mhurhangee/ep-ind-claims huggingface dataset:
A method of detecting battery degradation level, comprising: detecting a ΔSOC being a residual capacity change for one charging period from the start of charging until charging is stopped of a battery being charged or one discharging period from the start of discharge until discharge is stopped of the battery being discharged; determining weighting factors that establish degradation level according to the value of ΔSOC, the weighting factors being pre-stored in memory; and detecting the battery degradation level from the weighting factors. detecting a ΔSOC being a residual capacity change for one charging period from the start of charging until charging is stopped of a battery being charged or one discharging period from the start of discharge until discharge is stopped of the battery being discharged; determining weighting factors that establish degradation level according to the value of ΔSOC, the weighting factors being pre-stored in memory; and detecting the battery degradation level from the weighting factors.
A bat including a handle and a ball-striking head for striking resilient balls having smooth outer surfaces, the ball-striking head comprising a pair of spaced apart outer lattices which define rigid, unstressed ball-striking surfaces (18, 20) of the bat, each lattice including a distributed and connected network of alternating nodal areas and relatively larger unobstructed openings, wherein the lattices are interconnected by a plurality of discrete internal struts spanning the lattices, the bat being characterised in that each nodal area comprises a web having an irregular outer surface for reducing unpleasant noise generated when such balls are struck by the ball-striking head.
A lancet device comprising: a lancet structure comprising a puncturing element; a housing comprising a rear housing portion and a forward housing portion longitudinally movable with respect to each other; and a lancet retention member (80,82) for maintaining the puncturing element within the housing; wherein longitudinal movement of the rear housing portion with respect to the forward housing portion causes the lancet structure to move substantially in conjunction with the rear housing portion, thereby causing exposure of the puncturing element through the forward housing portion; wherein upon continued longitudinal movement of the rear housing portion with respect to the forward housing portion, the rear housing portion disengages from the lancet structure and the lancet retention member (80,82) exerts a biasing force for biasing the puncturing element away from the forward end of the housing and retracts the puncturing element within the forward housing portion; characterized in that the rear housing portion includes a locking structure for locking engagement with the forward housing portion as a result of the longitudinal movement, thereby preventing re-exposure of the puncturing element through the forward housing portion. a lancet structure comprising a puncturing element; a housing comprising a rear housing portion and a forward housing portion longitudinally movable with respect to each other; and a lancet retention member (80,82) for maintaining the puncturing element within the housing;
A cell handover method, comprising: sending, by a source eNB, a handover request to a target eNB, wherein the handover request comprises a context of a current serving small node, a context of user equipment, UE, and an offloading indication, enabling the target eNB to use the current serving small node as a user plane serving node after the UE is handed over, and to use the target eNB as a control plane serving node after the UE is handed over; receiving, by the source eNB, a handover request acknowledgement sent by the target eNB, wherein the handover request acknowledgement comprises radio resource control, RRC, reconfiguration information of the UE and offloading configuration information of the current serving small node, and the handover request acknowledgement is sent after the target eNB determines that the UE can be handed over, that the current serving small node can serve as the user plane serving node after the UE is handed over, and that the target eNB can serve as the control plane serving node after the UE is handed over; and sending, by the source eNB, the offloading configuration information of the current serving small node to the current serving small node for maintaining transmission of user plane data in the current serving small node, and sending, by the source eNB, the RRC reconfiguration information of the UE to the UE, to perform offloading configuration separately by the current serving small node and by the UE. sending, by a source eNB, a handover request to a target eNB, wherein the handover request comprises a context of a current serving small node, a context of user equipment, UE, and an offloading indication, enabling the target eNB to use the current serving small node as a user plane serving node after the UE is handed over, and to use the target eNB as a control plane serving node after the UE is handed over; receiving, by the source eNB, a handover request acknowledgement sent by the target eNB, wherein the handover request acknowledgement comprises radio resource control, RRC, reconfiguration information of the UE and offloading configuration information of the current serving small node, and the handover request acknowledgement is sent after the target eNB determines that the UE can be handed over, that the current serving small node can serve as the user plane serving node after the UE is handed over, and that the target eNB can serve as the control plane serving node after the UE is handed over; and sending, by the source eNB, the offloading configuration information of the current serving small node to the current serving small node for maintaining transmission of user plane data in the current serving small node, and sending, by the source eNB, the RRC reconfiguration information of the UE to the UE, to perform offloading configuration separately by the current serving small node and by the UE.
A method of making transfer apparatus for orthodontic indirect bonding comprising: obtaining a replica of the patient's dental arch; obtaining a set of digital data representing a virtual model of the patient's dentition, the digital data including a shape of a patient's dental arch; determining a location for each of a plurality of orthodontic appliances on the dental arch; creating a virtual spacer comprising a plurality of cavities, wherein each cavity of the plurality of cavities has a shape adapted to complementally receive one corresponding orthodontic appliance of the plurality of orthodontic appliances and is positioned within the virtual spacer in a location that corresponds to the determined location of the corresponding orthodontic appliance; making a physical spacer including physical cavities corresponding to the plurality of cavities in the virtual spacer in a rapid prototyping process; applying the physical spacer to the replica such that the physical spacer matches the shape of the replica; forming a tray over the physical spacer; and detaching the tray from the physical spacer with the physical spacer still attached to the replica. obtaining a replica of the patient's dental arch; obtaining a set of digital data representing a virtual model of the patient's dentition, the digital data including a shape of a patient's dental arch; determining a location for each of a plurality of orthodontic appliances on the dental arch; creating a virtual spacer comprising a plurality of cavities, wherein each cavity of the plurality of cavities has a shape adapted to complementally receive one corresponding orthodontic appliance of the plurality of orthodontic appliances and is positioned within the virtual spacer in a location that corresponds to the determined location of the corresponding orthodontic appliance; making a physical spacer including physical cavities corresponding to the plurality of cavities in the virtual spacer in a rapid prototyping process; applying the physical spacer to the replica such that the physical spacer matches the shape of the replica; forming a tray over the physical spacer; and detaching the tray from the physical spacer with the physical spacer still attached to the replica.
A mold apparatus including a core portion comprising a core surface, a first induction coil, and an inner core, and wherein the core portion has a core portion mass; preferably wherein the inner core comprises ceramic; and a cavity portion comprising a second induction coil and a cavity surface, and wherein the cavity portion has a cavity portion mass; the inner core comprises a non-magnetic material, the core surface comprises a magnetic material, and a density of the non-magnetic material is less than a density of the magnetic material; the mold apparatus characterized in that the core portion mass and the cavity portion mass differ by less than or equal to than 5%.
A cartridge-in-chamber detection system for firearms which comprises at least one electrical contact (1, 114, 210) which is connected by a sensor circuit to a microprocessor (3, 103, 203), wherein the at least one electrical contact (1, 114, 210) is in electrical contact with a cartridge when said cartridge is in the chamber, both elements, cartridge and the at least one electrical contact (1, 114, 210), and consequently the metal parts of the weapon (5, 11, 101, 102, 206, 217) which are in physical contact with the cartridge, being electrically connected, and where the microprocessor (3, 103, 203), through the sensor circuit, detects the capacitive variation between the situation in which the at least one electrical contact (1, 114, 210) is electrically connected to at least the metal parts of the weapon (5, 11, 101, 102, 206, 217) and the cartridge, and the situation in which the at least one electrical contact (1, 114, 210) is not electrically connected to at least the metal parts of the weapon (5, 11, 101, 102, 206, 217) and the cartridge, thus making it possible to determine the presence or absence of the cartridge in the chamber respectively.
A composite/metal joint comprising: a composite member having a first aperture; a metallic member disposed adjacent to the composite member, the metallic member having a second aperture coaxially aligned with the first aperture; a cylindrical liner extending longitudinally from a first end to a second end, the cylindrical liner having a cylindrical outer liner surface and a longitudinally extending third aperture coaxial with the first and second apertures (28, 30) and defined by an inner liner surface, the cylindrical liner disposed in the first and second apertures (28, 30) with the outer liner surface adjacent to aperture walls of the first and second apertures (28, 30); and a fastener disposed through the third aperture of the cylindrical liner and configured to attach the metallic member to the composite member, wherein an outer surface of the fastener is in direct contact with the inner liner surface; characterized in that the cylindrical liner has a plurality of grooves intersecting the outer liner surface. a composite member having a first aperture; a metallic member disposed adjacent to the composite member, the metallic member having a second aperture coaxially aligned with the first aperture; a cylindrical liner extending longitudinally from a first end to a second end, the cylindrical liner having a cylindrical outer liner surface and a longitudinally extending third aperture coaxial with the first and second apertures (28, 30) and defined by an inner liner surface, the cylindrical liner disposed in the first and second apertures (28, 30) with the outer liner surface adjacent to aperture walls of the first and second apertures (28, 30); and a fastener disposed through the third aperture of the cylindrical liner and configured to attach the metallic member to the composite member, wherein an outer surface of the fastener is in direct contact with the inner liner surface;
A system for providing protection for devices on a common bus, the system comprising an input port for connection to an unsecured device, said input port arranged to receive a message destined for a target device coupled to the common bus, from said unsecured device, a bus control device (40, 200, 300, 400) arranged between said input port and the common bus, said bus control device arranged to: produce a notification message responsive to said received message, said notification message comprising information about said received message and different from said received message, by changing at least one bit in an identification field of said received message, wherein the identification field serves to identify a message target of said received message, ensuring that an intrusion detection device coupled to the common bus is the target of said notification message and no other devices coupled to the common bus will react to said notification message; and output said notification message onto the common bus, and an intrusion detection device coupled to the common bus, said intrusion detection device arranged to receive said notification message over the common bus and determine the validity of said received message based on said received notification message. produce a notification message responsive to said received message, said notification message comprising information about said received message and different from said received message, by changing at least one bit in an identification field of said received message, wherein the identification field serves to identify a message target of said received message, ensuring that an intrusion detection device coupled to the common bus is the target of said notification message and no other devices coupled to the common bus will react to said notification message; and output said notification message onto the common bus, and an intrusion detection device coupled to the common bus, said intrusion detection device arranged to receive said notification message over the common bus and determine the validity of said received message based on said received notification message.
A dimmer comprising: - only two connection terminals (2A, 2B), comprising an input terminal for connecting to a local electricity network and an output terminal for connecting to an electrical load; - a power unit that is interposed between said connection terminals (2A, 2B) to cut off periodically a fraction of the voltage delivered to said output terminal; - a driver unit adapted to control said power unit to modify the cutoff duration of the voltage delivered to said outlet terminal; and - a synchronizer unit for synchronizing the driver unit; the dimmer being characterized in that said synchronizer unit comprises: - a non-stabilized stage that is adapted to deliver a non-stabilized synchronization signal that is synchronized on the voltage applied to said input terminal; - a stabilized stage comprising a buffer filter followed by a stabilizer filter, which stabilizer stage is adapted to deliver a periodic stabilized synchronization signal, synchronized on the voltage that is applied to said input terminal and that is then filtered by said buffer filter and stabilizer filter; and - a selector stage for selecting one or the other of said stabilized and non-stabilized synchronization signals (S6, S3). - only two connection terminals (2A, 2B), comprising an input terminal for connecting to a local electricity network and an output terminal for connecting to an electrical load; - a power unit that is interposed between said connection terminals (2A, 2B) to cut off periodically a fraction of the voltage delivered to said output terminal; - a driver unit adapted to control said power unit to modify the cutoff duration of the voltage delivered to said outlet terminal; and - a synchronizer unit for synchronizing the driver unit; - a non-stabilized stage that is adapted to deliver a non-stabilized synchronization signal that is synchronized on the voltage applied to said input terminal; - a stabilized stage comprising a buffer filter followed by a stabilizer filter, which stabilizer stage is adapted to deliver a periodic stabilized synchronization signal, synchronized on the voltage that is applied to said input terminal and that is then filtered by said buffer filter and stabilizer filter; and - a selector stage for selecting one or the other of said stabilized and non-stabilized synchronization signals (S6, S3).
Rotor of a rotary-wing aircraft comprising: - at least two blades, - a hub driving in rotation said blades about an axis of rotation, and - a plurality of drag dampers, each drag damper comprising at least one elastic articulated connection connecting said drag damper to a blade, said elastic articulated connection comprising: • an elastic ball joint connected to said drag damper, said elastic ball joint comprising a preferred direction of rotation, • a clevis secured to said blade, • a rod comprising an axis of revolution, said rod being assembled in said clevis and said elastic ball joint, said axis of revolution of said rod being according to said preferred direction of said elastic ball joint, said axis of revolution of said rod being positioned in a plane perpendicular to said axis of said hub, the rotor being characterised in that said rod is connected by a first connection by embedding to said clevis and by a second connection by embedding to said elastic ball joint. - at least two blades, - a hub driving in rotation said blades about an axis of rotation, and - a plurality of drag dampers, each drag damper comprising at least one elastic articulated connection connecting said drag damper to a blade, said elastic articulated connection comprising: • an elastic ball joint connected to said drag damper, said elastic ball joint comprising a preferred direction of rotation, • a clevis secured to said blade, • a rod comprising an axis of revolution, said rod being assembled in said clevis and said elastic ball joint, said axis of revolution of said rod being according to said preferred direction of said elastic ball joint, • an elastic ball joint connected to said drag damper, said elastic ball joint comprising a preferred direction of rotation, • a clevis secured to said blade, • a rod comprising an axis of revolution, said rod being assembled in said clevis and said elastic ball joint, said axis of revolution of said rod being according to said preferred direction of said elastic ball joint,
Decorative element intended to cover an articulated hinge disposed between two successive links of a wristband or bracelet, wherein said decorative element forms a shell that extends in a transverse direction and includes at each end a front wall (14a, 14b) extended towards the centre of said shell by a tubular portion, wherein at least one of the front walls (14a, 14b) includes at least one axial orifice (16a, 16b), wherein said shell includes between the two tubular portions (18a, 18b) a hollow that extends in the transverse direction so as to define a bottom located beneath a plane tangent to the axial orifice (18a, 18b) and parallel to the transverse direction, characterized in that the element further includes a bearing (20a, 20b) added in a removable manner formed of a pierced block fitted in each of the tubular portions (16a 16b) so that the at least one pierced hole (22a, 22b) of each block is aligned with said at least one orifice (18a, 18b), in that the tubular portions are open inwards and in that the added bearings (20a, 20b) do not extend beyond the tubular portions (16a, 16b).
A camera device, comprising: a camera lens; a mounting member for mounting the camera lens, a rotation axis of the mounting member being perpendicular to an axial direction of the camera lens; the mounting member having a magnet (3a, 3b) disposed thereon, the magnet (3a, 3b) located at a side of the rotation axis of the mounting member; a supporting member having an electromagnet (4a, 4b) disposed thereon, and an axis of the electromagnet (4a, 4b) being perpendicular to the rotation axis of the mounting member; the magnet (3a, 3b) located at one end of the axis of the electromagnet (4a, 4b); and a protective barrel connected to the supporting member, the mounting member disposed inside the protective barrel and pivotably connected to the protective barrel, an orientation of magnetic poles of the magnet (3a, 3b) is parallel to the axial direction of the camera lens, characterized in that the supporting member has a positioning structure disposed thereon for fixing relative positions of the supporting member and the mounting member, wherein the positioning structure comprises an elastic sheet, the elastic sheet is disposed away from the rotation axis of the mounting member as compared to the electromagnet (4a, 4b), one end of the elastic sheet is fastened to the supporting member and the other end has a bump disposed thereon, the mounting member has a slot disposed thereon, and the bump is abutted on the slot. a camera lens; a mounting member for mounting the camera lens, a rotation axis of the mounting member being perpendicular to an axial direction of the camera lens; the mounting member having a magnet (3a, 3b) disposed thereon, the magnet (3a, 3b) located at a side of the rotation axis of the mounting member; a supporting member having an electromagnet (4a, 4b) disposed thereon, and an axis of the electromagnet (4a, 4b) being perpendicular to the rotation axis of the mounting member; the magnet (3a, 3b) located at one end of the axis of the electromagnet (4a, 4b); and a protective barrel connected to the supporting member, the mounting member disposed inside the protective barrel and pivotably connected to the protective barrel, an orientation of magnetic poles of the magnet (3a, 3b) is parallel to the axial direction of the camera lens, characterized in that the supporting member has a positioning structure disposed thereon for fixing relative positions of the supporting member and the mounting member, wherein the positioning structure comprises an elastic sheet, the elastic sheet is disposed away from the rotation axis of the mounting member as compared to the electromagnet (4a, 4b), one end of the elastic sheet is fastened to the supporting member and the other end has a bump disposed thereon, the mounting member has a slot disposed thereon, and the bump is abutted on the slot.