32results about How to "Reduce the probability of oil spills" patented technology

The invention relates to a hydraulic valve cover manufacturing process. The process includes the following steps of a, discharging, wherein the required raw material is prepared according to weight and size, b, heating, wherein heating is conducted on the raw material in a heating furnace, c, upsetting, wherein the heated raw material is placed in an upsetting die, unsetting is conducted on the raw material to form a workblank, and the oxide skin on the surface of the workblank is removed; d, dummying, wherein performing is conducted on the workblank generated after the oxide skin is removed to form a pre-forging piece, e, precision forging, wherein fine machining is conducted on the preformed workblank to form a precision forging piece, f, burr cutting, wherein burrs of the precision forging piece are cut on a punching machine, g, normalizing, wherein the precision forging piece generated after burr cutting is conducted is placed in a furnace, and normalizing is conducted on the precision forging piece, h, shot blasting, wherein the oxide skin on the surface of the precision forging piece generated after normalizing is conducted is removed and i, cold sizing, wherein local cold sizing is conducted on the precision forging piece on a cold forging machine. According to the hydraulic valve cover manufacturing process, the workblank is formed through hot forging, then cold-extrusion is conducted on a key face, the plane degree and parallel degree are guaranteed, traditional machinery machining is replaced, the production cost is saved, and the forged piece is high in mechanical strength and stable in size accuracy.

The invention belongs to the technical field of soft capsules, and particularly relates to a plant soft capsule and a preparation method and application thereof. By controlling weight-average molecular weight of carrageenan to be 1.2*10<6>-2.0*10<6>, the plant soft capsule with excellent performance is prepared with starch, a plasticizer and water; compared with a plant soft capsule in the prior art, the plant soft capsule provided by the invention is lower in production cost, and the product quality reaches the requirements of a gelatin soft capsule; under the premise of high production efficiency, low oil leaking rate is realized and fracture time reaches the standard of United States Pharmacopeia (USP). The plant soft capsule prepared by the preparation method provided by the inventioncan be filled with active components as contents, and is used for preparing multiple drugs, functional foods or dietary nutrition supplements.

The invention provides a supporting wheel which comprises a wheel body (1) and a rotating shaft which are connected with each other, wherein the wheel body (1) comprises a left wheel body (11) and a right wheel body (12); the wheel body further comprises a sealing circular pipe (2); the left wheel body (11) and the right wheel body (12) are welded through friction welding; an annular working oil chamber is formed between the left wheel body (11) and the right wheel body (12); the sealing circular pipe (2) is arranged in the working oil chamber (3); the sealing circular pipe (2) is coaxial with the wheel body (1); one end of the sealing circular pipe (2) is seamlessly connected with the left wheel body (11); the other end of the sealing circular pipe (2) is hermetically connected with the right wheel body (12). An excavator comprises a chassis provided with the supporting wheel. The supporting wheel and the excavator have the advantages of simple structure, convenience, higher efficiency and economic efficiency and improvement in connecting strength of the wheel body, the harmful area is effectively isolated, and the standard cleanliness of lubricating oil is ensured.

The invention discloses a double-flange vertical vibration motor free from bolt fixing and relates to the vibration motor. The double-flange vertical vibration motor comprises a motor base, end covers which are arranged at two sides of the motor base and are equipped with built-in bearing chambers, a stator arranged in the motor base, a rotor which matches the stator and is equipped with a rotation shaft, bearings arranged in the bearing chambers of the end covers, and eccentric blocks located on the rotation shaft at two sides of the motor base. The rotor is rotationally connected with the end covers through the bearings externally sleeved on the rotation shaft. The motor is characterized in that one end of each end cover is a motor base connection end matching the motor base. Each motor base connection end projects towards a periphery to form a connection flange. Each connection flange is used for being connected and fixed with an external device. The peripheral surface of each connection flange is a conical surface. One end of each connection flange is a connection end matching the motor base. The diameter of each connection end of the connection flange is greater than that of the other end, so that the motor is compressed and fixed by the external device with an inner conical surface matching the conical surface. According to the technical scheme of the double-flange vertical vibration motor, the processing and fixing are convenient, the location accuracy is high, the product life can be prolonged, the protection level can be improved, and the maintenance is convenient.

The invention provides a high-voltage breaker spring operating mechanism and a transmission device. The mechanism comprises a mechanism support, a transmission component, an energy conversion component, an opening control component, an energy storage component, a closing spring component, a closing control component, an opening spring component and a buffer, wherein the transmission component, theenergy conversion component, the opening control component, the energy storage component, the closing spring component, the closing control component, the opening spring component and the buffer arearranged on the mechanism support; the closing spring component is driven to store energy during action of the energy storage component; the energy conversion component comprises an output shaft and an output crank; the transmission component comprises a main shaft, a middle crank and driving cranks arranged at the two ends of the main shaft, wherein the driving cranks are connected with a breakerthrough driving rods; one end of the output crank is connected with the opening spring component and the middle crank, and the other end of the output crank is connected with the buffer; during closing operation, the closing spring component releases energy, the output crank drives the transmission component to drive the beaker to be closed; and during opening operation, the opening spring component releases energy, and the output crank drives the transmission component to drive the breaker to be open. The mechanism is reasonable in design, compact in assembling, convenient to observe and maintain, high in reliability and worth of popularization.

The invention relates to a production technology for improving oil leakage of soft capsules. The technology effectively solves the problem of easy oil leakage of soft capsules by adjusting the drying mode, a ratio of gelatin to glycerin to water, and the rubber thickness. The quality of soft capsules obtained through the technology disclosed in the invention is stable. The technology can be widely used to prepare liquid calcium, soybean lecithin, fish oil, propolis, squalene, natural vitamin E and other soft capsules.

The invention relates to a radiator device capable of reducing an oil leakage rate. The radiator comprises a second core body, and further comprises a first three-way joint and a second three-way joint, wherein the two ends of the second core body are respectively provided with end sockets; the bottom of the second core body is provided with a first core body; the two ends of the first core body are respectively provided with end sockets; a radiator inlet and a radiator outlet are respectively formed in the end sockets at the two ends of each of the first core body and the second core body; two branches of the first three-way joint are respectively connected to radiator inlets of two radiators; the another branch of the first three-way joint is a header outlet; and two branches of the second three-way joint are respectively connected to radiator outlets of the two radiators, and another branch of the second three-way joint is a header outlet. The radiator device is compact and reasonable in structure, and is convenient to operate; the two core bodies are combined to obtain a large radiator; and at the two ends of each heat exchanger, the same connector is used for charging oil and discharging oil by virtue of the corresponding three-way joint, so that the oil leakage rate is greatly reduced, and the service lives of the heat exchangers are prolonged.

The invention relates to the field of transformers, in particular to a transformer comprehensive protection device and a system thereof. The transformer comprehensive protection device includes a main body, a temperature sensing element, a transparent liquid level connecting pipe and a pressure measuring element; the main body is provided with an upper through hole and a lower through hole; the protective tube of the temperature sensing element passes through The lower through hole protrudes out of the main body; the liquid level communication pipe is located in the main body and one end of the liquid level communication pipe communicates with the upper through hole, and the other end communicates with the lower through hole ; The load cell communicates with the upper through hole. In the transformer comprehensive protection system, the upper through hole communicates with the first hole through a flange; the lower through hole communicates with the second hole through a flange. The transformer comprehensive protection device and system provided by the present invention, compared with the high probability of oil leakage when multiple monitoring devices are used in the prior art, reduces the number of holes opened on the oil tank, thereby reducing the probability of oil leakage.

This disclosure provides an analysis system and method for the design and correction of the water curtain system of an underground water-sealed oil storage depot. Study the case and obtain the relevant parameter data required for the scheme in the laboratory test. Through the finite element analysis method, the selection range of the specific parameters of the water curtain system can be quickly and accurately narrowed, and the final design and construction plan can be determined accurately, time-saving, highly feasible, and low oil leakage rate.

The invention relates to a heat radiator capable of enhancing core strength and lowering the oil leakage rate. The heat radiator comprises a large core formed by combining a plurality of core bodies. An upper seal head is arranged at the top of the large core. A lower seal head is arranged at the bottom of the large core. Input connectors are arranged at the left end of the upper seal head and the left end of the lower seal head respectively. Lifting lugs are arranged at the two ends of the upper seal head and the two ends of the lower seal head respectively. An output connector is arranged at the top of the position, between the two corresponding lifting lugs, of the upper seal head. The left end and the right end of the large core are each provided with angle aluminum, and long round holes are formed in the angle aluminum at intervals. Rib plates are welded to the four corners of each core body respectively. The heat radiator is compact and reasonable in structure and convenient to manufacture and mount; aluminum plate reinforcing ribs are welded to the four corners of each core body respectively, so that deformation is avoided, and the vibration resisting strength is enhanced; and after the core strength is enhanced, in high-strength vibration, the oil leakage rate can be effectively lowered, and use reliability is improved.

The invention relates to an operation platform of a drainage vehicle. The operation platform comprises a swing mechanism, a turnover mechanism, a swing joint, a linkage rod and a linkage plate. One end of the turnover mechanism is hinged with the swing mechanism; the swing joint is arranged on the swing mechanism, and the swing joint is connected with an oil pipe on the turnover mechanism; and oneend of the linkage rod is connected with the turnover mechanism through the linkage plate, and the other end of the linkage rod is connected with the swing joint. The invention discloses the operation platform of the drainage vehicle and the drainage vehicle. The turnover mechanism is driven by a driving mechanism to turn over; and when the turnover mechanism overturns, the linkage rod is drivento overturn, the linkage rod overturns to drive the swing joint to overturn, and the oil pipe overturns together with the swing joint and the turnover mechanism so that the two ends of the oil pipe are relatively not twisted, the oil pipe is prevented from being twisted and abraded, an oil leakage probability caused by oil pipe breakage is greatly reduced, and an overall structure is simpler.

The invention discloses an electronic cigarette cartridge with a sealing structure, and particularly relates to the field of electronic cigarettes, the electronic cigarette cartridge comprises an oil cup structure used for storing oil, the top of an inner cavity of the oil cup structure is connected with a mist guide mechanism used for sucking smoke, and a sealing assembly is inserted into the bottom of the inner cavity of the oil cup structure; an atomizing core assembly used for atomizing tobacco tar is installed in the sealing assembly, the sealing assembly comprises a limiting type sealing upper support, a limiting type sealing lower support with the consistent section is placed at the bottom of the limiting type sealing upper support, and a limiting bearing base is installed at the bottom of the limiting type sealing upper support. The assembled atomizing core and the limiting bearing seat are close to one plane, the plane upwards forms an atomizing area, the plane downwards forms an oil storage bin, the atomizing area does not make contact with the tobacco tar part, after the atomizing core is heated, mist overflows from the top of the atomizing core, the first sealing rubber ring and the second sealing rubber ring achieve the oil sealing effect, and the probability of oil leakage is reduced.

The invention relates to a hydraulic valve cover manufacturing process. The process includes the following steps of a, discharging, wherein the required raw material is prepared according to weight and size, b, heating, wherein heating is conducted on the raw material in a heating furnace, c, upsetting, wherein the heated raw material is placed in an upsetting die, unsetting is conducted on the raw material to form a workblank, and the oxide skin on the surface of the workblank is removed; d, dummying, wherein performing is conducted on the workblank generated after the oxide skin is removed to form a pre-forging piece, e, precision forging, wherein fine machining is conducted on the preformed workblank to form a precision forging piece, f, burr cutting, wherein burrs of the precision forging piece are cut on a punching machine, g, normalizing, wherein the precision forging piece generated after burr cutting is conducted is placed in a furnace, and normalizing is conducted on the precision forging piece, h, shot blasting, wherein the oxide skin on the surface of the precision forging piece generated after normalizing is conducted is removed and i, cold sizing, wherein local cold sizing is conducted on the precision forging piece on a cold forging machine. According to the hydraulic valve cover manufacturing process, the workblank is formed through hot forging, then cold-extrusion is conducted on a key face, the plane degree and parallel degree are guaranteed, traditional machinery machining is replaced, the production cost is saved, and the forged piece is high in mechanical strength and stable in size accuracy.

The invention provides a punching machine which comprises a shell, a drive assembly, an eccentric shaft, an oil cylinder, a hydraulic pump, a push shaft, an upper punch die, a lower punch die and an oil return assembly. The drive assembly is arranged in the shell. The eccentric shaft is connected with the drive assembly. The oil cylinder is arranged in the shell. The hydraulic pump comprises multiple piston assemblies arranged in the circumferential direction of the eccentric shaft. Each piston assembly is provided with multiple oil holes communicating with the oil cylinder. The eccentric shaft rotates to drive the multiple piston assemblies to move in the direction perpendicular to the axis of the eccentric shaft, and oil in the oil cylinder is extruded into an oil cavity of the hydraulic pump. The push shaft is arranged in the shell and connected with the oil cavity of the hydraulic pump. After the oil enters the oil cavity, the push shaft moves in the direction where the lower punch die is located. The upper punch die is connected with the push shaft. The lower punch die and the upper punch die are oppositely arranged on the shell. The oil return assembly is connected with the push shaft, the oil cavity and the oil cylinder. After the push shaft moves to the limited position in the direction where the lower punch die is located, the oil return assembly is started, and the oil in the oil cavity flows back into the oil cylinder through the oil return assembly.

The invention discloses a motorcycle frame front body assembly convenient for welding an oil pool, and the motorcycle frame front body assembly comprises a head tube, wherein a front main tube and a front oblique tube are arranged on the same side of the head tube; a front supporting tube is arranged between the front main tube and the front oblique tube; the head tube, the front main tube, the front oblique tube and the front supporting tube are respectively of a straight tubes; the lower part of the front main tube is provided with a left main tube and a right main tube; the lower part of the front oblique tube is provided with a left lower main tube and a right lower main tube; an angle formed between the front main tube and the horizontal line is 24DEG; an angle formed between the front oblique tube and the plumb line is 17DEG; and an angle formed between the supporting tube and the horizontal line is 12DEG. By optimizing the angle of the tubes surrounding the oil cooling oil pool, the welding difficulty of the oil pool is greatly alleviated, the production working hours of a frame can be reduced, the service life of the frame can be prolonged, and the oil leakage probability of a frame oil cooling system can be reduced.

The invention particularly provides a folding mesh oil containment boom for coping with torrent rivers and a laying method of the folding mesh oil containment boom, and belongs to the field of oil containment booms. The folding mesh oil containment boom aims at solving the problem that under current torrent type water area working condition, a common structure in the oil containment boom application technology fails. The folding mesh oil containment boom comprises components such as floating bodies, floaters, outer wrapping cloth, skirt body connecting cloth, connecting pieces, aluminum alloymesh plates, expansion bags, SAP water-absorbent resin fibers, floating body fixing anchor seats and mesh fixing anchor seats, the skirt body structure of a traditional oil containment boom is partially replaced with the aluminum alloy mesh plates, the water circulation amount is increased, the near-body flow speed of the oil containment boom is reduced, and stress of the oil containment boom is reduced, and therefore, the steady state of the oil containment boom is maintained; the aluminum alloy mesh is automatically expanded through expansion of a water absorption material to form double meshes, so that the spilled oil interception efficiency is improved; an oil absorption felt wrapped by the aluminum alloy mesh can further reduce failure loss caused by spilled oil entrainment. In the background of rapid development of the current petroleum transportation industry, the folding mesh oil containment boom has capacity of coping with the torrent river spilled oil interception, and has high market competitiveness.

The invention relates to a speed reducer for a concrete mixing main machine. The speed reducer comprises an upper casing, a lower casing, a planet carrier assembly, an inner gear and a gear shaft, wherein teeth are arranged at one end of the gear shaft in the peripheral direction, the gear shaft extends into the planet carrier assembly and meshed with all planet gears in the planet carrier assembly, the planet gears of the planet carrier assembly are meshed with the inner gear, the planet carrier assembly is arranged between the upper casing and the lower casing, and the planet carrier assembly is of a single-end floating type supporting structure to achieve transmission. Due to the facts that the planet carrier assembly is of the single-end floating type supporting structure to achieve transmission and the two ends are not supported by a bearing, the coaxiality requirements for bearing holes needn't to be taken into consideration. Thus, the processing efficiency is improved. Meanwhile, the single-end floating type supporting structure can balance load between all planet gears in the planet carrier assembly, the gear side gap between the planet gears and the inner gear can be adjusted by self according to radial stress on the planet gears, the rotation noise is reduced, and the stability and the reliability of transmission are improved.