76 results about "Pressurizer" patented technology

The invention provides a pressurization storage tank and a pressure filling tank truck with the pressurization storage tank. The pressurization storage tank comprises a tank body, a liquid level detection device, a pressurization pipeline, a pressurizer and a liquid outlet valve. The liquid level detection device is used for detecting liquid level information in the tank body; one end of each pressurizing pipeline communicates with the bottom of an inner cavity of the tank body, the other end of each pressurizing pipeline communicates with the top of the inner cavity of the tank body, and the multiple pressurizing pipelines are arranged in parallel; the superchargers are communicated with the supercharging pipelines, and each supercharging pipeline is provided with one supercharger; the liquid outlet valves are communicated with the pressurizing pipelines and located on the upstream of the pressurizer, and each pressurizing pipeline is provided with one liquid outlet valve. When a worker uses the pressurizing storage tank to unload liquid, the superchargers with different numbers or different powers can be started and stopped according to the liquid level information detected by the liquid level detection device, so that the self-adaptive matching between the pressurizing capacity and the size of a gas phase space in the tank body is realized, and the whole liquid unloading process is more stable and efficient.

The purpose of the present invention is to suppress the solidification of a pressure medium and to perform a pressurization process at a required pressure. The isostatic pressing device (10) uses a pressure medium having the property that the higher the pressure is, the higher the viscosity is. An isostatic pressing device (10) is provided with: a pressure vessel (12) in which a processing space (12a) capable of accommodating a pressure medium is formed; a supercharger (14) that pressurizes the pressure medium in the processing space (12a) to obtain a set pressure; a first heater (37), which is provided in a high-pressure pipe (32) connecting the supercharger (14) and the pressure vessel (12), and which heats the pressure medium to a target temperature before the pressure medium is introduced into the processing space (12a); and a second heater (39) that is provided upstream of the first heater (37) in the high-pressure pipe (32) and heats the pressure medium before reaching the first heater (37).

The utility model provides a safety type gas water heater heat exchanger which comprises a water heater body and a heat exchanger, the heat exchanger is installed in the water heater body, a first water inlet pipe is arranged at the bottom of the heat exchanger, a filtering assembly is arranged at one end of the heat exchanger, and a second water inlet pipe is arranged at the bottom of the water heater body. The second water inlet pipe is connected with the filtering assembly through a supercharger; a first water outlet pipe is arranged on one side of the heat exchanger and connected with a second water outlet pipe at the bottom of the water heater body through a connecting pipe. A pressure sensor is arranged on the first water outlet pipe and electrically connected with a controller arranged on one side of the water heater body. According to the heat exchanger, the filtering assembly is arranged at one end of the first water outlet pipe, cold water needs to pass through the heat exchanger firstly and then enters the heat exchanger, double filtration of the cold water is achieved through the filtering assembly, various impurities in water can be intercepted, the chance that corrosive substances make contact with the heat exchanger is reduced, and the risk that the heat exchanger is corroded is reduced.

The present application relates to a kind of nuclear power plant surge line nozzle heat shield sleeve structure and system, comprising: support ring, fluid distribution cover, heat shield sleeve, nuclear power plant surge line nozzle and cladding layer.The nuclear power plant surge line nozzle heat shield sleeve structure and system described above when actually used, through the one end of support ring and the cladding layer of surge line nozzle connection, the other end and fluid distribution cover connection, the one end of heat shield sleeve is inserted into support ring and is connected with support ring, to form gap between the other end of heat shield sleeve and the safety end of surge line nozzle, radioactive particles generated in the annular space between heat shield sleeve and surge line nozzle during reactor operation can be discharged from the gap, thereby avoiding the difficulty and cost of in-service inspection caused by the fact that the safety end of heat shield sleeve surge line nozzle forms a sealed space, so that the risk of high radiation faced by inspection and maintenance personnel is reduced.

A pressure control method and a pressure stabilizing control system. The method comprises: acquiring a pressure measurement value and a pressure setting value of a pressurizer (101); determining a pressure deviation value on the basis of the pressure measurement value and the pressure setting value (102); if the absolute value of the pressure deviation value is less than or equal to a first preset value, regulating the charging flow and the letdown flow of a circuit on the basis of the pressure deviation value and the pressure measurement value, so as to control the pressure of the pressurizer (103); and if the absolute value of the pressure deviation value is greater than the first preset value, on the basis of the pressure deviation value, controlling the pressurizer to inflate or deflate so as to control the pressure of the pressurizer (104). The method and the system can improve the pressure stabilizing effects of pressure stabilizing control systems.

The application discloses a method for reducing the maintenance frequency of a converter gas centrifugal pressure booster, and relates to the technical field of industrial automation control, comprising the following steps: obtaining the operation instruction of the converter gas centrifugal pressure booster and the pipe network pressure fluctuation data; determining the current working condition mode of the converter gas centrifugal pressure booster based on the pipe network pressure fluctuation data; generating a variable frequency control logic, including a segmented speed-up strategy and a segmented speed-down strategy corresponding to the working condition mode, wherein the segmented speed-up strategy and the segmented speed-down strategy both comprise a first speed stage and a second speed stage higher than the first speed stage, and the speed change rate of the second speed stage is smaller than that of the first speed stage; and calling the corresponding strategy from the variable frequency control logic to control the operation of the converter gas centrifugal pressure booster based on the operation instruction. Under the premise of guaranteeing the safe response of the pipe network pressure, the application significantly inhibits the unstable shedding of the attached objects and prolongs the dynamic balance maintenance period of the fan.

The application discloses a gas parameter adjusting method for a reaction kettle and belongs to the field of high-temperature and high-pressure equipment control. The gas parameter adjusting method for the reaction kettle adjusts and controls the gas temperature and pressure in the control kettle and the reaction kettle through adjusting the gas booster and the heating belt, realizes two-stage accurate regulation and control of the gas temperature, pressure, concentration and other parameters before and after entering the kettle and real-time dynamic supplement, guarantees high consistency between the test working condition in the kettle and the field working condition; on the other hand, the application solves the problem that the gas composition and the proportioning accuracy in the reaction kettle are reduced due to the fact that the mixed gas formed by the reaction medium solution volatilization and the reaction gas under the simulated actual working condition cannot be realized in real time and accurately during the reaction gas proportioning process, thereby guaranteeing the high consistency between the test environment in the reaction kettle and the actual working condition and the reliability of the test result, and significantly improving the safety.

This invention discloses an automatic beveling device for repairing surfacing welds on pressurizer bushings, belonging to the technical field of nuclear power plant nuclear island maintenance equipment. The automatic beveling device includes a mechanical body comprising a clamping assembly, a rotating platform, a radial movement mechanism, an axial feed mechanism, a cutting head assembly, and a monitoring assembly. The automatic beveling device provided by this invention processes the surfacing weld into a spatial elliptical J-shaped bevel, laying the structural foundation for subsequent welding. It addresses the need for automatic beveling when repairing the bottom bushing of the pressurizer lower head using a cutting and surfacing welding method on-site. It provides an important automatic beveling function for on-site repair of the sealing weld of the pressurizer bushing, while also enabling remote control and monitoring, reducing the impact of personnel radiation dose.

The invention relates to the field of nuclear power equipment installation and maintenance, in particular to a quick wiring device for an electric heater of a voltage stabilizer. The device comprises a male plug and a female plug which can realize coupling; a jack is arranged at the front end of the male plug, at least one metal insertion rod is arranged in the jack, and a wiring end is arranged at the rear end of the metal insertion rod; an arc-preventing head is arranged at the head of the metal inserting rod; the end part of the female plug is provided with a plug-in part which can be inserted into the jack, the end part of the plug-in part is provided with a metal insertion tube, the metal insertion tube is internally provided with an elastic conductive sleeve, and the elastic conductive sleeve can be used for the insertion of the metal insertion rod and is in fit contact with the outer wall of the metal insertion rod; a plurality of arc-shaped elastic pieces protruding in the axis direction are distributed on the side wall of the elastic conductive sleeve in an annular array mode. A female plug shell is arranged outside the female plug, an insulating seat is arranged in the female plug shell, at least one second mounting hole is formed in the insulating seat, the metal insertion tube is mounted in the second mounting hole, and the insulating seat is made of a ceramic material. The device is high in safety efficiency, easy to replace and low in maintenance dependence.

The invention provides a multifunctional test bench for researching the performance of a primary loop voltage stabilizer of a reactor and a test method. The test bed is mainly composed of a water supplementing system, a main loop system, a steam and inert gas pressure stabilizing system and a drainage system. The test bench can be used for simulating the cold-state starting process of a primary loop of a traditional reactor, starting characteristics of the loop when a steam pressure stabilizer and an inert gas pressure stabilizer serve as the loop are obtained respectively, and a basis is provided for performance evaluation of different pressure stabilizers.

This invention discloses a pressurized heat exchange hydrogen supply device and method for a solid-state hydrogen storage system, relating to the field of solid-state hydrogen storage technology. The device includes: a filter for filtering hydrogen output from the solid-state hydrogen storage system; a first hydrogen booster for increasing hydrogen pressure to a target range; a first heat exchanger for reducing the pressurized hydrogen to a preset temperature range; a regulating valve for regulating hydrogen flow rate; and a pressure transmitter, temperature transmitter, and flow meter for measuring hydrogen pressure, temperature, and flow rate, respectively. A PLC dynamically adjusts the operating status of the first hydrogen booster, the opening of the regulating valve, and controls the start and stop of the first heat exchanger. This invention integrates the pretreatment unit, the pressurized heat exchange unit, and the flow regulation unit into a single unit. It employs an automatic control system with a PLC controller at its core, combining the real-time acquisition of outlet parameters by the temperature transmitter, pressure transmitter, and flow meter to dynamically adjust the opening of the flow regulating valve, achieving constant control of the output pressure or flow rate.

The invention belongs to the technical field of polyurethane waste treatment, and particularly relates to a device and method for oxidation treatment of polyurethane. The polyurethane oxidation treatment device comprises a polyurethane storage bin, a water purification tank, a preheater, an oxygen tank, a pressurizer and an oxidation kettle, a discharging opening of the polyurethane storage bin is communicated with a feeding opening of the oxidation kettle, and the polyurethane storage bin is used for conveying polyurethane waste into the oxidation kettle; purified water stored in the purified water tank is conveyed to the oxidation kettle after being heated by the preheater, and is used for providing supercritical water for the oxidation kettle; oxygen stored in the oxygen tank is pressurized by the pressurizer and then is conveyed to the oxidation kettle for providing high-pressure oxygen for the oxidation kettle. The device for oxidation treatment of polyurethane has the beneficial effects that the device for oxidation treatment of polyurethane can efficiently treat polyurethane under the low-temperature condition, meanwhile, pollutants such as nitrogen oxides can be prevented from being generated, and generated CO2 gas is purer and is convenient to capture so as to reduce the greenhouse effect.

The present invention relates to an apparatus (100) for applying a coating material to a wire (106), the apparatus (100) comprising: a coating chamber (102) for applying a coating material to a wire (106) passing through the coating chamber (102), the coating chamber (102) having an inlet port (120) configured to receive the wire (106) and an outlet port (121) configured to discharge the wire (106); an elongated injection channel (103) having a first portion (131) and a second portion (132), the first portion (131) including an opening (130) for receiving a predetermined amount of coating material in a solid state, the second portion (132) being in communication with the coating chamber (102); and at least one heating element (104) configured to increase the temperature of the coating material as it flows through the injection channel (103). According to the invention, the coating device (100) further comprises: a pressurizer (105) configured to operate according to a first operating phase, in which the pressurizer (105) applies a predetermined pressure to the coating material in the first portion (131) of the injection channel (103), and a second operating phase, in which the pressurizer (105) is in a position in which the injection channel (103) can receive a predetermined amount of solid coating material; and a cooling system (119) configured to cool at least a portion of the first portion (131) of the injection channel (103).

This invention relates to a continuous spray regulation method for a nuclear power unit pressurizer, comprising the following steps: performing pre-test state settings for a steam generator auxiliary feedwater system pump test; after completing the pre-test state settings for the steam generator auxiliary feedwater system pump test, performing pre-test state settings for continuous spray regulation of the pressurizer; performing initial state settings for the continuous spray regulation test of the pressurizer; and after completing the initial state settings, performing fine-tuning for the continuous spray regulation test of the pressurizer. The continuous spray regulation method for the pressurizer of this invention eliminates the coarse-tuning portion during execution, avoiding mutual interference between coarse-tuning and the steam generator auxiliary feedwater system pump test, significantly reducing test time. Furthermore, it can quickly locate the initial point for fine-tuning, greatly reducing fine-tuning time. Since it does not interfere with the steam generator auxiliary feedwater system pump test, it reduces unit risk and reliably completes the continuous spray regulation of the pressurizer.

A hydroelectric power generating device utilizing a siphon mechanism is provided. [Solution] A hydroelectric power generation device characterized by having a siphon mechanism that performs siphon motion and includes a water tank (1), a hydraulic pressurizer (14), a rotating cylinder central axis (4), a rotating cylinder water wheel (11), a straightening plate (13) fixed to the water tank (1), a rotating cylinder (2), a spiral plate (3) installed inside the rotating cylinder (2), a vacuum water tank (7), an air valve (8), a water level sensor (19), a water conduit (9), and an on-off valve, all of which are inside the device, utilizing the characteristics of siphon motion, in which a liquid ascends through a pipe with no gaps and is transported past a point higher than its original position; a water intake mechanism that sucks up water for power generation from the water tank (1) inside the device to the vacuum water tank (7); and a power generation mechanism that generates power from the vacuum water tank (7), including the water conduit (9), a power generation water wheel (10), and a discharge pipe (12).

The present application relates to a method and system for controlling the level of a pressurizer of a reactor coolant system of a nuclear power unit, comprising the following steps: switching to a newly added pressurizer water level set value control logic when the temperature of a primary loop is less than or equal to a first preset value; obtaining real-time temperature data of the primary loop after switching to the newly added pressurizer water level set value control logic; calculating the real-time temperature data to obtain a level setting value of the pressurizer; obtaining primary loop flow data and real-time level of the pressurizer; calculating the primary loop flow data, the level setting value and the real-time level to obtain valve position data; and adjusting the level of the pressurizer according to the valve position data. The present application switches to the newly added pressurizer water level set value control logic when the temperature of the primary loop is less than or equal to the first preset value, so as to raise the water level of the pressurizer to a reasonable level before connecting the residual heat removal system, thereby reducing the subsequent time length of the pressurizer steam elimination cavity, reducing the occupation of the overhaul critical path window, and significantly improving the economy.

The utility model discloses a rack-mounted CDU liquid cooling heat dissipation structure which comprises a heat dissipation structure main frame assembly, a liquid storage assembly is installed on the side edge surface of the heat dissipation structure main frame assembly, and the front surface of the heat dissipation structure main frame assembly is fixedly connected with an operator assembly. A liquid storage component assembly is installed on the surface of the bottom of the operator component assembly, a pressurizer component assembly is fixedly connected to the front surface of the operator component assembly, a mounting plate is installed on the front surface of the heat dissipation structure main frame assembly, and a fixed limiting block is clamped to the front surface of the mounting plate in a limiting mode. According to the device, when a user needs to carry out liquid cooling heat dissipation, the user needs to turn on a motor, the motor can drive arranged fan blades to rotate after being started, then the user needs to turn on a pressurizer assembly through a controller, and liquid is circularly output through a refrigeration liquid conveying pipe assembly; in this way, a user can efficiently use and dissipate heat.

The invention provides a cutting device and a cutting system for an electric heater sleeve of a voltage stabilizer, and relates to the technical field of nuclear power. The cutting device for the electric heater sleeve of the voltage stabilizer comprises a clamping module and a cutting module, wherein the clamping module is suitable for surrounding and clamping the electric heater sleeve of the voltage stabilizer; the rotating module is rotationally connected with the clamping module, and the rotating module is suitable for being arranged on the electric heater sleeve of the voltage stabilizer in a sleeving mode and rotates with the sleeve axis of the electric heater sleeve of the voltage stabilizer as a rotating shaft; the at least one cutting module is fixedly connected with the rotating module, the cutting module comprises a cutter, and the cutter is suitable for cutting the casing pipe of the electric heater of the voltage stabilizer; and the stirring module is fixedly connected with the clamping module, and the stirring module is suitable for driving the cutter, located at the preset position, of the cutting module to move in the direction close to the axis of the sleeve when the rotating module rotates.

The utility model belongs to powder modification auxiliary equipment technical field relates to a kind of powder surface modification equipment, including the installation of modification cylinder, atomization pressurizer and hot air machine on support ring, and feed tank is hung on support ring, detachable installation has hot flow catalytic device on modification cylinder, hot air machine is connected hot flow catalytic device by air pipe, and modification cylinder bottom surface is equipped with stirring cleaning device, and modification cylinder inner chamber side and hot flow catalytic device are all closely attached stirring cleaning device.The utility model through hot flow catalytic device, not only can provide suitable temperature environment for modification reaction, accelerate the performance of chemical reaction, but also can be synergized stirring with stirring cleaning device, promote the flow of powder and modifier, enhance the contact and collision frequency between them, to speed up the speed of modification reaction, shorten modification cycle;Through stirring cleaning device, stick powder is promptly removed in stirring process, reduce the jam and blockage phenomenon of powder in equipment interior.

The utility model relates to the technical field of stock bin cleaning, in particular to a pulse unblocking mechanism for a stock bin, which comprises a mounting frame, a first sealing box body is slidably mounted at the upper end of the mounting frame, an extension pipe is fixedly mounted at the upper end of the first sealing box body, a pressurizer is mounted at the side end of the first sealing box body, and the extension pipe is fixedly mounted at the lower end of the first sealing box body. And a second sealing box body is slidably mounted at the side end, away from one side of the pressurizer, of the first sealing box body, two stop blocks are rotatably mounted in the second sealing box body, and a sliding rod is slidably mounted in the extension pipe. According to the improved pulse unblocking mechanism for the stock bin, a pressurizer is matched with a conveying pipe to pressurize the interior of the device, a second driving motor is matched to drive a gear to transmit, and then two rotating rods are driven to rotate so as to drive two stop blocks to downwards press a fixing plate, so that the device can be rapidly pressurized during use, and the use efficiency of the device is improved. And meanwhile, the structure is simple, and use is convenient.

The utility model belongs to the technical field of unloading pry, and discloses a low-temperature LNG unloading pry, which has the specific technical scheme that the low-temperature LNG unloading pry comprises a torch emptying pipeline, a gas phase balance pipeline, a liquid phase pipeline and a nitrogen purging pipeline, and the gas phase pipeline is connected with a gas phase arm through a pneumatic stop valve, a pressure transmitter and a stop valve; the gas phase balance pipeline is communicated with a torch emptying pipeline through a second safety valve; the liquid-phase pipeline is connected with a liquid-phase arm through a stop valve, a temperature transmitter, a pressure transmitter, a pneumatic stop valve check valve, a filter and a low-temperature unloading pump; the liquid-phase pipeline is communicated with a torch emptying pipeline through a first safety valve and a third safety valve; the nitrogen purging pipeline is communicated with the rotary joint through a stop valve, a pressure reducing valve and a check valve; the unloading pressurizing pipeline is communicated with a gas phase through an unloading pressurizer and a stop valve; after unloading is started, the unloading control instrument receives analog signals transmitted by the pressure gauge transmitter and the temperature transmitter and controls the unloading pump to be started according to data of the temperature transmitter and the pressure transmitter.

Disclosed is a method for dismantling metal equipment of a heat transport system in a containment building at a nuclear power plant, the metal equipment including a heat transport pump, a steam generator, a pressurizer, a condenser, and a D2O tank, including: a first dismantling step of dismantling the heat transport pump; a second dismantling step of dismantling the steam generator after the first dismantling step; a third dismantling step of dismantling the pressurizer after the second dismantling step; and a fourth dismantling step of dismantling the condenser and the D2O tank after the third dismantling step.

A method of operating a nuclear reactor system includes operating a first nuclear reactor to generate steam, the first nuclear reactor positioned in a wellbore extending from a surface through one or more subterranean formations; closing the first nuclear reactor; placing a second nuclear reactor into the wellbore; and operating the second nuclear reactor to generate steam. A method of controlling a nuclear reactor system includes boron injection and removal, and regulating a pressure of at least one of a pair of regulator vessels. The first regulator vessel is in fluid communication with the primary coolant at a first depth of the reactor vessel. The second regulator vessel is in fluid communication with the primary coolant at a second depth of the reactor vessel. The reactor vessel is positioned in a wellbore extending from the earth surface through one or more subterranean formations.

A nuclear power system includes a borehole nuclear reactor, including: a reactor core comprising nuclear fuel and positioned a borehole that is formed from a terranean surface to a subterranean formation; a neck that extends upward from the reactor; a heat exchanger positioned at the top of the neck and in thermal communication with the reactor core; and a pressurizer positioned in the borehole downhole of the reactor core or including a tube or pipe that rises near to the terranean surface. The pressurizer is configured to maintain a reactor pressure at a pressure of water at an operating depth in the subterranean formation. The reactor core, the neck, the heat exchanger, and the pressurizer can be connected to form a preassembled kit prior to installation in the borehole, or are configured to be assembled as parts are lowered into the borehole.

To enable a pressure process to be performed at required pressure by suppressing solidification of a pressure medium.SOLUTION: An isostatic pressure device 10 uses a pressure medium having a nature of higher viscosity as pressure is higher. This isostatic pressure device 10 comprises: a pressure container 12 in which a processing space 12a capable of receiving the pressure medium is formed; a booster 14 that pressurizes the pressure medium so as to obtain set pressure in the processing space 12a; a first heater 37 provided in a high-pressure piping 32 for connecting the booster 14 and the pressure container 12 to heat the pressure medium yet to be introduced into the processing space 12a to a target temperature; and a second heater 39 provided in a part of the high-pressure piping 32 on the upstream side of the first heater 37 to heat the pressure medium until the first heater 37 is reached.SELECTED DRAWING: Figure 1

This invention provides a startup and deoxygenation strategy for the primary loop of AP1000 nuclear power units after a major overhaul. Addressing the unique startup and deoxygenation characteristics of the AP1000 nuclear power unit, it determines the RCS deoxygenation and pressurizer deoxygenation strategies and time control for the primary loop, the amount and timing of hydrazine addition, and integrates and optimizes the logical relationships of multiple stages, including RCS vacuum charging, dynamic and static venting, pressurizer deoxygenation, steam chamber establishment, main pump startup, and RCS deoxygenation, to shorten startup time and reduce the discharge of radioactive wastewater. Ultimately, a startup and deoxygenation strategy for the primary loop of AP1000 nuclear power units after a major overhaul is established, forming a standard procedure for primary loop startup and deoxygenation after a major overhaul, namely, starting the main pump after establishing the steam chamber using the pressurizer.

An improved vacuum spray drying device comprises a raw material tank, a raw material pressurizer, a heater, a separator and a spiral dryer which are sequentially connected, a gas compressor is additionally arranged between the raw material pressurizer and the heater, and a compressed gas output pipeline of the gas compressor is communicated with a material input pipeline of the heater. According to the utility model, the gasification amount of liquid entering the separator is increased, so that the atomization effect of materials is good, and the drying uniformity of products is ensured.

The utility model discloses a spray head for detecting the waterproof performance of a product, which relates to the field of spray heads for detecting the waterproof performance of the product and comprises a base, a support arranged at the top of the base, a water storage barrel arranged at the top of the support, a water line arranged on the outer wall of the water storage barrel, and a high-pressure water inlet arranged at the bottom of the water storage barrel. A common water inlet is formed in the end, close to the high-pressure water inlet, of the bottom of the water storage barrel, a pressurizer is installed in the water storage barrel, a high-pressure water pipe is installed at the bottom of the pressurizer and installed in the high-pressure water inlet, a common water pipe is installed in the common water inlet, and first nozzles are installed at the two ends of the common water pipe. A common nozzle is installed at the front end of the first nozzle, second nozzles are installed at the two ends of the high-pressure water pipe, high-pressure nozzles are installed at the front ends of the second nozzles, a detection box is installed at the top of the base, and high-pressure water outlets are formed in the top and the bottom of the detection box.

The invention discloses a triaxial rock mechanical testing machine, which comprises a test unit, an axial supercharger, a pressure chamber base, a pressure chamber base, a pressure chamber base and a pressure chamber base, wherein the test unit is arranged on the pressure chamber base and below the axial supercharger; the pressure chamber cover is coaxially arranged with the axial supercharger, can be lifted and is used for sealing the test unit; the gas confining pressure system is used for providing confining pressure for the test sample of the test unit in the sealed state; the computer control system is connected with the gas confining pressure system and used for controlling the gas confining pressure system to provide confining pressure; the test unit comprises: a sleeve for filling a sample; a heat conducting filler is arranged between the heating furnace and the sleeve; the cage-shaped cooling system is arranged on the outer side of the heating furnace, and a first sensor and a second sensor are arranged between the cage-shaped cooling system and the heating furnace; the first sensor is axially coupled with the sample and is used for collecting the axial strain of the sample; the second sensor is radially coupled with the sleeve and is used for collecting the radial strain of the sample. Confining pressure can be provided and deformation measurement can be realized at high temperature.