30results about How to "Extra layer" patented technology

A cloud-based wireless communication system (1) comprising user devices (12) arranged to receive services through any of a plurality of cloud-based virtual networks. The system has a plurality of base stations or access points (14), a user device (12) being arranged to wirelessly connect to any of the virtual networks via at least one base station (14) in order to receive from a virtual network a specific service for which a user of the user device has subscribed. There are virtual service anchors or vSAs (26) in the cloud, each virtual service anchor provided for a respective service provided by its virtual network. Thus, one vSA (26) handles resource allocation for all users of one service in one virtual network. Each vSA (26) receives content access requests (S10) from user devices (12) indicating content to be accessed in that vSA's service, the content stored by at least one content delivery node in the cloud. The vSA (26), in response to the content access requests, identifies (S12, S14) at least one suitable Content Delivery Node based on the indicated content and base stations proximate to the user device, and transmits service requests (S16, S22). In response to service requests received from multiple vSAs (26), each base station (14) performs second resource allocation, to provide services to each user device (12) wirelessly connected to that base station (14).

A plastic film comprising a transparent plastic substrate, a primer layer and a functional layer in this order wherein a refractive index n_s of the substrate and a refractive index n_H of the functional layer satisfy the following formula (1): 0.03≦|n_s−n_H| and an average reflectance of light of from 540 to 550 nm in wavelength incidenting perpendicular onto a face of the film at an interface among the functional layer and the substrate is 0.02% or less.

A method for producing an optical article. A first layer that is light-transmissive is formed on an optical substrate directly or with an additional layer in between. A silicide material, light-transmissive thin film is formed on the surface of the first layer.

A metallic barrier (1) and a method for separating fuel (5) and oxidant (6) gases are disclosed for use in high temperature systems such as solid oxide fuel cells (SOFC) or cell stacks. The metallic barrier (1) can be formed as a metallic bipolar separator plate or a seal, without requiring the use of chromium alloys or noble metals. Controlled diffusion of fuel gas (5) through the metallic barrier (1) limits the thickness of an adherent electronically insulating oxide layer (4) on an opposing surface in contact with oxidant gas (6). This stabilized oxide layer may be penetrated by refractory conductive particles such as doped lanthanum chromite to provide multiple electronically conductive paths through the oxide layer and the metallic barrier.

Apparatus is disclosed for separating an amount of a substance from groundwater, comprising an elongate chamber (18) having an inlet (22) which is arranged in use to admit groundwater into the chamber near a lower first end (24). There is also a gas sparger (26) located near the first end (24) which admits gas into the chamber for inducing groundwater to flow from the first end (24) of the chamber toward a second end upper end, and for producing a froth layer (32) which rises above an interface with the groundwater including a concentrated amount of the substance. A suction hood (38) can be moved downward from the top of the chamber (18) into a position to collapse the froth layer (32) and to cause it to be removed from the well body (14). The suction hood (38) (acting as a froth depth regulation device) controls the amount of groundwater in the froth layer (32), which influences the concentration of the contaminant substance achieved in the froth layer (32).

A system for treating spent/used Oil Based Drilling Muds (OBM's) to recover High Gravity Solids (HGS) for further reuse and to separate the invert emulsion from the Light Gravity Solids (LGS) with good characteristics also for further reuse. Separated LGS is processed to extract the remaining oil in order to render an environmentally safe solid fraction. The overflow of a screening or centrifugation of spent OBM enters a reactor where reagents are added and mixed to control the oil/water ratio of the recovered emulsion and to reduce the LGS concentration. A catalyst is added before adding a final reagent that initiates the reaction. Upon centrifuging the reacted mix, the recovered emulsion is the overflow and a thin layer of LGS forms slightly below the emulsion. The underflow of this separation is further sedimented by gravity and the phase dispersant layer is decanted and sent for reuse.

A lower barrier layer made of tantalum nitride having a thickness of approximately 25 nm is deposited by sputtering on a fourth insulating film inclusive of the sidewall surfaces and the bottom surfaces of a via hole and an upper-interconnect-forming groove. The sputtering is performed under the conditions where approximately 10 kW of DC source power is applied to a target. Thereafter, the DC source power is reduced to approximately 2 kW, and approximately 200 W of RF power is applied to a semiconductor substrate. Here, the lower barrier layer is subjected to a sputter-etching process employing argon gas at an etching amount of approximately 5 nm, so that a part of the lower barrier layer deposited on the bottom surface of the via hole is at least partially deposited on the lower part of the sidewall surface of the via hole.

Novel flexible hoses are disclosed that are capable of handling high pressure fluids and providing high barrier against permeation loss. The hoses comprise (from innermost to outermost layer) a thermoplastic veneer; a tie layer; a metal-polymer laminate; a braid under-layer of a thermoplastic or thermosetting elastomer; a reinforcing braid layer; and an outer layer of an elastomeric material. The hoses are suitable for use in air conditioning, refrigeration, fuel handling, hydraulic and similar systems requiring the transport of high pressure fluids.

This method for heat-treating a silicon wafer includes: a step of subjecting a silicon wafer to a high-temperature heat treatment in an ambient gas atmosphere of hydrogen gas, argon gas or a mixture thereof; and a step of lowering a temperature at a rate of 2° C./min or less in a nitrogen-gas-containing ambient atmosphere in a portion or all of a process of lowering a temperature to a wafer removal temperature following said high-temperature heat treatment. This silicon wafer has a defect-free layer which is formed by a high-temperature heat treatment and is included in a surface thereof, wherein an average iron concentration in said surface is 1×10¹⁰ atoms/cm³ or less.

Novel methods for circulation of refrigerants within closed loop systems and using flexible hoses are disclosed that are capable of handling high pressure fluids and providing high barrier against permeation loss. The hoses comprise (from innermost to outermost layer) a thermoplastic veneer; a tie layer; a metal-polymer laminate; a braid under-layer of a thermoplastic or thermosetting elastomer; a reinforcing braid layer; and an outer layer of an elastomeric material.

A riding glove having particular application to be worn over the hand of one riding a bicycle to warm the fingers and thumb of the rider in cold or windy weather conditions. The riding glove includes an optional inner insert having relatively long finger and thumb sleeves into which the rider slides his fingers and thumb. A conventional outer glove member having relatively short finger and thumb sleeves, through which the longer finger and thumb sleeves of the inner insert are received, is pulled over the inner insert. The outer conventional glove member can be worn over the rider's hand in combination with or independently of the inner insert.

A Chemical Mechanical Polishing (CMP) method includes providing a semiconductor substrate having an overlying dielectric layer, performing a first grinding on the dielectric layer, wherein the first grinding produces organic residues on a surface of the dielectric layer after the first grinding. The method further includes performing a second grinding on the dielectric layer by using an alkaline solution to remove the organic residues on the surface of the dielectric layer. The organic residues remaining on the surface of the dielectric layer are removed by using the alkaline solution after the first grinding process is performed. The method additionally includes cleaning a grinding pad and the substrate using deionized water.

A manufactured assembly and method used to form poured concrete foundations and walls. The foundation and wall form's lattice grid exterior face holds adequate flow though concrete, with the assistance of the exterior grid fingers, for smoothing and decorative treatments and troweling is aided by lattice grid exterior screed guide points. The lattice grid panels, the lattice grid forming panel flow through concrete and the form cavity poured concrete become a substantially monolithic structure when the concrete is set and hardens dry. Rigid foam insulation is added to the center of a lattice grid paneled poured concrete wall form.

A semiconductor device includes an N-channel transistor having an N-type gate electrode and a P-channel transistor having a P-type gate electrode which are formed on a semiconductor substrate. The P-type gate electrode includes a first silicon layer formed as the lowest layer, and doped with a P-type impurity; a second silicon layer formed on the first silicon layer; and a metal containing layer formed on the second silicon layer. The N-type gate electrode includes a third silicon layer formed as the lowest layer and doped with an N-type impurity; a fourth silicon layer formed on the third silicon layer; and a metal containing layer formed on the fourth silicon layer. At least one of the second silicon layer and the fourth silicon layer is doped with no impurity or an impurity of a conductive type opposite to that of the impurity in a corresponding one of the first silicon layer and third silicon layer.

Provided is a pneumatic tire including a belt layer. When the tread region indicates a region corresponding to a belt width of the belt layer and the side region indicates a region inward of a tire radial direction with respect to a tire maximum width position, the carcass cords forming the carcass layer are inclined with respect to the tire radial direction in the tread region, and at the same time, extend along the tire radial direction in the side region. The carcass cords forming the carcass layer and belt cords forming the belt layer cross with each other in the tread region.

Methods and apparatuses for making improved carpet are disclosed comprising the use of plasma discharge units to treat carpet backing surfaces to improve the adhesion of carpet backing layers, the adhesion of carpet backing to the carpet segments and to improve the adhesion of the exterior of the carpet backing to surfaces to which the carpet is applied.