31results about How to "Stereoscopic effect" patented technology

The invention discloses a magic glazed tile and a production method thereof. The method comprises orderly applying bottom glaze and surface glaze to a ceramic blank subjected to biscuiting through a glaze pouring device, carrying out ink-jet printing on the surface glaze through an ink-jet printer to obtain patterns, carrying out fixed-point printing on the patterns with matt convex glaze and bright convex glaze in turn through first and second silk-screen printing devices continuously arranged, when the ink-jet printing ink does not contain red ink, carrying out fixed-point printing on the patterns with bright red glaze through a third silk-screen printing device and applying candy glaze to the surface of a tile. The method can produce the glazed tiles with matt and bright gloss patterns on the surface. The magic glazed tile has good three-dimensional feeling and soft light and high contrast ratio patterns similar to embossment on the tile surface. The matt convex glaze and bright convex glaze have a high coincidence degree and clear edges, through use of bright red glaze for embellishment, the patterns are lifelike and through use of the candy glaze, the four types of decorative effects makes the tile surface clear and vivid and the whole tile surface shows a magical decorative effect.

The invention discloses a high-structural-strength three-dimensional solid wood composite board which comprises a hard base layer and further comprises a first capacity layer group, a second capacity layer group and a surface layer, wherein the first capacity layer group and the second capacity layer group are arranged on the two sides of the base layer, wherein each of the first capacity layer group and the second capacity layer group is provided with at least one flexible capacity layer; the surface layer is arranged on the surface of the first capacity layer; a decoration groove is formed in the surface layer; and the bottom of the decoration groove is embedded into the first capacity layer group. The hard base layer can provide enough mechanical strength for the whole board and support the capacity layers and the surface layer in the board, so as to prevent the board from deforming in the process of making the decoration groove under high pressure. The solid wood composite board provided by the invention has a brand-new structure different from that of a conventional board, has the characteristics of stereoscopic vision, high mechanical strength and long service life, further has the advantages of low formaldehyde release amount and environment friendliness in use and can be widely applied to the fields of home decoration, artwork processing, commercial place decoration and municipal construction.

The invention discloses a three-dimensional application icon control method and device. The method includes: when three-dimensional application icons are displayed in a three-dimensional display interface, acquiring first position information and gestures, in a pre-built first three-dimensional space, of a user's hand, mapping the first position information to a second three-dimensional space using the three-dimensional display interface as a reference plane, judging whether the three-dimensional application icons are selected or not according to second position information and operations indicated by hand gestures in the second three-dimensional space and preset second position information of the three-dimensional application icons in the second three-dimensional space, and executing operations corresponding to the hand gestures to the selected three-dimensional application icons. Due to the fact that the three-dimensional application icons in the three-dimensional display interface are controlled through three-dimensional hand gestures, three-dimensional visual effects of a user can be satisfied while better user operation experience can be achieved.

The invention discloses a substrate of an electronic device. The substrate comprises a first transparent sheet material layer, a first light transmission hollow layer and a second light transmission hollow layer. The first transparent sheet material layer is arranged between the first light transmission hollow layer and the second light transmission hollow layer, and thus the substrate shows a stereo pattern. The invention also provides a corresponding preparation method. The provided substrate of electronic device and the preparation method therefor are aimed to solve the problem that a surface planar effect of a substrate of an electronic device is stiff in the prior art.

The invention discloses a brushing-shaped printing technology, comprising the following steps of: (1) determining printing pattern on a fabric, fully distributing Fiering on the printing pattern, wherein the diameter of the Fiering is 0.4-0.6mm, and spacing is 0.7-1.0mm; (2) pasting the fabric with the printing pattern fully distributed with Fiering on a stretched screen frame, and then airing the screen frame with ultraviolet ray, wherein the fabric is obtained in the step (1); (3) separating the aired and the fabric, cleaning the screen frame, then fixing the fabric on the screen frame, after the Fiering is aligned at the aired screen frame, firstly printing a substrate by a transparent thermosetting printing ink, after the substrate printing is completed, replacing the screen frame, and printing on the substrate by colorful thermosetting printing inks; and when printing with a plurality of colorful thermosetting printing inks is needed, replacing the screen frame while replacing the color printing inks; and (4) solidifying and fixing in a baking oven, wherein solidification temperature is 140-160 DEG C, and solidification time is 2-3min. The technology provided in the invention, provides a new printing method, and prints brushing-shaped pattern. Not only the pattern has a 3-D visual effect, but also hand feeling is comfortable.

The invention relate to a black glaze gold drop glaze material. The glaze material is characterized in that the glaze material comprises the following components by weight percentage: 12 to 18 percent of Mudaikou violet gold clay, 28 to 14 percent of yellow glaze soil, 30 to 20 percent of Badu glaze clay, 5 to 8 percent of talcum powder, 15 to 20 percent of limestone, and 10 to 20 percent of ferric oxide; and the black glaze gold drop glaze material takes black as a substrate and gold yellow as decoration, and has wide adaptability and good thermal stability. The invention also provides a method for preparing a black glaze gold drop product through the black glaze gold drop glaze material. The method is characterized by the control on the glaze material preparation, the ceramic cog bisque firing, the glaze burning time and temperature, and the glazing process and thickness. The method is scientific and reasonable and is easy to be implemented. The black glaze gold drop product made through the method has high yield, and good ceramic quality. Therefore, the glaze layer is turned into priming glaze and overglaze; and the priming glaze is black and bright and the overglaze has gold yellow drops, thereby bringing about three-dimensional effect.

The invention discloses a preparing method of Nixing pottery embedded with shells, and belongs to the technical field of pottery product decoration. The preparing method of Nixing pottery embedded with the shells comprises the following steps of firstly, blank preparing; secondly, blank forming; thirdly, sunken inner chamber forming; fourthly, blank firing; fifthly, shell grinding; sixthly, shellcutting and splicing; seventhly, epoxy resin glue mixed solution preparing; and eighthly, shell carving picture bonding. The blank body is opened, a sunken arc face is formed on the blank body, in theopened sunken arc face, the epoxy resin glue is used for carrying out layer-by-layer casting, the shell carving pictures are fixed, the layer-by-layer bonded shell carving pictures can show the morethree-dimensional vision effect, and through casting of the epoxy resin, the complete modeling completeness of the Nixing pottery artware can be kept.

The invention provides a head-mounted endoscope 3D display system capable of switching a scene source. The system comprises an endoscope video image acquisition module, a wireless transmission subsystem, an external video acquisition module, a two-way video image switching module and a video image display subsystem. The endoscope video image acquisition module is used for capturing an endoscope video source; the wireless transmission subsystem is used for transmitting video signal data between an endoscope and a head-mounted display; the external video acquisition module is used for capturing a video image acquired by an external camera; the two-way video image switching module is used for switching an endoscope video signal and an external camera video signal; and the video image display subsystem is used for displaying the selected video signal so that a user can view the signal.

The invention discloses a lamp. The lamp comprises a light source assembly and an imaging component, wherein the light source assembly comprises light sources and masks corresponding to the light sources, and the masks are permeable to light; the imaging component is obliquely arranged on a light path of the light source assembly, an included angle is formed between the imaging component and a plane where each mask is located, and the imaging component is transparent or semitransparent and has the optical reflection features; when the light sources are switched on, light rays emitted from the light sources transmit through the masks, real mask images are formed, the imaging component reflects the real mask images, and virtual mask images are formed in a reverse extending line of a reflecting line and are located in the imaging component. Therefore, the virtual mask images in the imaging component have the three-dimensional visual effect, and experience and a decorative effect which are completely different from those of conventional illumination are brought to people.

The invention relates to a production method for a plastic coiling material floor with water wave grains. The production method includes steps: coating PVC (polyvinyl chloride) reinforcing layer grout on release paper; adhering fiberglass gridding cloth on a coating of a PVC reinforcing layer; coating PVC surface layer grout on the PVC reinforcing layer adhered with the fiberglass gridding cloth; scattering colorful plastic particles on the surface of the PVC surface layer grout; printing the water wave grains on a PVC surface layer by the aid of an embossing machine after the release paper is peeled; preparing an upper semi-finished product of the coiling material floor; coating PVC solid layer grout on release paper; coating PVC foaming layer grout on a solid layer to obtain a lower semi-finished product of the coiling material floor; and then adhering the PVC reinforcing layer of the upper semi-finished product of the coiling material floor with the solid layer of the lower semi-finished product of the coiling material floor to obtain the finished plastic coiling material floor with the water wave grains. The production method has the advantages of low production cost, high stereoscopic impression of patterns on surfaces of the product and fine visual effect.

The invention provides a processing method of an ornament and a bracelet. The processing method of the ornament comprises the following steps: placing the ornament on a work table of a pressure device; the pressure device drives the template to press on the surface of the ornament, so that the surface of the ornament is provided with a plurality of multi-ribbed reflective grooves, and the plurality of multi-ribbed reflective grooves are covered with a transparent dazzling material. A surface of that ornament is stamped once to form a multi-ribbed reflective groove. Under natural light, the multi-edge reflective groove presents the visual effect of colorful glare, so that the colorful visual effect of the ornament can be realized by using the existing processing equipment directly, and no debris can be generated in the processing process of the ornament, thereby reducing the processing cost of the ornament and improving the processing efficiency of the ornament. The transparent dazzlingmaterial can enhance the visual effect of seven colors formed by multi-edge reflective grooves and improve the color expression of jewelry.

The invention relates to a watchband box with an engraved brand label. The outer surface of the watchband box is provided with the brand label. The watchband box is characterized in that a brand logo on the brand label dents on the surface of the brand label. According to the watchband box, the brand logo on the brand label is designed to be engraved and dent inwards and is novel, special and not easy to wear; brand value of a product can be expressed fully, three-dimensional and profound visual effectiveness of the product is provided, and shedding and color fading of the brand logo can be avoided.

The invention discloses a positioning printing method for a glue dripping label. The method comprises the following steps that a gradually-changed gray-scale graph is manufactured; an image-text mother set and a positioning mark mother set are spliced into a combined mother set in a UV makeup mode; one side of a membrane material is coated with a coating material and dried to form a coating; Images, texts and positioning marks of the combined mother set are transferred to the coating on one side of the membrane material through die pressing of a plate roller; the positioning mark on one side of the membrane material is detected and recognized by using an electric eye, and the coating on one side of the membrane material is subjected to register printing through a printing roller; and the printed membrane material is slit and formed, glue dripping treatment is carried out, and the glue dripping label is obtained. According to the printing method, the images and texts are manufactured through gray-scale drawings and then transferred to the coating on one side of the membrane material in a mold pressing mode, after register printing, the glue dripping label can have a three-dimensional visual effect, a product is higher in grade and more attractive, in addition, the positioning marks are additionally arranged on the basis of the images and texts so that electric eye recognition can be effectively achieved, printing roller register printing can be more accurate, and the obtained product is more delicate.

The invention discloses an optical concave-convex grain laminated film, which comprises a first sheet and at least one second sheet, wherein the first sheet is attached to the upper portion of the second sheet, the first sheet comprises a first optical concave-convex grain layer which is irregular and refracted in multiple directions, and the second sheet comprises a second optical concave-convex grain layer which is unidirectionally condensed and amplified. According to the invention, through superposition of the first sheet and the second sheet, the first sheet can change the reflection direction of the second sheet, so that a product printed with the optical concave-convex grain superposition film looks free of dizziness and dazzling feeling, the visual effect is softer, and the three-dimensional effect can be improved; the first sheet and the second sheet are various in combination form, can be applied to the fields of printing, packaging, artificial leather and the like, and are wide in application range; and the optical concave-convex grain laminated film is applied to the field of optical films.