mhurhangee/patent-ind-claim-en huggingface dataset:
A can end conversion system comprising: a plurality of press units , each press unit including a number of elongated sets of lanes , a drive assembly , a number of crankshafts , a linkage assembly , a first tooling assembly , and a second tooling assembly ; each drive assembly being operatively coupled to an associated crankshaft ; each crankshaft including an elongated body ; wherein a number of crankshaft body longitudinal axes are substantially parallel to the associated lane set longitudinal axis ; each linkage assembly is rotatably coupled to the crankshaft ; each linkage assembly is coupled to the first tooling assembly and; each second tooling assembly is disposed in a substantially fixed position relative to the crankshaft ; wherein rotation of each crankshaft moves the first tooling assembly between a first position, in which the first tooling assembly is spaced from the second tooling assembly , and a second position, in which the first tooling assembly is adjacent the second tooling assembly ; the system being characterised in that each press unit crankshaft of said number of crankshafts is disposed below the associated press units' first tooling assembly and second tooling assembly . a plurality of press units , each press unit including a number of elongated sets of lanes , a drive assembly , a number of crankshafts , a linkage assembly , a first tooling assembly , and a second tooling assembly ; each drive assembly being operatively coupled to an associated crankshaft ; each crankshaft including an elongated body ; wherein a number of crankshaft body longitudinal axes are substantially parallel to the associated lane set longitudinal axis ; each linkage assembly is rotatably coupled to the crankshaft ; each linkage assembly is coupled to the first tooling assembly and; each second tooling assembly is disposed in a substantially fixed position relative to the crankshaft ; wherein rotation of each crankshaft moves the first tooling assembly between a first position, in which the first tooling assembly is spaced from the second tooling assembly , and a second position, in which the first tooling assembly is adjacent the second tooling assembly ; the system being characterised in that each press unit crankshaft of said number of crankshafts is disposed below the associated press units' first tooling assembly and second tooling assembly .
A computer-implemented method, comprising: receiving , by a computer system, an order to deliver a package ; instructing , by the computer system, an unmanned aerial vehicle, UAV, to deliver the package to a location associated with the order; instructing , by the computer system, a first sensor associated with the UAV to emit a signal to a surrounding environment of the UAV during flight, the signal emitted within a particular distance around the UAV; receiving, by the computer system and from a second sensor associated with the UAV, information identifying the signal reflected off the surrounding environment and received by the second sensor; identifying , by the computer system, a sound propagation of the surrounding environment of the UAV during flight based at least in part on the information received by the second sensor associated with the UAV; the method being characterized in instructing , by the computer system, the UAV to fly to the location and modulating at respective different rotational speeds two or more sets of propellers that are associated with the UAV simultaneously during at least a portion of the flight to generate an expected sound by the UAV based at least in part on the identified sound propagation of the surrounding environment, each set of propellers of the two or more sets of propellers being of a different size from another set of propellers of the one or more sets of propellers. receiving , by a computer system, an order to deliver a package ; instructing , by the computer system, an unmanned aerial vehicle, UAV, to deliver the package to a location associated with the order; instructing , by the computer system, a first sensor associated with the UAV to emit a signal to a surrounding environment of the UAV during flight, the signal emitted within a particular distance around the UAV; receiving, by the computer system and from a second sensor associated with the UAV, information identifying the signal reflected off the surrounding environment and received by the second sensor; identifying , by the computer system, a sound propagation of the surrounding environment of the UAV during flight based at least in part on the information received by the second sensor associated with the UAV; the method being characterized in instructing , by the computer system, the UAV to fly to the location and modulating at respective different rotational speeds two or more sets of propellers that are associated with the UAV simultaneously during at least a portion of the flight to generate an expected sound by the UAV based at least in part on the identified sound propagation of the surrounding environment, each set of propellers of the two or more sets of propellers being of a different size from another set of propellers of the one or more sets of propellers.
Unlocking system for a brake of a railway vehicle, comprising: - a cable extending along a cable axis between a first end and a second end , the first end being connected to the brake , - an unlocking device connected to the second end of the cable , the unlocking device comprising a grip part , - a support supporting the unlocking device , characterised in that - the unlocking device is rotatable relative to the support about an axis of rotation (B) which is substantially parallel to an axis (A), the axis (A) extending, starting from the second end of the cable , substantially perpendicularly to the cable axis considered in the region of the second end of the cable , and - the minimum distance between the axis of rotation (B) and the grip part is greater than the minimum distance between the axis of rotation (B) and the second end of the cable , the unlocking device being movable between a rest position (R), in which no stress is exerted on the cable by the unlocking device , and an unlocking position (D), in which the unlocking device exerts a pull in the direction of the cable axis on the cable , the second end of the cable being fixed to an actuating element , the unlocking device exerting a pulling force on the actuating element in the unlocking position (D), the support comprising at least one guide , the actuating element being movable by translation in said guide under the effect of the rotation of the unlocking device between the rest position (R) and the unlocking position (D). - a cable extending along a cable axis between a first end and a second end , the first end being connected to the brake , - an unlocking device connected to the second end of the cable , the unlocking device comprising a grip part , - a support supporting the unlocking device , - the unlocking device is rotatable relative to the support about an axis of rotation (B) which is substantially parallel to an axis (A), the axis (A) extending, starting from the second end of the cable , substantially perpendicularly to the cable axis considered in the region of the second end of the cable , and - the minimum distance between the axis of rotation (B) and the grip part is greater than the minimum distance between the axis of rotation (B) and the second end of the cable ,
A wireless communication method, comprising: determining, by a terminal device, port configuration information, to be reported to a network device, of a phase tracking reference signal; and sending , by the terminal device, the port configuration information of the phase tracking reference signal to the network device, wherein the port configuration information of the phase tracking reference signal comprises a quantity of phase tracking reference signal ports determined based on information about sharing a local oscillator by a plurality of transceiver units of the terminal device, wherein if a quantity of local oscillator units of the plurality of transceiver units is one, the quantity of phase tracking reference signal ports is one. determining, by a terminal device, port configuration information, to be reported to a network device, of a phase tracking reference signal; and sending , by the terminal device, the port configuration information of the phase tracking reference signal to the network device, wherein the port configuration information of the phase tracking reference signal comprises a quantity of phase tracking reference signal ports determined based on information about sharing a local oscillator by a plurality of transceiver units of the terminal device, wherein if a quantity of local oscillator units of the plurality of transceiver units is one, the quantity of phase tracking reference signal ports is one.
A color dynamic range expansion module for expanding a dynamic range of colors of an image, wherein said colors are represented in a color space separating a luminance component from chrominance components, comprising: a low pass filter for low pass filtering said luminance component, a first look up table storing precomputed values of a first expansion function of only low pass filtered luminance values, a second look up table storing precomputed values of a second expansion function of only luminance values, a third look up table storing precomputed values of a third expansion function of only low pass filtered luminance values, a processor configured to: multiply an output of said second look up table corresponding to an input luminance value of a color to expand by an output of said first look up table corresponding to an input low pass filtered luminance value associated with said input luminance value and further multiply the result by said input luminance value to obtain an expanded luminance component, and multiply the result of the first multiplication by an output of said third look up table corresponding to said low pass filtered luminance value and further multiply the result by said chrominance components value to obtain expanded chrominance components. a low pass filter for low pass filtering said luminance component, a first look up table storing precomputed values of a first expansion function of only low pass filtered luminance values, a second look up table storing precomputed values of a second expansion function of only luminance values, a third look up table storing precomputed values of a third expansion function of only low pass filtered luminance values, a processor configured to: multiply an output of said second look up table corresponding to an input luminance value of a color to expand by an output of said first look up table corresponding to an input low pass filtered luminance value associated with said input luminance value and further multiply the result by said input luminance value to obtain an expanded luminance component, and multiply the result of the first multiplication by an output of said third look up table corresponding to said low pass filtered luminance value and further multiply the result by said chrominance components value to obtain expanded chrominance components. multiply an output of said second look up table corresponding to an input luminance value of a color to expand by an output of said first look up table corresponding to an input low pass filtered luminance value associated with said input luminance value and further multiply the result by said input luminance value to obtain an expanded luminance component, and multiply the result of the first multiplication by an output of said third look up table corresponding to said low pass filtered luminance value and further multiply the result by said chrominance components value to obtain expanded chrominance components.
A method of processing a substrate having a front side comprising an electrical circuit and a rear side comprising an exposed zone that faces the electrical circuit, the substrate comprising an electrically insulating layer disposed between the electrical circuit at the front side and the rear side, the method comprising: - an electrochemical treatment step in which an electrical potential is laterally applied at least to the exposed zone on the rear side of the substrate, while the exposed zone is in contact with a chemically reactive substance, the electrical potential causing a lateral flow of electrical current at least in the exposed zone, the lateral flow of electrical current and the chemically reactive substance altering the substrate starting from the exposed zone on the rear side inwardly toward the front side. - an electrochemical treatment step in which an electrical potential is laterally applied at least to the exposed zone on the rear side of the substrate, while the exposed zone is in contact with a chemically reactive substance, the electrical potential causing a lateral flow of electrical current at least in the exposed zone, the lateral flow of electrical current and the chemically reactive substance altering the substrate starting from the exposed zone on the rear side inwardly toward the front side.
An apparatus for controlling a work machine of a work vehicle, comprising: a speed sensor configured to measure a speed of the work vehicle; an electric main controller valve configured to convert an input signal of a joystick (321; 322) into an output current for controlling a proportional valve (P/V) for operating the work machine; and a control unit configured to receive information on a speed of the work vehicle from the speed sensor , characterized in that the control unit can select a work machine control curve , and control the output current of the electric main controller valve based on the speed of the work vehicle and the selected work machine control curve , wherein the control unit is configured to determine whether the speed of the work vehicle is equal to or larger or smaller than a reference speed, and to control an operation time point or an end time point of the work machine based on the determination, wherein the control unit is configured when the speed of the work vehicle is equal to or larger than the reference speed to convert the output current based on the selected work machine control curve and to delay a reaction of the work machine compared to a reaction at the reference speed, and when the speed of the work vehicle is smaller than the reference speed, to convert the output current based on the selected work machine control curve and to control the reaction of the work machine to be advanced compared to the reaction at the reference speed. a speed sensor configured to measure a speed of the work vehicle; an electric main controller valve configured to convert an input signal of a joystick (321; 322) into an output current for controlling a proportional valve (P/V) for operating the work machine; and a control unit configured to receive information on a speed of the work vehicle from the speed sensor ,
Compensation unit for the compensation of at least a phase shift (ΔΦ test1 , ΔΦ test2 ) caused by at least a component of an electronic unit of a vibronic sensor , wherein the vibronic sensor has at least an electromechanical transducer unit , and wherein the at least one component is an analog input stage or an analog output stage , for example an operational amplifier, particularly a charge amplifier, an impedance converter, a filter, particularly an anti-aliasing filter, or wherein the at least one component is an analog-digital converter , a digital-analog converter , a transistor stage or an analog switch of the vibronic sensor , wherein the compensation unit comprises at least: - a bridging unit designed to electrically bridge at least the electromechanical transducer unit , - a signal generation unit designed to generate at least a first test excitation signal (U Atest1 ) in the form of an electrical alternating signal with a first selectable frequency (f 1 ), - a phase detection unit designed to determine at least a first phase shift (ΔΦ test1 ) present between the test excitation signal (U Atest1 ) and at least a first test reception signal (U Etest1 ), said reception signal at least running through the bridging unit and the at least one component of the electronic unit , and - a computing unit which determines a phase compensation rule (σ) at least from the first phase shift (ΔΦ test1 ), characterized in that the compensation unit is designed to bridge at least the electromechanical transducer unit of the vibronic sensor for the purpose of determining the phase compensation rule (σ), and for the purpose of transmitting the phase compensation rule (σ) to a phase regulation unit of the electronic unit of the vibronic sensor , wherein said unit takes the phase compensation rule (σ) into consideration during the regulation of a predefinable phase shift (ΔΦ). - a bridging unit designed to electrically bridge at least the electromechanical transducer unit , - a signal generation unit designed to generate at least a first test excitation signal (U Atest1 ) in the form of an electrical alternating signal with a first selectable frequency (f 1 ), - a phase detection unit designed to determine at least a first phase shift (ΔΦ test1 ) present between the test excitation signal (U Atest1 ) and at least a first test reception signal (U Etest1 ), said reception signal at least running through the bridging unit and the at least one component of the electronic unit , and - a computing unit which determines a phase compensation rule (σ) at least from the first phase shift (ΔΦ test1 ), characterized in that the compensation unit is designed to bridge at least the electromechanical transducer unit of the vibronic sensor for the purpose of determining the phase compensation rule (σ), and for the purpose of transmitting the phase compensation rule (σ) to a phase regulation unit of the electronic unit of the vibronic sensor , wherein said unit takes the phase compensation rule (σ) into consideration during the regulation of a predefinable phase shift (ΔΦ).
A coating solution for producing a gas barrier laminate comprising: a carboxyl group-containing polymer (A); polyvalent metal-containing particles (B); a surfactant (C); an organic solvent (D); and at least one silicon-containing compound (E) selected from a group consisting of a silane coupling agent represented by a following general formula , a silane coupling agent represented by a following general formula , hydrolysates thereof, and condensates thereof, wherein a mass ratio of the silicon-containing compound (E) to the carboxyl group-containing polymer (A) (a mass of the silicon-containing compound (E) is expressed in terms of a silane coupling agent) is 0.5% or more and 7% or less. Si(OR1) 3 Z1 ... Si(R2)(OR3) 2 Z2 ... (In the general formula , R1 are the same or different alkyl groups having 1 to 6 carbon atoms, and Z1 is a group containing an epoxy group, and in the general formula , R2 is a methyl group, R3 are the same or different alkyl groups having 1 to 6 carbon atoms, and Z2 is a group containing an epoxy group.) a carboxyl group-containing polymer (A); polyvalent metal-containing particles (B); a surfactant (C); an organic solvent (D); and at least one silicon-containing compound (E) selected from a group consisting of a silane coupling agent represented by a following general formula , a silane coupling agent represented by a following general formula , hydrolysates thereof, and condensates thereof, wherein a mass ratio of the silicon-containing compound (E) to the carboxyl group-containing polymer (A) (a mass of the silicon-containing compound (E) is expressed in terms of a silane coupling agent) is 0.5% or more and 7% or less. Si(OR1) 3 Z1 ... Si(R2)(OR3) 2 Z2 ... (In the general formula , R1 are the same or different alkyl groups having 1 to 6 carbon atoms, and Z1 is a group containing an epoxy group, and in the general formula , R2 is a methyl group, R3 are the same or different alkyl groups having 1 to 6 carbon atoms, and Z2 is a group containing an epoxy group.)
An isolated nucleic acid molecule which encodes a human hepatitis C virus of genotype 2b strain DH8cc and comprises the nucleic acid sequence of SEQ ID NO 8 or encodes the amino acid sequence of SEQ ID NO: 23.
Cleaning and/or centrifuge drying device for cleaning and/or drying of crates (K), comprising - a crate inlet for the transfer of crates (K),to be cleaned and/or to be dried - a crate outlet for the output of crates (K), - a turning device arranged between the crate inlet and the crate outlet with an essentially vertical rotary shaft and a rotary plate arranged on the top side of it, - and optionally, a spraying device to spray a crate (K) to be cleaned with a cleaning fluid (R F ), wherein cleaning and/or centrifuge drying device is designed in such a way that a crate (K) to be cleaned and/or to be dried with a crate-bottom inner side is placed on the rotary plate , wherein the rotary plate is arranged in a spinning position (SP) of the crate (K), in which the crate (K) is subjected to a cleaning and/or centrifuge drying process, at a distance (a) below the crate outlet . - a crate inlet for the transfer of crates (K),to be cleaned and/or to be dried - a crate outlet for the output of crates (K), - a turning device arranged between the crate inlet and the crate outlet with an essentially vertical rotary shaft and a rotary plate arranged on the top side of it, - and optionally, a spraying device to spray a crate (K) to be cleaned with a cleaning fluid (R F ),
A measurement apparatus capable of measuring an amount of edema of a limb, the measurement apparatus comprising: a sensor that has a sheet shape and freely expands and contracts in one direction that intersects a thickness direction (Y1) and is capable of detecting change in an electrical characteristic in association with expansion or contraction; and a support member that is attached to both end portions in an expansion-contraction direction (X1) of the sensor and surrounds the limb together with the sensor in a mounted state in which the measurement apparatus is mounted on the limb, characterized in that said measurement apparatus further comprises: an adjusting member that is disposed on the support member and is capable of adjusting length of a part that surrounds the limb in the support member in the mounted state; and a restricting member that is attachable to the support member and is detachable from the support member and restricts expansion and contraction of the sensor (X1) in a state of being attached to the support member . a sensor that has a sheet shape and freely expands and contracts in one direction that intersects a thickness direction (Y1) and is capable of detecting change in an electrical characteristic in association with expansion or contraction; and a support member that is attached to both end portions in an expansion-contraction direction (X1) of the sensor and surrounds the limb together with the sensor in a mounted state in which the measurement apparatus is mounted on the limb, characterized in that said measurement apparatus further comprises: an adjusting member that is disposed on the support member and is capable of adjusting length of a part that surrounds the limb in the support member in the mounted state; and a restricting member that is attachable to the support member and is detachable from the support member and restricts expansion and contraction of the sensor (X1) in a state of being attached to the support member . an adjusting member that is disposed on the support member and is capable of adjusting length of a part that surrounds the limb in the support member in the mounted state; and a restricting member that is attachable to the support member and is detachable from the support member and restricts expansion and contraction of the sensor (X1) in a state of being attached to the support member .