32results about How to "Single form" patented technology

The invention relates to an expandable combined unit and a large-space expandable mechanism with the same. The expandable combined unit comprises a central bottom disc (1), periphery bottom discs (2),top discs (3), first web rods (5), second web rods (6) and synchronous folding rods (4). The various periphery bottom discs (2) are connected with the central bottom disc (1) by the corresponding synchronous folding rods (4) and are connected with the top discs (3) by the first web rods (5), every two adjacent periphery bottom discs (2) are connected with each other by the corresponding synchronous folding rod (4), and the top discs (3) are connected with one another by the corresponding synchronous folding rods (4) in pairs and are connected with the central bottom disc (1) by the second webrods (6). The expandable combined unit and the large-space expandable mechanism have the advantages that the expandable combined unit and the large-space expandable mechanism have large folding ratios, perfect closure structures can be obtained by the aid of movement of the large-space expandable mechanism, expansion movement is high in reliability, the expandable combined unit is expansible, andthe like.

The invention discloses a real human body three-dimensional modeling method specific to personalized virtual fitting. According to the method, a video is used as input data; and several steps of feature matching, key frame selection, three-dimensional point cloud generation, template mapping, and texture mapping and the like are carried out to obtain a human body surface three-dimensional model. Because of the motion recovery structure technology, the reconstruction process is substantially simplified, the burdens of the data collection people and the collected people can be reduced, and the requirements on the instrument and equipment are reduced. Meanwhile, a precise reconstruction result can be obtained. A complete human body surface model is obtained based on template mapping; and thus the method has high robustness on the human body texture information missing and self-shielding. Therefore, only a plurality of control points need to be marked manually before template mapping from the data input to model output and other process is completed automatically. The model that is obtained based on reconstruction can be applied to the game and animation design, movie and television special efficacy, and personalized virtual fit and the like.

The invention relates to a nanometer strip conductive polyaniline compound and a preparation method thereof. In the method, ice crystal is employed as the template, and H4SiW12O40 with a Keggin structure is adopted as a doping acid for adjusting the product form. The mild oxidizing agent ferric nitrate is employed to control the polymerization rate of aniline, and silver nitrate is introduced, isreduced to the metal silver through the anti-induction action of aniline polymerization and can be compounded into a polyaniline product. The method simplifies the complex process of template preparation and removal, saves material and energy, and can produce products with single form and high purity. The polyacid doped polyaniline / silver nanoparticle compound of the invention synchronously introduces polyoxometallate (H4SiW12O40) and silver metallic nanoparticles. Under the synergism of silver nanoparticles and polyacid, the compound of the invention shows good response sensitivity to ultraviolet lights with a wavelength of 365nm, so that the compound is able to be used in devices like light sensors, electric switches and the like.

The invention provides hydroxyapatite with a hollow sphere structure and a preparation method thereof. In the method, water-soluble calcium salt, acidic phosphate and sodium potassium tartrate (a structure setting agent) which serve as raw materials are subjected to solvothermal reaction to form the hydroxyapatite. The hydroxyapatite with the hollow sphere structure prepared by the method has theadvantages of uniform particle size, single shape, high dispersibility, large specific surface area, and wide application prospect in medicament release property and the field of biomedicine; and thepreparation method has the advantages of low-cost raw materials, simple process, convenient operation, easy control of process conditions, capability of reducing the cost and greatly simplifying the production process, no need of complex and expensive equipment, and contribution to industrial popularization. The method for synthesizing hydroxyapatite hollow spheres with a multilevel structure is firstly reported.

The invention discloses basic nutritional milk shake powder and nutritional milk shake powder for children. The basic nutritional milk shake powder comprises the components by weight percentage as follows: 5-90% of milk powder, 5-90% of maltodextrin, 0.5-35% of cane sugar, 0.1-3% of edible glue, 1-30% of condensed milk powder, 0.018-0.275% of multiple vitamins and 0.746-10.05% of compound mineral substances. The nutritional milk shake powder for children comprises the basic nutritional milk shake powder and further comprises taurine, lactoferrin, DHA (Docosahexaenoic Acid), lutein, zeaxanthin and natural pigments, as well as one or more of fruit and vegetable powder as follows: banana meal, strawberry powder, cranberry powder, mango powder, carrot powder, Hami melon powder, kiwi fruit powder, apple powder, cucumber powder, blueberry powder, mulberry powder and grape powder. The nutritional milk shake powder for children is complete in nutrition, and meanwhile enhances intelligence, eyesight and immunity, and promotes skeletal development.

The invention discloses a preparation method of a nanometer fluorescence material with a nuclear shell structure, which comprises the following steps carried out in order: a) carrying out a reaction of cerate and phosphate to prepare cerous phosphate with a monocline structure; and b) carrying out a reaction of lanthanite and phosphate in a colloidal solution of cerous phosphate to prepare the cerous phosphate / lanthanum phosphate nano rods. The preparation method of the invention has the characteristics of cheap raw material, simple process, convenient operation, controllable product appearance, high fluorescence efficiency of the prepared fluorescence nanometer materials and the like.

The invention relates to an expandable combined unit and a large-space expandable mechanism with the same. The expandable combined unit comprises a central bottom disc (1), periphery bottom discs (2),top discs (3), first web rods (5), second web rods (6) and synchronous folding rods (4). The various periphery bottom discs (2) are connected with the central bottom disc (1) by the corresponding synchronous folding rods (4) and are connected with the top discs (3) by the first web rods (5), every two adjacent periphery bottom discs (2) are connected with each other by the corresponding synchronous folding rod (4), and the top discs (3) are connected with one another by the corresponding synchronous folding rods (4) in pairs and are connected with the central bottom disc (1) by the second webrods (6). The expandable combined unit and the large-space expandable mechanism have the advantages that the expandable combined unit and the large-space expandable mechanism have large folding ratios, perfect closure structures can be obtained by the aid of movement of the large-space expandable mechanism, expansion movement is high in reliability, the expandable combined unit is expansible, andthe like.

The invention discloses a continuous conveying device for a bearing anti-dust cover curling machine. The device comprises a storage box body used for storing a bearing anti-dust cover to be curled, and a vibration feeding device arranged below the storage box body, wherein a helical climbing track is arranged on an inner peripheral wall of the storage box body; a material-selecting track is arranged on an outer peripheral wall of the storage box body; a discharge outlet of the climbing track is communicated with a feeding inlet of the material-selecting track; a material-selecting section used for selecting the bearing anti-dust cover with an upward front face to be curled is arranged on the material-selecting track; an edge, which is in gap fit with two curled edges of a back face of the bearing anti-dust cover to be curled, is arranged at the center of a track surface of the material-selecting section; moreover, a shunting structure used for shunting the bearing anti-dust cover with the upward back face to be curled is arranged at an outer side edge of the material-selecting section. The continuous conveying device for the bearing anti-dust cover curling machine has the advantages that: not only can the bearing anti-dust cover to be curled be continuously conveyed to the curling machine, but aslo degree of automation is high, thus manpower can be effectively saved, and production efficiency is increased.

The invention relates to a bismuth base (bismuth selenide, bismuth telluride) hydrogen storage material and a preparation method thereof, relating to low temperature liquid phase synthesis of bismuth base material and the application thereof on hydrogen storage, lithium storage and electrode material. The invention is characterized in that water is taken as solvent, bismuth salts such as bismuth nitrate, bismuth chloride and the like as a bismuth source, and water-soluble tellurium (selenium) acid salts (such as sodium tellurite, selenium substituted sodium sulfate, sodium selenite) or tellurium (selenium) acids (such as orthotelluric acid, tellurous acid and selenous acid) as a tellurium source (selenium) source; proper coordination agents (such as nitrilotriacetic acid, hexamethylene diamine tetraacethyl and the like) and reducing agents (such as vitamin C, sodium borohydride and the like) are added for liquid phase reaction synthesis at the low temperature of 60-80 DEG C. The bismuth selenide crystal grains prepared by the invention take on flower shapes with the sphere diameter of 1-6mum, and the bismuth telluride crystal grains take on sheet shapes with nanometer diameter; the hydrogen storage performance reaches over 100mAh.g<-1>. The method has the advantages of cheap raw material, simple technique, convenient operation, easy mass production, etc.