mhurhangee/ep-ind-claims huggingface dataset:
An apparatus for sensing a position of an object, comprising: a probe adapted to be inserted into a body of a subject; at least one first electrode disposed near a distal end of the probe; a plurality of second electrodes adapted to be coupled at respective locations to a surface of the body; at least one electrode transmitter connected to the first electrode for passing mapping electrical currents between the first electrode on the probe and the second electrodes on the surface of the body; patch measurement circuits adapted to determine respective portions of the mapping electrical currents passing through the second electrodes; and a control unit, adapted for making measurements of the mapping electrical currents, for calibrating the measurements so as to compensate for one or more non-ideal features of the measurements including effects of system-dependent electrical coupling to one or more medical devices other than the first electrode and the second electrodes, and for computing the position of the probe in the body using the calibrated measurements, wherein calibrating the measurements comprises calculating the effects of system-dependent electrical coupling by electrically bypassing the patch measurement circuits, and determining respective mapping generator-induced crosstalk signals experienced by the second electrodes using the patch measurement circuits. a probe adapted to be inserted into a body of a subject; at least one first electrode disposed near a distal end of the probe; a plurality of second electrodes adapted to be coupled at respective locations to a surface of the body; at least one electrode transmitter connected to the first electrode for passing mapping electrical currents between the first electrode on the probe and the second electrodes on the surface of the body; patch measurement circuits adapted to determine respective portions of the mapping electrical currents passing through the second electrodes; and a control unit, adapted for making measurements of the mapping electrical currents, for calibrating the measurements so as to compensate for one or more non-ideal features of the measurements including effects of system-dependent electrical coupling to one or more medical devices other than the first electrode and the second electrodes, and for computing the position of the probe in the body using the calibrated measurements, wherein calibrating the measurements comprises calculating the effects of system-dependent electrical coupling by electrically bypassing the patch measurement circuits, and determining respective mapping generator-induced crosstalk signals experienced by the second electrodes using the patch measurement circuits.
A soldering iron control device that allows electrical connection to a soldering iron and controls a temperature of a tip of the soldering iron, the soldering iron control device comprising: a voltage measurement unit for measuring a voltage applied to a heater unit of the soldering iron; a current measurement unit for measuring a current supplied to the heater unit of the soldering iron; a storage unit configured to store in advance a first amount of power to be supplied to the soldering iron in an idling state where the tip is noncontact and the temperature of the tip is maintained within a predetermined range including a set temperature; an identification unit configured to identify whether the tip is in a load state where the temperature of the tip decreases by a predetermined amount or more from the set temperature by the tip coming into contact with a workpiece and whether the load state is canceled, wherein the state at which the load state is canceled is when the tip is separated from the workpiece and the solder; and a measurement unit configured to calculate a second amount of power to be supplied to the soldering iron in the load state, by using the current measured by the current measurement unit and the voltage measured by the voltage measurement unit, wherein the measurement unit is configured to measure, since the tip enters the load state until the load state is canceled, a third amount of power to be applied to the workpiece and a solder by calculating a value obtained by subtracting the first amount of power from the second amount of power in each cycle. a voltage measurement unit for measuring a voltage applied to a heater unit of the soldering iron; a current measurement unit for measuring a current supplied to the heater unit of the soldering iron; a storage unit configured to store in advance a first amount of power to be supplied to the soldering iron in an idling state where the tip is noncontact and the temperature of the tip is maintained within a predetermined range including a set temperature; an identification unit configured to identify whether the tip is in a load state where the temperature of the tip decreases by a predetermined amount or more from the set temperature by the tip coming into contact with a workpiece and whether the load state is canceled, wherein the state at which the load state is canceled is when the tip is separated from the workpiece and the solder; and a measurement unit configured to calculate a second amount of power to be supplied to the soldering iron in the load state, by using the current measured by the current measurement unit and the voltage measured by the voltage measurement unit, wherein the measurement unit is configured to measure, since the tip enters the load state until the load state is canceled, a third amount of power to be applied to the workpiece and a solder by calculating a value obtained by subtracting the first amount of power from the second amount of power in each cycle.
Multi-use container with wheels comprising an opening, a base, lateral walls and end faces, characterized in that it comprises: - a lower edge around the lateral walls and the end faces, - at least two wheels coupled to each external face of the lateral walls, close to the lower edge of the lateral walls and the lower corners of the container, and - recesses in the opening for receiving a lower part of the wheels of a container stacked on top, characterised in that the base projects from underneath the lower edge. - a lower edge around the lateral walls and the end faces, - at least two wheels coupled to each external face of the lateral walls, close to the lower edge of the lateral walls and the lower corners of the container, and - recesses in the opening for receiving a lower part of the wheels of a container stacked on top, characterised in that the base projects from underneath the lower edge.
Apparatus for acquiring information on an occupancy state of parking spaces with a sensor which has a detection area, wherein in the fixed state on the vehicle the detection area is aligned laterally to the direction of travel of the vehicle, wherein the sensor is designed for determining data on the distance between the sensor and an object (25, 27), wherein the sensor is designed to detect at least a distance of 40 m, characterized in that the device is designed to be self-sufficient, without integration into the vehicle system, in that a fastening device for fastening to a vehicle is provided, which is designed to provide the device in the range between 40 cm and 70 cm with respect to the road level, in that the apparatus has a device for position determination, in that a control and evaluation unit is provided which is designed to link the data of the sensor with data of the device for position determination in that the sensor is a 1D LIDAR sensor, and in that the detection area is aligned between 85° and 95° to the direction of travel in the state attached to the vehicle. wherein in the fixed state on the vehicle the detection area is aligned laterally to the direction of travel of the vehicle, wherein the sensor is designed for determining data on the distance between the sensor and an object (25, 27), wherein the sensor is designed to detect at least a distance of 40 m, characterized in that the device is designed to be self-sufficient, without integration into the vehicle system, in that a fastening device for fastening to a vehicle is provided, which is designed to provide the device in the range between 40 cm and 70 cm with respect to the road level, in that the apparatus has a device for position determination, in that a control and evaluation unit is provided which is designed to link the data of the sensor with data of the device for position determination in that the sensor is a 1D LIDAR sensor, and in that the detection area is aligned between 85° and 95° to the direction of travel in the state attached to the vehicle.
Bearing apparatus of a transverse leaf spring, which bearing apparatus can be mounted in the region of a vehicle axle of a vehicle and is configured with a holding device for holding the transverse leaf spring and with a connecting device, in the region of which the holding device can be connected to the vehicle, the holding device, the connecting device and the transverse leaf spring being adapted to one another in such a way that a cross-sectional plane of the transverse leaf spring, which cross-sectional plane runs substantially in the vehicle vertical and vehicle longitudinal direction in the installed position of the transverse leaf spring, can be pivoted in the region of the bearing apparatus during compression and rebound of the transverse leaf spring about a rotational axis which runs substantially in the vehicle longitudinal direction, the holding device and the connecting device being configured in such a way that the rotational axis of the cross-sectional plane of the transverse leaf spring is spaced apart in the region of the bearing apparatus in the vehicle vertical direction from the neutral axis of the transverse leaf spring, characterized in that the holding device comprises two half shells (14, 15) which are connected to one another and engage around the transverse leaf spring in a positively locking manner at least in regions, at least one of the half shells (14, 15) being coupled to the connecting device, the half shells of the holding device being configured with cut-outs for receiving convex regions of the transverse leaf spring.
A system comprising a funnel-shaped proteinaceous nanopore comprising an α-helical pore-forming toxin that is a member from the actinoporin protein family, wherein the α-helical pore-forming toxin is a mutant Fragaceatoxin C (FraC) comprising a mutation at position 10 into a neutral or positively charged amino acid residue.
An electronic vapour provision device comprising: a heating element (17; 68) for vaporising liquid, the heating element being a wire form; an air outlet for vaporised liquid from the heating element (17; 68); and a porous heating element support, wherein the heating element support comprises a ceramic material, the heating element (17; 68) being supported by the heating element support; characterised by the heating element (17; 68) being a zig-zag shape. a heating element (17; 68) for vaporising liquid, the heating element being a wire form; an air outlet for vaporised liquid from the heating element (17; 68); and a porous heating element support, wherein the heating element support comprises a ceramic material, the heating element (17; 68) being supported by the heating element support; characterised by the heating element (17; 68) being a zig-zag shape.
An automatic method of determining local activation time in multi-channel cardiac electrogram (MCCE) signals including a plurality of cardiac channels, the method comprising: - digitizing, storing and processing the cardiac channel signals; - using a ventricular, a reference and a mapping channel to compute first LAT values at a plurality of mapping-channel locations; - monitoring a measure of the signal quality of at least one selected channel; - if the value for the signal quality of a monitored cardiac channel falls below a standard, replacing the sub-standard channel with another channel of the plurality of channels having an above-standard signal quality value; and - computing second LAT values based on the replacement cardiac channel. - digitizing, storing and processing the cardiac channel signals; - using a ventricular, a reference and a mapping channel to compute first LAT values at a plurality of mapping-channel locations; - monitoring a measure of the signal quality of at least one selected channel; - if the value for the signal quality of a monitored cardiac channel falls below a standard, replacing the sub-standard channel with another channel of the plurality of channels having an above-standard signal quality value; and - computing second LAT values based on the replacement cardiac channel.
A mobile terminal configured to communicate with a telecommunications network including a radio access network comprising a plurality of base stations, each defining a cell, and being configured to wirelessly transmit data that is receivable by the mobile terminal, with at least one of the base stations being an Access Point; and wherein the mobile terminal is further configured to: receive data transmitted by one or more proximate base stations; determine if the received data includes a different tracking area, TA, from a previously recorded TA record within the mobile terminal; if the TA is determined to be different from the previously recorded TA record then before requesting a TA area update, determine if the received data includes an Access Indicator Field, being data that may be transmitted by the one or more Access Points to restrict access; and using the Access Indicator field to determine if the mobile terminal is entitled to utilise the Access Point, and only requesting a TA area update and attempting to utilise the Access Point if the mobile terminal is entitled to do so, and if the mobile terminal is not entitled to utilise the Access Point then maintain the existing TA record within the mobile terminal. receive data transmitted by one or more proximate base stations; determine if the received data includes a different tracking area, TA, from a previously recorded TA record within the mobile terminal; if the TA is determined to be different from the previously recorded TA record then before requesting a TA area update, determine if the received data includes an Access Indicator Field, being data that may be transmitted by the one or more Access Points to restrict access; and using the Access Indicator field to determine if the mobile terminal is entitled to utilise the Access Point, and only requesting a TA area update and attempting to utilise the Access Point if the mobile terminal is entitled to do so, and if the mobile terminal is not entitled to utilise the Access Point then maintain the existing TA record within the mobile terminal.
A terminal configured to communicate with a base station that uses one or more beams, the terminal comprising: a receiving section configured to receive a signal including at least one of a synchronization signal and a broadcast channel; and a control section configured to control a reception of a physical downlink control channel, PDCCH, to which downlink control information scrambled by a paging identifier, P-RNTI, is mapped, characterized in that the downlink control information is located within a same symbol as that of the signal. a receiving section configured to receive a signal including at least one of a synchronization signal and a broadcast channel; and a control section configured to control a reception of a physical downlink control channel, PDCCH, to which downlink control information scrambled by a paging identifier, P-RNTI, is mapped, characterized in that the downlink control information is located within a same symbol as that of the signal.
A heating unit, comprising: a heat conductor, internally provided with at least one duct for accommodating a PTC heating element, and at least one liquid passage channel; a first end cover fixedly coupled to one end of the heat conductor, the first end cover being provided with an end cover water inlet in fluid communication with one end of the liquid passage channel; a second end cover fixedly coupled to an opposite end of the heat conductor, the second end cover being provided with an end cover water outlet in fluid communication with the other end of the liquid passage channel; and at least one PTC heating element positioned within the duct of the heat conductor, the PTC heating element having a length longer than that of the heat conductor and having at least one end extending out of the duct characterized in that: the first end cover is provided with at least one first groove capable of accommodating the portion of the PTC heating element extending out of the duct, the first groove being in communication with an external space; and/or the second end cover comprises at least one second groove capable of accommodating the portion of the PTC heating element extending out of the duct, the second groove being also in communication with the external space. a heat conductor, internally provided with at least one duct for accommodating a PTC heating element, and at least one liquid passage channel; a first end cover fixedly coupled to one end of the heat conductor, the first end cover being provided with an end cover water inlet in fluid communication with one end of the liquid passage channel; a second end cover fixedly coupled to an opposite end of the heat conductor, the second end cover being provided with an end cover water outlet in fluid communication with the other end of the liquid passage channel; and at least one PTC heating element positioned within the duct of the heat conductor, the PTC heating element having a length longer than that of the heat conductor and having at least one end extending out of the duct characterized in that: the first end cover is provided with at least one first groove capable of accommodating the portion of the PTC heating element extending out of the duct, the first groove being in communication with an external space; and/or the second end cover comprises at least one second groove capable of accommodating the portion of the PTC heating element extending out of the duct, the second groove being also in communication with the external space. the first end cover is provided with at least one first groove capable of accommodating the portion of the PTC heating element extending out of the duct, the first groove being in communication with an external space; and/or the second end cover comprises at least one second groove capable of accommodating the portion of the PTC heating element extending out of the duct, the second groove being also in communication with the external space.
An autoinjector including a housing, in which can be mounted a syringe having a plunger, a barrel and needle at one end thereof through which medicament can be delivered to an injection site; a syringe support means; biasing means; and a sleeve; characterised by: the syringe support means being capable of moving relative to an outer housing to cause said syringe to move along an axial path with respect to said housing; and the biasing means being capable of biasing said syringe support means so that said needle is normally inside said housing; wherein said housing includes the outer housing and the sleeve is intermediate the syringe support means and said outer housing and is capable of rotating about a longitudinal axis of said autoinjector between a first rotational position and a second rotational position; said sleeve including engagement means that are selectively moveable by a user from a first position to a second position by rotation of the sleeve from the first rotational position to the second rotational position; wherein in said first position said engagement means engage with the syringe support means to substantially prevent rearward movement of the syringe along said axial path when said syringe is in an extended position where at least part of said needle is out of the housing, and in said second position rearward movement of the syringe along said axial path relative to said housing is possible and said biasing means causes said needle to retract inside said housing; and wherein the sleeve is moveable between said first and second rotational positions by moving said outer housing with respect to the sleeve in a substantially axial direction. the syringe support means being capable of moving relative to an outer housing to cause said syringe to move along an axial path with respect to said housing; and the biasing means being capable of biasing said syringe support means so that said needle is normally inside said housing; wherein said housing includes the outer housing and the sleeve is intermediate the syringe support means and said outer housing and is capable of rotating about a longitudinal axis of said autoinjector between a first rotational position and a second rotational position; said sleeve including engagement means that are selectively moveable by a user from a first position to a second position by rotation of the sleeve from the first rotational position to the second rotational position; wherein in said first position said engagement means engage with the syringe support means to substantially prevent rearward movement of the syringe along said axial path when said syringe is in an extended position where at least part of said needle is out of the housing, and in said second position rearward movement of the syringe along said axial path relative to said housing is possible and said biasing means causes said needle to retract inside said housing; and wherein the sleeve is moveable between said first and second rotational positions by moving said outer housing with respect to the sleeve in a substantially axial direction.
A controller of an injection molding machine comprising: a condition button display processing section configured to display a condition button for displaying setting conditions of the injection molding machine set in the past, on a display screen on which the setting conditions are displayed, characterized in that the condition button display processing section is configured to display a backward button for displaying the setting conditions set in the past in a backward direction in a time-series, on the display screen. a condition button display processing section configured to display a condition button for displaying setting conditions of the injection molding machine set in the past, on a display screen on which the setting conditions are displayed, characterized in that the condition button display processing section is configured to display a backward button for displaying the setting conditions set in the past in a backward direction in a time-series, on the display screen.