mhurhangee/patent-ind-claim-en huggingface dataset:
A coupler device : comprising an output circuit comprising: an input port at which a signal is received; an impedance matching circuit; and an output port at which an impedance-adjusted representation of the signal is provided; and a set of bond wires connecting the input and output ports; and a first coupler including a first coupling bond wire positioned along the set of bond wires so that inductive coupling occurs between the first coupling bond wire and the set of bond wires, wherein the first coupler includes a first measurement port coupled to a first end of the first coupling bond wire, and a first termination coupled to a second end of the first coupling bond wire, and wherein a signal indicative of forward power between the input port and the output port is provided at the first measurement port; and a second coupler including a second coupling bond wire positioned along the set of bond wires so that inductive coupling occurs between the second coupling bond wire and the set of bond wires, wherein the second coupler includes a second measurement port coupled to a first end of the second coupling bond wire, and a second termination coupled to a second end of the second coupling bond wire, and wherein a signal indicative of reflected power between the output port and the input port is provided at the second measurement port. an input port at which a signal is received; an impedance matching circuit; and an output port at which an impedance-adjusted representation of the signal is provided; and a set of bond wires connecting the input and output ports; and a first coupler including a first coupling bond wire positioned along the set of bond wires so that inductive coupling occurs between the first coupling bond wire and the set of bond wires, wherein the first coupler includes a first measurement port coupled to a first end of the first coupling bond wire, and a first termination coupled to a second end of the first coupling bond wire, and wherein a signal indicative of forward power between the input port and the output port is provided at the first measurement port; and a second coupler including a second coupling bond wire positioned along the set of bond wires so that inductive coupling occurs between the second coupling bond wire and the set of bond wires, wherein the second coupler includes a second measurement port coupled to a first end of the second coupling bond wire, and a second termination coupled to a second end of the second coupling bond wire, and wherein a signal indicative of reflected power between the output port and the input port is provided at the second measurement port.
A drain mast for draining liquids from an aircraft, the drain mast comprising a tube that comprises: - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an internal surface configured for being exposed to the drained liquid, - an external surface , and characterised in that the drain mast further comprises: - an internal rim connected to the internal surface of the tube , the internal rim configured for being located in a plane inclined with respect to the horizontal plane of the aircraft and having its lowest part located on the second end of the tube , - an aperture for evacuating the liquid, the aperture being located at the lowest part of the internal rim and in the face of the tube facing the incoming airflow when in use, the drain mast being configured such that the liquid is evacuated directly from the aperture to the atmosphere, the drain mast further characterised in that - the internal rim and the aperture being configured such that at the second end the liquid is directed by gravity through the internal rim to the aperture and wherein in use the drained liquid flows directly from the aperture to the atmosphere and is pushed by the incoming airflow from said aperture to the atmosphere. - a first end configured for being connected to a source of liquids to be drained from the aircraft, - a second end configured for discharging said liquids to the atmosphere, - an internal surface configured for being exposed to the drained liquid, - an external surface , and characterised in that the drain mast further comprises: - an internal rim connected to the internal surface of the tube , the internal rim configured for being located in a plane inclined with respect to the horizontal plane of the aircraft and having its lowest part located on the second end of the tube , - an aperture for evacuating the liquid, the aperture being located at the lowest part of the internal rim and in the face of the tube facing the incoming airflow when in use, the drain mast being configured such that the liquid is evacuated directly from the aperture to the atmosphere, the drain mast further characterised in that - the internal rim and the aperture being configured such that at the second end the liquid is directed by gravity through the internal rim to the aperture and wherein in use the drained liquid flows directly from the aperture to the atmosphere and is pushed by the incoming airflow from said aperture to the atmosphere.
A method for determining the efficacy of a treatment with a therapeutic agent on a subject suffering from a chronic inflammatory condition selected from a proliferative disorder, an autoimmune disorder or an infectious disease, wherein said therapeutic agent is at least one chemotherapeutic agent, at least one immunotherapeutic agent or any combination thereof, said method comprises the steps of: a. determining the level of expression of T cell antigen receptor (TCR) ζ chain (CD247) in at least one biological sample of said subject, to obtain an expression value, said sample is obtained after or during the initiation of said treatment; b. determining if the expression value obtained in step (a) is equal to or above the range with respect to said predetermined standard expression value or to said expression value of CD247 in a control sample; wherein said method further comprises the step of: c. determining myeloid-derived suppressor cells (MDSCs) population in a biological sample of said subject, and optionally further at least one step of d. determining the expression levels of S100A8 and S100A9 proteins in said sample; e. determining the levels of cleaved caspase 3 in said sample; and f. determining at least one of intracellular nitric oxide (NO) and reactive oxygen species (ROS) production in said sample, wherein a CD247 expression value equal to or above the range of the corresponding predetermined expression value for CD247 obtained for a population of patients exhibiting a beneficial effect in response to treatment with the same therapeutic agent and a reduced population of MDSC as compared to a predetermined value indicates that said subject responds to said treatment. a. determining the level of expression of T cell antigen receptor (TCR) ζ chain (CD247) in at least one biological sample of said subject, to obtain an expression value, said sample is obtained after or during the initiation of said treatment; b. determining if the expression value obtained in step (a) is equal to or above the range with respect to said predetermined standard expression value or to said expression value of CD247 in a control sample; c. determining myeloid-derived suppressor cells (MDSCs) population in a biological sample of said subject, and optionally further at least one step of d. determining the expression levels of S100A8 and S100A9 proteins in said sample; e. determining the levels of cleaved caspase 3 in said sample; and f. determining at least one of intracellular nitric oxide (NO) and reactive oxygen species (ROS) production in said sample,
A method for supporting periodic and triggered location by a user equipment, UE , comprising: receiving a request for a periodic and triggered location from a wireless network , the request for the periodic and triggered location comprising a first codeword, the request for the periodic and triggered location and the first codeword received by the wireless network from an external client ; determining a type of periodic and triggered location event based on the first codeword; detecting the type of periodic and triggered location event; and sending a location report to the wireless network in response to detecting the type of periodic and triggered location event, wherein the location report is transmitted to the external client by the wireless network wherein detecting the type of periodic and triggered location event comprises detecting the type of periodic and triggered location event at a plurality of different times; and wherein sending the location report to the wireless network comprises sending a location report to the wireless network at each of the plurality of different times in response to detecting the type of periodic and triggered location event at each of the plurality of different times, wherein the location report at each of the plurality of different times is transmitted to the external client by the wireless network.. receiving a request for a periodic and triggered location from a wireless network , the request for the periodic and triggered location comprising a first codeword, the request for the periodic and triggered location and the first codeword received by the wireless network from an external client ; determining a type of periodic and triggered location event based on the first codeword; detecting the type of periodic and triggered location event; and sending a location report to the wireless network in response to detecting the type of periodic and triggered location event, wherein the location report is transmitted to the external client by the wireless network wherein detecting the type of periodic and triggered location event comprises detecting the type of periodic and triggered location event at a plurality of different times; and wherein sending the location report to the wireless network comprises sending a location report to the wireless network at each of the plurality of different times in response to detecting the type of periodic and triggered location event at each of the plurality of different times, wherein the location report at each of the plurality of different times is transmitted to the external client by the wireless network..
A method performed by a base station for a wireless communication system, the method comprising: establishing at least one bearer with a terminal ; receiving, from a next generation core network, NGCN, a downlink packet for the terminal , the downlink packet including information associated with a quality of service, QoS, flow; determining whether a bearer to map the QoS flow associated with the downlink packet among the at least one bearer exists based on the information associated with the QoS flow; establishing the bearer to map the QoS flow in case that the bearer to map the QoS flow associated with the downlink packet does not exist; transmitting, to the terminal , the downlink packet over the bearer, the downlink packet including the information associated with the QoS flow; and receiving, from the terminal , an uplink packet over the bearer, the uplink packet belonging to the QoS flow corresponding to the information associated with the QoS flow included in the downlink packet. establishing at least one bearer with a terminal ; receiving, from a next generation core network, NGCN, a downlink packet for the terminal , the downlink packet including information associated with a quality of service, QoS, flow; determining whether a bearer to map the QoS flow associated with the downlink packet among the at least one bearer exists based on the information associated with the QoS flow; establishing the bearer to map the QoS flow in case that the bearer to map the QoS flow associated with the downlink packet does not exist; transmitting, to the terminal , the downlink packet over the bearer, the downlink packet including the information associated with the QoS flow; and receiving, from the terminal , an uplink packet over the bearer, the uplink packet belonging to the QoS flow corresponding to the information associated with the QoS flow included in the downlink packet.
A composition containing: (i) a refrigerant comprising difluoromethane (R32), wherein the proportion of R32 in the whole of the refrigerant is 70 % by mass or more and (ii) a lubricating oil composition for compression refrigerating machine using, as a base oil, an oxygen-containing organic compound which contains, as a major component, a polyvinyl-based compound having a constituent unit represented by a general formula (II): wherein each of R 4 , R 5 , and R 6 represents a hydrogen atom or a hydrocarbon group having from 1 to 8 carbon atoms, and they may be the same as or different from each other; R 7 represents a divalent hydrocarbon group having from 2 to 10 carbon atoms; R 8 represents a hydrocarbon group having from 1 to 10 carbon atoms; p represents a number of from 0 to 10 in terms of an average value thereof; R 4 to R 8 may be the same as or different from each other for every constituent unit; and when plural R 7 Os are present, the plural R 7 Os may be the same as or different from each other, wherein the polyvinyl-based compound has a hydroxyl value of not more than 15 mgKOH/g, as measured according to JIS K0070. (i) a refrigerant comprising difluoromethane (R32), wherein the proportion of R32 in the whole of the refrigerant is 70 % by mass or more and (ii) a lubricating oil composition for compression refrigerating machine using, as a base oil, an oxygen-containing organic compound which contains, as a major component, a polyvinyl-based compound having a constituent unit represented by a general formula (II):
A range extender for use in a network that comprises an access point and an end node , the range extender comprising: - a first radio to wirelessly communicate with the access point ; - a second radio to wirelessly communicate with the end node ; - a first processing device programmed to control and process messages received from the first radio with the first processing device configured to determine whether the first radio is required to send data to the access point ; - a second processing device programmed to control and process messages received from the second radio with the second processing device configured to determine whether the second radio is required to send data to the end node ; and wherein when either of the first or second processing devices determines that the respective radios are not required to send data, the determined one of the first or the second processing devices is configured to change which of the end node and access point , the first and second radios and the first and second processors are configured to communicate with, wherein the access point side and the end node side of the range extender are configured to operate independently, even with different physical protocols or frequency of operation. - a first radio to wirelessly communicate with the access point ; - a second radio to wirelessly communicate with the end node ; - a first processing device programmed to control and process messages received from the first radio with the first processing device configured to determine whether the first radio is required to send data to the access point ; - a second processing device programmed to control and process messages received from the second radio with the second processing device configured to determine whether the second radio is required to send data to the end node ; and
Leading edge phase control in two-wire technology for a low-energy consumer, such as an LED lamp , comprising an electronic power setting with an inductance provided by a coil having a core and with an interference suppression capacitor , the electronic power setting being designed as a thyristor control with two antiparallel thyristor circuits each having at least one thyristor (4, 4.1), characterized by the fact that the core of the coil of the inductor is made of a low-magnetostriction or magnetostriction-free material, the interference suppression capacitor having a capacitance of less than 35 nF and the inductance of the coil being high, such that the capacitance of the interference suppression capacitor is reduced to a minimum to satisfy the EMC requirements.
Sealant capsule for fitting of a tubeless tyre for a two-wheeled vehicle, which tyre comprises, disposed laterally to a tread surface section, two tyre beads which are configured for abutment on a respective rim flange of a two-wheeled vehicle rim for a tubeless tyre; wherein the sealant capsule has a shell which seals an interior space of the sealant capsule which is at least partially filled with a sealing liquid , at least with atmospheric pressure present in an environment of the sealant capsule , against the environment ; wherein the sealant capsule is adapted to be placed into an interior zone of the tubeless tyre , which zone is delimited by the tubeless tyre and the rim , in the condition of the tubeless tyre fitted on the rim , in order to release at least a part of the sealing liquid to the environment of the sealant capsule in the interior zone of the tubeless tyre as a result of opening the shell in the fitted condition of the tubeless tyre , characterized in that the shell includes at least one rigid section with a predetermined breaking point.
Closure device assembly for a piece of luggage , preferably a suitcase, the piece of luggage having a first body portion , a second body portion , and a zipper , said zipper being arranged between said first and second body portions , the closure device assembly comprising: at least one engagement element adapted for arrangement on said first body portion ; at least one buckle element adapted for arrangement on said second body portion , said buckle element being adapted for pivotal motion between an open position and an engagement position such that, in said engagement position, said buckle element is in contact with said engagement element , said pivotal motion being about an axis that extends substantially parallel to said zipper , and at least one zipper slider adapted for operation of said zipper and having at least one engagement section for engagement with said engagement element and/or said buckle element ; wherein the closure device assembly further comprises: a locking device for locking said engagement section of said zipper slider when said zipper slider is in a closed position; wherein said buckle element comprises a cover element and is adapted to cover in a closed positon of the closure device assembly with said cover element at least part of the locking device and said engagement section of the zipper slider in said closed position characterized in that the engagement section and the zipper slider are a single-piece element. at least one engagement element adapted for arrangement on said first body portion ; at least one buckle element adapted for arrangement on said second body portion , said buckle element being adapted for pivotal motion between an open position and an engagement position such that, in said engagement position, said buckle element is in contact with said engagement element , said pivotal motion being about an axis that extends substantially parallel to said zipper , and at least one zipper slider adapted for operation of said zipper and having at least one engagement section for engagement with said engagement element and/or said buckle element ; wherein the closure device assembly further comprises: a locking device for locking said engagement section of said zipper slider when said zipper slider is in a closed position; wherein said buckle element comprises a cover element and is adapted to cover in a closed positon of the closure device assembly with said cover element at least part of the locking device and said engagement section of the zipper slider in said closed position characterized in that the engagement section and the zipper slider are a single-piece element. a locking device for locking said engagement section of said zipper slider when said zipper slider is in a closed position; wherein said buckle element comprises a cover element and is adapted to cover in a closed positon of the closure device assembly with said cover element at least part of the locking device and said engagement section of the zipper slider in said closed position characterized in that the engagement section and the zipper slider are a single-piece element.
A method for granting access to a service provided by a connected device for a user having a user's device and requesting said access, the method comprising the steps of: - receiving by the user's device from the connected device , via a wireless communication link established between the user's device and the connected device , a request to validate a user profile (U_P), a user profile (U_P) corresponding to a list of at least one data item representing the user's capabilities to use a service provided by the given connected device; - requesting by the user's device to a verification server associated to the at least one data item to validate said data item, and receiving a digital signature of said data item generated by the verification server as a proof of the validation; - transmitting by the user's device the data item of the user profile (U_P) and its digital signature to a device belonging to the owner of the connected device for it to be informed that said data item is validated, the user profile (U_P) being considered as validated when the digital signatures of all the data items listed in the user profile (U_P) are correctly verified by the owner's device; - once the user profile is considered as validated, transmitting , by the owner's device to the connected device , either directly or via the user's device a message granting the access, whereby the message is signed by the owner's device ; - upon receipt of this message by the connected device, verify, by the connected device, if the message has been signed by the owner's device and, if yes, provide the service. - receiving by the user's device from the connected device , via a wireless communication link established between the user's device and the connected device , a request to validate a user profile (U_P), a user profile (U_P) corresponding to a list of at least one data item representing the user's capabilities to use a service provided by the given connected device; - requesting by the user's device to a verification server associated to the at least one data item to validate said data item, and receiving a digital signature of said data item generated by the verification server as a proof of the validation; - transmitting by the user's device the data item of the user profile (U_P) and its digital signature to a device belonging to the owner of the connected device for it to be informed that said data item is validated, the user profile (U_P) being considered as validated when the digital signatures of all the data items listed in the user profile (U_P) are correctly verified by the owner's device; - once the user profile is considered as validated, transmitting , by the owner's device to the connected device , either directly or via the user's device a message granting the access, whereby the message is signed by the owner's device ; - upon receipt of this message by the connected device, verify, by the connected device, if the message has been signed by the owner's device and, if yes, provide the service.