mhurhangee/ep-ind-claims huggingface dataset:
An identification tag that is attachable to an item and serves to identify the item with a computerized system, comprising: a base in the form of a container that is cast from a curable material; an electronic circuit that is placed in the base and wirelessly provides a unique ID in response to an electromagnetic signal; characterized by: a second layer of said curable material filling the base and forming a protective cover over the electronic circuit; and wherein a void of at least 0.5mm is formed in the base above the second layer; wherein the void is designed to receive a third layer of said curable material for adhesively attaching the identification tag to the item leaving a distance of more than 0.5mm between the electronic circuit and the item. a base in the form of a container that is cast from a curable material; an electronic circuit that is placed in the base and wirelessly provides a unique ID in response to an electromagnetic signal; characterized by: a second layer of said curable material filling the base and forming a protective cover over the electronic circuit; and wherein a void of at least 0.5mm is formed in the base above the second layer; wherein the void is designed to receive a third layer of said curable material for adhesively attaching the identification tag to the item leaving a distance of more than 0.5mm between the electronic circuit and the item. a second layer of said curable material filling the base and forming a protective cover over the electronic circuit; and wherein a void of at least 0.5mm is formed in the base above the second layer; wherein the void is designed to receive a third layer of said curable material for adhesively attaching the identification tag to the item leaving a distance of more than 0.5mm between the electronic circuit and the item.
Device for treating a metal strip after it has exited a coating vessel with liquid coating material, wherein the device comprises: a blow-off device arranged above the coating vessel, with an air-outlet gap for blowing off excess parts of the coating material still in liquid form from the surface of the metal strip after passing the metal strip through the coating vessel; an electromagnetic stabilization device arranged above the blow-off device with a plurality of individual magnets for stabilizing the metal strip after exiting the coating vessel and the blow-off device; characterized in that at least individual magnets of the stabilization device are designed as pot magnets with a pot coil. a blow-off device arranged above the coating vessel, with an air-outlet gap for blowing off excess parts of the coating material still in liquid form from the surface of the metal strip after passing the metal strip through the coating vessel; an electromagnetic stabilization device arranged above the blow-off device with a plurality of individual magnets for stabilizing the metal strip after exiting the coating vessel and the blow-off device; characterized in that at least individual magnets of the stabilization device are designed as pot magnets with a pot coil.
An infusion device, comprising an inserter that can insert a catheter into a skin surface, comprising: an infusion device housing, comprising a catheter and a driver for inserting said catheter into a skin surface; an infusion device base for rotatably securing said infusion device housing, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an introducer needle; and a hub provided with said introducer needle and which, upon actuation by said driver, drives said catheter and said introducer needle into said skin surface; wherein said driver comprises a push button configured to travel substantially perpendicular to said skin surface, said push button being provided with at least one button cam slot which guides a respective rotational lug on the hub to thereby rotate said hub into a release position as the button is pressed down. an infusion device housing, comprising a catheter and a driver for inserting said catheter into a skin surface; an infusion device base for rotatably securing said infusion device housing, comprising at least one adhesive layer for releasably securing said infusion device base with said skin surface; an introducer needle; and a hub provided with said introducer needle and which, upon actuation by said driver, drives said catheter and said introducer needle into said skin surface; wherein said driver comprises a push button configured to travel substantially perpendicular to said skin surface, said push button being provided with at least one button cam slot which guides a respective rotational lug on the hub to thereby rotate said hub into a release position as the button is pressed down.
A power state diagnosis method that diagnoses a power state of a vehicle which comprises an electrical control system supplied from a power supply and a motor controlled by a vector control method, characterized by said power state diagnosis method comprising: starting a diagnosis of said power state at a time that an ignition key (11, 13) is switched from "OFF" to "ON" or at a time that said ignition key is switched from "ON" to "OFF", storing a value obtained by adding an offset to an angle (θ) of said motor that is read at a start of said diagnosis as a pseudo-motor-angle (θ r), performing said vector control based on said pseudo-motor-angle (θ r) during said diagnosis, and diagnosing said power state based on a voltage that is supplied to said motor. starting a diagnosis of said power state at a time that an ignition key (11, 13) is switched from "OFF" to "ON" or at a time that said ignition key is switched from "ON" to "OFF", storing a value obtained by adding an offset to an angle (θ) of said motor that is read at a start of said diagnosis as a pseudo-motor-angle (θ r), performing said vector control based on said pseudo-motor-angle (θ r) during said diagnosis, and diagnosing said power state based on a voltage that is supplied to said motor.
A user equipment, UE, (1600, 1800) comprising: a receiving unit (1610, 1810) configured to receive a media access control, MAC, control element, CE, by which duplication is activated and/or deactivated for one or more data radio bearers, DRBs, configured with duplication; and a submitting unit configured to submit a packet data convergence protocol, PDCP, protocol data unit, PDU, to a master cell group, MCG, and a secondary cell group, SCG, in a case that the duplication is activated, and submit the PDCP PDU to one of the MCG and the SCG in a case that the duplication is deactivated; wherein the MAC CE includes a bitmap with a fixed size and each bit of the bitmap corresponds to a DRB identity of a DRB in the one or more DRBs in ascending order, the bit is set to one to indicate that the duplication of the DRB is activated, the bit is set to zero to indicate that the duplication of the DRB is deactivated. a receiving unit (1610, 1810) configured to receive a media access control, MAC, control element, CE, by which duplication is activated and/or deactivated for one or more data radio bearers, DRBs, configured with duplication; and a submitting unit configured to submit a packet data convergence protocol, PDCP, protocol data unit, PDU, to a master cell group, MCG, and a secondary cell group, SCG, in a case that the duplication is activated, and submit the PDCP PDU to one of the MCG and the SCG in a case that the duplication is deactivated; submit a packet data convergence protocol, PDCP, protocol data unit, PDU, to a master cell group, MCG, and a secondary cell group, SCG, in a case that the duplication is activated, and submit the PDCP PDU to one of the MCG and the SCG in a case that the duplication is deactivated; wherein the MAC CE includes a bitmap with a fixed size and each bit of the bitmap corresponds to a DRB identity of a DRB in the one or more DRBs in ascending order, the bit is set to one to indicate that the duplication of the DRB is activated, the bit is set to zero to indicate that the duplication of the DRB is deactivated.
Cylinder having - a cylinder housing and a piston, wherein the piston is mounted in the cylinder housing so as to be movable along a piston axis between a retracted position and an extended position, - wherein provision is made of at least one position-identification unit by means of which an actual position of the piston in relation to the piston axis is able to be determined, - wherein the at least one position-identification unit has a transmitting unit for generating a signal for wireless communication of the actual position to a control unit, and the at least one position-identification unit has an internal energy-transducer unit for supply of energy to the position-identification unit, wherein the cylinder housing has at least one cavity, wherein the at least one position-identification unit is provided completely within the at least one cavity, wherein the energy-transducer unit is designed together with the transmitting unit as a battery-free radio-sensor module, wherein the position-identification unit comprises an actuating unit by way of the actuation of which the signal is able to be generated, characterized in that the actuating unit is able to be switched mechanically between a rest position and a transmitting position, wherein the actuating unit comprises an actuating pin. - a cylinder housing and a piston, wherein the piston is mounted in the cylinder housing so as to be movable along a piston axis between a retracted position and an extended position, - wherein provision is made of at least one position-identification unit by means of which an actual position of the piston in relation to the piston axis is able to be determined, - wherein the at least one position-identification unit has a transmitting unit for generating a signal for wireless communication of the actual position to a control unit, and the at least one position-identification unit has an internal energy-transducer unit for supply of energy to the position-identification unit, wherein the cylinder housing has at least one cavity, wherein the at least one position-identification unit is provided completely within the at least one cavity, wherein the energy-transducer unit is designed together with the transmitting unit as a battery-free radio-sensor module, wherein the position-identification unit comprises an actuating unit by way of the actuation of which the signal is able to be generated, characterized in that the actuating unit is able to be switched mechanically between a rest position and a transmitting position, wherein the actuating unit comprises an actuating pin.
A heat-insulating cantilever plate connecting element, having an insulating body and at least one push plate which penetrates the insulating body and runs perpendicular to the longitudinal extension thereof, wherein the push plate is at least as long as the insulating body is wide and U-shaped brackets are welded thereto, characterized in that a U-shaped bracket made of reinforced steel is attached to each of the two vertical face ends of the push plate which run on the plane formed by the push plate, wherein the parallel legs (60, 61) thereof project away from the push plate and the connecting pieces between the two legs (60, 61) of the respective bracket are welded at least over the statically required length to the push plate on the vertical front face thereof.
A vehicle control system, comprising: a rotary electric machine which is mounted in a vehicle and contains a lubricating cooling fluid therein; a breather which is provided on a casing for the rotary electric machine, the breather preventing leakage of the lubricating cooling fluid and allowing gas communication with the outside; and an on-off valve which is provided in a connection portion connecting the casing for the rotary electric machine with the breather, the on-off valve normally being in an open state; and the vehicle control system further comprising a valve-closing unit which places the on-off valve into a closed state mechanically or based on an electrical signal satisfying a predetermined condition associated with generation of white smoke due to overheating of the lubricating cooling fluid, for suppressing emission of the generated white smoke. a rotary electric machine which is mounted in a vehicle and contains a lubricating cooling fluid therein; a breather which is provided on a casing for the rotary electric machine, the breather preventing leakage of the lubricating cooling fluid and allowing gas communication with the outside; and an on-off valve which is provided in a connection portion connecting the casing for the rotary electric machine with the breather, the on-off valve normally being in an open state; and the vehicle control system further comprising a valve-closing unit which places the on-off valve into a closed state mechanically or based on an electrical signal satisfying a predetermined condition associated with generation of white smoke due to overheating of the lubricating cooling fluid, for suppressing emission of the generated white smoke.
A medical device, comprising: an insertion shaft, having a longitudinal axis and having a distal end adapted for insertion into a body of a patient; a resilient end section, which is fixed to the distal end of the insertion shaft and is formed so as to define, when unconstrained, an arc oriented obliquely relative to the axis and having a center of curvature on the axis; and an array of electrodes disposed at respective locations along the end section, the electrodes having irrigation perforations coupled to a lumen in the end section, the lumen configured to carry irrigation fluid from the insertion shaft; wherein the resilient end section comprises a base, which is connected to the distal end of the insertion shaft, and a tip, and has a helical form such that the tip protrudes axially in a distal direction relative to the base. an insertion shaft, having a longitudinal axis and having a distal end adapted for insertion into a body of a patient; a resilient end section, which is fixed to the distal end of the insertion shaft and is formed so as to define, when unconstrained, an arc oriented obliquely relative to the axis and having a center of curvature on the axis; and an array of electrodes disposed at respective locations along the end section, the electrodes having irrigation perforations coupled to a lumen in the end section, the lumen configured to carry irrigation fluid from the insertion shaft; wherein the resilient end section comprises a base, which is connected to the distal end of the insertion shaft, and a tip, and has a helical form such that the tip protrudes axially in a distal direction relative to the base.
A light emitting element mounting substrate, comprising: a substrate made from a ceramic; a metal layer provided on the substrate, comprising gold or silver as a primary component; and a resin layer provided covering at least a portion of the metal layer; wherein the resin layer comprises platinum; and at least one type of oxide of calcium and copper is present on a surface of the metal layer covered by the resin layer. a substrate made from a ceramic; a metal layer provided on the substrate, comprising gold or silver as a primary component; and a resin layer provided covering at least a portion of the metal layer; wherein the resin layer comprises platinum; and at least one type of oxide of calcium and copper is present on a surface of the metal layer covered by the resin layer.
A compound of Formula or an optically pure stereoisomer or pharmaceutically acceptable salt thereof, wherein: X is carbon; Y is NH; R 5 is selected from the group consisting of trifluoromethyl- and trifluoromethoxy-; R 6 is F-; and R 7 is selected from the group consisting of 1H-pyrrole, furan, pyran, tetrahydropyran, 4,5-dihydrofuran, 2-methylfuran, 3-methylfuran, ethyl-, isopropyl-, cyclopropyl-, 2-methylbutyl-, -2-methylbutyl- and sec-butyl-group. X is carbon; Y is NH; R 5 is selected from the group consisting of trifluoromethyl- and trifluoromethoxy-; R 6 is F-; and R 7 is selected from the group consisting of 1H-pyrrole, furan, pyran, tetrahydropyran, 4,5-dihydrofuran, 2-methylfuran, 3-methylfuran, ethyl-, isopropyl-, cyclopropyl-, 2-methylbutyl-, -2-methylbutyl- and sec-butyl-group.
A transmission device comprising: a clock generator for generating a clock signal; a processor for generating transition signals by performing predetermined processing; and a transmitter for generating a data signal on the basis of the transition signals and the clock signal, the transmitter comprising an output section, the output section comprising: a driver section that is able to transmit the data signal by using three or more predetermined number of voltage states and set voltages in each of the voltage states, wherein the predetermined number of the voltage states include a first voltage state, a second voltage state, and a third voltage state that is between the first voltage state and the second voltage state; and a control section that sets an emphasis voltage that is based on a transition among the predetermined number of the voltage states, and thereby causes the driver section to perform emphasis, wherein the emphasis voltage in a case of making a transition from the first voltage state to the second voltage state is greater than the emphasis voltage in a case of making a transition from the first voltage state to the third voltage state. a clock generator for generating a clock signal; a processor for generating transition signals by performing predetermined processing; and a transmitter for generating a data signal on the basis of the transition signals and the clock signal, the transmitter comprising an output section, the output section comprising: a driver section that is able to transmit the data signal by using three or more predetermined number of voltage states and set voltages in each of the voltage states, wherein the predetermined number of the voltage states include a first voltage state, a second voltage state, and a third voltage state that is between the first voltage state and the second voltage state; and a control section that sets an emphasis voltage that is based on a transition among the predetermined number of the voltage states, and thereby causes the driver section to perform emphasis, wherein the emphasis voltage in a case of making a transition from the first voltage state to the second voltage state is greater than the emphasis voltage in a case of making a transition from the first voltage state to the third voltage state. a driver section that is able to transmit the data signal by using three or more predetermined number of voltage states and set voltages in each of the voltage states, wherein the predetermined number of the voltage states include a first voltage state, a second voltage state, and a third voltage state that is between the first voltage state and the second voltage state; and a control section that sets an emphasis voltage that is based on a transition among the predetermined number of the voltage states, and thereby causes the driver section to perform emphasis, wherein the emphasis voltage in a case of making a transition from the first voltage state to the second voltage state is greater than the emphasis voltage in a case of making a transition from the first voltage state to the third voltage state.
A method for determining a rheological parameter of a fluid within a wellbore, comprising: receiving, using a processing device, a plurality of measured flow rates and a plurality of differential pressure measurements corresponding to the plurality of measured flow rates of the fluid flowing within a flow region of the wellbore, wherein the plurality of differential pressure measurements are obtained at downhole conditions of the wellbore; storing, using the processing device, the plurality of measured flow rates and the plurality of differential pressure measurements corresponding to the plurality of measured flow rates; generating, using the processing device, a flow curve based on the plurality of differential pressure measurements and the plurality of measured flow rates; determining, using the processing device, a flow behavior index for the fluid from the flow curve; and determining, using the processing device, the rheological parameter of the fluid using the flow curve and a rheological model; wherein the flow region comprises an area inside a conduit situated within the wellbore. receiving, using a processing device, a plurality of measured flow rates and a plurality of differential pressure measurements corresponding to the plurality of measured flow rates of the fluid flowing within a flow region of the wellbore, wherein the plurality of differential pressure measurements are obtained at downhole conditions of the wellbore; storing, using the processing device, the plurality of measured flow rates and the plurality of differential pressure measurements corresponding to the plurality of measured flow rates; generating, using the processing device, a flow curve based on the plurality of differential pressure measurements and the plurality of measured flow rates; determining, using the processing device, a flow behavior index for the fluid from the flow curve; and determining, using the processing device, the rheological parameter of the fluid using the flow curve and a rheological model; wherein the flow region comprises an area inside a conduit situated within the wellbore.
A measuring circuit for determining a characteristic of the impedance of a complex impedance element for facilitating characterisation of the impedance thereof, the measuring circuit being implemented on a single chip and comprising: a signal generating circuit configured for generating an analogue stimulus signal of selectable frequency for applying to the complex impedance element; a first receiving circuit configured for receiving an analogue response signal from the complex impedance element in response to the stimulus signal, and configured for producing a first output signal indicative of the characteristic of the impedance of the complex impedance element configured for use in characterisation of the impedance of the complex impedance element; and a signal processing unit for carrying out a Fast Fourier Transform on the first output signal to produce a third output signal for use in characterisation of the impedance of the complex impedance element. a signal generating circuit configured for generating an analogue stimulus signal of selectable frequency for applying to the complex impedance element; a first receiving circuit configured for receiving an analogue response signal from the complex impedance element in response to the stimulus signal, and configured for producing a first output signal indicative of the characteristic of the impedance of the complex impedance element configured for use in characterisation of the impedance of the complex impedance element; and a signal processing unit for carrying out a Fast Fourier Transform on the first output signal to produce a third output signal for use in characterisation of the impedance of the complex impedance element.