mhurhangee/ep-ind-claims huggingface dataset:
A rotary driver comprising: a speed reducer located between a motor and a load, the reducer reducing a rotary speed of a rotary shaft at a side of the motor, the reducer transmitting the reduced rotary speed to a rotary shaft at a side of the load; a first encoder for detecting a rotation of the rotary shaft at the side of the motor; and a second encoder for detecting a rotation of the rotary shaft at the side of the load; characterized in that the rotary driver further comprises: a section for detecting difference that obtains a difference (N d, θ d) between a first detected value (N in *, θ in) that is obtained by dividing an output (N in) of the first encoder by a rate for reducing the speed by the speed reducer and a second detected value (N out, θ OUT) that is obtained from an output of the second encoder; and a section for detecting tooth-skipping that detects tooth-skipping of the speed reducer based on the difference (N d, θ d); wherein the section for detecting the tooth-skipping compares the difference (N d, θ d) with a predetermined threshold (N T, θ); and wherein the section for detecting the tooth-skipping detects tooth-skipping of the speed reducer if the difference (N d, θ d) is greater than the threshold (N T, 0) or if the difference (N d, θ d) is equal to, or greater than, the threshold (N T, θ). a speed reducer located between a motor and a load, the reducer reducing a rotary speed of a rotary shaft at a side of the motor, the reducer transmitting the reduced rotary speed to a rotary shaft at a side of the load; a first encoder for detecting a rotation of the rotary shaft at the side of the motor; and a second encoder for detecting a rotation of the rotary shaft at the side of the load; a section for detecting difference that obtains a difference (N d, θ d) between a first detected value (N in *, θ in) that is obtained by dividing an output (N in) of the first encoder by a rate for reducing the speed by the speed reducer and a second detected value (N out, θ OUT) that is obtained from an output of the second encoder; and a section for detecting tooth-skipping that detects tooth-skipping of the speed reducer based on the difference (N d, θ d); wherein the section for detecting the tooth-skipping compares the difference (N d, θ d) with a predetermined threshold (N T, θ); and wherein the section for detecting the tooth-skipping detects tooth-skipping of the speed reducer if the difference (N d, θ d) is greater than the threshold (N T, 0) or if the difference (N d, θ d) is equal to, or greater than, the threshold (N T, θ).
Control circuit arrangement for a pulse-width modulated DC-DC converter, in particular with a complementary transistor driver, the control circuit having - a phase generator for a driver adapted to provide respective gate signals (gaten, gatep) to a first and a second driver transistor (21, 22), the phase generator comprising a first input terminal for a control signal (p_off_pwm); - a clock control circuit having a clock input terminal for a clock signal (xclk) and an input terminal for a pulse width modulated signal (pwm), the clock control circuit adapted to provide the control signal (p_off_pwm) in response to signal edges of the pulse width modulated signal (pwm) and the clock signal (xclk) applied thereto; wherein the phase generator further comprises a mode selection input terminal for a mode selection signal (hd); and the phase generator comprises a selection circuit (140, 141) to select a first mode of operation or a second mode of operation based on the mode selection signal (hd), wherein the phase generator is adapted in the first mode of operation to provide each of the gate signals (gaten, gatep) in response to a logic operation with the control signal (p_off_pwm) and the respective other gate signal and in the second mode of operation to provide a first one of the gate signals (gaten, gatep) in response to the control signal (p_off_pwm) and to provide a second one of the gate signals (gaten, gatep) in response to a logic operation with the control signal (p_off_pwm) and the clock signal (xclk). - a phase generator for a driver adapted to provide respective gate signals (gaten, gatep) to a first and a second driver transistor (21, 22), the phase generator comprising a first input terminal for a control signal (p_off_pwm); - a clock control circuit having a clock input terminal for a clock signal (xclk) and an input terminal for a pulse width modulated signal (pwm), the clock control circuit adapted to provide the control signal (p_off_pwm) in response to signal edges of the pulse width modulated signal (pwm) and the clock signal (xclk) applied thereto;
A Pseudo-Random Phase Modulation (PRPM) multiple-input-multiple-output (MIMO) radar system suitable for use on an automated vehicle, said system comprising: a first transmit-antenna that transmits a first transmit-signal generated by a first PRPM-code; a second transmit-antenna that transmits a second transmit-signal generated by a second PRPM-code; a receive-antenna used to detect a first reflected-signal arising from the first transmit-signal and a second reflected-signal arising from the second transmit-signal; and a controller in communication with the receive-antenna and operable to generate the first PRPM-code and the second PRPM-code, said controller configured to generate a first sub-channel-output based on a down-converted-signal from the receive-antenna and the first PRPM-code, generate a second sub-channel-output based on the down-converted-signal from the receive-antenna and the second PRPM-code, determine a first residue-signal based on the second sub-channel-output, and determine a first residue-removed-signal by subtracting the first residue-signal from the first sub-channel-output. a first transmit-antenna that transmits a first transmit-signal generated by a first PRPM-code; a second transmit-antenna that transmits a second transmit-signal generated by a second PRPM-code; a receive-antenna used to detect a first reflected-signal arising from the first transmit-signal and a second reflected-signal arising from the second transmit-signal; and a controller in communication with the receive-antenna and operable to generate the first PRPM-code and the second PRPM-code, said controller configured to
A vehicular headlamp device comprising: a pair of lamps (LHi, RHi), a light illumination region (PLHi) of one of which is divided into a plurality of zones (VZa to VZf) in one direction, and a light illumination region (PRHi) of the other of which is divided into a plurality of zones (HZa to HZf) in a direction crossing the one direction; and a control unit configured to control an illumination light quantity of each of the zones, wherein the vehicular headlamp device is configured to obtain a required light distribution pattern (PHi) by superposing the light illumination regions (PLHi, PRHi) of the pair of lamps (LHi, RHi), characterized in that the light illumination region (PLHi) of the one lamp is divided only in the one direction, and the light illumination region (PRHi) of the other lamp is devided only in the direction crossing the one direction. a pair of lamps (LHi, RHi), a light illumination region (PLHi) of one of which is divided into a plurality of zones (VZa to VZf) in one direction, and a light illumination region (PRHi) of the other of which is divided into a plurality of zones (HZa to HZf) in a direction crossing the one direction; and a control unit configured to control an illumination light quantity of each of the zones, wherein the vehicular headlamp device is configured to obtain a required light distribution pattern (PHi) by superposing the light illumination regions (PLHi, PRHi) of the pair of lamps (LHi, RHi), characterized in that
A method for tracking orientation of a stylus interacting with a digitizer sensor, the method comprising: tracking projected locations of each of two transmitting elements on a sensing surface of the digitizer sensor, the transmitting elements comprised in the stylus and displaced from each other, wherein each of the two transmitting elements transmit signals while the stylus is interacting with the digitizer sensor; reporting positions of a tip of the stylus based on projected locations of one of the two transmitting elements; characterizing at least one of a tilt of the stylus with respect to a sensing surface and a rotation of the stylus around a longitudinal axis of the stylus, based on the projected locations; and characterized in that the method further comprises: reporting at least one parameter for characterizing the at least one of the tilt and rotation of the stylus, wherein reporting the at least one parameter is in addition to reporting the positions of the tip and wherein the at least one parameter is used to identify a user while the user provides a signature with the stylus. tracking projected locations of each of two transmitting elements on a sensing surface of the digitizer sensor, the transmitting elements comprised in the stylus and displaced from each other, wherein each of the two transmitting elements transmit signals while the stylus is interacting with the digitizer sensor; reporting positions of a tip of the stylus based on projected locations of one of the two transmitting elements; characterizing at least one of a tilt of the stylus with respect to a sensing surface and a rotation of the stylus around a longitudinal axis of the stylus, based on the projected locations; and characterized in that the method further comprises: reporting at least one parameter for characterizing the at least one of the tilt and rotation of the stylus, wherein reporting the at least one parameter is in addition to reporting the positions of the tip and wherein the at least one parameter is used to identify a user while the user provides a signature with the stylus.
A cellular polymer foam having an average cell size according to ASTM D3575 of at least 1.5 mm, the foam containing at least one flame retardant adjuvant, wherein the flame retardant adjuvant has a volumetric average particle size less than 1 micrometer, and wherein the polymer foam has at least one surface, the at least one surface having defined therein a multiplicity of perforation channels extending from the at least one surface into the foam such that there is an average of at least one perforation channel per 10 square centimeters of the at least one surface, wherein the foam further comprises a flame retardant and wherein the polymer is a thermoplastic α-olefin polymer.
A surgical instrument, comprising: a first actuation assembly coupled to a first component and selectively movable from a first position to a second position to actuate the first component; a biasing member coupled to the first actuation assembly and configured to apply a biasing force to the first actuation assembly to bias the first actuation assembly towards the first position; a second actuation assembly coupled to a second component and selectively actuatable to actuate the second component, the second actuation assembly coupled to the first actuation assembly such that actuation of the second actuation assembly effects movement of the first actuating assembly from the first position towards the second position; and a linkage assembly coupled to the second actuation assembly and the biasing member, the linkage assembly configured to reduce the biasing force applied to the first actuation assembly when the second actuation assembly effects movement of the first actuation assembly from the first position towards the second position. a first actuation assembly coupled to a first component and selectively movable from a first position to a second position to actuate the first component; a biasing member coupled to the first actuation assembly and configured to apply a biasing force to the first actuation assembly to bias the first actuation assembly towards the first position; a second actuation assembly coupled to a second component and selectively actuatable to actuate the second component, the second actuation assembly coupled to the first actuation assembly such that actuation of the second actuation assembly effects movement of the first actuating assembly from the first position towards the second position; and a linkage assembly coupled to the second actuation assembly and the biasing member, the linkage assembly configured to reduce the biasing force applied to the first actuation assembly when the second actuation assembly effects movement of the first actuation assembly from the first position towards the second position.
An electrically heatable window comprising two plies of glazing material (13,14), at least one ply of interlayer material located between the plies of glazing material, a first busbar and a second busbar, and an array of spaced wires extending between the first busbar and the second busbar, characterised in that the array of spaced wires comprises a first portion and a second portion, the window comprising a wire-free area aligned with the first portion, and in that the pitch of the wires of the first portion is greater than the pitch of the wires of the second portion.
Chain strand for a tyre chain with a plurality of interlinked chain links, wherein at least one chain link has a joining point in the form of a welded joint, at which the chain link is joined together, wherein the at least one chain link is constructed of at least two parts (14, 16) that are welded together and is thermally treated before the welded joint is welded, wherein one part of the at least one chain link is equipped with at least one journal, which is inserted into an aperture of another part of the at least one chain link, wherein the at least one journal does not, on that side of the other part facing away from the inserted part, project beyond a recess that encompasses the at least one aperture at least in sections.
A torque spike cancellation device in driving engagement with a main shaft of a internal combustion engine and in further driving engagement with an input shaft of a transmission, the torque spike cancellation device comprising: a first member in driving engagement with an output of the internal combustion engine; a second member in driving engagement with the first member; and a third member in driving engagement with the second member, wherein an angular deviation between the first member and one of the second member and the third member causes a cyclical acceleration of the third member, the cyclical acceleration of the third member adjusting a torque applied to the third member by the internal combustion engine, wherein the first member, the second member, and the third member form a first Cardan joint assembly, characterized in that the torque spike cancellation device further comprises a planetary gear assembly in driving engagement with the third member and a second Cardan joint. a first member in driving engagement with an output of the internal combustion engine; a second member in driving engagement with the first member; and
A downhole apparatus (10; 210; 310; 410; 510; 610; 710; 810; 910; 1010; 1100) comprising: a seat (18;218; 318; 418; 518; 618; 718; 818; 918; 1018a; 1018b) configured to receive an object, the seat (18; 218; 318; 418; 518; 618; 718; 818; 918; 1018a; 1018b) comprising an object engaging surface (24;224;324;424;524;624;724;824;924;1024a;1024b), wherein the object engaging surface (24; 224; 324; 424; 524; 624; 724; 824; 924; 1024a; 1024b) is convex and comprises a plurality of segments (1224a; 1224b; 1224c; 1224d). a seat (18;218; 318; 418; 518; 618; 718; 818; 918; 1018a; 1018b) configured to receive an object, the seat (18; 218; 318; 418; 518; 618; 718; 818; 918; 1018a; 1018b) comprising an object engaging surface (24;224;324;424;524;624;724;824;924;1024a;1024b), wherein the object engaging surface (24; 224; 324; 424; 524; 624; 724; 824; 924; 1024a; 1024b) is convex and comprises a plurality of segments (1224a; 1224b; 1224c; 1224d).
A composition for use in treating a wound infection or skin infection by inhibiting biofilm formation and/or disrupting preformed biofilms on a skin wound infection, and/or inhibiting growth of methicillin-resistant Staphylococcus aureus, Staphylococcus epidermidis, Streptococcus agalactiae ATCC 12386, Acinetobacter baumannii, Stenotrophomonas maltophilia, Vancomycin-resistant Enterococci, Proteus mirabilis, the composition comprising or formed by combining: disodium EDTA in a concentration of between 100 mg/L and 500 mg/L of the composition; and sodium citrate in a concentration of between 1000 mg/L and 5000 mg/L of the composition. disodium EDTA in a concentration of between 100 mg/L and 500 mg/L of the composition; and sodium citrate in a concentration of between 1000 mg/L and 5000 mg/L of the composition.
A trocar assembly (100, 300) comprising: an inner tubular member formed with an opening (108, 308) adapted to provide access for one or more surgical instruments during a surgical procedure; an outer tubular member disposed about the inner tubular member, the outer tubular member formed with a conduit sufficient to allow insufflation fluid to flow from an insufflation gas supply to a patient cavity (20, 120, 320); and a pressure sensor (180, 380) disposed within the inner tubular member and configured to detect one or more measurements indicative of a pressure of the patient cavity, wherein the pressure sensor: is adapted to be put in direct pressure contact with the patient cavity; and is adapted to provide the one or more measurements to an insufflator configured to control the delivery of the insufflation fluid to the patient cavity based on the one or more measurements. an inner tubular member formed with an opening (108, 308) adapted to provide access for one or more surgical instruments during a surgical procedure; an outer tubular member disposed about the inner tubular member, the outer tubular member formed with a conduit sufficient to allow insufflation fluid to flow from an insufflation gas supply to a patient cavity (20, 120, 320); and a pressure sensor (180, 380) disposed within the inner tubular member and configured to detect one or more measurements indicative of a pressure of the patient cavity, wherein the pressure sensor: is adapted to be put in direct pressure contact with the patient cavity; and is adapted to provide the one or more measurements to an insufflator configured to control the delivery of the insufflation fluid to the patient cavity based on the one or more measurements. is adapted to be put in direct pressure contact with the patient cavity; and is adapted to provide the one or more measurements to an insufflator configured to control the delivery of the insufflation fluid to the patient cavity based on the one or more measurements.
An apparatus comprising: an oscillator; a first mixer and a second mixer, the first mixer comprising an oscillator input and an output, the second mixer having an oscillator input and an output, wherein the output of the first mixer and the output of the second mixer are electrically coupled to the same signal line; and an oscillator routing block comprising a first path between the oscillator and the first mixer and a second path between the oscillator and the second mixer, the oscillator routing block configured to receive a signal from the oscillator, and configured to disable the second path and enable the first path in response to a control signal indicative of a frequency of a radio frequency input signal of the apparatus being in a low band, and to disable the first path and enable the second path in response to a control signal indicative of a frequency of a radio frequency input signal of the apparatus being in a high band, the high band corresponding to higher frequencies than frequencies in the low band. an oscillator; a first mixer and a second mixer, the first mixer comprising an oscillator input and an output, the second mixer having an oscillator input and an output, wherein the output of the first mixer and the output of the second mixer are electrically coupled to the same signal line; and an oscillator routing block comprising a first path between the oscillator and the first mixer and a second path between the oscillator and the second mixer, the oscillator routing block configured to receive a signal from the oscillator, and configured to disable the second path and enable the first path in response to a control signal indicative of a frequency of a radio frequency input signal of the apparatus being in a low band, and to disable the first path and enable the second path in response to a control signal indicative of a frequency of a radio frequency input signal of the apparatus being in a high band, the high band corresponding to higher frequencies than frequencies in the low band.
A method for managing, within mobile communications user equipment, a packet service, PS, call, the method comprising: while a circuit service, CS, call is in progress, receiving a request for a PS call, from a background task (32_1, 32_2) running in the mobile communications user equipment; characterised by in response to receiving the request from the background task (32_1, 32_2), evaluating a plurality of air interface parameters relating to the in progress CS call; and deciding whether or not to block the PS call based on the evaluation (42, 43, 45). while a circuit service, CS, call is in progress, receiving a request for a PS call, from a background task (32_1, 32_2) running in the mobile communications user equipment; characterised by in response to receiving the request from the background task (32_1, 32_2), evaluating a plurality of air interface parameters relating to the in progress CS call; and deciding whether or not to block the PS call based on the evaluation (42, 43, 45).
A racket for ball games having a frame formed from a hollow profile, the frame comprising a head portion for receiving a stringing and a handle portion for gripping the racket, wherein the frame comprises at least one transparent or translucent portion (8, 9; 10) formed from a transparent or translucent material, said transparent or translucent portion being integrally bonded to the remaining frame, i.e., in one piece and in a way not to be detached nondestructively, and comprising a transparent resin and/or a glass fiber material, wherein the frame is formed by a frame profile and over its entire cross-section the frame profile is entirely formed from the transparent or translucent material in the region of the transparent or translucent portion, further having strings forming a stringing, characterized in that at least one string runs through the transparent or translucent portion (8, 9; 10).