62results about How to "Large one-time investment" patented technology

The invention provides a high-precision measurement device for thermistor finished products in an air medium. The measurement device comprises a feeding mechanism, a test mechanism and a sorting mechanism, wherein an air device is arranged on one side of the feeding mechanism, the feeding mechanism comprises a feeding box body, an automatic discharging mechanism is arranged on one side of the feeding box body, and a clamping conveying mechanism is arranged in the feeding box body. Paper tapes are conveyed into the test mechanism by the clamping conveying mechanism to be detected. Then, after being sorted by the sorting mechanism, the paper tapes are collected. Rails are arranged in the test mechanism and the sorting mechanism. The measurement device adopts PLC control. As the high-precision measurement device adopts an air medium sorting comparison process in measurement, the labor intensity of workers is low, and the production efficiency is high. Three to four equipment can be operated by one person, and measurement in the air medium does not require washing or drying, so that the environment is protected, energy is saved, the production cycle of products is short, labor force is greatly saved, and the quality reliability of the products is greatly improved. The maximum error of the test system is smaller than or equal to 0.02%.

The invention discloses a quick and high-precision method for manufacturing a layered modular automotive panel die based on a laser combination processing technology. In the method, the quick and high-precision manufacturing for the automotive panel die is realized by mainly using a laser cutting processing technology and secondarily using a laser surface strengthening and cladding technology in combination with a layered modular die structure design method, so a quick and economic technology supporting measure is provided for trial-manufacturing of sample automobiles and panel dies during novel automobile type development. The method comprises the following processes of layering and cutting the die, positioning and connecting a modular combination, strengthening and cladding the laser surface and the like so as to finally form the layered modular automotive panel die on a partial key part; the material is in a functional gradient distribution from outside to inside; and the various structural layers have different mechanical performance and functions, so the whole performance requirement of the die can be guaranteed, the process is simplified and the cost is reduced. By the method, samples can be provided for trial-manufacturing of 200 sample automobiles; at the same time, sufficiently reliable experimentally checked design data can be provided for steel dies for normal production.