阅读说明：本技术 一种可快速拼接的换热板片 (Heat exchange plate capable of being spliced quickly ) 是由 吕新哲 刘俊秀 韩芳明 张文达 于 2020-05-07 设计创作，主要内容包括：本发明提出一种可快速拼接的换热板片,该换热板片的若干模块单元一、若干模块单元二、若干模块单元三和若干模块单元四拼接成整体换热板片,模块单元一、模块单元二、模块单元三和模块单元四均包括若干快速接头、若干预留管路和若干单元内管路,单元内管路的一端连接快速接头,另一端连接预留管路,在拼接时,将预留管路与另一片模块单元的快速接头对应,实现快速拼接。解决了传统制冷板片在热侧面积大时加工难度呈指数上升,且受到面积制约,整体板片有大变形安装不方便,致使大面积散热板的价格居高不下,生产周期长,严重影响用户使用的问题,采用模块单元板片拼接方式进行制冷面的铺设,降低大面积散热表面的加工难度,实现无管路迅速拼接。(The invention provides a heat exchange plate capable of being quickly spliced, wherein a plurality of module units I, a plurality of module units II, a plurality of module units III and a plurality of module units IV of the heat exchange plate are spliced into an integral heat exchange plate, each of the module units I, the module units II, the module units III and the module units IV comprises a plurality of quick connectors, a plurality of reserved pipelines and a plurality of unit inner pipelines, one end of each unit inner pipeline is connected with the quick connector, the other end of each unit inner pipeline is connected with the reserved pipeline, and the reserved pipelines correspond to the quick connectors of the other module units during splicing to realize quick splicing. The problem of traditional refrigeration slab processing degree of difficulty when the hot side area is big be the index and rise, and receive the area restriction, whole slab has big deformation installation inconvenient, causes the price of large tracts of land heating panel to be high at all, and production cycle is long, seriously influences the user and uses is solved, adopts the module unit slab concatenation mode to carry out laying of refrigeration face, reduces the processing degree of difficulty of large tracts of land heat dissipation surface, realizes no pipeline and splices rapidly.)

1. A heat exchange plate capable of being quickly spliced is characterized by comprising a plurality of module units I (4), a plurality of module units II (5), a plurality of module units III (6) and a plurality of module units IV (7), wherein the module units I (4), the module units II (5), the module units III (6) and the module units IV (7) are spliced into an integral heat exchange plate, each of the module units I (4), the module units II (5), the module units III (6) and the module units IV (7) comprises a plurality of quick connectors (1), a plurality of reserved pipelines (2) and a plurality of unit inner pipelines (3), one end of each unit inner pipeline (3) is connected with one quick connector (1), the other end of each unit inner pipeline is connected with one reserved pipeline (2), and the reserved pipelines (2) correspond to the quick connectors (1) of the other module units during splicing, and the quick splicing is realized.

2. The heat exchange plate capable of being rapidly spliced according to claim 1, wherein the first module unit (4) comprises two rapid connectors (1), two reserved pipelines (2) and two in-unit pipelines (3), the two in-unit pipelines (3) which are parallel to each other are laid in the first module unit (4), and the two rapid connectors (1) are respectively located at two ends of the first module unit (4).

3. The heat exchange plate capable of being quickly spliced according to claim 1, wherein the second modular unit (5) comprises two quick connectors (1), two reserved pipelines (2) and two in-unit pipelines (3), the two in-unit pipelines (3) are concentrically laid in the second modular unit (5), the two in-unit pipelines (3) are both laid in an L shape, and the two quick connectors (1) are respectively located on two sides, perpendicular to each other, of the second modular unit (5).

4. The heat exchange plate sheet capable of being quickly spliced according to claim 1, wherein the third modular unit (6) comprises three quick connectors (1), three reserved pipelines (2) and three in-unit pipelines (3), the three in-unit pipelines (3) laid in the third modular unit (6) form a T shape, two in-unit pipelines (3) are laid back to back in an L shape, the other in-unit pipeline (3) is parallel to the vertical sides of the other two in-unit pipelines (3), and the three quick connectors (1) are respectively located on three sides of the third modular unit (6).

5. The quick-splicing heat exchange plate according to claim 1, wherein the modular unit four (7) comprises a quick connector (1), a reserved pipeline (2) and an in-unit pipeline (3), and the in-unit pipeline (3) laid in the modular unit four (7) is shaped like a Chinese character 'ji'.

Technical Field

The invention particularly relates to a heat exchange plate capable of being spliced quickly, and belongs to the technical field of heat exchange equipment.

Background

The processing degree of difficulty is exponential when hot side area is big for traditional refrigeration slab, receives the area restriction moreover, and whole slab has great deformation installation inconvenient, causes the price of large tracts of land heating panel to remain high, and production cycle is long, seriously influences the user and uses.

Disclosure of Invention

Aiming at the problems in the background technology, the invention provides a heat exchange plate sheet capable of being quickly spliced, in order to realize the refrigeration of a complex variable heat source, a mode of splicing modular unit plate sheets is adopted to lay a refrigeration surface, the processing difficulty of a large-area heat dissipation surface is reduced, and the pipeline-free quick splicing is realized.

The invention provides a heat exchange plate capable of being quickly spliced, which comprises a plurality of module units I, a plurality of module units II, a plurality of module units III and a plurality of module units IV, wherein the module units I, the module units II, the module units III and the module units IV are spliced into an integral heat exchange plate, the module units I, the module units II, the module units III and the module units IV respectively comprise a plurality of quick connectors, a plurality of reserved pipelines and a plurality of unit inner pipelines, one end of each unit inner pipeline is connected with the quick connector, the other end of each unit inner pipeline is connected with the reserved pipeline, and the reserved pipelines correspond to the quick connectors of the other module unit when being spliced, so that quick splicing is realized.

Preferably, first modular unit includes two quick-operation joints, two reserve pipelines and two in-unit pipelines, two in-unit pipelines that are parallel to each other have been laid in first modular unit, and two quick-operation joints are located the both ends of first modular unit respectively.

Preferably, the second module unit comprises two quick connectors, two reserved pipelines and two in-unit pipelines, the two in-unit pipelines are concentrically laid in the second module unit, the two in-unit pipelines are laid in an L shape, and the two quick connectors are respectively located on two sides, perpendicular to each other, of the first module unit.

Preferably, the third module unit comprises three quick connectors, three reserved pipelines and three in-unit pipelines, the three in-unit pipelines laid in the third module unit form a T shape, two in-unit pipelines are laid back to back in an L shape, the other in-unit pipeline is parallel to the vertical edges of the other two in-unit pipelines, and the three quick connectors are respectively located on three sides of the first module unit.

Preferably, the module unit four comprises a quick connector, a reserved pipeline and an in-unit pipeline, and the in-unit pipeline laid in the module unit four forms a shape of a Chinese character 'ji'.

The heat exchange plate sheet capable of being quickly spliced has the beneficial effects that:

1. the heat exchange plate capable of being quickly spliced adopts a modular structure mode, is quickly spliced and molded through the built-in quick connector, designs the original large-area plate into a spliced module unit plate, and is more standardized.

2. The heat exchange plate sheet capable of being quickly spliced, disclosed by the invention, adopts a mode of splicing module unit plate sheets to lay a refrigerating surface, reduces the processing difficulty of a large-area radiating surface, and realizes quick splicing without pipelines.

3. The heat exchange plate sheet capable of being quickly spliced disclosed by the invention adopts a modular design, so that the product is more standardized, the production efficiency is improved, the purchasing time and cost are reduced, and the heat exchange plate sheet has the advantages of convenience in use, cost saving and the like.

Drawings

FIG. 1 is a schematic structural diagram of a first module unit according to the present invention;

FIG. 2 is a schematic diagram of the splicing of two modular units I according to the present invention;

FIG. 3 is a schematic structural diagram of a second module unit according to the present invention;

FIG. 4 is a schematic structural diagram of a third module unit according to the present invention;

FIG. 5 is a schematic structural diagram of a module unit IV according to the present invention

FIG. 6 is a first schematic diagram of the overall splicing of the present invention;

FIG. 7 is a second schematic diagram of the overall splice of the present invention;

reference numerals: 1-a fast interface; 2-reserving a pipeline; 3-a unit internal pipeline; 4-module unit one; 5-module unit two; 6-module unit three; 7-modular unit four.

Detailed Description

The following detailed description of embodiments of the invention is provided in conjunction with the appended drawings: