mhurhangee/ep-ind-claims huggingface dataset:
A radial foil bearing for surrounding and supporting a rotary shaft, the radial foil bearing comprising: a cylindrical top foil disposed so as to face the rotary shaft; a back foil disposed at a radially outer side of the top foil; and a cylindrical bearing housing accommodating the top foil and the back foil, wherein engagement-projecting portions are provided on both ends of an inner circumferential surface of the bearing housing in the axial direction of the radial foil bearing, characterised in that engagement notches engaging with the engagement-projecting portions are formed on both ends of the back foil in the axial direction of the radial foil bearing, engagement-depressed portions, which extend from the inner circumferential surface of the bearing housing toward an outer circumferential surface thereof, are formed on both side surfaces of the bearing housing so as to be opposite to each other, an engagement groove is formed on the inner circumferential surface of the bearing housing between the engagement-depressed portions opposite to each other, wherein the engagement groove communicates with the engagement-depressed portions and a depth of the engagement groove toward the outer circumferential surface of the bearing housing is less than that of the engagement-depressed portions, a locking member is locked into the engagement-depressed portions and the engagement groove, the locking member includes a pair of engagement arms which engage with the engagement-depressed portions and a connection portion which engages with the engagement groove and connects the pair of engagement arms, parts of the pair of engagement arms opposite to portions thereof engaging with the engagement-depressed portions are provided so as to project from the inner circumferential surface of the bearing housing, and the engagement-projecting portions are composed of the parts of the pair of engagement arms. a cylindrical top foil disposed so as to face the rotary shaft; a back foil disposed at a radially outer side of the top foil; and a cylindrical bearing housing accommodating the top foil and the back foil,
A surface combustion gas burner including a sheet made of metal or refractory material, to the surface thereof the combustion occurs, this sheet being perforated with a series of slits and including a series of deflectors (3, 3a, 3b, 3', 3") protruding from the outer face of said sheet, each deflector (3, 3a, 3b, 3', 3") including a gas flow guiding part (30, 30') and a part (31, 32, 33', 33") connecting it to the sheet, said guiding part (30, 30') being spaced away from the sheet so as to form with it at least one lateral gas ejection opening (40, 40', 41), and in that said deflectors (3, 3a, 3b, 3', 3") are arranged in pairs, so that their lateral gas ejection openings (40, 40', 41) face one another, and each deflector (3, 3a, 3b, 3', 3") extending longitudinally and laterally above the totality of the surface of a slit, characterized in that said deflectors (3, 3a, 3b, 3' 3") are formed integrally with said sheet and in that said sheet is further perforated with a series of ports extending into discharging micro-tubes, which protrude from its outer face and the central axis whereof (Z-Z') is perpendicular to the sheet.
A portable electronic wireless communication device comprising a display configured to display an idle screen, the device being configured to: receive user input corresponding to device configuration settings including a user's selection of one or more remote information resources and the user's selection of information to be sent to the device from the one or more remote information resources selected by the user; save the device configuration settings in the device; receive the selected information from the one or more remote information resources selected by the user; and display, on at least a portion of the idle screen, the selected information based on the saved device configuration settings. receive user input corresponding to device configuration settings including a user's selection of one or more remote information resources and the user's selection of information to be sent to the device from the one or more remote information resources selected by the user; save the device configuration settings in the device; receive the selected information from the one or more remote information resources selected by the user; and display, on at least a portion of the idle screen, the selected information based on the saved device configuration settings.
A material for forming an organic film, comprising: a polymer having a repeating unit shown by the following general formula; and an organic solvent, wherein AR1 and AR2 each represent a benzene ring or a naphthalene ring which optionally have a substituent; W 1 represents a divalent organic group having 2 to 20 carbon atoms and no aromatic ring, and a methylene group constituting the organic group is optionally substituted with an oxygen atom or a carbonyl group; and W 2 represents a divalent organic group having 6 to 80 carbon atoms and at least one or more aromatic rings. a polymer having a repeating unit shown by the following general formula; and an organic solvent,
A method of determining a consensus sequence for a double-stranded nucleic acid segment, said method comprising: (a) providing a circular template, wherein the 3' end of the sense strand of said double-stranded nucleic acid segment is joined to the 5' end of its antisense strand via a first linking oligonucleotide providing a first single-stranded portion, and wherein the 5' end of the sense strand of said double-stranded nucleic acid segment is linked to the 3' end of its antisense strand via a second linking oligonucleotide providing a second single-stranded portion; (b) using rolling circle amplification to produce a concatemer molecule that includes repeating copies of the sense and antisense strands of said double-stranded nucleic acid segment; (c) employing the concatemer molecule in a template-directed, polymerase mediated single molecule, real-time sequencing process to obtain multiple reads of the sense and antisense strands of said double-stranded nucleic acid segment; and (d) determining a consensus sequence for said double-stranded nucleic acid segment by assembling or comparing the multiple reads obtained for the sense and antisense strands. (a) providing a circular template, wherein the 3' end of the sense strand of said double-stranded nucleic acid segment is joined to the 5' end of its antisense strand via a first linking oligonucleotide providing a first single-stranded portion, and wherein the 5' end of the sense strand of said double-stranded nucleic acid segment is linked to the 3' end of its antisense strand via a second linking oligonucleotide providing a second single-stranded portion; (b) using rolling circle amplification to produce a concatemer molecule that includes repeating copies of the sense and antisense strands of said double-stranded nucleic acid segment; (c) employing the concatemer molecule in a template-directed, polymerase mediated single molecule, real-time sequencing process to obtain multiple reads of the sense and antisense strands of said double-stranded nucleic acid segment; and (d) determining a consensus sequence for said double-stranded nucleic acid segment by assembling or comparing the multiple reads obtained for the sense and antisense strands.
Pulsation damper for absorbing pressure pulsations of a fluid in a fluid duct, wherein the pulsation damper is introduced as intermediate piece into the fluid duct by forming an axial flow channel, and wherein the pulsation damper features a housing and connecting pieces (21, 22), wherein the housing features at least one hollow space communicating with the flow channel and in which at least one attenuator is disposed which can be moved in axial direction so that the attenuator can be moved during operation in axial direction, wherein the hollow space and the attenuator enclose the flow channel coaxially, wherein the attenuator is part of the flow channel and the flow channel features a substantially constant cross-sectional area, wherein the attenuator consists of at least two segments which are introduced one after the other in axial direction into the hollow space, wherein the attenuator forms together with the connecting pieces (21, 22) a flow channel for the fluid, wherein the flow channel extends along a central axis of the attenuator, wherein the central axis is equal to the axis (a) of the housing, wherein the housing encloses the attenuator and the flow channel coaxially, wherein the internal diameter Di of the cylindrical attenuator is constant and corresponds to the internal diameter of the connecting pieces (21, 22) and the fluid-guiding duct.
An apparatus comprising one or more processors, and one or more memories including computer program code, the one or more memories and the computer program code configured to, with the one or more processors, cause the apparatus at least to: obtain data packets captured from a monitored telecommunications network; decode the data packets by a protocol decoder stack in order to generate decoded data packets, each decoded data packet comprising protocol attributes; identify sessions from among the decoded data packets in order to generate identified sessions, each identified session comprising session attributes; filter the decoded data packets and the identified sessions with a dynamic filter determining adjustable conditions for the protocol attributes and the session attributes such that the decoded data packets and the identified sessions fulfilling the adjustable conditions are kept in order to get attribute-filtered decoded data packets and attribute-filtered identified sessions; generate dynamic call data records such that their structure and contents are determined dynamically on the basis of the attribute-filtered decoded data packets and the attribute-filtered identified sessions; and store the dynamic call data records. obtain data packets captured from a monitored telecommunications network; decode the data packets by a protocol decoder stack in order to generate decoded data packets, each decoded data packet comprising protocol attributes; identify sessions from among the decoded data packets in order to generate identified sessions, each identified session comprising session attributes; filter the decoded data packets and the identified sessions with a dynamic filter determining adjustable conditions for the protocol attributes and the session attributes such that the decoded data packets and the identified sessions fulfilling the adjustable conditions are kept in order to get attribute-filtered decoded data packets and attribute-filtered identified sessions; generate dynamic call data records such that their structure and contents are determined dynamically on the basis of the attribute-filtered decoded data packets and the attribute-filtered identified sessions; and store the dynamic call data records.
A method of a user equipment, UE, for protecting data, the method comprising: transmitting, to a mobility management entity, MME, via a base station, an attach request message including at least one security protection parameter indicating a UE capability to support a security protection for a user plane; and when a first security policy is determined at a policy control function based on the attach request message and information of the first security policy is received at the MME, receiving, from the MME via the base station, an attach accept message including at least one security protection parameter regarding a network capability for the first security policy related with an evolved packet system, EPS, bearer. transmitting, to a mobility management entity, MME, via a base station, an attach request message including at least one security protection parameter indicating a UE capability to support a security protection for a user plane; and when a first security policy is determined at a policy control function based on the attach request message and information of the first security policy is received at the MME, receiving, from the MME via the base station, an attach accept message including at least one security protection parameter regarding a network capability for the first security policy related with an evolved packet system, EPS, bearer.
Apparatus for holding a workpiece in machining position, comprising at least one operating unit which in turn comprises at least one actuator and one gripping device for engaging and supporting the workpiece, said gripping device being carried by a movable element of said at least one actuator with the possibility of orienting in space with respect to said movable element, the operating location of said gripping device being determined by the orientation thereof with respect to said movable element and by the position of said movable element, said apparatus comprising orienting means for automatically orienting said gripping device according to a preset orientation, characterised in that said orienting means comprises at least one reference element that is positionable in a preset position, means being provided for driving said movable element so as to take said gripping device into contact against said reference element and to adjust itself in said preset orientation, said adjustment being made by the effect of the contact of said gripping device against said reference element in said preset position and by a preset shift of said movable element that carries said gripping device.
A method of preparing (i) an optically active compound according to the following Formula or (ii) an optically active compound according to the following Formula or (iii) a mixture of the two, wherein R is selected from C 1 -C 8 alkyl, C 3 -C 8 cycloalkyl, and unsubstituted or substitued aryl, comprising: subjecting a compound according to the following Formula with R as above, to a hydrogenation step, wherein the mixture comprises either the compound according to Formula or the compound according to Formula in excess and wherein the hydrogenation step is an asymmetric hydrogenation step in the presence of a catalyst. (i) an optically active compound according to the following Formula or (ii) an optically active compound according to the following Formula or (iii) a mixture of the two, wherein R is selected from C 1 -C 8 alkyl, C 3 -C 8 cycloalkyl, and unsubstituted or substitued aryl, comprising: subjecting a compound according to the following Formula with R as above, to a hydrogenation step, wherein the mixture comprises either the compound according to Formula or the compound according to Formula in excess and wherein the hydrogenation step is an asymmetric hydrogenation step in the presence of a catalyst.
A proportionally controlled pinch valve, comprising: (a) a drive unit in operative communication with a pinch head that is structured and sized to accommodate flexible tubing when fluid flows therethrough, the drive unit controlling movement of the pinch head along an operational path between an open position and a closed position; (b) a position sensor that is in operative communication with the drive unit and that detects positioning of the drive unit, (c) a control module having a pre-set or tuned program, the control module being in operative communication with the position sensor, the program of the control module and data from the position sensor combine to control the operational path of the drive unit to provide linear increase or decrease in flow through the flexible tubing throughout the operational path of the drive unit and/or linear increase or decrease in pressure at the flexible tubing throughout the operational path of the drive unit; and (d) the pinch valve is proportional in that the operational path of the drive unit follows a curve such that the pinch head movement results in the linear increase or decrease in flow through the tubing at the pinch head and/or linear increase or decrease in pressure through the tubing at the pinch head. (a) a drive unit in operative communication with a pinch head that is structured and sized to accommodate flexible tubing when fluid flows therethrough, the drive unit controlling movement of the pinch head along an operational path between an open position and a closed position; (b) a position sensor that is in operative communication with the drive unit and that detects positioning of the drive unit, (c) a control module having a pre-set or tuned program, the control module being in operative communication with the position sensor, the program of the control module and data from the position sensor combine to control the operational path of the drive unit to provide linear increase or decrease in flow through the flexible tubing throughout the operational path of the drive unit and/or linear increase or decrease in pressure at the flexible tubing throughout the operational path of the drive unit; and (d) the pinch valve is proportional in that the operational path of the drive unit follows a curve such that the pinch head movement results in the linear increase or decrease in flow through the tubing at the pinch head and/or linear increase or decrease in pressure through the tubing at the pinch head.
Heat exchanger, comprising a plurality of heat exchanger plates having a corrugated pattern, a front cover plate and a rear cover plate, where the heat exchanger plates are fixedly attached by brazing to each other and to the front cover plate and the rear cover plate, and where the front and/or rear cover plate comprises a plurality of connection ports (5, 6, 7, 8), which comprise an outwardly extending collar (9, 10) shaped from the same material as the cover plate, wherein the heat exchanger further comprises a connection tubing fixedly attached to one of the collars (9, 10), characterizedin that the connection tubing is brazed to the collar using a brazing material having a lower melting point than the brazing material for the heat exchanger plates.
A method of manufacturing a biosensor semiconductor device having Au-Cu alloy electrodes at a major surface thereof, the method comprising: - providing the semiconductor device with Cu electrodes at the major surface and extending into the device; - depositing a Au layer over the Cu electrodes; - thermally treating the semiconductor device to alloy deposited Au and the Cu electrodes, thereby forming the Au-Cu alloy electrodes, and - polishing the semiconductor device to expose the Au-Cu alloy electrodes. - providing the semiconductor device with Cu electrodes at the major surface and extending into the device; - depositing a Au layer over the Cu electrodes; - thermally treating the semiconductor device to alloy deposited Au and the Cu electrodes, thereby forming the Au-Cu alloy electrodes, and - polishing the semiconductor device to expose the Au-Cu alloy electrodes.
Charging apparatus having a variable turbine geometry, in particular an exhaust gas turbocharger for a motor vehicle, having guide vanes which are mounted rotatably in a vane bearing ring and have a top side that runs in convex fashion from a profile nose to a profile end, wherein a concave recess is arranged on a bottom side of the guide vane on the profile nose, characterised in that the bottom side runs in concave fashion from the concave recess to the profile end, and that a radius of curvature of the bottom side is greater than a radius of curvature R of the recess.
A forward error correction decoder for a receiver in a communication network, the decoder comprising: a decoding stage including a plurality of decoding units arranged in parallel, a decoding unit having a memory portion and configured to: receive a data block encoded using a forward error correction code; process the data block using an iterative forward error correction decoding procedure applying a variable number of decoding iterations on the data block; hold the data block in its memory portion; and upon receiving a request to process a new data block, output the data block; a scheduler configured to select a target decoding unit from the plurality of decoding units for receiving and processing a new data block, and to issue a processing request to the selected target decoding unit; and a reassembly queue configured to receive a data block output from a decoding unit for reassembling the data block order, wherein the target decoding unit outputs the data block prior to receiving the new data block. a decoding stage including a plurality of decoding units arranged in parallel, a decoding unit having a memory portion and configured to: receive a data block encoded using a forward error correction code; process the data block using an iterative forward error correction decoding procedure applying a variable number of decoding iterations on the data block; hold the data block in its memory portion; and upon receiving a request to process a new data block, output the data block; receive a data block encoded using a forward error correction code; process the data block using an iterative forward error correction decoding procedure applying a variable number of decoding iterations on the data block; hold the data block in its memory portion; and upon receiving a request to process a new data block, output the data block; a scheduler configured to select a target decoding unit from the plurality of decoding units for receiving and processing a new data block, and to issue a processing request to the selected target decoding unit; and a reassembly queue configured to receive a data block output from a decoding unit for reassembling the data block order, wherein the target decoding unit outputs the data block prior to receiving the new data block.
A negative electrode active material comprising a silicon metal alloy, wherein the silicon metal alloy has a silicon crystal grain size of less than or equal to 35 nm, 10 to 30 at% of a first metal and 10 to 30 at% of a second metal, wherein the first and second metals are different, wherein the amount of silicon is from 66.0 at% to 60.0 at%.
Method for producing composite materials by mixing granular inorganic and/or organic first filler components with a predetermined first grain size range and organic and/or inorganic binder components, a proportion of the binder components being substituted, before, after or during mixing, by at least one granular second filler component, in particular silica flour, with second grain sizes that are smaller than the first grain sizes and being mixed with the first filler components in order to fill up spaces present between the grains of the first filler components, the second filler component being up to 30 % by mass of the total filler mixture, characterised in that individual first filler components are substituted by third granular-like filler components having grain sizes that are greater than the grain sizes of the first filler components, at least one filler component having a grain size of from 1.0 to 1.8 mm or from 1.6 to 5.0 mm.
A process for conducting a chemical reaction in a process microchannel, the process microchannel containing at least one catalyst, the catalyst comprising a solid phase catalyst or a homogeneous catalyst immobilized on a solid, the process comprising: flowing reactants in the process microchannel, the reactants comprising a liquid and a gas or gaseous reactants that react to form a liquid product, the inlet superficial velocity of the gaseous reactants being at least 0.1 m/s; contacting the at least one catalyst with the reactants; and reacting the reactants in the presence of the catalyst to form at least one product, the product comprising a mixture of two or more hydrocarbons. flowing reactants in the process microchannel, the reactants comprising a liquid and a gas or gaseous reactants that react to form a liquid product, the inlet superficial velocity of the gaseous reactants being at least 0.1 m/s; contacting the at least one catalyst with the reactants; and reacting the reactants in the presence of the catalyst to form at least one product, the product comprising a mixture of two or more hydrocarbons.