mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method for determining coordinates of a vehicle, the vehicle equipped with a location determining arrangement comprising a sensor arrangement and a control unit, the sensor arrangement provided at the vehicle with a predetermined relation to a vehicle reference position (V ref), wherein the method comprises the steps of: - determining, using the sensor arrangement and the control unit, at least one distance (d 1, d 2,..., d n) to an optical machine-readable tag, the optical machine-readable tag mounted in a surrounding of the vehicle at a fixed structure having a predetermined convex shape, - determining, using the control unit, the shortest distance (d short) of the at least one distances (d1, d2,..., dn) to the optical machine-readable tag, - determining, using the control unit, tag reference coordinates for the optical machine-readable tag based on an ID code associated with the optical machine-readable tag, and - determining, using the control unit, the coordinates for the vehicle based on the tag reference coordinates, the shortest distance (d short), the predetermined convex shape and the predetermined relation between the sensor arrangement and the vehicle reference position (V ref). - determining, using the sensor arrangement and the control unit, at least one distance (d 1, d 2,..., d n) to an optical machine-readable tag, the optical machine-readable tag mounted in a surrounding of the vehicle at a fixed structure having a predetermined convex shape, - determining, using the control unit, the shortest distance (d short) of the at least one distances (d1, d2,..., dn) to the optical machine-readable tag, - determining, using the control unit, tag reference coordinates for the optical machine-readable tag based on an ID code associated with the optical machine-readable tag, and - determining, using the control unit, the coordinates for the vehicle based on the tag reference coordinates, the shortest distance (d short), the predetermined convex shape and the predetermined relation between the sensor arrangement and the vehicle reference position (V ref).
A method for supporting downlink joint detection in a time division duplex code division multiple access communication network system, comprising: a.O.) when establishing a connection with a user equipment, the network system sends an initial code allocation information indicating which codes have been allocated or active code number indicating a number of active codes to the user equipment. a) judging whether the code allocation information or the active code number in a downlink timeslot will change in the next transmission time interval; b) inserting the changed code allocation information or active code number as a specific control information into a data field in the traffic burst in the downlink timeslot corresponding to current transmission time interval if the code allocation information or active code number will change; c) sending the traffic burst containing the specific control information to each user equipment in the downlink timeslot via a downlink channel; wherein said code allocation information or active code number is transferred to said user equipment without help of midamble information. a.O.) when establishing a connection with a user equipment, the network system sends an initial code allocation information indicating which codes have been allocated or active code number indicating a number of active codes to the user equipment. a) judging whether the code allocation information or the active code number in a downlink timeslot will change in the next transmission time interval; b) inserting the changed code allocation information or active code number as a specific control information into a data field in the traffic burst in the downlink timeslot corresponding to current transmission time interval if the code allocation information or active code number will change; c) sending the traffic burst containing the specific control information to each user equipment in the downlink timeslot via a downlink channel; wherein said code allocation information or active code number is transferred to said user equipment without help of midamble information. a) judging whether the code allocation information or the active code number in a downlink timeslot will change in the next transmission time interval; b) inserting the changed code allocation information or active code number as a specific control information into a data field in the traffic burst in the downlink timeslot corresponding to current transmission time interval if the code allocation information or active code number will change; c) sending the traffic burst containing the specific control information to each user equipment in the downlink timeslot via a downlink channel; wherein said code allocation information or active code number is transferred to said user equipment without help of midamble information.
A data processing method, comprising: obtaining (S 110), by a first terminal, packet delay budget adjustment information, wherein the packet delay budget adjustment information indicates an adjusted packet delay budget, a packet delay budget adjustment amount, or a packet delay budget adjustment range; adjusting (S 120), by the first terminal, the size of a jitter buffer based on the packet delay budget adjustment information; and buffering, by the first terminal, data based on the adjusted jitter buffer, wherein the obtaining (S 110), by a first terminal, packet delay budget adjustment information comprises: receiving, by the first terminal, the packet delay budget adjustment information from (S110b) a first network device or from (S110d) a second terminal, the method characterised by: wherein the first terminal receives the packet delay budget adjustment information from the second terminal via a real-time transport control protocol, RTCP, message. obtaining (S 110), by a first terminal, packet delay budget adjustment information, wherein the packet delay budget adjustment information indicates an adjusted packet delay budget, a packet delay budget adjustment amount, or a packet delay budget adjustment range; adjusting (S 120), by the first terminal, the size of a jitter buffer based on the packet delay budget adjustment information; and buffering, by the first terminal, data based on the adjusted jitter buffer, wherein the obtaining (S 110), by a first terminal, packet delay budget adjustment information comprises: receiving, by the first terminal, the packet delay budget adjustment information from (S110b) a first network device or from (S110d) a second terminal, the method characterised by: wherein the first terminal receives the packet delay budget adjustment information from the second terminal via a real-time transport control protocol, RTCP, message.
Cable car system having a conveying cable which is guided in each case over a deflection pulley in the two terminal stations of the system, and having vehicles, such as cabins or chairs, which can be coupled to the conveying cable and which are constructed with a clamping device and with a running gear, wherein they are coupled to the conveying cable along the section and, uncoupled from the conveying cable at the entrances to the stations, are guided by means of the running gear along guide rails through the stations, in which they are boarded or disembarked by the passengers, and are coupled again to the conveying cable at the exits of the stations, wherein further the movement of the vehicles in the stations takes place by means of control tires, namely deceleration tires, conveying tires and acceleration tires, which are coupled to one another via transmissions, wherein the speed of the vehicles is reduced by the deceleration tires after they have been uncoupled from the conveying cable, furthermore the vehicles are moved by means of the conveying tires at a low speed through the entry and exit region for the passengers, in which they are boarded or disembarked by the passengers, and the speed of the vehicles is increased by means of the acceleration tires, whereupon they are coupled again to the conveying cable and conveyed out of the station, further the control tires (51, 52, 53) are driven by at least one supporting roller for the conveying cable which is located in the station in question, wherein the control tires (51, 52, 53) are mounted on a supporting frame which is located on at least one supporting structure (1, 11) and the at least one of those supporting rollers for the conveying cable, via which the drive of the control tires (51, 52, 53) is derived from the conveying cable by means of a drive belt, is mounted on at least one pivotably mounted rocker or the like, and the drive belt is laid over this at least one supporting roller and over at least one control tire, characterized in that the at least one supporting structure for the supporting frame consists of a supporting column and a transverse beam located thereon, and the at least one pivotable rocker or the like, on which the at least one supporting roller is mounted, from which the drive for the control tires (51, 52, 53) is derived, is mounted on one of the two ends of the transverse beam, or that the at least one pivotable rocker or the like is mounted on a supporting structure (1b, 11b, 12b) to which the supporting frame is not fastened.
A method, in a heterogeneous radio communication system, for setup or modification of data flows der a user equipment in a dual connectivity with a primary node and a secondary node of the system, comprising switching a data path between the primary node and the secondary node, characterised by: transmitting a traffic offload request from the primary node to the secondary node; transmitting a path switch request message from the secondary node to the primary node, the path switch request message including tunnel end point related information for an offloaded bearer; transmitting a path switch message for the secondary node from the primary node towards a mobility management entity, whereby to establish a direct user plane path between the secondary node and a serving gateway S-GW of the system. transmitting a traffic offload request from the primary node to the secondary node; transmitting a path switch request message from the secondary node to the primary node, the path switch request message including tunnel end point related information for an offloaded bearer; transmitting a path switch message for the secondary node from the primary node towards a mobility management entity, whereby to establish a direct user plane path between the secondary node and a serving gateway S-GW of the system.
A system for providing environmental data for controlling technical building facilities in buildings at different local building locations, wherein a control arrangement for controlling the respective technical building facilities is configured at each of these building locations, wherein this control arrangement comprises at least one sensor which is configured to detect a local measured environmental variable at the respective building location, wherein this control arrangement comprises a communication device which is configured to transmit local environmental data which are based on the locally detected measured environmental variable to a data centre having a central communication device, wherein local environmental data detected by the data centre at multiple building locations can be stored in a data memory such that the information of the respective detection location is retained, and wherein the local environmental data and/or values of the data centre calculated on the basis of these data can be used to control the technical building facilities at the different local building locations, characterized in that the local control arrangement comprises specified conditions for the at least one measured variable, stipulating that appropriate information having an alarm status are immediately transmitted to the data centre.
An in-the-ear hearing aid comprising a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid, a receiver that is connected to an output of the signal processor for converting the second audio signal into an output sound signal, a face plate, and a transceiver for wireless data communication, wherein the transceiver is connected with an antenna (34, 35) for electromagnetic field emission and electromagnetic field reception, wherein the antenna is a slot antenna and the antenna comprising an electrically conductive material, a slot provided in the electrically conductive material, the slot extending in a plane being substantially orthogonal with an ear to ear axis of the user when the hearing aid is worn in its operational position by the user, wherein the electrically conductive material is provided on or parallel to the face plate. a microphone for reception of sound and conversion of the received sound into a corresponding first audio signal, a signal processor for processing the first audio signal into a second audio signal compensating a hearing loss of a user of the hearing aid, a receiver that is connected to an output of the signal processor for converting the second audio signal into an output sound signal, a face plate, and a transceiver for wireless data communication, wherein the transceiver is connected with an antenna (34, 35) for electromagnetic field emission and electromagnetic field reception, wherein the antenna is a slot antenna and the antenna comprising an electrically conductive material, a slot provided in the electrically conductive material, the slot extending in a plane being substantially orthogonal with an ear to ear axis of the user when the hearing aid is worn in its operational position by the user, wherein the electrically conductive material is provided on or parallel to the face plate.
A display device, comprising: a display panel including a first display area and a second display area, the first display area having a first gate line (S 1 1) to which a first number of pixels are connected and the second display area having a second gate line to which a second number of pixels are connected, wherein the first display area has a width greater than the second display area and the first number of pixels is greater than the second number of pixels; a data driver configured to supply data signals having a first voltage to the first display area and a second voltage to the second display area in response to a same grayscale; and a scan driver adapted to sequentially supply scan signals to the first gate line and the second gate line; the display device being characterized in that the data driver is configured to supply a data signal having a lower voltage to the pixel area having a smaller width than the pixel area having a greater width in response to the same grayscale. a display panel including a first display area and a second display area, the first display area having a first gate line (S 1 1) to which a first number of pixels are connected and the second display area having a second gate line to which a second number of pixels are connected, wherein the first display area has a width greater than the second display area and the first number of pixels is greater than the second number of pixels; a data driver configured to supply data signals having a first voltage to the first display area and a second voltage to the second display area in response to a same grayscale; and a scan driver adapted to sequentially supply scan signals to the first gate line and the second gate line; the display device being characterized in that the data driver is configured to supply a data signal having a lower voltage to the pixel area having a smaller width than the pixel area having a greater width in response to the same grayscale.
Aid tool comprising at least two grippers and means to attach each gripper to a finger of a person, where the grippers are adapted to follow the fingers at least in the directions to grab and release an object, characterised in that, the aid tool further comprises an activation switch, where the aid tool is activated by pressing the activation switch with a predetermined force, an activation of the aid tool locking the grippers unidirectionally such that they are locked in their movement in the releasing direction.
A rotary compressor comprising: - a vertically-positioned airtight compressor housing having an upper section in which a discharge portion of a refrigerant is provided and a lower section in which an inlet unit (104, 105) of the refrigerant is provided and lubricant oil is stored; - a compressing unit that is disposed in the lower section of the compressor housing and that compresses the refrigerant sucked in via the inlet unit and discharges the refrigerant from the discharge portion; - a motor that is disposed in the upper section of the compressor housing and drives the compressing unit via a rotation shaft; and - an accumulator that is attached to a side section of the compressor housing and is connected to the inlet unit of the refrigerant, characterised in that, inside the accumulator and/or inside the compressor housing, silicon dioxide having a crystal structure which contains a vacancy with a diameter equal to or less than the molecular size of water, or a composite which includes silicon dioxide having a crystal structure which contains a vacancy with a diameter equal to or less than the molecular size of water is placed. - a vertically-positioned airtight compressor housing having an upper section in which a discharge portion of a refrigerant is provided and a lower section in which an inlet unit (104, 105) of the refrigerant is provided and lubricant oil is stored; - a compressing unit that is disposed in the lower section of the compressor housing and that compresses the refrigerant sucked in via the inlet unit and discharges the refrigerant from the discharge portion; - a motor that is disposed in the upper section of the compressor housing and drives the compressing unit via a rotation shaft; and - an accumulator that is attached to a side section of the compressor housing and is connected to the inlet unit of the refrigerant, characterised in that, inside the accumulator and/or inside the compressor housing, silicon dioxide having a crystal structure which contains a vacancy with a diameter equal to or less than the molecular size of water, or a composite which includes silicon dioxide having a crystal structure which contains a vacancy with a diameter equal to or less than the molecular size of water is placed.
A method for reporting a channel state information, CSI, report, applied to a terminal device, wherein the method comprises: receiving first information from a network device; reporting a CSI report to the network device according to the first information, wherein the CSI report comprises a measurement quantity indicated by the first information; characterized in that the first information is used to indicate signal to interference plus noise ratio, L1-SINR; wherein an L1-SINR of a first resource is a ratio of a linear average value of signal received powers of resource elements measured on the first resource to a linear average value of noise and interference powers of resource elements measured on a third resource corresponding to the first resource, the first resource is resource elements, REs, of a channel state information reference signal, CSI-RS, resource; and when the network device configures an interference measurement resource for the terminal device, using the interference measurement resource as the third resource; otherwise, using the REs of the CSI-RS resource as the third resource. receiving first information from a network device; reporting a CSI report to the network device according to the first information, wherein the CSI report comprises a measurement quantity indicated by the first information; characterized in that the first information is used to indicate signal to interference plus noise ratio, L1-SINR; wherein an L1-SINR of a first resource is a ratio of a linear average value of signal received powers of resource elements measured on the first resource to a linear average value of noise and interference powers of resource elements measured on a third resource corresponding to the first resource, the first resource is resource elements, REs, of a channel state information reference signal, CSI-RS, resource; and when the network device configures an interference measurement resource for the terminal device, using the interference measurement resource as the third resource; otherwise, using the REs of the CSI-RS resource as the third resource.
A method comprising: receiving, by a controller and from a control system, first digital information indicating a current pulse to be applied to a laser diode, the current pulse having an amplitude and a duration, wherein the amplitude is indicative of a current value and the duration is indicative of a time period for which the current value is to be applied to the laser diode; providing, by the controller, the first digital information as an optical signal to a laser diode driver coupled to the controller, the first digital information being used to generate a corresponding first analog drive signal for the laser diode; receiving, by the controller, a signal from a current sensing device, the signal indicative of actual current flowing through the laser diode upon application of the analog drive signal; generating, by the controller, second digital information indicating a new current pulse to be applied to the laser diode, the second digital information being based on the first digital information and actual current flowing through the laser diode; and providing, by the controller, the second digital information as an optical signal to the laser diode driver. receiving, by a controller and from a control system, first digital information indicating a current pulse to be applied to a laser diode, the current pulse having an amplitude and a duration, wherein the amplitude is indicative of a current value and the duration is indicative of a time period for which the current value is to be applied to the laser diode; providing, by the controller, the first digital information as an optical signal to a laser diode driver coupled to the controller, the first digital information being used to generate a corresponding first analog drive signal for the laser diode; receiving, by the controller, a signal from a current sensing device, the signal indicative of actual current flowing through the laser diode upon application of the analog drive signal; generating, by the controller, second digital information indicating a new current pulse to be applied to the laser diode, the second digital information being based on the first digital information and actual current flowing through the laser diode; and providing, by the controller, the second digital information as an optical signal to the laser diode driver.
A method for manufacturing a functional laminate formed by a plurality of layers which are laminated together by use of heat and pressure and by at least one partially embedded functional element, characterized in that subsequently to a lamination step, the functional laminate is flash freezed by freezing means.