37results about How to "Close in color" patented technology

An organic EL display panel includes light-reflective electrodes, a first red light-emitting layer, a green light-emitting layer, a first blue light-emitting layer, a second red light-emitting layer, a charge generating layer, a second blue light-emitting layer, and a light-transmissive electrode. In a red and a white sub-pixel region, a first optical length is from 20 nm to 50 nm, and a second optical length is from 210 nm to 230 nm. In a green sub-pixel region, the first optical length is from 20 nm to 50 nm, and the second optical length is from 240 nm to 295 nm. In a blue sub-pixel region, the first optical length is from 20 nm to 60 nm, and the second optical length is from 195 nm to 205 nm.

The invention relates to the technical field of tea processing. A method comprises the steps of first washing and draining fresh tea, then pulverizing to large particles, spraying 1/10 enzymatic hydrolyzate on the surfaces of tea leaves, and turning the tea during enzymolysis; after the enzymolysis technology, performing enzyme deactivation by an enzyme deactivation machine until the fresh leavesare evenly and thoroughly evaporated to be free of grassy taste, then immersing the fresh leaves in a color protection solution at 20-25 DEC, repeatedly soaking in ice water for cooling, draining water, and then performing liquid nitrogen freezing treatment and vacuum freeze-drying treatment; after that, performing air jet pulverization at 15 DEC by an air flow ultrafine pulverizer to form ultrafinely pulverized green tea powder with an average particle diameter smaller than 20 microns. The ultrafinely pulverized green tea powder prepared by a preparation process provided by the invention usesconventional green tea as a raw material, thereby reducing production cost and labor cost; the final finished product is low in bitterness, moreover the green tea powder is more emerald green in color and better in solid fragrance and solubility, and can effectively maintain the original color and flavor quality of the tea, increase the quality of tea soup, and make the overall quality of the green tea powder closer to the quality of matcha.

The invention mainly aims to provide a clonal tea tree breeding method comprising the following steps: a, selecting a garden; b, trenching and grooving; c, cutting and seedling growing; d, nursery garden management; tea seedling using the seedling growing method is high in cutting survival rate, and breeding inherent characteristics can be well kept, so progeny properties are consistent, breeding period and growth vigor are tidy, and new shoot size, shoot tenderness0keeping ability and colors are close; subsequent mechanical tea harvesting is convenient, and primary processing technology can be standardized; the breeding method is simple, and easy to operate.

The application discloses a dental zirconia restoration material with uniform transition of strength and color, and a preparation method thereof. The preparation method includes the following steps: (1) pouring colored zirconia powder into a dry pressing mould in accordance with a sequence of the strength from high to low and the color from dark to light for each layer, and performing dry pressing; (2) performing isostatic cool pressing after the dry pressing; (3) performing pre-sintering after the isostatic cool pressing to obtain a greenware; and (4) performing CAD/CAM cutting on the greenware, and finally performing final sintering to obtain the dental zirconia restoration material. In the present application, the strength of a restoration can gradually increase from a cut end to the neck, the wear to adjacent teeth and jaw teeth is reduced, and long-bridge restoration can be realized due to the high strength of the neck.

The invention provides a lighting device (100) comprising a light source (10) and luminescent materials (20). The luminescent materials (20) comprise a first organic luminescent material (120) and a second organic luminescent material (220), the light source (10) together with the luminescent materials (20) being configured to generate white lighting device light (101) during operation. The first organic luminescent material (120) degrades with time at a first degradation rate and the second organic luminescent material (220) degrades with time at a second degradation rate, wherein the first degradation rate is larger than the second degradation rate. The first organic luminescent material is configured in a first layer (130, 1020) and the second organic luminescent material is configured in a second layer (140, 1220). The first layer and/or the second layer is further configured to at least partly compensate for the difference in the first degradation rate and the second degradation rate in order to maintain the lighting device light (101) substantially white during operation time of the lighting device (100).

A light source system and a projection system. The light source system comprises: an excitation light source (101) for emitting excitation light in at least a first time sequence and a second time sequence; a compensation light source (102) for emitting compensation light in at least a third time sequence, the compensation light emitted by the compensation light source (102) comprising laser of at least one color; and a rotating color wheel (103), comprising at least a first region (201) and a second region (202), wherein the first region (201) generates light of at least two different colors in time sequence under the irradiation of the excitation light in the first time sequence and the second time sequence, and the second region (202) is used for transmitting the compensation light in at least the third time sequence. The light of the at least two different colors comprises at least one type of wide-spectrum fluorescence, and the laser of the at least one color is used for compensating for the fluorescence or light split from the fluorescence. In this way, the compensation light is directly transmitted without being irradiated upon fluorescent powder, scattering loss of the compensation light is reduced, and utilization rate of the compensation light is increased.

The invention discloses an image processing method capable of carrying out partial filter adding. An area frame is added into an original image area on which the partial filter processing needs to be carried out, the position and size adjustment and the filter processing or filter switchover are carried out on the selected area frame, and the image obtained after the partial filter processing is carried out is stored as a result image. Compared with partial filter processing steps of existing software, the image processing method is faster and more convenient to operate, visual and capable of finishing the partial filter processing without professionals; the number of area frames can be multiple, the area frames can be mutually overlapped, or the sequence of the area frames can be adjusted, the position and size adjustment and the filter switchover can be carried out on the area frames obtained after the filter processing is carried out, a user can carry out operation more easily, and the filter effect is better.

The invention provides an epoxy nanocomposite material for dental therapy, which can be applied to direct or indirect clinical restoration, dental core-post system, and dental brace etc. The epoxy nanocomposite filling material provided by the invention can be polymerized with various curing agents to form the polymer with low shrinkage.

The invention relates to a preparation method of peeled and deodorized green bean whole powder. The preparation method comprises the following steps of: (1) pretreating raw materials; (2) peeling green beans; (3) protecting color and deodorizing; (4) conducting primary drying; (5) crushing and sieving; and (6) conducting secondary drying. According to the tomato blanching and peeling combined method, tomato skin is effectively removed, the taste of the product is improved, and a good color protection effect on tomatoes is achieved through blanching. Compared with a traditional method for preparing the green bean powder, the method disclosed by the invention saves energy without the processes of precooking, cooking and the like. And the drying temperature and the like are low, so that the color of the green bean powder is slightly damaged in the product drying process, the loss of nutrient substances is less, and the original taste and nutrient substances of the green beans are maintained to the maximum extent. And the operation process is simple and suitable for industrial large-scale production.

In an image conversion method of performing an image conversion between binary area tonal image-to-binary area tonal image, an image conversion apparatus, and an image conversion program storage medium storing an image conversion program which causes a computer to operate as such an image conversion apparatus, a binary area tonal image is once converted into a multi-level image, and pixel values of the multi-level image are converted. An areal ration of each divided area corresponding to the associated pixel of the multi-value image, of the original binary area tonal image is increased or decreased in accordance with the difference value between the pixel values of the associated pixels between the multi-value image after conversion of the pixel value and the multi-value image before conversion of the pixel value.

A liquid discharging technique is provided that conveniently carries out recording (printing) with a desired coloring relative to media (fabric or the like) with various characteristics such as an ink color development property. A textile printing apparatus 100 is a liquid discharging apparatus which discharges a liquid (an ink) onto a recording medium (a fabric 1) and records an image and includes a liquid discharging section (a head 41) which discharges the ink onto the fabric 1 based on correction image information which is corrected according to coloring information for the fabric 1 which is obtained from the fabric 1 which is supplied to the textile printing apparatus 100.

The invention discloses a vacuum microwave device for drying rose corolla and a method thereof. The vacuum microwave device comprises a frame, a box body, a cylindrical vacuum tank body and microwavegenerators, and further comprises a rose corolla drying material vehicle, a cylindrical vacuum tank vacuumizing and rose corolla cell solution collecting and condensing device, and a rose corolla shaping device; the rose corolla drying material vehicle can enter into or exits from a circular opening in the front end of the cylindrical vacuum tank body and can be pushed in the vacuum tank body along guide rails mounted on two sides of the bottom of the inner surface of the cylindrical vacuum tank body and provided with grooves in the axial direction; and the rose corolla shaping device is arranged on the bottom of a rose corolla material frame. The quality and the efficiency of the dried rose corolla are improved, the labor intensity of operators for drying the rose corolla is reduced, thenatural nutritional ingredient and the fragrance of a cell solution of the rose corolla are improved, the quality of the cell solution of the rose corolla is improved, and the dried rose corolla is full in appearance, is unfolding, and is bright in color.

The invention discloses a coating process of a ceramic product and the ceramic product. The coating process comprises the following steps: a, mixing semitransparent extinction powder and printing varnish according to a mass ratio of 10:11, and grinding the mixture into a painted mixture A by using a grinder; b, mixing semitransparent embossment powder, an embossment cooling agent and printing varnish according to a mass ratio of 5:5:11, and grinding the mixture into a painted mixture B by using a grinder; c, under the conditions that the environment temperature is 25-26 DEG C and the humidityis 50-60%, evenly spraying the paint-like mixture A to the surface of the porcelain in a fine mist mode through the spray gun, then airing the porcelain, and performing secondary spraying until the first spraying object is evenly covered with the secondary spraying material, and then airing the porcelain; d, under the conditions that the environment temperature ranges from 25 DEG C to 26 DEG C andthe humidity ranges from 50% to 60%, evenly spraying the paint-shaped mixture B is evenly on the paint-shaped mixture A through a spray gun until the paint-shaped mixture A is completely covered withthe paint-shaped mixture B, and then air-drying the porcelain; and e, firing the sprayed porcelain in a kiln. The coating process can be implemented on a glazed porcelain body and can also be implemented on an unglazed porcelain body, and the processed porcelain has an unglazed visual effect and has the advantages that a glazed porcelain product is not prone to water seepage and dirt seepage, notprone to scratching, easy to clean and the like.

The invention provides a makeup optimization method and system. The makeup optimization method and system can both comprise: grouping elements on a makeup to obtain a corresponding number of element groups; performing color-based makeup optimization on each element group of which the number of elements is greater than 1, wherein the color-based makeup optimization comprises the following steps: determining whether the element proportion of an element group is greater than a proportion threshold value or not, and if so, performing makeup optimization on the element group by a clustering-based method to obtain an element sequence of which the color is changed from light to deep and then to light, if not, performing makeup optimization on the element group by a binary optimization algorithm to obtain an element sequence of which the color is changed from light to deep and then to light, sorting the position information of all the elements in the element group on the makeup based on sizesin an ascending order to obtain a corresponding makeup position sequence; and correspondingly updating the elements on the makeup positions in the makeup position sequence by utilizing the latest obtained element sequence. The method is used for avoiding the influence of makeup item colors on the printing process and reducing the workload of printing personnel.