mhurhangee/ep-ind-claims huggingface dataset:
A method for wireless communication in a machine-to-machine, M2M, wireless Wide Area Network, WAN, comprising: dividing an operating frequency band of the M2M wireless WAN into at least a first frequency channel and a second frequency channel, the first and second frequency channels being used for communications on a reverse link; broadcasting, by a base station, first channel status information and second channel status information to one or more M2M devices, the first channel status information indicating an idle status of the first frequency channel, the second channel status information indicating a status of the second frequency channel; receiving, by the base station a request from an M2M device to use the first frequency channel to transmit data on the reverse link; and transitioning, by the base station, the first channel status information from the idle status to indicate a busy status in response to the request. dividing an operating frequency band of the M2M wireless WAN into at least a first frequency channel and a second frequency channel, the first and second frequency channels being used for communications on a reverse link; broadcasting, by a base station, first channel status information and second channel status information to one or more M2M devices, the first channel status information indicating an idle status of the first frequency channel, the second channel status information indicating a status of the second frequency channel; receiving, by the base station a request from an M2M device to use the first frequency channel to transmit data on the reverse link; and transitioning, by the base station, the first channel status information from the idle status to indicate a busy status in response to the request.
A carbon material for a negative electrode of a lithium ion secondary battery, which has a carbonaceous film on a surface of graphitized material particles of a mesophase microbead, a 50% by volume particle diameter (D 50) in a cumulative frequency distribution being 1.0 μm or more and less than 5.0 μm, a specific surface area (S SET) by a BET method being 6.5 m 2 /g or less, a tap density (D TAP) being 0.70 g/cm 3 or more, a Raman R value obtained by Raman spectroscopy being more than 0.100 and less than 0.300, and a specific surface area ratio (S BET /S CALC) between the specific surface area (S BET: m 2 /g) obtained by the BET method and the specific surface area (S CALC: m 2 /g) calculated from the following equation of 5.0 or less, S CALC = 6 / D 50 × ρ wherein D 50 is the 50% by volume particle diameter (μm) in the cumulative frequency distribution, and ρ is a true specific gravity (g/cm 3).
A method of forming a high density structure, comprising the steps of: - providing a substrate wherein the high density structure is to be formed with a release liner, said release liner being self-removable; - forming at least one cavity (5a, 5b) in the substrate through the release liner, said at least one cavity forming at least a part of the high density structure; - at least partially filling the at least one cavity with a filler material; - sintering the thus formed structure; - removing the release liner from the substrate after the step of sintering, wherein an outer surface of a structure provided by the filler material in the at least one cavity is substantially flush with an outer surface of the substrate; characterized in - providing a second release liner on the surface of the substrate; - forming at least one further cavity (8a, 8b) in the substrate through the second release liner, said at least one further cavity forming a further part of the high density structure, - at least partially filling the at least one further cavity with a further filler material. - providing a substrate wherein the high density structure is to be formed with a release liner, said release liner being self-removable; - forming at least one cavity (5a, 5b) in the substrate through the release liner, said at least one cavity forming at least a part of the high density structure; - at least partially filling the at least one cavity with a filler material; - sintering the thus formed structure; - removing the release liner from the substrate after the step of sintering, wherein an outer surface of a structure provided by the filler material in the at least one cavity is substantially flush with an outer surface of the substrate; - providing a second release liner on the surface of the substrate; - forming at least one further cavity (8a, 8b) in the substrate through the second release liner, said at least one further cavity forming a further part of the high density structure, - at least partially filling the at least one further cavity with a further filler material.
A motor vehicle with an airbag module which has at least one airbag and at least one gas generator which are accommodated in an airbag housing, it being possible for the airbag module to be attached by the airbag housing to a fastening frame which is connected to a wall portion of the dashboard, characterised in that the airbag housing has on at least two opposite sides a plurality of laterally outwardly projecting tongues, the tongues, arranged next to one another on one side, being spaced apart in each case by at least one tongue width (b), and in that the fastening frame has corresponding undercuts for the tongues of the airbag housing, so that the attached airbag module is held positively by the tongues in the undercuts.
Assembly for sealing a fan against a fan frame being part of a fan hood which can be fixed to a radiator or module mounting or the like, wherein the fan can be driven by a combustion engine of a motor vehicle, and the sealing consists of ring-shaped holder fixed to the fan frame and having a plurality of flexible sealing elements, in particular bristles of a brush sealing, characterized in that the ring-shaped holder can be clipped to the fan frame, wherein the fan frame has latching and/or retaining elements (5, 6) distributed on the circumference which fixate the holder (3, 4), and wherein the fan frame has an approximately hollow-cylindrical area with an internal wall and that the latching and retaining elements (5, 6) are arranged at the internal wall.
A method of controlling a hybrid propulsion system of a vehicle, wherein the hybrid propulsion system includes an in-series arrangement including an internal combustion engine, a first clutch, an electric motor, a second clutch and a gearbox having an input shaft and an output shaft connected to the drive wheels of the vehicle, said first clutch being arranged between the internal combustion engine and the electric motor, and said second clutch being arranged between the electric motor and said input shaft of the gearbox, wherein said hybrid propulsion system is in an initial operating state wherein the internal combustion engine is turned off, the electric motor is active and said first clutch is in an open condition, whereby connection between the internal combustion engine and the electric motor is interrupted, wherein the method includes: - a first operating mode of starting the internal combustion engine by means of the electric motor, wherein said first clutch is progressively closed, so that the internal combustion engine is driven in rotation by the electric motor, while the second clutch is set in a slip condition, so that the electric motor provides a torque higher than the torque transmitted to said input shaft, - a second operating mode of actuating a gear shift, wherein said gearbox actuates a variation of the transmission ratio between said input shaft and said output shaft, wherein said first operating mode includes starting the internal combustion engine excluding actuation of the gearbox until start of the internal combustion engine is completed, wherein said second operating mode includes actuating a gear shift excluding start of the internal combustion engine until actuation of the gear shift is completed, - a third operating mode which actuates in parallel a start of the internal combustion engine and a gear shift, wherein the method includes passing from the first operating mode to the third operating mode even if the start of the internal combustion engine has not been yet completed, or passing from the second operating mode to the third operating mode even if the actuation of the gear shift has not been yet completed, so that the transition from one operating mode to another can be freely actuated at any time, depending upon the operating conditions of the hybrid propulsion system. - a first operating mode of starting the internal combustion engine by means of the electric motor, wherein said first clutch is progressively closed, so that the internal combustion engine is driven in rotation by the electric motor, while the second clutch is set in a slip condition, so that the electric motor provides a torque higher than the torque transmitted to said input shaft, - a second operating mode of actuating a gear shift, wherein said gearbox actuates a variation of the transmission ratio between said input shaft and said output shaft, - a third operating mode which actuates in parallel a start of the internal combustion engine and a gear shift,
A method in a wireless communications network, the method comprising: transmitting a message (320, 360, 420) from the network for reception by at least one mobile wireless communications device in the wireless communications network before transmitting a location request to the mobile wireless communications device; specifying, in the message transmitted, mobile wireless communications device location technology support information about the wireless communications network, including specifying at least one location technology not supported by the wireless communications network or specifying at least one location technology supported by the wireless communications network, wherein specifying mobile wireless communications device location technology support information about the wireless communications network includes when the wireless communications network supports more than one location technology, specifying a preferred location technology supported by the wireless communications network. transmitting a message (320, 360, 420) from the network for reception by at least one mobile wireless communications device in the wireless communications network before transmitting a location request to the mobile wireless communications device; specifying, in the message transmitted, mobile wireless communications device location technology support information about the wireless communications network, including specifying at least one location technology not supported by the wireless communications network or specifying at least one location technology supported by the wireless communications network, wherein specifying mobile wireless communications device location technology support information about the wireless communications network includes when the wireless communications network supports more than one location technology, specifying a preferred location technology supported by the wireless communications network.
A composition comprising: • tetraalkylammonium hydroxide; • a benzylic alcohol, • a glycol component comprising at least one glycol compound, and • an alkyl amine component, wherein said alkyl amine component is selected from the group consisting of: o a di-alkyl amine, in which one of the alkyl groups is a C-1 to C-4 n-alkyl and the other is a C-16 to C-20 n-alkyl; o a mono-alkyl amine having structure wherein m' and m are independently chosen from an integer ranging from 4 to 8; and o combinations thereof. • tetraalkylammonium hydroxide; • a benzylic alcohol, • a glycol component comprising at least one glycol compound, and • an alkyl amine component, wherein said alkyl amine component is selected from the group consisting of: o a di-alkyl amine, in which one of the alkyl groups is a C-1 to C-4 n-alkyl and the other is a C-16 to C-20 n-alkyl; o a mono-alkyl amine having structure wherein m' and m are independently chosen from an integer ranging from 4 to 8; and o combinations thereof. o a di-alkyl amine, in which one of the alkyl groups is a C-1 to C-4 n-alkyl and the other is a C-16 to C-20 n-alkyl; o a mono-alkyl amine having structure wherein m' and m are independently chosen from an integer ranging from 4 to 8; and o combinations thereof.
Covering system for building windows or facades which comprises at least a modular element, said modular element comprising a multiplicity of photovoltaic modules, in particular DSSC photovoltaic modules, each photovoltaic module comprising at least a cell and at least a substrate made of rigid and transparent material, wherein said photovoltaic modules are disposed sequentially and are hinged to each other by hinging means, such that the same can be moved from a first closed position, wherein said photovoltaic modules are mutually bellows folded, to a second opened position, wherein said photovoltaic modules are substantially mutually side by side placed and substantially aligned, or vice versa, wherein said hinging means comprises a pair of hinges, each thereof being bridged between two edges of two contiguous photovoltaic modules, and wherein said modular element comprises first and second guide means in order said photovoltaic modules to be guided from said first and said second position; said first and said second guide means being disposed respectively on a first and second supporting element.
An electronic device comprising: a housing; a display viewed through a part of the housing; a conductive coil; a wireless charging circuit electrically connected to the conductive coil; a sensor circuit electrically connected to the wireless charging circuit and the conductive coil; and a processor operatively connected with the display, the wireless charging circuit and the sensor circuit, characterised in that the sensor circuit is configured to: receive at least one analog ping signal for wireless charging from an external electronic device, through the conductive coil, and identify a wireless charging status of the electronic device based on the number and a strength of the analog ping signals received for a reference time, wherein, if the number of the analog ping signals received for the reference time exceeds a first threshold and the strength of the analog ping signals received for the reference time exceeds a second threshold, the sensor circuit is configured to determine that the electronic device is abnormally mounted on the external electronic device. a housing; a display viewed through a part of the housing; a conductive coil; a wireless charging circuit electrically connected to the conductive coil; a sensor circuit electrically connected to the wireless charging circuit and the conductive coil; and a processor operatively connected with the display, the wireless charging circuit and the sensor circuit, characterised in that the sensor circuit is configured to: receive at least one analog ping signal for wireless charging from an external electronic device, through the conductive coil, and identify a wireless charging status of the electronic device based on the number and a strength of the analog ping signals received for a reference time, wherein, if the number of the analog ping signals received for the reference time exceeds a first threshold and the strength of the analog ping signals received for the reference time exceeds a second threshold, the sensor circuit is configured to determine that the electronic device is abnormally mounted on the external electronic device.
A method in a wireless device, WD, the method comprising: receiving a reject message from a network node while performing one of a connection establishment procedure and a connection resume procedure; starting a wait timer associated with the receiving of the reject message; receiving, from the network node, one of a release message and a suspend message; and updating the wait timer as a result of receiving the one of the release message and the suspend message, wherein updating the wait timer as a result of receiving the one of the release message and the suspend message further comprises: restarting the wait timer responsive to receipt of the one of the release message and the suspend message. receiving a reject message from a network node while performing one of a connection establishment procedure and a connection resume procedure; starting a wait timer associated with the receiving of the reject message; receiving, from the network node, one of a release message and a suspend message; and updating the wait timer as a result of receiving the one of the release message and the suspend message, wherein updating the wait timer as a result of receiving the one of the release message and the suspend message further comprises: restarting the wait timer responsive to receipt of the one of the release message and the suspend message.
An image processing device including a main control unit, the main control unit controlling each of an image input unit, an image processing unit, and an image output unit; a sub-control unit controlling power supply to the main control unit to change a mode of the image processing device to a power saving mode and to cause the mode of the image processing device to return from the power saving mode, and the sub-control unit controlling response and transmission of a network interface, characterized by a USB device provided in the image processing device for inputting or outputting of image data; a state holding unit holding a state of the USB device in a USB device driver provided in the main control unit; a state transition unit changing a state of the USB device in the USB device driver; and a state acquiring unit acquiring a state of the USB device, wherein the state holding unit holds a state of the USB device in the USB device driver before the mode of the image processing device is changed to the power saving mode, and, when the state of the USB device acquired by the state acquiring unit after the mode of the image processing device returns from the power saving mode differs from the held state of the USB device in the USB device driver held by the state holding unit, the state transition unit determines an estimated state-transition sequence for changing a state of the USB device in the USB device driver, based on a result of comparison of the held state of the USB device in the USB device driver and the acquired state of the USB device, thereby changing the state of the USB device in the USB device driver to the acquired state of the USB device according to the estimated state-transition sequence.
A watch type mobile terminal comprising: a main body having a window hole defined by a ring shaped edge and a central area; a circuit board within the main body; a display on the circuit board; a band coupled to the main body; characterized by a ring shaped support member having an outer portion provided at the edge of the window hole and an inner portion that extends from the outer portion toward the central area of the window hole to cover the edge of the window hole; a ring shaped window having a front surface facing an exterior of the main body and a rear surface formed on an opposite side of the window, and at least a portion of the front surface of the window is covered by the inner portion of the support member; and a ring member provided between the outer portion of the support member and the window. a main body having a window hole defined by a ring shaped edge and a central area; a circuit board within the main body; a display on the circuit board; a band coupled to the main body; characterized by a ring shaped support member having an outer portion provided at the edge of the window hole and an inner portion that extends from the outer portion toward the central area of the window hole to cover the edge of the window hole; a ring shaped window having a front surface facing an exterior of the main body and a rear surface formed on an opposite side of the window, and at least a portion of the front surface of the window is covered by the inner portion of the support member; and a ring member provided between the outer portion of the support member and the window.
A method comprising: responsive to detecting network activity indicative of a threat, selecting, by a network security system, a threat mitigation scheme corresponding to a set of response actions; filtering, by the network security system, the set of response actions based on a policy to generate a set of allowed response actions; and executing one or more response actions of the set of allowed response actions, further comprising, during or after execution of the one or more response actions: determine whether the threat is still present; and responsive to determining that the threat is still present: evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions. responsive to detecting network activity indicative of a threat, selecting, by a network security system, a threat mitigation scheme corresponding to a set of response actions; filtering, by the network security system, the set of response actions based on a policy to generate a set of allowed response actions; and executing one or more response actions of the set of allowed response actions, determine whether the threat is still present; and responsive to determining that the threat is still present: evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions. evaluating, by the network security system, the set of allowed response actions based on action dependencies and prior actions to determine an action plan, wherein the action plan identifies a set of next response actions, wherein the set of next response actions corresponds to one or more response actions of the set of allowed response actions for which every prerequisite action has been performed; and executing the set of next response actions.
A method for producing cheese without fermentation and ripening steps, the method comprising steps of adding vinegar or acidulant to milk and mixing them, removing whey from a resultant mixture to recover a curd, adding, to said curd, an emulsifier, cooking salt, sodium bicarbonate and a yeast extract and heating them to emulsify, and cooling a resultant emulsion to solidify.