mhurhangee/ep-ind-claims huggingface dataset:
A base station comprising: an allocating circuit adapted to allocate, to a group common control resource set, a group common physical downlink control channel, PDCCH, which contains information indicating a configuration of a slot and another PDCCH which does not contain the information; and a transmitter adapted to transmit the group common PDCCH and the another PDCCH to a terminal, the base station being characterized in that: a number of symbols to which the group common PDCCH is allocated is made equal to a smallest number of symbols to which the another PDCCH is allocated. an allocating circuit adapted to allocate, to a group common control resource set, a group common physical downlink control channel, PDCCH, which contains information indicating a configuration of a slot and another PDCCH which does not contain the information; and a transmitter adapted to transmit the group common PDCCH and the another PDCCH to a terminal, the base station being characterized in that: a number of symbols to which the group common PDCCH is allocated is made equal to a smallest number of symbols to which the another PDCCH is allocated.
Wind turbine comprising: - a generator coupled to a rapid shaft which is rotated by the wind acting on blades, and able to generate an electric current; - means for measurement of the speed of rotation of the rapid shaft; - at least one electro-magnetic brake which can reduce the speed of the rapid shaft; - a unit for regulation of the speed of rotation of the rapid shaft which receives signals obtained from the means for measurement, and emits control signals to the electro-magnetic brake in order to slow down the rotation of at least the rapid shaft when the speed reaches a specific speed, characterised in that the control value which is applied to the electro-magnetic brake is proportional to the difference between the value of the wind speed corresponding to the speed of rotation currently measured of the rapid shaft, and a value of the wind speed measured by an anemometer outside the wind turbine. - a generator coupled to a rapid shaft which is rotated by the wind acting on blades, and able to generate an electric current; - means for measurement of the speed of rotation of the rapid shaft; - at least one electro-magnetic brake which can reduce the speed of the rapid shaft; - a unit for regulation of the speed of rotation of the rapid shaft which receives signals obtained from the means for measurement, and emits control signals to the electro-magnetic brake in order to slow down the rotation of at least the rapid shaft when the speed reaches a specific speed,
An electronic device, comprising: a case having an exhaust vent; a heat generating electronic component disposed inside the case; a radiation component including radiation fins that are disposed at a position adjacent to the exhaust vent inside the case and that are formed of first plates disposed parallel to one another so as to form first pectinate air channels partitioned by the first plates, the radiation component being configured to receive heat of the heat generating electronic component and radiate the received heat to air passing through the first pectinate air channels of the radiation fins; a fan disposed at a position spaced from the radiation fins inside the case, the fan being configured to send air toward the radiation fins; a dust filter including second plates disposed parallel to one another so as to form second pectinate air channels partitioned by the second plates and disposed in the space between the radiation fins and the fan, the dust filter being configured to transfer the air sent from the fan to the radiation fins while capturing dust contained in the transferred air, wherein the dust filter disposed in the space is removable from the space, and characterised in that the second plates of the dust filter have a shape allowing insertion into the first air channels such that the second plates push the dust accumulated in the first air channels out of the first air channels. a case having an exhaust vent; a heat generating electronic component disposed inside the case; a radiation component including radiation fins that are disposed at a position adjacent to the exhaust vent inside the case and that are formed of first plates disposed parallel to one another so as to form first pectinate air channels partitioned by the first plates, the radiation component being configured to receive heat of the heat generating electronic component and radiate the received heat to air passing through the first pectinate air channels of the radiation fins; a fan disposed at a position spaced from the radiation fins inside the case, the fan being configured to send air toward the radiation fins; a dust filter including second plates disposed parallel to one another so as to form second pectinate air channels partitioned by the second plates and disposed in the space between the radiation fins and the fan, the dust filter being configured to transfer the air sent from the fan to the radiation fins while capturing dust contained in the transferred air, wherein
An inductive sensing system arranged for sensing electromagnetic signals returned from a body responsive to application of electromagnetic excitation signals to said body, the system adapted to detect presence of bleeding in one or more regions of the body, the system comprising: a resonator circuit comprising at least two single loop antennas (12a, 12b), and an electronic signal generator coupled to the at least two antennas, for driving the antennas with a drive signal to cause them to generate the electromagnetic excitation signals; and a signal sensing means arranged for sensing, simultaneously with signal generation, said returned signals from the body based on detecting a measure indicative of a respective additional inductance component added to each one of the antennas of the resonator circuit by said returned signals; the system configured to: determine a ratio between the detected measures of the additional inductance components added to each of the two antennas (12a, 12b); determine presence or absence of accumulation of blood based on the determined ratio of the additional inductance components; and generate a data output indicative of a result of the determination. a resonator circuit comprising at least two single loop antennas (12a, 12b), and an electronic signal generator coupled to the at least two antennas, for driving the antennas with a drive signal to cause them to generate the electromagnetic excitation signals; and a signal sensing means arranged for sensing, simultaneously with signal generation, said returned signals from the body based on detecting a measure indicative of a respective additional inductance component added to each one of the antennas of the resonator circuit by said returned signals; the system configured to: determine a ratio between the detected measures of the additional inductance components added to each of the two antennas (12a, 12b); determine presence or absence of accumulation of blood based on the determined ratio of the additional inductance components; and generate a data output indicative of a result of the determination. determine a ratio between the detected measures of the additional inductance components added to each of the two antennas (12a, 12b); determine presence or absence of accumulation of blood based on the determined ratio of the additional inductance components; and generate a data output indicative of a result of the determination.
A method for classifying a metal tube having a total length (Ltot), wherein there are provided a detection system for detecting the eccentricity of the tube, adapted to measure the eccentricity of the tube along its entire length (Ltot), a relative movement being provided between the tube and the detection system, and a processor adapted to process data obtained from said detection system, in said method being defined: - a first eccentricity threshold, - a first reference length correlated to said first eccentricity threshold, the method comprising the steps of: a) measuring the eccentricity of the tube along the entire total length (Ltot), by means of the detection system, during said relative movement, b) executing a first sum of lengths of tube portions having eccentricity either higher than or equal to the first eccentricity threshold by means of the processor, c) assigning a first class to the tube if the value of said first sum is lower than said first reference length, otherwise assigning a second class to the tube. - a first eccentricity threshold, - a first reference length correlated to said first eccentricity threshold, a) measuring the eccentricity of the tube along the entire total length (Ltot), by means of the detection system, during said relative movement, b) executing a first sum of lengths of tube portions having eccentricity either higher than or equal to the first eccentricity threshold by means of the processor, c) assigning a first class to the tube if the value of said first sum is lower than said first reference length, otherwise assigning a second class to the tube.
A method of producing a multiple-subunit protein complex in a plant cell comprising: obtaining a first nucleic acid segment comprising a promoter, and a short intergenic region of a geminivirus genome, and a region encoding a first subunit of the protein complex, wherein the region encoding the first subunit of the protein complex is flanked on either side by at least a portion of a long intergenic region of a geminivirus genome; obtaining a second nucleic acid segment comprising a promoter and a nucleic acid encoding a Rep/RepA protein of a geminivirus genome; obtaining a third nucleic acid segment comprising a promoter and a region encoding a second subunit of the protein complex, wherein the region encoding the second subunit of the protein complex is flanked on either side by at least a portion of a long intergenic region of a geminivirus genome; introducing the first nucleic acid segment and the second nucleic acid segment and the third nucleic acid segment into a plant cell to cause transient expression of the nucleic acid segments; and producing the multiple-subunit protein complex in the plant cell by transient expression of the nucleic acid segments encoding the first and second subunits of the multiple-subunit protein complex; wherein the first nucleic acid segment and the third nucleic acid segment are separate replicons, and wherein the replicon system is non-competing. obtaining a first nucleic acid segment comprising a promoter, and a short intergenic region of a geminivirus genome, and a region encoding a first subunit of the protein complex, wherein the region encoding the first subunit of the protein complex is flanked on either side by at least a portion of a long intergenic region of a geminivirus genome; obtaining a second nucleic acid segment comprising a promoter and a nucleic acid encoding a Rep/RepA protein of a geminivirus genome; obtaining a third nucleic acid segment comprising a promoter and a region encoding a second subunit of the protein complex, wherein the region encoding the second subunit of the protein complex is flanked on either side by at least a portion of a long intergenic region of a geminivirus genome; introducing the first nucleic acid segment and the second nucleic acid segment and the third nucleic acid segment into a plant cell to cause transient expression of the nucleic acid segments; and producing the multiple-subunit protein complex in the plant cell by transient expression of the nucleic acid segments encoding the first and second subunits of the multiple-subunit protein complex;
A nonwoven carrier for immobilizing superabsorbent polymer particles in an absorbent article, comprising superabsorbent polymer particles, a nonwoven top layer comprising staple fibers and/or spunbond fibers penetrable by the particles and a nonwoven bottom layer, characterised in that said top layer is mechanically bonded to the bottom layer, and wherein the bottom layer is porous with a pore size smaller than said particles, and in that said particles are distributed in a pattern that comprises areas that are free from said particles.
A method in a user equipment comprising: determining a first transmission power for a first transmission from a user equipment and a second transmission power for a second transmission from said user equipment, said first and second transmission at least partially overlapping, wherein said first transmission is to a first base station and said second transmission is to a second base station, said first and second transmission power being selected in dependence on at least one of which one or more channels are being transmitted and/or information on said at least one or more channels, wherein said determining comprises determining if the one or more channels and/or information being transmitted in said first transmission and one or more channels and/or information being transmitted in said second transmission is one of a plurality of different combinations for which maximum powers are defined. determining a first transmission power for a first transmission from a user equipment and a second transmission power for a second transmission from said user equipment, said first and second transmission at least partially overlapping, wherein said first transmission is to a first base station and said second transmission is to a second base station, said first and second transmission power being selected in dependence on at least one of which one or more channels are being transmitted and/or information on said at least one or more channels, wherein said determining comprises determining if the one or more channels and/or information being transmitted in said first transmission and one or more channels and/or information being transmitted in said second transmission is one of a plurality of different combinations for which maximum powers are defined.
A dental abutment assembly, comprising: a dental abutment having a tubular passage with an internal abutment thread at a lower end of said tubular passage; a dental implant fixture having an upper socket with an internal implant fixture thread; and a screw shaft having an upper external thread, with an upper external helix twisted in a first direction, and a lower external thread and a connecting shaft, wherein said lower external helix is twisted in a second direction, said upper and lower threads are located at opposite ends of said connecting shaft; wherein said first direction and said second direction are opposite to one another; wherein said connecting shaft comprises a smooth surface and a diameter smaller than a minor diameter of said internal abutment thread; characterized in that when said assembly is assembled a) said upper external thread extends upwardly beyond said internal abutment thread; and b) said connecting shaft is surrounded by said internal abutment thread. a dental abutment having a tubular passage with an internal abutment thread at a lower end of said tubular passage; a dental implant fixture having an upper socket with an internal implant fixture thread; and a screw shaft having an upper external thread, with an upper external helix twisted in a first direction, and a lower external thread and a connecting shaft, wherein said lower external helix is twisted in a second direction, said upper and lower threads are located at opposite ends of said connecting shaft; wherein said first direction and said second direction are opposite to one another; wherein said connecting shaft comprises a smooth surface and a diameter smaller than a minor diameter of said internal abutment thread; characterized in that when said assembly is assembled a) said upper external thread extends upwardly beyond said internal abutment thread; and b) said connecting shaft is surrounded by said internal abutment thread. a) said upper external thread extends upwardly beyond said internal abutment thread; and b) said connecting shaft is surrounded by said internal abutment thread.
A human presence detector including on a same silicon chip made in CMOS technology a first array of pixels, made sensitive to far infrared radiation by depositing a pyroelectric layer, converting the received far infrared radiation into electric charges, juxtaposed with at least one second array of pixels responsive to visible light, converting the received visible light into electric charges, and a circuit for reading the charges generated in each of the arrays by the visible light or far infrared radiation, the detector further comprising, above the silicon chip, an optical element for focusing the far infrared rays on the first array, and an optical element for focusing the visible light on the second array.
Handling device for a micro-invasive surgical instrument, with: a grip device (58, 59) for manual holding and guiding of the handling device; a shank coupling for detachable mechanical coupling of the handling device to a proximal end of a shank; a rod coupling which is at least either displaceable or rotatable in the handling device for detachable mechanical coupling to a proximal end of a transmission rod, which is at least either displaceable or rotatable in a shank coupled to the shank coupling; characterized by an orientation device (54, 541) for rotating a proximal end of a transmission rod inserted in the handling device into a predetermined orientation or into one of several predetermined orientations, in which the orientation device (54, 541) has a through-opening, which extends from distal to proximal, wherein the cross section of the through-opening constantly varies, at least in some parts, from distal to proximal. a grip device (58, 59) for manual holding and guiding of the handling device; a shank coupling for detachable mechanical coupling of the handling device to a proximal end of a shank; a rod coupling which is at least either displaceable or rotatable in the handling device for detachable mechanical coupling to a proximal end of a transmission rod, which is at least either displaceable or rotatable in a shank coupled to the shank coupling; characterized by an orientation device (54, 541) for rotating a proximal end of a transmission rod inserted in the handling device into a predetermined orientation or into one of several predetermined orientations, in which the orientation device (54, 541) has a through-opening, which extends from distal to proximal, wherein the cross section of the through-opening constantly varies, at least in some parts, from distal to proximal.
A percutaneous heart valve delivery system having a first configuration and a second configuration, the system comprising: a sheath; a stent having a proximal end and a distal end; a replacement valve having a proximal end and a distal end; at least one suture line extending between the stent and replacement valve; wherein, when the system is in the first configuration, the stent and replacement valve are disposed within the sheath and the distal end of the replacement valve is proximal to the proximal end of the stent; and when the system is in the second configuration, the distal end of the replacement valve is distal to the proximal end of the stent, characterized by at least one pull line connected to the at least one suture line. a sheath; a stent having a proximal end and a distal end; a replacement valve having a proximal end and a distal end; at least one suture line extending between the stent and replacement valve; wherein, when the system is in the first configuration, the stent and replacement valve are disposed within the sheath and the distal end of the replacement valve is proximal to the proximal end of the stent; and when the system is in the second configuration, the distal end of the replacement valve is distal to the proximal end of the stent, characterized by at least one pull line connected to the at least one suture line.
A base band unit comprising: a processor, the processor configured to, receive a first message from a base station, the first message including information identifying a remote radio head and a first time delay, the first time delay indicating a propagation time delay between a user equipment and the base station, receive a second message from the user equipment, the second message indicating the user equipment is associated with the remote radio head, receive a reference signal from the user equipment, the reference signal including a time stamp, determine a second time delay based on a time reference, the second time delay indicating a propagation time delay between the user equipment and the base band unit, determine a time value based on the first time delay and the second time delay, and transmit a data packet to the user equipment via the remote radio head, the transmitting being advanced in time by the time value. receive a first message from a base station, the first message including information identifying a remote radio head and a first time delay, the first time delay indicating a propagation time delay between a user equipment and the base station, receive a second message from the user equipment, the second message indicating the user equipment is associated with the remote radio head, receive a reference signal from the user equipment, the reference signal including a time stamp, determine a second time delay based on a time reference, the second time delay indicating a propagation time delay between the user equipment and the base band unit, determine a time value based on the first time delay and the second time delay, and transmit a data packet to the user equipment via the remote radio head, the transmitting being advanced in time by the time value.