4results about How to "High continuous production efficiency" patented technology

The utility model relates to the cable production preparation field especially, and it is a kind of non-woven fabric pay-off rack and cable wrapping device. One kind of non-woven fabric pay-off rack, including first base (11), the first base (11) is equipped with first support (12), the first support (12) is equipped with the horizontal support structure (13) and longitudinal support structure (14) for installing non-woven fabric. The utility model is simple in structure, and practicality is strong and easy to operate, by integrating longitudinal package and extrusion process, the traditional armoring second time wrapping link is saved, and repetitive operation time is greatly reduced, and continuous production efficiency can be effectively improved, has greater market popularization value.

The application relates to a residue slurry separation device for food processing, and mainly relates to the technical field of food processing equipment, which comprises an extrusion plate and at least one mounting hole of a solid residue discharge hopper of a grinding and pulping device located at the periphery of a discharge port, a regulating screw handle is threadedly connected in any mounting hole, an adjusting hole penetrating through the extrusion plate is formed in the extrusion plate, the regulating screw handle is slidingly installed in the adjusting hole, an elastic element is sleeved on a screw rod between the extrusion plate and a handle of the regulating screw handle, and the regulating screw handle sequentially penetrates through the elastic element, the adjusting hole and the mounting hole to fix the extrusion plate at the discharge port of the solid residue. The application can solve the problem that in the food processing process, the solid residue needs to be discharged from the grinding and pulping device and then transferred to other extrusion equipment for secondary extrusion of the solid residue, thereby reducing the production efficiency.

The utility model discloses a kind of rolling device for denim production, it is related to cloth production technical field, including the rolling machine cabinet for providing rolling motor drive power, fixedly installed in the rolling machine cabinet top rolling motor and the air expansion winding shaft slidingly installed in the output end of rolling motor.The utility model of the utility model is cooperated with winding station switching mechanism and winding shaft adjustment mechanism, efficient and accurate of winding operation are realized, when winding reaches set diameter, drive support base plate is moved from station A to station B along slide bar quickly, after positioning bolt fixed position, air expansion shaft can be conveniently replaced, greatly shorten the shaft replacement time, provide efficient guarantee for continuous production;Meanwhile, when deviation sensor detects cloth edge deviation, winding shaft adjustment mechanism can make swing adjusting arm do sector swing around limit shaft pin by driving swing arm to drive swing adjusting arm, convert into air expansion winding shaft's axial translation, and timely correct deviation problem.

The application relates to the technical field of paperboard processing equipment automatic control, and discloses a paperboard digital slotting machine automatic control method and system. The method comprises the following steps: through synchronous acquisition of a tool vibration signal and cutting force data, a tool wear characteristic vector is obtained through processing and frequency domain analysis; if a wear condition is met, a depth compensation amount is extracted, a servo motor position instruction is generated in combination with a proportional integral differential control algorithm, a Z-axis executing mechanism is driven to dynamically correct a cutting depth; a parameter is optimized through a depth residual feedback, a compensation gain is dynamically calibrated and iteratively corrected until the residual converges to a preset precision. The method realizes real-time perception of a tool wear state and accurate compensation of a depth, solves the problem of unstable slotting depth in traditional control, improves processing precision, product consistency and production efficiency, and provides technical support for high-precision automatic production of paperboard slotting.