mhurhangee/patent-ind-claim-en huggingface dataset:
A system for regenerating a particulate matter sensor , the system comprising: a particulate matter sensor comprising a sensing element and a heating element ; a sensing module configured to detect a soot loading on the sensing element of the particulate matter sensor and generate a regeneration request indicating a desired regeneration temperature responsive to the soot loading reaching a predetermined level; a heating module configured to receive the regeneration request and send a heating command signal to the heating element based on the regeneration request ; an electrical resistance module configured to detect an electrical resistance in the heating element ; a calibration module configured to determine an actual temperature of the heating element based on a resistance-to-temperature response model and the detected electrical resistance ; a temperature feedback module configured to modify the heating command signal according to a heating command compensation value to provide a combined heating command signal , wherein the heating command compensation value is based on a difference between the desired regeneration temperature and the determined actual temperature ; characterised in that the system further comprises a signal adjustment module configured to convert the combined heating command signal to an adjusted heating command signal , wherein the net power delivered to the heating element remains unchanged but the response voltage in the heating element has a steady-state portion. a particulate matter sensor comprising a sensing element and a heating element ; a sensing module configured to detect a soot loading on the sensing element of the particulate matter sensor and generate a regeneration request indicating a desired regeneration temperature responsive to the soot loading reaching a predetermined level; a heating module configured to receive the regeneration request and send a heating command signal to the heating element based on the regeneration request ; an electrical resistance module configured to detect an electrical resistance in the heating element ; a calibration module configured to determine an actual temperature of the heating element based on a resistance-to-temperature response model and the detected electrical resistance ; a temperature feedback module configured to modify the heating command signal according to a heating command compensation value to provide a combined heating command signal , wherein the heating command compensation value is based on a difference between the desired regeneration temperature and the determined actual temperature ; characterised in that the system further comprises a signal adjustment module configured to convert the combined heating command signal to an adjusted heating command signal , wherein the net power delivered to the heating element remains unchanged but the response voltage in the heating element has a steady-state portion.
A method for suppressing an annoyance noise in an audio stream comprising ambient sound received by a microphone , the method being for a housing comprising the microphone and being configured to interface with a user's ear by fitting in, on, or over the user's ear such that ambient sound is mostly excluded from reaching the user's ear canal; wherein processed personal sound generated by an active filter is provided directly into the user's ear canal, and wherein the annoyance noise is composed of a fundamental frequency component and at least one harmonic component of the fundamental frequency, the method comprising: detecting whether or not an ambient audio stream contains voice activity in addition to the annoyance noise; estimating a frequency of a fundamental component of an annoyance noise contained in the ambient audio stream ; and processing the ambient audio stream through a filter bank to generate a personal audio stream , wherein the filter bank implements a first filter function when the ambient audio stream does not contain voice activity, wherein the first filter function comprises a first bank of band-reject filters intended to substantially suppress the fundamental component and/or the harmonic components, and a second filter function, different from the first filter function, when the ambient audio stream contains voice activity, wherein the second filter function comprises a second bank of band-reject filters with a lower attenuation of the fundamental component of the annoyance noise than the first bank of band-reject filters. detecting whether or not an ambient audio stream contains voice activity in addition to the annoyance noise; estimating a frequency of a fundamental component of an annoyance noise contained in the ambient audio stream ; and processing the ambient audio stream through a filter bank to generate a personal audio stream , wherein the filter bank implements a first filter function when the ambient audio stream does not contain voice activity, wherein the first filter function comprises a first bank of band-reject filters intended to substantially suppress the fundamental component and/or the harmonic components, and a second filter function, different from the first filter function, when the ambient audio stream contains voice activity, wherein the second filter function comprises a second bank of band-reject filters with a lower attenuation of the fundamental component of the annoyance noise than the first bank of band-reject filters.
A communication device of a wireless local area network, comprising: a communication unit configured to transmit a frame including a physical layer, PHY, header including link direction identification information comprising an uplink indicator bit and a downlink indicator bit; wherein: when the uplink indicator bit is 1 and the downlink indicator bit is 0, the link direction identification information indicates uplink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 1, the link direction identification information indicates downlink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 0, the link direction identification information indicates direct link communication, wherein the direct link communication comprises communication between WLAN stations, STA; and when the uplink indicator bit is 1 and the downlink indicator bit is 1, the link direction identification information indicates mesh network communication. a communication unit configured to transmit a frame including a physical layer, PHY, header including link direction identification information comprising an uplink indicator bit and a downlink indicator bit; wherein: when the uplink indicator bit is 1 and the downlink indicator bit is 0, the link direction identification information indicates uplink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 1, the link direction identification information indicates downlink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 0, the link direction identification information indicates direct link communication, wherein the direct link communication comprises communication between WLAN stations, STA; and when the uplink indicator bit is 1 and the downlink indicator bit is 1, the link direction when the uplink indicator bit is 1 and the downlink indicator bit is 0, the link direction identification information indicates uplink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 1, the link direction identification information indicates downlink communication; when the uplink indicator bit is 0 and the downlink indicator bit is 0, the link direction identification information indicates direct link communication, wherein the direct link communication comprises communication between WLAN stations, STA; and when the uplink indicator bit is 1 and the downlink indicator bit is 1, the link direction identification information indicates mesh network communication.
A method for determining an age of a biological sample, the method comprising: selectively measuring the methylation levels of a set of methylation markers in genomic DNA of the biological sample, said set of methylation markers comprising the 6 CpG methylation markers in Table 7; and comparing the measured methylation marker levels to reference levels for the methylation markers to determine the age of the sample based on said methylation levels. selectively measuring the methylation levels of a set of methylation markers in genomic DNA of the biological sample, said set of methylation markers comprising the 6 CpG methylation markers in Table 7; and comparing the measured methylation marker levels to reference levels for the methylation markers to determine the age of the sample based on said methylation levels.
A system for irradiating an artificial lens, the system comprising: one or more irradiation sources for two-photon or multi-photon irradiating a said artificial lens with an irradiation beam focused with an optic and of a first wavelength and a second wavelength different from the first wavelength, a scanner coupled to the one or more irradiation sources and configured to scan a said irradiation beam across said artificial lens , and an input unit coupled to the one or more irradiation sources and the scanner , wherein the input unit is configured to input data for treating said artificial lens by scanning a said irradiation beam across said artificial lens based on the input data , and wherein the first wavelength is between 600 nm and 800 nm for locally decreasing, based on said treating of said artificial lens, a polarizability of said artificial lens, and wherein the second wavelength is between 400 nm and 590 nm for locally increasing, based on said treating of said artificial lens, the polarizability of said artificial lens . one or more irradiation sources for two-photon or multi-photon irradiating a said artificial lens with an irradiation beam focused with an optic and of a first wavelength and a second wavelength different from the first wavelength, a scanner coupled to the one or more irradiation sources and configured to scan a said irradiation beam across said artificial lens , and an input unit coupled to the one or more irradiation sources and the scanner , wherein the input unit is configured to input data for treating said artificial lens by scanning a said irradiation beam across said artificial lens based on the input data , and wherein the first wavelength is between 600 nm and 800 nm for locally decreasing, based on said treating of said artificial lens, a polarizability of said artificial lens, and wherein the second wavelength is between 400 nm and 590 nm for locally increasing, based on said treating of said artificial lens, the polarizability of said artificial lens . wherein the first wavelength is between 600 nm and 800 nm for locally decreasing, based on said treating of said artificial lens, a polarizability of said artificial lens, and wherein the second wavelength is between 400 nm and 590 nm for locally increasing, based on said treating of said artificial lens, the polarizability of said artificial lens .
Method for the provision of data (D) of a first vehicle (F1) for a vehicle-external server device (S), comprising the following steps: - deciding according to a defined or definable condition between: - sending the data (D) directly to the vehicle-external server device (S), or - sending the data (D) to the vehicle-external server device (S) via a second vehicle (F2) which is in communication with the first vehicle (F1), and - sending the data (D) according to the decision, characterised in that the data (D) of the first vehicle (F1) are provided in anonymized form, by, if the data (D) are sent to the vehicle-external server device (S) via the second vehicle (F2), sender information of the first vehicle (F1) being deleted from the data (D). comprising the following steps: - deciding according to a defined or definable condition between: - sending the data (D) directly to the vehicle-external server device (S), or - sending the data (D) to the vehicle-external server device (S) via a second vehicle (F2) which is in communication with the first vehicle (F1), and - sending the data (D) according to the decision, - deciding according to a defined or definable condition between: - sending the data (D) directly to the vehicle-external server device (S), or - sending the data (D) to the vehicle-external server device (S) via a second vehicle (F2) which is in communication with the first vehicle (F1), and - sending the data (D) directly to the vehicle-external server device (S), or - sending the data (D) to the vehicle-external server device (S) via a second vehicle (F2) which is in communication with the first vehicle (F1), and - sending the data (D) according to the decision, characterised in that the data (D) of the first vehicle (F1) are provided in anonymized form, by, if the data (D) are sent to the vehicle-external server device (S) via the second vehicle (F2), sender information of the first vehicle (F1) being deleted from the data (D).
A display device comprising: a display unit having a display cell ; and a light-transmissive front panel located on a front side of the display unit , a support member is provided alongside of the display unit , and the support member is formed with a support piece which is elastically deformable in a direction intersecting a surface of the front panel , and the front panel is bonded to both the display unit and the support piece , characterized in that an opening is formed between the support piece and the support member in a way that the support piece is elastically deformable. a display unit having a display cell ; and a light-transmissive front panel located on a front side of the display unit , a support member is provided alongside of the display unit , and the support member is formed with a support piece which is elastically deformable in a direction intersecting a surface of the front panel , and the front panel is bonded to both the display unit and the support piece , characterized in that an opening is formed between the support piece and the support member in a way that the support piece is elastically deformable.
A transmitting apparatus comprising: a cyclically shifted sequence multiplying section configured to multiply a response signal with a cyclically shifted sequence defined by a cyclic shift value among a plurality of cyclic shift values; a spreading section configured to spread the multiplied response signal with an orthogonal sequence among a plurality of orthogonal sequences, characterized by the orthogonal sequence and the cyclic shift value are determined from an ACK/NACK resource number, and the ACK/NACK resource number is associated with a control channel element (CCE) number which indicates a number of a first CCE of one or more CCEs used to transmit a control signal in a downlink control channel; and a transmitting section configured to transmit the spread response signal using one or more antenna ports, wherein when a first antenna port and a second antenna port are used, the spreading section and the cyclically shifted sequence multiplying section uses a first orthogonal sequence and a first cyclic shift value, respectively, that are determined by a first ACK/NACK resource number for the spread response signal transmitted using the first antenna port, and uses a second orthogonal sequence and a second cyclic shift value that are determined by a second ACK/NACK resource number for the spread response signal transmitted using the second antenna port, the second ACK/NACK resource number being a number which equals the first ACK/NACK resource number plus one. a cyclically shifted sequence multiplying section configured to multiply a response signal with a cyclically shifted sequence defined by a cyclic shift value among a plurality of cyclic shift values; a spreading section configured to spread the multiplied response signal with an orthogonal sequence among a plurality of orthogonal sequences, characterized by the orthogonal sequence and the cyclic shift value are determined from an ACK/NACK resource number, and the ACK/NACK resource number is associated with a control channel element (CCE) number which indicates a number of a first CCE of one or more CCEs used to transmit a control signal in a downlink control channel; and a transmitting section configured to transmit the spread response signal using one or more antenna ports, wherein when a first antenna port and a second antenna port are used, the spreading section and the cyclically shifted sequence multiplying section uses a first orthogonal sequence and a first cyclic shift value, respectively, that are determined by a first ACK/NACK resource number for the spread response signal transmitted using the first antenna port, and uses a second orthogonal sequence and a second cyclic shift value that are determined by a second ACK/NACK resource number for the spread response signal transmitted using the second antenna port, the second ACK/NACK resource number being a number which equals the first ACK/NACK resource number plus one.
A touch sensing apparatus for detecting touch pressure, comprising a panel that defines a touch surface , the panel having a perimeter , a plurality of emitters arranged along the perimeter, wherein the emitters emit light across the panel, a plurality of detectors arranged along the perimeter, whereby the detectors are arranged to receive at least part of said light as detection light to determine a position (x,y) of a touch object touching the touch surface based on the attenuation of the light emitted across the panel by the touch object, wherein the touch sensing apparatus is configured to determine a difference in the received detection light between deflection of the panel from a first position (p 1 ) to a second position (p 2 ) along a normal of the touch surface when the touch object applies a pressure on the touch surface to deflect the panel and change the curvature of the panel relative the normal, wherein the light emitted by the emitters is reflected against the touch surface as the panel has the first position and the second position, and determine the pressure of the touch object against the touch surface based on said difference. a panel that defines a touch surface , the panel having a perimeter , a plurality of emitters arranged along the perimeter, wherein the emitters emit light across the panel, a plurality of detectors arranged along the perimeter, whereby the detectors are arranged to receive at least part of said light as detection light to determine a position (x,y) of a touch object touching the touch surface based on the attenuation of the light emitted across the panel by the touch object, wherein the touch sensing apparatus is configured to determine a difference in the received detection light between deflection of the panel from a first position (p 1 ) to a second position (p 2 ) along a normal of the touch surface when the touch object applies a pressure on the touch surface to deflect the panel and change the curvature of the panel relative the normal, wherein the light emitted by the emitters is reflected against the touch surface as the panel has the first position and the second position, and determine the pressure of the touch object against the touch surface based on said difference.
A gripping element of a weft yarn of a gripper loom comprising a device for opening said gripping element , said device comprising opening means and positioning means of the weft yarn, moving between at least two different operating positions, in a plane containing a direction line of said gripping element , a drive which controls the motion of said opening means and said positioning means , through a linkage , the motion of said opening means and said positioning means occurring along the same motion direction of said gripping element of weft yarn, said opening means and said positioning means not interacting with the warp yarn, said opening means comprising a punch and said positioning means comprising an appendix belonging to a runner connected to said linkage , said runner sliding along a guide along the same motion direction of said gripping element of weft yarn, characterized in that it comprises at least one gripper with a front opening adapted to receive at least the punch belonging to said opening means , between a main body and a cover , said main body interacting with said cover through elastic elements .
A plastic pallet with an underside comprising skids and a top side , wherein a skid is a middle skid running along the middle of the plastic pallet and wherein one skid comprises a handle which is accessible from the underside of the pallet , characterized in that the middle skid comprises the handle , wherein the handle is arranged in the middle of the middle skid , in the geometric centre of the pallet , relative to the length and width of the pallet , wherein the handle is elongated and comprises a U-shaped cross-section, and wherein a cavity is provided for fingers between the handle and the top side of the plastic pallet in such a way that the pallet can be carried with one hand.