Alternating nail-feeding device for chassis squeeze riveter and operating method thereof

Abstract

The invention relates to a discharging device applied to a chassis squeeze riveter, and particularly relates to an alternating nail-feeding device for a chassis squeeze riveter and an operating method thereof. The device comprises at least one vibration discharging machine and a nail connecting mechanism, wherein a positioning sleeve runs through a positioning plate, and is communicated with the vibration discharging machine through a nail delivery pipe; a nail cutting mechanism is arranged on the side face of the positioning sleeve and is used for alternately intercepting the positioning sleeve, and comprises a drive cylinder, an alternating rod, a first nail cutting rod hinged with the upper end of the alternating rod and a second nail cutting rod hinged with the lower end of the alternating rod; the piston rod of the drive cylinder is hinged with the end, close to the second nail cutting rod, of the alternating rod; the first nail cutting rod runs through the outer wall of the positioning sleeve through a first guiding hole; the second nail cutting rod runs through the outer wall of the positioning sleeve through a second guiding hole; and the first nail cutting rod is longer than the second nail cutting rod. The alternating nail-feeding device for a chassis squeeze riveter has the beneficial effects of effectively replacing manual nail assembly, saving labor and the like.

Description

technical field [0001] The invention relates to a discharge device applied to a casing riveting machine, in particular to an alternate nail feeding device for a casing riveting machine and an operating method thereof. Background technique [0002] The casing of the existing monitoring equipment requires pressure riveting screws. At present, manual assembly is usually used to manually insert the screws into the nailing positions one by one, and then the pressure riveting head is used to force the screws. However, 10 to 20 screws usually need to be installed on each workpiece, and some have even more. Manual assembly takes a long time, is inefficient, and is easy to miss. In addition, manual nailing is likely to cause axial deviation of the nails and inaccurate positioning. There is also a type of vibrating feeder that uses vibration to make the screws pass through the nail divider into the pipeline in turn, and uses the pipeline to feed the nails. However, when the nail divid...

AI Technical Summary

Problems solved by technology

However, 10 to 20 screws usually need to be installed on each workpiece, and some have even more. Manual assembly takes a long time, is inefficient, and is easy to miss. In addition, manual nailing is likely to cause axial deviation of the nails and imprecise positioning.

There is also a type of vibrating feeder that uses vibration to make the screws pass through the nail divider into the pipeline in turn, and uses the pipeline to feed the nails. However, when the nail divider is used to divide the nails at intervals, usually only one nail is transported in the pipeline, and then the air is used to blow the nails. The way to make this nail fall, and only when the nail falls, another nail is transported. If the pipeline is long, the time for the nail to be transported in the pipeline is the waiting time, which prolongs the time required for sending the nail, and the production low efficiency

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