4results about How to "Smooth workflow" patented technology

The application discloses a detachable energy-saving mobile mediation shelter and a use method thereof. The mobile mediation shelter comprises a hoistable shelter body, a bearing framework of the shelter body comprises a detachable fixed assembly of a first framework, a second framework and a third framework, four walls of the bearing framework are provided with shelter wallboards, the top and bottom of the bearing framework are provided with a shelter top plate and a shelter ground, the top of the shelter top plate is provided with a solar cell panel, a shelter door is hingedly connected to the shelter wallboard on one side of the shelter body, an integrated cabinet is arranged on one side of the shelter door, a display screen is arranged on the shelter wallboard away from the shelter door in the shelter body, a workbench is arranged below the display screen, a mediation table is arranged on one side of the workbench, and a display board is arranged on the shelter wallboard on one side of the mediation table. The detachable bearing framework and the self-powered solar system realize the rapid deployment, integral hoisting transportation and energy-saving and environment-friendly operation of the mobile mediation shelter.

The utility model relates to a kind of positioning clamping devices for chip processing, including workbench, further include: transmission component, transmission component is used to transmit the jig of processing, transmission component tail end side fixedly connected with support plate, transmission component tail end top surface fixedly installed with the positioning assembly of the jig being positioned;Clamping assembly, clamping assembly is used to clamp the jig on transmission component;Material receiving assembly, material receiving assembly is used to store the jig clamped by clamping assembly.The technical scheme, positioning assembly is driven by the synergic effect of stop block and pneumatic clamping mechanism with positioning block, can quickly and accurately position the jig on transmission component to specified position and attitude, provides reliable guarantee for subsequent accurate clamping and processing, effectively avoids the processing failure caused by jig position deviation, improves the qualified rate of product.

The utility model relates to contact lens automation production technical field, concretely is a kind of contact lens line moulding and taking piece equipment, including vibration feed unit, moulding unit, shell-off visual inspection unit, mould turnover unit, master mould transfer unit and mould taking unit according to mould flow direction;Shell-off pre-pressing unit is arranged between vibration feed unit and moulding unit, and carrying unit is also arranged at master mould transfer unit and piece taking unit;The utility model whole work flow is smooth, and degree of automation is high, and time cost of multiple turnover is reduced;Through pre-pressing, visual inspection and turnover action, overall reduce artificial dependence, save turnover time cost, reduce the quality fluctuation caused by frequent line change and turnover, improve contact lens demolding and taking piece efficiency, improve contact lens product overall quality.

The invention discloses a virtual test three-dimensional material model generation method, device and system, and belongs to the technical field of intelligent test and simulation of engineering machinery. Comprising the steps that the geometric shape of a material pile is constructed based on the NURBS curved surface technology, the shape of the material pile is regulated and controlled, and a preliminary material pile NURBS curved surface is obtained; converting the curved surface into a closed triangular mesh model; performing rendering processing on the triangular mesh model, adopting a texture-geometry adaptive matching algorithm to solve the problem of texture distortion of a complex curved surface, and simulating material performance of different physical states through a multi-scale parameter collaborative optimization strategy; performing dynamic simulation and interactive processing to generate a final material pile model; inputting the final material pile model into a target virtual test platform, and performing virtual test application; according to the method, the problems of single material pile model form, material distortion, lack of dynamic interaction and low tool integration degree in the prior art are solved, and the precision and efficiency of virtual testing are remarkably improved.