55results about How to "Control cooling effect" patented technology

The invention discloses a long dropper forming die. The long dropper forming die comprises an upper die frame, a lower die frame, an upper die plate and a lower die plate, wherein an upper die cavity is formed in the end face of the upper die plate, a lower die cavity is formed in the end face of the lower die plate, the upper die plate comprises an upper fixing plate, a cooling cover plate and a lower supporting plate which are sequentially arranged, a cooling cavity is formed in the end face of one side of the lower supporting plate, a cooling cover plate seals an opening of the cooling cavity on the lower supporting plate, an inlet port and an outlet port which communicating with the cooling cavity are formed in the cooling cover plate, a plurality of first flow channel grooves which are evenly distributed are formed in the bottom of the cooling cavity, and second flow channel grooves are formed in the end face, opposite to the cooling cavity, of the cooling cover plate.

The invention relates to a calcium carbide cooling device and method. The calcium carbide cooling device comprises a calcium carbide cooling tower. A sand inlet is formed in the upper end of the calcium carbide cooling tower, and a sand outlet is formed in the lower end of the calcium carbide cooling tower. A cooling pan track is arranged in the calcium carbide cooling tower. A closed type cooling pan used for containing calcium carbide is placed on the cooling pan track. The sand inlet and the sand outlet of the calcium carbide cooling tower communicate with a sand transfer system, so that a sand transfer loop is formed. The cooling device adopts sand as a cooling medium. Mobility of the sand and gravity of the sand are utilized to form forced convection with the calcium carbide cooling pan, so that cooling is accelerated, and time for cooling consumption is effectively shortened. Investment cost of cooling equipment is reduced to a great extent. Occupied space is reduced. Operation safety stability and economy are improved. The problems that much time is consumed and occupied space is large in the traditional calcium carbide cooling process are solved. Meanwhile, sand circulation is completed by means of the sand transfer system, the speed of the sand transfer system is adjusted and the calcium carbide cooling effect can be effectively controlled.

The invention provides a temperature conduction system for a nucleic acid amplifier. The temperature conduction system comprises a fan module, a temperature detection module, a control module and a fan module chip support, a chip groove is formed in the chip support, a chip is installed in the chip groove, a heating cover covers the chip support, and a first refrigeration sheet, a second refrigeration sheet, a cooling fin and a fan are sequentially arranged below the chip. The control module is connected with the temperature detection module and the fan module and used for receiving the temperature information sent by the temperature detection module and controlling temperature rising and falling of the heating cover, the first refrigeration sheet, the second refrigeration sheet and the cooling fin and the rotating speed of the fan. The invention provides the temperature conduction system, according to the invention, the temperature change of each device can be detected in real time, which device needs to be subjected to temperature adjustment is analyzed in a layer-by-layer judgment manner, all devices do not need to be adjusted, the adjustment control difficulty can be greatly reduced, and the chip temperature can be accurately controlled, so that the temperature control precision and the temperature control efficiency can be improved.