mhurhangee/ep-ind-claims huggingface dataset:
A method of carrying a munition on a munition launcher platform comprising the follow steps: - providing the munition launcher platform with a data tag, - attaching a munition to the munition launcher platform, the munition being provided with a data tag activator and a data tag reader, - transmitting an activation signal from the data tag activator to the data tag, such that, as a result of receiving the activation signal, the data tag returns a data response to the data tag reader, the receiving of the data response providing the munition with an indication that the munition is still attached to the munition launcher platform, characterised in that the data response received by the data tag reader indicates ID data of the munition launcher platform and the method further comprises the step of: - using the ID data to ascertain one or more launch parameters that the munition is to apply prior to its launch from the munition launcher platform. - providing the munition launcher platform with a data tag, - attaching a munition to the munition launcher platform, the munition being provided with a data tag activator and a data tag reader, - transmitting an activation signal from the data tag activator to the data tag, such that, as a result of receiving the activation signal, the data tag returns a data response to the data tag reader, the receiving of the data response providing the munition with an indication that the munition is still attached to the munition launcher platform, - using the ID data to ascertain one or more launch parameters that the munition is to apply prior to its launch from the munition launcher platform.
A fuel cell membrane unit for use between an anode and a cathode in a fuel cell, wherein the fuel cell membrane unit comprises: a fuel cell membrane, an actuator, which is connected to the fuel cell membrane and is designed to control a current density distribution in the fuel cell membrane. a fuel cell membrane, an actuator, which is connected to the fuel cell membrane and is designed to control a current density distribution in the fuel cell membrane.
A separator for a non-aqueous rechargeable lithium battery, comprising: a separator body comprising a material with a first melting point; and a composite supporting the separator body and comprising an organic compound and an inorganic compound, wherein the organic compound has a melting point that is higher than the first melting point, characterised in that the inorganic compound is selected from the group consisting of Al 2 (SO 4) 3, Al 2 (SO 4) 3 ·Al(OC 2 H 5) 3 Li 2 MoO 3, Al 2 O 3 ·AlPO 4, Li 2 ZrO 3, and combinations thereof. a separator body comprising a material with a first melting point; and a composite supporting the separator body and comprising an organic compound and an inorganic compound, wherein the organic compound has a melting point that is higher than the first melting point, characterised in that the inorganic compound is selected from the group consisting of Al 2 (SO 4) 3, Al 2 (SO 4) 3 ·Al(OC 2 H 5) 3 Li 2 MoO 3, Al 2 O 3 ·AlPO 4, Li 2 ZrO 3, and combinations thereof.
Air supply device for supplying breathing air in a breathing air region, wherein the air supply device (1, 31, 51, 61) comprises at least one inflow opening (4, 6) for the supply of breathing air, an interior with at least one outflow region (11, 71), via which breathing air flows into the breathing air region (2, 32, 52, 62), wherein the inflow opening (4, 6) is connected to the outflow region (11, 71) via the interior and wherein the outflow region (11, 71) is formed from a flexible, air-permeable material, wherein the air supply device (1, 31, 51, 61) comprises a planar flexible section having a first flat side and a second, opposite flat side, wherein the outflow region (12, 71) is located on the first flat side, wherein the interior is formed between the first flat side and the second flat side, and wherein at least one spacing means preventing a contact of the outflow region (11, 71) with the second flat side in the unloaded state of the air supply device (1, 31, 51, 61) is located in the interior at least in the outflow region (11, 71), characterised in that the air supply device (1, 31, 51, 61) has at least one housing part (14, 15), which is fixed to the planar flexible section and has the inflow opening (4, 6).
A fog-generating device comprising: • a propellant gas comprising a liquefied propellant gas or a compressed propellant gas; • a reservoir comprising a movable wall and a fog-generating material; and • a heat exchanger; wherein said propellant gas drives said movable wall to expel the fog-generating material from the reservoir to the heat exchanger. • a propellant gas comprising a liquefied propellant gas or a compressed propellant gas; • a reservoir comprising a movable wall and a fog-generating material; and • a heat exchanger;
Method of configuring the behaviour of a device vis-à-vis a structured radiofrequency communication network, comprising: - a step of receiving, by said device, a frame comprising configuration information IC, the value of which defines a reconfiguration of the behaviour of a device vis-à-vis this network; - a step of obtaining from the received frame T the configuration information; - a step of reconfiguring the behaviour of the device vis-à-vis the network according to the obtained configuration information; characterised in that, when the device is configured as a router, when the configuration information IC defines a re-configuration of the device as a terminal, and when the received frame further comprises action information IL that indicates to said device to perform an action vis-à-vis at least one child device of the network that is hierarchically associated with it for propagating frames in the network, said device further performs, before the reconfiguring step, a step of executing said action vis-à-vis said child device or devices, and in that the action information indicates to said device to propagate said frame to said child device or devices, and said device performs a step of propagating said frame to said child device or devices before reconfiguring as a terminal, or the action information indicates to said device to break each association with said child device or devices, and said device performs a step of notifying association break to said child device or devices before reconfiguring as a terminal. - a step of receiving, by said device, a frame comprising configuration information IC, the value of which defines a reconfiguration of the behaviour of a device vis-à-vis this network; - a step of obtaining from the received frame T the configuration information; - a step of reconfiguring the behaviour of the device vis-à-vis the network according to the obtained configuration information;
A method for determining an uncertainty measure of a mixture-model based parametric classifier, the method being performed by a classification device (200a, 200b), the method comprising: obtaining a short-term frequency representation of a multimedia signal, the short-term frequency representation defining an input sequence x; classifying the input sequence x to belong to one class ω m * of at least two available classes ω 1, ω 2 using the parametric classifier, wherein the parametric classifier has been trained with a training sequence y; and determining an uncertainty measure of the thus classified input sequence x based on a ratio between posterior probabilities of the input sequence x and posterior probabilities of the training sequence y, wherein the uncertainty measure is defined as minimum of 1 and a ratio between the posterior probabilities of the input sequence x and the posterior probabilities of the training sequence y. obtaining a short-term frequency representation of a multimedia signal, the short-term frequency representation defining an input sequence x; classifying the input sequence x to belong to one class ω m * of at least two available classes ω 1, ω 2 using the parametric classifier, wherein the parametric classifier has been trained with a training sequence y; and determining an uncertainty measure of the thus classified input sequence x based on a ratio between posterior probabilities of the input sequence x and posterior probabilities of the training sequence y, wherein the uncertainty measure is defined as minimum of 1 and a ratio between the posterior probabilities of the input sequence x and the posterior probabilities of the training sequence y.
A retail product container display system, comprising: at least one product storage lane, the at least one product storage lane comprising a left hand side rail and a right hand side rail; and at least two connectors engaged with receptacles therefore on each of the left hand and right hand side rails (10A, 10B), the receptacles disposed at corresponding longitudinally spaced apart positions along each of the side rails (10A, 10B), wherein each of the side rails (10A, 10B) comprises a vertical wall and a horizontal floor; and a plurality of longitudinally spaced apart channels formed on an outer surface of the side wall of each of the side rails (10A, 10B), the channels each configured to receive a vertical support connector therein, whereby a plurality of lanes are vertically stackable, wherein the plurality of longitudinally spaced apart channels are arranged to enable vertical assembly of the plurality of lanes such that successively higher lanes are disposed at a different longitudinal position with respect to vertically lower lanes, characterized in that a longitudinal position of the channels on the left hand side wall is offset from a longitudinal position of the channels on the right hand side wall such that a lateral space between laterally placed adjacent lanes is settable to substantially zero. at least one product storage lane, the at least one product storage lane comprising a left hand side rail and a right hand side rail; and at least two connectors engaged with receptacles therefore on each of the left hand and right hand side rails (10A, 10B), the receptacles disposed at corresponding longitudinally spaced apart positions along each of the side rails (10A, 10B), wherein each of the side rails (10A, 10B) comprises a vertical wall and a horizontal floor; and a plurality of longitudinally spaced apart channels formed on an outer surface of the side wall of each of the side rails (10A, 10B), the channels each configured to receive a vertical support connector therein, whereby a plurality of lanes are vertically stackable, wherein the plurality of longitudinally spaced apart channels are arranged to enable vertical assembly of the plurality of lanes such that successively higher lanes are disposed at a different longitudinal position with respect to vertically lower lanes, characterized in that a longitudinal position of the channels on the left hand side wall is offset from a longitudinal position of the channels on the right hand side wall such that a lateral space between laterally placed adjacent lanes is settable to substantially zero.
A method of wireless communication, the method comprising: identifying, by a user equipment, UE, an indicator that signals a type of multiplexing and a periodicity for transmission, by a base station, of remaining minimum system information, RMSI, wherein the type of multiplexing is for multiplexing the RMSI with a synchronization signal, SS, block, and wherein the indicator is identified as one or more bits in a master information block, MIB, of a physical broadcast channel, PBCH, and wherein the type of multiplexing and the periodicity are jointly coded in the one or more bits; determining, by the UE, the type of multiplexing and the periodicity based on the indicator; and processing, by the UE, the transmission of RMSI based on the type of multiplexing and the periodicity. identifying, by a user equipment, UE, an indicator that signals a type of multiplexing and a periodicity for transmission, by a base station, of remaining minimum system information, RMSI, wherein the type of multiplexing is for multiplexing the RMSI with a synchronization signal, SS, block, and wherein the indicator is identified as one or more bits in a master information block, MIB, of a physical broadcast channel, PBCH, and wherein the type of multiplexing and the periodicity are jointly coded in the one or more bits; determining, by the UE, the type of multiplexing and the periodicity based on the indicator; and processing, by the UE, the transmission of RMSI based on the type of multiplexing and the periodicity.
A cell division membrane protein variant consisting of an amino acid sequence represented by SEQ ID NO: 1, wherein isoleucine, which is an amino acid corresponding to position 307 of SEQ ID NO: 3, is substituted with valine.
A method for manufacturing a coil that is formed by winding a conductor in a loop shape and stacking loops of the conductor and that includes a slot placement portion to be placed in a slot of a stator core, and a coil end placement portion (18, 20) to be placed outside the slot, characterized by comprising: a winding step of forming a winding of the coil having a pair of expected slot placement portions corresponding to the slot placement portion and a pair of expected coil end placement portions (50, 52) corresponding to the coil end placement portion (18, 20) by winding the conductor in the loop shape and stacking the loops of the conductor so that a clearance having a size corresponding to a width of the conductor is provided between adjoining loops of the conductor; a protrusion forming step of forming the expected coil end placement portions (50, 52) into a protruding shape that protrudes radially outward with respect to a center axis of the loops of the conductor; a crank forming step of forming, in the expected coil end placement portions (50. 52), a stepped portion having a size corresponding to the width of the conductor in a stacking direction of the loops of the conductor; an opening step of forming the winding so that an interval between the pair of expected slot placement portions gradually increases in the stacking direction of the loops of the conductor; and an arc forming step of forming, in one or both of the pair of expected coil end placement portions, an arc-shaped portion curved in the stacking direction of the loops of the conductor. a winding step of forming a winding of the coil having a pair of expected slot placement portions corresponding to the slot placement portion and a pair of expected coil end placement portions (50, 52) corresponding to the coil end placement portion (18, 20) by winding the conductor in the loop shape and stacking the loops of the conductor so that a clearance having a size corresponding to a width of the conductor is provided between adjoining loops of the conductor; a protrusion forming step of forming the expected coil end placement portions (50, 52) into a protruding shape that protrudes radially outward with respect to a center axis of the loops of the conductor; a crank forming step of forming, in the expected coil end placement portions (50. 52), a stepped portion having a size corresponding to the width of the conductor in a stacking direction of the loops of the conductor; an opening step of forming the winding so that an interval between the pair of expected slot placement portions gradually increases in the stacking direction of the loops of the conductor; and an arc forming step of forming, in one or both of the pair of expected coil end placement portions, an arc-shaped portion curved in the stacking direction of the loops of the conductor.
A device, comprising: a carrier sense unit configured to perform carrier sense for predetermined radio resources among radio resources of a frequency band shared by a cellular system and a wireless local area network, LAN, wherein the cellular system is a LTE-Advanced system; and a first control unit configured to control wireless communication of a base station of the cellular system in the frequency band in a manner that no signal is transmitted through the predetermined radio resources among the radio resources of the frequency band, and a signal is transmitted through radio resources other than the predetermined radio resources, when the result of the carrier sense indicates that no signal is transmitted from other nodes through the predetermined radio resource for a predetermined time; characterized in that the frequency band is a channel of the wireless LAN, the predetermined radio resources are radio resources of a partial band which is a part of the frequency band, and the other radio resources include radio resources of another partial band which is part of the frequency band. a carrier sense unit configured to perform carrier sense for predetermined radio resources among radio resources of a frequency band shared by a cellular system and a wireless local area network, LAN, wherein the cellular system is a LTE-Advanced system; and a first control unit configured to control wireless communication of a base station of the cellular system in the frequency band in a manner that no signal is transmitted through the predetermined radio resources among the radio resources of the frequency band, and a signal is transmitted through radio resources other than the predetermined radio resources, when the result of the carrier sense indicates that no signal is transmitted from other nodes through the predetermined radio resource for a predetermined time; characterized in that the frequency band is a channel of the wireless LAN, the predetermined radio resources are radio resources of a partial band which is a part of the frequency band, and the other radio resources include radio resources of another partial band which is part of the frequency band.
Piston for an oscillating armature pump for a household appliance, which is configured for conveying a fluid under the impact of a counter-pressure, with a pressure piston element (11a; 11b) and with an armature element (12a; 12b) that is embodied separate from the pressure piston element (11a; 11b) and is fixedly coupled with the pressure piston element (11a; 11b) for at least one force direction and is at least partially made of a magnetisable material, wherein the armature element (12a; 12b) is plugged onto the pressure piston element (11a; 11b), characterised in that the pressure piston element (11a; 11b) penetrates the armature element (12a; 12b) completely.
Method of protection of a passive optical network consisting of an optical line terminal connected to a plurality of optical network terminals grouped set-wise, implemented in an extension box situated between the optical line terminal and the plurality of optical network terminals, comprising the following steps: - obtaining (E2, F2) of a send schedule for the optical network terminals, - comparison, (E4a, F4a) by set, of the schedule with the signals sent by the optical network terminals, and if at least one optical network terminal of a set does not send in synchronization with the schedule: - disconnection (E4b) of this set, the method being characterized in that it furthermore comprises the following steps: - sending (E4c, F4d), to the optical line terminal, of a first management cue relating to the disconnection of the set, comprising the identifier of the set and a request for cessation of sending of all the optical network terminals of the set, - verification (F4aa) of the cessation of sending of the optical network terminals of the set, - reconnection (F4b) of the set if cessation of sending is verified. - obtaining (E2, F2) of a send schedule for the optical network terminals, - comparison, (E4a, F4a) by set, of the schedule with the signals sent by the optical network terminals, and if at least one optical network terminal of a set does not send in synchronization with the schedule: - disconnection (E4b) of this set, - sending (E4c, F4d), to the optical line terminal, of a first management cue relating to the disconnection of the set, comprising the identifier of the set and a request for cessation of sending of all the optical network terminals of the set, - verification (F4aa) of the cessation of sending of the optical network terminals of the set, - reconnection (F4b) of the set if cessation of sending is verified.
A terminal device (202, 801) comprising means for performing: transmitting a request for authorizing a user of the terminal device (202, 801) for accessing a private mobile network to a server system managing the private mobile network, wherein the request comprises at least identification information identifying the user of the terminal device (202, 801); in response to receiving, from the server system, a confirmation message confirming an authorization of the user for accessing the private mobile network, adding, to a list of allowed mobile networks in at least one memory, an identifier of the private mobile network and transmitting, to the server system, one or more identifiers for a subscriber identity module, SIM, card of the user and one or more identifiers for the terminal device (202, 801) for provisioning the user in the private mobile network using transmitted identifiers, said SIM card being comprised in the terminal device (202, 801) and being provisioned for use in a public mobile network; and accessing the private mobile network using at least the identifier of the private mobile network via an access node of the private mobile network. transmitting a request for authorizing a user of the terminal device (202, 801) for accessing a private mobile network to a server system managing the private mobile network, wherein the request comprises at least identification information identifying the user of the terminal device (202, 801); in response to receiving, from the server system, a confirmation message confirming an authorization of the user for accessing the private mobile network, adding, to a list of allowed mobile networks in at least one memory, an identifier of the private mobile network and transmitting, to the server system, one or more identifiers for a subscriber identity module, SIM, card of the user and one or more identifiers for the terminal device (202, 801) for provisioning the user in the private mobile network using transmitted identifiers, said SIM card being comprised in the terminal device (202, 801) and being provisioned for use in a public mobile network; and accessing the private mobile network using at least the identifier of the private mobile network via an access node of the private mobile network.
Machine for colouring miscellaneous articles of leather and leatherette comprising: - a supporting frame; - a colouring unit, supported by said frame and comprising - a colouring head adapted for applying a layer of liquid colour directly in contact with the article being processed, - a tray for collecting the colour to be deposited on the article, - a device for transporting and dosing the colour on said colouring head, said colouring head being a conical or frusto-conical shaped roller arranged vertically with respect to a support plane, rotatable about a vertical axis of rotation that coincides with its own axis of symmetry and that said device for transporting and dosing the colour takes the colour directly from said tray to the top of the colouring head, in such a way that the rotation of the colouring head around its vertical axis of rotation causes the colour flowing downwards by gravity, covering the whole colouring head, characterized in that said colouring head presents a first base and a second base; the first base having a diameter smaller than the second base and comprised between 0.1 mm and 20 mm, preferably between 0.1 and 15 mm. - a supporting frame; - a colouring unit, supported by said frame and comprising - a colouring head adapted for applying a layer of liquid colour directly in contact with the article being processed, - a tray for collecting the colour to be deposited on the article, - a device for transporting and dosing the colour on said colouring head,