mhurhangee/ep-ind-claims huggingface dataset:
An air cooler comprising: a plurality of heat transfer pipes; headers (52A, 52B) to which both ends of each of the heat transfer pipes that are disposed in parallel are fixed, respectively; a plurality of platy fins through which each of the heat transfer pipes is penetrated and that are provided at intervals in a direction in which the heat transfer pipes extend between the headers (52A, 52B); and a fan that circulates an airflow between the platy fins, wherein the headers (52A, 52B) are formed to be sectioned into multiple rows, the heat transfer pipes are disposed densely in a sectioned area of the headers (52A, 52B), and the heat transfer pipes are disposed sparsely in an area between the sectioned areas of the headers (52A, 52B), characterised in that the heat transfer pipes are disposed triangularly, so that the heat transfer pipes are positioned differently between a circulation direction in which the airflow is circulated by the fan and a direction orthogonal to the circulation direction, the heat transfer pipes are disposed in equilateral triangles in the sectioned area of the headers (52A, 52B), and the heat transfer pipes are disposed in isosceles triangles in the area between the sectioned areas of the headers (52A, 52B). a plurality of heat transfer pipes; headers (52A, 52B) to which both ends of each of the heat transfer pipes that are disposed in parallel are fixed, respectively; a plurality of platy fins through which each of the heat transfer pipes is penetrated and that are provided at intervals in a direction in which the heat transfer pipes extend between the headers (52A, 52B); and a fan that circulates an airflow between the platy fins, wherein the headers (52A, 52B) are formed to be sectioned into multiple rows, the heat transfer pipes are disposed densely in a sectioned area of the headers (52A, 52B), and the heat transfer pipes are disposed sparsely in an area between the sectioned areas of the headers (52A, 52B), characterised in that the heat transfer pipes are disposed triangularly, so that the heat transfer pipes are positioned differently between a circulation direction in which the airflow is circulated by the fan and a direction orthogonal to the circulation direction, the heat transfer pipes are disposed in equilateral triangles in the sectioned area of the headers (52A, 52B), and the heat transfer pipes are disposed in isosceles triangles in the area between the sectioned areas of the headers (52A, 52B).
A composition comprising a microparticle component, the microparticle component comprising hollow yeast cell particles or hollow glucan particles; wherein the microparticle component contains a preservative amount of less than 1% w/w of one or more terpenes, wherein the one or more terpenes is encapsulated in the microparticle component.
An apparatus comprising: a compressor (100, 200, 300, 400) configured to compress a fluid, the compressor comprising: a first piston (102, 202, 302, 402) and an opposing second piston (104, 204, 304, 404), the first and second pistons configured to move inward to narrow a space (108, 208, 308, 408) therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil (122, 222b, 322, 422b) and a first magnet (118, 218a, 318, 418a), the first voice coil configured to attract and repel the first magnet; and at least one projection (116, 120, 216, 220, 320, 420) extending from at least one of the first and second pistons; wherein the first voice coil is connected to the first piston and the first magnet is connected to the second piston; and wherein at least one of the first voice coil and the first magnet is embedded within, mounted on, or coupled to the at least one projection. a compressor (100, 200, 300, 400) configured to compress a fluid, the compressor comprising: a first piston (102, 202, 302, 402) and an opposing second piston (104, 204, 304, 404), the first and second pistons configured to move inward to narrow a space (108, 208, 308, 408) therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil (122, 222b, 322, 422b) and a first magnet (118, 218a, 318, 418a), the first voice coil configured to attract and repel the first magnet; and a first piston (102, 202, 302, 402) and an opposing second piston (104, 204, 304, 404), the first and second pistons configured to move inward to narrow a space (108, 208, 308, 408) therebetween and to move outward to enlarge the space therebetween; a first voice coil actuator configured to cause movement of the first and second pistons, the first voice coil actuator comprising a first voice coil (122, 222b, 322, 422b) and a first magnet (118, 218a, 318, 418a), the first voice coil configured to attract and repel the first magnet; and at least one projection (116, 120, 216, 220, 320, 420) extending from at least one of the first and second pistons; wherein the first voice coil is connected to the first piston and the first magnet is connected to the second piston; and wherein at least one of the first voice coil and the first magnet is embedded within, mounted on, or coupled to the at least one projection.
A ladder comprising: a base having a back end and a front end; a vertical support attached to the back end of the base and extending vertically therefrom; a stair section assembly comprising a plurality of steps attached to stringers, the stair section assembly having a front end and a back end, the front end of the stair section assembly being attached to the front end of the base; and characterised in that the steps are fixedly attached to the stringers, and by a removable step for attachment to the stair section so as to connect the top end of the stair section to the vertical support, and whereby the removable nature of said removable step facilitates storing the ladder in a compact container. a base having a back end and a front end; a vertical support attached to the back end of the base and extending vertically therefrom; a stair section assembly comprising a plurality of steps attached to stringers, the stair section assembly having a front end and a back end, the front end of the stair section assembly being attached to the front end of the base; and characterised in that the steps are fixedly attached to the stringers, and by a removable step for attachment to the stair section so as to connect the top end of the stair section to the vertical support, and whereby the removable nature of said removable step facilitates storing the ladder in a compact container.
An assembly for handling a plurality of components of a wind turbine, the assembly including an installation apparatus for handling a first component (1, 10) of a wind turbine during an installation of the first component (1, 10) to a second component (1, 6) of the wind turbine and a hub support platform, wherein the installation apparatus comprises a base, a support portion and an extensible arm having opposing ends connected to the support portion and the base, respectively, the extensible arm being adapted to move the support portion relative to the base and about a transverse axis of the installation apparatus between a transport position in which the support portion rests on the base and an installation position in which the support portion and the base form an angle and wherein the hub support platform includes a support platform base and a mounting section adapted to carry a hub of the wind turbine at an angle with respect to the support platform base.
A hearing aid comprising: an electronics containing portion; and a bristle assembly connected to the electronics containing portion, wherein the bristle assembly is configured to secure the hearing aid within an ear canal while maintaining the ear canal open, wherein the bristle assembly comprises a plurality of flexible bristles configured to contact the ear canal surface when the hearing aid is in use, the bristles being arranged in the manner of a circular hairbrush, a spiral pattern, a series of circular disks, a zig-zag, rows extending lengthwise along the hearing aid, an even covering, an array, or a random pattern and the density of the bristles being 5 or more per square centimetre; and wherein the hearing aid preserves an open ear canal. an electronics containing portion; and a bristle assembly connected to the electronics containing portion, wherein the bristle assembly is configured to secure the hearing aid within an ear canal while maintaining the ear canal open, wherein the bristle assembly comprises a plurality of flexible bristles configured to contact the ear canal surface when the hearing aid is in use, the bristles being arranged in the manner of a circular hairbrush, a spiral pattern, a series of circular disks, a zig-zag, rows extending lengthwise along the hearing aid, an even covering, an array, or a random pattern and the density of the bristles being 5 or more per square centimetre; and wherein the hearing aid preserves an open ear canal.
A communication system that includes: a relay device that generates a multiplexed signal based on a first transmission signal and a second transmission signal that are transmitted from separate antennas of a transmitting device according to a MIMO scheme; and a television reception device that receives the multiplexed signal, wherein the television reception device comprises: a reception unit adapted for receiving, from the relay device, the multiplexed signal that includes a first reception signal and a second reception signal, at least one of which has undergone frequency conversion by the relay device, the first reception signal and the second reception signal, at least one of which has undergone the frequency conversion, differing in frequency from each other; a branch unit adapted for outputting a first branch signal and a second branch signal that are each identical to the multiplexed signal; a frequency conversion unit adapted for performing frequency conversion on at least one of the first branch signal and the second branch signal, such that the first reception signal included in the first branch signal and the second reception signal included in the second branch signal exist at the same frequency; and a detection unit adapted for performing MIMO detection with use of the first branch signal and the second branch signal, at least one of which has undergone the frequency conversion, wherein the detection unit performs the MIMO detection based on a phase change value that is selected from among N phase change values to vary regularly between different slots, N being an integer no smaller than two, and when denoting the N phase change values as PHASE[k], PHASE[k] satisfies: PHASE k = kπ N + Z, where Z is a fixed value. a reception unit adapted for receiving, from the relay device, the multiplexed signal that includes a first reception signal and a second reception signal, at least one of which has undergone frequency conversion by the relay device, the first reception signal and the second reception signal, at least one of which has undergone the frequency conversion, differing in frequency from each other; a branch unit adapted for outputting a first branch signal and a second branch signal that are each identical to the multiplexed signal; a frequency conversion unit adapted for performing frequency conversion on at least one of the first branch signal and the second branch signal, such that the first reception signal included in the first branch signal and the second reception signal included in the second branch signal exist at the same frequency; and a detection unit adapted for performing MIMO detection with use of the first branch signal and the second branch signal, at least one of which has undergone the frequency conversion, wherein the detection unit performs the MIMO detection based on a phase change value that is selected from among N phase change values to vary regularly between different slots, N being an integer no smaller than two, and when denoting the N phase change values as PHASE[k], PHASE[k] satisfies: PHASE k = kπ N + Z, where Z is a fixed value.
An electric iron with ultraviolet disinfection function, comprising an iron body, characterized in that the iron body comprises a steam generation chamber for generation of steam and an ultraviolet disinfection chamber for disinfecting steam generated in the steam generation chamber, wherein the ultraviolet disinfection chamber is in communication with the steam generation chamber, the ultraviolet disinfection chamber is in communication with a steam nozzle of the iron body, and an ultraviolet generation device is provided inside the ultraviolet generation chamber for generation of ultraviolet.
A process for use in the application of a coating of a desired final thickness (Tf) to at least a portion of an internal surface of a tube, the process comprising: applying a layer of coating fluid comprising graphite to the portion of the internal surface of the tube, the coating fluid having a viscosity selected so that the applied layer of coating fluid has a thickness substantially equal to or in excess of a predetermined wet film thickness (Twf) correlated to the desired final thickness (Tf) of the coating; and passing a smoothing member through the tube in a spaced apart relationship relative to, and at a minimum distance from, the coating fluid-applied portion of the internal surface of the tube, the minimum distance corresponding substantially to the wet film thickness (Twf), the smoothing member being configured to smooth the coating fluid and remove coating fluid in excess of the wet film thickness (Twf) from the portion of the internal surface of the tube. applying a layer of coating fluid comprising graphite to the portion of the internal surface of the tube, the coating fluid having a viscosity selected so that the applied layer of coating fluid has a thickness substantially equal to or in excess of a predetermined wet film thickness (Twf) correlated to the desired final thickness (Tf) of the coating; and passing a smoothing member through the tube in a spaced apart relationship relative to, and at a minimum distance from, the coating fluid-applied portion of the internal surface of the tube, the minimum distance corresponding substantially to the wet film thickness (Twf), the smoothing member being configured to smooth the coating fluid and remove coating fluid in excess of the wet film thickness (Twf) from the portion of the internal surface of the tube.
A steel cord adapted for the reinforcement of rubber products, said steel cord comprising a core, said steel cord further comprising three or more outer stands twisted around said core in a cord twisting direction, each of said three or more outer strands comprising outer strand filaments lying at the radially external side of said three or more outer strands, said steel outer filaments being twisted with a strand twisting direction which is the same as said cord twisting direction, characterized in that said three or more outer strands having a wavy form, said wavy form is a planar wave.
A method for use in a base station for sending channel state information, comprising: setting (310, 410) number of bits used for quantizing a relative received power value, wherein the relative received power value is a difference between received power of an antenna port of a UE measurement set and minimum received power of all antenna ports of the UE measurement set; sending (320, 420) the number of bits to a user equipment UE, so that the UE and a base station determine a received power codebook according to the number of bits and the UE measurement set, wherein the received power codebook comprises multiple received power codebook elements, and each received power codebook element corresponds to a received power codebook index value; receiving (330, 430) a received power codebook index value, wherein the received power codebook index value is selected from multiple received power codebook index values by the UE; determining (340, 440) a received power codebook element corresponding to the received power codebook index value according to the received power codebook index value received; and processing a signal according to the corresponding received power codebook element; wherein the received power codebook element carries first selection information and second selection information, wherein the first selection information indicates that the received power from the antenna port is high received power, and the second selection information indicates that the received power from the antenna port is low received power. setting (310, 410) number of bits used for quantizing a relative received power value, wherein the relative received power value is a difference between received power of an antenna port of a UE measurement set and minimum received power of all antenna ports of the UE measurement set; sending (320, 420) the number of bits to a user equipment UE, so that the UE and a base station determine a received power codebook according to the number of bits and the UE measurement set, wherein the received power codebook comprises multiple received power codebook elements, and each received power codebook element corresponds to a received power codebook index value; receiving (330, 430) a received power codebook index value, wherein the received power codebook index value is selected from multiple received power codebook index values by the UE; determining (340, 440) a received power codebook element corresponding to the received power codebook index value according to the received power codebook index value received; and processing a signal according to the corresponding received power codebook element; wherein the received power codebook element carries first selection information and second selection information, wherein the first selection information indicates that the received power from the antenna port is high received power, and the second selection information indicates that the received power from the antenna port is low received power.
A water-soluble packaging which contains an agent and a water-soluble wrapping, characterized in that the water-soluble wrapping comprises, at least in part, a bittering substance having a bittering value of between 1,000 and 200,000.
A set for the endoscopic fixation of an implant in an intervertebral disk by means of a nail or pin comprising: an applicator sheath which is insertable through an endoscope into an intervertebral disk and through which an implant is insertable into an intervertebral disk defect; a drill wire guide sheath sized to be insertable into the applicator sheath; and a pusher for mediating blows during fixation of an implant in the intervertebral disk by means of a nail or pin, wherein the pusher being sized to be insertable into the applicator sheath, and a drill wire, in particularly a K wire, for predrilling a hole through an implant into the osseous part of a vertebral body. an applicator sheath which is insertable through an endoscope into an intervertebral disk and through which an implant is insertable into an intervertebral disk defect; a drill wire guide sheath sized to be insertable into the applicator sheath; and a pusher for mediating blows during fixation of an implant in the intervertebral disk by means of a nail or pin, wherein the pusher being sized to be insertable into the applicator sheath, and a drill wire, in particularly a K wire, for predrilling a hole through an implant into the osseous part of a vertebral body.
A radio base station (10, 11, 12) that communicates with a user terminal by using a plurality of component carriers, CCs, in which listening is configured, the radio base station (10, 11, 12) comprising: a transmission section, configured to transmit downlink, DL, signals in each CC; and a control section, configured to control transmission of the DL signals in each CC based on a result of listening in the plurality of CCs, wherein the control section is configured to control allocation of power based on the number of CCs that make transmission in each subframe after the listening, and the control section is configured to report, via higher layer signaling, a power information about signals for radio resource measurements, RRM, according to the allocation of power, and to report, via L1 signaling, a power information about data signals according to the allocation of power. a transmission section, configured to transmit downlink, DL, signals in each CC; and a control section, configured to control transmission of the DL signals in each CC based on a result of listening in the plurality of CCs, wherein the control section is configured to control allocation of power based on the number of CCs that make transmission in each subframe after the listening, and the control section is configured to report, via higher layer signaling, a power information about signals for radio resource measurements, RRM, according to the allocation of power, and to report, via L1 signaling, a power information about data signals according to the allocation of power.
A non-combustion type inhalation article comprising a total tobacco filler, the total tobacco filler comprising individual tobacco filler units having a tobacco particle density of not more than 0.51 g/cm 3.
Recording substrate treatment apparatus, comprising: - a transporting means for transporting a sheet of a recording substrate through a first chamber comprised in the interior space of the recording substrate treatment apparatus; - a first suction device arranged for removing a gaseous medium from said first chamber; - a second suction device arranged for providing a vacuum force for holding down the recording substrate on the outer surface at an outer surface of the transporting means; - a heating device for heating the recording substrate, the heating device comprises a cooling device arranged for cooling the heating device; and - an impingement device, arranged for providing a first flow of the gaseous medium at the outer surface of the transporting means; wherein the first suction device is fluidly connected to the impingement device, such that in operation the impingement device receives a first flow of the gaseous medium from the first suction device, the first suction device and the impingement device form a substantially closed circuit, and wherein the second suction device is fluidly connected to the cooling device, such that in operation the cooling device receives a second flow of the gaseous medium from the second suction device, such that two substantially separate air circuits are present. - a transporting means for transporting a sheet of a recording substrate through a first chamber comprised in the interior space of the recording substrate treatment apparatus; - a first suction device arranged for removing a gaseous medium from said first chamber; - a second suction device arranged for providing a vacuum force for holding down the recording substrate on the outer surface at an outer surface of the transporting means; - a heating device for heating the recording substrate, the heating device comprises a cooling device arranged for cooling the heating device; and - an impingement device, arranged for providing a first flow of the gaseous medium at the outer surface of the transporting means; wherein the first suction device is fluidly connected to the impingement device, such that in operation the impingement device receives a first flow of the gaseous medium from the first suction device, the first suction device and the impingement device form a substantially closed circuit, and wherein the second suction device is fluidly connected to the cooling device, such that in operation the cooling device receives a second flow of the gaseous medium from the second suction device, such that two substantially separate air circuits are present.