6results about How to "Low gas consumption" patented technology

The utility model discloses a layered and opposite type sinking burner for ladle roasting, including gas pipeline, primary air casing, secondary air casing and tertiary air casing, the upper end of gas pipeline is used for with gas supply pipeline intercommunication and the lower end opening forms gas spout, the gap between primary air casing and gas pipeline forms primary air channel, the gap between secondary air casing and primary air casing forms secondary air channel, the gap between tertiary air casing and secondary air casing forms tertiary air channel, and primary air channel, secondary air channel and tertiary air channel are all used for with preheating combustion air pipeline intercommunication, and the lower end opening of primary air casing forms primary air spout, and the lower end opening of secondary air casing forms secondary air spout, and the lateral wall of tertiary air casing is equipped with a plurality of tertiary air spout. Can guarantee the full mixing of gas and combustion air, and can make full use of the heat of high temperature flue gas, and can carry out effective afterburning treatment to the unburnt component remaining in high temperature flue gas.

The utility model discloses a detachable aeration device, including the air intake main pipe of setting in the activated sludge pool upper end, the branch pipe of vertical setting in the air intake main pipe below, the aeration pipe of setting in the branch pipe lower extreme, be equipped with the aeration micropore on the aeration pipe. Can solve the problem of the micropore on the existing aeration device easy to block and not easy to replace and clean after blocking.

The utility model discloses a kind of feeding device and pallet paper separating feeding equipment, it includes pallet feeding station;Put paper separating station, located the X direction side of the pallet feeding station;Pallet unstacking mechanism, located the pallet feeding station;First conveying mechanism, from the bottom of the pallet unstacking mechanism in the pallet feeding station, and is conveyed to the put paper separating station;Second conveying mechanism, setting in the Y side of the put paper separating station;Paper separating feeding bin, setting in the put paper separating station side;Carrying mechanism, from the paper separating feeding bin suction paper is placed to the pallet of the put paper separating station, then carrying the pallet with paper together onto the second conveying mechanism.The utility model occupies small, feeding efficiency is high, and production cost is low.

The application discloses a kind of multi-modal adaptive furnace temperature control method, system and continuous annealing furnace based on space-time thermal field decoupling, multiple independent heating zones are provided in the continuous annealing furnace, multiple groups of staggered arrangement burners are arranged in each heating zone, four-stage adaptive control strategy based on temperature ratio segmentation and thermal field space-time distribution collaborative control, including: fast response heating zone, proportional regulation transition zone, pulse cross uniform zone, dynamic thermal field maintenance zone. By decoupling furnace temperature control and thermal field spatial distribution, using the way of spatial grouping pulse activation + time staggered control, the rapid response, accurate regulation and uniform maintenance of furnace temperature are realized.The application effectively solves the technical problems of temperature overshoot, response lag, thermal field unevenness, high energy consumption and other technical problems in the traditional control mode, significantly improves the quality of strip steel heat treatment and energy utilization efficiency.

This application relates to a gas supply system and a transmission thermal management system, a vehicle, and a thermal management method. It includes: a gas reservoir assembly, the output end of which is connected to the inlet of a three-way control valve; a gas water bath vaporizer, the gas pipe inlet of which is connected to the first outlet of the three-way control valve; and a gas oil bath vaporizer, the gas pipe inlet of which is connected to the second outlet of the three-way control valve, and the gas pipe outlet of which is connected to the gas pipe inlet of the gas water bath vaporizer. The gas oil bath vaporizer has a transmission lubricating oil inlet and a transmission lubricating oil outlet. This system increases heat exchange between the gas oil bath vaporizer and the transmission lubricating oil, ensuring optimal cooling performance for the transmission in overheated conditions. It also improves the vaporization capacity of the gas supply system, providing the engine with more stable air rail pressure and supply temperature.

An air-floating motion platform includes: a base, a linear motion drive device, an air-floating device, and an air supply device. The air-floating device is movably supported on the base, and the air supply device is disposed on the base, passing through the air-floating device. The linear motion drive device drives the air-floating device to reciprocate linearly on the support surface of the base. The air supply device is in an open state facing the location of the air-floating device, supplying air to the air-floating device, forming an air film between the air-floating device and the support surface of the base, causing the air-floating device to suspend on the support surface of the base. The air supply device gradually closes as it deviates from and eventually leaves the air-floating device. Magnetic preloading increases the stiffness of the air film, and the mechanical switching function formed by the cooperation of the air-floating device and the air supply device achieves air supply without air pipe disturbance during movement, reducing air consumption compared to stationary guide rail air-floating. The air-floating motion platform provided by this invention effectively solves the problems of high air consumption, low air film stiffness, and air pipe disturbance in existing air-floating motion platforms.