7results about How to "Improve finished product efficiency" patented technology

The invention relates to the technical field of heat treatment, in particular to a nickel alloy bar heat treatment device and a bar heat treatment technology.The nickel alloy bar heat treatment device comprises a furnace body and a tool assembly arranged at the bottom of an inner cavity of the furnace body, the upper half portion of the furnace body is a heating cavity, and the lower half portion of the furnace body is an annealing cavity; the tool assembly comprises a tool cylinder inserted in the annealing cavity, a carrier plate capable of sliding up and down is arranged in the tool cylinder, a supporting spring is connected to the bottom surface of the carrier plate and the cavity bottom of the tool cylinder, a motion space is formed between the carrier plate and the cavity bottom of the tool cylinder, an assembling hole is formed in the middle of the carrier plate, and the supporting spring is arranged in the assembling hole. A rotating shaft is installed in the assembly hole, a friction sleeve is fixed to the rotating shaft, heating, annealing and oxide skin falling work are completed, the surface brightness of the nickel alloy bar is high, if the nickel alloy bar is a final machined product, the product quality is high, the surface does not need to be polished again, and the finished product efficiency is improved.

The utility model discloses a PTFE cold and hot switching welding machine, include: support frame, support frame upper part hoist and lift mechanism, and the lift of lift mechanism department connects upper welding mechanism, and support frame bottom sets material carrier plate and lower welding mechanism, and upper welding mechanism contains the upper hot mould and upper cold mould of mechanical drive switching, and lower welding mechanism contains the lower cold mould and lower hot mould of switchable. The utility model discloses complete welding cooling processing on the same welding machine, and the finished product efficiency of PTFE film material welding is greatly promoted.

This invention relates to the technical field of composite material preparation and discloses a method for needle-punching preforms. The method specifically includes the following steps: obtaining the cross-sectional contour information of the preform; dividing the cross-sectional contour into multiple cells; generating multiple needle-punching points in each cell; and needle-punching the preform according to the positions of the multiple needle-punching points. The needle-punching method for preforms of this application can improve the uniformity of fiber density within the preform and improve the finished quality of the preform.

The utility model discloses a work panel for precision cast steel production, its structure includes pressing plate, lifting rod, panel main part, work frame, clamping subassembly, pressing plate through lifting rod sliding fit between work frame, work frame is fixed connection above panel main part, and the both sides of work frame are equipped with clamping subassembly; a clamping assembly is arranged above a panel main body through a working rack, when tubular cast steel is subjected to polishing production on the panel main body, the working rack can control a push handle to be pushed to a proper position from a bearing plate to the two sides of the tubular cast steel, so that the bearing plate can push a side protection piece and a pressing piece; the running-in strips are clamped and pressed on the two sides of the tubular cast steel with proper force in a three-point-one-line mode, the stability of the tubular cast steel on the panel body during grinding is enhanced, and the finished product efficiency of the tubular cast steel is improved.

Internal high-pressure forming equipment based on servo electric cylinders comprises a working table, a main cylinder, an electrical control system, a mold, two electric cylinder supporting racks and the two servo electric cylinders. Four guide stand columns are arranged on the working table, and a main cylinder supporting rack is arranged on the four guide stand columns; flange mounting seats are symmetrically arranged on the left side and the right side of the working table; the main cylinder is mounted on the main cylinder supporting rack; the two servo electric cylinders are fixedly installed on the two electric cylinder supporting racks through electric cylinder fixing bases respectively, and the front ends of the servo electric cylinders are installed on the working table face through flange installation bases. And the electrical control system is electrically connected with the servo electric cylinder. According to the internal high-pressure forming equipment based on the servo electric cylinder, a side cylinder of the internal high-pressure forming equipment is changed into the servo electric cylinder from a hydraulic cylinder, hydraulic driving is converted into electric driving, the execution speed and the control precision of internal high-pressure forming of pipe fittings are improved, and the control difficulty of a control system is reduced.

The invention provides bending equipment for plate heat exchanger machining, and relates to the technical field of plate heat exchanger machining, the bending equipment comprises a workbench component, a bending switching assembly is installed on one side of the upper surface of the workbench component, and the bending switching assembly is used for feeding and conveying heat exchange plates in the switching process; the bending switching assembly comprises a limiting bending rod, the bending switching assembly can further store the limiting bending rod, through the technical scheme, the purposes of the bending switching assembly are that the first motor is matched with and drives the lead screw to drive the mounting rod to move synchronously, then the first upper toothed plate and the driven gear can drive the center shaft and the limiting bending rod to rotate, and the bending switching assembly can drive the limiting bending rod to rotate. Due to the fact that one side of the limiting bending rod is fixedly connected with the right-angle protruding block, right-angle bending machining can be conducted on the right-angle protruding block in the bending process, round-angle bending machining can be conducted on the other side of the limiting bending rod, and therefore switching and adjusting of the round angle and the right angle at the bent position in the bending machining process are achieved.