CN-224223349-U - Fin type radiator trepanning clamp

CN224223349UCN 224223349 UCN224223349 UCN 224223349UCN-224223349-U

Abstract

The utility model discloses a fin type radiator perforating clamp which comprises a clamp lower base plate, a radiator supporting plate, a plurality of damping supporting components, clamping cylinder mounting seats, a first rotary clamping cylinder, a second rotary clamping cylinder and a third rotary clamping cylinder, wherein the radiator supporting plate is arranged at the upper part of the clamp lower base plate, the damping supporting components are arranged between the clamp lower base plate and the radiator supporting plate, the clamping cylinder mounting seats are fixed on the clamp lower base plate and are arranged at two sides of the radiator supporting plate in a one-to-one correspondence mode, the first rotary clamping cylinder, the second rotary clamping cylinder and the third rotary clamping cylinder are fixed on the clamping cylinder mounting seats, the clamping cylinder mounting seats are in a U shape, the first rotary clamping cylinder is arranged in the U shape of the clamping cylinder mounting seats, and the second rotary clamping cylinder and the third rotary clamping cylinder are arranged at the top of the clamping cylinder mounting seats. Through the scheme, the utility model has the advantages of simple structure, reliable clamping and the like, and has high practical value and popularization value in the technical field of radiator processing.

Inventors

ZUO DINGGUO
Wang Ningxian

Assignees

绵阳丰瑞德技术有限公司

Dates

Publication Date: 20260512
Application Date: 20250606

Claims (3)

1. The fin type radiator perforating clamp is used for clamping a fin type radiator (100) which is horizontally arranged or vertically arranged, perforating a first connecting hole (400) and a second connecting hole (500), wherein a first connecting groove (200) and a second connecting groove (300) are respectively formed in two sides of the fin type radiator (100), and the fin type radiator perforating clamp is characterized by comprising a clamp lower base plate (1), a radiator supporting plate (2) arranged at the upper part of the clamp lower base plate (1), a plurality of damping supporting assemblies (3) arranged between the clamp lower base plate (1) and the radiator supporting plate (2), clamping cylinder installation seats (4) which are fixed on the clamp lower base plate (1) and are arranged on two sides of the radiator supporting plate (2) in a one-to-one correspondence manner, and a first rotary clamping cylinder (5), a second rotary clamping cylinder (6) and a third rotary clamping cylinder (7) which are fixed on the clamping cylinder installation seats (4), wherein the clamping cylinder installation seats (4) are U-shaped, and the first rotary clamping cylinder (5) are arranged in the clamping cylinder installation seats (4) and the top of the clamping cylinder installation seats (7) are arranged in the U-shaped; The radiator comprises a radiator support plate (2), a rectangular frame (23), a rectangular hole (28) formed in the center of the radiator support plate (2), a first limiting edge (24) and a second limiting edge (25) which are arranged in opposite directions are formed in the radiator support plate (2), the first limiting edge (24) and the second limiting edge (25) are arranged in the rectangular frame (23), a first limiting mounting groove (26) is formed between the rectangular frame (23) and the first limiting edge (24), and a second limiting mounting seat (27) is formed between the second limiting edge (25) and the rectangular frame (23); The fin type radiator (100) is horizontally arranged and clamped in the rectangular frame (23), or the fin type radiator (100) is vertically arranged and clamped in the first limit mounting groove (26) or the second limit mounting seat (27).
2. The fin-type radiator hole drilling clamp according to claim 1, wherein a stepped hole (21) is formed in four corners of the radiator support plate (2), an upper sleeve (22) is arranged at the bottom of the radiator support plate (2), the upper sleeve (22) corresponds to the stepped hole (21) one by one, the damping support assembly (3) comprises a lower sleeve (31) fixed on a clamp lower base plate (1), a spring support nail (32) with the lower part fixed on the clamp lower base plate (1) and the top sleeved on the stepped hole (21), and a spring (33) with the lower part sleeved between the lower sleeve (31) and the spring support nail (32) and the top sleeved between the upper sleeve (22) and the spring support nail (32).
3. The fin type radiator perforating clamp according to claim 1 is characterized in that a plurality of bolt holes (29) are formed in the first limit mounting groove (26) and the second limit mounting seat (27), the bolt holes (29) correspond to the first connecting groove (200) and the second connecting groove (300), a lower supporting column (81) is fixed on the clamp lower base plate (1), a bolt (82) is arranged on the lower supporting column (81), and after the fin type radiator (100) and the radiator supporting plate (2) are pressed down by the first rotary clamping cylinder (5) or the second rotary clamping cylinder (6) or the third rotary clamping cylinder (7), the top of the bolt (82) is flush with the tops of the first limit edge (24) and the second limit edge (25), and the bolt (82) is inserted into the first connecting groove (200) and the second connecting groove (300).

Description

Fin type radiator trepanning clamp Technical Field The utility model relates to the technical field of radiator processing, in particular to a fin radiator tapping clamp. Background The fin type radiator is a common radiating device and is widely applied to various scenes needing heat radiation, such as electronic equipment, mechanical systems and the like. The main structure of the device comprises a substrate and fins. Wherein the base plate is the main part of the heat sink, typically made of a material with good heat conducting properties, such as aluminium or copper, which acts to carry and distribute the heat evenly. The fins are key parts of the radiator, and the fins are various in shape, and are commonly flat plates, corrugated, pin fins and the like. The fin has the main function of increasing the heat dissipation area. As shown in fig. 1 to 2, the fin type radiator 100 of the present technology has the first connection holes 400 formed at the upper and lower ends thereof, respectively, and the second connection holes 500 formed at the middle of the fin type radiator 100, and when the first connection holes 400 and the second connection holes 500 are formed, it is necessary to ensure that the fins are not affected by bending, so that a new clamping requirement is provided for the clamps in which the first connection holes 400 and the second connection holes 500 are formed. At present, no corresponding perforating fixture exists in the prior art. Therefore, it is desirable to provide a fin radiator tapping fixture with simple structure and reliable clamping. Disclosure of utility model The utility model aims to provide a fin type radiator tapping clamp, which adopts the following technical scheme: A fin type radiator perforating clamp clamps a fin type radiator which is horizontally arranged or vertically arranged, and holes are formed in a first connecting hole and a second connecting hole, and a first connecting groove and a second connecting groove are respectively formed in two sides of the fin type radiator. The fin type radiator perforating clamp comprises a clamp lower bottom plate, a radiator supporting plate, a plurality of damping supporting components, clamping cylinder mounting seats, a first rotary clamping cylinder, a second rotary clamping cylinder and a third rotary clamping cylinder, wherein the radiator supporting plate is arranged at the upper part of the clamp lower bottom plate; the clamping cylinder mounting seat is U-shaped, the first rotary clamping cylinder is arranged in the U-shaped of the clamping cylinder mounting seat, and the second rotary clamping cylinder and the third rotary clamping cylinder are arranged at the top of the clamping cylinder mounting seat; The radiator support plate is provided with a first limit edge and a second limit edge which are oppositely arranged, the first limit edge and the second limit edge are arranged in the rectangular frame, a first limit installation groove is arranged between the rectangular frame and the first limit edge, and a second limit installation seat is arranged between the second limit edge and the rectangular frame; the fin type radiator is horizontally arranged and clamped in the rectangular frame, or vertically arranged and clamped in the first limit mounting groove or the second limit mounting seat. Further, the four corners of the radiator supporting plate are respectively provided with a stepped hole, the bottom of the radiator supporting plate is provided with an upper sleeve, the positions of the upper sleeve and the stepped holes are in one-to-one correspondence, the damping supporting component comprises a lower sleeve fixed on a lower bottom plate of the clamp, a spring supporting nail, the lower part of the spring supporting nail is fixed on the lower bottom plate of the clamp, the top of the spring supporting nail is sleeved on the stepped holes, and a spring, the lower part of the spring supporting nail is sleeved between the lower sleeve and the spring supporting nail, and the top of the spring supporting nail is sleeved between the upper sleeve and the spring supporting nail. The first limiting mounting groove and the second limiting mounting seat are internally provided with a plurality of bolt holes, the bolt holes correspond to the first connecting groove and the second connecting groove in position, a lower supporting column is fixed on the lower bottom plate of the clamp, a bolt is arranged on the lower supporting column, after the first rotary clamping cylinder, the second rotary clamping cylinder or the third rotary clamping cylinder downwards presses the fin radiator and the radiator supporting plate, the top of the bolt is flush with the tops of the first limiting edge and the second limiting edge, and the bolt is inserted into the first connecting groove and the second connecting groove. Compared with the prior art, the utility model has the following beneficial effects: (1) According to the utili