mhurhangee/ep-ind-claims huggingface dataset:
Seal housing for a cable lug with - a cable entry extending in a longitudinal direction, and - a dome extending in a transverse direction, transversely to the longitudinal direction, wherein - the cable entry extends in the longitudinal direction towards the dome and terminates in the dome, - the dome has a cable lug receptacle for the cable lug, and - the dome has a through channel extending in a transverse direction, which extends in the transverse direction, on both sides of the cable lug receptacle into a bottom area and a cover region, wherein - the receptacle has latching means for mechanically receiving the cable lug characterized in that - the latching means have an expanding receptacle extending in the transverse direction for an expanding tool exerting a radially outwards directed expanding force onto the latching means, wherein the latching means are pivotable transversely to the longitudinal direction and - in that there is a free space in the cable lug receptacle for receiving the radially outwardly bent latching means when spread. - a cable entry extending in a longitudinal direction, and - a dome extending in a transverse direction, transversely to the longitudinal direction, wherein - the cable entry extends in the longitudinal direction towards the dome and terminates in the dome, - the dome has a cable lug receptacle for the cable lug, and - the dome has a through channel extending in a transverse direction, which extends in the transverse direction, on both sides of the cable lug receptacle into a bottom area and a cover region, wherein - the receptacle has latching means for mechanically receiving the cable lug characterized in that - the latching means have an expanding receptacle extending in the transverse direction for an expanding tool exerting a radially outwards directed expanding force onto the latching means, wherein the latching means are pivotable transversely to the longitudinal direction and - in that there is a free space in the cable lug receptacle for receiving the radially outwardly bent latching means when spread.
A blowout preventer apparatus comprising: a blowout preventer body including: an upper surface a lower surface, opposing ends and opposing sides along the length of the body between the opposing ends; a bore extending from the upper surface to the lower surface through the blowout preventer body; a ram cavity extending transverse to the bore between the opposing ends; external connection flanges; rams positioned within the ram cavity; and bonnet assemblies coupled to ends of the blowout preventer body, wherein the bonnet assemblies include operating pistons coupled to the rams; characterized in that the upper and lower surfaces extend from the bore to the ends where the bonnet assemblies are attached; the external connection flanges protrude from the opposing sides but not from the opposing ends of the body; the upper surface of the blowout preventer body and the lower surface of the blowout preventer body are planar surfaces that include portions of the external connection flanges; and a cross-sectional area bounded by an outer perimeter of the blowout preventer body within a first plane perpendicular to the bore and extending through the external connection flanges is greater than a cross-sectional area bounded by an outer perimeter of the blowout preventer body within a second plane that extends through the ram cavity, but not through the external connection flanges, and is parallel to the first plane. an upper surface a lower surface, opposing ends and opposing sides along the length of the body between the opposing ends; a bore extending from the upper surface to the lower surface through the blowout preventer body; a ram cavity extending transverse to the bore between the opposing ends; external connection flanges; rams positioned within the ram cavity; and bonnet assemblies coupled to ends of the blowout preventer body, wherein the bonnet assemblies include operating pistons coupled to the rams; characterized in that the upper and lower surfaces extend from the bore to the ends where the bonnet assemblies are attached; the external connection flanges protrude from the opposing sides but not from the opposing ends of the body; the upper surface of the blowout preventer body and the lower surface of the blowout preventer body are planar surfaces that include portions of the external connection flanges; and a cross-sectional area bounded by an outer perimeter of the blowout preventer body within a first plane perpendicular to the bore and extending through the external connection flanges is greater than a cross-sectional area bounded by an outer perimeter of the blowout preventer body within a second plane that extends through the ram cavity, but not through the external connection flanges, and is parallel to the first plane.
Lithium silicate glass ceramic which comprises divalent metal oxide selected from MgO, CaO, SrO, BaO, ZnO and mixtures thereof, 67.0 to 79.0 wt.-% SiO 2, at least 12.1 wt.-% Li 2 O, 2.0 to 9.0 wt.-% P 2 O 5, and less than 1.0 wt.-% K 2 O, Na 2 O and mixtures thereof.
A lens moving apparatus comprising: a cover member comprising an upper plate, first and second side plates opposite to each other, and third and fourth side plates disposed between the first and second side plates and opposite to each other; a bobbin disposed in the cover member; a coil disposed on the bobbin; a first magnet disposed between the bobbin and a first side plate of the cover member; a second magnet disposed between the bobbin and a second side plate of the cover member; a circuit board; a position sensor disposed on the circuit board and is conductively connected to the circuit board; and a first capacitor disposed on the circuit board and is conductively connected to the circuit board, characterized in that the circuit board is disposed between the bobbin and the third side plate of the cover member, that the position sensor is configured to detect a displacement of the bobbin in an optical-axis direction, that the position sensor comprises first and second terminals (P1, P2) through which a power signal is supplied, and that the first capacitor is conductively connected in parallel to the first and second terminals (P1, P2) of the position sensor. a cover member comprising an upper plate, first and second side plates opposite to each other, and third and fourth side plates disposed between the first and second side plates and opposite to each other; a bobbin disposed in the cover member; a coil disposed on the bobbin; a first magnet disposed between the bobbin and a first side plate of the cover member; a second magnet disposed between the bobbin and a second side plate of the cover member; a circuit board; a position sensor disposed on the circuit board and is conductively connected to the circuit board; and a first capacitor disposed on the circuit board and is conductively connected to the circuit board, characterized in that the circuit board is disposed between the bobbin and the third side plate of the cover member, that the position sensor is configured to detect a displacement of the bobbin in an optical-axis direction, that the position sensor comprises first and second terminals (P1, P2) through which a power signal is supplied, and that the first capacitor is conductively connected in parallel to the first and second terminals (P1, P2) of the position sensor.
A method of continuously casting a lead alloy strip on an abraded casting surface, which has been abraded with an angular abrading material, on substantially the upper half of a rotatable casting drum from a pool of molten lead alloy comprising: supplying molten lead alloy to a tundish containing a pool of said molten lead alloy at a predetermined temperature and located adjacent a portion of said casting drum, said tundish having an open front in proximity to the abraded casting surface, wherein a graphite lip insert having a floor and opposed sidewalls (64, 66) is attached to the tundish open front, said graphite lip having an open front defined by the lip insert floor and opposed sidewalls cooperating with and commencing at a portion of the abraded casting surface to contain said molten lead alloy in the lip insert, wherein the molten lead alloy is continuously supplied to the pool from a bath of molten lead alloy maintained at a temperature in the range of 575° to 750° F (302°C to 399°C), controlling the height of the surface level of the molten lead alloy in the lip insert to produce a strip of desired thickness, controlling the temperature of the lead alloy in the lip insert at a temperature in the range of about 640° to 750° F (about 338 to 399°C), moving the abraded casting surface upwardly through the pool of molten lead alloy by rotating said drum for depositing the lead alloy thereon, cooling the abraded casting surface of the drum to a temperature in the range of about 100° to 210° F (about 38°C to 99°C) to solidify a strip of lead alloy on substantially the upper half of the rotatable casting drum, and stripping the strip from the abraded casting surface.
Hinge in particular for windows/doors/shutters or furniture pieces, intended to rotatably connect together a panel and a frame, said hinge comprising: - a first hinge element and a second hinge element, and each of which: - is provided with a main extension along an extension axis (T, T'); - is intended to be embedded in a containment space (120, 130) respectively of a panel and of a frame delimited at least by a perimeter wall (121, 131) and by a bottom wall (122, 123); and - is perimetrically delimited by a peripheral edge (21, 31); - articulation means, which rotatably connect said first hinge element and said second hinge element around a rotation axis, substantially parallel to said extension axes (T, T'), in order to move said hinge elements (2, 3) between a closed position and an open position; said hinge being characterized in that it comprises at least one eccentric adjustment body (71, 72) mechanically connected to at least one of said hinge elements (2, 3), and said eccentric adjustment body (71, 72) is susceptible of being moved between at least one retracted position and at least one extended position, and in said positions said eccentric adjustment body (71, 72) projects from the corresponding peripheral edge (21, 31) to a different extent and is susceptible of acting against the perimeter wall (121, 131) of said containment space (120, 130), in order to adjust the position of said first and/or second hinge element (2, 3) with respect to the respective containment space (120, 130). - a first hinge element and a second hinge element, and each of which: - is provided with a main extension along an extension axis (T, T'); - is intended to be embedded in a containment space (120, 130) respectively of a panel and of a frame delimited at least by a perimeter wall (121, 131) and by a bottom wall (122, 123); and - is perimetrically delimited by a peripheral edge (21, 31); - is provided with a main extension along an extension axis (T, T'); - is intended to be embedded in a containment space (120, 130) respectively of a panel and of a frame delimited at least by a perimeter wall (121, 131) and by a bottom wall (122, 123); and - is perimetrically delimited by a peripheral edge (21, 31); - articulation means, which rotatably connect said first hinge element and said second hinge element around a rotation axis, substantially parallel to said extension axes (T, T'), in order to move said hinge elements (2, 3) between a closed position and an open position;
Rolling body guide for taking up and displacing rolling bodies which are used for final expanding or reeling of an inner or outer surface of a tubular body, the rolling body guide having a supporting cone for pressing the rolling bodies against the inner or outer surface, characterized by at least two defined releasable reception portions so that a modular structure of the rolling body guide can be implemented, the reception portions being removable axially or vertically and axially to a rotational axis, the supporting cone having two defined cone portions mounted releasably with respect to one another.
A process for the preparation of 1,4-butanediol and tetrahydrofuran said process comprising contacting furan with hydrogen and water in the presence of a supported catalytic composition comprising at least one first metal selected from those in groups 8 to 10 of the periodic table and a further metal selected from manganese, molybdenum, niobium and tungsten.
An aircraft brake signal lamp, comprising: a housing; a navigation light disposed within the housing; and a brake light disposed within the housing, wherein the brake light is configured to illuminate in response to a brake signal; a strobe light contained in the housing; a controller disposed within the housing; a power conditioning module in electronic communication with the controller and configured to send power to the brake light; a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: receiving, by the controller, the brake signal; commanding, by the controller, a power conditioning module to send power to the brake light in response to the brake signal; receiving, by the controller, a strobe power sense signal, the strobe power sense signal being generated in response to power being supplied to the strobe light; and inhibiting, by the controller, illumination of the brake light in response to the strobe power sense signal. a housing; a navigation light disposed within the housing; and a brake light disposed within the housing, wherein the brake light is configured to illuminate in response to a brake signal; a strobe light contained in the housing; a controller disposed within the housing; a power conditioning module in electronic communication with the controller and configured to send power to the brake light; a tangible, non-transitory memory configured to communicate with the controller, the tangible, non-transitory memory having instructions stored thereon that, in response to execution by the controller, cause the controller to perform operations comprising: receiving, by the controller, the brake signal; commanding, by the controller, a power conditioning module to send power to the brake light in response to the brake signal; receiving, by the controller, a strobe power sense signal, the strobe power sense signal being generated in response to power being supplied to the strobe light; and inhibiting, by the controller, illumination of the brake light in response to the strobe power sense signal. receiving, by the controller, the brake signal; commanding, by the controller, a power conditioning module to send power to the brake light in response to the brake signal; receiving, by the controller, a strobe power sense signal, the strobe power sense signal being generated in response to power being supplied to the strobe light; and inhibiting, by the controller, illumination of the brake light in response to the strobe power sense signal.
A network selection method for a user equipment, comprising: accessing (101, 201, 401), by the user equipment, a first wireless local area network WLAN access device by using a non-3rd Generation Mobile Communication 3GPP subscription, and attaching (2022, 301, 4022, 501) the user equipment to a 3GPP core network by using a 3GPP access network; determining (102, 305, 504) whether a 3GPP subscription has a higher priority than the non-3GPP subscription; and accessing (103, 206, 308, 405, 507), by the user equipment, if the 3GPP subscription has a higher priority than the non-3GPP subscription, a WLAN by using the 3GPP subscription, characterized in that the priorities of the 3GPP subscription and the non-3GPP subscription are determined (205, 404) autonomously by the user equipment, and the user equipment is configured to transmit different IP data streams belonging to different access point names and/or to different applications by a WLAN accessed by using the 3GPP subscription, and by the 3GPP access network. accessing (101, 201, 401), by the user equipment, a first wireless local area network WLAN access device by using a non-3rd Generation Mobile Communication 3GPP subscription, and attaching (2022, 301, 4022, 501) the user equipment to a 3GPP core network by using a 3GPP access network; determining (102, 305, 504) whether a 3GPP subscription has a higher priority than the non-3GPP subscription; and accessing (103, 206, 308, 405, 507), by the user equipment, if the 3GPP subscription has a higher priority than the non-3GPP subscription, a WLAN by using the 3GPP subscription, characterized in that the priorities of the 3GPP subscription and the non-3GPP subscription are determined (205, 404) autonomously by the user equipment, and the user equipment is configured to transmit different IP data streams belonging to different access point names and/or to different applications by a WLAN accessed by using the 3GPP subscription, and by the 3GPP access network.
Device for the non-destructive testing of stud welding connections in which a cylindrical stud is connected to a carrier plate by welding, comprising a magnetic yoke, at least one magnetic field coil, and at least one magnetic field sensor, wherein the magnetic yoke has a cavity which is formed from an open or semi-open hollow cylinder, with the inside diameter and the height of the hollow cylinder being selected such that the bolt to be tested can be fully inserted into the cavity, and the at least one magnetic field sensor is attached to the ring-shaped base of the magnet yoke, which has an opening to the cavity, or to the inner or outer lateral surface, and the at least one magnetic field coil is arranged in the cavity of the magnetic yoke in such a way that the magnetic field generated by the magnetic field coil penetrates the magnetic yoke, the cavity of the magnetic yoke and the at least one magnetic field sensor. comprising a magnetic yoke, at least one magnetic field coil, and at least one magnetic field sensor, wherein the magnetic yoke has a cavity which is formed from an open or semi-open hollow cylinder, with the inside diameter and the height of the hollow cylinder being selected such that the bolt to be tested can be fully inserted into the cavity, and the at least one magnetic field sensor is attached to the ring-shaped base of the magnet yoke, which has an opening to the cavity, or to the inner or outer lateral surface, and the at least one magnetic field coil is arranged in the cavity of the magnetic yoke in such a way that the magnetic field generated by the magnetic field coil penetrates the magnetic yoke, the cavity of the magnetic yoke and the at least one magnetic field sensor.
Conductor path structure, in particular for a lead frame for a smart card application, comprising at least one first conductor path plane having several first conductor paths (11; 11a-11f) and at least a second conductor path plane having several second conductor paths (21; 21a-21f), wherein superimposed conductor path planes (10, 20) are separated by an insulator, wherein at least one first conductor path (11; 11a, 11b, 11c, 11d, 11f) of the first conductor path plane has got at least one bond opening (12; 12a-12e) traversing it and the insulator comprises a through opening being arranged below the at least one bond opening (12; 12a-12e), through which a bond wire can be led and can be brought in electric contact with a first conductor path (21; 21a-21f) of the second conductor path plane, and wherein said first conductor path of the first conductor path plane and the adjacent conductor path (11; 11a, 11b; 11b, 11c; 11d, 11e; 11e, 11f) of the first conductor path plane are separated by a slot (13; 13a-13i) and said first conductor path of the second conductor path plane and the adjacent conductor path (21a, 21b; 21b, 21c, 21d, 21e; 21e, 21f) are separated by a further slot (23, 23a-23e), characterized in that said at least one slot (13; 13a-13i) of the first conductor path plane is arranged offset in relation to said at least one further slot (23; 23a-23e) of the second conductor path plane.
A method of authentication comprising: selecting a transaction method from a menu of transaction methods using a workstation to complete a transaction on a merchant system; prompting a workstation user to input a unique user identifier using the workstation prior to completing the transaction on the merchant system; generating a merchant authentication request using the merchant system and transmitting the merchant authentication request to a service provider server, the merchant authentication request including at least the unique user identifier; determining a level of risk based on the type of the transaction and generating a server authentication request using the service provider server, the server authentication request including at least the level of risk; extracting the level of risk from the server authentication request; determining a biometric authentication data requirement corresponding to the extracted level of risk at an authentication system; obtaining biometric authentication data from the user in accordance with the biometric authentication data requirement with a communications device; validating the user based on the obtained biometric authentication data; determining that the workstation user is permitted to conduct the transaction when the user is successfully validated; and transmitting an authentication confirmation message from the service provider server to the merchant system and completing the transaction when the user is permitted to conduct the transaction. selecting a transaction method from a menu of transaction methods using a workstation to complete a transaction on a merchant system; prompting a workstation user to input a unique user identifier using the workstation prior to completing the transaction on the merchant system; generating a merchant authentication request using the merchant system and transmitting the merchant authentication request to a service provider server, the merchant authentication request including at least the unique user identifier; determining a level of risk based on the type of the transaction and generating a server authentication request using the service provider server, the server authentication request including at least the level of risk; extracting the level of risk from the server authentication request; determining a biometric authentication data requirement corresponding to the extracted level of risk at an authentication system; obtaining biometric authentication data from the user in accordance with the biometric authentication data requirement with a communications device; validating the user based on the obtained biometric authentication data; determining that the workstation user is permitted to conduct the transaction when the user is successfully validated; and transmitting an authentication confirmation message from the service provider server to the merchant system and completing the transaction when the user is permitted to conduct the transaction.