Transmission mechanism of deburring machine

Abstract

The invention discloses a transmission mechanism of a deburring machine. The transmission mechanism comprises a spindle box, a spindle, a rotating barrel, a driven shaft, a first polishing axle, a second polishing axle, a first middle shaft, a second middle shaft, a spindle driven synchronous wheel and a turnover driven synchronous wheel. The upper portion of the spindle is sleeved with the spindle driven synchronous wheel, the rotating barrel and the turnover driven synchronous wheel sequentially, and the lower portion of the spindle is sleeved with the spindle box. Both the first middle shaft and the second middle shaft are arranged in the spindle box. The first polishing axle is in linkage connection with the spindle through the first middle shaft, and the two ends of the first polishing axle are respectively provided with a first polishing wheel. The second polishing axle is in linkage connection with the spindle through the second middle shaft and the driven shaft sequentially, and the two ends of the second polishing axle are respectively provided with a second polishing wheel. By the adoption of the transmission mechanism of the deburring machine, the size is effectively reduced, transport cost and storage cost are lowered, working stability is improved, and the service life of the transmission mechanism is prolonged. The transmission mechanism of the deburring machine has the advantages of being complete in deburring, convenient and quick to operate and the like.

Description

technical field [0001] The invention relates to a hardware deburring device, in particular to a transmission mechanism of a deburring machine. Background technique [0002] In the production process of metal stamping, gas cutting, laser cutting are usually used to segment the material, or the mold is used to punch the material. Under the cutting seam of the material, the solidified body of the solution will become a "burr", or when the mold breaks the material, the lower part of the material is extruded to form a burr, so that there are burrs under the metal cutting or mold breaking material, This adversely affects the finished product. [0003] At present, the deburring method of hardware is mainly processed by automatic deburring machine. In the working process, the polishing wheel is used to deburr. The operation of the polishing wheel needs to be driven by a transmission mechanism. The transmission mechanism of the existing deburring machine is structurally Or there ar...

AI Technical Summary

Problems solved by technology

[0004] 1) The number of polishing wheels in the existing transmission mechanism is generally six or more, and the volume of the polishing wheel itself is relatively large, so too many polishing wheels lead to a large volume of the entire equipment and a large footprint, so increased production costs

[0005] 2) The existing transmission mechanism is structurally integrated, and it is not easy to disassemble after assembly, so it requires a lot of space during transportation or storage, which not only increases the transportation or storage space, but also has high transportation or storage costs , resulting in a certain waste of resources

[0006] 3) In the existing transmission mechanism, the number of six or more polishing wheels is fixed on one spindle box, and only one spindle rotates, while the polishing wheel is constantly rotating, so in the process of deburring It is easy to cause the main shaft to be unable to withstand pressure and the polishing wheel cannot rotate normally. In this structure, the frequency of failure of the transmission mechanism is relatively high, and the stability of product deburring cannot be guaranteed; and the deburring function is single and the speed is slow.

[0007] In summary, the transmission mechanism of the existing deburring machine has defects such as incomplete removal, low removal efficiency and unstable deburring.

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