mhurhangee/ep-ind-claims huggingface dataset:
A terminal comprising: a receiving section that receives information regarding a first resource unit comprised of subcarriers lower in number than a predetermined number; and a control section which identifies a frequency region of a second resource unit comprised of a same number of subcarriers as the predetermined number based on the information, and controls communication to use the first resource unit inside the frequency region; wherein the control section uses a sequence shorter or longer than a reference signal sequence for the second resource unit, as a reference signal sequence for the first resource unit; and wherein the sequences are located in the respective resource units. a receiving section that receives information regarding a first resource unit comprised of subcarriers lower in number than a predetermined number; and a control section which identifies a frequency region of a second resource unit comprised of a same number of subcarriers as the predetermined number based on the information, and controls communication to use the first resource unit inside the frequency region; wherein the control section uses a sequence shorter or longer than a reference signal sequence for the second resource unit, as a reference signal sequence for the first resource unit; and wherein the sequences are located in the respective resource units.
Lighting device for a motor vehicle producing a determined lighting function, the device comprising - a first lighting module projecting at least one first matrix of first independently activatable juxtaposed light pixels, the first light pixels being arranged in several vertical columns and in at least one transverse row of determined height (Dh), - a second lighting module projecting a second matrix of second independently activatable juxtaposed light pixels, the second light pixels being arranged in at least one transverse row, the second matrix being superposed with the first matrix with a vertical offset by a vertical offset distance less than said determined height (Dh) relative to the first light pixels of the first matrix, the offset being defined in relation to a "non-offset" position of superposition in which at least the bottom end transverse edge of the second matrix is vertically superposed with the bottom end transverse edge of the first matrix, characterized in that each light pixel (26, 38) of the first matrix and of the second matrix has a height less than 2°. - a first lighting module projecting at least one first matrix of first independently activatable juxtaposed light pixels, the first light pixels being arranged in several vertical columns and in at least one transverse row of determined height (Dh), - a second lighting module projecting a second matrix of second independently activatable juxtaposed light pixels, the second light pixels being arranged in at least one transverse row, the second matrix being superposed with the first matrix with a vertical offset by a vertical offset distance less than said determined height (Dh) relative to the first light pixels of the first matrix, the offset being defined in relation to a "non-offset" position of superposition in which at least the bottom end transverse edge of the second matrix is vertically superposed with the bottom end transverse edge of the first matrix, characterized in that each light pixel (26, 38) of the first matrix and of the second matrix has a height less than 2°.
Composite structure for an acoustic wave device comprising a heterostructure which includes: a useful layer of piezoelectric material, having a first face and a second face, the first face being arranged at a first bonding interface on a support substrate having a coefficient of thermal expansion lower than that of the useful layer, the composite structure being characterized in that it comprises a functional layer, an entire surface of which is arranged at a second bonding interface on the second face of the useful layer and which has a coefficient of thermal expansion lower than that of the useful layer. a useful layer of piezoelectric material, having a first face and a second face, the first face being arranged at a first bonding interface on a support substrate having a coefficient of thermal expansion lower than that of the useful layer, the composite structure being characterized in that it comprises a functional layer, an entire surface of which is arranged at a second bonding interface on the second face of the useful layer and which has a coefficient of thermal expansion lower than that of the useful layer.
A medical device (500; 900; 1000) for treating a cancerous tumor comprising: a first lead (502; 902) comprising a first wire (504; 904) and a second wire (506; 906); a second lead (508; 908) comprising a third wire (510; 910) and a fourth wire (512; 912); a first electrode (514; 914) in electrical communication with the first wire (504; 904), a second electrode (516; 916) in electrical communication with the second wire (506; 906), a third electrode (518; 918) in electrical communication with the third wire (510; 910), and a fourth electrode (520; 920) in electrical communication with the fourth wire (512; 912); wherein the first electrode (514; 914) and the third electrode (518; 918) form a supply electrode pair configured to deliver one or more electric fields at or near a site of the cancerous tumor; and wherein the second electrode (516; 916) and the fourth electrode (520; 920) form a sensing electrode pair configured to measure an impedance (524; 824) of the cancerous tumor independent of an impedance of the first electrode (514; 914), the first wire (504; 904), the third electrode (518; 918), the third wire (510; 910), and components in electrical communication therewith. a first lead (502; 902) comprising a first wire (504; 904) and a second wire (506; 906); a second lead (508; 908) comprising a third wire (510; 910) and a fourth wire (512; 912); a first electrode (514; 914) in electrical communication with the first wire (504; 904), a second electrode (516; 916) in electrical communication with the second wire (506; 906), a third electrode (518; 918) in electrical communication with the third wire (510; 910), and a fourth electrode (520; 920) in electrical communication with the fourth wire (512; 912); wherein the first electrode (514; 914) and the third electrode (518; 918) form a supply electrode pair configured to deliver one or more electric fields at or near a site of the cancerous tumor; and wherein the second electrode (516; 916) and the fourth electrode (520; 920) form a sensing electrode pair configured to measure an impedance (524; 824) of the cancerous tumor independent of an impedance of the first electrode (514; 914), the first wire (504; 904), the third electrode (518; 918), the third wire (510; 910), and components in electrical communication therewith.
Method for operating a fuel cell system, in particular in a motor vehicle, - the fuel cell system comprising a reformer for generating an anode gas containing hydrogen gas from a fuel containing hydrogen and an oxidiser containing oxygen and a fuel cell for generating electric current from the anode gas and a cathode gas containing oxygen gas, - in which during a regeneration operation for regenerating the reformer an oxidising gas containing an oxygen gas is conveyed through the reformer against a flow direction set during normal operation for generating the anode gas and/or the electric current, while the supply of the reformer with fuel is interrupted or disconnected characterised in that, the regeneration operation for regenerating the reformer is performed when there is a pause in the normal operation of the fuel cell system in which no current is produced, and/or as soon as the reformer reaches a temperature sufficient for its regeneration during a cold start of the fuel cell system and before the fuel cell system produces electric current. - the fuel cell system comprising a reformer for generating an anode gas containing hydrogen gas from a fuel containing hydrogen and an oxidiser containing oxygen and a fuel cell for generating electric current from the anode gas and a cathode gas containing oxygen gas, - in which during a regeneration operation for regenerating the reformer an oxidising gas containing an oxygen gas is conveyed through the reformer against a flow direction set during normal operation for generating the anode gas and/or the electric current, while the supply of the reformer with fuel is interrupted or disconnected
A method of receiving acknowledgment, 'ACK', or negative-acknowledgment, 'NACK' from a wireless device (10, 30, 101), comprising: transmitting signalling to configure the wireless device (10, 30, 101) for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device (10, 30, 101) is always on during the awake periods, and the receiver of the wireless device (10, 30, 101) is off for at least some portion of the sleep periods, and the wireless device (10, 30, 101) monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; transmitting, on a semi-persistent resource, downlink data to the wireless device (10, 30, 101) during the awake periods of the wireless device (10, 30, 101); receiving ACK or NACK information corresponding to the downlink data transmission from the wireless device (10, 30, 101) irrespective of the DRX awake periods and the DRX sleep periods. transmitting signalling to configure the wireless device (10, 30, 101) for discontinuous reception 'DRX' having a plurality of awake periods and a plurality of sleep periods, wherein the awake periods alternate in time with the sleep periods, such that a receiver of the wireless device (10, 30, 101) is always on during the awake periods, and the receiver of the wireless device (10, 30, 101) is off for at least some portion of the sleep periods, and the wireless device (10, 30, 101) monitors Layer 1 for Control Channel Elements 'CCEs' only during the awake periods; transmitting, on a semi-persistent resource, downlink data to the wireless device (10, 30, 101) during the awake periods of the wireless device (10, 30, 101); receiving ACK or NACK information corresponding to the downlink data transmission from the wireless device (10, 30, 101) irrespective of the DRX awake periods and the DRX sleep periods.
A broadcast signal sending method, wherein the method is performed by a network device, and the method comprises: generating (41, 602, 802, 1302), at a second protocol layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB, wherein the second protocol layer is a protocol layer below a first protocol layer, wherein the second protocol layer is a medium access control, MAC, layer or a physical layer; processing (42, 603, 1304) first information and the second information at a physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information and the second information, wherein the first information is from the first protocol layer, wherein the combination result of the first information and the second information comprises: bits of the first information, bits of the second information, and bits of a cyclic redundancy check, CRC, code, wherein the CRC code corresponds to both the first information and the second information; and sending (43, 604, 804, 1305) the PBCH comprised in the SSB, to a terminal device, wherein the PBCH carries data obtained after physical layer processing which is performed on the first information and the second information at the physical layer. generating (41, 602, 802, 1302), at a second protocol layer, second information to be carried in a physical broadcast channel, PBCH, wherein the second information is information related to a synchronization signal block, SSB, wherein the second protocol layer is a protocol layer below a first protocol layer, wherein the second protocol layer is a medium access control, MAC, layer or a physical layer; processing (42, 603, 1304) first information and the second information at a physical layer, wherein the processing the first information and the second information at the physical layer comprises: performing channel coding, scrambling and modulation on a combination result of the first information and the second information, wherein the first information is from the first protocol layer, wherein the combination result of the first information and the second information comprises: bits of the first information, bits of the second information, and bits of a cyclic redundancy check, CRC, code, wherein the CRC code corresponds to both the first information and the second information; and sending (43, 604, 804, 1305) the PBCH comprised in the SSB, to a terminal device, wherein the PBCH carries data obtained after
A bias voltage generating apparatus adapted to be placed outside an ultrasound observation apparatus (3A, 3B) and to be used together with the ultrasound observation apparatus (3A, 3B), the ultrasound observation apparatus (3A, 3B) incorporating a transmission circuit generating a transmission signal and a reception circuit performing processing on a received signal, for transmitting/receiving ultrasound to/from a subject using a capacitive transducer, comprising: a power supply circuit for bias voltage which includes a chargeable secondary battery for producing a bias voltage to be applied to the capacitive transducer and produces the bias voltage; and a bias voltage superimposing portion which superimposes the bias voltage on the transmission signal outputted to outside the ultrasound observation apparatus (3A, 3B) and on the received signal to be inputted inside the ultrasound observation apparatus (3A, 3B), characterized by a charging level detecting portion which detects a charging level of the secondary battery constituting the power supply circuit for bias voltage; a charging level notifying portion which notifies charging level information detected by the charging level detecting portion; and a variable gain amplifier which varies a gain for amplifying the received signal to be inputted inside the ultrasound diagnostic observation apparatus based on the charging level detected by the charging level detecting portion, wherein when the bias voltage has become less than a lower limit value of an appropriate bias voltage range, the charging level detecting portion compensates for a drop in sensitivity to the received signal caused when the bias voltage falls below the appropriate range through an increase in the gain of the variable gain amplifier. a power supply circuit for bias voltage which includes a chargeable secondary battery for producing a bias voltage to be applied to the capacitive transducer and produces the bias voltage; and a bias voltage superimposing portion which superimposes the bias voltage on the transmission signal outputted to outside the ultrasound observation apparatus (3A, 3B) and on the received signal to be inputted inside the ultrasound observation apparatus (3A, 3B), characterized by a charging level detecting portion which detects a charging level of the secondary battery constituting the power supply circuit for bias voltage; a charging level notifying portion which notifies charging level information detected by the charging level detecting portion; and a variable gain amplifier which varies a gain for amplifying the received signal to be inputted inside the ultrasound diagnostic observation apparatus based on the charging level detected by the charging level detecting portion, wherein when the bias voltage has become less than a lower limit value of an appropriate bias voltage range, the charging level detecting portion compensates for a drop in sensitivity to the received signal caused when the bias voltage falls below the appropriate range through an increase in the gain of the variable gain amplifier.
A crystalline form of a compound of formula: wherein the crystalline form is form C having: an X-ray powder diffraction pattern comprising peaks, in terms of 2θ, at 7.20° ± 0.2°, 10.06° ± 0.2°, 17.40° ± 0.2°, 17.75° ± 0.2°, 18.65° ± 0.2°, 19.48° ± 0.2° and 20.13° ± 0.2°.
A method of operation of a network node in a wireless communication network, comprising: signaling, to a wireless device, an indication of one or more allocated sets of resource blocks that are allocated to the wireless device by an uplink grant for transmission on an uplink carrier in an unlicensed frequency spectrum; wherein the one or more allocated sets of resource blocks are one or more of a plurality of defined sets of resource blocks that correspond to a plurality of interlaces, respectively, that each spread out across an entire bandwidth of the uplink carrier, characterized in that the method comprises: signaling, to the wireless device, via Radio Resource Control signaling, a table of structures of resource allocations for all indications of one or more sets of resource blocks that are allocatable to the wireless device, to replace a default table at the wireless device. signaling, to a wireless device, an indication of one or more allocated sets of resource blocks that are allocated to the wireless device by an uplink grant for transmission on an uplink carrier in an unlicensed frequency spectrum; wherein the one or more allocated sets of resource blocks are one or more of a plurality of defined sets of resource blocks that correspond to a plurality of interlaces, respectively, that each spread out across an entire bandwidth of the uplink carrier, characterized in that the method comprises: signaling, to the wireless device, via Radio Resource Control signaling, a table of structures of resource allocations for all indications of one or more sets of resource blocks that are allocatable to the wireless device, to replace a default table at the wireless device.
Capsule containing beverage ingredient, such as tea leaves, configured for preparing a beverage, such as tea, by injection of hot water therein and comprising: - a housing for storing said beverage ingredient, said housing comprising: - a front opened side, - a back side comprising a water injection area, said water injection area comprising a hole in the housing, - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - a back cover closing the hole of the water injection area, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and characterized in that: - the housing is made of plastic material, and - the back side of the housing comprises a hollow around the water injection area, said hollow extending inside the internal volume of the housing and said hollow extending at least along an annular portion surrounding the hole of the water injection area. - a housing for storing said beverage ingredient, said housing comprising: - a front opened side, - a back side comprising a water injection area, said water injection area comprising a hole in the housing, - a rim extending from the front opened side, and - a front opened side, - a back side comprising a water injection area, said water injection area comprising a hole in the housing, - a rim extending from the front opened side, and - a front cover and/or a wall closing the front opened side of the housing, and - a back cover closing the hole of the water injection area, and - the housing presenting a cross section varying from the back side to the front side from a circular section to a globally triangular section - with smooth rounded corners - respectively, and - the housing is made of plastic material, and - the back side of the housing comprises a hollow around the water injection area, said hollow extending inside the internal volume of the housing and said hollow extending at least along an annular portion surrounding the hole of the water injection area.
A method for detecting specific nucleic acid sequences (target) comprising the steps of: a) matrix dependant DNA new synthesis of the target nucleic acid, b) target specific probe hybridization and c) detection of the hybridization event, wherein the oligonucleotide 1 marked in step a) at least by a marker 1, which is entirely or partially complementary to the target sequence, acts as a primer in the matrix dependent new synthesis of the target nucleic acid, and in step b) at least an oligonucleotide 2 marked by a marker 2, which is present in step a) but due to its lower melting temperature than the oligonucleotide 1 is not involved in step a) but partially or completely hybridizes with the DNA new synthesis product of oligonucleotide 1, and is used for target specific probe hybridization, characterized in that detection of the hybridization event occurs in the reaction cavity in which the amplification / hybridization reaction takes place, and that the two markers 1 and 2 act as a FRET pair, wherein detection occurs as a result of the FRET effect by means of an endpoint detection. a) matrix dependant DNA new synthesis of the target nucleic acid, b) target specific probe hybridization and c) detection of the hybridization event, wherein the oligonucleotide 1 marked in step a) at least by a marker 1, which is entirely or partially complementary to the target sequence, acts as a primer in the matrix dependent new synthesis of the target nucleic acid, and in step b) at least an oligonucleotide 2 marked by a marker 2, which is present in step a) but due to its lower melting temperature than the oligonucleotide 1 is not involved in step a) but partially or completely hybridizes with the DNA new synthesis product of oligonucleotide 1, and is used for target specific probe hybridization, characterized in that detection of the hybridization event occurs in the reaction cavity in which the amplification / hybridization reaction takes place, and that the two markers 1 and 2 act as a FRET pair, wherein detection occurs as a result of the FRET effect by means of an endpoint detection.
Coding system for allocation of conductor wires for transmission of I/O signals between an I/O module of an automation device and an external device, wherein the coding system comprises an assembly of a plurality of individual wires, and wherein one end of each individual wire of this assembly is connected to a common adapter which is to be connected to the I/O module of the automation device for coupling an external device to a control unit of an automation system, wherein the order of the individual wires is defined by the common adapter to be connected to the I/O module, and wherein the assembly of individual wires is bundled into at least two cables (210, 220, 230, 240) emanating from the common adapter, and wherein the cables are color-coded, and wherein from the distal cable ends of the at least two cables (210, 220, 230, 240) remote from common adapter, the respective ends of the individual wires appear, which have to be individually connected to the external device.