42 results about "Procedures treatment" patented technology

An apparatus and method for treating and/or diagnosing a patient's eye. A light source produces fixation light and procedure (treatment and/or diagnosis) light. A scanning device deflects the fixation light to produce a fixation pattern of the fixation light on the eye, and deflects the procedure light to produce a procedure pattern of the procedure light on the eye. A controller controls the scanning device such that the fixation and procedure patterns move relative to each other, and/or the fixation pattern dynamically changes.

The invention discloses a fabrication method of a circuit board with back-drilled resin-stuffed holes. The method comprises the following steps: drilling through to-be-back-drilled holes and other all through holes on a laminated circuit board which is subjected to front procedure treatment; carrying out copper precipitation conduction on all holes; carrying out the steps of full-plate copper plating, pattern plating, full-plate tinning and the like; electrically testing the back-drilled holes; pasting a dry film on a copper foil surface of the laminated circuit board for sealing the holes; exposing and developing the back-drilled holes requiring resin stuffing; stuffing the back-drilled holes with resin and grinding the resin smooth; taking off the dry film for sealing the holes; and carrying out subsequent procedures of outer circuit pattern transferring and the like. According to the fabrication method disclosed by the invention, selective stuffing of the back-drilled holes can be achieved by sealing the holes with the dry film; the overall process only comprises a one-step through hole drilling process, a one-step copper-deposited plate plating process, a one-step pattern plating process and one-step back-drilling process; the process is simplified; forward and backward transportation between plate-making processes is reduced; and the quality risk in process transportation and plate loading and unloading processes is reduced. An ET test is added before the hole stuffing step, and whether leaking back-drilling and poor back-drilling exist or not is detected, so that the quality is ensured.

The present invention relates to a refining method of flour weevil oil, and is characterized in that after being dried and filtered, a flour weevil makes a supercritical carbon dioxide fluid extraction and an extractive matter separating working procedure treatment; the water content of the flour weevil after being dried is 6 to 10 percent; the filtering granularity of the dry flour weevil is 14 to 30 mu; the pressure of the supercritical carbon dioxide fluid extraction is 20MPa to 40MPa, the extraction temperature is 35 to 55 DEG C, the flux of carbon dioxide fluid is 800L to 1200L per hour, and the extraction time is 40 minutes to 100 minutes. The present invention refines flour weevil oil adopting the international most advanced supercritical carbon dioxide extraction technology, and has the advantages of high efficiency, little energy consumption, no rudimental solvent, no pollution, good security, high oil quality and so on. The present invention plays a very important role in advancing the industrialized exploitation of the flour weevil, promoting the adjustment of industrial structure in countryside, and building a new socialist countryside.

The production method of carragheen uses marine alga as raw material and includes the following steps: alkalu modification procedure treatment, cooking, rfiniting, salting out, dewatering and drying so as to obtain the invented finished product. The alkali modification procedure adopts the potassium hydroxide as modification agent, and uses pure water to prepare the potassium hydroxide into the potassium hydroxide solution, its concentration is 5-25%, and the potassium borohydride is added, and its added amount is 1-5% of potassium hydroxide. Said invention raises the gel strength and recovery rate of the prdoucts and can shorten production period and reduce its production cost.

The invention provides detinning equipment for a circuit board component. The equipment comprises a cleaning device, a high-temperature oil heating circulation device, a circuit board heating device,a circuit board detinning device, a conveyor device and a sorting device. After being subjected to dust removal, cleaning and blowing dry in the cleaning device, a waste circuit board is conveyed intoa sealed detinning box of the circuit board detinning device, and the circuit board heating device is arranged in the conveying path of the conveyor device and used for preheating the waste circuit board. The high-temperature oil heating circulation device supplies high-temperature oil to the circuit board heating device and the circuit board detinning device. The waste circuit board obtained after detinning through the detinning device is conveyed to the sorting device, a light panel of the waste circuit board and the component are separated, and the separated light board and the separated component enter oil removing equipment to be subjected to oil removal treatment. According to the scheme, the materials meeting the requirement are provided for later procedure treatment, and the effects of reasonable utilization and fine separation are achieved.

The invention discloses a production process for producing reduced iron powder by grinding iron mud with steel balls. The reduced iron powder produced by the process has high purity and reliable performance, and is suitable for raw materials such as powder metallurgy and wear-resistant structural parts. The process uses steel balls Grinding iron sludge (which belongs to industrial fixed hazardous waste) directly produces reduced iron powder. The process is simple and the production cost is low. It is an environmental protection project for resource reuse. It includes the following steps: cleaning→magnetic separation→drying→distillation→crushing→coarse screening→reduction (preheating, reduction, cooling)→crushing and screening→packaging in batches. The reduction process adopts 3-stage treatment technology, which is divided into preheating section, reduction section and cooling section. The cooling section is divided into air-cooling section and water-cooling section. The dry decomposed ammonia atmosphere is used to enter the air from the air inlet of the cooling section and the wet decomposed ammonia atmosphere Intake air from the front section of the preheating section. The reduced iron powder produced by the invention is tested by the experimental center, and the iron content exceeds 98%. The powder metallurgy parts made of the reduced iron powder produced by the invention have a density of about 7.1 g/cm3.

The invention provides an integrated multi-procedure treatment all-in-one machine for a safety capacitor. The integrated multi-procedure treatment all-in-one machine comprises a work rack, a vibrationdisc fding mechanism, an electrical performance detecting mechanism, a grabbing mechanism, a clamp mechanism, a clamp horizontal conveying mechanism, a laser marking mechanism, a first belt feeding mechanism, a forming, correcting and pin cutting mechanism, a material shooting mechanism, a visual sorting mechanism, an automatic counting and automatic boxing mechanism and an electric control box.The material shooting mechanism is used for clamping the discharging end of the forming, correcting and pin cutting mechanism, and the visual sorting mechanism is used for automatically judging the appearance of a material is qualified or not through photo data. The integrated multi-procedure treatment all-in-one machine for the safety capacitor integrates laser marking, forming, correcting, pin cutting, automatic counting and automatic boxing, is high in integration degree and high in efficiency, the high workload caused by repeated manual feeding and taking does not need to be repeated, manpower can be saved, and goods can be directly delivered at one step.

The invention disclose an automatic tape, which comprises a bracket, winding drums, conduction band runners and a stroke mechanism, wherein the winding drums are mounted on the bracket through rotating shafts in the horizontal direction, and the winding drums are driven by a winding drum motor to perform rotary motion; the stroke mechanism is mounted at the front parts of the winding drums, and is driven by a stroke motor to move back and forth in the extending directions of the rotating shafts of the winding drums; the conduction band runners are assembled on the stroke mechanism, and the wheel shafts of the conduction band runners are mutually parallel to the rotating shafts of the winding drums. According to the automatic winder mechanism, the automatic winding mode is adopted for storage, so that the problem about band mess during the production is efficiently solved, the time and labor are saved in the process of procedure treatment of a nylon cloth tape, the effects of reliability and stability are realized, the automatic and efficient effects are realized, the great convenience is brought to the follow-up procedures, and the quality of products is improved.

The invention provides a novel environment-friendly numerical control glass paint spraying machine. A conveying device and a paint spraying device are included; a steel belt cleaning and conveying device, and a multi-layer air draft and dust collection paint mist removing treatment device are the same; the conveying device comprises an annular stainless steel belt, a first power mechanism and a second power mechanism; the first power mechanism and the second power mechanism are installed on the same horizontal plane in parallel; the annular stainless steel belt is arranged on the first power mechanism and the second power mechanism in a sleeving manner to form a conveying belt structure; the paint spraying device comprises a box body and a paint sprayer; and the box body is installed abovethe upper surface of the conveying belt structure. The novel environment-friendly numerical control glass paint spraying machine can effectively solve the problems that in the glass paint spraying process, for redundant paint liquid, formed due to paint spraying of a spraying gun on the edge portion of a workpiece, on a stainless steel belt, cleanness is restored after procedure treatment, and itis avoided that the redundant paint liquid pollutes the surface of the glass subsequently entering paint spraying.

The invention provides a double annealing technology of polycrystalline silicon ingot casting. The technology comprises the following steps that silicon raw materials are subjected to first annealing after being subjected to heating, melting and crystal growth working procedure treatment in the ingot casting technology, wherein the annealing temperature is 1330-1380 DEG C, and the temperature is kept for 1-2.5 h; a silicon ingot subjected to first annealing is cooled by lowering the heating power and closing a heat insulation plate, and second annealing is carried out, wherein the second annealing temperature is 1150-1250 DEG C, and the temperature is kept for 0.5-1.5 h; follow-up working procedures are carried out. One in-furnace medium-high temperature annealing is added in the polycrystalline silicon ingot casting technological procedure, head and tail temperature difference and heat stress can be effectively lowered, heat stress is sufficiently released, and the mechanical property of the silicon ingot is effectively improved. Compared with the prior art, the quality of the silicon ingot can be effectively improved, the fragmenting, corner lack, edge breakage, the cracking rate in the segmentation process is lowered, the silicon slice output is improved, and the production cost is saved.

The invention discloses an ilmenite recycling process. The ilmenite recycling process comprises the steps that separated-out crude resides are sorted through gravity-magnetic pull dressing equipment,and gravity-magnetic pull strong magnetic concentrate and gravity-magnetic pull strong magnetic tailings are obtained; and the gravity-magnetic pull strong magnetic concentrate is returned into a first-section deironing or second-section deironing or gravity dressing process according to different characters, and continues to participate in the subsequent procedures. The ilmenite recycling processis applied, the gravity-magnetic pull dressing equipment serves as strong magnetic equipment, the advantages of gravity separation and magnetic separation are combined, and the gravity-magnetic pulldressing equipment is permanent magnetic separation equipment with a composite force field; and the crude resides are pre-enriched through the gravity-magnetic pull dressing equipment to obtain a relatively proper raw material, meanwhile, most unqualified crude resides are thrown away to reduce the subsequent procedure treatment amount, and cost is reduced. The gravity-magnetic pull strong magnetic concentrate is returned to different positions in the original titanium separation process according to different characters to be further recycled, and the loss of ilmenite is reduced; and the TiO3recycling rate is greatly improved, the titanium separation cost is reduced, and the economic benefits are remarkable.

The invention provides a three-station movable paint spraying and drying workshop and use steps thereof. The three-station movable paint spraying and drying workshop comprises two independent workshops, wherein illuminating devices, air supply and exhaust devices, paint mist treatment devices, heating devices and electric controllers are respectively arranged in cavities of the workshops or the outer walls of the workshops; each workshop comprises a top plate, a left side wall and a right side wall; the front workshop and the rear workshop are connected in series; linear sliding rails which correspondingly cooperate with the left side walls and the right side walls of the workshops are respectively arranged at the bottoms of the left side walls and the right side walls; the length of the sliding rails is at least three times of that of the workshops; feeding doors and discharging doors are respectively arranged on the front sides and the rear sides of the two workshops. Through the adoption of the movable workshop and fixed product mode in the invention, different procedure treatments can be carried out on workpieces in a circulating way between two or three adjacent stations by moving the workshops, and the work efficiencies of drying heating, constant-temperature paint spraying and drying treatment are improved.

The invention belongs to the technical field of coating processing equipment and in particular relates to a mixing and grinding multi-procedure treatment system of fireproof coating. The mixing and grinding multi-procedure treatment system comprises a tank body, a first-grade material mixing unit, a second-grade material mixing unit, a grinding unit and a drying unit; a feeding opening is formed in the top part of the tank body; the bottom part of the tank body is of a V-shaped structure; a coating outlet is formed in the bottom part of the tank body; the tank body is arranged on the ground through supporting legs; the first-grade material mixing unit is located at the upper part of the tank body; the first-grade material mixing unit is used for realizing first-time mixing of the coating;the second-grade material mixing unit is mounted in the tank body; the second-grade material mixing unit is located below the first-grade material mixing unit; the second-grade material mixing unit isused for carrying out second-time mixing on the coating mixed by the first-grade material mixing unit; a grinding module is used for grinding the mixed coating so that the diameter of coating grainsis reduced; a drying module is used for drying the coating in the tank body. According to the mixing and grinding multi-procedure treatment system provided by the invention, the system with mixing andstirring functions can be realized, and the coating is dried by utilizing heat produced by a grinding chamber.

The invention relates to a seed treatment method capable of improving the activity of soybean seeds. The seed treatment method comprises the following steps: A, selecting the soybean seeds with intact skins and without disease spots, immersing the soybean seeds by 10% polyethylene glycol 8000 solution for 12 hours before 10 days for sowing the soybean seeds, and filtering and pouring off filtrate; B, cleaning the immersed soybean seeds by clean water for three times, filtering and pouring off filtrate, and drying the soybean seeds in a shady place for treatment; C, wrapping the seeds, and performing conventional wrapping working procedure treatment on the immersed, cleaned and dried soybean seeds for standby use. According to the seed treatment method, the activity of the soybean seeds can be improved, and the soybean seeds can be germinated early for 2-3 days; therefore, the soybean yield can be increased by over 10 percent.

The invention discloses a method for producing an iron-zinc alloy coated steel plate with the yield strength being equal to or higher than 220 MPa. The method comprises the steps that molten iron desulphurization, smelting through a converter and continuous casting are conducted, so that a billet is formed; hot rolling is conducted; rolling is conducted; cold rolling is conducted till the billet reaches the required thickness; continuous hot galvanizing is conducted; rapid cooling is conducted; aerial fog is used for cooling after zinc and iron are alloyed; finishing is conducted; oiling treatment is conducted; and sampling, performance testing and subsequence procedure treatment are conducted. According to the method for producing the iron-zinc alloy coated steel plate with the yield strength being equal to or higher than 220 MPa, on the premise that the yield strength ranges from 220 MPa to 260 MPa, the tensile strength ranges from 300 MPa to 380 MPa, and the elongation is equal to or higher than 43%, grains on the surface of a zinc-iron alloy coating are fine and are even in size distribution, the area ratio of holes in the surface of the coating is equal to or smaller than 5%, no microcrack exists on the surface, and the phenomena of pulverization and falling of the coating are unlikely to occur during stamping forming, namely the 90-degree V bending test grade reaches the level 2.

The invention relates to an alloying hot-dip galvanized plate of which the tensile strength is greater than or equal to 780MPa and a production method of the alloying hot-dip galvanized plate. The alloying hot-dip galvanized plate comprises the following components in percentage by weight (wt%) of: 0.080-0.100% of C, 1.85-1.95% of Mn, 0.010-0.020% of Si, 0.35-0.40% of Cr, 0.20-0.30% of Mo, less than or equal to 0.01% of P, less than or equal to 0.006% of S, 0.04-0.06% of Al, 0.04-0.07% of Ti, and less than or equal to 0.005% of N. The production method comprises the following production steps of performing conventional hot rolling, performing cool, performing crimping, performing acid pickling, performing cold rolling, and performing continuous annealing; performing mist cooling until the temperature achieves hot-dip galvanizing temperature; performing continuous hot-dip galvanizing; performing alloying; performing cooling by an air knife; and performing after working procedure treatment. According to the alloying hot-dip galvanized plate disclosed by the invention, under the conditions that the tensile strength is greater than or equal to 780Mpa, the yield strength is greater than or equal to 480MPa, the elongation rate is greater than or equal to 17%,and n value is greater than or equal to 0.13 are guaranteed, through reducing the additive amount of Si, the additive amount of Mn, the additive amount of Cr and the additive amount of Mo, the surface of the steel plate has good platability and is provided with a good plating structure; and the usage amount of the alloy is also reduced by 5% or above.

The embodiment of the invention provides an operation method and an operation device for terminal equipment and the terminal equipment, and relates to the technical field of communication. The method comprises the following steps: receiving a pressing operation on a displayed interaction item in a user interface; judging whether the pressing operation meets preset conditions or not; and if the preset conditions are met, executing a rolling operation corresponding to the interaction item in response to the pressing operation. According to the embodiment of the invention, the user operation is simplified; because of simplification of user operation, operation treatment for the terminal equipment is simplified, the data processing amount of the terminal equipment is also reduced, burden of the user operation is alleviated, further the data and procedure treatment of the terminal equipment is also alleviated, and the burden of the terminal equipment is alleviated; furthermore, by virtue of executing the rolling operation corresponding to the interaction item in response to the pressing operation, and replacing the rolling operation with the pressing operation, the complexity of the interaction item for the user is reduced, and the operating efficiency of the terminal equipment is improved.

The invention discloses a preparation method for water-insoluble aluminum silicate antiflaming viscose. The preparation method comprises the following steps: adding micron-order aluminum silicate powder with the particle size of less than 5 microns into a proper amount of deionized water, and performing ultrasonic dispersion on the powder to obtain an aluminum silicate dispersion liquid; adding the prepared aluminum silicate dispersion liquid into a viscose solution which accounts for 5-40wt% of the antiflamming viscose, and fully stirring the materials; performing the subsequent working procedure treatment by the conventional technical measure to finally obtain an antiflaming viscose product. Metal aluminum ions in the antiflaming viscose achieve the main antiflamming effect. The preparation method for the non-water-soluble aluminum silicate antiflaming viscose, which is disclosed by the invention, is simple in technology, easy to operate and control and low in manufacturing cost; the antiflaming viscose prepared by the preparation method can achieve good heat resistant and flame retardant effects; toxic gas cannot be released in a using process; after the antiflaming viscose is abandoned, the environment cannot be polluted.