mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting, by a user equipment, UE , a random access preamble in a wireless communication system supporting a narrow band-Internet of things, NB-IoT, the method comprising: transmitting, to a base station , a random access preamble in a subcarrier allocated by the base station based on a subcarrier spacing of 1.25 kHz; and receiving, from the base station , a random access response message in response to the random access preamble, wherein the random access preamble consists of 6 symbol groups, wherein each symbol group consists of one Cyclic Prefix, CP, and a sequence of 3 symbols, and wherein, based on the random access preamble being repeatedly transmitted 16 or more times, a gap of 40 ms is inserted after transmissions of 16 random access preambles. transmitting, to a base station , a random access preamble in a subcarrier allocated by the base station based on a subcarrier spacing of 1.25 kHz; and receiving, from the base station , a random access response message in response to the random access preamble, wherein the random access preamble consists of 6 symbol groups, wherein each symbol group consists of one Cyclic Prefix, CP, and a sequence of 3 symbols, and wherein, based on the random access preamble being repeatedly transmitted 16 or more times, a gap of 40 ms is inserted after transmissions of 16 random access preambles.
A combination of a fixing system and at least one feeder sleeve comprising a linear cavity through which a fluid material can be passed for the feeding process and which is defined by at least one cavity wall , and at least one opening by which said cavity communicates with the outer environment, wherein said fixing system (S) is suitable for fixing the feeder sleeve to a mould characterized by comprising: • at least one nozzle suitable for being placed to the cavity by passing through said opening , being able to moves inside said cavity by the load applied during the moulding process, comprising at least one expansion at the end that is close to said feeder sleeve , and rubbing on said cavity wall while moving forward in said cavity ; • at least one housing positioned on said expansion ; • at least one protective element comprising at least one bottom wall which is suitable for receiving the base of the feeder sleeve and is made of ceramic fibre, at least one side wall which is suitable for receiving the outer wall of the feeder sleeve and is made of ceramic fibre, at least one aperture which is located at said bottom wall and allows a fluid passage between the opening and the outer environment; • at least one dampener element positioned so as to contact to the bottom wall of the protective element , being made of ceramic fibre, and comprising, at the middle part, at least one hole which is suitable for passage of the fluid, wherein the fluid is delivered through the opening by which said cavity communicates with the outer environment. • at least one nozzle suitable for being placed to the cavity by passing through said opening , being able to moves inside said cavity by the load applied during the moulding process, comprising at least one expansion at the end that is close to said feeder sleeve , and rubbing on said cavity wall while moving forward in said cavity ; • at least one housing positioned on said expansion ; • at least one protective element comprising at least one bottom wall which is suitable for receiving the base of the feeder sleeve and is made of ceramic fibre, at least one side wall which is suitable for receiving the outer wall of the feeder sleeve and is made of ceramic fibre, at least one aperture which is located at said bottom wall and allows a fluid passage between the opening and the outer environment; • at least one dampener element positioned so as to contact to the bottom wall of the protective element , being made of ceramic fibre, and comprising, at the middle part, at least one hole which is suitable for passage of the fluid, wherein the fluid is delivered through the opening by which said cavity communicates with the outer environment.
A stator segment, comprising: a first circumferential end face ; a second circumferential end face , wherein the first and second circumferential end faces are misaligned relative to one another; a radially outer platform ; and a plurality of stator vanes (v) supported by the radially outer platform ; said plurality of stator vanes including a first array of vanes adjacent to the first circumferential end face and a second array of vanes adjacent the second circumferential end face ; wherein the first and the second array of vanes are axially spaced apart from one another and wherein a first featherseal slot is defined in the first circumferential end face; and a second featherseal slot is defined in the second circumferential end face; wherein a longitudinal axis of the first featherseal slot is misaligned relative to a longitudinal axis of the second featherseal slot. a first circumferential end face ; a second circumferential end face , wherein the first and second circumferential end faces are misaligned relative to one another; a radially outer platform ; and a plurality of stator vanes (v) supported by the radially outer platform ; said plurality of stator vanes including a first array of vanes adjacent to the first circumferential end face and a second array of vanes adjacent the second circumferential end face ; wherein the first and the second array of vanes are axially spaced apart from one another and wherein a first featherseal slot is defined in the first circumferential end face; and a second featherseal slot is defined in the second circumferential end face; wherein a longitudinal axis of the first featherseal slot is misaligned relative to a longitudinal axis of the second featherseal slot.
A communication method for a core network node, comprising: receiving a first NAS, Non-Access Stratum, message including slice-related information, from a mobile terminal via an access network node; retrieving a subscription context from a core network control plane network function; examining matching between the slice-related information and the subscription context; detecting an error based on the matching; and sending a NAS reject message with a cause corresponding to the error to the mobile terminal , the cause being for updating the slice-related information in the mobile terminal , and for indicating that the slice-related information is not valid. receiving a first NAS, Non-Access Stratum, message including slice-related information, from a mobile terminal via an access network node; retrieving a subscription context from a core network control plane network function; examining matching between the slice-related information and the subscription context; detecting an error based on the matching; and sending a NAS reject message with a cause corresponding to the error to the mobile terminal , the cause being for updating the slice-related information in the mobile terminal , and for indicating that the slice-related information is not valid.
A preform shaping method comprising: manufacturing a fiber stack that comprises a plurality of fiber layers by stacking sheet-form fibrous components; and manufacturing a preform that has a configuration in which a first surface and a second surface one or both of which are curved surfaces are coupled, by bending the sheet-form fibrous components after or while stacking the sheet-form fibrous components, wherein the sheet-form fibrous components includes a first sheet-form fibrous component and a second sheet-form fibrous component fiber length directions of which are set to such different directions before a bending process as to be target fiber length directions after the bending process and which form the first surface and the second surface, respectively, after the bending process, wherein combination of the first sheet-form fibrous component and the second sheet-form fibrous component forms a single fiber layer of the plurality of fiber layers, wherein, as the preform , a preform that has a configuration in which a web that has a flat platy configuration and a curved platy flange are coupled is manufactured, wherein the web is formed by the first sheet-form fibrous component and the flange is formed by the second sheet-form fibrous component , and wherein the fiber length directions of the second sheet-form fibrous component are set along a curve so that, after the bending process, a direction that represents the fiber length direction of the second sheet-form fibrous component that forms the flange is parallel to the web . manufacturing a fiber stack that comprises a plurality of fiber layers by stacking sheet-form fibrous components; and manufacturing a preform that has a configuration in which a first surface and a second surface one or both of which are curved surfaces are coupled, by bending the sheet-form fibrous components after or while stacking the sheet-form fibrous components, wherein the sheet-form fibrous components includes a first sheet-form fibrous component and a second sheet-form fibrous component fiber length directions of which are set to such different directions before a bending process as to be target fiber length directions after the bending process and which form the first surface and the second surface, respectively, after the bending process, wherein combination of the first sheet-form fibrous component and the second sheet-form fibrous component forms a single fiber layer of the plurality of fiber layers, wherein, as the preform , a preform that has a configuration in which a web that has a flat platy configuration and a curved platy flange are coupled is manufactured, wherein the web is formed by the first sheet-form fibrous component and the flange is formed by the second sheet-form fibrous component , and wherein the fiber length directions of the second sheet-form fibrous component are set along a curve so that, after the bending process, a direction that represents the fiber length direction of the second sheet-form fibrous component that forms the flange is parallel to the web .
A sensor bracket for a tube ring and also for a vibratory conduit , comprising: an outer surface substantially symmetric about an axis (S), wherein: the axis (S) is external of the vibratory conduit when the sensor bracket is affixed to the tube ring that is affixed to the vibratory conduit ; and the outer surface has a complementary portion configured to interface with the one of the tube ring and the vibratory conduit and wherein the complementary portion comprises a groove formed in the outer surface of of the sensor bracket . the axis (S) is external of the vibratory conduit when the sensor bracket is affixed to the tube ring that is affixed to the vibratory conduit ; and the outer surface has a complementary portion configured to interface with the one of the tube ring and the vibratory conduit and wherein the complementary portion comprises a groove formed in the outer surface of of the sensor bracket .
A system, comprising: a writing apparatus comprising an elongate tubular member having a first end and a second end and being sized to be hand-held; a magnet coupled to the tubular member; and a tip coupled to the first end of the tubular member and configured to dispense a colorant and to provide a magnetic field (103a,b,c; 310); and a display capable of changing optical state in the presence of a magnetic field and having a surface capable of receiving the colorant; the system being characterized in that the display is an electrophoretic display comprising a plurality of charged particles (211, 212; 321, 322) capable of moving through a fluid under an electric field, the electrophoretic display also being capable of changing optical state in response to a magnetic field produced by the magnet and applied to the particles, wherein the state change varies as a function of the angle between the long axis of the tubular member and the surface of the electrophoretic display. a writing apparatus comprising an elongate tubular member having a first end and a second end and being sized to be hand-held; a magnet coupled to the tubular member; and a tip coupled to the first end of the tubular member and configured to dispense a colorant and to provide a magnetic field (103a,b,c; 310); and a display capable of changing optical state in the presence of a magnetic field and having a surface capable of receiving the colorant; the system being characterized in that the display is an electrophoretic display comprising a plurality of charged particles (211, 212; 321, 322) capable of moving through a fluid under an electric field, the electrophoretic display also being capable of changing optical state in response to a magnetic field produced by the magnet and applied to the particles, wherein the state change varies as a function of the angle between the long axis of the tubular member and the surface of the electrophoretic display.
An aerosol generator comprising:- a vibratable member having apertures therein; a vibration generating element , whereby excitation of the vibration generating element causes movement of the vibratable member ; a support member , the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element ; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element ; wherein the vibration generating element and the support member are annular, wherein the second surface of the vibration generating element is mounted to the support member , and the second conducting pin engages with the support member , wherein the conducting pins are substantially parallel to each other, extending on the same side of the vibration generating element and the support characterised in that , each of the conducting pins comprises a barrel and a plunger which is biased by a spring housed in the barrel, and exerts a spring contact surface in the range of 1.3N to 3N; and in that an interfacial contact surface of at least one pin has a coating thereon to prevent oxidation of the interfacial surfaces. a vibratable member having apertures therein; a vibration generating element , whereby excitation of the vibration generating element causes movement of the vibratable member ; a support member , the vibration generating element and the vibratable member being mounted to the support member; a first electrical power conducting pin which engages with a first surface of the vibration generating element ; a second electrical power conducting pin for conducting electrical power to a second surface of the vibration generating element ; wherein the vibration generating element and the support member are annular, wherein the second surface of the vibration generating element is mounted to the support member , and the second conducting pin engages with the support member , wherein the conducting pins are substantially parallel to each other, extending on the same side of the vibration generating element and the support characterised in that , each of the conducting pins comprises a barrel and a plunger which is biased by a spring housed in the barrel, and exerts a spring contact surface in the range of 1.3N to 3N; and in that an interfacial contact surface of at least one pin has a coating thereon to prevent oxidation of the interfacial surfaces.
A device , comprising: - an analogue transceiver configured to wirelessly transceive on bands of at least one cell (101, 101-1 - 101-3, 102, 103) of a cellular network , - a data interface coupled with the analogue transceiver and configured to communicate, via the analogue transceiver , with the cellular network , - at least one processor coupled with the data interface and configured to receive, from the cellular network and via the data interface, at least one control message , the at least one control message indicating a measurement band (300-313), wherein the at least one processor is configured to control the analogue transceiver to execute a measurement of a signal quality of a signal received on the measurement band (300-313) the device being characterized in that : the measurement band (300-313) is a subfraction of the band of a connected cell via which the device is connected to the cellular network , and in that the at least one control message specifies the measurement band in relative terms with respect to the band of the connected cell . - an analogue transceiver configured to wirelessly transceive on bands of at least one cell (101, 101-1 - 101-3, 102, 103) of a cellular network , - a data interface coupled with the analogue transceiver and configured to communicate, via the analogue transceiver , with the cellular network , - at least one processor coupled with the data interface and configured to receive, from the cellular network and via the data interface, at least one control message , the at least one control message indicating a measurement band (300-313),
A device for closing a wound , comprising: a closure element having a delivery configuration and a deployed configuration, the closure element configured to be disposed about an endcap of an endoscope in the delivery configuration; and a release filament having a distal end releasably coupled to the closure element and a proximal end extendable within the endcap; wherein the closure element is configured to substantially close about the wound in the deployed configuration, wherein the deployed configuration of the closure element is a shape-memory configuration, wherein the shape-memory configuration of the closure element is a coil, a knot, or a combination thereof. a closure element having a delivery configuration and a deployed configuration, the closure element configured to be disposed about an endcap of an endoscope in the delivery configuration; and a release filament having a distal end releasably coupled to the closure element and a proximal end extendable within the endcap; wherein the closure element is configured to substantially close about the wound in the deployed configuration, wherein the deployed configuration of the closure element is a shape-memory configuration, wherein the shape-memory configuration of the closure element is a coil, a knot, or a combination thereof.
A wavelength-division multiplexing, WDM, device , comprising: a common layer comprising: a first common port configured for optical communication of a multiplexed signal comprising a first signal and a second signal; and a first WDM filter having a first passband configured to pass the first signal of the multiplexed signal as a first demultiplexed signal and reflect the second signal of the multiplexed signal as a second demultiplexed signal; a first channel layer comprising a first channel port (304A ) configured for optical communication of the first demultiplexed signal; a second channel layer comprising a second channel port (304A ) configured for optical communication of the second demultiplexed signal; a first optical signal router configured to route the first demultiplexed signal from the common layer to the first channel layer ; and a second optical signal router configured to route the second demultiplexed signal from the common layer to the second channel layer . a common layer comprising: a first common port configured for optical communication of a multiplexed signal comprising a first signal and a second signal; and a first WDM filter having a first passband configured to pass the first signal of the multiplexed signal as a first demultiplexed signal and reflect the second signal of the multiplexed signal as a second demultiplexed signal; a first common port configured for optical communication of a multiplexed signal comprising a first signal and a second signal; and a first WDM filter having a first passband configured to pass the first signal of the multiplexed signal as a first demultiplexed signal and reflect the second signal of the multiplexed signal as a second demultiplexed signal; a first channel layer comprising a first channel port (304A ) configured for optical communication of the first demultiplexed signal; a second channel layer comprising a second channel port (304A ) configured for optical communication of the second demultiplexed signal; a first optical signal router configured to route the first demultiplexed signal from the common layer to the first channel layer ; and a second optical signal router configured to route the second demultiplexed signal from the common layer to the second channel layer .
A non-transitory computer readable medium storing instructions executable by a processing resource to cause a computer to: determine a characteristic including a problem condition which affects a subset of a plurality of wireless network devices ; determine that at least a first two of the subset of the plurality of wireless network devices that are affected by the characteristic are neighbors and that at least a second two of the subset are neighbors; indicate which of a number of regions is to be associated with each wireless network device of the subset, wherein wireless network devices which are within the subset and which are neighbors are in the same region; and determine the region having the greatest number of wireless network devices . determine a characteristic including a problem condition which affects a subset of a plurality of wireless network devices ; determine that at least a first two of the subset of the plurality of wireless network devices that are affected by the characteristic are neighbors and that at least a second two of the subset are neighbors; indicate which of a number of regions is to be associated with each wireless network device of the subset, wherein wireless network devices which are within the subset and which are neighbors are in the same region; and determine the region having the greatest number of wireless network devices .