Worm drive hose clamps are widely used, and the market demand and output of worm drive hose clamps are also increasing. The production efficiency of worm-driven hose clamps has become a prominent problem in the production of clamps. Worm drive hose clamps are mainly composed of a hoop shell and a hoop, both of which require multiple processing steps. Especially the production of the band. The existing belt manufacturing equipment is completed by the four single processes of cutting, punching, punching and winding the material on the product belt through a simple die on the punching machine. Existing watchband production methods have problems such as low efficiency, high labor intensity, and poor product quality.

  The special feeding equipment for worm-driven hose clamps includes a lower template installed on the working platform of the puncher and an upper template installed on the lower end of the punching head of the puncher. It is characterized in that the upper surface template of the lower template is sequentially installed with crushing molds , Stamping lower die components and cutting lower die components. On the lower surface of the upper template, crushed upper die components, punching upper die components and material cutting upper die components are correspondingly installed. The flat mechanism is also installed between the punching lower die assembly and the material cutting lower die assembly, and the disc ring mechanism is also installed at the rear of the material cutting mechanism of the lower template. The punching upper die part is composed of a font head fixing plate and a font head. The punching lower die assembly is composed of a punching lower backing plate, a punching lower die and a punching cover plate. The lower punching backing plate, punching lower die and punching cover plate are sequentially fixed from below and stacked on the lower template to reach the top.

  The punch upper die assembly is composed of a punch upper backing plate, a punch upper die fixing plate and a punch upper die. The punch    upper backing plate, the punch upper die fixing plate and the punch upper die are sequentially stacked on the upper template from top to bottom. Moreover, the lower mold assembly is composed of a lower template, a lower backing plate, a lower mold and a cover plate. The lower template, the lower back plate, the lower mold and the cover plate are stacked on the lower template from bottom to top; the broken upper mold assembly consists of the upper broken template, the upper pad and the upper mold fixing plate, the upper template, and the upper pad And the blank composition. The upper die fixing plates are stacked in sequence from top to bottom, and the cutting upper die fixing plates are also installed horizontally with a square punch and a cutting knife. In addition, the flattening mechanism is composed of a bracket, a gear, a drive shaft and a driven shaft. The gear is fixed on the outer side wall of the bracket. The drive shaft and the driven shaft are installed inside the bracket, and the driven shaft is above the drive shaft.

  In addition, the worm drive hose clamp rim mechanism consists of a rim fixed frame, a rim drive shaft, a rim driven shaft, an upper driven shaft, a lower driven shaft, a rim guide shaft, a rim driving wheel, a rim driven wheel and an intermediate wheel. The upper driven wheel and the lower driven wheel are composed of a rim drive shaft, a rim driven shaft, an upper driven shaft, a lower driven shaft and a rim guide shaft, and are installed in the rim fixing frame, and the shaft is installed in the rim fixing frame through the guide shaft The outlet end of the rim fixed frame, the rim drive shaft, the rim driven shaft, the ends of the upper driven shaft and the lower driven shaft are respectively fixedly installed on the rim driving wheel, the rim driven wheel, the upper driven wheel and the lower driven wheel and the rim The driving wheel meshes with the rim driven wheel and is driven by the middle wheel, the upper driven wheel and the lower driven wheel.