mhurhangee/ep-ind-claims huggingface dataset:
Optical sensor for detecting objects in a monitoring region, comprising at least one transmitter emitting light beams and at least one receiver receiving light beams, wherein the transmitter and the receiver are so arranged that when the monitoring region is free the light beams of the transmitter are incident without hindrance on the receiver and when an object intervenes in the monitoring region the light beams are incident on the object and do not pass or pass only incompletely to the receiver, wherein an evaluating unit is provided in which there is generated in dependence on the received signals, which are present at the output of the receiver, a binary switching signal having switching states which indicate whether or not an object is present in the monitoring region, characterised in that test means are provided, by means of which the transmitter is operated in such a way that it emits a test signal differing from the light beams, that the test signal received when the monitoring region is free is converted into a digital output signal and this is compared with a digital target signal, which is stored in the test means, for fault checking of the optical sensor.
A method comprising: measuring, by a mobile terminal, a signal strength of advertising packets broadcast by an image forming apparatus; characterized in that the method further comprises measuring, by the mobile terminal, an acceleration of the mobile terminal; determining whether the measured signal strength keeps decreasing for at least a preset period of time; and when the signal strength keeps decreasing for at least the preset period of time, determining whether the acceleration of the mobile terminal exceeds a pre-set threshold value for at least a preset period of time; and when the acceleration of the mobile terminal exceeds the pre-set threshold value for at least the preset period of time, transmitting a logout request to the image forming apparatus. measuring, by a mobile terminal, a signal strength of advertising packets broadcast by an image forming apparatus; characterized in that the method further comprises measuring, by the mobile terminal, an acceleration of the mobile terminal; determining whether the measured signal strength keeps decreasing for at least a preset period of time; and when the signal strength keeps decreasing for at least the preset period of time, determining whether the acceleration of the mobile terminal exceeds a pre-set threshold value for at least a preset period of time; and when the acceleration of the mobile terminal exceeds the pre-set threshold value for at least the preset period of time, transmitting a logout request to the image forming apparatus.
Fuel injection system, in particular for mixture-compressing spark-ignition internal combustion engines, having at least one fuel injection valve (5, 5A, 5B) and having at least one cup (4, 4A, 4B) of a fuel-conducting component and having at least one connector (6, 6A, 6B) for connecting the fuel injection valve (5, 5A, 5B) to the cup (4, 4A, 4B) of the component, wherein provision is made of a connecting clip which, in a fitted state, serves for at least partially clasping the cup (4, 4A, 4B) and the fuel injection valve (5, 5A, 5B) so as to connect the fuel injection valve (5, 5A, 5B) to the cup (4, 4A, 4B), wherein the connecting clip has a first side part and a second side part, and wherein a middle side part is present, which middle side part connects the first side part to the second side part such that a U-shaped profile (11, 12, 13), surrounding the cup (4, 4A, 4B), of the connecting clip is present, and wherein the first side part has a cutout and the second side part has a cutout, and the cutout of the first side part and the cutout of the second side part are formed such that a collar of the cup, in the fitted state, extends at least partially into the cutout of the first side part and at least partially into the cutout of the second side part, characterized in that provision is made of at least one fixing element which is independent of the cup (4, 4A, 4B), and in that the connecting clip and the fixing element are formed such that the fixing element, in the fitted state, connects the first side part of the connecting clip and the second side part of the connecting clip to one another on an open side of the connecting clip, wherein the fixing element extends from the first side part of the connecting clip to the second side part and the fixing element is attached so as to be opposite the middle side part, wherein, in addition to the collar of the cup, a collar of the fuel injection valve, in the fitted state, also extends at least partially into the cutout of the first side part and at least partially into the cutout of the second side part, and wherein the direction of fitting of the fixing element onto the connecting clip is opposite the direction of fitting of the connecting clip onto the cup and the fuel injection valve.
A quantum computing device comprising: a first array of qubits arranged along a first axis; and a second array of qubits arranged along a second axis different from the first axis so that the qubits of the second array intersect with the qubits of the first array to form a lattice structure, characterized in that each qubit in the first array is offset along the second axis relative to a directly adjacent qubit in the first array, each qubit in the second array is offset along the first axis relative to a directly adjacent qubit in the second array, and each intersection between a qubit from the first array and a qubit from the second array in the lattice structure comprises a coupler arranged to inductively couple the qubit from the first array to the qubit from the second array wherein each qubit of the lattice structure comprises a co-planar waveguide in electrical contact with a superconducting quantum interference device, SQUID, and wherein, for each co-planar waveguide of each qubit, an end of the co-planar waveguide is in electrical contact with ground and wherein the co-planar waveguides are aligned to be approximately co-linear. a first array of qubits arranged along a first axis; and a second array of qubits arranged along a second axis different from the first axis so that the qubits of the second array intersect with the qubits of the first array to form a lattice structure, characterized in that each qubit in the first array is offset along the second axis relative to a directly adjacent qubit in the first array, each qubit in the second array is offset along the first axis relative to a directly adjacent qubit in the second array, and each intersection between a qubit from the first array and a qubit from the second array in the lattice structure comprises a coupler arranged to inductively couple the qubit from the first array to the qubit from the second array wherein each qubit of the lattice structure comprises a co-planar waveguide in electrical contact with a superconducting quantum interference device, SQUID, and wherein, for each co-planar waveguide of each qubit, an end of the co-planar waveguide is in electrical contact with ground and wherein the co-planar waveguides are aligned to be approximately co-linear.
A data streaming system comprising a server arranged to stream one of a plurality of encoded data streams to a client (40, 50, 60), each of the plurality of data streams being an independent representation of a common data source encoded at a different resolution from the other(s) of the plurality of data streams, the server comprising a transmitter and a first buffer, the transmitter being arranged to transmit data packets of the encoded data stream to the client (40, 50, 60) via the first buffer and to remove a data packet from the first buffer upon acknowledgement by the client (40, 50, 60) of receipt of the packet, wherein the first buffer includes a mirror buffer storing the number of bytes sent and the timestamp of the data; and the transmitter being arranged to estimate the media presentation time represented by the amount of data buffered at the client (40, 50, 60) and to switch to transmit another of the plurality of data streams in the event that the estimated media presentation time meets predetermined criteria, wherein the transmitter is arranged to monitor the amount of data in the first buffer using the data in the mirror buffer and to determine the estimate of media presentation time in dependence on the amount of data in the first buffer and on an estimation, made by the transmitter, of the number of packets decoded by the client (40, 50, 60).
A fluorinated copolymer composition comprising a fluorinated copolymer having units having a nitrile group, units based on tetrafluoroethylene, and units based on a perfluoro(alkyl vinyl ether), a fluorinated copolymer having units having at least one functional group selected from the group consisting of a carboxy group and an acid anhydride group, units based on tetrafluoroethylene, and units based on a perfluoro(alkyl vinyl ether), and a crosslinking agent, wherein, in the fluorinated copolymer, the contents of the units having a nitrile group are from 0.05 to 5 mol%, the units based on tetrafluoroethylene are from 60 to 80 mol%, and the units based on a perfluoro(alkyl vinyl ether) are from 20 to 40 mol% to all units in the fluorinated copolymer, wherein, in the fluorinated copolymer, the contents of the units having at least one functional group selected from the group consisting of a carboxy group and an acid anhydride group are from 0.01 to 3 mol%, the units based on tetrafluoroethylene are from 90 to 99.89 mol%, and the units based on a perfluoro(alkyl vinyl ether) are from 0.1 to 9.99 mol% to all units in the fluorinated copolymer, and wherein the content of the fluorinated copolymer is 2 parts by mass or higher and 50 parts by mass or lower to 100 parts by mass of the fluorinated copolymer. wherein, in the fluorinated copolymer, the contents of the units having a nitrile group are from 0.05 to 5 mol%, the units based on tetrafluoroethylene are from 60 to 80 mol%, and the units based on a perfluoro(alkyl vinyl ether) are from 20 to 40 mol% to all units in the fluorinated copolymer, wherein, in the fluorinated copolymer, the contents of the units having at least one functional group selected from the group consisting of a carboxy group and an acid anhydride group are from 0.01 to 3 mol%, the units based on tetrafluoroethylene are from 90 to 99.89 mol%, and the units based on a perfluoro(alkyl vinyl ether) are from 0.1 to 9.99 mol% to all units in the fluorinated copolymer, and wherein the content of the fluorinated copolymer is 2 parts by mass or higher and 50 parts by mass or lower to 100 parts by mass of the fluorinated copolymer.
Assembly comprising a rotary control device with haptic feedback and a control panel of a motor vehicle, said rotary control device being mounted in said control panel and comprising: - a rotary control member, - an angular sensor (3a, 3b, 3c) representative of the angular position of said rotary control member and the output of which is linked to a processing unit of said motor vehicle, - a device for generating haptic feedback coupled to said rotary control member to apply a vibration to said rotary control member, said rotary control member has, on its top end, a control surface, which can be manipulated by a user, said surface of generally planar form being substantially flush with said control panel and said device for generating haptic feedback is intended to be controlled by said processing unit to select a predetermined vibration from a plurality of predetermined vibrations, so that said generation device applies the selected vibration to said rotary control member in response to the output signal of said angular sensor (3a, 3b, 3c). - a rotary control member, - an angular sensor (3a, 3b, 3c) representative of the angular position of said rotary control member and the output of which is linked to a processing unit of said motor vehicle, - a device for generating haptic feedback coupled to said rotary control member to apply a vibration to said rotary control member,
Lighting unit, designed and configured for illuminating subjects for photography and filming, comprising a connecting element that comprises: on the one hand, receptacles designed and configured to receive at least two light sources, and, on the other hand, contacts designed and configured to be connected to a power pack, the contacts being electrically connected to the receptacles; at least two light sources inserted into the receptacles; and a substantially transparent protective cover which is connected to the connecting element and at least partially encloses each of the light sources connected to the connecting element, characterised in that one light source being designed as an HMI light and the at least one other light source being designed as a flash tube, wherein in addition to the HMI light at least two flash tubes (16, 19) disposed inside the protective cover are electrically connected to the contacts and inserted into the connecting element, an ignition coil being assigned to each flash tube (16, 19).
A humidification and air cleaning apparatus comprising: a water tank to store water; a watering housing rotatably disposed inside the water tank to draw water of the water tank to the inside as rotating and to spray the drawn water; and a leveler disposed inside the water tank to obstruct a rotation of water stored in the water tank due to a rotation of the watering housing, the leveler comprises a flow guide formed at an inner floor of the water tank; characterized in that the flow guide comprises a first inclination surface disposed slanted to the floor and formed toward a flow direction of water, a second inclination surface disposed slanted to the floor and formed slanted in a direction opposite to the first inclination surface, and a boundary connecting the first inclination surface and the second inclination surface, wherein the boundary is disposed in a tangential direction with respect to the circumference of the watering housing. a water tank to store water; a watering housing rotatably disposed inside the water tank to draw water of the water tank to the inside as rotating and to spray the drawn water; and a leveler disposed inside the water tank to obstruct a rotation of water stored in the water tank due to a rotation of the watering housing, the leveler comprises a flow guide formed at an inner floor of the water tank; characterized in that the flow guide comprises a first inclination surface disposed slanted to the floor and formed toward a flow direction of water, a second inclination surface disposed slanted to the floor and formed slanted in a direction opposite to the first inclination surface, and a boundary connecting the first inclination surface and the second inclination surface, wherein the boundary is disposed in a tangential direction with respect to the circumference of the watering housing.
A method performed in a user equipment for periodically transmitting data in an uplink resource, said data pertaining to at least a first predefined traffic class (i), the method comprising: receiving at least a first threshold parameter set from a radio network, the first threshold parameter set comprising at least a minimum size limit associated with the first predefined traffic class, measuring an amount of data that the user equipment has ready to transmit, said data belonging to different predefined traffic classes and including data pertaining to the first predefined traffic class, calculating an aggregate amount of measured data for different predefined traffic classes by performing summation of the measured amounts of data pertaining to a subset of different predefined traffic classes, comparing the measured amount of data with the minimum size limit associated with the first predefined traffic class, and transmitting said aggregate amount of measured data from the user equipment to the radio network in case the aggregate amount of data exceeds the received minimum size limit. receiving at least a first threshold parameter set from a radio network, the first threshold parameter set comprising at least a minimum size limit associated with the first predefined traffic class, measuring an amount of data that the user equipment has ready to transmit, said data belonging to different predefined traffic classes and including data pertaining to the first predefined traffic class, calculating an aggregate amount of measured data for different predefined traffic classes by performing summation of the measured amounts of data pertaining to a subset of different predefined traffic classes, comparing the measured amount of data with the minimum size limit associated with the first predefined traffic class, and transmitting said aggregate amount of measured data from the user equipment to the radio network in case the aggregate amount of data exceeds the received minimum size limit.
A method for wireless communication at a user equipment, UE, the method comprising: selecting a first transmission time interval, TTI, for transmitting a first scheduling request, SR, transmission based at least in part on a relationship of the first TTI to a second TTI; determining the second TTI in which a physical hybrid automatic repeat request indicator channel, PHICH, to be monitored is to be scheduled based on the relationship; transmitting the first SR transmission in the first TTI and in a radio frequency spectrum band on at least one resource of a contention-based physical uplink shared channel, PUSCH; and monitoring the PHICH for the response to the first SR transmission, the response comprising one message selected from a set of messages that include an uplink grant that indicates uplink resources allocable to the UE are available and an acknowledgement of the first SR transmission, wherein reception of the acknowledgement =implicitly indicates uplink resources allocable to the UE are unavailable. selecting a first transmission time interval, TTI, for transmitting a first scheduling request, SR, transmission based at least in part on a relationship of the first TTI to a second TTI; determining the second TTI in which a physical hybrid automatic repeat request indicator channel, PHICH, to be monitored is to be scheduled based on the relationship; transmitting the first SR transmission in the first TTI and in a radio frequency spectrum band on at least one resource of a contention-based physical uplink shared channel, PUSCH; and monitoring the PHICH for the response to the first SR transmission, the response comprising one message selected from a set of messages that include an uplink grant that indicates uplink resources allocable to the UE are available and an acknowledgement of the first SR transmission, wherein reception of the acknowledgement =implicitly indicates uplink resources allocable to the UE are unavailable.
An adjustable therapeutic face mask, wherein said adjustable therapeutic face mask substantially covers a human face, comprising: a mask body having an interior portion and an exterior portion; a flexible circuit board including a plurality of light emitting diodes (LEDs) towards the interior portion of said mask body; a controlling unit coupled to the exterior portion of said mask body; and a transparent silicone material sheet covering said flexible circuit board, wherein said plurality of LEDs emit different colors and intensities of light based on inputs from said controlling unit, wherein said mask body has cutouts for eyes, nostrils, and mouth to comfortably fix said mask on to a human face, wherein said flexible circuit board is fixed in between said mask body and said transparent silicon material sheet towards the interior portion of said mask body; Characterized in that: the edges (131, 132) of said transparent silicone material sheet near the eye area of a user are made opaque to prevent the illuminated light entering a user's eyes. a mask body having an interior portion and an exterior portion; a flexible circuit board including a plurality of light emitting diodes (LEDs) towards the interior portion of said mask body; a controlling unit coupled to the exterior portion of said mask body; and a transparent silicone material sheet covering said flexible circuit board, wherein said plurality of LEDs emit different colors and intensities of light based on inputs from said controlling unit, wherein said mask body has cutouts for eyes, nostrils, and mouth to comfortably fix said mask on to a human face, wherein said flexible circuit board is fixed in between said mask body and said transparent silicon material sheet towards the interior portion of said mask body; Characterized in that: the edges (131, 132) of said transparent silicone material sheet near the eye area of a user are made opaque to prevent the illuminated light entering a user's eyes.
Compound feed, obtainable by combining one or more kinds of a solid feed, of which at least one kind is a pellet produced by means of an extruder, into compound feed having a size suitable for feeding cultured fish, wherein said one or more kinds of solid feed is bonded together with a bonding agent.
An optical pulse tester comprising: an OTDR measurer configured to execute an OTDR function of measuring a time distribution of a power of return light of an optical pulse input to an optical fiber; a display configured to display an OTDR measurement screen indicating information on execution of the OTDR function; and a controller configured to control the OTDR measurer and the display, characterized in that the controller is configured to display, on the OTDR measurement screen, upon selection of an icon on the OTDR measurement screen by an operating person, a menu including a plurality of auxiliary functions for allowing the operating person to call each auxiliary function of the plurality of auxiliary functions for measurement of the optical fiber without returning to a top screen during execution of the OTDR function, and to display, on the OTDR measurement screen, upon call of an auxiliary function by the operating person, a sub-screen (144 to 146) indicating information on execution of the auxiliary function called by the operating person, wherein the plurality of auxiliary functions includes a stabilized light source function of continuously emitting measurement light, a visible light source function of emitting visible light, an optical power meter function of measuring a power of light emitted from the optical fiber, and a fiber end face inspection function. an OTDR measurer configured to execute an OTDR function of measuring a time distribution of a power of return light of an optical pulse input to an optical fiber; a display configured to display an OTDR measurement screen indicating information on execution of the OTDR function; and a controller configured to control the OTDR measurer and the display, characterized in that the controller is configured to display, on the OTDR measurement screen, upon selection of an icon on the OTDR measurement screen by an operating person, a menu including a plurality of auxiliary functions for allowing the operating person to call each auxiliary function of the plurality of auxiliary functions for measurement of the optical fiber without returning to a top screen during execution of the OTDR function, and to display, on the OTDR measurement screen, upon call of an auxiliary function by the operating person, a sub-screen (144 to 146) indicating information on execution of the auxiliary function called by the operating person, wherein the plurality of auxiliary functions includes a stabilized light source function of continuously emitting measurement light, a visible light source function of emitting visible light, an optical power meter function of measuring a power of light emitted from the optical fiber, and a fiber end face inspection function.