30results about How to "Stable drawing" patented technology

The invention discloses a method for preparing a platy or lump processed cheese, comprising steps as follows: (1) shearing and mixing materials which contain natural cheese, butter oil, emulsifying salt and water; (2) heating under the shearing condition; (3) shearing emulsification; (4) forming the platy or lump cheese and then cooling. The method is characterized in that: both the shearing condition in step (2) and shearing emulsification in step (3) use a cutter with a blade thickness of 2-10mm, at a shearing rotating speed of 200-800rpm; in step (2), the materials are heated to 70-80 DEG C; and in step (3), the temperature for shearing emulsification ranges from 70 to 80 DEG C. The invention also discloses a platy or lump processed cheese prepared by the method. The invention improves the prior technique for preparing processed cheese by using low shearing condition to overcome the defect that the prior processed cheese has no stringiness, and provides a platy or lump processed cheese with stringiness, favorable mouth feel and texture and long guarantee period without browning reaction.

An apparatus for ejecting liquid droplet includes a suction table for setting a rolled work having a plurality of drawing area arranged in the longitudinal direction by suction, a delivering apparatus for introducing the work into the suction table in a sagged state, a drawing apparatus having functional liquid droplet ejection heads for drawing patterns on respective drawing areas on the work set by suction while relatively moving the functional liquid droplet ejection heads, a winding apparatus for winding the work with the pattern drawn thereon in the sagged state, and a flushing unit having a flushing box for receiving ejection from the functional liquid droplet ejection head so as to be located in at least one of the sagged portions of the work.

In the process of drawing/heat treating synthetic fiber thread melted and spun via a plurality of godet rollers and subsequently winding the same, accumulation of extraneous matter on the surface of the godet rollers may be prevented by performing multistage drawing/heat treatment while reciprocating the thread in the direction of the axis of rotation of the godet roller using the godet rollers at least two of which have surfaces having the roughness of 0.5<=Ra<=5 and one of which has a surface at a temperature of at least (melting point of synthetic fiber-70° C.), whereby occurrence of thread breakage or generation of fuzz may be prevented and synthetic fiber whereof the rate of operation can be increased and efficiency of manufacture is improved may be obtained.

The invention provides basalt fibers applied to an epoxy prepreg and a production method of the basalt fibers, and belongs to the technical field of fiber production. The production method comprises the following steps: A, pretreatment: grinding basalt ores into basalt ore powder for standby application, and during feeding of a furnace stage, adding a certain quantity of the basalt ore powder at regular intervals, so that the basalt ore powder added per hour corresponds to a flow of a leakage plate; B, wire drawing: setting the flow of the leakage plate to correspond to yield of the furnace stage to obtain the basalt fibers; C, immersion: immersing the basalt fibers obtained in the step B with an immersion agent; D, yarn drying: adopting a temperature curve to bake the immersed basalt fibers to enable the immersion agent to be adhered to the surfaces of the basalt fibers thoroughly; and E, winding: enabling a plurality of basalt fibers to be stranded. The basalt fibers provided by theinvention can be rapidly combined with epoxy resin, and also have good wire drawing performance, winding performance, weaving performance and stable linear density.

The invention relates to a shredded squid drawing machine which comprises a base, wherein a feeding hole is formed in one end of the base and is connected with a transmission mechanism; a drawing mechanism is arranged on the base; the drawing mechanism comprises first brackets which are oppositely arranged on the base; a first rotating shaft capable of rotating to the direction of the transmission mechanism is arranged between the first brackets; a rotating disc is arranged on the first rotating shaft; a cutter chassis is annularly arranged on the rotating disc at intervals; a drawing knife is arranged on the cutter chassis; the outlet end of the transmission mechanism is close to the cutter point of the drawing knife; and a discharging hole is formed in one end, which is far away from the feeding hole, of the base. The drawing mechanism is composed of the drawing knife and the cutter chassis, the drawing length is increased, the drawing process is stable, and the shredded squid is difficult to break; the squid does not need to be pre-pressed by a roller with teeth, and is rolled by a compression roller of a polish rod, so that organ-shaped break marks are formed on the squid body according to squid lines, and the shredded squid is difficult to break; the drawing width is not limited by the tooth width of the roller; and the rod speed is controlled by an adjustable-speed motor, and the transmission speed can be adjusted according to needs.

Ball grinding mill bearing bush lubricating oil and a manufacturing method thereof solve the problem that a ball grinding mill bearing bush is poor in lubrication in the severe environment. The ball grinding mill bearing bush lubricating oil is formed by using synthetic oil as base oil and refining multiple added efficient composite additives, has the advantages of being abrasion-resisting, high-temperature-resisting, oxidation-resisting, firm in formed film and the like, and can repair wire drawing and reduce abrasion and bearing bush temperature at fastest speed. The work efficiency and the product quality are improved obviously, the repair and maintenance costs are reduced, the service life of a device is prolonged, and energy consumption is reduced greatly. The ball grinding mill bearing bush lubricating oil is composed of, by mass, mineral lubricating oil 49%-69%, polyester synthetic oil 20%-40%, thickening agent 0.05%-0.15%, organic molybdenum composite additive 2.5%-4.5%, T306 additive 1%-3%, T202 antioxygen 0.4%-0.6%, T551 metal deactivator 0.7%-0.9% and T704 antirust additive 0.6%-0.8%, wherein the summation of the components is a hundred percent.

The invention discloses a wire drawing device and method for reducing surface defects of an optical fiber. The wire drawing device comprises a wire drawing mechanism, the wire drawing mechanism comprises a clamping jaw and a mechanical arm capable of moving up and down, one end of the mechanical arm is connected with the clamping jaw, and the clamping jaw is used for clamping the optical fiber fortraction drawing. The drawing method comprises the following steps: (1) melting, drawing and drooping an optical fiber preform in an optical fiber drawing furnace to obtain an optical fiber filament,and clamping the optical fiber filament by a mechanical clamping jaw; (2) moving the displacement slide block, and moving the mechanical arm up and down to draw the optical fiber filament; and (3) carrying out fixed-length cutting on the dragged optical fiber through a cutter. The clamping jaws are in point contact with the optical fiber for traction and drawing, so that the drawing process of the optical fiber is more stable, surface contact and skin layer damage of the optical fiber in the drawing process are reduced, and the drawing surface quality of the optical fiber and the stability ofthe fiber diameter are improved.

The invention discloses a cloud real-time rendering optimization algorithm based on spherical UV and re-projection, 3-D noise texture is used to compute cloud shape and generate 3-D cloud texture, thewhole sky hemisphere is parameterized by spherical UV, dividing the spherical UV space into small blocks of 4x4 pixels, In each frame, only one pixel cloud is drawn in the corresponding direction foreach small block, the whole spherical UV map is reserved after every 16 frames, and the two recently generated complete spherical UV maps are re-projected onto the viewing area according to the current camera angle of view and interpolated, so as to obtain the final rendering result. The invention solves the problem that the noise point occurs when the angle of view or the cloud layer changes rapidly.

The invention provides a radio monitoring data real-time push and dynamic graph drawing method. According to the radio monitoring data real-time push method, a radio monitoring device transmits real-time monitoring data obtained through monitoring to a Node.js server, wherein websocket connection is pre-established between the Node.js server and a browser; the Node.js server receives the monitoring data transmitted by the radio monitoring device in real time and pushes the monitoring data to a browser through the websocket connection; and the browser receives the monitoring data pushed by the Node.js server in real time and draws a radio monitoring data real-time dynamic graph through utilization of the received monitoring data. The methods are applicable to a Web application system, and the method can be used for carrying out radio monitoring data real-time push and dynamic graph drawing at a client only depending on an operation environment of the browser, without installing any plug-in.

The invention discloses a video jitter removal method based on a fusion motion model, and the method comprises the following steps: (1) calculating an optical flow between adjacent frames of a video,extracting feature points, and calculating a matching result; (2) performing three-dimensional reconstruction according to the matching result of the feature points, and recovering the three-dimensional camera pose of the camera and the three-dimensional point cloud of the scene; (3) establishing a grid-based two-dimensional motion model by the optical flow, and describing a deformation relationship between the two frames; (4) smoothing the motion estimation of the three-dimensional motion model, and solving the motion compensation of the grid model; (5) smoothly calculating a motion track based on the grid model, and solving motion compensation; And (6) drawing a stable image frame according to the obtained motion compensation. According to the method, the three-dimensional motion model and the two-dimensional motion model are fused, the visual effect and robustness of the video jitter removal algorithm are improved, the motion track is smoothed by using an optimization method, motioncompensation is solved, the video content is stabilized, and the watching experience is optimized.

The invention discloses a brush printing film making device and a nano film printing method based on the same. The brush printing film making device includes a brush device. The brush device includesan outer liquid supply pipe (1), a fastening pipe (2) and an inner liquid supply pipe (3). Several protruding pen hair (5) is fixedly arranged on the inner wall of the inner liquid supply pipe (3). The several protruding pen hair (5) is divided into two parts. Each part is arranged on each of the opposite inner walls of the inner liquid supply pipe (3), and the tip ends of the two protruding pen hair parts intersect and converge. A loop of liquid storage hair (4) is fixedly arranged on the outer wall of the inner liquid supply pipe (3) and around the inner liquid supply pipe. The outer liquidsupply pipe (1) sleeves the liquid storage hair (4). The fastening pipe (2) sleeves the outer liquid supply pipe (1). The outer liquid supply pipe and the inner liquid supply pipe fixed with the liquid storage hair and protruding pen hair are fixed by the fastening pipe, and so the protruding pen hair and the liquid storage hair are combined to be a conical fiber brush head. An ultra-long functional nano film prepared by the invention has good repeatability.

The invention discloses an optical fiber heating furnace exhaust recovery and purification recycling system, which is characterized by comprising a recovering and purifying unit, a collecting and compressing unit, a purifying unit and a gas supply unit, wherein the recovering and purifying unit is used for recovering and purifying helium exhaust from an optical fiber heating furnace; the collecting and compressing unit is connected with the recovering and purifying unit and comprises a controller and a flexible helium balloon and a compressor connected in sequence along the flow direction of helium gas, and the controller controls the operation of the compressor according to the amount of helium in the flexible helium balloon; the purifying unit is used for purifying helium gas supplied from the collecting and compressing unit; and the gas supply unit supplies helium gas to the optical fiber heating furnace and stores helium gas from the purifying unit. The invention also discloses a recycling method of the system. The optical fiber heating furnace exhaust recovery and purification recycling system has the technical features of ensuring high purity and high recovery rate of the helium gas, and being able to operate reliably and fully automatically in an unattended manner for a long time.

The invention discloses a drawing method for simulating brush strokes, belonging to the technical field of computer graphics processing. The method comprises the following steps of collecting the coordinate point samples in real time, and storing the collected coordinate point samples into a coordinate set according to the sampling time sequence; setting a distance threshold and a sampling time difference threshold between the coordinate point samples to filter the coordinate point samples in the coordinate set; according to the distance value and sampling time difference between adjacent coordinate point samples in the coordinate set, and by combining with the Bezier curve drawing mode, realizing the stroke drawing of the curve. By screening the collected coordinate point samples, the method of the invention realizes the optimization of the drawing fluency, and ensures the stable drawing under the low delay.

The invention relates to a device for preparing a glass tube and a preparation method for the device. The device comprises a molding mechanism, an extruding mechanism and a drawing mechanism, whereinthe molding mechanism comprises an upper mold, a lower mold and a heating furnace; the upper mold is adapted to a columnar cavity of the lower mold, and a molding part is arranged in the lower mold and is used for molding the glass tube. The device further comprises a feedback link mechanism which is used for controlling the extruding mechanism and the drawing mechanism so as to achieve the feedback linkage of extruding rate and drawing rate. The preparation method comprises the steps of firstly, subjecting materials to heat treatment so as to soften the materials, then, carrying out extruding, carrying out annealing, and then, carrying out drawing, thereby obtaining the glass tube. The glass tube prepared by the method has the advantages of high dimensional precision, high roundness and good linearity and has the outer diameter variation of +/-0.05mm and the inner diameter variation of +/-0.05mm; through replacing a mold, glass tubes, glass sticks and the like of different sizes and shapes can be extruded and drawn.

The invention relates to a balance weight mechanism of a wire drawing machine, particularly used for stabilizing a wire drawing on the wire drawing machine. The balance weight mechanism comprises a balance weight block, a supporting rod and a supporting base, wherein the supporting base is fixed at one side of a cover of a turning box body by using hexagon socket cap screws, the supporting rod is inserted into the supporting base, the balance weight block is sleeved on the supporting rod, and the balance weight block is fixed on the supporting rod by using the hexagon screws. The invention has simple, reasonable and economical structure and convenient disassembling and assembling, and can effectively stabilize a turning cover and the wire drawing.

The invention discloses a cycloid teaching aid for university mathematics. The device comprises a frame body. A movable plate body is arranged on one side face of the frame body. Parallel racks are arranged on the two opposite inner side faces of the frame body. A limiting baffle is arranged at the position, close to the movable plate body, in the frame body. A disc rolling body is arranged in the frame body, and the disc rolling body is meshed with the racks. A through groove is formed in the disc rolling body, and the central axis face of the through groove passes through the central axis of the disc rolling body. Sliding rails are fixedly connected to the two sides of the through groove, and a sliding fit frame is arranged on the sliding rails. The sliding rails with scale marks are arranged on the two sides of the through groove, sliding relative to the sliding rails can be achieved through the sliding fit frame, then the position of chalk on the disc is controlled, and cycloid drawing demonstration at all positions is achieved. The sliding fit frame and the sliding rails can be fixed through fixing bolts on the two sides of the sliding fit frame, and a buffering piece arranged in an installation sleeve arranged on the bottom face of the sliding fit frame is used for clamping chalk so as to guarantee that cycloid drawing lines are clear and visible.

The invention discloses a surface treatment device for aluminum magnesium alloy die castings, and in particular relates to the technical field of surface treatment. The surface treatment device comprises a rack, a through groove is formed in the top end of the rack, and a base is welded on the edge, close to the through groove, of the rack. A cross beam is arranged at the position, close to the top end, of the inner side of the rack, and the cross beam is welded with rack. A working platform is arranged on the upper surface of the cross beam, and a wire drawing mechanism is arranged on the upper surface of the base. The wire drawing mechanism comprises a group of sliding rods transversely inserted into the base, and transverse transplanting cylinders are fixedly arranged on the outer surfaces of the sliding rods in a sleeving mode. Pressing plates are erected at the two ends in the transverse direction of the top end of the working platform, and pressing cylinders are fixedly arrangedat the two ends in the radial direction of the upper surfaces of the pressing plates through bolts. Compared with the prior art, the surface treatment device is not limited by dies and ensures that the wire drawing area is not limited, so that the wire drawing process of the aluminum magnesium alloy die castings is stable, and the wire drawing effect is ensured.

The invention discloses a line drawing and positioning integrated device for a garment decoration splicing process. The device comprises a workbench, a first limiting mechanism is arranged on the right side of the top of the workbench, and a front-back moving mechanism is arranged on the left side of the top of the workbench. Firstly, cloth is flatly laid on the top of a workbench, and the cloth is fixed through two second clamps; the situation that cloth deviates in scribing process of chalk body is avoided, and the purpose of stable scribing can be achieved. The first clamp and the chalk body can move freely at the top of the workbench through the front-back moving mechanism and the left-right moving mechanism, drawing of straight lines, curves and oblique lines can be achieved, the purpose of high automation degree can be achieved, and after scribing is completed, cloth is taken down from the top of the workbench and inserted between a positioning base and a transverse plate, the spliced position is positioned through the positioning mechanism, repositioning in the sewing process is avoided, positioning is also achieved in a mechanical mode, and the purpose of high comfort levelcan be achieved.

The invention discloses a hydrogenated butadiene-acrylonitrile rubber material for a manipulator clamping jaw of a wire drawing machine, and a preparation method thereof. The hydrogenated butadiene-acrylonitrile rubber material comprises hydrogenated butadiene-acrylonitrile rubber, butadiene rubber, carbon black, active silicon powder, short cotton fiber, bis(2-(2-butoxyethoxy)ethoxy)methane, mixed ether ester, nano active magnesium oxide, nano active zinc oxide,. an anti-aging agent, stearic acid, a rubber wear-resistant agent, alkylphenol acetylene resin, triallyl isocyanurate and 2, 5-dimethyl-2, 5-di(tert-butylperoxy)-3-acetylene. According to the invention, the hydrogenated nitrile rubber material is researched and developed, so that the surface viscosity of the material is reduced, the friction resistance and the surface scratch-proof capability are improved, the influence on the original rebound resilience is small, the process operability is obviously improved, the manufacturing process is simple, reliable and stable, and the material is suitable for a manipulator clamping jaw material for automatically drawing optical fibers. The invention also relates to a preparation method of the hydrogenated nitrile rubber.

The invention discloses a thickness-controllable roller brush for metal wire drawing and a using method of the thickness-controllable roller brush, and belongs to the technical field of metal wire drawing. Before a wire drawing procedure is carried out, a T-shaped roller can be rotated according to the thickness of required ropiness, and clamping and pressing parts of a variable-diameter steel wire and a wire adjusting frame are adjusted, so that the part, with the corresponding thickness, on the variable-diameter steel wire is rotated to the wire adjusting frame, the part is pressed by a main pressing bar and an auxiliary pressing bar to bulge, and then a metal workpiece is drawn to obtain the ropiness of required thickness on the surface of the metal workpiece. According to the thickness-controllable roller brush for metal wire drawing and the using method of the thickness-controllable roller brush, the thickness range of the processable ropiness is within the diameter change range of the variable-diameter steel wire, so that the application range of the thickness-controllable roller brush is greatly widened, and in the wire drawing process, due to the contact extrusion between the wire adjusting frame and the variable-diameter steel wire, water on the wire adjusting frame can overflow to the variable-diameter steel wire, dust generated by wire drawing is absorbed, and the influence of metal dust on workers and air is reduced.

The invention discloses a nondestructive vertical automatic wire drawing method for optical fibers. The method comprises the steps that a first electric finger and a second electric finger are respectively positioned at the top ends of respective strokes at the beginning, a first transmission sliding table accelerates downwards and starts the first electric finger to clamp an optical fiber wire atthe beginning of wire drawing, the first electric finger loosens a clamping jaw when the first transmission sliding table moves to an end point, a second transmission sliding table begins to accelerate downwards and starts the second electric finger to clamp the optical fiber wire for downward wire drawing at the same time, and the first transmission sliding table quickly moves to the top end ofa sliding guide rail at the moment; and when the second electric finger moves to the end point of a wire drawing length L, the second electric finger is loosened, the first transmission sliding tableis started to begin downward accelerated operation, the first electric finger is started to perform automatic wire drawing, and then the second transmission sliding table starts to quickly move to thetop end of the stroke to wait for repeating of the next action. Through the nondestructive automatic wire drawing method, the surface contact and skin layer damage of the optical fiber are reduced, and the drawing surface quality of the optical fiber and the stability of a wire diameter are improved.