3results about How to "Achieve winding" patented technology

The utility model discloses a wool yarn's swing yarn equipment, including base, be equipped with yarn drum fixed component, tightness adjusting mechanism and support on the base, be equipped with speed reducer motor on the support, and the output of speed reducer motor is equipped with gyral yarn frame, tightness adjusting mechanism includes first support seat, be equipped with electric push rod on the first support seat, and the output of electric push rod swingly is equipped with the tightener. This equipment can fix different models of yarn drum through yarn drum fixed component, improve the applicability of equipment, and speed reducer motor can drive gyral yarn frame rotation, realize yarn winding, and tightness adjusting mechanism can guarantee that yarn is stably transported in the swing yarn process.

This utility model discloses an adhesive sealing device, belonging to the field of packaging sealing technology. It includes a sealing mechanism comprising two folding sections and an adhesive tape pasting section. Each folding section includes an upward control lever and a gathering control lever. The two upward control levers are used to control the upward folding of excess packaging film. The two gathering control levers can move towards each other in the left-right direction via corresponding first slide rails, so that the excess packaging film after folding is compressed and gathered by the two gathering control levers. The two folding sections can move backward synchronously, so that the gathered excess packaging film is folded around the periphery of the roll to be sealed by the obstruction of the two upward control levers. The adhesive tape pasting section is used to cooperate with a roller to paste and wrap adhesive tape around the periphery of the roll to be sealed. This adhesive sealing device aims to solve the problem in the prior art where heat sealing of roll packaging makes it difficult to reuse or repackage the film, significantly improving the convenience and flexibility of packaging.

This invention relates to the field of robot end effector technology, specifically to a cable-driven multi-dimensional helical actuator and its manufacturing method, including a drive base and a coiling actuator module; the coiling actuator module is mounted on top of the drive base, and the drive base provides coiling power to the coiling actuator module. This invention achieves the coiling, winding, and resetting of the actuator by driving with a single cable and resetting with a tension spring. The non-planar winding configuration, by introducing a unit tilt angle γ and pressure sensing feedback, achieves a technological leap from planar coiling to three-dimensional spatial winding, significantly improving the axial constraint force and intelligent operation level for slender targets.