53results about How to "Improve fine" patented technology

The invention provides a light-sensitive black composition, containing (a) carbon black, (b) dispersant, (c) pigment derivatives, (d) photo-polymerization initiator, and (e) olefinic-bond unsaturated compound. The carbon black (a) has the average primary particle-size of 15 to 25nm, specific surface area of 100 to 180m<2>/g, and absorption capacity to dibutyl phthalate of less than 55cm<3>/100g. The dispersant (b) is composed of phosphate esters pigment dispersant or specific acidic dispersant. The pigment derivatives (c) are composed of specific alkaline pigment derivatives.

The invention relates to the field of hot stamping of printing packaging products, in particular to a high-precision plate-free three-dimensional hot stamping process which comprises the following steps: a silk screen is manufactured into a silk screen plate in a silk screen photosensitive exposure and development mode, and a hot stamping pattern on the silk screen plate is obtained; according tothe silk screen plate, gold stamping UV glue is adopted as a carrier in a silk-screen printing mode, the gold stamping UV glue is printed on a printing stock, a gold stamping UV glue pattern is formedon the printing stock, and then through ultraviolet irradiation, the gold stamping UV glue pattern is cured by ultraviolet light to form a high-precision three-dimensional pattern; and a gold stamping foil is attached to a printing stock of a transparent gold stamping UV adhesive pattern obtained through hot stamping offset printing, then a hot stamping area and the gold stamping foil are subjected to hot pressing compounding through certain temperature and pressure, and the high-precision three-dimensional pattern gold stamping printed product is obtained. According to the high-precision plate-free three-dimensional hot stamping process, silk screen integral plate making is adopted, pattern positioning adjustment does not need to be conducted through a single gold stamping plate, the positioning time of hot stamping plate installation is shortened, the high-precision three-dimensional pattern has high-precision and three-dimensional effects, a traditional hot stamping process cannotsimulate the high-precision plate-free three-dimensional hot stamping process, and a certain anti-counterfeiting function is achieved.

The invention discloses a non-range type digitalized medical linear accelerator system with electronic wire energy gears. The hardware of the system comprises an industrial control computer, a special data communication device and a head healing device; the software comprises a parameter setting module of a modulator, an automatic beam current control (AIC) module, an automatic frequency control (AFC) module, an automatic dosage control (ADC) module, an accelerating tube distribution control module, a head healing scattering film selection control module, a dosage evaluation and calibration module and a heating module; the parameter setting module of a modulator, the AIC, the AFC, the ADC, the accelerating tube distribution control module and the head healing scattering film selection control module are respectively within a range of 6MeV-16MeV; according to refine range level and actual preset values of adjacent two fixed energy gears, corresponding values are obtained at regular intervals; according to the above modules, after the dosage evaluation and calibration module obtains a series of values required by the digitalized medical accelerator at a preset range, the dosage evaluation and calibration module carries out evaluation and calibration on dosage in accordance with preset standards; and if the dosage is within a normal range, the related information is sent to an executing mechanism of peripheral equipment for execution. When the non-range type digitalized medical linear accelerator system with electronic wire energy gears is utilized to treat patients, the matching degree of energy and tumour depth is improved, and a more accurate therapeutic schedule is formulated for each patient.

Disclosed is a pattern-forming material having high sensitivity and excellent developability, which enables to obtain a high-resolution, high-precision pattern. Also disclosed are a pattern-forming apparatus comprising such a pattern-forming material, and a pattern-forming method using such a pattern-forming material. Specifically disclosed is a pattern-forming material composed of a supporting body and at least a photosensitive layer formed on the supporting body. This pattern-forming material is characterized in that the photosensitive layer contains at least a binder, a polymerizable compound and a photopolymerization initiator, and has a sensitivity of 20 mJ/cm<2> or less. The pattern-forming material is also characterized in that the shortest developing time for developing the photosensitive layer after exposure is 15-50 seconds. Also specifically disclosed are a pattern-forming apparatus and pattern-forming method using such a pattern-forming material.

The present invention provides a photosensitive resin composition for liquid crystal display elements, which is characterized in that it contains (A) a binder, (B) an ethylenically unsaturated compound, (C) a photopolymerizable compound containing a hexaaryldiimidazole compound Initiator, (D) split photosensitizer, and (E) hydrogen donor, within the range of light source wavelength of 350nm to 420nm and scanning speed of 5mm/sec to 3000m/sec, perform relative scanning while performing light modulation The exposure method is cured. Moreover, the liquid crystal display element provided with the color filter produced using the photosensitive resin composition of this invention, its manufacturing method, and this color filter is also provided.

A method of making a micro drill using exposure liquid includes an exposure liquid coating process of putting a micro drill having a processed drill bit into exposure liquid so as to dip the processed drill bit in the exposure liquid; a twist groove exposure process of processing a twist groove on an exposure liquid coating surface by scanning a laser beam from a laser exposure machine while the drill bit of the micro drill, coated by the exposure liquid, advances with rotating; a twist groove etching process of putting the coated surface of the micro drill into etching solution so as to resolve metal at the twist groove in which the exposure liquid coating film is removed by exposure of the laser beam; and a drill coating washing process of washing the drill coating by putting the etched drill bit into an ultrasonic washer.

The present invention provides semiconductor device manufacturing method, including a step of adhering a substrate (11) and a semiconductor element with an adhesive layer interposed therebetween; a step of curing the adhesive layer to form a cured adhesive layer (12A); a step of sealing the plurality of the semiconductor elements to form a sealed body (3) having a seal resin layer; a step of striping the substrate (11) from the sealed body (3) without stripping the cured adhesive layer (12A) from the sealed body (3); a step of forming a rewiring layer electrically connected to the semiconductor elements; and a step of electrically connecting an external terminal electrode and the rewiring layer.

The invention discloses a production technology of the base cloth of an aramid fiber 1313 short-fiber abrasive band, which sequentially comprises the following steps of: firstly weaving aramid fiber 1313 short-fiber; producing into a semi-finished base cloth, and treating the semi-finished base cloth by drawing and shaping and the like; and finally carrying out treatments such as edge cutting and calendaring to obtain the base cloth of the aramid fiber 1313 short-fiber abrasive band. The base cloth of the aramid fiber abrasive band machined and produced by the aramid fiber 1313 short-fiber has high temperature resistance, and can work for a long time under a high temperature, the service life can be prolonged, and the fineness, the precision and the accuracy of the abrasive band can be improved.

A plasma display panel includes a front panel including a glass front substrate, a display electrode formed on the substrate, a dielectric layer formed so as to cover the display electrode, and a protective layer formed on the dielectric layer; and a rear panel disposed facing the front panel so that discharge space is formed and including an address electrode formed in a direction intersecting the display electrode and a barrier rib partitioning the discharge space. The protective layer is formed by forming a base film on the dielectric layer and attaching a plurality of crystal particles made of metal oxide to the base film so as to be distributed over an entire surface at a covering rate of not less than 1% and not more than 15%.

The invention discloses a method and a device for training a search result scoring model, equipment and a medium, and belongs to the technical field of computers. The method comprises the following steps: receiving a search request carrying first search information sent by a first terminal, and sending a plurality of search results corresponding to the first search information to the first terminal; obtaining operation information of the first terminal for each search result after displaying the plurality of search results, and determining an operation class corresponding to the operation information of each search result; determining a reference score corresponding to each search result based on a pre-stored reference score corresponding to each operation class and an operation class corresponding to each search result; and training a search result scoring model based on the plurality of search results and the reference score corresponding to each search result. Through the method, the training effect of training the search result scoring model can be improved.

Provided is a plasma display panel which has highly fine and high-luminance display characteristics and low power consumption. After forming a base film (91), a metal oxide paste composed of metal oxide grains, an organic resin component and a diluting solvent is applied and fired so as to form the plurality of metal oxide grains by adhering the grains on the base film (91). The metal oxide pastecontains metal oxide grains of 1.5 vol% or less, and the content of the organic resin component is 8.0-20.0 vol%.

A plasma display panel is provided with a front substrate which has a dielectric layer formed to cover a display electrode formed on a front glass substrate, and has a protection layer formed on the dielectric layer; and a rear substrate, which is arranged to face the front substrate so as to form a discharge space and to form an address electrode formed in a direction that intersects the display electrode, and is provided with a plurality of vertical barrier ribs and horizontal barrier ribs which are arranged parallel to the address electrode. The protection layer forms a base film on the dielectric layer, and the protection layer is configured by adhering a plurality of crystal grains composed of a metal oxide such that the crystal grains are distributed over the entire surface of the base film. The barrier ribs are configured such that the horizontal barrier ribs are lower than the vertical barrier ribs.