mhurhangee/patent-ind-claim-en huggingface dataset:
A method for allocating resources based on geographic movement of a client using a user application at a computer device , the method comprising: receiving, at an identity sniffer of the user application , data provided by monitoring application programming interfaces, APIs , operating on at least one network device in a software-defined networking, SDN, enabled network by filtering data traffic traversing an ingress port of the at least one network device to detect identification data associated with the client; identifying , from the received data, using the identity sniffer , a client ID assigned to the client based on the client's attributes and independent of a device on which the client is executing; assigning, using the identity sniffer , the client ID to the network flow containing the identification data associated with the client; determining , using a location finder of the user application , a first geographic location of the client based on the network flow associated with the client ID; determining , using the location finder , based on the network flow associated with the client ID, that the client has moved to a second geographic location, wherein the first and second geographic locations are different; and allocating , using a resource manager of the user application , computing resources associated with the client ID in response to the client moving from the first geographic location to the second geographic location. receiving, at an identity sniffer of the user application , data provided by monitoring application programming interfaces, APIs , operating on at least one network device in a software-defined networking, SDN, enabled network by filtering data traffic traversing an ingress port of the at least one network device to detect identification data associated with the client; identifying , from the received data, using the identity sniffer , a client ID assigned to the client based on the client's attributes and independent of a device on which the client is executing; assigning, using the identity sniffer , the client ID to the network flow containing the identification data associated with the client; determining , using a location finder of the user application , a first geographic location of the client based on the network flow associated with the client ID; determining , using the location finder , based on the network flow associated with the client ID, that the client has moved to a second geographic location, wherein the first and second geographic locations are different; and allocating , using a resource manager of the user application , computing resources associated with the client ID in response to the client moving from the first geographic location to the second geographic location.
Method for selecting a transmission mode, intended for a first telecommunication entity comprising various modes (Mode i = 1 to N) for transmission of a communication signal intended for a second telecommunication entity, the various transmission modes ensuring the same throughput D in bits/s, characterized in that it comprises: - a step of determining, for a given transmission mode ensuring the throughput D, the value of a first metric α that measures a relative degradation, to a given distance d, introduced by the transmission medium of the communication signal, result of a relative degradation related to a link-level multipath effect (MCM) with respect to a Gaussian channel and of a relative degradation related to an attenuation effect (MCBE) of the transmission medium with respect to a free-space attenuation model, such that the multipath effect (MCM) is determined by taking the difference between a multipath sensitivity threshold of the transmission mode and a sensitivity threshold of the same transmission mode, the sensitivity threshold corresponding to a minimum power required to ensure the throughput D with a target binary error rate TEB representative of a quality of service QoS for a Gaussian transmission medium, - a step of comparing the values of the first metric α for various modes ensuring the same throughput D in order to select at least one transmission mode (Modei). - a step of determining, for a given transmission mode ensuring the throughput D, the value of a first metric α that measures a relative degradation, to a given distance d, introduced by the transmission medium of the communication signal, result of a relative degradation related to a link-level multipath effect (MCM) with respect to a Gaussian channel and of a relative degradation related to an attenuation effect (MCBE) of the transmission medium with respect to a free-space attenuation model, such that the multipath effect (MCM) is determined by taking the difference between a multipath sensitivity threshold of the transmission mode and a sensitivity threshold of the same transmission mode, the sensitivity threshold corresponding to a minimum power required to ensure the throughput D with a target binary error rate TEB representative of a quality of service QoS for a Gaussian transmission medium, - a step of comparing the values of the first metric α for various modes ensuring the same throughput D in order to select at least one transmission mode (Modei).
A method for resource access control in a system-on-chip, SoC, comprising: allocating to an access domain , by an agent executing on a processor , a resource comprising a memory region; loading , by the agent, a software image associated with the access domain into the memory region; locking , by a trust management engine , the resource against access by any entity other than the access domain and the trust management engine; authenticating , by the trust management engine, the software image associated with the access domain; initiating booting , by the trust management engine, of the access domain in response to a successful authentication of the software image associated with the access domain; and the access domain, after booting, locking the resource against access by the trust management engine. allocating to an access domain , by an agent executing on a processor , a resource comprising a memory region; loading , by the agent, a software image associated with the access domain into the memory region; locking , by a trust management engine , the resource against access by any entity other than the access domain and the trust management engine; authenticating , by the trust management engine, the software image associated with the access domain; initiating booting , by the trust management engine, of the access domain in response to a successful authentication of the software image associated with the access domain; and the access domain, after booting, locking the resource against access by the trust management engine.
An electronic device comprising - an NFC unit configured to enable near field communication, NFC, with at least one NFC device and to read data from the at least one NFC device via NFC communication, - a network communication unit configured to communicate, via a network, with at least one network device having no active NFC functionality, and - a controller configured to control the NFC unit and the network communication unit to exchange data between the at least one NFC device and the at least one network device via the network, - the network communication unit is configured to broadcast NFC functionality of the electronic device to selected or all network devices , characterised in that - the electronic device is configured to receive a request or registration to make use of the NFC functionality of the electronic device from at least one network device , and - the network communication unit is further configured to send, via the network, the data read by the NFC unit from the at least one NFC device to the at least one network device that has requested or registered to make use of the NFC functionality of the electronic device. - an NFC unit configured to enable near field communication, NFC, with at least one NFC device and to read data from the at least one NFC device via NFC communication, - a network communication unit configured to communicate, via a network, with at least one network device having no active NFC functionality, and - a controller configured to control the NFC unit and the network communication unit to exchange data between the at least one NFC device and the at least one network device via the network, - the network communication unit is configured to broadcast NFC functionality of the electronic device to selected or all network devices , characterised in that - the electronic device is configured to receive a request or registration to make use of the NFC functionality of the electronic device from at least one network device , and - the network communication unit is further configured to send, via the network, the data read by the NFC unit from the at least one NFC device to the at least one network device that has requested or registered to make use of the NFC functionality of the electronic device.
Rotary actuator arrangement comprising a touch panel with a capacitively sensing detection surface , which has a sensor arrangement of the "mutual capacitance touch sensor" type, and a rotary actuator arranged on this detection surface , the rotary actuator having a stator, which forms at least one electrical contact point which bears against a fixed position of the detection surface , a rotary body being rotatably mounted on the stator, the changes in position of which rotary body generate variable electrical signals (A, B) at the at least one contact point , which can be detected by the touch panel , characterized in that , that the rotating body is coupled to a sensor ring which has alternating contact surfaces and insulating surfaces on a first annular surface along its circumference, which surfaces can be contacted by at least one contact spring arranged fixedly on the stator and electrically connected to a respective contact point , and in that the sensor ring has a circumferential metal surface on a second annular surface , which is electrically connected to the contact surfaces of the first annular surface .
Interface system for a food or beverage preparation machine , comprising a machine head having a receptacle for accommodating a portioned beverage ingredient and in which a fluid is injected for preparing food or a beverage, said interface system also comprising a machine body comprising functional components, said interface system further comprising a control panel , said control panel comprising an actuator for setting at least one food or beverage preparation parameter of the food or beverage preparation machine to a predetermined value, said interface system comprising a pressure sensor which may be electronically connected to a controlling unit, and that is associated with said actuator, said actuator being pressure-sensitive and comprising a first end with a first deformable surface which is configured to receive a press action from a user, a second end with a second deformable surface which is in physical contact with said pressure sensor , and an elongate portion connecting said first end and said second end , said elongate portion being configured to transfer to said second end a pressure that has been generated at said first end , such that when a press action (F) is applied to said first deformable surface, said pressure is transferred to said second deformable surface by said elongate portion and is applied to said pressure sensor so as to set said at least one food or beverage preparation parameter, characterized in that said control panel is situated at said machine head and said pressure sensor is situated at said machine body .
An inkjet printhead comprising: a plurality of printhead dies , each printhead die including at least one crack sense resistor , a data parser and a pass gate ; at least one analog bus connected to each printhead die ; a controller , separate from the plurality of printhead dies , configured to provide a known current to the at least one crack sense resistor of each printhead die in a selectable pattern via the at least one analog bus and to determine whether the printhead dies are cracked based on resulting voltages produced on the at least one analog bus ; and each data parser is to receive a print data stream comprising embedded crack sensing control commands, and, in response to an embedded crack sensing control command, to instruct the pass gate to connect a corresponding crack sense resistor to the analog bus . a plurality of printhead dies , each printhead die including at least one crack sense resistor , a data parser and a pass gate ; at least one analog bus connected to each printhead die ; a controller , separate from the plurality of printhead dies , configured to provide a known current to the at least one crack sense resistor of each printhead die in a selectable pattern via the at least one analog bus and to determine whether the printhead dies are cracked based on resulting voltages produced on the at least one analog bus ; and each data parser is to receive a print data stream comprising embedded crack sensing control commands, and, in response to an embedded crack sensing control command, to instruct the pass gate to connect a corresponding crack sense resistor to the analog bus .
A status detection method performed by a first wireless network node, wherein the method comprises: • determining whether a normal data packet sent by a second wireless network node is received within a first preset time interval, wherein the normal data packet is a General Packet Radio Service Tunneling Protocol - U Echo Request packet, GTP-U Echo Request packet (step 601); • if the normal data packet sent by the second wireless network node is received within the first preset time interval, determining that a status of the second wireless network node is online, wherein when the status of the second wireless network node is online, no probe packet needs to be sent to the second wireless network node (step 602); • if the normal data packet sent by the second wireless network node is not received within the first preset time interval, sending a probe packet to the second wireless network node, and determining, when the first wireless network node receives a first response message returned by the second wireless network node, that a status of the second wireless network node is online (step 603). • determining whether a normal data packet sent by a second wireless network node is received within a first preset time interval, wherein the normal data packet is a General Packet Radio Service Tunneling Protocol - U Echo Request packet, GTP-U Echo Request packet (step 601); • if the normal data packet sent by the second wireless network node is received within the first preset time interval, determining that a status of the second wireless network node is online, wherein when the status of the second wireless network node is online, no probe packet needs to be sent to the second wireless network node (step 602); • if the normal data packet sent by the second wireless network node is not received within the first preset time interval, sending a probe packet to the second wireless network node, and determining, when the first wireless network node receives a first response message returned by the second wireless network node, that a status of the second wireless network node is online (step 603).
Beverage valve for a beverage container, comprising a base element and a snap ring or snap fingers extending therefrom, positioned around an opening through the base element , wherein within the ring or between the fingers a valve housing is provided, having at least one inlet opening and a spring loaded valve body , biased towards the base element and closing off the opening , wherein the valve body is operable through the opening for opening a fluid connection between the inlet opening or openings and the opening in the base element , wherein the valve is provided with a safety element , which after mounting of the valve in a mounting opening of a neck of the container or in a mounting opening of a mounting ring mounted at a neck of the container , catches the valve when being expelled by pressure in the container, wherein the safety element comprises a number of wings , wherein a combined maximum width (W) of the wings in rest is wider than a cross section defined by the snap fingers or snap ring .
Heavy vehicle comprising a bumper and a tiltable footboard system for said bumper , said footboard system comprising a step and at least an arm connecting said step and a support fixed with respect to said bumper , said at least one arm being configured to bring said step from a first condition wherein it defines a step and a second position wherein it is integrated in said bumper , said footboard system comprising an engagement portion defining with said support a hinge configured to allow the passage of said step between said first and second position and a stop configured to maintain said step in said second position, characterized in that said support comprises an omega-shaped bracket and a projecting portion extending from said bracket , said support further comprising an opening provided in said projecting portion and at least part of said bracket , said engagement portion being at least partially housed in said opening.
A stirring device for stirring a stirring object having fluidity comprising: a stirred tank , of which an inner peripheral wall has a circular shape in cross section; at least one flow impeller and at least one shearing impeller that are located inside the stirred tank and configured to be rotatable independently of each other; and an inner impeller located on an inner side of the flow impeller in the stirred tank , wherein rotational centers of the flow impeller and the shearing impeller are coaxially provided, a rotational center of the inner impeller is provided coaxially with rotational centers of the flow impeller and the shearing impeller , the flow impeller is provided along the inner peripheral wall of the stirred tank and rotates around a vertical axis to form at least a flow (F) directed toward a lower side in a stirring object existing in the stirred tank , and the shearing impeller imparts a shearing force to the stirring object by rotation, and is provided on a radially inward side of the flow impeller in the stirred tank and on a position contacting the flow (F) of the stirring object formed by the flow impeller , characterized in that the inner impeller is configured to rotate in a direction opposite to the flow impeller , or to rotate in the same direction at a different rotational speed. a stirred tank , of which an inner peripheral wall has a circular shape in cross section; at least one flow impeller and at least one shearing impeller that are located inside the stirred tank and configured to be rotatable independently of each other; and an inner impeller located on an inner side of the flow impeller in the stirred tank , wherein rotational centers of the flow impeller and the shearing impeller are coaxially provided, a rotational center of the inner impeller is provided coaxially with rotational centers of the flow impeller and the shearing impeller , the flow impeller is provided along the inner peripheral wall of the stirred tank and rotates around a vertical axis to form at least a flow (F) directed toward a lower side in a stirring object existing in the stirred tank , and the shearing impeller imparts a shearing force to the stirring object by rotation, and is provided on a radially inward side of the flow impeller in the stirred tank and on a position contacting the flow (F) of the stirring object formed by the flow impeller , characterized in that the inner impeller is configured to rotate in a direction opposite to the flow impeller , or to rotate in the same direction at a different rotational speed.
A filling valve for filling a liquid product into containers , comprising: - a product valve with a valve seat and an associated closure part for opening/closing a product path for the product on the outlet side, wherein the closure part is arranged centrally in the product path ; - a purge gas passage extending upward through the closure part and separated from the product path ; - a relief gas path opening into the product path downstream of the valve seat ; and - a connecting passage formed in addition to the product path for pressure equalization between the purge gas passage and the relief gas passage , characterized in that the connecting passage extends through a valve block , which valve block is designed to connect the purge gas path via a pre-pressurization valve to a purge gas channel designed as a ring channel and to connect the relief gas passage via a relief valve to a relief channel designed as a ring channel, and in that the connecting passage is designed as a permanently open channel or as a channel that can be temporarily closed between the purge gas passage and the relief gas passage in order to open the connecting passage at least when the product valve is open. - a product valve with a valve seat and an associated closure part for opening/closing a product path for the product on the outlet side, wherein the closure part is arranged centrally in the product path ; - a purge gas passage extending upward through the closure part and separated from the product path ; - a relief gas path opening into the product path downstream of the valve seat ; and - a connecting passage formed in addition to the product path for pressure equalization between the purge gas passage and the relief gas passage ,
A control method of a cooking apparatus provided with a storage container configured to store water, a steam generator installed below the storage container to receive the water from the storage container, a water supply pump installed above the storage container to supply the water from the storage container to the steam generator, and a drain pump installed above the storage container to discharge the water from the steam generator to the storage container, the control method comprising: controlling an operation of the water supply pump to supply the water from the storage container to the steam generator; and controlling an operation of the drain pump to discharge water in the steam generator when a level of water supplied to the steam generator reaches a first position (D 1 ) after the operation of the water supply pump is stopped. controlling an operation of the water supply pump to supply the water from the storage container to the steam generator; and controlling an operation of the drain pump to discharge water in the steam generator when a level of water supplied to the steam generator reaches a first position (D 1 ) after the operation of the water supply pump is stopped.
A monofilament comprising a matrix of thermoplastic polymer selected from the group comprising polyethylene terephthalate homo- or -copolymers, polybutylene terephthalate homo- or -copolymers or the polyamides and dispersed therein particles of silsesquioxane which are from 10 nm to 200 μm in diameter.