Liquid cooling plate flow channel assembly assembly tool

Abstract

The present invention discloses a liquid cooling plate flow channel assembly assembly tool, including a base plate, a first U-shaped positioning plate, a second U-shaped positioning plate, an arc groove positioning plate, a first L-shaped positioning plate, a second L-shaped positioning plate, and a first positioning boss and a second positioning boss fixed on the upper end surface of the base plate, the upper end surface of the base plate is located between the first positioning boss and the second positioning boss as a flow channel plate mounting surface, a positioning convex block is fixed on the upper end surface of the first positioning boss at a position adjacent to the flow channel plate mounting surface, the positioning convex block is provided with an arc-shaped side surface, the first U-shaped positioning plate, the second U-shaped positioning plate, and the arc groove positioning plate are all connected to the upper end surface of the first positioning boss, and the first L-shaped positioning plate and the second L-shaped positioning plate are all connected to the upper end surface of the second positioning boss. The present invention can realize the precise installation and positioning of the flow channel assembly, avoid the subsequent poor matching phenomenon caused by the difference in dimensional accuracy, and effectively improve the production efficiency of the liquid cooling plate.

Description

Technical Field

[0001] The invention relates to the field of liquid cooling plate assembly, in particular to a liquid cooling plate flow channel component assembly tool. Background Art

[0002] At present, liquid cooling plates are widely used in various high-density heat dissipation fields, and their structures are diverse. The main structural form is a combination of an aluminum plate nested in a copper runner plate, in which the copper runner plate is mainly composed of a copper runner plate and a copper pipe. The processing of the aluminum plate and the copper runner plate in the liquid cooling plate is mainly formed by machining technology, with high dimensional accuracy, while the copper pipe is mainly bent by a pipe bending machine, and its dimensional accuracy is much lower than the processing accuracy of the aluminum plate and the copper runner plate. In the assembly process of the liquid cooling plate, since the dimensional accuracy of the copper pipe is lower than that of the copper runner plate and the aluminum plate, the installation and positioning of the copper pipe is a key link affecting the production efficiency of batch products. The conventional installation process is mainly achieved by manual installation by workers, and the installation accuracy is not high. As a result, after the copper runner assembly is welded, during the assembly process with the aluminum plate, due to dimensional deviation, poor assembly occurs, which consumes more manpower and material resources to repair. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide a liquid cooling plate flow channel assembly assembly tool, which can achieve precise installation and positioning of the flow channel assembly, avoid the subsequent poor matching due to differences in dimensional accuracy, and effectively improve the production efficiency of the liquid cooling plate.

[0004] The technical solution of the present invention is:

[0005] A liquid cooling plate flow channel assembly assembly tool, the liquid cooling plate flow channel assembly includes a flow channel plate, a first U-shaped flow channel, a second U-shaped flow channel, a third U-shaped flow channel, a first L-shaped flow channel, and a second L-shaped flow channel. Both ends of the first U-shaped flow channel, the second U-shaped flow channel, and the third U-shaped flow channel are plugged into the flow channel positioning holes on the flow channel plate. The ends of the horizontal part of the first L-shaped flow channel and the ends of the horizontal part of the second L-shaped flow channel are plugged into the flow channel positioning holes on the flow channel plate. The first U-shaped flow channel is located in the U-shaped groove of the second U-shaped flow channel, and the second U-shaped flow channel is located in the third U-shaped flow channel. In the U-shaped groove of the flow channel, the horizontal part of the first L-shaped flow channel and the horizontal part of the second L-shaped flow channel are parallel to each other, and the vertical part of the second L-shaped flow channel is located between the vertical part of the first L-shaped flow channel and the flow channel plate; the assembly tool of the liquid cooling plate flow channel assembly includes a bottom plate, a first U-shaped positioning plate, a second U-shaped positioning plate, an arc groove positioning plate, a first L-shaped positioning plate, a second L-shaped positioning plate, and a first positioning boss and a second positioning boss fixed on the upper surface of the bottom plate, and the flow channel plate mounting surface is located between the first positioning boss and the second positioning boss on the upper surface of the bottom plate A positioning protrusion is fixed on the upper end surface of the first positioning boss at a position adjacent to the flow channel plate mounting surface, and the positioning protrusion is provided with an arc-shaped side surface. The first U-shaped positioning plate, the second U-shaped positioning plate, and the arc groove positioning plate are all connected to the upper end surface of the first positioning boss, and the first L-shaped positioning plate and the second L-shaped positioning plate are all connected to the upper end surface of the second positioning boss; when the flow channel assembly is assembled, the arc-shaped side surface of the positioning protrusion fits with the U-shaped inner ring of the first U-shaped flow channel, the U-shaped inner ring of the first U-shaped positioning plate fits with the U-shaped outer ring of the first U-shaped flow channel, and the first U-shaped The U-shaped outer ring of the positioning plate fits with the U-shaped inner ring of the second U-shaped flow channel, the U-shaped inner ring of the second U-shaped positioning plate fits with the U-shaped outer ring of the second U-shaped flow channel, the U-shaped outer ring of the second U-shaped positioning plate fits with the U-shaped inner ring of the third U-shaped flow channel, the arc-shaped groove opening of the arc-shaped groove positioning plate faces the direction of the flow channel plate mounting surface, and the arc-shaped groove surface of the arc-shaped groove positioning plate fits with the U-shaped outer ring of the third U-shaped flow channel, the first L-shaped flow channel respectively fits with the L-shaped inner wall of the first L-shaped positioning plate and the L-shaped outer wall of the second L-shaped positioning plate, and the second L-shaped flow channel fits with the L-shaped inner wall of the second L-shaped positioning plate.

[0006] A first supporting pad and a second supporting pad are fixed on the upper end surface of the base plate, the first supporting pad is located between the first positioning boss and the flow channel plate mounting surface and the horizontal height of the upper end surface of the first supporting pad is consistent with the horizontal height of the upper end surface of the first positioning boss, the first supporting pad is used to support the ends of the first U-shaped flow channel, the second U-shaped flow channel and the third U-shaped flow channel, the second supporting pad is located between the second positioning boss and the flow channel plate mounting surface and the horizontal height of the upper end surface of the second supporting pad is consistent with the horizontal height of the upper end surface of the second positioning boss, and the second supporting pad is used to support the horizontal end of the first L-shaped flow channel and the horizontal end of the second L-shaped flow channel.

[0007] The first U-shaped positioning plate, the second U-shaped positioning plate, and the arc-shaped groove positioning plate are all bolted to the first positioning boss, and the first U-shaped positioning plate, the second U-shaped positioning plate, the arc-shaped groove positioning plate and the first positioning boss are all provided with corresponding bolt positioning holes to ensure the accurate positioning and installation of the first U-shaped positioning plate, the second U-shaped positioning plate, and the arc-shaped groove positioning plate; the first L-shaped positioning plate and the second L-shaped positioning plate are all bolted to the second positioning boss, and the first L-shaped positioning plate, the second L-shaped positioning plate and the second positioning boss are all provided with corresponding bolt positioning holes to ensure the accurate positioning and installation of the first L-shaped positioning plate and the second L-shaped positioning plate.

[0008] When the flow channel assembly is assembled, a U-shaped gap is left between the arcuate side surface of the positioning protrusion and the U-shaped inner ring of the first U-shaped flow channel, a U-shaped gap is left between the U-shaped inner ring of the first U-shaped positioning plate and the U-shaped outer ring of the first U-shaped flow channel, a U-shaped gap is left between the U-shaped outer ring of the first U-shaped positioning plate and the U-shaped inner ring of the second U-shaped flow channel, a U-shaped gap is left between the U-shaped inner ring of the second U-shaped positioning plate and the U-shaped outer ring of the second U-shaped flow channel, a U-shaped gap is left between the U-shaped outer ring of the second U-shaped positioning plate and the U-shaped inner ring of the third U-shaped flow channel, a U-shaped gap is left between the arcuate groove surface of the arc groove positioning plate and the U-shaped outer ring of the third U-shaped flow channel, a U-shaped gap is left between the first L-shaped flow channel and the L-shaped inner wall of the first L-shaped positioning plate, a U-shaped gap is left between the first L-shaped flow channel and the L-shaped outer wall of the second L-shaped positioning plate, and a U-shaped gap is left between the second L-shaped flow channel and the L-shaped inner wall of the second L-shaped positioning plate.

[0009] The width of the U-shaped gap is 0.5-1 mm.

[0010] The number and arrangement of the first U-shaped positioning plate, the second U-shaped positioning plate, the arc groove positioning plate, the first L-shaped positioning plate, the second L-shaped positioning plate, the first positioning boss, the second positioning boss and the positioning protrusion of the present invention can be adjusted according to the number and arrangement structure of the flow channel components.

[0011] Advantages of the present invention:

[0012] The present invention is provided with a first positioning boss, a second positioning boss, a first supporting pad and a second supporting pad to support the flow channel assembly, and the first U-shaped positioning plate, the second U-shaped positioning plate, the arc groove positioning plate, the first L-shaped positioning plate and the second L-shaped positioning plate are provided to position the flow channel assembly respectively, thereby improving the installation accuracy of the flow channel assembly, effectively reducing the time required for the assembly process of the liquid cooling plate flow channel assembly, and avoiding the increase of repair work in the later stage due to the difference in dimensional accuracy between the flow channel assembly and the aluminum base plate, thereby improving the efficiency of large-scale batch production. BRIEF DESCRIPTION OF THE DRAWINGS

[0013] Figure 1It is a structural schematic diagram of the liquid cooling plate of the present invention.

[0014] Figure 2 It is an exploded view of the present invention.

[0015] Figure 3 It is a structural schematic diagram of the present invention after the liquid cooling plate is assembled. DETAILED DESCRIPTION

[0016] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0017] See Figure 1 The liquid cooling plate flow channel assembly includes a flow channel plate 11, a first U-shaped flow channel 12, a second U-shaped flow channel 13, a third U-shaped flow channel 14, a first L-shaped flow channel 15, and a second L-shaped flow channel 16. Both ends of the first U-shaped flow channel 12, the second U-shaped flow channel 13, and the third U-shaped flow channel 14 are plugged into the flow channel positioning holes on the flow channel plate 11, and the ends of the horizontal part of the first L-shaped flow channel 15 and the ends of the horizontal part of the second L-shaped flow channel 16 are plugged into the flow channel positioning holes on the flow channel plate 11. The first U-shaped flow channel 12 is located in the U-shaped groove of the second U-shaped flow channel 13, and the second U-shaped flow channel 13 is located in the U-shaped groove of the third U-shaped flow channel 14. The horizontal part of the first L-shaped flow channel 15 and the horizontal part of the second L-shaped flow channel 16 are parallel to each other, and the vertical part of the second L-shaped flow channel 16 is located between the vertical part of the first L-shaped flow channel 15 and the flow channel plate 11.

[0018] See Figure 2 , a liquid cooling plate flow channel assembly assembly tool, including a bottom plate 21, a first U-shaped positioning plate 22, a second U-shaped positioning plate 23, an arc groove positioning plate 24, a first L-shaped positioning plate 25, a second L-shaped positioning plate 26, and a first positioning boss 27 and a second positioning boss 28 fixed to the upper end surface of the bottom plate 21, the upper end surface of the bottom plate 1 is located between the first positioning boss 27 and the second positioning boss 28 is a flow channel plate mounting surface, a positioning convex block 29 is fixed at a position adjacent to the flow channel plate mounting surface on the upper end surface of the first positioning boss 27, and the positioning convex block 29 is provided with an arc-shaped side surface, the first U-shaped positioning plate 22, the second U-shaped positioning plate 23, and the arc groove positioning plate 24 are all connected to the upper end surface of the first positioning boss 27, and the first L-shaped positioning plate 25 and the second L-shaped positioning plate 26 are all connected to the upper end surface of the second positioning boss 28;

[0019] See Figure 3When the flow channel assembly is assembled, a U-shaped gap is left between the arc-shaped side surface of the positioning protrusion 29 and the U-shaped inner ring of the first U-shaped flow channel 12, a U-shaped gap is left between the U-shaped inner ring of the first U-shaped positioning plate 22 and the U-shaped outer ring of the first U-shaped flow channel 12, a U-shaped gap is left between the U-shaped outer ring of the first U-shaped positioning plate 22 and the U-shaped inner ring of the second U-shaped flow channel 13, a U-shaped gap is left between the U-shaped inner ring of the second U-shaped positioning plate 23 and the U-shaped outer ring of the second U-shaped flow channel 13, the U-shaped outer ring of the second U-shaped positioning plate 23 fits with the U-shaped inner ring of the third U-shaped flow channel 14, and the arc-shaped notch of the arc-shaped groove positioning plate 24 faces the flow channel. In the direction of the installation surface of the channel plate, a U-shaped gap is left between the arc-shaped groove surface of the arc-shaped groove positioning plate 24 and the U-shaped outer ring of the third U-shaped flow channel 14, the first L-shaped flow channel 15 is located between the L-shaped inner wall of the first L-shaped positioning plate 25 and the L-shaped outer wall of the second L-shaped positioning plate 26, a U-shaped gap is left between the first L-shaped flow channel 15 and the L-shaped inner wall of the first L-shaped positioning plate 25, a U-shaped gap is left between the first L-shaped flow channel 15 and the L-shaped outer wall of the second L-shaped positioning plate 26, and a U-shaped gap is left between the second L-shaped flow channel 16 and the L-shaped inner wall of the second L-shaped positioning plate 26, and the width of the above-mentioned U-shaped gaps is 0.5-1mm.

[0020] See Figure 2 A first support pad 210 and a second support pad 211 are fixed on the upper end surface of the bottom plate 21. The first support pad 210 is located between the first positioning boss 27 and the flow channel plate mounting surface, and the horizontal height of the upper end surface of the first support pad 210 is consistent with the horizontal height of the upper end surface of the first positioning boss 27. The first support pad 210 is used to support the ends of the first U-shaped flow channel 12, the second U-shaped flow channel 13, and the third U-shaped flow channel 14. The second support pad 211 is located between the second positioning boss 28 and the flow channel plate mounting surface, and the horizontal height of the upper end surface of the second support pad 211 is consistent with the horizontal height of the upper end surface of the second positioning boss 28. The second support pad 211 is used to support the horizontal end of the first L-shaped flow channel 15 and the horizontal end of the second L-shaped flow channel 16;

[0021] See Figure 2 The first U-shaped positioning plate 22, the second U-shaped positioning plate 23, and the arc-shaped groove positioning plate 24 are all bolted to the first positioning boss 27, and corresponding bolt positioning holes 212 are provided on the first U-shaped positioning plate 22, the second U-shaped positioning plate 23, the arc-shaped groove positioning plate 24 and the first positioning boss 27 to ensure that the first U-shaped positioning plate 22, the second U-shaped positioning plate 23, and the arc-shaped groove positioning plate 24 are accurately positioned and installed. The first L-shaped positioning plate 25 and the second L-shaped positioning plate 26 are all bolted to the second positioning boss 28, and corresponding bolt positioning holes 212 are provided on the first L-shaped positioning plate 25, the second L-shaped positioning plate 26 and the second positioning boss 28 to ensure that the first L-shaped positioning plate 25 and the second L-shaped positioning plate 26 are accurately positioned and installed.

[0022] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. A liquid cooling plate flow channel assembly assembly tool, the liquid cooling plate flow channel assembly comprising a flow channel plate, a first U-shaped flow channel, a second U-shaped flow channel, a third U-shaped flow channel, a first L-shaped flow channel, and a second L-shaped flow channel, both ends of the first U-shaped flow channel, the second U-shaped flow channel, and the third U-shaped flow channel are plugged into the flow channel positioning holes on the flow channel plate, the end of the horizontal part of the first L-shaped flow channel and the end of the horizontal part of the second L-shaped flow channel are plugged into the flow channel positioning holes on the flow channel plate, the first U-shaped flow channel is located in the U-shaped groove of the second U-shaped flow channel, the second U-shaped flow channel is located in the U-shaped groove of the third U-shaped flow channel, the horizontal part of the first L-shaped flow channel and the horizontal part of the second L-shaped flow channel are parallel to each other, and the vertical part of the second L-shaped flow channel is located between the vertical part of the first L-shaped flow channel and the flow channel plate; characterized in that: The assembly tooling of the liquid cooling plate flow channel assembly includes a base plate, a first U-shaped positioning plate, a second U-shaped positioning plate, an arc-shaped groove positioning plate, a first L-shaped positioning plate, a second L-shaped positioning plate, and a first positioning boss and a second positioning boss fixed to the upper end surface of the base plate, the upper end surface of the base plate located between the first positioning boss and the second positioning boss is a flow channel plate mounting surface, a positioning convex block is fixed to a position adjacent to the flow channel plate mounting surface on the upper end surface of the first positioning boss, the positioning convex block is provided with an arc-shaped side surface, the first U-shaped positioning plate, the second U-shaped positioning plate, and the arc-shaped groove positioning plate are all connected to the upper end surface of the first positioning boss, and the first L-shaped positioning plate and the second L-shaped positioning plate are all connected to the upper end surface of the second positioning boss; flow channel assembly During assembly, the arc-shaped side surface of the positioning protrusion fits with the U-shaped inner ring of the first U-shaped flow channel, the U-shaped inner ring of the first U-shaped positioning plate fits with the U-shaped outer ring of the first U-shaped flow channel, the U-shaped outer ring of the first U-shaped positioning plate fits with the U-shaped inner ring of the second U-shaped flow channel, the U-shaped inner ring of the second U-shaped positioning plate fits with the U-shaped outer ring of the second U-shaped flow channel, the U-shaped outer ring of the second U-shaped positioning plate fits with the U-shaped inner ring of the third U-shaped flow channel, the arc-shaped notch of the arc-shaped groove positioning plate faces the direction of the flow channel plate installation surface, and the arc-shaped groove surface of the arc-shaped groove positioning plate fits with the U-shaped outer ring of the third U-shaped flow channel, the first L-shaped flow channel fits with the L-shaped inner wall of the first L-shaped positioning plate and the L-shaped outer wall of the second L-shaped positioning plate respectively, and the second L-shaped flow channel fits with the L-shaped inner wall of the second L-shaped positioning plate; A first support pad and a second support pad are fixed on the upper end surface of the bottom plate, the first support pad is located between the first positioning boss and the flow channel plate mounting surface, and the horizontal height of the upper end surface of the first support pad is consistent with the horizontal height of the upper end surface of the first positioning boss, the first support pad is used to support the ends of the first U-shaped flow channel, the second U-shaped flow channel, and the third U-shaped flow channel, the second support pad is located between the second positioning boss and the flow channel plate mounting surface, and the horizontal height of the upper end surface of the second support pad is consistent with the horizontal height of the upper end surface of the second positioning boss, and the second support pad is used to support the horizontal end of the first L-shaped flow channel and the horizontal end of the second L-shaped flow channel; The first U-shaped positioning plate, the second U-shaped positioning plate, and the arc-shaped groove positioning plate are all bolted to the first positioning boss, and the first U-shaped positioning plate, the second U-shaped positioning plate, the arc-shaped groove positioning plate and the first positioning boss are all provided with corresponding bolt positioning holes to ensure the accurate positioning and installation of the first U-shaped positioning plate, the second U-shaped positioning plate, and the arc-shaped groove positioning plate; the first L-shaped positioning plate and the second L-shaped positioning plate are all bolted to the second positioning boss, and the first L-shaped positioning plate, the second L-shaped positioning plate and the second positioning boss are all provided with corresponding bolt positioning holes to ensure the accurate positioning and installation of the first L-shaped positioning plate and the second L-shaped positioning plate.

2. The assembly tool for a liquid cooling plate flow channel assembly according to claim 1, characterized in that: When the flow channel assembly is assembled, a U-shaped gap is left between the arcuate side surface of the positioning protrusion and the U-shaped inner ring of the first U-shaped flow channel, a U-shaped gap is left between the U-shaped inner ring of the first U-shaped positioning plate and the U-shaped outer ring of the first U-shaped flow channel, a U-shaped gap is left between the U-shaped outer ring of the first U-shaped positioning plate and the U-shaped inner ring of the second U-shaped flow channel, a U-shaped gap is left between the U-shaped inner ring of the second U-shaped positioning plate and the U-shaped outer ring of the second U-shaped flow channel, a U-shaped gap is left between the U-shaped outer ring of the second U-shaped positioning plate and the U-shaped inner ring of the third U-shaped flow channel, a U-shaped gap is left between the arcuate groove surface of the arc groove positioning plate and the U-shaped outer ring of the third U-shaped flow channel, a U-shaped gap is left between the first L-shaped flow channel and the L-shaped inner wall of the first L-shaped positioning plate, a U-shaped gap is left between the first L-shaped flow channel and the L-shaped outer wall of the second L-shaped positioning plate, and a U-shaped gap is left between the second L-shaped flow channel and the L-shaped inner wall of the second L-shaped positioning plate.

3. The assembly tool for a liquid cooling plate flow channel assembly according to claim 2, characterized in that: The width of the U-shaped gap is 0.5-1 mm.

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