334results about How to "Tight adhesion" patented technology

A system and associated processes which permit organizations to objectively evaluate compliance levels for data integration implementations and other application development platforms. An implementation scorecard analytics feature is provided to the user to permit analysis and computation of a score representing a level of maturity and/or compliance of the code being analyzed. Also disclosed are a system and process for evaluating mapping complexity in a data integration implementation and a transformation, session, and workflow attribute configuration management system, which provides a more granular level reporting for transformation, session, and workflow attributes to diagnose variations in implementations.

This invention provides a shield conductor having heat dissipation property and flexibility. The shield conductor comprises: multiple wires; a shielding layer enwrapping the outer circumference of the wires while having flexibility; a sleeve pipe having multiple first housing members that are arranged in a row in a direction orthogonal to the axial direction of the wires and separately house the wires enwrapped by the shielding layer; a connecting member having multiple second housing members that are connected with each first housing member in the sleeve pipe and separately house the wires enwrapped by the shielding layer, while having a third housing member that is communicated with each second housing member and collectively houses the wires enwrapped by the shielding layer, and a corrugated tube connected with the third housing member in the connecting member and collectively housing the wires enwrapped by the shielding layer.

The present invention provides a heat insulator that is extremely low in environmental load during production and recycling, is superior in handleability and workability, and shows favorable heat-insulating properties over an extended period of time. The present invention relates to vacuum heat insulator, comprising at least a core member and an external packaging member that stores the core member and can keep inside under reduced pressure, wherein the core member is a sheet-shaped fiber aggregate containing a polyester fiber having fiber size of 1 to 6 deniers in an amount of 50 wt % or more.

A baby carrier comprises a wrapper partitioned to a front portion and a rear portion, front portion having a back support to support the back of a baby when needed and a hip sheet extending from the back support, the rear portion having a bottom sheet extending from the hip sheet and a rear sheet extending from the hip sheet, auxiliary supports each connected to the bottom sheet to support the thighs of the baby when needed, and shoulder straps connecting the back support to the auxiliary supports to hook the connected shoulder straps on the shoulders of a baby caretaker when needed. The hip sheet is foldable over on the bottom sheet so as to allow the baby to sit on the hip sheet detachably layered on the bottom sheet while being supported by the auxiliary supports.

Provided is a water cooling type cooling jacket for an electronic device including a pouch body formed of a soft, loose elastic material that is deformable to closely contact heat-generating elements having various shapes due to a contact pressure and accommodating and a coolant, and a coolant inlet tube and a coolant outlet tube formed at one side of the pouch body to allow the coolant to circulate inside the pouch body and connected to coolant circulation lines for circulating the coolant. Therefore, the water cooling type jacket for an electronic device can be adapted to various shapes of heat-generating elements having uneven surfaces and various shapes of installation spaces beyond electrical and mechanical limitation to increase a heat transfer area and maximize a heat transfer efficiency and can be installed at various electronic devices such as hard disk drives, video cards or memory cards and a PCB without spatial limitation. Also, the water cooling type, soft cooling jacket for an electronic device can reduce a fabrication cost by simplifying the structure while maintaining close adhesion and can safely protect various elements by distributing pressure applied to the elements.

A semiconductor device includes a semiconductor substrate, an electrode pad electrically connected to a circuit element formed on the semiconductor substrate, a connection wiring electrically connected to the electrode pad and extending on the semiconductor substrate, and a post electrode formed on the connection wiring. The semiconductor device further includes an adhesion film formed on the side surface of the post electrode, and a sealing layer that has light-shielding property and seals the surface of the adhesion film and the connection wiring.

A multilayer ceramic capacitor provided in a multilayer printed wiring board includes a ceramic body with a plurality of ceramic layers and internal electrodes stacked, and an external electrode including a base layer that includes a sintered metal containing a metal and glass and a plated layer provided on the surface of the base layer, which is provided on an end surface of the ceramic body to be connected to the internal electrodes. The external electrode includes a principal surface portion disposed on a principal surface of the ceramic body. The outermost layer of the plated layer includes a Cu plated layer. The ratio of arithmetic mean roughness (Ra) at the surface of the ceramic body/arithmetic mean roughness (Ra) at the surface of the external electrode satisfies a condition: about 0.06 the arithmetic mean roughness (Ra) at the surface of the ceramic body/the arithmetic mean roughness (Ra) at the surface of the external electrode about 0.97.

An organic electroluminescence device comprising a cathode, an anode and an organic thin film layer which is sandwiched between the cathode and the anode and comprises at least one layer containing a light emitting layer comprising a phosphorescent light emitting compound is provided. The device comprises an electron injecting layer which is adhered to the cathode and comprises at least one compound selected from metal chelate complexes with a ring having nitrogen atom, five-membered cyclic derivatives having nitrogen atom, non-condensed six-membered cyclic derivatives having nitrogen atom and condensed six-membered cyclic derivatives having nitrogen atom and one condensed carbon ring as the main component and at least one compound selected from alkali metals, alkali metal complexes, alkali metal compounds, alkaline earth metals, alkaline earth metal complexes, alkaline earth metal compounds, rare earth metals, rare earth metal complexes and rare earth metal compounds as the reductive dopant. The device uses phosphorescent light emission, exhibits a great efficiency of light emission and has a long life.

The invention discloses a protecting, fixing and retracting integration device of an acoustic emission deep hole monitoring sensor. The device consists of a sensor protecting sleeve, a fixing device of the sensor protecting sleeve, a guider, a mounting rod, a directional ring and a rotary disc. The front end of the sensor protecting sleeve is connected with the fixing device of the sensor protecting sleeve by counterclockwise screws. The tail part of the sensor protecting sleeve is connected with the guider by clockwise screws, and is connected with the mounting rod through a pin and a unidirectional clamping groove. The directional ring is fixed at the front end of the mounting rod. The rotary disc is mounted on the tail part of the mounting rod. During retracting, the rotary disc facilitates the mounting rod to screw the sensor protecting sleeve off the fixing device of the sensor protecting sleeve. The device can better overcome the defects of insufficient protection, simple mounting angle and large absence or deflection of the monitored data due to untight coupling of the sensor and the rock existing in the traditional sensor, solves the problem of difficult retracting of the sensor in deep hole mounting, can be widely applied to rock engineering of tunnels, underground chambers, mine underground stopes, roadways and the like, and has great economical benefit.

Embodiments disclosed herein provide systems and methods that can bridge the gap between business operations and data management operations. An interface layer provides customizable interfaces for interactions with a master entity index (MEI) system to accomplish association, storage, management or processing of data records based on user-defined business service operations. The interface layer allows a user to define business services, operations, and logical procedures according to a desired data model such that the inputs and outputs for each operation of the service correspond to the particular needs of the user and allow different terminology to be employed by the user.

The invention relates to medical equipment, particularly a medical scaffold with an inner coating film, and a preparation method for the medical scaffold, and belongs to the field of medical equipment. In the medical scaffold with the inner coating film, a non-woven inner coating film of which fibers are distributed on the axial direction of the medical scaffold is prepared on the inner surface of an inner film by an electrospinning method by taking a coating film scaffold as a basis, wherein the coating film scaffold consists of a netlike scaffold which is formed by weaving medical alloy wires, an electrospinning non-woven inner film and an electrospinning non-woven outer film; and the thickness of the inner coating film is 2 to 6 mu m. During preparation of the medical scaffold with the inner coating film, the inner coating film, the inner film and the outer film are prepared sequentially, and the inner coating film in the medical scaffold improves the biocompatibility with tract tissues of a human body, facilitates adhesion, migration and reproduction of endothelial cells at two ends of the medical scaffold, promotes quick endothelialization of the medical scaffold, and prevents the medical scaffold from becoming narrow again. The preparation method for the medical scaffold is simple, convenient to operate, and low in cost, and suitable for preparation of medical scaffolds with different diameters and lengths.

Disclosed is a portable electronic products integrated with a silicone in which a molding silicone is integrated with an outer side surface of a body housing of the portable electronic products through a double injection or an insert injection molding methods, so that it can feel the soft grip when an user is touched on the outer surface of the portable electronic products. Also, a water proof injection silicone packing part is integrally formed at a combining portion between a cover housing and a body housing, so that it can closely adhere to them, whereby it can be perfectly cut off the moisture from outside.

The invention discloses multi-phase combined lightweight aggregate concrete and a preparation method thereof. The multi-phase combined lightweight aggregate concrete is prepared from the following raw materials in part by weight: 1 part of cement, 0.40 to 0.50 part of fly ash, 1.836 to 2.219 parts of pumice sand, 0.028 to 0.043 part of corn straw fibers, 0.006 to 0.008 part of polyphenyl particles, 0.23 to 0.33 parts of rubber particles, 0.010 to 0.015 part of additive, 0.005 to 0.007 part of foaming agent, and 0.50 to 0.55 parts of water. The preparation method comprises the following steps:1, preparing thin-coating pumice sand and thin-coating straw fibers; 2, performing interference treatment of polyphenyl particles and rubber particles; 3, uniformly stirring the cement, fly ash, water, additive and thin-coating pumice sand; and 4, adding the polyphenyl particles, rubber particles and thin-coating straw fibers in turn, and continuing to stir. When the method is used, the mechanical performance of the lightweight aggregate concrete can be improved effectively, the thermal-insulation and heat-preservation performance is enhanced, and production cost is lowered.

A superconducting magnet apparatus. By forming one or more holes in each of platelike ferromagnetic substances forming a magnetic shield for focusing the magnetic flux generated by superconducting coils, the flow of lines of magnetic flux is adjusted. Thereby, a static magnetic field in a measurement space is corrected. By disposing coupling tubes for supporting two cooling vessels housing superconducting coils on the rear side with respect to a central axis (Z axis) of the measurement space of the vertical direction, access to the subject is facilitated. In addition, the magnetic shield has an opening portion wider than the superconducting magnet on its side face. After the magnetic shield has been assembled, the superconducting magnet can be inserted from the opening portion.

A resealable package integrity closure includes a lamination of films comprising a layer forming a top of container and having a scored flap defining an access opening to gain access to the contents of the container. The score that defines the opening flap cuts only into the outer layer of the film lamination and not through the sealing layer of film. A pressure-sensitive label functions as a sealing panel which completely covers the flap of the laminated film layer. A releasable adhesive is provided a pressure sensitive label that is applied over the film layer forming the top of the container. The pressure-sensitive label provides a sealing panel which is releasable from the film layer outside the perimeter of the score by peeling back the sealing panel. After opening the flap, the sealing panel of the pressure-sensitive label is reclosable against the top to seal the access opening.

Provided is a method for manufacturing a cable-type secondary battery including preparing an electrode assembly having a horizontal cross section of a predetermined shape and extending longitudinally, the electrode assembly including an inner current collector, an anode active material layer, a cathode active material layer, and an electrolyte layer interposed between the anode active material layer and the cathode active material layer, preparing a heat-shrinkable protection coating by forming a thin-film outer current collector on the inner surface of a heat-shrinkable tube, and inserting the electrode assembly into the heat-shrinkable protection coating and heating to shrink the heat-shrinkable protection coating such that the shrunken protection coating is closely adhered to the outer surface of the electrode assembly.

The manufacturing method may eliminate the need of post-processing such as drying, thereby simplifying the method and carrying out the method in a continuous manner.

An object of the present invention is to provide a spiral membrane element that can improve the barrier property of a fiber reinforced plastic layer having a fiber roll as a reinforcing phase and that can effectively prevent occurrence of cracks. The spiral membrane element of the present invention is a spiral membrane element containing a cylindrical roll R in which a separation membrane, a feed-side flow passageway member, and a permeate-side flow passageway member are spirally wound in a laminate state around a perforated center tube 5 and in which a sealing part for preventing mixing of feed-side fluid and permeate-side fluid is disposed, wherein a fiber reinforced plastic layer 26 having a fiber roll as a reinforcing phase is formed on the outer circumferential side of said cylindrical roll R, and a plastic layer 24 is disposed in the inner part or on the inner side of the fiber reinforced plastic layer 26 approximately over the entire length and approximately over the entire circumference of the fiber reinforced plastic layer 26.

An arc chamber for an ion implantation system includes an exit aperture positioned at a wall of the arc chamber, filaments respectively positioned at two opposing sides within the arc chamber, and repeller structures respectively positioned at two opposing walls within the arc chamber between the filaments and the arc chamber. The repeller structure includes a repeller substrate with a screw axis for fitting the repeller structure to the arc chamber, an insulator positioned underneath the repeller substrate providing an electrical isolation between the repeller substrate and the arc chamber, and a conductive spacer covering a portion of the insulator positioned in between the insulator and the arc chamber.

A curable liquid composition obtained by subjecting hydrogen halosiloxane or hydrogen alkoxysilane to condensation or to hydrolysis and condensation in an organic solvent in which fine polyvalent metal oxide particles with hydroxyl groups are dispersed; a method of forming a hard silica-type layer by applying onto an inorganic substrate the aforementioned composition and then curing the composition; an inorganic substrate with the aforementioned hard silica-type layer; and a semiconductor device comprising the aforementioned inorganic substrate on which a semiconductor layer is formed.

This invention provides a protective sheet for glass etching, having excellent etching solution penetration resistance, non-contaminating property and peeling efficiency. The protective sheet comprises a substrate and a PSA layer provided on one face of the substrate, such that, when the protective sheet is adhered to a non-etching area when etching glass, it protects the non-etching area from an etching solution. The PSA layer is constituted with a PSA having a gel fraction of 60% or higher. The PSA is an acrylic PSA comprising an acrylic polymer as a primary component. The acrylic polymer is synthesized by polymerizing starting monomers comprising, as a primary monomer, a monomer represented by a formula: CH₂═CR¹COOR² (R¹ is a hydrogen atom or a methyl group, and R² is an alkyl group). The primary monomer comprises as a primary component a monomer with R² being an alkyl group having 6 or more carbons.

A human corneal limbal stem cell-amnion tissue engineering complex using human corneal limbal fibroblasts as the trophoblast is characterized in that: it is close to the human corneal epithelium form in histology form, and is analogous to the human corneal epithelium in immunology phenotype, its ultrastructure shows that the connection between the cells grows mature and the connection between the epithelia and the amnion carrier is a close conglutination. The culture method includes the following steps: (1) preparing the amnion for culturing the human corneal limbal stem cell in vitro; (2) preparing the human corneal limbal fibroblast trophoblast; (3) preparing the human corneal epithelia suspension; (4) culturing the human corneal limbal stem cell-amnion complex. The human corneal limbal stem cell-amnion complex has analogous phenotype to the human corneal epithelium, and provides a safe and effective biology tissue engineering product to treat corneal limbal stem cell defective eye diseases.

A method for managing a user's computing environment on their computer or workstation. The method includes storing a set of files in a memory device accessible via a communications network. Each file includes data such as environment variable values defining a particular computing environment. The method includes providing an environment management engine in a user's home directory of a computer. A shell runs in the computer device to invoke and run a computing environment management engine within the shell. The engine generates a computing environment in the computer based on the computing environment definition in one of the files that is chosen based on a user-provided or otherwise determined job state (e.g., the user is working on a project or a portion of a project that is associated with a job state). The computing environment includes versions of software applications, path variables, and alias definitions.

A tissue-engineered complex of human limbus stem cell and amnion for treating the limbus stem cell-deficiency eye diseases is disclosed. It is perpared through removing epithelium from amnion, using it as carrier, using fibroblast 3T3 as nutritive layer, culturing by cell suspension method, and promoting differentiation of cells by air-lifting technique.