33results about How to "Embody design thinking" patented technology

The invention relates to a portable environment-friendly purifying device, wherein a flow disturbing and pressure operation structure is designed, through rotating a water filtering pipeline (2) by arotating motor (8), and combining the limitation of a guiding bar (6) to the horizontal rotation of a disturbance plate (5), the disturbance plate (5) can move up and down along the water filtering pipeline (2), based on the downward movement of the disturbance plate (5), the pressure operation on water is realized, the water is sent to the water filtering pipeline (2) through an opening end at the bottom of the water filtering pipeline (2), and then is filtered through a specified filter element device (3) and a ultrafiltration membrane (4), meanwhile, the centrifugal movement is realized through the rotating of the water filtering pipeline (2), so that water in a centrifuging region (15) can be output through a hollow strusture and reflow to a main bottle body (1), at the same time, theup and down movement of the disturbance plate (5) can accelerate the full mixing of filtered water; for the water in the main bottle body (1), the repeated circulating between the bottle and a water filtering device is realized, and the circulating and purifying of water in the main bottle body (1) are realized.

The invention discloses a standard modularized electromechanical pipeline assembling method based on BIM. The modularized design is performed by BIM, all pipeline components in a building mechanical and electrical project are disassembled into standard modularized pipe sections, the pipeline sections with the same pipe diameters have the same moduli, and are general mutually, and the type number of the pipe sections is greatly reduced. The volume production of the pipe sections in a factory can be realized, and the customization of all the pipe sections is not required. The standard modularized pipe sections produced in batches are transported to a project site to be assembled. Compared with the prior art, the standard modularized electromechanical pipeline assembling method has the advantages that automatic cutting and welding are performed on a machine tool of a factory, and on one hand, the processing precision and quality are greatly improved, on the other hand, the production efficiency is greatly improved. By adopting a mode of production in a factory and assembling on site, the environment pollution and hidden danger of fire safety of a construction site are eliminated. Thepipe sections and pipe fitting are subjected to standard modularization, the generality of the pipe sections is enhanced, the reject ratio of pipe section is greatly reduced, meanwhile the productionefficiency of the factory is improved, and the mounting efficiency of a mounting site is improved.

The invention discloses a manufacturing method of jun porcelain artware with a shape of a horse stepping on a flying swallow, and belongs to the field of jun porcelain artware. The manufacturing method comprises the steps of: (1) model carving; (2) mold manufacturing; (3) pottery clay selection; (4) pulping; (5) grouting; (6) patching; (7) biscuit firing; (8) glazing; and (9) burning; in the step(6), a hollow blank reaching a designed thickness by grouting is taken out from a mold; the horse head, the horse tail, four horse shoes and the horse body are bonded according to design requirements;the flying swallow is single; and the surface of the blank is manually finished smoothly without defects. The manufacturing method has the characteristics of simple modeling, reduction of the manufacturing cost, increment of the yield and full embodiment of key design points.

The invention relates to a production method for a Jun porcelain handicraft product having a Chinese bottle model, and belongs to the field of Jun porcelain handicraft products. The production methodcomprises: 1, carving models; 2, making molds; 3, selecting pot clay; 4, pulping; 5, grouting; 6, patching; 7, carrying out biscuit firing; 8, glazing; and 9, firing, wherein the ball body uses a traditional coal-fired furnace transmutation glaze, and the glaze comprises 30-40% of yellow feldspar, 10-15% of a glaze agent, 4-7% of talc, 5-10% of red feldspar, 3-8% of zinc oxide, 8-12% of potassiumfeldspar, 3-5% of malachite, and 0.5-2% of tin oxide.

The invention discloses a manufacturing method of ten-finger Avalokitesvara-shaped Jun porcelain artware, and belongs to the field of Jun porcelain artware. The manufacturing method comprises the steps of (1) model carving, (2) mold manufacturing, (3) argil selection, (4) pulping, (5) grouting, (6) modeling, (7) biscuiting, (8) glazing and (9) firing; in the step (7), blanks finished in the step (6) of the ten-finger Avalokitesvara and the lotus throne are placed in a biscuiting kiln for biscuiting by 4.5-6 hours at a temperature of 970-1000 DEG C; and the fire is stopped for natural cooling by 10 hours to achieve the characteristics of maintaining the stability of the blanks and reducing the intermediate damage.

The invention relates to a mechanical compression driving shaft for a tenter setting machine. Based on the transmission structure of a roller (1), a mechanical power assisting device is introduced. Based on rotation of the roller (1) and a limiting effect of a designed stop block (2), each L-shaped rod (3) is designed to contact with the stop block (2) to rotate and perform limit during rotation with the roller (1), so that the long edges of the L-shaped rods (3) compress the edge of woven fabric, and two sides of the woven fabric are compressed; by continuous rotation of the roller (1), the woven fabric is supported and guided, conveying force is provided for the woven fabric to the greatest extent, and conveying efficiency of the woven fabric is greatly improved.

The invention relates to a production method for a Jun porcelain handicraft product having a Chinese bottle model, and belongs to the field of Jun porcelain handicraft products. The production methodcomprises: 1, carving models; 2, making molds; 3, selecting pot clay; 4, pulping; 5, grouting; 6, patching; 7, carrying out biscuit firing; 8, glazing; and 9, firing, wherein the step 4 pulping comprises: carrying out mixing crushing on the pot clay selected in the step 3 to achieve a crushed particle size of 200-300 mesh, adding water, stirring, and filtering to prepare a billet slurry.

The invention relates to a multifunctional minitype molecular motion demonstration instrument which is a sealed transparent box body, wherein a drawing partition plate is arranged in the middle of the box body so that the box body is divided into a left cavity and a right cavity which are not communicated with each other; openings at left and right sides of the box body are respectively provided with a first choke plug which plays a role in sealing, and a suspension component is arranged at the inner side of the top wall of each cavity in a length direction; and a plurality of pieces of linearly-arranged test paper are hung on each suspension component, and a chemical solution dripping hole is formed on the top wall of each cavity and is sealed through a second choke plug. A gas molecular motion experiment and a liquid particle motion experiment can be conveniently and rapidly demonstrated in the demonstration instrument, and the two experiments are not influenced by each other. The demonstration instrument has the advantages of good demonstration effect, low experiment reagent dose and excellent promotional value.

The invention relates to a production method for a Jun porcelain handicraft product having a Chinese bottle model, and belongs to the field of Jun porcelain handicraft products. The production methodcomprises: 1, carving models; 2, making molds; 3, selecting pot clay; 4, pulping; 5, grouting; 6, patching; 7, carrying out biscuit firing; 8, glazing; and 9, firing, wherein the step 8 glazing comprises: respectively glazing the biscuit-fired ball body billet, the biscuit-fired bottle lug billet and the biscuit-fired rhomboid body billet obtained in the step 7, and the glazing method is dip glazing.

The invention relates to a method for manufacturing a Jun porcelain handicraft article with a dragon head shape, and belongs to the field of Jun porcelain handicraft articles. The method comprises thefollowing steps: 1, engraving a model, 2, manufacturing a mold; 3, selecting pottery clay; (4) pulping (5) grouting 6, trimming; (7) biscuiting 8, glazing; (9) firing, wherein step 8 is glazing a dragon of an intact blank fired in step 7; the glazing method comprises glazing by dipping, the dragon is dipped into glaze.

The invention discloses a making method of Jun porcelain artware of a Chinese bottle shape and belongs to the field of Jun porcelain artware. The making method comprises the following steps: 1, engraving a model; 2, making a mold; 3, selecting pottery clay; 4, making slurry; 5, carrying out slurry casting; 6, shaping; 7, biscuiting; 8, glazing; 9, firing, wherein the temperature in the firing process in the step 9 is slowly increased at a primary stage, the temperature is kept when being increased to 750 DEG C, and firing lasts for 4.5 hours.

The invention discloses a production method of a jun porcelain art craft with a modeling of horse stepping on flying swallow and belongs to the field of jun porcelain art crafts. The production methodis characterized by comprising the following steps: firstly, carving a model; secondly, producing a mould; thirdly, selecting clay; fourthly, preparing slurry; fifthly, injecting the slurry; sixthly,patching; seventhly, biscuiting; eighthly, glazing; ninthly, firing; in the eighth step, the color of a first horse is furnace jun gold spot glaze, namely the color similar to ancient bronze ware, wherein the glaze is prepared from 0 percent of melilite, 20 percent of local feldspar from Yuzhou, Henan, China, 5 percent of talcum, 6 percent of red feldspar, 5 percent of zinc oxide, 10 percent of potassium feldspar, 3 percent of malachite, 0.5 percent of stannic oxide, not greater than 2 percent of copper and 20 percent of plant ash. The production method has the characteristic that jun porcelain is adopted to embody the style of unearthed ancient bronze ware.

The invention discloses a manufacturing method of jun-porcelain artware of dragon-holding-head mould, and belongs to the field of the jun-porcelain artware. The method comprises the following steps: 1, carving a mould; 2, manufacturing a mold; 3, selecting pottery clay; 4, pulping; 5, grouting; 6, mould truing; 7, biscuiting; 8, glazing; 9, burning. The step 7 comprises the following operations ofplacing the trued parisons of horse and swallow in a biscuiting kiln to perform biscuiting, burning for 4.5-6 hours at the temperature of 970-1000 DEG C, naturally cooling for 10 hours after ceasingfire. The manufacturing method has the features of maintaining the parison stability and reducing the middle damage.

The invention discloses a manufacturing method of Jun porcelain artware with a rooster shape, and belongs to the field of the Jun porcelain artware. The manufacturing method comprises the steps of (1)model carving, (2) mold manufacturing, (3) argil selection, (4) pulping, (5) pulp injection, (6) shaping, (7) biscuiting, (8) glazing and (9) firing; and in the step (7), blanks of a rooster and a base finished in the step (6) are put in a biscuiting kiln for biscuiting, are fired by 4.5-6 hours at a temperature of 970-1000 DEG C, and are stopped firing to naturally cool by 10 hours. The manufacturing method has the characteristics of capability of maintaining stable blanks and reduction of middle loss.