2results about How to "Realize non-stop operation" patented technology

This utility model discloses a double-headed terminal crimping device, including two crimping devices symmetrically arranged on the upper surface of a base with respect to the center point of the base. Each crimping device includes a feeding groove, a vertical pressing head, and a feeding slider. Each crimping device can independently perform crimping operations. Furthermore, the working range of the liquid injection device can cover both crimping devices, thus allowing one liquid injection device to work in conjunction with both crimping devices. When one crimping device is replenished, the other crimping device can continue operating. The crimping head device of this terminal block can automatically complete the housing feeding, contact spring picking, and accurate crimping into the housing, and can achieve non-stop operation, thus greatly improving the production efficiency and product quality of spring-loaded switch terminals.

The invention relates to the technical field of quantitative discharging devices, in particular to a pellet feed quantitative discharging method for livestock breeding. A quantitative discharging method for pellet feed for livestock breeding comprises the following steps: SS01, preparing materials, and before quantitative discharging control, injecting sufficient pellet feed for livestock breeding into a quantitative discharging device, SS02, setting a discharging value, after the step SS01, setting the quantitative discharging value of the device every time through a single chip microcomputer, and SS03, discharging, during quantitative discharging, controlling the quantitative discharging value of the device through the single chip microcomputer. And a feed lifting part in the quantitative discharging device is used for quantitatively discharging. The device has the beneficial effects that when the device works, continuous multi-station discharging of pellet feed for livestock breeding can be achieved, non-stop operation of the device is achieved by achieving the multi-station continuous discharging function, then the quantitative discharging efficiency of the device is improved, and during quantitative discharging control of the device, the quantitative discharging efficiency of the device is improved. The feeding weighing mechanism can be kept in a self-cleaning mode, and the residual rate of feed particles on the inner wall of the weighing mechanism is effectively reduced.