53results about How to "Fast switching response" patented technology

The present invention relates to a modular photoelectric-switch keyboard key, including modular photoelectric switch, base, keymodule and elastic element, the said modular photoelectric switch is mounted in the said base, the said keymodule is slideably placed in the sliding cavity of the said base and the said elastic element is placed between the said base and the said keymodule; the said modular photoelectric switch comprises transmitting tube, receiving tube and distance piece, the said transmitting tube and the said receiving tube are placed oppositely and are electrically connected with the circuit board; the said distance piece is connected with the said keymodule and located between the said transmitting tube and the said receiving tube.

A multifunctional switching valve comprises an automatic ball pen type pressing mechanism, a sealing guide rod, a first spring and a valve element body. Through triggering of the automatic ball pen type pressing mechanism, the first spring can exert resilience opposite to pressing force to the sealing guide rod, the sealing guide rod constantly abuts against the pressing mechanism, the sealing guide rod reciprocates up and down in the axial position of the valve element body through the high-position and low-position stroke of the pressing mechanism, accordingly, a plug on the sealing guide rod can selectively block a first flow guiding hole or a second flow guiding hole, and opening / closing of a water inlet and a first water outlet or a second water outlet is finally achieved. meanwhile,through rotation of the included angle between the valve element body and a valve element base, the overflow area of a flow adjusting hole is changed, and accordingly the purposes of flow switchover and water temperature adjustment are achieved.

The invention discloses a pneumatic valve and a working method thereof. The pneumatic valve comprises a valve body, a motor, a moving transmission shaft, a cam, a cam bearing, a cam bearing slideway, a valve plate connecting rod shaft and valve plates, wherein the motor is arranged above the valve body; the moving transmission shaft is connected with the motor; the cam is connected with the moving transmission shaft and positioned in the valve body; the cam bearing is arranged below the cam; the cam bearing slideway is in sliding fit with the cam bearing; the valve plate connecting rod shaft is connected with the cam bearing slideway; the valve plates are arranged on both ends of the valve plate connecting rod shaft; the valve body is internally provided with four valve seats which uniformly separate the valve body into three spaces, two of the valve seats are positioned on both ends of the valve body, and the three spaces are sequentially connected with a blower air draft interface, a transmission pipeline interface and a blower air blast interface. According to the invention, because the valve plates are driven by the motor to take straight-line motion in a left-right direction, the contact and sealing of the valve plates and the valve seats arranged among different positions are completed, and therefore the purpose of the switching of working states is finally achieved. The pneumatic valve disclosed by the invention has the advantages of simple structure, low manufacturing cost, fast switching response speed and stable and reliable operation.

The invention discloses a special valve for a regenerative thermal oxidizer (RTO). The special valve comprises a valve body mechanism, a rotary valve element mechanism, a sealing mechanism and a switch control mechanism, wherein the valve body mechanism is composed of a valve body, a gas outlet connecting pipe and two core shaft mounting frames; the valve body is in a cylinder shape; one end of the valve body is a gas inlet; a gas outlet is formed in the valve body; the gas outlet connecting pipe is arranged on the gas outlet; the rotary valve element mechanism is composed of a valve element, a core shaft and two fixing connecting frames; the valve element is in the cylinder shape and installed in the valve body; the core shaft is installed in the valve element, fixedly connected with the valve element through the fixing connecting frames and rotationally installed on the core shaft mounting frames in the valve body; the core shaft, the valve element and the valve body are coaxially arranged; an air vent is formed in the valve element and matched with the air outlet in a communicating or isolating manner; the sealing mechanism is arranged on the gas outlet connecting pipe and is in sealed connection to the gas outlet connecting pipe and the valve element; the switch control mechanism is composed of a switch drive mechanism and a transmission shaft; and the transmission shaft is in transmission connection with the core shaft and the switch drive mechanism.

The invention discloses a double-plate clutch hybrid power assembly suitable for a new energy automobile. An engine, an elastic damping connecting unit, a first motor, a double-plate clutch and a second motor of the double-plate clutch hybrid power assembly are coaxially connected in sequence. An output shaft of the second motor is connected with a drive axle assembly. An energy-storing power source is electrically connected with a first motor controller, a second motor controller and a vehicle control unit. The first motor controller is electrically connected with the vehicle control unit and the first motor. The second motor controller is electrically connected with the vehicle control unit and the second motor. The double-plate clutch does not generate axial force to the motors and the engine, and the functions of the clutch, a two-gear transmission, impact overload protection, forward and reverse separation, non-power-interruption speed-differential gear shifting and the like are achieved. Switching response is rapid, reliability is high, energy consumption is low, and efficiency is high. Energy output can be randomly switched between the engine and the energy-storing power source according to working conditions, energy can be recycled, and energy management fit is more reasonable.

The invention belongs to the research field of energy-feeding type electronic loads, and relates to an energy-feeding type DC electronic load system and a self-organizing fuzzy control method thereof. An energy-feedable DC electronic load system includes: a main power module, a control module and a signal acquisition module connected thereto, wherein: the control module adopts a self-organizing fuzzy controller to optimize a PI corrector to control a phase-shifted full-bridge ZVS to realize load simulation , the conventional fuzzy controller is used to optimize the PR controller to control the inverter full-bridge circuit to realize energy-feeding and grid connection. A self-organizing fuzzy control method of an energy-feedable DC electronic load system, which introduces a universe adjustment factor to adjust the parameters of a PI corrector, and the adjusted PI corrector outputs a phase-shifted full-bridge ZVS circuit duty cycle adjustment amount, thereby regulating the input current. The invention adopts the self-organizing fuzzy controller to improve the steady-state performance and reduce the response time and response overshoot while ensuring the diversification of the electronic load characteristics.