34results about How to "Consistent shape and size" patented technology

This invention relates to one kind of humic acid coal briquette the production method, after raw coal froth screening, smashing, is ready to be used; Joins the right amount clear water in the system fluid pot, pours into including the humic acid 45-55% lignite and the density is 96% fever alkali, passes over the steam to carry on the elevation of temperature, the vapor temperature for 100-105degree C, elevates temperature for 1-1.5 hours, the full agitation, causes the acid, the alkali to carry on and the response, forms the humic acid sodium solution; After will crush qualified the original dust coal after the leather belt input mixer, simultaneously even puts in the humic acid sodium solution the mixer and the original dust coal agitation is even, its area south of Yellow River dust coal and the humic acid sodium solution load ratio for 100:4, then the pile of bubbles 16-20 hours, causes the coal and the fluid infiltrates Run to adsorb fully; After piles the bubbles the Chalmette coal sends in the geosyncline, after the leather belt input powder lot machine, the elevator, the re-entry presses the ball machine, presses out fresh ball after class screen-out froth, by leather belt input helix, further after the froth lives the ball to distribute evenly in the coal spherical tank, carries on 15-18 hour elevation of temperature air seasoning to the wet bulb, after the coal briquette air seasoning, or gives the gas-producing fever after the coal briquette tank bottom department by the leather belt input coal briquette warehouse storage to use directly.

The invention discloses waste sand disposal equipment. The waste sand disposal equipment comprises a base, a first tank body, a second tank body, a first fixing rod, a second fixing rod, an O-shaped rack, a programmable logic controller (PLC) and a plurality of motors. The waste sand disposal equipment is simple in design structure and convenient to use, the PLC controls the motors to rotate forwards or reversely so that a fixing plate and a collision plate in the second tank body can collide continuously, blocky substances in waste sand are crushed, and it can be ensured that the recycled waste sand is basically coincident in shape and size; besides, upper toothed plates are additionally installed on the fixing plate and the collision plate in the second tank body, so that the waste sanddisposal effect is further ensured; and by using a half gear and a vibrator, dust in the waste sand is continuously screened out through an arc screen, accordingly, high-quality recycling is ensured,and the recycling efficiency is improved.

The invention relates to a method and a system for spread cooling and stacking during brewing. The method comprises: spreading, spread cooling, koji adding, and stacking. The system comprises a fermented mash spread-cooling component arranged on a spread-cooling truss and a stacking component arranged on a stacking truss, wherein the spread-cooling truss and the stacking truss slide along a trackunder the action of external force, and one end of the track is provided with a lees transfer box. According to the present invention, with the method and the system, the mechanical flipping spreadingand koji adding can be achieved so as to substantially reduce the labor intensity and improve the quality stability of the brewed liquor.

The invention relates to the technical field of fertilizer fermentation, and discloses an organic fertilizer blending and fermentation device, which comprises a first driving machine. A driving shaftbelow the first driving machine is movably connected with a rotating shaft through a spline, and the rotating shaft passes though a blending kettle and is fixed to stirring blades. A valve is fixedlymounted on the blending kettle. A spraying pipe is movably connected below the valve and the lower part of the spraying pipe is movably connected to spraying nozzles. Stirrers are fixedly mounted at the left upper part of the blending kettle, a temperature controller is fixedly mounted at the right lower part of the blending kettle, and a heat dissipater is fixedly mounted at the left side in theblending kettle. The left side of the heat dissipater is movably connected to the right side of the heater through a pipe, and the left side of the heater is movably connected to a blower. Through thefine stirrer and the coarse stirrer, the device achieves spraying while stirring, blowing by the blower and heating by the heater, and achieves material shape and size uniformity, uniform mixing of astarter and materials, and uniform heating.

A planting method capable of shaping organic carrot ginseng is characterized in that four matched schemes including design of a shaping mould, preparation of nutrient organic fertilizer, preparation of nutrient fluid, and organic planting method, are adopted to perform the whole planting process of shaping carrot ginseng. Therefore, the produced organic carrot ginseng products have a sweet taste, are shaped like ginseng, are uniform in size, and contain high carroty; and the functional substances like quercetin and nucleogelase in the organic carrot ginseng are more than 4 times of those in ordinary carrots, and the overall nutrient value is remarkably improved.

The invention discloses a medical dressing cutting device which comprises a working platform. A supporting block is arranged on each of two sides of the front end of the working platform, two ends of a rodless air cylinder communicated with an air source are arranged in grooves of the supporting blocks in a clamped manner respectively to arrange the rodless air cylinder on the working platform in a suspended manner, a high-frequency vibrating knife communicated with the air source is connected with a guide block on the rodless air cylinder through a clamp to vertically arrange the high-frequency vibrating knife on the rodless air cylinder, the guide block can be driven by the rodless air cylinder to drive the high-frequency vibrating knife to slide along a cylinder body of the rodless air cylinder, a groove allowing the high-frequency vibrating knife to pass is formed in the working platform, and the air source is connected with a control device. The medical dressing cutting device has the advantages of simple structure, convenience in operation, orderliness in cut and freeness of generating burrs.

The invention relates to manufacturing equipment, in particular to pressing type egg tart manufacturing equipment. According to the pressing type egg tart manufacturing equipment, dough can be automatically cut, extruded and formed, and manufactured egg tarts are consistent in size. The pressing type egg tart manufacturing equipment provided by the invention comprises: a bottom plate and a gear motor, wherein the gear motor is arranged on the upper portion of one side of the bottom plate; a feeding mechanism which is arranged between the middle of the top of the bottom plate and an output shaft of the gear motor; supporting columns which are arranged on the three sides of the top of the bottom plate; a top plate which is arranged among the tops of the supporting columns; a first discharging mechanism which is arranged between one side of the top of the top plate and the feeding mechanism; and an extrusion mechanism which is arranged between one side of the top of the top plate and thefeeding mechanism. Through cooperation of the feeding mechanism, the first discharging mechanism and the extrusion mechanism, dough can be automatically discharged and cut, the dough is automaticallyextruded to form egg tarts, and the working efficiency of people is improved.

The invention discloses a dry paint mist filter, which comprises an exhaust tube, a suction duct, a centrifugal fan and a filtering device. Round holes and small holes are arranged on both sides of the bottom of the exhaust tube. The suction duct Connect with the angle steel flange of the exhaust tube through the round hole one, the centrifugal fan is softly connected with the exhaust tube through the small hole, the top of the filter device is provided with the round hole two, and the suction pipe is connected with the filter device through the round hole two Angle steel flange connection, an activated carbon adsorption layer is provided on the top of the filter device, a turbulent ball filter layer is provided below the activated carbon adsorption layer, a square hole is provided on one side of the filter device, and multi-layer folded holes are inlaid on the square hole. type filter, and the bottom of the centrifugal fan is provided with a shock-absorbing pedestal and a shock absorber. The invention has a simple structure and can effectively filter the environmental protection paint mist.

The invention provides a picture frame which comprises a back plate and a transparent face plate. The picture frame is characterized in that a clamping plate is arranged between the back plate and the transparent face plate, a hollowed picture cavity where a picture is arranged is formed in the middle of the clamping plate, a frame portion of the clamping plate is arranged at the periphery of the picture cavity, and the transparent face plate, the back plate and the clamping plate are detachably and fixed connected through at least three groups of connecting fixing parts. All components of the picture frame can be manufactured in batch. A cross-stitch picture or diamond picture DIY fan can directly buy the picture frame to mount a picture, a complex process for mounting the picture through a picture mounting factory and the higher picture mounting cost are eliminated, and furthermore, the DIY fan can replace the picture in the picture frame at any time to improve DIY enjoyment.

The invention belongs to the technical field of large plant modeling tree cultivation, and particularly relates to a method for manufacturing and cultivating large plant modeling trees. The method comprises the following steps of (1) seedling raising, (2) modelling manufacturing, (3) field transplanting, (4) modelling maintenance and (5) forming. The various large plant modeling trees can be manufactured, forming is fast, the modeling sizes are consistent, large-scale copying production can be achieved, assembly line work is carried out, binding is carried out according to a mold shape duringprocessing production, operation can be carried out by general workers, for example, the plurality of modeling trees which are manufactured by binding through models and have the modellings with the diameter at breast height of 70 cm are fast and attractive in forming in four to five years, and the working efficiency and the ornamental value are greatly improved.

The invention discloses a preparation method of an ultra-low magnetic conductivity atomized Fe-Si-Al magnetic powder core, and relates to the technical field of metal soft magnetic materials. The problem that an oxide layer on the surface of the Fe-Si-Al powder is prone to falling off from the surface of the Fe-Si-Al powder in the subsequent processing link is solved. The method specifically comprises three steps of gas atomization powder preparation, passivation treatment and magnetic powder core preparation, and the gas atomization powder preparation comprises the following steps that pure iron blocks, silicon iron blocks and aluminum particles are poured into a vacuum high-frequency induction furnace to be smelted, and the silicon iron blocks account for 10-11.5%; a proper amount of chromic acid is added into the mixed acid liquor formed by mixing phosphoric acid, boric acid, hydrochloric acid and water, the passivation effect of the mixed acid liquor on the surface of the Fe-Si-Al powder can be effectively improved, meanwhile, lead or chromium contained in the Fe-Si-Al powder is matched, the covering uniformity of an oxidation film on the surface of the Fe-Si-Al powder can be improved, and the service life of the Fe-Si-Al powder is prolonged. And an oxidation film on the surface of the Fe-Si-Al powder is prevented from easily falling off in subsequent processing.

The present invention provides a konjac refining machine and relates to the technical field of food processing. The konjac refining machine at least comprises a first screw propeller and a second screw propeller arranged on a machine frame and communicating with each other; a first material inlet is arranged on the first screw propeller; a second material outlet is arranged on the second screw propeller; and a first stirring shaft of the first screw propeller and a second stirring shaft of the second screw propeller are both provided with spiral impellers. The konjac refining machine can achieve secondary impelling, thus enables a konjac raw material to be blended more delicately and also have sufficient toughness and elasticity, refines spirally impelled viscous paste konjac and relies onfriction between the stirring shafts and the refining machine to realize the non-heat-source self-cooking of the konjac and high in production efficiency; and the processed cooked instant food reaches quality requirements of consistent shapes and sizes, uniform tube shape and delicious seasoning.

The invention relates to a punching and forming device, in particular to a manual steaming pad punching and forming device. The manual steaming pad punching and forming device has functions of automatically blanking, pushing, punching, forming and discharging circular aluminum plates. The manual steaming pad punching and forming device comprises a worktable, a blanking table, first rotating shafts, rotating cylinders, conveying belts and pushing blocks, wherein the blanking table used for placing circular aluminum plates is arranged on one side of the top of the worktable;the first rotating shafts are symmetrically and rotationally arranged at the upper parts of the two sides of the interior of the worktable;the rotating cylinders are arranged on the first rotating shafts;the conveying belts are arranged on two sides of a part between the rotating cylinders; and the pushing blocks are uniformly arranged on each conveying belt. Through cooperation of a transmission device and a stampingdevice, the circular aluminum plates can be automatically blanked, punched, formed and discharged; the manufactured steaming pads are consistent in shape and size; and the working efficiency of people is improved.

The invention provides a shackle ball-heading blank-making technology with repeated forming and realizing production automation. According to the technical scheme, the ball-heading blank-making machine of a shackle comprises a machine frame main body, an automatic feeding mechanism, a die fixing mechanism, a forming die set, a lifting mechanism, an automatic discharging mechanism and a control panel, the forming die set comprises a primary forming die and a secondary forming die, and the forming die set is arranged on the die fixing mechanism. The process steps are designed in a unique manner,so that automatic production is realized, meanwhile, the occupied area and the reference of equipment are optimized, the production cost is reduced, the die forming speed is increased, and the loss of raw materials is reduced; and in addition, secondary forming can make up a part of defects of the primary forming, so that the rate of finished products is improved.

The invention discloses an isolated type onion intelligent planting equipment. The equipment comprises a ground-contact plate laid on the ground and a movable collection box; air holes outside a shell are used for ventilation, water vapor in soil at the bottom of the ground-contact plate can also enter the shell through the air holes, and an absorbent cotton layer prevents external soil from entering the shell; and when onion seedlings are planted in holes in the surface of the ground-contact plate, the roots of the onion seedlings grow in the shell and are taken out when growing to the maximum size; when a collecting box slides, the roots of the onion seedlings can be separated from stems above the onion seedlings through cutters on the surface of the collecting box, the stems of the onion seedlings are collected in the collecting box, and the roots of the onion seedlings are collected in the shell. According to the isolated type onion intelligent planting equipment, the roots of the onion seedlings are contained, so that the onion seedlings grow directionally, the shapes and the sizes are consistent, classification is convenient, the roots of the onion seedlings are isolated from soil in the growth process, the cleanliness is high, and the stems of the onion seedlings are harvested and collected at a time.

The invention discloses a positioning method for unilateral auricle reconstruction, the positioning method comprises the following steps: taking the axis of a human face as a calibration axis, transversely straightening by using silk threads respectively by taking the upper edge of an uninjured auricle of a patient as a starting point, and enabling the silk threads to be vertical to the calibration axis; pulling the other end of the silk thread to the reconstructed auricle side of the patient, and drawing lines at the positions, equal in length, of the silk thread on the two sides of the calibration axis to serve as a reconstructed auricle upper edge line, a reconstructed auricle earlobe lower edge line, a reconstructed tragus middle point and a reconstructed auricle earlobe lowest point; connecting the middle point of the reconstructed tragus with the lowest point of the reconstructed auricle earlobe by using the silk thread, drawing the line along the silk thread to connect the middle point of the reconstructed tragus with the lowest point of the reconstructed auricle earlobe to obtain a connecting line, and determining the range of the reconstructed auricle according to the connecting line, the lower edge line of the reconstructed auricle earlobe and the upper edge line of the reconstructed auricle, meanwhile, determining the inclination angle of the reconstructed auricle according to the principle that the long axis of the reconstructed auricle is parallel to the central axis of the nose back part. Positioning is convenient, and precision is high.