5results about How to "Reduce thermal power" patented technology

This utility model discloses a low-temperature high-frequency surgical scalpel, comprising: a handheld part; and a scalpel head body mounted on the handheld part. The handheld part is used to connect a power source, enabling the scalpel head body to perform high-frequency cutting. The scalpel head body includes a blade surface and a cutting edge, with the cutting edge surrounding the blade surface and having a beveled structure. The surface of the blade surface is coated with an insulating coating. This allows for low-temperature, high-efficiency cutting, reducing thermal damage to tissues.

According to the drying method of the coating machine, a coating is not completely dried in a high-temperature environment, the coating is kept wet when being output from a box body, and then the coating is completely dried under the action of cold air without being heated through the action of the cold air and the coating; and wrinkles, dark marks and surface cracking of the coating in a high-temperature environment are avoided.

The invention relates to the technical field of lithium battery coating systems, in particular to slurry rheology control equipment. The slurry rheology control equipment provided by the invention comprises a slurry conveying pipeline, an inductance temperature control device and a water bath temperature control device, the inductance temperature control device and the water bath temperature control device are sequentially arranged on the slurry conveying pipeline in the conveying direction of slurry in the slurry conveying pipeline; the inductance temperature control device is used for heating slurry in the slurry conveying pipeline from an initial temperature to a first temperature interval where a target temperature is located, the water bath temperature control device is used for exchanging heat of the slurry in the slurry conveying pipeline to a second temperature interval where the target temperature is located, and the first temperature interval and the second temperature interval partially coincide. The temperature of the slurry is increased, the fluidity of the slurry is remarkably improved, the length of a drying oven can be shortened, the coating and drying time is shortened, the thermal power of the drying oven is reduced, the drying time is shortened due to the higher solid content of the slurry, namely, the high-temperature and high-solid-content slurry has the higher coating speed, and the coating productivity is greatly improved.

This utility model provides an auxiliary material feeding device and a coating equipment, relating to the field of coating technology. The auxiliary material feeding device includes a heating chamber, a source bottle, and a conveying pipeline; the heating chamber has a heating cavity; the source bottle is used to store auxiliary materials, and multiple source bottles are arranged on the outer wall of the heating chamber; the conveying pipeline passes through the heating chamber, and one end of the conveying pipeline is used to connect to the reaction chamber. Multiple first three-way valves are arranged on the conveying pipeline, each having a first inlet end, a second inlet end, and a first outlet end. The first inlet end and the first outlet end are respectively connected to the conveying pipeline, and the second inlet end is connected to the corresponding source bottle. The axis of the first inlet end coincides with the axis of the first outlet end. The section of the conveying pipeline containing the first three-way valve can be designed as a straight pipe, which simplifies the layout of the conveying pipeline, reduces the space occupied, and thus helps to reduce the size of the heating chamber and the heat power of the heating chamber.

This invention provides a power reversing and high / low gear integration module, a gearbox, and agricultural machinery. One of the two power shafts is a power input shaft, and the other is a power output shaft. One power shaft has a forward clutch and a reverse clutch sequentially arranged along its axial direction, while the other power shaft has a low-gear clutch and a high-gear clutch sequentially arranged along its axial direction. An intermediate shaft is connected to a first gear set and a second gear set with different speed ratios. The intermediate shaft transmits power from the power input shaft to the power output shaft. The axis of the intermediate shaft is not coplanar with the axes of the two power shafts. At least one of the two power shafts is located on the top of the gearbox housing. This invention integrates power reversing and high / low gear functions through the cooperation of one intermediate shaft and two power shafts, meeting various usage scenarios while fully utilizing the circumferential and axial space of the power reversing and high / low gear integration module.