Split type heat preservation center sill for refrigerator

Abstract

The split type heat preservation middle beam for the refrigerator comprises a heat preservation middle beam assembly. The heat preservation middle beam assembly comprises a middle beam shell, a heat preservation unit and an elastic buckle cover. The middle beam shell comprises a shell main body, a mounting end and an inverted buckle mounting hole. The heat preservation unit comprises a heating device and a heat preservation piece. The elastic buckle cover comprises an elastic buckle cover body and an inverted buckle. When the middle beam shell and the elastic buckle cover are assembled together, the inverted buckle corresponds to the inverted buckle installation hole, and fixation between the middle beam shell and the elastic buckle cover is achieved. All the structures in the split type heat preservation middle beam for the refrigerator can be replaced independently, the maintenance cost is reduced, and waste is reduced.

Description

Technical Field

[0001] This utility model belongs to the field of refrigerator equipment technology, and in particular to a split-type heat preservation beam for refrigerators. Background Technology

[0002] In the design and manufacturing of commercial refrigerators, stainless steel sheets are typically used for the inner and outer shells to achieve good insulation and structural stability, and these are then assembled with plastic components. In this design, the stainless steel inner and outer shells are fitted into the gaps in the plastic components, with the heating wire being secured by the bent edges of the outer shell. Specifically, a 100,000-watt heating wire is fixed in a pre-drilled groove in the plastic component, with one side of the heating wire adhering to the stainless steel outer shell. After the entire assembly is complete, cyclopentane foam is added to form the insulation layer. Cyclopentane, a new type of environmentally friendly foaming agent, is mainly used in refrigerators, freezers, cold storage facilities, and pipeline insulation as a foaming agent for rigid polyurethane foam.

[0003] However, this integrated re-foamed component presents some technical challenges. First, when the heating wire fails, the entire central beam needs to be replaced due to its integrated design, increasing maintenance costs. Utility Model Content

[0004] In view of this, the present invention provides a split-type insulation beam for refrigerators that can reduce maintenance costs to meet industrial needs.

[0005] A split-type insulated center beam for a refrigerator includes an insulated center beam assembly disposed within the refrigerator body. The insulated center beam assembly includes a center beam outer shell fixedly connected to the refrigerator body, an insulation unit disposed within the center beam outer shell, and a resilient latching cover snapped onto the center beam outer shell. The center beam outer shell includes an outer shell body, two mounting ends respectively disposed at both ends of the outer shell body, and multiple undercut mounting holes disposed along the edge of the outer shell body. The insulation unit includes a heating device housed within the outer shell body and an insulation component disposed on one side of the heating device. The resilient latching cover includes a resilient latching cover body and multiple undercuts disposed along the edge of the resilient latching cover body. When the center beam outer shell and the resilient latching cover are assembled together, the undercuts correspond to the undercut mounting holes, thereby securing the center beam outer shell and the resilient latching cover.

[0006] Furthermore, the heating device includes a heating element and a heating wire disposed on the heating element.

[0007] Furthermore, each of the mounting ends includes a mounting end body and at least one mounting hole disposed on the mounting end body.

[0008] Further, the heat preservation member comprises a heat preservation main body and a mounting groove arranged on one side of the heat preservation main body.

[0009] Further, the elastic buckle cover further comprises a plurality of limiting protrusions arranged in the elastic buckle cover main body.

[0010] Further, when the heat preservation member is mounted in the middle beam shell, each limiting protrusion is inserted into one mounting groove.

[0011] Further, the limiting protrusion, the reverse buckle and the elastic buckle cover main body are integrally formed.

[0012] Compared with the prior art, the split heat preservation middle beam for refrigerator provided by the utility model is fixed with the heat preservation unit through the middle beam shell and the elastic buckle cover. The reverse buckle mounting hole is arranged on the edge of the shell main body, and the reverse buckle is arranged on the edge of the elastic buckle cover main body. When the middle beam shell and the elastic buckle cover are assembled together, the reverse buckle and the reverse buckle mounting hole correspond to each other, the fixation between the middle beam shell and the elastic buckle cover is realized, the connection between the middle beam shell and the elastic buckle cover is realized, and the elastic buckle cover can be elastically deformed by the user applying pressure to the elastic buckle cover, so that the middle beam shell and the elastic buckle cover are separated. In addition, the heat preservation unit comprises a heating device accommodated in the shell main body and a heat preservation member arranged on one side of the heating device. The heating device and the heat preservation member can be independently separated for maintenance. It can be seen that the split heat preservation middle beam for refrigerator can replace each structure independently, thereby reducing the maintenance cost and waste. BRIEF DESCRIPTION OF DRAWINGS

[0013] Figure 1 The split heat preservation middle beam for refrigerator provided by the utility model is arranged in the structure schematic view of the refrigerator body.

[0014] Figure 2 The split heat preservation middle beam for refrigerator provided by the utility model is arranged in the structure schematic view of the refrigerator body. Figure 1 The split heat preservation middle beam for refrigerator provided by the utility model is arranged in the structure schematic view of the refrigerator body.

[0015] Figure 3 The split heat preservation middle beam for refrigerator provided by the utility model is arranged in the structure schematic view of the refrigerator body. Figure 2 The split heat preservation middle beam for refrigerator provided by the utility model is arranged in the structure schematic view of the refrigerator body. DETAILED DESCRIPTION

[0016] The specific embodiments of the utility model will be further described below. It should be understood that the description of the embodiments of the utility model herein is not used to limit the protection scope of the utility model.

[0017] AsFigures 1 to 3 As shown in the structure schematic diagram of the split type heat preservation middle beam for the refrigerator. The split type heat preservation middle beam for the refrigerator comprises a heat preservation middle beam assembly 10 arranged in the refrigerator body 1, and further comprises other functional modules such as an assembly component and the like, which should be the technology known by the skilled in the art and will not be described in detail here.

[0018] The heat preservation middle beam assembly 10 comprises a middle beam shell 11 fixedly connected in the refrigerator body 1, a heat preservation unit 12 arranged in the middle beam shell 11, and an elastic buckle cover 13 clamped on the middle beam shell 11.

[0019] The middle beam shell 11 comprises a shell main body 111, two mounting end heads 112 arranged at two ends of the shell main body 111, and a plurality of reverse buckle mounting holes 113 arranged at the edges of the shell main body 111.

[0020] The shell main body 111 is a frame structure, and the shell main body 111 is a prior art which will not be described here.

[0021] The mounting end head 112 comprises a mounting end head main body 1121 and at least one mounting hole 1122 on the mounting end head main body 1121. When the middle beam shell 11 is mounted in the ice maker body 1, the two mounting end heads 112 abut against the top wall and the bottom wall of the ice maker body 1 respectively, and the screws pass through the mounting holes 1122 to fix the two mounting end heads 112 in the shell main body 111 on the ice maker body 1, that is, the middle beam shell 11 is fixed in the ice maker body 1, the positioning of the heat preservation unit 12 and the elastic buckle cover 13 is realized, thereby facilitating the installation of the heat preservation unit 12 and the elastic buckle cover 13 and reducing the installation difficulty. The mounting end head main body 1121 and the mounting hole 1122 are both prior arts which will not be described here.

[0022] The reverse buckle mounting hole 113 is arranged on the side wall of the shell main body 111, and cooperates with the elastic buckle cover 13, so the reverse buckle mounting hole 113 will be described in detail in combination with the elastic buckle cover 13, and will not be described here.

[0023] The heat preservation unit 12 comprises a heating device 121 accommodated in the shell main body 111, and a heat preservation piece 122 arranged on one side of the heating device 121.

[0024] The heating device 121 comprises a heating sheet 1211 and a heating wire 1212 arranged on the heating sheet 1211. In the embodiment, the heating sheet 1211 is an aluminum foil, and the heating wire 1212 is arranged on the heating sheet 1211 to transfer heat to the heating sheet 1211, and then the heating sheet 1211 transfers the heat. The heating sheet 1211 and the heating wire 1212 are both prior arts, which will not be described herein.

[0025] The heat preservation member 122 comprises a heat preservation main body 1221 and a mounting groove 1222 arranged on one side of the heat preservation main body 1221. The heat preservation main body 1221 is an independent module, so the heat preservation member 122 can be replaced independently. In the embodiment, the heat preservation member 122 is a Polystyrene heat preservation block. The Polystyrene heat preservation block is a material formed by foaming polystyrene resin with a foaming agent at high temperature. The Polystyrene heat preservation block can effectively block heat transfer, and the Polystyrene heat preservation block can be independently foamed and formed to facilitate the processing and forming of the heat preservation member 122. The heat preservation main body 1221 is a prior art, which will not be described herein.

[0026] The mounting groove 1222 is used to mount the limiting protrusion 133 to stabilize the position of the heat preservation member 122 on the elastic buckle cover 13. The mounting groove 1222 will be described in detail in combination with the limiting protrusion 133.

[0027] The elastic buckle cover 13 comprises an elastic buckle cover main body 131, a plurality of reverse buckles 132 arranged on the edges of the elastic buckle cover main body 131, and a plurality of limiting protrusions 133 arranged in the elastic buckle cover main body 131.

[0028] The outer contour shape of the elastic buckle cover main body 131 matches the outer contour shape of the shell main body 111, so that the elastic buckle cover main body 131 and the shell main body 111 are installed together. The elastic buckle cover main body 131 and the shell main body 111 are both prior arts, which will not be described herein.

[0029] The reverse buckle 132 cooperates with the reverse buckle mounting hole 113. When the middle beam shell 11 and the elastic buckle cover 13 are assembled together, the reverse buckle 132 corresponds to the reverse buckle mounting hole 113, so as to fix the middle beam shell 11 and the elastic buckle cover 13. Moreover, the elastic buckle cover 13 is made of plastic material, that is, the elastic buckle cover 13 can elastically deform under stress. When the middle beam shell 11 and the elastic buckle cover 13 are separated, the user applies force to the elastic buckle cover 13 to make the elastic buckle cover 13 deform, so that the reverse buckle 132 and the reverse buckle mounting hole 113 are separated, thereby the middle beam shell 11 and the elastic buckle cover 13 are completely separated.

[0030] The limiting protrusions 133 are arranged in the elastic buckle cover body 131, and the limiting protrusions 133, the reverse buckles 132 and the elastic buckle cover body 131 are integrally formed, so that the structure of the limiting protrusions 133, the reverse buckles 132 and the elastic buckle cover body 131 is stable, and the limiting protrusions 133 are used for limiting the position of the heat preservation member 122, when the heat preservation member 122 is installed in the middle beam shell 11, each limiting protrusion 133 is inserted into one installation slot 1222, so that the position of the heat preservation member 122 in the middle beam shell 11 is stable.

[0031] Compared with the prior art, the split type heat preservation middle beam for the refrigerator is fixed by the middle beam shell 11 and the elastic buckle cover 13. The middle beam shell 11 is provided with reverse buckle installation holes 113 at the edges of the shell body 111, and the elastic buckle cover 13 is provided with reverse buckles 132 at the edges of the elastic buckle cover body 131. When the middle beam shell 11 and the elastic buckle cover 13 are assembled together, the reverse buckles 132 and the reverse buckle installation holes 113 correspond to each other, the middle beam shell 11 and the elastic buckle cover 13 are fixed, the connection between the middle beam shell 11 and the elastic buckle cover 13 is realized, and the elastic buckle cover 13 can be elastically deformed by the user applying pressure to the elastic buckle cover 13, so that the middle beam shell 11 and the elastic buckle cover 13 are separated. In addition, the heat preservation unit 12 comprises a heating device 121 accommodated in the shell body 111 and a heat preservation member 122 arranged on one side of the heating device 121. The heating device 121 and the heat preservation member 122 can be independently separated for maintenance. It can be seen that each structure in the split type heat preservation middle beam for the refrigerator can be independently replaced, so that the maintenance cost is reduced and the waste is reduced.

[0032] The above is only a preferred embodiment of the present application, and is not used to limit the protection scope of the present application, any modification, equivalent replacement or improvement within the spirit of the present application is covered in the claim scope of the present application.

Claims

1. A split type thermal insulation mid-beam for a refrigerator, characterized by: The split type heat preservation middle beam for refrigerator comprises a heat preservation middle beam assembly arranged in the refrigerator body, the heat preservation middle beam assembly comprises a middle beam shell fixedly connected to the refrigerator body, a heat preservation unit arranged in the middle beam shell, and an elastic buckle cover clamped on the middle beam shell, the middle beam shell comprises a shell main body, two installation end heads arranged at two ends of the shell main body respectively, and a plurality of reverse buckle installation holes arranged on the edge of the shell main body, the heat preservation unit comprises a heating device accommodated in the shell main body and a heat preservation member arranged on one side of the heating device, and the elastic buckle cover comprises an elastic buckle cover main body and a plurality of reverse buckles arranged on the edge of the elastic buckle cover main body, when the middle beam shell and the elastic buckle cover are assembled together, the reverse buckles and the reverse buckle installation holes correspond to each other, and the fixation between the middle beam shell and the elastic buckle cover is realized.

2. The split thermal mid-beam for a refrigerator of claim 1, wherein: The heating device comprises a heating sheet and a heating wire arranged on the heating sheet.

3. The split thermal mid-beam for a refrigerator of claim 1, wherein: Each installation end head comprises an installation end head main body and at least one installation hole arranged on the installation end head main body.

4. The split thermal mid-beam for a refrigerator of claim 1, wherein: The heat preservation member comprises a heat preservation main body and an installation groove arranged on one side of the heat preservation main body.

5. The split thermal mid-beam for a refrigerator of claim 4, wherein: The elastic buckle cover further comprises a plurality of limiting protrusions arranged in the elastic buckle cover main body.

6. The split thermal mid-beam for a refrigerator of claim 5, wherein: When the heat preservation member is installed in the middle beam shell, each limiting protrusion is inserted into one installation groove.

7. The split thermal mid-beam for a refrigerator of claim 6, wherein: The limiting protrusions, the reverse buckles and the elastic buckle cover main body are integrally formed.

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