101results about How to "Dense high" patented technology

The present invention relates to an embedded chip printed circuit board in which a space required for embedding a chip is formed to a desired depth depending on various thicknesses of chips to be embedded, and thus, the circuit line for the electrical connection between the embedded chip and the circuit pattern layer can be formed to be relatively short, thereby maximizing space efficiency and decreasing inductance at high frequencies. In addition, a method of manufacturing such an embedded printed circuit board is also provided.

An object of the present invention is to provide a toner having small-sized and potato-shaped particles created from multiple coherent spherical particles for excellent cleaning ability and high image quality, an image-forming method that realizes high image quality using the toner, and the like. To this end, there is provided a toner, which is produced by granulating toner materials as an organic phase comprising at least a binder resin and a colorant in an aqueous medium and has potato-shaped particles created from multiple coherent primary oil droplets of the organic phase in the aqueous medium.

In accordance with the present invention, deposition of perovskite material, for example barium strontium titanite (BST) film, by a pulsed-dc physical vapor deposition process or by an RF sputtering process is presented. Such a deposition can provide a high deposition rate deposition of a layer of perovskite. Some embodiments of the deposition address the need for high rate deposition of perovskite films, which can be utilized as a dielectric layer in capacitors, other energy storing devices and micro-electronic applications. Embodiments of the process according to the present invention can eliminate the high temperature (>700° C.) anneal step that is conventionally needed to crystallize the BST layer.

The present invention provides a method for fabricating a polymer optical waveguide device, the method at least includes: preparing a mold including a cured resin layer of a mold forming curing resin and having a concave portion correspondent to a core portion of an optical waveguide formed therein; attaching the mold to a cladding base material; filling the concave portion of the mold with a core forming curing resin; hardening the core forming curing resin to form a cured core portion; forming a space or a groove for placing an optical device in a middle part in the waveguide direction of the core portion such that the optical device cuts across the core portion; inserting and positioning the optical device in a predetermined position of the space or groove; and conducting an optical bonding between an optical pathway portion of the optical device and the core portion.

The invention relates to a plasma assisted magnetron sputtering depositing coating method. When a metal compound thin film is prepared by magnetron sputtering, in order to overcome target poisoning, anode disappearance and the like, an intermediate frequency or pulse direct current reaction magnetron sputtering method is common adopted. The invention provides a novel plasma assisted depositing method, wherein a plasma discharge area is additionally arranged in a vacuum chamber, a work rest rotates at a high speed along with a revolution plate which revolves at the same time, and when a workpiece rotates through the plasma discharge area, combination reaction is further carried out on the incompletely reacted ultrathin thin film and gas ions to obtain a compound thin film with a higher stoichiometric ratio, so that the depositing rate of the thin film is greatly improved. Compared with conventional plasma source assisted depositing technologies, the novel plasma generating technology provided by the invention is lower in cost and easy to amplify, can be used for the field of industrialized production on a large scale, and has an important application prospect.

A navigation device displays, on a screen, a route guidance object indicating a route along which the vehicle is to travel, and includes: an image pickup section that obtains a photographed image ahead of the vehicle; a white line detection section that detects a road white line in the photographed image; a map information storage section that stores map information including road shape data which represents the road shape; a road shape data correction section that corrects the road shape data, based on a detection result of the road white line, such that the route guidance object is displayed along the road white line; a route guidance object generation section that generates the route guidance object, based on the corrected road shape data; and the display section that displays the generated route guidance object on the screen.

A method of manufacturing a liquid discharge head including a pressure generating chamber communicated to a discharge port for discharging liquid and a piezoelectric element which is provided corresponding with the pressure generating chamber and includes a piezoelectric material film and a pair of electrode films sandwiching the piezoelectric material film, including: a step of preparing a structure with a single crystal Si layer being accumulated above a front surface of an Si substrate through an etching stop layer; a step of forming a buffer layer on the above described single crystal Si layer; a step of forming, above the above described buffer layer, the above described piezoelectric material film consisting of a single crystal thin film or a thin film which is directed in a preferential orientation to a direction of the polarization through one of the above described pair of electrode films; a step of forming the above described pressure generating chamber on the above described piezoelectric material film; and a step of etching a location corresponding with the above described piezoelectric material film of the above described Si substrate from a rear surface of the above described Si substrate to reach the above described etching stop layer.

A method of forming an ink-jet image comprising the steps of: i. ejecting ink compositions from an ink-jet head onto a recording medium; and ii. forming an image, wherein a) the recording medium is a porous type medium having a porous ink absorbing layer on a non-water absorptive support, b) the ink-jet head has a plurality of nozzles which eject more than two ink compositions respectively, and one ink composition is a clear ink, and one ink composition is a color ink, c) the clear ink contains water dispersible microscopic resin particles having an average diameter of 10-200 nm of more than 1 weight %, and d) pH of the ink compositions is 6.5-11.0, and an absolute value of a difference, between an ink composition pH and film surface pH of the recording medium, is less than 4.0.

The invention provides a powder metallurgy method of a Ti-6Al-4V alloy. The method is characterized by comprising the following steps of: lubricating the inner wall of a die with a lubricant, filling Ti-6Al-4V powder between -100 meshes and -300 meshes into a die cavity, prepressing, exhausting, and pressing a green body in the ratio of impact energy to powder filling amount of (304-1,065J):(7.43-9.65)g; and sintering the green body at the temperature rise speed between 3 DEG C per minute and 4DEG C per minute and the vacuum degree between 1*10<-3> Pa and 1*10<-4> Pa and at the temperature between 1,250 DEG C and 1,300 DEG C for 2-3 hours, and cooling to obtain the Ti-6Al-4V alloy. The method has a simple technical process, can be used for preparing a powder metallurgy titanium alloy with high performance by near-net-shape forming and short flow at low cost, and is suitable for industrial production. The titanium alloy prepared by adopting the method has the density of 95.1-97.8 percent, the Vickers hardness (HV) of 261-358 and the compression strength of 1,600-2,100 MPa.

The invention provides an organosilicon epoxy acrylic acid modified waterborne alkyd resin and a coating thereof; the formula of the coating comprises the components in parts by mass: 40-50 parts of an organosilicon epoxy acrylic acid modified waterborne alkyd resin emulsion comprising the components of 45-65 parts of tung oil, castor oil or linseed oil, 25-45 parts of phthalic anhydride, trimellitic anhydride or trimellitic anhydride, 3-10 parts of xylene, 5-10 parts of epoxy ester and 5-10 parts of organosilicon ester; 3-4 parts of a pigment; 6-26 parts of a packing; 10-20 parts of deionized water; 0.05-0.5 part of a dispersant; 0.1-0.3 part of a defoaming agent; and 0.9-2.5 parts of a drier. The preparation method of the emulsion comprises the steps: heating oil, glycerol, pentaerythritol and trimethylolpropane with nitrogen protection, adding an alcoholysis catalyst, heating up, keeping a reaction until the ethanol tolerance degree reaches 2.0-5.0 ml/100 ml, and cooling; adding anhydride and xylene; adding organosilicon ester and epoxy ester, and modifying; and adding acrylate, and modifying; and cooling, and dispersing the mixture for two times. The coating has the advantages that easily-volatile organic compounds are reduced with water as a diluent.

The invention relates to a multilayer combined type vacuum stone molding device which solves the problems that the traditional stone molding device only can mold stones piece by piece, the solidification is carried out in addition, molded composite boards are uncompacted, are easy to buckle and deform, and the like. The device is characterized in that an oil cylinder or an air cylinder with a hold-down device are arranged on the top of a vacuum tank; a supporting spring and 2 to 6 vibrators with 50-300Hz of frequency are arranged at the bottom of the vacuum tank; a plurality of layers of mold boards which are arranged in a stacked manner are also arranged in the vacuum tank; and a plurality of compression springs are arranged among each layer of the mold boards. The excitation force generated from the lower parts of the vibrators and the low-frequency excitation force generated from the upper part of the vacuum tank are matched with the compression springs among the mold boars and the supporting spring at the bottom of the vacuum tank to jointly form a vibration process of amplitude variation thereof, and the molding and the solidification are integrally carried out, thereby improving the working efficiency and restricting the problem that the composite boards buckle and deform in the solidification process. The multilayer combined type vacuum stone molding device is suitable for vacuum glue permeation of minerals such as quartz jade material and the like and the molding of spliced composite boards.

The invention discloses a nano water-based functional ceramic composite coating which comprises raw materials in parts by weight as follows: 10-35 parts of silicate inorganic adhesives, 10-35 parts of main filler, 2-10 parts of stabilizing materials, 5-20 parts of toughness-enhancing emulsion type binding agents, 3-10 parts of film forming assistants and 5-25 parts of water. A preparation method comprises the steps as follows: the silicate inorganic adhesives and diluent are poured into a container and stirred at 350-400 r/min for 10-20 min, so that a mixed liquid is obtained; the main filler and the stabilizing materials are added to the mixed liquid, and the mixture is stirred at 350-400 r/min for 50-60 min; and the toughness-enhancing emulsion type binding agents and the film forming assistants are added sequentially, and the mixture is filtered by gauze with 400-600 meshes, so that the composite coating is obtained. A film of the coating is formed at the normal temperature, and the nano water-based functional ceramic composite coating has the characteristics of infiltration, large adhesive force, high density, stone hit resistance, impact resistance, high and low temperature resistance, superior abrasion resistance, washing resistance and good flexibility.

The invention discloses a method for hot-pressing and sintering alumina-based eutectic composite ceramic materials. The method includes the steps: preparing rod-like eutectic samples with small and uniform tissues by the aid of laser suspension zone melting-directional solidification technology; performing crushing and screening to obtain eutectic powder with inner eutectic structures; preparing the alumina-based eutectic composite ceramic materials with inner eutectic structures in a hot-pressing and sintering manner. The prepared sintering eutectic composite materials reserve eutectic structures in initial eutectic samples and eliminate most of crystal boundary and interface non-crystal phases, so that a new idea is provided for preparation of large alumina-based eutectic composite ceramic materials. According to the method, the tissues are typical 'hieroglyphic' eutectic morphologies, the particle size of eutectic particles ranges from 4mum to 25mum and larger than gaps between eutectic layer sheets, so that the eutectic particles effectively reserve eutectic structures, and the large-block eutectic composite ceramic materials are prepared, high in melting point, close to full density and provided with inner approximately full-eutectic structures.

The invention discloses a system and a method for producing a fracturing propping agent by taking red mud as a raw material. The system comprises a charging machine, a high temperature furnace, a swing-out device, a blanking bin, a tempering furnace and screening equipment, wherein the high temperature furnace is connected with the blanking bin or the swing-out device; dosing is performed by taking inorganic solid wastes as raw materials; and the product is prepared by performing high-temperature melting in the high temperature furnace and molding in a molding device. The method comprises the following steps: (1) dosing, namely mixing pure red mud or red mud with one or more of fluorite, silica sand, potassium (or sodium) feldspar and dolomite; (2) mixing and performing wet grinding, namely mixing and performing wet grinding on the prepared materials; (3) drying and granulating; (4) melting the granulated materials in the high temperature furnace; (5) molding the granulated materials into propping agent granules by utilizing the molding device; and (6) screening, weighing and packaging the propping agent granules by virtue of the screening equipment. The system and the method are high in product yield, high in production efficiency and low in cost.

The invention belongs to the technical field of preparation of microwave ceramics, in particular relates to a pressure control adjustable barium strontium titanate-base compound ceramic material and a preparation method thereof. The compound ceramic material is prepared as follows: Ba(1-x)SrxTiO3 is compounded with Mg(1-y)ZnyO with low dielectric constant and low dielectric loss; little Ta2O5 is added to modify the compound ceramics of (1-m)Ba(1-x)SrxTiO3-mMg(1-y)ZnyO so as to meet the performance requirements of pressure control adjustable microwave ceramics with proper dielectric constant, low microwave dielectric loss, high pressure control adjustability and so on. The barium strontium titanate-base compound ceramic material prepared by adopting the solid reaction process or the coprecipitation coating process is cold isostatic compacted without adding any forming agent and is sintered under atmospheric pressure, thus obtaining high density and high purity ceramic blocks. The pressure control adjustable barium strontium titanate-base compound ceramic material is applicable for such microwave devices as phased array phasers, adjustable filters, delay lines, oscillators, resonators and so on.

The invention relates to a casting forming method of a cast and formed blade guiding frame. The cast and formed blade guiding frame is prepared from the following chemical components (in percentage by mass): 0.38-0.44 percent of C, 0.20-0.35 percent of Si, 0.60-0.90 percent of Mn, 0.030 percent of S or less, 0.030 percent of P or less, 0.90-1.20 percent of Cr, 0.15-0.30 percent of Mo, 0.05-0.08 percent of V and 0.005-0.01 percent of Ti. The invention has the advantages that (1) the production process is simplified by changing forging forming into casting forming, the raw materials are saved, and the production cost is decreased; and (2) the aims of enhancing grain thinning and improving the compactness of the materials and further improving the comprehensive mechanical performance of the materials are reached by externally enhancing external cooling, internally optimizing material components and adding microalloy elements.

The invention belongs to the technical field of ceramic materials and discloses superhigh-temperature SiC-HfB2 composite ceramic and a preparation method and application thereof. The superhigh-temperature SiC-HfB2 composite ceramic is prepared by: adding a solvent and a ball milling medium into SiC powder, HfO2 powder, Ta2O5 powder and amorphous boron powder, mixing, drying to obtain mixed powder,die-pressing the mixed powder to obtain a mixed powder blank, thermally treating in vacuum, heating to 900-1300 DEG C, carrying out temperature holding I, heating to 1500-1800 DEG C, carrying out temperature holding II, thermally treating in vacuum to obtain SiC-HfB2 powder, performing discharge plasma sintering to heat the SiC-HfB2 powder to 1000-1400 DEG C, injecting a protective atmosphere, heating to 1800-2200 DEG C, and calcining. The superhigh-temperature SiC-HfB2 composite ceramic has good resistance to high temperature.