is vertically arranged on a left frame beam 8 and a right frame beam 9 behind the frame body assembly 1; an upper sealing plate 3 is transversely fixed on an upper frame beam 6 at the upper part of the frame body assembly 1; a bottom plate component 4 is transversely arranged on a lower frame beam 7 at the lower part of the frame body component 1; the number of the coaming components 2 is two; a backboard component 5 is fixedly arranged between the two coaming components 2; the upper edge of the backboard component 5 is in sealing connection with the edge of the upper sealing plate 3; the lower edge of the backboard component 5 is in sealing connection with the edge of the bottom board component 4; the coaming assembly 2 comprises a left coaming 12 and a right coaming 13; the left coaming 12 and the right coaming 13 have the same shape and structure and are symmetrically arranged and installed at the rear part of the frame body assembly 1; the bottom surface of the backboard component 5 is sequentially sealed and spliced together by a front splice plate 15, a rear splice plate 16, a left splice plate 17 and a right splice plate 18; the upper surfaces of the left splice plate 17 and the right splice plate 18 are provided with front lugs 20; the upper surfaces of the front splice plate 15 and the rear splice plate 16 are provided with rear lugs 21; the upper end and the lower end of the left frame beam 8 and the right frame beam 9 are respectively provided with a plug connector 10; the left end and the right end of the upper frame beam 6 and the lower frame beam 7 are respectively provided with a splicing groove 11; the plug connector 10 and the plug groove 11 are mutually clamped and matched and connected together.

The surfaces of the left coaming 12 and the right coaming 13 are vertically provided with support preformed holes 14 at intervals; concave drainage grooves 19 are reserved at the two splicing positions of the front splice plate 15, the rear splice plate 16, the left splice plate 17 and the right splice plate 18; the number of the front bumps 20 and the rear bumps 21 is two or more; the front bump 20 and the rear bump 21 are arranged in pairs and spaced apart from each other.

The joint position of the front splice plate 15, the rear splice plate 16, the left splice plate 17 and the right splice plate 18 is also provided with a drain plate 22; a water drain hole 23 is also formed in the center of the water drain plate 22; the front splice plate 15, the rear splice plate 16, the left splice plate 17 and the right splice plate 18 are obliquely arranged towards one side of the drain plate 22 so that the drain plate 22 is positioned at the lowest position of the bottom plate assembly 4; the water baffles 24 are vertically arranged at the outer side edges of the front splice plate 15, the rear splice plate 16, the left splice plate 17 and the right splice plate 18; the end parts of the four water baffles 24 are connected end to form a surrounding frame water baffle structure.

When the equipment is processed and assembled, the upper frame beam, the lower frame beam, the left frame beam and the right frame beam are quickly and fixedly connected together in a screw or extrusion mode after quick positioning is performed by using the plug connector and the plug groove; when the inner container is processed by the tidying cabinet body, corresponding support bracket components can be arranged in the support reserved holes on the side walls of the left coaming and the right coaming of the inner container, so that a storage plate or a storage net in the cabinet body can be conveniently arranged on the inner container; when the device is used, the bottom plate component arranged below the liner can be used for concentrated collection treatment of condensed water, and the device comprises a front splice plate, a rear splice plate, a left splice plate and a right splice plate which are obliquely arranged are used for concentrated collection of water to the water draining plate, and then the water is drained to other places through water draining holes and a drainage pipeline connected with the outside; when the situation that the upper part of the inner part is frozen or the articles fall down is met, the front protruding block and the rear protruding block which are designed on the bottom plate component can support and isolate the bottom drainage channel, and then the drainage channel formed between the protruding blocks is utilized for quick and smooth drainage, so that the bottom of the liner is prevented from being blocked, and the abnormal situation of accumulated water is formed.

The foregoing is merely a preferred example of the present utility model, and the present utility model is not limited thereto, but it is to be understood that modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art, although the present utility model has been described in detail with reference to the foregoing embodiments. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present utility model should be included in the protection scope of the present utility model.

Claims (7)

1. The utility model provides a be difficult for ponding show case inner bag structure which characterized in that: the novel water drainage device comprises a frame body assembly (1), a coaming assembly (2), an upper sealing plate (3), a bottom plate assembly (4), a back plate assembly (5), an upper frame beam (6), a lower frame beam (7), a left frame beam (8), a right frame beam (9), a plug connector (10), a plug groove (11), a left coaming (12), a right coaming (13), a support preformed hole (14), a front splice plate (15), a rear splice plate (16), a left splice plate (17), a right splice plate (18), a drainage groove (19), a front lug (20), a rear lug (21), a drainage plate (22) and a drainage hole (23); the frame body assembly (1) is formed by connecting an upper frame beam (6), a lower frame beam (7), a left frame beam (8) and a right frame beam (9) together in a surrounding mode; the coaming assembly (2) is vertically arranged on a left frame beam (8) and a right frame beam (9) behind the frame body assembly (1); an upper sealing plate (3) is transversely fixed on an upper frame beam (6) at the upper part of the frame body assembly (1); a bottom plate assembly (4) is transversely arranged on a lower frame beam (7) at the lower part of the frame assembly (1); the number of the coaming assemblies (2) is two; a backboard component (5) is fixedly arranged between the two coaming components (2); the upper edge of the backboard component (5) is connected with the edge of the upper sealing plate (3) in a sealing way; the lower edge of the backboard component (5) is in sealing connection with the edge of the bottom board component (4); the coaming assembly (2) comprises a left coaming (12) and a right coaming (13); the left coaming (12) and the right coaming (13) have the same shape and structure and are symmetrically arranged and installed at the rear part of the frame body assembly (1); the bottom surface of the backboard component (5) is sequentially sealed and spliced together by a front splice plate (15), a rear splice plate (16), a left splice plate (17) and a right splice plate (18); the upper surfaces of the left splice plate (17) and the right splice plate (18) are respectively provided with a front lug (20); the upper surfaces of the front splice plate (15) and the rear splice plate (16) are respectively provided with a rear lug (21).

2. The showcase liner structure of claim 1 wherein: the upper end and the lower end of the left frame beam (8) and the right frame beam (9) are respectively provided with an inserting joint (10); the left end and the right end of the upper frame beam (6) and the lower frame beam (7) are respectively provided with a splicing groove (11); the plug connector (10) and the plug groove (11) are mutually clamped, matched and connected together.

3. The showcase liner structure of claim 1 wherein: the surfaces of the left coaming (12) and the right coaming (13) are vertically spaced apart and provided with support preformed holes (14).

4. The showcase liner structure of claim 1 wherein: the two spliced positions of the front splice plate (15), the rear splice plate (16), the left splice plate (17) and the right splice plate (18) are reserved with concave drainage grooves (19).

5. The showcase liner structure of claim 1 wherein: the number of the front convex blocks (20) and the rear convex blocks (21) is two or more; the front lug (20) and the rear lug (21) are arranged in pairs at intervals.

6. The showcase liner structure of claim 1 wherein: the joint positions of the front splice plate (15), the rear splice plate (16), the left splice plate (17) and the right splice plate (18) are also provided with drain plates (22); a water drain hole (23) is also formed in the center of the water drain plate (22); the front splice plate (15), the rear splice plate (16), the left splice plate (17) and the right splice plate (18) are obliquely arranged together towards one side of the drain plate (22) so that the drain plate (22) is positioned at the lowest position of the bottom plate assembly (4).

7. The showcase liner structure of claim 1 wherein: the outer side edges of the front splice plate (15), the rear splice plate (16), the left splice plate (17) and the right splice plate (18) are vertically provided with water baffles (24); the end parts of the four water baffles (24) are connected end to form a surrounding frame water baffle structure.