Integrated machining equipment for manual tool

Abstract

The invention relates to integrated machining equipment for a manual tool. The integrated machining equipment comprises a carrier conveying frame; a carrier conveying device is arranged on the carrierconveying frame; a carrier is arranged on the carrier conveying device; a grinding device and a hook inserting device are sequentially arranged on the carrier conveying frame; a pressing block conveying groove is formed in the rear side of the carrier conveying device; a compression block conveying groove is arranged on the rear side of the carrier conveying device; pressing openings are formed in the portions, in butt joint with a grinding station and a hook inserting station, of the pressing block conveying groove; the pressing block conveying groove is matched with a pressing device whichpushes pressing blocks out of the pressing openings and presses the main body; the pressing blocks are connected with rubber sleeves in a sleeved mode; the pressing block conveying groove is further matched with a rubber sleeve assembling device; the rubber sleeve assembling device comprises a rubber sleeve pushing air cylinder arranged on the rear side of the pressing block conveying groove; therubber sleeve pushing air cylinder is connected with a rubber sleeve pushing movable block; the rubber sleeve pushing movable block is connected with a rubber sleeve pushing rod capable of penetratinginto the pressing block conveying groove; and the rubber sleeve pushing rod is connected with a rubber sleeve pushing block matched with a rubber sleeve connected with the pressing blocks in a sleeved mode. Overall machining efficiency is improved.

Description

technical field [0001] The present application relates to the field of processing equipment, in particular to an integrated processing equipment for hand tools. Background technique [0002] Hand tools are tools that are commonly used in daily life. According to different needs, their types are also different, such as figure 1 It is a manual tool for bending iron wires, including a main body 1, an arc-shaped groove 3 and a semicircular hole 4 communicating with the arc-shaped groove. Enter the semi-circular hole 4, and then the bending function can be realized through the rotation of the main body. The main body 1 is generally covered with a rubber sleeve 6. In order not to hurt hands during the bending process, side blocks 2 are set on both sides of the main body. In this way, the iron wire can be intercepted during the bending process to avoid injury to the hands. The hooks are set at both ends of the side block 2, which can have the effect of bending the hook wire. Most ...

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Problems solved by technology

[0002] Hand tools are tools that are commonly used in daily life. According to different needs, their types are also different, such as figure 1 It is a manual tool for bending iron wires, including a main body 1, an arc-shaped groove 3 and a semicircular hole 4 communicating with the arc-shaped groove. Enter the semi-circular hole 4, and then the bending function can be realized through the rotation of the main body. The main body 1 is generally covered with a rubber sleeve 6. In order not to hurt hands during the bending process, side blocks 2 are set on both sides of the main body. In this way, the iron wire can be intercepted during the bending process to avoid injury to the hands. The hooks are set at both ends of the side block 2, which can have the effect of bending the hook wire. Most of the processing of such hand tools is through forming The equipment obtains the main body 1 and the side block 2. The arc-shaped groove 3 and the semicircular hole 4 on the main body 1 need to be polished and deburred. Most of the sockets are carried out manually, which leads to the inability to realize the processing and assembly of manual tools in an integrated way, which reduces the processing efficiency

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