58results about How to "Reduce barrier" patented technology

The invention relates to a method and device for conducting and recycling subterranean heat with production casings. The method comprises the following steps: previously selecting a discarded or idle or in-use well, respectively sealing the perforated pores at the well bottom and oil water layer by utilizing separators, closely connecting a heat radiator with the well mouth, vacuumizing the interior, and pressing a given amount of low boiling point medium or water to form a heat transfer unit for recycling subterranean heat with low-cost long-distance gravity assisted heat pipes. The low boiling point medium or water in the heat transfer unit vaporizes after absorbing subterranean heat, the vapor from latent heat of vaporization is continuously transferred to the heat radiator on the upper part, and the heat of the vapor from latent heat is transferred to a natural low-temperature liquid or temperature difference power generation module in the heat-storage energy-accumulation tank through the wall of the heat radiator, thereby recycling heat. The invention is used for solving the problems of high investment and difficulty in large-scale application in the application of subterranean heat, and greatly reduces the cost for utilizing subterranean heat.

A motor which can automatically start comprises a starting portion and an operating portion, wherein the starting portion is divided into a squirrel-cage type induction motor, while the operating portion is divided into a permanent type motor, the starting portion and the operating portion are separately arranged along the same axis, and wire windings thereof are respectively connected with a alternating-current power supply, the wire winding on the starting portion can be provided with a switch, when the starting portion drives the motor to achieve a synchronous speed, the operating portion is used to keep a synchronous operation of the motor and can close the starting portion to reduce copper loss.

The invention discloses a slip vibration isolation support which comprises an upper support and a lower support. The upper support is supported by the lower support, and interlayer surfaces are arranged between the upper support and the lower support; the upper support and the lower support are both filled with lead core rubber and internally provided with annular permanent magnets in a staggered mode, and the upper permanent magnet and the lower permanent magnet are both arranged to be close to the interlayer surfaces so as to provide sufficient magnetic induction intensity; the vibration support adopts aluminum plates as the interlyaer surfaces, outer sealing is conducted through annular steel tanks, and the interlayer surfaces are covered with polytetrafluoroethylene plates. Compared with a traditional vibration isolation support, the internally arranged magnet type vibration isolation support has the advantages of being small in abrasion, high in sensitivity, good in filtering property, high in energy consumption, small in impact effect, high in self reset capacity, capable of saving space, good in tensile property and the like, and important significance in solving the technical problems that deformation of the vibration isolation support of the area with high seismic intensity is too large, the impact effect is significant, and the tensile property is weak is achieved.

The invention provides composite water absorbent paper for an absorbent product. The composite water absorbent paper for the absorbent product comprises an upper isolation layer, macromolecular water absorbent resin, a high-fluffy nonwoven fabric and a lower isolation layer, wherein the macromolecular water absorbent resin comprises upper macromolecular water absorbent resin which is distributed between the upper isolation layer and the high-fluffy nonwoven fabric, and lower macromolecular water absorbent resin which is distributed between the high-fluffy nonwoven fabric and the lower isolation layer; the upper isolation layer, the upper macromolecular water absorbent resin, the high-fluffy nonwoven fabric, the lower macromolecular water absorbent resin and the lower isolation layer are combined together in a gluing or heat sealing manner; the composite water absorbent paper is characterized in that the particle size of the upper macromolecular water absorbent resin is different from that of the lower macromolecular water absorbent resin; the particle size of the lower macromolecular water absorbent resin is smaller than that of the upper macromolecular water absorbent resin. According to the composite water absorbent paper for the absorbent product, the absorption performance of the water absorbent paper can be remarkably improved; the utilization rate of macromolecules is improved; the production cost is reduced.

The invention belongs to the field of tobaccos and cigarette additives, and relates to a method for reducing a phenol content in cigarette smoke. Specifically, the invention relates to the method for reducing the phenol content in the cigarette smoke, wherein the method comprises a step of adding momordicoside or a momordica charantia extract containing the momordicoside to a filter stick and / or cut tobaccos. With the application of the method provided by the invention, the phenol content in the cigarette smoke can be effectively reduced; and meanwhile, the method can avoid obvious influence on a tar content and can not change the original smoking taste of cigarettes.

The invention relates to a thermal insulation material, and specially relates to a thermal insulation material of torpedo cars for iron and steel smelting. The invention provides a high temperature thermal insulation material for tank number of torpedo cars. The high temperature thermal insulation material comprises a nano thermal insulation layer and a strengthened layer, wherein the thermal insulation material mainly comprises the following raw materials: nano silica aerogels; fibrous alkali-free superfine glass or high silica glass fiber; quartz fiber; polycrystalline mullite fiber; ceramics; aluminium oxide aerogels; hydrophobic agent; one or more of potassium hexatitanate whiskers, silicon carbide, zirconium silicate and aluminum silicate; alumina; citric acid or sodium tripolyphosphate and gypsum; and the strengthened layer is formed by reinforced resin and fiber cloth. The nano high temperature thermal insulation material prepared according to the invention has excellent thermal insulation performance, higher strength and higher integrality, is polyporous, and can keep passing ability of electronic signals to the greatest extent without shielding.

The invention belongs to the technical field of solar cells, and particularly relates to a solar cell panel. The solar cell panel comprises a support, a bottom plate, a mounting frame, a cell panel, abuffer unit and a dust removing unit; the support is fixedly mounted on the ground; the bottom plate is obliquely arranged at the top of the support; the mounting frame with a groove-shaped structureis fixedly connected above the bottom plate, and a rectangular sheet-shaped cell panel is fixedly connected in the mounting frame; the buffer unit is arranged between the mounting frame and the cellpanel, and the buffer unit is used for preventing collision and damage between the cell panel and the mounting frame due to vibration; the dust removing unit is arranged above the cell panel, and thedust removing unit is used for cleaning dust accumulated on the surface of the cell panel; and the mounting frame, the cell panel, the buffer unit and the dust removing unit are matched with each other, so that the collision between the cell panel and the mounting frame due to vibration can be avoided, dust on the surface of the cell panel is cleaned in time, and the power generation efficiency isimproved.

A rapid detection method for detecting a whole blood coagulation function detects the coagulation function of blood by means of ultrasonically detecting conditions of rotation (movement) of a metal bar in a whole blood specimen. In the method, plasma is not required to be separated, whole blood is directly sampled in a detecting cup (anti-coagulation or coagulation), a metal-bar-shaped stirrer (capable of being wrapped by other materials) is arranged in the detecting cup, and during detection, a rotating magnet is additionally mounted at the bottom of the detecting cup. Before the blood is coagulated, the stirrer rotates along with the rotating magnet, and after the blood is coagulated, the stirrer stops rotating due to resistance. An ultrasonic detector is additionally mounted on a side surface of the detecting cup, and a blood coagulation condition is judged by means of detecting rotation / fixation of the stirrer in the blood.

The invention discloses a metal-organic frame corrosion inhibitor hydrogel composite material and application thereof. According to the metal-organic frame corrosion inhibitor hydrogel composite material, europium-ion functional gallium-based metal-organic frame material Eu<3+>@MIL-124(Ga) loads a corrosion inhibitor and is packaged by a temperature-sensitive type hydrogel to form a reusable corrosion inhibitor hydrogel composite. According to the corrosion inhibitor hydrogel composite, the corrosion inhibitor is released through the window opening effect for targeted repair of corrosion sites, after the corrosion inhibitor film formation protaction, the temperature-sensitive type hydrogel can be easily peeled through phase separation, MOF and temperature-sensitive hydrogel are recovered,the role of "flaw-detection-type band-aid" for the corrosion of offshore engineering steel structures is played, the use of the corrosion inhibitor hydrogel composite can realize the quantitative detection, the alert response and the protection and repair function integration of marine corrosion, and significant application value and broad market prospects are achieved.

The invention relates to an adaptive heart valve prosthesis, which includes a stent and an artificial valve. Fixedly connected to the valve sewing section, the valve sewing section is at least partly located between the patient's own valve leaflets, and on a cross section perpendicular to the central axis of the artificial valve, the transverse direction of the valve sewing section The cross-sectional area is smaller than the cross-sectional area of ​​the patient's own valve annulus, so that the valve sewing section will not directly radially expand the patient's own valve annulus. In a free state, the cross-sectional area of ​​the leak-proof ring Greater than the cross-sectional area of ​​the patient's native valve annulus, the leak-proof ring is capable of conforming to the non-uniform contours of the atrial chamber wall or the patient's native valve annulus.

The present invention relates to an integrated constant temperature heating plate which comprises a heat conducting plate, a heating layer arranged at the back side of the heat conducting plate, and a heat insulation layer which coats the back side and two ends of the heating layer. The side of the heat conducting plate is provided with a bending plate, the bending plate and the heat conducting plate are arranged in a U-shaped way and are used for fitting the bottom surface of the heat insulation layer, phenomena of deformation and collapse caused by improper support and installation or gravity are not worried, the mechanical strength is improved, the heat shock resistance performance is good, the service life is prolonged, and the cost is reduced. A parallel heating mode of double conductive wires and double loops is used by the heating layer, the two groups of loops are provided with temperature controllers, the temperature differences of the temperature controllers are limited within 5 DEG C, thus an effect of stabilizing temperature is achieved, a constant temperature effect is achieved, at the same time the front surface of a heat conducting layer is provided with micro meshes, the uniform heat radiation effect of the heat conducting plate is effectively enhanced, the blocking of thermal energy by metal is reduced, and the human comfort is improved.

The invention discloses an environmentally-friendly wood-plastic integrated wallboard and a production method thereof, belonging to the field of environmentally-friendly high-molecular materials. According to the invention, polyvinyl chloride resin and polychlorohexene resin are used as substrates; wood powder and calcium carbonate powder are used as fillers; polyethylene wax is used as a lubricant; stearic acid is used as a stabilizer; chlorinated polyethylene 135A is used as a toughness and impact modifier; foaming AC-02 is used as a foaming regulator; and macroporous resin, micron-sized carbon spheres and zeolite particles are compounded to form an adsorption purifying agent, so adsorption and desorption discharge channels for harmful gases are formed inside the integrated wallboard. According to the invention, zeolite particles, macroporous resin and micron-sized carbon spheres are added into the integrated wallboard to form the adsorption purifying agent, so the adsorption and desorption channels are formed inside the integrated wallboard; and thus, the internal structure of the wallboard is more abundant, the combination of macro-holes, small holes and micropores makes the porosity of the formed adsorbent larger, the channels for desorption and discharge of harmful gases from the integrated wallboard are increased, and the adsorption and discharge of harmful gases are more thorough and environment-friendlier.

The invention discloses a waste heat recovery efficient energy-saving stove system. The waste heat recovery efficient energy-saving stove system comprises a stove body. The stove body comprises a support, a combustion chamber, an ignition assembly and a smoke heat exchange assembly. The combustion chamber is mounted on the support in an embedded mode. The ignition assembly is mounted at the bottom of the combustion chamber. The combustion chamber is provided with an air inlet. The air inlet is matched with the ignition assembly and is used for providing oxygenating air for the ignition assembly. Vent holes are formed in the upper end of the combustion chamber and communicate with the smoke heat exchange assembly. The smoke heat exchange assembly comprises a smoke channel and heat conduction pipes, wherein the smoke channel and the heat conduction pipes communicate with the combustion chamber. The smoke channel 51 is arranged longitudinally and transfers heat to the heat conduction pipes. The heat conduction pipe is provided with a longitudinal heat conduction cavity matched with the smoke channel formed longitudinally. A heat conduction medium is introduced from the upper end of the heat conduction cavity and is led out of the lower end of the heat conduction cavity after being heated through the smoke channel from top to bottom. The combustion chamber is provided with a supporting port. The supporting port is used for supporting a cooker or a cover body and sealed with the cooker or the cover body. According to the waste heat recovery efficient energy-saving stove system, the efficient energy-saving stove system is capable of collecting heat energy of the combustion chamber, fully utilizing the heat energy produced by combustion in the combustion chamber and recovering smoke heat.

The invention discloses a cross-modal commodity classification method and device, equipment, a medium and a product, and the method comprises the steps: obtaining an image-text splicing vector of a commodity object, and enabling the image-text splicing vector to be formed by splicing a picture coding vector of a commodity picture and a text coding vector of a commodity title; performing multi-level coding on the image-text splicing vector based on a multi-head attention mechanism, realizing first feature interaction of the image coding vector and the text coding vector, and obtaining a first image-text fusion vector; performing second feature interaction on the first image-text fusion vector and a label coding vector representing a commodity label of the commodity object in a preset category tree label structure based on a multi-head attention mechanism to obtain a second image-text fusion vector; and performing classification according to the second image-text fusion vector, and judging a classification label of the commodity object according to a classification result. The image-text fusion vector is obtained through deep interaction of the features of the multiple modes, classification is carried out according to the image-text fusion vector, and the classification accuracy can be improved.

The invention discloses a continuous production type ice making machine. The machine comprises a bottom main machine base, the top surface of the top plate of the bottom main machine base is fixedlyprovided with a connecting base, a speed reducer is fixed to the top surface of the connecting base, a main driving motor is fixed on the speed reducer, the motor reducer connecting seat at one side of the speed reducer is fixedly provided with a connecting sleeve body, the main cylinder body is arranged on the connecting sleeve body, wherein an ice making screw rod is arranged in the main cylinder body, an outer protection sleeve body is arranged on the outer side portion of the main cylinder body, an ice storage barrel is fixed at the top end of the main cylinder body, a water tank supporting frame is fixed on a top plate of the bottom main engine base, and a water tank is fixed on the side wall of the upper portion of the water tank supporting frame. The machine can be connected with ice making production, and efficiency is high and effect is good.

The invention relates to a modified polysiloxane corrosion inhibitor composition and a preparation method thereof and belongs to the field of metal material corrosion prevention. The modified polysiloxane corrosion inhibitor composition contains hydrogen polydimethylsiloxane, a 2-vinyl indole derivative, a platinum catalyst and a solvent. The modified polysiloxane corrosion inhibitor composition is prepared in such a way that the hydrogen polydimethylsiloxane and the 2-vinyl indole derivative react as basic raw materials at a certain temperature in the presence of the catalyst. Compared with the prior art, the modified polysiloxane corrosion inhibitor composition has higher applicable temperature and higher adsorption film forming stability; a film formed by the modified polysiloxane corrosion inhibitor composition has better hydrophobicity and insulativity and a better protective effect; and the modified polysiloxane corrosion inhibitor composition is low in usage amount and high in continuous corrosion resistance and is a novel efficient metal surface corrosion inhibitor.

The invention discloses an elevator platform with an automatic alarming function. The elevator platform comprises a box body, protective guards and protective doors, wherein a connecting table is fixedly arranged at the bottom of the box body, a rotating door is rotationally installed on the surface of one side of the box body, the two sides of a storage battery pack are fixedly provided with pressure sensors, a bearing table is arranged in a movable groove at the tops of the pressure sensors in a sliding mode, one sides of the protective guards are rotationally provided with the protective doors through hinges, the top of a fixing rod is rotationally provided with a control table through a hinge shaft, an indicating lamp is fixedly arranged at the top of the control table, a memory is fixedly arranged in the control table, an alarm is fixedly arranged at the lower end of a controller, and a loudspeaker is fixedly arranged at the lower end of the alarm. According to the elevator platform, due to the arrangement of a series of structures, the elevator platform has good safety in the using process, has the advantages of standby power supply, automatic alarm function and the like, andis optimized in use process.

The invention discloses a preparation method of an easily-molded polypropylene foaming bead. The easily-molded polypropylene foaming bead comprises a dispersant which is inorganic matter particles with the particle size of 0.01-60 [mu]m, a polypropylene polymer which is a propylene and copolymerization monomer copolymer with the propylene mol fraction being not lower than 60%, an aqueous disperse medium, and a physical foaming agent. The preferable dispersant is hydrated aluminosilicate kaolin with the particle size of 0.1-15 [mu]m, and 0.01-5 parts by weight of the hydrated aluminosilicate kaolin are added to every 100 parts by weight of the disperse medium . The dispersant has good suspension performance in water, and can be easily removed from the surface of foaming particles in the cleaning process after foaming completion, inorganic matter barrier on the surface of the foaming particles in the molding process is less, and the foaming particles can be well molten under a low steam pressure, so the energy consumed in the molding of the foaming bead is saved.

The invention relates to a method and device for conducting and recycling subterranean heat with production casings. The method comprises the following steps: previously selecting a discarded or idle or in-use well, respectively sealing the perforated pores at the well bottom and oil water layer by utilizing separators, closely connecting a heat radiator with the well mouth, vacuumizing the interior, and pressing a given amount of low boiling point medium or water to form a heat transfer unit for recycling subterranean heat with low-cost long-distance gravity assisted heat pipes. The low boiling point medium or water in the heat transfer unit vaporizes after absorbing subterranean heat, the vapor from latent heat of vaporization is continuously transferred to the heat radiator on the upper part, and the heat of the vapor from latent heat is transferred to a natural low-temperature liquid or temperature difference power generation module in the heat-storage energy-accumulation tank through the wall of the heat radiator, thereby recycling heat. The invention is used for solving the problems of high investment and difficulty in large-scale application in the application of subterranean heat, and greatly reduces the cost for utilizing subterranean heat.

The invention provides an antibacterial and antiviral mask and a preparation method thereof. The antibacterial and antiviral mask sequentially comprises a barrier protective layer, an antibacterial and antiviral layer, a filter layer and a skin-friendly layer from outside to inside. Wherein the antibacterial and antiviral layer is a melt-blown non-woven fabric modified by nano cuprous oxide, and the nano cuprous oxide is loaded and fixed on a fiber surface layer of the melt-blown non-woven fabric through an in-situ reaction. The method specifically comprises the following steps: pretreating a melt-blown non-woven fabric, sequentially padding the pretreated melt-blown non-woven fabric in an alkaline solution, a copper source solution and a reduction solution, controlling the liquid carrying rate of the pretreated melt-blown non-woven fabric, finally putting the pretreated melt-blown non-woven fabric in a solvent reaction medium, and carrying out in-situ reaction in a high-temperature environment to obtain the nano-cuprous oxide. According to the antibacterial and antiviral mask, through the dual functions of the blocking protective layer and the antibacterial and antiviral layer, the effects of blocking germs, inhibiting bacteria and killing bacteria can be achieved in a short time, so that the mask has the long-acting antibacterial and antiviral functions; and the mask is good in washability, the antibacterial effect is not changed after the mask is continuously washed for 50 times, the practicability is high, and the requirements of the market on the mask function aspect are greatly met.

The invention relates to the field of display devices, in particular to an LCD with a contrast improving structure. The LCD comprises a backlight layer, a backlight control layer and a light display layer, wherein the backlight layer, the backlight control layer and the light display layer are connected in sequence, the backlight layer is used for emitting a light source, the backlight control layer filters a light source emitted by the backlight layer, a light display surface is arranged on the light display layer, and the light display surface displays the visible light filtered by the backlight control layer. According to the invention, the backlight control layer is arranged between the backlight layer and the light display layer, and pixel-level filtering control is carried out on light transmission by arranging the backlight control layer, so that light of the black area part of the light display layer is blocked to extremely low brightness, and light reaching the light display layer cannot penetrate through a display surface so as to achieve the ultra-high contrast of the display surface of the light display layer.

The invention provides an improved hollow fiber nanofiltration membrane assembly, which comprises a membrane shell and a flow guide type filter membrane element arranged in the membrane shell, whereinthe flow guide type filter membrane element comprises membrane filament units arranged in a liquid channel and used for filtering, flow guide plates for improving fluid distribution, separation chambers and fixing layers arranged at the two ends of the membrane shell, poured with a resin and used for fixing the membrane filament units and the flow guide plates. According to the invention, by improving water flow distribution in the assembly, separation chambers enable water flow to be forcibly separated in the membrane element at the water inlet sside and the water outlet side of the membraneaseembly to reduce the obstruction of the membrane element to the water flow, reduce the membrane element outlet pressure drop, avoid the damage to the membrane element due to water flow impact, andeffectively improve the water flow impact resistance of the nanofiltration membrane assembly on the premise of ensuring that the hardware of the flow guide type hollow fiber nanofiltration membrane system is not changed, so that the operation efficiency of the hollow fiber nanofiltration membrane is improved, wherein the rejection rate is improved, the water production flux is improved, the pressure loss of the membrane assembly is reduced, and the service life of the membrane assembly is prolonged.

The invention discloses a cutting snow removing device based on a large-pitch spiral line rotor. The cutting snow removing device comprises a machine frame, wherein a snow pushing plate with an arc-shaped section is fixed on the machine frame; a first shaft is arranged between the snow pushing plate and the machine frame; one end of the first shaft is connected with a driving mechanism; the otherend of the first shaft penetrates through an elliptical through hole pre-formed in the snow pushing plate and is matched with a second shaft; a cutter is matched with the second shaft; the driving mechanism is sequentially used for driving the first shaft, the second shaft and the cutter; the cutter is used for rotating around the second shaft to make contact with and drive accumulated snow to penetrate through the through hole along the arc face of the snow pushing plate; the cutter in a large-pitch spiral line shape is configured to perform rotary motion; multi-frequency action is achieved in cooperation with a cutter support to cut accumulated snow, a multi-stage snow shoveling plate is adopted below to act on layered compacted ice and snow, the accumulated snow can be smoothly separated from the ground and enter a throwing device along the snow pushing plate, and the problems that an existing small civil snow removing machine is insufficient in cutting capacity and low in efficiency when coping with hard compacted accumulated snow are solved.

The invention relates to an efficient wall plate cooler. The efficient wall plate cooler comprises a lower flange, coil pipes, a square barrel body, an upper flange, middle supporting plates, heat conduction cement gum and U-shaped hooks. The efficient wall plate cooler is characterized in that the square barrel body is connected with the upper flange and the lower flange to form a body structure;the plurality of middle supporting plates are arranged, and uniformly arranged in the square barrel body along the long edge of the square barrel body; the closely attached coil pipes are correspondingly arranged on the four wall plates on the outer side of the square barrel body; and the coil pipes and the wall plates of the square barrel body are fixed through the U-shaped hooks and then are sealed with the heat conduction cement gum. The efficient wall plate cooler has the beneficial effects that the outer wall coil pipes and the middle supporting plates are adopted to perform heat exchanging with high temperature solid materials at the same time, the heat conduction cement gum is arranged outside the coil pipes so that air obstruction can be reduced, and a heat transfer effect is enhanced; and the middle supporting plates are used for separating the solid materials, material heaping is prevented, good heat transfer can also be achieved, the purpose of efficient heat exchanging isachieved, the maintaining and service frequency and time are lowered, and the requirement of normal production can be met.

The invention discloses a large-scale cow breeding system. The large-scale cow breeding system comprises a cow bed, a cow excrement collecting device and a spraying cooling device which are arranged in a cow house respectively, wherein the cow excrement collecting device is located at the tail of the cow bed, and the spraying cooling device is located over the cow bed. According to the large-scalecow breeding system, by effectively arranging the cow bed, the cow excrement collecting device and the spraying cooling device in the cow house, the cow breeding cost can be reduced, the living environment of cows is comfortable, the quality of milk and dairy products of the milk is improved, and the income of dairy farmers is increased.

The invention relates to a fault fracture zone gravel and water discharging device used for tunnel construction. A structure of the device comprises a tunnel floor, a soil layer and gravel and water discharging devices, wherein a lower surface of the tunnel floor and an upper surface of the soil layer are laminated, lower ends of the gravel and water discharging devices are installed in the soil layer in an embedded mode, through water collecting pits, water flows ooze from fault fracture zones of a tunnel are collected, then water pumping pipes are used for discharging the water flows in thewater collecting pits to make ponding in the tunnel maintained in a controllable range, meanwhile, rotating pit bottom turntables and stone discharging belts on the bottoms of the water collecting pits are used for discharging and collecting gravel which falls into the water collecting pits along with the water flows to prevent accumulation of the gravel in the water collecting pits, and thus notonly is required capability of the water collecting pits maintained, but also barrier of the gravel to water pumping of the water pumping pipes is reduced, so that the water collecting pies have enough water discharging speed in stages with large water yields on rainy days.

The invention relates to a signal amplification device convenient to fix and install for long-distance signal transmission, which comprises an end device and a binding mechanism, an end concave channel is formed in the end wall of the end device, a sealing cover is arranged at the top end of the end device, and sealing screws are arranged around the sealing cover in a penetrating manner. The beneficial effects of the invention are that: the method is suitable for large-scale production; the signal amplification device for long-distance signal transmission is convenient to fix and install; screw rod is rotated, the spiral force generated between the screw rod and the footstand can be well utilized; a reaction is carried out between the footstand and the stator plate; the direction of the stator plate is changed; the stator plates are expanded outwards at four corners of the footstand; at the moment, a user can firmly position the footstand through the fixing nodes on the four stator plates, the convenience and stability of the footstand in the using process are improved, the footstand can be well installed conveniently, and through relative sliding of the limiting columns, the moving process of the stator plates can be smoother and more stable, so that it is guaranteed that the footstand is safer to operate and control.

The invention discloses a separated pressure-bearing clogging device for a downhole pipe string and a using method thereof, and belongs to the technical field of oil and gas exploitation. According to the separated pressure-bearing clogging device for the downhole pipe string and the using method thereof, a downhole pipe string body is included, a pressure-bearing clogging device body is arranged in the downhole pipe string body, an overhead plunger block is arranged on the upper side of the pressure-bearing clogging device, a pressure-bearing interface groove is formed in the upper end of the pressure-bearing clogging device, and the inside of the pressure-bearing clogging device is improved, so that a valve core filter and a fulcrum fixing piece can be separated under the impact of the formation fluid to realize the setting action, reverse blocking formation fluid is prevented from entering the clogging device, damage to the valve core filter of the clogging device is reduced in the flowing process of the formation fluid in a fluid passage, and the service life of the clogging device is prolonged; and meanwhile, through the pressure on the valve core filter during reverse flowing of the formation fluid, particulate matter are reduced from being blocked between the valve core filter and a mandrel, so that the clogging device continuously maintains the separation effect.