73results about How to "Improve process efficiency" patented technology

The invention belongs to the field of lubricant and preparation methods thereof, particularly relates to a solid-liquid phase composite lubricating grease and a preparation method thereof. According to the theory of solid-liquid phase composite lubrication technology, and aimed at the requirements of a bearing on lubrication in different application cases and operating temperature ranges, the invention provides a technical scheme for the solid-liquid phase composite lubricating grease composition and the preparation method thereof. The components of the additive include solid-liquid phase composite additive, base oil and more than two types of mono-soap greases and composite soap greases, which are prepared into the solid-liquid phase composite lubricating grease with a uniform dispersion system by shearing dispersion. The solid-liquid phase composite lubricating grease produced by the invention can enhance and improve the structure form of the common lubricating grease, in the aspects of use temperature, lubricating mode and lubricating effect, during a lubrication process from an initial stage below 60DEG C, to a later stage of a mesotherm 60-120 DEG C, a high temperature 80-180 DEG C till an extra-high temperature more than 350 DEG C, each effective component in the solid-liquid phase composite lubricating grease plays respective lubrication action in different lubrication temperature stages, realizes zero blind spot lubrication in each lubrication temperature stage, obtains the effects of decreasing friction, reducing attrition, saving energy, protecting and prolonging the device use lift, and opens a new path for saving energy.

The invention provides a wet copper basic powder metallurgy friction disc and a manufacture method. The friction disc mainly consists of a middle steel core plate and at least a side upper friction layer; at least one surface of the steel core plate is combined with a rubber film layer which is composite with a friction layer; the manufacture method at least comprises friction layer material distributing, mixed material, pressing-typed, burning, assembly with the steel core plate, and oil trough processing. The invention is characterized in that no pressure burning in a continuous burning furnace is adopted for burning; the friction layer after burning is dipped in rubber in a vacuum rubber dipping trough in normal temperature and is dried and assembled with the steel core plate; before the assembly, the surface of the steel core plate is coated; after assembly, the pressurization and solidification are carried out on a slab vulcanizing machine; the invention has the advantages of high efficiency of processing technique, low cost, increasing the hardness and strength, high size precision, etc.

The invention discloses a method for manufacturing a lengthwise region of a CoolMOS, and the lengthwise region is manufactured by two steps as follows: manufacturing a lengthwise region with a certain height by adopting a primary or repeated epitaxial growth technology and an ion implantation technology; and manufacturing a lengthwise region with the rest height by adopting an epitaxial growth technology, a groove etching technology and an epitaxial depositing and filling technology, thus finally forming a lengthwise region with a complete height. On the basis, polysilicon gate structures can be manufactured, and plasma implantation and ion source implantation are carried out to finally form a CoolMOS device. The method in the invention has high process efficiency, and no holes exist in the lengthwise region.

The invention provides a wet etching method in the multilayer metal patterning process. According to the method, etching is performed on Ag and Ni by utilizing the mixed liquor of glacial acetic acid (CH3COOH), nitric acid (HNO3) and water, etching is performed on Ti by utilizing diluted hydrofluoric acid, etching is performed on Al by utilizing an Al etching solution, and finally, etching is performed on TiN and Ti by utilizing an APM solution. According to the invention, the photoetching process needs only once, so the cost is greatly reduced, and the advantage of good etching window morphology control can be realized in all wet etching steps, so the quality of the patterning process can be improved, and Ag, Ni, Al as well as TiN and Ti are etched in one step separately, so the flow of the wet etching process can be simplified, and the efficiency of the process can be improved.

The invention discloses a kiwifruit cleaning dehairing device. The device comprises a base, a box body, a first gear and a hopper; a supporting post is arranged on the base; the top of the supportingpost is provided with a first air bag; the hopper passes through the first gear and extends into the box body; a plurality of baffles are connected to the bottom of the first gear; the baffles are rotatably connected to the box body; the inner side of the baffles are provided with a plurality of second air bags with brushes; the first gear engages with a half gear; the half gear is fixed with a rotating shaft which is rotatably connected to a frame; the other side of the half gear is provided with a second gear; the second gear is fixed with a gear shaft which is rotatably connected to the frame; the gear shaft is connected to a first bevel gear; the first bevel gear engages with a second bevel gear; the second bevel gear drives a transmission mechanism through a tensioning shaft; and a cleaning device is arranged above the hopper, and a water pump supplies the cleaning device with water. The device can carry out automatic dehairing and cleaning on kiwifruits, and reduce the intensityof manual operation.

The invention discloses a sprinkled acid recycling device and pasting equipment of battery plates. The sprinkled acid recycling device comprises a filter tank, a recycling settling tank and a filter screen, wherein the filter tank and the recycling settling tank are mutually communicated, an acid inlet is arranged at the upper part of the filter tank, an acid outlet is arranged at the upper or middle part of the recycling settling tank, and the filter screen is laid in the filter tank and positioned below the acid inlet. By the sprinkled acid recycling device, firstly lead plaster and acid liquor in the sprinkled acid are separated by the filter screen in the filter tank, and the filtered and settled acid liquor can be obtained from the recycling settling tank. The acid liquor can be directly lead to the acid sprinkling station of a pasting machine for sprinkling the pole plate for onsite recycling. The treatment mode is simple and quick and obviously improves the process efficiency, and lead plaster is separated from the sprinkled acid as much as possible in the filtered and settled acid liquor, so that the treatment is more complete, the environmental performance is good, and the phenomenon that a recycling pump and an acid sprinkling port are blocked during recycling is avoided.

The invention discloses a release-color coat two-in-one transfer coating. The release-color coat two-in-one transfer coating is prepared from, by weight, 10-35 parts of polyacrylate resin, 2-10 parts of nitrocellulose, 1-10 parts of petroleum resin and 60-85 parts of solvent. The invention further discloses a preparation method of the coating. The preparation method comprises the steps that petroleum resin is placed into the solvent, and full stirring is performed to enable petroleum resin to be dissolved to obtain a material a; nitrocellulose is placed into the solvent, and full stirring is performed to enable nitrocellulose to be dissolved to obtain a material b; the material a and the material b are mixed to be uniform to obtain a material c; polyacrylate resin and the retaining solvent are placed into the material c, uniform mixing is performed, and then the release-color coat two-in-one transfer coating is obtained. The invention further discloses an application method of the coating. According to the release-color coat two-in-one transfer coating and the preparation method and application thereof, the production cost is lower, the production technology is simpler, the performance of the release-color coat two-in-one transfer coating is more excellent, and the coating not only can be used as a fabric foil release-color coat two-in-one transfer coating, but also can be used as an electrical aluminum transfer coating.

The invention discloses a method for producing roxithromycin capsules. The production method comprises the following steps: fully mixing raw materials, then sieving the mixture, mixing the sieved materials, and finally filling the mixture with a filling machine to obtain the roxithromycin capsules. The raw materials adopts the following weight proportion: 15 portions of roxithromycin, 0.80 to 0.90portion of sodium carboxymethyl starch, 5.1 to 5.3 portions of soluble starch, 0.1 to 0.3 portion of magnesium stearate and 1.50 to 1.65 portions of superfine silica powder. The method can avoid thecondition that the dissolution rate is usually not quantified during the production of the roxithromycin capsules. The method simplifies the production process and shortens the production period by directly filling the capsules.

The invention discloses a polarized plate attaching device, including a base, an upper cushion cap, a lower cushion cap, a dyestripping device and a carrier. The upper cushion cap is inclined, horizontally moving in linear direction between a first position and a second position; the lower cushion cap can lift and incline, moving below the first position and the second position; the upper and lower cushion caps respectively bear a polarization plate; when the polarization plate on the upper cushion cap uses the dyestripping device in the first position to remove the protective membrane, the polarization plate can be moved into the second position and inclined so as to be integrated with a baseplate on the carrier; at this time the lower cushion cap can be moved and lifted to the first position for dyestripping. Therefore, the upper and lower cushion caps can exchange the position through linear displacement with high operational coefficient and more space saving.

The invention relates to an environment-friendly and energy-saving laser hot stamping foil imaging layer paint and a preparation method thereof. The invention mainly solves the technical problems of rigorous environmental requirements for production sites, short duration of usage of the paint, complicated production processes and the like in the coating process of the existing laser hot stamping foil imaging layer paint. The technical scheme of the invention as follows: the hot stamping foil imaging layer paint is prepared by mixing the following raw materials in parts by weight: 5-15 parts of polyacrylate resin, 1-8 parts of dehydrated malic acid resin, 0.1-5 parts of assistants and 50-85 parts of solvent. The paint of the invention can be directly coated on a PET carrier film to be slit and rewound after laser molding, vacuum aluminizing and gum coating to obtain a laser hot stamping foil product; the invention does not have too rigorous requirements for relative humidity and the like of production sites in the coating process; and the paint product has the properties of long duration of usage and the like.

The invention provides an information statistics management system which comprises an identification unit, a report obtaining unit, a subject obtaining unit, an interface presenting unit and an information storage unit, wherein the identification unit is used for receiving login instructions of statistical objects and verifying whether the login instructions are legal according to the information of the statistical objects stored in an authentication database; the report obtaining unit is used for obtaining the corresponding subject information to be filled of the statistical objects from the report database; the subject obtaining unit is used for obtaining the corresponding subject information to be filled from the subject database according to the corresponding subject information to be filled; the interface presenting unit is used for generating UI interfaces according to the information of the report to the filled and the subject information to be filled, so that the statistical objects can fill the report; the information storage unit is used for storing the subject information filled by the statistical objects in the information database according to the stored instructions. The information statistics management system realizes the aims of separately processing the statistical object and the statistical content by allocating different databases and increasing the process processing efficiency of the statistical object, and has higher freedom and strong extensibility.

The embodiment of the invention provides semiconductor processing equipment and a process control method thereof. The semiconductor processing equipment comprises a cavity, a lifting assembly, a baseand a temperature measuring assembly, wherein the base and the temperature measuring assembly are arranged in the cavity; the lifting assembly is used for bearing and driving wafers to be selectivelylocated at multiple stations above the base, the multiple stations correspond to the multiple target temperature values in a one-to-one mode, and the distance between each station and an upper surfaceof the base is inversely proportional to the corresponding target temperature value; and the temperature measuring assembly is arranged at positions where the lifting assembly is in contact with thewafers and is used for acquiring actual measurement temperature values of the wafers in real time. According to the embodiment of the invention, the purpose of adjusting the target temperature value according to different types of wafers and different processes is achieved, and the requirement for temperature change in the process can be met such that the yield of the wafers is effectively improved, and the process efficiency is greatly improved.

The invention discloses a preparation method of a negative electrode composite current collector and a product prepared by the preparation method, and belongs to the technical field of lithium ion batteries. According to the method, polymer master batches and an additive are uniformly mixed to prepare a modified polymer film, the modified polymer film is subjected to roughening treatment to obtain a supporting layer with multiple vacancies on the surface, and metal particles are generated on the surface of the supporting layer through activating treatment; respectively growing a first metal layer and a second metal layer with a certain thickness on the two sides of the activated supporting layer in a chemical plating mode, and finally respectively depositing a third metal layer and a fourth metal layer on the two sides of the first metal layer and the second metal layer in an electroplating mode. The negative electrode composite current collector prepared by the method has the advantages of no surface defect, small internal stress of the plating layer, small resistivity of the plating layer, low production cost and easy realization of large-scale mass production.

The invention discloses a novel hair removing and filtering system of a dyeing machine. The novel hair removing and filtering system mainly comprises an outer cylinder, a spindle cutter blade assembly, a filter mesh, an eccentric reducing pipe, a dye liquor inlet, a dye liquor outlet, an axial flushing pipe, a broken hair storage cavity, a motor, a hair discharging and flushing pipe, a hair discharging pipe and the like. According to the novel hair removing and filtering system, the motor drives cutter blades to scrape broken hairs deposited on the filter mesh automatically, high-pressure flushing water is utilized to flush the broken hair out of the filtering system automatically, and a fully-automatic and efficient hair removing and filtering process is achieved; the spindle cutter blade assembly is provided with two auxiliary hair scraping cutter blade sets, namely the front cutter blade set and the rear cutter blade set, long threads and long fibers wound around spindles in a filter mesh supporting frame and a broken hair storage cavity are effectively broken and scraped, and problems that by means of a hair removing and filtering system of a traditional dyeing machine, long threads and long fibers are wound around spindles in a filter mesh supporting frame and a broken hair storage cavity, so that blocking is caused, efficiency is lowered, and the hair removing and filtering system even cannot be used are solved; the novel hair removing and filtering system can be used for hair removing and filtering processes of various circulating filtering systems containing broken hairs.

The invention provides a deposition assembly and semiconductor processing equipment which are used for transferring wafers and fixing the wafers to a base. The base is lifted to a technology position or descended to a loading and unloading position by going up and down. The deposition assembly comprises a deposition ring, a clamping ring and at least three thimbles, wherein the thimbles are distributed in the circumferential direction of the base; in addition, when the base is located in the loading and unloading position, the thimbles penetrate through the deposition ring by going up and down, so that the plane where the top ends of the thimbles is higher or lower than the upper surface of the base. Moreover, a positioning convex part is arranged on the bearing surface of each thimble, and the bearing surfaces are used for supporting the wafers. The positioning convex parts are used for preventing the wafers from moving in the radial direction of the wafers when the wafers are supported by the thimbles. According to the deposition assembly provided by the invention, not only can the radial positions of the wafers on the thimbles be limited by the deposition assembly, but also the processing difficulty of the base can be reduced; and in addition, the harmful effect on the uniformity of the base cooling wafers due to the fact that a through hole is machined in the base is avoided.

A system for laminating an optical film according to an exemplary embodiment of the present invention includes a panel transfer unit, a first laminate unit, a first laminate unit mounted on a transmission line of the panel to provide an optical film laminated on a first surface of the panel, a first surface of the panel, and a second laminate unit mounted on a transmission line parallel to the panel.

The invention discloses a wet crushing recovery method of a waste lithium ion battery. The method comprises the following steps of 1, disassembling the waste lithium ion battery into a lithium batterymonomer, and carrying out discharging treatment; 2, carrying out multistage continuous wet crushing treatment on the lithium battery monomer; 3, screening the lithium salt mixture; 4, carrying out vibration treatment and centrifugal separation treatment on the screened slurry in sequence; 5, carrying out cleaning treatment on the solid mixture, and on the other hand, detecting the TDS content ofthe water-phase mixture; 6, drying the solid mixture; 7, carrying out sorting treatment on the dried solid mixture by adopting a magnetic separation manner; and 8, carrying out sorting treatment on the residual solid mixture obtained by sorting by adopting a wind separation manner. No waste water is discharged in the whole process, and the waste gas can achieve up-to-standard emission.

The invention provides a workpiece locating system, a loading system and a plasma processing device. The workpiece locating system comprises two workpiece conveying belts which are arranged in parallel in a spaced mode. The workpiece conveying belts are sequentially divided into a standard sheet placing position and N standard sheet taking positions in the workpiece conveying direction, wherein N is an integer larger than zero. The standard sheet placing position is a sheet placing position where workpieces can be placed on the workpiece conveying belts, wherein the standard sheet placing position is preset on the workpiece conveying belts. The standard sheet taking positions are sheet taking positions where the workpieces can be taken out of the workpiece conveying belts, wherein the standard sheet taking positions are preset on the workpiece conveying belts. The workpiece locating system further comprises a position calibration device which is used for calibrating the positions of the workpieces on the workpiece conveying belts in the two-dimensional direction, so that the positional deviation between each workpiece and the corresponding standard sheet taking position is calibrated. The positional deviation between each workpiece on the workpiece conveying belts and the corresponding standard sheet taking position can be automatically calibrated through the loading system, so that the transmission efficiency is high, and the technical efficiency of the plasma processing device is improved.

The invention provides a reaction chamber and semiconductor processing equipment. The reaction chamber includes a cavity. A pedestal used for bearing a to-be-processed workpiece is arranged in the cavity. A process sleeve is arranged above the pedestal. Plasma diffuses to the surface of the to-be-processed workpiece through the process sleeve. Furthermore, the process sleeve includes multiple sub-baffles. The multiple sub-baffles are arranged in order to form a ring. The upper ends of the sub-baffles are rotatably connected to the cavity. The size of a lower opening of the ring is adjusted bychanging inclination angles of the sub-baffles relative to the vertical direction. The reaction chamber provided by the invention can improve the process efficiency, reduce the equipment cost, and improve the flexibility of process result optimization.

Methods for manufacturing laminated membranes for MEAs, such methods comprising (i) providing a substrate, a catalyst ink fluid, and a first membrane fluid; (ii) providing a second membrane fluid; (iii) simultaneously coating the catalyst ink fluid onto the substrate, the first membrane fluid onto the catalyst ink fluid, and the second membrane fluid onto the first membrane fluid; and (iv) applying a reinforcement layer (such as ePTFE) and allowing for full imbibement. The second membrane fluid (i) consists of alcohol or (ii) is an alcohol-rich fluid comprising polymer electrolyte.

The invention discloses an antirust heat treatment technology for spare parts. The antirust heat treatment technology comprises the following steps of pretreating the spare parts; performing degreasing; performing pickling; performing rinsing; performing soaking in flux; performing drying and preheating; performing hot galvanizing; performing passivating; performing cooling; and performing inspection and trimming. The antirust heat treatment technology for the spare parts, provided by the invention, has the advantages that the treatment fees are low, the treated spare parts are durable, the technological treatment efficiency is improved, and the quality of workpieces is improved.

The invention proposes a novel method for correcting an OPC model, which includes the following steps: designing an OPC test pattern; making an OPC mask plate for the OPC test pattern; establishing anOPC model; producing an OPC wafer; identifying and extracting a pattern structure from the produced wafer; comparing the pattern structure extracted from the wafer with the designed test pattern to obtain the unmatched or incorrect part of the pattern structure on the wafer relative to the test pattern; correcting the OPC model based on the part not matching the test pattern determined in the pattern comparative analysis; repeating the iteration until the pattern structure of the wafer completely matches the test pattern or satisfies a design accuracy requirement in the pattern comparative analysis such that the OPC model correction is completed. The method avoids the potential risk caused by replacing the photoresist, accurately acquires and feeds back the information of complex patterns, and greatly reduces the number of iterations in the model design-modification-model determination process.

The invention discloses a heat treatment technology for an aluminum product. The heat treatment technology comprises the following steps that firstly, blank checking is conducted, and a workpiece is checked; second, degreasing is conducted, and the workpiece aluminum product is degreased until the workpiece is completely soaked; thirdly, solution treating is conducted, particularly, the aluminum product is heated to 950-1050 DEG C and subjected to water quenching, and the state is kept until the room temperature is reached; fourthly; destressing treating is conducted, particularly, tempering is conducted after heating is conducted to the temperature of 300-350 DEG C, and heat treating of eliminating residua stress obtaineafter cold machining or welding is conducted on the aluminum product; and sixthly, cooling is conducted, and water with the temperature smaller than 70 DEG C is used for cooling the workpiece. The heat treatment technology is low in treating cost, durable in use and capable of improving the technology treating efficiency and the quality of the workpiece.

The invention provides a cutting side positioning type welded gasket and a method for preventing pins from shifting, which can prevent a plurality of pins of an electronic component from shifting when the pins of the electronic component are welded on a circuit board. At least two cutting sides are respectively arranged on at least two welding pads of a plurality of welding pads, and the welding pads are arranged on the circuit board and are located at an arranging direction. Thus, with the adoption of the cutting side positioning type welded gasket and the method for preventing the pins from shifting provided by the invention, the processing efficiency can be increased, and the manufacturing cost can be lowered.

The invention relates to a preparation method and photocatalytic application of monoclinic WO3 nanometer cuboid. Specifically, the monoclinic WO3 nanometer cuboid is hydrothermally synthesized by using WO3 particles as a precursor. The monoclinic WO3 nanometer cuboid can realize efficient photocatalytic degradation of a methylene blue solution havingwith a concentration of 1 to 10mg / L at room temperature with a removal rate of 100 percent and no production of by-products.

The invention discloses a transfer device for an automobile sunroof product. The transfer device comprises a tooling substrate, wherein two first supports are fixedly arranged at the upper end of the tooling substrate, and two second supports are fixedly arranged at the lower end of the tooling substrate; a plurality of rubber limiting posts are arranged on the first supports and the second supports, and are arranged on the supports through moving bolts, and the moving bolts are used for adjusting the distance between the rubber limiting posts. According to the transfer device for the automobile sunroof product provided by the invention, the sunroof product is directly put on the transfer device after being molded by punch, and can be put between the two supports at the upper end of the substrate and the two supports at the lower end of the substrate, and the distance between the two supports is set to be 1-2cm longer than the product; meanwhile, the distance between the limiting posts is 5mm greater than the thickness of the product, the limiting posts are made of rubber and can effectively protect the surfaces of sunroof products from damage caused by collision; the periphery of the substrate is protected by skin, so that the staff can be protected from being scratched by the surface of the product, the product is safely placed, and is convenient to use, and the post-treatment process efficiency is enhanced.

The invention provides a medical triage method based on a word vector and a system. The method comprises the steps of acquiring symptom data information of a user; determining the acquired user symptom data information is user inputting data or interrogation data, if the user symptom data are the user inputting data, executing a triage step, and if the user symptom data are the interrogation data, executing an interrogation step; searching a corresponding word vector based on the symptom data information, and calculating cosine similarity between the word vector and a clinical vector, and obtaining a triage probability as a triage result; calculating the entropy though the triage probability, introducing the entropy into a preset symptom vector list, minimizing the probability distribution entropy, thereby finding a to-be-interrogated symptom and obtaining an interrogation result. The medical triage method and the system can help a patient in configuring a to-be-registered section office and helps a hospital in improving triage accuracy, improving process efficiency and saving cost.

The invention discloses a dewatering and processing process of cress. Cutting and pre-boiling processes are added in a conventional dewatering process, so that the cress can be classified due to different finished products; meanwhile, the cut cress with different shapes is dewatered in different ways. Therefore, the processes are reduced, the process efficiency is improved, and the process cost is lowered.

The invention provides a circuit board structure including a metalizable insulation substrate, a chemical coating seed layer and a patterning circuit layer. The metalizable insulation substrate includes an upper layer, a lower layer opposite to the upper layer, a through hole and a plurality of circuit grooves, wherein the through hole penetrates through the metalizable insulation substrate and the circuit grooves are arranged in the upper surface and the lower surface. The chemical coating seed layer covers the inner walls of the circuit grooves and through hole. The patterning circuit layeris arranged on the chemical coating seed layer and the fills the circuit grooves and at least covers the inner wall of the through hole. According to the invention, processing steps for the circuit board structure are simplified effectively and technology efficiency is improved. At the same time, a problem that a prior light resistance layer cannot be removed can be avoided and technology yield ofthe circuit board structure can be improved.