Automatic iron wire shearing mechanism of heat exchanger

Abstract

The invention discloses an automatic iron wire shearing mechanism for a heat exchanger, relates to a separating mechanism for automatic machining behind a brazing furnace, and aims to provide the automatic iron wire shearing mechanism for the heat exchanger, which can automatically shear off iron wires of a heat exchange core behind the brazing furnace and automatically separate a brazing clamp from a product. The automatic iron wire shearing mechanism of the heat exchanger comprises an automatic iron wire shearing platform, and the automatic iron wire shearing platform comprises a product positioning assembly, a brazing clamp positioning and separating assembly, an iron wire shearing assembly and an iron wire shaping, positioning, clamping and separating assembly. The brazing clamp positioning and separating assembly, the iron wire shearing assembly and the iron wire shaping, positioning, clamping and separating assembly are all installed on the product positioning assembly. The product positioning assembly is used for fixing products; the brazing clamp positioning and separating assembly is used for fixing a brazing clamp; the iron wire shearing assembly comprises a plurality of scissor mechanisms; the iron wire shaping, positioning, clamping and separating assembly comprises an iron wire positioning and clamping assembly and an iron wire shaping assembly.

Description

Technical Field

[0001] The present invention relates to the technical field of automatic processing of heat exchange cores, in particular to a mechanism with the functions of automatically cutting the iron wire of the heat exchange core and automatically separating a brazing fixture from a product. Background Art

[0002] Currently, in the automated processing of heat exchange cores after brazing furnaces, especially when the heat exchange cores are tied with wire, in order to maintain the structural stability of the heat exchange core fins in the brazing furnace, the entire core needs to be tied with wire during assembly. After the core is removed from the brazing furnace, the wire is cut to complete the separation of the core and the brazing fixture. To meet this requirement, the conventional practice is to manually cut the wire and manually separate the core from the brazing fixture after the core is removed from the furnace. However, this process has low production efficiency and is greatly affected by the operator, making it unsuitable for large-scale fully automated high-speed production. Summary of the Invention

[0003] The technical problem to be solved by the present invention is to provide an automatic wire cutting mechanism for a heat exchanger which can automatically cut the iron wire of a heat exchange core and automatically separate the brazing fixture from the product after the brazing furnace.

[0004] The automatic wire cutting mechanism of the heat exchanger of the present invention comprises an automatic wire cutting platform, which comprises a product positioning component, a brazing fixture positioning and separation component, a wire cutting component, and a wire shaping, positioning, clamping and separation component. The brazing fixture positioning and separation component, the wire cutting component, and the wire shaping, positioning, clamping and separation component are all mounted on the product positioning component.

[0005] Product positioning components are used to fix products;

[0006] The brazing fixture positioning separation assembly is used to fix the brazing fixture;

[0007] The wire cutting assembly includes a plurality of scissor mechanisms fixedly mounted on a scissor fixing plate, and the scissor fixing plate is movably mounted on the product positioning assembly;

[0008] The wire shaping, positioning, clamping and separating component includes a wire shaping, positioning, clamping and separating component mobile platform movably mounted on the supporting guide rail of the wire shaping, positioning, clamping and separating component mobile platform; the wire shaping, positioning, clamping and separating component mobile platform includes a wire positioning, clamping component and a wire shaping component fixedly mounted on the wire shaping, positioning, clamping and separating fixed component, the wire positioning, clamping component is used to clamp the wire, and the wire shaping component is used to realize the shaping action of the wire.

[0009] The automatic wire cutting mechanism for a heat exchanger of the present invention further comprises an integral support assembly, on which a plurality of automatic wire cutting platforms can be installed.

[0010] The present invention provides an automatic wire cutting mechanism for a heat exchanger, wherein the product positioning component comprises a product positioning support component, a product transverse positioning component and a product longitudinal positioning component, the product transverse positioning component and the product longitudinal positioning component are fixedly mounted on the product positioning support component, and the extension direction of the cylinder of the product transverse positioning component is perpendicular to that of the cylinder of the product longitudinal positioning component.

[0011] The present invention provides an automatic wire cutting mechanism for a heat exchanger, wherein the brazing fixture positioning and separation assembly includes a brazing fixture pulling-out cylinder, a brazing fixture expanding cylinder connector, and a brazing fixture expanding cylinder; the brazing fixture pulling-out cylinder is fixed to a product positioning support assembly; the brazing fixture pulling-out cylinder is equipped with a brazing fixture expanding cylinder connector; and the brazing fixture expanding cylinder is fixed to the brazing fixture expanding cylinder connector.

[0012] The present invention provides an automatic wire cutting mechanism for a heat exchanger, wherein the wire cutting assembly includes a scissor assembly moving guide rail support plate, a scissor assembly moving guide rail is fixedly installed on the scissor assembly moving guide rail support plate, a scissor fixed plate is movably installed on the scissor assembly moving guide rail, and a scissor moving cylinder assembly is fixedly installed on one side of the scissor assembly moving guide rail support plate and connected to the scissor fixed plate.

[0013] The present invention provides an automatic wire cutting mechanism for a heat exchanger, wherein the support guide rail of the mobile platform of the wire shaping, positioning, clamping and separating component is installed on a base, and a mobile electric cylinder of the wire shaping, positioning, clamping and separating component is also installed on the base, and the mobile platform of the wire shaping, positioning, clamping and separating component is connected to the mobile electric cylinder of the wire shaping, positioning, clamping and separating component.

[0014] The present invention discloses an automatic wire cutting mechanism for a heat exchanger, wherein the mobile platform of the wire shaping, positioning, clamping and separating component includes a wire shaping, positioning, clamping and separating fixing component, and an internal cylinder and a guide column are installed on the wire shaping, positioning, clamping and separating fixing component, and the internal cylinder and guide column are connected to the wire positioning and clamping component.

[0015] The invention discloses an automatic wire cutting mechanism for a heat exchanger, wherein the wire positioning and clamping assembly comprises a wire positioning and clamping fixing plate and a wire clamping and positioning cylinder assembly, and the wire clamping and positioning cylinder assembly is fixed on the wire positioning and clamping fixing plate.

[0016] The present invention provides an automatic wire cutting mechanism for a heat exchanger, wherein the wire shaping assembly includes a wire shaping cylinder fixing plate, a wire shaping vertically movable cylinder, a wire shaping cylinder and a wire shaping clamping claw. The wire shaping cylinder fixing plate is fixed on the wire shaping positioning, clamping and separating fixing assembly, the wire shaping vertically movable cylinder is fixed on the wire shaping cylinder fixing plate, the wire shaping clamping claw is fixed on the wire shaping cylinder, and the wire shaping cylinder is connected to the wire shaping vertically movable cylinder.

[0017] The present invention discloses an automatic wire cutting mechanism for a heat exchanger, wherein the integral support assembly comprises an integral support welding assembly and a scrap wire placement vehicle, guide wheels are designed on both sides of the integral support welding assembly, and the scrap wire placement vehicle is located below the automatic wire cutting platform.

[0018] The difference between the automatic wire cutting mechanism of the heat exchanger of the present invention and the prior art is that the automatic wire cutting mechanism of the heat exchanger of the present invention has the function of automatically cutting the wire of the heat exchanger product after the brazing furnace, and can also automatically separate the brazing fixture and the product, providing structural support for automated and mass production.

[0019] The automatic wire cutting mechanism of the heat exchanger of the present invention will be further described below with reference to the accompanying drawings. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] Figure 1 This is a structural diagram of the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0021] Figure 2 This is a schematic structural diagram of the automatic wire cutting platform in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0022] Figure 3 This is an exploded view of the automatic wire cutting platform in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0023] Figure 4 This is a structural diagram of a product positioning component in the automatic wire cutting mechanism of a heat exchanger according to the present invention;

[0024] Figure 5 This is an exploded view of the product positioning component in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0025] Figure 6 This is a structural diagram of the brazing fixture positioning and separation assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0026] Figure 7 This is an exploded view of the brazing fixture positioning and separation assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0027] Figure 8 This is a schematic structural diagram of the wire cutting assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0028] Figure 9 This is a structural diagram of the wire shaping, positioning, clamping and separating components in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0029] Figure 10 An exploded view of the wire shaping, positioning, clamping and separation components in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0030] Figure 11This is an exploded view of the mobile platform for the wire shaping, positioning, clamping and separating components in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0031] Figure 12 This is an exploded view of the wire positioning and clamping assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0032] Figure 13 This is a schematic structural diagram of the wire shaping assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0033] Figure 14 This is a schematic structural diagram of the integral support assembly in the automatic wire cutting mechanism of the heat exchanger of the present invention;

[0034] The markings in the figure are as follows: 100-the first automatic wire cutting platform; 110-product positioning assembly; 111-product positioning support assembly; 112-product horizontal positioning assembly; 113-product vertical positioning assembly; 120-brazing fixture positioning and separation assembly; 121-brazing fixture pulling out cylinder; 122-brazing fixture opening cylinder connector; 123-brazing fixture opening cylinder; 130-wire cutting assembly; 131-scissor moving cylinder assembly; 132-scissor fixing plate; 133-scissor mechanism; 134-scissor assembly moving guide rail; 135-scissor assembly moving guide rail support plate; 140-wire shaping positioning, clamping and separation assembly; 141-wire shaping positioning, clamping and separation assembly moving electric cylinder; 142-wire Mobile platform for wire shaping, positioning, clamping and separation components; 1421-wire shaping, positioning, clamping and separation fixing components; 1422-wire positioning and clamping components; 14221-wire positioning and clamping fixing plate; 14222-wire clamping and positioning cylinder components; 1423-wire shaping components; 14231-wire shaping cylinder fixing plate; 14232-wire shaping up and down moving cylinder; 14233-wire shaping cylinder; 14234-wire shaping claws; 143-support guide rails for mobile platform for wire shaping, positioning, clamping and separation components; 200-second automatic wire cutting platform; 300-integral support components; 310-integral support welding components; 320-scrap wire placement vehicle; 400-products; 500-brazing fixture. DETAILED DESCRIPTION

[0035] The following examples are used to illustrate the present invention but are not intended to limit the scope of the present invention.

[0036] Example

[0037] like Figure 1 and Figure 2As shown, the heat exchanger automatic wire cutting mechanism of the present invention includes an integral support assembly 300 and an automatic wire cutting platform, which is fixedly mounted on the integral support assembly 300. Multiple sets of automatic wire cutting platforms can be arranged in parallel on the integral support assembly 300 as needed. In this embodiment, the integral support assembly 300 is provided with a first automatic wire cutting platform 100 and a second automatic wire cutting platform 200, both sets of which have identical structures and functions. In this embodiment, only the structure of the first automatic wire cutting platform 100 is described in detail.

[0038] like Figure 3 As shown, the first automatic wire cutting platform 100 includes a product positioning assembly 110, a brazing fixture positioning and separation assembly 120, a wire cutting assembly 130, and a wire shaping positioning and clamping separation assembly 140. The brazing fixture positioning and separation assembly 120, the wire cutting assembly 130, and the wire shaping positioning and clamping separation assembly 140 are all fixed to different positions on the product positioning assembly 110 by screws and positioning pins.

[0039] like Figure 4 and 5 As shown, product positioning assembly 110 includes a product positioning support assembly 111, a product lateral positioning assembly 112, and a product longitudinal positioning assembly 113. Both lateral positioning assembly 112 and longitudinal positioning assembly 113 are secured to product positioning support assembly 111 via screws and locating pins. Both lateral positioning assembly 112 and longitudinal positioning assembly 113 include positioning cylinders, with the two cylinders extending in perpendicular directions. Extension of the cylinder in lateral positioning assembly 112 achieves lateral positioning of the product, while extension of the cylinder in longitudinal positioning assembly 113 achieves longitudinal positioning of the product.

[0040] like Figure 6 and 7 As shown, the brazing fixture positioning and separation assembly 120 includes a brazing fixture pulling-out cylinder 121, a brazing fixture expanding cylinder connector 122, and a brazing fixture expanding cylinder 123. The brazing fixture pulling-out cylinder 121 is fixed to the product positioning support assembly 111. The front side of the brazing fixture pulling-out cylinder 121 is equipped with the brazing fixture expanding cylinder connector 122, and the brazing fixture expanding cylinder 123 is fixed on the brazing fixture expanding cylinder connector 122. After the brazing fixture expanding cylinder 123 is opened, the positioning and clamping of the brazing fixture can be completed. Combined with the retraction of the brazing fixture pulling-out cylinder 121, the pulling-out action of the brazing fixture after positioning and clamping can be achieved.

[0041] like Figure 8As shown, the wire cutting assembly 130 includes a scissor moving cylinder assembly 131, a scissor fixing plate 132, a scissor mechanism 133, a scissor assembly moving guide rail 134 and a scissor assembly moving guide rail support plate 135. The scissor assembly moving guide rail support plate 135 is fixed to the product positioning support assembly 111. The scissor assembly moving guide rail 134 is fixedly mounted on the scissor assembly moving guide rail support plate 135, the scissor fixing plate 132 is movably mounted on the scissor assembly moving guide rail 134, and the scissor mechanism 133 is fixedly mounted on the scissor fixing plate 132. The scissor moving cylinder assembly 131 is fixedly mounted on one side of the scissor assembly moving guide rail support plate 135 and is connected to the scissor fixing plate 132. The extension and retraction of the cylinder in the scissor moving cylinder assembly 131 can drive the scissor fixing plate 132 to move forward and backward on the scissor assembly moving guide rail 134, thereby realizing the forward and backward movement of the scissor mechanism 133.

[0042] like Figure 9 and 10 As shown, the wire shaping, positioning, clamping, and separating assembly 140 includes a wire shaping, positioning, clamping, and separating assembly moving electric cylinder 141, a wire shaping, positioning, clamping, and separating assembly moving platform 142, and a wire shaping, positioning, clamping, and separating assembly moving platform support rail 143. The wire shaping, positioning, clamping, and separating assembly moving electric cylinder 141 and the wire shaping, positioning, clamping, and separating assembly moving platform support rail 143 are mounted on a base, which is fixedly mounted on the product positioning support assembly 111. The wire shaping, positioning, clamping, and separating assembly moving platform 142 is movably mounted on the wire shaping, positioning, clamping, and separating assembly moving platform support rail 143 and is also connected to the wire shaping, positioning, clamping, and separating assembly moving electric cylinder 141. The movement of the wire shaping, positioning, clamping, and separating assembly moving electric cylinder 141 can drive the movement of the wire shaping, positioning, clamping, and separating assembly moving platform 142 on the wire shaping, positioning, clamping, and separating assembly moving platform support rail 143.

[0043] like Figure 11 As shown, the wire shaping, positioning, clamping, and separating assembly mobile platform 142 includes a wire shaping, positioning, clamping, and separating fixed assembly 1421, a wire positioning, clamping assembly 1422, and a wire shaping assembly 1423. The wire shaping, positioning, clamping, and separating fixed assembly 1421 is fixed to a slider on the wire shaping, positioning, clamping, and separating assembly mobile platform support guide rail 143. An internal cylinder and guide posts are mounted on the wire shaping, positioning, clamping, and separating fixed assembly 1421, and the internal cylinder and guide posts are connected to the wire positioning, clamping, and separating assembly 1422. The extension and retraction of the internal cylinder of the wire shaping, positioning, clamping, and separating fixed assembly 1421 enables the wire positioning, clamping, and separating fixed assembly 1422 to move up and down. The wire shaping, positioning, clamping, and separating fixed assembly 1421 is also fixedly mounted with the wire shaping, positioning, clamping, and separating fixed assembly 1423.

[0044] like Figure 12 As shown, the wire positioning clamping assembly 1422 includes a wire positioning clamping fixing plate 14221 and a wire clamping positioning cylinder assembly 14222. The wire clamping positioning cylinder assembly 14222 is fixed to the wire positioning clamping fixing plate 14221 through corresponding screw fixing holes.

[0045] like Figure 13 As shown, the wire shaping assembly 1423 includes a wire shaping cylinder fixing plate 14231, a wire shaping vertical cylinder 14232, a wire shaping cylinder 14233, and a wire shaping clamping jaw 14234. The wire shaping cylinder fixing plate 14231 is fixed to the wire shaping positioning, clamping, and separation fixing assembly 1421. The wire shaping vertical cylinder 14232 is fixed to the wire shaping cylinder fixing plate 14231. The wire shaping clamping jaw 14234 is fixed to the wire shaping cylinder 14233. The wire shaping cylinder 14233 is connected to the wire shaping vertical cylinder 14232. Closing the wire shaping cylinder 14233 can shape the wire, and retracting the wire shaping vertical cylinder 14232 can lift the wire after shaping.

[0046] like Figure 14 As shown, the integral support assembly 300 includes an integral support welding assembly 310 and a scrap wire storage cart 320. Guide wheels are designed on both sides of the integral support welding assembly 310 to manually push and unload the scrap wire storage cart 320. The scrap wire storage cart 320 is located below the automatic wire shearing platform and is used to store the scrap wire generated after processing.

[0047] During assembly of the heat exchanger's automatic wire-cutting mechanism, the first and second automatic wire-cutting platforms 100 and 200 are mounted on the integral support assembly 300 through corresponding positioning holes. The brazing fixture positioning and separation assembly 120, wire-cutting assembly 130, and wire-shaping positioning, clamping, and separation assembly 140 within the automatic wire-cutting platform 100 are all secured to the product positioning assembly 110 using screws and positioning pins.

[0048] The working process of the automatic wire cutting mechanism of the heat exchanger of the present invention includes the following steps: when the product with the brazing fixture and wire coming out of the brazing furnace is placed on the product positioning component 110, the cylinders in the product horizontal positioning component 112 and the product vertical positioning component 113 are extended respectively to complete the horizontal positioning and vertical positioning of the product.

[0049] The clamping and separation component moving electric cylinder 141 in the wire shaping, positioning, clamping and separation component 140 moves the wire shaping, positioning, clamping and separation component moving platform 142 as a whole to the product position, and the cylinder of the wire shaping, positioning, clamping and separation fixed component 1421 in the wire shaping, positioning, clamping and separation component moving platform 142 extends to allow the wire positioning, clamping component 1422 to be close to the product, and the wire clamping and positioning cylinder assembly 14222 clamps to complete the clamping action of the wire. The closing of the wire shaping cylinder 14233 can realize the shaping of the wire, and the retraction of the wire shaping up and down moving cylinder 14232 realizes the lifting of the wire after shaping.

[0050] While the iron wire is being shaped and clamped, the brazing fixture pulling-out cylinder 121 in the brazing fixture positioning and separation assembly 120 is extended and the brazing fixture opening cylinder 123 is opened, thereby achieving the clamping and positioning action of the brazing fixture.

[0051] After completing the shaping, positioning, clamping, and clamping, positioning, and positioning of the wire and the brazing fixture, the scissor moving cylinder assembly 131 in the wire cutting assembly 130 extends and moves the scissor mechanism 133 to the product wire position. The scissor mechanism 133 actuates to complete the cutting of the product wire. After the wire is cut, the wire at the bottom of the product falls into the waste wire placement cart 320. The cylinder of the wire shaping, positioning, clamping, and separating fixing assembly 1421 retracts, and the wire positioning, clamping, and separating assembly 1422 moves upward as a whole to lift the wire away from the product. The clamping and separation assembly moving electric cylinder 141 in the wire shaping, positioning, clamping, and separating assembly 140 moves the wire shaping, positioning, clamping, and separating assembly moving platform 142 as a whole to the wire discarding position, and places the wire inside the waste wire placement cart 320.

[0052] After the product is separated from the wire, the brazing fixture extraction cylinder 121 in the brazing fixture positioning and separation assembly 120 retracts and the brazing fixture expansion cylinder 123 opens, separating the brazing fixture from the product. The cylinders in the product transverse positioning assembly 112 and the product longitudinal positioning assembly 113 retract, releasing the product. The next step, removing the product and brazing fixture, can then proceed according to the process.

[0053] The automatic wire cutting mechanism of the heat exchanger of the present invention has the function of automatically cutting the wire on the product after the brazing furnace, and can also realize the function of automatically separating the brazing fixture and the product.

[0054] Although the present invention has been described in detail above using general descriptions and specific embodiments, it will be apparent to those skilled in the art that modifications and improvements may be made thereto. Therefore, such modifications and improvements, without departing from the spirit of the present invention, are intended to be within the scope of protection claimed herein.

Claims

1. An automatic wire cutting mechanism for a heat exchanger, characterized by: The automatic wire cutting platform includes a product positioning component, a brazing fixture positioning and separation component, a wire cutting component, and a wire shaping positioning and clamping separation component. The brazing fixture positioning and separation component, the wire cutting component, and the wire shaping positioning and clamping separation component are all installed on the product positioning component. Product positioning components are used to fix products; The brazing fixture positioning separation assembly is used to fix the brazing fixture; The wire cutting assembly includes a plurality of scissor mechanisms fixedly mounted on a scissor fixing plate, and the scissor fixing plate is movably mounted on the product positioning assembly; The wire shaping, positioning, clamping and separating component includes a wire shaping, positioning, clamping and separating component mobile platform movably mounted on the supporting guide rail of the wire shaping, positioning, clamping and separating component mobile platform; the wire shaping, positioning, clamping and separating component mobile platform includes a wire positioning, clamping component and a wire shaping component fixedly mounted on the wire shaping, positioning, clamping and separating fixed component, the wire positioning, clamping component is used to clamp the wire, and the wire shaping component is used to realize the shaping action of the wire.

2. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: It also includes an overall support component, on which several automatic wire cutting platforms can be installed.

3. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The product positioning assembly includes a product positioning support assembly, a product transverse positioning assembly and a product longitudinal positioning assembly. The product transverse positioning assembly and the product longitudinal positioning assembly are fixedly mounted on the product positioning support assembly. The extension directions of the cylinders of the product transverse positioning assembly and the product longitudinal positioning assembly are perpendicular.

4. The automatic wire cutting mechanism for heat exchanger according to claim 3, characterized in that: The brazing fixture positioning and separation assembly includes a brazing fixture pulling-out cylinder, a brazing fixture expanding cylinder connector and a brazing fixture expanding cylinder. The brazing fixture pulling-out cylinder is fixed on the product positioning support assembly. The brazing fixture pulling-out cylinder is equipped with a brazing fixture expanding cylinder connector. The brazing fixture expanding cylinder is fixed on the brazing fixture expanding cylinder connector.

5. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The wire cutting assembly includes a scissors assembly moving guide rail support plate, a scissors assembly moving guide rail is fixedly installed on the scissors assembly moving guide rail support plate, a scissors fixing plate is movably installed on the scissors assembly moving guide rail, and a scissors moving cylinder assembly is fixedly installed on one side of the scissors assembly moving guide rail support plate and connected to the scissors fixing plate.

6. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The support guide rail of the mobile platform of the wire shaping, positioning, clamping and separating component is installed on the base, and the mobile electric cylinder of the wire shaping, positioning, clamping and separating component is also installed on the base. The mobile platform of the wire shaping, positioning, clamping and separating component is connected to the mobile electric cylinder of the wire shaping, positioning, clamping and separating component.

7. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The wire shaping, positioning, clamping and separating component mobile platform includes a wire shaping, positioning, clamping and separating fixing component, on which an internal cylinder and a guide column are installed, and the internal cylinder and the guide column are connected to the wire positioning and clamping component.

8. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The wire positioning and clamping assembly comprises a wire positioning and clamping fixing plate and a wire clamping and positioning cylinder assembly, and the wire clamping and positioning cylinder assembly is fixed on the wire positioning and clamping fixing plate.

9. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The wire shaping assembly includes a wire shaping cylinder fixing plate, a wire shaping up and down moving cylinder, a wire shaping cylinder and a wire shaping clamp. The wire shaping cylinder fixing plate is fixed on the wire shaping positioning, clamping and separation fixing assembly, the wire shaping up and down moving cylinder is fixed on the wire shaping cylinder fixing plate, the wire shaping clamp is fixed on the wire shaping cylinder, and the wire shaping cylinder is connected to the wire shaping up and down moving cylinder.

10. The automatic wire cutting mechanism for heat exchanger according to claim 1, characterized in that: The integral support assembly includes an integral support welding assembly and a scrap wire placement vehicle. Guide wheels are designed on both sides of the integral support welding assembly, and the scrap wire placement vehicle is located below the automatic wire cutting platform.

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