mhurhangee/patent-ind-claim-en huggingface dataset:
A method for information transmission for a base station, comprising: determining and sending multiple enhanced transmission occasion configurations to the user equipment, wherein there is a one-to-one correspondence between the multiple enhanced transmission occasion configurations and multiple reference signal receiving power ,RSRP, ranges , and wherein a time width occupied by an enhanced transmission occasion is greater than a time width occupied by a non-enhanced transmission occasion; determining a first enhanced transmission occasion configuration corresponding to a first RSRP range in the multiple RSRP ranges , wherein the multiple enhanced transmission occasion configurations comprises the first enhanced transmission occasion configuration; and receiving information on an enhanced transmission occasion configured by the first enhanced transmission occasion configuration according to a transmission type, wherein the transmission type comprises a number M of repetition transmission, and the information comprises one or more of the following: a physical random access channel, a physical uplink shared channel and a physical uplink control channel . determining and sending multiple enhanced transmission occasion configurations to the user equipment, wherein there is a one-to-one correspondence between the multiple enhanced transmission occasion configurations and multiple reference signal receiving power ,RSRP, ranges , and wherein a time width occupied by an enhanced transmission occasion is greater than a time width occupied by a non-enhanced transmission occasion; determining a first enhanced transmission occasion configuration corresponding to a first RSRP range in the multiple RSRP ranges , wherein the multiple enhanced transmission occasion configurations comprises the first enhanced transmission occasion configuration; and receiving information on an enhanced transmission occasion configured by the first enhanced transmission occasion configuration according to a transmission type, wherein the transmission type comprises a number M of repetition transmission, and the information comprises one or more of the following: a physical random access channel, a physical uplink shared channel and a physical uplink control channel .
A wireless access point characterized by : a scheduling unit for transmission opportunity, TXOP, granting configured to determine one or more wireless stations as TXOP responders to which the wireless access point grants a TXOP based on a parameter indicating a quality of an uplink data transmission, and a unit that is configured to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; and to transmit an RTS and receive a CTS, before transmission of the TXOP granting signal, and setting a NAV to reserve a channel necessary to transmit at least both the TXOP granting signal and uplink data with the RTS. a scheduling unit for transmission opportunity, TXOP, granting configured to determine one or more wireless stations as TXOP responders to which the wireless access point grants a TXOP based on a parameter indicating a quality of an uplink data transmission, and a unit that is configured to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; and to transmit an RTS and receive a CTS, before transmission of the TXOP granting signal, and setting a NAV to reserve a channel necessary to transmit at least both the TXOP granting signal and uplink data with the RTS. to acquire the TXOP using a random access scheme after the determination of the TXOP responders, to transmit a TXOP granting signal indicating a timing to perform the uplink data transmission to the TXOP responders; and to transmit an RTS and receive a CTS, before transmission of the TXOP granting signal, and setting a NAV to reserve a channel necessary to transmit at least both the TXOP granting signal and uplink data with the RTS.
Cosmetic composition comprising, in a physiologically acceptable medium, composite particles comprising a substrate formed from mica and from bismuth oxychloride coated with at least one mineral pigment chosen from red iron oxides and at least one nacre, formed from a synthetic fluorphlogopite support coated with at least one titanium dioxide layer, and comprising one or more layers of tin oxide and of iron oxide, wherein the composite particles are present in said composition in a content ranging from 0.15% to 0.75% by weight, relative to the total weight of the composition, and wherein the nacre is present in said composition in a content of between 0.25% and 0.75% by weight, relative to the total weight of the composition. wherein the composite particles are present in said composition in a content ranging from 0.15% to 0.75% by weight, relative to the total weight of the composition, and wherein the nacre is present in said composition in a content of between 0.25% and 0.75% by weight, relative to the total weight of the composition.
A method for determining resistances (R 1 , R 2 , R 3 , R N ) in a voltage level of a multiphase transformer , the voltage level having a winding (u, v, w; U, V, W) per phase of the multiphase transformer , comprising: - impressing a respective first current into the respective winding (u, v, w; U, V, W) of the multiple phases, - simultaneously detecting a respective first voltage in the plurality of phases caused by the impressed first currents, - impressing a respective second current in the respective winding (u, v, w; U, V, W) of the plurality of phases, wherein in at least one of the plurality of phases the respective impressed second current is different from the respective impressed first current, - simultaneously detecting a respective second voltage in the plurality of phases caused by the impressed second currents, and - simultaneously determining a plurality of resistances (R 1 , R 2 , R 3 , R N ) in the voltage level of the multiphase transformer in dependence on the impressed first currents and the impressed second currents as well as the detected first voltages and the detected second voltages, wherein the simultaneously determined plurality of resistances (R 1 , R 2 , R 3 , R N ) of the multiphase transformer comprise resistances (R 1 , R 2 , R 3 ) of the individual phases of the multiphase transformer . - impressing a respective first current into the respective winding (u, v, w; U, V, W) of the multiple phases, - simultaneously detecting a respective first voltage in the plurality of phases caused by the impressed first currents, - impressing a respective second current in the respective winding (u, v, w; U, V, W) of the plurality of phases, wherein in at least one of the plurality of phases the respective impressed second current is different from the respective impressed first current, - simultaneously detecting a respective second voltage in the plurality of phases caused by the impressed second currents, and - simultaneously determining a plurality of resistances (R 1 , R 2 , R 3 , R N ) in the voltage level of the multiphase transformer in dependence on the impressed first currents and the impressed second currents as well as the detected first voltages and the detected second voltages, wherein the simultaneously determined plurality of resistances (R 1 , R 2 , R 3 , R N ) of the multiphase transformer comprise resistances (R 1 , R 2 , R 3 ) of the individual phases of the multiphase transformer .
Method for distributing electrical energy in a network divided into subnetworks , in which network n generators , n greater than or equal to three, power the network when said generators are available, said method including the following steps: - combinations, from the possible combinations, each defining a different order for the use of the plurality of generators according to their availabilities, are established; - each subnetwork is characterised by one of said combinations; - several means of selection respectively associated with each subnetwork, assign the available generators to each subnetwork, under the control of a control and management means acting on the means of selection to select the generator; - each subnetwork is finally powered by the first available generator according to the order of the combination that characterises the subnetwork considered; in such a way that when a generator becomes unavailable, the subnetworks powered by said generator before the unavailability thereof are distributed in an equal manner among the generators that are still available. - combinations, from the possible combinations, each defining a different order for the use of the plurality of generators according to their availabilities, are established; - each subnetwork is characterised by one of said combinations; - several means of selection respectively associated with each subnetwork, assign the available generators to each subnetwork, under the control of a control and management means acting on the means of selection to select the generator; - each subnetwork is finally powered by the first available generator according to the order of the combination that characterises the subnetwork considered; in such a way that when a generator becomes unavailable, the subnetworks powered by said generator before the unavailability thereof are distributed in an equal manner among the generators that are still available.
Automotive security system for performing dynamic actions in response to a manipulation and/or intrusion detection in a vehicle , comprising: at least one secure electronic control unit, ECU, , - wherein software components running on the secure ECU are isolated using a virtualization technique, and - wherein the secure ECU comprises at least one security-critical software component, wherein the at least one security-critical software component is a software component related to one or more functions of the secure ECU that are relevant for a safety of a driver and/or other passengers in the vehicle ; and a manipulation detection component operable to detect a software manipulation on the software components during a boot process of the secure ECU and/or during a runtime of the secure ECU , wherein upon detection of a software manipulation on at least one software component of the software components, the manipulation detection component is operable to actively de-activate at least the manipulated software component while the security-critical software component remains active. at least one secure electronic control unit, ECU, , - wherein software components running on the secure ECU are isolated using a virtualization technique, and - wherein the secure ECU comprises at least one security-critical software component, wherein the at least one security-critical software component is a software component related to one or more functions of the secure ECU that are relevant for a safety of a driver and/or other passengers in the vehicle ; and - wherein software components running on the secure ECU are isolated using a virtualization technique, and - wherein the secure ECU comprises at least one security-critical software component, wherein the at least one security-critical software component is a software component related to one or more functions of the secure ECU that are relevant for a safety of a driver and/or other passengers in the vehicle ; and a manipulation detection component operable to detect a software manipulation on the software components during a boot process of the secure ECU and/or during a runtime of the secure ECU , wherein upon detection of a software manipulation on at least one software component of the software components, the manipulation detection component is operable to actively de-activate at least the manipulated software component while the security-critical software component remains active.
Mixing device, in particular bulk material mixing device, with at least one mixing container (12a; 12b; 12c; 12d; 12e) comprising a receiving region (14a; 14b; 14c; 14d; 14e) for receiving a material that is to be mixed, with at least one mixing unit (16a; 16b; 16c; 16d; 16e), which is configured for mixing the material that is to be mixed situated in the mixing container (12a; 12b; 12c; 12d; 12e), and with at least one lump-breaker unit (18a; 18b; 18c; 18d; 18e) comprising at least one cutter element (20a; 20b; 20c; 20d; 20e) which protrudes into the mixing container (12a; 12b; 12c; 12d; 12e), wherein the at least one lump-breaker unit (18a; 18b, 18c; 18d; 18e) is arranged in a front region (22a; 22b; 22c; 22d; 22e) of the mixing container (12a; 12b; 12c; 12d; 12e), wherein a front region (22a; 22b; 22c; 22d; 22e) is a region of the mixing container (12a; 12b; 12c; 12d; 12e) that faces towards a front face of the mixing container (12a; 12b; 12c; 12d; 12e), and wherein the at least one mixing unit (16a; 16b; 16d) is supported one-sidedly and the at least one mixing unit (16a; 16b; 16c; 16d; 16e) comprises at least one mixer shaft (26a, 28a; 26b, 28b; 26c; 28d; 26e), wherein the mixing container (12a; 12b; 12c; 12e) comprises in a region of an end wall (24a; 24b; 24c; 24e) a pivoting door (36a; 36b; 36c; 36e) which the at least one lump-breaker unit (18a; 18b; 18c; 18e) is arranged in, characterised in that the pivoting door is implemented by a front door.
A downhole tool, for removing sections of metal tubing , said downhole tool comprising: - one or more conductive elements arranged to corrode a section of metal tubing using an electrolytic process, said one or more conductive elements being formed of electrically conductive material, - one or more non-conductive spacers fitted to the one or more conductive elements, the spacers being configured to sit against the internal surface of the metal tubing during the corrosion process to maintain a gap between the one or more conductive elements and the metal tubing, wherein at least a portion of the tool is configured to rotate such that the spacers move against the surface of the metal tubing, - a power unit configured to provide an electrical current to the one or more conductive elements, and - an apparatus to establish a connection between the negative pole of the power unit and the one or more conductive elements and between the positive pole of the power unit and the metal tubing. - one or more conductive elements arranged to corrode a section of metal tubing using an electrolytic process, said one or more conductive elements being formed of electrically conductive material, - one or more non-conductive spacers fitted to the one or more conductive elements, the spacers being configured to sit against the internal surface of the metal tubing during the corrosion process to maintain a gap between the one or more conductive elements and the metal tubing, wherein at least a portion of the tool is configured to rotate such that the spacers move against the surface of the metal tubing, - a power unit configured to provide an electrical current to the one or more conductive elements, and - an apparatus to establish a connection between the negative pole of the power unit and the one or more conductive elements and between the positive pole of the power unit and the metal tubing.
An external control device for use with a neurostimulation system having a neurostimulation lead and a plurality of electrodes circumferentially disposed around the neurostimulation lead capable of conveying an electrical stimulation field into tissue in which the electrodes are implanted, comprising: a user interface including a display screen configured for displaying a graphical representation of a lead (12") with graphical renderings of the electrodes , a graphical representation of an anatomical structure , a graphical representation of an estimated volume of tissue activation generated using a stimulation parameter set, an axial lead displacement control element configured for being actuated, and a circumferential lead displacement control element configured for being actuated; a processor configured for axially displacing the graphical representation of the lead (12") and the graphical representation of the estimate of the volume of tissue activation relative to the graphical representation of the anatomical structure in response to actuation of the axial lead displacement control element and for circumferentially displacing the graphical representation of the lead (12") and the graphical representation of the estimate of the volume of tissue activation relative to the graphical representation of the anatomical structure in response to actuation of the circumferential lead displacement control element ; and output circuitry configured for transmitting the stimulation parameter set to the neurostimulation system . a user interface including a display screen configured for displaying a graphical representation of a lead (12") with graphical renderings of the electrodes , a graphical representation of an anatomical structure , a graphical representation of an estimated volume of tissue activation generated using a stimulation parameter set, an axial lead displacement control element configured for being actuated, and a circumferential lead displacement control element configured for being actuated; a processor configured for axially displacing the graphical representation of the lead (12") and the graphical representation of the estimate of the volume of tissue activation relative to the graphical representation of the anatomical structure in response to actuation of the axial lead displacement control element and for circumferentially displacing the graphical representation of the lead (12") and the graphical representation of the estimate of the volume of tissue activation relative to the graphical representation of the anatomical structure in response to actuation of the circumferential lead displacement control element ; and output circuitry configured for transmitting the stimulation parameter set to the neurostimulation system .
A cross-linkable rubber composition, the cross-linkable rubber composition comprising, per hundred parts by weight of rubber (phr): 100 phr of a diene-based elastomer component with an average molecular weight Mn in a range of ≥ 100000 to ≤ 5000000 g/mol and a homopolymer of polybutadiene, characterised in that the homopolymer of polybutadiene has an average molecular weight Mn in a range of ≥ 10000 to ≤ 45000 g/mol and a glass transition temperature Tg in a range of ≥ -110 °C to ≤ -60 °C, wherein the rubber composition comprises ≥ 5 to ≤ 15 phr of the homopolymer of polybutadiene, and wherein the diene-based elastomer component comprises ≥ 40 phr to ≤ 90 phr of a styrene-butadiene rubber component comprising a first styrene-butadiene rubber and a second styrene-butadiene rubber which is different from the first styrene-butadiene rubber and ≥ 10 phr to ≤ 60 phr of a combination of a natural rubber and a butadiene rubber. 100 phr of a diene-based elastomer component with an average molecular weight Mn in a range of ≥ 100000 to ≤ 5000000 g/mol and a homopolymer of polybutadiene, characterised in that the homopolymer of polybutadiene has an average molecular weight Mn in a range of ≥ 10000 to ≤ 45000 g/mol and a glass transition temperature Tg in a range of ≥ -110 °C to ≤ -60 °C, wherein the rubber composition comprises ≥ 5 to ≤ 15 phr of the homopolymer of polybutadiene, and wherein the diene-based elastomer component comprises ≥ 40 phr to ≤ 90 phr of a styrene-butadiene rubber component comprising a first styrene-butadiene rubber and a second styrene-butadiene rubber which is different from the first styrene-butadiene rubber and ≥ 10 phr to ≤ 60 phr of a combination of a natural rubber and a butadiene rubber.
A catheter mount configured to be attached to a respiratory assistance system , the catheter mount comprising: a plurality of ports in fluid communication with each other, the plurality of ports comprising: an interface port configured to connect to an interface tube and comprising an interface axis ; a conduit port configured to connect to a conduit tube and comprising a conduit axis ; and, a suction port configured to allow insertion of a suction catheter ; and, a valve associated with the suction port and configured to allow the suction catheter direct access to the interface tube through the suction port , wherein the interface axis of the interface port intersects the valve ; characterized in that , the valve is configured to allow the suction catheter direct access to the conduit tube and the conduit axis intersects the valve . a plurality of ports in fluid communication with each other, the plurality of ports comprising: an interface port configured to connect to an interface tube and comprising an interface axis ; a conduit port configured to connect to a conduit tube and comprising a conduit axis ; and, a suction port configured to allow insertion of a suction catheter ; and, an interface port configured to connect to an interface tube and comprising an interface axis ; a conduit port configured to connect to a conduit tube and comprising a conduit axis ; and, a suction port configured to allow insertion of a suction catheter ; and, a valve associated with the suction port and configured to allow the suction catheter direct access to the interface tube through the suction port , wherein the interface axis of the interface port intersects the valve ; characterized in that , the valve is configured to allow the suction catheter direct access to the conduit tube and the conduit axis intersects the valve .
A bottle insert , the insert comprising: a neck adapted to fit against a neck of a bottle ; a first chamber adapted for storing a first substance; and a first permeable partition adapted to be located between the interior of the bottle and the first chamber; wherein the bottle insert is characterized by comprising: a second chamber adapted for storing a second substance; and a second permeable partition adapted to be located between the interior of the bottle and the second chamber, wherein the second permeable partition is adapted to be sealed by an induction seal while the bottle is closed. a neck adapted to fit against a neck of a bottle ; a first chamber adapted for storing a first substance; and a first permeable partition adapted to be located between the interior of the bottle and the first chamber; a second chamber adapted for storing a second substance; and a second permeable partition adapted to be located between the interior of the bottle and the second chamber, wherein the second permeable partition is adapted to be sealed by an induction seal while the bottle is closed.
Transportation system with a non-rail-bound electrically or hybrid-electrically driven vehicle , with a two-pole overhead conductor system disposed at least in sections along a track (L) of the vehicle for the provision of electrical energy, wherein the vehicle has a current collector for the supply of electrical energy through sliding contact to the contact wires constructed as supply and return conductors of the overhead conductor system and with a video detector disposed on the vehicle for the determination of a position of the contact wires relative to the vehicle , characterised in that the overhead conductor system has marking elements marking the position of the contact wires , wherein the marking elements are attached to masts of the overhead conductor system disposed alongside the track (L), that the video detector is oriented for taking video images of the marking elements and the video detector is constructed for the measurement of its distance from a marking element, and that an evaluation unit allocated to the video detector is constructed to recognise from a recorded video image whether contact wires are present above the vehicle , and when contact wires are present to determine their position relative to the vehicle .