37results about How to "The treatment effect is consistent" patented technology

The invention relates to a hemp fiber manufacturing production line, in particular to a processing system for processing hemp into hemp fiber. The processing system for processing the hemp into the hemp fiber comprises devices for arranging hemp, degumming, dividing fiber and water washing, rinsing and softening, drying, softening and oiling, permeating and health maintaining, crush cutting and teasing, and combing and arranging; a degumming device comprises a mechanical degumming device, a biological degumming device and a high-temperature scouring-bleaching degumming device, and the device is special; a yarn hanging rack is composed of a hollow post and a plurality of hollow beams in a connecting mode, the hollow beams are provided with a plurality of hanging rods, and a plurality of holes are formed in the sides of the hanging rods; the crush cutting and teasing use a drafting roller set and a snapping roller set, and the drafting roller set and snapping roller set run in differential speeds and pressurize simultaneously. The combing and arranging use a round comb and a top comb to comb and a pulling vehicle to pull, along the rotating direction, the density of gill bars is increased gradually, and the fineness is reduced gradually. The processing system for processing the hemp into the hemp fiber changes a traditional hemp processing device, improves the long hemp yield and facilitates subsequent processing, and the produced hemp fiber is stable in quality.

The invention discloses a spherical-component batch plasma-based ion implantation method and a device thereof, relating to a spherical-component plasma-based ion implantation method and a device thereof and aiming at the problem that the plasma-based ion implantation of spherical components which is carried out to spherical components by adopting a device and a method of rotary-workpiece plasma-based ion implantation is uneven and can not realize the uniform treatment effect of the spherical components of the same batch. The method of the invention comprises the following steps: the spherical components are put in a circular groove of an oblique round plate, the rotation of which is controlled by a driving motor and a gear; the rotation of the driving motor is stopped first, a high-voltage pulse power source is turned on, and after time delay by the high-voltage pulse power source, plasma-based ion implantation is carried out to the spherical components; and the starting and stopping of the driving motor and the high-voltage pulse power source are kept synchronously switched. The device of the invention comprises: a synchronous switching controller provides the driving motor and the high-voltage pulse power source with power by No. 1 and No.2 power sources; an output shaft of the driving motor is fixedly provided with a driving gear which is meshed with a driven gear. The device and the method can uniformly implant the surface irons of the spherical components.

The invention relates to a method of preparing a porous foam alloy and removing a pore forming material sodium metaaluminate. A metal or alloy composite material is prepared by adopting a pressure casting or sintering method and the pore forming material sodium metaaluminate. After the pore forming material sodium metaaluminate is removed, the porous foam metal or alloy is obtained. The method comprises the following steps: 1) excising an outer coating for the composite material to expose part of or all sodium metaaluminate particles; 2) putting the composite material into a reaction kettle; and 3) dissolving a sodium hydroxide solution with the concentration range of 80-300g/L and immersing the metal or alloy material; heating to 150-350 DEG C and insulating for 0.5-5 hours; then, cooling to room temperature, and obtaining the obtained porous structure material; soaking and washing by tap water or distilled water or ultrasonically cleaning within a short time and removing residual alkali liquor attached to the surfaces of porous metal and alloy to obtain the porous structure metal or alloy material.

The invention relates to a surface roughening method of a metal material. According to the method, the metal material is subjected to anodic polarization in an electrolyte; the surface roughness of the metal material is increased by the anodic dissolution effect; the electrolyte is a water-based solution of sodium chloride of 0.02 to 100 g/L; and the anodic polarization mode is to externally add current or couple a cathodic dissimilar metal material. The method has the biggest advantages of environmental friendliness, high efficiency, energy conservation and low cost.

The invention discloses a method for taking out a chip from a package. The method comprises the following steps: removing a sealing cover plate of the package, wherein a packaging frame is arranged at the bottom of the package, a chip is arranged on the packaging frame through an adhesive tape glue, and the sealing cover plate is arranged at the upper part of the package; injecting resin into the package and curing, carrying out plastic packaging on the package and forming a casting; carrying out grinding treatment at the bottom of the casting after plastic packaging, and removing the packaging frame at the bottom of the package; carrying out heating treatment on the casting after grinding in a preset temperature range, and taking out the chip; and carrying out strong acid rinsing on the chip taken out, and taking out the chip after rinsing after reset time. According to the method, the chip can be taken out from the package without heating at too high temperature; and moreover, the acid treatment time is relatively short, a bonding pad cannot be corroded, the chip can be taken out completely, and the chip can also be packaged at second time.

The invention provides a method and a device for importing and analyzing source codes based on FOG data. The method comprises: firstly, configuring options for source code analysis, importing the source codes and converting the source codes to FOG data, placing the FOG data in a same tool platform to uniformly maintain with software requirement and other data generated in a software research life cycle, then extracting data elements in the source codes, and based on the data elements, automatically establishing tracking relations between the source codes and low-level requirement, to solve defects in an existing source code maintenance technology that tracking granularity is thick, pure manual association is needed, and maintenance of the source codes and software requirement is separated. The method and the device realize technical effects of thin tracking granularity, supporting automatic association, and uniform maintenance of source codes and software requirement, so tracking relations are more accurate and rational, and errors caused by artificial factors are reduced.

The invention discloses an intelligent speech recognition recovery circuit and a recovery method, the recovery circuit comprises a speech control module, an audio processing module and an output module, the speech control module sends speech data to the audio processing module and receives the speech data; the audio processing module receives the speech data sent by the speech control module and further processes the speech data; and the output module receives and outputs the speech data further processed by the audio processing module. Preferably, the recovery circuit further comprises a sound effect algorithm processing module which is used for receiving the speech data sent by the speech control module, carrying out sound effect processing and returning the processed speech data to thespeech control module. According to the intelligent speech recognition and recovery circuit and the recovery method provided by the invention, the speech recognition function of a non-intelligent speech recognition product and an intelligent speech recognition product can be realized by saving the sampling circuit and the ADC conversion circuit.

The embodiment of the present invention provides a control method of a distributed system, a control device of the distributed system and the distributed system, wherein the method comprises the steps of using a first device in the distributed system to receive a request sent by a terminal and used for accessing a first business, wherein the request carries the account information of the first business; using the first device to determine that the account information affiliates to a second device in the distributed system according to the account information, wherein the second device stores the information of the first business associated with the account information; using the first device to control the second device to carry out an affiliation position change operation on the account information; using the first device to receive the information of the first business associated with the account information sent by the second device when the affiliation position change operation is determined to be carried out on the account information, affiliating the account information of the first business to the first device; using the first device to process the first business according to the information of the first business, thereby guaranteeing that users can obtain the consistent user experiences when initiating businesses across the regions.

An application of the high-density lipoprotein (HDL) and its apolipoprotein in preparing the liquid injection or freeze-dried powder injection for treating the envelope virus diseases including influenza, fowl influenza infection, SARS, AIDS, hepatitis B and C, etc is disclosed.

The invention discloses a data category attribute representation method and an access control method. The method comprises the following steps of: 1) classifying data resources of each layer of a target information system according to a set classification theme x to obtain a data classification tree Tx or a classification forest consisting of a plurality of trees; 2) for a data resource xi in thesystem, querying a corresponding data classification tree Tx, obtaining a path from a Tx root node to a node Txi corresponding to the xi, and representing an attribute value of the xi corresponding tothe classification theme x by utilizing the path information; 3) setting an attribute value of each main body in each layer of the target information system according to an access control requirement, and determining an attribute range of each main body capable of processing data resources; and 4) when the subject accesses the object of the corresponding layer, determining whether the attribute value of the subject is matched with the attribute value of the object or not, and if the attribute value of the subject is matched with the attribute value of the object and meets the set access condition, allowing the subject to access the object, the object being the data resource of each layer of the target information system.

The invention provides a fuel cell unipolar plate surface treatment method, including the following steps: (1) firstly, moving fuel cell unipolar plates onto a conveyor belt, and performing finishingtreatment; (2) sequentially performing shot blasting or sand blasting on the fuel cell unipolar plates on the conveyor belt, wherein single or multiple nozzles are adopted during the treatment; (3) performing ultrasonic cleaning, immersing multiple fuel cell unipolar plates in an instrument with a chemical preparation, and cleaning the surfaces of the fuel cell unipolar plates through ultrasonic high-frequency vibration; and (4) naturally drying or baking the fuel cell unipolar plates, performing laser cleaning on remaining stains, providing a detection device between each step, removing the fuel cell unipolar plates that meet the conditions, and no longer performing the treatment of the following steps for the qualified fuel cell unipolar plates. The method provided by the invention is simple to operate and high in efficiency, greatly improves the polar plate conductivity, contact resistance and flatness of the surface treatment, does not introduce other impurities, and does not causethe deterioration of polar plate materials.

The invention discloses a method and system for preparing bayerite from secondary scrap aluminum ash. The method comprises the following steps: detecting an alumina content, determining a treatment reagent formula, performing reagent treatment, molding, performing constant temperature treatment, calcining and cooling. According to the method disclosed by the invention, the bayerite is prepared byutilizing the industrial waste secondary scrap aluminum ash, and the wastes are changed into valuable materials. Moreover, no wastewater, waste acid, dust or waste is produced in the whole preparationprocess, and a small amount of produced waste gases can be effectively removed, so that energy-saving, environmentally-friendly and zero-emission requirements are met, and the method and the system benefit the nation and the people, are favorable for enterprise development and have significances for protecting ecological environment security and promoting social and economic development.

The invention relates to an injection type carbon dioxide regulator for a breathing machine, and aims to solve the technical problem of man-machine confrontation easily caused by providing carbon dioxide for a patient under the assistance of the breathing machine clinically in the prior art. According to the technical scheme, the injection type carbon dioxide regulator comprises a barrel, a piston, a hollow shaft push rod and a plurality of clamping strips, a hollow shaft through hole is formed in the middle of the top face of the barrel, clamping grooves for fixing the clamping strips are formed in the positions, located at the two ends of the hollow shaft through hole, of the top face of the barrel, and a trachea cannula connector integrated with the barrel is arranged at the bottom end of the barrel;the piston is arranged in the barrel; the hollow shaft push rod is inserted into the hollow shaft through hole and penetrates through the middle of the piston, the lower end of the hollow shaft push rod is flush with the bottom face of the piston, the top end of the hollow shaft push rod is a respirator connector and exceeds the top face of the barrel, and the clamping strips are evenly arranged on the two sides of the outer wall of the hollow shaft push rod. According to the invention, the volume of the breathing dead space can be adjusted by adjusting the up-and-down movement of the injection piston, so that the reutilization of carbon dioxide is increased.

The invention discloses a color spot repairing method for a liquid crystal panel, and the method is used for directly judging color spot defects of the panel and obtaining a repairing value after one-time lighting inspection (CT1), and comprises the following steps: adding an image acquisition unit to judge the brightness uniformity condition of a panel during one-time lighting inspection (CT1), determining whether the panel needs to be subjected to color spot defect repair (De-mura), performing De-mura processing on the panel which needs to be subjected to De-mura, and obtaining a repair value; and sequentially carrying out polaroid attachment and secondary lighting reinspection (CT2) on the panel. According to the method, the De-mura is moved to a one-time lighting inspection station to be processed, and the problem that the yield is low when a circuit PCBA board uses a test point to conduct needle insertion to make the De-mura is solved. Meanwhile, by determining whether the panel needs to be subjected to De-mura or not, De-mura processing is carried out on the panel needing to be subjected to De-mura; mass-production materials for normal panels and low-cost materials for low-specification panels can be distinguished, so the material cost is greatly reduced, and a polaroid, a driving chip and a circuit board can be saved.

The invention relates to the technical field of ultrasonic welding equipment, in particular to ultrasonic welding equipment for cutting excess materials of weldments based on different diameters. The ultrasonic welding equipment for cutting the excess materials of the weldments based on different diameters comprises an external frame, and clamping seats capable of moving oppositely are symmetrically arranged at the left position and the right position of the bottom wall of the external frame; an adjusting device can control the extension length of an extrusion block after the welding of a round weldment is completed, so that the extrusion block can be in contact with the outer wall of the weldment, with the cooperation of a subsequent device, the excess materials of a material welded on the weldment is treated, so that the welding and subsequent excess material treatment are completed in a one-time forming manner, and a subsequent step of independently cleaning excess materials except for the welding position is omitted; and an excess material processing device can cut and remove unwelded excess materials except the outer edges of the weldments according to different sizes of the weldments, so that the weldments are processed in a one-time forming mode with low cost, and subsequent processing procedures are reduced.