36results about How to "Flexible styles" patented technology

The invention relates to a continuous plastic processing forming die of a magnesium alloy sectional material and a forming method. The forming die comprises a base, a concave die, an extruding needle and an extruding rod, wherein the base comprises a base plate and support plates; the concave die is mounted on the two support plates; a forming hole is formed in the middle of the concave die; the extruding needle penetrates through the forming hole to be fixedly connected with the base plate; the extruding rod adopts a tubular structure, the lower end of the extruding rod sleeves the extruding needle from the upper end of the extruding needle, the inner wall of the extruding rod is clung to the extruding needle and the outer wall of the extruding rod is clung to the concave die; the forming method comprises the following steps: 1) fixedly mounting the forming die on an extruding machine; 2) heating the concave die to a certain temperature; 3) placing a hollow billet in the forming hole of the concave die; 4) driving the extruding rod through a moving die of the extruding machine to extrude the hollow billet. According to the continuous plastic processing forming die of the magnesium alloy sectional material and the forming method, the forming of magnesium alloy pipes is easier, the pipe structure and texture uniformity is improved, the industrial production is realized, and the production efficiency is improved.

The invention discloses a rapid inserting type upright post. The rapid inserting type upright post comprises a head part locking assembly, at least one middle upright rod assembly and a base assembly. The invention overcomes the problem that the assembling of the primary upright post is time-consuming and labor-consuming through a brand new structure without using the tools such as a spanner, a screw driver and the like; the upright post can be assembled by mutually jointing the head part locking assembly, the middle upright rod assembly and the base assembly in an inserting way; the assembling and disassembling are rapid and convenient, the structure is stable with flexible forms; the upright post can be assembled and disassembled without the help of professional staff on site; in particular, the rapid inserting type upright post is suitable for extensive female work group. The rapid inserting type upright post can be reused, is low in assembling and maintenance cost, and has the value of popularization and use in large scale.

The invention discloses an embedded-type lampshade production process. The lampshade production process comprises the specific following steps: A, producing a supporting framework; B, carrying out surface treatment such as electroplating or coating on the supporting framework; C, carrying out surface treatment on a raw material of a silk weaving mold; D, customizing a full-cotton silk weaving mold according to the supporting framework; E, carrying out cold water treatment on the silk weaving mold, and wrapping and fixing the silk weaving mold onto the outer surface of the supporting framework; F, placing plastic raw materials into a feeding opening of a small-sized plastic extruder, heating the plastic raw materials after the plastic raw materials enter a screw part, smelting the plastic raw materials to a molten state, enabling a molten plastic wire to flow out of a discharging nozzle, manually moving the supporting framework and the silk weaving mold in the natural drooping process of the plastic wire, enabling the plastic wire to be uniformly distributed on the inner surfaces of the supporting framework and the silk weaving mold, and forming a plastic cover body by virtue of the plastic wire in one step; G, cooling and forming, then stripping the mold, and combining the plastic cover body and the supporting framework to form a lampshade; H, carrying out coloring treatment.

The invention provides a multilayer structure decoration and an air conditioner room unit. A local position of a shell comprises the multi-layer structure decoration, and furthermore, a local or complete position of a panel comprises the multilayer structure decoration; and the multilayer structure decoration orderly comprises a resin layer, a coat, a polyethylene terephthalate (PET) layer and a liner substrate from outside to inside. The decorative effect of the coat makes the appearance of the air conditioner indoor unit have an aesthetic feeling and a flexible and changeable style, and the resin layer can protect and seal an internal structure, and can also modify the decorative effect of the coat. A brand new making technology is adopted by the air conditioner room unit, has a far lower cost than a coating technology and substantially enhances the appearance effect of the air conditioner room unit.

The invention provides a multilayer structure decoration and an air conditioner room unit. A local position of a shell comprises the multi-layer structure decoration; the multilayer structure decoration orderly comprises a surface decoration layer, a resin layer, a stereo pattern layer and a liner substrate from outside to inside; and furthermore, the multi-layer structure decoration comprises a printing ink coat positioned between the surface decoration layer and the resin layer or between the resin layer and the stereo pattern layer. The decorative effects of the printing ink coat and the stereo pattern layer make the appearance of the air conditioner indoor unit have an aesthetic feeling and a flexible and changeable style, and the surface decoration layer can protect and seal an internal structure, and can also modify the decorative effects of the printing ink coat and the stereo pattern layer. A brand new making technology is adopted by the air conditioner room unit, has a far lower cost than a coating technology and substantially enhances the appearance effect of the air conditioner room unit.

The invention provides a multilayer structure decoration and an air conditioner room unit. The local position of a shell comprises the multi-layer structure decoration, and the local or complete position of a panel comprises the multilayer structure decoration; the multilayer structure decoration orderly comprises a resin layer, a coat, a decorative layer and a liner substrate from outside to inside; and the decorative effects of the coat and the decorative layer make the appearance of the air conditioner indoor unit have an aesthetic feeling and a flexible and changeable style, and the resin layer can protect and seal an internal structure, and can also modify the decorative effects of the coat and the decorative layer. A brand new making technology of the air conditioner room unit has a far lower cost than a coating technology and substantially enhances the appearance effect of the air conditioner room unit.

The invention discloses a method for producing and publishing color topographic maps. Based on the integration and support of relevant geographic information technologies, the invention proposes the storage management of geospatial network resources, digital elevation data processing, batch geospatial data rendering, and standard geospatial network resource service publishing. , standard geospatial network resource caching and other sub-processes, through the related processing process, realize the rapid production of topographic map data in grades and blocks, and provide a standard online topographic map publishing and access method. The present invention is mainly used to integrate geospatial data service resources, design relevant data processing procedures in combination with data features such as digital orthophoto, digital elevation, vector maps, generate clear and accurate topographic map data and services, and improve topographic data production and access efficiency .

The invention discloses a 3D printing apparatus for producing colorful napped clothing and a two-side shaping method. The apparatus includes a long-distance multi-hole printing head, a plate printing head, a color printing spray coating head, a single spray nozzle printing head, a 360-degree turnable bench, and a three-layer sandwiched board sheet. The long-distance multi-hole printing head prints a cloth layer on a first soft board sheet on the 360-degree turnable bench. A second hard board sheet then is removed. The edges are folded up according to corresponding area. A cloth layer is then printed on a third hard board sheet. The plate printing head then prints a napped layer on each of the cloth layers at the front and the rear side successively in a covering manner. The color printing spray coating head finally performs color spray coating to surfaces. The 3D printing apparatus is low in production process, has short time and low cost, can produce the colorful napped clothing flexibly in styles, and enables direct product of napped clothing, napped household products and the like through the 3D printing technology to be possible.

The invention provides a method and a die for thinning the microstructure of a magnesium alloy material through continuous chill casting, squeezing and cutting. A liquid-stage magnesium alloy is used as a raw material; a water-cooled squeezing die with a chill water jacket arranged outside is used as a crystallizer; and molten metal in the die is cooled and solidified in the water-cooled crystallizer at a sub-high speed, then is in a solid state or a semisolid state, and bears an external force for continuous squeezing and cutting so as to prepare a magnesium alloy bar (sectional material). By the method, the defects of shrinkage cavities and looseness in a magnetic alloy cast structure are overcome, the microstructure and the mechanical properties of a part can be improved, a thinned surface fine crystalline structure is obtained, and the production cost and the tonnage of molding equipment can be reduced; and the thinned microstructure of the magnesium alloy material has the characteristics of sub-high speed solidification and plastic deformation under the action of three-direction squeezing pressures and continuous cutting, and can be used for producing difficultly-deformable alloy bars (sectional materials), and the mechanical properties are improved. The method can also be used for recovering magnesium-aluminum alloys, so that magnesium-aluminum alloy materials are reused.