4results about How to "Save labor intensity" patented technology

The utility model relates to punch die technical field discloses a punch die for metal stamping, including first mount pad and second mount pad, the lower extreme of first mount pad is provided with male die, the upper extreme of second mount pad is provided with female die, first mount pad and second mount pad are provided with split component between male die and female die respectively, the inside of female die is provided with material ejecting subassembly, split component includes two mounting plates and a plurality of moving lead screws, the opposite end of first mount pad and second mount pad all is provided with mounting groove, two mounting plates all are fixedly connected with corresponding male die and female die. In the utility model, through being provided with split component, make the whole dismounting process become more relaxed, the time and labor intensity of replacement mould are saved significantly, through being provided with material ejecting subassembly, then can easily eject the inverter shell in female die after completing inverter shell stamping, and fast material taking.

The invention discloses an automatic drilling machine area space management system based on virtual debugging, and the system comprises an integrated control PLC system which carries out data interaction with automatic drilling robot equipment; the virtual debugging platform is used for dynamically updating the three-dimensional model in real time according to the operation form of the automatic drilling robot equipment and calculating space change information of a drilling machine area in real time; and the display module is used for displaying the three-dimensional model of the virtual debugging platform and the space information of the drilling machine area in real time. The virtual debugging platform is built based on the physical model and the control logic, the automatic drilling machine area space management system and the virtual debugging technology are fused, three-dimensional space simulation is applied, the virtual debugging effect is achieved before construction, and the construction efficiency is improved. Safety guarantee is provided for automatic drilling machine operation from multiple dimensions of equipment safety, operation handover safety, personnel state and the like, time and labor intensity depending on physical equipment verification are saved, and drilling area space management in a real sense is achieved.

This utility model provides a roller surface cleaning mechanism for an electronic belt scale. It relates to the field of electronic belt scale cleaning technology. The roller surface cleaning mechanism includes a base, on which four mounting brackets are fixedly installed. Each of the four mounting brackets is equipped with a connecting component. Each connecting component includes: two upright blocks, a connecting rod, a circular roller, two upright blocks, two rotating blocks, two connecting rods, two rotating blocks, two circular rollers, and two upright blocks. Two upright blocks are fixedly installed on the top of their respective mounting brackets. The connecting rod is fixedly installed between the two upright blocks. The circular roller is rotatably mounted on the connecting rod. The two upright blocks are fixedly installed on the top of their respective mounting brackets. This utility model has the advantages of accelerating cleaning efficiency, reducing time and effort spent, and relatively improving cleaning efficiency.

The application relates to the technical field of pipeline mold test equipment, in particular to a convenient dismounting diameter-expanding simulation machine which comprises a diameter-expanding simulation machine base, a main adjusting structure for adjusting a diameter-expanding mold, a rotating structure for connecting the diameter-expanding mold, the main adjusting structure is connected to the diameter-expanding simulation machine base; the rotating structure is connected to the main adjusting structure and is connected to the other side of the diameter-expanding simulation machine base relative to the main adjusting structure; the rotating structure comprises a power structure and a rotating connecting piece, the rotating connecting piece is connected to the diameter-expanding simulation machine base and is used for connecting the diameter-expanding mold, the main adjusting structure is limited through the rotating connecting piece and adjusts the diameter-expanding mold; the power structure is connected to the rotating connecting piece and drives the rotating connecting piece to rotate to install or dismount the diameter-expanding mold. The structure design of automatic rotation is adopted, the convenience of installing and dismounting the diameter-expanding mold is improved, the time and labor intensity of manual operation are reduced, and the test efficiency of the diameter-expanding simulation machine is improved.