mhurhangee/patent-ind-claim-en huggingface dataset:
A radiation monitor configured to measure a dose rate, comprising: a radiation detection unit including a fluorescent body; an optical fiber for transmitting photons generated from the radiation detection unit ; a photodetector for converting each of the transmitted photons into an electric pulse signal; a counter for counting the electric pulse signal; and an analysis unit configured to determine a dose rate of radiation based on a count of the electric pulse signal according to a relationship between the dose rate of radiation and a count rate of single photons, characterized in that the fluorescent body is represented by General Formula described below, wherein in the formula, A and B are selected from at least one element in the rare-earth element group having 4f-4f electronic transitions, and A and B in the General Formula are contained 1×10 -3 by mass to 30% by mass with respect to a total mass of the fluorescent body. General Formula ATaO 4 :B a radiation detection unit including a fluorescent body; an optical fiber for transmitting photons generated from the radiation detection unit ; a photodetector for converting each of the transmitted photons into an electric pulse signal; a counter for counting the electric pulse signal; and an analysis unit configured to determine a dose rate of radiation based on a count of the electric pulse signal according to a relationship between the dose rate of radiation and a count rate of single photons, characterized in that the fluorescent body is represented by General Formula described below, wherein in the formula, A and B are selected from at least one element in the rare-earth element group having 4f-4f electronic transitions, and A and B in the General Formula are contained 1×10 -3 by mass to 30% by mass with respect to a total mass of the fluorescent body. General Formula ATaO 4 :B
A method, comprising: receiving, by a terminal device, a frame from an access node before starting an association procedure towards the access node, determining on the basis of the frame received from the access node at least one association parameter comprised in the received frame and specifying at least one association limitation set by the access node, wherein the at least one association limitation comprises at least one of a minimum keep-out time specifying a duration for the terminal device for refraining from associating with the access node after disassociating from the access node and an estimated duration to association specifying a duration after which the access node accepts a new association; and determining, by the terminal device, whether or not to associate to the access node based at least partly on said at least one association limitation. receiving, by a terminal device, a frame from an access node before starting an association procedure towards the access node, determining on the basis of the frame received from the access node at least one association parameter comprised in the received frame and specifying at least one association limitation set by the access node, wherein the at least one association limitation comprises at least one of a minimum keep-out time specifying a duration for the terminal device for refraining from associating with the access node after disassociating from the access node and an estimated duration to association specifying a duration after which the access node accepts a new association; and determining, by the terminal device, whether or not to associate to the access node based at least partly on said at least one association limitation.
A pipelined analog-to-digital converter, ADC, comprising: a continuous-time, CT, residue generation front end to quantize an analog input signal and generate a first digital signal and an amplified residue signal, wherein the CT residue generation front end is driven by a first clock frequency f ck and comprises: a quantizer to generate the first digital signal, the quantizer being driven by the first clock frequency f ck , and further being a flash analog-to-digital converter, ADC; a digital-to-analog converter to receive the first digital signal and generate a first reconstructed analog signal; a delay circuit for delaying the analog input signal to generate a first delayed analog input signal, wherein a response of the delay circuit matches a response of a signal path having the quantizer and the digital-to-analog converter; a node to output a first residue signal representing a difference between the first delayed analog input signal and the first reconstructed analog signal; and a residue amplifier to amplify the first residue signal to generate the amplified residue signal; the pipelined analog-to-digital converter further comprising: a voltage-controlled-oscillator, VCO, ADC back end to quantize the amplified residue signal and generate a second digital signal, wherein the VCO ADC back end is driven by a second clock frequency K·f ck , wherein K is an integer of 2 or more; and a digital signal reconstruction filter to filter the first digital signal and the second digital signal and to generate a final digital signal. a quantizer to generate the first digital signal, the quantizer being driven by the first clock frequency f ck , and further being a flash analog-to-digital converter, ADC; a digital-to-analog converter to receive the first digital signal and generate a first reconstructed analog signal; a delay circuit for delaying the analog input signal to generate a first delayed analog input signal, wherein a response of the delay circuit matches a response of a signal path having the quantizer and the digital-to-analog converter; a node to output a first residue signal representing a difference between the first delayed analog input signal and the first reconstructed analog signal; and a residue amplifier to amplify the first residue signal to generate the amplified residue signal; the pipelined analog-to-digital converter further comprising: a voltage-controlled-oscillator, VCO, ADC back end to quantize the amplified residue signal and generate a second digital signal, wherein the VCO ADC back end is driven by a second clock frequency K·f ck , wherein K is an integer of 2 or more; and a digital signal reconstruction filter to filter the first digital signal and the second digital signal and to generate a final digital signal. a voltage-controlled-oscillator, VCO, ADC back end to quantize the amplified residue signal and generate a second digital signal, wherein the VCO ADC back end is driven by a second clock frequency K·f ck , wherein K is an integer of 2 or more; and a digital signal reconstruction filter to filter the first digital signal and the second digital signal and to generate a final digital signal.
A system for preparing a rolling assembly before usage, the rolling assembly having a rotation axis and comprising a wheel and a tire , the tire being mounted onto the wheel creating an inner cavity surrounded by a wheel internal surface and a tire internal surface , characterized in the system comprising a circulator for circulating a gas in the inner cavity , a dryer for drying the gas to be circulated in the inner cavity , an intake means for introducing the gas to be circulated in the inner cavity and an exhaust means for exhausting the gas circulated in the inner cavity and for guiding the gas exhausted to the circulator or to the dryer .
A garment steamer comprising: a base body comprising a steam generator for generating steam; a main body disposed at an upper side of the base body for moving the steam generated by the steam generator to an outside; a front press hingedly fixed to a lower part of the main body so as to be attached to and detached from a front surface of the main body; a stretching means disposed at opposite side surfaces of the main body so as to be unfolded outside the main body; and a pair of arm tensioners having lower ends hingedly fixed to a front surface of the front press and upper ends configured to be turned so as to be spaced apart from each other. a base body comprising a steam generator for generating steam; a main body disposed at an upper side of the base body for moving the steam generated by the steam generator to an outside; a front press hingedly fixed to a lower part of the main body so as to be attached to and detached from a front surface of the main body; a stretching means disposed at opposite side surfaces of the main body so as to be unfolded outside the main body; and a pair of arm tensioners having lower ends hingedly fixed to a front surface of the front press and upper ends configured to be turned so as to be spaced apart from each other.
Full body cover sheet for a vehicle, said cover sheet being constrained to the vehicle by suitable fastening means in the lower area of the vehicle itself and/or by adhesive tapes that are positioned under the edges of the cover sheet, said cover sheet comprising means for constraining the cover sheet to the vehicle substantially positioned at the opposite ends of the junction area between the windscreen and the roof, such constraining means comprise a pair of hems (FD) always positioned at the ends of said upper edges of the cover sheet, extending towards the rear of the vehicle, superimposed on the substantially horizontal upper portion of the doors, such hems having a turned edge (BR) on their lower portion to form a thickness characterized in that said constraining means comprise , over the junction area, a substantially rectangular band (F) of reinforced and/or less elastic material than that provided for the cover sheet and in that an adhesive or a hook is comprised on such turned edge (BR) .
Multi-wire frame for cutting blocks of stone material, comprising two columns each of which is provided with a slide designed to move along the respective column , each slide being provided with at least one multi-groove drum designed to engage with a plurality of cutting wires between the two slides ; said multi-wire frame being provided with two multi-groove wire-guiding rollers which are designed to guide the wires along the cutting section; wherein the multi-wire frame comprises movement means for adjusting the distance between the multi-groove wire-guiding rollers ; and characterized in that the movement means are of the motorized type and comprise a mechanism of the motor-driven type which allows the movement of at least one of said multi-groove wire-guiding rollers towards or away the respective multi-groove drum , at least one of said multi-groove wire-guiding rollers being provided with the motor-driven mechanism ; and in that the movement of the wire-guiding roller occurs along a direction inclined downwards and the mechanism comprises: - a support structure fixed to the slide ; - two bars located on the two opposite sides of the wire-guiding roller and designed to slide inside corresponding seats provided in the support structure and supporting said wire-guiding roller ; the two bars being inclined downwards so that, when the bars are extracted, the angle of tangency of the wires with the wire-guiding roller remains constant and thus the winding arc also remains constant. each slide being provided with at least one multi-groove drum designed to engage with a plurality of cutting wires between the two slides ; said multi-wire frame being provided with two multi-groove wire-guiding rollers which are designed to guide the wires along the cutting section; wherein the multi-wire frame comprises movement means for adjusting the distance between the multi-groove wire-guiding rollers ; and characterized in that the movement means are of the motorized type and comprise a mechanism of the motor-driven type which allows the movement of at least one of said multi-groove wire-guiding rollers towards or away the respective multi-groove drum , at least one of said multi-groove wire-guiding rollers being provided with the motor-driven mechanism ; and in that the movement of the wire-guiding roller occurs along a direction inclined downwards and the mechanism comprises: - a support structure fixed to the slide ; - two bars located on the two opposite sides of the wire-guiding roller and designed to slide inside corresponding seats provided in the support structure and supporting said wire-guiding roller ; - a support structure fixed to the slide ; - two bars located on the two opposite sides of the wire-guiding roller and designed to slide inside corresponding seats provided in the support structure and supporting said wire-guiding roller ; the two bars being inclined downwards so that, when the bars are extracted, the angle of tangency of the wires with the wire-guiding roller remains constant and thus the winding arc also remains constant.
A control device configured to control a controlled object disposed in a production process, the control device comprising: a feature extraction part configured to calculate one or a plurality of feature quantities from one or a plurality of state values acquired from a monitored object included in the controlled object; a processing part configured to refer to a learning model and execute one of a plurality types of algorithms for calculating a score , which is a value indicating a probability whether any abnormality is occurring in the monitored object, based on the one or plurality of feature quantities calculated by the feature extraction part; a determination part configured to generate a determination result indicating whether any abnormality is occurring in the monitored object based on the score calculated by the processing part; and characterised by comprising a switching part configured to switch the one algorithm executed by the processing part to another algorithm among the plurality types of algorithms according to a predetermined condition. a feature extraction part configured to calculate one or a plurality of feature quantities from one or a plurality of state values acquired from a monitored object included in the controlled object; a processing part configured to refer to a learning model and execute one of a plurality types of algorithms for calculating a score , which is a value indicating a probability whether any abnormality is occurring in the monitored object, based on the one or plurality of feature quantities calculated by the feature extraction part; a determination part configured to generate a determination result indicating whether any abnormality is occurring in the monitored object based on the score calculated by the processing part; and characterised by comprising a switching part configured to switch the one algorithm executed by the processing part to another algorithm among the plurality types of algorithms according to a predetermined condition.
A helmet with associated rotation of a chin guard and a face mask , comprising a helmet body , wherein the face mask and the chin guard are symmetrically hinged at a side surface of the helmet body by a connecting assembly respectively, mounting grooves of the connecting assembly are symmetrically arranged on two sides of the helmet body , characterized in that the mounting grooves are respectively provided with a face mask rotation limiter in the connecting assembly, a face mask mount , a linkage guide annular piece connected with the face mask mount , a driving rod matched with an annular groove (7.1) on the linkage guide annular piece , a chin guard mount connected with the driving rod via hinging pieces , and a chin guard rotation guide clamped on the driving rod and the chin guard mount , wherein a double-track guide groove (9.1, 9.2) for guiding the rotation of the chin guard is formed in the chin guard rotation guide , the hinging pieces provided at two ends of the driving rod respectively pass through the double-track guide groove (9.1, 9.2) and are connected with the chin guard mount ; wherein the face mask rotation limiter is mounted on the mounting groove by a connector, and the linkage guide annular piece is hinged with the chin guard rotation guide by a first rotating shaft ; and the chin guard rotation guide is connected with the mounting groove by a further connector, a face mask rotation limiting guide groove (5.1) is provided on the face mask rotation limiter , and a limiting guide piece matched with the limiting guide groove (5.1) is further provided on the linkage guide annular piece .
Monitoring system for a hydraulic system in a comminution apparatus including at least one pressurized accumulator , wherein said monitoring system comprises at least one pressure sensor and a control unit , wherein said pressure sensor is connected to said control unit , said pressure sensor being arranged to measure a pressure in said at least one accumulator and wherein the control unit is configured to determine that a pressure in said accumulator is outside of a predefined range and wherein the control unit is further configured to control a pressure regulating system arranged to restore the pressure in the pressurized accumulator , characterized in that the pressurized accumulator comprises a first chamber containing hydraulic liquid and a second chamber containing a pressurized gas and wherein the pressure sensor is arranged to measure a gas pressure in said second chamber , and wherein the second chamber of each accumulator is connected to a source of pressurized gas via a manifold block.
A method for shutting down a phase-leg of a three-level active neutral point clamped converter , the phase-leg comprising an output terminal , a plurality of input terminals , and a plurality of switches disposed therebetween, wherein the plurality of input terminals comprises a first input terminal , a second input terminal , and a neutral input terminal , wherein a first switch , a second switch , a third switch , and a fourth switch of the plurality of switches are operatively coupled in series, and wherein the first switch is operatively coupled to the first input terminal, the fourth switch is operatively coupled to the second input terminal, an interconnection point of the second switch and the third switch is operatively coupled to the neutral input terminal, a fifth switch is operatively coupled between an interconnection point of the first switch and the second switch and the output terminal, and a sixth switch is operatively coupled between an interconnection point of the third switch and the fourth switch and the output terminal; the method comprising: determining if a switch fault has occurred, and if a switch fault has occurred then turning off each of the plurality of switches (210-220), and if a switch fault has not occurred and a shutdown is requested, then operating the plurality of switches to turn off the first switch and the fourth switch and then; waiting for a first predetermined time period to elapse, wherein the first predetermined period is 2-8 μs; operating the plurality of switches to turn on the second switch and the third switch ; waiting for a second predetermined time period to elapse; operating the plurality of switches to turn off the fifth switch and the sixth switch ; waiting for a third predetermined time period to elapse; operating the plurality of switches to turn off the second switch and the third switch . determining if a switch fault has occurred, and if a switch fault has occurred then turning off each of the plurality of switches (210-220), and if a switch fault has not occurred and a shutdown is requested, then operating the plurality of switches to turn off the first switch and the fourth switch and then; waiting for a first predetermined time period to elapse, wherein the first predetermined period is 2-8 μs; operating the plurality of switches to turn on the second switch and the third switch ; waiting for a second predetermined time period to elapse; operating the plurality of switches to turn off the fifth switch and the sixth switch ; waiting for a third predetermined time period to elapse; operating the plurality of switches to turn off the second switch and the third switch .
An annealed surface-modified polymer composition comprising: (a) surface-modifying additive composition comprising an oligomeric or polymeric additive formed from two or more of: i) a polyalkylene glycol monomer; ii) a silicone or fluorocarbon monomer, or combinations thereof; or iii) an alkyl substituted methacrylate, acrylate, acrylamide, or vinyl monomer, or combinations thereof, said silicone monomer is a functionalized polysiloxane represented by the formula: A-B-C wherein A is a polymerizable group selected from vinyl, acrylate, or methacrylate or an active hydrogen group selected from an alcohol, an amine or a thiol; B is an optional linking group, and C is a polysiloxane group; and said fluorocarbon monomer is represented by the formula: D-E-F wherein D is a polymerizable group selected from acrylate, methacrylate or vinyl or an active hydrogen group selected from an amine or a thiol, E is an optional linking group; and F is fluorocarbon group which can be perfluorinated or partially fluorinated; and (b) a base polymer. (a) surface-modifying additive composition comprising an oligomeric or polymeric additive formed from two or more of: i) a polyalkylene glycol monomer; ii) a silicone or fluorocarbon monomer, or combinations thereof; or iii) an alkyl substituted methacrylate, acrylate, acrylamide, or vinyl monomer, or combinations thereof, said silicone monomer is a functionalized polysiloxane represented by the formula: A-B-C wherein A is a polymerizable group selected from vinyl, acrylate, or methacrylate or an active hydrogen group selected from an alcohol, an amine or a thiol; B is an optional linking group, and C is a polysiloxane group; and said fluorocarbon monomer is represented by the formula: D-E-F wherein D is a polymerizable group selected from acrylate, methacrylate or vinyl or an active hydrogen group selected from an amine or a thiol, E is an optional linking group; and F is fluorocarbon group which can be perfluorinated or partially fluorinated; and i) a polyalkylene glycol monomer; ii) a silicone or fluorocarbon monomer, or combinations thereof; or iii) an alkyl substituted methacrylate, acrylate, acrylamide, or vinyl monomer, or combinations thereof, (b) a base polymer.