232 results about "Surge tank" patented technology

Provided is an automotive surge tank. The surge tank comprises a tank body defining an interior volume, the tank body including a first tank portion and a second tank portion, the surge tank also having a coolant inlet and a coolant outlet provided on the tank body. The interior volume of the tank body is subdivided into an inlet chamber, and outlet chamber, and at least one intermediate chamber, the surge tank being configured to direct an inflow of coolant into the inlet chamber at a level that is below the minimum operable fluid level of the surge tank.

The invention relates to a resource recycling technology, in particular to a phase change power generation system based on waste mine recycling, which comprises a double-layer surge tank, a pneumatic turbine, a generator set and a plurality of groups of U-shaped phase change pipes, the U-shaped phase change pipes are distributed and buried in the side wall of a roadway and the ground, the double-layer surge tank is provided with an inner cavity and an outer cavity, high-temperature and high-pressure phase change media are stored in the inner cavity and conveyed to the pneumatic turbine to drive blades of the pneumatic turbine to rotate to do work, and the pneumatic turbine is connected with a main shaft of the generator set. The generator set transmits electric energy to the grid-connected device through a cable. The underground roadway space serves as the arrangement space of power generation equipment, the characteristics of the phase change medium are used for absorbing the formation temperature, certain pressure is formed through free expansion to serve as power for driving the phase change medium to circulate, and the effective utilization rate of energy is remarkably increased without an energy multi-stage conversion link and a multi-stage transmission process.

The invention belongs to the technical field of hydrogen-rich water preparation, and discloses a hydrogen-rich water preparation process and equipment, and the hydrogen-rich water preparation equipment comprises: a hydrogen generator used for electrolyzing water to generate hydrogen; the water tank is connected with the mixing container and used for supplying purified water to the mixing container; a first inlet of the surge tank is connected with the hydrogen generator through a first one-way valve, and a second inlet of the surge tank is connected with the temporary storage tank through a first electromagnetic valve; a first outlet of the surge tank is connected with the microbubble generator through a second electromagnetic valve, and a second outlet of the surge tank is connected with the outside through a third electromagnetic valve; the microbubble generator is connected with the mixing container; the water outlet pipe is connected with the mixing container; the first air pressure detection sensor is arranged in the surge tank; and the pressure stabilizing device is arranged on the mixing container and is connected with the temporary storage tank. When the hydrogen-rich water is prepared, the pressure stabilizing tank for providing hydrogen and the mixing container for dissolving the hydrogen can keep the air pressure in a proper range, so that the whole preparation process is more controllable.

The invention discloses a cooling fault detection method and device, plate and strip steel cooling equipment and a storage medium, and belongs to the technical field of plate and strip steel. The method is applied to the plate and strip steel cooling equipment, the plate and strip steel cooling equipment is provided with a cooling system and an image acquisition device, the cooling system comprises a surge tank and a nozzle assembly, pressure change data of the surge tank is obtained, and the image acquisition device is controlled to shoot operation image data of the nozzle assembly; according to the pressure change data and the operation image data, first feature data of the plate and strip steel cooling equipment in the operation process is determined; and fault information is determined according to the first characteristic data. The beneficial effect of improving the qualified rate of the produced plate strip steel is achieved.

The invention relates to a centrifugal compressor high-altitude environment dynamic simulation test system. The system comprises a compressor test module; the high-altitude environment simulation module comprises an air inlet surge tank, an air inlet assembly and a first air exhaust assembly which are arranged at the upstream of the air inlet pipeline, and an air exhaust surge tank and a second air exhaust assembly which are arranged at the downstream of the air exhaust pipeline; a measurement module; the control module is used for comparing the first actually-measured pressure value with a target altitude pressure value of the air inlet end and controlling the air inlet amount of the air inlet assembly and the air suction amount of the first air suction assembly according to a comparison result, so that the pressure of the air inlet pressure stabilizing tank is stabilized at the target altitude pressure of the air inlet end; and the control module compares the second actually measured pressure value with the target altitude pressure value of the exhaust end, and controls the air suction amount of the second air suction assembly according to the comparison result, so that the pressure of the exhaust surge tank is stabilized at the target altitude pressure value of the exhaust end. It is ensured that test data can truly reflect the actual plateau working condition performance of the gas compressor.

The invention provides a system of a pumped storage coupled compressed air energy storage underground gas storage with an air cushion type surge shaft and an operation method. The system comprises a compressed air energy storage system and a pumped storage system. The interior of the water-gas co-containing bin is divided into an upper-layer gas storage chamber and a lower-layer water storage chamber through a flexible material. The air inlet end of the compression system is communicated with the second air path; the air outlet end of the compression system is connected to the air inlet of the upper-layer air storage chamber through a first air path; a first air valve is mounted on the first air path; a gas outlet of the upper-layer gas storage chamber is connected to the expansion unit through a third gas path, and a second gas valve is mounted on the third gas path; and a detection sensor is mounted in the water-gas co-containing bin. The stability and economical efficiency of the compressed air energy storage are improved, the compressed air utilization rate is increased, the combined operation mode of compressed air energy storage and pumped storage is simplified, the combined dispatching mode of novel energy storage is optimized, and then the safety and reliability of pumped storage are improved.

The invention relates to the field of sewage treatment, and provides an automatic start-stop regulation and control method for multiple sets of water treatment equipment, which comprises the following steps: calculating the number of fixed-frequency lifting pumps needing to be regulated in k cycles; calculating the frequency of the variable frequency lift pump in the k period by using a BP-pid algorithm, and calculating a weighting coefficient of the k + 1 period; according to the frequency of the variable-frequency lifting pump, the operation time of the variable-frequency lifting pump and the actual liquid level of the storage pond, the accurate number of the fixed-frequency lifting pumps needing to be adjusted in the k period is obtained through correction; and the number of the fixed-frequency lifting pumps needing to operate in the k period is determined. The problem that in the prior art, starting and stopping of the lifting pump are controlled through segmented liquid levels, so that acceleration equipment losses are caused is solved, and the intelligent control efficiency of the storage pond lifting pump system is remarkably improved.

The utility model relates to the technical field of petroleum drilling and production, in particular to drilling fluid on-line monitoring equipment which comprises a surge tank, a manual three-way ball valve, an anti-explosion pneumatic ball valve, an anti-explosion pressure transmitter, an overflow chamber, a drain pipe and an anti-explosion temperature transmitter. Fluid is pumped by a pump and guided into a surge tank, temperature measurement is carried out through an anti-explosion temperature transmitter, real-time temperature data are output, high-temperature alarm is carried out through linkage with an anti-explosion pneumatic ball valve, flow adjustment is carried out on the fluid through a manual three-way ball valve, and the fluid continuously flows upwards to an overflow port through the anti-explosion pneumatic ball valve and then overflows into an overflow chamber. And during measurement, the explosion-proof pneumatic ball valve is closed, the fluid in a measurement area is static, the output pressure is measured through the explosion-proof pressure transmitter, the density of the output fluid is calculated by adopting a formula, and the equipment can detect the fluid in real time and give a high-temperature alarm, is rapid in detection and high in efficiency, and is suitable for large-scale popularization and application. The device is suitable for various complex working conditions and fluids.

The invention relates to the technical field of fire-fighting equipment, in particular to a diaphragm fire-fighting water pump with an automatic pressure stabilizing function and application thereof.The diaphragm fire-fighting water pump comprises a water pump body, a pressure stabilizing pump is fixed to the front side of the water pump body, a pressure stabilizing tank is fixed to the right side of the pressure stabilizing pump, and a film is fixed to the middle of the pressure stabilizing tank; a pressure supplementing assembly is arranged in the upper half part of the surge tank and comprises a pressure supplementing plate, an abutting rod and a cylinder sleeve, the upper end of the abutting rod is slidably connected with the cylinder sleeve, and a pressure spring used for pressing the abutting rod downwards is arranged in the cylinder sleeve; a gear is rotationally connected to the outer wall of the sleeve, a toothed plate is fixed to the outer wall of the abutting rod, a transverse plate is fixed to the right side wall of the gear, and a metal sheet is arranged above the transverse plate. By arranging the pressure supplementing assembly, in winter, the abutting rod downwards presses the pressure supplementing plate to downwards press the thin film, the pressure lost due to temperature reduction above the thin film is supplemented, pipe network water pressure reduction caused by air pressure reduction in winter is prevented, and burnout of the stabilized pressure pump is avoided; and meanwhile, by arranging an adjusting structure, the pressure can be adjusted and supplemented according to actual conditions during use, so that the practicability is improved.

The invention provides a test device and method for fission source item release in an irradiated fuel element, and relates to the technical field of nuclear safety fission product source item tests. The test device comprises a reaction kettle, a water circulation system and a pressure stabilizing system, the water circulation system comprises a water tank, a make-up pump, a surge tank and a preheater which are sequentially connected through pipelines, the preheater is communicated with the feeding end of the reaction kettle, the surge tank is communicated with the discharging end of the reaction kettle, and a circulating pump is further arranged at the discharging end of the reaction kettle; the pressure stabilizing system comprises a gas steel cylinder and a filter which are sequentially connected through a pipeline, and the filter is respectively communicated with the pressure stabilizing tank and the reaction kettle; an ion exchange bypass and a water condensation bypass are further arranged on a connecting pipeline of the pressure stabilizing tank and the reaction kettle, an ion exchange column is arranged on the ion exchange bypass, and a condenser is arranged on the water condensation bypass. Dynamic source item tests of radionuclides can be carried out, so that nuclide release behavior researches of irradiated fuel elements in various element forms can be realized.

The utility model belongs to the technical field of surge tanks, and particularly relates to a hydrogen fluoride gas surge tank sealing mechanism which comprises an inner tank body, a feeding port formed in one side of the top of the inner tank body, a discharging pipe arranged on the other side of the top of the inner tank body, a sealing assembly arranged at the top end of the discharging pipe and a heat conduction rod arranged on one side of the outer surface of the inner tank body. A water inlet is formed in the upper portion of one side of the front face of the outer tank body. The first threaded hole, the bolt, the sealing ring, the sealing cover, the second threaded hole, the sealing sleeve and the sealing cover are matched with one another, so that the sealing performance of the surge tank is improved, the problem that hydrogen fluoride leaks from the tank body due to untight sealing when the surge tank is used is solved, and the service life of the surge tank is prolonged. And through mutual cooperation of the heat conduction rod, the outer tank body, the water inlet, the water pumping pipe, the quick connector, the protection frame and the opening, the surge tank has the cooling function, and the problem that when the surge tank is used in high-temperature weather, the internal pressure rises and is unstable is solved.

A secondary flow system for a low Reynolds number wind tunnel relates to the technical field of turbine blade cascade aerothermal performance testing. The present invention solves the problem that existing secondary flow systems cannot simultaneously provide multiple secondary flows to the blade cascade for testing during the test process. The air compression assembly, dryer, pressure-surge tank, switch valve, regulating valve, flow meter and multi-nozzle pressure-surge tank of the present invention are connected in sequence from left to right and then connected to the test chamber, and the multi-nozzle pressure-surge tank provides simultaneous multiple secondary flows to multiple blade cascades in the test chamber; wherein, when the test piece inlet is throttled, the pressure of the test section is low. At this time, compressed air is provided to the pressure-surge tank through the suction unit in the wind tunnel system, thereby providing the air source required for the secondary flow test; when the pressure of the test section is high, compressed air is provided to the pressure-surge tank through the air compressor of the air compression assembly, thereby providing the air source required for the secondary flow test. The present invention is used for multi-path secondary flow turbine blade cascade testing.

The utility model provides a kind of buffer tank emergency discharge safety device, including tank body, the bottom of the tank body is provided with mushroom pole, the bottom of the tank body is fixedly provided with conical bottom, the middle part of the conical bottom is equipped with discharge port, the bottom gap of the mushroom pole passes through discharge port and is fixedly connected with sealing plate, the mushroom pole is equipped with the supporting spring located above discharge port, door type water scraping frame is provided in the tank body, the top of the door type water scraping frame is fixedly connected with positioning shaft, the positioning shaft is set and both rotationally sealed cooperation for the top of tank body.In the utility model, the door type water scraping frame that can rotate is arranged in the tank body, when the door type water scraping frame rotates, the rubber scraping strip one and rubber scraping strip two thereon can quickly scrape the liquid adhered on the inner wall of the tank body, accelerate liquid downflow, improve water scraping efficiency, by setting servo motor for controlling type water scraping frame rotation, so that the water scraping operation of the inner wall of the tank body is more labor-saving and convenient.

The utility model relates to the technical field of surge tanks, in particular to a VOCS (volatile organic compounds) recovery surge tank which comprises a separation tank, an air inlet is arranged at one end of the separation tank, an air outlet is arranged at the other end of the separation tank, a guide pipe is arranged at the air inlet towards the air outlet and penetrates through the separation tank, and a filter structure is arranged on the inner wall of the separation tank relative to the air outlet. The filtering structure covers the air outlet, and the air inlet, the guide pipe, the filtering structure and the air outlet are coaxially arranged; a waste liquid tank is connected below the separation tank, the diameter of the waste liquid tank is smaller than that of the separation tank, a flow guide pipe is arranged between the separation tank and the waste liquid tank, and the flow guide pipe is communicated with the bottom edge of the separation tank and located between the guide pipe and the filtering structure. The utility model aims to quickly and stably separate the liquid part in the volatile gas to be treated.

The utility model belongs to the technical field of secondary pressurizing water supply equipment, and particularly relates to a secondary water supply pressurizing pump room applied to a high-rise building, which comprises a pump room, a water tank is arranged in the pump room, one side of the water tank is communicated with a municipal water supply pipeline, the other side of the water tank is communicated with the water inlet end of a water pump, and the water outlet end of the water pump is communicated with a surge tank; the surge tank comprises a tank body, round pipes are coaxially arranged at the two ends of the tank body, a capsule body is arranged in the tank body, the two round pipes are communicated with the capsule body through connecting pieces, a pressure cavity is defined by the inner wall of the tank body and the outer wall of the capsule body, an air pipe is arranged on the tank body and communicated with the pressure cavity, and the connecting piece located at one end of the tank body is communicated with the water outlet end of the water pump. The connecting piece at the other end of the tank body is communicated with a user water distribution pipe through a pipeline. According to the utility model, the resident can obtain continuous and stable water flow in the water using process, so that the water using convenience is improved, the water using requirement of the resident is met, and the living quality is improved.

To provide an intake manifold that suppresses a pressure loss while improving a pressure resisting strength.SOLUTION: An intake manifold 1 made of a resin is applied to an engine, and has a surge tank 2 into which intake air flows, and branch pipes 3a, 3b that are branched from the surge tank 2 and connected to intake ports of the engine. The intake manifold has a pillar portion 20 that penetrates through an internal space of the surge tank 2 and connects an inner wall 12 and an outer wall 13 facing each other. A cross section of the pillar portion 20 perpendicular to an extending direction thereof has an oval shape elongated in a passing direction of the intake air inside the surge tank 2.SELECTED DRAWING: Figure 3

The utility model provides a main water supply Venturi tube test system, which belongs to the technical field of pipeline test and comprises a water tank, a surge tank, a main pipeline, a test pipeline, an orifice plate flowmeter and an electromagnetic flowmeter, the water tank is respectively connected with the surge tank through a first pump body and a second pump body, the main pipeline is connected with the surge tank, and the test pipeline is connected with the orifice plate flowmeter. The test pipeline comprises a first simulation regulating valve, a three-way pipeline, a fluid rectifier, a Venturi tube and a second simulation regulating valve, the three-way pipeline is respectively connected with the first simulation regulating valve, the fluid rectifier and the second simulation regulating valve, the Venturi tube is connected to the fluid rectifier, the Venturi tube is connected with a valve, and the valve is connected with the three-way pipeline. The first simulation regulating valve and the second simulation regulating valve are respectively connected to the main pipeline; according to the utility model, the fluid rectifier is arranged at the upstream of the Venturi tube and is used for eliminating or remarkably reducing vortexes and redistributing flow velocity distribution, and a test system is used for simulating a flow test and optimizing pipeline design.

The invention discloses water purification type full-automatic non-negative pressure water supply equipment, and relates to the technical field of non-negative pressure water supply equipment. The device comprises a mounting plate, a control cabinet, a steady-flow compensation tank, a vacuum suppressor, a surge tank, a variable-frequency booster pump set, a drainage pipe system and a water inlet pipe system, wherein one side of the steady-flow compensation tank is open, and a second flange plate is mounted at the open end; the steady flow compensation tank is connected with a filter cartridge through a first flange plate; a supporting frame is fixed to the first flange plate, a sliding installation plate is arranged on the supporting frame in a sliding mode, an electric telescopic rod is installed on the supporting frame, and the sliding installation plate is connected with the telescopic end of the electric telescopic rod. The electric telescopic rod drives the sliding mounting plate to drive the suction component to axially move, the rotary suction branch pipe driven by the motor is matched, dynamic cleaning of the inner wall of the filter cartridge is achieved, online cleaning can be achieved without shutdown, continuous and stable operation of a water supply system is guaranteed, and the technical problem that a traditional cleaning mode must be shut down is thoroughly solved.

The utility model belongs to the technical field of ammonia gas supply, and particularly relates to an ammonia gas supply system which comprises a hydraulic steel cylinder, the output end of the hydraulic steel cylinder is connected with the liquid ammonia input end of a water bath evaporator through a liquid supply valve group, the ammonia gas output end of the water bath evaporator is connected with a pressure regulating valve group, and the output end of the pressure regulating valve group is connected with a gas consumption meter. The output end of the gas consumption instrument is connected with the input end of the heating surge tank; according to the ammonia gas supply system, the mode that the water bath evaporator is matched with the pressure regulating valve set and the heating surge tank is adopted, liquid ammonia can be converted into gaseous ammonia, meanwhile, the pressure of supplied ammonia gas can be adjusted according to feedback of the gas consumption instrument, so that the requirement of an engine for the ammonia gas pressure value is met, and the service life of the engine is prolonged. The problem that a supply system for converting liquid ammonia into ammonia gas does not exist at present is solved.

The utility model relates to an anti-blocking device for a drain loop of a surge tank. The anti-blocking device comprises the surge tank, the condenser is communicated with the pressure equalizing box through a first drainage pipeline; the throttling assembly is arranged on the first drainage pipeline; the second drainage pipeline is connected with the throttling assembly in parallel; and one end of the third drainage pipeline communicates with the first drainage pipeline, and the other end of the second drainage pipeline communicates with the condenser. Two drainage pipelines are additionally arranged on the basis of an original surge tank drainage pipeline, one drainage pipeline is connected with a throttling assembly arranged on the original drainage pipeline in parallel, and therefore when the throttling assembly is blocked in the operation process, pipeline switching can be conducted in time, and smooth drainage is guaranteed; one end of the newly-added drainage pipeline is connected with the original drainage pipeline, the other end of the newly-added drainage pipeline is connected with the position above the liquid level of the condenser, the height of the connecting position of the drainage pipeline and the condenser is correspondingly increased, and the influence of hydrostatic pressure in the condenser on drainage is avoided.

The invention relates to a two-supply steady flow tank and a water supply system, and relates to the technical field of water supply and drainage. The tank body has an inner cavity; the partition assembly is arranged in an inner cavity of the tank body, the partition assembly divides the inner cavity of the tank body into a conventional cavity and a precipitation cavity in the height direction of the tank body, the tank body is provided with a liquid inlet and a liquid outlet at the conventional cavity, and the tank body is provided with a cleaning port and a drain outlet at the precipitation cavity; in the first state, the partition assembly is opened, so that the conventional cavity is communicated with the precipitation cavity, and the cleaning opening and the drain outlet are in a closed state; in the second state, the partition assembly is closed, so that the conventional cavity and the precipitation cavity are separated, and the cleaning opening and the drain outlet are in an open state. The partition assembly separates the conventional cavity from the precipitation cavity during cleaning, so that water in the conventional cavity is not affected when the precipitation cavity is cleaned, water shortage of a user side is avoided, normal water use of a user is not affected, the service life of equipment can be prolonged, the fault frequency is reduced, and the risk of water cut-off is reduced.

The utility model discloses an integrated oxygen generator which comprises a box body, the interior of the box body is divided into mutually independent chambers through partition plates, and a compressor, a drying device, a compressed air tank, a molecular sieve adsorption tower and a control unit are installed in the chambers respectively. The compressor, the drying equipment, the compressed air tank and the molecular sieve adsorption tower are connected together through preset pipelines among the chambers, so that directional conveying of gas is realized. The utility model aims to provide a modularized integrated deployment which integrates a plurality of oxygen production function units which are originally distributed in a scattered manner into a single box body. Field welding assembly is replaced by a factory preassembled pipeline to realize pipeline connection, the field installation workload is reduced, a two-stage buffer structure with a main gas storage tank and auxiliary surge tank mode formed by double compressed air tanks is adopted to stabilize the pressure fluctuation of gas, the problems of large occupied area and complex installation of traditional split equipment are solved, and the production efficiency is improved. The stability, the continuity, the energy efficiency and the economical efficiency of oxygen production are remarkably improved.

The present invention relates to a method for monitoring the operating conditions of a surge tank of a hydropower unit based on MFCC and a fault model library. A soundprint sensor is used to collect the soundprint signal of the surge tank. Based on historical data of the soundprint signal, liquid level signal, vibration signal, and pressure pulsation signal of known surge tank faults, a soundprint model library containing typical soundprint features is established for quickly comparing and identifying whether common faults are present under the current operating condition based on the soundprint signal of the current surge tank. Furthermore, a fault model library containing soundprint, liquid level, vibration, and pressure pulsation feature data is constructed for comparing and identifying whether known faults are present under the current operating condition based on the soundprint, liquid level, vibration, and pressure pulsation signals of the current unit. The present invention achieves real-time, online, high-precision, and automatic identification of surge tank faults, significantly improving the efficiency and accuracy of fault diagnosis and reducing downtime and maintenance costs caused by misdiagnosis or missed diagnosis.

The invention provides reaction kettle liquid inlet control equipment, and relates to the technical field of bubbling liquid level meters. The reaction kettle liquid inlet control equipment comprises a differential pressure transmitter, the sensing end of the differential pressure transmitter is fixedly connected with a communicating vessel, the end, away from the differential pressure transmitter, of the communicating vessel is fixedly connected with a float flowmeter, one side of the float flowmeter is fixedly connected with a constant flow valve, and the two sides of the communicating vessel are fixedly connected with connecting pipelines. The end, away from the communicating vessel, of the connecting pipeline is fixedly connected with a pressure stabilizing tank, the differential pressure transmitter and one end of the pressure stabilizing tank are fixedly connected with a fixing structure, and the middle of the fixing structure is slidably connected with a fixing pipe. By adding the surge tank, each interface of the surge tank is connected with each part of the bubbling liquid level meter through a pipeline, and the surge tank realizes the functions of pressure supply and pressure stabilization through multiple test adjustments, so that the liquid level display is stable, the process control is more accurate, and the product quality is more stable.

The utility model discloses a rainwater recycling device which comprises a rainwater recycling reservoir, a water pump set, a surge tank, a pressure sensor, a water outlet device and a relay set. The rainwater recycling reservoir, the water pump set and the water outlet equipment are sequentially communicated through pipelines. The surge tank and the pressure sensor are arranged on a pipeline between the water pump group and the water outlet equipment; the pressure sensor is provided with a lower limit contact and an upper limit contact, the relay group comprises a relay contact, and the relay group is connected with the power supply circuit through the lower limit contact and the upper limit contact; the water pump set is connected with a power circuit through a relay contact. And the water outlet pressure of the treated rainwater can meet the preset requirement.

The utility model relates to the technical field of evaporator buffer tanks, and discloses an evaporator buffer tank structure which comprises a lifting frame assembly and a buffer tank arranged on the lifting frame assembly, the buffer tank is provided with an inlet pipe and an outlet pipe respectively, and a buffer tank thickened bottom is fixedly spliced at the lower end of the buffer tank. A plurality of sets of connecting openings are formed in the bottom face of the thickened bottom of the buffer tank in a penetrating mode, rolling wheels are movably installed in the connecting openings, the lifting frame assembly comprises a fixed arc-shaped frame, a first opening and closing arc-shaped frame and a second opening and closing arc-shaped frame are movably installed at the two ends of the fixed arc-shaped frame through hinges correspondingly, and a movable plate is arranged in the fixed arc-shaped frame. The first opening and closing arc-shaped frame and the second opening and closing arc-shaped frame are opened, then the movable plate is turned over, the movable plate is distributed in an inclined mode, the buffer tank is pushed at the moment, the buffer tank moves into the lifting frame assembly along the movable plate under the auxiliary action of multiple sets of idler wheels, the situation that the buffer tank is lifted and carried in a traditional mode is avoided, and the effect of saving manpower is achieved.

To provide a hydrogen station capable of storing hydrogen remaining in a vaporization unit as low-pressure hydrogen without discarding it, and also capable of reducing pressure in the vaporization unit.SOLUTION: A hydrogen station comprises a liquid hydrogen tank, a vaporization unit, a pressure sensor, a high-pressure accumulation container, a surge tank, a low-pressure accumulation container, a dispenser, and a control unit. The control unit employs means for closing a flow path to the high-pressure accumulation container and opening the flow path to the surge tank when the pressure sensor detects a first pressure value, and for closing the flow path to the surge tank and opening the flow path to the low-pressure accumulator container when the pressure sensor detects a second pressure value or less.SELECTED DRAWING: Figure 1

The utility model relates to the technical field of silica gel cat litter production, in particular to a gel making surge tank for silica gel cat litter production, which comprises a base and a placing box arranged at the upper end of the base. And the discharging assembly comprises two sets of push plates which are inserted into the inner wall of the containing box and are symmetrical to each other, two sets of storage cylinders which are symmetrical to each other are arranged in the containing box, and push rods are inserted into the middle ends of the storage cylinders. Air is injected into the containing box through two air inlet pipes at the same time, the air pressure in the containing box is increased, the two push plates are pushed to move when the air pressure in the containing box is increased, and therefore solutions in the containing box can be pressed into the reaction tank at the same time for a reaction; the moving distances of the two push plates can be respectively controlled by controlling the air inflow of the two air inlet pipes and the air pressure in the placing box, so that the feeding contents of the sodium silicate solution and the sulfuric acid solution can be respectively controlled, namely the feeding proportion of the sodium silicate solution and the sulfuric acid solution can be controlled.

The invention belongs to the technical field of nuclear industry measurement, and aims to solve the problem that the existing AP series third-generation nuclear power replenishment water boron concentration is not accurate to influence the safety operation hidden danger of a reactor. The invention provides a nuclear reactor water replenishing boric acid mixing ratio concentration deviation experimental device which is provided with a water tank, one outlet end of the water tank is sequentially connected with a variable frequency pump, a surge tank, a first flowmeter, a three-way valve, a water replenishing pump and a second flowmeter, and the second flowmeter is connected with the water tank to form a loop; the other outlet end of the water tank is sequentially connected with a high-pressure pump, a third flowmeter and a three-way valve. The measurement of the boric acid proportioning concentration can be realized, the flow characteristics of related valves in a boric acid proportioning system can be further verified, and the design reliability of the related valves is guaranteed.

The embodiment of the present application provides a method for cleaning a pressure stabilizing tank, a water supply system and a storage medium. The method includes: when the preset time period is reached and it is determined that the pressure stabilizing tank stops working, the water quality of the water in the pressure stabilizing tank is detected by the water quality detection device; when it is determined that the water quality of the water in the pressure stabilizing tank does not meet the standard according to the detection data of the water quality detection device, the following steps are performed at least once to clean the pressure stabilizing tank: control the drainage of the pressure stabilizing tank, and replenish water to the pressure stabilizing tank after drainage. The method is used to achieve the effect of timely cleaning the pressure stabilizing tank and improving the water quality of residents.