mhurhangee/ep-ind-claims huggingface dataset:
A self-supporting electric power cable having a length defining a longitudinal direction and comprising an outer jacket portion and a core portion, wherein the outer jacket portion extends along the longitudinal direction and encloses the core portion, wherein the core portion comprises at least one insulated conductor and at least one supporting cord, wherein the at least one insulated conductor comprises a number of individual wires, wherein the at least one supporting cord comprises fibres selected from synthetic fibres, mineral fibres or a combination thereof, and wherein the at least one supporting cord is arranged as a separate unit in a cross sectional sector of the self-supporting electric power cable, and wherein the synthetic fibres comprise aramid fibres, and/or ultra-high-molecular-weight polyethylene, and/or poly vinyl alcohol, and the mineral fibres comprise glass fibres and/or basalt fibres, characterised in that the number of individual wires, individually or arranged in bundles, are arranged in a first lay direction, wherein the fibres either extend longitudinally along the at least one supporting cord, or are arranged in a second lay direction, the second lay direction being opposite to the first lay direction, wherein the at least one insulated conductor and the at least one supporting cord are arranged in the second lay direction. the outer jacket portion extends along the longitudinal direction and encloses the core portion, wherein the core portion comprises at least one insulated conductor and at least one supporting cord, wherein the at least one insulated conductor comprises a number of individual wires, wherein the at least one supporting cord comprises fibres selected from synthetic fibres, mineral fibres or a combination thereof, and wherein the at least one supporting cord is arranged as a separate unit in a cross sectional sector of the self-supporting electric power cable, and wherein the synthetic fibres comprise aramid fibres, and/or ultra-high-molecular-weight polyethylene, and/or poly vinyl alcohol, and the mineral fibres comprise glass fibres and/or basalt fibres, the number of individual wires, individually or arranged in bundles, are arranged in a first lay direction, wherein the fibres either extend longitudinally along the at least one supporting cord, or are arranged in a second lay direction, the second lay direction being opposite to the first lay direction, wherein the at least one insulated conductor and the at least one supporting cord are arranged in the second lay direction.
A heat transfer sheet for dye sublimation, comprising a base sheet having a first surface and a second surface and a dye sublimation coating on the first surface of the base sheet, wherein the dye sublimation coating comprises a plurality of microparticles dispersed in a polymeric binder, wherein the plurality of microparticles comprises a mixture of tack-inducing microparticles and oxide microparticles, and wherein the tack-inducing microparticles create tack once heated to temporarily adhere the coating in place on the surface of the substrate to which an image is to be transferred via dye sublimation.
Battery arrangement for an auxiliary operation of a rail vehicle, comprising at least one battery unit, wherein the battery unit has an electronic protection device and a circuit for charging and discharging the battery unit, wherein for the positive input of the battery unit, in particular a lithium ion battery unit, this circuit has a charge path for charging the battery unit and a discharge path which differs from the charge path for discharging the battery unit, wherein the discharge path connects the positive input of the battery unit with a positive output terminal (BL+) of the battery arrangement as a discharge path, and wherein the charge path is equipped with one or more electrical components, which offer protection for the battery unit from short-circuit current, overcharging and overheating, and wherein the discharge path is equipped with one or more electrical components, which offer protection for the battery unit from short-circuit current, characterised in that at least one charging contactor is provided in the charge path for switching off the charge path which is connected to the electronic protection device, wherein the connection is embodied so that at least one charging contactor switches off the charge path when the electronic protection device detects an overcharge of the battery unit and/or an impermissibly high current of the battery unit and/or an overheating.
A method for locating sources of potential interference in frequency bands of carrier signals used by cells of a plurality of base stations of a cellular radio communication system, the method comprising: receiving data representative of power spectral density, PSD, in carrier signals across different frequency bands received at the base stations for cells of the communication system over time intervals; clustering cells based on features of the received PSD data that distinguish between a normal received signal and an abnormal received signal subject to potential interference; for each cell assigned to a cluster having features indicative of an abnormal received signal, determining a correlation coefficient between a matrix of the signal strength values in the received PSD data for that cell in the different frequency bands over the time intervals with the signal strength values in the received PSD data for all other cells in the respective frequency bands over the same time intervals; grouping cells having correlation coefficients above a threshold value as being members of interference groups; for each interference group, identifying the cell having the highest received power in a correlated frequency band as the cell causing or the cell nearest a cause of the interference affecting the cells in the interference group. receiving data representative of power spectral density, PSD, in carrier signals across different frequency bands received at the base stations for cells of the communication system over time intervals; clustering cells based on features of the received PSD data that distinguish between a normal received signal and an abnormal received signal subject to potential interference; for each cell assigned to a cluster having features indicative of an abnormal received signal, determining a correlation coefficient between a matrix of the signal strength values in the received PSD data for that cell in the different frequency bands over the time intervals with the signal strength values in the received PSD data for all other cells in the respective frequency bands over the same time intervals; grouping cells having correlation coefficients above a threshold value as being members of interference groups; for each interference group, identifying the cell having the highest received power in a correlated frequency band as the cell causing or the cell nearest a cause of the interference affecting the cells in the interference group.
A semiconductive polymer suitable for use in an organic light-emitting device, said polymer comprising a triarylamine repeat unit, the triarylamine repeat unit having a group R pendent from the polymer backbone, wherein R has general formula I: where Ar 1 represents phenyl or a group comprising napthyl; Ar 2 represents phenyl or a group comprising napthyl; R' represents a substituent group; R" represents hydrogen or a substituent group; n= 0, 1, 2 or 3; m=0 or 1; and n'= 2; provided that m=0 when n=0 and R' represents a branched C4 to C20 alkyl or alkoxy group comprising a tertiary carbon atom.
Radio communication device comprising a radio communication terminal and a chip card with a memory and a processor characterised in that the radio communication terminal comprises - a generation unit configured to generate a device list which specifies which devices are coupled to the radio communication terminal - a transmitting unit configured to transmit the device list to the chip card. - a generation unit configured to generate a device list which specifies which devices are coupled to the radio communication terminal - a transmitting unit configured to transmit the device list to the chip card.
Pharmaceutical composition of a puff of a spray for use in the treatment of a disease by administration by inhalation by a human subject comprising at least one topical corticoid and a quinolone or fusidic acid, characterized in that the ratio of the weight of the topical corticoid to the weight of the quinolone or of fusidic acid is between 0.02 and 20 and the amount of quinolone or of fusidic acid is less than 1 mg.
A joint structure for eyeglass frames and temples, wherein the eyeglass structure includes a frame, two temples and two lenses, the lenses are respectively mounted on the rims of the frame, a side of each of the rims is formed with a groove, an outer side of each of the rims is formed with two insertion arms, a joining end of each of the temples includes three engagement arms (21, 22, 23), and the joint structure is characterized in that: the joint structure for eyeglass frames and temples comprises two bases (41, 42) and a bidirectional screw rod and three engagement arms (21, 22, 23), the bases (41, 42) each have an insertion slot (411, 421) for engagement with the respective insertion arm, the base (41, 42) has a curved edge (412, 422) and an L-shaped edge (413, 423), an inner side of each of the bases (41, 42) is formed with a screw hole (414, 424), a top end and a bottom end of the bidirectional screw rod each have a threaded shank (431, 432) for being respectively screwed into the screw holes (414, 424) of the two bases (41, 42), a middle engagement arm of the temple is a curved structure, an inner side of the curved structure has a curved groove, the curved structure hugs the bidirectional screw rod which passes through the curved groove, an upper engagement arm and a lower engagement arm of the temple are respectively accommodated at the L-shaped edges (413, 423) of the two bases (41, 42); and through the joint structures, the two temples are open on the eyeglass frame, or closed on the eyeglass frame. the joint structure for eyeglass frames and temples comprises two bases (41, 42) and a bidirectional screw rod and three engagement arms (21, 22, 23), the bases (41, 42) each have an insertion slot (411, 421) for engagement with the respective insertion arm, the base (41, 42) has a curved edge (412, 422) and an L-shaped edge (413, 423), an inner side of each of the bases (41, 42) is formed with a screw hole (414, 424), a top end and a bottom end of the bidirectional screw rod each have a threaded shank (431, 432) for being respectively screwed into the screw holes (414, 424) of the two bases (41, 42), a middle engagement arm of the temple is a curved structure, an inner side of the curved structure has a curved groove, the curved structure hugs the bidirectional screw rod which passes through the curved groove, an upper engagement arm and a lower engagement arm of the temple are respectively accommodated at the L-shaped edges (413, 423) of the two bases (41, 42); and through the joint structures, the two temples are open on the eyeglass frame, or closed on the eyeglass frame.
A head mounted display (200, 400, 700) configured to be worn on a head of a user, the HMD comprising: a frame comprising a pair of ear stems; a pair of optical elements supported by the frame such that each of the pair of optical elements is capable of being disposed forward of an eye of the user; a forward-facing imager mounted to one of the pair of ear stems, the forward-facing imager configured to be mounted rearward the eye of the user and configured to provide a depth of field, for imaging an eye region of the user, that is approximately twice as large as a backward facing imager; and a reflective element disposed in or on one of the pair of optical elements, the reflective element configured to reflect infrared light toward the forward-facing imager, which is configured to receive the infrared light reflected by the reflective element, wherein the reflective element comprises a plurality of contiguous segments, each segment having an optical property that is different from an optical property of at least one other segment in the plurality of contiguous segments, wherein different ones of the segments produce images of the eye from correspondingly different angular locations, wherein each of the segments is configured to reflect infrared light. a frame comprising a pair of ear stems; a pair of optical elements supported by the frame such that each of the pair of optical elements is capable of being disposed forward of an eye of the user; a forward-facing imager mounted to one of the pair of ear stems, the forward-facing imager configured to be mounted rearward the eye of the user and configured to provide a depth of field, for imaging an eye region of the user, that is approximately twice as large as a backward facing imager; and a reflective element disposed in or on one of the pair of optical elements, the reflective element configured to reflect infrared light toward the forward-facing imager, which is configured to receive the infrared light reflected by the reflective element, wherein the reflective element comprises a plurality of contiguous segments, each segment having an optical property that is different from an optical property of at least one other segment in the plurality of contiguous segments, wherein different ones of the segments produce images of the eye from correspondingly different angular locations, wherein each of the segments is configured to reflect infrared light.
A pump system for an artificial heart comprising a pump and a controller for controlling the operation of the pump, wherein the controller is adapted to: modulate the speed of the pump; calculate a system condition parameter having a value related to a hysteresis loop generated by a system operating parameter that varies in response to pump speed; and determine the condition of the system in response to the value of the system condition parameter; wherein the condition of the system comprises a pump inlet suction condition and wherein the controller is adapted to correct the condition of the system by reducing the speed of the pump by modulating the speed with an integer number of modulations within a time window having a predetermined length in response to determining a pump inlet suction condition. modulate the speed of the pump; calculate a system condition parameter having a value related to a hysteresis loop generated by a system operating parameter that varies in response to pump speed; and determine the condition of the system in response to the value of the system condition parameter; wherein the condition of the system comprises a pump inlet suction condition and wherein the controller is adapted to correct the condition of the system by reducing the speed of the pump by modulating the speed with an integer number of modulations within a time window having a predetermined length in response to determining a pump inlet suction condition.
A wireless communication apparatus that performs wireless communication in a multicarrier transmission scheme using a plurality of frequency channels each of a group of a predetermined number of subcarriers among a plurality of subcarriers arranged successively at regular frequency intervals in a system band, comprising: a frequency channel allocating section that allocates the frequency channels to communicating terminals; a subcarrier power control section that controls at least whether or not to set transmit power for each subcarrier for zero; and a determining section that checks a reception bandwidth of the communicating terminal, while determining whether the communicating terminal is a full band terminal capable of receiving all the frequency channels in the system band or is a limited band terminal capable of receiving only part of the frequency channels in the system band, wherein as a result of the determination, when the communicating terminal is the limited band terminal, the subcarrier power control section performs control to set zero on the transit power of part of the subcarriers of a frequency channel that is adjacent to a reception band allocated to the communication terminal and that is allocated to another communication terminal, or the subcarrier power control section performs control to set zero on the transmit power of all of the subcarriers of a frequency channel that is adjacent to a reception band allocated to the communication terminal. a frequency channel allocating section that allocates the frequency channels to communicating terminals; a subcarrier power control section that controls at least whether or not to set transmit power for each subcarrier for zero; and a determining section that checks a reception bandwidth of the communicating terminal, while determining whether the communicating terminal is a full band terminal capable of receiving all the frequency channels in the system band or is a limited band terminal capable of receiving only part of the frequency channels in the system band, wherein as a result of the determination, when the communicating terminal is the limited band terminal, the subcarrier power control section performs control to set zero on the transit power of part of the subcarriers of a frequency channel that is adjacent to a reception band allocated to the communication terminal and that is allocated to another communication terminal, or the subcarrier power control section performs control to set zero on the transmit power of all of the subcarriers of a frequency channel that is adjacent to a reception band allocated to the communication terminal.
A smoking article, comprising: a first part, and, a second part movable relative to the first part, wherein the first part comprises a tobacco rod (11, 131) and a first filter section (12, 132) and the second part comprises a sleeve (13, 133, 363) and a second filter section (14, 134), wherein at least the second part comprises at least one ventilation area, wherein the relative position of the first part to the second part is configured to selectively inhibit ventilation through at least part of the at least one ventilation area to provide a variable flow system configured to variably control gaseous flow into or through the smoking article; characterised in that the sleeve is partially surrounded by an outer sleeve which is provided with one or more ventilation apertures and which is movable around the second part of the smoking article comprising the at least one ventilation area. a first part, and, a second part movable relative to the first part, wherein the first part comprises a tobacco rod (11, 131) and a first filter section (12, 132) and the second part comprises a sleeve (13, 133, 363) and a second filter section (14, 134), wherein at least the second part comprises at least one ventilation area, wherein the relative position of the first part to the second part is configured to selectively inhibit ventilation through at least part of the at least one ventilation area to provide a variable flow system configured to variably control gaseous flow into or through the smoking article; characterised in that the sleeve is partially surrounded by an outer sleeve which is provided with one or more ventilation apertures and which is movable around the second part of the smoking article comprising the at least one ventilation area.
A method for accelerating code optimization in a microprocessor, comprising: fetching an incoming macroinstruction sequence using an instruction fetch component; transferring the incoming macroinstruction sequence to a decoding component for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the plurality of dependency groups to a plurality of engines of the microprocessor for execution in parallel; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence. fetching an incoming macroinstruction sequence using an instruction fetch component; transferring the incoming macroinstruction sequence to a decoding component for decoding into a microinstruction sequence; performing optimization processing by identifying true dependencies, output dependencies, and anti-dependencies in the microinstruction sequence and reordering the microinstruction sequence into an optimized microinstruction sequence comprising a plurality of dependency groups based on the identified true dependencies, output dependencies, and anti-dependencies; outputting the plurality of dependency groups to a plurality of engines of the microprocessor for execution in parallel; and storing a copy of the optimized microinstruction sequence into a sequence cache for subsequent use upon a subsequent hit on the optimized microinstruction sequence.
A cutting blade having a plurality of different coatings on surfaces of the cutting blade, comprising an upper surface, a lower surface, and a side surface connecting the upper surface and the lower surface; wherein the upper surface intersects the side surface to form at least one cutting edge unit; the cutting edge unit comprises a main cutting edge and a secondary cutting edge; the upper surface comprises at least one set of cutting planes; the cutting planes comprise a main cutting surface and a secondary cutting surface; the main cutting surface intersects the side surface to form the main cutting edge; the secondary cutting surface intersects the side surface to form the secondary cutting edge; characterized in that: a main coating is provided on the main cutting surface; a secondary coating is provided on the secondary cutting surface; and the main coating and the secondary coating are different from each other.