mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting, by a station, STA, channel measurement information in a wireless local area network, WLAN, system, the method characterized by: receiving, from an access point, AP, a measurement request signal to request channel measurement (S3410, S3510); and transmitting the channel measurement information to the AP (S3430, S3530), wherein the measurement request signal comprises a First Measurement Duration field including information on a duration for which the channel measurement is requested, wherein the duration for which the channel measurement is requested is set in a specific time unit, wherein the channel measurement information comprises channel information measured in the specific time unit based on the First Measurement Duration field, and wherein the specific time unit is 1 microsecond. receiving, from an access point, AP, a measurement request signal to request channel measurement (S3410, S3510); and transmitting the channel measurement information to the AP (S3430, S3530), wherein the measurement request signal comprises a First Measurement Duration field including information on a duration for which the channel measurement is requested, wherein the duration for which the channel measurement is requested is set in a specific time unit, wherein the channel measurement information comprises channel information measured in the specific time unit based on the First Measurement Duration field, and wherein the specific time unit is 1 microsecond.
A sensor housing having at least one sensor element, wherein a part of the sensor housing projects into a fastening groove of a metal fastening member to fasten the sensor housing; wherein the fastening groove is a C-shaped groove; wherein the fastening groove has a straight section and a section of part circle shape adjoining it; wherein a screw is provided at the sensor housing; wherein the screw has an actuation element to rotate the screw; wherein an axis of rotation for the screw is transverse to a longitudinal axis of the fastening groove having a first tensioning wing that is rotationally movably connected to the sensor housing, that is connected to the screw by means of a thread, that can be brought into a clamping position by rotation with a sensor housing placed into the fastening groove in which clamping position it can be tensioned with oppositely disposed inner surfaces of the fastening groove; and wherein the first tensioning wing has two clamping wings that face radially outwardly with respect to its axis of rotation, that are located at oppositely disposed points of the first tensioning wing with respect to the axis of rotation, and via which the first tensioning wing can be tensioned between the inner surfaces of the groove wall in the clamping position, characterized in that a second tensioning wing is arranged that is rotationally movably connected to the sensor housing, that is connected to the screw by means of a thread, and that can be brought into a clamping position by rotation with a sensor housing placed into the fastening groove, in which clamping position it can be tensioned with oppositely disposed inner surfaces of the fastening groove; and in that the second tensioning wing has two clamping wings that face radially outwardly with respect to its axis of rotation that are located at oppositely disposed points of the second tensioning wing with respect to its axis of rotation, and via which the second tensioning wing can be tensioned between the inner surfaces of the groove wall in the clamping position, with the second tensioning wing being arranged between the actuation element and the first tensioning wing, with the outer surfaces of the clamping wings of the second tensioning wing having a greater diameter than the outer surfaces of the clamping wings of the first tensioning wing, and with the sensor housing being tensioned with the first tensioning wing or with the second tensioning wing in the fastening groove.
A light curtain for detecting objects in a monitoring area, having an arrangement of transmitters emitting light beams, having an arrangement of receivers receiving light beams, and having an evaluation unit in which an object detection signal in the form of a binary switching signal, the switching states of which indicate whether an object is present in the monitoring area or not, is generated as a function of received signals from the receivers, is generated, characterised in that at least one amplifier is provided which is operated in a multiplex mode in such a way that it is used to amplify received signals from different receivers in succession over time, and in that switching interference II occurring in the amplified received signals during switching operations of the multiplex mode is compensated for by compensation signals generated in a controller.
A method of transmitting device-to-device, D2D, data using a D2D data transmission resource by a user equipment, UE, the method comprising: receiving, at a UE, configuration information associated with a D2D data transmission resource, the configuration information comprising information of a D2D data allocation period and being transmitted from an evolved NodeB, eNB; determining, at the UE, a D2D data transmission resource in each D2D data allocation period, the D2D data transmission resource comprising a pool of subframes; selecting D2D data transmission subframes from among the pool of subframes based on a changed pattern, the changed pattern being derived from a basic pattern; and transmitting, from the UE to another UE, D2D data based on the selected D2D data transmission subframes, wherein selecting of the D2D data transmission subframes comprises: when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes. receiving, at a UE, configuration information associated with a D2D data transmission resource, the configuration information comprising information of a D2D data allocation period and being transmitted from an evolved NodeB, eNB; determining, at the UE, a D2D data transmission resource in each D2D data allocation period, the D2D data transmission resource comprising a pool of subframes; selecting D2D data transmission subframes from among the pool of subframes based on a changed pattern, the changed pattern being derived from a basic pattern; and transmitting, from the UE to another UE, D2D data based on the selected D2D data transmission subframes, wherein selecting of the D2D data transmission subframes comprises: when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes. when the number of subframes in the pool of subframes is greater than a length of the basic pattern, determining the changed pattern by repeating the basic pattern, wherein a length of the changed pattern corresponds to the number of subframes in the pool of subframes.
Method for switching the operation of a container treatment system from a first operating mode to a second operating mode, wherein containers are treated at least in one container treatment machine comprising a heater, a pasteurizer, or a heat exchanger in the first operating mode, wherein the method further comprises that all containers to be treated in the first operating mode are transported into the container treatment machine, wherein the containers are treated in the container treatment machine and are transported to the outlet of the container treatment machine, wherein information indicating that the operation will be switched is stored in the controller of the container treatment system, wherein at least one sensor detects the last containers treated or to be treated in the first operating mode and outputs a signal indicating the same, and a transferring device transports the containers which have been treated in the first operating mode from the outlet of the container treatment machine to a transport device at the outlet of the container treatment machine on the basis of the indicative signal.
A method of manufacturing a glass sheet from a glass composition processed in a fusion down draw machine using pulling rollers, the method comprising: determining (i) a liquidus viscosity of the glass composition, and (ii) a root viscosity of the glass composition at a root viscosity temperature for the glass composition at a root formed during a fusion down draw process; selecting one or more target downstream viscosities downstream from the root for the glass composition, said target downstream viscosities being higher in magnitude than said root viscosity, and lower in magnitude than said liquidus viscosity; determining a temperature gradient to achieve the one or more target downstream viscosities in the glass composition, as compared to the root viscosity temperature for the glass composition; comparing said temperature gradient to achieve any one of the one or more target downstream viscosities to a reference temperature gradient to achieve the target downstream viscosity in a second, reference glass composition at the root viscosity temperature in the fusion down draw machine, the second, reference glass composition known to avoid baggy warp defect; and if any of said temperature gradients for any of said target viscosities is lower in magniude than said reference temperature gradient to achieve the target viscosity in the second, reference glass composition, flowing the glass composition in a molten state over converging forming surfaces to form a glass ribbon, and rotating the pulling rollers to draw the glass ribbon to manufacture the glass sheet. determining (i) a liquidus viscosity of the glass composition, and (ii) a root viscosity of the glass composition at a root viscosity temperature for the glass composition at a root formed during a fusion down draw process; selecting one or more target downstream viscosities downstream from the root for the glass composition, said target downstream viscosities being higher in magnitude than said root viscosity, and lower in magnitude than said liquidus viscosity; determining a temperature gradient to achieve the one or more target downstream viscosities in the glass composition, as compared to the root viscosity temperature for the glass composition; comparing said temperature gradient to achieve any one of the one or more target downstream viscosities to a reference temperature gradient to achieve the target downstream viscosity in a second, reference glass composition at the root viscosity temperature in the fusion down draw machine, the second, reference glass composition known to avoid baggy warp defect; and if any of said temperature gradients for any of said target viscosities is lower in magniude than said reference temperature gradient to achieve the target viscosity in the second, reference glass composition, flowing the glass composition in a molten state over converging forming surfaces to form a glass ribbon, and rotating the pulling rollers to draw the glass ribbon to manufacture the glass sheet.
An implantable device comprising: an anchor having a plurality of serpentine rings defining a lumen along a longitudinal axis, and having a compressed and expanded configuration, said anchor forming an anchor wall, a bridge attached to said anchor, wherein said bridge has a first end and a second end, said bridge is aligned with the anchor wall and the longitudinal axis of the anchor when said anchor is in the compressed configuration, and said bridge protrudes into said lumen when said anchor is in the expanded configuration, and a passive sensor which is secured onto the bridge. an anchor having a plurality of serpentine rings defining a lumen along a longitudinal axis, and having a compressed and expanded configuration, said anchor forming an anchor wall, a bridge attached to said anchor, wherein said bridge has a first end and a second end, said bridge is aligned with the anchor wall and the longitudinal axis of the anchor when said anchor is in the compressed configuration, and said bridge protrudes into said lumen when said anchor is in the expanded configuration, and a passive sensor which is secured onto the bridge.
A method for regulating or controlling the conveyance speed (v D) of a wire composed of consumable material during a laser soldering or laser welding method, wherein a current is supplied to the wire and the wire is melted by a laser beam from a laser unit and is conveyed at a mean conveyance speed (v D,M) in the direction of a workpiece to be processed, wherein a voltage between the wire and the workpiece is measured, characterised in that, as a function of the measured voltage, the conveyance speed (v D) of the wire is temporarily increased to a predetermined boost speed (v D,Boost), which is on average at least 50% above the mean conveyance speed (v D,M) before the increase, by increasing the conveyance speed (v D) to the predetermined boost speed (v D,Boost) when a defined voltage limit value (U G) is exceeded, and reducing the conveyance speed (v D) again at the latest when the voltage limit value (U G) falls below.
A cleaning arrangement (40; 40a - 40d) for cleaning a vehicle window, with a wiper arm (10; 10a - 10d) and with at least one hose (31, 32), fastened to the wiper arm (10; 10a - 10d), for a cleaning fluid, wherein the hose (31,32 is connected by a form fitting fastening, secure with regard to rotation angle, at least indirectly to the wiper arm, characterised in that the hose (31, 32) has a region which is non-circular in cross section.
A memory device comprising: a memory array including a plurality of pages for storing array data and a plurality of extra arrays, respectively corresponding to the plurality of pages for storing extra data; a logic unit communicatively coupled to the memory array, and configured to: receive a read instruction; and perform a read operation in a first access mode or in a second access mode, characterized in that in the first access mode, the logic unit sequentially reads out the array data stored in the plurality of pages, and in the second access mode, the logic unit sequentially reads out the array data stored in the plurality of pages and the extra data stored in the plurality of extra arrays. a memory array including a plurality of pages for storing array data and a plurality of extra arrays, respectively corresponding to the plurality of pages for storing extra data; a logic unit communicatively coupled to the memory array, and configured to: receive a read instruction; and perform a read operation in a first access mode or in a second access mode, characterized in that in the first access mode, the logic unit sequentially reads out the array data stored in the plurality of pages, and in the second access mode, the logic unit sequentially reads out the array data stored in the plurality of pages and the extra data stored in the plurality of extra arrays. receive a read instruction; and perform a read operation in a first access mode or in a second access mode, characterized in that in the first access mode, the logic unit sequentially reads out the array data stored in the plurality of pages, and in the second access mode, the logic unit sequentially reads out the array data stored in the plurality of pages and the extra data stored in the plurality of extra arrays.
A photoacoustic sensitive module (100, 101, 102, 103) comprising: a sealing structure enclosing a sealed environment, the sealed environment containing a reference gas, the sealing structure including a window arranged so that incident light may enter into the sealed environment, the sealing structure including a floor; an acoustic sensor, arranged within the sealed environment, for detecting acoustic waves caused by an interaction of incident light with the reference gas; and a shroud, arranged within the sealed environment and interposed between the window and the acoustic sensor, to screen the acoustic sensor from incident light passing through the window, wherein the shroud presents at least one gap arranged to permit the passage of the reference gas, wherein the shroud is arranged within the sealed environment so as to divide the sealed environment between an illightened chamber exposed to incident light passing through the window and an obscured chamber containing the acoustic sensor. wherein the shroud is fitted and/or attached to a floor of the sealing structure, characterised by: the shroud being laterally folded to present at least one folded portion, the at least one folded portion abutting onto the floor, the shroud being shaped so as to define the at least one gap, wherein the acoustic sensor is attached to the floor. a sealing structure enclosing a sealed environment, the sealed environment containing a reference gas, the sealing structure including a window arranged so that incident light may enter into the sealed environment, the sealing structure including a floor; an acoustic sensor, arranged within the sealed environment, for detecting acoustic waves caused by an interaction of incident light with the reference gas; and a shroud, arranged within the sealed environment and interposed between the window and the acoustic sensor, to screen the acoustic sensor from incident light passing through the window, wherein the shroud presents at least one gap arranged to permit the passage of the reference gas, wherein the shroud is arranged within the sealed environment so as to divide the sealed environment between an illightened chamber exposed to incident light passing through the window and an obscured chamber containing the acoustic sensor. wherein the shroud is fitted and/or attached to a floor of the sealing structure, characterised by: the shroud being laterally folded to present at least one folded portion, the at least one folded portion abutting onto the floor, the shroud being shaped so as to define the at least one gap, wherein the acoustic sensor is attached to the floor.
A reception apparatus comprising: an output portion (64, 65); a reception portion configured to receive AV content and trigger information from a broadcasting apparatus, the trigger information being embedded or multiplexed into the AV content; a command execution portion configured to execute a first application program in response to trigger information comprising a third command for controlling the operation of said first application program executed in interlocked relation to output of said AV content by the output portion (64, 65), according to which information related to the AV content is displayed by the first application program in superposed fashion on an image of the AV content; a command transmission portion configured to transmit, in response to trigger information comprising a fourth command, to an external terminal apparatus a second command for activating the operation of a second application program to be executed by said terminal apparatus in interlocked relation to output of said AV content by said reception apparatus when said reception apparatus is connected to said terminal apparatus; and a command reception portion configured to receive, in response to the transmission of the second command, a first command from said terminal apparatus executing said second application program, said first command being configured for controlling the operation of said first application program. an output portion (64, 65); a reception portion configured to receive AV content and trigger information from a broadcasting apparatus, the trigger information being embedded or multiplexed into the AV content; a command execution portion configured to execute a first application program in response to trigger information comprising a third command for controlling the operation of said first application program executed in interlocked relation to output of said AV content by the output portion (64, 65), according to which information related to the AV content is displayed by the first application program in superposed fashion on an image of the AV content; a command transmission portion configured to transmit, in response to trigger information comprising a fourth command, to an external terminal apparatus a second command for activating the operation of a second application program to be executed by said terminal apparatus in interlocked relation to output of said AV content by said reception apparatus when said reception apparatus is connected to said terminal apparatus; and a command reception portion configured to receive, in response to the transmission of the second command, a first command from said terminal apparatus executing said second application program, said first command being configured for controlling the operation of said first application program.
A method for determining the relative positions of at least two mobile terminal devices, such as mobile phones, tablet computers, PDAs, note-books, subnotebooks, or similar mobile terminal devices, to each other communicating with each other by means of a mobile communications network, in which a position query of one mobile terminal device is transmitted to the other mobile terminal device, wherein the position query of the querying mobile terminal device is transmitted to the queried mobile terminal device (12, 30) by means of said mobile communications network the relative positions to each other of the two mobile terminal devices (10,12) are determined on the basis of the current geographic positions of the two mobile terminal devices (10, 12) after the queried mobile terminal device confirms the position query, wherein the current geographic positions of the mobile terminal devices (10, 12, 30) are transmitted to a database, the database determines mathematically the relative positions based on the current geographic positions by using algorithms and transmits the relative positions to the querying mobile terminal device and to the at least one queried mobile terminal device (12, 30), based on the relative positions of the mobile terminal devices (10, 12, 30) to each other as a position indicator a relative distance in form of a distance value and a geographic direction to the queried mobile terminal device is displayed in the querying mobile terminal device and as a position indicator a relative distance in the form of a distance value and an opposite geographical direction to the querying mobile terminal device is displayed in the respective queried mobile terminal device (12, 30). a position query of one mobile terminal device is transmitted to the other mobile terminal device, wherein the position query of the querying mobile terminal device is transmitted to the queried mobile terminal device (12, 30) by means of said mobile communications network the relative positions to each other of the two mobile terminal devices (10,12) are determined on the basis of the current geographic positions of the two mobile terminal devices (10, 12) after the queried mobile terminal device confirms the position query, wherein the current geographic positions of the mobile terminal devices (10, 12, 30) are transmitted to a database, the database determines mathematically the relative positions based on the current geographic positions by using algorithms and transmits the relative positions to the querying mobile terminal device and to the at least one queried mobile terminal device (12, 30), based on the relative positions of the mobile terminal devices (10, 12, 30) to each other as a position indicator a relative distance in form of a distance value and a geographic direction to the queried mobile terminal device is displayed in the querying mobile terminal device and as a position indicator a relative distance in the form of a distance value and an opposite geographical direction to the querying mobile terminal device is displayed in the respective queried mobile terminal device (12, 30).