mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication method, comprising: configuring a first sequence for a reference signal, RS, in response to determining that the RS includes information indicative of a first type of status information, wherein the first type of status information indicates that enough interference mitigation operation is performed; configuring a second sequence for the RS in response to determining that the RS includes information indicative of a second type of status information, wherein the second type of status information indicates that not enough interference mitigation operation is performed; configuring, for the RS, the following repetition related information a number of times the RS is repeatedly transmitted, a repetition granularity that indicates a number of downlink-uplink (DL-UL) switching periods to repeatedly transmit the RS, a transmission period during which the RS is repeatedly transmitted, and multiple DL-UL switching periods within a transmission periodicity, wherein a transmission periodicity is a multiple of a DL-UL switching period and a DL-UL switching period includes a downlink, DL slot, a flexible part and a uplink, UL, slot; and transmitting the RS based on the configured first sequence or second sequence and based on the repetition related information. configuring a first sequence for a reference signal, RS, in response to determining that the RS includes information indicative of a first type of status information, wherein the first type of status information indicates that enough interference mitigation operation is performed; configuring a second sequence for the RS in response to determining that the RS includes information indicative of a second type of status information, wherein the second type of status information indicates that not enough interference mitigation operation is performed; configuring, for the RS, the following repetition related information a number of times the RS is repeatedly transmitted, a repetition granularity that indicates a number of downlink-uplink (DL-UL) switching periods to repeatedly transmit the RS, a transmission period during which the RS is repeatedly transmitted, and multiple DL-UL switching periods within a transmission periodicity, wherein a transmission periodicity is a multiple of a DL-UL switching period and a DL-UL switching period includes a downlink, DL slot, a flexible part and a uplink, UL, slot; and transmitting the RS based on the configured first sequence or second sequence and based on the repetition related information. a number of times the RS is repeatedly transmitted, a repetition granularity that indicates a number of downlink-uplink (DL-UL) switching periods to repeatedly transmit the RS, a transmission period during which the RS is repeatedly transmitted, and multiple DL-UL switching periods within a transmission periodicity, wherein a transmission periodicity is a multiple of a DL-UL switching period and a DL-UL switching period includes a downlink, DL slot, a flexible part and a uplink, UL, slot; and transmitting the RS based on the configured first sequence or second sequence and based on the repetition related information.
A transparent multilayered carbonate article comprising: (i) a core layer having a first surface and a second surface comprising a first carbonate polymer composition comprising a first carbonate polymer; (ii) a first layer having a first surface and a second surface comprising a second carbonate polymer composition comprising a second carbonate polymer, one or more IR absorbing additive and one or more dye, wherein the first layer does not contain an UV absorbing additive; and (iii) a second layer having a first surface and a second surface comprising a third carbonate polymer composition comprising a third carbonate polymer, one or more UV absorbing additive and optionally an optical brightener, wherein the second layer does not contain an IR absorbing additive; wherein the first surface of the first layer is in intimate contact with the first surface of the core layer and the second surface of the first layer is in intimate contact with the first surface of the second layer. (i) a core layer having a first surface and a second surface comprising a first carbonate polymer composition comprising a first carbonate polymer; (ii) a first layer having a first surface and a second surface comprising a second carbonate polymer composition comprising a second carbonate polymer, one or more IR absorbing additive and one or more dye, wherein the first layer does not contain an UV absorbing additive; and (iii) a second layer having a first surface and a second surface comprising a third carbonate polymer composition comprising a third carbonate polymer, one or more UV absorbing additive and optionally an optical brightener, wherein the second layer does not contain an IR absorbing additive;
An apparatus for servicing a moving stairway, comprising: a frame comprising one or more upright arm guides; a first service system movably connected to the frame; and a second service system removably mounted to the frame; wherein the first service system and the second service system simultaneously engage the moving stairway; and characterized by the first service system comprising: a frame arm slidably received by the one or more upright arm guides; a pivot arm pivotally attached to the frame arm; a slide arm slidably attached to the pivot arm; a rotatable guide member positioned on a distal end of the slide arm; a lever mounted to the slide arm; and, a first servicing unit operatively connected to the lever, the first servicing unit operable to clean each stair of the moving stairway. a frame comprising one or more upright arm guides; a first service system movably connected to the frame; and a second service system removably mounted to the frame; wherein the first service system and the second service system simultaneously engage the moving stairway; and characterized by the first service system comprising: a frame arm slidably received by the one or more upright arm guides; a pivot arm pivotally attached to the frame arm; a slide arm slidably attached to the pivot arm; a rotatable guide member positioned on a distal end of the slide arm; a lever mounted to the slide arm; and, a first servicing unit operatively connected to the lever, the first servicing unit operable to clean each stair of the moving stairway. a frame arm slidably received by the one or more upright arm guides; a pivot arm pivotally attached to the frame arm; a slide arm slidably attached to the pivot arm; a rotatable guide member positioned on a distal end of the slide arm; a lever mounted to the slide arm; and, a first servicing unit operatively connected to the lever, the first servicing unit operable to clean each stair of the moving stairway.
An X-ray analyzer comprising: a detector for detecting X-rays generated from a specimen; a cooling element for cooling the detector; and a spectrum generating unit for generating a spectrum based on a detection signal from the detector, characterised in that the spectrum generating unit is arranged to correct an attenuation of intensity of a spectrum attributable to contamination of the detector, based on an elapsed time from a reference time until an X-ray detection time point. a detector for detecting X-rays generated from a specimen; a cooling element for cooling the detector; and a spectrum generating unit for generating a spectrum based on a detection signal from the detector, characterised in that the spectrum generating unit is arranged to correct an attenuation of intensity of a spectrum attributable to contamination of the detector, based on an elapsed time from a reference time until an X-ray detection time point.
A laser protection device to detect laser radiation, the laser radiation consisting of photons, the laser protection device having: - a flexible curtain element that has a sensor layer arrangement with a layer made of a semiconductor material, characterized by: - a monitoring device that is connected with the sensor layer arrangement; - wherein the band gap of the semiconductor material is smaller than the energy of the photons of the laser radiation to be detected, the curtain element being made so that when laser radiation impinges on an inner surface of the curtain element, the photons of the laser radiation directly interact with the layer made of the semiconductor material; and - wherein the monitoring device can detect impingement of the laser radiation on the layer made of the semiconductor material by detecting a change in the electrical conductivity of the layer made of the semiconductor material, this change being induced by the photoelectric effect. - a flexible curtain element that has a sensor layer arrangement with a layer made of a semiconductor material, characterized by: - a monitoring device that is connected with the sensor layer arrangement; - wherein the band gap of the semiconductor material is smaller than the energy of the photons of the laser radiation to be detected, the curtain element being made so that when laser radiation impinges on an inner surface of the curtain element, the photons of the laser radiation directly interact with the layer made of the semiconductor material; and - wherein the monitoring device can detect impingement of the laser radiation on the layer made of the semiconductor material by detecting a change in the electrical conductivity of the layer made of the semiconductor material, this change being induced by the photoelectric effect.
A cooling apparatus for a switchgear having at least one primary contact constructed and arranged to connect to a terminal of a circuit breaker, with a busbar joint being connected to the primary contact, the cooling apparatus comprising: an evaporator constructed and arranged to be associated with the primary contact, a condenser located at a higher elevation than the evaporator, heat pipe structure fluidly connecting the evaporator with the condenser, heat transfer structure coupled with the busbar joint for removing heat from the busbar joint, and working fluid in the evaporator so as to be heated to a vapor state, with the heat pipe structure being constructed and arranged to transfer the vapor to the condenser and to passively return condensed working fluid back to the evaporator for cooling the at least one primary contact, characterized in that heat transfer structure comprises: a plurality of fins, and a plurality of heat spreaders that pass through the fins to join the fins so that the fins are in spaced relation, wherein the heat transfer structure is constructed and arranged to be received in a space between a pair of first busbars of the busbar joint so that the heat spreaders distribute heat along the first busbars, with the fins transferring heat to surrounding air by natural convection. an evaporator constructed and arranged to be associated with the primary contact, a condenser located at a higher elevation than the evaporator, heat pipe structure fluidly connecting the evaporator with the condenser, heat transfer structure coupled with the busbar joint for removing heat from the busbar joint, and working fluid in the evaporator so as to be heated to a vapor state, with the heat pipe structure being constructed and arranged to transfer the vapor to the condenser and to passively return condensed working fluid back to the evaporator for cooling the at least one primary contact, a plurality of fins, and a plurality of heat spreaders that pass through the fins to join the fins so that the fins are in spaced relation, wherein the heat transfer structure is constructed and arranged to be received in a space between a pair of first busbars of the busbar joint so that the heat spreaders distribute heat along the first busbars, with the fins transferring heat to surrounding air by natural convection.
Driving system having a plurality of different driving functions for automated driving with a different degree of automation for a motor vehicle, wherein at least the function with the highest degree of automation is not constantly available, the driving system has a user interface comprising: - an input component which is common to the plurality of driving functions and is intended to signal, by the driver, the driver's desire for automated driving to the driving system by means of an operating action via the input component, and the driving system is configured - to determine the driver's operating action via the common input component, characterized in that the driving system is also configured - after the operating action via the common input component has been determined, to determine that available driving function from the plurality of driving functions which has the highest possible degree of automation, and - to activate the determined available driving function with the highest possible degree of automation automatically without a further operating action by the driver. - an input component which is common to the plurality of driving functions and is intended to signal, by the driver, the driver's desire for automated driving to the driving system by means of an operating action via the input component, and the driving system is configured - to determine the driver's operating action via the common input component, characterized in that the driving system is also configured - after the operating action via the common input component has been determined, to determine that available driving function from the plurality of driving functions which has the highest possible degree of automation, and - to activate the determined available driving function with the highest possible degree of automation automatically without a further operating action by the driver.
A web processing system comprising: a single transfer insert placement mechanism having a plurality of pucks rotatably driven about a transfer axis for transferring a discrete web; a cutter comprising an anvil roller and a knife wheel having a plurality of knife blades rotatably driven about a knife wheel axis; a continuous web feeding mechanism for feeding a continuous web; and a web cutting system comprising: first and second rollers (1102, 1104) having substantially parallel axes and aligned with one another to form a nip at their juncture; an anvil attached to one of said first and second rollers; a die attached to the other of said first and second rollers; and at least one vacuum source coupled to one of said first and second rollers and a plurality of vacuum apertures formed in said same roller, wherein the transfer axis and knife wheel axis are offset to allow for modification of the circumferential spacing between neighbouring pucks, and wherein one of said first and second rollers (1102, 1104) is positioned adjacent to said single transfer insert placement mechanism and to said continuous web feeding mechanism whereby said continuous web is applied to said roller having the vacuum source coupled thereto and at least one discrete web (11, 1006) is transferred from said puck to said same roller. a single transfer insert placement mechanism having a plurality of pucks rotatably driven about a transfer axis for transferring a discrete web; a cutter comprising an anvil roller and a knife wheel having a plurality of knife blades rotatably driven about a knife wheel axis; a continuous web feeding mechanism for feeding a continuous web; and a web cutting system comprising: first and second rollers (1102, 1104) having substantially parallel axes and aligned with one another to form a nip at their juncture; an anvil attached to one of said first and second rollers; a die attached to the other of said first and second rollers; and at least one vacuum source coupled to one of said first and second rollers and a plurality of vacuum apertures formed in said same roller, first and second rollers (1102, 1104) having substantially parallel axes and aligned with one another to form a nip at their juncture; an anvil attached to one of said first and second rollers; a die attached to the other of said first and second rollers; and at least one vacuum source coupled to one of said first and second rollers and a plurality of vacuum apertures formed in said same roller, wherein the transfer axis and knife wheel axis are offset to allow for modification of the circumferential spacing between neighbouring pucks, and wherein one of said first and second rollers (1102, 1104) is positioned adjacent to said single transfer insert placement mechanism and to said continuous web feeding mechanism whereby said continuous web is applied to said roller having the vacuum source coupled thereto and at least one discrete web (11, 1006) is transferred from said puck to said same roller.
Process for applying a rubber-based self-sealing composition on the inner surface of a tyre casing which adopts its customary shape under the effect of an internal air pressure, comprising the steps during which: - a non-crosslinked self-sealing composition is introduced into an extrusion means, the geometric and thermodynamic characteristics of which have been specially adapted, characterized in that: - the speed and temperature conditions of the extrusion means are adjusted so that, at an application nozzle forming the outlet die of said extrusion means, the self-sealing composition is crosslinked and, - the application nozzle is brought close to the internal surface of said casing previously set in relative motion with respect to the application nozzle, and an extruded and crosslinked bead having a given width and profile is deposited directly on said internal surface of the casing. - a non-crosslinked self-sealing composition is introduced into an extrusion means, the geometric and thermodynamic characteristics of which have been specially adapted, - the speed and temperature conditions of the extrusion means are adjusted so that, at an application nozzle forming the outlet die of said extrusion means, the self-sealing composition is crosslinked and, - the application nozzle is brought close to the internal surface of said casing previously set in relative motion with respect to the application nozzle, and an extruded and crosslinked bead having a given width and profile is deposited directly on said internal surface of the casing.
An optical communication device of an optical ring network, the optical communication device comprising: a first optical signal-processing unit configured to output a first optical signal having a first wavelength; a first multiplexer/demultiplexer, MUX/DEMUX, configured to output the first optical signal in a first direction, and receiving and outputting a first reflected signal which is a reflected signal of the first optical signal; a second optical signal-processing unit configured to output a second optical signal of a second wavelength; a second MUX/DEMUX configured to output the second optical signal in a second direction opposite to the first direction, and receiving and outputting a second reflected signal which is a reflected signal of the second optical signal; and a controller configured to analyze a connection state of a first remote optical communication device to which the first and second optical signals are allocated, based on the first and second reflected signals - the first remote optical communication device is connected to the optical communication device through the optical ring network, wherein the first reflected signal is generated by the first remote optical communication device only when the first optical signal is received in a preset direction from among the first and second directions, and wherein the second reflected signal is generated by the first remote optical communication device only when the second optical signal is received in another preset direction from among the first and second directions. a first optical signal-processing unit configured to output a first optical signal having a first wavelength; a first multiplexer/demultiplexer, MUX/DEMUX, configured to output the first optical signal in a first direction, and receiving and outputting a first reflected signal which is a reflected signal of the first optical signal; a second optical signal-processing unit configured to output a second optical signal of a second wavelength; a second MUX/DEMUX configured to output the second optical signal in a second direction opposite to the first direction, and receiving and outputting a second reflected signal which is a reflected signal of the second optical signal; and a controller configured to analyze a connection state of a first remote optical communication device to which the first and second optical signals are allocated, based on the first and second reflected signals - the first remote optical communication device is connected to the optical communication device through the optical ring network, wherein the first reflected signal is generated by the first remote optical communication device only when the first optical signal is received in a preset direction from among the first and second directions, and wherein the second reflected signal is generated by the first remote optical communication device only when the second optical signal is received in another preset direction from among the first and second directions.
A transducer comprising: at least one element including a plurality of cells, wherein each of the cells includes a pair of electrodes (1, 2) disposed with a gap therebetween and a vibrating membrane including one of the electrodes (1, 2), wherein the element includes a first cell group formed from n cells having gaps that communicate with one another, where n is an integer greater than or equal to 3, and a second cell group formed from m cells having gaps that communicate with one another, where m is an integer greater than or equal to 3, wherein the gaps of the first cell group do not communicate with the gaps of the second cell group, wherein the n cells of the first cell group share a single common etching hole that is located at the same distance from the centres of the cells in that cell group, and wherein the m cells of the second cell group share a further single common etching hole that is located at the same distance from the centres of the cells in that cell group. at least one element including a plurality of cells, wherein each of the cells includes a pair of electrodes (1, 2) disposed with a gap therebetween and a vibrating membrane including one of the electrodes (1, 2), wherein the element includes a first cell group formed from n cells having gaps that communicate with one another, where n is an integer greater than or equal to 3, and a second cell group formed from m cells having gaps that communicate with one another, where m is an integer greater than or equal to 3, wherein the gaps of the first cell group do not communicate with the gaps of the second cell group, wherein the n cells of the first cell group share a single common etching hole that is located at the same distance from the centres of the cells in that cell group, and wherein the m cells of the second cell group share a further single common etching hole that is located at the same distance from the centres of the cells in that cell group.