Driving section structure for pneumatic tools

Abstract

A pneumatic tool drive part comprises a pneumatic tool body that has a grip part and an air inlet to connect to the air inlet channel, a drive part with through holes at the end surface, a linking part close to the through hole, a drive head with one end having an outside linking part for piercing the hole set inside the linking part, the other end having a casing part with a positioning section and the supply pivot set inside the body drive part and positioning axially. It allows the pneumatic tool to switch drive head more swiftly to complete disassembly.

Description

technical field [0001] The invention relates to a driving part structure of a pneumatic tool. Background technique [0002] Please refer to Fig. 7, because the general pneumatic tool 7 is often provided with a convex joint 71 on the pneumatic tool 7 in order to adapt to different workpieces, and utilizes the convex joint 71 to engage a sleeve member 72 of different forms and specifications, this present The combination of the body of the pneumatic tool 7 and the male joint 71 is fixed, so that the male joint 71 cannot be separated from the pneumatic tool 7, so the male joint 71 can only use a fixed form to engage the corresponding sleeve. Barrel 72, and if a pneumatic tool 7 can only correspond to a fixed form, then it is impossible to increase its added value. [0003] As shown in Figure 8 again, it is another kind of existing pneumatic tool 8, although this pneumatic tool 8 improves the shortcoming of aforementioned pneumatic tool 7, separates this male joint 81 from the ...

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Problems solved by technology

[0002] Please refer to Fig. 7, because the general pneumatic tool 7 is often provided with a convex joint 71 on the pneumatic tool 7 in order to adapt to different workpieces, and utilizes the convex joint 71 to engage a sleeve member 72 of different forms and specifications, this present The combination of the body of the pneumatic tool 7 and the male joint 71 is fixed, so that the male joint 71 cannot be separated from the pneumatic tool 7, so the male joint 71 can only use a fixed form to engage the corresponding sleeve. cylinder part 72, and if a pneumatic tool 7 can only correspond to a fixed form, then it is impossible to increase its added value

[0003] As shown in Figure 8 again, it is another kind of existing pneumatic tool 8, although this pneumatic tool 8 improves the shortcoming of aforementioned pneumatic tool 7, separates this male joint 81 from the body of this pneumatic tool 8, and by A fastening design allows the male joint 81 to be assembled and disassembled on the body, but because the fastening method is too complicated, a positioning piece 811 must be placed on the convex joint 81 first, and then a bolt 812 is used to fix the positioning piece 811 Installing the male connector 81 on the body of the pneumatic tool 8 often causes inconvenience when replacing the male connector 81, and a set of connectors 82 must be joined to the male connector 81, which increases the use of time spent on

[0004] As shown in Figure 9, it is another existing pneumatic tool 9, wherein the combination of the male connector 91 and the pneumatic tool 9 is also fixed, and another set of connectors must be joined on the male connector 91. Joint 92, so the structure is still complicated

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