mhurhangee/patent-ind-claim-en huggingface dataset:
A method in a radio device (10; 900; 1200) of controlling radio transmission in a wireless communication network, the method comprising: receiving, from a node (100; 1100; 1300) of the wireless communication network, control information via a Radio Resource Control message for semi-persistent allocation of radio resources of an unlicensed frequency spectrum, wherein the control information defines a first configuration applicable for a first uplink carrier and a second configuration applicable for a second uplink carrier, and wherein at least one of the first uplink carrier frequency and the second uplink carrier frequency is from the unlicensed frequency spectrum; sending, in a control element of a Medium Access Control protocol, unlicensed spectrum semi-persistent scheduling grant confirmation information to the node (100; 1100; 1300) of the wireless communication network, the unlicensed spectrum semi-persistent scheduling grant confirmation information consisting of at least one multi-bit value, the multi-bit value consists of four octets, each defining eight fields, wherein each bit of a field of the multi-bit value confirming individually for each of the first and second uplink carrier whether semi-persistent allocation of radio resources is activated or deactivated; and based on the control information, controlling at least one uplink radio transmission on the radio resources of the unlicensed frequency spectrum. receiving, from a node (100; 1100; 1300) of the wireless communication network, control information via a Radio Resource Control message for semi-persistent allocation of radio resources of an unlicensed frequency spectrum, wherein the control information defines a first configuration applicable for a first uplink carrier and a second configuration applicable for a second uplink carrier, and wherein at least one of the first uplink carrier frequency and the second uplink carrier frequency is from the unlicensed frequency spectrum; sending, in a control element of a Medium Access Control protocol, unlicensed spectrum semi-persistent scheduling grant confirmation information to the node (100; 1100; 1300) of the wireless communication network, the unlicensed spectrum semi-persistent scheduling grant confirmation information consisting of at least one multi-bit value, the multi-bit value consists of four octets, each defining eight fields, wherein each bit of a field of the multi-bit value confirming individually for each of the first and second uplink carrier whether semi-persistent allocation of radio resources is activated or deactivated; and based on the control information, controlling at least one uplink radio transmission on the radio resources of the unlicensed frequency spectrum.
Device for checking the electrical conductivity of tyres for vehicle wheels, comprising: a support frame for a tyre ; at least a first electrode configured for resting against a surface of a component of the tyre ; wherein said at least one first electrode is arranged radially outside the tyre and is configured for resting against a tread band of the tyre ; at least a second electrode configured for closing an electric circuit with said component of said tyre ; wherein said at least one second electrode is arranged radially inside the tyre and is configured for resting against at least one bead of the tyre ; at least one meter operatively connected to the first electrode and to the second electrode , wherein the meter is configured for generating a voltage between the first electrode and the second electrode and obtaining an electrical resistance between said first electrode and said second electrode ; wherein the first electrode comprises a rigid body and an engagement portion more yielding than the component, so as to deform when the first electrode is placed against the surface of the component and at least partially copy at least one concavity of said surface of the component; wherein the engagement portion comprises an elastically yielding and electrically conductive material; characterized in that the rigid body has at least one seat and wherein the engagement portion is at least partly housed in said seat . a support frame for a tyre ; at least a first electrode configured for resting against a surface of a component of the tyre ; wherein said at least one first electrode is arranged radially outside the tyre and is configured for resting against a tread band of the tyre ; at least a second electrode configured for closing an electric circuit with said component of said tyre ; wherein said at least one second electrode is arranged radially inside the tyre and is configured for resting against at least one bead of the tyre ; at least one meter operatively connected to the first electrode and to the second electrode , wherein the meter is configured for generating a voltage between the first electrode and the second electrode and obtaining an electrical resistance between said first electrode and said second electrode ; wherein the first electrode comprises a rigid body and an engagement portion more yielding than the component, so as to deform when the first electrode is placed against the surface of the component and at least partially copy at least one concavity of said surface of the component; wherein the engagement portion comprises an elastically yielding and electrically conductive material; characterized in that the rigid body has at least one seat and wherein the engagement portion is at least partly housed in said seat .
A syringe safety cap comprising: a base portion having a mounting portion to be mounted on a cylinder of a syringe; a link portion rotatably connected to the base portion ; a first elastic portion configured to provide a rotational force so that the link portion rotates with respect to the base portion ; a safety cover portion rotatably connected to the link portion , detachably fixed to the base portion , and configured to, when detached from the base portion and rotating, surround an injection needle of the syringe, characterised in that the injection needle of the syringe is located between a first axial portion configured to provide a center of rotation (R1) of the link portion with respect to the base portion and a second axial portion configured to provide a center of rotation (R1) of the safety cover portion with respect to the link portion , and wherein, in a process in which the safety cover portion surrounds the injection needle , a direction of rotation (R1) of the link portion with respect to the base portion and a direction of rotation (R1) of the safety cover portion with respect to the link portion are provided to be the same, wherein the syringe safety cap further comprises a second elastic portion configured to provide a rotational force so that the safety cover portion rotates with respect to the link portion . a base portion having a mounting portion to be mounted on a cylinder of a syringe; a link portion rotatably connected to the base portion ; a first elastic portion configured to provide a rotational force so that the link portion rotates with respect to the base portion ; a safety cover portion rotatably connected to the link portion , detachably fixed to the base portion , and configured to, when detached from the base portion and rotating, surround an injection needle of the syringe, characterised in that the injection needle of the syringe is located between a first axial portion configured to provide a center of rotation (R1) of the link portion with respect to the base portion and a second axial portion configured to provide a center of rotation (R1) of the safety cover portion with respect to the link portion , and wherein, in a process in which the safety cover portion surrounds the injection needle , a direction of rotation (R1) of the link portion with respect to the base portion and a direction of rotation (R1) of the safety cover portion with respect to the link portion are provided to be the same, wherein the syringe safety cap further comprises a second elastic portion configured to provide a rotational force so that the safety cover portion rotates with respect to the link portion .
A detection method using immunochromatography, comprising steps (A) to (C): (A) supplying a sample possibly containing an analyte and a substance similar to the analyte to a sample-supplying portion of the following test strip; the test strip comprising a membrane consisting of a porous body equipped with at least the sample-supplying portion, a spreading portion, and a detecting portion, wherein a conjugate containing a first antibody labeled with a labeling substance is retained in a part of the spreading portion in a dissoluble manner, and the detecting portion in which a second antibody is immobilized is provided in a part of the spreading portion on the downstream side relative to the conjugate-retaining part, wherein any one of the first antibody and the second antibody is an anti-analyte antibody and the other is an antibody binding to the analyte, and wherein the antibody binding to the analyte may be any antibody binding to the analyte and any antibody binding to an antigen similar to the analyte; (B) bringing the analyte in the sample into contact with the conjugate in the presence of a buffer solution of pH 5.0 to pH 6.7; and (C) detecting a complex of the analyte in the sample and the conjugate in the detecting portion; wherein the analyte is oncofetal fibronectin, and the substance similar to the analyte is plasma fibronectin. (A) supplying a sample possibly containing an analyte and a substance similar to the analyte to a sample-supplying portion of the following test strip; the test strip comprising a membrane consisting of a porous body equipped with at least the sample-supplying portion, a spreading portion, and a detecting portion, wherein a conjugate containing a first antibody labeled with a labeling substance is retained in a part of the spreading portion in a dissoluble manner, and the detecting portion in which a second antibody is immobilized is provided in a part of the spreading portion on the downstream side relative to the conjugate-retaining part, wherein any one of the first antibody and the second antibody is an anti-analyte antibody and the other is an antibody binding to the analyte, and wherein the antibody binding to the analyte may be any antibody binding to the analyte and any antibody binding to an antigen similar to the analyte; (B) bringing the analyte in the sample into contact with the conjugate in the presence of a buffer solution of pH 5.0 to pH 6.7; and (C) detecting a complex of the analyte in the sample and the conjugate in the detecting portion; wherein the analyte is oncofetal fibronectin, and the substance similar to the analyte is plasma fibronectin.
A method comprising: defining at least one intended cutting line on a medium , defining a target , controlling a print engine to print the target on the medium , and wherein the target comprises at least one graphical element which defines at least one reference distance measure and wherein the target is centered at the intended cutting line or is positioned at a defined distance from the intended cutting line wherein the at least one graphical element of the target comprises a ring, which is intersected by the at least one intended cutting line, wherein a radius of the ring corresponds to a reference distance measure. defining at least one intended cutting line on a medium , defining a target , controlling a print engine to print the target on the medium , and wherein the target comprises at least one graphical element which defines at least one reference distance measure and wherein the target is centered at the intended cutting line or is positioned at a defined distance from the intended cutting line wherein the at least one graphical element of the target comprises a ring, which is intersected by the at least one intended cutting line, wherein a radius of the ring corresponds to a reference distance measure.
An apparatus comprising: a remotely operable vehicle that is configured to be submersible into an interior of a transformer tank that includes an electrical transformer submerged in a liquid coolant , the remotely operable vehicle including: a propulsion system with one or more motors for propelling the remotely operable vehicle through the liquid coolant ; a signal receiver structured to receive a command through a liquid environment of the liquid coolant from a remote control station; characterized in that the apparatus comprises: a plurality of cameras fixed on the remotely operable vehicle in position relative to one another with an overlapping field of view, each of the plurality of camera being operable to produce a video stream; a processing device configured to determine an observation position of the remotely operable vehicle in the liquid environment based on telemetry data from the remotely operable vehicle and a model of a structure that contains the liquid environment ; and a transmitter configured to transmit the video streams to the processing device , the processing device being further configured to process the video streams to output a three dimensional field of view based on the video streams. a propulsion system with one or more motors for propelling the remotely operable vehicle through the liquid coolant ; a signal receiver structured to receive a command through a liquid environment of the liquid coolant from a remote control station; characterized in that the apparatus comprises: a plurality of cameras fixed on the remotely operable vehicle in position relative to one another with an overlapping field of view, each of the plurality of camera being operable to produce a video stream; a processing device configured to determine an observation position of the remotely operable vehicle in the liquid environment based on telemetry data from the remotely operable vehicle and a model of a structure that contains the liquid environment ; and a transmitter configured to transmit the video streams to the processing device , the processing device being further configured to process the video streams to output a three dimensional field of view based on the video streams. a plurality of cameras fixed on the remotely operable vehicle in position relative to one another with an overlapping field of view, each of the plurality of camera being operable to produce a video stream; a processing device configured to determine an observation position of the remotely operable vehicle in the liquid environment based on telemetry data from the remotely operable vehicle and a model of a structure that contains the liquid environment ; and a transmitter configured to transmit the video streams to the processing device , the processing device being further configured to process the video streams to output a three dimensional field of view based on the video streams.
A method for monitoring a nuclear reactor comprising a core in which fuel assemblies are loaded, each assembly comprising nuclear fuel rods each including nuclear fuel pellets and a cladding surrounding the pellets, the method comprising the following steps: - determining at least one operating time limit (T FPPI ) for the operation at a power inferior or equal to about 92% of the nominal power of the nuclear reactor called operation at reduced power of the nuclear reactor, so as to avoid a rupture of at least one of the claddings, - operating the nuclear reactor at the reduced power for an actual time strictly less than the time limit (T FPPI ), and - relaxing a protection threshold of the nuclear reactor as a function of a difference between the time limit (T FPPI ) and the actual time, the protection threshold being a threshold of a linear power at any point of the core. - determining at least one operating time limit (T FPPI ) for the operation at a power inferior or equal to about 92% of the nominal power of the nuclear reactor called operation at reduced power of the nuclear reactor, so as to avoid a rupture of at least one of the claddings, - operating the nuclear reactor at the reduced power for an actual time strictly less than the time limit (T FPPI ), and - relaxing a protection threshold of the nuclear reactor as a function of a difference between the time limit (T FPPI ) and the actual time,
Apparatus for transmitting and/or receiving radio frequency, RF, signals (RFS), particularly for a mobile radio device for a wireless communications system , particularly a cellular communications system , said apparatus comprising a primary antenna module having a first radiation pattern (RP1), at least one secondary antenna module (120; 120a, 120b, 120c, 120d) having a second radiation pattern (RP2), which is different from said first radiation pattern of said primary antenna module , and a control unit configured to selectively activate and/or deactivate said primary antenna module and/or said at least one secondary antenna module (120; 120a, 120b, 120c, 120d), wherein said control unit is configured to determine at least one of the following received power parameters (PPRX): a) a received power (P_RX_1) of a received RF signal associated with said primary antenna module , b) a received power (P_RX_2) of a received RF signal associated with said at least one secondary antenna module (120; 120a, 120b, 120c, 120d), and to selectively activate and/or deactivate said primary antenna module and/or said at least one secondary antenna module (120; 120a, 120b, 120c, 120d) depending on at least one of said received power parameters (PPRX), wherein said apparatus comprises two or more secondary antenna modules , wherein said control unit is configured to: determine whether a received power (P_RX_2') of a received RF signal associated with one of said secondary antenna modules is greater than a predetermined second threshold (T2), and, if said received power (P_RX_2') of said received RF signal associated with said one of said secondary antenna modules is greater than said predetermined second threshold (T2), deactivate a) at least one further secondary antenna module of said two or more secondary antenna modules and/or b) said primary antenna module .
Device for cooling forced-induction air for an engine , comprising a forced-induction air cooler for cooling, upstream of an air intake part of the engine , air coming from a forced-induction compressor that is rotationally connected to a turbine which is driven in rotation by exhaust gases from the engine, said forced-induction air cooler being configured such that, in operation, it is arranged essentially vertically so as to allow condensates to flow towards recovery means intended to collect said condensates , said device comprising heating means for heating said condensates collected by the recovery means when the external temperature is less than or equal to 0°C, the device comprising at least one bypass duct for bypassing the forced-induction air cooler and regulating means associated with said duct in order to regulate the flow, characterized in that said heating means are selectively controlled depending on an internal temperature that is measured by means for measuring the temperature at said means for recovering the condensates and in that said regulating means are selectively ordered to open or to close depending on at least one operating parameter, such as the external temperature, in such a way that, when the external temperature is less than or equal to 0°C, the regulating means are ordered into the open position in order to divert the air into the bypass duct .
A container for fluids, comprising an outer casing and a flexible gas tight or liquid tight inner bag disposed in the outer casing ; the inner bag fixedly connects a valve capable of controlling fluids to flow in or out of the inner bag , and the valve is connected to the outer casing to form a seal with the outer casing ; a ventilation structure is arranged in the valve or on the outer casing to control gas to flow in or out of a space between the inner bag and the outer casing ; characterized in that a flexible separation bag is sleevely disposed on an outer surface of the inner bag and between the inner bag and the outer casing , a plurality of convex portions are located on an outer surface of the separation bag , each of the convex portions extends in a direction from a top of the separation bag toward a bottom of the separation bag to form first auxiliary air passages between two adjacent convex portions , and the first auxiliary air passages are always in communication with the ventilation structure , two openings of the separation bag are respectively located at two opposite sides of the separation bag .
A microelectromechanical systems, MEMS, device comprising: a complementary metal oxide semiconductor, CMOS, device wafer the CMOS device wafer comprising at least two CMSOS device wafer electrodes, associated with a first array of piezoelectric MEMS ultrasound transducer, PMUT, structures of a fingerprint sensor and having a plurality of cavities configured in a second array; a first metal conductive layer disposed on the CMOS device wafer and over the plurality of cavities; a piezoelectric material disposed on the first metal conductive layer; and a second metal conductive layer, , disposed on the piezoelectric material, electrically coupling the second metal conductive layer and at least one CMOS device wafer electrode, and electrically coupling the first metal conductive layer to at least one other CMOS device wafer electrode, wherein the plurality of cavities, the piezoelectric material, the first metal conductive layer, and the second metal conductive layer are configured as an array of PMUT structures. a complementary metal oxide semiconductor, CMOS, device wafer the CMOS device wafer comprising at least two CMSOS device wafer electrodes, associated with a first array of piezoelectric MEMS ultrasound transducer, PMUT, structures of a fingerprint sensor and having a plurality of cavities configured in a second array; a first metal conductive layer disposed on the CMOS device wafer and over the plurality of cavities; a piezoelectric material disposed on the first metal conductive layer; and a second metal conductive layer, , disposed on the piezoelectric material, electrically coupling the second metal conductive layer and at least one CMOS device wafer electrode, and electrically coupling the first metal conductive layer to at least one other CMOS device wafer electrode, wherein the plurality of cavities, the piezoelectric material, the first metal conductive layer, and the second metal conductive layer are configured as an array of PMUT structures.
A polybutylene terephthalate composition, comprising (A) 45 to 75 % by weight of polybutylene terephthalate, (B) 20 to 45 % by weight of at least one carbon fiber, (C) 0 to 20 % by weight of at least one solid filler other than the carbon fiber (B), and (D) 0 to 30 % by weight of at least one thermoplastic polyester other than polybutylene terephthalate, each being based on the total weight of the polybutylene terephthalate composition, wherein the at least one carbon fiber has a carbon content of 93% by weight or greater, and comprises a sizing agent other than epoxy sizing agent. (A) 45 to 75 % by weight of polybutylene terephthalate, (B) 20 to 45 % by weight of at least one carbon fiber, (C) 0 to 20 % by weight of at least one solid filler other than the carbon fiber (B), and (D) 0 to 30 % by weight of at least one thermoplastic polyester other than polybutylene terephthalate,