4results about How to "Arrive quickly and accurately" patented technology

This utility model discloses a filter element cutting device, comprising: a U-shaped frame, a conveyor internally mounted on the U-shaped frame, a folding cover rotatably mounted on the other end of the U-shaped frame, a folding pressing mechanism fixedly mounted inside the U-shaped frame, the pressing end of the folding pressing mechanism being able to flip and press against both ends between the conveyor and the folding cover to achieve pressing of the conveyed filter element, and an N-shaped frame fixedly mounted on the upper surface of the U-shaped frame, with a laser ranging sensor fixedly mounted inside the N-shaped frame. This application, through the design of the folding pressing mechanism, achieves fully automated operation from conveying, folding, detection, and cutting, reducing manual intervention, improving production efficiency, and lowering labor costs. Simultaneously, the closed-loop thickness detection and control system ensures the stability and consistency of filter element quality, improving the overall product quality.

The utility model discloses a pearl sucking mechanism belongs to pearl processing equipment technical field, and this mechanism mainly includes puncher main part, and below has drive motor and material taking cavity, and the inside operating table top has straight vibration platform, feed hopper, pearl clamp, CCD camera and punch device etc., and the operating table top still is equipped with array stand, and the pearl sucking mechanism main part is pearl sucking mechanism main part in the stand inboard, and the stand crossbeam top has longitudinal slide rail and horizontal slide rail, and the outside has longitudinal drive motor, and through the drag chain connection ensures the smooth operation, and the pearl sucking mechanism main part front side has the mounting panel, the sucking mechanism motor, the fixed disc etc., and the fixed disc front side has the steering motor, and the bottom passes through the pivot, the buffer spring and connects the sucking disc, and the steering motor can adjust pearl position according to CCD camera, and the puncher main part bottom has the moving wheel and the positioning disc, and the convenient removal and fixed, this pearl sucking mechanism convenient operation, high precision, good stability can accurate positioning and sucking pearl, reduce the damage to pearl, improve the processing efficiency and precision.

The utility model relates to probe card technical field, concretely is a wafer probe card bearing device, including test box, the bearing device includes: setting up in the bearing seat of test box top, the bearing seat swing setting is in the top of test box, setting up in the locating cover of bearing seat top, setting up the probe card bearing adjustment mechanism on the side wall of locating cover, the utility model discloses through design can flexibly adjust to wafer probe card clamping bearing angle and the bearing device of position, make through bearing adjustment mechanism can firmly and accurately clamping probe card, the test angle of probe card can be flexibly adjusted simultaneously, satisfy the test demand of diversification, and the drive mechanism adopts the way that horizontal and longitudinal screw rod module combines, can accurate adjustment bearing seat in horizontal and vertical direction's position, make probe card can reach the specified test position accurately and quickly, has improved the efficiency and accuracy of test.

This utility model provides a rail clamping system and a long rail traction vehicle, relating to the field of track laying equipment technology. The rail clamping system includes a rail clamping device, a first detection device, and a controller. The rail clamping device includes a connecting arm, a rail clamp, and a drive unit. The connecting arm is configured to be rotatably connected to the traction vehicle body and is driven to rotate relative to the traction vehicle body by at least one drive unit. The rail clamp is slidably disposed on the connecting arm and is driven to slide relative to the connecting arm by at least one drive unit. The first detection device corresponds one-to-one with the drive unit for detecting the motion data of the corresponding drive unit. The controller is electrically connected to both the first detection device and the drive unit. The controller controls the operation of the corresponding drive unit based on the motion data acquired by the first detection device. This rail clamping system can significantly improve the efficiency of rail clamping.