mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising means for: receiving from a network node one or more downlink slots, wherein the one or more downlink slots comprise at least one of an uplink grant or a downlink assignment, wherein the one or more downlink slots provide an indication of a time to perform at least one of a frequency tuning, bandwidth part switching, or bandwidth switching at the apparatus, and wherein the one or more downlink slots comprise at least one reference signal, wherein the at least one reference signal is used at the apparatus to trigger performing the at least one of frequency tuning, bandwidth part switching, or bandwidth switching based on at least one of a bandwidth or a position in frequency of the at least one reference signal; performing , based on the one or more downlink slots, the at least one of frequency tuning, bandwidth part switching, or bandwidth switching, and transmitting at least one uplink channel or a signal via a radio frequency chain based on the at least one of frequency tuning, bandwidth part switching, or bandwidth switching. receiving from a network node one or more downlink slots, wherein the one or more downlink slots comprise at least one of an uplink grant or a downlink assignment, wherein the one or more downlink slots provide an indication of a time to perform at least one of a frequency tuning, bandwidth part switching, or bandwidth switching at the apparatus, and wherein the one or more downlink slots comprise at least one reference signal, wherein the at least one reference signal is used at the apparatus to trigger performing the at least one of frequency tuning, bandwidth part switching, or bandwidth switching based on at least one of a bandwidth or a position in frequency of the at least one reference signal; performing , based on the one or more downlink slots, the at least one of frequency tuning, bandwidth part switching, or bandwidth switching, and transmitting at least one uplink channel or a signal via a radio frequency chain based on the at least one of frequency tuning, bandwidth part switching, or bandwidth switching.
A computer-implemented method, comprising: determining, by a computer processor, a volume of activation (VOA) of tissue estimated to be activated by electrical stimulation, of tissue surrounding an implanted electrode leadwire, provided by electrical output of the electrode leadwire that is produced by application of a set of stimulation parameters to the electrode leadwire, wherein the stimulation parameters define settings of the electrode leadwire, which is configured to provide different electrical output for different values of the stimulation parameters; obtaining a first volume (T) which is not associated with application of the set of stimulation parameters to the electrode leadwire, wherein the first volume (T) is either a specified volume, a VOA which corresponds to another set of stimulation parameters, a side-effect volume, or a target stimulation volume; and generating and outputting, by the processor, a first score for the VOA based on (a) an amount by which the VOA overlaps the first volume and based on (b) a size of an area formed by a combination of the VOA and the first volume (T). determining, by a computer processor, a volume of activation (VOA) of tissue estimated to be activated by electrical stimulation, of tissue surrounding an implanted electrode leadwire, provided by electrical output of the electrode leadwire that is produced by application of a set of stimulation parameters to the electrode leadwire, wherein the stimulation parameters define settings of the electrode leadwire, which is configured to provide different electrical output for different values of the stimulation parameters; obtaining a first volume (T) which is not associated with application of the set of stimulation parameters to the electrode leadwire, wherein the first volume (T) is either a specified volume, a VOA which corresponds to another set of stimulation parameters, a side-effect volume, or a target stimulation volume; and generating and outputting, by the processor, a first score for the VOA based on (a) an amount by which the VOA overlaps the first volume and based on (b) a size of an area formed by a combination of the VOA and the first volume (T).
A hydrophone comprising: - a mandrel comprising: - a shell ; - a cylindrical cavity inwardly adjacent to the shell; and - a passage that provides fluid communication between the cylindrical cavity and an exterior environment surrounding the mandrel; and - an optical fiber comprising an optical sensing section that is at least partially wound on the mandrel, the optical sensing section having an optical characteristic that varies as a function of a radial dimension of the mandrel, - wherein the mandrel comprises a core of solid material, the cylindrical cavity being comprised between the core and the shell; characterised in that: the solid material has a bulk modulus lower than 0.1 GPa. - a mandrel comprising: - a shell ; - a cylindrical cavity inwardly adjacent to the shell; and - a passage that provides fluid communication between the cylindrical cavity and an exterior environment surrounding the mandrel; and - a shell ; - a cylindrical cavity inwardly adjacent to the shell; and - a passage that provides fluid communication between the cylindrical cavity and an exterior environment surrounding the mandrel; and - an optical fiber comprising an optical sensing section that is at least partially wound on the mandrel, the optical sensing section having an optical characteristic that varies as a function of a radial dimension of the mandrel, - wherein the mandrel comprises a core of solid material, the cylindrical cavity being comprised between the core and the shell;
An apparatus for inspecting and coating interior surface walls of a pipe system comprising: a control computer ; a plurality of housings ; an umbilical tether connected to said control computer , for towing said housings through said pipe system ; and for transmitting data between the control computer and said apparatus, and connecting said housings to one another; first scanning equipment for evaluating a condition of interior surface walls of said pipe system contained in a first of said housings ; second scanning equipment for evaluating the structural condition of the wall of said pipe system contained in a second of said housings ; and a coating device contained in a third of said housings to apply a coating material to said interior surface of said pipe system , wherein the control computer is configured to receive and record data about the conditions of said pipe system from said first and second scanning equipment, and control a rate of application by said coating device based on the conditions of said pipe system , wherein said coating material is supplied to the coating device from the umbilical tether . a control computer ; a plurality of housings ; an umbilical tether connected to said control computer , for towing said housings through said pipe system ; and for transmitting data between the control computer and said apparatus, and connecting said housings to one another; first scanning equipment for evaluating a condition of interior surface walls of said pipe system contained in a first of said housings ; second scanning equipment for evaluating the structural condition of the wall of said pipe system contained in a second of said housings ; and a coating device contained in a third of said housings to apply a coating material to said interior surface of said pipe system , wherein the control computer is configured to receive and record data about the conditions of said pipe system from said first and second scanning equipment, and control a rate of application by said coating device based on the conditions of said pipe system , wherein said coating material is supplied to the coating device from the umbilical tether .
Rail vehicle (S) with variable axle geometry with at least two axles (A1, A2), wherein the horizontal angular position (α) of each axle is able to be changed in relation to the vehicle frame, characterised in that the angular position (α) of each axle is continuously adjusted by actuators during the operation of the rail vehicle so that a predetermined lateral displacement (dy) and a predetermined axle angle (dα) are achieved, wherein a space between centre points of the axles (A1) and (A2) corresponds to an axle distance (L), an angle of a first axle (α1) is determined from a relationship α 1 = d α 2 − dy L and an angle of a second axle (α2) is determined from a relationship α 2 = d α 2 + dy L
A combustor of a gas turbine engine comprising: a support shell ; and a heat shield mounted to the support shell , the heat shield comprising: a hot side ; and a cold side opposite said hot side , wherein said cold side defines a grommet that surrounds an igniter aperture , and said grommet includes a multiple of fins and a rail ; characterised in that : said grommet contacts the support shell to provide a seal therewith; said rail extends only partially around a circumference of said igniter aperture and said multiple of fins extend only for the remainder of said circumference of said igniter aperture ; and said multiple of fins are pegs. a support shell ; and a heat shield mounted to the support shell , the heat shield comprising: a hot side ; and a cold side opposite said hot side , wherein said cold side defines a grommet that surrounds an igniter aperture , and said grommet includes a multiple of fins and a rail ; a hot side ; and a cold side opposite said hot side , wherein said cold side defines a grommet that surrounds an igniter aperture , and said grommet includes a multiple of fins and a rail ; said grommet contacts the support shell to provide a seal therewith; said rail extends only partially around a circumference of said igniter aperture and said multiple of fins extend only for the remainder of said circumference of said igniter aperture ; and said multiple of fins are pegs.
A system comprising a rotation angle sensor; a rotation shaft ; a motor ; a magnet fixed to an end on an opposite side to an output end of the rotation shaft of the motor ; a circuit board on which a plurality of magnetic resistance sensor elements are mounted; and a support member fixed to the motor , wherein the circuit board is arranged between the support member fixed to the motor and the motor and is fixed to the support member in such a way that the plurality of magnetic resistance sensor elements come close to the magnet , characterized in that the circuit board and the support member are plastically deformed by heat treatment. a rotation angle sensor; a rotation shaft ; a motor ; a magnet fixed to an end on an opposite side to an output end of the rotation shaft of the motor ; a circuit board on which a plurality of magnetic resistance sensor elements are mounted; and a support member fixed to the motor , wherein the circuit board is arranged between the support member fixed to the motor and the motor and is fixed to the support member in such a way that the plurality of magnetic resistance sensor elements come close to the magnet , characterized in that the circuit board and the support member are plastically deformed by heat treatment.
A battery pack safety system for a battery powered vehicle , comprising: a safety module in communication with a vehicle battery pack holding an electrical charge; at least one battery pack sensor in communication with the safety module ; and a warning module in communication with the safety module , the warning module , when initiated by a signal from the safety module in response to an output signal from the at least one battery pack sensor, energizing a signaling device providing external vehicle indication of a status of the battery pack ; and wherein the battery pack includes the frame mounted to the vehicle , the at least one battery pack sensor supported by the frame , wherein the frame includes a low point for gravity collection of a fluid, and wherein the low point is formed in a bottom wall of the frame of the battery pack, and the frame includes an inside wall , and wherein the at least one battery pack sensor defines a smoke sensor attached to the inside wall . a safety module in communication with a vehicle battery pack holding an electrical charge; at least one battery pack sensor in communication with the safety module ; and a warning module in communication with the safety module , the warning module , when initiated by a signal from the safety module in response to an output signal from the at least one battery pack sensor, energizing a signaling device providing external vehicle indication of a status of the battery pack ; and wherein the battery pack includes the frame mounted to the vehicle , the at least one battery pack sensor supported by the frame , wherein the frame includes a low point for gravity collection of a fluid, and wherein the low point is formed in a bottom wall of the frame of the battery pack, and the frame includes an inside wall , and wherein the at least one battery pack sensor defines a smoke sensor attached to the inside wall .
A method for determining a position of a wireless device within a single radio cell served by a plurality of remote radio heads (1, 1a-c), the method being performed in a position determination node and comprising the steps of: receiving a measured power signature comprising at least two, in time separated, power measurement values of a downlink signal, the measured power signature originating from the wireless device; comparing the measured power signature with a set of reference power signatures, wherein each one of the plurality of remote radio heads is associated with a reference power signature and the reference power signatures differ for at least two of the plurality of remote radio heads (1, 1a-c); and determining a position in that the wireless device is in the vicinity of one of the at least one remote radio head whose reference power signature best matches the measured power signature. receiving a measured power signature comprising at least two, in time separated, power measurement values of a downlink signal, the measured power signature originating from the wireless device; comparing the measured power signature with a set of reference power signatures, wherein each one of the plurality of remote radio heads is associated with a reference power signature and the reference power signatures differ for at least two of the plurality of remote radio heads (1, 1a-c); and determining a position in that the wireless device is in the vicinity of one of the at least one remote radio head whose reference power signature best matches the measured power signature.
Measuring device for determining a measured variable of a measuring gas by means of a photoacoustic method, wherein the measuring device has a flow channel for the measuring gas having at least one feed line , a photoacoustic measuring cell and a discharge line , characterized in that the measuring device has at least one acoustic filter member which is tuned to the useful frequency of the measuring cell , wherein the filter member comprises at least one cavity resonator arranged on the flow channel at the feed line and/or at the discharge line and that at least one of the acoustic filter members is designed for a negative sound pressure amplification in a first frequency range which comprises the fundamental frequency of the useful frequency .
An electrochemical catalyst comprising: a titanium oxide having an anatase-type crystal structure, and having vertices and ridge lines, wherein in a single titanium oxide particle, a vertex density per unit surface area is 8.0 × 10 -4 nm -2 or more, or a vertex density per unit volume is 7.0 × 10 -4 nm -3 or more, and a ridge line density per unit surface area is 5.0 × 10 -2 nm -1 or more, or a ridge line density per unit volume is 8.0 × 10 -3 nm -2 or more, the vertex being three or more faces of the crystal plane intersect with each other, and the ridge line being a line segment formed by the intersection of the two crystal planes. a titanium oxide having an anatase-type crystal structure, and having vertices and ridge lines, wherein in a single titanium oxide particle, a vertex density per unit surface area is 8.0 × 10 -4 nm -2 or more, or a vertex density per unit volume is 7.0 × 10 -4 nm -3 or more, and a ridge line density per unit surface area is 5.0 × 10 -2 nm -1 or more, or a ridge line density per unit volume is 8.0 × 10 -3 nm -2 or more, the vertex being three or more faces of the crystal plane intersect with each other, and the ridge line being a line segment formed by the intersection of the two crystal planes.
A device wearable at the neck of a user for the treatment of hydrocephalus, which device comprises: ▪ a main body provided with motor means for actuating movable pushing means positioned, in use, at the jugular veins, ▪ a control unit configured to control said motor means and to receive input data associated with the user's heart rate and to generate a corresponding output signal , wherein said output signal determines a pulsating movement of said pushing means according to the heart rate and wherein said pushing means is configured to compress and decompress the neck at the jugular veins, wherein said output signal comprises a pulse associable with a single heartbeat, wherein said pulse is generated in a trigger instant (T 0 ) with a predetermined phase shift (T R ) with respect to an initial instant of the corresponding heartbeat. ▪ a main body provided with motor means for actuating movable pushing means positioned, in use, at the jugular veins, ▪ a control unit configured to control said motor means and to receive input data associated with the user's heart rate and to generate a corresponding output signal , wherein said output signal determines a pulsating movement of said pushing means according to the heart rate and wherein said pushing means is configured to compress and decompress the neck at the jugular veins, wherein said output signal comprises a pulse associable with a single heartbeat, wherein said pulse is generated in a trigger instant (T 0 ) with a predetermined phase shift (T R ) with respect to an initial instant of the corresponding heartbeat.
A medical device at least partially formed of a metal alloy, said metal alloy consisting of rhenium, molybdenum, carbon, oxygen, nitrogen, and less than 5 wt% other metal and/or impurities, a content of said rhenium plus molybdenum constituting at least 95 weight percent of said metal alloy, said rhenium constituting at least 40 weight percent of said metal alloy, said molybdenum constituting at least 40 weight percent of said metal alloy, said metal alloy having a nitrogen content of less than 30 ppm, said metal alloy having a carbon content of up to 200 ppm, said metal alloy having an oxygen content of up to 100 ppm, said metal alloy having a carbon to oxygen atomic ratio of at least about 2:1, said metal alloy having a carbon to oxygen atomic ratio of no more than 50:1, said other metal including one or more metals selected from the group consisting of calcium, chromium, cobalt, copper, gold, iron, lead, magnesium, nickel, niobium, platinum, rare earth metals, silver, tantalum, titanium, tungsten, yttrium, zinc, and zirconium.
A method for determining viscosity of a photo-curing resin used in a vat photopolymerization printer , said method comprising: prior to commencing a build process using the vat photopolymerization printer , filling a tank of the vat photopolymerization printer with resin and lowering a build plate of the vat photopolymerization printer into the resin ; and engaging a motor to raise the build plate within the resin , characterized in that a measure of a torque required to raise the build plate by a torque meter is recorded; and using the measure of the torque, a table that tabulates measures of torque with known viscosities of resins is indexed to determine a viscosity of the resin in the tank of the vat photopolymerization printer . prior to commencing a build process using the vat photopolymerization printer , filling a tank of the vat photopolymerization printer with resin and lowering a build plate of the vat photopolymerization printer into the resin ; and engaging a motor to raise the build plate within the resin , characterized in that a measure of a torque required to raise the build plate by a torque meter is recorded; and using the measure of the torque, a table that tabulates measures of torque with known viscosities of resins is indexed to determine a viscosity of the resin in the tank of the vat photopolymerization printer .
A door for lockers or cabinets with limited access, in particular post office boxes, comprising structural parts including a front panel and side walls ; wherein at least the side walls include holes for hinged connection of the door with a body of the locker, wherein a selected structural part of the door, has at least a light beam transmitting surface fragment , wherein the door includes a rear panel , wherein the front panel and the rear panel have through holes in which, characterized in that in the through holes between the front panel and the rear panel , there is at least one body with light beam transmitting faces .
A portable socket holder for sockets or bits connectable to a power tool, the portable socket holder comprising: socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment ; a processor and a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment ; the portable socket holder is characterized in that it further comprises: screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment. socket compartments for different types of sockets or bits; visual indication means arranged to visually indicate a socket compartment ; a processor and a memory containing instructions executable by the processor, whereby the portable socket holder is operative to visually indicate by means of the visual indication means a socket compartment ; the portable socket holder is characterized in that it further comprises: screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment. screw or bolt compartments for different types of screws or bolts, and visual indication means arranged to visually indicate a screw or bolt compartment, the portable socket holder being further arranged to visually indicate based on which socket compartment that is visually indicated from which screw or bolt compartment a screw or bolt should be removed, characterized in that the portable socket holder is further operative to sense if a screw or bolt has been removed from a screw or bolt compartment.