54 results about "Filling defect" patented technology

A composition and method for enhancing tissue growth, regeneration, and repair includes a Biological Glue formed by extraction of an Extremely Platelet Rich Plasma (EPRP) derived from whole blood, and subsequent activation and clotting. The Biological Glue may be utilized alone to fill defects or may be used as an adhesive agent for other biological and non-biological materials. These materials may include processed thrombus derived from the activation of EPRP. Additionally, the Extremely Platelet Rich Plasma may be impregnated with directly harvested or cultured cells, including stem cells, or other materials, prior to activation, to form a Biological Implant that may be implanted in vivo. A Platelet Factor Enriched Serum (PFS) derived from the activation of the Extremely Platelet Rich Plasma (EPRP) may be added to the cell cultures in preparation of a Biological Implant, in order to provide additional growth factors that speed the development of the cell cultures.

A wellhead seal assembly that forms a metal-to-metal seal between inner and outer wellhead members. A bi-metallic U-shaped seal with legs having a low yield metal on the outer portions. During installation of the seal assembly, the legs of the seal are forced outward against the surfaces of the wellhead members, by pressurization of a interim non-metallic seal which forces a wedge into the U-shaped seal, causing localized yielding of the low yield metal to fill defects on wellhead member surfaces.

The invention provides a long-term high-temperature oxidation-resistant multi-element composite ceramic coating for a carbon/carbon composite material and preparation and application methods thereof. The long-term high-temperature oxidation-resistant multi-element composite ceramic coating is a composite coating on the surface of the carbon/carbon composite material and sequentially (from inside to outside) comprises a SiC connection layer prepared with an embedding method, a SiC sealing layer prepared with a chemical vapor deposition method and a SiO2-Y2Si2O7-ZrSiO4-Al2SiO5 ceramic layer prepared with a brush coating method and an in-situ oxidation reaction method, wherein the SiC connection layer is combined with a matrix and exerts the function of connecting the matrix, the SiC sealinglayer exerts the function of filling defects of an inner layer, and the outermost SiO2-Y2Si2O7-ZrSiO4-Al2SiO5 ceramic layer serves as an oxygen blocking layer and exerts the function of self-healing and oxygen blocking. The long-term high-temperature oxidation-resistant multi-element composite ceramic coating has the advantages of firmness in combination with the matrix, no run-through crack, long-term high-temperature oxidation resistance, and capability of being completely applied to the preparation of non-direct-ablation heat-resistant structural members around the head and of the wings ofa hypersonic aircraft and the preparation of a material for the tailpipe chamber of an aircraft engine.

Methods and apparatus for treating disc herniation provide a conformable device which assumes a first shape associated with insertion and a second shape or expanded shape to occlude the defect which typically follows partial discectomy. The device may take different forms according to the invention, including patches size to cover the defect or plugs adapted to fill the defect. In a preferred embodiment, however, the device is a gel or other liquid or semi-liquid which solidifies to occlude the defect from within the body of the disc itself. In another preferred embodiment, a mesh screen is collapsed into an elongated form for the purposes of insertion, thereby minimizing the size of the requisite incision while avoiding delicate surrounding nerves. Such a configuration also permits the use of instrumentation to install the device, including, for example, a hollow tube or sheath adapted to hold the collapsed screen, and a push rod to expel the collapsed device out of the sheath for use in occluding the disc defect. A device according to the invention may further include one or more anchors to assist in permanently affixing the device with respect to the defect.

The invention relates to a repairing method for defects of a turbine guide blade. The method comprises the following steps: filling the defects with paste alloy powder or paste mixed powder; then coating paste brazing filler metal around the filled defects; drying the filler; and carrying out the repairing operation: putting the blade in a vacuum furnace, and performing repairing and brazing by adopting the vacuum brazing technology. The repairing method for defects of the turbine guide blade provided by the invention effectively prevents flaws; the property of the brazing technology and the mechanical property of the repaired parts meet the requirements; the molded surface of the blade and the accuracy of all sizes and positions completely meet the requirements. Therefore, the passing rate of the cast blades is improved, the cost is reduced, and remarkable economic benefits are created.

A three component system for repairing critically sized bone defects having a first shape memory polymer (SMP) component formed as a scaffold that fills the defects, a second SMP component formed as a restricting sleeve that stabilizes and supports osseointegration and osteoconduction, and a third SMP component formed as a two-dimensional cell culture substate for engineering periosteal grafts.

The invention relates to a preparation method for in-situ synthesizing of conical SiC crystal whisker through a coprecipitation and thermal evaporation technology. The preparation method comprises the steps of depositing a layer of carbon on a carbon fiber prefabricated body through a CVI method, filling defects on the surface of the prefabricated body and providing sufficient reaction raw materials; then putting the prefabricated body into a urea solution containing a catalyst to be dipped, calcining and reducing to obtain a nano catalyst; then suspending a sample containing the nano catalyst at the position of the top end in a graphite mold where silicon powder and carbon powder are loaded and evenly mixed and then obtaining the conical SiC crystal whisker through thermal treatment in certain temperature. The preparation method disclosed by the invention is simple, free of pollution, safe and stable, can effectively improve oxidation resistance, breaking tenacity and creep resistance of a composite material and combination strength between a base body and an enhanced body, can be applied to carbon/carbon, carbon/ceramic, magnesium-based and aluminum-based composite materials and has very good economical and social benefits.

An object is to provide a manufacturing method of a fiber-reinforced resin that significantly reduces a resin filling defect on the surface and surface irregularity caused by a temperature difference between a molding temperature (curing temperature) and ordinary temperature in the course of molding the fiber-reinforced resin, and a product manufactured by the manufacturing method. There is accordingly provided a manufacturing method of a coated fiber-reinforced resin molded article and a product manufactured by the manufacturing method. The manufacturing method comprises a first molding process that cures a matrix resin which a reinforcing fiber is impregnated with at a temperature T1(° C.) to obtain a fiber-reinforced resin molded article; and a second molding process that places the fiber-reinforced resin molded article in a cavity of a mold, sets the cavity to a temperature T2(° C.) that is lower than the temperature T1(° C.), injects a liquid coating layer-forming resin material into the cavity such as to coat at least part of a surface layer of the fiber-reinforced resin molded article, and cures the coating layer-forming resin material at the temperature T2(° C.), so as to obtain the coated fiber-reinforced resin molded article, wherein the mold is comprised of at least two pieces and has the cavity in a shape that is approximately same as a shape of the fiber-reinforced resin molded article.

A method and apparatus of forming portions of tobacco, and of removing the same by an conveyor having at least one path of holders for a respective portion, in which the holders are filled with individual portions of the contents at least two filling lines of one or more filling stations, and, prior to the individual filling operations, individual portions of the contents are weighed and weighed portions that satisfy the predetermined conditions—acceptable portions—are filled cyclically into the holders and weighed portions that do not satisfy the predetermined conditions are detected and ejected as defective portions, characterized by components and steps of (a) following detection of a defective portion, that holder which the filling line originally predetermined for filling this holder would have filled with the contents portion, on which the defective portion is based, had the contents portion satisfied the predetermined conditions—defective-portion holder—is sensed, and a filling line other than that originally predetermined for filling the defective-portion holder—compensating filling line—fills the defective-portion holder, preferably outside the original filling cycle thereof, with an acceptable portion that satisfies the predetermined conditions.

The invention discloses a composite material for filling a vertical through silicon via (TSV) and a filling method thereof, wherein the composite material is mainly composed of diamond and copper, thediameter of the diamond is less than 1 [mu]m, and the diamond is monocrystal diamond or boron-doped diamond. The filling method comprises sputtering an adhesion layer, a barrier layer, and a seed layer in the TSV in advance, depositing the composite material by a composite electrodeposition method, and then attaching and depositing the copper atoms along a current direction to fully fill the TSVby energization so as to form a completely filled composite layer on a silicon wafer. By the key internal composition and structure of the composite material, the overall process flow design of the corresponding filling method, and the improvements in conditions and parameters of each step, and using a specific composite material as a TSV filling material and using a specific filling method, the reliability of the TSV can be improved and the failure rate of the TSV can be reduced to avoid filling defects.

The invention discloses metal nanometer lubricating oil, comprising lubricating oil and nanometer metal powder which are mixed together. The weight proportion range of the metal powder and the lubricating oil is between 1 to 12000 and 1 to 3000; the nanometer metal powder in the metal nanometer lubricating oil can form a micro-bearing between the inner wall of a cylinder and a piston so as to change the sliding friction into rolling friction, decrease friction coefficient, and reduce the abrasion of the inner wall of the cylinder; and the tiny metal powder can fill defects and dimples at the wearing terrain of the inner wall of the cylinder to realize the self-repairing function and increase the airtightness of the cylinder, thereby ensuring that fuel oil is completely combusted, improving the powder, and reducing the emission of tail gas.

A semiconductor device comprises a buried gate formed in a mat and in an adjacent dummy region. A space larger than is conventional is formed in a dummy region of a mat edge where the buried gate is to be created. This larger space inhibits shortening of an end of a buried gate and reduction in pattern size attributable to lithographic distortion arising between patterned (mat) and unpatterned (dummy) regions. Device reliability is thereby improved by avoiding gap-fill defects of a gate material.

The invention relates to the graphical field of the electronic information, and especially relates to a graphical application method based on a power grid operation management system. The method comprises the following steps: analyzing to generate resource data in a standard format through a CIM model, displaying real-time operation information and real-time work-condition information in a graphical way by taking a system wiring diagram and a primary wiring diagram graph, and providing a dispatcher to perform a graphic log platform operation so as to record related dispatching operation log, wherein a line or transformation substation equipment can fill defects, overhauling, faults, tripping, and operation duty recorded information by clicking related equipment on the graph. The graphicalapplication disclosed by the invention has the features of being concise, visual and easy to use.

A method and composition are disclosed that provide protection of refractory materials used, e.g., in kiln and slagging coal-gasifier operations. Inert high-temperature melting crystalline compounds and glasses are used to fill defects on the surface and/or interior of the refractory material. At the operation temperatures, the inert crystalline compound mixes with slag and increases the viscosity and melting point temperature, reducing the ability of the slag to penetrate into the refractory, which minimizes breakdown of the refractory material. The same scheme can potentially be applied to sealing of geological formations, e.g., for CO₂ sequestration, and repairing of engineering materials currently in service while continuing to operate in aggressive environments.

The invention discloses a capacitor manufacturing method, which comprises the following steps: providing an inter-layer medium layer and an interconnection structure penetrating through the inter-layer medium layer; depositing an etching barrier layer, a first insulating layer, buffer layers and a second insulating layer on the inter-layer medium layer in turn; etching the second insulating layer, the buffer layer and the first insulating layer in turn to form grooves; etching the buffer layers through the grooves so as to increase the local widths of the grooves in the buffer layers; etching the grooves with a first etching agent, so that the bottom widths of the grooves approach to the top widths of the grooves; continuing to etch the grooves with a second etching agent, smoothening the closed angles at the interfaces between the second insulating layer and the buffer layers and between the buffer layers and the first insulating layer, and increasing the groove widths; removing the etching carrier layer; depositing polycrystalline silicon on the inner walls of the grooves and forming semi-spherical polycrystalline silicon particles serving as the lower electrode of the capacitor; and depositing a dielectric layer and an upper electrode on the lower electrode in turn. By using the method, the short circuit and the filling defect between the upper electrode and the lower electrode of the capacitor can be avoided.

The invention discloses an artificial femur structure, which comprises the following parts: chassis corresponding to fill defect, plural limit groove with hole on the periphery, support crank in the hole, joint end on one end of support crank, bone crank end on the other end with tapering segment, limit bond in the plural limit groove to define the position of joint end.

High temperature glue and ceramic particles with certain particle size distribution are mixed to prepare a compound modification liquid to realize the full range (from a few nanometers to hundreds of microns) modification of defects on a dense film. The ceramic particles are used to modify large defects (such as more than 5nm) on the dense film, the high temperature glue is used to modify small defects (such as less than 5nm) on the dense film; in addition, by the use of the high temperature adhesive, the leveling performance of the compound modification liquid can be significantly improved, the ceramic particles can be bonded and toughened, and after-processing temperature is reduced. The compound modification liquid is used for coating and modifying the surface of the dense film with the defects, and the ceramic particles and the high temperature glue only fill defect parts and are not adsorbed on the surface of the dense film. The method can realize a defect filling ratio of nearly 100%, has the advantages of simple process and good repeatability, and is suitable for large-scale filling of the defects on the dense film.

A film deposition apparatus includes a body formed with openings and cavity, a spray assembly, and a gas assembly. The spray assembly sprays a precursor stream into the cavity for forming a film on a substrate. The gas assembly injects one or more gases into the cavity through the openings to shape the precursor stream and improve directionality and utilization of the precursor stream. The film deposition apparatus can operate with one or more plasma generators to form a laminated film on the substrate. The laminated film may have three layers of film: a first film formed through reaction of a first precursor with plasma, a second film being a composite of the first precursor and a second precursor, and a third film formed through sonification of the second precursor on top of the second film. The second precursor can infiltrate into the first film and fill defects therein.

The invention relates to copper powders and a manufacturing method thereof, and especially relates to copper powders used for an ultrathin vapor chamber and a manufacturing method thereof. The shape of a copper powder particle is spherical or spherical-like. The copper powder particles are in a single particle non-spheroidizing structure. Particle size range of the copper powders is 1-100 [mu]m. Apparent density of the copper powders is 2.0-5.0 g/cm<3>. The shape of the copper powder particle is spherical or spherical-like. The spherical copper powder has excellent mobility, and powders can be filled uniformly and densely without powder filling defects in a vapor chamber powder filling process. The copper powders have capillary organization in relatively high porosity. The porosity of the capillary organization is higher than 65%.

A mineral-based chemical heat storage composite material and a preparation method thereof are disclosed, the mineral-based chemical heat storage composite material having a chemical heat storage function is prepared by talcum powder modification, interlaminar ammonium ions of the mineral-based chemical heat storage composite material may enter talcum powder crystal lattices under the conditions of ambient temperature> 60 DEG C to absorb heat to form H-O and Mg-N bonds and fill defects, when the ambient temperature is below 20 DEG C, the H-O and Mg-N bonds formed with ammonium ions in the crystal lattices break and emit heat so as to achieve the effects of heat storage and heat release, and the mineral-based chemical heat storage composite material is stable in performance, large in heat storage amount, capable of being used repeatedly, mild in reaction conditions, easy to control, wide in range of sources of raw materials and suitable for low-temperature heat storage, and has broad market prospects.

The invention discloses a method and a device for ground stress testing reproducing wave velocity. Three-dimensional rock wave velocity is tested and calculated under an in-situ stress state on a borehole wall, and then an oriented rock test piece is taken back from protolith, and a maximum acoustic wave direction is processed, that is, a rock test piece in a maximum stress direction, and a compression test and an acoustic wave test are performed under side pressure. The pressure under which wave velocity of the test piece is equal to the maximum wave velocity of a drill hole is selected as maximum stress of borehole protolith, and a maximum acoustic wave direction is the maximum stress direction of the protolith. The method and the device utilize positive correlation between rock wave velocity and ground stress, and wave velocity variation under the ground stress is generally in a favorable condition of 5% to 20%, so as to ensure test accuracy of the ground stress and fill defects ofa rock acoustic emission ground stress test method. The test principle of the method and the device is simple, the device is light, and test accuracy of the ground stress can be improved from e orderof magnitude.

A liquid crystal display device and a method of manufacturing the same, the device including a liquid crystal display panel, the liquid crystal display panel including substrates facing each other and a liquid crystal layer therebetween; a backlight unit below the liquid crystal display panel, the backlight unit being for emitting light toward the liquid crystal display panel; a filling that fills defect holes on surfaces of the substrates, which surfaces are relatively remote from the liquid crystal layer, the filling having horizontally even surfaces with respect to the surfaces of the substrates, and a cover member disposed over the defect holes filled with the filling.

The invention relates to a low-temperature insulation box heat insulation cotton filling method for a liquefied natural gas ship liquid cargo maintenance system. An insulation box to be filled is conveyed to a filling station through a filling roller way, after the insulation box is filled with the heat preservation cotton by an insulation cotton filling mechanism, and then the insulation box is transferred to a vibration station on a vibration roller way for vibration filling treatment. Compared with the prior art, the method has the advantages that the compactness degree of the heat preservation cotton is more uniform, the filling defects such as over-tightening, unevenness, edge warping, corner pressing and the like generated in the filling process are reduced, and the high quality andthe consistency of the filling effect are realized and ensured.