3results about How to "Cycle fast" patented technology

The utility model discloses a kind of blade lock blanking assembly mechanisms, belong to blade assembly technical field.A kind of blade lock blanking assembly mechanism, comprising: operation platform;Moving mechanism, installation in operation platform middle part, form continuous closed loop assembly path;First assembly component, second assembly component and third assembly component, respectively surround and be set in the periphery of moving mechanism;Moving mechanism includes: at least three slide rails, along assembly path direction setting;Multiple fixture bases, respectively slidingly set on multiple slide rails;At least two fixed material conveying bases, fixedly set between slide rail and with fixture base jointly constitute closed loop assembly path;Multiple push rod mechanisms, set in the end of slide rail, for driving lock body clamp on fixture base along assembly path step moving;And return pull rod, set in the end of path, for lock body clamp is pulled back to path starting end.It can realize multi-station short-distance setting, improve assembly efficiency.

The application discloses a slag ladle conveying track, a slag ladle slow cooling system and a slag ladle distribution method, mainly through setting empty ladle tracks and full ladle tracks, and through rotary switches and slag discharge port switches, one-way circulation conveying of empty ladles and full ladles is realized, without the need of avoiding and waiting, the rapid circulation of the slag ladles can be realized, and the conveying efficiency of the slag ladles is improved. The main technical scheme of the application is as follows: a slag ladle conveying track, the empty ladle tracks and the full ladle tracks are arranged in parallel and at intervals, the rotary switches are respectively communicated with the empty ladle tracks and the full ladle tracks, the first slag discharge port switches are respectively communicated with the empty ladle tracks and the full ladle tracks, and the second slag discharge port switches are respectively communicated with the empty ladle tracks and the full ladle tracks; the front ends of the empty ladle tracks and the front ends of the full ladle tracks are respectively used for extending to the first slag discharge port and the second slag discharge port, the first slag discharge port switches and the second slag discharge port switches are closer to the slag discharge ports than the rotary switches, and are arranged in the form of X. The application is mainly used for conveying the slag ladles.

This utility model discloses a blow molding die for a blow molding machine, including a support and a die slidably disposed inside the support. The die includes a left half and a right half symmetrically arranged. Electric push rods for driving the left and right half to move and close the die are respectively provided on the left and right sides of the support, corresponding to the left and right half. Both the left and right half have cavities matching the product shape, and micropore arrays are distributed on the surface of the cavities. Both the left and right half have a combined venting system, which includes a main venting groove extending along the die mating surface and an auxiliary venting channel communicating with the micropore array. This utility model, by setting a micropore array on the surface of the die cavity and cooperating with the combined venting system, allows gas in thin-walled areas to be quickly discharged, avoiding bubble defects and significantly improving product surface quality and yield.