mhurhangee/ep-ind-claims huggingface dataset:
Apparatus, comprising means for: scheduling a first uplink transmission of a terminal by an option grant comprising, a first allocation option for a first subframe to start the first uplink transmission and a second allocation option for the first subframe to start the first uplink transmission, wherein the first uplink transmission according to the first allocation option starts earlier in the first subframe than according to the second allocation option checking if the first uplink transmission is received at the first allocation option; and checking if the first uplink transmission is received at the second allocation option if the first uplink transmission is not received at the first allocation option; instructing to process the first uplink transmission if the first uplink transmission is received at one of the first allocation option and the second allocation option. scheduling a first uplink transmission of a terminal by an option grant comprising, a first allocation option for a first subframe to start the first uplink transmission and a second allocation option for the first subframe to start the first uplink transmission, wherein the first uplink transmission according to the first allocation option starts earlier in the first subframe than according to the second allocation option checking if the first uplink transmission is received at the first allocation option; and checking if the first uplink transmission is received at the second allocation option if the first uplink transmission is not received at the first allocation option; instructing to process the first uplink transmission if the first uplink transmission is received at one of the first allocation option and the second allocation option.
A computing device for a vehicle, comprising: one or more processors for controlling the operations of the computing device; and a memory for storing data and program instructions used by the one or more processors, wherein the one or more processors are configured to execute instructions stored in the memory to: identify an occupant position and a seatbelt position based on information relating to an occupant of the vehicle and a seatbelt associated with the occupant; determine whether the occupant is correctly wearing the seatbelt based at least in part on the occupant position, the seatbelt position, and a reference model including skeletal models wearing seatbelts in correct and incorrect ways; and lock one or more vehicle operations if the occupant is not correctly wearing the seatbelt. one or more processors for controlling the operations of the computing device; and a memory for storing data and program instructions used by the one or more processors, wherein the one or more processors are configured to execute instructions stored in the memory to: identify an occupant position and a seatbelt position based on information relating to an occupant of the vehicle and a seatbelt associated with the occupant; determine whether the occupant is correctly wearing the seatbelt based at least in part on the occupant position, the seatbelt position, and a reference model including skeletal models wearing seatbelts in correct and incorrect ways; and lock one or more vehicle operations if the occupant is not correctly wearing the seatbelt. identify an occupant position and a seatbelt position based on information relating to an occupant of the vehicle and a seatbelt associated with the occupant; determine whether the occupant is correctly wearing the seatbelt based at least in part on the occupant position, the seatbelt position, and a reference model including skeletal models wearing seatbelts in correct and incorrect ways; and lock one or more vehicle operations if the occupant is not correctly wearing the seatbelt.
An LED retrofit lamp (700, 800, 900) adapted for operation with an alternating current, comprising - an LED unit, - a first switching device and a second switching device, said first switching device, said second switching device, and said LED unit being connected in series; - a startup voltage supply unit coupled in parallel to said first switching device, said startup voltage supply unit adapted to generate a startup supply voltage if the first switching device is in a non-conducting state; - an ignition detection unit coupled in parallel to said second switching device, said ignition detection unit adapted to generate a detection signal if the second switching device is in a non-conducting state; and - a switch drive unit adapted to provide said startup supply voltage to said first and second switching devices (710, 720), in response to said detection signal, wherein said first and second switching devices (710, 720) are adapted to assume a conducting state upon receipt of said startup supply voltage. - an LED unit, - a first switching device and a second switching device, said first switching device, said second switching device, and said LED unit being connected in series; - a startup voltage supply unit coupled in parallel to said first switching device, said startup voltage supply unit adapted to generate a startup supply voltage if the first switching device is in a non-conducting state; - an ignition detection unit coupled in parallel to said second switching device, said ignition detection unit adapted to generate a detection signal if the second switching device is in a non-conducting state; and - a switch drive unit adapted to provide said startup supply voltage to said first and second switching devices (710, 720), in response to said detection signal, wherein said first and second switching devices (710, 720) are adapted to assume a conducting state upon receipt of said startup supply voltage.
A computer bus comprising: multiple opto-electronic engines disposed within a housing; and multiple, separate, flexible connectors, each flexible connector extending through an opening in the housing, coupled at a first end to an opto-electronic engine within the housing and couplable at a second end to an electronic device outside the housing, wherein the flexible connectors enable the bus to be oriented in different positions in order to optimize space and connectivity requirements or limitations; each of the multiple opto-electronic engines is configured to receive electrical signals from the coupled flexible connector, and to convert the electrical signals into optical signals, wherein each of the multiple opto-electronic engines is configured to broadcast the optical signals to the other opto-electronic engines. multiple opto-electronic engines disposed within a housing; and multiple, separate, flexible connectors, each flexible connector extending through an opening in the housing, coupled at a first end to an opto-electronic engine within the housing and couplable at a second end to an electronic device outside the housing, wherein the flexible connectors enable the bus to be oriented in different positions in order to optimize space and connectivity requirements or limitations; each of the multiple opto-electronic engines is configured to receive electrical signals from the coupled flexible connector, and to convert the electrical signals into optical signals,
An apparatus for transmission of data encapsulated in a bi-directional network transmission protocol over a distributed wireless network, the apparatus comprising a processor, a first wireless transmitter and a second wireless transmitter, wherein the processor is configured to: direct the data encapsulated in the bi-directional network transmission protocol for transmission by the first wireless transmitter at a first frequency; and direct acknowledgement messages of the bi-directional network transmission protocol generated in response to reception of the data, for transmission by the second wireless transmitter at a second frequency, wherein the data encapsulated in the bi-directional network transmission protocol is transmitted by each wireless repeater implementing a wireless channel between a client terminal and a network access point, and the acknowledgement messages are transmitted directly between the client terminal and the network access point, wherein the processor is configured to transmit the most recent acknowledgement message and drop at least one older acknowledgement message when a plurality of acknowledgement messages are buffered, wherein the first wireless transmitter and the second wireless transmitter transmit concurrently. direct the data encapsulated in the bi-directional network transmission protocol for transmission by the first wireless transmitter at a first frequency; and direct acknowledgement messages of the bi-directional network transmission protocol generated in response to reception of the data, for transmission by the second wireless transmitter at a second frequency, wherein the data encapsulated in the bi-directional network transmission protocol is transmitted by each wireless repeater implementing a wireless channel between a client terminal and a network access point, and the acknowledgement messages are transmitted directly between the client terminal and the network access point, wherein the processor is configured to transmit the most recent acknowledgement message and drop at least one older acknowledgement message when a plurality of acknowledgement messages are buffered, wherein the first wireless transmitter and the second wireless transmitter transmit concurrently.
An inert time delay device, comprising: a housing having a first axial end and a second axial end and defining a chamber extending from the first axial end to the second axial end; an ignition configured to generate a pressure front event disposed at the first axial end; a primer disposed at the second axial end; and a damper system disposed in the housing, the damper system comprising: a firing pin spaced apart axially from the primer; a moveable housing disposed within the chamber and spaced apart axially from the ignition; a fixed piston comprising a piston head disposed in the moveable housing and a first rod extending from the piston head axially, and outward from, the moveable housing, in the direction of the second axial end of the housing to a second rod, the second rod extending radially through the chamber and being fixedly coupled to the housing, so that the piston is fixedly coupled to the housing; a first spring and a second spring each being disposed axially between the moveable housing and the firing pin, the damper system configured to initiate an inert time delay from the ignition receiving a pyrotechnic input to the primer sending a pyrotechnic output. a housing having a first axial end and a second axial end and defining a chamber extending from the first axial end to the second axial end; an ignition configured to generate a pressure front event disposed at the first axial end; a primer disposed at the second axial end; and a damper system disposed in the housing, the damper system comprising: a firing pin spaced apart axially from the primer; a moveable housing disposed within the chamber and spaced apart axially from the ignition; a fixed piston comprising a piston head disposed in the moveable housing and a first rod extending from the piston head axially, and outward from, the moveable housing, in the direction of the second axial end of the housing to a second rod, the second rod extending radially through the chamber and being fixedly coupled to the housing, so that the piston is fixedly coupled to the housing; a first spring and a second spring each being disposed axially between the moveable housing and the firing pin, the damper system configured to initiate an inert time delay from the ignition receiving a pyrotechnic input to the primer sending a pyrotechnic output. a firing pin spaced apart axially from the primer; a moveable housing disposed within the chamber and spaced apart axially from the ignition; a fixed piston comprising a piston head disposed in the moveable housing and a first rod extending from the piston head axially, and outward from, the moveable housing, in the direction of the second axial end of the housing to a second rod, the second rod extending radially through the chamber and being fixedly coupled to the housing, so that the piston is fixedly coupled to the housing; a first spring and a second spring each being disposed axially between the moveable housing and the firing pin, the damper system configured to initiate an inert time delay from the ignition receiving a pyrotechnic input to the primer sending a pyrotechnic output.
Soil conditioning substrate containing granular pyrolytic carbon having a density of 1.6 to 2.3 g/cc, a specific surface area of 0.001 to 5 m2/g measured by Hg porosimetry, a particle size of 0.3 mm d10 to 8 mm d90 and a carbon content of 95 to 100 weight-%.
An injector assembly (32, 40, 100, 110, 120, 130, 140) disposed in a combustion stage fluidly coupled to receive a cross-flow of combustion gases from a combustor outlet, the injector assembly (32, 40, 100, 110, 120, 130, 140) comprising: a reactant-guiding structure (42, 124, 142) having an inlet side (44, 122) and an outlet side (46, 128), the reactant-guiding structure (42, 124, 142) defining a curvilinear flow path (47, 123) to route a flow of reactants from a first flow direction at the inlet side (44, 122) to a second flow direction at the outlet side (46, 128) toward the cross-flow of combustion gases; characterized by a cross-flow guiding structure (54, 132) having an inlet side and an outlet side, the cross-flow guiding structure (54, 132) defining a generally axially-extending flow path to route through the injector assembly (32, 40, 100, 110, 120, 130, 140) a portion of the cross-flow of combustion gases received at the inlet side of the cross-flow guiding structure (54, 132) toward the outlet side of the cross-flow guiding structure (54, 132). a reactant-guiding structure (42, 124, 142) having an inlet side (44, 122) and an outlet side (46, 128), the reactant-guiding structure (42, 124, 142) defining a curvilinear flow path (47, 123) to route a flow of reactants from a first flow direction at the inlet side (44, 122) to a second flow direction at the outlet side (46, 128) toward the cross-flow of combustion gases; characterized by a cross-flow guiding structure (54, 132) having an inlet side and an outlet side, the cross-flow guiding structure (54, 132) defining a generally axially-extending flow path to route through the injector assembly (32, 40, 100, 110, 120, 130, 140) a portion of the cross-flow of combustion gases received at the inlet side of the cross-flow guiding structure (54, 132) toward the outlet side of the cross-flow guiding structure (54, 132).
A device comprising: a breathing circuit, wherein the breathing circuit comprises an inspiratory tube configured to receive an inspiratory gases flow from a gas source, the inspiratory tube comprising an inspiratory inlet, an inspiratory outlet, and a wall enclosing an inspiratory central bore, wherein the inspiratory central bore is smooth; and an expiratory tube configured to receive an expiratory gases flow from a patient, the expiratory tube comprising an expiratory inlet, an expiratory outlet, and a wall enclosing an expiratory central bore, wherein the expiratory central bore is corrugated, and wherein the wall of the expiratory tube is permeable to water vapor and substantially impermeable to liquid water and bulk flow of the expiratory gases flowing therethrough. an inspiratory tube configured to receive an inspiratory gases flow from a gas source, the inspiratory tube comprising an inspiratory inlet, an inspiratory outlet, and a wall enclosing an inspiratory central bore, wherein the inspiratory central bore is smooth; and an expiratory tube configured to receive an expiratory gases flow from a patient, the expiratory tube comprising an expiratory inlet, an expiratory outlet, and a wall enclosing an expiratory central bore, wherein the expiratory central bore is corrugated, and wherein the wall of the expiratory tube is permeable to water vapor and substantially impermeable to liquid water and bulk flow of the expiratory gases flowing therethrough.
Boiler for the production of hot sanitary water comprising a storage tank for accumulating the sanitary water coming from a water supply system, internally comprising a heat exchanger with watertight plates able to carry out the heat exchange between technical water coming from a heating circuit which is connected to a heat pump, or other, and the sanitary water stored in said storage tank, said heat exchanger comprising an upper distribution manifold able to inject the delivery the technical water coming from the heating circuit, a lower distribution manifold able to let out the return the technical water towards the heating circuit, a plurality of exchanging plates connected to said upper and lower distribution manifolds (9, 10), each exchanging plate comprising an inner chamber communicating with said upper and lower distribution manifolds (9, 10) and able to make the technical water flowing inside for exchanging heat with the accumulated sanitary water, characterized in that each exchanging plate comprises a plurality of portions which follow one another in series according to a broken line in a zigzag way, between the manifolds (9, 10) in the direction of the length of the exchanging plate. an upper distribution manifold able to inject the delivery the technical water coming from the heating circuit, a lower distribution manifold able to let out the return the technical water towards the heating circuit, a plurality of exchanging plates connected to said upper and lower distribution manifolds (9, 10), each exchanging plate comprising an inner chamber communicating with said upper and lower distribution manifolds (9, 10) and able to make the technical water flowing inside for exchanging heat with the accumulated sanitary water, characterized in that each exchanging plate comprises a plurality of portions which follow one another in series according to a broken line in a zigzag way, between the manifolds (9, 10) in the direction of the length of the exchanging plate.
A coating solution for producing a biofunctional surface coating and/or depth coating of a filter medium, characterized in that the coating solution has in a solvent an anti-pathogenic substance, an ion exchanger and a polymeric cross-linking agent, wherein the ion exchanger is hygroscopic and has functional cation exchanger groups with sulphonic acid groups.
A touch screen input apparatus, the apparatus comprising: an input sensing panel configured to receive contact input and hovering input of an electronic pen on a touch screen; and an input sensing controller configured to: process an input sensing signal provided from the input sensing panel and generate a coordinate signal indicating an input location of the electronic pen on the touch screen, and process (606, 608) the input sensing signal via a movement determination reference filter, wherein the movement determination reference filter defines a predetermined range, wherein the predetermined range is wider in a hovering input than in a contact input; characterised in that the movement determination reference filter determines the absence or presence of a movement of the electronic pen on the touch screen according to the predetermined range; wherein the predetermined range corresponds to a predetermined reference distance on an X axis around the input location and a predetermined reference distance on a Y axis around the input location. an input sensing panel configured to receive contact input and hovering input of an electronic pen on a touch screen; and an input sensing controller configured to: process an input sensing signal provided from the input sensing panel and generate a coordinate signal indicating an input location of the electronic pen on the touch screen, and process (606, 608) the input sensing signal via a movement determination reference filter, process an input sensing signal provided from the input sensing panel and generate a coordinate signal indicating an input location of the electronic pen on the touch screen, and process (606, 608) the input sensing signal via a movement determination reference filter, wherein the movement determination reference filter defines a predetermined range, wherein the predetermined range is wider in a hovering input than in a contact input; characterised in that the movement determination reference filter determines the absence or presence of a movement of the electronic pen on the touch screen according to the predetermined range; wherein the predetermined range corresponds to a predetermined reference distance on an X axis around the input location and a predetermined reference distance on a Y axis around the input location.
A storage method comprising: a reception step of receiving in conformity with MPEG Media Transport, MMT, a coded stream including a plurality of MP4 files that are of a media processing unit, MPU, received in conformity with MMT standard and each of the plurality of MP4 files is a random accessible file having a random access unit with a random access point, wherein the plurality of MP4 files include a plurality of MP4 files of a first media and a plurality of MP4 files of a second media, and the coded stream includes second control information, including a playback time corresponding to the random access point of the MP4 files of the first media and the second media; a storage step of accumulating the received plurality of MP4 files of the coded stream in a memory; and a generation step of generating, by analyzing the second control information, first control information used to play back the stored plurality of MP4 files when the plurality of MP4 files are stored in the memory, the first control information correlating the plurality of MP4 files of the first media and the plurality of MP4 files of the second media according to the playback time of the random access points of the first media and the second media, and including a playback order, playback start times and information indicating recording positions in the memory of the plurality of MP4 files stored in the memory. a reception step of receiving in conformity with MPEG Media Transport, MMT, a coded stream including a plurality of MP4 files that are of a media processing unit, MPU, received in conformity with MMT standard and each of the plurality of MP4 files is a random accessible file having a random access unit with a random access point, wherein the plurality of MP4 files include a plurality of MP4 files of a first media and a plurality of MP4 files of a second media, and the coded stream includes second control information, including a playback time corresponding to the random access point of the MP4 files of the first media and the second media; a storage step of accumulating the received plurality of MP4 files of the coded stream in a memory; and a generation step of generating, by analyzing the second control information, first control information used to play back the stored plurality of MP4 files when the plurality of MP4 files are stored in the memory, the first control information correlating the plurality of MP4 files of the first media and the plurality of MP4 files of the second media according to the playback time of the random access points of the first media and the second media, and including a playback order, playback start times and information indicating recording positions in the memory of the plurality of MP4 files stored in the memory.