3results about How to "Realize the correction function" patented technology

The utility model discloses a kind of cutting device of rubber cutting piece, including device ontology, device ontology includes machine case and cutting assembly, machine case top is equipped with cutting platform, the front side of cutting platform is equipped with ball screw, the rear side of cutting platform is equipped with opening, opening is built-in with rotary table, first infrared positioning sensor is equipped on rotary table, cutting assembly is equipped with cutting seat, second infrared positioning sensor is equipped on the rear side of cutting seat, second infrared positioning sensor and first infrared positioning sensor dynamic docking.The utility model is by setting ball screw on cutting platform, pneumatic fixed clamp is equipped on ball screw, it is conveyed by ball screw, compared with the conveying mode of conveying belt, it is accurate and stable to convey, can avoid displacement;The rear side of cutting platform is provided with rotary table, the correction of rubber cutting piece center coordinate and offset angle can be realized by first infrared positioning sensor and second infrared positioning sensor, realize the function of rectification, guarantee the accuracy of cutting.

This utility model discloses a guiding device for multi-nozzle oil painting printing, relating to the technical field of guiding devices. It includes a correction guiding mechanism, with a compensation mechanism and a limiting mechanism arranged on its inner side. By coordinating the compensation and limiting mechanisms, this utility model ensures that during the correction process, the compensation mechanism, through the linkage of the limiting collar and the compensation connecting plate, allows the correction roller to maintain contact with the printing fabric even when tilted, enhancing the friction between the correction roller and the printing fabric and preventing secondary deviation due to insufficient friction, thus improving the stability of the canvas transport. Through the design of the lifting block and auxiliary roller in the limiting mechanism, the height of the auxiliary roller can be automatically adjusted via a pull rope mechanism during the correction process, ensuring it remains in contact with the printing fabric at all times, achieving secondary correction and guiding functions, further enhancing the trajectory control capability of the canvas during the correction process.

An automatic bag folding device comprises a base, a bag guide assembly, a rope guide assembly and a traction power component, the base is provided with a support disc, the rope guide assembly comprises a first guide rod and a second guide rod, the first guide rod and the second guide rod both comprise a driving end slidingly connected to the support disc and a limiting end for accommodating rope sleeves, the bag guide assembly is located between the first guide rod and the second guide rod, the bag guide assembly comprises a first guide plate and a second guide plate, the first guide plate and the second guide plate both comprise a driving part slidingly connected to the support disc and a limiting part for accommodating bag sleeves, and the traction power component is used for adjusting the distance between the first guide rod and the second guide rod and the distance between the first guide plate and the second guide plate. The above scheme realizes automatic arrangement of the storage bag, effectively solves the offset problem of the storage rope of the existing storage bag, facilitates subsequent packaging work, and has good practicability.