mhurhangee/patent-ind-claim-en huggingface dataset:
A method to map active radiofrequency channels to respective pump assemblies for cooled radiofrequency ablation, the method comprising steps of: providing a pump system having a plurality of pump assemblies (250a-d), a radiofrequency generator unit , and a plurality of cooled radiofrequency probes (100a-d, 152, 154), wherein each cooled radiofrequency probe comprises a cable-tubing assembly having a radiofrequency cable and fluid tubing ; connecting the cable of each cable-tubing assembly to an RF channel (230a-d) of the radiofrequency generator ; connecting the fluid tubing of each cable-tubing assembly to a cooling fluid source; activating each pump assembly of the plurality of pump assemblies individually in sequence; mapping each cooled radiofrequency probe to a respective pump assembly connected thereto by measuring a temperature drop delay time for each cooled radio frequency probe, wherein the temperature drop delay time is the amount of time for cooling fluid to reach a tip of a respective one of the plurality of cooled radiofrequency ablation probes and initiate a temperature decrease at the tip of the respective one of the plurality of cooled radiofrequency ablation probes after activation of a first pump assembly of the plurality of pump assemblies; and confirming the mapping of each cooled radiofrequency probe to the respective pump assembly by comparing the measured temperature drop delay time to an expected temperature drop delay time for each cooled radiofrequency probe, wherein expected temperature drop delay time is calculated using a recorded activation time of each cooled radiofrequency probe. providing a pump system having a plurality of pump assemblies (250a-d), a radiofrequency generator unit , and a plurality of cooled radiofrequency probes (100a-d, 152, 154), wherein each cooled radiofrequency probe comprises a cable-tubing assembly having a radiofrequency cable and fluid tubing ; connecting the cable of each cable-tubing assembly to an RF channel (230a-d) of the radiofrequency generator ; connecting the fluid tubing of each cable-tubing assembly to a cooling fluid source; activating each pump assembly of the plurality of pump assemblies individually in sequence; mapping each cooled radiofrequency probe to a respective pump assembly connected thereto by measuring a temperature drop delay time for each cooled radio frequency probe, wherein the temperature drop delay time is the amount of time for cooling fluid to reach a tip of a respective one of the plurality of cooled radiofrequency ablation probes and initiate a temperature decrease at the tip of the respective one of the plurality of cooled radiofrequency ablation probes after activation of a first pump assembly of the plurality of pump assemblies; and confirming the mapping of each cooled radiofrequency probe to the respective pump assembly by comparing the measured temperature drop delay time to an expected temperature drop delay time for each cooled radiofrequency probe, wherein expected temperature drop delay time is calculated using a recorded activation time of each cooled radiofrequency probe.
Rolling body for use in a roller bearing , having an outer shell , a first end side , a second end side , and a bore , wherein the bore is provided along a central axis of the rolling body , the rolling body has a circuit board which in the bore is disposed so as to be substantially parallel to the central axis of the rolling body , the bore on the first end side is closed with a closure and the circuit board is fixed by the closure , characterized in that the rolling body has a measuring contact disposed in the bore , wherein the measuring contact is disposed on the bore wall and by way of a magnet is magnetically fixed to the bore wall . the bore is provided along a central axis of the rolling body , the rolling body has a circuit board which in the bore is disposed so as to be substantially parallel to the central axis of the rolling body , the bore on the first end side is closed with a closure and the circuit board is fixed by the closure , characterized in that the rolling body has a measuring contact disposed in the bore , wherein the measuring contact is disposed on the bore wall and by way of a magnet is magnetically fixed to the bore wall .
A multi-string corrosion monitoring method characterised in that it comprises: inverting based on a first set of electromagnetic, EM, log data to determine attributes (h 1 , μ 1 , σ 1 ) of a first casing string while attributes (h 2 , μ 2 , σ 2 ) of a second casing string are assigned a fixed value; and inverting based on a second set of EM log data to determine attributes of a second casing string while attributes of the first casing string are assigned a fixed value based on the first determined attributes of the first casing string. inverting based on a first set of electromagnetic, EM, log data to determine attributes (h 1 , μ 1 , σ 1 ) of a first casing string while attributes (h 2 , μ 2 , σ 2 ) of a second casing string are assigned a fixed value; and inverting based on a second set of EM log data to determine attributes of a second casing string while attributes of the first casing string are assigned a fixed value based on the first determined attributes of the first casing string.
A detection values determination system comprising: - an array of detection pixels, wherein each detection pixel comprises a sub detection pulse providing unit for providing a detection pulse, the detection pulses being provided to a detection values determination unit, wherein the detection pixels are clustered by using an anti-charge-sharing grid which is mounted on the array of detection pixels for suppressing charge sharing between different clusters of detection pixels of the array, wherein the detection pulses are indicative of the energy of photons incident on the detection pixels , - the detection values determination unit for determining charge-sharing-corrected detection values based on the provided detection pulses, wherein each charge-sharing-corrected detection value corresponds to a respective detection pixel and has been corrected for charge-sharing between neighboring detection pixels , wherein the detection values determination unit is adapted to, for determining a charge-sharing-corrected detection value for a detection pixel of a cluster, only consider detection pixels of the same cluster. - an array of detection pixels, wherein each detection pixel comprises a sub detection pulse providing unit for providing a detection pulse, the detection pulses being provided to a detection values determination unit, wherein the detection pixels are clustered by using an anti-charge-sharing grid which is mounted on the array of detection pixels for suppressing charge sharing between different clusters of detection pixels of the array, wherein the detection pulses are indicative of the energy of photons incident on the detection pixels , - the detection values determination unit for determining charge-sharing-corrected detection values based on the provided detection pulses, wherein each charge-sharing-corrected detection value corresponds to a respective detection pixel and has been corrected for charge-sharing between neighboring detection pixels , wherein the detection values determination unit is adapted to, for determining a charge-sharing-corrected detection value for a detection pixel of a cluster, only consider detection pixels of the same cluster.
A sealing ring for providing a fluid seal between a first flange and a second flange , the sealing ring forms a tubular element and comprises - a tapering wall member defining an interior funnel-shaped through-going opening extending axially and tapering from a proximal end to a distal end , the tapering wall member being made from a resilient material proving an axial deflection of the tapering wall member when exposed to an axial force; - a first abutment surface provided at the proximal end for providing a fluid seal when abutting a surface of one of the flanges ; - a second abutment surface provided at the distal end for providing a fluid seal when abutting a surface of another one of the flanges ; - a radially outwardly extending ring-shaped protrusion at the proximal end , said outwardly extending ring-shaped protrusion has a first surface facing in opposite direction than towards the distal end and defining at least a part of the first abutment surface ; - a reinforcement member made from a stiffer material than the material of the tapering wall member and being shaped as a closed ring-shaped element with an axial extension being smaller than the axial distance between the proximal end and the distal end , said reinforcement member being arranged in or on the tapering wall member at an axial position between proximal end and the distal end so as to limit or prevent radially outward or inward deflection of at least a part of the tapering wall member when a pressure difference is applied across the tapering wall member . - a tapering wall member defining an interior funnel-shaped through-going opening extending axially and tapering from a proximal end to a distal end , the tapering wall member being made from a resilient material proving an axial deflection of the tapering wall member when exposed to an axial force; - a first abutment surface provided at the proximal end for providing a fluid seal when abutting a surface of one of the flanges ; - a second abutment surface provided at the distal end for providing a fluid seal when abutting a surface of another one of the flanges ; - a radially outwardly extending ring-shaped protrusion at the proximal end , said outwardly extending ring-shaped protrusion has a first surface facing in opposite direction than towards the distal end and defining at least a part of the first abutment surface ; - a reinforcement member made from a stiffer material than the material of the tapering wall member and being shaped as a closed ring-shaped element with an axial extension being smaller than the axial distance between the proximal end and the distal end , said reinforcement member being arranged in or on the tapering wall member at an axial position between proximal end and the distal end so as to limit or prevent radially outward or inward deflection of at least a part of the tapering wall member when a pressure difference is applied across the tapering wall member .
A display device comprising: a display panel having a foldable area ; a support member disposed on a bottom surface of the display panel and including a plurality of openings formed in the foldable area ; and an elastic member disposed on a bottom surface of the support member and overlapping the openings in the foldable area characterized in that the display device further comprises: a first metal member disposed at a first portion on a bottom surface of the elastic member ; and a second metal member disposed at a second portion on the bottom surface of the elastic member while being spaced apart from the first metal member , wherein each of the first and second portions partially overlaps the foldable area . a display panel having a foldable area ; a support member disposed on a bottom surface of the display panel and including a plurality of openings formed in the foldable area ; and an elastic member disposed on a bottom surface of the support member and overlapping the openings in the foldable area characterized in that the display device further comprises: a first metal member disposed at a first portion on a bottom surface of the elastic member ; and a second metal member disposed at a second portion on the bottom surface of the elastic member while being spaced apart from the first metal member , wherein each of the first and second portions partially overlaps the foldable area . a first metal member disposed at a first portion on a bottom surface of the elastic member ; and a second metal member disposed at a second portion on the bottom surface of the elastic member while being spaced apart from the first metal member , wherein each of the first and second portions partially overlaps the foldable area .
An entropy source for use in random number generation, comprising: a noise source to output a first sequence of bits ; a noise conditioner to receive the first sequence of bits from the noise source and to output a second sequence of decorrelated bits , the noise conditioner comprising a plurality of noise conditioning stages communicatively coupled in series, each noise conditioning stage comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; a buffer to receive and store the second sequence of decorrelated bits from the noise conditioner , wherein the buffer is arranged to be polled to deliver a number of bits as an output random bit sequence. a noise source to output a first sequence of bits ; a noise conditioner to receive the first sequence of bits from the noise source and to output a second sequence of decorrelated bits , the noise conditioner comprising a plurality of noise conditioning stages communicatively coupled in series, each noise conditioning stage comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; the noise conditioner comprising a plurality of noise conditioning stages communicatively coupled in series, each noise conditioning stage comprising: a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of a k- bit shift register arrangement to store a set of previous input bit values; a set of von Neumann cells to perform von Neumann debiasing, each von Neumann cell having a state; and a selector to select one of the set of von Neumann cells to receive an input bit value and to conditionally generate an output bit value based on the bit values in the shift register arrangement, the state of the selected von Neumann cell being updated following selection; a buffer to receive and store the second sequence of decorrelated bits from the noise conditioner , wherein the buffer is arranged to be polled to deliver a number of bits as an output random bit sequence.
A sensor substrate for a sensor for exhaust gas, comprising: an insulating substrate formed by stacking a plurality of insulating layers in a thickness direction; a detection electrode on a principal surface of the insulating substrate; and a wiring in the insulating substrate comprising a heating electrode , wherein the wiring comprises a multilayer wiring portion which is connected to the heating electrode and comprises first wires , second wires and through conductors, wherein the first wires or second wires have end portions connected to the heating electrode and other end portions, and the through conductors penetrate at least part of the insulating substrate in the thickness direction, characterized in that the first wires and the second wires are disposed in layers in the thickness direction of the insulating substrate with insulating layers interposed therebetween, and the first wires and the second wires are connected in parallel via the through conductors, and the widths of the first wires or the second wires gradually decrease from the end portions connected to the heating electrode toward the other end portions. an insulating substrate formed by stacking a plurality of insulating layers in a thickness direction; a detection electrode on a principal surface of the insulating substrate; and a wiring in the insulating substrate comprising a heating electrode , wherein the wiring comprises a multilayer wiring portion which is connected to the heating electrode and comprises first wires , second wires and through conductors, wherein the first wires or second wires have end portions connected to the heating electrode and other end portions, and the through conductors penetrate at least part of the insulating substrate in the thickness direction, characterized in that the first wires and the second wires are disposed in layers in the thickness direction of the insulating substrate with insulating layers interposed therebetween, and the first wires and the second wires are connected in parallel via the through conductors, and the widths of the first wires or the second wires gradually decrease from the end portions connected to the heating electrode toward the other end portions.
A female connector, comprising a connector housing internally provided with a female contact module , the female contact module comprises female signal contacts which are arranged in pairs and female ground contact overhung segments which are arranged corresponding to the female signal contacts arranged in pairs, one end of each female contact module is a socket end at which the female ground contact overhung segments and the female signal contacts arranged in pairs are arranged in pairs to form an elastic clamping structure, a plugging space for plugging a male contact module is formed between the female signal contacts and the female ground contact overhung segments and a female signal contact portion is arranged on one side of each female signal contact facing the corresponding female ground contact for elastically abutting against the corresponding male signal contact of a male contact module , which is provided with paired male signal contact and male ground contact; one side of each female ground contact segment facing the corresponding female signal contact is provided with a female shielding contact portion , which is used for elastically abutting against the corresponding male ground contact of the male contact module , which is provided with paired male signal contact and male ground contact, wherein the female contact module further comprises a female end module insulator , the female signal contacts arranged in pairs are mounted in the female end module insulator , the female ground contact comprises a cylindrical shielding shell circumferentially wrapping the female end module insulator , elastic overhung segments of each female signal contact extend out of one end of the cylindrical shielding shell, and elastic overhung segments of the female ground contact are provided on the cylindrical shielding shell on a side opposite to the elastic overhung segments of female signal contact, the side surface of the elastic overhung segments of female signal contact facing the female ground contact is provided with the female signal contact portion for conductive contact with the male contact unit, the side surface of the elastic overhung segments of female ground contact facing the female signal contacts is provided with the female shielding contact portion for conductive contact with the corresponding male ground contact, and the space in the elastic clamping opening which is formed by the elastic overhung segments of female ground contact and elastic overhung segments of female signal contacts as a plugging space for plugging a male contact module.
A battery, comprising: an electrode terminal, at least two winding electrode cores, and a connector, the connector comprising: a terminal connecting part configured to be connected with the electrode terminal of the battery; an electrode core connecting part configured to be connected with a winding electrode core of the battery, and having a first connecting plate and a second connecting plate opposite to each other; and a transition part connected between the terminal connecting part and the electrode core connecting part, configured to be fitted within a gap between two tabs of two adjacent winding electrode cores, and having a shape matched with that of the gap; wherein the transition part has a narrowest portion disposed between two tabs of two adjacent winding electrode cores, and a width of the transition part decreases in a direction from the electrode core connecting part to the narrowest portion and increases in a direction from the narrowest portion to the terminal connecting part. an electrode terminal, at least two winding electrode cores, and a connector, the connector comprising: a terminal connecting part configured to be connected with the electrode terminal of the battery; an electrode core connecting part configured to be connected with a winding electrode core of the battery, and having a first connecting plate and a second connecting plate opposite to each other; and a transition part connected between the terminal connecting part and the electrode core connecting part, configured to be fitted within a gap between two tabs of two adjacent winding electrode cores, and having a shape matched with that of the gap; a terminal connecting part configured to be connected with the electrode terminal of the battery; an electrode core connecting part configured to be connected with a winding electrode core of the battery, and having a first connecting plate and a second connecting plate opposite to each other; and a transition part connected between the terminal connecting part and the electrode core connecting part, configured to be fitted within a gap between two tabs of two adjacent winding electrode cores, and having a shape matched with that of the gap; wherein the transition part has a narrowest portion disposed between two tabs of two adjacent winding electrode cores, and a width of the transition part decreases in a direction from the electrode core connecting part to the narrowest portion and increases in a direction from the narrowest portion to the terminal connecting part.