mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a user equipment, UE, in a wireless communication system, the method comprising: detecting a synchronization signal/physical broadcast channel, SS/PBCH, block including 15 kHz-subcarrier spacing-based offset information, wherein the 15 kHz-subcarrier spacing-based offset information includes 4 bits of ssb-SubcarrierOffsetas least significant bits, LSBs; based on the 15 kHz-subcarrier spacing-based offset information, determining a subcarrier offset between a first subcarrier of a common resource block and a first subcarrier of the SS/PBCH block; and monitoring a control resource set, CORESET, for Type0-physical downlink control channel, PDCCH, common search space, CSS, set determined based on the subcarrier offset, wherein, based on the SS/PBCH block detected in a shared spectrum, a difference between a synchronization raster in the shared spectrum and a center frequency of the SS/PBCH block is limited to a multiple of 30 kHz, the subcarrier offset indicates only the multiple of 30 kHz based on the 15 kHz-subcarrier spacing-based offset information, the LSB of the subcarrier offset is '0', and one LSB of the 15 kHz-subcarrier spacing-based offset information is used to identify a value of N QCL SSB that indicates a quasi co-location relationship between different candidate SSB indices. detecting a synchronization signal/physical broadcast channel, SS/PBCH, block including 15 kHz-subcarrier spacing-based offset information, wherein the 15 kHz-subcarrier spacing-based offset information includes 4 bits of ssb-SubcarrierOffsetas least significant bits, LSBs; based on the 15 kHz-subcarrier spacing-based offset information, determining a subcarrier offset between a first subcarrier of a common resource block and a first subcarrier of the SS/PBCH block; and monitoring a control resource set, CORESET, for Type0-physical downlink control channel, PDCCH, common search space, CSS, set determined based on the subcarrier offset, wherein, based on the SS/PBCH block detected in a shared spectrum, a difference between a synchronization raster in the shared spectrum and a center frequency of the SS/PBCH block is limited to a multiple of 30 kHz, the subcarrier offset indicates only the multiple of 30 kHz based on the 15 kHz-subcarrier spacing-based offset information, the LSB of the subcarrier offset is '0', and one LSB of the 15 kHz-subcarrier spacing-based offset information is used to identify a value of N QCL SSB that indicates a quasi co-location relationship between different candidate SSB indices.
Compound of formula (I): wherein: - R 1 means a fluorine atom or a perhalogeno linear alkyl radical containing 1, 2 or 3 carbon atoms, - R 2 means a chlorine atom; a linear alkyl radical containing 1, 2 or 3 carbon atoms optionally substituted with at least one fluorine atom; or a perhalogeno linear alkyl radical containing 1, 2 or 3 carbon atoms, and - R means a hydrogen atom or a radical of formula (Ia) wherein R 3 means a hydrogen atom; a hydroxyl radical; or a linear or branched alkyl radical containing 1, 2 or 3 carbon atoms, and R 3 is in position 5 or in position 6 of said radical of formula (Ia), or a pharmaceutically acceptable salt thereof. - R 1 means a fluorine atom or a perhalogeno linear alkyl radical containing 1, 2 or 3 carbon atoms, - R 2 means a chlorine atom; a linear alkyl radical containing 1, 2 or 3 carbon atoms optionally substituted with at least one fluorine atom; or a perhalogeno linear alkyl radical containing 1, 2 or 3 carbon atoms, and - R means a hydrogen atom or a radical of formula (Ia) wherein R 3 means a hydrogen atom; a hydroxyl radical; or a linear or branched alkyl radical containing 1, 2 or 3 carbon atoms, and R 3 is in position 5 or in position 6 of said radical of formula (Ia),
An ultrasonic sensor including a first pyroelectric layer and an absorbing layer arranged to produce heat in response to receiving ultrasonic signals, said absorbing layer being in direct contact with said first pyroelectric layer ; characterised by : a second pyroelectric layer overlaying the first pyroelectric layer , said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers. a first pyroelectric layer and an absorbing layer arranged to produce heat in response to receiving ultrasonic signals, said absorbing layer being in direct contact with said first pyroelectric layer ; characterised by : a second pyroelectric layer overlaying the first pyroelectric layer , said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers. a second pyroelectric layer overlaying the first pyroelectric layer , said second pyroelectric layer being arranged to receive ultrasonic signals before said first pyroelectric layer; and an electrically insulating spacer layer disposed between the first and second pyroelectric layers so as to separate electrically the first and second pyroelectric layers from one another, whereby the heat produced by said absorbing layer is received by said first pyroelectric layer before said second pyroelectric layer to produce a differential response between said first and second pyroelectric layers.
Apparatus for shaping hair, comprising: - two arms that are able to move with respect to one another and are able to assume a spaced-apart configuration for introducing a lock of hair between them and a moved-together configuration for treating the lock of hair, the arms being movable along the lock in this moved-together configuration, - two contact surfaces borne by the two arms , respectively, arranged facing one another, at least one of the contact surfaces being a heating surface, - at least one strip made of a friction material comprising a silicone elastomer, a fluoroelastomer or a perfluoroelastomer, and attached to each of the contact surfaces so as to protrude from the contact surface (5; 6) to which it is attached by a height (H) that is strictly greater than 0 mm even in the moved-together configuration of the arms and smaller than 2 mm, - one of the contact surfaces (5; 6) comprising a single strip and the other of the contact surfaces (6; 5) comprising two strips that are arranged so as to flank the single strip in the moved-together configuration of the arms . - two arms that are able to move with respect to one another and are able to assume a spaced-apart configuration for introducing a lock of hair between them and a moved-together configuration for treating the lock of hair, the arms being movable along the lock in this moved-together configuration, - two contact surfaces borne by the two arms , respectively, arranged facing one another, at least one of the contact surfaces being a heating surface, - at least one strip made of a friction material comprising a silicone elastomer, a fluoroelastomer or a perfluoroelastomer, and attached to each of the contact surfaces so as to protrude from the contact surface (5; 6) to which it is attached by a height (H) that is strictly greater than 0 mm even in the moved-together configuration of the arms and smaller than 2 mm, - one of the contact surfaces (5; 6) comprising a single strip and the other of the contact surfaces (6; 5) comprising two strips that are arranged so as to flank the single strip in the moved-together configuration of the arms .
A solar antenna array configured to convert sunlight into electrical power, comprising: a plurality of parallel, uniformly spaced conducting ridges, disposed on a substrate, spanning in a first direction, and uniformly spaced in a second direction perpendicular to the first direction; multiple carbon nanotube antennas, spanning varying distances along respective planes formed by the second and third directions, and having two ends, one of which is coupled to one of the ridges, and the other of which is coupled to a different one of the ridges ; and at least one diode connected between at least one of the two ends of a respective carbon nanotube antenna and a respective one of the ridges to which the at least one of the two ends is coupled, characterised in that sides of the conducting ridges are sloped with respect to a third direction that is perpendicular to a plane formed by the first and second directions. a plurality of parallel, uniformly spaced conducting ridges, disposed on a substrate, spanning in a first direction, and uniformly spaced in a second direction perpendicular to the first direction; multiple carbon nanotube antennas, spanning varying distances along respective planes formed by the second and third directions, and having two ends, one of which is coupled to one of the ridges, and the other of which is coupled to a different one of the ridges ; and at least one diode connected between at least one of the two ends of a respective carbon nanotube antenna and a respective one of the ridges to which the at least one of the two ends is coupled, characterised in that sides of the conducting ridges are sloped with respect to a third direction that is perpendicular to a plane formed by the first and second directions.
An optical scanning device comprising: an optical deflector which has a mirror part a support part, and a plurality of piezoelectric divided sections coupled in series, and includes a piezoelectric actuator which is interposed between the support part and the mirror part and rotates the mirror part about a rotation axis in a reciprocating manner; a driving unit which supplies a first driving voltage and a second driving voltage to a first set and a second set of piezoelectric divided sections so as to provide a relationship of opposite phases from each other in the case where the plurality of piezoelectric divided sections are divided alternately into the first set and the second set in an arrangement order toward an acting end from a proximal end of the optical deflector; and a detection unit that detects a deflection angle of the mirror part about the rotation axis, wherein the driving unit supplies a driving voltage to both the first set and the second set of piezoelectric divided sections during a first driving period, and supplies a driving voltage only to one of the first set and the second set of piezoelectric divided sections during a second driving period, and the detection unit detects the deflection angle based on an output voltage of the other set of piezoelectric divided sections during the second driving period. an optical deflector which has a mirror part a support part, and a plurality of piezoelectric divided sections coupled in series, and includes a piezoelectric actuator which is interposed between the support part and the mirror part and rotates the mirror part about a rotation axis in a reciprocating manner; a driving unit which supplies a first driving voltage and a second driving voltage to a first set and a second set of piezoelectric divided sections so as to provide a relationship of opposite phases from each other in the case where the plurality of piezoelectric divided sections are divided alternately into the first set and the second set in an arrangement order toward an acting end from a proximal end of the optical deflector; and a detection unit that detects a deflection angle of the mirror part about the rotation axis, wherein the driving unit supplies a driving voltage to both the first set and the second set of piezoelectric divided sections during a first driving period, and supplies a driving voltage only to one of the first set and the second set of piezoelectric divided sections during a second driving period, and the detection unit detects the deflection angle based on an output voltage of the other set of piezoelectric divided sections during the second driving period.
Header connector for mechanically and electrically connecting to a counterpart connector, comprising; - a frame comprising a top surface, the top surface comprising at least two recesses for receiving an interface portion ; - at least two interface portions each respectively received in the at least two recess, each interface portion comprising a bottom wall and side walls protruding perpendicular away from the top surface and the bottom wall, the side walls and the bottom wall 8e, 8f defining a receptacle with an opening for receiving the counterpart connector, the mating direction (X) of the header connector being parallel with the side walls and pointing away from the bottom wall towards the opening; wherein each interface portion comprises a side wall portion that protrudes inwards into the frame opposite to the mating direction, the side wall portion having an outer side wall surface and an opposing inner side wall surface , wherein a lock protrusion transversely protrudes away from the outer side wall surface into the frame perpendicular to the mating direction and wherein the interface portion comprises an interior undercut space at least partly defined by the bottom wall and the inner side wall surface, wherein the interior undercut space is occupied by a portion of the frame by means of over molding, characterized in that each interface portion comprises a seal protrusion that protrudes from the bottom wall into the interior undercut space. - a frame comprising a top surface, the top surface comprising at least two recesses for receiving an interface portion ; - at least two interface portions each respectively received in the at least two recess, each interface portion comprising a bottom wall and side walls protruding perpendicular away from the top surface and the bottom wall, the side walls and the bottom wall 8e, 8f defining a receptacle with an opening for receiving the counterpart connector, the mating direction (X) of the header connector being parallel with the side walls and pointing away from the bottom wall towards the opening; wherein each interface portion comprises a side wall portion that protrudes inwards into the frame opposite to the mating direction, the side wall portion having an outer side wall surface and an opposing inner side wall surface , wherein a lock protrusion transversely protrudes away from the outer side wall surface into the frame perpendicular to the mating direction and wherein the interface portion comprises an interior undercut space at least partly defined by the bottom wall and the inner side wall surface, wherein the interior undercut space is occupied by a portion of the frame by means of over molding, characterized in that each interface portion comprises a seal protrusion that protrudes from the bottom wall into the interior undercut space.
Loading system (LS) for an optical machine, particularly for loading and unloading optical workpieces (L), such as spectacle lenses, and/or block pieces (B) for blocking optical workpieces (L) and/or tools, comprising a carrier (TR), which is movable in a movement plane (x-y) by way of two linear guide units (LF1, LF2) and which carries at least one holder (H1, H2, H3) for the optical workpiece (L) and/or the block piece (B) and/or the tool, the holder being movable in a transverse direction (z) with respect to the movement plane (x-y), characterized in that the linear guide units (LF1, LF2) are constructed and arranged in the form of an H gantry or a cross gantry, with two stationary drive motors (AM1, AM2) for drive in the same or opposite sense of a traction element (ZG) which is movably arranged in an H shape or a cross shape at the linear guide units (LF1, LF2) and secured to the carrier (TR).
A method for producing a gallium nitride crystal, comprising a growth step of growing a gallium nitride crystal on the surface of a seed crystal having a hexagonal-system crystal structure by so controlling the temperature and the pressure inside a reactor which contains, as put thereinto, the seed crystal, a nitrogen-containing solvent, a starting material, and a mineralizing agent containing fluorine and iodine that the solvent therein is in a supercritical state and/or a subcritical state, wherein the temperature of a region where the starting material is dissolved inside the reactor is higher than the temperature of the region where the gallium nitride crystal is grown on the surface of the seed crystal inside the reactor, wherein the molar iodine concentration in the mineralizing agent is at least 0.5 times the molar fluorine concentration therein, and wherein the molar iodine concentration in the mineralizing agent is at most 20 times the molar fluorine concentration therein. wherein the temperature of a region where the starting material is dissolved inside the reactor is higher than the temperature of the region where the gallium nitride crystal is grown on the surface of the seed crystal inside the reactor, wherein the molar iodine concentration in the mineralizing agent is at least 0.5 times the molar fluorine concentration therein, and wherein the molar iodine concentration in the mineralizing agent is at most 20 times the molar fluorine concentration therein.
A cladding tube for a fuel rod for a nuclear reactor, the cladding tube comprising a tubular substrate defining an inner space for housing nuclear fuel, and a surface layer applied on the tubular substrate , wherein the tubular substrate is made of a zirconium base alloy and has a first thermal expansion coefficient, wherein the surface layer consists of an alloy, and wherein the alloy consists of a major part of main elements comprising Cr and at least one of Nb and Fe, a minor part of zirconium, and possibly a residual part of interstitial elements, characterized in that the alloy of the surface layer has a second thermal expansion coefficient and that the concentrations of the main elements are selected so that the second thermal expansion coefficient is at least 1% greater than the first thermal expansion coefficient from 20 to at least 1300°C. wherein the tubular substrate is made of a zirconium base alloy and has a first thermal expansion coefficient, wherein the surface layer consists of an alloy, and wherein the alloy consists of a major part of main elements comprising Cr and at least one of Nb and Fe, a minor part of zirconium, and possibly a residual part of interstitial elements, a major part of main elements comprising Cr and at least one of Nb and Fe, a minor part of zirconium, and possibly a residual part of interstitial elements, characterized in that the alloy of the surface layer has a second thermal expansion coefficient and that the concentrations of the main elements are selected so that the second thermal expansion coefficient is at least 1% greater than the first thermal expansion coefficient from 20 to at least 1300°C.
A system for delivering an embolic coil to the vasculature of a patient comprising: a catheter; a delivery wire inserted in the catheter; and an embolic coil deployable from a distal portion of said delivery wire , said embolic coil comprising an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape ; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil ; and a plurality of fibers extending from the embolic coil ; wherein said embolic coil is suitable for insertion through said catheter. a catheter; a delivery wire inserted in the catheter; and an embolic coil deployable from a distal portion of said delivery wire , said embolic coil comprising an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape ; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil ; and a plurality of fibers extending from the embolic coil ; an elongated core element formed of a shape memory material treated to define a memorized secondary coil shape ; an elongated outer element wound around the elongated core element to define a primary coil shape of the embolic coil ; and a plurality of fibers extending from the embolic coil ; wherein said embolic coil is suitable for insertion through said catheter.
Method for purifying a organically contaminated raw gas stream containing water vapor, wherein the method comprises the following: - feeding the raw gas stream to a reforming region in which the contaminants in the raw gas stream react chemically with the water vapor in the raw gas stream, as a result of which a reformed raw gas stream which contains oxidizable and/or organic gas substances is obtained; - feeding the reformed raw gas stream and an oxidizing agent stream to an oxidation region in which the oxidizable and/or organic gas substances of the reformed raw gas stream react chemically with the oxidizing agent of the oxidizing agent stream, as a result of which a purified gas stream is obtained, wherein the purification device comprises a plurality of flow chambers , a raw gas feed line and a control device, wherein the purification device is switched to different operating modes by means of the control device, wherein in a first purification mode: the raw gas stream is fed to at least a first of the flow chambers by means of the raw gas feed line and the purified gas stream is discharged from at least a second of the flow chambers by means of a purified gas discharge line ; and wherein in a second purification mode: the raw gas stream is fed to the at least one second flow chamber by means of the raw gas feed line and the purified gas stream is discharged from the at least one first flow chamber by means of the purified gas discharge line . - feeding the raw gas stream to a reforming region in which the contaminants in the raw gas stream react chemically with the water vapor in the raw gas stream, as a result of which a reformed raw gas stream which contains oxidizable and/or organic gas substances is obtained; - feeding the reformed raw gas stream and an oxidizing agent stream to an oxidation region in which the oxidizable and/or organic gas substances of the reformed raw gas stream react chemically with the oxidizing agent of the oxidizing agent stream, as a result of which a purified gas stream is obtained, wherein the purification device comprises a plurality of flow chambers , a raw gas feed line and a control device, wherein the purification device is switched to different operating modes by means of the control device, wherein in a first purification mode: the raw gas stream is fed to at least a first of the flow chambers by means of the raw gas feed line and the purified gas stream is discharged from at least a second of the flow chambers by means of a purified gas discharge line ; and wherein in a second purification mode: the raw gas stream is fed to the at least one second flow chamber by means of the raw gas feed line and the purified gas stream is discharged from the at least one first flow chamber by means of the purified gas discharge line .