mhurhangee/ep-ind-claims huggingface dataset:
An imaging arrangement for providing an extended depth of focus of the imaging arrangement and comprising an imaging lens assembly including: at least one ophthalmic lens for imaging visible light at a patient's eye, and at least one optical element associated with said at least one lens, the optical element together with its associated lens defining a predetermined pattern formed by optically transparent phase transition regions of the optical element spaced by the regions of the lens in the imaging lens plane, wherein the optical element is a mask formed by a two-dimensional array of mutually perpendicular grid elements (B 1 -B' 1, B 2 -B' 2, BE) which form the phase transition regions, the phase transition regions and the regions of the lens differently affecting the phase of visible light passing through the imaging lens assembly, wherein said phase transition regions along bar lines of said mask are pi-phase transitions and regions of intersection between said bar lines are zero-phase transitions for a wavelength of ambient light for which the optical element is designed, a spatial frequency of the mask formed by the two-dimensional array of grid elements (B 1 -B' 1, B 2 -B' 2, BE) of the optical element being such that the optical element is substantially non-diffractive in respect to the wavelength of visible light passing through the imaging lens assembly, the optical element being configured not to add optical power to the associated lens. at least one ophthalmic lens for imaging visible light at a patient's eye, and at least one optical element associated with said at least one lens, the optical element together with its associated lens defining a predetermined pattern formed by optically transparent phase transition regions of the optical element spaced by the regions of the lens in the imaging lens plane, wherein the optical element is a mask formed by a two-dimensional array of mutually perpendicular grid elements (B 1 -B' 1, B 2 -B' 2, BE) which form the phase transition regions, the phase transition regions and the regions of the lens differently affecting the phase of visible light passing through the imaging lens assembly, wherein said phase transition regions along bar lines of said mask are pi-phase transitions and regions of intersection between said bar lines are zero-phase transitions for a wavelength of ambient light for which the optical element is designed, a spatial frequency of the mask formed by the two-dimensional array of grid elements (B 1 -B' 1, B 2 -B' 2, BE) of the optical element being such that the optical element is substantially non-diffractive in respect to the wavelength of visible light passing through the imaging lens assembly, the optical element being configured not to add optical power to the associated lens.
Carbon composite material comprising: a polymer resin; a carbon nanotube; a glass fiber; and a phosphate ester derivative, wherein the carbon nanotube has a thermal decomposition temperature of 550 °C or higher; and the carbon nanotubes have an average length of 10 to 50 μm. a polymer resin; a carbon nanotube; a glass fiber; and a phosphate ester derivative, wherein the carbon nanotube has a thermal decomposition temperature of 550 °C or higher; and the carbon nanotubes have an average length of 10 to 50 μm.
A method for accessing multiple virtual personal assistants, VPAs, the method comprising: receiving first input speech data; processing, using at least one processor, the first input speech data to detect a first set of one or more words; based on detecting the first set of one or more words, routing a first electronic file that includes at least a portion of the first input speech data to a first VPA pre-selected from a list of multiple VPAs; receiving second input speech data; processing, using the at least one processor, the second input speech data to detect a second set of one or more words; and based on detecting the second set of one or more words, routing a second electronic file that includes at least a portion of the second input speech data to a second VPA pre-selected from the list of multiple VPAs, characterised by, prior to receiving the first input speech data, presenting the list of multiple VPAs to a user for selection of the first VPA and the second VPA. receiving first input speech data; processing, using at least one processor, the first input speech data to detect a first set of one or more words; based on detecting the first set of one or more words, routing a first electronic file that includes at least a portion of the first input speech data to a first VPA pre-selected from a list of multiple VPAs; receiving second input speech data; processing, using the at least one processor, the second input speech data to detect a second set of one or more words; and based on detecting the second set of one or more words, routing a second electronic file that includes at least a portion of the second input speech data to a second VPA pre-selected from the list of multiple VPAs, characterised by, prior to receiving the first input speech data, presenting the list of multiple VPAs to a user for selection of the first VPA and the second VPA.
Computer program for constructing a digital representation of a physical environment on a mobile device, comprising: a user input module configured to receive user input data through a user interface; a camera and sensor module configured to receive image data from camera components of the mobile device and depth information from a depth sensor on the mobile device or to receive image data and depth information from a depth camera; wherein a modeled structure, modeled objects and/or structural model is/are generated by a model generator module by combining the user input data and the image data and depth information; and the computer program is further configured: to associate semantics with or to assign semantics to the modeled structure, the modeled objects and/ or the structural model in an augmented reality, AR, view and/or in the environments based on the user input data, wherein a semantic meaning is attached to the modeled structure, the modeled objects and/ or the structural model in the augmented reality view and/or the environments, wherein the semantic meaning comprises at least a constraint for constraining virtual objects on real surfaces and/or at least one of: a transparency, a rotation vector and a range of turn, a positional constraint and a sliding direction vector. a user input module configured to receive user input data through a user interface; a camera and sensor module configured to receive image data from camera components of the mobile device and depth information from a depth sensor on the mobile device or to receive image data and depth information from a depth camera; wherein a modeled structure, modeled objects and/or structural model is/are generated by a model generator module by combining the user input data and the image data and depth information; and the computer program is further configured: to associate semantics with or to assign semantics to the modeled structure, the modeled objects and/ or the structural model in an augmented reality, AR, view and/or in the environments based on the user input data, wherein a semantic meaning is attached to the modeled structure, the modeled objects and/ or the structural model in the augmented reality view and/or the environments, wherein the semantic meaning comprises at least a constraint for constraining virtual objects on real surfaces and/or at least one of: a transparency, a rotation vector and a range of turn, a positional constraint and a sliding direction vector. to associate semantics with or to assign semantics to the modeled structure, the modeled objects and/ or the structural model in an augmented reality, AR, view and/or in the environments based on the user input data, wherein a semantic meaning is attached to the modeled structure, the modeled objects and/ or the structural model in the augmented reality view and/or the environments, wherein the semantic meaning comprises at least a constraint for constraining virtual objects on real surfaces and/or at least one of: a transparency, a rotation vector and a range of turn, a positional constraint and a sliding direction vector.
A shovel provided with an electric swiveling apparatus comprising: a base; a swiveling body that is installed on the base in a swivelable manner; an electric motor for swiveling that swivels the swiveling body; an inverter that supplies electric power to the electric motor for swiveling; a control unit that includes an internal memory in which data is stored and that transmits a control signal to the inverter to control the electric power which is supplied to the electric motor for swiveling; and an obstacle detector that detects an obstacle around the base and transmits a detected result to the control unit, wherein the control unit determines presence or absence of the obstacle within a monitoring region (5, 6) on the basis of a detected result from the obstacle detector, and when the obstacle is not present inside the monitoring region (5, 6), the control signal transmitted to the inverter is on the basis of a second command value that is generated based on an operation amount by the operator, and when the obstacle is present inside the monitoring region (5, 6), the control signal transmitted to the inverter is on the basis of a first command value based on a smaller one of the second command value and a regulation velocity that is stored in the internal memory in advance, wherein the control signal that is on the basis of the first command value is a signal that applies brake torque to the swiveling body by the electric motor for swiveling, and the control unit stops the electric motor for swiveling. a base; a swiveling body that is installed on the base in a swivelable manner; an electric motor for swiveling that swivels the swiveling body; an inverter that supplies electric power to the electric motor for swiveling; a control unit that includes an internal memory in which data is stored and that transmits a control signal to the inverter to control the electric power which is supplied to the electric motor for swiveling; and an obstacle detector that detects an obstacle around the base and transmits a detected result to the control unit, wherein the control unit determines presence or absence of the obstacle within a monitoring region (5, 6) on the basis of a detected result from the obstacle detector, and when the obstacle is not present inside the monitoring region (5, 6), the control signal transmitted to the inverter is on the basis of a second command value that is generated based on an operation amount by the operator, and when the obstacle is present inside the monitoring region (5, 6), the control signal transmitted to the inverter is on the basis of a first command value based on a smaller one of the second command value and a regulation velocity that is stored in the internal memory in advance, wherein the control signal that is on the basis of the first command value is a signal that applies brake torque to the swiveling body by the electric motor for swiveling, and the control unit stops the electric motor for swiveling.
A surgical stapling and cutting instrument configured to clamp tissue to cause tissue compression, the instrument comprising an electronic system, the electronic system comprising: an electric motor coupled to an end effector; a motor controller coupled to the motor; a parameter detection module configured to monitor multiple parameters; a sensing module configured to sense tissue compression; a processor coupled to the parameter detection module and the motor controller; a knife configured to translate through a knife channel in the end effector, wherein the knife is coupled to the motor; and a memory coupled to the processor, the memory storing executable instructions that when executed by the processor cause the processor to monitor multiple parameters against corresponding thresholds using the parameter detection module, monitor speed of the motor and control a drive unit of the motor, sense tissue compression, and provide feedback to the user of the surgical instrument; wherein the thresholds comprise minimum and maximum thresholds; wherein the parameter detection module is configured to detect end effector closing force, end effector opening force, and speed of the motor; and wherein when the end effector closing force decreases while the knife is translating through the knife channel, the processor is configured to activate an alarm. an electric motor coupled to an end effector; a motor controller coupled to the motor; a parameter detection module configured to monitor multiple parameters; a sensing module configured to sense tissue compression; a processor coupled to the parameter detection module and the motor controller; a knife configured to translate through a knife channel in the end effector, wherein the knife is coupled to the motor; and a memory coupled to the processor, the memory storing executable instructions that when executed by the processor cause the processor to monitor multiple parameters against corresponding thresholds using the parameter detection module, monitor speed of the motor and control a drive unit of the motor, sense tissue compression, and provide feedback to the user of the surgical instrument; wherein the thresholds comprise minimum and maximum thresholds; wherein the parameter detection module is configured to detect end effector closing force, end effector opening force, and speed of the motor; and wherein when the end effector closing force decreases while the knife is translating through the knife channel, the processor is configured to activate an alarm.
A method for wireless communications, comprising: performing, by a device, a discrete Fourier transform, DFT, on a data stream to generate a first signal in the frequency domain; processing, by the device, the first signal in the frequency domain to generate a second signal in the frequency domain, wherein processing the first signal comprises performing a modular permutation on the first signal in accordance with a modular permutation index, the modular permutation index being an integer, and the greatest common divisor of the modular permutation index and a number of DFT points used in the DFT equal to one, wherein the modular permutation is a modular arithmetic operation that rearranges an order of elements in a sequence of the first signal; processing, by the device, the second signal to generate an orthogonal frequency division multiplexing, OFDM, symbol, wherein the modular permutation index is determined so that the OFDM symbol satisfies a peak to average power ratio, PAPR, criteria; and transmitting, by the device, the OFDM symbol. performing, by a device, a discrete Fourier transform, DFT, on a data stream to generate a first signal in the frequency domain; processing, by the device, the first signal in the frequency domain to generate a second signal in the frequency domain, wherein processing the first signal comprises performing a modular permutation on the first signal in accordance with a modular permutation index, the modular permutation index being an integer, and the greatest common divisor of the modular permutation index and a number of DFT points used in the DFT equal to one, wherein the modular permutation is a modular arithmetic operation that rearranges an order of elements in a sequence of the first signal; processing, by the device, the second signal to generate an orthogonal frequency division multiplexing, OFDM, symbol, wherein the modular permutation index is determined so that the OFDM symbol satisfies a peak to average power ratio, PAPR, criteria; and transmitting, by the device, the OFDM symbol.
Method for controlling a temperature of a liquid in a liquid container using a heating device, wherein the temperature of the liquid in the liquid container is measured and controlled by adjusting the heat output of the heating device if the liquid container is filled with at least a first predetermined amount of the liquid, wherein, if the liquid container is filled with less than the first predetermined amount of liquid until the liquid container is filled with a second predetermined amount of the liquid, wherein the second predetermined amount of the liquid is equal to or greater than the first predetermined amount of the liquid, cool liquid is fed into the liquid container from a liquid reservoir, characterized in that, if the liquid container is filled with less than the first predetermined amount of liquid until the liquid container is filled with the second predetermined amount of the liquid, the heating device is permanently activated, and the temperature of the liquid in the partially filled liquid container is controlled by adjusting the cool liquid volume flow rate of the cool liquid fed into the liquid container.
A parking assistance apparatus comprising: a control unit configured to: perform a steering control processing that controls steering of a vehicle and a vehicle speed control processing that controls a traveling speed of the vehicle when the vehicle exits from a parking space; terminate a first processing that is one of the steering control processing and the vehicle speed control processing when a predetermined condition is satisfied after the vehicle starts to exit from the parking space, characterized in that the predetermined condition is that it is determined that a current position of the vehicle is an exiting position, the exiting position being a position in which an obstacle existing around the vehicle is easily avoidable; and in that the control unit is further configured to continue a second processing that is one of the steering control processing and the vehicle speed control processing other than the first processing. perform a steering control processing that controls steering of a vehicle and a vehicle speed control processing that controls a traveling speed of the vehicle when the vehicle exits from a parking space; terminate a first processing that is one of the steering control processing and the vehicle speed control processing when a predetermined condition is satisfied after the vehicle starts to exit from the parking space,
An elevator control device which performs predetermined fire emergency operation based on a contact signal sent from a fire detector, comprising: a normal operation control section for controlling normal operation of an elevator; a fire emergency operation control section for controlling the fire emergency operation; characterised by further comprising an operation selection control section which causes the normal operation control section to perform the normal operation when a contact signal sent from the fire detector is received, and causes the fire emergency operation control section to perform the fire emergency operation when the contact signal sent from the fire detector is cut off; and a function judgment section for judging, based on predetermined conditions, whether or not a fire emergency operation function of the elevator is valid, wherein when it is judged, by the function judgment section, that the fire emergency operation function of the elevator is invalid, the operation selection control section causes the normal operation control section to perform the normal operation regardless of the presence or absence of the contact signal sent from the fire detector. a normal operation control section for controlling normal operation of an elevator; a fire emergency operation control section for controlling the fire emergency operation; characterised by further comprising an operation selection control section which causes the normal operation control section to perform the normal operation when a contact signal sent from the fire detector is received, and causes the fire emergency operation control section to perform the fire emergency operation when the contact signal sent from the fire detector is cut off; and a function judgment section for judging, based on predetermined conditions, whether or not a fire emergency operation function of the elevator is valid, wherein when it is judged, by the function judgment section, that the fire emergency operation function of the elevator is invalid, the operation selection control section causes the normal operation control section to perform the normal operation regardless of the presence or absence of the contact signal sent from the fire detector.
A paper sheet transporting device for transporting a paper sheet along a transport path comprising: a first slide unit that is slidable along a width direction of the transport path and is in contact with one side of the paper sheet transported along the transport path; a second slide unit that is slidable along the width direction of the transport path and is in contact with another side of the paper sheet transported along the transport path; a first supporting unit that supports the first slide unit; a second supporting unit that supports the second slide unit, characterized in that the second supporting unit is movable relative to the first supporting unit to move between a first position in which the first slide unit and the second slide unit face each other to form the transport path between the first slide unit and the second slide unit and a second position in which the second slide unit is separated from the first slide unit to open the transport path; and in that the paper sheet transporting device further comprises: a positioning unit for positioning the first slide unit and the second slide unit such that a relative position of the second slide unit with respect to the first slide unit in the width direction of the transport path becomes a predetermined position when the second supporting unit moves to the first position. a first slide unit that is slidable along a width direction of the transport path and is in contact with one side of the paper sheet transported along the transport path; a second slide unit that is slidable along the width direction of the transport path and is in contact with another side of the paper sheet transported along the transport path; a first supporting unit that supports the first slide unit; a second supporting unit that supports the second slide unit, characterized in that the second supporting unit is movable relative to the first supporting unit to move between a first position in which the first slide unit and the second slide unit face each other to form the transport path between the first slide unit and the second slide unit and a second position in which the second slide unit is separated from the first slide unit to open the transport path; and in that the paper sheet transporting device further comprises: a positioning unit for positioning the first slide unit and the second slide unit such that a relative position of the second slide unit with respect to the first slide unit in the width direction of the transport path becomes a predetermined position when the second supporting unit moves to the first position.