mhurhangee/ep-ind-claims huggingface dataset:
A method for verifying measurements obtained from a hall effect sensor in a hall effect sensor system, the method comprising: exciting the hall effect sensor with an excitation current having a first value (I ext1); obtaining a first measurement corresponding to a voltage output (V hall) of the hall effect sensor when the hall effect sensor is excited with the excitation current having the first value (I ext1); exciting the hall effect sensor with the excitation current having a second value (I ext2), the second value (I ext2) being different than the first value (I ext1); obtaining a second measurement corresponding to a voltage output (V hall) of the hall effect sensor when the hall effect sensor is excited with the excitation current having the second value (I ext2); verifying operation of the hall effect sensor based at least on the first measurement and the second measurement; characterized in that the method further comprises: detecting, by a microprocessor unit of the hall effect sensor system, faults or malfunctions within an analog front end included in the hall effect sensor system by supplying a reference voltage to the analog front end, and obtaining from the analog front end a measurement corresponding to the reference voltage supplied to the analog front end, said analog front end being configured to receive, condition and digitize the voltage output (V hall) of the hall effect sensor. exciting the hall effect sensor with an excitation current having a first value (I ext1); obtaining a first measurement corresponding to a voltage output (V hall) of the hall effect sensor when the hall effect sensor is excited with the excitation current having the first value (I ext1); exciting the hall effect sensor with the excitation current having a second value (I ext2), the second value (I ext2) being different than the first value (I ext1); obtaining a second measurement corresponding to a voltage output (V hall) of the hall effect sensor when the hall effect sensor is excited with the excitation current having the second value (I ext2); verifying operation of the hall effect sensor based at least on the first measurement and the second measurement; characterized in that the method further comprises: detecting, by a microprocessor unit of the hall effect sensor system, faults or malfunctions within an analog front end included in the hall effect sensor system by supplying a reference voltage to the analog front end, and obtaining from the analog front end a measurement corresponding to the reference voltage supplied to the analog front end, said analog front end being configured to receive, condition and digitize the voltage output (V hall) of the hall effect sensor. detecting, by a microprocessor unit of the hall effect sensor system, faults or malfunctions within an analog front end included in the hall effect sensor system by supplying a reference voltage to the analog front end, and obtaining from the analog front end a measurement corresponding to the reference voltage supplied to the analog front end, said analog front end being configured to receive, condition and digitize the voltage output (V hall) of the hall effect sensor.
A method for wireless communications at a user equipment, UE capable of communicating via first and second radio access technologies, RATs, the method comprising: selecting parameters to indicate capabilities that result in a reduced delay in processing an extended service request, ESR message by a base station of the first RAT, wherein the one or more parameters comprise at least one parameter selected to prevent the ESR message from triggering measurements in the second RAT by the UE indicating that the UE does not support measurements in the second RAT even though the UE is actually capable of said measurements in the second RAT; transmitting a UE capability message with said one or more selected parameters; receiving services via the base station of the first RAT; receiving, via a base station of the second RAT, a paging message targeting the UE; and transmitting the ESR message to the base station of the first RAT to request suspension of context for the UE in the first RAT. selecting parameters to indicate capabilities that result in a reduced delay in processing an extended service request, ESR message by a base station of the first RAT, wherein the one or more parameters comprise at least one parameter selected to prevent the ESR message from triggering measurements in the second RAT by the UE indicating that the UE does not support measurements in the second RAT even though the UE is actually capable of said measurements in the second RAT; transmitting a UE capability message with said one or more selected parameters; receiving services via the base station of the first RAT; receiving, via a base station of the second RAT, a paging message targeting the UE; and transmitting the ESR message to the base station of the first RAT to request suspension of context for the UE in the first RAT.
A firearm training simulator, comprising: a body simulating a firearm; a linear motor attached to the body, the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from the firearm; a trigger operatively connected to the linear motor; and a controller, wherein the controller is programmed to: identify a time versus force diagram of a particular round of ammunition being fired from the firearm to be simulated; and control the linear motor to control movement of the sliding mass to create substantially the same forces over time as in the time versus force diagram by controlling the acceleration versus time of the sliding mass. a body simulating a firearm; a linear motor attached to the body, the linear motor controlling a sliding mass to simulate a recoil pattern of a bullet fired from the firearm; a trigger operatively connected to the linear motor; and a controller, identify a time versus force diagram of a particular round of ammunition being fired from the firearm to be simulated; and control the linear motor to control movement of the sliding mass to create substantially the same forces over time as in the time versus force diagram by controlling the acceleration versus time of the sliding mass.
An intraocular lens formed from a soft, foldable material, comprising: an optic having an anterior optical surface having a first base curvature and a posterior optical surface having a second base curvature, and an optical axis of the optic corresponding to the direction of parallel light rays from a distant object that are focused by the optic, wherein: a diameter of the posterior optical surface perpendicular to the optical axis is greater than a diameter of the anterior optical surface perpendicular to the optical axis, such that an outer edge surrounding the optic extending between the anterior optical surface and the posterior optical surface and intersecting each surface at a respective corner faces outwardly from the optical axis; the first and second base curvatures collectively define an optical power of the optic; and characterized in that the outer edge is a continuously curving outer edge having a constant radius of curvature and that does not include any tangents parallel to the optical axis either along its length or at the intersection of the outer edge with either the anterior or posterior surface of the optic. a diameter of the posterior optical surface perpendicular to the optical axis is greater than a diameter of the anterior optical surface perpendicular to the optical axis, such that an outer edge surrounding the optic extending between the anterior optical surface and the posterior optical surface and intersecting each surface at a respective corner faces outwardly from the optical axis; the first and second base curvatures collectively define an optical power of the optic; and characterized in that the outer edge is a continuously curving outer edge having a constant radius of curvature and that does not include any tangents parallel to the optical axis either along its length or at the intersection of the outer edge with either the anterior or posterior surface of the optic.
A magnesium alloy comprising, in % by mass, 1.0 to 2.0% of Zn, 0.05 to 0.80% of Zr, 0.05 to 0.40% of Mn, optionally 0.005% or more and less than 0.20% of Ca, and the balance consisting of Mg and unavoidable impurities, wherein a total content of the unavoidable impurities is 30 ppm or less, and wherein the magnesium alloy has a microstructure in which fine Zr-bearing precipitates are dispersed in an alloy composed of single-phase solid solution. wherein a total content of the unavoidable impurities is 30 ppm or less, and wherein the magnesium alloy has a microstructure in which fine Zr-bearing precipitates are dispersed in an alloy composed of single-phase solid solution.
Tank for an oil, having a tank chamber for storing the oil, wherein the tank chamber has a return opening and an intake opening for the oil, wherein the tank chamber is of U-shaped design with a first chamber limb (56; 82) and with a second chamber limb (58; 84), which are connected via a transverse chamber limb (66; 86) of the tank chamber, wherein the return opening is connected to the first chamber limb (56; 82) and the intake opening is connected to the second chamber limb (58; 84), and wherein the limbs (56; 82, 58; 84, 66; 86) are arranged horizontally, wherein the transverse chamber limb (66; 86) is delimited by two outer-wall portions (16, 18; 88, 90) of an outer side wall, wherein one outer-wall portion (16; 88) is arranged adjacent to the first chamber limb (56; 82) and the further outer-wall portion (18; 90) is arranged adjacent to the second chamber limb (58; 84), characterized in that at least one of the outer-wall portions (16, 18; 88, 90), when seen in cross section, extends obliquely in relation to a longitudinal axis of the adjacent chamber limb (56; 82, 58; 84) in such a way that the tank has a bevelled corner for diverting the flow of the oil from the first chamber limb (56; 82) into the second chamber limb (58; 84).
Chair comprising: - a framework supporting a seating plane and a backrest configured to define a seating area; - a headrest associated to said backrest through at least one hinge unit configured to allow the rotation of said headrest with respect to said backrest and to define: - an operating configuration wherein said headrest is arranged projecting from the upper part of said backrest with respect to which it is arranged resting and with respect to which it is aligned and substantially coplanar; - an inoperative configuration wherein said headrest is arranged substantially parallel to and facing said backrest on the opposite side of said seating area, characterised in that said hinge unit comprises at least one cylindrical bushing rotatably associated to the upper part of the frame which delimits said backrest and at least one projecting rod belonging to said headrest configured to be slidably inserted in a through opening present in a corresponding cylindrical bushing. - a framework supporting a seating plane and a backrest configured to define a seating area; - a headrest associated to said backrest through at least one hinge unit configured to allow the rotation of said headrest with respect to said backrest and to define: - an operating configuration wherein said headrest is arranged projecting from the upper part of said backrest with respect to which it is arranged resting and with respect to which it is aligned and substantially coplanar; - an inoperative configuration wherein said headrest is arranged substantially parallel to and facing said backrest on the opposite side of said seating area, - an operating configuration wherein said headrest is arranged projecting from the upper part of said backrest with respect to which it is arranged resting and with respect to which it is aligned and substantially coplanar; - an inoperative configuration wherein said headrest is arranged substantially parallel to and facing said backrest on the opposite side of said seating area,
A fuel cell stack system, comprising: a fuel cell stack that comprises a plurality of laminated power generating cells, and power collecting plates that sandwich both outermost power generating cells; electric wires connected to the power collecting plates; an electric load connected to the power collecting plates via the electric wires and configured to be activated by electric power that is supplied from the cell stack, and a cell voltage monitor case that is superimposed on the fuel cell stack and houses a cell voltage monitor for monitoring a voltage of each of the power generating cells, wherein the electric wires are connected to the power collecting plates in a direction other than a cell laminating direction, and the cell voltage monitor case comprises electric wire insertion spaces that are surrounded by partition walls and are isolated from the cell voltage monitor. a fuel cell stack that comprises a plurality of laminated power generating cells, and power collecting plates that sandwich both outermost power generating cells; electric wires connected to the power collecting plates; an electric load connected to the power collecting plates via the electric wires and configured to be activated by electric power that is supplied from the cell stack, and a cell voltage monitor case that is superimposed on the fuel cell stack and houses a cell voltage monitor for monitoring a voltage of each of the power generating cells, wherein the electric wires are connected to the power collecting plates in a direction other than a cell laminating direction, and the cell voltage monitor case comprises electric wire insertion spaces that are surrounded by partition walls and are isolated from the cell voltage monitor.
A mold for the continuous casting of steel, wherein the mold is delimited by four plate - like side walls, in particular two opposing narrow side walls and two opposite wide side walls, and a mold cavity extending from a mold inlet edge to a mold outlet edge, for the reception of metal melts and the formation of the metal strand, wherein two opposing walls in the edge region dispose each of an inclined surface or chamfer, each from a side wall (4, 5) towards a melt-side surface, so that the corners of the mold are formed with inclined surfaces, or that a formed metal strand is formed with chamfers in the corner areas, characterised in that the angle (α1, α2), which is enclosed by the inclined surfaces (6, 7) and the melt-side surface of the respective wall (1, 2), on which they are arranged, increases from the inlet to the outlet.
A communication method, comprising: sending, by a network device, downlink control information to a terminal device, wherein the downlink control information comprises indication information, and the indication information indicates one of at least one minimum applicable slot offset, minimum K0, that is of a physical downlink shared channel and that is configured for a downlink bandwidth part BWP of the terminal device, and/or the indication information indicates one of at least one minimum applicable slot offset, minimum K2, that is of a physical uplink shared channel and that is configured for an uplink BWP of the terminal device, wherein at least one minimum K0 is configured for at least one downlink BWP of the terminal device, at least one minimum K2 is configured for at least one uplink BWP of the terminal device, and the minimum K0 configured for the downlink BWP and the minimum K2 configured for the uplink BWP are in a one-to-one correspondence in ascending order of indexes. sending, by a network device, downlink control information to a terminal device, wherein the downlink control information comprises indication information, and the indication information indicates one of at least one minimum applicable slot offset, minimum K0, that is of a physical downlink shared channel and that is configured for a downlink bandwidth part BWP of the terminal device, and/or the indication information indicates one of at least one minimum applicable slot offset, minimum K2, that is of a physical uplink shared channel and that is configured for an uplink BWP of the terminal device, wherein at least one minimum K0 is configured for at least one downlink BWP of the terminal device, at least one minimum K2 is configured for at least one uplink BWP of the terminal device, and the minimum K0 configured for the downlink BWP and the minimum K2 configured for the uplink BWP are in a one-to-one correspondence in ascending order of indexes.
A shift control system for a vehicle, the shift control system comprising: at least three sensors (64, 66, 68, 70); a shift operating unit; and an electronic control unit configured to determine a shift position of the shift operating unit based on signals that are respectively output from the at least three sensors (64, 66, 68, 70), characterized in that the electronic control unit is configured to, when the electronic control unit determines that the number of normal sensors, which represent sensors which are not malfunctioning, is two or less among the sensors (64, 66, 68, 70) and a vehicle speed of the vehicle is higher than or equal to a preset vehicle speed threshold (Va), select a shift position kept at the time of the determination, and in that the electronic control unit is configured to, when the electronic control unit determines that the number of normal sensors is two or less among the sensors (64, 66, 68, 70) and the vehicle speed of the vehicle is lower than the vehicle speed threshold (Va), select a neutral position. at least three sensors (64, 66, 68, 70); a shift operating unit; and an electronic control unit configured to determine a shift position of the shift operating unit based on signals that are respectively output from the at least three sensors (64, 66, 68, 70), characterized in that the electronic control unit is configured to, when the electronic control unit determines that the number of normal sensors, which represent sensors which are not malfunctioning, is two or less among the sensors (64, 66, 68, 70) and a vehicle speed of the vehicle is higher than or equal to a preset vehicle speed threshold (Va), select a shift position kept at the time of the determination, and in that the electronic control unit is configured to, when the electronic control unit determines that the number of normal sensors is two or less among the sensors (64, 66, 68, 70) and the vehicle speed of the vehicle is lower than the vehicle speed threshold (Va), select a neutral position.
A composition comprising at least the following: A. 95-99.5 wt% based on the weight of the composition (exclusive of the weight for any additives and/or fillers present) of an olefin-based polymer; B. a polymer formed from at least one monomer comprising at least one hetero-atom, or modified by at least one agent comprising at least one hetero-atom; and C. a polyalkylene block-polyalkylene glycol block polymer. wherein A, B and C are separate and distinct from each other. A. 95-99.5 wt% based on the weight of the composition (exclusive of the weight for any additives and/or fillers present) of an olefin-based polymer; B. a polymer formed from at least one monomer comprising at least one hetero-atom, or modified by at least one agent comprising at least one hetero-atom; and C. a polyalkylene block-polyalkylene glycol block polymer.
A method, performed at an access control server, for selectively granting access to a controlled functionality, the method including: receiving, via networked communications from a mobile device, data indicative of (i); an identifier read by the mobile device using short-range wireless communications, (ii) a mobile device identity and (iii) a direction of motion of the mobile device; determining, based on the data indicative of the direction of motion of the mobile device and the identifier read by the mobile device using short-range wireless communication, a specific access control functionality wherein the specific access control functionality is the unlocking of a specific door; determining, based on at least the data indicative of the mobile device identity, whether or not access to the specific access control functionality is to be granted; and in the case that the specific access control functionality is to be granted, sending a signal to a network location associated with the specific access control functionality, thereby to control a hardware component that is configured to grant access to the specific access control functionality; wherein the specific access control functionality requires that the mobile device is moving towards the door from a predefined direction. receiving, via networked communications from a mobile device, data indicative of (i); an identifier read by the mobile device using short-range wireless communications, (ii) a mobile device identity and (iii) a direction of motion of the mobile device; determining, based on the data indicative of the direction of motion of the mobile device and the identifier read by the mobile device using short-range wireless communication, a specific access control functionality wherein the specific access control functionality is the unlocking of a specific door; determining, based on at least the data indicative of the mobile device identity, whether or not access to the specific access control functionality is to be granted; and in the case that the specific access control functionality is to be granted, sending a signal to a network location associated with the specific access control functionality, thereby to control a hardware component that is configured to grant access to the specific access control functionality; wherein the specific access control functionality requires that the mobile device is moving towards the door from a predefined direction.
A method of installation of at least one elongated element forming part of a wind turbine, in particular a wind turbine tower, having a cylindrical peripheral surface, said installation method comprises at least one operation of moving said at least one elongated element in vertical translation, that is performed by means of an operating device for the controlled tightening and forward displacement of said elongated element, said operating device comprises at least one annular frame that defines a passage for the circulation of said elongated element, along a passage axis ( P') extending vertically, or at least approximately vertically, characterized in that said at least one annular frame carries several guiding cases arranged about said passage axis ( P'), said guiding cases each comprise an elongated support body on which is guided in translation a guiding chain that is driven by at least one motor-driven wheel, said guiding chain, which extends in a plane passing through said passage axis ( P'), includes a front strand extending vertically, or at least approximately vertically, and opposite said passage axis ( P'), to bear against said cylindrical peripheral surface of said elongated element, said at least one operation of moving in vertical translation is obtained by a synchronous displacement, and in a same direction, of said front strands.