359results about How to "With high pressure" patented technology

The invention discloses a simulation experimental device for natural hydrate geological stratification. The device comprises a three-dimensional model, wherein the three-dimensional model is a stainless steel reaction kettle which has the pressure resistance of between 5 and 40Mpa, and the cavity volume of between 50 and 500L; the three-dimensional model comprises a barrel, and an upper flange and a lower flange respectively arranged above and below the barrel; a seal cavity among the barrel, the upper flange and the lower flange forms a closed simulation cavity; and the upper flange and the barrel as well as the lower flange and the barrel are connected and fixed through a plurality of bolts respectively. A semipermeable clapboard layer adopted by the device has the characteristics of high pressure resistance, corrosion resistance, high-temperature resistance and the like; the simulation cavity in the high-pressure three-dimensional model can be assembled and disassembled freely; specific numbers, sizes and the like can be selected flexibly; and the semipermeable clapboard layer having corresponding characteristics can be adopted conveniently aiming at different types of natural hydrate geological stratification conditions.

The present invention provides a 100 L carbon fiber wrapped aluminum-lined composite cylinder, including a weldless aluminum liner, a mounting base, an adhesive layer and a carbon fiber composite layer. The mounting base and the weldless aluminum liner form a smooth flattening winding mandrel; the external part of the mandrel is wound by the carbon fiber composite layer; and the adhesive layer is arranged between the mandrel and the carbon fiber composite layer and is used for firmly connecting the weldless aluminum liner and the carbon fiber composite layer. The composite cylinder has the advantages of large volume, high pressure resistance, high efficiency, light weight, high security, low cost and short manufacturing cycle. The present invention also provides a manufacture method of the carbon fiber wrapped aluminum-lined composite cylinder.

The invention discloses a tool applicable to petroleum drilling and well repairing operation and mainly relates to a screw drilling tool for a high-temperature deep well. The gimbal part adopts a middle shunting cooling method so as to reduce the temperature of slurry passing through the screw drilling tool; the motor part of the screw drilling tool adopts high-temperature, alkali and acid resistant rubber for vulcanization; the rotor part adopts a tungsten alloy electroplating process; the transmission part of the screw drilling tool adopts 10 sets of serial shafts to lengthen a TC bearing; the transmission shaft part adopts a sealing device, is arranged outside an isolation sleeve or a transmission shaft and inside a transmission shaft shell or a lower nipple and is positioned on the upper end of an upper radial bearing and the lower end of a lower radial bearing respectively; therefore, the screw drilling tool can well bear and buffer vibration transmitted to the screw drilling tool from an underground bit in the operation of the deep well.

An electrolyte and a lithium ion battery are provided. The electrolyte includes lithium salts and an organic solvent. The lithium salts include LiPF6 and LiTFSI and/or LiFSI. The organic solvent includes carboxylate and/or fluorinated carboxylate, carbonate and/or fluorinated carbonate, and sulphone. The room-temperature viscosity of the carboxylate is 0.3-0.5 mPa.s. The room-temperature viscosity of the fluorinated carboxylate is less than 0.3 mPa.s. The boiling points under atmospheric pressure of the carboxylate and the fluorinated carboxylate are not lower than 65 DEG C. The weight of the carboxylate and/or the fluorinated carboxylate is 5-30% of the total weight of the organic solvent. The electrolyte has characteristics of low viscosity, good ionic conductivity and resistance to high voltages. The electrolyte can be applied for lithium ion batteries the working voltages of which are 4.5 V or above.

The crane mechanic running status recording device and method is set inside the case and connected with the outside power supply, composed of data collection unit, collecting and converting the crane running status signal into data signal, data processing unit analyzing the data signal and coordinating relevant component, completing the data processing, with data storage unit timely storing and updating data. It starts with data processing unit analyzing the data signal and coordinating relevant component, completing the data processing, with data storage unit timely storing and updating data.

The invention relates to an LED (Light Emitting Diode) bulb structure which is characterized by comprising at least one substrate, at least one heat conductive liner arranged on at least one surface of the substrate, a radiator, at least one LED light source conductively arranged one surface of the heat conductive liner, at least one lamp hood covering the periphery of the LED light source, a heat conductive structure, an installation lamp holder, and a drive power supply which supplies power to the LED light source and/or a control circuit which controls the LED light source. The substrate separates the heat conductive liner from the radiator, and transfers heat of the heat conductive liner to the radiator through the heat conductive structure. The heated, heat conductive and radiating path is formed by the heat conductive liner, the heat conductive structure and the radiator provided by the invention has the advantages of good heated, heat conductive and radiating effects. In addition, the substrate separates the heat conductive liner from the radiator, so that the insulating system formed has the advantages of simple structure, convenience in manufacturing, low cost, and good insulating performance.

The invention provides a three-dimensional object forming method and a forming device. The three-dimensional object forming method comprises the following steps of forming a powder particle layer, wherein the powder particle layer contains at least thermosetting powder particles capable of undergoing thermal polymerization; spraying a photocuring material on the powder particle layer according tolayer printing data, and enabling the photocuring material to cover at least part of the powder particle layer and penetrate into the powder particle layer; curing the photocuring material to form a slicing layer; repeating the steps from the step of forming the powder particle layer to the step of forming the slicing layer, and overlaying the obtained multiple slicing layers layer by layer to form a three-dimensional object green body; and heating the three-dimensional object green body to thermally polymerize the thermosetting powder particles to obtain the three-dimensional object. According to the forming method, the formed three-dimensional object has very good mechanical properties and high forming precision.

The invention process technology comprises the following steps of preparing of the round steel, heating of the round steel, hot-rolling punching, cropping, pickling, coping, lubricating, cold-rolling, defatting, solution heat treating, straightening, pipe-cutting, packing and putting in storage. In the round steel are added copper, Niobium, chlorine, manganese and titanium, wherein the copper 2.5~3.5 percent, Nb 0.2~0.6 percent, Cl 0.05~0.12 percent, Mn less than or equal to 0.5 percent and Ti 0.07~0.13 percent.

The invention relates to a safflower tea and a preparation method thereof. The safflower tea is characterized in that: the safflower tea comprises the following active raw materials, by weight, 3-10 parts of safflower tea leaf, 6-12 parts of wolfberry fruit, 9-30 parts of Radix Codonopsis, 9-30 parts of Radix Astragali, and 6-15 parts of jujube. The preparation method of the safflower tea is characterized in that: the preparation method comprises steps of harvesting, choosing, airing, enzyme deactivating, and rolling. The safflower tea has the following advantages: a safflower bud tea has a greenish yellow color, and tea water has a light fragrance, a thin taste and a slightly bitter mouthfeel after the safflower bud tea is processed under optimum conditions; a safflower corolla tea friedwith vinegar has a dark red color and a heavy fragrance, tea water has a light reddish brown color, a thin taste and a slightly bitter mouthfeel, and the extract content reaches 38.2654%; and a safflower corolla tea fried with wine has a dark red color and a light fragrance, tea water has a reddish brown color, a thin taste and a slightly bitter mouthfeel, and the extract content reaches 40.1742%.

The present invention discloses a hot-rolled round bar for a high-pressure oil pipe and a manufacturing method of the hot-rolled round bar. The hot-rolled round bar comprises the following chemical components (smelting components) in percentage by mass (wt%): 0.10-0.17% of C, 0.25-0.45% of Si, 1.30-1.60% of Mn, less than or equal to 0.020% of P, less than or equal to 0.010% of S, 0.20-0.40% of Cr, 0.05-0.10 % of V, 0.025-0.050% of Al, less than or equal to 0.20% of Cu, less than or equal to 0.20% of Ni and the balance of iron and residual trace impurities. By virtue of controlling the appropriate ratio of each element in steel, and adopting heat treatment methods, such as EAF electric furnace smelting, LF refining and VD vacuum degassing, the structure of the hot-rolled round bar,with uniform fine sorbite and bainite metallographic structures, can be obtained and thus the hot-rolled round bar for the high-pressure oil pipe with the advantages of high pressure resistance, corrosion resistance and wear resistance is obtained.

The invention provides a semiconductor direct current photoelectric transformer which comprises an isolating layer, a plurality of electrooptical conversion structures and a plurality of photoelectric conversion structures, wherein the electrooptical conversion structures are formed at one side of the isolating layer; the electrooptical conversion structures are mutually connected in series; eachelectrooptical conversion structure comprises a first electrode layer, an electrooptical conversion layer formed on the first electrode layer and a second electrode layer formed on the electroopticalconversion layer; the photoelectric conversion structures are formed at the other side of the isolating layer; the photoelectric conversion structures are mutually connected in series; each photoelectric conversion structure comprises a third electrode layer, a photoelectric conversion layer formed on the third electrode layer and a fourth electrode layer formed on the photoelectric conversion layer; and the isolating layer, the second electrode layer and the third electrode layer are transparent to working light rays emitted by the electrooptical conversion layer. The semiconductor direct current photoelectric transformer of the embodiment of the invention has the advantages of high-voltage resistance, no electromagnetic radiation, no coil structure, no influence by solar radiation, and the like.

The invention discloses an ultrahigh-solid-content nano-grade high-molecular alloy paint comprising the following components: polyurethane polyurea resin, bisphenol F epoxy resin, a silane coupling agent, tetraethyl orthosilicate, ethanol, vinyl double cap, nano-grade zinc oxide, nano-grade titanium dioxide, nano-grade aluminum trioxide, an AO-80 antioxidant, a light stabilizer, a UV absorber, a leveling agent, and a defoaming agent. The paint provided by the invention is long-lasting, green and environment-friendly, and has the advantages of ultrahigh hardness, fouling resistance, and easy cleaning.

The invention discloses a dispersion material for a bottom blowing composite air brick of a steel ladle and a preparation method of the dispersion material. The dispersion material is mainly prepared from the following raw materials in percentage by weight: 80 to 85 percent of corundum spheres, 5 to 10 percent of alumina micro powder, 1 to 5 percent of chromium oxide green powder, 1 to 5 percent of magnesia-alumina spinel with 200 meshes, and a binding agent accounting for 2.5 to 3.5 percent of total weight of the raw materials. The preparation method comprises the following steps: firstly, adding the weighed raw materials into a forced sand mixer for premixing to obtain a mixed material; secondly, putting the mixed material into an assembled mold and then carrying out compression moulding to obtain a green brick; thirdly, putting the green brick into a dryer for drying, and putting the dried product into a high-temperature kiln for firing; after the firing is ended, carrying out natural cooling to obtain a product, namely the dispersion material. The dispersion material prepared by the technical scheme adopted by the invention has the characteristics endowed by a traditional dispersion breathable material, as well as the characteristics of relatively-high strength, erosion resistance, permeation resistance, high thermal shock property and the like.

The invention discloses a precise high-voltage current mutual inductor. A multi-winding multi-tap compensating coil winds an outer layer of an iron core; a first insulating layer is arranged between the multi-winding multi-tap compensating coil and the outer layer of the iron core; a multi-winding multi-tap secondary coil winds the outer layer of the multi-winding multi-tap compensating coil; a second insulating layer is arranged between the multi-winding multi-tap compensating coil and the multi-winding multi-tap secondary coil; a multi-winding multi-tap primary coil winds the exterior of the multi-winding multi-tap secondary coil; a first shielding layer and a third insulating layer are arranged between the multi-winding multi-tap secondary coil and the multi-winding multi-tap primary coil; the second shielding layer winds the exterior of the multi-winding multi-tap primary coil; a fourth insulating layer is arranged between the multi-winding multi-tap primary coil and the second shielding layer; the first shielding layer and the second shielding layer are provided with extension lines. The precise high-voltage current mutual inductor can directly and accurately measure the error of a high-voltage current mutual inductor under actual high-voltage environment.

The invention discloses an in-situ high flux culture apparatus for sea microbe, which comprises a seawater cabin and an independent culture chamber; the seawater cabin comprises a base plate fixed by bolts, a liquid storage layer, a partition plate and a culture layer from down to up, a reservoir is opened at intermediate part of the liquid storage layer, the circular holes with same size and relative position are opened on the partition plate and the culture layer; a layer of filter membrane is arranged between the partition plate and the culture layer, and the culture chamber is positioned in the circular hole on the culture layer and positioned on the filter membrane. When the apparatus is used for simulating in-situ environment in a laboratory, the apparatus is placed in a constant temperature oscillator, the base plate is a sealing base plate, the culture chamber is sealed by using an independent top cover connected to a conduit; when the apparatus is used for in-situ culture, the base plate is the base plate with sieve apertures, and the top of the culture chamber is sealed with a light transmission top board. The apparatus has the characteristics of integral disinfection, high pressure resistance, temperature difference resistance, and bump resistance. The apparatus can keep stable in-situ culture environment in laboratory and sea environment, and damage on the microbe due to environment change can be reduced.

Disclosed is a sulfureted hydrogen-proof stress corrosion high pressure-resistant forge piece, comprising the compositions, in weight percent: C: 0.26 to 0.30, Mn: 0.80 to 1.00, Cr: 0.80 to 1.00, Si: 0.20 to 0.35, Ni: 0.50 to 0.95, Mo: 0.20 to 0.30, P<=0.012, S<=0.010, Cu<=0.20, H<=2ppm, O<=50ppm, N<=85ppm, balance Fe; and a manufacturing method comprises the following steps of: secondary refining and smelting by an electric furnace, and casting for forming ingot; heating and forging, with a heating speed of 100 to 150DEG C/h to rise the temperature to 1190 to 1230DEG C, and then preserving the heat for over 8 hours; forging steel ingot to have the size of a finished product; forging temperature range: 800DEG C to 1130 DEG C; adopting an upsetting drawing process, with a forging ratio >=6; and air cooling to reach a temperature of between 420 and 470DEG C after the forging and preserving the heat for over 2 hours, normalizing, with a temperature of between 870 and 890DEG C, and annealing, with a temperature of between 670 and 690DEG C. The indexes such as yielding, tensile strength, grain size and non-metallic inclusion of the forge piece meet the designed 105MPa pressure demand, and the forge piece is corrosion resistant.

The invention provides a rubber adhesive, which comprises the following components: natural rubber, styrene butadiene rubber, polyisobutylene rubber, chlorosulfonated polyethylene, lignin, kieselguhr, pineneresin, tert-butyl phenolic resin, promoter M, zinc oxide, stearic acid, anti-aging agent 4010, anti-aging agent DNP, anti-aging agent MB, methylbenzene and chitin, and has the characteristics of aging resistance, high-pressure resistance and high-temperature resistance.

The invention relates to an experimental device and an experimental method for measuring solubility of overflowed gas. A measuring device comprises a reaction unit and a measuring unit. Core equipment comprises an intermediate container, a high-temperature high-pressure sample preparer, a separation bottle, a gasometer flask and a constant pressure pump. The method comprises the following steps: filling the high-temperature high-pressure sample preparer with a certain amount of drilling fluid; injecting excessive gas into the high-temperature high-pressure sample preparer through the intermediate container; controlling the temperature and pressure of the high-temperature high-pressure sample preparer by means of a heating element and the constant pressure pump; continuously rotating the high-temperature high-pressure sample preparer, wherein gas and the drilling fluid are in full contact; when dissolving balance is achieved, reversing the high-temperature high-pressure sample preparer; taking out a proper amount of dissolved saturated drilling fluid for gas-liquid separation and separately metering the gas volume and the mass of the drilling fluid; and calculating the solubility at the temperature and pressure condition. The device and method provided by the invention have the beneficial effects that a dissolving reaction of the overflowed gas in the drilling fluid in a wellbore flow condition can be simulated, multiple times of measurement can be realized by sample transferring at a single time, and the testing efficiency is increased.

The hot finned plate heat exchanger as one new type of heat exchanger is one important mechanism for recovering exhausted wind energy of large air conditioning system, recovering afterheat of high temperature fume and dissipating heat of computer CPU. Its structure includes vacuum liquid-filled end plates and core body, the vacuum liquid-filled end plates are set on two sides of the vacuum liquid-filled passage, and the core body sonsists of the vacuum liquid-filled passage and several finned plate passages. Each of the vacuum liquid-filled passages and the finned plate passages has upper andlower partition boards, side sealing tapes and internal fins. Each of the finned plate passages is separated by one sealing tapes into two parallel hot medium passage and one cold medium passage. After being assembled, the heat exchanger is arranged obliquely or vertically.

The invention relates to a distribution type optical fiber temperature monitoring system, which comprises a monitoring center master station, and at least one remote controlled substation connected with the monitoring center master station through optical fiber, wherein the remote controlled substation at least comprises a temperature sensor module. The invention is characterized in that: the remote controlled substation at least comprises two optical fiber transceivers; the electric ports of the two optical fiber transceivers are both connected with the temperature sensor module; the optical port of a first optical fiber transceiver of a first remote controlled substation is connected with the first communication port of the monitoring center master station, the optical port of a second optical fiber transceiver of a last remote controlled substation is connected with the second communication port of the monitoring center master station, and each two adjacent remote controlled substations are connected through optical fiber. The invention does not need extra networking cost; signal transmission is sent to the monitoring center master station through a two-way loop, and when the optical fiber at one side of one remote controlled substation encounters abnormality, the signal is transmitted to the monitoring center master station through the optical fiber at the other side.