42results about How to "Increase the air supply" patented technology

The invention discloses an abundant generating system used in dry cement product line, comprising a grog cooler, a AQC abundant heat boiler, a cement rotary furnace, a head frame of cement rotary furnace, a third-stage wind tube, a cement preheating device, a cement predissociation furnace, a SP abundant heat boiler, a fan, a deaerator, a condenser, and a generator of turbine. The third-stage wind tube is between the head frame and the predissociation furnace. The head frame is communicated with the grog cooler. The invention is characterized in that third-stage wind tube is arranged with a third-stage wind abundant-heat boiler with bypass wind channels; the medium inlet of the third-stage wind abundant-heat boiler via the tube is connected with the AQC abundant-heat boiler and the SP abundant-heat boiler, while the medium outlet is connected with the turbine generator. The invention can completely absorb the abundant heat of product line, to supply overheated steam to the generator, while the electricity generation is higher than 40kwh.

Disclosed in the invention is a printing drying heat pump comprising a drying machine set including a sensible heat exchanger, condenser, and an evaporator. The sensible heat exchanger contains a new air inlet surface, a new air outlet surface, a return air inlet surface, and a return air outlet surface, wherein the new air outlet surface and the return air inlet surface face the new air inlet surface and the return air outlet surface faces the return air inlet surface directly. The new air inlet surface faces an inlet of a drying machine set; and the return air inlet surface faces an air return opening of the drying machine set. The condenser is provided with a condensation windward surface facing the new air outlet surface; and areas of the condensation windward surface and the new air outlet surface are equal. The evaporator is provided with an evaporation windward surface facing the return air outlet surface; and areas of the evaporation windward surface and the return air outlet surface are equal. According to the printing drying heat pump, the ducts are distributed simply; the blowing-in resistance and the return air resistance are low; and the blowing-in and heat recovery efficiencies are high.

The invention discloses a method and a device for preparing small molecular hydrogen-rich water. The method comprises the steps of carrying out primary balance mixing on hydrogen and drinking water to form a primary hydrogen-water mixed solution, enabling the primary hydrogen-water mixed solution to enter a centrifugal pump to complete secondary mixing, enabling the secondly mixed hydrogen-water mixed solution to pass through a high-precision electrical automatic washing filter and a shower-type controller nozzle to allow the hydrogen-water mixed solution to form a high-speed ordered linear motion and collide with each other to complete third mixing, enabling thirdly mixed hydrogen-water mixed solution to flow through a small molecular water preparation device to obtain the small molecular water, delivering the small molecular water to an anti-impulse bubble releaser to generate micro-nanometer bubbles of which the diameters are 200nm-4 microns by virtue of the anti-impulse bubble releaser and further to form a bubble solution containing micro-nanometer hydrogen, delivering the bubble solution containing micro-nanometer hydrogen into the bottom of a storage container, and dissolving hydrogen in the micro-nanometer bubbles in the small molecular water to prepare the small molecular hydrogen-rich water. The small molecular hydrogen-rich water preparation technology disclosed by the invention can provide a new level of healthy living for human.

The invention discloses an intake and exhaust control system of a diesel engine. The intake and exhaust control system of the diesel engine comprises a flow control part, an acquiring device and a controller, wherein the flow control part is connected between an air storage bottle and an air compressor of a turbocharger, the acquiring device is used for acquiring the air inflow of the air compressor and reflecting state parameters of air demanding quantity of an air cylinder of the diesel engine, and the controller is connected with the acquiring device and is used for acquiring the air demanding quantity of the air cylinder according to the state parameters and controlling the size of an opening of the flow control part according to the air inflow and the air demanding quantity to enable the total air inflow of the air compressor after air supplement to be equal to the air demanding quantity. According to the intake and exhaust control system of the diesel engine, when the diesel engine operates slowly, the air compressor can convey sufficient air to the air cylinder after being supplied with air by means of the air storage bottle, so that oil burning of the air cylinder is achieved fully, large torque is generated, oil consumption is reduced, and exceeding discharging is avoided. The invention further discloses an intake and exhaust control method corresponding to the control system.

The invention discloses an air conditioner and a control method thereof. The air conditioner includes: a casing, the casing has an air outlet; an air guide assembly, the air guide assembly includes: an air guide plate, the air guide plate is rotatably arranged at the air outlet, and the air guide plate is on its rotation path It has an avoidance position to prevent the air deflector from colliding with the air outlet; the transmission rod assembly, the first end of the transmission rod assembly is rotatably connected to the air deflector to allow the air deflector to rotate, and the second end of the transmission rod assembly is rotatable to the air outlet connected to drive the air deflector to rotate; wherein the rotation includes: before the air guide assembly is opened, the air guide rotates around the first end of the transmission rod assembly at the air outlet to the avoidance position; when the air guide assembly is opened , the air guide plate rotates around the first end of the transmission rod assembly at the air outlet to the preset air guide position; the revolution includes: when the air guide assembly is opened / closed, the transmission rod assembly drives the air guide plate to rotate around the air outlet The second end of the rod assembly is rotated to a preset swing position.