mhurhangee/patent-ind-claim-en huggingface dataset:
An optical transmission system, comprising: an optical fiber with the number of spatial modes being L, L is an integer of 2 or more; M transmitters , M is a natural number of less than L; an optical multiplexer being connected to one end of the optical fiber , and configured to input signal beams of light from the M transmitters to the optical fiber and cause each of the input signal beams of light to be propagated for each of the spatial modes of the optical fiber ; an optical demultiplexer being connected to another end of the optical fiber , and configured to demultiplex a propagated beam of light caused to be propagated through the optical fiber for each of the spatial modes of the optical fiber ; N, N = L, receivers configured to each receive a demultiplexed beam of light obtained by demultiplexing the propagated beam of light by the optical demultiplexer ; and an N × M multiple-input multiple-output (MIMO) equalizer configured to receive N received signals output from the N receivers and output M demodulated signals. an optical fiber with the number of spatial modes being L, L is an integer of 2 or more; M transmitters , M is a natural number of less than L; an optical multiplexer being connected to one end of the optical fiber , and configured to input signal beams of light from the M transmitters to the optical fiber and cause each of the input signal beams of light to be propagated for each of the spatial modes of the optical fiber ; an optical demultiplexer being connected to another end of the optical fiber , and configured to demultiplex a propagated beam of light caused to be propagated through the optical fiber for each of the spatial modes of the optical fiber ; N, N = L, receivers configured to each receive a demultiplexed beam of light obtained by demultiplexing the propagated beam of light by the optical demultiplexer ; and an N × M multiple-input multiple-output (MIMO) equalizer configured to receive N received signals output from the N receivers and output M demodulated signals.
A hazard monitoring system (25; 125; 225) for an outdoor lift station (11; 211) of an outdoor lift, in particular a ropeway-lift, configured to detect objects (O) in a driving lane of a lift carriage , comprising, - at least one detection unit (30; 130), provided in the driving lane of the lift carriage , while said at least one detection unit (30; 130) com prises a detection grating (35a; 135), a detection net and/or a detection plate , - at least one weight sensor system (36; 136), on which the at least one detection unit (30; 130) is mounted, and which is configured to provide a load signal, in particular a weight-load signal, dependent on a weight or force being applied to the at least one detection unit (30; 130) - an evaluation system configured to provide a warning signal based on a level of the load signal. - at least one detection unit (30; 130), provided in the driving lane of the lift carriage , while said at least one detection unit (30; 130) com prises a detection grating (35a; 135), a detection net and/or a detection plate , - at least one weight sensor system (36; 136), on which the at least one detection unit (30; 130) is mounted, and which is configured to provide a load signal, in particular a weight-load signal, dependent on a weight or force being applied to the at least one detection unit (30; 130) - an evaluation system configured to provide a warning signal based on a level of the load signal.
A staple cartridge assembly for use with a surgical stapling instrument, comprising a firing assembly, wherein said staple cartridge assembly is configured to receive a firing actuation such that, upon receiving the firing actuation, the firing assembly is configured to translate through said staple cartridge assembly from a proximal end to a distal end during a firing progression, and wherein said staple cartridge assembly comprises: a cartridge body comprising a deck surface ; a plurality of staples removably stored within said cartridge body; and an implantable adjunct , comprising: a body portion; and a plurality of distinct attachment portions configured to retain said implantable adjunct against said deck surface of the cartridge body, wherein the firing assembly is configured to engage each said attachment portion during the firing progression, and wherein said attachment portions are progressively released from said cartridge body during the advancement of the firing assembly from the proximal end to the distal end, wherein the firing assembly comprises lateral flanges configured to extend over a portion of the deck surface, characterised in that the lateral flanges are configured to engage the attachment portions and to lift said implantable adjunct away from said cartridge body to release said implantable adjunct from said cartridge body. a cartridge body comprising a deck surface ; a plurality of staples removably stored within said cartridge body; and an implantable adjunct , comprising: a body portion; and a plurality of distinct attachment portions configured to retain said implantable adjunct against said deck surface of the cartridge body, wherein the firing assembly is configured to engage each said attachment portion during the firing progression, and wherein said attachment portions are progressively released from said cartridge body during the advancement of the firing assembly from the proximal end to the distal end, a body portion; and a plurality of distinct attachment portions configured to retain said implantable adjunct against said deck surface of the cartridge body, wherein the firing assembly is configured to engage each said attachment portion during the firing progression, and wherein said attachment portions are progressively released from said cartridge body during the advancement of the firing assembly from the proximal end to the distal end, wherein the firing assembly comprises lateral flanges configured to extend over a portion of the deck surface, characterised in that the lateral flanges are configured to engage the attachment portions and to lift said implantable adjunct away from said cartridge body to release said implantable adjunct from said cartridge body.
A vehicle comprising a chassis ; with at least one add-on system arranged on or at the vehicle; wherein at least one movable wall and/or flap is arranged at the vehicle; wherein the add-on system and the movable wall and/or flap takes up a use position and a concealed position; wherein the add-on system in its concealed position is completely covered by the movable wall and/or flap ; wherein, in the concealed position, the vehicle has a continuously closed contour via the movable wall and/or the flap ; wherein, in the concealed position, the add-on system is arranged inside a cavity ; wherein the cavity is accessible from within the vehicle, and therefore the add-on system can be maintained and/or exchanged by other add-on systems from the interior of the vehicle; wherein a space not appropriated by the add-on system is available as a storage space; wherein the vehicle has a turret which is mounted rotatably in relation to the chassis ; and wherein the add-on system is arranged on or at the turret . with at least one add-on system arranged on or at the vehicle; wherein at least one movable wall and/or flap is arranged at the vehicle; wherein the add-on system and the movable wall and/or flap takes up a use position and a concealed position; wherein the add-on system in its concealed position is completely covered by the movable wall and/or flap ; wherein, in the concealed position, the vehicle has a continuously closed contour via the movable wall and/or the flap ; wherein, in the concealed position, the add-on system is arranged inside a cavity ; wherein the cavity is accessible from within the vehicle, and therefore the add-on system can be maintained and/or exchanged by other add-on systems from the interior of the vehicle; wherein a space not appropriated by the add-on system is available as a storage space; wherein the vehicle has a turret which is mounted rotatably in relation to the chassis ; and wherein the add-on system is arranged on or at the turret .
A base station apparatus that is configured to perform a wireless communication with a plurality of wireless terminal apparatuses according to IEEE802.11, comprising: a frame generator that is configured to generate one or more first frames, each first frame including information indicating that a TXOP period assigned for communication with one of the plurality of wireless terminal apparatuses has expired and an additionally added Beacon element including information associated with the base station apparatus, and a transmitter that is configured to transmit the generated one or more first frames to the plurality of wireless terminal apparatuses. a frame generator that is configured to generate one or more first frames, each first frame including information indicating that a TXOP period assigned for communication with one of the plurality of wireless terminal apparatuses has expired and an additionally added Beacon element including information associated with the base station apparatus, and a transmitter that is configured to transmit the generated one or more first frames to the plurality of wireless terminal apparatuses.
A metrology device for inspecting a substrate, particularly a substrate stack , preferably a bonded substrate stack , with the following features: - sound application means for producing sonic waves and for applying the produced sound waves to a first substrate stack surface of the substrate, particularly the substrate stack , - an optical system having a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack , with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, - analysing means for analysing the interference radiation detected at the detector , characterized in that the sound application means and the optical system are located on opposite sides of the substrate. - sound application means for producing sonic waves and for applying the produced sound waves to a first substrate stack surface of the substrate, particularly the substrate stack , - an optical system having a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack , with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, a) a source for outputting electromagnetic radiation, which are split into at least one first beam path and one second beam path, b) means for loading a substrate stack measuring surface of the substrate, particularly the substrate stack , with the first beam path, c) interference means for forming an interference radiation made up of the first and second beam paths and d) a detector for detecting the interference radiation, - analysing means for analysing the interference radiation detected at the detector ,
A pharmaceutical composition comprised of a compound, which is or a pharmaceutically acceptable salt thereof and a pharmaceutically acceptable carrier, glidant, diluent, or excipient.
A method for queue management of Protocol Data Units, PDUs, in a node , the method comprising: - receiving a flow of PDUs, - associating each PDU of the received PDUs with a flow reference that is determined based on information elements in at least each PDU header, - grouping all PDUs having same flow reference into respective sub flows , - detecting a triggering condition comprising one of: receipt of Medium Access Control, MAC, layer information, receipt of information related to a control layer of Radio Link Control, RLC, and receipt of a PDU into a sub flow , - in response to the step of detecting the triggering condition, determining a priority indicator for each sub flow based on length of the sub flows and a number of PDUs in each sub flow , - selecting one or more PDUs from the sub flows in an order of the sub flows which is indicated by the priority indicator, and - sending the selected one or more PDUs. - receiving a flow of PDUs, - associating each PDU of the received PDUs with a flow reference that is determined based on information elements in at least each PDU header, - grouping all PDUs having same flow reference into respective sub flows , - detecting a triggering condition comprising one of: receipt of Medium Access Control, MAC, layer information, receipt of information related to a control layer of Radio Link Control, RLC, and receipt of a PDU into a sub flow , - in response to the step of detecting the triggering condition, determining a priority indicator for each sub flow based on length of the sub flows and a number of PDUs in each sub flow , - selecting one or more PDUs from the sub flows in an order of the sub flows which is indicated by the priority indicator, and - sending the selected one or more PDUs.
A method for selecting a network from shared networks, comprising: receiving (S101) network selection indication information by a user equipment, UE, wherein the network selection indication information is for indicating the UE to select an equivalent home network of the UE, a home network of the UE, or a network with higher priority than that of a current registered network of the UE, in a shared cell, and wherein the network selection indication information carries an identifier for indicating the UE whether executing a network selection policy is permitted; and selecting (S102) a target network in the shared cell by the UE using the network selection indication information, wherein the target network is the equivalent home network of the UE, the home network of the UE, or the network with higher priority than that of the current registered network of the UE. receiving (S101) network selection indication information by a user equipment, UE, wherein the network selection indication information is for indicating the UE to select an equivalent home network of the UE, a home network of the UE, or a network with higher priority than that of a current registered network of the UE, in a shared cell, and wherein the network selection indication information carries an identifier for indicating the UE whether executing a network selection policy is permitted; and selecting (S102) a target network in the shared cell by the UE using the network selection indication information, wherein the target network is the equivalent home network of the UE, the home network of the UE, or the network with higher priority than that of the current registered network of the UE.
An aerosol generating article comprising: a combustible heat source ; an aerosol forming substrate downstream of the combustible heat source ; a wrapper circumscribing at least a rear portion of the combustible heat source and at least a front portion of the aerosol forming substrate ; wherein a plurality of weakness formations are provided on a region of the wrapper overlying the combustible heat source , and wherein the wrapper is rupturable during use at the plurality of weakness formations to form a ventilation zone comprising a plurality of apertures extending through the wrapper . a combustible heat source ; an aerosol forming substrate downstream of the combustible heat source ; a wrapper circumscribing at least a rear portion of the combustible heat source and at least a front portion of the aerosol forming substrate ; wherein a plurality of weakness formations are provided on a region of the wrapper overlying the combustible heat source , and wherein the wrapper is rupturable during use at the plurality of weakness formations to form a ventilation zone comprising a plurality of apertures extending through the wrapper .
An amorphous solid dispersion comprising a compound represented by the following formula : or a pharmaceutically acceptable salt thereof or a hydrate thereof, and one to four kinds of pharmaceutically acceptable polymers selected from the group consisting of hydroxypropylmethylcellulose acetate succinate, methylcellulose, hypromellose and polyvinyl alcohol. a compound represented by the following formula : or a pharmaceutically acceptable salt thereof or a hydrate thereof, and one to four kinds of pharmaceutically acceptable polymers selected from the group consisting of hydroxypropylmethylcellulose acetate succinate, methylcellulose, hypromellose and polyvinyl alcohol.
A method for performing a cleaning operation with a cleaning device , the method comprising: determining whether the cleaning device and a terminal are located in a same general area ; acquiring a first geographical location at which the terminal is currently located ; and performing the cleaning operation according to the first geographical location and a specified cleaning mode , characterized in that the performing the cleaning operation according to the first geographical location and the specified cleaning mode comprises: determining a first geographical area in which the terminal is currently located according to the first geographical location; determining a duration of stay of the user in the first geographical area; acquiring a specified cleaning strength grade based on the duration of stay according to preset corresponding relationships between durations of stay and cleaning strength grades; and performing the cleaning operation according to the specified cleaning strength grade and the specified cleaning mode. determining whether the cleaning device and a terminal are located in a same general area ; acquiring a first geographical location at which the terminal is currently located ; and performing the cleaning operation according to the first geographical location and a specified cleaning mode , characterized in that the performing the cleaning operation according to the first geographical location and the specified cleaning mode comprises: determining a first geographical area in which the terminal is currently located according to the first geographical location; determining a duration of stay of the user in the first geographical area; acquiring a specified cleaning strength grade based on the duration of stay according to preset corresponding relationships between durations of stay and cleaning strength grades; and performing the cleaning operation according to the specified cleaning strength grade and the specified cleaning mode. determining a first geographical area in which the terminal is currently located according to the first geographical location; determining a duration of stay of the user in the first geographical area; acquiring a specified cleaning strength grade based on the duration of stay according to preset corresponding relationships between durations of stay and cleaning strength grades; and performing the cleaning operation according to the specified cleaning strength grade and the specified cleaning mode.
A pattern forming method of forming a plurality of pattern layers on a substrate by using a plurality of lithography apparatuses including a first lithography apparatus and a second lithography apparatus , the method comprising: a first step (S2) of forming a first pattern layer by the first lithography apparatus which adopts a die-by-die alignment method, based on alignment information obtained by using the die-by-die alignment method for a plurality of marks (rx1, ry1) formed on the substrate by a lithography apparatus which adopts a global alignment method; and a second step (S3) of forming a second pattern layer so as to overlap with the first pattern layer by the second lithography apparatus, based on alignment information obtained by using the global alignment method for a plurality of shot regions (mp) formed on the substrate by the first lithography apparatus in the first step. a first step (S2) of forming a first pattern layer by the first lithography apparatus which adopts a die-by-die alignment method, based on alignment information obtained by using the die-by-die alignment method for a plurality of marks (rx1, ry1) formed on the substrate by a lithography apparatus which adopts a global alignment method; and a second step (S3) of forming a second pattern layer so as to overlap with the first pattern layer by the second lithography apparatus, based on alignment information obtained by using the global alignment method for a plurality of shot regions (mp) formed on the substrate by the first lithography apparatus in the first step.
A package , comprising: at least one toothbrush having a handle , a head , a shank connecting the head to the handle , and a plurality of bristles extending away from the head ; a transparent or translucent front panel having a flat surface at a consumer-facing side of the package ; a transparent or translucent back panel attached to the front panel , the back panel having a contoured surface, wherein the at least one toothbrush is interposed between, and sealed within, the front panel and the back panel ; at least one touch point between the front panel and the at least one toothbrush ; characterized by text and/or graphics on the front panel , wherein the package is configured to be displayed with the front panel of the package facing a viewing location; and at least one touch point between the back panel and the at least one toothbrush , wherein a compressive force is exerted onto the at least one toothbrush by the front panel and the back panel , so that the touch points prevent rotation of the at least one toothbrush within the package and further prevent physical contact between the front panel and the bristles during shipping. at least one toothbrush having a handle , a head , a shank connecting the head to the handle , and a plurality of bristles extending away from the head ; a transparent or translucent front panel having a flat surface at a consumer-facing side of the package ; a transparent or translucent back panel attached to the front panel , the back panel having a contoured surface, wherein the at least one toothbrush is interposed between, and sealed within, the front panel and the back panel ; at least one touch point between the front panel and the at least one toothbrush ; characterized by text and/or graphics on the front panel , wherein the package is configured to be displayed with the front panel of the package facing a viewing location; and at least one touch point between the back panel and the at least one toothbrush , wherein a compressive force is exerted onto the at least one toothbrush by the front panel and the back panel , so that the touch points prevent rotation of the at least one toothbrush within the package and further prevent physical contact between the front panel and the bristles during shipping.
A data backup method applicable in a terminal, wherein the data backup method comprises: acquiring (S101, S201) application data to be backed up and update frequencies and data changes of the application data in the terminal; generating (S102, S302) backup priorities based on the update frequencies and data changes by querying an association table with correspondence between data changes, update frequencies and backup priorities; and transmitting (S103, S204) the application data to a server based on the backup priorities. acquiring (S101, S201) application data to be backed up and update frequencies and data changes of the application data in the terminal; generating (S102, S302) backup priorities based on the update frequencies and data changes by querying an association table with correspondence between data changes, update frequencies and backup priorities; and transmitting (S103, S204) the application data to a server based on the backup priorities.