3results about How to "Save experimental space" patented technology

The application discloses a kind of ground bear bee adult stomach poison's virulence determination device and use method, including upper and lower distribution's beehive, dirt collecting dish and sugar water feeder, the beehive is spliced by front panel, back panel, right panel, left panel, bottom plate and top plate.The front and top panel of the beehive of the application adopt high transparent material, facilitate observing the situation in the box during experiment;Beehive top plate and box adopt sliding connection design, can freely select beehive opening size, can effectively prevent ground bear bee escape, guarantee the safety of operator;Beehive is detachable and easy to disassemble, facilitate transportation and storage and cleaning;Beehive is designed with special sugar water feeding hole and medicament feeding hole, more convenient to feed sugar water and medicament and determine medicament consumption, save time and effort;The design of dirt collecting dish can effectively guarantee the dry and cool living environment of bee and the sanitary neatness of experimental process;Sugar water feeder side is placed with the stacking of whole beehive to save experimental space.

The utility model discloses a kind of vacuum interconnection chemical vapor deposition devices, including vacuum pipeline A, ordinary pipeline B and ordinary pipeline C, the vacuum pipeline A, ordinary pipeline B and ordinary pipeline C are arranged in parallel, and vacuum pipeline A, ordinary pipeline B and ordinary pipeline C are all provided with three-way joint, and every three-way joint on ordinary pipeline B is connected with one gas path summary device by one connecting pipeline E, another inlet on gas path summary device is communicated with ordinary pipeline C by connecting pipeline F, every gas path summary device is connected with one vapor deposition equipment by pipeline, the outlet of vapor deposition equipment is connected with the three-way joint on vacuum pipeline A by connecting pipeline D, one of which vapor deposition equipment is provided with vacuum pump, the device can improve experimental efficiency, save experimental space and reduce the effect of cost, while guarantee the quality of growth film material.

The application relates to the technical field of photovoltaic device detection, and particularly relates to an integrated detection device for perovskite solar cells. The device comprises a box body, a sample table and an optical imaging assembly, and is integrated with a photoluminescence module, an electroluminescence module and a back light imaging module in the box body. Through the integrated design, the workpiece to be detected can complete imaging in three modes in situ without moving, so that the photoluminescence (PL), electroluminescence (EL) and back light images which are completely registered in spatial position are obtained. The application solves the pain point that the prior art cannot accurately associate materials, electrical defects and physical holes due to the lack of back light imaging, realizes accurate attribution of defect sources, and can realize automatic detection through a cooperative controller, and significantly improves the detection efficiency and the accuracy of analysis.