mhurhangee/ep-ind-claims huggingface dataset:
A data processing apparatus (100; 200; 300) comprising: a sensor module comprising a plurality of sensors (102; 202; 204; 302; 304) each configured to generate a sensor output signal representative of a value (206; 208; 210; 306; 308) for one or more context aspects of the data processing apparatus and a confidence factor associated with each of the values for the one or more context aspects; and a context engine module (104; 212; 310) configured to process the sensor output signal for each sensor to generate and make available a final value (216; 218; 220; 312; 314; 316) for one or more context aspects of the data processing apparatus (100; 200; 300) and further configured, responsive to the detection of inconsistency in the data received from the sensors (102; 202; 204; 302; 304), to provide feedback to the sensor module such that the confidence factor corresponding to the sensor providing the inconsistent data is adjusted. a sensor module comprising a plurality of sensors (102; 202; 204; 302; 304) each configured to generate a sensor output signal representative of a value (206; 208; 210; 306; 308) for one or more context aspects of the data processing apparatus and a confidence factor associated with each of the values for the one or more context aspects; and a context engine module (104; 212; 310) configured to process the sensor output signal for each sensor to generate and make available a final value (216; 218; 220; 312; 314; 316) for one or more context aspects of the data processing apparatus (100; 200; 300) and further configured, responsive to the detection of inconsistency in the data received from the sensors (102; 202; 204; 302; 304), to provide feedback to the sensor module such that the confidence factor corresponding to the sensor providing the inconsistent data is adjusted.
Artificial eye lens having at least one optical part, which comprises a front side and a back side opposite the front side, wherein the artificial eye lens comprises an image projection device, characterized in that the image projection device is used to project optical information created by the image projection device itself at least onto the back side of the optical part, wherein the image projection device enables image creation independently of the optical imaging property of the optical part, wherein the image projection device is arranged on or in the optical part such that it radiates the light image emitted thereby directly to the back side, and the image projection device is designed to project optical information created by the image projection device backwards through the back side of the optical part and out of the optical part.
An image processing apparatus comprising: a reception unit configured to receive image data from external equipment; a processing unit configured to generate instruction information regarding the image data; a transmission unit configured to transmit the instruction information to the external equipment; the processing unit further generates a display-use image based on and reflecting the instruction information; and wherein the processing unit generates the display-use image having either a displayed mark or a displayed text corresponding to details of the instruction information; and characterized in that a display unit is configured to display the display-use image; and wherein either the display unit is configured to display a cancel button or the image processing apparatus further comprises a mechanical cancel button; and the transmission unit is configured to transmit cancellation information to the external equipment indicating cancellation of a most-recently transmitted instruction information in accordance with operation of the displayed cancel button or of the mechanical cancel button. a reception unit configured to receive image data from external equipment; a processing unit configured to generate instruction information regarding the image data; a transmission unit configured to transmit the instruction information to the external equipment; the processing unit further generates a display-use image based on and reflecting the instruction information; and wherein the processing unit generates the display-use image having either a displayed mark or a displayed text corresponding to details of the instruction information; and characterized in that a display unit is configured to display the display-use image; and wherein either the display unit is configured to display a cancel button or the image processing apparatus further comprises a mechanical cancel button; and the transmission unit is configured to transmit cancellation information to the external equipment indicating cancellation of a most-recently transmitted instruction information in accordance with operation of the displayed cancel button or of the mechanical cancel button.
A non-photosensitive resin composition, which is a resin composition not containing a quinone diazide compound, comprising: a self-cross-linkable copolymer having structural units of Formulae and: where, in Formulae and, each R 0 is independently a hydrogen atom or a methyl group; X is an -O- group or an -NH- group; R 1 is a single bond or a C 1-6 alkylene group; R 2 is a C 1-6 alkyl group; a is an integer of 1 to 5, b is an integer of 0 to 4, and when a and b satisfy 1 ≤ a + b ≤ 5, and b is 2, 3, or 4, such R 2 optionally differ from each other; R 3 is a divalent organic group of Formula, Formula, or Formula, and when R 3 is a divalent organic group of Formula, a carbonyl group in Formula is bonded to a main chain of a structural unit of Formula; and R 4 is an organic group having an epoxy group: where, in Formulae,, and, c is an integer of 0 to 3, d is an integer of 1 to 3, and each e is independently an integer of 2 to 6; and a solvent. a self-cross-linkable copolymer having structural units of Formulae and: where, in Formulae and, each R 0 is independently a hydrogen atom or a methyl group; X is an -O- group or an -NH- group; R 1 is a single bond or a C 1-6 alkylene group; R 2 is a C 1-6 alkyl group; a is an integer of 1 to 5, b is an integer of 0 to 4, and when a and b satisfy 1 ≤ a + b ≤ 5, and b is 2, 3, or 4, such R 2 optionally differ from each other; R 3 is a divalent organic group of Formula, Formula, or Formula, and when R 3 is a divalent organic group of Formula, a carbonyl group in Formula is bonded to a main chain of a structural unit of Formula; and R 4 is an organic group having an epoxy group: where, in Formulae,, and, c is an integer of 0 to 3, d is an integer of 1 to 3, and each e is independently an integer of 2 to 6; and a solvent.
A method for recreating directional cues in beamformed audio, the method comprising: receiving at least one first audio signal via a microphone array; receiving at least one second audio signal via the microphone array; receiving at least one third audio signal via a left reference microphone and a fourth audio signal received via a right reference microphone in the microphone array; transforming the at least one first audio signal, the at least one second audio signal, the at least one third audio signal and the at least one fourth audio signal to a frequency domain representation; beamforming the at least one transformed first audio signal, the at least one transformed second audio signal, the at least one transformed third audio signal and the at least one transformed fourth audio signal to generate a beamformed monophonic audio signal; extracting phase information for the left reference microphone from the at least one transformed third audio signal and phase information for the right reference microphone from the at least one transformed fourth audio signal; and generating first and second audio signals (232,233) with directional cues by applying respectively the phase information for the right reference microphone and the phase information for the left reference microphone to the amplitude of the beamformed monophonic audio signal. receiving at least one first audio signal via a microphone array; receiving at least one second audio signal via the microphone array; receiving at least one third audio signal via a left reference microphone and a fourth audio signal received via a right reference microphone in the microphone array; transforming the at least one first audio signal, the at least one second audio signal, the at least one third audio signal and the at least one fourth audio signal to a frequency domain representation; beamforming the at least one transformed first audio signal, the at least one transformed second audio signal, the at least one transformed third audio signal and the at least one transformed fourth audio signal to generate a beamformed monophonic audio signal; extracting phase information for the left reference microphone from the at least one transformed third audio signal and phase information for the right reference microphone from the at least one transformed fourth audio signal; and generating first and second audio signals (232,233) with directional cues by applying respectively the phase information for the right reference microphone and the phase information for the left reference microphone to the amplitude of the beamformed monophonic audio signal.
A system comprising: a controller configured to store Received Signal Strength Indicator, RSSI, information for an unassociated client detected by an access point, AP, of a wireless network; wherein the controller is further configured to i) identify that the unassociated client has associated with the wireless network, and ii) identify the AP as a doorway AP, in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network, based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. a controller configured to store Received Signal Strength Indicator, RSSI, information for an unassociated client detected by an access point, AP, of a wireless network; wherein the controller is further configured to i) identify that the unassociated client has associated with the wireless network, and ii) identify the AP as a doorway AP, in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network, based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. i) identify that the unassociated client has associated with the wireless network, and ii) identify the AP as a doorway AP, in response to the client associating to the AP, characterized in that the controller is further configured to use the doorway AP identification to identify clients as passersby and visitors to the wireless network by: identifying a path that is followed by an associated client through the wireless network, based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path. identifying a path that is followed by an associated client through the wireless network, based on a series of access points in the wireless network detecting the associated client; and classifying a client as a visitor based on a client dwell time at the doorway AP satisfying a visitor time period, and the client being detected at a second AP of the wireless network in a direction along the path.
Plant material selected from seeds, roots and tubers to which bacteriophage has been covalently attached, wherein the bacteriophage is attached to the plant material by activating the plant material and then attaching the bacteriophage to the activated plant material, and wherein the bacteriophage retains infectivity.
A method for analyzing a multidimensional cardiac image set, the multidimensional cardiac image set comprising: - a first image set of a heart related to a first level of stress; and - a second image set of a heart related to a second, different level of stress, wherein the first image set is segmented resulting into respective first cardiac contours for each image within the first image set; and the second image set is segmented resulting into respective second cardiac contours for each image within the second image set, the method comprising: - determining resulting cardiac contours for each image within the first image set using the first and second cardiac contours, and for each image within the second image set using the first and second cardiac contours. - a first image set of a heart related to a first level of stress; and - a second image set of a heart related to a second, different level of stress, - determining resulting cardiac contours for each image within the first image set using the first and second cardiac contours, and for each image within the second image set using the first and second cardiac contours.
A method of manufacturing a molded article by melting and molding granules of a polycarbonate resin at a temperature of 280 to 380°C, wherein the granules are molded after it has been confirmed that the granules satisfy the following conditions (a) and (b): (a) when 100 parts by weight of the granules are cleaned with 100 parts by weight of a 1N nitric acid aqueous solution, the amount of an Fe compound eluted into the cleaning liquid of the 1N nitric acid aqueous solution is 1 to 100 ppb in terms of an Fe atom based on the granules, (b) when 100 parts by weight of the granules are cleaned with 100 parts by weight of MeOH, the total amount of oleic amide, erucic amide and stearic amide eluted into the cleaning liquid of MeOH is 1 to 50 ppb based on the granules. (a) when 100 parts by weight of the granules are cleaned with 100 parts by weight of a 1N nitric acid aqueous solution, the amount of an Fe compound eluted into the cleaning liquid of the 1N nitric acid aqueous solution is 1 to 100 ppb in terms of an Fe atom based on the granules, (b) when 100 parts by weight of the granules are cleaned with 100 parts by weight of MeOH, the total amount of oleic amide, erucic amide and stearic amide eluted into the cleaning liquid of MeOH is 1 to 50 ppb based on the granules.
A draper belt comprising a carry layer, a pulley cover layer, and a fabric reinforcing layer which is situated between the carry layer and the pulley cover layer, wherein the carry layer includes a plurality of cleats, wherein the cleats are reinforced with reinforcing rods, wherein the draper belt has a first edge section, a second edge section, and center edge section located between the first edge section and the second edge section, wherein the first edge section and the second edge section include a fabric reinforcement, characterized in that the edge sections (16, 17) comprise at least three times more fabric reinforcement than the fabric reinforcement layer in the center section of the draper belt, so that the first edge section and the second edge section of the draper belt each have a modulus that is at least three times greater than the modulus of the center section, and wherein the pulley cover layer and the carry layer are thinner in the edge sections (16, 17) than in the center section to accommodate the larger fabric reinforcement of the edge sections (16, 17).
A manufacturing method for producing a tower segment of a tapering tower of a wind power installation, wherein the tower in the installed state and in the operating state has a vertical longitudinal axis and an angular cross-section orthogonal to this longitudinal axis, said method comprising the steps: - providing a plate that extends in a longitudinal direction and, orthogonally thereto, in a circumferential direction, wherein the extent in the longitudinal direction is larger than the extent in the circumferential direction; and - rolling the plate along the longitudinal direction of the plate, wherein the rolling comprises: incorporating a thickness profile having a variable thickness (dÜ); and - bending the plate in the circumferential direction; and - producing at least one abutting face on the plate for connecting at least one further plate, wherein the producing of the at least one abutting face comprises: producing (S4.1) at least one longitudinal abutting face (3a, 3b) for connecting at least one further plate in the circumferential direction, and removing (S4.3) a peripheral portion of the plate for adjusting or achieving a required inclination of the tower, so that a tower segment inclined relative to the longitudinal axis in the installed state has a varying curvature in the longitudinal direction. - providing a plate that extends in a longitudinal direction and, orthogonally thereto, in a circumferential direction, wherein the extent in the longitudinal direction is larger than the extent in the circumferential direction; and - rolling the plate along the longitudinal direction of the plate, wherein the rolling comprises: incorporating a thickness profile having a variable thickness (dÜ); and - bending the plate in the circumferential direction; and - producing at least one abutting face on the plate for connecting at least one further plate, wherein the producing of the at least one abutting face comprises: producing (S4.1) at least one longitudinal abutting face (3a, 3b) for connecting at least one further plate in the circumferential direction, and removing (S4.3) a peripheral portion of the plate for adjusting or achieving a required inclination of the tower, so that a tower segment inclined relative to the longitudinal axis in the installed state has a varying curvature in the longitudinal direction. producing (S4.1) at least one longitudinal abutting face (3a, 3b) for connecting at least one further plate in the circumferential direction, and removing (S4.3) a peripheral portion of the plate for adjusting or achieving a required inclination of the tower, so that a tower segment inclined relative to the longitudinal axis in the installed state has a varying curvature in the longitudinal direction.
A method for processing a waveform signal measured for a neuroprosthetic device, for a waveform signal resulting from varying a non-therapeutic electrical stimulation signal delivered by the neuroprosthetic device, wherein the waveform signal contains a stimulus artifact component and a neuronal action potential component, characterised by deriving an optimized electrical stimulation signal based on satisfying an a priori cost function comparison between a defined possible stimulus artifact and a plurality of known neuronal action potential waveforms.
Sensor element for detecting particles of a measurement gas in a measurement gas space, wherein the sensor element comprises at least one support, wherein at least one first electrode device and at least one second electrode device are applied to the support, wherein the first electrode device and the second electrode device each have at least one electrode finger, wherein the electrode fingers have a layer construction, wherein the layer construction comprises at least one first metallic layer comprising at least one material selected from the group consisting of: a pure metal selected from the group consisting of platinum and palladium; an alloy comprising at least one of the metals platinum and/or palladium; a metal-ceramic composite material, wherein the metal, selected from the group consisting of platinum and palladium, has a proportion by mass of more than 50% in the metal-ceramic composite material; and the layer construction comprises at least one second metallic layer that completely or partially covers the first metallic layer, characterized in that the second metallic layer comprises at least one material selected from the group consisting of: a pure metal, namely rhodium, iridium or rhenium; an alloy comprising at least one of the metals rhodium, iridium or rhenium; a metal-ceramic composite material, wherein the metal, selected from the group consisting of rhodium, iridium and rhenium, has a proportion by mass of more than 50% in the metal-ceramic composite material.
Drive apparatus for hull-side installation on a watercraft for passenger transport, in particular on an air mattress, - a first propulsion device and a second propulsion device, - a control unit, - a power source, - an operating device, - at least one attachment means, wherein the at least one means is implemented in a belt-like form, - wherein the drive apparatus is supplied by the power source with electrical energy, - wherein the control unit controls the first propulsion device and the second propulsion device in dependency on a user input on the operating device, and - wherein the first propulsion device and the second propulsion device are fixedly arranged, parallel and at a distance to each other, on the at least one attachment means, - wherein the control unit comprises an antenna, - wherein the operating device is a remote control, and - wherein the antenna is arranged in the at least one attachment means. - a first propulsion device and a second propulsion device, - a control unit, - a power source, - an operating device, - at least one attachment means, wherein the at least one means is implemented in a belt-like form, - wherein the drive apparatus is supplied by the power source with electrical energy, - wherein the control unit controls the first propulsion device and the second propulsion device in dependency on a user input on the operating device, and - wherein the first propulsion device and the second propulsion device are fixedly arranged, parallel and at a distance to each other, on the at least one attachment means, - wherein the control unit comprises an antenna, - wherein the operating device is a remote control, and - wherein the antenna is arranged in the at least one attachment means.
A multi-mode communication system comprising: a plurality of devices a radio frequency communications system which provides wireless communications between members of the plurality of devices; and a visible light communications system which provides different communications than provided by the radio frequency system between at least some of the devices of the plurality, wherein the two systems operate in tandem to implement selected functionality, characterized in that the visible light communication system provides synchronization signals to at least some of the devices to extend battery life of the at least some units. a plurality of devices a radio frequency communications system which provides wireless communications between members of the plurality of devices; and a visible light communications system which provides different communications than provided by the radio frequency system between at least some of the devices of the plurality, wherein the two systems operate in tandem to implement selected functionality, characterized in that the visible light communication system provides synchronization signals to at least some of the devices to extend battery life of the at least some units.