30results about How to "Strong kinetic energy" patented technology

The invention discloses a method for coal bed methane mining by multi-element thermal fluid foam displacement. Multi-element thermal fluid is injected into a coal bed of an injection-production well group through an injection well, and foaming agent is injected at intervals. A multi-element thermal fluid foam slug is formed in the coal bed to displace the coal bed methane in order to improve the recovery efficiency of the coal bed methane. The method specifically includes that extracted coal bed methane is compressed and mixed with compressed air, and then the mixture is injected into a multi-element thermal fluid generation device for ignition, extracted processed ground water is mixed to produce the multi-element thermal fluid mainly with high-temperature and high-pressure water vapor and mixed gas of carbon dioxide and nitrogen, the produced multi-element thermal fluid is injected into the underground coal bed through the injection well, a foaming system composed of preferred alkyl ether sulfonate and corrosion inhibitor is injected from an oil jacket annulus at intervals, the multi-element thermal fluid foam slug is formed under the ground to displace the coal bed methane, and water is drained and gas is recovered from a production well. The method has the advantages that fuel is easy to obtain, principles are clear and distinct, and the like, and can provide guidance for implementation of well stimulation of the coal bed methane.

The invention relates to an anion accelerator and an application thereof. The anion accelerator comprises a high-voltage insulation sealing casing, and is characterized in that the high-voltage insulation sealing casing is provided with an input side and a release end and filled with carbon fullerene C60 powder, and the humidity of the carbon fullerene C60 powder is kept to be 85%-95%; an electronic beam bunching electrode is arranged in the high-voltage insulation sealing casing at the input side, and a monopole wire at the input end penetrates through the high-voltage insulation sealing casing and is connected with the electronic beam bunching electrode; and the release end is the carbon fiber tip of the monopole wire, a receiving conduction pole plate is arranged in the high-voltage insulation sealing casing at the release end, and the root of the carbon fiber emitting tip penetrates through the high-voltage insulation sealing casing and is in butt joint with the conduction pole plate. During application, a negative electron generated by an anion generator is transmitted to the electronic beam bunching electrode of the anion accelerator through the monopole wire, purified and accelerated by the carbon fullerene C60 powder, received by the receiving conduction pole plate and emitted by the carbon fiber emitting tip.

The invention discloses a domestic small-sized stuffing mixing machine for mixing meat stuffing. The stuffing mixing machine comprises a shell and a first cylinder, wherein the first cylinder is arranged at the top right corner of the shell, the shell is connected with a cover plate through a hinged flap, a rubber plate is arranged on the surface of the left side of the cover plate, a bolt is arranged at the lower part of the surface of the right side of the cover plate, a sleeve is arranged below the bolt and the sleeve is connected with the shell. A second cylinder is fixed in the shell by using brackets, and the brackets connected with the shell are installed on the surfaces of the right and left sides of the second cylinder to increase the stability of the second cylinder; meat stuffing can be stirred at varying degrees when a user carrier out rotation with different degrees of force, thereby avoiding the problem of single taste caused by mechanical stirring; the cover plate can befixed by inserting the bolt into the sleeve, and the meat stuffing can be prevented from leaking from the right side of the second cylinder in the stirring process by fixing the cover plate, therebyavoiding waste of the stuffing material.

The invention discloses a rapid surface washing device of a purifier for wood machining. The rapid surface washing device of the purifier for wood machining comprises a base plate. The upper surface of the base plate is fixedly connected with the bottom end of a drive device. The top end of the drive device is fixedly connected with the lower surface of a driving wheel. The driving wheel is in transmission connection with the driven wheel through a belt. The inner surface of the driven wheel is fixedly connected with the outer surface of a bearing. The bearing is connected to the upper surfaceof the supporting plate in a clamped manner. The supporting plate is located above the driven wheel. According to the rapid surface washing device of the purifier for wood machining, through the arrangement of a water pump, a water bucket, a first water pipe, a second water pipe, a sleeve pipe, a sprayer, a first electric push rod and a brush, the brush can be in lap joint with the purifier body,through the arrangement of the motor, the driving wheel, the driven wheel and the belt, when the motor works, the bearing can be driven to rotate, water sprayed out by the sprayer can be evenly sprayed to the outer surface of the purifier body, the brush can brush the outer surface of the purifier body, and therefore the purifier body is rapidly washed.

The invention discloses a purifier surface rapidly cleaning device. The purifier surface rapidly cleaning device comprises a bottom plate, the upper surface of the bottom plate is fixedly connected with the bottom end of a driving device, the top end of the driving device is fixedly connected with the lower surface of a driving wheel, the driving wheel is in transmission connection with a driven wheel through a belt, the inner surface of the driven wheel is fixedly connected to the outer surface of a bearing, the bearing is connected to the upper surface of a support plate in a clamped mode, and the support plate is arranged above the driven wheel. According to the purifier surface rapidly cleaning device, by means of a water pump, a bucket, a first water pipe, a second water pipe, a pipesleeve, a spray nozzle, a first electric push rod and a hairbrush, the hairbrush can be in lap joint with a purifier body; by means of a motor, the driving wheel, the driven wheel and the belt, the motor can drive the bearing to rotate when in work, so that water sprayed out by the spray nozzle can be uniformly sprayed onto the outer surface of the purifier body, and the hairbrush can brush the outer surface of the purifier body to rapidly clean the purifier body.

The invention provides a remote carbon dioxide fire extinguisher including a main tank body. The upper part of the main tank body is provided with an opening and closing valve and a nozzle, the lowerpart of the opening and closing valve is connected to an accelerating tube that extends into the main tank body, and the lower part of the accelerating tube extends to the bottom of the main tank bodyand then is connected with an ascending tube extending upwards; a U-shaped tube is formed between the accelerating tube and the ascending tube; the ascending tube ascends to above a carbon dioxide liquid level in the main tank body. The fire extinguisher can greatly increase the injection kinetic energy of liquid carbon dioxide, thereby increasing the jet range of fire extinguishing.

The invention discloses a method for coal bed methane mining by multi-element thermal fluid foam displacement. Multi-element thermal fluid is injected into a coal bed of an injection-production well group through an injection well, and foaming agent is injected at intervals. A multi-element thermal fluid foam slug is formed in the coal bed to displace the coal bed methane in order to improve the recovery efficiency of the coal bed methane. The method specifically includes that extracted coal bed methane is compressed and mixed with compressed air, and then the mixture is injected into a multi-element thermal fluid generation device for ignition, extracted processed ground water is mixed to produce the multi-element thermal fluid mainly with high-temperature and high-pressure water vapor and mixed gas of carbon dioxide and nitrogen, the produced multi-element thermal fluid is injected into the underground coal bed through the injection well, a foaming system composed of preferred alkyl ether sulfonate and corrosion inhibitor is injected from an oil jacket annulus at intervals, the multi-element thermal fluid foam slug is formed under the ground to displace the coal bed methane, and water is drained and gas is recovered from a production well. The method has the advantages that fuel is easy to obtain, principles are clear and distinct, and the like, and can provide guidance for implementation of well stimulation of the coal bed methane.

The invention discloses an air intake-exhaust integrated machine of a four-stroke internal combustion engine. The air intake-exhaust integrated machine mainly comprises an exhaust pipe, an exhaust funnel and an air-filtering funnel which are arranged in layers, wherein the innermost exhaust funnel is provided with anechoic holes, a steel strainer is arranged between the exhaust funnel and the air-filtering funnel; the top of the exhaust funnel is provided with a thread, a nut air-filtering cover is screwed on the thread, the steel strainer can be taken out for cleaning after the nut air-filtering cover is screwed out; and the branches of the exhaust pipe and air intake pipe are separately connected on the exhaust port and air intake of the cylinder end of the internal combustion engine. When using the invention, the exhaust heat on the funnel wall of the exhaust funnel is utilized to preheat the inlet gas, the preheated gas enters in the cylinder to be compressed and burned, then ultra-high-temperature gas can be generated and finally fuel is injected to light the gas to obtain super power. Therefore, the fuel can be fully and completely burned, the efficiency can be greatly increased and the discharge amount of poisonous or harmful exhaust gas can be significantly reduced.

The invention provides a preparation method of a nano-mesoporous metal film structure for enhancing field terahertz wave radiation. The preparation method comprises the following steps of: first, preparing an alloy film containing at least two metal elements; then, chemically etching at least one of the metal elements to obtain a metal film having a rough surface and containing a large amount of nano-mesoporous inside under certain conditions; and plating the metal film having a rough surface and containing a large amount of nano-mesoporous onto the surface of a semiconductor substrate. The nano-mesoporous metal film structure obtained by the method can fundamentally increase the upper limit of the energy of the terahertz wave, thereby obtaining a strong field terahertz wave.

The invention discloses an infinite-endurance air power system. The infinite-endurance air power system comprises a micro-type air compressor and two air storage tanks; each air storage tank is connected with the air compressor through an air intake pipeline assembly; the two air storage tanks are controlled to be charged with air alternately by virtue of electromagnetic valves on air intake pipelines; each air storage tank is connected with a corresponding air outlet pipeline assembly; and the two air storage tanks are controlled to supply air alternately by virtue of electromagnetic valves on air discharging pipelines. The invention aims to provide an air power system capable of infinitely providing air power; and meanwhile the invention also provides an air power engine system based onthe air power system, and the air power engine system can realize an infinite endurance function.

The invention discloses a perpetual motion steam-driving machine and is mainly designed for solving the problems in the prior art that steam engines, gas engines and air compressors are high in energy consumption, serious in pollution and low in mechanical efficiency. The perpetual motion steam-driving machine comprises a starting motor, an air compressor and a steam-driving machine, wherein the air compressor comprises a casing and an air compression cylinder arranged in the casing; the air compression cylinder comprises an air restraining cylinder and a fan rotating shaft arranged in the air restraining cylinder; the fan rotating shaft comprises a tapered shaft arranged on the axis of the air restraining cylinder and a plurality of rotating fans arranged on the tapered shaft in an encircling manner in the counter clockwise direction; the steam-driving machine at least comprises an energy storage bin, a cylinder and a steaming wheel arranged in the cylinder; the cylinder comprises a cylindrical cylinder barrel and cylinder covers arranged at two ends of the cylinder barrel; the steaming wheel comprises a cylindrical wheel body and a plurality of wheel plates uniformly distributed on the outer wall of the wheel body. The perpetual motion steam-driving machine has the advantages that the energy conservation is realized, no pollution is generated and the mechanical efficiency is high.

The invention discloses a multistage linked pump operation control system. n pumps are uniformly arranged from an inlet to an outlet of a liquid channel in sequence, and divide the liquid channel inton+1 areas; n detecting modules are respectively used for detecting average flowing speeds of liquid in n areas; any two adjacent detecting modules in n detecting modules are in communication connection; n adjusting modules are respectively used for adjusting working powers of n pumps; and the jth and j+1th adjusting modules are acted according to a comparison result of the average flowing speedsbetween a target area and the two adjacent areas. The multistage linked pump operation control system uses the flowing speeds of the liquid in two areas near the target area for detecting if the flowing speed of the liquid in the target area is in a preset range, adjusts the flowing speed of the liquid in the target area through changing the working powers of the pumps to keep in a controllable range, guarantees keeping of ideal kinetic energy of the liquid in the outlet, and uses multiple pumps for realizing intelligent control of the flowing speeds of the liquid.

The invention discloses a double-dragon aircraft which is a novel aircraft. The double-dragon aircraft has the advantages that the double-dragon aircraft is driven by electric engines without aviation oil, and vectors of the engines can be upwardly and backwardly changed; electric energy can be continuously supplemented by a wind-driven power generator on the aircraft, and electric energy generated by the power generator even can be directly outputted to an electric engine block by the aid of an optimal future technology; the double-dragon aircraft is provided with two or more novel propellers with tilted wing tips.

The invention discloses a vehicle and a supercharging system. The supercharging system comprises a turbine, a valve assembly and an actuator. At least two turbine flow channels used for being in sealed connection with an engine exhaust port are arranged inside a volute of the turbine and are mutually independent of each other. The valve assembly is connected with the turbine and used for controlling connection and disconnection of the turbine flow channels, so that the flow cross section of the turbine is changed. The actuator is connected with the valve assembly and used for controlling the valve assembly to act, so that the flow cross section under low engine working conditions is smaller than that under high engine working conditions. The supercharging system provided by the invention can be used for changing the flow cross section of the turbine through the valve assembly, the flow capacity of the turbine under the high engine working conditions is high, the supercharging pressure of the turbine under the low engine working conditions is large, and an engine performance optimization effect is achieved.

The invention discloses a double-dragon aircraft which is a novel aircraft. The double-dragon aircraft has the advantages that the double-dragon aircraft is driven by electric engines without aviation oil, and vectors of the engines can be upwardly and backwardly changed; electric energy can be continuously supplemented by a wind-driven power generator on the aircraft, and electric energy generated by the power generator even can be directly outputted to an electric engine block by the aid of an optimal future technology; the double-dragon aircraft is provided with two or more novel propellers with tilted wing tips.

The invention comprises: an integrated service and information platform sever that comprises an integrated service and information platform module, is respectively connected to mobile access network,short message center, multimedia information service center and accounting center, and is used for providing the integrated information service for mobile terminal users.

The invention discloses a multistage linked pump operation control system. n pumps are uniformly arranged from an inlet to an outlet of a liquid channel in sequence, and divide the liquid channel inton+1 areas; n detecting modules are respectively used for detecting average flowing speeds of liquid in n areas; any two adjacent detecting modules in n detecting modules are in communication connection; n adjusting modules are respectively used for adjusting working powers of n pumps; and the jth and j+1th adjusting modules are acted according to a comparison result of the average flowing speedsbetween a target area and the two adjacent areas. The multistage linked pump operation control system uses the flowing speeds of the liquid in two areas near the target area for detecting if the flowing speed of the liquid in the target area is in a preset range, adjusts the flowing speed of the liquid in the target area through changing the working powers of the pumps to keep in a controllable range, guarantees keeping of ideal kinetic energy of the liquid in the outlet, and uses multiple pumps for realizing intelligent control of the flowing speeds of the liquid.

The invention discloses a methanol gasoline and a preparation method thereof, relating to the field of new energy. The methanol gasoline comprises 15-30wt% of methanol, 67-83wt% of gasoline and 2-3wt% of additive. The preparation method comprises the following steps: pouring solubilizer, energy increasing and consumption reducing agent, anti-oxidant, metal corrosion inhibitor, rubber swelling inhibitor into a reaction vessel according to a required proportion with stirring, mixing uniformly to obtain an additive; mixing the additive with methanol according to a required proportion to obtain modified methanol; and mixing the modified methanol with gasoline according to a required proportion to obtain the methanol gasoline. The methanol gasoline disclosed in the invention has the advantagesof simple preparation and good performance, can be used mixed with a national standard gasoline in any proportion with similar energy consumption with the national standard gasoline and emission indexes that conforms to requirements of environmental protection, and can be widely used for various petrol-engined motor vehicles, such as car, carriage, fork truck, power-assisted vehicle, farm vehicle, motorcycle, load wagon and forklift.

The invention discloses an electric support leg and an electric support leg control method. The electric support leg comprises a motor, a gearbox, a telescopic support leg and a control system, wherein the motor is electrically connected with a battery of the headstock or a battery of the semitrailer; an input end of the gearbox is in transmission connection with the motor; the telescopic supporting legs are in transmission connection with an output end of the gearbox, and the output end of the gearbox drives the telescopic supporting legs to stretch or retract; the control system is electrically connected with the motor and controls the motor. The motor decelerates through the gearbox and drives the telescopic supporting feet to enable the telescopic supporting feet to extend or retract, the telescopic supporting feet extend to enable the lower ends of the electric supporting feet to make contact with the bearing face so as to jack up the semitrailer, the motor of the electric supporting feet is electrically connected with a battery of the semitrailer head or a battery of the semitrailer, and work of the motor with higher power can be supported; the motor can provide larger torque, kinetic energy acting on the telescopic supporting leg is higher, the telescopic supporting leg is supported to adopt a faster telescopic structure, working efficiency of the electric supporting leg is improved, and the motor is adopted as power, so working efficiency is higher.

The invention provides a dual-fuel air vortex combustor. The dual-fuel air vortex combustor comprises an air inlet cavity, a spinning disk device, a combustion chamber, a fuel gas spray gun and an oilgun, wherein the spinning disk device is arranged in the air inlet cavity and used for generating air vortex; the spinning disk device comprises a plurality of spinning disks arranged in an annular array mode; the combustion chamber and the spinning disk device are coaxially arranged in parallel, and the combustion chamber communicates with an air outlet port of the spinning disk device; the fuelgas spray gun is arranged in an inner cavity of the spinning disk device in a penetration mode; a spray nozzle of the fuel gas spray gun is located at an inner port of the combustion chamber; and theoil gun is arranged in the inner cavity of the fuel gas spray gun in a penetration mode, and the head of the oil gun is arranged at the inner port of the combustion chamber. Compared with the prior art, the dual-fuel air vortex combustor has the advantages that combustion air goes into the spinning disk device to spin inwards and goes into the combustion chamber along the fuel gas spray gun; thecombustion air rotates under the action of high-speed vortex, has high kinetic energy and can be quickly mixed with fuel gas and fuel oil to be sufficiently combusted so as to provide relatively stable and short flame, and the power of the combustor is greatly increased.

The invention discloses a crawler-type propeller, and belongs to equipment for a mechanical device transport ship. According to the crawler-type propeller, a prismatic sealed cabin is used for placinga storage battery, is provided with a double-output reversing motor, is dry in interior, and is suitable for keeping a crawler in a horizontal state, a cross-shaped tail end on a power output terminal extending out from the cabin is provided with a rotating shaft rod provided with rubber shell crawler poking blades to generate power for the rotating shaft rod to circularly poke water; a crawler belt is formed by connecting square blades with connecting bodies among the blades through rotating shafts, so that crawler belt leaves are folded on the crawler belt without water resistance and a rolling shaft connected with the crawler belt due to the fact that no rotating shaft rod block is arranged behind the crawler belt leaves in the rotating return process, and the crawler belt leaves are supported and do not fall off; and the stable water-repellent rotating tail end of the swinging crawler belt is provided with a rotating shaft clamping tooth, and the supporting rod and the like are fixed together with the sealed cabin to form the crawler-type propeller. A rolling shaft which guarantees that power and time are not wasted and enables the crawler to be always in a horizontal state needs to be connected with an overwater carrier. The two ends of the horizontal diameter of an underwater outer ship body need to horizontally go straight on the non-capsizing ship to ensure the symmetrical positions of the ship.

The invention discloses a downhole power generation device for a water injection well. The downhole power generation device comprises a power generator body arranged on a water outlet of a branch channel on one side of underground downhole water injection main channel; the power generator body comprises a flow guide disc, a turbine, an outer rotor assembly, an inner stator assembly and a power generation circuit assembly; a plurality of flow guide through holes are formed in the flow guide disc; the turbine is rotationally connected with the inner stator assembly; one end of the outer rotor assembly is fixedly connected with the turbine; the power generation circuit assembly is fixedly connected with the inner stator assembly; and a blanking plug is arranged below the water injection main channel close to a water inlet of the branch channel. The power generator body does not occupy the water injection main channel, and normal water injection is not affected. According to the power generator body, the kinetic energy of fluid beams acting on blades can be increased through the flow guide disc, so that the energy of water flow is fully utilized, and the power generation efficiency is improved.

The invention provides high-cleanness methanol fuel for a vehicle, and belongs to the technical field of methanol fuel. The high-cleanness methanol fuel for a vehicle is prepared from the following raw materials in parts by volume: 15-30 parts of methanol, 60-90 parts of gasoline and 4-8 parts of a composite additive, the composite additive is prepared from the following raw materials in parts byvolume: 3-5 parts of an auxiliary agent, 5-10 parts of a cosolvent, 10-25 parts of an energizer, 3-5 parts of an antioxidant, 5-10 parts of a metal corrosion inhibitor and 5-10 parts of a rubber swelling inhibitor. The methanol fuel disclosed by the invention is simple to prepare and good in performance, the oil consumption is equivalent to that of national standard gasoline, and the emission index meets the environmental protection requirement. In addition, the high-cleanness methanol fuel for the vehicle has good intermiscibility and strong water resistance, a vehicle is easy to start in a cold manner, the air resistance phenomenon is avoided, the heat value is high, the combustion is complete, and the corrosion of metal parts is inhibited. In addition, the methanol fuel is not layered when meeting water, and is good in stability, high in heat value and more obvious in energy-saving effect.

The invention relates to the technical field of fishing gear, in particular to a magnetic impact type gravity center transfer system. The system comprises a lure bait body, wherein a straight slide isformed in the lure bait body; a magnet block is arranged at one end, close to the head of the lure bait body, of the straight slide; a heavy column capable of being attracted by the magnet block is arranged in the straight slide. The straight slide is arranged in the lure bait body, by cooperation of the magnet block and the heavy column in the straight slide, during throwing of the lure bait body, the heavy column is separated from adsorption of the magnet block and impacts the tail of the lure bait body along the straight slide at a high speed under the centrifugal force of instant separation, the flying posture of the lure bait in the air is more stable under the push of the enormous impact kinetic energy, the flying distance is longer, people can search water areas on a larger scale during fishing, large fishes in the distance can be reached, the fishing rate of a lure bait is greatly increased, and the system is high in practicability.