mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a mobile device for obtaining local Internet Protocol, IP, access capability information, comprising: sending a request to establish a connection to an access point; sending capabilities of the mobile device to the access point; and receiving from the access point an indication via dedicated signaling comprising mobile device-specific signaling, wherein the indication comprises capability of the access point to provide local IP access connectivity to the mobile device, wherein the request to establish the connection to the access point is sent before the indication comprising the capability of the access point to provide the local IP access connectivity is received from the access point, wherein the indication is a function of the capabilities of the mobile device, and wherein the local IP access connectivity enables access to at least one locally available node by the mobile device. sending a request to establish a connection to an access point; sending capabilities of the mobile device to the access point; and receiving from the access point an indication via dedicated signaling comprising mobile device-specific signaling, wherein the indication comprises capability of the access point to provide local IP access connectivity to the mobile device, wherein the request to establish the connection to the access point is sent before the indication comprising the capability of the access point to provide the local IP access connectivity is received from the access point, wherein the indication is a function of the capabilities of the mobile device, and wherein the local IP access connectivity enables access to at least one locally available node by the mobile device.
A box for transporting various products comprising a prismatic body and a closing cover, the body and the cover being formed by a multilayered material including an intermediate thermal insulation board with an inner face and an outer face, respectively provided with an inner coating and an outer coating; characterised in that: - the inner coating comprises: - a paper sheet attached to the inner face of the intermediate thermal insulation board; and - a single-layered or multilayered stiffening and waterproof sheet made of vinyl or recyclable polymer that forms the inner surface of the box; - the outer coating comprises: - a first layer made of strong printed paper or strong paper suitable for printing, which forms an outer surface of the box; - a second strong paper layer attached to the intermediate thermal insulation board; - a single-layered or multilayered flexible and waterproof sheet made of recyclable polymer arranged between the first and the second layers of strong paper; and - a protective layer made of varnish, paraffin or similar on the first paper layer forming the outer surface of the box; and - the inner coating and the outer coating cover the entire surface of the inner and outer faces of the intermediate thermal insulation board. - the inner coating comprises: - a paper sheet attached to the inner face of the intermediate thermal insulation board; and - a single-layered or multilayered stiffening and waterproof sheet made of vinyl or recyclable polymer that forms the inner surface of the box; - a paper sheet attached to the inner face of the intermediate thermal insulation board; and - a single-layered or multilayered stiffening and waterproof sheet made of vinyl or recyclable polymer that forms the inner surface of the box; - the outer coating comprises: - a first layer made of strong printed paper or strong paper suitable for printing, which forms an outer surface of the box; - a second strong paper layer attached to the intermediate thermal insulation board; - a single-layered or multilayered flexible and waterproof sheet made of recyclable polymer arranged between the first and the second layers of strong paper; and - a protective layer made of varnish, paraffin or similar on the first paper layer forming the outer surface of the box; and - a first layer made of strong printed paper or strong paper suitable for printing, which forms an outer surface of the box; - a second strong paper layer attached to the intermediate thermal insulation board; - a single-layered or multilayered flexible and waterproof sheet made of recyclable polymer arranged between the first and the second layers of strong paper; and - a protective layer made of varnish, paraffin or similar on the first paper layer forming the outer surface of the box; and - the inner coating and the outer coating cover the entire surface of the inner and outer faces of the intermediate thermal insulation board.
A halogen-free resin composition based on the weight parts of organic solids comprising: from 40 to 80 parts by weight of allyl-modified benzoxazine resin, from 10 to 20 parts by weight of hydrocarbon resin, from 10 to 40 parts by weight of allyl-modified polyphenyl ether resin having a number average molecular weight of less than 5000, from 10 to 20 parts by weight of allyl-modified bismaleimide resin, and from 0.01 to 3 parts by weight of an initiator. from 40 to 80 parts by weight of allyl-modified benzoxazine resin, from 10 to 20 parts by weight of hydrocarbon resin, from 10 to 40 parts by weight of allyl-modified polyphenyl ether resin having a number average molecular weight of less than 5000, from 10 to 20 parts by weight of allyl-modified bismaleimide resin, and from 0.01 to 3 parts by weight of an initiator.
A multifunctional vector device adapted to move and operate inside an insulating fluid with binding properties, in particular a suspension mass, for the generation and/or transmission of electric energy and/or of electrical signals, comprising - a central core consisting of piezoelectric or piezo thermal material or material with triboelectric properties, prepared so as to generate pulsating electric currents once subjected to a physical stress adapted for the purpose, being provided at two ends thereof with a pair of electrodes (13,14) with opposite polarity; - electric current rectifier means, in particular prepared in an substantially Graetz bridge (20*) arrangement, associated with said pair of electrodes (13,14) of the central core so as to define, on a pair of outer faces (15,16), a pair of polarities (+,-) at output from the same rectifier means and where said central core, when subjected to a physical stress adapted for the purpose, generates a pulsating electric current that is made direct, at output on said pair of polarities (+,-) from the rectifier means; characterized in that it further comprises: - ferromagnetic means (17,18) associated with each of said outer faces (15,16) adapted as a whole to generate a specific, polarised and directed magnetic field; - insulating type protective means associated with the central core and with said rectifier means to cover and insulate the assembly of said central core and rectifier means. - a central core consisting of piezoelectric or piezo thermal material or material with triboelectric properties, prepared so as to generate pulsating electric currents once subjected to a physical stress adapted for the purpose, being provided at two ends thereof with a pair of electrodes (13,14) with opposite polarity; - electric current rectifier means, in particular prepared in an substantially Graetz bridge (20*) arrangement, associated with said pair of electrodes (13,14) of the central core so as to define, on a pair of outer faces (15,16), a pair of polarities (+,-) at output from the same rectifier means and where said central core, when subjected to a physical stress adapted for the purpose, generates a pulsating electric current that is made direct, at output on said pair of polarities (+,-) from the rectifier means; - ferromagnetic means (17,18) associated with each of said outer faces (15,16) adapted as a whole to generate a specific, polarised and directed magnetic field; - insulating type protective means associated with the central core and with said rectifier means to cover and insulate the assembly of said central core and rectifier means.
A user equipment, UE, for negotiation of UE policy delivery in a 5G system, comprising: a memory; a transceiver; and a processor coupled to the memory and the transceiver, characterized by that the processor is configured to: generate a first indicator being associated with a capability of the UE related to the UE triggering a UE policy configuration, and a UE assistant information for the UE policy distribution, wherein the UE assistant information comprises a UE policy identifier or indication; and control the transceiver to transmit the first indicator and the UE assistant information in a non-access stratum, NAS, message to a network node. a memory; a transceiver; and a processor coupled to the memory and the transceiver, characterized by that the processor is configured to: generate a first indicator being associated with a capability of the UE related to the UE triggering a UE policy configuration, and a UE assistant information for the UE policy distribution, wherein the UE assistant information comprises a UE policy identifier or indication; and control the transceiver to transmit the first indicator and the UE assistant information in a non-access stratum, NAS, message to a network node. generate a first indicator being associated with a capability of the UE related to the UE triggering a UE policy configuration, and a UE assistant information for the UE policy distribution, wherein the UE assistant information comprises a UE policy identifier or indication; and control the transceiver to transmit the first indicator and the UE assistant information in a non-access stratum, NAS, message to a network node.
A method for producing a rod-shaped ceramic heater in which firing is conducted in a state where an element green body in which at least a portion containing a conductive ceramic that is to become a heating element after firing is held on a powder or green body of an insulating ceramic that is to become a substrate after firing, said ceramic heater comprising said substrate and said heating element, wherein said method comprises: molding an element green body having an annular portion comprising a first part formed from a powder of a conductive ceramic by injection molding and a second part; holding said element green body by said powder or green body of an insulating ceramic, to form an element holding body; and firing said element holding body to form a fired body so that a first part of said annular portion becomes said heating element, characterised in that said element green body having said annular portion formed in said molding step comprises: two green lead portions (115, 116) disposed along a longitudinal direction of said ceramic heater; a heating portion which connects one-end sides of said lead portions together; and a connecting portion, i.e. support portion, which connects said lead portions together on a side of other ends with respect to said heating portion, and in that, after said holding step, there is an opening step comprises cutting or grinding said second part of said annular portion to remove at least a part of said connecting portion. molding an element green body having an annular portion comprising a first part formed from a powder of a conductive ceramic by injection molding and a second part; holding said element green body by said powder or green body of an insulating ceramic, to form an element holding body; and firing said element holding body to form a fired body so that a first part of said annular portion becomes said heating element, characterised in that said element green body having said annular portion formed in said molding step comprises: two green lead portions (115, 116) disposed along a longitudinal direction of said ceramic heater; a heating portion which connects one-end sides of said lead portions together; and a connecting portion, i.e. support portion, which connects said lead portions together on a side of other ends with respect to said heating portion, and in that, after said holding step, there is an opening step comprises cutting or grinding said second part of said annular portion to remove at least a part of said connecting portion.
Vehicle consisting of a compartment defining a enclosure, and comprising an air treatment device for that enclosure, that device consisting of a tank storing a liquid, means of treatment arranged to transform that liquid into small drops and means of diffusion arranged to distribute such small drops in that chamber, characterized in that it also includes i) means of production arranged to produce ozone on order from aspirated air, ii) means of control arranged to order the production of ozone when no person is present in the said chamber and for a chosen period, and to control the transfer of the ozone produced in the said reservoir in order to clean up the latter and the said liquid, and iii) means Evacuation consisting of a duct consisting of a first end connected to a solenoid valve and at least a second end consisting of an outlet which communicates directly or indirectly with the enclosure, the outlet which enables the enclosure to be cleaned directly with ozone, the tank having previously been emptied of its liquid on the orders of the means of control, means of control triggering the production of ozone and the transfer of ozone to the empty tank, and then to the duct, via the solenoid valve, means of evacuation ensuring a coupling between the said tank and at least one predefined zone outside the said enclosure, and in so far as such means of control are to order at a time chosen an evacuation by the said means of evacuation of at least part of the said liquid with ozone before it no longer has remediation power.
A vertical spring support device for a coupler, comprises a support platform, a bracket, a support rod, a support spring and a locknut, characterized in that: the support spring is sheathed on the support rod, and an upper end of the support spring is resisted against a lower surface of the support platform while a lower end of the support spring is resisted against an upper end face of the bracket; an upper end of the support rod is fixedly connected to the lower surface of the support platform, while a bottom end of the support rod passes through the bracket and is then in threaded connected to the locknut; the support platform comprises a vertical support platform plate and a horizontal support platform plate, a lower surface of the horizontal support platform plate is fixedly connected to the upper end of the support rod, and the vertical support platform plate is vertically fixed on one side of the horizontal support platform plate; the support platform, the support rod, the support spring and the locknut are assembled together in accordance with the above connection relationship to form an assembled member II, and there are two sets of assembled member II; two support rods belonging to the two sets of assembled member II separately pass through the bracket and are separately arranged at two ends of the bracket; and, two vertical support platform plates belonging to the two sets of assembled member II are provided on inner sides of two horizontal support platform plates, respectively.
A space propulsion system, comprising: • a combustion chamber being comprised of a cylindrical container having cylindrical walls extending from a first end to an opposite second end, the first end being provided with a first injection duct for injection of oxygen serving as a combustion agent, hydrogen serving as a fuel and/or a mixture thereof, in a direction tangential to said cylindrical walls so as to induce a helical combustion path in the combustion chamber, a discharge duct connected to the cylindrical walls at the opposite end, the discharge duct being arranged according to a direction tangential to said cylindrical walls so as to receive and direct said helical combustion path; and • a supersonic nozzle, connected to said discharge duct for discharging the combustion products in the combustion chamber-, the space propulsion system being configured for providing propulsion of a satellite, and a second injection duct provided perpendicular to the cylindrical walls of the combustion chamber and parallel to the plane of the first end, wherein the axis of the second injection duct intersects a central longitudinal axis of the cylindrical container of the combustion chamber and a position of the second injection duct is such that an inlet in the combustion chamber takes place at the inlet of the first injection duct, so that a gaseous flow injected through the first injection duct intersects another gaseous flow injected through the second injection duct, the second injection duct for injection of the hydrogen or the oxygen in a direction perpendicular to said cylindrical walls. • a combustion chamber being comprised of a cylindrical container having cylindrical walls extending from a first end to an opposite second end, the first end being provided with a first injection duct for injection of oxygen serving as a combustion agent, hydrogen serving as a fuel and/or a mixture thereof, in a direction tangential to said cylindrical walls so as to induce a helical combustion path in the combustion chamber, a discharge duct connected to the cylindrical walls at the opposite end, the discharge duct being arranged according to a direction tangential to said cylindrical walls so as to receive and direct said helical combustion path; and • a supersonic nozzle, connected to said discharge duct for discharging the combustion products in the combustion chamber-,
An energy-management system for managing energy within a closed power system, comprising: an identifying mechanism configured to identify a number of components (112, 114) coupled to the energy-management system, wherein the components include at least one energy supply and one load; a receiving mechanism configured to receive current status information of the components; an evaluating mechanism configured to evaluate future energy need of the components over a finite time horizon and further configured to compute a performance model for the components, the performance model comprising a cost function including a power-generation cost associated with the energy supply and a disutility associated with the load, and a deficit representing energy which must be expended to return the load from a demand response state to a normal operation state; a planning mechanism configured to plan future energy activities based on the energy need and the current status information by implementing a model predictive control MPC scheme, wherein by implementing the MPC scheme the planning mechanism is further configured to define an optimization problem the goal of which is to minimize the cost function subject to the deficit of the load being zero at the end of the finite time horizon; and solve the optimization problem, wherein the disutility is a measure of any adverse effect on customers of the closed power system; and a controlling mechanism configured to control operations of the components based on the planned energy activities. an identifying mechanism configured to identify a number of components (112, 114) coupled to the energy-management system, wherein the components include at least one energy supply and one load; a receiving mechanism configured to receive current status information of the components; an evaluating mechanism configured to evaluate future energy need of the components over a finite time horizon and further configured to compute a performance model for the components, the performance model comprising a cost function including a power-generation cost associated with the energy supply and a disutility associated with the load, and a deficit representing energy which must be expended to return the load from a demand response state to a normal operation state; a planning mechanism configured to plan future energy activities based on the energy need and the current status information by implementing a model predictive control MPC scheme, wherein by implementing the MPC scheme the planning mechanism is further configured to define an optimization problem the goal of which is to minimize the cost function subject to the deficit of the load being zero at the end of the finite time horizon; and solve the optimization problem, wherein the disutility is a measure of any adverse effect on customers of the closed power system; and a controlling mechanism configured to control operations of the components based on the planned energy activities.
A panel antenna comprising - at least one radiating element comprising a foot mounted beneath a dipole, - a flat conductive mount equipped with at least one orifice, - a device for coupling and fastening the radiating element comprising a dielectric part comprising a base and at least one rod joined with the base extending into a direction perpendicular to the base's plane, and a dielectric layer placed between the radiating element and the mount to avoid any direct contact, characterized in that the mount comprises at least one orifice having just the right size needed to insert the rod of the dielectric part and in that the base, having a dimension greater than the dimension of the orifice built into the mount, is applied to the rear surface of the flat conductive mount. - at least one radiating element comprising a foot mounted beneath a dipole, - a flat conductive mount equipped with at least one orifice, - a device for coupling and fastening the radiating element comprising a dielectric part comprising a base and at least one rod joined with the base extending into a direction perpendicular to the base's plane, and a dielectric layer placed between the radiating element and the mount to avoid any direct contact,
A photo-cross-linkable antifouling composition, characterized in that it comprises the combination of at least one telechelic oligoisoprene of general formula: or such oligoisoprene partially hydrogenated, of formula: or a compound of formula partially epoxidized, of formula: formulas in which: - n is an integer between 5 and 100, preferably between 8 and 70, - m and p are integers, lower than n, preferably such that p <m <n, - R 1 is a group selected from: OH, alkoxy in C 1 to C 12, aryloxy, acryloyl, -NR 3 R 4, with R 3 being H or a linear alkyl in C 1 -C 12 and R 4 being H or a linear alkyl in C 1 -C 12, - R 2 being a group selected from: OH, acryloyl, -NR 5 R 6 or -N + R 5 R 6 R 7, with R 5 and R 6 being identical or different selected from: H, alkyl, hydroxyalkyl, cyanoalkyl and haloalkyl in C 1 to C 12, R 7 being a linear alkyl in C 6 -C 15, - and at least one crosslinking agent of said telechelic oligoisoprene. - n is an integer between 5 and 100, preferably between 8 and 70, - m and p are integers, lower than n, preferably such that p <m <n, - R 1 is a group selected from: OH, alkoxy in C 1 to C 12, aryloxy, acryloyl, -NR 3 R 4, with R 3 being H or a linear alkyl in C 1 -C 12 and R 4 being H or a linear alkyl in C 1 -C 12, - R 2 being a group selected from: OH, acryloyl, -NR 5 R 6 or -N + R 5 R 6 R 7, with R 5 and R 6 being identical or different selected from: H, alkyl, hydroxyalkyl, cyanoalkyl and haloalkyl in C 1 to C 12, R 7 being a linear alkyl in C 6 -C 15, - and at least one crosslinking agent of said telechelic oligoisoprene.