113results about How to "Same pressure" patented technology

[Problem] Provided is a two-liquid dispenser storing two types of content, and capable of stably and equally discharging two liquids.

[Solution] A two-liquid dispenser (10) is provided with: a pressure-proof container (11); a flexible inner container (12) housed in the pressure-proof container; a pouch (13) housed in the inner container; a valve assembly (14) to close the pressure-proof container (11), the inner container (12), and the pouch (13); a first content (A1) filed in the pouch; a second content (A2) filled in a first space (S1) between the pressure-proof container (11) and the inner container (12); and a propellant (P) filled in a second space (S2) between the inner container (12) and the pouch.

The invention provides a high-frequency high-impedance material of manganese-zinc ferrite and a preparation method of the high-frequency high-impedance material. Under the premise that scientific ratio of iron to manganese to zinc in the manganese-zinc ferrite is ensured, a certain amount of micro-constituents are also added, and contain a plurality of metal ions: Cu<2+>, Ta<3+>, Ca<2+>, Co<2+>, Ti<4+>, Ni<2+>, Sn<4+>, Bi<3+>, V<5+>, Nb<5+>, Si<4+>, Mo<6+>, Mg<2+>, Al<3+>. The main constituents and a plurality of trace constituents work together; and the electromagnetic property of the material is changed by changing the grain boundary resistivity. Through detection, the impedance value of the high-frequency high-impedance material of the manganese-zinc ferrite rises along with increase of frequency (1KHz to 100MHz); the surface direct current is greater than or equal to 1Mohm; and the magnetic conductivity is between 3200 and 4800, and thus the high-frequency high-impedance material meets the application requirements of high-end original elements such as temperature-adjusting transformer elements of large air conditioners.

The invention discloses a capsule type oil storage cabinet of a transformer. The capsule type oil storage cabinet of the transformer comprises an oil storage cabinet body and a capsule. The capsule is arranged in a cavity of the oil storage cabinet body. The capsule type oil storage cabinet is characterized in that the oil storage cabinet body is provided with a pipeline connector I and a pipeline connector II; the pipeline connector I is connected with the cavity of the oil storage cabinet body; the pipeline connector II is connected with the capsule and is hermetically connected with the capsule; the pipeline connector I is connected with a pipe connector through a pipeline I and a connection position is sealed; the pipeline connector II is connected with the pipe connector through a pipeline II and a connection position is also sealed; the pipeline I is provided with a valve I; the pipeline II is provided with a valve II; the pipe connector is connected with a moisture absorber through a connecting pipe; the moisture absorber is detachably connected with the connecting pipe; and the inner diameter of the pipeline I is greater than that of the pipeline II. The oil storage cabinet of the transformer and the capsule are vacuumized integrally; the pressure of the inside of the capsule is the same with the pressure of the outside of the capsule, so that the capsule cannot be damaged; a vacuumizing pipe and the moisture absorber share the pipe connector; the structure is simplified; materials are saved; and vacuum oil injection is performed conveniently and quickly.

Environment-friendly printing equipment comprises a shell, a conveying belt, an ink supply assembly, an ink storage box, a heating box, a collecting box and an air inlet cylinder. A dust collector isarranged on the shell; a printing bin and a drying bin are arranged in the shell. The conveying belt penetrates through the shell; and a printing assembly used for printing paper on the conveying beltis arranged over a supporting plate in the printing bin. The printing assembly is matched with the ink supply assembly; the ink supply assembly is connected with the ink storage box through an ink supply pipe. The heating box is arranged in the drying bin, an electric heating pipe is arranged in the heating box, hot air outlets are evenly formed in the end face, facing the conveying belt, of theheating box, and the heating box is communicated with the printing bin through a first air extractor; water is stored in the collecting box, a first air inlet hole and an exhaust hole communicated with the atmosphere are formed in the collecting box, and a second filter plate and an activated carbon adsorption plate on which water-absorbing resin particles are laid are arranged in the collecting box; and the air inlet cylinder is communicated with the second air extractor. Harmful gas generated during paper printing and drying can be effectively absorbed and purified.

A membrane for an electroacoustic transducer is disclosed, wherein said membrane (201) comprises a rigid membrane portion (202) having an edge (203); a flexible membrane portion (204) being connected to the rigid membrane portion (202) along the edge (203); wherein an exterior surface (205) of the flexible membrane portion (204) is concave in an idle state of the membrane (201) and shaped such that a change of the curvature of said exterior surface (205) contributes to an air volume shifted by the rigid membrane portion (202) when membrane (201) is excited.

The invention discloses a single-vacuum-chamber super-gravity normal-temperature multi-stage flashing seawater desalination system. The interior of a super-gravity machine is provided with a vacuum chamber, an air exchanging chamber and multiple flash chambers which are horizontally arranged from left to right; the top end of a super-gravity machine rotation shaft is fixedly connected with the center of the bottom of the vacuum chamber, the vacuum chamber is communicated with the air exchanging chamber, the top of each flash chamber is connected with the bottom of the air exchanging chamber through a corresponding pipeline with a valve, condensing areas in the upper portions of the flash chambers are communicated through a condensing pipe from right to left, evaporating areas in the lower portions of the flash chambers are sequentially connected step by step and communicated from left to right, a solar heater is connected between the leftmost end of the condensing pipe and the lower portion of the leftmost-side flash chamber, and seawater enters the system from the rightmost end of the condensing pipe. According to the single-vacuum-chamber super-gravity normal-temperature multi-stage flashing seawater desalination system, the pressure of the flash chambers is improved with the vacuum chamber, the pressure in the flash chambers is completely same, and on the condition that it is guaranteed that the pressure in the last-stage flash chamber is smaller than the saline water saturated vapor pressure, the pressure difference of the front flash chambers is increased, and then the formed fresh water quantity is increased.

An embodiment of the invention discloses a data center air conditioner equipment chilled water distribution device. The distribution device comprises a water inlet main loop, a return water main loop, a water inlet branch and a return water branch. The water inlet main loop is connected to a water inlet pipe; and the water inlet pipe inputs chilled water to the water inlet main loop. The water inlet main loop is provided with the water inlet branch, and the chilled water is input to an air conditioner through the water inlet branch. The return water main loop is provided with the return water branch, and the return water branch enables the chilled water obtained through refrigeration in the air conditioner to be input to the return water main loop. The return water main loop is connected to a water outlet pipe, and the water outlet pipe enables the water in the return water main loop to be output. Pipelines connected to each air conditioner of the water inlet main loop and the return water main loop are same, so that stability in inputting or outputting water is improved; and meanwhile, the water inlet main loop and the return water main loop are respectively provided with a plurality of valves, so that the device can be maintained conveniently, and normal operation of other equipment is not influenced during maintenance.

The invention discloses a fuel cell stack with stress-adjustable end plates, and relates to the technical field of fuel cells. The fuel cell stack comprises a stack mechanism, two ends of the stack mechanism are respectively provided with a fixed end plate and an adjusting end plate mechanism, and the adjusting end plate mechanism comprises an adjusting end plate and an adjusting assembly matched with the adjusting end plate. The adjusting assembly is located between the adjusting end plate and the galvanic pile mechanism, the adjusting assembly comprises a spring end plate, one side of the spring end plate is fixedly connected with the galvanic pile mechanism, and the adjusting end plate mechanism provides pressure which is gradually reduced from the center of the spring end plate to the periphery for the galvanic pile mechanism. According to the invention, the adjusting assembly works to enable the stress of each point in the stack to be the same, so that the stack structure design of the fuel cell is more perfected, an overlarge initial assembly gap between the polar plate and the MEA can be avoided, and a relatively poor stack sealing effect and reaction gas leakage can also be prevented from causing more serious consequences; the performance, the quality and the service life of the fuel cell are improved, and the potential safety hazard during use of the fuel cell is reduced.

The invention discloses a degassing device for dissolved gas in insulating oil based on oscillation headspace. The device comprises a degassing cylinder, a stepping motor, an oscillating motor and a rotating cylinder. The stepping motor is connected with a lead screw, a piston rod of the degassing cylinder and the lead screw are located on the same axis, and the stepping motor pushes the piston rod of the degassing cylinder to reset through the lead screw. The degassing cylinder and the stepping motor are fixed on a sliding block, and the sliding block drives the degassing cylinder and the stepping motor to do reciprocating motion in a horizontal state through an oscillating motor to finish degassing. The oscillating motor is connected to the rotating air cylinder through a vertical part of a fixing plate, the degassing air cylinder, the stepping motor and the oscillating motor are driven to rotate through the action of the rotating air cylinder, and switching between the horizontal state and the vertical state is achieved. Accurate measurement of the liquid volume and the degassing volume in the degassing process is achieved, a degassing method the same as laboratory chromatography can be adopted, analysis data are consistent with laboratory chromatography analysis data, and repeatability is good.

A relief device including: an oil pump; an upstream flow passage provided from a discharge section side of the oil pump to an engine; an oil-pressure relief valve relieving oil by a valve body moving due to oil pressure; and a temperature-sensitive relief valve B relieving oil by detecting an oil temperature and opening and closing steplessly. The oil-pressure relief valve and the temperature-sensitive relief valve are disposed in parallel in the upstream flow passage. A portion of the pump housing of the oil pump is formed in an integrated fashion with a casing of an oil circulation mechanism.

The invention provides a distributed storage network pressure testing method. The method comprises the following steps: creating a task pool for distributed storage network pressure testing; controlling a plurality of simulation points to pull a pressure measurement task from the task pool, and sending a task request for the same pressure measurement task to all network nodes in the distributed storage system at the same time according to the pulled pressure measurement task; receiving pressure measurement data returned by all network nodes after executing the data operation in the task request; and performing pressure analysis on a distributed storage network according to the pressure measurement data to obtain a pressure measurement result of the distributed storage network. The invention further provides a distributed storage network pressure measurement device, a computer device and a storage medium. According to the invention, reliable pressure testing can be carried out on the distributed storage network.

The invention relates to the technical field of water treatment, in particular to a reverse osmosis (RO) water purifier waste water recycling system. The system can effectively solve the problem that waste water is hard to utilize and meanwhile can reduce the water making cost. The system structurally comprises a water storage container. The water storage container is provided with a water inlet and a water outlet. The water inlet is connected with a waste water pipe of a water purifier. The water outlet is connected with a faucet through a drainage pipe. A water level sensor is arranged in the water storage container and connected with a water level controller through a connecting circuit. The water level controller is connected with the connecting circuit of the water purifier. The water storage container is closed. An exhaust valve is fixedly arranged on the top of the water storage container. A water level display screen is fixedly arranged on the outer surface of the water storage container and electrically connected with the water level controller. According to the system, the water making cost is reduced, waste of a large number of water resources is avoided, and the system is easy to operate, convenient to use and applicable to RO water purifier waste water recycling.

The invention provides a multi-flow channel pressure equalized blend spinning component for preparing mesophase asphalt based carbon fibers. The multi-flow channel pressure equalized blend spinning component comprises a raw material inlet plate; an annular blending porous plate, an aggregation dispersion plate, a blending porous plate, a blending distribution plate, a spinneret and a component jacket are sequentially arranged below the raw material inlet plate. After entering the component, a molten polymer enters a flow channel of a concentric circle maze-shaped S-shaped structure firstly soas to be subjected to primary blending, then is subjected to flowing processes of dispersion, aggregation, flow blending and the like of a series of round hole-shaped blending flow channels to be further uniformly blended and passes through a multi-layer filter screen finally to enable residual bubbles in the molten polymer are broken, large-diameter particles to be fined and the molten polymer tobe more uniformly blended, so that the quality of spun fibers, the consistency of the fiber performance and the stability of the spinning process are improved.

The invention discloses a reaction device applicable to coal pyrolysis under intermediate-temperature and low-temperature multi-atmosphere conditions. The reaction device comprises a fixed-bed body. Heating walls are arranged on the side walls of the fixed-bed body and a base, a gas exhaust chamber, pyrolysis materials and gas injection channels are arranged in an inner cavity of the fixed-bed body, each gas injection channel is a space between an inner ring and an outer ring of an annular ring arranged close to the side walls of the fixed-bed body, the gas exhaust chamber and the pyrolysis materials are positioned in the inner rings of the annular rings, and the pyrolysis materials are positioned between the gas exhaust chamber and the gas injection channels; a gas outlet is formed in the gas exhaust chamber, a pressurization device is arranged on the gas exhaust chamber, gas inlets are formed in the gas injection channels, and gas exhaust devices are arranged on the gas injection channels; the pyrolysis materials are respectively connected with the gas injection channels and the gas exhaust chamber by gas injection nozzles and gas outlet nozzles. The reaction device has the advantages that the retention time of volatile matters such as oil and gas in the pyrolysis materials can be shortened owing to air supply modes by means pressurization gas injection and negative-pressure gas exhaust, secondary reaction in pyrolysis procedures can be inhibited, and the yield of pyrolysis oil and pyrolysis gas can be increased.

The invention discloses a network grouting device and a use method thereof. The network grouting device comprises grouting pipelines and connecting junctions. The grouting pipelines comprise a main grouting pipe and arc-shaped grouting pipes which are arranged in the axial direction of a roadway. One end of each arc-shaped grouting pipe is connected with the main grouting pipe through the corresponding connection junction. Multiple connecting junctions are annularly distributed on each arc-shaped grouting pipe. The distribution positions of the connecting junctions on each arc-shaped groutingpipe correspond to grouting anchor rods in the roadway and are detachably connected. The start end of the main grouting pipe is connected with a grouting pump, and the tail end of the main grouting pipe is sealed. The network grouting device is simple in structure and convenient to operate, the grouting pipelines are few, power of the grouting pump can be guaranteed, the number of grouting holes is not limited, and grouting efficiency is greatly improved.

The invention discloses a fuel cell stack with adjustable end plate stress, and relates to the technical field of fuel cells. The fuel cell stack comprises a stack mechanism, a fixed end plate and anadjusting end plate mechanism are arranged at two ends of the stack mechanism respectively; the adjusting end plate mechanism comprises an adjusting end plate and an adjusting assembly matched with the adjusting end plate, the adjusting assembly is located between the adjusting end plate and the stack mechanism, the adjusting assembly comprises a spring end plate, one side of the spring end plateis fixedly connected with the stack mechanism, and the adjusting end plate mechanism provides pressure which is gradually reduced from the center of the spring end plate to the periphery for the stackmechanism. Through the work of the adjusting assembly, the stress of each point in the stack is the same, the stack structure design of the fuel cell is perfected, the excessive initial assembly gapbetween the polar plate and the MEA can be avoided, more serious consequences caused by poor stack sealing effect and reaction gas leakage can also be prevented, the performance and quality of the fuel cell are improved, the service life of the fuel cell is prolonged, and the potential safety hazard during use of the fuel cell is reduced.

The invention relates to the field of vibration testing equipment, and specifically relates to and discloses a vibration testing system under a low air pressure environment. The vibration testing system comprises a vibrating table and a test chamber. The vibrating table comprises a vibrating table casing, and a moving coil arranged on the vibrating table casing. The test chamber is fixedly arranged over the moving coil. An enclosed cavity is arranged inside the test chamber. The enclosed cavity of the test chamber is connected to a vacuum pump. The lower part of the vibrating table casing is also provided with an enclosed cavity. The enclosed cavity in the vibrating table casing is also connected to a vacuum pump. By use of the vibration testing system, the pressure inside the vibrating table is equal to the pressure inside the test chamber. That is, the upper side and the lower side of the moving coil are subjected to the same air pressure, so that stress at the upper side of the moving coil and stress at the lower side of the moving coil are balanced and the moving coil is always kept at an equilibrium position. By use of the vibration testing system, reliable operation of the vibrating table and the test chamber under a low air pressure environment is achieved; the temperature, humidity and vibration environment simulation will not be influenced. A four-index integrated vibration testing system is provided.

The invention relates to the technical field of steel rolling, discloses a flying shear blade replacing method, aims at solving the technical problem that flying shear blade replacing time is long in the prior art. The flying shear blade replacing method includes: controlling flying shears in power outage and voltage outage status; returning shear blades of the flying shears to a shear blade zero position; adjusting the distance between a first upper shear blade and a first lower shear blade of the flying shears through a pneumatic motor; respectively adding oil pipes on a top knife carrier shear blade locking cylinder and a bottom knife carrier shear blade locking cylinder; pressing the top knife carrier shear blade locking cylinder, the bottom knife carrier shear blade locking cylinder and a shear blade ejection hydraulic cylinder of the flying shears through a first oil pump; dismantling safety pins; using a shear blade pulling device in a shear blade replacing device to connect the first upper shear blade and the first lower shear blade; pulling the upper shear blade and the lower shear blade out of a flying shear body; installing a second upper shear blade and a second lower shear blade in the flying shear body; respectively installing the safety pins on the second upper shear blade and the second lower shear blade; dismantling the oil pipes. The flying shear blade replacing method achieves the technical effect of reducing the flying shear blade replacing time.

An irrigation system with inorganic micro-irrigation pipes and capable of saving water comprises a water supply system, a distributed water pipe and a gas collecting pipe, the water supply system is arranged on the portion, closes to a water source, of a land to be irrigated, the distributed water pipe and the gas collecting pipe are arranged on the two paralleled edges of the land to be irrigated respectively, the distributed water pipe is provided with multiple distributed water heads which are connected with water-guide pipes respectively, the gas collecting pipe is provided with gas-guide pipes of which the number is equal to that of the water-guide pipes, and the multiple rows of inorganic micro-irrigation pipes which are distributed at equal intervals are arranged between the distributed water pipe and the gas collecting pipe. According to the irrigation system with the inorganic micro-irrigation pipes and capable of saving the water, equal irrigation can be conducted on different crops, and appropriate irrigation can be conducted on the crops in different growing period; the water saving effect is equivalent to that of trace quantity irrigation and moistube irrigation, and the water is saved by 60% to 80% of that of drop irrigation.