30results about How to "Eliminate penetration" patented technology

A method in which a gate and raised source/drain (S/D) regions are fully silicided in separate steps to avoid degrading the resistance or junction leakage is described. A gate dielectric layer, gate, and spacers are formed over a semiconductor layer that is preferably Si, SiGe, or SiGeC on a buried insulator. Raised S/D regions are formed by selective epitaxy between spacers and isolation regions. The gate is protected with a mask while the raised S/D regions are covered with a first metal layer. A first anneal affords fully silicided S/D regions. A dielectric stack is deposited on the substrate and planarized to be coplanar with the top of the spacers. The mask is removed and a second metal layer is deposited. A second anneal yields a fully silicided gate electrode. The invention is also an SOI transistor with silicided raised S/D regions and a fully silicided and optionally recessed gate.

A solvent-based solution including methods of making and using for treating and protecting for heavy traffic asphalt pavement, particularly against water-associated problems, such as repeated freeze/thaw cycles, and damage caused by exposure to UV light. The mechanism of protection include an internal coating and partial internal sealing of voids and pores with a special blend of pre-oxidized asphalt emulsion that has been modified with moisture-insensitive silicone-based compounds and surfactants to enhance penetration depth and effectiveness. The sealer works from within the asphalt pavement as well as at the surface. A water-repelling function prevents water from penetrating from the surface while allowing vapor transmission across the pavement through connected voids and capillaries. The sealer should also enhance the bonding strength between asphalt coated particles, thus eliminate chipping. As a result, the sealer should prolong the life of exiting and of new asphalt pavement as well as reduce maintenance cost.

A black ink composition is provided. The black ink composition includes a dispersive black colorant; less than 1 wt % of a glycol ether compound based on total weight of the black ink composition; a solvent; and water. The black ink composition of the present invention is free of surfactants and has excellent compatibility with a nozzle, and thus provides good smoothness in printing and high-quality image.

A horizontal bore cryogenic drilling method includes in a first embodiment forming a pilot hole of a first select diameter along a desired path of the horizontal bore. A grindable casing is inserted into the guide bore. A cryogenic fluid is flowed through the grindable casing to form a freeze zone of frozen moisture adjacent the grindable casing having a second select diameter. A primary bore is formed having a third select diameter greater than the first diameter and less than the second select diameter within the freeze zone along the desired path of the horizontal bore with the grindable casing in place. The second diameter is selected to be sufficiently greater than the third select diameter to prevent collapse of the freeze zone. Another embodiment of the invention is a method of forming a horizontal bore in an earth formation including providing a drill string having a conduit communicating with a cutting tool for engaging the earth formation. A cryogenic fluid is flowed through the conduit and the cutting tool to drive the cutting tool and remove cuttings from a bore formed by the cutting tool. The cutting tool is directed into an earth formation and a freeze zone is formed in the earth formation in advance of the cutting tool by the cryogenic fluid flowing through the cutting tool. The cutting tool is then advanced into the earth formation to form the horizontal bore at a rate enabling continuous formation of a freeze zone in advance of the cutting tool of sufficient diameter to prevent collapse of the bore as the cutting tool is advanced.

The invention discloses a quaternary pyridine salt type alkaline or weak alkaline polymer membrane, which is used as a membrane material of a direct alcohol fuel cell. The quaternary pyridine salt type alkaline or weak alkaline polymer membrane is produced from polymer materials which are subjected to membrane formation, quaternization reaction and alkalization reaction. The polymer materials are polymer materials produced by pyridine quaternization and a blend prepared from the polymer materials and polyvinylidene fluoride, bisphenol A polyether sulfone, polyether-ether-ketone, polyether sulfone, polyethersulfoneketone, poly(phthalazinone ether ketone), poly(phthalazinone ether sulfone) or poly(phthalazinone ether sulfone ketone) and so on which are blended. A direct methanol fuel cell (AMDMFC) adopting the quaternary pyridine salt type alkaline or weak alkaline polymer membrane works under alkaline or weak alkaline conditions, has the advantages of improving the oxidation reaction rate of methanol, eliminating the methanol permeation caused by electric dragging, widening the selection range of catalysts (including the catalysts of anodes and cathodes) and cell materials, simplifying water management and so on.

The invention relates to a positioning device for a blind nut hand tool, which comprises a rotating sleeve, a pull rod and a positioning ring. An installation groove is formed inside a through hole at the position of a rotating head of the rotating sleeve; the positioning ring is arranged in the installation groove by an outer lateral ring surface; the pull rod is provided with a positioning groove corresponding to the positioning ring, and thus, when the pull rod moves to be inserted into the through hole, an inner lateral ring surface of the positioning ring is elastically sleeved on the positioning groove and a pull rod head can be surely positioned at a fixed position without shaking, so that the blind nut hand tool can stably rivet a blind nut on a workpiece. According to the device, by the technical means, a positioning device in the prior art is simplified, assembly labor hours and cost can be reduced and a better positioning effect is provided.

A method and structure for a method of manufacturing a device having different types of transistors, wherein gates of the different types of transistors in the device comprise different materials. The method comprises depositing a silicon layer on a gate dielectric layer, depositing a first-type gate material on the silicon layer, removing the first-type gate material from areas where a second-type gate is to be formed, depositing a second-type gate material on the silicon layer in areas where the first-type gate material was removed, and simultaneously patterning the first-type gate material and the second-type gate material into first-type and second-type gates, and anneal and transform the two types of gate materials.

The invention provides a welding process of a copper stranded cable. The welding process comprises the following procedures: cutting off the cable; fixing and binding end parts; carrying out hot-pressing molding; welding; and cleaning. In the hot-pressing molding procedure, a pressure shaping process is adopted at a high temperature, namely, the fixedly bound end parts are heated to about 800 DEGC by an oxygen torch, and then the end parts are pressed by hammering with an iron hammer or other tools to form an oblate or semicircular shape or other shapes for facilitating the end parts to be welded with a welding connection piece. By means of the process, an ideal shape of the end parts of the cable can be obtained for the welded section of the cable, thus ideal welding quality can be obtained; and welding addition materials can be saved.

The system includes one or more devices to deter pig-blood sensitive terrorists' and others from passing across borders and across perimeters. It also deters similar terrorist suicide bombers. Sources of deterrence include pig blood derivatives in paint, spray, and detonation distribution form. In addition there are sources of deterrence from ampoules containing pig blood derivatives positioned in public buildings and on public transportation vehicles accompanied by appropriate signage.

A device for drug release including a drug reservoir including a gate, wherein opening of the gate releases a drug stored in the drug reservoir, an electronic command and control (C & C) unit in communication with the gate that produces a gate bias voltage and time profile supplied to the gate for controlling opening of the gate, and a power source for supplying power to the electronic command and control unit.

The invention discloses a high-definition video connector with a good shielding effect and a using method, relates to the technical field of high-definition video connectors, and aims to solve the problem that an existing high-definition video connector is worse in magnetic shielding effect. An outer shell is composed of a permalloy inner shell, an eddy current shielding layer and insulating rubber, the eddy current shielding layer is fixed between the permalloy inner shell and the insulating rubber, and a fixing block is fixedly arranged at the lower end of the outer shell; an inner cavity isformed in the outer shell, and a bundling mechanism is fixedly installed in the middle of the interior of the inner cavity; a connector is installed at the lower end of the interior of the inner cavity, a terminal is installed at the rear end of the connector, and sliding rails are fixedly arranged at the two sides of the bottom of the connector; sliding grooves are formed at the two sides of therear end of the outer shell, a shielding bottom plate is installed in the fixing block, fixing columns are fixedly arranged at the two sides of the upper end of the fixing block, and a fixing bolt ismounted in the fixing column.

An all colored organic electro luminescence display element consists of shared electrode, the first sub pixel organic material layer and the first corresponding electrode, the second sub pixel organic material layer and the second corresponding electrode, the third sub pixel organic material layer and the third corresponding electrode. It is prepared as setting the first sub pixel organic material layer SOML between shared electrode and the first corresponding electrode CE, setting the second and the third SOML in parallel at another side surface of shared electrode and setting the second SOML between shared electrode and the second CE, setting the third SOML between shared electrode and the third CE.