232results about How to "Reduce disconnection rate" patented technology

The invention relates to an upcast method for producing a high-purity bright copper rod. The method comprises the following steps of: drying smelting copper raw materials needed by smelting, mixing, adding the mixture into a smelting furnace, and covering firing charcoal with the thickness of between 100 and 150mm on starting molten copper until red copper is entirely molten, wherein molten copper constantly flows toward a heat preservation furnace under the action of fluid force; boiling the high-temperature molten copper and degassing before ingot guiding, adding prepared high-purity graphite carbon powder onto the liquid level of the molten red copper in the heat preservation furnace, and aerating high-purity nitrogen at the position which is 50 to 100mm lower than the liquid level of the heat preservation furnace; covering the firing charcoal after boiling and degassing, covering a furnace cover, performing draw casting operation, drawing a draw casting machine for draw casting bythe upcast method, cooling in a graphite crystallizer by the upcast method to obtain a qualified high-purity oxygen-free copper rod blank, and winding on a drawn cast ingot passive winding machine; and performing multi-pass rolling and fine-drawing on the high-purity oxygen-free high-brightness copper rod blank by an eight-rack rod cold rolling mill, and drawing the blank until the copper rod is obtained by a wire drawing machine, namely obtaining a finished product after the copper rod passes the inspection.

The invention provides an electronic paste based on low-melting-point metal micro-nano powders. The electronic paste is composed of low-melting-point metal micro-nano powders, a binder, a solvent and an auxiliary agent. The mass proportion of the low-melting-point metal micro-nano powders in the electronic paste is 45 to 90%. The melting point of low-melting-point metal is -78 to 232 degree centigrade. The electronic paste is suitable for traditional printing methods such as silk screen printing and can be widely used in printing electronic industry, such as front and back electrodes of solar panels, RFID tags, cell phone antennas, non-contact IC card antenna lines, and the like. The electronic paste has the advantages of high printing precision, low sintering temperature, no diffusion after sintering, low breaking rate, small contact resistance and low cost.

The invention relates to a production technology of an enamelled wire, in particular to a production technology of a compound enamelled round aluminium wire with high heat resistance. Compared with the prior art, aluminum conductor surface is sprayed with 142 solvent before being painted with primer and finish paint except being washed with water to rewash residual aluminum powder, carbon depositor oil stain on the aluminum conductor surface, thus ensuring the cleanliness of the aluminum conductor surface; after annealing, the aluminum conductor is directly discharged into air by a big idlerpulley for naturally cooling without being cooled by cooling water and dried by a drying air duct, which prevents the tiny porcelain eye of the drying air duct from scraping the aluminum conductor surface, ensures the fineness of the aluminum conductor surface, improves paint film adhesiveness after coating, improves thermal shock, cut-through resistance and wire diameter uniformity and greatly lowers wire disconnection ratio in the production process; in addition, the invention lowers painting times, increases yield of unit time, effectively improves production efficiency and lowers production cost.

The invention belongs to the food field, and especially relates to a rice noodle containing Chinese yam, and a preparation method thereof. The rice noodle containing Chinese yam is characterized in that the raw materials of the rice noodle containing Chinese yam comprise 10-40 parts by weight of Chinese yam powder, 5-10 parts by weight of edible starch, 40-80 parts by weight of rice flour, and 5-10 parts by weight of a fruit and vegetable pulp. The preparation method of the rice noodle containing Chinese yam is characterized in that the method comprises the steps of peeling Chinese yam, protecting the color, drying, crushing to obtain the Chinese yam powder, immersing rice, milling to obtain the rice flour, adding the Chinese yam powder, the edible starch and the fruit and vegetable pulp, adding water, stirring, carrying out self-maturating extrusion, ageing, cutting, molding, drying, and packaging to obtain the rice noodle containing Chinese yam. In the invention, the food resource is widened, and the food has a shift in the nutrition level direction from an original simple meal energy providing effect.

The invention discloses an array substrate as well as a manufacture method and display device thereof, belonging to the field of display technology. The array substrate comprises a substrate; the display area of the substrate is internally provided with a TFT (thin film transistor), the lead area of the substrate is internally provided with a through hole, and the through hole is internally provided with an organic filler; the lead area of the substrate is further internally provided with a connecting line, the connecting line is electrically connected with the TFT, and the materials for preparing the connecting line comprise a flexible conducting material. As the materials for preparing the connecting line comprise the flexible conducting material, the flexible conducing material has electrical conductivity and is difficult to fracture, therefore, when the lead area is bent, the probability that the connecting line is broken in the lead area is lowered, and the yield of display devices is effectively improved.

An incoming call radio distributing apparatus provided in a communication system to distribute incoming calls to radio stations, which has a receiving station selecting unit selecting an available operator radio station for an incoming call among a plurality of operator radio stations for responding to incoming calls on the basis of states of communication of the plural operator radio stations, and an incoming call distributing unit preferentially connecting the incoming call to an operator radio station selected by the selecting unit. It is thereby possible to configure a mobile call center employing a mobile station as an operator station, provide station communications where calls are difficult to be disconnected, and high communication quality, a wide transmission band are available, and realize operator work not bound to a specific place.

The invention discloses a loom let off device of a double neilsbed tricot machine which includes a plurality of pan head supporting seats fixed connected with transverse two sides of the double neilsbed tricot machine body, a plurality of warp beams connected with the pan head supporting seat and parallel each other, a yarn tension adjusting mechanism fixed connected with the machine body and a yarn ring mechanism, a plurality of pan heads are sleeved on the warp beam, a yarn dividing and guiding mechanism is set on corresponding each pan head respectively that fixed connects with the machine body and is composed of a yarn guiding roll seat set on transverse two sides of the machine body, at least one yarn guiding roll among the yarn guiding roll seats and at least one group yarn dividing needle composed of some yarn dividing needle fixed set on upper part or down part of the yarn guiding roll along the axis line direction. The double neilsbed tricot machine not only acts on tension action to yarn output from the pan head, but also easily finds yarn rupture and connects once more when partly yarn rupture, accordingly, the fabric quality can be ensured, productive efficiency is increased and the machine has better commercial prospect.

The invention relates to a processing technology of an electromagnetic wire, in particular to a production process of an ultra-micro enameled copper round wire. The production process comprises a wire drawing procedure, an insulating layer coating procedure and an enameling procedure; in the wire drawing procedure, the copper wire goes through an intermediate drawing procedure, a small drawing procedure, a micro-drawing procedure and an ultra-micro drawing procedure, and an annealing technique is carried out in the micro-drawing procedure and the ultra-micro drawing procedure. The invention mainly provides the production process of the ultra-micro enameled copper round wire which can realize that the total unannealed deformation compression ratio of the copper wire is not more than 80% before enameling to further realize less micro-cracks of the drawn copper wire, even annealing components, lower wire drawing breakage and higher tensile strength of the ultra-micro fine wire. The process helps solve the technical problems of high breakage and low tensile strength of the enameled copper round wire in the prior art.

The invention discloses a flexible electronic device and a manufacturing method thereof, and a flexible display device, and belongs to the technical field of semiconductors. The flexible electronic device comprises a flexible substrate, wherein the flexible substrate is provided with a plurality of functional element regions arranged at intervals; each functional element region is internally provided with at least one TFT and a rigid protective layer for coating the exterior of the at least one TFT; a plurality of flexible wires are further arranged on the flexible substrate; the TFT in each functional element region is connected with the TFT in the other functional element region through at least one flexible wire, wherein the thickness of the central area of the rigid protective layer arranged in each functional element region is larger than the thickness of the edge area. The thickness of the edge region of the rigid protective layer in the flexible electronic device is small, so that the probability of breakage at the position where the flexible wire is in contact with the outer surface of the rigid protective layer is effectively lowered.

The invention provides a liquid mouth distance positioning device and method, and a single crystal furnace. The liquid mouth distance positioning device is arranged in the single crystal furnace, whena light beam emitted by a transmitter is reflected by a reflector and overlapped with a positioning hole, a counter weight is positioned to an initial position, and controlled to fall down a preset distance so as to make the counter weight reach a target position, a position of a crucible is adjusted so as to make the liquid level of a silicon solution be in contact with the lower edge of a positioning piece, and the distance between the liquid level of the silicon solution and the lower edge of a heat shield is a preset liquid mouth distance in this moment so as to achieve the purpose of positioning the liquid mouth distance. According to the liquid mouth distance positioning device, by controlling the falling distance of the counter weight, the liquid mouth distance is determined, position accuracy of the liquid mouth distance is high, and probability of crystal line disconnection in the process of crystal drawing is reduced.

The invention provides a diamond-wire slicing method for sapphire sheets. A sapphire crystal is stuck on the workpiece surface with the C-axis or M-axis center line as the bottom face, and the cut plane is the A-plane; cutting the sapphire crystal with the diamond wire to obtain sapphire sheets, wherein the diamond wire diameter is 0.25mm, and the diamond particle size is 30 microns to 40 microns, the wire tension is 35N, the wire speed is 12m/s, the workpiece feeding speed is 0.25 mm/min, and the cutting liquid flow is 350 ml/s. The diamond-wire slicing method is used for mobile phone panels, certain adhesive is required to stick crystal bars on a workpiece clamp capable of being fixed on a slicer according to the specific crystal orientation, the high rotation speed of a wire roller is used for driving the diamond wire to perform high-speed moving cutting from specific lattice planes.

The invention discloses a high-efficiency production method of a safety braid. The high-efficiency production method comprises the following steps: (1) receiving and inspecting raw materials; (2) pre-treating the raw materials; (3) stabilizing yarns; (4) threading the yarns; (5) changing the yarns, and braiding; (6) preparing a dyeing solution; (7) carrying out dyeing pretreatment; (8) carrying out dyeing and color fixation; (9) carrying out dyeing after-treatment; (10) detecting a finished product braid; (11) cutting the braid; and (12) packaging the braid, and warehousing the packaged braid. The high-efficiency production method has beneficial effects that the operability is high, the yarn stabilizing efficiency is high, the yarn stabilizing effect is good, the accuracy and the intelligence in positioning are realized, the orderliness in processing and production is realized, the fault rate of machines is reduced, the dyeing effect is improved, the relatively high dyeing degree and the relatively attractive appearance are guaranteed, and the service life of the safety braid is prolonged.

The invention discloses multiwire cutting equipment and a wire mesh tension control mechanism for the same. The multiwire cutting equipment comprises a base, a cutting assembly, a first tensioning mechanism and a second tensioning mechanism; the cutting assembly comprises a first cutting roller , a second cutting roller and a third cutting roller which are arranged to be shaped like a triangle; the first tensioning mechanism comprises a first winding drum, a first rotating motor and a first adjusting assembly provided with a first tension transition wheel; the second tensioning mechanism comprises a second winding drum, a second rotating motor and a second adjusting assembly provided with a second tension transition wheel. A cutting wire starts from the first winding drum and is wound around the first adjusting assembly, the first cutting roller, the second cutting roller, the third cutting roller and the second adjusting assembly and then wound on the second winding drum; when cutting is conducted, the first winding drum is matched with the first tension transition wheel, so that it is guaranteed that the cutting wire is in a tension balance state; the second winding drum is matched with the second tension transition wheel, so that it is guaranteed that the cutting wire is in the tension balance state.

The invention discloses a wire arranging and collecting device in a wire drawing machine, which can reduce the resistance to wires in the process of arranging and collecting the wires. The wire arranging and collecting device comprises a rotary shaft and a machine frame; a wire passing wheel and a wire collecting motor are arranged on the machine frame, wherein the wire passing wheel is positionedabove the rotary shaft; a wire arranging motor is also arranged on the machine frame; an output shaft of the wire arranging motor is connected with a ball feed screw which is movably arranged on themachine frame; a slide block is arranged on the ball feed screw, and is fixed with a mounting seat which is arranged on the machine frame in a sliding mode; the rotary shaft is movably arranged on themounting seat; and the output shaft of the wire collecting motor is connected with the rotary shaft through a transmission gear. The wire arranging and collecting device adopts a shaft driving type wire collecting and arranging mode, namely, the shaft (the rotary shaft) is moved, while the wires are not moved, so the resistance to the wires in the process of arranging and collecting the wires canbe greatly reduced, the possibility of breaking the wires is greatly lowered, and the application range of the wire drawing machine is extended.

The invention provides a broken stitch detection mechanism of a sewing machine. A stitch clamping screw of an existing stitch trapper of a sewing machine body is sleeved with a stitch take-up spring. The stitch take-up spring is sleeved with an insulation cylinder base. A stitch take-up hook of the stitch take-up spring stretches out from a stretching window in the insulation cylinder base through a section of a stretching arm; under the effect of pre-tensioning twisting force of the stitch take-up spring, the stretching arm makes elastic contact with a first detection piece in the stretching window, and the insulation cylinder base is further provided with a second detection piece electrically connected with the stitch take-up spring; when a stitch exists on the stitch take-up hook of the stitch take-up spring, and the stitch take-up hook is pulled so that the stretching arm can deflect to be disconnected with the first detection piece; when the stitch is broken, the stretching arm recovers to make contact with the first detection piece under the effect of the stitch take-up spring. Accordingly, according to the broken stitch detection mechanism of the sewing machine, the stitch take-up spring on the existing stitch trapper of the sewing machine is used for generating broken stitch detection signals, tension of the stitch will not be increased, the broken stitch probability is reduced, and the sewing working fault rate is lowered.

An active device array substrate has at least one patterned conductive layer. The patterned conductive layer includes a copper layer. A cross-section of the copper layer which is parallel to a normal line direction of the copper layer includes a first trapezoid and a second trapezoid stacked on the first trapezoid. A base angle of the first trapezoid and a base angle of the second trapezoid are acute angles, and a difference between the base angle of the first trapezoid and the base angle of the second trapezoid is from about 5° to about 30°.

The invention discloses a cutting device suitable for adjustment of a diamond wire mesh and a cutting method, and belongs to the field of photovoltaic products. According to the cutting device, the cutting wire mesh is arranged between two wire guiding wheels, a plurality of crystal rods are fixedly mounted on a crystal holder, edge cutting gaps are formed in the first end and the tail end, at thewire guiding wheels, of the cutting wire mesh correspondingly, the two edge cutting gaps correspond to the edge of the left side of the crystal rod located on the left side, and the edge of the rightside of the crystal rod located on the right side correspondingly, and a first diamond wire at the wire inlet end and a first diamond wire at the wire outlet end of the cutting wire mesh are arrangedwith the corresponding crystal rods in a staggered mode. The method comprises the steps that the crystal holder moves downwards, thus all the crystal rods descend at the speed of 2.0-2.2 mm/min, allthe crystal rods start to be cut after making contact with the cutting wire mesh, and the first crystal rod, the second crystal rod and the third crystal rod are cut simultaneously through the cuttingwire mesh. The first wire at the wire inlet end and the first wire at the wire outlet end of the cutting wire mesh can be prevented from being broken; and by adjusting the length of the cutting gaps,the crystal rods of different lengths can be quickly switched to be cut.

The invention provides a double-silicon-rod diamond wire squaring machine comprising a lathe bed extending in the left-right direction. Single-silicon-rod cutting systems are symmetrically arranged onthe left side and the right side of the lathe bed. A feed system and a discharge system are arranged on the front side of the middle portion of the lathe bed. A crystal line detection system used fordetecting silicon rod crystal lines is arranged on the rear side of the middle portion of the lathe bed. A cross slide table system is arranged on the middle portion of the lathe bed and comprises alower slide table system extending in the front-back direction and an upper slide table system extending in the left-right direction. A silicon rod grabbing mechanical hand system used for grabbing silicon rods is installed on the upper slide table system. Two squaring machines share one crystal line detection device and one silicon rod grabbing mechanical hand system, and meanwhile cutting nets of the two squaring machines do not influence each other.