mhurhangee/ep-ind-claims huggingface dataset:
A mobile terminal, comprising: a wireless communication unit configured to wirelessly communicate with an external device; a touch screen configured to sense a touch input, and switch between an active state and an inactive state, wherein the active state is a screen-on state of the touch screen and the inactive state is a screen-off state of the touch screen; and a controller configured to: - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit, - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and when the received plurality of second touch inputs satisfy preset criteria, - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state. a wireless communication unit configured to wirelessly communicate with an external device; a touch screen configured to sense a touch input, and switch between an active state and an inactive state, wherein the active state is a screen-on state of the touch screen and the inactive state is a screen-off state of the touch screen; and a controller configured to: - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit, - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and - recognize an external device corresponding to a touch region (A, B, C, D) to which a plurality of first touch inputs are consecutively applied on the touch screen in the inactive state, - connect the recognized external device to the mobile terminal through the wireless communication unit, - receive a plurality of second touch inputs sequentially applied to the touch region of the touch screen in the inactive state, and when the received plurality of second touch inputs satisfy preset criteria, - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state. - release a locked state of the connected external device, and - display a release screen of the connected external device on a first region of the touch screen in response to the released locked state, wherein the first region is switched to the active state.
A food product comprising a poultry protein mix and a meat block, wherein the meat block has a protein content lower than protein content of the poultry protein mix, and wherein proteins from the poultry protein mix contribute to more than 50% of total protein content in said food product wherein the poultry protein mix further comprises one or more branched chain amino acids, the content of said branched chain amino acids in said poultry protein mix being higher than content of branched chain amino acids in said meat block.
A device used for establishing a transjugular intrahepatic portosystemic shunt quickly by locating a portal vein in a liver for receiving the shunt comprising: an elongated hollow curved outer guide; an outer handle having an inner lumen and a first luer lock, the outer handle attached at a proximal end of the outer guide, the outer guide in flow communication with the inner lumen and the first luer lock; an elongated hollow curved inner needle; a hub having a second luer lock, the hub attached at a proximal end of the inner needle, the inner needle in flow communication with the second luer lock; wherein the inner needle is slidingly received through the first luer lock and into the outer guide through the inner lumen; wherein the inner needle is configured to rotate within the outer guide by manipulation of the hub; wherein a distal tip of the inner needle is deployed out of and beyond a distal tip of the outer guide, the distal tip of the inner needle configured to be advanced into the parenchyma of the liver to locate the portal vein; and wherein the outer handle has finger grips along its inferior edge to allow an operator to torque the outer guide, the device further comprising finger winglets on the outer handle to assist in deployment of the inner needle. an elongated hollow curved outer guide; an outer handle having an inner lumen and a first luer lock, the outer handle attached at a proximal end of the outer guide, the outer guide in flow communication with the inner lumen and the first luer lock; an elongated hollow curved inner needle; a hub having a second luer lock, the hub attached at a proximal end of the inner needle, the inner needle in flow communication with the second luer lock; wherein the inner needle is slidingly received through the first luer lock and into the outer guide through the inner lumen; wherein the inner needle is configured to rotate within the outer guide by manipulation of the hub; wherein a distal tip of the inner needle is deployed out of and beyond a distal tip of the outer guide, the distal tip of the inner needle configured to be advanced into the parenchyma of the liver to locate the portal vein; and wherein the outer handle has finger grips along its inferior edge to allow an operator to torque the outer guide, the device further comprising finger winglets on the outer handle to assist in deployment of the inner needle.
System comprising on the one hand an exchanger with a spiral plate coiled around a principal axis of the exchanger, in particular being oriented vertically, so as to delimit a first fluid flow channel having a cross section in the form of a spiral discharging at a first axial extremity of the exchanger at an inlet zone of which the overall size is contained within a crown, and on the other hand a distribution device configured in order to supply the whole of the surface of the said crown in a homogeneous manner with at least a first fluid, in particular a liquid, characterized in that the distribution device comprises a spray nozzle for the first fluid configured so as to form at its outlet a jet of the first fluid of conical shape, being hollow at the centre of the cone, oriented in the principal axis of the exchanger, and such that the jet exhibits, at the inlet zone of the first fluid flow channel, the shape of a crown having dimensions equal to the dimensions of the crown of the inlet zone.
A method for local error compensation of metal distortions in using an electromagnetic tracking system comprising: generating an electromagnetic field from at least one electromagnetic field generator; monitoring a medical device having at least one electromagnetic sensor coil moving through an anatomy thereby generating a position reading of the medical device; characterized by monitoring position readings from an error correction tool able to monitor metal distortions wherein said error correction tool is situated within proximity of said medical device and comprises at least three electromagnetic sensors arranged in a known and fixed configuration, wherein said error correcting tool includes at least one optical tracking sensor attached to said tool in a fixed known position relative to at least one of said electromagnetic sensors; deriving a correction function from said position readings and the known and fixed configuration of the electromagnetic sensors; applying said corrective function to said medical device monitoring to compensate for said metal distortion. generating an electromagnetic field from at least one electromagnetic field generator; monitoring a medical device having at least one electromagnetic sensor coil moving through an anatomy thereby generating a position reading of the medical device; characterized by monitoring position readings from an error correction tool able to monitor metal distortions wherein said error correction tool is situated within proximity of said medical device and comprises at least three electromagnetic sensors arranged in a known and fixed configuration, wherein said error correcting tool includes at least one optical tracking sensor attached to said tool in a fixed known position relative to at least one of said electromagnetic sensors; deriving a correction function from said position readings and the known and fixed configuration of the electromagnetic sensors; applying said corrective function to said medical device monitoring to compensate for said metal distortion.
Plate heat exchanger for the indirect transfer of heat of a first fluid to a second fluid, the plate heat exchanger having a multiplicity of parallel separating walls, a heating surface element (2, 3) being arranged in each case between two parallel separating walls, so that a multiplicity of channels for receiving a fluid are formed, wherein the respective heating surface element (2, 3) is produced by 3D printing, the respective heating surface element having at least a first portion and a second portion, the two portions (3a, 3b) being formed one on the other in one piece, and in each case a channel of the first portion being in flow connection with at least one channel of the second portion, and the channels of the first portion running in a different direction than the channels of the second portion, characterized in that the respective heating surface element has a corrugated structure with alternating corrugation troughs and corrugation crests, a corrugation trough being connected in each case to a then following corrugation crest by way of a flank of the respective heating surface element, so that the corrugated structure is obtained, and the respective heating surface element being brazed to the two parallel parting sheets in each case at its contact points that are formed by the corrugation crests and corrugation troughs.
A surgical instrument, comprising: at least one sensor; and a status module releasably connected to the surgical instrument, the status module comprising: a housing structured and arranged to releasably connect to the surgical instrument; at least one contact, wherein an individual contact is structured and arranged to be in electrical communication with a different sensor when the housing is connected to the surgical instrument; a circuit in electrical communication with the at least one contact; and at least one indicator in electrical communication with the circuit to provide information to a user of the surgical instrument, characterized in that: the surgical instrument is a pneumatically powered surgical instrument and the at least one sensor is fluidically coupled to the pneumatically powered surgical instrument; and the status module is structured to be detachably receivable into a housing of the surgical instrument. at least one sensor; and a status module releasably connected to the surgical instrument, the status module comprising: a housing structured and arranged to releasably connect to the surgical instrument; at least one contact, wherein an individual contact is structured and arranged to be in electrical communication with a different sensor when the housing is connected to the surgical instrument; a circuit in electrical communication with the at least one contact; and at least one indicator in electrical communication with the circuit to provide information to a user of the surgical instrument, a housing structured and arranged to releasably connect to the surgical instrument; at least one contact, wherein an individual contact is structured and arranged to be in electrical communication with a different sensor when the housing is connected to the surgical instrument; a circuit in electrical communication with the at least one contact; and at least one indicator in electrical communication with the circuit to provide information to a user of the surgical instrument, characterized in that: the surgical instrument is a pneumatically powered surgical instrument and the at least one sensor is fluidically coupled to the pneumatically powered surgical instrument; and the status module is structured to be detachably receivable into a housing of the surgical instrument. the surgical instrument is a pneumatically powered surgical instrument and the at least one sensor is fluidically coupled to the pneumatically powered surgical instrument; and the status module is structured to be detachably receivable into a housing of the surgical instrument.
A combination pressure and temperature transducer particularly adapted for use with high temperature fluid comprising: an elongated tubular metallic probe member having first and second open ends and having mounting structure for mounting the probe member in a bore of a side wall of a conduit defining a fluid flow path, a metallic sensing element defining a pressure sensitive diaphragm received at and closing the first end of the probe member, piezo-resistive strain gauges bonded to the diaphragm within the probe member, a first heat resistant printed circuit board mounted on the probe member adjacent to the sensing element, the first PCB having electrical circuit paths and the strain gauges wire bonded to the electrical circuit paths to form a Wheatstone bridge to sense both temperature and pressure, an inner connector mounted in the tubular probe member and extending out beyond the second end of the probe member to an upper end, a second printed circuit board disposed at the upper end of the inner connector, the second PCB having electrical circuit paths and mounting signal conditioning and amplifying electronics, the inner connector including a plurality of elongated, axial strain absorbing contact members, each contact member having a first end portion electrically engaging electrical circuit paths of the first PCB, and a second end portion electrically engaging electrical circuit paths of the second PCB, and an outside connector and housing assembly to which the probe member is attached forming an enclosure for the second PCB and providing an electrical interface with the transducer. an elongated tubular metallic probe member having first and second open ends and having mounting structure for mounting the probe member in a bore of a side wall of a conduit defining a fluid flow path, a metallic sensing element defining a pressure sensitive diaphragm received at and closing the first end of the probe member, piezo-resistive strain gauges bonded to the diaphragm within the probe member, a first heat resistant printed circuit board mounted on the probe member adjacent to the sensing element, the first PCB having electrical circuit paths and the strain gauges wire bonded to the electrical circuit paths to form a Wheatstone bridge to sense both temperature and pressure, an inner connector mounted in the tubular probe member and extending out beyond the second end of the probe member to an upper end, a second printed circuit board disposed at the upper end of the inner connector, the second PCB having electrical circuit paths and mounting signal conditioning and amplifying electronics, the inner connector including a plurality of elongated, axial strain absorbing contact members, each contact member having a first end portion electrically engaging electrical circuit paths of the first PCB, and a second end portion electrically engaging electrical circuit paths of the second PCB, and an outside connector and housing assembly to which the probe member is attached forming an enclosure for the second PCB and providing an electrical interface with the transducer.
A plastic container (10, 80, 110), comprising: a bottom portion (12, 82); and a main body portion (14, 18) having a plastic sidewall (18, 86, 112) that is connected to the bottom portion (12, 84), the main body portion (14, 84) having a reinforced sidewall area that comprises a plurality of first sidewall portions (20, 94, 114) and a plurality of second sidewall portions (22, 96, 116) that are respectively interposed between the first sidewall portions (20, 94, 114), wherein an entirety of each of the second sidewall portions (22, 96, 116) is recessed with respect to adjacent first sidewall portions (20, 94, 114) and extends circumferentially about the main body portion (14, 18), each of the second sidewall portions (22, 96, 116) further being shaped to define a plurality of alternating concave indentations (26, 100, 122) and convex projections (34, 102, 124) as viewed in transverse cross-section. a bottom portion (12, 82); and a main body portion (14, 18) having a plastic sidewall (18, 86, 112) that is connected to the bottom portion (12, 84), the main body portion (14, 84) having a reinforced sidewall area that comprises a plurality of first sidewall portions (20, 94, 114) and a plurality of second sidewall portions (22, 96, 116) that are respectively interposed between the first sidewall portions (20, 94, 114), wherein an entirety of each of the second sidewall portions (22, 96, 116) is recessed with respect to adjacent first sidewall portions (20, 94, 114) and extends circumferentially about the main body portion (14, 18), each of the second sidewall portions (22, 96, 116) further being shaped to define a plurality of alternating concave indentations (26, 100, 122) and convex projections (34, 102, 124) as viewed in transverse cross-section.
An apparatus comprising: a transmission line comprising a first portion and a second portion, the first portion configured to be connected to a source and the second portion configured to be connected to a load; and a capacitive element coupled to the transmission line and configured to compensate for an impedance difference between the load and at least one of the source or the transmission line, at a frequency within a frequency bandwidth of the load; and wherein a difference between an internal capacitance of the first portion of the transmission line and an internal capacitance of the second portion of the transmission line substantially matches the capacitance of the capacitive element, wherein the first portion of the transmission line differs from the second portion of the transmission line in at least one physical dimension so as to create the difference between the internal capacitance of the first portion of the transmission line and the internal capacitance of the second portion of the transmission line. a transmission line comprising a first portion and a second portion, the first portion configured to be connected to a source and the second portion configured to be connected to a load; and a capacitive element coupled to the transmission line and configured to compensate for an impedance difference between the load and at least one of the source or the transmission line, at a frequency within a frequency bandwidth of the load; and wherein a difference between an internal capacitance of the first portion of the transmission line and an internal capacitance of the second portion of the transmission line substantially matches the capacitance of the capacitive element, wherein the first portion of the transmission line differs from the second portion of the transmission line in at least one physical dimension so as to create the difference between the internal capacitance of the first portion of the transmission line and the internal capacitance of the second portion of the transmission line.
A travel pattern creation device for creating a travel pattern of a vehicle traveling on a track, comprising: a risk storage unit configured to store a risk value of each section which a route between stations is divided into; an inter-station travel time storage unit configured to store a reference inter-station travel time, which is a travel time between each station defined on a schedule for the vehicle; and a travel pattern creation unit configured to output a travel pattern as a target travel pattern, wherein the target travel pattern satisfies a predetermined condition according to the reference inter-station travel time and is such that a risk impact calculated based on the risk value of each section is minimized. a risk storage unit configured to store a risk value of each section which a route between stations is divided into; an inter-station travel time storage unit configured to store a reference inter-station travel time, which is a travel time between each station defined on a schedule for the vehicle; and a travel pattern creation unit configured to output a travel pattern as a target travel pattern, wherein the target travel pattern satisfies a predetermined condition according to the reference inter-station travel time and is such that a risk impact calculated based on the risk value of each section is minimized.
A computer program product, comprising a computer program code, which, when executed by a terminal of a radio communication system causes the terminal to: for one uplink control information, UCI, to be transmitted, determine, one codeword among multiple codewords as a codeword corresponding to the one UCI according to a value of a modulation and coding scheme, MCS, field in an Uplink, UL, Grant, wherein the multiple codewords are supported by a physical uplink shared channel, PUSCH, being transmitted in one transmission time interval, TTI, and the one codeword is indicated by the MCS field in the UL Grant; transmit, the UCI by mapping the UCI onto the one codeword. for one uplink control information, UCI, to be transmitted, determine, one codeword among multiple codewords as a codeword corresponding to the one UCI according to a value of a modulation and coding scheme, MCS, field in an Uplink, UL, Grant, wherein the multiple codewords are supported by a physical uplink shared channel, PUSCH, being transmitted in one transmission time interval, TTI, and the one codeword is indicated by the MCS field in the UL Grant; transmit, the UCI by mapping the UCI onto the one codeword.