48results about How to "Avoid duplication of experiments" patented technology

The invention relates to a B-raf gene mutation detection kit. The B-raf gene mutation detection kit comprises quality-control primer probe internal-standard mixed liquor and detection primer probe internal-standard mixed liquor, wherein the quality-control primer probe internal-standard mixed liquor comprises a quality-control primer pair, a B-raf gene specific probe, an internal-standard primer pair, an internal-standard specific probe and an internal-standard template, and the detection primer probe internal-standard mixed liquor comprises a B-raf gene V600E mutation detection specific primer pair, a B-raf gene specific probe, an amplification blocking nucleic acid sequence, an internal-standard primer pair, an internal-standard specific probe and an internal-standard template. The B-raf gene mutation detection kit has the advantages that an amplification refractory mutation system is combined with a wild type amplification blocking nucleic acid sequence with a phosphorylated terminal, deoxyinosine is introduced into detection of a B-raf gene V600E mutation detection specific ARMS (amplification refractory mutation system) forward primer to enable quality-control PCR (polymerase chain reaction) and detection PCR to be performed for detection of samples parallelly, and each reaction system can have an internal-standard system capable of effectively avoiding false negative and intra-assay variation; the B-raf gene mutation detection kit is low in cost, high in sensitivity and more capable of controlling intra-assay and inter-assay variation.

The invention discloses an automatic centering device for an electric spindle reliability test bed based on dragging and loading. In order to overcome the problem of being unable to monitor the generation of singular data in time, eliminating and adjusting the centering of the test bed is time-consuming and laborious, the device includes a main shaft position adjustment part, The detection part and the monitoring and automatic control part; the detection part includes the support device, the feeding device and the detection device; the main shaft position adjustment part is installed in the middle of the horizontal iron through No. 1 to No. 4 static pressure slides: No. 1 and No. 2 static pressure The pressure sliding table is installed on the left side of the horizontal iron, and the No. 3 and No. 4 static pressure sliding tables are installed on the right side of the horizontal iron; the detection part is installed in the middle of the horizontal iron through the No. 1 and No. 2 support bases, and the supporting device is located on the main shaft On the front and rear sides of the position adjustment part, the feed device is installed on the support device; the No. 1 and No. 2 laser alignment instruments in the detection device are fixed on the fixed plate in the feed device; the monitoring and automatic control part and the spindle position adjustment part , Detection part of the wire connection.

The invention relates to a test method for the environmental adaptability of an optical fiber sensing system. The test method includes three parts: a hardware connection stage, a test preparation stage and a test stage: the hardware connection stage includes: preparing a temperature and humidity environment test box, and a prototype to be tested , industrial computer, double-layer shielded network cable, power cord and optical fiber disk; the test preparation stage includes: starting the prototype to be tested and the industrial computer and making the network communication between the two normal, and then opening the system control software in the industrial computer to start monitoring the operation of the prototype to be tested status; the test phase includes setting various temperatures and operations and monitoring test results to draw monitoring conclusions. The test method of the present invention selects the most severe working and operating temperature and humidity environment of the product, and allows the product to operate in its extreme environment, thereby providing assistance for device selection and design improvement. During the test, the product is run online and monitored in real time , by comparing the conditions and data before the test, under the high temperature test, under the low temperature test and under the damp heat test.