mhurhangee/ep-ind-claims huggingface dataset:
A method comprising: receiving at least one reference signal, where the at least one reference signal corresponds to an azimuthal portion of an array of antennas and corresponds to an elevational portion of the array of antennas; where the at least one reference signal comprises a first reference signal corresponding to the azimuthal portion of the array of antennas and a second reference signal corresponding to the elevational portion of the array of antennas; determining a rank from the at least one reference signal for the azimuthal portion of the array of antennas and for the elevational portion of the array of antennas; determining an index of an azimuthal portion of a codebook for the rank for the azimuthal portion of the array of antennas based at least in part on the at least one reference signal; determining an index of an elevational portion of the codebook for the rank for the elevational portion of the array of antennas based at least in part on the at least one reference signal; determining a channel quality indication for the chosen rank based on the index of the azimuthal portion of the codebook and the index of an elevational portion of the codebook; and sending feedback comprising the rank for the azimuthal portion of the array of antennas, rank for the elevational portion of the array of antennas and the channel quality indication. receiving at least one reference signal, where the at least one reference signal corresponds to an azimuthal portion of an array of antennas and corresponds to an elevational portion of the array of antennas; where the at least one reference signal comprises a first reference signal corresponding to the azimuthal portion of the array of antennas and a second reference signal corresponding to the elevational portion of the array of antennas; determining a rank from the at least one reference signal for the azimuthal portion of the array of antennas and for the elevational portion of the array of antennas; determining an index of an azimuthal portion of a codebook for the rank for the azimuthal portion of the array of antennas based at least in part on the at least one reference signal; determining an index of an elevational portion of the codebook for the rank for the elevational portion of the array of antennas based at least in part on the at least one reference signal; determining a channel quality indication for the chosen rank based on the index of the azimuthal portion of the codebook and the index of an elevational portion of the codebook; and sending feedback comprising the rank for the azimuthal portion of the array of antennas, rank for the elevational portion of the array of antennas and the channel quality indication.
A swivel lever closure for switchgear cabinet doors or similar doors or flaps with a trough which is mountable on the outer surface of the door leaf for receiving a swivel lever arranged on said trough in a swivellable manner, wherein a locking mechanism is arranged on the swivel lever, which locking mechanism is received in the interior of the trough when the swivel lever is folded into the trough and can be locked therein for fixing the swivel lever in the trough by actuating the locking mechanism, wherein the swivel lever is constituted in two parts, characterised in that the two-part swivel lever is constituted with an outer shell facing an operative and formed uniformly independently of the design and function of the locking mechanism and with an inner shell, which is adapted to the locking mechanism, comprises a shoulder for receiving the locking mechanism and preassembled with the locking mechanism in the shoulder, and the inner shell is fastened in an exchangeable manner to the inner side of the outer shell facing the trough.
A head mounted device, HMD, comprising: a display; a motion sensor; a communication interface; and at least one processor, coupled with the display, the motion sensor, and the communication interface, configured to display, on the display, a virtual environment reflecting an actual environment, the virtual environment including an object corresponding to a first external electronic device in the actual environment determine a relative location, in the virtual environment, of the object with respect to the HMD; detect, via the motion sensor, a motion of the HMD when the detected motion of the HMD corresponds to the object displayed in the virtual environment, receive, via the communication interface, from the first external electronic device, first data that corresponds to first information output by the first external electronic device in the actual environment; and output, in the virtual environment, content corresponding to the received first data, the content being output in correspondence with a region in the virtual environment at which the object is displayed, wherein the region is determined based on the relative location in the virtual environment of the object with respect to the HMD.; a display; a motion sensor; a communication interface; and at least one processor, coupled with the display, the motion sensor, and the communication interface, configured to display, on the display, a virtual environment reflecting an actual environment, the virtual environment including an object corresponding to a first external electronic device in the actual environment determine a relative location, in the virtual environment, of the object with respect to the HMD; detect, via the motion sensor, a motion of the HMD when the detected motion of the HMD corresponds to the object displayed in the virtual environment, receive, via the communication interface, from the first external electronic device, first data that corresponds to first information output by the first external electronic device in the actual environment; and output, in the virtual environment, content corresponding to the received first data, the content being output in correspondence with a region in the virtual environment at which the object is displayed, wherein the region is determined based on the relative location in the virtual environment of the object with respect to the HMD.; determine a relative location, in the virtual environment, of the object with respect to the HMD; detect, via the motion sensor, a motion of the HMD when the detected motion of the HMD corresponds to the object displayed in the virtual environment, receive, via the communication interface, from the first external electronic device, first data that corresponds to first information output by the first external electronic device in the actual environment; and output, in the virtual environment, content corresponding to the received first data, the content being output in correspondence with a region in the virtual environment at which the object is displayed, wherein the region is determined based on the relative location in the virtual environment of the object with respect to the HMD.
Installation for purifying exhaust fumes from an engine of a marine vessel, comprising: - a quenching device which cools the fumes to be purified, and - a desulfurisation scrubber with packing, into which there are introduced both the fumes coming from the quenching device, which flow upwards inside the scrubber, and a liquid for scrubbing the fumes, which liquid flows downwards inside the scrubber, characterised in that the scrubber has both an upper stage, which is provided on the inside with at least one packed bed above which the scrubbing liquid is introduced into the scrubber, and a lower stage, which is provided on the inside with at least one packed bed beneath which an air stream is introduced under pressure into the scrubber, the fumes coming from the quenching device being introduced into the scrubber between the upper stage and the lower stage so that: - in the upper stage of the scrubber, the sulfur dioxide of the fumes is captured by the scrubbing liquid in the corresponding packed bed or beds when the fumes circulate upwards through the packed bed or beds and are there brought into contact with the scrubbing liquid circulating downwards through the packed beds, and - in the lower stage of the scrubber, the liquids coming from the upper stage are oxidised by the air of the air stream in the corresponding packed bed or beds when that air circulates upwards through the packing bed or beds and is there brought into contact with the liquids circulating downwards through the packed beds. - a quenching device which cools the fumes to be purified, and - a desulfurisation scrubber with packing, into which there are introduced both the fumes coming from the quenching device, which flow upwards inside the scrubber, and a liquid for scrubbing the fumes, which liquid flows downwards inside the scrubber, - in the upper stage of the scrubber, the sulfur dioxide of the fumes is captured by the scrubbing liquid in the corresponding packed bed or beds when the fumes circulate upwards through the packed bed or beds and are there brought into contact with the scrubbing liquid circulating downwards through the packed beds, and - in the lower stage of the scrubber, the liquids coming from the upper stage are oxidised by the air of the air stream in the corresponding packed bed or beds when that air circulates upwards through the packing bed or beds and is there brought into contact with the liquids circulating downwards through the packed beds.
An electrically operated aerosol-generating system comprising: an aerosol-generating device; an aerosol-forming cartridge comprising a base layer and at least one aerosol-forming substrate provided on the base layer, wherein the base layer and the at least one aerosol-forming substrate are substantially flat and are arranged substantially parallel to each other, and wherein, in use, the aerosol-forming cartridge is at least partially received within the aerosol-generating device; at least one electric heater arranged to heat the at least one aerosol-forming substrate during use; and at least one air inlet and at least one air outlet; wherein, in use, the aerosol-generating system further comprises an air flow channel extending between the at least one air inlet and the at least one air outlet, the air flow channel being in fluid communication with the aerosol-forming substrate, characterized in that the air flow channel has an internal wall surface on which one or more flow disturbing devices are disposed, the flow disturbing devices being arranged to create a turbulent boundary layer in a flow of air drawn through the air flow channel, wherein the flow disturbing devices comprise one or more dimples or undulations on the internal wall surface, and wherein the dimples or undulations have a number average maximum depth of from 0.3 millimetres to 0.8 millimetres. an aerosol-generating device; an aerosol-forming cartridge comprising a base layer and at least one aerosol-forming substrate provided on the base layer, wherein the base layer and the at least one aerosol-forming substrate are substantially flat and are arranged substantially parallel to each other, and wherein, in use, the aerosol-forming cartridge is at least partially received within the aerosol-generating device; at least one electric heater arranged to heat the at least one aerosol-forming substrate during use; and at least one air inlet and at least one air outlet; wherein, in use, the aerosol-generating system further comprises an air flow channel extending between the at least one air inlet and the at least one air outlet, the air flow channel being in fluid communication with the aerosol-forming substrate, characterized in that the air flow channel has an internal wall surface on which one or more flow disturbing devices are disposed, the flow disturbing devices being arranged to create a turbulent boundary layer in a flow of air drawn through the air flow channel, wherein the flow disturbing devices comprise one or more dimples or undulations on the internal wall surface, and wherein the dimples or undulations have a number average maximum depth of from 0.3 millimetres to 0.8 millimetres.
A data processing method, which is applied to a partition management device, the partition management device stores a partition view, characterized in that the partition view records a correspondence between an ID of a current partition and an address of a storage disk, and the method comprises: obtaining a key in key-value data, and calculating, according to the key, an ID of a final partition that is corresponding to the key-value data, wherein the key-value data comprises a value and the key uniquely corresponding to the value; calculating an ID of a current partition that is corresponding to the ID of the final partition, wherein an ID of each current partition is corresponding to IDs of a plurality of final partitions, wherein a total quantity of current partitions is less than a total quantity of final partitions, where a total quantity of final partitions is constant; searching the partition view to obtain an address of a storage disk that is corresponding to the ID of the current partition; and generating a key-value packet by using the address of the storage disk as a destination address, and sending the key-value packet to the storage disk, wherein the key-value packet carries the key-value data. obtaining a key in key-value data, and calculating, according to the key, an ID of a final partition that is corresponding to the key-value data, wherein the key-value data comprises a value and the key uniquely corresponding to the value; calculating an ID of a current partition that is corresponding to the ID of the final partition, wherein an ID of each current partition is corresponding to IDs of a plurality of final partitions, wherein a total quantity of current partitions is less than a total quantity of final partitions, where a total quantity of final partitions is constant; searching the partition view to obtain an address of a storage disk that is corresponding to the ID of the current partition; and generating a key-value packet by using the address of the storage disk as a destination address, and sending the key-value packet to the storage disk, wherein the key-value packet carries the key-value data.
A method of making a prepreg, the method comprising: forming a sized glass-fiber substrate, wherein the sized glass-fiber substrate is formed by: (i) contacting glass fibers with a sizing composition comprising a coupling compound having a Silicon-containing moiety that covalently bonds to the surface on the glass fibers and also includes a blocked isocyanate group to make sized glass fibers; and (ii) assembling the sized glass fibers into the sized glass-fiber substrate; and (iii) contacting the sized glass-fiber substrate with a solid thermoplastic polymer comprising a polymer film or polymer particles. (i) contacting glass fibers with a sizing composition comprising a coupling compound having a Silicon-containing moiety that covalently bonds to the surface on the glass fibers and also includes a blocked isocyanate group to make sized glass fibers; and (ii) assembling the sized glass fibers into the sized glass-fiber substrate; and (iii) contacting the sized glass-fiber substrate with a solid thermoplastic polymer comprising a polymer film or polymer particles.
A radio device for use as a lowermost terminal or a relay terminal in a radio communication system including the lowermost terminal, and plural relay terminals defined as upper terminals of the lowermost terminal, the plural relay terminals serving as relays between the lowermost terminal and an uppermost terminal; the radio device comprising: a receiver unit configured to receive a communication signal transmitted from the plurality of upper terminals; a level calculator unit configured to calculate received signal levels of a plurality of communication signals received in the receiver unit; a memory unit configured to store a predetermined threshold level; and a connected target determiner unit configured to determine an upper terminal to be connected from among the plurality of upper terminals; wherein the connected target determiner unit is configured to compare the received signal level calculated in the level calculator unit to the threshold level stored in the memory unit; characterized in that: when the received signal levels include received signal levels which are not lower than the threshold level, the connected target determiner unit determines as a connected target, an upper terminal which is smallest in the number of relay stages in a range to a particular terminal, said upper terminal being selected from among upper terminals having transmitted communication signals having received signal levels which are not lower than the threshold level; and when all of the received signal levels are lower than the threshold level, the connected target determiner unit determines as a connected target, an upper terminal having transmitted a communication signal having a highest received signal level. a receiver unit configured to receive a communication signal transmitted from the plurality of upper terminals; a level calculator unit configured to calculate received signal levels of a plurality of communication signals received in the receiver unit; a memory unit configured to store a predetermined threshold level; and a connected target determiner unit configured to determine an upper terminal to be connected from among the plurality of upper terminals; when the received signal levels include received signal levels which are not lower than the threshold level, the connected target determiner unit determines as a connected target, an upper terminal which is smallest in the number of relay stages in a range to a particular terminal, said upper terminal being selected from among upper terminals having transmitted communication signals having received signal levels which are not lower than the threshold level; and when all of the received signal levels are lower than the threshold level, the connected target determiner unit determines as a connected target, an upper terminal having transmitted a communication signal having a highest received signal level.
A method of producing a porous carbon catalyst, the method comprising: forming an organic polymer porous body having a skeleton containing a metal in an inside thereof through precipitation in a solution containing an organic polymer and the metal, and carbonizing the organic polymer porous body. forming an organic polymer porous body having a skeleton containing a metal in an inside thereof through precipitation in a solution containing an organic polymer and the metal, and carbonizing the organic polymer porous body.
A strobel for an article of footwear comprising: a base layer having a forefoot portion, a midfoot portion, and a heel portion; and an upper layer formed of a polymer material covering at least a portion of a top surface of the base layer; wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, and wherein another portion of the top surface of the base layer remains exposed about an entire periphery of the base layer, wherein the base layer is in the form of a ring having a central aperture extending therethrough. a base layer having a forefoot portion, a midfoot portion, and a heel portion; and an upper layer formed of a polymer material covering at least a portion of a top surface of the base layer; wherein the upper layer is directly bonded to the base layer in each of the forefoot portion, the midfoot portion, and the heel portion without any fastening members, and wherein another portion of the top surface of the base layer remains exposed about an entire periphery of the base layer, wherein the base layer is in the form of a ring having a central aperture extending therethrough.
Front-end module which can be constructed with variations, at least comprising a crossmember with crash boxes attached thereto and a mounting support arranged spaced apart therefrom and above said crossmember, wherein the mounting support is attached by means of support elements to the crossmember or to the crash boxes, characterized in that the support elements for the variations of the front-end module having different overall heights are connected by clip connections to the mounting support.
An applicator clamp for applying sealant to a target tissue of a surgical site comprising a pair of jaw members (128,130) connected by a hinge and side walls for confining sealant provided on, or extending from, both sides of each jaw member, wherein each jaw member (128,130) contains at least one port for holding and/or distributing sealant, characterised in that each side wall includes a first end operatively connected to the jaw member and a second end extending radially inwardly from the jaw member to come into contact with tissue when the applicator clamp is in a closed condition.
A method for optimizing energy consumption of a transportation means comprising the steps of: • receiving data associated with a road topology of an upcoming route, • determining an optimized driving pattern with regard to energy consumption of the transportation means depending on the data and • outputting a recommendation of a driving behavior with respect to the transportation means to a user, wherein the recommendation of the driving behavior complies with the optimized driving pattern for a predetermined segment of the upcoming route in real time, characterized in that the recommendation comprises • a steering angle and/or • a brake intensity. • receiving data associated with a road topology of an upcoming route, • determining an optimized driving pattern with regard to energy consumption of the transportation means depending on the data and • outputting a recommendation of a driving behavior with respect to the transportation means to a user, wherein the recommendation of the driving behavior complies with the optimized driving pattern for a predetermined segment of the upcoming route in real time, characterized in that the recommendation comprises • a steering angle and/or • a brake intensity. • a steering angle and/or • a brake intensity.
A dishwasher system for cleaning dishes, comprising: a dishwasher tub configured to house dishes therein and run a dishwasher cycle; a door assembly configured to selectively seal the dishwasher tub, the door assembly including an inlet nozzle arranged on the inside of the door assembly, the inlet nozzle extending across the width of the door assembly at the top of the door assembly to receive hot and moist air post wash from the dishwasher tub; and a duct fluidly connected to the inlet nozzle and configured to transfer the air through the door assembly and out an outlet nozzle during a drying phase of the dishwasher cycle prior to the door assembly being opened post-cycle, characterized in that the inlet nozzle is configured to receive the hot and moist air from the tub upon door opening of the door assembly to prevent the hot and moist air from coming into contact with surrounding cabinetry, creating an air suction barrier that protects the cabinetry and a user interface from moisture. a dishwasher tub configured to house dishes therein and run a dishwasher cycle; a door assembly configured to selectively seal the dishwasher tub, the door assembly including an inlet nozzle arranged on the inside of the door assembly, the inlet nozzle extending across the width of the door assembly at the top of the door assembly to receive hot and moist air post wash from the dishwasher tub; and a duct fluidly connected to the inlet nozzle and configured to transfer the air through the door assembly and out an outlet nozzle during a drying phase of the dishwasher cycle prior to the door assembly being opened post-cycle, characterized in that the inlet nozzle is configured to receive the hot and moist air from the tub upon door opening of the door assembly to prevent the hot and moist air from coming into contact with surrounding cabinetry, creating an air suction barrier that protects the cabinetry and a user interface from moisture.