98results about How to "Reduce pipeline" patented technology

The invention discloses a precast concrete component curing forming device which comprises a curing kiln, a steam pipe, a drain pipe and a radiator, wherein the steam pipe, the drain pipe and the radiator are mounted in the curing kiln; the steam pipe is connected with the inlet of the radiator; the drain pipe is connected with the outlet of the radiator; a humidifying pipe is mounted in the curing kiln and connected with the steam pipe; and a steam hole is formed in the humidifying pipe. According to the precast concrete component curing forming device, the heat exchange rate is increased, the temperature of the curing kiln rises quickly, the temperature and humidity in the curing are even, and the quality of a precast concrete component is improved.

The invention discloses an integrated deep domestic sewage treatment facility which comprises a tank body, and an anoxic biochemical region, an aerobic biochemical region and an anaerobic biochemical region which are respectively distributed on the left, in the middle and on the right of the cross section of the tank body, wherein the anaerobic biochemical region and the aerobic biochemical region are communicated with each other only through the bottoms; the top liquid level of the aerobic biochemical region is higher than the top liquid level of the anoxic biochemical region; the top of the aerobic biochemical region is provided with a water outlet pipe extending into the aerobic biochemical region, and an overflow weir communicated with the anoxic biochemical region; the upper part liquid level of the anoxic biochemical region is higher than the upper part liquid level of the anaerobic biochemical region; the bottom of the anoxic biochemical region is communicated with the upper part of the anaerobic biochemical region through a gravity pipeline; the tank body is provided with a water inlet pipe communicated with the anaerobic biochemical region; the bottom of the aerobic biochemical region is provided with an aerator; the top of the aerobic biochemical region is provided with a biochemical water outlet and a precipitation tank water inlet pipe which are communicated to a precipitation tank; the precipitation tank is communicated with a sand filter tank through a sand filtration lifting water pump mechanism; and a back flush dynamic drift sand filter is arranged in the sand filter tank. The invention also discloses a sewage treatment method using the facility.

The invention discloses a modular integrated compressed air purification device, and aims to provide the modular integrated compressed air purification device characterized by a more compact structure, a small space occupation rate, more convenient installation and maintenance, and small energy consumption. The modular integrated compressed air purification device comprises a dryer (1), an oil-water separator (2) disposed on a side wall of the dryer (1), a high efficiency filter (3), and a dust filter (4). The unpurified compressed air output from an upstream air compressor is treated by the oil-water separator (2), the high efficiency filter (3), the dryer (1) and the dust filter (4) in order, and is then delivered to downstream gas consumption equipment. The modular integrated compressed air purification device provided in the invention can be widely applied in the field of compressed air purification.

The invention discloses an automatic anti-heeling system for a ballast pump, belonging to the technical field of ships. The system comprises a control system, an inclinometer, instruments, a ballast pump, remote-control butterfly valves, plate-type check valves, ballast tanks, a high liquid-level sensor and a low liquid-level sensor, wherein the instruments are installed at two sides of the ballast pump; the plate-type check valves are installed at the left side of the ballast pump; two paths of pipelines comprising an interior pipeline and an exterior pipeline are connected in parallel between the two plate-type check valves; two paths of pipelines comprising an interior pipeline and an exterior pipeline are connected in parallel at the right side of the ballast pump; two interior pipelines and the remote-control butterfly valve BAV11 are communicated via a pipeline and then connected into the ballast tank WB1; two exterior pipelines and the remote-control butterfly valve BAV12 are communicated via another pipeline and then connected into the ballast tank WB2; and the high liquid-level sensor and the low liquid-level sensor are installed in the ballast tanks. The control system controls the operations of the ballast pump and the remote-control butterfly valves by outputting signals via the inclinometer, the high liquid-level sensor and the low liquid-level sensor. Through the system, a large number of separately-arranged anti-heeling devices and pipelines, the corresponding installation space and the production cycle are saved.

The invention discloses a central tire inflation/deflation system of a military wheeled vehicle and a wheeled off-road vehicle. The military wheeled vehicle and the wheeled off-road vehicle comprise N tires, wherein the N is a natural number larger than 1; the central tire inflation/deflation system at least comprises an air pressure signal acquisition terminal, a control terminal and a signal processing terminal; the air pressure signal acquisition terminal comprises a tire inner air pressure sensor for acquiring each tire inner air pressure signal, and a bottle inner air pressure sensor for acquiring an air storage bottle inner air pressure signal; the control terminal is used for sending a control command and displaying the working state of the system; the signal processing terminal is used for receiving command information sent by the control terminal, and carrying out an inflation/deflation/transient state command according to the command information; or the signal processing terminal receives information of the air pressure signal acquisition terminal and sends the received information to the control terminal to display. The central tire inflation/deflation system of the military wheeled vehicle and the wheeled off-road vehicle can regulate and control air pressure of each tire according to the road conditions.

The invention relates to an electromagnetic oven wire coil, a processing method thereof and a hot-press forming device. The electromagnetic oven wire coil comprises a wire spool made of fire resistant thermoplastic material, a coil and a coil groove wound at the top and a magnetic strip channel with a magnetic strip at the bottom, the coil is directly fixed by pressurizing and thermally melting the edge material of the coil groove; the wire spool is provided with a support rib, the coil groove is arranged on top of the support rib, and the magnetic strip channel with the magnetic strip is arranged at the bottom, and at least two ear clips are also arranged at the periphery of the wire spool. The material of the coil groove, which is higher than the coil part, is hot-pressed and deformed by the hot-press forming device and covers the top of the coil so that the coil is tightly pressed in the coil groove. In the invention, the coil or/and the magnetic strip is fixed by a hot-press die controlled by the hot-press forming device to greatly shorten the time for fixing the coil and the magnetic strip on a traditional electromagnetic oven wire coil, greatly improve the production efficiency and the rate of good products and greatly decreases the production cost of enterprises.

The invention discloses a multi-waveform electromagnetic excitation device of a continuous casting crystallizer, wherein a crystallizer extension end (2) of the multi-waveform electromagnetic excitation device is fixedly arranged on a movable frame (4); the movable frame is arranged at a fixing frame (6) through an elastic support assembly; the upper side and the lower side of the periphery of the movable frame are equipped with a plurality of armature iron mechanisms (5); a plurality of groups of coupled suspension electromagnets (8) are arranged on the fixing frame; the suspension electromagnets are vertically arranged and vertically correspond to one armature iron mechanism; the suspension electromagnets are connected with a power amplifier (12) through cables; a computer control system (13) is connected with the power amplifier to differentially control the suspension electromagnets in couples; and a guide-plate spring (10) is arranged between the side face of the movable frame and the fixing frame to ensure that the crystallizer (1) fixedly arranged on the movable frame can be vibrated in an arc shape according to a continuous casting arc line. In the invention, the coupled differential suspension electromagnets are controlled through the computer control system; the forced vibration of arbitrary waveforms of the crystallizer can be realized; and the vibration precision of the continuous casting crystallizer can be enhanced.

The invention discloses a multi-way valve for a tractor and integrated with an auto-skip distributor function. The multi-way valve comprises an oil inlet body, and the oil inlet body is provided withan oil inlet P and an oil returning opening T. A plurality of working valve plates are connected in parallel on the oil inlet body in sequence, and the outermost working valve plate is connected witha distribution control valve. The distribution control valve includes a valve body, and a valve rod is installed in the valve body. A skip adjustment device is installed in the inner cavity of the valve rod, and a set screw for blocking the inner cavity of the valve rod is installed at the end of the valve rod. A valve rod positioning device is installed between the valve rod located between the set screw and the skip adjustment device, and a valve rod reset device is installed between the set screw and the valve rod positioning device. The multi-way valve is compact in structure, lightens theweight, saves pipelines between the multi-way valve and a distributor, and is convenient to install, arrange and maintain; and the skip adjustment device eliminates the problem of unequal return oilback pressure acting areas on a valve rod assembly system, so that the valve rod has automatic skip of secondary pressure in the strong-lifting position, and simplicity and reliability are achieved.

The invention provides an automatic bending mechanism for building steel bars, which includes a feeding device, a cutting device, a steel bar bending device, and a receiving bin arranged on the front side of the steel bar bending device; the steel bar bending device includes a Feeding device, the bending device on the right side of the feeding device; the feeding device includes a gantry, a silo, a feeding lifting component, and a feeding pushing component; the bending device includes a bending frame, a bending component, and a bending component for matching Auxiliary parts for bending steel bars; auxiliary parts include a material plate, a plurality of bending parts, a discharge power assembly arranged on the side of the material plate and a horizontal moving assembly for adjusting the position of the material plate; the invention has a simple structure , other processes can continue to work when the steel bar is bent; multiple automatic bending of the steel bar material can be realized, and the bending angle of the steel bar material can be adjusted at any time; the bent steel bar material is pushed to the receiving bin through the discharging power component , shorten the processing time and improve work efficiency.

The invention relates to an ecological peristalsis bed reactor. The ecological peristalsis bed reactor comprises an equipment room unit, a greenhouse unit, a primary pretreating unit, a secondary biological treating unit and a tertiary deep treating unit, wherein an oil-insulation sedimentation area and a coagulation sedimentation area, a water pipe, an oil discharge pipe and a first sludge discharge pipe are arranged in the primary pretreating unit; a biological carrier, an aeration system, a first sludge sedimentation area and a second sludge discharge pipe are arranged in the secondary biological treating unit; a plant absorption area, a sterilizing area, a second sludge sedimentation area and a third sludge discharge pipe are arranged in the tertiary deep treating unit. To-be-treated waste water can reach the first-grade A standard after being treated by the primary pretreating unit, the secondary biological treating unit and the tertiary deep treating unit. The ecological peristalsis bed reactor has the advantages that a greenhouse is mounted at the top of a treating area, special aquatic plants are planted in the plant absorption area, aisle flower beds are designed, the temperature in the greenhouse is kept, linkage treatment by microorganisms and the plants is achieved, and integration, automation, deodorization and landscaping of waste water treatment are achieved.

The invention discloses a novel hydraulic motor transmission control valve bank which comprises an electromagnetic directional valve, a one-way throttle valve, a shuttle valve, an overlapped valve, a one-way valve and a ball valve, wherein each control valve is arranged on a junction valve block; a braking oil cylinder control valve adopts a shuttle valve built-in type two-way cartridge valve cover board; the junction valve block is arranged on the upper part of a drip pan; the inside of the junction valve block has a plurality of channels and oil holes; moreover, one side of the drip pan is provided with a fixing device. The novel hydraulic motor transmission control valve bank which has a simple structure can be arranged near the transmission device of a hydraulic motor, thereby reducing pipes and energy consumption.

A liquid C 5 gasification device gasifies liquid C 5 as fuel into the gas which can be used in the site needing a great amount of combustion. It includes a tank with tank cavity; a feeding interface is linked with tank and connected with the tank cavity and used for transmitting liquid C 5 raw material for gasifying into the tank cavity; one gas guiding interface is linked with tank and connected with the tank cavity and used for leading the gasified combustible gas out in the tank cavity; one snuffle valve is installed on the tank and used for releasing the pressure in tank cavity; one gas generating device; one vent pipe is used for leading the gas generated by the gas generating device into the tank cavity, one end of it is connected with the gas generating device and another end is inserted into the tank cavity. The advantages: less pipes; concise overall structure; it can control the feeding amount; energy-saving and improving gasifying effect; it is helpful for the gas generating device on the bottom of tank; the moving of tank is labor-saving; accommodation area-saving; it can ensure the tank cavity not plot sewage and can meet the gasifying requirement when the winter environmental temperature is lower than 14 deg.C.

The invention provides a parallel flow evaporator core structure. A single parallel flow evaporator core thereof is equipped with a radiator, a tritorium, a gas collector and a reverse communicating gas separating tank and a return pipe and also uses a thin-wall parallel flow pipe band; a parallel type parallel flow evaporator core is formed by integrating a plurality of single parallel flow evaporator cores. Full liquid separation-gas collection, non-reverse parallel circulating refrigerant can be carried out in a full liquid separation parallel flow evaporation area, or, liquid separation-gas collection and gas separation-gas collection, reverse refrigerant circulating among parallel flow evaporating areas by the reverse communicated gas separating tank can be carried out in liquid separating parallel flow evaporating area and gas collecting parallel flow evaporating area according to the collecting-separating ratio. The invention effectively shortens the pipeline of the circulating refrigerant, increases the pipeline number, total cross sectional area and gross evaporation area of the circulating refrigerant, thus obviously improving the evaporation efficiency and reducing the production cost and energy consumption for the evaporator core. The technique scheme not only can further improve and upgrade the air conditioner evaporator technology and product, but also can improve economic benefit and save energy.

The embodiment of the invention provides a refrigerant heat management module, a heat management system and a vehicle. By means of the mode that parts in the refrigerant heat management module are arranged in a centralized mode, pipelines for connecting the parts are shortened, the refrigerant flowing resistance is reduced, the working performance of a refrigerant loop is improved, and platform design is achieved through the modular design mode. Besides, the function of refrigerating the vehicle function module is achieved in the mode that a plate heat exchanger in the refrigerant loop absorbs heat from a cooling liquid loop of the vehicle function module, and the function of refrigerating the vehicle function module is achieved; in the mode that a condenser in the refrigerant loop releases heat to the cooling liquid loop of the vehicle function module, the function of heating the vehicle function module is achieved, whether the vehicle function module needs to heat or refrigerate, refrigerant flow in the refrigerant heat management module keeps circulation in the same direction, reversing is not needed, and the control logic of the refrigerant heat management module is greatly simplified.

The invention discloses a simple and accurate water metering device, and relates to the technical field of water metering devices. The simple and accurate water metering device comprises a frame body,a liquid storage tank and a water pump, wherein the liquid storage tank and the water pump are arranged inside the frame body, the water pump is located on one side of the liquid storage tank, the water pump is connected with the liquid storage tank through a first conveying pipe, and the side, close to the water pump, of the first conveying pipe is provided with a flow meter. According to the device, one solenoid valve and a weighting sensor of a container are omitted, so that the overall structure of the device is simple, pipelines are reduced, installation is facilitated, the installationefficiency of the device is greatly improved, and the cost is reduced at the same time; in addition, metering is carried out only through the flow meter, the weighing sensor is not needed, so that theflow meter can accurately measure, and the metering precision of the device can be conveniently improved; and meanwhile, a control circuit does not need the weighing sensor, so that fault points arereduced, and the reliability of the whole system is greatly improved.

The invention discloses a fluid control assembly. A fluid switching device comprises a base part and a switching part, the switching part is arranged in the base part, the switching part can switch the communication relation of a first connector, a second connector, a third connector, a fourth connector and a fifth connector, and a flow dividing part is an integrated piece. The flow dividing part and a main body part are fixedly installed together or the flow dividing part and the main body part are an integrated piece, a fourth hole channel of the flow dividing part comprises a first sub-hole channel and a second sub-hole channel which are communicated with each other, the first sub-hole channel is communicated with the fourth connector, the second sub-hole channel is communicated with the fifth connector, and the fourth connector and the fifth connector are not communicated on the outer wall face of the base part. The fourth hole channel of the fluid switching device can be communicated with inner cavities of two other parts, the flow dividing part of the fluid switching device has the function of a three-way component, a pipeline of a heat management system can be shortened, and fluid flow resistance can be reduced.

The invention relates to a horizontal vacuuming device, which belongs to the technical field of negative pressure generating devices in production of chemical products. The horizontal vacuuming device comprises a water tank, a water circulation mechanism, a spray head pipe, a return pipe and a vacuum connecting pipe, wherein the water circulation mechanism comprises a motor, a water pump matched with the motor, and water inlet and outlet pipes; one end of the water inlet pipe is connected with the water tank, while the other end is connected with a water inlet of the water pump; one end of the water outlet pipe is connected with a water outlet of the water pump, while the other end is connected with the spray head pipe; and one end of the return pipe is connected with the spray head pipe, while the other end is connected with the water tank. The horizontal vacuuming device is characterized in that the side part of the water tank is provided with a vacuum tank, the vacuum connecting pipe is connected with the vacuum tank, the side part of the spray head pipe is connected with one end of a connecting pipe, the other end of the connecting pipe is connected with the vacuum tank, an air suction opening of the connecting pipe is communicated with a pipe cavity of the spray head pipe, and the return pipe is horizontally connected with the spray head pipe and the water tank respectively. The horizontal vacuuming device has the advantages that the delivery lift can be reduced, the pipeline can be shortened, energy saving can be achieved, the structure is reasonable, the spray head pipe can be not to be attacked by pollutants, the adaptability to a mounting place is strong.

The invention discloses a turbocharging system and belongs to the technical field of an automobile engine. The turbocharging system comprises a turbine, an air filter, an air compressor, an intercooler, a generator and an electric motor, wherein the turbine is connected with an exhaust manifold; the generator is connected with the turbine; an outlet of the air filter is connected with an inlet of the air compressor; an outlet of the air compressor is connected with an inlet of the intercooler; an outlet of the intercooler is connected to a throttle valve of the engine; and moreover, the air compressor is also connected with the electric motor. According to the invention, the turbocharging system does not need to depend on air displacement; the air compressor is directly driven by the electric motor; the electric motor is controlled by an ECU (Electronic Control Unit) and is accurate and rapid to respond; surging and blockage of the air compressor do not need to be considered and blade design of the turbine is very simple; the air filter and the air compressor are arranged at the air inlet side nearby, so that an air inlet pipeline is greatly shortened; and a waste gate and a pressure protection valve are not required, the turbocharging system has a simple structure and is easy to match and the development period of the engine is greatly shortened.

The invention discloses a high-integration hydraulic power device composed of three parts, namely, a motor system, a pump integrated block and an oil tank. The motor system comprises a motor, a driverand a cooling fan. A constant-pressure variable-displacement plunger pump is embedded in the pump integrated block. Accessories such as a sensor are installed on a shell of the constant-pressure variable-displacement plunger pump. The oil tank is composed of a push rod, a spring, a piston and a membrane. The motor and the plunger pump share one main shaft. A motor main shaft directly drags and rotates a plunger pump rotor to complete the oil suction and oil discharge process of the plunger pump, flow of oil is regulated through a piston drawing type variable-displacement mechanism, and therefore the function of constant pressure and variable displacement can be achieved. The high-integration hydraulic power device is used as a power conversion device of an airplane and has the beneficialeffects of being simple in structure, small in weight, easy to control, high in system efficiency and convenient to maintain.