mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing a stylet for use in a dynamically flexible bilumenal medical device, comprising: (a) creating two substantially parallel and planar surfaces along a length of a cylindrical stylet stock, and (b) applying torsional forces to the stylet to create a bend at a point along the length of the stylet such that a first planar surface adjacent a first side of the bend is oriented at an angle relative to a second planar surface adjacent an opposed second side of the bend
A computer-implemented method for selecting an operation mode of a mobile platform, comprising: upon lifting off, initiating the mobile platform to operate a under a first height mode, wherein the first height mode is a monocular mode, determining a height of the mobile platform representing a vertical distance between the mobile platform and the ground level and/or a disparity between first and second images of an object from the perspective of the mobile platform; and selecting an operation mode of the mobile platform according to a result of said determining, wherein said selecting the operation mode comprises switching the operation mode based on at least one of the determined height and the determined disparity, wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to a second height mode in a second height range when the height is greater than a first height threshold, or wherein said selecting the operation mode comprises switching the mobile platform t from the first height mode to a second height mode when the disparity is less than a first disparity threshold, or wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to second height mode when the height is greater than a first height threshold and the disparity is less than the first disparity threshold, and wherein said switching the mobile platform to a second height mode comprises selecting a stereo vision mode with a first resolution. upon lifting off, initiating the mobile platform to operate a under a first height mode, wherein the first height mode is a monocular mode, determining a height of the mobile platform representing a vertical distance between the mobile platform and the ground level and/or a disparity between first and second images of an object from the perspective of the mobile platform; and selecting an operation mode of the mobile platform according to a result of said determining, wherein said selecting the operation mode comprises switching the operation mode based on at least one of the determined height and the determined disparity, wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to a second height mode in a second height range when the height is greater than a first height threshold, or wherein said selecting the operation mode comprises switching the mobile platform t from the first height mode to a second height mode when the disparity is less than a first disparity threshold, or wherein said selecting the operation mode comprises switching the mobile platform from the first height mode to second height mode when the height is greater than a first height threshold and the disparity is less than the first disparity threshold, and wherein said switching the mobile platform to a second height mode comprises selecting a stereo vision mode with a first resolution.
A single-photon avalanche diode (SPAD) detector, comprising: a semiconductor substrate having a bulk region; at least one SPAD at the bulk region of the semiconductor substrate, the SPAD having a junction multiplication region; and an operating circuitry configured to apply a transport voltage (dV) for generating an in planar electric transport field for transferring photo-generated carriers from the bulk region of the semiconductor substrate to the multiplication junction region of the SPAD, wherein the in planar electric transport field is oriented parallel to a front side of the semiconductor substrate, wherein the junction multiplication region is adjacent to a tap region (502; 506), the tap region (502; 506) forming a cathode or anode of the SPAD, wherein the tap region (502; 506) is n-doped or p-doped, and/or wherein the tap region (502; 506) includes an n-well or p-well, wherein the n-well or p-well has a retrograde doping, wherein the n-well or p-well has a lowly and a highly doped area, wherein the lowly doped area is closer to the surface of the bulk region than the highly doped area, and wherein the highly doped area is buried in the bulk region. a semiconductor substrate having a bulk region; at least one SPAD at the bulk region of the semiconductor substrate, the SPAD having a junction multiplication region; and an operating circuitry configured to apply a transport voltage (dV) for generating an in planar electric transport field for transferring photo-generated carriers from the bulk region of the semiconductor substrate to the multiplication junction region of the SPAD, wherein the in planar electric transport field is oriented parallel to a front side of the semiconductor substrate, wherein the junction multiplication region is adjacent to a tap region (502; 506), the tap region (502; 506) forming a cathode or anode of the SPAD, wherein the tap region (502; 506) is n-doped or p-doped, and/or wherein the tap region (502; 506) includes an n-well or p-well, wherein the n-well or p-well has a retrograde doping, wherein the n-well or p-well has a lowly and a highly doped area, wherein the lowly doped area is closer to the surface of the bulk region than the highly doped area, and wherein the highly doped area is buried in the bulk region.
Method for the actuation of at least two clutches (16, 18) transmitting torque in parallel in the drive train of a motor vehicle and having in each case different fixed rotational speed ratios (11, 12) as gear steps (20, 22) between a drive shaft and an output shaft, wherein, during an acceleration operation, in particular a starting operation, of the motor vehicle, the two clutches (16, 18) are activated in such a way that the two clutches (16, 18) transfer torques simultaneously and a resulting torque ratio between the drive shaft and the output shaft is implemented continuously, the rotational speed (ω1) of the drive shaft being higher during the entire starting operation than the respective rotational speed (ω31 or ω32) of the respective transmission input shaft of the respective part train (12, 14) on the secondary side of the respective clutch (16, 18), or, during an acceleration operation, the rotational speed (ω1) of the drive shaft being higher than or equal to the respective rotational speed (ω31 or ω32) of the respective transmission input shaft of the respective part train (12, 14) on the secondary side of the respective clutch (16, 18), wherein the resulting torque ratio is provided as an adjustable torque ratio and the torque ratio can be set by means of control functions, wherein, during an acceleration operation, in particular a starting operation, of the motor vehicle, the clutch capacity of the respective clutch (16, 18) is used as a manipulated variable for regulating the rotational speed (ω1) at the drive shaft and/or for regulating the output torque in the control circuit provided, in order to be able to regulate, on the one hand, the engine rotational speed and, on the other hand, the output torque, without this necessarily entailing a change in the other variable in each case, to be precise in that, at least for a predetermined timespan, the starting operation takes place essentially with the output torque being maintained, to be precise the rotational speed (ω1) of the drive shaft or of the engine is regulated, without a change in the output torque taking place, characterized in that, the torque ratio is tracked such that at a synchronous rotational speed of a gear step (20 and 22) the corresponding clutch (16 and 18) no longer transfers torque and the next gear step on this part transmission can be selected at this time point, wherein subsequently, the capacity of the active clutch (16 and 18) is then transferred continuously again to the other clutch (16 and 18) and consequently the new gear step.
A coupling arrangement for fluid coupling a work tool to a machine comprising: at least one coupler assembly slideably mounted in a cavity for coupling a machine fluid circuit and a work tool fluid circuit, the coupler assembly partitioning the cavity to form a chamber; a diversion path (52, 54) connecting the machine fluid circuit to the chamber, the diversion path (52, 54) comprising a diversion passage and a diversion line; and a check valve positioned in the diversion path (52, 54) for flow of fluid from the machine fluid circuit to the chamber to generate a force on the coupler assembly for maintaining the coupling, wherein the check valve is positioned between the diversion passage and the diversion line; wherein the at least one coupler assembly comprises a hollow plunger and wherein the diversion passage, the diversion line and the check valve are positioned within the hollow plunger. at least one coupler assembly slideably mounted in a cavity for coupling a machine fluid circuit and a work tool fluid circuit, the coupler assembly partitioning the cavity to form a chamber; a diversion path (52, 54) connecting the machine fluid circuit to the chamber, the diversion path (52, 54) comprising a diversion passage and a diversion line; and a check valve positioned in the diversion path (52, 54) for flow of fluid from the machine fluid circuit to the chamber to generate a force on the coupler assembly for maintaining the coupling,
A method for supporting a user before operation of a switch (1, 2, 3) for electromotive adjustment of a part of a means of locomotion comprising the steps: - Detection of an approach of the user to a first switch (1, 2, 3) and in response thereto - display of an indication with regard to a function associated with the first switch (1, 2, 3), further comprising: Detection of a user gesture carried out - under contact with a surface of the switch (1, 2, 3) and/or - in a detection region in front of the switch (1, 2, 3) and in response thereto - output of a control command associated with the input to an electric motor for adjustment of the part. - Detection of an approach of the user to a first switch (1, 2, 3) and in response thereto - display of an indication with regard to a function associated with the first switch (1, 2, 3), further comprising: Detection of a user gesture carried out - under contact with a surface of the switch (1, 2, 3) and/or - in a detection region in front of the switch (1, 2, 3) and in response thereto - output of a control command associated with the input to an electric motor for adjustment of the part.
In an outdoor cooking apparatus comprising: an upwardly facing firebox having therewithin a heat source for generating a cooker flue gas and a food support grate above said heat source through which said cooker flue gas flows and a lid for opening and closing an upper opening of said firebox, the improvement comprising: said lid having an inner wall; said lid having a second wall outside of said inner wall; said lid having a flue gas flow channel which is formed between said inner wall and said second wall, said flue gas flow channel extending forwardly and rearwardly and from side-to-side above at least most of said upper opening of said firebox; one or more flue gas inlet openings through said inner wall for flow of said cooker flue gas from said firebox into said flue gas flow channel, and one or more flue gas discharge openings through said second wall for discharging said cooker flue gas from said flue gas flow channel. an upwardly facing firebox having therewithin a heat source for generating a cooker flue gas and a food support grate above said heat source through which said cooker flue gas flows and a lid for opening and closing an upper opening of said firebox, the improvement comprising: said lid having an inner wall; said lid having a second wall outside of said inner wall; said lid having a flue gas flow channel which is formed between said inner wall and said second wall, said flue gas flow channel extending forwardly and rearwardly and from side-to-side above at least most of said upper opening of said firebox; one or more flue gas inlet openings through said inner wall for flow of said cooker flue gas from said firebox into said flue gas flow channel, and one or more flue gas discharge openings through said second wall for discharging said cooker flue gas from said flue gas flow channel. said lid having an inner wall; said lid having a second wall outside of said inner wall; said lid having a flue gas flow channel which is formed between said inner wall and said second wall, said flue gas flow channel extending forwardly and rearwardly and from side-to-side above at least most of said upper opening of said firebox; one or more flue gas inlet openings through said inner wall for flow of said cooker flue gas from said firebox into said flue gas flow channel, and one or more flue gas discharge openings through said second wall for discharging said cooker flue gas from said flue gas flow channel.
Overvoltage protection comprising a spark gap and a laser for igniting the spark gap, characterized in that - the laser is connected to an input of an optical stretching element, which serves for the temporal stretching of the laser pulses generated by the laser, - an output of the stretching element is connected to one end of an optical transmission fiber, in particular to one end of an optical waveguide, - a second end of the transmission fiber is connected to an input of an optical compressor element, which serves for the temporal compressing of the laser pulses, and - an output of the compressor element is connected to the spark gap. - the laser is connected to an input of an optical stretching element, which serves for the temporal stretching of the laser pulses generated by the laser, - an output of the stretching element is connected to one end of an optical transmission fiber, in particular to one end of an optical waveguide, - a second end of the transmission fiber is connected to an input of an optical compressor element, which serves for the temporal compressing of the laser pulses, and - an output of the compressor element is connected to the spark gap.
A UHF radiofrequency identification (RFID) system comprising a UHF RFID reader and at least one UHF RFID antenna for enabling communication of said UHF RFID reader with UHF RFID tags affixed on articles within a cabinet having electrically conductive walls (201a, 201b, 201c, 201d, 201e) and at least one door (202, 204), said at least one UHF RFID antenna is positioned within said cabinet and characterized in that said UHF RFID system further comprises at least one brewer positioned within said cabinet and comprising a conductive surface set in movement by a motor.
A terminal, comprising: a housing, a side of the housing having a button hole; a physical button provided at the button hole; a fingerprint recognition region provided on the side of the housing, the fingerprint recognition region surrounding the button hole; a fingerprint sensor provided in the housing, characterised in that: a region where a front projection of the fingerprint sensor on an outer wall of the housing is located is the fingerprint recognition region; the fingerprint sensor is a film sensor attached to an inner wall of the housing; the inner wall of the housing is provided with an accommodating groove, and the film sensor is provided in the accommodating groove; and the terminal further comprises a substrate configured to support a side of the film sensor facing away from the housing. a housing, a side of the housing having a button hole; a physical button provided at the button hole; a fingerprint recognition region provided on the side of the housing, the fingerprint recognition region surrounding the button hole; a fingerprint sensor provided in the housing, characterised in that: a region where a front projection of the fingerprint sensor on an outer wall of the housing is located is the fingerprint recognition region; the fingerprint sensor is a film sensor attached to an inner wall of the housing; the inner wall of the housing is provided with an accommodating groove, and the film sensor is provided in the accommodating groove; and the terminal further comprises a substrate configured to support a side of the film sensor facing away from the housing. a region where a front projection of the fingerprint sensor on an outer wall of the housing is located is the fingerprint recognition region; the fingerprint sensor is a film sensor attached to an inner wall of the housing; the inner wall of the housing is provided with an accommodating groove, and the film sensor is provided in the accommodating groove; and the terminal further comprises a substrate configured to support a side of the film sensor facing away from the housing.
A nozzle for a turbomachine turbine extending about an axis, the nozzle including a plurality of sectors each comprising at least one vane which extends radially between an internal platform and an external platform, the nozzle including at least two sealing strips each including a main portion configured to ensure the sealing between the nozzle and an element of the turbomachine which is adjacent to the nozzle, and a first portion folded relative to the main portion, characterized in that the first folded portion being in contact with an outer face of at least one platform (16, 18), each strip being held to the at least one platform (16, 18) by a clamping means configured to clamp the first folded portion between the outer face of the platform (16, 18) and the clamping means.
A method for the manufacture of a carbon fibre-reinforced ceramic brake or clutch disc which comprises preparing a carbon fibre preform having dimensions which substantially correspond to those of the desired disc, densifying said preform with carbon using only a single chemical vapour infiltration step, wherein the densified preform has a density of 0.9-1.6 g/cm 3, optionally graphitising said densified preform, siliconising said densified preform by reaction with molten silicon, and subjecting said siliconised densified preform to a carbon impregnation step.
A preparation method for preparing an anion-exchangeable, layered double hydroxide, wherein a carbonate ion type layered double hydroxide having a composition represented by a general formula: Q x R z (CO 3 2-) 0.5-y/2 (X -) y ·nH 2 O where x is indicative of a numeral range of 1.8≦x≦4.2; z is indicative of 2(x+1); y is indicative of a minimum value of at least 0 that increases to less than 1 when anions (X -) remain or a part of anions is introduced; Q is a divalent metal ion; R is a trivalent metal ion; and n is 2±2 is used as a starting material, and y in said general formula increases to a maximum of 1 by substitution of a minus monovalent anion (X -1) at a carbonate ion site, characterized in that: said starting material is dispersed in an aqueous solution mixed with a salt containing minus monovalent anions (X -) in an amount enough for substitution at the carbonate ion site thereby implementing substitution while said aqueous solution is kept at a pH (hydrogen ion exponent) of greater than 4 to less than 7. Q x R z (CO 3 2-) 0.5-y/2 (X -) y ·nH 2 O where x is indicative of a numeral range of 1.8≦x≦4.2; z is indicative of 2(x+1); y is indicative of a minimum value of at least 0 that increases to less than 1 when anions (X -) remain or a part of anions is introduced; Q is a divalent metal ion; R is a trivalent metal ion; and n is 2±2 is used as a starting material, and y in said general formula increases to a maximum of 1 by substitution of a minus monovalent anion (X -1) at a carbonate ion site, characterized in that: said starting material is dispersed in an aqueous solution mixed with a salt containing minus monovalent anions (X -) in an amount enough for substitution at the carbonate ion site thereby implementing substitution while said aqueous solution is kept at a pH (hydrogen ion exponent) of greater than 4 to less than 7. said starting material is dispersed in an aqueous solution mixed with a salt containing minus monovalent anions (X -) in an amount enough for substitution at the carbonate ion site thereby implementing substitution while said aqueous solution is kept at a pH (hydrogen ion exponent) of greater than 4 to less than 7.
A method, comprising: reading, by a user equipment, a frequency band list broadcast by at least one neighbor cell, wherein the frequency band list comprises frequency bands supported by the at least one neighbor cell; adding an information element comprising the frequency band list to a measurement report; wherein the information element in the measurement report allows 0 to maxMultiBands instances of band number; wherein, when the information element comprises 0 instances of band number, the information element indicates that the at least one neighbor cell does not support additional frequency bands; and reporting, by the user equipment, the measurement report comprising the frequency band list to a cell serving the user equipment, wherein the frequency band list comprises the frequency band numbers supported by the at least one neighbor cell. reading, by a user equipment, a frequency band list broadcast by at least one neighbor cell, wherein the frequency band list comprises frequency bands supported by the at least one neighbor cell; adding an information element comprising the frequency band list to a measurement report; wherein the information element in the measurement report allows 0 to maxMultiBands instances of band number; wherein, when the information element comprises 0 instances of band number, the information element indicates that the at least one neighbor cell does not support additional frequency bands; and reporting, by the user equipment, the measurement report comprising the frequency band list to a cell serving the user equipment, wherein the frequency band list comprises the frequency band numbers supported by the at least one neighbor cell.
A base station constructing a wireless network conforming to IEEE802.11 series of standards, comprising: sending means for sending a signal, the signal including information on an AIFSN value, wherein a first station having received the signal sent by the sending means is controlled so that, in a case where the AIFSN value indicated by the information in the signal is zero, Enhanced Distributed Channel Access, EDCA, transmission of data of an access category that are to be addressed to the base station is disabled whereas EDCA transmission of data of the same access category that are to be addressed to a second station different from the base station remains enabled, wherein the access category is the same as an access category for data that the first station has successfully transmitted via a resource unit conforming to the IEEE802.11 series of standards. sending means for sending a signal, the signal including information on an AIFSN value, wherein a first station having received the signal sent by the sending means is controlled so that, in a case where the AIFSN value indicated by the information in the signal is zero, Enhanced Distributed Channel Access, EDCA, transmission of data of an access category that are to be addressed to the base station is disabled whereas EDCA transmission of data of the same access category that are to be addressed to a second station different from the base station remains enabled, wherein the access category is the same as an access category for data that the first station has successfully transmitted via a resource unit conforming to the IEEE802.11 series of standards.