331results about How to "Variety" patented technology

The embodiment of the invention discloses a model training method for synthesizing speaking expressions. Expression characteristics, acoustic characteristics and text characteristics are obtained according to videos containing face action expressions of speakers and corresponding voices. Because the acoustic feature and the text feature are obtained according to the same video, the time interval and the duration of the pronunciation element identified by the text feature are determined according to the acoustic feature. A first corresponding relation is determined according to the time interval and duration of the pronunciation element identified by the text feature and the expression feature, and an expression model is trained according to the first corresponding relation. The expressionmodel can determine different sub-expression characteristics for the same pronunciation element with different durations in the text characteristics; the change patterns of the speaking expressions are added, the speaking expressions generated according to the target expression characteristics is determined by the expression model. The speaking expressions have different change patterns for the same pronunciation element, and therefore the situation that the speaking expressions are excessively unnatural in change is improved to a certain degree.

The invention relates to a complex food additive. The complex food additive is compounded with various raw materials which are compounded together by adopting a spray drying process so that the food additives with various physical forms can be used to the utmost extent, and the use limitation of liquid food additives in the process of compounding the food additive is avoided; simultaneously, the complex food additive can compound the food additives with various functions together as much as possible to meet the requirements of customers on various performances of the food additives. The complex food additive can be customized according to specific requirements of the customers, can be applied to various foods such as dairy foods, beverages, repasts, and the like, and endow products with perfect states, mouthfeels and functional characteristics.

The invention provides a real-time fire effect simulation method based on a GPU (Graphics Processing Unit). The method comprises the following steps of: generating and updating a particle system through a CPU (Central Processing Unit), and obtaining the updated particle system; rendering corresponding point sprites of all the particles in the updated particle system, and obtaining the rendering result of the corresponding point sprites of all the particles. The method implements the simulation and rendering process of the real-time rendering fire effect, thereby obtaining the vivid fire effect in the real-time environment.

The invention relates to a method used in modulating the stimulation intensity of transcranial magnetic field stimulators and a device thereof, which is characterized in that: various changing modulation waves and changing stimulating frequencies are given off by a microcomputer controller simultaneously; the voltage of an energy dumped capacitor reaches to the given value of modulation waves by the sampling of a sampling circuit and the controlling of the comparator in charging of the energy dumped capacitor; magnetic field output energy changes with the transformation of modulation waves and carrier waves and becomes dual-dynamic amplitude and frequency modulation wave through the triggering of a thyristor electronic switch by the microcomputer controller. The method used in modulating the stimulation intensity of transcranial magnetic field stimulators and a device thereof cause the output intensity of the magnetic field to change momentarily, and causes the induced current in vivo to change along with the output intensity of the magnetic field. The output wave type modulated dynamically with a plurality of parameters enriches the change of magnetic field stimulation, has a fresh feeling, uneasy to generate adaptability and tolerability, thus improving the treatment efficacy.

the invention discloses a realizing method of nanometer metal non-coating surface through ultrasonic mechanic manufacturing, which is characterized by the following: contacting plunger chip on the ultrasonic energy exchanger with metal sample directly; controlling the relative position, relative moving pattern and speed of ultrasonic exchanger and metal sample; selecting or controlling the geometrical shape, amplitude, ultrasonic frequency and power of plunger chip; inputting the ultrasonic vibrating energy into the metal piece; deforming local metal surface to obtain the product.

The invention discloses a preparation method of glittering microcrystal polished tile with super large particles. The tile comprises porcelain tile green body and particle decoration layer. The invention is characterized in that: the particle decoration layer comprises large particles with diameter of 30mm-80mm, medium particles with diameter of 10mm-30mm and small particles with diameter less than 10mm. The specific technique comprises the following steps: (1) large, medium or small crystalline particles are prepared; (2) blank is prepared; (3) crystalline frit is prepared; (4) the crystalline particles, blank and crystalline frit are combined, mixed and press molded; (5) drying, sintering, edging, polishing, antifouling treatment and separation test are carried out. The porcelain tile prepared by the technique has the advantages of simple technique, low cost, various and rich colors, similarity to jade, etc.

The invention provides an adjustable antenna for all-metal structural communication terminal equipment. A slit is formed in a rear metal shell, and an adjustable electric device is connected between two sides of the slit; due to the slit, when the antenna is applied to the all-metal structural communication terminal equipment, an electromagnetic wave signal can be effectively radiated or received. A bracket is arranged on the antenna; when a metal sheet covering or just not covering the slit is arranged on the bracket, the signal can be fed out through the slit in a metal sheet coupling feed manner so as to execute an antenna function; by arrangement of the adjustable electric device, the working frequency band of the antenna can be adjusted, so that the bandwidth of the antenna is effectively expanded. The antenna is simple in structure and is variable; the working frequency band is easy to adjust, so that the adjustable antenna is very suitable for the all-metal structural communication terminal equipment.

This invention discloses functional humanized antibody against CD20 molecules and its application. The functional humanized antibody specifies human CD20 molecules, and is composed of a light chain and a heavy chain, each of which comprises a constant region and a variable region. The constant region of the heavy chain is isotypic human IgG1 constant region, and that of the light chain is isotypic human kappa constant region. The variable region of the heavy chain is shown in SEQ ID No.2, and that of the light chain is shown in SEQ ID No.1. The functional humanized antibody has low immunogenicity. Experiments show that the functional humanized antibody has the same specificity and affinity as the original murine antibody. Drugs containing the functional humanized antibody and its derivatives can be used for treating cancers or immune system diseases with the high-expression of CD20, such as rheumatic arthritis and lupus erythematosus.

The invention relates to a method of manufacturing a ceramic sheet with concave-convex mould effect on a plane green body. The method includes: (1) pressing a plane green body, and performing drying at 140-170DEG C for 70-120min; (2) spraying engraving ink on the green body surface to obtain the pattern of the engraving ink as the mould pattern, and controlling the temperature of the green body surface at 40-50Deg C; (3) applying ground glaze, performing pattern decoration and applying cover glaze respectively on the green body sprayed with the engraving ink to obtain a semi-finished product;(4) conducting high temperature firing the semi-finished product at 1163-1187DEG C for 78-95min to obtain a ceramic sheet with concave-convex mould effect; and (5) conducting glaze polishing and edging processes on the fired sheet green brick so as to obtain a finished product.

The mold-eliminating engraved porcelain making process includes material processing, formation, sintering and other steps. Color slurry is poured onto the white mold for several times to form color layers in certain thickness, and the color layers are then engraved to make the engraved porcelain. The engraved porcelain has color determined on the proportion of pigments, thickness of color layers and other factors, and rich variation and stereo feeling. The mold is eliminated before sintering to make the engraved porcelain glittering and translucent and possessing special artistic effect.

A technology for generating the decorative colour pattern on the surface of stainless steel sheet includes sticking the pattern mask on the surface of stainless steel sheet (0.6-3 mm for thicken), blasting sand, and arranging a layer of protecting film. Its advantages are high decorative effect and simple process.

The present invention relates to a production process of pattern permeating ceramic tile and alters traditional liquid color distributing into solid dry grain distributing in producing plished pattern permeating ceramic tile. The production process features that produced solid grains with different granularity and adsorbed coloring metal ion(s) or crystal grains with coloring metal ion(s) are distributed onto the prefabricated ceramic tile adobe before adding permeation assistant, sintering and polishing. The pattern permeating ceamic tile product has rich color, natural and ever-changing pattern is like natural stone material.

The invention discloses a 3D special-efficacy graphic user interface system and method of mobile phone, comprising a CPU, also comprising a a man-machine interface module for detecting user operationinstruction and calling pictures in user interface resource module; a 3D special efficacy processing module for executing operation processing to the pictures and storing the processed pictures in a memory in logic sequence; a special efficacy playing module for playing the processed pictures in logic sequence. The invention uses the 3D special efficacy processing module to executing operation processing such as turning, distorting, changing color etc. to the user interface resource pictures, then aligns the processed pictures in logic sequence and stored in memory of the mobile phone; when user selects the menu interface, the man-machine interface module calls the pictures in logic sequence to generate three-dimensional overturn special efficacy, thereby achieving three-dimensional effect, generating colorful and variation abundant operation interface on the mobile phone to meet vision requirement of users.

The invention relates to a super small colored LED display unit of embed serial driven control chip in the field of the production and technology of LED display apply. It is characterized in that the super small print circuit plate is formed by a serial transmitting driven control chip, a red LED light, a blue LED light, a green LED light and a plurality of resistances; the super small print circuit can finish any amount of serial connecting. The embed serial transmitting driven control chip provides the RGB brightness independent adjustment to each image element and connects the LED light and the driving part on the super small print circuit plate.

The present invention relates to a surface treatment method for making metal container surface have two colour and / or surface effect. Said method includes the following steps: covering and protectingone portion of formed and polished metal container, making its exposed portion undergo the process of corrosion or sand-blasting treatment, then electroplating whole container to form smooth claddingsurface and pattern with same colour of form two surface effects of sand-blasting and cladding surface, or firstly electroplating metal container, then covering and protecting its one portion, makingits exposed portion undergo the process of removing original cladding layer and electroplating new cladding layer with another colour so as to make metal containe surface have two colours or more than two surface effects.

The invention provides an adjustable antenna for all-metal structural communication terminal equipment. A slit is formed in a rear metal shell, and an adjustable electric device is connected between two sides of the slit. A bracket is arranged on the antenna; an annular antenna is formed by a metal sheet arranged on the bracket and a metal border on the rear metal shell; when the antenna is applied to the all-metal structural communication terminal equipment, an electromagnetic wave signal can be effectively radiated or received, and the high-frequency-band bandwidth of the antenna can be effectively expanded. By arrangement of the adjustable electric device, the working frequency band of the antenna can be adjusted, so that the bandwidth of the antenna is effectively expanded. The antenna is simple in structure; the working frequency band is easy to adjust, so that the adjustable antenna is very suitable for the all-metal structural communication terminal equipment.

The invention discloses in the style of antiquity compound floor and its the preparation method belongs to the compound floor technology, for may solve the traditional compound floor plane effect and the existing in the style of antiquity floor color effect bad, only pauses in the superficial question, the thermo-compression, after the polishing and opens, carries on smokes and scratches, the compound floor which makes has the unique smoking color and the clearer level obvious stereoscopic effect, the form is diverse, and the table board may fully use and so on the merit, in the style of antiquity compound floor which the class invents uses in the house decoration.

The invention discloses a method for preparing photochromic fabric. The photochromic fabric is formed by interweaving of warps and wefts. The warps are photochromic fiber and polyester fiber blended yarn which comprises 45-65 wt% of photochromic fiber, the wefts are polyester fiber and cotton fiber blended yarn which comprises 45-65 wt% of polyester fiber, and the specification of the warps and the wefts is 100-135 dtex / 40F. The color of the photochromic fabric changes along with the change of the light condition, so that the fabric has more colors; besides, through pattern arrangement and color design during weaving, the situation that the style of a traditional set of printed home textiles is changeless is changed, and the aesthetic fatigue of consumers on the product is reduced.

The invention provides a fin type semiconductor structure which is capable of effectively controlling leakage currents between a source region and a drain region and improving gate control capacity. The fin type semiconductor structure comprises a fin type substrate, the source region, the drain region, a gate structure, shallow ridge isolation parts and an isolation region, wherein the fin type substrate is provided with a lower substrate and a fin part, the source region and the drain region are formed on the fin part, the gate structure is formed between the source region and the drain region and stretches across the fin part, the shallow ridge isolation parts are formed on the two sides of the fin part and are located below the gate structure, and the isolation region is formed in the fin part. The isolation region can be basically located below the source region and / or basically located below the drain region, and / or basically located below the gate structure. The invention further provides a method for forming the fin type semiconductor structure.

The invention discloses Jianshui (Country of Yunnan) purple pottery wood-fired pug and a product firing method thereof. The wood-fired pug is red mud pug prepared by adding water into 8 to 12 percent of argil, 28 to 32 percent of blue earth, 18 to 22 percent of loess and 38 to 42 percent of red soil. The product firing method comprises the following steps: manufacturing a purple pottery product blank from the red mud pug, then putting the blank into a smokeless wood-fired kiln, and firing pines by adopting a wood firing method, or firing the blank together with a Jianshui purple pottery argil blank, ending firing till the temperature is 1,190 to 1,210 DEG C, and cooling in the kiln to obtain a product. The firing temperature of the conventional red mud is changed via preparation of a new red mud formula, so that the difficulty in firing of Jianshui purple pottery is solved, a Jianshui purple pottery wood-fired product with rich kiln changes is obtained, and the production efficiency is improved.

The invention discloses a method for achieving the message cue, which comprises: analyzing the data structure of the initial message cue graphic to acquire the initial color data of the initial message cue graph, receiving the goal value of the color data and hanging the initial color data of the graph into the new color data, adopting the initial color data and the stored new color data to generate the message cue graph to achieve the message cue by the control of the timer. The invention also discloses a device for achieving the message cue.

The invention discloses a gradual change colorful yarn production technology. The gradual change colorful yarn production technology includes a dyeing process, a cotton blending process, an opening and cleaning process, a cotton carding process, a drawing and doubling process, a roving process and a spinning process, wherein at least three types of dyed cottons are dyed in the dyeing process, the at least three types of the dyed cottons form at least three strands of rough yarns different in color after the at least three types of the dyed cottons are respectively processed through the cotton blending process, the opening and cleaning process, the cotton carding process, the drawing and doubling process and the roving process, and the at least three strands of the rough yarns different in color form a gradual change colorful yarn after the at least three strands of the rough yarns different in color are processed in the spinning process. The gradual change colorful yarn production technology can obtain the gradual change colorful yarn by combining the more than two types of the rough yarns different in color and processing the more than two types of the rough yarns in the spinning process, and after the gradual change colorful yarn is woven into a knitted fabric or a knitted sweater, an indistinct irregular curve pattern can be presented, two colors foil each other, changes are abundant, and furthermore large color contrast can appear, a cloth cover is strong in layering sense, multicolored gloss is reflected, and personalization is strong.

The invention discloses a conveniently fixed infusion device for children, which comprises a circular base, the center of the upper surface of the circular base is fixedly connected with an electronically controlled telescopic column with an upward telescopic end, and the telescopic end of the electronically controlled telescopic column is fixedly connected There is a rectangular seat, the rear surface of the rectangular seat is fixedly connected with an inclined backrest, the left and right sides of the rectangular seat are fixedly connected with a pair of L-shaped struts, and each L in the pair of L-shaped struts The upper surface of the support rod is fixedly connected with a strip slide rail, and each of the strip slide rails is equipped with an electric control trolley, and the upper surface of each electric control trolley is fixedly connected with an electric control telescopic telescopic arm with the telescopic end upward. The telescopic end of one of the electrically controlled telescopic poles is fixedly connected to a No. 1 strip-shaped supporting plate, and a pair of No. 1 elastic elastic straps are fixedly connected to the left surface of the No. 1 strip-shaped supporting plate. The invention has the advantages of simple structure and strong practicability.

The invention discloses a fully polished glazed ceramic tile with a real stone effect and a production process thereof. The production process includes the following steps: (A) by means of feed modules, pigments and base adobe powder are mixed into a variety of needed colored adobe powders by a dry mixing method according to needed proportions; (B) by means of a distribution module and a press mechanism, the colored adobe powders are pressed into a fully colored adobe; (C) the fully colored adobe is dried under 120DEG C to 180DEG C for 50 to 100 minutes; (D) the surface of the fully colored adobe is decorated, so that a semifinished product is obtained; (E) the semifinished product is fired once under 1100DEG C to 1250DEG C for 40 to 90 minutes; (F) after the fired product is processed polishing, edging, waxing and filming steps, the finished product is obtained. The invention realizes the representation of the changing colors and texture of natural stone on the ceramic tile, the fully colored adobe can more embody the unique stereoscopic impression of stone, and by means of post-processing processes, such as chamfering and groove broaching, the fully polished glazed ceramic tile can show a full real stone decoration effect.

A reflecting internal storage network node card shared storage zone data mapping error rate testing method comprises fourteen steps. Comprehensive testing can be carried out on a local storage zone reading-writing link, a bottom layer network protocol firmware processing link and a physical layer transmitting-receiving link in a shared storage zone data mapping process of all node cards in a reflecting internal storage network. Accurate error rate parameter indexes can be obtained in real time, and a text-form testing report can be given. Data for testing used in the method are abundant in changing and high in randomness, a reflecting internal storage network practical working situation can be better simulated, and higher reliability is achieved. Testing is started by a testing sending node card, all the node cards in the whole network can be tested at the same time, covering performance is good, testing efficiency is greatly improved, and time consumed during testing is effectively shortened.

This invention discloses one lighting set device changing with music, which comprises the following parts: multi-color light set and its driving device to generate square wave signals and to control the lighting status; volume test module and searching list with each line stored with one set of light control parameters to adjust the space occupancy of the signals, wherein the said volume test module is to input volume frequency signals and get its changing rate to generate searching index; the said searching list outputs relative light controlled parameters to the drive device according to the index.

The invention discloses an LED Christmas light string with an IC chip controlling light emitting and belongs to the technical field of decorative lighting. The LED Christmas light string comprises a transformer, a controller, a normally-on LED light-emitting branch circuit and a controllable LED light-emitting branch circuit. The output end of the transformer is connected with the input end of the controller, and the output end of the controller is respectively connected with the normally-on LED light-emitting branch circuit and the controllable LED light-emitting branch circuit. The Christmas light string with the IC chip controlling light emitting is simple in structure and reasonable in design. Through control of an IC module, point control of an LED lamp requiring light-emitting mode variation in the controllable LED light-emitting branch circuit is achieved, and rich variation of light-emitting effects of the controllable LED lamp string is achieved without a special LED lamp. The LED Christmas light string with the IC chip controlling light emitting is a revolution in Christmas lamp strings and faced with an enormous consumer market.

The invention relates to a production method of a multi-grain and color-varied PU film shell, which aims at forming grain on the surface of a plastic shell. Firstly, patterns are processed inside a die cavity of a die, but carving patterns in the die cavity is not only expensive but also difficult; in addition, some patterns can not be carved. The production method of the invention mainly select a PU, polyurethane film shell with demand grain and color, and the film shell is put inside a preset shaped thermoplastic die and is pressed into shell surface shape through the thermoplastic die, and then a PU molding body with the shell surface shape and surface patterns and color is moved to an ejecting molding die, fused plastic materials ejected are combined with the PU molding body, thus forming the shape of the die cavity. After being cooled and taken out, a colloid shell with surface pattern and color is obtained.