Compressor for shock absorber

A compressor for a shock absorber, the shock absorber including a first assembling head, a suspension unit and a second assembling head which are connected with one another, the compressor for the shock absorber including:

• a stretching mechanism, including a first main body, a second main body, a linkage assembly and a driving unit, the first main body and the second main body being disposed on the linkage assembly, the linkage assembly selectively driving the first main body and the second main body to move relative to each other along an operating direction, the driving unit connected and being co-movable with the linkage assembly, the driving unit configured to be connected with a driving tool to drive the linkage assembly to drive the first main body and the second main body;
• a clamping mechanism, configured to clamp the shock absorber and including a first abutting assembly and a second abutting assembly, the first abutting assembly disposed on the first main body and configured to be abutted against the first assembling head, the second abutting assembly disposed on the second main body and configured to be abutted against the second assembling head;
• wherein the first abutting assembly includes a first arm and a first abutting member disposed on the first arm and configured to be abutted against the first assembling head, the first arm is undetachably disposed on the first main body;
• the second abutting assembly includes a second arm and a second abutting member disposed on the second arm and configured to be abutted against the second assembling head, and the second arm is undetachably disposed on the second main body;
• wherein the first abutting member includes a first abutting portion configured to be abutted against the first assembling head, the second abutting member includes a second abutting portion configured to be abutted against the second assembling head, and the first abutting portion and the second abutting portion are coaxially arranged in the operating direction and face each other;
• wherein the first abutting member further includes a first connecting portion and a first positioning portion disposed on the first connecting portion, the first arm has a first assembling hole and a first positioning hole, an opening direction of the first assembling hole is parallel to the operating direction, an opening direction of the first positioning hole is lateral to the operating direction;
• the first connecting portion is disposed within the first assembling hole, a first positioning member is disposed on the first arm and penetrates through the first positioning hole to be restricted with the first positioning portion;
• a structure of the second abutting member and a structure of the first abutting member are the same, the second arm has a second assembling hole and a second positioning hole, the second assembling hole is coaxial with the first assembling hole, an opening direction of the second positioning hole is lateral to the operating direction, a second connecting portion of the second abutting member is disposed within the second assembling hole, a second positioning member is disposed on the second arm and penetrates through the second positioning hole to be restricted with a second positioning portion of the second abutting member.