mhurhangee/patent-ind-claim-en huggingface dataset:
Vibration damper arrangement, in particular in a torsional vibration damper arrangement for the drive train of a vehicle, comprising a primary side to be coupled to a drive member and a secondary side which can be rotated about a rotational axis (A) with regard to the primary side counter to the action of a damper element arrangement , the primary side and the secondary side having circumferential supporting regions for damper elements of the damper element arrangement , and a deflection mass carrier and at least one deflection mass which is carried on the deflection mass carrier such that it can be deflected out of a basic position at a maximum spacing from the rotational axis (A) into a deflection position at a smaller spacing from the rotational axis (A) being provided on the secondary side , the secondary side having at least one circumferential supporting element (102, 104; 102'), which has at least one circumferential supporting region , and a secondary-side, preferably annular disc-like mass element , the deflection mass carrier comprising two carrier discs which are arranged at a spacing from one another in the direction of the rotational axis (A), are connected fixedly to one another, and receive the at least one deflection mass between them, at least one first guide track with a substantially radially outwardly directed guide face being provided on the at least one deflection mass and, assigned to the at least one first guide track in the at least one deflection mass , a second guide track with a substantially radially inwardly directed guide face being provided in the deflection mass carrier, and, in the case of a deflection of the at least one deflection mass out of the basic position, it being possible for a guide body which is preferably configured as a rolling body to be moved along the first guide track and the second guide track , a first centring arrangement for axially centring at least one guide body between the two carrier discs being provided, characterized in that the first centring arrangement comprises, assigned to at least one carrier disc , a centring shoulder which extends radially to the outside with regard to a longitudinal axis of the guide body , and in that the centring shoulder is provided in a transition region between an outer circumferential face region which is in contact with a second guide track and an outer circumferential face region , in contact with a first guide track , of an outer circumferential face of the guide body .
A method of video-based road departure warning for a vehicle on a road , comprising the steps of: receiving an image of the road in front of the vehicle from a video imager ; detecting one or more road markings in the image corresponding to markings on the road which includes determining a region of interest in the image and detecting one or more road markings in the region of interest; analyzing characteristics of an image region (BBR) beyond a detected marking (7L; 7R) to determine a rating for drivability of the road corresponding to said image region (BBR) beyond said detected marking (7L; 7R), wherein the characteristics include a presence of edges; detecting a lateral offset of the vehicle relative to the markings on the road based on the detected road markings ; and generating a warning signal as a function of said lateral offset and said rating; characterized in that analyzing comprises comparing said characteristics of said image region (BBR) beyond said detected marking (7L; 7R) and characteristics of an image region (NR) before said detected marking (7L; 7R), and in that the presence of edges in the image regions (NR, BBR) is determined by measuring the image texture in the image regions (NR, BBR). receiving an image of the road in front of the vehicle from a video imager ; detecting one or more road markings in the image corresponding to markings on the road which includes determining a region of interest in the image and detecting one or more road markings in the region of interest; analyzing characteristics of an image region (BBR) beyond a detected marking (7L; 7R) to determine a rating for drivability of the road corresponding to said image region (BBR) beyond said detected marking (7L; 7R), wherein the characteristics include a presence of edges; detecting a lateral offset of the vehicle relative to the markings on the road based on the detected road markings ; and generating a warning signal as a function of said lateral offset and said rating; characterized in that analyzing comprises comparing said characteristics of said image region (BBR) beyond said detected marking (7L; 7R) and characteristics of an image region (NR) before said detected marking (7L; 7R), and in that the presence of edges in the image regions (NR, BBR) is determined by measuring the image texture in the image regions (NR, BBR).
A positron emission tomography (PET) detection method, comprising: obtaining PET data from a PET detector, wherein the PET detector comprises an array of detector elements , and wherein the PET data is representative of a PET measurement of at least part of a subject; and identifying in the PET data a plurality of paired events, wherein each paired event comprises a first photon event in a first region of the PET detector and a second photon event in a second region of the PET detector, wherein the first photon event comprises an energy deposition in a first detector element of the array due to a scattering of a first photon at a first azimuthal scattering angle and an associated energy deposition by the scattered first photon in a second detector element of the array, and wherein the second photon event comprises an energy deposition in a third detector element of the array due to a scattering of a second photon at a second azimuthal scattering angle and an associated energy deposition by the scattered second photon in a fourth detector element of the array; characterised in that the method further comprises: determining relative azimuthal scattering angles for the paired events by determining a respective difference between the first azimuthal scattering angle and second azimuthal scattering angle for each of the paired events; and processing the PET data in dependence on the relative azimuthal scattering angles for the paired events. obtaining PET data from a PET detector, wherein the PET detector comprises an array of detector elements , and wherein the PET data is representative of a PET measurement of at least part of a subject; and identifying in the PET data a plurality of paired events, wherein each paired event comprises a first photon event in a first region of the PET detector and a second photon event in a second region of the PET detector, wherein the first photon event comprises an energy deposition in a first detector element of the array due to a scattering of a first photon at a first azimuthal scattering angle and an associated energy deposition by the scattered first photon in a second detector element of the array, and wherein the second photon event comprises an energy deposition in a third detector element of the array due to a scattering of a second photon at a second azimuthal scattering angle and an associated energy deposition by the scattered second photon in a fourth detector element of the array; characterised in that the method further comprises: determining relative azimuthal scattering angles for the paired events by determining a respective difference between the first azimuthal scattering angle and second azimuthal scattering angle for each of the paired events; and processing the PET data in dependence on the relative azimuthal scattering angles for the paired events. determining relative azimuthal scattering angles for the paired events by determining a respective difference between the first azimuthal scattering angle and second azimuthal scattering angle for each of the paired events; and processing the PET data in dependence on the relative azimuthal scattering angles for the paired events.
An over current protection system , characterized by comprising: a first resistor (R1) comprising: a first terminal configured to receive an input voltage (Vin); and a second terminal; a second resistor (R2) comprising: a first terminal coupled to the second terminal of the first resistor (R1); and a second terminal directly coupled to a ground terminal (GND); a third resistor (R3) comprising: a first terminal; and a second terminal coupled to the first terminal of the second resistor (R2); a fourth resistor (R4) comprising: a first terminal coupled to the second terminal of the third resistor (R3); and a second terminal configured to provide an output voltage (Vout); and an electrostatic discharge circuit coupled to the first terminal of the third resistor (R3); wherein when the input voltage (Vin) is an abnormal voltage, the electrostatic discharge circuit is enabled for maintaining a voltage at the second terminal of the third resistor (R3) within a normal voltage range. a first resistor (R1) comprising: a first terminal configured to receive an input voltage (Vin); and a second terminal; a first terminal configured to receive an input voltage (Vin); and a second terminal; a second resistor (R2) comprising: a first terminal coupled to the second terminal of the first resistor (R1); and a second terminal directly coupled to a ground terminal (GND); a first terminal coupled to the second terminal of the first resistor (R1); and a second terminal directly coupled to a ground terminal (GND); a third resistor (R3) comprising: a first terminal; and a second terminal coupled to the first terminal of the second resistor (R2); a first terminal; and a second terminal coupled to the first terminal of the second resistor (R2); a fourth resistor (R4) comprising: a first terminal coupled to the second terminal of the third resistor (R3); and a second terminal configured to provide an output voltage (Vout); and a first terminal coupled to the second terminal of the third resistor (R3); and a second terminal configured to provide an output voltage (Vout); and an electrostatic discharge circuit coupled to the first terminal of the third resistor (R3); wherein when the input voltage (Vin) is an abnormal voltage, the electrostatic discharge circuit is enabled for maintaining a voltage at the second terminal of the third resistor (R3) within a normal voltage range.
Method for inserting a weft thread in an airjet weaving machine, which weft thread is wound in a number of windings on a winding drum of a prewinder , is drawn off from the prewinder and is transported through a shed by means of compressed air blown by at least one main blower and by successive relay blowers , the method comprising the steps of activating the relay blowers successively, with the advancement of the weft thread through the shed , over a period of time for supporting the weft thread , detecting an average arrival instant (T A , T A1 ) at which a leading end of an average weft thread reaches an arrival detector arranged at an arrival end of the shed , detecting an instant (T LW ) at which the last winding is unwound from the winding drum , and determining as a reference value (DT) the time difference between the average arrival instant (T A , T A1 ) and the average instant (T LW ) at which the last winding is unwound from the winding drum , characterized in that at least one point (P i ) of an estimated trajectory of the leading end of the average weft thread transported through the shed is determined as a function of the reference value (DT), and the start of the period of time for the supply of compressed air to at least one of the relay blowers is adapted to this estimated trajectory .
A semifinished product obtainable during manufacturing a component carrier , wherein the semifinished product comprises: component carrier material with a recess , wherein the recess is a through-hole; a base on which the component carrier material is fixed, wherein the base comprises a support covered with a glue layer ; an auxiliary structure comprising a transition piece which is located within the recess so as to define at least part of an accommodation volume; wherein the transition piece comprises or consists of a material which is solid, the material being liquefiable by heat and/or pressure so that - when a component is inserted in the recess , such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component , and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material. component carrier material with a recess , wherein the recess is a through-hole; a base on which the component carrier material is fixed, wherein the base comprises a support covered with a glue layer ; an auxiliary structure comprising a transition piece which is located within the recess so as to define at least part of an accommodation volume; wherein the transition piece comprises or consists of a material which is solid, the material being liquefiable by heat and/or pressure so that - when a component is inserted in the recess , such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component , and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material. - when a component is inserted in the recess , such that the component is placed onto the base and the transition piece at least partially, in particular substantially fully circumferentially, encloses the component , and - when heat and/or pressure is applied, the material liquefies to an adhesive state and flows thereby closing gaps or voids between the component and the surrounding component carrier material.
A method for data transmission, comprising: in a case that a first condition is met, receiving, by a terminal device, first data and second data simultaneously (S201); the first data being carried on a first physical downlink shared channel, PDSCH, and the second data being carried on a second PDSCH; wherein the first data is a Multimedia Broadcast Multicast Service, MBMS, data and the second data is a unicast data; wherein the first condition comprises: Demodulation Reference Signal, DMRS, of the first PDSCH and DMRS of the second PDSCH being QCL-TypeD with a same Synchronization Signal Block, SSB. in a case that a first condition is met, receiving, by a terminal device, first data and second data simultaneously (S201); the first data being carried on a first physical downlink shared channel, PDSCH, and the second data being carried on a second PDSCH; wherein the first data is a Multimedia Broadcast Multicast Service, MBMS, data and the second data is a unicast data; wherein the first condition comprises: Demodulation Reference Signal, DMRS, of the first PDSCH and DMRS of the second PDSCH being QCL-TypeD with a same Synchronization Signal Block, SSB.
A method for operating a terminal that can be used in a mobile radio network providing communication services, in particular a mobile radio network according to a GSM, GPRS, UMTS and/or LTE radio network standard, and used with at least one credit account, prepaid, with at least one account balance or at least one customer account with subsequent invoicing, postpaid, with at least one account balance , which terminal comprises a display device for the optical, acoustic and/or sensual reproduction of information and at least one input device for the optical, acoustic and/or sensual gathering of information, wherein during the use of a fee-based communication service of the mobile radio network by means of the terminal and after pre-defined and/or pre-determinable periods of time have elapsed, the at least one account balance of the at least one credit account or the at least one customer account with subsequent invoicing will be checked by means of an account balance query directed by the terminal to a device which manages and/or keeps the credit account, the checked account balance will be sent as account balance information via the mobile radio network to the terminal , and will be reproduced by means of the display device of the terminal .
A method comprising: installing an acoustic sensing module in an environment having existing dispensing devices ; training the acoustic sensing module to individually identify the dispensing devices based on acoustic signals generated by actuations of the dispensing devices ; determining numbers of actuations of the dispensing devices based on the training; monitoring the dispensing devices to determine low consumable product states for the dispensing devices based on the numbers of actuations for the dispensing devices ; and generating alert messages in response to determined low consumable product states. installing an acoustic sensing module in an environment having existing dispensing devices ; training the acoustic sensing module to individually identify the dispensing devices based on acoustic signals generated by actuations of the dispensing devices ; determining numbers of actuations of the dispensing devices based on the training; monitoring the dispensing devices to determine low consumable product states for the dispensing devices based on the numbers of actuations for the dispensing devices ; and generating alert messages in response to determined low consumable product states.
A locking device for a crusher rotor of a horizontal shaft impact crusher , said rotor including at least one hammer element and at least one rotor disc having a plurality of rotor arms , the locking device comprising: a locking-wedge , including a first bore ; a screw element for driving the locking-wedge into a locking position between a rotor arm and the hammer element , and for holding the locking-wedge in the locking position, thereby fixing the hammer element to the rotor disc ; a locking nut for receiving the locking screw element ; and a locking nut holder ; wherein the first bore is arranged to receive the screw element , the screw element is drivable through the locking nut , and the locking nut holder holds the locking nut in a manner that prevents the locking nut from rotating as the screw element is driven through the locking nut , characterized in that the nut holder is releasably attachable to the locking-wedge by attachment means, such as a plurality of bolts. a locking-wedge , including a first bore ; a screw element for driving the locking-wedge into a locking position between a rotor arm and the hammer element , and for holding the locking-wedge in the locking position, thereby fixing the hammer element to the rotor disc ; a locking nut for receiving the locking screw element ; and a locking nut holder ; wherein the first bore is arranged to receive the screw element , the screw element is drivable through the locking nut , and the locking nut holder holds the locking nut in a manner that prevents the locking nut from rotating as the screw element is driven through the locking nut , characterized in that the nut holder is releasably attachable to the locking-wedge by attachment means, such as a plurality of bolts.
An intercom network , comprising a plurality of speech stations and at least one switching centre , wherein from each speech station connected to the switching centre a connecting line extends to the switching centre, wherein the connecting line provides a direct connection, respectively, between the switching centre and the connected speech station, wherein the switching centre switches, configures and manages these connections and wherein the speech stations of the intercom network, due to an audio data communication via the switching centre, can enter into audio communication with each other in real time, characterised in that at least one speech station comprises a terminal for a second connecting line , via which the speech station is connected with the same switching centre or with another switching centre .
A method of receiving a Wake-Up Radio, WUR, frame by a station, STA, in a Wireless Local Area Network, WLAN, the method comprising: receiving a WUR frame including a frame control field, an address field, a Type Dependent, TD, control field, and a frame body; obtaining, from the WUR frame, information related to a Basic Service Set identifier, BSSID, information related to a Service Set identifier, SSID, and information related to a Primary Connectivity Radio, PCR, channel, upon determining that the WUR frame is a WUR frame broadcasting information for Access Point, AP, discovery; and performing scanning in a PCR for the AP discovery based on the information related to the BSSID, the information related to the SSID, and the information related to the PCR channel, wherein the information related to the BSSID is a partial BSSID of an entire BSSID of the AP, and a first part and a second part of the partial BSSID are obtained from the address field and the TD control field, respectively, and the information related to the SSID is a partial SSID of an entire SSID of the AP and the partial SSID is obtained from the frame body. receiving a WUR frame including a frame control field, an address field, a Type Dependent, TD, control field, and a frame body; obtaining, from the WUR frame, information related to a Basic Service Set identifier, BSSID, information related to a Service Set identifier, SSID, and information related to a Primary Connectivity Radio, PCR, channel, upon determining that the WUR frame is a WUR frame broadcasting information for Access Point, AP, discovery; and performing scanning in a PCR for the AP discovery based on the information related to the BSSID, the information related to the SSID, and the information related to the PCR channel, wherein the information related to the BSSID is a partial BSSID of an entire BSSID of the AP, and a first part and a second part of the partial BSSID are obtained from the address field and the TD control field, respectively, and the information related to the SSID is a partial SSID of an entire SSID of the AP and the partial SSID is obtained from the frame body.
A method for determining a duplex resource scheme for a localized communication in a mobile communication system , the localized communication being communication that occurs in a pre-defined area, the method comprising: Obtaining environmental perception data, wherein the environmental perception data relates to a plurality of road users , the environmental perception data comprising modeling information for an area surrounding the plurality of road users; Predicting a plurality of radio resources required for a communication of the plurality of road users based on the obtained environmental perception data; and Determining the duplex resource scheme based on the predicted plurality of radio resources required for the communication of the plurality of road users, the duplex resources being allotted between at least two of uplink communication, downlink communication, and side-link communication within the duplex resource scheme. Obtaining environmental perception data, wherein the environmental perception data relates to a plurality of road users , the environmental perception data comprising modeling information for an area surrounding the plurality of road users; Predicting a plurality of radio resources required for a communication of the plurality of road users based on the obtained environmental perception data; and Determining the duplex resource scheme based on the predicted plurality of radio resources required for the communication of the plurality of road users, the duplex resources being allotted between at least two of uplink communication, downlink communication, and side-link communication within the duplex resource scheme.