79results about How to "Strong controllability" patented technology

The invention discloses a process and device for disposing wastewater adopting low temperature plasma technology, wastewater is pumped into water distributing machine and sent into a water distributing plate by a water pump, wherein the upper portion and the lower portion of the water distributing plate are respectively provided with a high-pressure stage and an earth electrode, a silex glass plate is mounted between the water distributing plate and the high-pressure stage, leading the silex glass plate to form a medium to resist discharge, use O3, H2O2, OH, H, O, high-energy electrons and ultraviolet light which produce in the process that the medium resists discharge, and pollutants in wastewater which flows on the water distributing plate to make reaction, thereby achieving the target of removing pollutants. The method is capable of proceeding in normal temperature and pressure, reaction condition with strong steerability is moderate, device and operation of the reaction are simpler, the active materials like high-energy electrons, O3, H2O2 and OH, H, O which produce in the reaction process react with pollutants in wastewater without choice, and degrades pollutants into carbon dioxide, water and simple organic matter.

The invention discloses a method for realizing anti-interference large visual field distance gating vehicle night vision, which is realized on the basis of a time slicing technology and a frequency agility technology of a pulse laser. A working frequency point of the pulse laser is in a state of pseudo random variation and satisfies that pulse lasers with a certain pulse interval are emitted from the pulse laser, and the pulse lasers are spread forwards; a night vision working region is divided into n working sections, n is a natural number, scanning of slicing of different working sections is realized by variation of delay time between a gating pulse and a laser pulse by adopting a working mode of working section layer weighing, layer samples are collected according to a set exposure weight value gamma, a layer frame is obtained by carrying out screening, transverse noise reduction and fusion on the layer samples, and then a visual frame picture for assisting a driver to safely drive through treatments including longitudinal noise reduction and fusion to the layer frame is obtained. By utilizing the invention, the problems of near-far effect, noise accumulation and interference among different night vision systems during working in a large visual field are solved.

The invention provides a robot fish and a fishtail working principle thereof, and relates to the field of mechanical fish. The robot fish comprises a fish main body and a fishtail, wherein the fishtail comprises a plurality of first frame bodies which are hinged sequentially to form a fishtail main body; one end of the fishtail main body is hinged to a second frame body serving as a tail fin; the other end of the fishtail main body is hinged to a third frame body; a mounting groove is formed in the third frame body; the robot fish further comprises a connecting part; the middle part of the connecting part is hinged to the third frame body; an adjustable eccentric wheel device which allows the third frame body to swing horizontally in the horizontal direction relative to the connecting part is arranged at one end, extending to the mounting groove, of the connecting part, and the other end of the connecting part is connected to the fish main body; a driver for driving the adjustable eccentric wheel device is arranged in the fish main body. The robot fish has the benefits that complete fishtail-type swinging of the fishtail can be realized, the robot fish can swim freely in water, and swimming of the robot fish can be more real.

The invention provides a segmented anchoring and grouting anchor rod device capable of achieving automatic clamping and an anchoring method thereof. According to the device, a grouting anchor rod, a first connecting piece, a cylinder, a second connecting piece and a resin anchor rod are sequentially connected into a rod body through threads; a piston and a piston rod are arranged in the cylinder and are fixedly connected; the end, connected with the second connecting piece, of the cylinder is provided with an annular groove, a plurality of supports are arranged at the end of the cylinder, one end of a movable connection rod is connected with the end of the piston rod, the other end of the movable connection rod penetrates through the annular groove of the cylinder and is hinged to a clamping wing, and the end of the clamping wing is hinged to the supports. According to the device and the method, resin cartridge anchoring and grouting anchoring are fully used, and the clamping wing is added and deeply embedded into the anchor hole wall, so that anchoring force is greatly enhanced. The device and method are suitable for unstable roadways with various mine soft rock crushing, can greatly improve anchoring capacity of a whole anchor rod, effectively improve self-stability of a roadway surrounding rock body, and have the advantages of being good in end anchoring effect, high in anchoring efficiency, convenient to install and the like.

The invention provides a preparation method and applications of modified ZSM-5 molecular sieve for high-elective preparation of propylene from methanol and dimethyl ether, and mainly solves the problem of bad stability, which is caused by low propylene selectivity and easy carbon deposition, of ZSM-5 molecular sieve in the high-selective preparation of propylene from methanol and dimethyl ether. The preparation method comprises following steps: burning ZSM-5 molecular sieve original powder with a silicon/aluminum ratio in the range of 20 to 1000 and an average particle size in the range of 60 to 5000 nanometers to remove the organic template agent, then exchanging for 3 to 10 hours at the temperature of 20 to 100 DEG C in an ammonium chloride solution or an ammonium nitrate solution with a concentration of 0.1 to 5.0 mol/L, processing the obtained ammonium molecular sieves with different concentration (0.1 to 5.0 mol/L) ammonium fluosilicate solutions at the temperature of 20 to 100 DEG C for 1 to 48 hours, then fully washing with deionized water, filtering, drying for 12 hours at the temperature of 30 to 150 DEG C, and finally burning for 3 to 10 hours at the temperature of 300 to 550 DEG C so as to obtain series modified HZSM-5 molecular sieves. The processing method of ZSM-5 molecular sieve is simple and easy to operate. The modified HZSM-5 molecular sieve catalyst has high propylene selectivity and stability in the selective preparation of propylene from methanol and dimethyl ether.

The invention provides application of Eriobotrya japonica Lindl and extract thereof to the preparation of medicines for treating pharyngitis. The invention also provides a pharmaceutical composition for treating pharyngitis and a preparation method thereof. The invention uses the Eriobotrya japonica Lindl and the extract thereof to treat pharyngitis, in particular to chronic pharyngitis, with definite drug effect. With the pharmaceutical composition prepared by the method, the drug effect is obviously superior to the prior medicine, the controllability is strong, and a new choice for clinic is provided.

The invention discloses a preparation system for soft fixed grain pneumatic grinding wheels. The preparation system comprises an injection system, a mould pressing system, a workpiece taking system, a surface curing system and a conveying system. The injection system is erected on a bearing platform of the mould pressing system, a ball screw system in the mould pressing system moves up and down on a slide rail to control positions of an upper mould block of the soft fixed grain pneumatic grinding wheels and the injection system, and the workpiece taking system is mounted on a bottom plate of the of the mould pressing system and matched with the ball screw system in the mould pressing system. The surface curing system is in lap joint with the bottom plate of the of the mould pressing system, and the conveying system is mounted on a bottom plate platform of the mould pressing system to acquire and convey the soft fixed grain pneumatic grinding wheels on a workpiece taking shelf through conveying bosses on a conveying belt. The preparation system is high in controllability, adaptive to soft fixed grain pneumatic grinding wheels of different shapes and dimensions and convenient for mould replacement.

The present invention relates to nickel hydroxide nanotube and its preparation and application. The nickel hydroxide nanotube has open-mouthed needle nanometer crystal structure and great specific surface area, and has length of 50-60 microns, outer diameter of 180-220 nm and tube wall thickness of 20-30 nm. The nickel hydroxide nanotube of the present invention is one excellent kind of reversible charging and discharging matter, and when used in electrochemical oxidation and reduction, it has fast charging and discharging speed, high electrochemical capacity and long circulating life. It may be used in raising specific discharging capacity, high multiplying factor and high temperature discharging performance of nickel electrode and may be used in developing new type of secondary alkali battery.

A process for preparing microcrystal and bulk crystal of nitride by in-situ multi-step reaction in hydrothermal condition features that in constant temp and pressure condition, the raw materials are supplemented into reaction system continuously or multiple times for controlling the generation of crystal nuclears and the growth of crystals, and a novel reducer (hydrazine hydrate) is used to prevent the pollution of by-product to microcrystal and crystal. Its advantage is uniform granularity.

The invention relates to a preparation method for a cavity core-shell structured TiO2/WO3 composite photocatalyst. The preparation method comprises the following steps: (1) dissolving TiCl4 in a mixed alcohol solution so as to obtain a solution A; dissolving WCl6 in ethanol so as to obtain a solution B; and then mixing the solution A and the solution B so as to prepare a raw material solution; and (2) transferring the raw material solution into a polytetrafluoroethylene lined hydrothermal kettle, controlling reaction temperature and time, and carrying out centrifuge washing, thereby preparing the cavity core-shell structured TiO2/WO3 composite photocatalyst. According to the preparation method, the cavity core-shell structured TiO2/WO3 composite photocatalyst can be prepared through changing ingredients of the raw material solution, solvothermal time and temperature based on a solvothermal method. According to the preparation method, the cavity core-shell structured TiO2/WO3 composite photocatalyst is prepared by adopting a one-pot method; and the preparation method does not need a hard template agent, is simple and convenient and is high in controllability. The TiO2/WO3 can be applied to the photocatalytic degradation of indoor pollutant acetaldehyde.

The invention discloses a host access control system and a host access control method, and relates to the field of network safety for solving the problem of incapability of effectively preventing illegal access of the host to an intranet in the prior art. The method comprises the following steps that: a sender agent client judges whether a target host is in a firewall white list strategy or not, if so, directly sends a data packet, and otherwise, sends the data packet after encryption; and a receiver agent client judges whether a source host is in the firewall white list strategy or not, if so, directly receives the data packet, and otherwise, receives the data packet after decryption. The system comprises the sender agent client and the receiver agent client. Because the data is transmitted among legal hosts in the safe intranet of the invention through the encryption and decryption of a key under unified management or the firewall white list strategy, the limitation aiming to a normal host access control system is solved; and therefore, the system and the method provide a set of host access control solution with high universality, safety, controllability and extensibility.

The invention belongs to the preparation field of industrial catalysts, and specifically relates to a vapor-phase deposition preparation method of a load type iron catalyst. The preparation method of the load type iron catalyst adopts a vapor-phase deposition preparation device of the load type iron catalyst, and comprises the following steps: step I, filling a catalyst carrier; step II, placing a ferrocene heap; step III, depositing an iron component; step IV, roasting at a low temperature; and step V, roasting at a high temperature. The vapor-phase deposition preparation method disclosed by the invention can be used for obtaining the load type iron catalyst with a high-dispersion iron component; the preparation method is simple and convenient to operate, strong in controllability, high in preparation efficiency, strong in universality for different carrier types, and convenient to popularize; the preparation method does not involve liquid, and therefore, waste liquid treatment is not needed; the safety of a preparation process is greatly improved; the iron catalyst obtained by the preparation method disclosed by the invention can be directly applied to chemical industry production of a fixed-bed reactor.

The invention relates to a low-temperature plasma modified biochar adsorption material as well as a preparation method and application thereof, and belongs to an environmental control and environmental energy technology. The low-temperature plasma modified biochar adsorption material is used for treating wastewater, waste gas and spent fuel and extracting nuclear fuel in seawater, and the like. The modified biochar obtained has the advantages of higher specific surface area and characteristic functional groups, more adsorption active sites, stable physical and chemical properties of the material, high adsorption efficiency and excellent adsorption capacity; the modified biochar is used for removing radionuclides, heavy metal ions, organic matters and the like in the wastewater and the exhaust gas, extracting nuclear fuel from the spent fuel and the seawater, and the like. The preparation method of the modified biochar adsorption material disclosed by the invention has the advantages ofsimplicity and convenience, short process flow, easiness in realizing automatic control, cleanness, no pollution, higher industrial application value and facilitation of large-scale production.

The invention discloses a process for preparing Faropenem by using 4-AA as the raw material through a 'one-pot' operation, wherein the intermediates can be used directly for the next step reaction without the need for purification. The method has the advantages of low cost, high yield, and easy reaction conditions.

The invention provides a preparation method of monolayer and mono-crystal graphene. The preparation method comprises the following steps: putting a semi-sealed quartz test tube filled with a copper-based catalyst into a tubular furnace; putting a weighing bottle filled with a solid carbon source into one end, close to a gas inlet, of the tubular furnace; introducing inert gas; continuously introducing the inert gas and heating the copper-based catalyst to raise the temperature to 600 DEG C to 800 DEG C; then keeping constant temperature for 30min to 120min; stopping introducing the inert gas and starting to introduce reducing gas; heating the copper-based catalyst and raising the temperature to 1000 DEG C to 1050 DEG C; then keeping the constant temperature for 60min to 120min; rapidly cooling to obtain the monolayer and mono-crystal graphene on the surface of the copper-based catalyst. The preparation method provided by the invention has the advantages of convenience for operation, simplicity and feasibility, safety and reliability, relatively low cost and strong controllability; the monolayer and mono-crystal graphene can be used for high-end electronic devices and integrated circuits and technical supports are provided for realizing an industrialized road of the monolayer and mono-crystal graphene.

The invention discloses a preparation method for a single-layer MoS2-WS2 transverse heterojunction, which belongs to the field of nano material growth. Electrochemical oxidation treatment is carried out on selected precursor sources to volatilize the precursor sources corresponding to molybdenum and tungsten at different temperatures, and the transverse heterojunction with the micron-sized clear interface is prepared in one step by a chemical vapor deposition method. According to the method of growing the transverse heterojunction, in a tubular furnace capable of accurately controlling the temperature, inert gas is used as transport gas of reaction sources (a molybdenum source, a tungsten source and a sulfur source), and different chemical vapor deposition reactions are controlled to occurto form the transverse heterojunction. The single-layer MoS2-WS2 transverse heterojunction prepared by the method has a micron-scale clear heterojunction boundary, and the transverse size can reach 100 microns or above. According to the method, the controllability of the growth process is high, a growth temperature window can be effectively widened, the growth temperature is reduced, and size andinterface controllable growth is achieved.

Provided are a clutch (30) which is operated by a pressure of supplied fluid and which adjusts a power transmission state of an engine (10) and/or a motor/generator (20) on a power transmission path, a first drive pump (51) which is driven in accordance with rotations of the motor/generator (20) and supplies fluid to the clutch (30), and a second drive pump (52) which is driven by an electric power and supplies fluid to the clutch (30), wherein, by selecting either the first drive pump (51) or the second drive pump (52) as a supply soured of the fluid, a first engagement portion (31) and a second engagement portion (32) can be engaged at various speeds, and when there is a request for driving the clutch (30) and the number of revolutions of the motor/generator (20) is lower than a predetermined number of revolutions, the fluid is supplied from the second drive pump (52); for quick engagement of the first engagement portion (31) and the second engagement portion (32).

The invention belongs to the technical field of underwater vehicles and discloses an underwater water sample collecting apparatus based on an autonomous underwater vehicle. The underwater water sample collecting apparatus includes a total support which is mounted on the autonomous underwater vehicle. A plurality of water sample collecting units are symmetrically disposed on the total support relative to the autonomous underwater vehicle. Each water sample collecting unit includes a collecting pipe arranged vertically, two ends of the collecting pipe being opened. A one-way valve for exhausting air in the tube is arranged on the upper end of the collecting pipe. An electromagnetic valve for controlling water inlet and outlet is arranged on the lower end of the collecting pipe. A control end of the electromagnetic valve is electrically connected to a relay. The apparatus solves the problems of underwater sampling through a conventional manual water sample collecting method and under serious conditions. The apparatus is simple in structure and convenient to use.

The invention discloses a ship swaying platform for wind tunnel test. The ship swaying platform comprises a moving mechanism, a follow-up mechanism, a moving platform, a base and a motion controller;the moving mechanism and the follow-up mechanism are arranged between the moving platform and the base, the motion controller and the motion mechanism are connected through a cable to control the motion mechanism to perform controllable telescopic motion; and a main control computer of a wind tunnel transmits a posture control signal of a ship model to the motion controller through the cable, andthe motion controller controls a RPR component I, a RPR component II and a RPR component III to perform telescopic motion. The ship swaying platform can be used for simulating the motion of an aerialcarrier ship in the wind tunnel to form an air flow field above and around a flight deck of the aerial carrier ship, and conditions are provided for the measurement of the dynamic ship air flow fieldin the wind tunnel, the research of the adaptability of warships of the aerial carrier ship and a shipboard aircraft and the like. The different attitudes of the ship model in the wind tunnel flow field can be adjusted, and conditions are provided for the aerodynamic measurement of the ship model under different attitudes and the measurement of the surrounding airflow field.

The invention discloses a composite-photocatalyst-supported silicon material preparation method, which specifically comprises: (1) pre-treating raw materials; (2) loading a titanium dioxide carrier; (3) preparing an inner layer solution; (4) preparing an outer layer solution; (5) carrying out primary impregnation; and (6) carrying out secondary impregnation. According to the present invention, the silicon material is subjected to the heat treatment by adding the strong alkali solution, such that the controllability is strong, and the too low surface energy of the silicon material is easily increased; by using the Ti3+ in-situ assisted reduction method, the noble metal nanoparticles are uniformly distributed on the carrier titanium dioxide surface, such that the loading distribution is uniform, the interface binding is solid, and the photo-oxidation reaction is efficiently and selectively performed; the microwave radiation treatment is performed in the inner solution, such that the conditions are mild, the reaction rate is rapid, and the yield is high; and the carbon atoms of the graphene adopt the sp2 hybridization linkage, such that the good adsorption ability to pollutants is provided, the obtained silicon material loads the graphene, the high structural stability and the thermal stability are provided, and the adsorption capacity of the material under the mild condition is effectively improved.

The invention provides a method for preparing Co3V2O8 with different morphologies by controlling hydrothermal time and the corresponding Co3V2O8 with the corresponding morphologies. The method includes the steps: adding ammonium metavanadate into 70-80 DEG C deionized water, adding NaOH, or LiOH or KOH into solution, adding CoCl2*6H2O, or Co (NO3)2*6H2O, or Co (Ac)2*4H2O or CoSO4*7H2O into the solution, transferring the prepared solution into a hydrothermal reactor, performing reaction at the temperature of 160-220 DEG C and respectively taking reaction samples with reaction time within 30 minutes, equal to 1-3 hours, equal to 3-6 hours and longer than 7 hours; respectively cooling the reaction samples in different time periods to room temperature, washing the reaction samples for a couple of times by the deionized water and absolute ethyl alcohol, drying the reaction samples and calcining the reaction samples at the temperature of 250-350 DEG C to finally obtain the Co3V2O8 with the different morphologies. The method is simple, rapid, economical and environmentally friendly by means of hydrothermal reaction, time variation can be directly controlled, corresponding sample morphologies are compounded, and controllability is quite high.

The invention relates to a separation method and application of edible mushroom agarics basidiospores. The separation method comprises the steps of selecting parents, collecting basidiospores, obtaining pure mycelia, confirming monocaryon hypha and dicaryon hypha and the like. According to the separation method, the basidiospores are collected simply and quickly through a physical mode, so that the process of collecting the basidiospores is shortened from 2 days to 20-30min, the factors, which make the basidiospores difficult to release, such as unsuitable growth and development time and temperature can be overcome, the pollution rate is reduced, and the basidiospores are obtained efficiently and conveniently.

The invention discloses a device and a method for recycling and extracting a high-purity SF6 gas by employing a membrane separation method, and mainly aims at solving the problems of absence of a device and a method for purifying an SF6 gas from a mixed gas of which the SF6 gas concentration is smaller than 15.7% in the prior art, and relatively complicated existing device and method for purifying the SF6 gas. The device disclosed by the invention comprises a compressor (1) and a membrane separating and recycling device, wherein the membrane separating and recycling device is connected to the back of the compressor (1); the device is characterized in that the membrane separating and recycling device is composed of N hollow fiber membranes (2) which are sequentially connected with one another; and N is greater than or equal to 4. The invention further discloses a method for recycling and extracting the SF6 gas by employing the device. The device and the method have the advantages of being suitable for purification of a low-concentration SF6 gas and extremely high in purification degree and recovery rate.

The invention provides indent self-positioning long-diameter striking type shell breaking and whole kernel taking equipment and method for high-exposed-kernel walnuts. The equipment comprises a feeding positioning device used for discharging the walnuts in a long-diameter posture, a chain plate feeding device used for fixing the discharged long-diameter walnuts through indents and conveying the walnuts to a primary shell breaking device, the primary shell breaking device used for simulating manual knocking type shell breaking to realize a shell breaking action, a secondary shell breaking device that comprises a spiral slideway, and a shell and kernel separation device for separating shells and kernels by utilizing air pressure power generated by pressure difference, wherein the spiral slideway can rotate, so that the walnuts treated with the primary shell breaking device roll downwards along the spiral slideway under the action of gravity.

The invention provides a manufacture method of an electrode of a solar battery, which comprises the following steps of: depositing an intrinsic zinc oxide film on a substrate; and doping the intrinsic zinc oxide film to form into a doped zinc oxide film. The step of doping adopts an ion implanting technology or an ion diffusing technology. The ion implanting technology comprises the following steps of: injecting the adulterant into the intrinsic zinc oxide film, and thermally treating the injected film. The substrate is the glass substrate, and the doped zinc oxide film is the front electrode. The manufacture method of the electrode of the solar battery divides the depositing technology and the doping technology of the intrinsic zinc oxide film into two steps of: depositing the film and doping. Therefore, the doping concentration or the doping element type of the film is not depended on a target material, and the doping concentration and the doping element type can be conveniently adjusted within a wider range, so that the manufacture method improves the adjustability of the manufacture technology of the doped zinc oxide film, and enlarges the technical window.

The invention belongs to the technical field of new material preparation, and relates to a novel anodic oxidation process of a nickel-based thin film energy storage material. Aiming at the existing defects of an electrochemical oxidation process in a method of preparing a NiO/Ni(OH)2 supercapacitor electrode material with excellent performance by a method of firstly preparing a nickel-based metalfilm and then carrying out electrochemical oxidation, a mode of adding a co-oxidant into an electrolyte is provided, the influence of the concentration of the co-oxidant and other electrochemical parameters on the capacitance performance of the prepared nickel oxide/nickel hydroxide electrode material is researched, a novel electrochemical oxidation process of the nickel-based metal thin film energy storage material is simple and easy to implement and good in controllability, and the capacitance performance and the electrochemical stability of the prepared nickel oxide/nickel hydroxide electrode material are improved.

The invention provides a fuel gas generator and a testing device suitable for a test of swallowing gunpowder gas by an engine. The fuel gas generator comprises an ignition device, a combustor, a gas collection chamber and an exhaust nozzle, wherein the ignition device is arranged at one end of the fuel gas generator, a plurality of grains are installed in the combustor and are in contact with the ignition, the gas collection chamber is arranged outside the combustor, the combustor is covered with the gas collection chamber, and the exhaust nozzle is arranged at the other end of the fuel gas generator and communicates with the gas collection chamber. The fuel gas generator and the testing device are high in controllability, safe and stable in operation, capable of precisely simulating the environment of high-temperature gas ejected from rocket projectiles, guided missiles and other weapon exhaust nozzles, capable of meeting the demand of conducting the test of swallowing gunpowder gas by the engine or a test of sucking weapon exhaust gas when an aircraft and the engine are shaped, and fills up the vacancy in the special test field at home.

The invention relates to a livestock and poultry intelligent illumination system. The livestock and poultry intelligent illumination system comprises a power supply module, a central control system, adetection module, a wireless transmission module and an LED lamp set module, wherein the power supply module supplies electric energy for the central control system, the detection module, the wireless transmission module and the LED lamp set module; and the central control system is connected with the detection module, the wireless transmission module and the LED lamp set module. By means of theabove structure, the livestock and poultry intelligent illumination system enables illumination in production in the breeding industry to meet the requirement for low energy consumption and long service life and have very strong controllability. And at the same time, the livestock and poultry intelligent illumination system can improve the technical index system of physiological rhythm, feeding behaviors, growth and development and breeding performance of livestock and poultry, can promote growth and potential productivity of livestock and poultry, and can improve immunity of livestock and poultry.

The invention discloses a compression device for pop cans, which comprises a base plate, an inlaid groove is arranged in the center of the base plate, a connecting plate is fixed on the bottom of the base plate through screw threads, and a supporting structure integrated with the connecting plate is arranged on the bottom of the connecting plate Legs, a support is fixed between the bottoms of the support legs, a lifting device is fixed at the center of the upper surface of the support plate, a compression shell is fixed inside the base plate located in the mosaic groove, and the inside of the compression shell is A compression space is provided at the bottom, a bottom pressing plate is fixed inside the compression space by the lifting device, and a delivery pipeline is provided on the top of the compression space on the side of the compression housing. The present invention can carry out concentrated extrusion on pop cans. In addition, the device can work through the force between electromagnetics, and the device can control the size of the pressure, and the controllability is strong. In addition, the device can quickly and effectively The cans are squeezed to reduce the space they occupy.

The present invention provides an automobile flywheel fatigue fracture test bedstand. The automobile flywheel fatigue fracture test bedstand comprises a mechanical part and a control system; the mechanical part comprises a first servo motor, a test platform, an automotive flywheel, a translation actuator, a displacement sensor and a force sensor; the test platform is L-shaped and is fixed onto ground; the first servo motor is mounted on a side surface of the test platform; a movable adjustment test platform comprises a fixed layer and a movable layer; the movable layer of the mobile adjustment test platform is connected with the translation actuator; the force sensor is mounted between the movable layer and the translation actuator; a displacement sensor mounting platform is mounted on the test platform; the displacement sensor is fixedly mounted on the displacement sensor mounting platform; and the control system comprises a PLC and a monitoring computer. The automobile flywheel fatigue fracture test bedstand of the invention has a protection function and can monitor forces, torques and displacement in real time; the bedstand stops working when the forces, torques and displacement exceed limits, and therefore, test pieces and equipment can be protected.