4results about How to "Reduce machine set-up time" patented technology

This utility model discloses a vacuum nozzle device with pressure detection, including a vacuum nozzle, a push rod, an elastic element, a pressure sensor, a mounting base, and a drive mechanism. The output end of the drive mechanism is connected to the mounting base. The pressure sensor and the elastic element are disposed on the mounting base. Both ends of the elastic element elastically abut against the pressure sensor and one end of the push rod, respectively. The other end of the push rod is connected to the vacuum nozzle. This utility model's vacuum nozzle device with pressure detection can monitor pressure values ​​accurately and instantly, automatically adjust the pressure, effectively extend service life, reduce setup time, and improve production efficiency.

This invention proposes a single-blade, multi-line sleeve-type shearing and limiting structure, including a cutter motion assembly and a distance adjustment assembly. The cutter motion assembly contains a slidable slider and a pre-upsetting needle, with a follower on the side of the slider. The distance adjustment assembly is fixed to the equipment and has limiting step surfaces of varying heights along the cutter's lateral movement path. During operation, the cutter's lateral movement drives the follower to move along the step surfaces, forcibly adjusting the axial position of the pre-upsetting needle to form a rigid, variable-depth blind hole for stopping material. Combined with the overfeeding and slippage elimination strategies of the wire feeding mechanism, the pre-upsetting needle acts as a stop to eliminate feeding errors. This invention solves the problems of poor accuracy and unstable product volume caused by traditional cold heading machines relying on feeding pulse control for length. It achieves high-precision shearing and automatic avoidance ejection with a single blade and multi-line, significantly improving the forming quality of composite contacts.

This invention belongs to the field of parameter data management technology. It provides a data management method and system for silicone process formulation parameters, including: real-time acquisition of multiple state variable data affecting the post-processing quality of silicone products, wherein the state variable data includes inherent equipment state variables and environmental state variables; based on the acquired state variable data, a compensation rule base is invoked to calculate hierarchical and multi-factor coupled compensation values; wherein the multi-level includes: a main effect compensation layer, a coupling effect compensation layer, and an environmental fine-tuning layer. By constructing a three-level compensation architecture of main effect—coupling effect—environmental fine-tuning, it can not only handle the impact of independent changes in a single state variable on the process, but also identify and quantify the nonlinear interactions between multiple key variables, thereby improving the compensation accuracy under complex and dynamic operating conditions and reducing problems of neglecting coupling relationships between variables, leading to inaccurate compensation or overlooking certain aspects.

This utility model discloses a horizontal lateral telescopic feeding mechanism, including a horizontal lateral movement device and a telescopic feeding device. The telescopic feeding device is mounted on the horizontal lateral movement device and drives the telescopic feeding device to move horizontally. The telescopic feeding device includes a feeding arm, a lifting assembly, and a telescopic assembly. The feeding arm is flat and horizontally positioned above the lifting assembly. The lifting assembly drives the feeding arm to move up and down, and the telescopic assembly drives the lifting assembly to move along the feeding / removing direction, causing the feeding arm to extend and retract in the feeding / removing direction. When the feeding arm is not extended, the feeding arm, lifting assembly, and telescopic assembly form a U-shape, with the extension direction of the feeding arm facing the same direction as the opening of the U-shape. By adopting a feeding arm extension, retraction, lifting, and lowering design, the number of operating steps is reduced, the gripping and releasing actions are decreased, the efficiency of loading and unloading is improved, and the machine setup time is reduced.