49 results about "High energy" patented technology

The invention relates to a capacitor of a lithium ion battery. The capacitor comprises a capacitor shell, an organic electrolyte arranged in the capacitor shell, a winding core formed by isolating a positive plate from a negative plate through an ion permeability microporous membrane and winding, wherein the positive plate and the negative plate are respectively connected with a positive lug and a negative lug and are led out by the positive lug and the negative lug to a positive end and a negative end of the capacitor shell. A negative active material comprises a material A and a material B, wherein the material A comprises at least one of hard carbon and soft carbon, the material B comprises at least one of natural graphite, modified graphite and synthetic graphite, the material A accounts for 50.0%-95.0% of the capacity percentage of the negative active material, and the material B accounts for 5.0%-50.0% of the capacity percentage of the negative active material. The capacitor has the high-energy density characteristic of the lithium ion battery and the high-power density characteristic of a double electric layer capacitor.

The invention relates to an LDMOS (Laterally Diffused Metal Oxide Semiconductor) device with a transverse composite buffer layer structure, belonging to the technical field of power semiconductors. In the invention, the transverse composite buffer layer structure is introduced into an electric conducting channel region in a drift region of a conventional LDMOS device; the transverse composite buffer layer structure consists of an N-type doped pillar region and a P-type doped pillar region which are transversely arrayed at intervals; and the N-type doped pillar region and the P-type doped pillar region are parallel to the current direction between a source electrode and a drain electrode of the whole device. In the invention, the transverse composite buffer layer structure is adopted to ensure that the pressure-resistant performance of the device can be improved and the specific on-resistance of the device is reduced; when the device is manufactured, a plurality of high-energy ion implantations and knot pushing are adopted to respectively form the N-type doped pillar region and the P-type doped pillar region; the composite buffer layer is of a transverse structure; and therefore, the N-type doped pillar region and the P-type doped pillar region with better process consistency can be obtained, the problem that the concentration of a conducting layer among multilayer doped buried layers in a longitudinal composite buffer layer structure is reduced is not caused and the LDMOS device with more excellent performances is obtained.

The invention which belongs to the technical field of silicon purification concretely discloses a method for purifying silicon through removing boron. The method comprises the following steps: 1, heating and melting silicon to form a silicon liquid, keeping the temperature of the silicon liquid at 1600-1800DEG C, accessing a mixed gas to the silicon liquid and simultaneously adding a slag former sodium metasilicate, and smelting the silicon liquid, wherein the mixed gas comprises a carrier gas, oxygen and water vapor; and 2, cooling and ingoting the smelted silicon liquid, and cutting off an impurity enrichment part. According to the method of the invention, the smelting time is substantially shortened, the loss of a silicon raw material is substantially reduced, and the yield of silicon purification is improved; the content of boron in purified silicon is low, and the boron removal efficiency is high; and no new impurities are introduced, and there is a certain removal effect on metal impurities, so the purity of silicon can be further improved. The method of the present invention has the advantages of simple required equipment, no need of high energy equipment of plasma equipment and the like, and low energy consumption.

The invention relates to special ultrasonic dirty oil sludge deoiling equipment for an oil field. The special ultrasonic dirty oil sludge deoiling equipment comprises an ultrasonic dirty oil sludge separation system (1) and an oil-water and solid-liquid separation system (2), wherein the ultrasonic dirty oil sludge separation system (1) can convey dirty oil sludge to an ultrasonic dirty oil sludge separation tank (1-1); an ultrasonic transducer (1-4) fixed on the ultrasonic dirty oil sludge separation tank (1-1) is used for carrying out ultrasonic vibration on dirty oil sludge in the ultrasonic dirty oil sludge separation tank (1-1); crude oil is separated from the dirty oil sludge subjected to ultrasonic vibration by the ultrasonic transducer (1-4) through the oil-water and solid-liquid separation system (2). By adopting the equipment, the problems of high energy consumption, environment pollution and complex process in the process of separating crude oil from the dirty oil sludge in the prior art are solved and the equipment has the characteristics of high dirty oil sludge treatment speed, high efficiency, high flexibility and high mobility.

The invention discloses a preparation method of a graphene nano-hole which is supported by a micropore, belonging to the fields of application of heavy ion beams and processing of films. A porous graphene composite material supported by the micropore is mainly characterized by comprising monolayer graphene, wherein the monolayer graphene is arranged on a polymer film; a nanoscale hole is formed in the graphene, overlapped and communicated with a cone-shaped hole of the polymer film. Through the preparation method, a graphene/polymer film composite structure is irradiated by using high-energy heavy ions; a hole with the diameter being several nanometers is formed in the graphene by using irradiation damage effect of the heavy ions; meanwhile, a columnar damage area is formed in the polymer film; then an irradiated area of a polymer is etched to form a cone-shaped nano-hole by using a chemical etching method; since the position of the graphene hole is overlapped and communicated with the position of the cone-shaped hole of the polymer, the graphene nano-hole which is supported by the micropore can be obtained. Due to the support effect of the polymer micropore, the graphene nano-hole is wide in application prospet in rectification of the ions, filtration and screening of the ions and detection of biological molecules.

The embodiment of the invention discloses a display panel, a pixel driving method thereof, a display device and a mask plate. The display panel includes a plurality of pixel units, each pixel unit including a first color sub-pixel, a second color sub-pixel, a third color sub-pixel, and at least one third color compensation sub-pixel, wherein the light emitting wavelength corresponding to the thirdcolor sub-pixel is smaller than the light emitting wavelength corresponding to the first color sub-pixel and the light emitting wavelength of the second color sub-pixel. The third color compensationsub-pixel operates according to a first preset light emitting frequency, the first preset light emitting frequency being greater than 85 Hz. The technical proposal provided by the embodiment of the invention can solve the problem that the life of the sub-pixel of the light emitted by the existing display panel with higher energy is short, thereby causing the life of the display panel to be short.

The invention relates to a layered lithium-rich manganese oxide positive electrode material suppressing capacity/voltage attenuation during a circulation process effectively and a preparation method therefor and an application thereof. The preparation method of the layered lithium-rich manganese oxide positive electrode material comprises the following steps of: during a preparation process of a precursor of the layered lithium-rich manganese oxide positive electrode material of a lithium ion battery, adding the raw material precursor of LiNiO2; and performing high temperature heat treatment to obtain a layered lithium-rich manganese oxide composite positive electrode material. The Ni element in the layered lithium-rich manganese oxide positive electrode material can effectively suppress the migration of transitional metal elements during the circulation of the layered lithium-rich manganese positive electrode material and suppress the formation of a spinel phase, thereby effectively suppressing the capacity/voltage attenuation during the circulation process. The positive electrode and the lithium ion battery that use the material belong to the technical field of energy materials and energy conversion. The material used as the positive electrode material of the lithium ion battery has the advantages of high energy density, cycling stability, and good rate capability.

The present invention relates to a conductive paste and a solar cell. The conductive paste contains a conductive powder, including at least a silver powder, a glass frit composed mainly of Te, Bi and Zn, and an organic vehicle. The total molar quantity of the three components of Te, Bi and Zn contained in the glass frit is, in terms of oxide, set at 95 mol% or more. Light-receiving surface electrodes (3) are formed by using the above-conductive paste. Thereby, a conductive paste suitable for forming solar cell electrodes is achieved, the conductive paste being capable of reducing both of the contact resistance between the electrodes and the semiconductor substrate, and the line resistance of the electrodes, while being lead free. Furthermore, a solar cell having high energy conversion efficiency and excellent battery characteristics is achieved as a result of using the conductive paste.

The platform shield door sealing structure for subway platform shield door system including sliding door, fixing part, emergency door and its sealing parts includes multi-cavity sealing rubber strips with arched and planar sealing surface. The sealing structure utilizes the wind pressure of piston reasonably, and has enhanced sealing performance, capacity of effectively controlling the air leakage between the rail side and the platform side and high energy saving efficiency.

The invention relates to a method of preparing artificial rutile with a ferric salt solution leaching method and belongs to the technical field of chemical metallurgy. The method of preparing high-grade artificial rutile by taking sand titanium concentrates as a raw material is simple in process and equipment, convenient to operate and low in production cost and overcomes the defects of higher energy consumption and difficulty in treating waste liquid. The method comprises the following steps: titanium concentrate strong reduction, ferric salt solution leaching, solid-liquid separation, solid substance washing and drying and filtrate purification. The method of preparing the artificial rutile with the ferric salt solution leaching method enables titanium oxides to form a more stable porous solid solution structure by controlling atmosphere and adopting high-temperature strong reduction, accelerates the leaching reaction speed of iron and prevents titanium-containing particles from pulverizing at the same time; and the obtained artificial rutile as a product is better in particle size distribution and proper in particle size and is an ideal raw material for producing titanium tetrachloride by fluidizing chlorination.

The invention provides a photocatalyst light emitting diode lamp. The lamp comprises a substrate, at least one light emitting diode arranged on the substrate, and a transparent photocatalyst layer which is formed above the substrate to isolate the light emitting diode from the outside, wherein when electric energy is supplied to the light emitting diode through the substrate to enable the light emitting diode to emit light, the photocatalyst layer is excited by the light produced by the light emitting diode to produce high-energy electron hole pair to achieve the effects of sterilization, deodorization and self-cleaning. According to the photocatalyst light emitting diode lamp, the light emitting diode is directly encapsulated by the photocatalyst layer and isolated from pollutants and vapor of the outside, so that the manufacture process is simplified, and the product cost is reduced.

The invention discloses a technology for producing potassium sulphate by a liquid-phase grouting method. The technology comprises the steps of adopting concentrated sulfuric acid or dilute sulphuric acid and industry waste acid and potassium chloride as a raw material; carrying out double decomposition reaction on sulfuric acid and potassium chloride in a liquid phase; producing potassium sulphate through concentrating and grouting processes, cooling the potassium sulphate, and simultaneously neutralizing a free acid by adopting calcium carbonate powder; and finally obtaining agricultural potassium sulphate meeting the GB20406-2006 standard. The potassium chloride is high in conversion rate and short in reaction time, and a potassium sulphate product is high in quality. Furthermore, the disadvantages of serious corrosion and high energy consumption of a Mannheim method are overcome; and the problems that other double decomposition methods are complicated in potassium sulphate production procedure and the product is low in quality are solved.

The invention provides a difunctional additive, an electrolyte containing the additive and a lithium-ion battery. The difunctional additive is 1,1-diethoxy-1-silicon heterocyclic penta-3-alkene and can participate in positive/negative film formation, improve interface compatibility between the electrolyte and a positive/negative pole and lower HF content of the electrolyte. The lithium-ion batteryelectrolyte, obtained through combined use of the difunctional additive, fluoroethylene carbonate and diphenyl sulfonyl methane, can effectively improve constant-temperature circulation performance of the lithium-ion battery with high energy density and relieve capacity attenuation of the lithium-ion battery, and meanwhile the high-temperature storage performance and the low-temperature performance of the lithium-ion battery can be further improved.

The invention discloses a nickel alloy automobile starting motor planetary gear and a manufacturing method thereof. The nickel alloy automobile starting motor planetary gear is prepared from, by mass, 91-94% of diffusion alloy powder, 0.5-0.8% of C element powder, 0.5-0.9% of a paraffin lubricant and 4.3-8.0% of superfine nickel powder. According to the technical scheme, direct sintering and hardening of a high-nickel alloy powder metallurgy material are adopted, and the defects that in the prior art, after a planetary gear is sintered, deformation is caused through thermal treatment, the product precision cannot meet the requirement and a starting motor is high in noise and does not resist to abrasion are overcome successfully; due to the fact that no thermal treatment is needed, the gear precision is improved, a high energy consumption procedure is omitted, the cost is lowered, the product batch consistency is ensured, and batch production is easy to achieve.

The invention discloses a core cell structure. The core cell structure comprises an outer layer and an inner layer, wherein both the outer layer and the inner layer are three-period minimal curved surfaces; a cavity is formed between the outer layer and the inner layer; a connecting plate for connecting the outer layer with the inner layer is arranged in the cavity; an upper opening and a lower opening which extend to the outside of the cavity and are opposite to each other are formed in each of the outer layer and the inner layer; and a plurality of lateral openings which extend to the outside of the cavity are formed in the peripheral side of each of the outer layer and the inner layer. The invention also discloses a core with a porous structure. The core with the porous structure comprises the core cell structures, wherein the adjacent core cell structures are in butt joint with each other through the corresponding opening, and the outer layers and the inner layers of the core cellstructures form a continuous curved surface. The invention also discloses a sandwich energy absorption structure which comprises a first interlayer, a second interlayer and the core with the porous structure, and the core with the porous structure is clamped between the first interlayer and the second interlayer. The core cell structure, the core with the porous structure and the sandwich energy absorption structure have the advantages of simple structure, high energy absorption efficiency and the like.

The invention belongs to the technical field of metal wire drawing die manufacturing, and relates to a self-lubricating hard alloy wire drawing die and a preparation method thereof. According to the self-lubricating hard alloy wire drawing die, a base body material is prepared from the components: a tungsten-cobalt hard alloy phase and a lubricating phase, and the self-lubricating effect of drawing processing can be achieved. The self-lubricating hard alloy wire drawing die is prepared through processes of carrying out hot pressing sintering to form a blank, carrying out perforating by adopting high-energy beams, carrying out precise and fine grinding and finishing and the like. The wire drawing die can be widely applied to dry-drawing processing of nonferrous metal wires, rapid abrasion of a drawing working surface of the die caused by the low hardness of a hard alloy bonding phase can be effectively ameliorated, and therefore the service life of the wire drawing die is remarkably prolonged, the wire drawing processing production efficiency is remarkably improved, the processes are simple and convenient to use, and the wire drawing die is green and environmentally friendly.

The invention relates to a high-precision AOA clustering and locating method. According to the method, a clustering algorithm is used for clustering node groups, a cluster head is selected from clusters, a newly-added node automatically selects a nearest cluster to join, and angle measurement is conducted in each node in the signal emitting direction; after the last step is completed, the distance between every two nodes is calculated according to an AOA ranging algorithm, then relative coordinates are obtained and sent to a total cluster head from each cluster head to be gathered, and true coordinates are worked out. By means of the high-precision AOA clustering and locating method, each node of the clustering algorithm has self-detecting performance, and the coordinates of each node relative to the corresponding cluster head are worked out though a coordinate algorithm; clustering is only conducted once at the beginning, when no cluster head exists in each cluster or energy is low in each cluster, the cluster head is selected again, information is sent to the total cluster later, and a range-based clustering and locating algorithm is achieved. According to experimental results, the algorithm maintains the advantages of fast deployment, high energy efficiency and high precision, and the algorithm is suitable for wireless networks which are compactly deployed.

The invention discloses an all-solid-state laser capable of obtaining single-frequency output at a wavelength of 558nm. The all-solid-state laser comprises a pumping source system and a Z type resonator device, wherein the pumping source system comprises a laser diode LD, an optical fiber and a focusing coupling lens system which are arranged on an optical path in sequence; the Z type resonator device comprises a rear mirror, a concave folding mirror, a yellow light output mirror and a total reflective mirror which are arranged in a Z type cavity in sequence; wave plates and a laser gain medium are arranged between the rear mirror and the concave folding mirror; a birefringent filter is arranged between the concave folding mirror and the yellow light output mirror; and a frequency doubling crystal is arranged between the yellow light output mirror and the total reflective mirror. According to the all-solid-state laser, the high power density of fundamental light in the cavity is fully utilized and the frequency doubling efficiency is improved by adopting the Z type cavity, so that the yellow light laser output at single longitudinal mode, low noise, high power and high energy is realized, and the defects of the laser in the prior art are successfully solved.

The invention relates to the technical field of lithium batteries, in particular to a method for preparing a lithium battery positive electrode material with nickel-based composite oxide as an inner core. The preparation method comprises the following steps: S1, raw material drying: putting X into crushing and drying equipment, adding a certain amount of crushing medium and dispersing agent into the equipment, crushing X to a nanoscale, and drying to obtain a semi-finished product Q1; S2, preliminary mixing: weighing and preparing required materials such as a lithium source, a nickel source, acobalt source and an M source according to a molar ratio of (1.0-1.2): (0-1.0): (0-1.0): (0-1.0); S3, crushing and mixing: putting the materials weighed and prepared in the step S2 into crushing, mixing and drying integrated equipment, adding a certain amount of a mixed medium and a dispersing agent into the equipment, uniformly mixing the materials, crushing the materials to a sub-micron order,and drying the materials. The preparation method has the beneficial effects that the process scheme and the preparation method are simple, large-scale production is easy, the material cost is moderate, the positive electrode of the lithium ion battery has high energy density and good thermal stability, and the safety of the lithium battery is improved.

The invention provides a liquid gas silicon dioxide amine electrolyte for a storage battery; the liquid gas silicon dioxide amine electrolyte comprises gas silicon dioxide, ionized water, sulfuric acid (analytically pure), polyacrylamide, phosphoric acid, industrial salt and potassium sulfate, wherein the liquid gas silicon dioxide amine electrolyte is obtained by adding the sulfuric acid to an ultrasonic oscillation ion high rotation speed machine, stirring the sulfuric acid, adding pure water to the sulfuric acid, adding the polyacrylamide, the phosphoric acid and the industrial salt to the ultrasonic oscillation ion high rotation speed machine according to a proportion, taking the gas silicon dioxide and adding the gas silicon dioxide to the ultrasonic oscillation ion high rotation speed machine. The prepared storage battery uses the gas silicon dioxide amine electrolyte; except for the change of the mixing ratio of the electrolyte, the gas silicon dioxide amine electrolyte is turned into a liquid electrolyte and obtains good fluidity as an ion oscillation high rotation speed machine process is particularly adopted; a problem of high viscosity of silicic acid electrolyte is overcome; and compared with the capacity of a common battery, the storage battery has the advantage that very high energy ratio is increased. The liquid gas silicon dioxide amine electrolyte for the storage battery, provided by the invention, obtains extreme cold weather resistance and high temperature resistance and can be normally used at a temperature of (-60)-(+60) DEG C; the discharging capacity is enhanced and is enhanced from the general 5-10 C to more than 40 C.

The invention relates to a method for recycling waste heat of the second-stage reactor outlet materials of a pyrolysis gasoline hydrogenation unit and mainly solves the problem of high energy consumption in the prior art. The method for recycling waste heat of the second-stage reactor outlet materials of the pyrolysis gasoline hydrogenation unit comprises the following steps: putting the second-stage reactor outlet pyrolysis gasoline material of the pyrolysis gasoline hydrogenation unit (7) into a carbon 5 decarbonizing tower (1), discharging the separated carbon 5 light components (1) through a tower top, discharging one part of the heavy components (11) from a tower kettle of carbon 5 decarbonizing tower (1) to a downstream carbon 9 decarbonizing tower, after separating the carbon 9 heavy components, through the one stage hydrogenation and the second stage hydrogenation, after the second-stage hydrogenated outlet materials exchanging heat with the second-stage hydrogenated inlet materials, one part of the heavy components providing a heat source for a reboiler (3) in the centre of the carbon 5 decarbonizing tower and one part separating a second-stage after-condenser (6). The technical solution of the method well solves the problems and can be used for recycling waste heat of the second-stage reactor outlet materials of the pyrolysis gasoline hydrogenation unit.

The invention is a laser engraving machine for steel cylinders. The laser and the X-direction displacement platform are installed on the same horizontal plane, the connecting seat is installed on the X-direction displacement platform, and a 30°1064nm total reflection mirror and Z-direction displacement platform are installed on the connection seat. , the engraving head is installed on the Z-direction displacement platform, the engraving head as a whole can make compound movements along the Z-direction and X-direction, the X-direction and Z-direction are located on the same vertical plane, and the angle between the X-direction and Z-direction is 60° , the engraving head is composed of the first pair of 45°1064nm total reflection mirror group, the second pair of 45°1064nm total reflection mirror group and the focusing head capable of plane numerical control interpolation movement. The invention utilizes high energy density laser beam to directly irradiate the cylinder On the surface, oxidative combustion reaction of pure oxygen gas and carbon steel cylinder is assisted, and rapid deep engraving is carried out, which realizes the one-time rapid marking of the required characters on the surface of the cylinder, and meets the needs of industrial production of automated assembly lines.

The invention discloses a wireless ad hoc network routing decision processing method and system. The method comprises: first, performing power-on operation, to ensure electrical connection between thenodes; meanwhile, conducting judgment according to the current residual energy level of the node, namely the current battery capacity residual quantity and a preset threshold value, the ratio of thepreset threshold value to the initial quantity of the battery capacity of the node being 1: 5, and if the current residual energy level is lower than the preset threshold value, not receiving an RREQrequest packet sent by the source node; and if the current residual energy level is higher than the preset threshold, starting a delay calculation operation according to the current residual energy level, receiving the RREQ request packet sent from the source node, and forwarding the RREQ request packet sent from the source node. Therefore, the nodes with higher energy have higher opportunities toparticipate in routing, the energy nodes with lower residual energy are protected, and meanwhile, each node achieves energy balance, so that the service lives of the nodes and the network are prolonged.

A limb support device includes a variable stiffness mechanism. The limb support device can be an orthotic or prosthetic device. The variable stiffness mechanism can include, for example, a rate-sensitive or speed-dependent material or a damping mechanism. The variable stiffness mechanism causes the limb support device to exhibit different properties when the user of the limb support device is walking at high or fast walking speeds compared to low or slow walking speeds. The limb support device can exhibit high damping and energy absorption, and therefore stability, at slow speeds, and high energy return at faster speeds.

The present invention discloses a data writing method and apparatus, and a memory, which are used to write data into a nonvolatile storage medium NVM. The method comprises: determining, from a to-be-written data block, a sample data block of the to-be-written data block; comparing the sample data block of the to-be-written data block with N sample data blocks in a preset sample set, separately; determining a sample data block that matches the sample data block of the to-be-written data block in the highest degree from the N sample data blocks as a target sample data block; and writing the to-be-written data block into an idle address space corresponding to the target sample data block. According to the method provided by the present invention, the number of times of write operations when writing data is reduced, thus problems of high energy consumption and a reduced service life of the NVW brought by a large amount of write operations during data writing can be solved.