4results about How to "Improve thermal cycle efficiency" patented technology

The invention belongs to the technical field of medical equipment, and discloses a high-efficiency energy cabin and a use method thereof. A cabin cover is arranged at the top end of the cabin body; a fixed rod is fixedly mounted in the cabin body, and a push plate is movably connected to the surface of the fixed rod; a first motor is fixedly installed at the top end of the interior of the cabin body. In the rotating process of a lead screw, a second moving block can be driven to descend, then the second moving block can drive a first pushing rod to rotate, due to the fact that one end of the first pushing rod is hinged to a first hinge block, when the first pushing rod rotates, the first hinge block can be pushed to move, and then a pushing plate can move on the surface of a fixing rod; and then a push plate pushes a blocking plate to move in a moving groove, then the surface of the moving groove makes contact with the inner wall of the cabin cover, and therefore a gap between the cabin cover and the cabin body is blocked, the sealing performance of the device is improved, the heat cycle efficiency and the conditioning effect in the cabin are improved, and energy consumption is reduced.

The utility model relates to a coal power unit. Coal power unit, include: boiler, heat circulation system, back pressure machine and feedwater heater, the steam output end of boiler is connected with the steam input end of back pressure machine and the steam input end of heat circulation system respectively, the steam output end of back pressure machine is connected with the steam input end of feedwater heater, to steam output to feedwater heater, the feedwater output end of heat circulation system is connected with the feedwater input end of feedwater heater, to feedwater output to feedwater heater, the feedwater output end of feedwater heater is connected with the feedwater end of boiler, to steam heated after the feedwater output to boiler. Adopt the utility model can reduce coal power unit coal consumption.

The invention relates to a ferrocene metal organic framework / carbon-based material composite membrane, a polymerase chain reaction photo-thermal module and application thereof. The ferrocene metal organic framework / carbon-based material composite film is prepared by performing suction filtration and film forming on dispersion liquid containing a carbon-based material and a ferrocene metal organic framework. And the polymerase chain reaction photo-thermal module can realize the control of temperature rise and / or temperature reduction based on the regulation and control of the irradiation power of the light source. Compared with the prior art, the ferrocene metal organic framework / carbon-based material composite membrane and the polymerase chain reaction photo-thermal module can realize efficient photo-thermal conversion under the irradiation of a light source, have the characteristics of excellent heating and cooling rate and low power consumption, and provide a new solution for rapid pathogen detection.

The application belongs to the technical field of carbon dioxide energy storage systems, and particularly relates to a magnetic coupling type stirring module, a heat storage tank comprising the module, and a carbon dioxide energy storage system. The structure of the stirring module comprises a center pipe body which is sleeved and arranged on a maintenance platform support column and located in the inside of a tank body, a radial connecting rod which is arranged on the outer ring surface of the center pipe body and used for rotating and stirring heat storage medium, a permanent magnet ring body unit which is arranged on the radial connecting rod, located in the inside of the tank body, and used for receiving the driving force of a magnetic coupling driving module, and a plurality of periodic pushing guide plate units which are screwedly arranged on the radial connecting rod and used for improving the heat cycle efficiency of the heat storage medium in the mode of rotating and pushing the heat storage medium at the outlet position of a high-temperature medium discharge pipe and the inlet position of a low-temperature medium inlet pipe respectively.