mhurhangee/ep-ind-claims huggingface dataset:
A wireless communication device comprising: a physical layer protocol data unit, PPDU, generator adapted to generate a physical layer protocol data unit including a legacy preamble, a legacy header, a non-legacy header, a data field, and identification information indicating that the non-legacy header is included; and a transmitter adapted to transmit the generated physical layer protocol data unit, characterized in that the transmitter includes: an encoder adapted to perform error correction coding on the physical layer protocol data unit by encoding the legacy header and the non-legacy header into a first codeword, the non-legacy header including a field regarding a channel bandwidth used by the wireless communication device. a physical layer protocol data unit, PPDU, generator adapted to generate a physical layer protocol data unit including a legacy preamble, a legacy header, a non-legacy header, a data field, and identification information indicating that the non-legacy header is included; and a transmitter adapted to transmit the generated physical layer protocol data unit, characterized in that the transmitter includes: an encoder adapted to perform error correction coding on the physical layer protocol data unit by encoding the legacy header and the non-legacy header into a first codeword, the non-legacy header including a field regarding a channel bandwidth used by the wireless communication device.
A vacuum pump having a flange, having a rotor and having a lubricant circuit which includes a lubricant storage chamber and a lubricant pump (4; 4') and which serves for the lubrication of a rolling element bearing rotatably supporting the rotor, wherein, as a component of the lubricant circuit in addition to the lubricant storage chamber, a lubricant collection chamber is arranged within the vacuum pump between the flange and the rolling element bearing, characterized in that the lubricant storage chamber has a limiting means (16; 16') which prevents a complete removal of the lubricant. wherein, as a component of the lubricant circuit in addition to the lubricant storage chamber, a lubricant collection chamber is arranged within the vacuum pump between the flange and the rolling element bearing, characterized in that the lubricant storage chamber has a limiting means (16; 16') which prevents a complete removal of the lubricant.
Method for casting an aluminium alloy ingot in a substantially rectangular ingot mould comprising the following steps: - preparing the aluminium alloy; - casting the aluminium alloy in the ingot mould, along a vertical casting axis, the alloy being cooled, during the casting, by a runoff of a coolant in contact with the solidified metal; - during the casting, application of a magnetic field of which the amplitude (B 0) is periodically varied according to a frequency ( f), said magnetic field being generated by at least one magnetic field generator arranged at the periphery of the ingot mould, in such a way as to apply a Lorentz force at different points of a liquid portion of the alloy in the process of solidification; - the magnetic field applied being a traveling magnetic field, propagating along an axis of propagation, in such a way that a maximum amplitude B 0 max of the magnetic field propagates along said axis of propagation, defining a propagation wavelength (λ), said traveling magnetic field driving a propagation, along said axis of propagation, a Lorentz force of maximum intensity ( F max); the method being characterised in that a magnetic parameter referred to as a force parameter, governing the Lorentz force of maximum intensity ( F max), is variable in a predetermined time interval (Δt), said parameter being: ▪ said maximum amplitude B 0 max of the magnetic field; ▪ and/or said frequency ( f) of the magnetic field; ▪ and/or the propagation wavelength (λ) of the magnetic field; in such a way as to obtain a modulation, in said time interval, of said Lorentz force of maximum intensity ( F max) propagating along the axis of propagation. - preparing the aluminium alloy; - casting the aluminium alloy in the ingot mould, along a vertical casting axis, the alloy being cooled, during the casting, by a runoff of a coolant in contact with the solidified metal; - during the casting, application of a magnetic field of which the amplitude (B 0) is periodically varied according to a frequency ( f), said magnetic field being generated by at least one magnetic field generator arranged at the periphery of the ingot mould, in such a way as to apply a Lorentz force at different points of a liquid portion of the alloy in the process of solidification; - the magnetic field applied being a traveling magnetic field, propagating along an axis of propagation, in such a way that a maximum amplitude B 0 max of the magnetic field propagates along said axis of propagation, defining a propagation wavelength (λ), said traveling magnetic field driving a propagation, along said axis of propagation, a Lorentz force of maximum intensity ( F max); ▪ said maximum amplitude B 0 max of the magnetic field; ▪ and/or said frequency ( f) of the magnetic field; ▪ and/or the propagation wavelength (λ) of the magnetic field;
A method of a base station for transmitting a signal in a communication system, the method comprising: transmitting downlink control information including a field indicating a number of one or more code division multiplexing, CDM, sets, of one or more dedicated reference signals, DRSs, in a physical downlink control channel, PDCCH; and transmitting data in a physical downlink shared channel, PDSCH, and at least one DRS based on the downlink control information, wherein the at least one DRS is for demodulation, and the at least one DRS is associated with a CDM/frequency division multiplexing, FDM, and a ratio of PDSCH energy per resource element, EPRE, to RS EPRE is defined based on the number of one or more CDM sets of one or more DRSs. transmitting downlink control information including a field indicating a number of one or more code division multiplexing, CDM, sets, of one or more dedicated reference signals, DRSs, in a physical downlink control channel, PDCCH; and transmitting data in a physical downlink shared channel, PDSCH, and at least one DRS based on the downlink control information, wherein the at least one DRS is for demodulation, and the at least one DRS is associated with a CDM/frequency division multiplexing, FDM, and a ratio of PDSCH energy per resource element, EPRE, to RS EPRE is defined based on the number of one or more CDM sets of one or more DRSs.
Method for selecting a wireless access network by way of which a terminal accesses a third communication network, the selection method being characterized by the following steps, implemented by a communication device providing access to the third communication network by way of at least one first and one second wireless access network, the second network providing a higher quality of service level than the first network: - receiving a request to associate the terminal with the first wireless access network, - comparing an identifier of the terminal with a plurality of identifiers of terminals authorized to connect to the second wireless access network, - sending a message rejecting the association of the terminal with the first wireless access network when the terminal is authorized to associate with the second wireless access network. - receiving a request to associate the terminal with the first wireless access network, - comparing an identifier of the terminal with a plurality of identifiers of terminals authorized to connect to the second wireless access network, - sending a message rejecting the association of the terminal with the first wireless access network when the terminal is authorized to associate with the second wireless access network.
An audible indicator (13, 113, 213, 313, 413, 513, 613) for use with a drug delivery device (1, 101, 201, 301, 401, 501, 601) comprising a monostable resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) configured to reside in two or more states (S1, S2) having two or more different conformations, - wherein in a relaxed state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is relaxed in a first conformation, - wherein in a biased state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is biased to store energy in a second conformation different to the first conformation whilst a low holding force is maintained which is lower than a maximum of the force for changing from the relaxed state into the biased state, and - wherein the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from the biased state into the relaxed state due to a transition from the second conformation to the first conformation, wherein the resilient force member (313.1, 413.1, 513.1) is supported by a retaining element (10, 15.2, 110, 210, 310, 410, 510, 610) in the biased state in order to prevent transition into the relaxed state. - wherein in a relaxed state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is relaxed in a first conformation, - wherein in a biased state, the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) is biased to store energy in a second conformation different to the first conformation whilst a low holding force is maintained which is lower than a maximum of the force for changing from the relaxed state into the biased state, and - wherein the resilient force member (13.1, 113.1, 213.1, 313.1, 413.1, 513.1, 613.1) releases stored energy to generate an audible signal when changing from the biased state into the relaxed state due to a transition from the second conformation to the first conformation, wherein the resilient force member (313.1, 413.1, 513.1) is supported by a retaining element (10, 15.2, 110, 210, 310, 410, 510, 610) in the biased state in order to prevent transition into the relaxed state.
A device for screening a person for convergence insufficiency, the device comprising: a binocular viewer comprising a first eyepiece to receive a first eye of the person, a second eyepiece to receive a second eye of the person, a first image sensor adjacent said first eyepiece, and a second image sensor adjacent said second eyepiece; a display adjacent said binocular viewer; and a processor and associated memory cooperating with said display and configured to record, with said first image sensor, movement of the first eye, record, with said second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI. a binocular viewer comprising a first eyepiece to receive a first eye of the person, a second eyepiece to receive a second eye of the person, a first image sensor adjacent said first eyepiece, and a second image sensor adjacent said second eyepiece; a display adjacent said binocular viewer; and a processor and associated memory cooperating with said display and configured to record, with said first image sensor, movement of the first eye, record, with said second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI. record, with said first image sensor, movement of the first eye, record, with said second image sensor, movement of the second eye, display on said display a first visual stimulus and a second visual stimulus, cause, in alternating fashion, convergent movement and divergent movement in the first visual stimulus and the second visual stimulus along a visual stimulus path, determine respective centroid positions of the second eye and the first eye during the convergent and divergent movement of the first visual stimulus and the second visual stimulus, and calculate an interpupillary distance, and compare the IPD with the visual stimulus path to obtain a dynamic IPD, the dynamic IPD serving as an indicator for whether the person has CI.
A method for determining a prognostic poor outcome in an early stage non-metastatic colorectal cancer patient, said method comprising the determination by means of Immunohisto Chemistry of hERG1 positivity along with Glut-1 negativity in a sample of the adenocarcinoma of said patient.
An electroluminescent element, comprising at least the following layers, in sequence: i. a first substrate, ii. a first conductive layer, iii. a first dielectric layer, iv. a first light emitting layer, v. a second conductive layer, vi. a second light emitting layer, vii. a second dielectric layer, viii. a third conductive layer, and ix. a second substrate; wherein at least one of the first and second substrates (1, 6) is transparent or translucent, at least one of the first and third conductive layers (2, 2') is transparent or translucent, and at least one of the first and second dielectric layers (3, 3') is transparent or translucent, so as to allow light from the first and/or second light emitting layers (4, 4') to be emitted through the transparent substrate or substrates (1, 6); and the second conductive layer is encapsulated between the first and second light emitting layers. i. a first substrate, ii. a first conductive layer, iii. a first dielectric layer, iv. a first light emitting layer, v. a second conductive layer, vi. a second light emitting layer, vii. a second dielectric layer, viii. a third conductive layer, and ix. a second substrate;
An electric power steering apparatus for generating a steering assist force by a motor, comprising: a motor drive circuit for driving the motor; a battery capable of supplying electric power to the motor; an auxiliary power supply capable of supplying electric power to the motor; a charge-discharge circuit that configures a circuit for charging the auxiliary power supply and a circuit for discharging the auxiliary power supply, the charge-discharge circuit being capable of configuring a discharge-preference circuit that enables only the discharge of the auxiliary power supply while avoiding the charge thereof; and a control circuit for controlling the charge-discharge circuit and also for controlling the motor drive circuit in response to a required steering assist force, that performs a power latch operation of carrying on the control till the end of a predetermined period of time following an operation of turning off an ignition key, and that causes the charge-discharge circuit to configure the discharge-preference circuit thereby enabling steering assist accompanied by the discharge of the auxiliary power supply. a motor drive circuit for driving the motor; a battery capable of supplying electric power to the motor; an auxiliary power supply capable of supplying electric power to the motor; a charge-discharge circuit that configures a circuit for charging the auxiliary power supply and a circuit for discharging the auxiliary power supply, the charge-discharge circuit being capable of configuring a discharge-preference circuit that enables only the discharge of the auxiliary power supply while avoiding the charge thereof; and a control circuit for controlling the charge-discharge circuit and also for controlling the motor drive circuit in response to a required steering assist force, that performs a power latch operation of carrying on the control till the end of a predetermined period of time following an operation of turning off an ignition key, and that causes the charge-discharge circuit to configure the discharge-preference circuit thereby enabling steering assist accompanied by the discharge of the auxiliary power supply.
A fixed leaf of a double leaf all-glass door having a fixed stop arranged thereon for the active leaf, characterized in that the fixed stop is strip-shaped and is placed on one side of the fixed leaf such that it projects the border edge of the fixed leaf on the side of the active leaf ' and that the fixed stop carries a smoke protection sealing profile.
A method of preparing the skin of a human patient for multiple penetrations with an injection needle at a single occasion, comprising the step of depositing a layer of a lubricating composition comprising silicone on the skin prior to the penetrations.
Use of a disruptant for disrupting the mating behaviour of a pest insect, wherein the disruptant comprises (E,Z)-7,9-dodecadienyl acetate, and 0.5 to 5% by weight (E,Z)-7,9-dodecadienol relative to the amount of the acetate, and wherein the pest insect is grapewine moth.
A head lamp unit for a vehicle comprising: a housing including a lamp body and a cover lens mounted on the front surface of the lamp body; a head lamp housed in the housing; a position lamp housed in the housing; a head lamp emitter arranged in the housing; a head lamp reflector arranged in the housing; a position lamp emitter arranged in the housing and hidden by the head lamp reflector, seen from the front; and a position lamp reflection surface (31, 32) arranged around the head lamp reflector and reflecting a light emitted from the position lamp emitter to guide the light toward the front of the housing, characterized by further comprising a design cover arranged in the housing and covering the periphery of the head lamp reflector from the front, the design cover being formed with the position lamp reflection surface (31, 32). a housing including a lamp body and a cover lens mounted on the front surface of the lamp body; a head lamp housed in the housing; a position lamp housed in the housing; a head lamp emitter arranged in the housing; a head lamp reflector arranged in the housing; a position lamp emitter arranged in the housing and hidden by the head lamp reflector, seen from the front; and a position lamp reflection surface (31, 32) arranged around the head lamp reflector and reflecting a light emitted from the position lamp emitter to guide the light toward the front of the housing, characterized by further comprising a design cover arranged in the housing and covering the periphery of the head lamp reflector from the front, the design cover being formed with the position lamp reflection surface (31, 32).
A method for estimating the achievable total braking forces (F Ges) for the automated deceleration of a utility vehicle or of a vehicle combination having a plurality of axles (1, 2, 3, 4), wherein partial braking forces (F B1, F B2, F B3, F B4) are set by means of a manipulated variable (P, I) at the respective wheel brake, wherein brake units consisting of at least one of the wheel brakes in estimation braking operations at least partially apply a braking force (F A) required for deceleration, each as the only active brake unit, the current delay (b) being determined from measurement values and a braking parameter (C L1, C L2, C L3, C L4) of the active brake unit which represents the ratio of the partial braking forces (F B1, F B2, F B3, F B4) and the manipulated variable (P, I) set therefore, in consideration of the current deceleration (b) as well as a determined or predefined total mass (m tot) of the utility vehicle or of the vehicle combination, and wherein a conclusion about the partial braking forces (F B1, F B2, F B3, F B4) achievable by the respective brake unit is drawn from the determined braking parameter (C L1, C L2, C L3, C L4) and the achievable total braking forces (F Ges) are estimated as a sum of the achievable partial braking forces (F B1, F B2, F B3, F B4), characterized in that, during the estimation braking operations application pressure is set for one of the brake units at the activation systems (44, 45) of the remaining brake wheels.
Autologous dendritic cells for use in a method of treating a HER2-positive cancer in a subject by administering to the subject a composition comprising the autologous dendritic cells transduced with a recombinant adenovirus in a pharmaceutically acceptable carrier, wherein the autologous dendritic cells are prepared by culturing monocytes obtained from the subject in culture medium comprising AB allogeneic plasma; and transducing the autologous dendritic cells with a recombinant adenovirus type 5 expressing the extracellular and transmembrane domains of human HER2 and an adenovirus type 35 fiber protein.
A method performed by a mobile station comprising: storing information from a handover previously performed by said mobile station between a macrocell and a target femtocell; estimating based on said information when said mobile station enters again within a coverage area of said target femtocell; recognizing said coverage area based on said information; requesting, to the macrocell, latest system information of the target femtocell prior to handover; if the response is negative, synchronizing with the target femtocell and receiving on a downlink control channel of the target femtocell while maintaining a current service connection to the macrocell; otherwise receiving, from the macrocell, the latest system identification information of the target femtocell prior to handover. storing information from a handover previously performed by said mobile station between a macrocell and a target femtocell; estimating based on said information when said mobile station enters again within a coverage area of said target femtocell; recognizing said coverage area based on said information; requesting, to the macrocell, latest system information of the target femtocell prior to handover; if the response is negative, synchronizing with the target femtocell and receiving on a downlink control channel of the target femtocell while maintaining a current service connection to the macrocell; otherwise receiving, from the macrocell, the latest system identification information of the target femtocell prior to handover.
A method comprising: wirelessly receiving a message addressed to a recipient device (P 2) at a beacon device, said beacon device being positioned in a certain location and being capable of transmitting messages in a local operating region associated with said beacon device; storing the received message at said beacon device; and wirelessly transmitting the stored message from said beacon device to the recipient device (P 2) when detecting the presence of the recipient device (P 2) within the local operating region of said beacon device. wirelessly receiving a message addressed to a recipient device (P 2) at a beacon device, said beacon device being positioned in a certain location and being capable of transmitting messages in a local operating region associated with said beacon device; storing the received message at said beacon device; and wirelessly transmitting the stored message from said beacon device to the recipient device (P 2) when detecting the presence of the recipient device (P 2) within the local operating region of said beacon device.