mhurhangee/ep-ind-claims huggingface dataset:
A method for performing wireless communications in a wireless network, the method comprising: generating, by a wireless device (104, 106, 108, 200), a frame, wherein generating the frame includes: determining that the frame is intended for a single recipient station (102, 200); providing, in the frame, a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame, providing, in the frame, an address of the single recipient station (102, 200) in the wireless network, and providing, in the frame, a High Efficiency Short Training Field, HE-STF, immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station (102, 200); and transmitting, by the wireless device (104, 106, 108, 200), the frame over a wireless channel to the single recipient station (102, 200). generating, by a wireless device (104, 106, 108, 200), a frame, wherein generating the frame includes: determining that the frame is intended for a single recipient station (102, 200); providing, in the frame, a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame, providing, in the frame, an address of the single recipient station (102, 200) in the wireless network, and providing, in the frame, a High Efficiency Short Training Field, HE-STF, immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station (102, 200); and determining that the frame is intended for a single recipient station (102, 200); providing, in the frame, a High Efficiency Signal A, HE-SIG-A, field including frame format information for the frame, providing, in the frame, an address of the single recipient station (102, 200) in the wireless network, and providing, in the frame, a High Efficiency Short Training Field, HE-STF, immediately after the HE-SIG-A field in response to determining that the frame is intended for the single recipient station (102, 200); and transmitting, by the wireless device (104, 106, 108, 200), the frame over a wireless channel to the single recipient station (102, 200).
Method for sampling an ultrasonic signal, wherein two ultrasonic transducers (2, 3) are arranged in a fluid path to transmit ultrasonic signals to and receive ultrasonic signals from each other, and wherein a control unit is arranged to send electric signals to each of the ultrasonic transducers (2, 3) to be transformed into ultrasonic signals, and wherein the control unit is arranged to receive electric signals from both ultrasonic transducers (2, 3) transformed from ultrasonic signals, and wherein the control unit comprises an analog-to-digital converter to convert electric signals from the ultrasonic transducers (2, 3), wherein the method comprises the steps: a) Sending an input electric signal from the control unit to a first ultrasonic transducer, transforming the input electric signal to an ultrasonic signal and sending it to a second ultrasonic transducer through the flow path, b) transforming the received ultrasonic signal at the second ultrasonic transducer to an output electric signal that is sent to the control unit, c) sampling the output electric signal received at the control unit to a series of digital samples at a sampling frequency, d) repeating steps a) to c) at least once with the same electric input electric signal, characterized in that in step c) the time of start of the sampling measured from the time of start of the respective input electric signal and/or the sampling frequency is different from the previous sampling, e) combining the obtained series of samples to obtain a combined digital output signal. a) Sending an input electric signal from the control unit to a first ultrasonic transducer, transforming the input electric signal to an ultrasonic signal and sending it to a second ultrasonic transducer through the flow path, b) transforming the received ultrasonic signal at the second ultrasonic transducer to an output electric signal that is sent to the control unit, c) sampling the output electric signal received at the control unit to a series of digital samples at a sampling frequency, d) repeating steps a) to c) at least once with the same electric input electric signal, characterized in that in step c) the time of start of the sampling measured from the time of start of the respective input electric signal and/or the sampling frequency is different from the previous sampling, e) combining the obtained series of samples to obtain a combined digital output signal.
A communication apparatus that performs receiving processing of data transmitted from another communication apparatus at timings of a predetermined interval, the communication apparatus comprising: a transmitting unit (6, 7, 8) configured to transmit a first signal indicating that data is successfully received when the data transmitted at an M th timing according to the predetermined interval is successfully received; and a control unit configured to determine whether or not a retransmission control processing for retransmission of the data is performed by the another communication apparatus when the first signal indicating that the data is successfully received is transmitted, wherein the control unit is arranged to transmit a second signal indicating that the data is successfully received when the retransmission control processing is performed by the another communication apparatus, regardless of whether or not the communication apparatus successfully receives retransmitted data when the retransmission control processing is performed. a transmitting unit (6, 7, 8) configured to transmit a first signal indicating that data is successfully received when the data transmitted at an M th timing according to the predetermined interval is successfully received; and a control unit configured to determine whether or not a retransmission control processing for retransmission of the data is performed by the another communication apparatus when the first signal indicating that the data is successfully received is transmitted, wherein the control unit is arranged to transmit a second signal indicating that the data is successfully received when the retransmission control processing is performed by the another communication apparatus, regardless of whether or not the communication apparatus successfully receives retransmitted data when the retransmission control processing is performed.
An additive for selenium-containing forage, primarily comprising plants and/or plant parts, such as cereals, corn, grass, or alfalfa, including at least one inorganic salt detoxifying trichothecenes and/or zearalenones, characterized in that an akali or earth alkali metal sulphite is included as the inorganic salt detoxifying trichothecenes and/or zearalenones and that additionally a selenium-containing compound, such as selenium yeast, is included and optionally a selenium-containing salt.
A fluidic interface (1, 101) for a fluid ejection device, comprising a fluidic needle (3, 103) to be inserted in a fluid supply outlet to transport fluid between a fluid supply and a printhead, a body (5, 105) including a body wall (7, 107), wherein a base (13, 113) of the needle (3, 103) is retained and supported by the body wall (7, 107), and the needle (3, 103) is made of a first polymer based compound and the body (5, 105) is made of a second polymer based compound, different than the first polymer based compound.
A station device in a wireless communication system, comprising: a protocol controller for: generating a first control information frame indicating wakeup to an access point, AP, upon wakeup from a sleep mode; and generating a third control information frame indicating a reception-available period of time, upon receipt of a second control information frame including a requested transmission length from the AP, the requested transmission length having been calculated by the AP based on an amount of buffered data for the station device; and a frame aggregation controller for aggregating the third control information frame received from the protocol controller and user data frames to one protocol data unit and providing the protocol data unit to a physical layer. a protocol controller for: generating a first control information frame indicating wakeup to an access point, AP, upon wakeup from a sleep mode; and generating a third control information frame indicating a reception-available period of time, upon receipt of a second control information frame including a requested transmission length from the AP, the requested transmission length having been calculated by the AP based on an amount of buffered data for the station device; and generating a first control information frame indicating wakeup to an access point, AP, upon wakeup from a sleep mode; and generating a third control information frame indicating a reception-available period of time, upon receipt of a second control information frame including a requested transmission length from the AP, the requested transmission length having been calculated by the AP based on an amount of buffered data for the station device; and a frame aggregation controller for aggregating the third control information frame received from the protocol controller and user data frames to one protocol data unit and providing the protocol data unit to a physical layer.
Disconnecting device for a hydraulic brake system, in particular for a vehicle, bicycle, electric bicycle, e-bike or pedelec which can be driven by way of muscle power and/or by way of motor power, in the case of which disconnecting device: - in a normal brake operating state, a section, which lies upstream and in the reservoir side, of a brake line of the brake system and a section, which lies downstream and on the brake side, of the brake line of the brake system are connected hydraulically, - in a disconnected operating state, that section of the brake line which lies upstream and on the reservoir side and that section of the brake line which lies downstream and on the brake side are disconnected hydraulically from one another, - a hydraulic valve with a housing and a slide element is configured for the controlled hydraulic connection and disconnection, - the slide element can be displaced in the housing between a first position which corresponds to the normal brake operating state and a second position which corresponds to the disconnected operating state, characterized in that - the hydraulic valve is set up to displace the slide element into the second position which corresponds to the disconnected operating state in a manner which is controlled via a pressure which prevails in an associated pressure accumulator. - in a normal brake operating state, a section, which lies upstream and in the reservoir side, of a brake line of the brake system and a section, which lies downstream and on the brake side, of the brake line of the brake system are connected hydraulically, - in a disconnected operating state, that section of the brake line which lies upstream and on the reservoir side and that section of the brake line which lies downstream and on the brake side are disconnected hydraulically from one another, - a hydraulic valve with a housing and a slide element is configured for the controlled hydraulic connection and disconnection, - the slide element can be displaced in the housing between a first position which corresponds to the normal brake operating state and a second position which corresponds to the disconnected operating state, - the hydraulic valve is set up to displace the slide element into the second position which corresponds to the disconnected operating state in a manner which is controlled via a pressure which prevails in an associated pressure accumulator.
A secure delivery location apparatus, comprising: at least one storage compartment (435, 437, 439); a door (403, 403) that is operable to transition between a closed position and an open position so that a container carried by an aerial vehicle may be passed through an opening and into the apparatus; and a control station configured to at least: monitor the position of an approaching aerial vehicle; send a first instruction to cause the door to transition from the closed position to the open position; send a second instruction to cause the aerial vehicle to navigate into a position in which the container carried by the aerial vehicle is aligned with the opening; and send a third instruction to cause the aerial vehicle to disengage the container such that the container passes through the opening and into the at least one storage compartment of the apparatus. at least one storage compartment (435, 437, 439); a door (403, 403) that is operable to transition between a closed position and an open position so that a container carried by an aerial vehicle may be passed through an opening and into the apparatus; and a control station configured to at least: monitor the position of an approaching aerial vehicle; send a first instruction to cause the door to transition from the closed position to the open position; send a second instruction to cause the aerial vehicle to navigate into a position in which the container carried by the aerial vehicle is aligned with the opening; and send a third instruction to cause the aerial vehicle to disengage the container such that the container passes through the opening and into the at least one storage compartment of the apparatus. monitor the position of an approaching aerial vehicle; send a first instruction to cause the door to transition from the closed position to the open position; send a second instruction to cause the aerial vehicle to navigate into a position in which the container carried by the aerial vehicle is aligned with the opening; and send a third instruction to cause the aerial vehicle to disengage the container such that the container passes through the opening and into the at least one storage compartment of the apparatus.
A prepreg comprising a reinforcement fiber and a resin composition, the resin composition comprising 0.1 to 8 mass% of particles comprising an ultrahigh molecular weight olefin polymer or a crosslinked product thereof and satisfying requirements (i) to (ii) below, the resin composition further comprising a thermosetting resin and a curing agent; (i) the intrinsic viscosity [η] of the ultrahigh molecular weight olefin polymer forming the particles, as measured in decalin solvent at 135°C and determined as defined in the description, is 5 to 50 dl/g; (ii) the average particle size d50, which is a value at cumulative 50 mass% of grain size distribution obtained by the measurement of weight-basis grain size distribution using a Coulter counter method, as defined in the description, is 3 to 200 μm, wherein the thermosetting resin is an epoxy resin, and the curing agent is an epoxy curing agent. (i) the intrinsic viscosity [η] of the ultrahigh molecular weight olefin polymer forming the particles, as measured in decalin solvent at 135°C and determined as defined in the description, is 5 to 50 dl/g; (ii) the average particle size d50, which is a value at cumulative 50 mass% of grain size distribution obtained by the measurement of weight-basis grain size distribution using a Coulter counter method, as defined in the description, is 3 to 200 μm,
A method for generating a glare-free image, the method comprising: acquiring an RGB image of a scene in a visible wavelength range; and acquiring an infrared, IR, image of the scene in an IR wavelength range; characterized in that it further comprises: transforming the RGB image to a YUV image; based on a luminance component of the YUV image, identifying a glare region in the YUV image; identifying, in the IR image, a corresponding region to the glare region in the YUV image; and substituting, in the luminance component of the YUV image, pixel values in the glare region with pixel values of the corresponding region in the IR image. acquiring an RGB image of a scene in a visible wavelength range; and acquiring an infrared, IR, image of the scene in an IR wavelength range; characterized in that it further comprises: transforming the RGB image to a YUV image; based on a luminance component of the YUV image, identifying a glare region in the YUV image; identifying, in the IR image, a corresponding region to the glare region in the YUV image; and substituting, in the luminance component of the YUV image, pixel values in the glare region with pixel values of the corresponding region in the IR image. transforming the RGB image to a YUV image; based on a luminance component of the YUV image, identifying a glare region in the YUV image; identifying, in the IR image, a corresponding region to the glare region in the YUV image; and substituting, in the luminance component of the YUV image, pixel values in the glare region with pixel values of the corresponding region in the IR image.
An electrical steel sheet in which at least a part of either or both surfaces of a base steel sheet is coated with an insulation coating having an adhesive ability, wherein a difference between a peak temperature of a logarithmic decrement of the insulation coating and a curing start temperature is less than 80°C, and a difference between a logarithmic decrement of the peak temperature and a logarithmic decrement of the curing start temperature is 0.1 or more, wherein the logarithmic decrement is measured as described in the description, and wherein a temperature-logarithmic decrement curve obtained in a rigid pendulum test has a singular point, defined as the inflection point, at which an absolute value of the slope decreases toward zero and then increases again in a decrease region after the peak temperature, and the temperature corresponding to the inflection point in a decrease region after the peak temperature in this temperature-logarithmic decrement curve is defined as the curing start temperature. wherein a difference between a peak temperature of a logarithmic decrement of the insulation coating and a curing start temperature is less than 80°C, and a difference between a logarithmic decrement of the peak temperature and a logarithmic decrement of the curing start temperature is 0.1 or more, wherein the logarithmic decrement is measured as described in the description, and wherein a temperature-logarithmic decrement curve obtained in a rigid pendulum test has a singular point, defined as the inflection point, at which an absolute value of the slope decreases toward zero and then increases again in a decrease region after the peak temperature, and the temperature corresponding to the inflection point in a decrease region after the peak temperature in this temperature-logarithmic decrement curve is defined as the curing start temperature.
A process to form an ethylene-based polymer, said process comprising polymerizing a reaction mixture comprising ethylene, at least one symmetrical polyene and at least one chain transfer agent system comprising at least one chain transfer agent; and wherein the polymerization takes place in the presence of at least one free-radical initiator; and wherein the polymerization takes place in a reactor configuration comprising at least two reaction zones, reaction zone 1 and reaction zone i (i ≥ 2), wherein reaction zone i is downstream from reaction zone 1; and wherein the ratio of "the activity of the CTA system of the feed to the first reaction zone" to the "activity of the CTA system of the cumulative feed to the reaction zone i," (Z 1 /Z i), is less than or equal to (0.8-0.2 ∗ log(Cs)), wherein an overall Cs value is from 0.0001 to 10, as measured at 130°C and 1360 atmospheres.
An arrangement of a valve and a pressure vessel, wherein the valve has a housing with sides including at least an opening, a plunger slideably positioned in the housing, a control mechanism (62, 20, 14) to cause plunger movement, the pressure vessel has an exterior surface with at least an opening, wherein the valve is connected to the at least an opening of the pressure vessel, wherein the plunger has at least a first part with a larger size and a second part with a smaller size, and wherein the first part of the plunger is positioned outside of the pressure vessel in all valve configurations, characterized in that a nozzle pipe is arranged in the pressure vessel and a base of the housing arranged inside the pressure vessel is fluidly connected to the free end of the nozzle pipe, and further characterized in that the at least an opening formed within the housing allows for a flow of compressed air to pass from the pressure vessel through the housing and into the fluidly connected nozzle pipe.
An aircraft assembly comprising: a longitudinal spar, and, an aerofoil cover, the spar and cover being integrally formed from a composite laminate material to form a spar-cover such that the composite material of the spar extends continuously into the cover through a fold region created between the spar and the cover, the spar having a spar end region and the cover having a cover end region, characterised in that the spar end region and cover end region are separated by a recess at a longitudinal end of the fold region, and wherein a reinforcement element extends between the spar end region and the cover end region to couple the spar end region with the cover end region. a longitudinal spar, and, an aerofoil cover, the spar and cover being integrally formed from a composite laminate material to form a spar-cover such that the composite material of the spar extends continuously into the cover through a fold region created between the spar and the cover, the spar having a spar end region and the cover having a cover end region,
A method for handling on a mobile terminal a list of contents each associated to a sub-content, the list of contents and the sub-contents being displayable on a touch-sensitive screen of the mobile terminal, the method comprising: - displaying (a) on the screen a window containing the sub-content associated to a first content selected by a user from said list of contents; - detecting (b) a predetermined touch gesture by the user on the screen; characterized in that the method further comprises, when a predetermined touch gesture has been detected, displaying (c) on the screen, over the displayed window, a pop-up window containing a sub-list of contents from said list of contents. - displaying (a) on the screen a window containing the sub-content associated to a first content selected by a user from said list of contents; - detecting (b) a predetermined touch gesture by the user on the screen;
Timepiece escapement mechanism comprising at least one main plate carrying an escape wheel and a balance cooperating with the same pallet lever, comprising a pallet head carrying at least one entry pallet and/or one exit pallet and arranged to cooperate with an escape wheel, said pallet lever further including a fork arranged to cooperate with said balance, where the angular position of said fork is variable relative to said head, and where the only direct, permanent, mechanical connection between said head and said fork is provided by at least one flexible strip, the angular range of pivoting of said head and that of said fork being limited with respect to each other by stops, and said head including at least a first arm including a first support and stop surface arranged to cooperate, in abutment or support, in certain relative positions of said head and said fork, with a second support and stop surface comprised in at least a second arm of said fork, characterized in that said head and said fork are assembled to said main plate so that said at least one flexible strip is mounted prestressed buckled between said head at a first end and said fork at a second end, said pallet lever forming a bistable system comprising at least two stable states and two metastable states, and said two ends (101, 102) being, either each free to pivot in a housing (1010, 1020) that is free to move or fixed relative to said plate, or each embedded in a housing (1010, 1020) that is free to move relative to said plate, and at least one said housing (1010; 1020) then being subjected to a return force in the direction of the other said housing (1020; 1010).