mhurhangee/ep-ind-claims huggingface dataset:
Shift signal transmitter for a manual transmission of a vehicle, in particular a motorcycle, - with a shift rod for a force transmission connection to a foot lever, - with a housing in which the shift rod is axially movably guided along its longitudinal axis between two axial stops (30,32), - with a connecting piece that is used for coupling to a shift lever and that is rigidly connected to the housing opposite to an internal axial end of the shift rod, and - with a distance sensor for contactless distance measurement, wherein the distance sensor is arranged within the housing opposite to the inner axial end of the shift rod and is oriented with a sensor surface radial to the longitudinal axis, characterized in that the distance sensor comprises a circuit board which is oriented within the housing opposite to the inner axial end of the shift rod and with its surface extension radial to the longitudinal axis of the shift rod, and wherein the circuit board carries an electrically conductive conductor track for inductive distance measurement relative to the internal axial end of the shift rod and an evaluation circuit. - with a shift rod for a force transmission connection to a foot lever, - with a housing in which the shift rod is axially movably guided along its longitudinal axis between two axial stops (30,32), - with a connecting piece that is used for coupling to a shift lever and that is rigidly connected to the housing opposite to an internal axial end of the shift rod, and - with a distance sensor for contactless distance measurement, wherein the distance sensor is arranged within the housing opposite to the inner axial end of the shift rod and is oriented with a sensor surface radial to the longitudinal axis, characterized in that the distance sensor comprises a circuit board which is oriented within the housing opposite to the inner axial end of the shift rod and with its surface extension radial to the longitudinal axis of the shift rod, and wherein the circuit board carries an electrically conductive conductor track for inductive distance measurement relative to the internal axial end of the shift rod and an evaluation circuit.
A method of reversibly binding polypeptides to a solid phase comprising a hydrophilic surface, wherein the solid phase consists of paramagnetic microbeads or microparticles and wherein the method is carried out in a single tube, comprising the step of: contacting said solid phase with a solution containing said polypeptides and a dehydration solution and/or a precipitation solution, wherein (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, wherein said hydrophilic surface further comprises a negatively charged moiety selected from the group consisting of a carboxylic acid moiety, a silica moiety, a sulphate moiety, and a phosphate moiety. contacting said solid phase with a solution containing said polypeptides and a dehydration solution and/or a precipitation solution, wherein (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, (i) the dehydration solution comprises a polar organic solvent selected from acetonitrile, acetone and alcohol and/or a hygroscopic polymer, said hygroscopic polymer being polyethylene glycol; and/or (ii) the precipitation solution comprises ions of high ionic strength selected from the group consisting of ammonium, potassium, sodium, fluoride, sulphate, hydrogen phosphate, acetate, chloride, and combinations thereof, wherein said hydrophilic surface further comprises a negatively charged moiety selected from the group consisting of a carboxylic acid moiety, a silica moiety, a sulphate moiety, and a phosphate moiety.
A grinding device for rolling bodies, comprising at least one grinding wheel (3, 4), which is designed for grinding rolling bodies which are guided in at least one track of the grinding wheel (3, 4), characterised by an evaluation system, which is designed for acoustically detecting individual rolling bodies, which are guided by way of the track and, thereby, for determining the degree of filling of the track.
A data processing apparatus (12, 21) comprising: adjusting means for receiving a stream including packets and a start flag indicative of the beginning of each of said packets in said stream, adjusting a rate of said stream to a certain rate, and outputting the adjusted stream that is said stream after the rate adjustment and said start flag indicative of the beginning of each of said packets in said adjusted stream; monitoring means for monitoring a packet interval that is counting a time from each start flag to a next start flag between said packets in said adjusted stream; output control means for executing output control of outputting said packets in said adjusted stream if said packet interval is a normal interval derived from a standard of wireless digital broadcasting and restricting the outputting of said packets in said adjusted stream if said packet interval is an abnormal interval; and decoding means for decoding said packets outputted as a result of said output control. adjusting means for receiving a stream including packets and a start flag indicative of the beginning of each of said packets in said stream, adjusting a rate of said stream to a certain rate, and outputting the adjusted stream that is said stream after the rate adjustment and said start flag indicative of the beginning of each of said packets in said adjusted stream; monitoring means for monitoring a packet interval that is counting a time from each start flag to a next start flag between said packets in said adjusted stream; output control means for executing output control of outputting said packets in said adjusted stream if said packet interval is a normal interval derived from a standard of wireless digital broadcasting and restricting the outputting of said packets in said adjusted stream if said packet interval is an abnormal interval; and decoding means for decoding said packets outputted as a result of said output control.
A method of making pile articles having pile and a backing which support the pile of unlike plastic material which comprises the steps of: heating ultrasonically pile along an edge of the pile to melt said pile along a region of said pile prior to welding said pile to said backing; cooling said region to at least partially solidify said melted pile prior to welding said pile to said backing; and welding ultrasonically the backing to said pile at said at least partially solidified region to attached said backing to said pile. heating ultrasonically pile along an edge of the pile to melt said pile along a region of said pile prior to welding said pile to said backing; cooling said region to at least partially solidify said melted pile prior to welding said pile to said backing; and welding ultrasonically the backing to said pile at said at least partially solidified region to attached said backing to said pile.
An access port for providing subcutaneous access to a patient, comprising: a body defining a fluid cavity accessible via a septum; and a metallic retaining ring that secures the septum to the body, the metallic retaining ring including an identification feature observable via x-ray imaging technology, the identification feature conveying information indicative of at least one attribute of the access port, wherein the identification feature includes a plurality of alphanumeric and/or symbolic characters defined in a surface of the metallic retaining ring. a body defining a fluid cavity accessible via a septum; and a metallic retaining ring that secures the septum to the body, the metallic retaining ring including an identification feature observable via x-ray imaging technology, the identification feature conveying information indicative of at least one attribute of the access port, wherein the identification feature includes a plurality of alphanumeric and/or symbolic characters defined in a surface of the metallic retaining ring.
A pressure-resistant explosion-proof connector configured to connect external equipment to a sealed space of a stator portion hermetically sealed by a can in contact with a handled fluid, an end bell (34, 41) and an outer cylinder of a canned motor pump, the pressure-resistant explosion-proof connector comprising: a connection cylinder having a through hole extending from the sealed space toward the external equipment and a joint configured to connect the connection cylinder to the external equipment; a cylindrical body being mounted into the through hole of the connection cylinder thereby forming an explosion-proof gap defined by a depth and a width which are configured to prevent a flame or spark from leaking outside; and a base joint configured to connect the connection cylinder to the sealed space, wherein one end of the connection cylinder is configured to be connected to the canned motor pump through the base joint that is configured to be connected to the sealed space, wherein the other end of the connection cylinder is configured to be connected to the external equipment through the joint that is configured to be connected to the external equipment, and wherein the cylindrical body is received by the connection cylinder from the sealed space side. a connection cylinder having a through hole extending from the sealed space toward the external equipment and a joint configured to connect the connection cylinder to the external equipment; a cylindrical body being mounted into the through hole of the connection cylinder thereby forming an explosion-proof gap defined by a depth and a width which are configured to prevent a flame or spark from leaking outside; and a base joint configured to connect the connection cylinder to the sealed space, wherein one end of the connection cylinder is configured to be connected to the canned motor pump through the base joint that is configured to be connected to the sealed space,
Station for filling gas tanks comprising a gas source, a circuit comprising an upstream end connected to the source and a downstream end comprising a hose portion, the end of which is intended to be connected to the tank(s) to be filled, the circuit comprising, between the source and the downstream end, an automatic shut-off breakaway coupling arranged along a working axis, said breakaway coupling ensuring an automatic shut-off of the circuit in case of a determined tensile force on said breakaway coupling along its working axis, the station comprising a dispenser housing, the breakaway coupling being arranged in the dispenser housing with a determined orientation of the working axis, at least one part of the hose portion of the downstream end of the circuit protruding from the dispenser housing, the dispenser housing comprising a guide member for guiding a zone of the hose portion, characterized in that the guide member comprises an assembly of deflecting wall(s) converging toward a central passage zone ensuring the localized retention of the hose portion, the portion of the circuit located between the breakaway coupling and the guide member being oriented at least substantially along the working axis of the breakaway coupling, the assembly of deflecting wall(s) of the guide member being further configured to transfer, along the working axis of the breakaway coupling, at least part of the tensile forces on the hose portion that are oriented transversely with respect to the working axis of the breakaway coupling.
Rapier weaving machine, comprising an insert rapier head for inserting a weft yarn into a fabric, a receiver rapier head for receiving the weft yarn from the insert rapier head, for holding the weft yarn, and subsequently pulling the weft yarn out of the fabric according to a direction of movement, an opening element for opening the receiver rapier head in order to release the weft yarn, and a guiding device positioned on the side of the receiver rapier head, which is opposite the side where the opening element is positioned, for restraining the receiver rapier head when opening this receiver rapier head, and comprising a guiding block for adjusting the direction of movement of the receiver rapier head, characterized in that the guiding device of this rapier weaving machine comprises a guiding wheel positioned rotatably in the guiding device, for restraining the receiver rapier head by means of this guiding wheel when it is opened.
A compound of formula wherein: R 1 and R 2 are independently -(CH 2) n -CH 3, wherein n is 0, 1, 2 or 3; and R 3 is -(CH 2) n -CH 3, wherein n is 0 or 1. R 1 and R 2 are independently -(CH 2) n -CH 3, wherein n is 0, 1, 2 or 3; and R 3 is -(CH 2) n -CH 3, wherein n is 0 or 1.
A mobile station (204 2) configured to interact with a radio access network, RAN, node (202 2), the mobile station comprising: a processor (232 2); and, a memory (234 2) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is characterized by and operable to: receive, from the RAN node, an Extended Coverage Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station. a processor (232 2); and, a memory (234 2) that stores processor-executable instructions, wherein the processor interfaces with the memory to execute the processor-executable instructions, whereby the mobile station is characterized by and operable to: receive, from the RAN node, an Extended Coverage Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station. receive, from the RAN node, an Extended Coverage Paging Request message which comprises at least the following: (i) a page mode field which includes information indicating one or more coverage classes for which one or more EC Paging Request messages were available for transmission by the RAN node during a time interval but were not transmitted; and (ii) a used_downlink_coverage_class field which includes information indicating a coverage class associated with one or more mobile stations addressed in the received EC Paging Request message, wherein the mobile station receives the EC Paging Request message upon waking up to read a nominal paging group of the mobile station per an Extended Discontinuous Receive Cycle, eDRX, cycle of the mobile station.
Foreign matter separation device (1, 16) for separation of in particular gaseous impurities by sorption, having at least one cooled sorption surface with at least one cooling device free of operating material consumption and designed as a Peltier cooling device, where the at least one cooled sorption surface forms at least one geometrically permeable passage device (12, 17) which is arranged between two connection areas of the foreign matter separation device (1, 16) and is designed as an aperture or as a series of apertures, such that at least one direct and straight link between the two connection areas through the passage device (12, 17) is provided that is suitable for centred passage of a straight particle beam with a thickness of 0.5 cm without said jet impacting against an obstacle, characterized in that the at least one cooled sorption surface has at least one undercut area relative to the at least one straight link of the at least one geometrically permeable passage device (12, 17).
Core-shell particles, the shell of which comprises aggregated, hydrophobicized silicon dioxide particles, and the core of which comprises a liquid phase, and in which the ratio of aggregated, hydrophobicized silicon dioxide particles to the liquid phase, based on the total weight of the particles, is 2:98 to 40:60, characterized in that 60-100% by weight of glycerol are present in the liquid phase.
Integrated junction system for tubular fluid distribution elements comprising • a tubular element which has, at a first end an enlarged cup shape whose base determines the formation of an annular shoulder inside said tubular element, • a ring with a suitably shaped section, which is associated with a second end of said tubular element, equipped with a truncated conical or other conveniently shaped protrusion, which abuts on the edge of this second end and with a radial appendix which is associated with the second end of the tubular element, • said system in order to join two tubular elements (1, 1') of the same type, provides that said second end of the tubular element equipped with said ring is inserted into the first end having an enlarged cup shape of the second tubular element until the protrusion of the ring comes into contact with the annular shoulder formed inside said tubular element, characterized in that said radial appendix is conical in shape, able to facilitate the insertion into the second end of the tubular element and the external diameter of such ring always has a size slightly greater than the external diameter of the tubular element, so as to avoid even a slight protrusion towards the outside of the same. • a tubular element which has, at a first end an enlarged cup shape whose base determines the formation of an annular shoulder inside said tubular element, • a ring with a suitably shaped section, which is associated with a second end of said tubular element, equipped with a truncated conical or other conveniently shaped protrusion, which abuts on the edge of this second end and with a radial appendix which is associated with the second end of the tubular element, • said system in order to join two tubular elements (1, 1') of the same type, provides that said second end of the tubular element equipped with said ring is inserted into the first end having an enlarged cup shape of the second tubular element until the protrusion of the ring comes into contact with the annular shoulder formed inside said tubular element, characterized in that
A radically polymerizable composition comprising, as essential components, phenylbenzyl (meth)acrylate and a biphenyl compound having a molecular structure in which biphenyl structures are bonded to each other through a methylene, the phenylbenzyl (meth)acrylate including ortho-phenylbenzyl (meth)acrylate and para-phenylbenzyl (meth)acrylate in a molar ratio [[ortho-phenylbenzyl (meth)acrylate]/[para-phenylbenzyl (meth)acrylate]] of 55/45 to 10/90, with the proviso that the composition does not comprise a urethane (meth)acrylate.
A method for manufacturing an oxide superconductor, the method comprising: preparing a coating solution containing alcohols including methanol as a solvent, the coating solution dissolving fluorocarboxylic acid salts including trifluoroacetates, the trifluoroacetates including a metal, barium and copper, the metal being selected from yttrium and lanthanoid metals, provided that cerium, praseodymium and promethium are excluded; adding a substance of formula: CF 2 H-(CF 2) n -COOH or HOCO-(CF 2) m -COOH, wherein n and m represent positive integers as a crack preventing chemical to the coating solution; forming a gel film on a substrate using the coating solution having the crack preventing chemical added thereto; forming a calcined film by calcining the gel film at an oxygen partial pressure of 3% or less in a process that is maintained at 200°C or higher for a total time of 7 hours or less; and forming an oxide superconductor film by firing and oxygen anneal of the calcined film. preparing a coating solution containing alcohols including methanol as a solvent, the coating solution dissolving fluorocarboxylic acid salts including trifluoroacetates, the trifluoroacetates including a metal, barium and copper, the metal being selected from yttrium and lanthanoid metals, provided that cerium, praseodymium and promethium are excluded; adding a substance of formula: CF 2 H-(CF 2) n -COOH or HOCO-(CF 2) m -COOH, wherein n and m represent positive integers as a crack preventing chemical to the coating solution; forming a gel film on a substrate using the coating solution having the crack preventing chemical added thereto; forming a calcined film by calcining the gel film at an oxygen partial pressure of 3% or less in a process that is maintained at 200°C or higher for a total time of 7 hours or less; and forming an oxide superconductor film by firing and oxygen anneal of the calcined film.
A method of transmitting data from a transmitting terminal to a receiving terminal over a channel, comprising the steps of: determining a series of planned locations, each location corresponding to a point in time, for each of the transmitting and receiving terminals; determining a link geometry of the channel between the transmitting terminal and the receiving terminal for each location in the series of locations for each of the transmitting and receiving terminals; determining channel impairments for the link geometries; predicting signal-to-noise ratios (SNRs) of the channel for the link geometries and channel impairments; characterized by further comprising: storing channel parameters based on the predicted SNRs in a lookup table; and transmitting data from the transmitting terminal using channel parameters retrieved from the lookup table; whereby the channel parameters are retrieved from the lookup table using a time elapsed since a previous access to the lookup table. determining a series of planned locations, each location corresponding to a point in time, for each of the transmitting and receiving terminals; determining a link geometry of the channel between the transmitting terminal and the receiving terminal for each location in the series of locations for each of the transmitting and receiving terminals; determining channel impairments for the link geometries; predicting signal-to-noise ratios (SNRs) of the channel for the link geometries and channel impairments; characterized by further comprising: storing channel parameters based on the predicted SNRs in a lookup table; and transmitting data from the transmitting terminal using channel parameters retrieved from the lookup table; whereby the channel parameters are retrieved from the lookup table using a time elapsed since a previous access to the lookup table. storing channel parameters based on the predicted SNRs in a lookup table; and transmitting data from the transmitting terminal using channel parameters retrieved from the lookup table; whereby the channel parameters are retrieved from the lookup table using a time elapsed since a previous access to the lookup table.