mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a plurality of intellectual property, IP, circuits , each of the plurality of IP circuits including a configuration register to store a dynamic current budget; and a power controller coupled to the plurality of IP circuits , the power controller including a dynamic current sharing control circuit configured to receive current throttling hint information regarding a workload to be executed on at least some of the plurality of IP circuits , said current throttling hint information including priority information for the IP circuits ; determine resolved throttle values for the IP circuits , based on the throttling hint information; generate a dynamic maximum current budget for each of the plurality of IP circuits based at least in part on the respective resolved throttle value; and send the dynamic maximum current budgets to the IP circuits ; wherein each of the IP circuits is configured to control its operation independent of its respective dynamic maximum current budget, and is further configured to control its operation to be maintained equal to or lower than its respective dynamic maximum current budget when a throttle condition is identified, wherein identifying the throttle condition comprises the power controller determining that a total current consumption of a processor of the apparatus exceeds a given threshold, and sending a throttle signal to the IP circuits. a plurality of intellectual property, IP, circuits , each of the plurality of IP circuits including a configuration register to store a dynamic current budget; and a power controller coupled to the plurality of IP circuits , the power controller including a dynamic current sharing control circuit configured to receive current throttling hint information regarding a workload to be executed on at least some of the plurality of IP circuits , said current throttling hint information including priority information for the IP circuits ; determine resolved throttle values for the IP circuits , based on the throttling hint information; generate a dynamic maximum current budget for each of the plurality of IP circuits based at least in part on the respective resolved throttle value; and send the dynamic maximum current budgets to the IP circuits ; wherein each of the IP circuits is configured to control its operation independent of its respective dynamic maximum current budget, and is further configured to control its operation to be maintained equal to or lower than its respective dynamic maximum current budget when a throttle condition is identified, wherein identifying the throttle condition comprises the power controller determining that a total current consumption of a processor of the apparatus exceeds a given threshold, and sending a throttle signal to the IP circuits.
Method for operating a wireless communication device configured to operate in a cellular network comprising a plurality of base stations, the wireless communication device operating in association with a first base station , the method comprising the steps for the wireless communication device of: - determining further suitable base stations, in case at least one suitable second base station different from the first base station is found, - checking if cell identifier of the second base station is listed in a neighbor cell list received from the first base station, and - checking signaling power of the second base station, - rating the second base station as fake base station in case measured signaling power is significantly higher than the signaling power of the first base station, and the cell identifier of the second base station is not listed in said neighbor cell list, - increasing the rating of the second base station as fake base station in case of receiving with a set of system information blocks from the second base station an empty neighbor cell list, in case of the rating of the second base station as fake base station is above a predetermined threshold: - discarding the second base station from a list of suitable base stations. - determining further suitable base stations, in case at least one suitable second base station different from the first base station is found, - checking if cell identifier of the second base station is listed in a neighbor cell list received from the first base station, and - checking signaling power of the second base station, - rating the second base station as fake base station in case measured signaling power is significantly higher than the signaling power of the first base station, and the cell identifier of the second base station is not listed in said neighbor cell list, - increasing the rating of the second base station as fake base station in case of receiving with a set of system information blocks from the second base station an empty neighbor cell list, - discarding the second base station from a list of suitable base stations.
A method for making a leather laminate comprising i. providing a piece of natural leather having a first side and a second side; ii. laminating a reinforcing fabric comprising high strength fibres to the first side of the piece of natural leather to provide a leather laminate comprising, in order, the reinforcing fabric, an adhesive and the piece of leather; and iii. exposing the leather laminate to water and dry milling the leather laminate to form a milled leather laminate, wherein the fibres of the reinforcing fabric have an ultimate tensile strength of above 1500 MPa when measured according to ASTM D3822. i. providing a piece of natural leather having a first side and a second side; ii. laminating a reinforcing fabric comprising high strength fibres to the first side of the piece of natural leather to provide a leather laminate comprising, in order, the reinforcing fabric, an adhesive and the piece of leather; and iii. exposing the leather laminate to water and dry milling the leather laminate to form a milled leather laminate, wherein the fibres of the reinforcing fabric have an ultimate tensile strength of above 1500 MPa when measured according to ASTM D3822.
Teeth cleaning device for the simultaneous cleaning of multiple, preferably all of a user's teeth, comprising: a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; a drive device having a fastener ; and a coupling section including two arms and a connecting section for the drive device , wherein the mouth inserts are respectively connected to an arm of the coupling section and wherein the connecting section for the drive device connected to the drive device via the fastener thereof, characterized in that the arms of the coupling section that are connected to the mouth inserts respectively include at least one spring section . a mouth insert for the user's upper jaw and a mouth insert for the user's lower jaw; a drive device having a fastener ; and a coupling section including two arms and a connecting section for the drive device , wherein the mouth inserts are respectively connected to an arm of the coupling section and wherein the connecting section for the drive device connected to the drive device via the fastener thereof, characterized in that the arms of the coupling section that are connected to the mouth inserts respectively include at least one spring section .
An electroanalytical method for predicting the oxidability of a wine or a grape must, comprising the steps of (a) recording an electrochemical signal of a sample of the wine or grape must; (b) comparing an electrochemical signature of the electrochemical signal obtained in step a) with reference electrochemical signatures obtained from wines or grape musts with known oxidability; and (c) predicting the oxidability of the sample tested based on the comparison performed in step b), wherein the electrochemical signal is a processed electrochemical signal in which the primary signal is modulated by applying thereto a mathematical treatment based on a virtual electrochemical titration; wherein the comparison of the electrochemical signatures in step b) is performed by comparing the area beneath the curve of the processed electrochemical signal. (a) recording an electrochemical signal of a sample of the wine or grape must; (b) comparing an electrochemical signature of the electrochemical signal obtained in step a) with reference electrochemical signatures obtained from wines or grape musts with known oxidability; and (c) predicting the oxidability of the sample tested based on the comparison performed in step b), wherein
An apparatus comprising: means for determining, by a first user device of a first user group, that a first wireless channel of a device-to-device, D2D, wireless network is occupied by another user of the first user group; means for obtaining, by the first user device via an intra-group contention window, the first wireless channel for at least one subsequent user holding period; means for determining , by the first user device of the first user group, that a second wireless channel of a device-to-device, D2D, wireless network is free or unoccupied; means for obtaining, by the first user device via an inter-group contention window, the second wireless channel for a group channel holding period for the first user group, and means for controlling sending, by the first user device via the wireless channel during the group channel holding period, channel status information indicating that the first and/or second wireless channel is busy or occupied and, when the second wireless channel is obtained, information indicating that the first user group is occupying the second wireless channel. means for determining, by a first user device of a first user group, that a first wireless channel of a device-to-device, D2D, wireless network is occupied by another user of the first user group; means for obtaining, by the first user device via an intra-group contention window, the first wireless channel for at least one subsequent user holding period; means for determining , by the first user device of the first user group, that a second wireless channel of a device-to-device, D2D, wireless network is free or unoccupied; means for obtaining, by the first user device via an inter-group contention window, the second wireless channel for a group channel holding period for the first user group, and means for controlling sending, by the first user device via the wireless channel during the group channel holding period, channel status information indicating that the first and/or second wireless channel is busy or occupied and, when the second wireless channel is obtained, information indicating that the first user group is occupying the second wireless channel.
Device that has an individual emergency switch-off function and that comprises: an energy source for providing electrical energy, a load , which can be supplied with energy via the energy source , a first switch , which is arranged between the energy source and the load and which, in the open state, interrupts the supply of energy to the load , a second switch , which is arranged downstream of the first switch between the energy source and the load and which, in the open state, interrupts the supply of energy to the load , and a logic unit , which is configured to actuate the first switch and the second switch , wherein the logic unit is additionally configured: to open the second switch in the event of an emergency switch-off request in order to separate the load from the energy source and to check whether opening the second witch has led to a separation of the energy source from the load and, if not, to open the first switch , characterised in that at least one further load is connected to the energy source via a branch disposed downstream of first switch and upstream of the second switch , wherein the further load has a further switch, which controls the power supply to the further load independently of the first switch , and the further switch is controllable by the logic unit. an energy source for providing electrical energy, a load , which can be supplied with energy via the energy source , a first switch , which is arranged between the energy source and the load and which, in the open state, interrupts the supply of energy to the load , a second switch , which is arranged downstream of the first switch between the energy source and the load and which, in the open state, interrupts the supply of energy to the load , and a logic unit , which is configured to actuate the first switch and the second switch , wherein the logic unit is additionally configured: to open the second switch in the event of an emergency switch-off request in order to separate the load from the energy source and to check whether opening the second witch has led to a separation of the energy source from the load and, if not, to open the first switch , characterised in that at least one further load is connected to the energy source via a branch disposed downstream of first switch and upstream of the second switch , wherein the further load has a further switch, which controls the power supply to the further load independently of the first switch , and the further switch is controllable by the logic unit. to open the second switch in the event of an emergency switch-off request in order to separate the load from the energy source and to check whether opening the second witch has led to a separation of the energy source from the load and, if not, to open the first switch , characterised in that at least one further load is connected to the energy source via a branch disposed downstream of first switch and upstream of the second switch , wherein the further load has a further switch, which controls the power supply to the further load independently of the first switch , and the further switch is controllable by the logic unit.
A damper pin for damping adj acent turbine blades coupled to a rotor shaft , the damper pin comprising: a first end portion axially aligned with and axially spaced from a second end portion ; a spring member that extends axially from an inner surface of the first end portion to an inner surface of the second end portion , wherein the first end portion , the spring member and the second end portion define a generally arcuate top portion of the damper pin configured to be disposed within a groove defined between the adjacent turbine blades and to contact with the groove ; characterized in that the damper pin further comprises a retention pin coaxially aligned with and disposed between the first end portion and the second end portion , wherein the spring member extends circumferentially around the retention pin . a spring member that extends axially from an inner surface of the first end portion to an inner surface of the second end portion , wherein the first end portion , the spring member and the second end portion define a generally arcuate top portion of the damper pin configured to be disposed within a groove defined between the adjacent turbine blades and to contact with the groove ; characterized in that the damper pin further comprises a retention pin coaxially aligned with and disposed between the first end portion and the second end portion , wherein the spring member extends circumferentially around the retention pin .
A sheet discharging apparatus comprising: an apparatus body ; a discharge member provided in the apparatus body and configured to discharge a sheet; a movable tray movable with respect to the apparatus body and including a sheet supporting surface configured to support the sheet discharged by the discharge member ; a movable member provided in the movable tray and configured to move by being pressed by the sheet supported on the sheet supporting surface ; and a detecting portion provided in the apparatus body and configured to detect a presence of the sheet supported on the sheet supporting surface in response to a position of the movable member , characterized in that the apparatus body includes an alignment reference wall configured to abut with an end portion of the sheet supported on the sheet supporting surface and align the sheet, wherein the movable member includes a sheet abutment portion abuttable with the sheet supported on the sheet supporting surface , and an extension portion extending toward the alignment reference wall , wherein the sheet abutment portion is movable between a first position where the sheet abutment portion projects above the sheet supporting surface and a second position where a level of the sheet abutment portion is lower than a level of the sheet supporting surface , wherein the alignment reference wall is provided with an opening portion through which the extension portion extends into the apparatus body , and wherein the detecting portion is configured to detect a position of the movable member by detecting the extension portion . an apparatus body ; a discharge member provided in the apparatus body and configured to discharge a sheet; a movable tray movable with respect to the apparatus body and including a sheet supporting surface configured to support the sheet discharged by the discharge member ; a movable member provided in the movable tray and configured to move by being pressed by the sheet supported on the sheet supporting surface ; and a detecting portion provided in the apparatus body and configured to detect a presence of the sheet supported on the sheet supporting surface in response to a position of the movable member , characterized in that the apparatus body includes an alignment reference wall configured to abut with an end portion of the sheet supported on the sheet supporting surface and align the sheet, wherein the movable member includes a sheet abutment portion abuttable with the sheet supported on the sheet supporting surface , and an extension portion extending toward the alignment reference wall , wherein the sheet abutment portion is movable between a first position where the sheet abutment portion projects above the sheet supporting surface and a second position where a level of the sheet abutment portion is lower than a level of the sheet supporting surface , wherein the alignment reference wall is provided with an opening portion through which the extension portion extends into the apparatus body , and wherein the detecting portion is configured to detect a position of the movable member by detecting the extension portion .
A method for hot-dip galvanizing a component , wherein the component is immersed by means of a carrying and/or holding means in a galvanizing bath filled with a molten zinc , wherein the carrying and/or holding means is at least substantially together with the component at least in some regions immersed in the molten zinc and removed again after the hot-dip galvanizing process, wherein the carrying and/or holding means is provided at least in some regions with a galvanization-resistant and/or galvanization-inert coating , wherein the galvanization-resistant and/or galvanization-inert coating comprises or is formed from at least one silicon/oxygen composite, and wherein the coating of the carrying and/or holding means is obtainable by heat treatment of a polysiloxane-containing source material.
A fluid control valve comprising: a cover portion with a first inner surface; a body portion with a second inner surface, the body portion including an elongated seat member substantially aligned along a plane perpendicular to a flow axis of the fluid control valve, the first and second inner surfaces defining a chamber when the cover portion and the body portion are joined, the chamber including an inlet and an outlet in communication with the chamber; and a diaphragm disposed between the cover portion and the body portion, the diaphragm including a flexible member disposed in the chamber and having a first position in which the flexible member is inverted to define a passageway to permit communication between the inlet and the outlet and a second position to prevent fluid communication between the inlet and the outlet, wherein an upper surface of the flexible member has a substantially smooth wall portion and, when the flexible member is inverted, an entirety of the upper surface conforms to the inner surface of the cover portion, and the substantially smooth wall portion circumscribes a central portion, wherein a lower surface of the flexible member and the elongated seat member have corresponding radius of curvatures such that the flexible member conforms to and seals against the elongated seat member when the flexible member is in the second position, characterized in that a thickness of the central portion increases in a radial direction from the substantially smooth wall portion to a center of the central portion such that the upper surface is flat along the central portion . a cover portion with a first inner surface; a body portion with a second inner surface, the body portion including an elongated seat member substantially aligned along a plane perpendicular to a flow axis of the fluid control valve, the first and second inner surfaces defining a chamber when the cover portion and the body portion are joined, the chamber including an inlet and an outlet in communication with the chamber; and a diaphragm disposed between the cover portion and the body portion, the diaphragm including a flexible member disposed in the chamber and having a first position in which the flexible member is inverted to define a passageway to permit communication between the inlet and the outlet and a second position to prevent fluid communication between the inlet and the outlet, wherein an upper surface of the flexible member has a substantially smooth wall portion and, when the flexible member is inverted, an entirety of the upper surface conforms to the inner surface of the cover portion, and the substantially smooth wall portion circumscribes a central portion, wherein a lower surface of the flexible member and the elongated seat member have corresponding radius of curvatures such that the flexible member conforms to and seals against the elongated seat member when the flexible member is in the second position, characterized in that a thickness of the central portion increases in a radial direction from the substantially smooth wall portion to a center of the central portion such that the upper surface is flat along the central portion .
Ferrite particles, wherein the ferrite particles are composed of a single crystalline body having an average particle size of 1 to 2000 nm, are Mn-based ferrite particles having a spherical particle shape, and have a saturation magnetisation of 45 to 95 Am 2 /kg; characterised in that the ferrite particles contain Mn in a content of 1 to 23% by weight, Fe in a content of 58 to 65% by weight and contain no metal components other than Fe and Mn except for inevitable impurities.