mhurhangee/patent-ind-claim-en huggingface dataset:
A method for a user equipment, UE, to transmit duplication data using multiple carriers, comprising: configuring the UE by a base station to associate a first radio bearer to at least a first logical channel and a second logical channel; associating the first logical channel to at least one first carrier; associating the second logical channel to at least one second carrier that is different from the first carrier; and transmitting a first data associated with the first radio bearer via the first logical channel and a duplicate of the first data via the second logical channel; wherein the step of transmitting a first data associated with the first radio bearer via the first logical channel comprises including the first data received from the first logical channel into a first media access control, MAC, protocol data unit, PDU, and transmitting the first MAC PDU on the first carrier when receiving a first uplink grant; and wherein the step of transmitting a duplicate of the first data via the second logical channel comprises including a duplicate of the first data received from the second logical channel into a second MAC PDU and transmitting the second MAC PDU on the second carrier when receiving a second uplink grant. configuring the UE by a base station to associate a first radio bearer to at least a first logical channel and a second logical channel; associating the first logical channel to at least one first carrier; associating the second logical channel to at least one second carrier that is different from the first carrier; and transmitting a first data associated with the first radio bearer via the first logical channel and a duplicate of the first data via the second logical channel; wherein the step of transmitting a first data associated with the first radio bearer via the first logical channel comprises including the first data received from the first logical channel into a first media access control, MAC, protocol data unit, PDU, and transmitting the first MAC PDU on the first carrier when receiving a first uplink grant; and wherein the step of transmitting a duplicate of the first data via the second logical channel comprises including a duplicate of the first data received from the second logical channel into a second MAC PDU and transmitting the second MAC PDU on the second carrier when receiving a second uplink grant.
A method comprising: receiving, by a first apparatus , an apparatus discovery request from a separate second apparatus ; sending an apparatus discovery response that comprises first apparatus identification information to the separate second apparatus in response to the apparatus discovery request; and causing, by the first apparatus , rendering, by an output device , of information indicative of the first apparatus identification information in response to the apparatus discovery request, wherein the output device is a speaker, and the rendering of information indicative of the first apparatus identification information comprises generation of an audio signal based, at least in part, on the first apparatus identification information such that the audio signal is configured to actuate the speaker. receiving, by a first apparatus , an apparatus discovery request from a separate second apparatus ; sending an apparatus discovery response that comprises first apparatus identification information to the separate second apparatus in response to the apparatus discovery request; and causing, by the first apparatus , rendering, by an output device , of information indicative of the first apparatus identification information in response to the apparatus discovery request, wherein the output device is a speaker, and the rendering of information indicative of the first apparatus identification information comprises generation of an audio signal based, at least in part, on the first apparatus identification information such that the audio signal is configured to actuate the speaker.
A method for repairing damage to a composite material comprising a composite substrate and at least one layer of shielding material providing electromagnetic protection, the method comprising: removing damage to the at least one layer of shielding material by creating a hole in the at least one layer of shielding material ; applying a patch of shielding material in the region of the hole via a resin, wherein a ratio of a resin weight to a weight of the patch of shielding material lies in a range between about 0.45 - 0.55; and curing the resin, wherein an absorptive, consumable material is positioned in contact with the resin and removes an amount of said resin during at least a portion of the curing, wherein the at least one layer of shielding material comprises a layer of a first shielding material and a layer of a second shielding material , the method further comprising: c reating a first hole in the layer of the first shielding material ; and c reating a second hole in the layer of the second shielding material , the first hole being smaller than the second hole , wherein the layer of the first shielding material is an enhanced layer of shielding material in comparison to the layer of the second shielding material , such that the second shielding material dissipates electricity more slowly than the first shielding material , and wherein the second shielding material has the same compositional properties as the first shielding material. removing damage to the at least one layer of shielding material by creating a hole in the at least one layer of shielding material ; applying a patch of shielding material in the region of the hole via a resin, wherein a ratio of a resin weight to a weight of the patch of shielding material lies in a range between about 0.45 - 0.55; and curing the resin, wherein an absorptive, consumable material is positioned in contact with the resin and removes an amount of said resin during at least a portion of the curing, c reating a first hole in the layer of the first shielding material ; and c reating a second hole in the layer of the second shielding material , the first hole being smaller than the second hole ,
A system for determining the concentration of a quaternary ammonium compound comprising: (a) an article selected from the group consisting of a dispenser, a bucket, a sink, a spray bottle, an applicator, a strip, a coupon, a label, a probe, and a sprayer dip tube; (b) a dye located on or integral with the article, wherein the dye is selected from the group consisting of anionic dyes that are purple in the presence of quaternary ammonium compounds, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of a quaternary ammonium compound; and (c) a sensor capable of measuring the light intensity of the dye as a function of the wavelength of the dye and converting that measurement to a digital output related to the quaternary ammonium compound concentration, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of the quaternary ammonium compound; and wherein the dye is Acid Violet 148 with a concentration of 5.51 % incorporated into white paint. (a) an article selected from the group consisting of a dispenser, a bucket, a sink, a spray bottle, an applicator, a strip, a coupon, a label, a probe, and a sprayer dip tube; (b) a dye located on or integral with the article, wherein the dye is selected from the group consisting of anionic dyes that are purple in the presence of quaternary ammonium compounds, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of a quaternary ammonium compound; and (c) a sensor capable of measuring the light intensity of the dye as a function of the wavelength of the dye and converting that measurement to a digital output related to the quaternary ammonium compound concentration, wherein the dye provides a concentration-dependent response between 150 ppm and 400 ppm of the quaternary ammonium compound; and
An apparatus for use in a communication device, comprising: a threshold determination processor configured to define (S31) a received signal quality range having a configurable size and including a best received signal quality as upper border, which is the best received signal quality among all of a plurality of received signal qualities measured in a received signal quality measurement procedure; and a reporting processor configured to process (S32) a report including a predetermined number of signal originating points providing a received signal quality at a reference location within the received signal quality range defined by the threshold determination processor . a threshold determination processor configured to define (S31) a received signal quality range having a configurable size and including a best received signal quality as upper border, which is the best received signal quality among all of a plurality of received signal qualities measured in a received signal quality measurement procedure; and a reporting processor configured to process (S32) a report including a predetermined number of signal originating points providing a received signal quality at a reference location within the received signal quality range defined by the threshold determination processor .
An independent cradle for storing, handling and transporting large flat sheets, including at least one supporting surface for supporting the sheets, a floor surface and an articulated framework, wherein the floor surface is fixed on the articulated framework and the cradle can be folded between a sheet supporting configuration and a floor configuration in which said supporting surface is retracted under the floor surface , said cradle being adapted to alternatively rest on the ground and be loaded in a vehicle for transporting large sheets.
A safety net for a vertical wind tunnel comprising: - an annular frame arranged therearound a flight area , wherein the annular frame has an upper surface , a lower surface , an outer surface and an inner surface that is exposed to the flight area ; - a plurality of cables forming a net area over the flight area , - springs , wherein each end of the plurality of cables is attached to the annular frame via springs , wherein the springs and each end of the plurality of cables is enclosed by the annular frame so that only cables are exposed to the flight area and a user of the safety net, - a slider arranged in the annular frame at the inner surface thereof, characterized in that the slider extends from the upper surface to the lower surface of the annular frame and the slider further comprises guide openings extending from the upper surface to the lower surface of the annular frame so that the cables may extend through the guide openings and can move along the guide openings up and down without touching the annular frame or any other member of the vertical wind tunnel, when a user of the vertical wind tunnel walks or falls on the net area . - an annular frame arranged therearound a flight area , wherein the annular frame has an upper surface , a lower surface , an outer surface and an inner surface that is exposed to the flight area ; - a plurality of cables forming a net area over the flight area , - springs , wherein each end of the plurality of cables is attached to the annular frame via springs , wherein the springs and each end of the plurality of cables is enclosed by the annular frame so that only cables are exposed to the flight area and a user of the safety net, - a slider arranged in the annular frame at the inner surface thereof, characterized in that the slider extends from the upper surface to the lower surface of the annular frame and the slider further comprises guide openings extending from the upper surface to the lower surface of the annular frame so that the cables may extend through the guide openings and can move along the guide openings up and down without touching the annular frame or any other member of the vertical wind tunnel, when a user of the vertical wind tunnel walks or falls on the net area .
Material comprising a superposition of at least three layers, a lower layer , at least one intermediate layer and an upper layer , each of the at least three layers comprising: - a plurality of platelets arranged in a juxtaposed manner while forming a paving, with a clearance between said platelets, - means for connecting the platelets together, the at least three layers being superposed on one another so that the platelets of one layer are offset with respect to the platelets of the other layers so as to remove all openings in the material , characterized in that each platelet of the upper layer includes a local thickening at the level of an outer periphery of said platelet. - a plurality of platelets arranged in a juxtaposed manner while forming a paving, with a clearance between said platelets, - means for connecting the platelets together, the at least three layers being superposed on one another so that the platelets of one layer are offset with respect to the platelets of the other layers so as to remove all openings in the material , characterized in that each platelet of the upper layer includes a local thickening at the level of an outer periphery of said platelet.
Rolling tool for rolling a profile in a push-through rolling process, in particular a plug-in toothing on a workpiece , having a rolling disc packet which comprises at least one main disc and a replaceable disc attached thereto, the replaceable disc being upstream from the main disc in a working direction identified with a workpiece advancement, wherein the replaceable disc is made from the same material as or a different material from the main disc and comprises an entry region for rolling the workpiece , wherein the replaceable disc has a chamfer or profile lowering forming the entry region , and wherein the rolling disc packet has a relief region .
An aerosol-generating device , comprising a heating chamber adapted to receive an aerosol-generating article, a sealed housing compartment , a heating element provided in the sealed housing compartment , a venting means adapted to allow gas flow from the sealed housing compartment to the outside of the aerosol-generating device to compensate for heat expansion of gas inside the housing compartment due to heating operation of the heating element . a heating chamber adapted to receive an aerosol-generating article, a sealed housing compartment , a heating element provided in the sealed housing compartment , a venting means adapted to allow gas flow from the sealed housing compartment to the outside of the aerosol-generating device to compensate for heat expansion of gas inside the housing compartment due to heating operation of the heating element .
A power converter for a wind turbine , said power converter comprising: an array of switching devices ; and a control module comprising a current damping device , said control module configured to: control a switching behavior of said array of switching devices ; and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine , said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component. an array of switching devices ; and a control module comprising a current damping device , said control module configured to: control a switching behavior of said array of switching devices ; and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine , said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component. control a switching behavior of said array of switching devices ; and receive a current having a first frequency component and a second frequency component different from the first frequency component from the wind turbine , said current damping device configured to reduce an amplitude of the first frequency component, and to substantially maintain an amplitude of the second frequency component, wherein the first frequency component is sub synchronous with respect to the second frequency component.
An antibody that binds to the VP1 protein of BKV and JCV, wherein said antibody or antigen binding fragment thereof comprises: a heavy chain variable region that comprises (a) a HCDR1 (CDR-Complementarity Determining Region) of SEQ ID NO: 6, (b) a HCDR2 of SEQ ID NO:7, (c) a HCDR3 of SEQ ID NO:8 and a light chain variable region that comprises: (d) a LCDR1 of SEQ ID NO:16, (e) a LCDR2 of SEQ ID NO:17, and (f) a LCDR3 of SEQ ID NO:18.
A brake caliper for a disk brake, the brake caliper comprising: - a first caliper limb with a piston housing for accommodating a brake piston ; - a second caliper limb , which is arranged opposite the first caliper limb ; - a connecting web , which connects the two caliper limbs to one another, wherein the brake caliper comprises multiple components , which are coupled to one another by means of a welding connection, characterized in that the first caliper limb , the second caliper limb and the connecting web are each formed of at least one component , wherein the first caliper limb and the second caliper limb are coupled to the connecting web by means of a welding connection, wherein the connecting web comprises multiple web elements , which extend between the first caliper limb and the second caliper limb . - a first caliper limb with a piston housing for accommodating a brake piston ; - a second caliper limb , which is arranged opposite the first caliper limb ; - a connecting web , which connects the two caliper limbs to one another, wherein the brake caliper comprises multiple components , which are coupled to one another by means of a welding connection, characterized in that the first caliper limb , the second caliper limb and the connecting web are each formed of at least one component , wherein the first caliper limb and the second caliper limb are coupled to the connecting web by means of a welding connection, wherein the connecting web comprises multiple web elements , which extend between the first caliper limb and the second caliper limb .
Method for operating a transmitting device of a motor vehicle , in which the transmitting device is operated in a private mode or in a transmitting mode, wherein the transmitting device in the transmitting mode transmits vehicle data to a computing device external to the vehicle and in the private mode transmission of the vehicle data is stopped, characterised in that a switchover from the transmitting mode into the private mode takes place as soon as a successful authentication of a specified user action has been captured, wherein the transmitting device switches over from the private mode into the transmitting mode in dependence on a time and/or the transmitting device switches over from the private mode into the transmitting mode when receiving status information of a vehicle parameter, wherein the vehicle parameter is one of the following: - a location parameter, - a country parameter or - an elapsed number of terminal 15 changes. - a location parameter, - a country parameter or - an elapsed number of terminal 15 changes.
A device for distributing and/or grouping containers in a container treatment system, having: an entry conveying apparatus which is configured to convey a multiplicity of containers in a single-track container entry stream ; an exit conveying apparatus which is configured to discharge the containers in a multiple-track container exit stream transverse, preferably 90°, to the container entry stream or the entry conveying apparatus ; and a transfer conveying apparatus which has a guide track and a plurality of movement devices which can be driven individually, preferably by a long stator linear motor , and are guided along the guide track , the plurality of movement devices having a conveying element which is configured to transfer in each case a plurality of containers from the entry conveying apparatus to the exit conveying apparatus . an entry conveying apparatus which is configured to convey a multiplicity of containers in a single-track container entry stream ; an exit conveying apparatus which is configured to discharge the containers in a multiple-track container exit stream transverse, preferably 90°, to the container entry stream or the entry conveying apparatus ; and a transfer conveying apparatus which has a guide track and a plurality of movement devices which can be driven individually, preferably by a long stator linear motor , and are guided along the guide track , the plurality of movement devices having a conveying element which is configured to transfer in each case a plurality of containers from the entry conveying apparatus to the exit conveying apparatus .
Dishwasher, in particular household dishwasher, having at least one dishwasher cavity for receiving items to be cleaned and/or dried and a feed line for conducting water into the dishwasher cavity , wherein the outlet end of the feed line is arranged above the operational fill level of the dishwasher, and a container opening for passing the feed line through a wall of the dishwasher cavity is arranged below the operational fill level, wherein a supply line for supplying at least one regeneration agent, in particular regeneration salt, to a softening facility for softening water runs through the container opening , and wherein a regeneration agent container can be filled with the regeneration agent, in particular regeneration salt, by the user by way of the supply line , characterised in that the feed line is guided directly through the regeneration agent container .
A method for testing the function of a tubular bag machine, the tubular bag machine comprising a drive control system and multiple electronic drive units which are controlled independently of each other by the drive control system and which drive different functional elements of the packing machine in a cycle time-synchronous manner as they are going through predefined motion sequences, and one drive unit being realized in the manner of a transverse sealing unit, and the transverse sealing unit comprising at least one drive motor and two transverse sealing jaws which are driven relative to each other by the drive motor and by means of which a film tube is sealed transversely to the conveying direction , and the position (φ) of the drive motor being measured directly or indirectly using a position sensor, characterized in that the drive torque (M) of the drive motor is measured directly or indirectly using a drive controller, the method comprising the following steps: a) removing the film tube from the sealing zone between the transverse sealing jaws ; b) closing the transverse sealing jaws according to a predefined target torque stored in the drive control system; c) measuring the actual position of the drive motor once the target torque has been reached; d) comparing the measured actual position to a target position stored in the drive control system and associated with the predefined target torque. a) removing the film tube from the sealing zone between the transverse sealing jaws ; b) closing the transverse sealing jaws according to a predefined target torque stored in the drive control system; c) measuring the actual position of the drive motor once the target torque has been reached; d) comparing the measured actual position to a target position stored in the drive control system and associated with the predefined target torque.