mhurhangee/ep-ind-claims huggingface dataset:
A wireless power supply system configured to wirelessly supply electric power from a power-supplying coil to a power-receiving coil, the system comprising: a power-supplying device having the power-supplying coil and a power-receiving device having the power-receiving coil, a cover (5, 15) provided at least at one of the power-supplying device and the power-receiving device, wherein the cover (5, 15) is configured to shield leakage magnetic flux by covering a periphery of the power-supplying coil and the power-receiving coil and a periphery of a space between the coils, wherein the cover (5, 15) is expandable and sealed, and the wireless power supply system further comprises a gas supply and exhaust mechanism that, when electric power is supplied, inflates the cover (5, 15) by supplying gas to the inside of the cover (5, 15) and establishes a shielding state from outside the cover (5, 15) where the inflated cover (5, 15) covers the periphery of the power-supplying coil and the power-receiving coil and the periphery of the space between the coils, and that, when the electric power is not supplied, deflates the cover by exhausting gas from inside the cover and cancels the shielding state, characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road. a power-supplying device having the power-supplying coil and a power-receiving device having the power-receiving coil, a cover (5, 15) provided at least at one of the power-supplying device and the power-receiving device, wherein the cover (5, 15) is configured to shield leakage magnetic flux by covering a periphery of the power-supplying coil and the power-receiving coil and a periphery of a space between the coils, wherein the cover (5, 15) is expandable and sealed, and the wireless power supply system further comprises a gas supply and exhaust mechanism that, when electric power is supplied, inflates the cover (5, 15) by supplying gas to the inside of the cover (5, 15) and establishes a shielding state from outside the cover (5, 15) where the inflated cover (5, 15) covers the periphery of the power-supplying coil and the power-receiving coil and the periphery of the space between the coils, and that, when the electric power is not supplied, deflates the cover by exhausting gas from inside the cover and cancels the shielding state, characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road. characterized in that the power-supplying device is buried in the ground, and the power-receiving device is a vehicle that travels on a road.
A guidewire system, comprising: - a guidewire, and - a surface acoustic wave sensor device, wherein a portion of a surface of the guidewire is coated by the sensor device, wherein the sensor device comprises a piezoelectric substrate and a transducer, characterized in that a thickness of the sensor device perpendicular to a longitudinal direction of the guidewire is smaller than 50 μm, wherein the sensor device is directly coated on the guidewire, and wherein the piezoelectric substrate of the sensor device is directly coated on the guidewire. - a guidewire, and - a surface acoustic wave sensor device,
A TOF camera system comprising several cameras (1, 107), at least one of the cameras being a TOF camera, wherein the cameras are assembled on a common silicon-based substrate and are imaging the same scene, wherein the several cameras comprise at least two colour cameras which are driven by stereoscopic technique and provide a stereoscopic principle based depth measurement, wherein an image fusion of the information of the stereoscopic principle based depth measurement with the information of a depth map originated from the TOF camera is computed which yields an improved and/or refined resulting image with at least a higher quality depth measurement for each single pixel or a higher resolution.
A method of painting a five-sided shipping container (140; 240), wherein the container (140; 240) comprises an open side, a first wall (147; 247) opposite the open side, and four side walls (145; 245) connected to the first wall (147; 247), wherein the side walls (145; 245) extend in a first direction downwards with respect to the first wall (147; 247), and wherein each of the first wall (147; 247) and the four side walls (145; 245) have an interior surface (142; 242) and an exterior surface, the method comprising: (a) applying a water-based paint to the interior surfaces (142; 242) and the exterior surfaces of the first wall (147; 247) and the side walls (145; 245) of the container (140; 240); characterised by (b) forcing heated air into the open side of the container (140; 240) to at least partially dry the paint on the interior surfaces (142; 242) and the exterior surfaces of the container (140; 240), wherein the heated air is directed such that the heated air (i) travels in a second direction opposite to the first direction to contact an interior surface (142A; 242A) of the first wall (147; 247) and flows in a third direction and a fourth direction thereover, wherein the third direction and the fourth direction are substantially opposite one another and substantially normal to the second direction and the first direction; (ii) flows in the first direction along the interior surfaces (142C; 242C) of the walls (145; 245) of the container (140; 240); and (iii) exits the container (140; 240). (a) applying a water-based paint to the interior surfaces (142; 242) and the exterior surfaces of the first wall (147; 247) and the side walls (145; 245) of the container (140; 240); characterised by (b) forcing heated air into the open side of the container (140; 240) to at least partially dry the paint on the interior surfaces (142; 242) and the exterior surfaces of the container (140; 240), wherein the heated air is directed such that the heated air (i) travels in a second direction opposite to the first direction to contact an interior surface (142A; 242A) of the first wall (147; 247) and flows in a third direction and a fourth direction thereover, wherein the third direction and the fourth direction are substantially opposite one another and substantially normal to the second direction and the first direction; (ii) flows in the first direction along the interior surfaces (142C; 242C) of the walls (145; 245) of the container (140; 240); and (iii) exits the container (140; 240). (i) travels in a second direction opposite to the first direction to contact an interior surface (142A; 242A) of the first wall (147; 247) and flows in a third direction and a fourth direction thereover, wherein the third direction and the fourth direction are substantially opposite one another and substantially normal to the second direction and the first direction; (ii) flows in the first direction along the interior surfaces (142C; 242C) of the walls (145; 245) of the container (140; 240); and (iii) exits the container (140; 240).
An in vitro method for diagnosing and/or predicting hereditary cerebellar ataxia in a dog, comprising determining the presence or absence of an homozygous genetic variation in the arylsulfatase G gene sequence in a biological sample from said dog, as compared with the arylsulfatase G gene sequence of a healthy non-carrier dog, wherein the presence of said homozygous genetic variation indicates that said dog is or will be affected by hereditary cerebellar ataxia, said dog being of a breed selected in the group consisting of American Staffordshire Terrier, American Pit Bull Terrier and Pit Bull type; wherein the arylsulfatase G gene cDNA sequence of a healthy non-carrier dog is as shown in SEQ ID NO: 1 or the arylsulfatase G gene genomic sequence of a healthy non-carrier dog is as shown in SEQ ID NO: 2; and wherein said genetic variation is a single nucleotide polymorphism which is an adenosine allele at the nucleotide position 296 of the arylsulfatase G gene cDNA sequence of SEQ ID NO: 1 or an adenosine allele at the nucleotide position 22139 of the arylsulfatase G gene genomic sequence of SEQ ID NO: 2.
Apparatus for winding coils of at least one electric wire conductor W on a coil support (10,11,10',11') comprising a support (10,11) wound and assembled on a pole of a core of a dynamo electric machine, or a pole (10',11') wound and assembled to form the core of a dynamo electric machine; the apparatus comprising: - a wire dispenser, the wire dispenser having a passage portion for the wire and an exit from where the wire reaches the coil support (10,11,10',11') during winding; - means (31,32) for pressing on the wire during winding to bend the wire according to a configuration of the coil; - means for supporting and rotating the coil support with respect to the dispenser to wind the wire on the coil support (10,11, 10', 11'); - means for applying tension on the wire reaching the dispenser during winding; - means (24,24',25,25',26,26') for moving the dispenser with respect to the coil support (10,11,10',11'); characterized in that the means for applying tension are configured to feed a predetermined length of wire, the predetermined length of wire extending from the exit of the dispenser to a cut end in the direction for feeding the wire to the coil support (10,11,10',11'); in that it further comprises means for positioning (120,18,19) the predetermined length of wire; and in that the means (31,32) for pressing on the wire are configured to be in alignment with the predetermined length of wire during movement of the dispenser. - a wire dispenser, the wire dispenser having a passage portion for the wire and an exit from where the wire reaches the coil support (10,11,10',11') during winding; - means (31,32) for pressing on the wire during winding to bend the wire according to a configuration of the coil; - means for supporting and rotating the coil support with respect to the dispenser to wind the wire on the coil support (10,11, 10', 11'); - means for applying tension on the wire reaching the dispenser during winding; - means (24,24',25,25',26,26') for moving the dispenser with respect to the coil support (10,11,10',11');
A work machine comprising: a rear detection section configured to detect rear of a vehicle body when traveling backward; a state detection section configured to detect a state of the vehicle body; and a controller configured to brake the vehicle body based on detection of the rear detection section and detection of the state detection section, wherein the vehicle body is an articulate type, characterised in that the state of the vehicle body includes an articulate angle (Θ). a rear detection section configured to detect rear of a vehicle body when traveling backward; a state detection section configured to detect a state of the vehicle body; and a controller configured to brake the vehicle body based on detection of the rear detection section and detection of the state detection section, wherein the vehicle body is an articulate type, characterised in that the state of the vehicle body includes an articulate angle (Θ).
A fuel injection device having a fuel injection valve which is changed between a closed state in which supply of a fuel is stopped and an open state in which the fuel is supplied, comprising: a hydraulic pump configured to discharge a hydraulic oil, a casing in which a hydraulic chamber connected to the hydraulic pump is provided, an operating piston slidably provided inside the casing such that, when a pressure in the hydraulic chamber is less than a preset threshold value, the operating piston is held in a standby position in which the fuel injection valve is maintained in the closed state, and when the pressure in the hydraulic chamber is more than or equal to the threshold value, the operating piston moves to an operating position in which the fuel injection valve is set to the open state, and a bypass hole formed in the operating piston and configured to guide the hydraulic oil discharged from the hydraulic pump into the hydraulic chamber, while the operating piston is held in the standby position, and wherein the operating piston has a pressure receiving surface which faces the hydraulic chamber, a first end of the bypass hole is opened to the pressure receiving surface, characterized in that a second end of the bypass hole is opened to a sliding surface. a hydraulic pump configured to discharge a hydraulic oil, a casing in which a hydraulic chamber connected to the hydraulic pump is provided, an operating piston slidably provided inside the casing such that, when a pressure in the hydraulic chamber is less than a preset threshold value, the operating piston is held in a standby position in which the fuel injection valve is maintained in the closed state, and when the pressure in the hydraulic chamber is more than or equal to the threshold value, the operating piston moves to an operating position in which the fuel injection valve is set to the open state, and a bypass hole formed in the operating piston and configured to guide the hydraulic oil discharged from the hydraulic pump into the hydraulic chamber, while the operating piston is held in the standby position, and wherein the operating piston has a pressure receiving surface which faces the hydraulic chamber, a first end of the bypass hole is opened to the pressure receiving surface, characterized in that a second end of the bypass hole is opened to a sliding surface.
A network switch system, comprising: a chassis; a plurality of switch linecards disposed in the chassis and functioning as independent Layer 2, L2, switches, wherein each of the switch linecards maintains control, forwarding, and interface management functions locally, and wherein a first group of switch linecards within the plurality of switch linecards are configured with a first operating system version, and wherein a second group of switch linecards within the plurality of switch linecards are configured with a second operating system version, distinct from the first operating system version; and a controller disposed in the chassis and configured to manage the plurality of switch linecards, wherein the controller is configured to provide an interface for configuring the network switch system, wherein the interface allows the first group of switch linecards to be managed as a single entity, wherein the controller is adapted to configure the plurality of switch linecards as a single network device having a single bridge identifier, bridge ID. a chassis; a plurality of switch linecards disposed in the chassis and functioning as independent Layer 2, L2, switches, wherein each of the switch linecards maintains control, forwarding, and interface management functions locally, and wherein a first group of switch linecards within the plurality of switch linecards are configured with a first operating system version, and wherein a second group of switch linecards within the plurality of switch linecards are configured with a second operating system version, distinct from the first operating system version; and a controller disposed in the chassis and configured to manage the plurality of switch linecards, wherein the controller is configured to provide an interface for configuring the network switch system, wherein the interface allows the first group of switch linecards to be managed as a single entity, wherein the controller is adapted to configure the plurality of switch linecards as a single network device having a single bridge identifier, bridge ID.
A clamping device for fixedly clamping an in particular plate-shaped workpiece to be machined, comprising - a machine frame, - at least one clamping means which is moveable relative to the machine frame and can be connected to the machine frame, wherein the clamping means include a plurality of brackets (3.1) which are moveable in a first direction relative to the machine frame and can be fixed to the machine frame and the clamping means include a plurality of clamping elements (3.2) which are moveable in a second direction relative to the brackets (3.1) and can be fixed to the brackets (3.1), and - at least one positioning device for positioning the at least one clamping means relative to the machine frame, wherein the positioning device has a plurality of individually activitable light emitting diodes, wherein at least one target or actual parameter for the at least one clamping means can be displayed by at least one activated light emitting diode, wherein the plurality of light emitting diodes is adapted to emit light of at least two different wavelengths in the visible wavelength range, characterised in that the positioning device has a clamping element positioning device (4.2) having the plurality of light emitting diodes for positioning of the clamping elements (3.2), wherein the clamping element positioning device (4.2) for positioning the clamping elements (3.2) is arranged at at least one bracket (3.1), wherein in dependence on at least one target or actual parameter displayed by way of the clamping element positioning device (4.2) the individual clamping elements (3.2) are displaceable along the at least one bracket (3.1) in the second direction and are fixable to the at least one bracket (3.1). - a machine frame, - at least one clamping means which is moveable relative to the machine frame and can be connected to the machine frame, wherein the clamping means include a plurality of brackets (3.1) which are moveable in a first direction relative to the machine frame and can be fixed to the machine frame and the clamping means include a plurality of clamping elements (3.2) which are moveable in a second direction relative to the brackets (3.1) and can be fixed to the brackets (3.1), and - at least one positioning device for positioning the at least one clamping means relative to the machine frame, wherein the positioning device has a plurality of individually activitable light emitting diodes, wherein at least one target or actual parameter for the at least one clamping means can be displayed by at least one activated light emitting diode,
A fitting system for a visual prosthesis, comprising: a computer; software, loaded in the computer, adapted to perform a fitting method for a visual prosthesis having a plurality of electrodes; a video processing unit; and a video module to download a video configuration file to the video processing unit, wherein the fitting method is: a method for fitting a visual prosthesis having a plurality of electrodes, the method comprising: selecting one electrode as a standard electrode; determining at least a first perceived brightness level on the standard electrode by patient feed back in response to a first stimulation level; approximating the first perceived brightness level on a second electrode by setting a second stimulation level to be applied to the second electrode to the first stimulation level applied on the standard electrode; refining the second stimulation level on the second electrode using further patient feedback to elicit the first perceived brightness level on the second electrode; and creating and storing a map of brightness to electrode stimulation levels based on the established levels. a computer; software, loaded in the computer, adapted to perform a fitting method for a visual prosthesis having a plurality of electrodes; a video processing unit; and a video module to download a video configuration file to the video processing unit, a method for fitting a visual prosthesis having a plurality of electrodes, the method comprising: selecting one electrode as a standard electrode; determining at least a first perceived brightness level on the standard electrode by patient feed back in response to a first stimulation level; approximating the first perceived brightness level on a second electrode by setting a second stimulation level to be applied to the second electrode to the first stimulation level applied on the standard electrode; refining the second stimulation level on the second electrode using further patient feedback to elicit the first perceived brightness level on the second electrode; and creating and storing a map of brightness to electrode stimulation levels based on the established levels. selecting one electrode as a standard electrode; determining at least a first perceived brightness level on the standard electrode by patient feed back in response to a first stimulation level; approximating the first perceived brightness level on a second electrode by setting a second stimulation level to be applied to the second electrode to the first stimulation level applied on the standard electrode; refining the second stimulation level on the second electrode using further patient feedback to elicit the first perceived brightness level on the second electrode; and creating and storing a map of brightness to electrode stimulation levels based on the established levels.
Timing recovery apparatus, comprising: a grouper configured for grouping digital signal values of a digital signal to obtain groups of values, each group of values comprising a first digital value and a second digital value; a multiplier configured for multiplying a first digital value, a 1, a 2,..., a n, with the conjugated version of a second digital value, b1*, b 2 *,..., b n *, of each group of values to obtain a first group value, a 1 b 1 *, a 2 b 2 *,..., a n b n *, representing each group of values, and configured for multiplying a second digital value, b 1, b 2,..., b n-1, of each group of values, a 1 b 1, a 2 b 2,..., a n b n, with the conjugated version of a first digital value, a 2 *, a 3 *,..., an*, of a respectively adjacent group of values to respectively obtain a second group value, b 1 a 2 *, b 2 a 3 *,..., b n-1 a n *, representing adjacent group of values; a processor configured for processing the first group values, a 1 b 1 *, a 2 b 2 *,..., a n b n *, respectively representing adjacent groups of values and the second group values, b 1 a 2 *, b 2 a 3 *,..., b n-1 a n *, respectively representing adjacent groups of values to obtain a plurality of processed values; and an averager configured for determining an average value from the plurality of processed values. a grouper configured for grouping digital signal values of a digital signal to obtain groups of values, each group of values comprising a first digital value and a second digital value; a multiplier configured for multiplying a first digital value, a 1, a 2,..., a n, with the conjugated version of a second digital value, b1*, b 2 *,..., b n *, of each group of values to obtain a first group value, a 1 b 1 *, a 2 b 2 *,..., a n b n *, representing each group of values, and configured for multiplying a second digital value, b 1, b 2,..., b n-1, of each group of values, a 1 b 1, a 2 b 2,..., a n b n, with the conjugated version of a first digital value, a 2 *, a 3 *,..., an*, of a respectively adjacent group of values to respectively obtain a second group value, b 1 a 2 *, b 2 a 3 *,..., b n-1 a n *, representing adjacent group of values; a processor configured for processing the first group values, a 1 b 1 *, a 2 b 2 *,..., a n b n *, respectively representing adjacent groups of values and the second group values, b 1 a 2 *, b 2 a 3 *,..., b n-1 a n *, respectively representing adjacent groups of values to obtain a plurality of processed values; and an averager configured for determining an average value from the plurality of processed values.