99results about How to "No size limit" patented technology

The invention relates to a cost benefit analysis method of a renewable energy source distributed generation operation mode. The method comprises the following steps: determining all operation modes of the renewable energy source distributed generation; performing match analysis on the distributed contribution and a load curve, and determining different types of electric quantity; determining property right demarcation points, boundary conditions and calculation parameters of the distributed generation under different operation modes; determining the expense composition and income composition of the distributed generation in the whole life cycle under different operation modes; determining the total expense present value, annual average expense present value, total income present value and annual average income present value of the distributed generation in the whole life cycle under different operation modes; determining the benefit/cost value PI of the distributed generation in the whole life cycle under different operation modes; and selecting the scheme with the greatest benefit/cost value, and determining the optimal operation mode of the distributed generation. The method provided by the invention lays a firm theoretical foundation for making supporting policies for the renewable energy source distributed generation and distribution network.

The invention discloses a large-size wafer level nano-patterned sapphire substrate imprinting device and method. The method is characterized by (1) depositing a hard mask layer and spin-coating a resist for nanoimprint on the sapphire substrate; (2) adopting a roll-to-flat nanoimprint process and device to pattern the resist; (3) transferring the patterns on the resist to the hard mask layer and the sapphire substrate; and (4) removing the resist and the hard mask layer and washing the patterned sapphire substrate. The device and the method can be used for patterned manufacturing of the substrates made of silicon carbide, silicon, gallium arsenide, gallium nitride and other materials and manufacturing of such micro-nano structures as solar cells, fuel cell bipolar plates, micro-optical lenses, micro-fluidic devices and the like. The device has the characteristics of simple structure, low cost, high productivity, large imprint area and suitability for scale manufacturing.

The invention relates to an optimization method of a renewable energy source distribution type power generation operation mode, comprising the following steps of: when determining a distribution type power generation operation mode, carrying out matching analysis on distribution type power generation capacity and a load curve according to factors such as the renewable energy source conditions in a pilot region and regional development planning; carrying out analysis on the feasibility, the advantages and the disadvantages of each of distribution type power generation operation mode, and determining an access scheme and a distribution network power supply scheme of distribution type power generation in different operation modes; calculating a cost composition and an income composition in different operation modes according to boundary conditions, calculation parameters and the like; and taking a time value of money in consider, and calculating a total cost present value, a total income present value, an annual average cost present value, an annual average income present value and an income/cost value PI in the entire life cycle in different operation modes, thereby determining an operation mode with optimal economy. With the adoption of the optimization method, a solid theoretical basis is formulated and established for matching policies related to renewable energy source distribution type power generation and a distribution network.

The invention discloses a piece of projection cloth with a touch function. The projection cloth comprises a base material, wherein the front surface of the base material is a touch operation surface; an imaging layer and a conducting wire layer which is used for sensing a touch signal are pasted and covered on the back surface of the base material in sequence; the imaging layer is an orthographic projection imaging layer or a back projection imaging layer; the conducting wire layer is a warp and weft net which is formed by winding and crosswise interlacing ultra-fine conducting wires along an X axis direction and a Y axis direction respectively, and the ultra-fine conducting wires are insulted with one another at the cross points; a space defined by each grid forms a sensing unit; and the output end of the conducting wire layer is connected with an induced signal acquisition control integrated circuit. The imaging touch system has an effect of projection imaging and the touch function, can effectively perform human-computer interaction while displaying information, and realizes real-time, convenience and high-efficiency of meetings, school-teaching and lectures.

The invention relates to a method for spraying a titanium coating on a substrate. The method is characterized by comprising the following steps: performing substrate pre-processing to clear away oil and dust on the surface of the substrate; performing one-time or repeated spraying to prepare the titanium coating on the surface of the substrate. The titanium coating is sprayed by adopting a supersonic plasma coating method, and can be sprayed on the substrates such as steel, aluminum and aluminum alloy. Through the adoption of the titanium coating spraying technology, original titanium equipment can be made of steel, aluminum and aluminum alloy, and then is sprayed with a titanium coating, so that the titanium equipment has excellent corrosion resistance, and meanwhile, the manufacturing cost of the titanium equipment is reduced.

The invention discloses a cylindrical lithium ion battery capable of automatically pre-lithiating and a preparation method thereof. The battery comprises a battery shell, a battery cap, a battery celland electrolyte, the battery cell and the electrolyte are arranged in the battery shell, the battery cell is formed by winding a positive plate, a negative plate and a diaphragm arranged between thepositive plate and the negative plate at intervals, the negative plate is connected with a negative lug, and the negative lug is connected to the bottom of the battery shell; a central hole is formedin the center of the battery cell, and metal lithium or lithium-containing alloy is added to the bottom of the battery shell through the central hole; and the metal lithium or the lithium-containing alloy is electrically communicated with the negative lug. The invention provides an external lithium source. An SEI film (a solid electrolyte interface film) can be formed on the surface of the negative electrode after liquid injection of the battery, the problem of too low initial efficiency of the negative electrode is solved, the battery capacity is improved, the negative electrode can be further embedded into the negative electrode, the negative electrode active lithium reserve is increased, and the capacity loss caused by too fast negative electrode active lithium consumption in the long-term storage or circulation process of the battery is prevented.

The invention belongs to the technical field of materials, and relates to a high-temperature-resistant coating for polyimide composite material protection and a coating layer preparation method. The high-temperature-resistant coating is composed of a hybrid silicon resin, a temperature-resistant functional powder, an inorganic coloring pigment, a solvent, an auxiliary agent and the like. The coating layer preparation method based on the high-temperature-resistant coating comprises the following steps: a polyimide substrate is coated with the high-temperature-resistant coating in a spraying, dip-coating, blade coating, or brush coating mode, an obtained product is dried at room temperature for a certain period of time, and gradual heating is conducted for curing. The preparation process issimple and suitable for industrial production; the high-temperature coating layer prepared by the method is compact, good in oxidation resistance, high in bonding strength with the polyimide substrate, good in thermal shock resistance and excellent in environmental resistance, and can work for a long time in high-salt-mist and high-damp-heat environments.

The method includes steps: (1) material of containing high aluminum component (AC) is selected for multiplier layer in structure of avalanche photodiode, material of containing no or low AC is selected for absorbing layer; (2) first, oxidizing material of containing high AC at lateral edge in the multiplier layer, and then making insulating layer of alumina expand to P type heavily doped area from lateral direction. The invention restrains edge breakdown by using insulating layer formed from selective oxidation reaction between water vapor etc of oxygen-containing material and multiplier layer material with high AC. Compared with traditional second diffusion, second growth, the disclosed technique is simpler. Accurate controlled length of oxidation, and formed insulating layer material prevent edge breakdown caused by effect of curvature in P diffusion area. The invention does not need to make specific structure (such as guard ring) so as to not limit size of chip.

The invention provides a manufacturing method of a solar battery module. The method comprises the following steps: stacking a backboard, a solar battery sheet and photovoltaic glass together to form a stack assembly; (2) sealing internal space of the stack assembly; (3) carrying out vacuum-pumping on the sealed internal space of the stack assembly; (4) injecting optical cement into the internal space of the stack assembly after vacuum-pumping processing; and (5) after filling out the internal space of the stack assembly with the optical cement, sealing the internal space. Correspondingly, the invention provides a solar battery module prepared by employing the above method. The manufacturing method of the invention is simple in technology, operation time can be substantially shortened, and product yield is high.

The invention discloses a method for preparing a low-resistance titanium nitride film through low-temperature magnetron sputtering. The method comprises the steps of using a chip with one side polished as a substrate, selecting ultrahigh vacuum magnetron sputtering equipment, and placing the chip on a heating table; closing a vacuum cavity cover, vacuum pumping, and inputting nitrogen and argon for magnetron sputtering; stopping input of the nitrogen and the argon after sputtering; turning off a molecular pump and a mechanical pump after cooling, opening a vent valve, and taking out a sample after the temperature of the heating table decreases to the normal temperature to obtain the low-resistance titanium nitride film; adjusting the sputtering power, working voltage, the temperature during film sputtering, the flow ratio of the nitrogen and the argon and the total flow so that the low-resistance titanium nitride film is made finally, and the thickness of the film is controlled through controlling the sputtering power and the sputtering time. In the method disclosed by the invention, the heating temperature of the required substrate is low, only 400 DEG C, and the feasibility is high; the titanium nitride film prepared is low in resistance, high in uniformity and flatness, and wide in application prospect.

The invention relates to a radiating modular structure of a semiconductor package and a manufacturing method. At least one semiconductor semiconductor package comprising a chip carrying piece, a semiconductor chip arranged on the chip carrying piece, and a first radiating piece arranged on the semiconductor chip is provided, so that the semiconductor package is electrically connected to an external electronic device through the chip carrying piece; and then at least one second radiating piece is arranged on the first radiating piece of the semiconductor package, and the size of the second radiating piece is larger than that of the first radiating piece; therefore, the semiconductor package, the first radiating piece, the external electronic device and the second radiating piece are combined in a modular mode to improve the radiating efficiency of the semiconductor package.

The invention provides a Web model lightweight processing method and apparatus, and a readable storage medium. The method comprises the steps of obtaining a data structure of a to-be-optimized three-dimensional scene; wherein the to-be-optimized three-dimensional scene comprises at least one sub-tile data block; calculating the simplification degree of each sub-tile data block, and if the simplification degree of the sub-tile data block exceeds a preset simplification value, performing first processing on the sub-tile data block to generate a new sub-tile data block; deploying the new sub-tiledata blocks in the corresponding first boundary bodies respectively, and deploying the new tile data blocks in the at least one first boundary body in the corresponding second boundary bodies; and soon until all the new sub-tile data blocks are allocated to a boundary body and the like. According to the method, the lightweight processing of the to-be-optimized three-dimensional scene is realizedby performing the first processing on all the sub-tile data blocks of which the simplification degree exceeds the preset simplification value, so that the display and loading speed of the three-dimensional scene is improved, and the user experience is improved.

The invention provides a real-time display and cloaking device for a camera color screen and a method thereof. Each display screen of the device is connected with a display control card by data lines; the display control card is connected with a computer by a data line; the computer is connected with a USB flash disk converter by a data line; the USB flash disk converter is connected each camera by data lines; the back surface of each display screen is provided with magnetic strips; each display screen is connected with an electrode; and the voltage is 5 v. The method comprises the following specific steps of: 1, arranging each display screen on each plane of a carrier; 2, connecting each display screen arranged on each plane of the carrier with the display control card by using the data lines, and controlling all display screens by using the display control card; 3, connecting the cameras arranged on each display screen with the USB flash disk by using the data lines, and converting images shot by all of the cameras into electric signals and inputting the electric signals into the computer; and 4, inputting processed electric signals into the display control card by using the computer, and distributing the input electric signals to each display screen by using the display control card.

The invention discloses a CIGS nanostructure thin-film photovoltaic battery and a preparation method thereof. The method is on the basis of cuprous sulfide or copper sulphide nanowire array prepared by gas solid reaction method, and combines electrochemical deposition method and heat treatment. Components, phase structure and band structure of the nanowire array in a semiconductor can be changed by changing sediment method, ion kinds in an electrolyte, sequences of ion deposition and post treatment in electrochemical deposition, thereby nanowire array solar energy photovoltaic battery of different components is prepared. The battery can reduce reflection of light, increase absorption of light, and simultaneously increase probability of generation of carriers, and reduce probability of recombination of cavities and electrons, realizing great enhancement of the photoelectric conversion efficiency. The preparation method in the invention has the advantages of simple method, low cost and low requirements of equipments, and the method is capable of being applied to large areas conveniently, the photoelectric conversion efficiency of the prepared nanostructure thin-film photovoltaic battery is relatively high.

The blind-mating guiding device comprises a plug sleeve assembly, the plug sleeve assembly comprises a plug outer sleeve, the plug outer sleeve is a cylinder of which one end is open and the other endis provided with a perforated cover plate, and the side wall of the plug outer sleeve is provided with a screw hole; the plug inner sleeve is a cylinder which is through along the axis, an annular groove is formed in the side wall of the plug inner sleeve, a plug is installed in the plug inner sleeve, an annular space is formed between the plug inner sleeve and the plug outer sleeve, and a contact part is arranged at the end, close to the plug, of the outer wall of the plug inner sleeve in the radial direction; the installation screw extends into the annular groove through the screw hole; thesocket sleeve is a cylinder penetrating along the axis, a spiral track is arranged on the inner wall of the socket sleeve, and a socket is coaxially installed on the inner side of the end, away fromthe spiral track, of the socket sleeve. And the socket sleeve is inserted into the annular space, so that the plug and the socket are inserted to complete connection after the contact part moves to aposition where the plug and the socket are circumferentially aligned along the spiral track.

The invention provides a method and device for measuring atomization particle size distribution and the atomization rate of high-melting-point materials. The device comprises a sealed container, a sealed crucible, heating devices, a collecting vessel and a pipeline adjusting device; the sealed crucible and the heating devices are arranged in the sealed container, the heating devices are arranged on the periphery of the sealed crucible, and the collecting vessel is connected with the lower part of the sealed crucible; the pipeline adjusting device comprises a main pipeline, a first branch pipeline, a second branch pipeline, an inflating hole and an exhaust hole, wherein the first branch pipeline and the second branch pipeline are connected with the main pipeline, and the inflating hole andthe exhaust hole are formed in the sealed container; the first branch pipeline communicates with the sealed container, and the second branch pipeline communicates with the sealed crucible; and a gas flowmeter is mounted on the main pipeline, and a pressure gauge is mounted on the second branch pipeline. All liquid drops in an atomization field are collected and cooled into solid particles, and theproblems that an existing method and device are insufficient in resolution ratio, and overall particle size distribution and atomization rate of the atomization field cannot be measured are solved successfully.

The invention discloses a wind direction control structure of an air conditioner. The wind direction control structure comprises an up-down air deflector and a left-right air deflector, wherein the up-down air deflector is movably arranged on an air outlet duct of an indoor unit of the air conditioner; the up-down air deflector comprises a plurality of transverse air deflectors which are longitudinally arranged at intervals, and supporting plates which are arranged on the two sides of the transverse air deflectors; the supporting plates are fixedly connected with the plurality of transverse air deflectors; an accommodating cavity is formed between the two adjacent transverse air deflectors; the left-right air deflector comprises a plurality of longitudinal air deflectors; the plurality oflongitudinal air deflectors are rotatably arranged in the accommodating cavities; the longitudinal air deflectors in the two adjacent accommodating cavities are in one-to-one correspondence; and whenthe longitudinal air deflectors rotate to a certain angle, the longitudinal air deflectors close an air outlet of the air conditioner. The wind direction control structure of the air conditioner has the function of adjusting wind left and right, and is applicable to the air conditioner of which the air outlet is relatively large.

The invention discloses a high-power circulator for L-waveband micro-discharge suppression of a satellite, belonging to the technical field of microwave components and parts. The high-power circulatorcomprises a circulator main body and a connector connected with two ends of the connector main body, wherein the connector main body mainly comprises an upper cavity and a lower cavity which are mutually connected, an upper medium and a lower medium are respectively arranged in the upper cavity body and the lower cavity body, the inside of the connector is formed by the surrounding of the inner sides of the upper medium and the lower medium, substrates are arranged on the inner sides of the upper medium and the lower medium, and central conductors are arranged on the substrates; and a connector inner conductor and a connector medium are arranged in the connector, the central conductor is connected with the connector inner conductor, and the connector medium extends into the circulator andis staggered with the upper medium and the lower medium. According to the high-power circulator, the micro-discharge can be effectively suppressed, the structure and boundary dimension of a product are not limited, the high equipment input is not required, the process is simple, and the high-power circulator is suitable for popularization.

The invention belongs to the technical field of material forming, and provides a method for splicing multi-face units into an integral material. The method includes the following steps: arranging the multiple multi-face units in a connected mode along straight lines to form strip-shaped unit sets; arranging the multiple strip-shaped unit sets in a connected mode along a plane to form the plate-type integral material. If a plurality of plate type integral materials are stacked in a connected mode in the normal direction, a block type integral material can be formed. By means of the method, the multiple multi-face units can be effectively and orderly spliced into the integral material. The invention further provides a device for splicing the multi-face units into the integral material. The device is used for implementing the method and comprises a base, a standard plate, a pushing and pressing plate, a pressing part and a baffle. A processing groove used for containing the multi-face units is defined on the base by the standard plate, the pushing and pressing plate, the baffle and the pressing part. The device is based on the method, the large number of multi-face units can be efficiently and orderly spliced into the integral material, implementation is easy, and the rejection rate is low.

The invention relates to a simple glue manufacturing device for a perpendicular plate electrophoresis tank. The simple glue manufacturing device comprises a square cavity and fixed frames arranged on the two sides of the square cavity, wherein the fixed frames are connected with the square cavity through movable clamps; the square cavity comprises a front plate and a rear plate, an opening groove is formed in the top of the front plate, fixed seal strips are embedded in the left edge and the right edge of the rear plate, and a movable seal strip is clamped between the bottom of the front plate and the bottom of the rear plate; the cross section of a clamp groove is in a U shape, and the clamp groove sleeves the lower end of the front plate and the lower end of the rear plate. The simple glue manufacturing device for the perpendicular plate electrophoresis tank is good in seal performance, free of glue solution leakage, simple in structure, convenient to operate, suitable for manufacturing varieties of films and wide in application; in addition, an extra glue sealing process is avoided.