mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting at least one data packet destined for a receiver over at least one resource block, wherein each resource block is dynamically allocated in a time and code domain, or a time and frequency domain, or a time, code and frequency domain, and wherein said at least one data packet is transmitted on a shared channel of a wireless communication system, characterized in that said method comprises the steps of: selecting, from a plurality of resource blocks which are assignable for transmitting the at least one data packet to the receiver, a number of resource block candidates, wherein the number of resource block candidates is smaller than the number of those resource blocks which are assignable for transmitting the at least one data packet to the receiver; and transmitting the at least one data packet to the receiver using at least one allocated resource block from the selected resource block candidates; wherein each of the at least one allocated resource block used for transmission contains dedicated control information allowing the receiver to distinguish a data packet destined for itself from those destined to other users. selecting, from a plurality of resource blocks which are assignable for transmitting the at least one data packet to the receiver, a number of resource block candidates, wherein the number of resource block candidates is smaller than the number of those resource blocks which are assignable for transmitting the at least one data packet to the receiver; and transmitting the at least one data packet to the receiver using at least one allocated resource block from the selected resource block candidates; wherein each of the at least one allocated resource block used for transmission contains dedicated control information allowing the receiver to distinguish a data packet destined for itself from those destined to other users.
Electronic key making it possible to control access to a mechatronic cylinder, said key comprising at least one memory for storing access information and a microprocessor, at least one antenna and a wireless means of communication with a server comprising a database of access profiles, said access information being able to be remotely modified according to the access profile associated with said key, and said wireless communication means comprising a geolocation module, characterized in that the wireless communication means is arranged to periodically send to the server at least one item of geolocation information, and in that, in return, said wireless communication means is arranged to receive from said server said access profile comprising at least one access authorization associated with said geolocation information item and a time parameter defining a period of validity of said at least one access authorization.
A process of fabricating a transparent conductor with a low-visibility pattern, the process comprising: coating a coating composition on a non-conductive substrate, the coating composition having a plurality of metal nanostructures and a volatile liquid carrier; removing the volatile liquid carrier to provide a conductive network of metal nanostructures; and etching the conductive network according to a pattern, wherein the pattern defines a first conductive line having a first lengthwise direction on the non-conductive substrate; a second conductive line having a second lengthwise direction on the non-conductive substrate, and an insulating region electrically isolating the first conductive line from the second conductive line, the insulating region having a first non-conductive boundary laterally abutting the first conductive line along the first lengthwise direction and a second non-conductive boundary laterally abutting the second conductive line along the second lengthwise direction, wherein the insulating region comprises a plurality of conductive material islands (340a, 344a) disposed on the non-conductive substrate and electrically isolated from each other by non-conductive gaps, each conductive material island (340a, 344a) comprising a respective plurality of conductive nanostructures, wherein the etching partially etches the metal nanostructures in the non-conductive gaps, the first and second non-conductive boundaries (330a, 330b) to cause structural defects. coating a coating composition on a non-conductive substrate, the coating composition having a plurality of metal nanostructures and a volatile liquid carrier; removing the volatile liquid carrier to provide a conductive network of metal nanostructures; and etching the conductive network according to a pattern, wherein the pattern defines a first conductive line having a first lengthwise direction on the non-conductive substrate; a second conductive line having a second lengthwise direction on the non-conductive substrate, and an insulating region electrically isolating the first conductive line from the second conductive line, the insulating region having a first non-conductive boundary laterally abutting the first conductive line along the first lengthwise direction and a second non-conductive boundary laterally abutting the second conductive line along the second lengthwise direction, wherein the insulating region comprises a plurality of conductive material islands (340a, 344a) disposed on the non-conductive substrate and electrically isolated from each other by non-conductive gaps, each conductive material island (340a, 344a) comprising a respective plurality of conductive nanostructures, wherein the etching partially etches the metal nanostructures in the non-conductive gaps, the first and second non-conductive boundaries (330a, 330b) to cause structural defects.
Apparatus for bending at least an oblong metal product, comprising a feed channel to feed said metal product and a bending unit positioned downstream of the feed channel and provided with at least a first contrast member and a first bending member configured to bend the metal product, on a first bending plane (π), around said first contrast member, characterized in that it comprises a second contrast member provided in proximity to an exit end of said metal product from said feed channel and a second bending member mounted on said bending unit or in direct proximity to said bending unit, and selectively movable in a direction transverse to the first bending plane (π) in order to bend said metal product around said second contrast member and on a second bending plane (β) transverse to said first bending plane (π).
A method for monitoring transmissions over a unidirectional optical fiber loop coupling multiple nodes (Node 1, Node 2), characterized by: measuring a round trip delay time for a signal sent from a first node (Node 1) to travel around the unidirectional optical fiber loop and be received at the first node (Node 1), and using the measured round trip delay time to account for temperature induced effects on signal transmissions over the unidirectional optical fiber loop; wherein the first node is a main base station unit, including processing circuitry and a central clock source, and the one or more other nodes are remote base station units including radio transceiving circuitry for communicating over a radio interface with a mobile radio terminal, wherein the mobile terminal determines one or more a round trip times, RTT, the RTT corresponding to the time for an RTT message transmitted by the mobile terminal to travel to the remote base station unit and be returned from the remote base station unit to the mobile terminal, and wherein the mobile terminal calculates the one or more RTTs using the measured round trip delay time. measuring a round trip delay time for a signal sent from a first node (Node 1) to travel around the unidirectional optical fiber loop and be received at the first node (Node 1), and using the measured round trip delay time to account for temperature induced effects on signal transmissions over the unidirectional optical fiber loop; wherein the first node is a main base station unit, including processing circuitry and a central clock source, and the one or more other nodes are remote base station units including radio transceiving circuitry for communicating over a radio interface with a mobile radio terminal, wherein the mobile terminal determines one or more a round trip times, RTT, the RTT corresponding to the time for an RTT message transmitted by the mobile terminal to travel to the remote base station unit and be returned from the remote base station unit to the mobile terminal, and wherein the mobile terminal calculates the one or more RTTs using the measured round trip delay time.
A memory comprising: - a control circuit (CCT, HC) for executing read, write or erase operations on memory cells, and - at least one word line (WLm) to which memory cells are coupled, characterized in that the control circuit is configured to emit an end-of-operation logic signal (OP, OPm, /OP, /OPm) at the end of the execution of an operation on at least one memory cell, and in that it comprises at least one circuit (DC, DC1, DC1', DC1", DC2, DC2', DC2", DC3) for detecting a non-authorized glitch that may be representative of a fault-injection attack, coupled to the memory word line (WLm), receiving the end-of-operation signal and configured to supply a glitch detection signal (DET, DETm, /DETm, GLT, GLTm, /GLTm) when a falling edge of the amplitude of a voltage signal (Csm) appears on the memory word line in the absence of the end-of-operation signal. - a control circuit (CCT, HC) for executing read, write or erase operations on memory cells, and - at least one word line (WLm) to which memory cells are coupled, characterized in that the control circuit is configured to emit an end-of-operation logic signal (OP, OPm, /OP, /OPm) at the end of the execution of an operation on at least one memory cell, and in that it comprises at least one circuit (DC, DC1, DC1', DC1", DC2, DC2', DC2", DC3) for detecting a non-authorized glitch that may be representative of a fault-injection attack, coupled to the memory word line (WLm), receiving the end-of-operation signal and configured to supply a glitch detection signal (DET, DETm, /DETm, GLT, GLTm, /GLTm) when a falling edge of the amplitude of a voltage signal (Csm) appears on the memory word line in the absence of the end-of-operation signal. characterized in that the control circuit is configured to emit an end-of-operation logic signal (OP, OPm, /OP, /OPm) at the end of the execution of an operation on at least one memory cell, and in that it comprises at least one circuit (DC, DC1, DC1', DC1", DC2, DC2', DC2", DC3) for detecting a non-authorized glitch that may be representative of a fault-injection attack, coupled to the memory word line (WLm), receiving the end-of-operation signal and configured to supply a glitch detection signal (DET, DETm, /DETm, GLT, GLTm, /GLTm) when a falling edge of the amplitude of a voltage signal (Csm) appears on the memory word line in the absence of the end-of-operation signal.
A composition comprising: water; 0.1% to 0.4% by weight of a 4-substituted resorcinol; 0.1% to 3% by weight of an ester having at least 25 carbon atoms; and a polymeric emulsifier, wherein the composition comprises less than 5% by weight of oils and less than 1% by weight of monomeric emulsifier; wherein said oils is inclusive of said ester having at least 25 carbon atoms. water; 0.1% to 0.4% by weight of a 4-substituted resorcinol; 0.1% to 3% by weight of an ester having at least 25 carbon atoms; and a polymeric emulsifier, wherein the composition comprises less than 5% by weight of oils and less than 1% by weight of monomeric emulsifier; wherein said oils is inclusive of said ester having at least 25 carbon atoms.
A welding system, comprising: a power source configured to generate power and deliver the power to a welding electrode, wherein the power source comprises a positive stud and a negative stud; and control circuitry configured to determine whether the welding electrode is properly connected to the positive and negative studs (50, 52) of the power source, an interface having a display device, wherein the control circuitry is configured to display an alert via the display device if the welding electrode is not properly connected to the positive and negative studs (50, 52), characterized in that determination of whether the welding electrode is properly connected to the positive and negative studs (50, 52) is based at least in part on a type of welding being performed using the welding electrode, and that the control circuitry is configured to display a suggested corrective action based on the type of welding being performed via the display device. a power source configured to generate power and deliver the power to a welding electrode, wherein the power source comprises a positive stud and a negative stud; and control circuitry configured to determine whether the welding electrode is properly connected to the positive and negative studs (50, 52) of the power source, an interface having a display device, wherein the control circuitry is configured to display an alert via the display device if the welding electrode is not properly connected to the positive and negative studs (50, 52), characterized in that determination of whether the welding electrode is properly connected to the positive and negative studs (50, 52) is based at least in part on a type of welding being performed using the welding electrode, and that the control circuitry is configured to display a suggested corrective action based on the type of welding being performed via the display device.
A knee orthosis which comprises - a ventral and a dorsal section, - an upper leg contact element, - a lower leg contact element and - a knee element, - at least one bracing element and at least one inelastic strap, - wherein the upper leg contact element and the lower leg contact element are connected by a connecting element, by way of which compressive forces can be transmitted, characterized in that the upper leg contact element and the lower leg contact element are connected to the knee element by the at least one bracing element in the ventral region and by the at least on inelastic strap in the dorsal region, or vice-versa, wherein the at least one bracing element is designed to be adjustable in length and the knee orthosis features an adjustment element by way of which a length of the at least one bracing element can be adjusted. - a ventral and a dorsal section, - an upper leg contact element, - a lower leg contact element and - a knee element, - at least one bracing element and at least one inelastic strap, - wherein the upper leg contact element and the lower leg contact element are connected by a connecting element, by way of which compressive forces can be transmitted,
Bracelet with fastener, the fastener comprising, - a fastening section with a hook-shaped element - a receiving section with a receptacle for the hook-shaped element, - The receiving section and the fastening section are each arranged at one end of the wristband respectively and can be connected to each other by means of opposing magnets and additionally by means of an engagement of the hook-shaped element in the receiving section, characterised in that in the connected state, the receiving part and the fastening part can be displaced linearly with respect to one another along their end sides transversely with respect to a direction of engagement of the hook-shaped element in the receiving part and transversely with respect to a longitudinal direction of the bracelet, that the hook-shaped element extends in its width in the linear displacement direction parallel to the end face of the fastening part, is bevelled in this direction and can be released from the receptacle by parallel displacement of fastening part and receptacle part, in the linear displacement direction along their end faces, i.e. parallel to the bevel of the hook-shaped element, the magnets of the receptacle part and fastening part also being at least partially remote from one another in the mutually displaced state. - a fastening section with a hook-shaped element - a receiving section with a receptacle for the hook-shaped element, - The receiving section and the fastening section are each arranged at one end of the wristband respectively and can be connected to each other by means of opposing magnets and additionally by means of an engagement of the hook-shaped element in the receiving section, - The receiving section and the fastening section are each arranged at one end of the wristband respectively and can be connected to each other by means of opposing magnets and additionally by means of an engagement of the hook-shaped element in the receiving section, that in the connected state, the receiving part and the fastening part can be displaced linearly with respect to one another along their end sides transversely with respect to a direction of engagement of the hook-shaped element in the receiving part and transversely with respect to a longitudinal direction of the bracelet, that the hook-shaped element extends in its width in the linear displacement direction parallel to the end face of the fastening part, is bevelled in this direction and can be released from the receptacle by parallel displacement of fastening part and receptacle part, in the linear displacement direction along their end faces, i.e. parallel to the bevel of the hook-shaped element, the magnets of the receptacle part and fastening part also being at least partially remote from one another in the mutually displaced state.
Method for slaving, to the presence of a living body, the activation of a set of infrared emitters of a venous network sensor comprising also an acquisition means located in front of the set of infrared emitters, the method comprising a step of detecting the presence of the living body, the method being characterized in that the sensor comprises also a set of presence detectors located on the same side that the infrared emitters with respect to the acquisition means, each presence detector being associated with at least one infrared emitter, each infrared emitter being associated with at least one presence detector, in that the method comprises after the step of detecting: - an activation step during which each infrared emitter is activated if the presence of a part of the living body is detected by at least one presence detector that is associated therewith and, in the contrary case: - a deactivation step during which the said infrared emitter is deactivated, and in that the step of detecting is such that each presence detector determines whether a part of the living body is present between the infrared emitter with which this presence detector is associated and the acquisition means. - an activation step during which each infrared emitter is activated if the presence of a part of the living body is detected by at least one presence detector that is associated therewith and, in the contrary case: - a deactivation step during which the said infrared emitter is deactivated, and
A method of manufacturing a bonded body, in which an aluminum member constituted by an aluminum alloy, and a metal member constituted by copper, nickel, or silver are bonded to each other, wherein the aluminum member is constituted by an aluminum alloy in which a Si concentration is set to be in a range of 1 mass% to 25 mass%, and a Ti layer is formed at a bonding portion between the aluminum member and the metal member " the method comprising: a Ti/metal member bonding step of subjecting a Ti material that becomes the Ti layer and the metal member to solid-phase diffusion bonding; and an aluminum member /Ti bonding step of subjecting the metal member to which the Ti material is bonded, and the aluminum member to solid-phase diffusion bonding. a Ti/metal member bonding step of subjecting a Ti material that becomes the Ti layer and the metal member to solid-phase diffusion bonding; and an aluminum member /Ti bonding step of subjecting the metal member to which the Ti material is bonded, and the aluminum member to solid-phase diffusion bonding.
An aseptic forming station for forming a container starting from a preform made of thermoplastic material, comprising: - a blowing nozzle applicable to a mouth of the preform through which compressed air coming from a first compressed air supply line or from a second compressed air supply line is injected into the preform; - valve means (P1, P2) configured to establish a selective communication between the compressed air supply lines (4, 5) and the blowing nozzle; characterized in that it comprises further - at least one sterile filter arranged downstream of said valve means (P1, P2). - a blowing nozzle applicable to a mouth of the preform through which compressed air coming from a first compressed air supply line or from a second compressed air supply line is injected into the preform; - valve means (P1, P2) configured to establish a selective communication between the compressed air supply lines (4, 5) and the blowing nozzle; characterized in that it comprises further - at least one sterile filter arranged downstream of said valve means (P1, P2).
A method of producing an interpenetrating polymer network comprising the steps of i) providing a silicone polymer composition, ii) providing one or more monomers for a polymer, iii) providing a solvent for the one or more monomers, iv) exposing said silicone polymer composition to said one or more monomers and said solvent in liquid or supercritical state to precipitate monomer within said silicone polymer composition and v) polymerizing said monomer to form an IPN, wherein said solvent has a surface tension at the exposing step of about 15 mN/m or less. i) providing a silicone polymer composition, ii) providing one or more monomers for a polymer, iii) providing a solvent for the one or more monomers, iv) exposing said silicone polymer composition to said one or more monomers and said solvent in liquid or supercritical state to precipitate monomer within said silicone polymer composition and v) polymerizing said monomer to form an IPN,