mhurhangee/ep-ind-claims huggingface dataset:
Cartridge filter having a plurality of filter media sets, wherein two filter media sets are arranged in a V-shaped manner in each case, and having a frame for receiving the filter media sets, characterized in that the frame has an upper frame, an outflow-side base plate and two side plates, and in that the upper frame is formed from an inflow-side single-piece upper plate and part-faces of the side plates.
A system having two asynchronous computers (2-i), on each of which at least one application is executed which provides control data for at least one actuator system, wherein the provided control data are transmitted from a control-authorized computer (2-i), which assumes a master computer status (M-RS), to the actuator system for the control thereof, wherein the computers (2-i) of the system exchange state data and performance data cyclically with one another via a data interface in a data exchange, wherein the computers (2-i) each determine, on the basis of the state data (ZD Opp) and performance data (LD Opp) obtained from other computers (2-j) in the data exchange and on the basis of their own state data (ZD Own) and performance data (LD Own), a computer status to be assumed by the respective computer (2-i) itself as a control-authorized or non-control-authorized computer (2-i), in a master-slave selection executed on the computer (2-i), wherein the exchanged state data of a computer (2-i) have status data of the computer (2-i) which specify a computer status of the computer, and wherein the computer status of a computer (2-i) has: - a master computer status (M-RS) as a control-authorized computer, - a slave computer status (S-RS) as a non-control-authorized computer, and a master intermediate computer status (MI-RS) as a computer which is still control-authorized and wherein each computer (2-i) of the system is assigned an associated time window in which the computer (2-i) assumes a master intermediate computer status (MI-RS) in order to avoid a master-master conflict, wherein the assigned time windows are different for the various computers (2-i) of the system. - a master computer status (M-RS) as a control-authorized computer, - a slave computer status (S-RS) as a non-control-authorized computer, and
An inverted polymer solar cell comprising: an electron contact layer; a cathodic buffer layer; an active layer comprising at least one π-conjugated polymer and at least one organic electron acceptor compound; an anodic buffer layer; a hole contact layer; wherein the cathodic buffer layer comprises zinc oxide and/or titanium dioxide and at least one interfacial agent selected from optionally substituted C 7 -C 21 aromatic carboxylic acids or salts thereof; characterized in that the interfacial agent is present in an amount such that the molar ratio interfacial agent / [Zn and / or Ti] is from 0.01 to 0.2, preferably from 0.05 to 0.1. an electron contact layer; a cathodic buffer layer; an active layer comprising at least one π-conjugated polymer and at least one organic electron acceptor compound; an anodic buffer layer; a hole contact layer;
An intervertebral prosthesis for a vertebral column comprising at least an upper part for attachment to an upper vertebrae and a lower part for attachment to a lower vertebrae, the upper part having a lower curved surface and the lower part having an upper curved surface, wherein in situ the upper and lower curved surfaces have a centre of radius of curvature offset rearwardly with respect to a central vertical axis through the upper and lower vertebrae to which end the centre of radius of curvature is arranged toward the posterior side of the prosthesis, with the centroid of a contact surface of at least one of the upper and lower parts being positioned substantially on the same vertical axis as the centre of the radius of curvature, which contact surface is configured to contact an adjacent vertebrae.
A system for providing a peripheral nerve block to a patient, comprising: a needle having a sharpened tip; a fluid pump (70, 58) providing a flow of fluid to the needle, a controller (50, 82) for controlling the fluid pump to control the flow of fluid to the needle; a sensor for detecting the fluid pressure in the needle; and a conductive element for providing an electric nerve stimulation at the tip of the needle; characterised in that the controller is configured to provide varying electrical stimulation in response to the sensor detecting a fluid pressure above a first threshold, and wherein the controller is configured to provide a constant stimulation at a baseline current when the detected fluid pressure is below the first threshold. a needle having a sharpened tip; a fluid pump (70, 58) providing a flow of fluid to the needle, a controller (50, 82) for controlling the fluid pump to control the flow of fluid to the needle; a sensor for detecting the fluid pressure in the needle; and a conductive element for providing an electric nerve stimulation at the tip of the needle; characterised in that the controller is configured to provide varying electrical stimulation in response to the sensor detecting a fluid pressure above a first threshold, and wherein the controller is configured to provide a constant stimulation at a baseline current when the detected fluid pressure is below the first threshold.
Vehicle incorporating a driver's cabin and a retractable partition for separation and seating, characterized in that the retractable partition incorporates a frame and at least one seat or at least one ischiatic support; the said retractable partition is mounted so as to be mobile on the vehicle by means of a pivoting articulation located at an end part of its frame, such that it simply tips between two final positions in which it is immobilized, namely one retracted position in which it is essentially horizontal and one separation position in which it is essentially vertical in the vehicle's interior compartment; and in that the vehicle is an urban road vehicle intended to be joined to other identical road vehicles by means of an articulation or coupling system so as to constitute an articulated road train for public transport of persons, and in that, when the vehicle is connected to other identical road vehicles; the retractable partition is pivoted in the separation position that compartments the interior compartment of the vehicle into two spaces and prevents passage from one space to the other, such that the driver's cabin is isolated from the rest of the vehicle.
A container for a powdered nutritional product, the container comprising: a can having a base and an upstanding sidewall defining an interior space, the sidewall extending to a rim defining an opening to the interior space; and a seal and blister element combination, wherein the seal is attached to the rim to sealingly close the opening and the blister element is attached to an underside of the seal, wherein a scoop recess is formed between the blister element and the seal; a scoop, the scoop having a minor dimension and a major dimension and being sealed within the scoop recess, whereby contact between the scoop and the powdered nutritional product is prevented. a can having a base and an upstanding sidewall defining an interior space, the sidewall extending to a rim defining an opening to the interior space; and a seal and blister element combination, wherein the seal is attached to the rim to sealingly close the opening and the blister element is attached to an underside of the seal, wherein a scoop recess is formed between the blister element and the seal; a scoop, the scoop having a minor dimension and a major dimension and being sealed within the scoop recess, whereby contact between the scoop and the powdered nutritional product is prevented.
An integrated circuit comprising first and second inductor arrangements, wherein: each arrangement comprises four inductors (214, 216, 218, 220) adjacently located in a group and arranged to define two rows and two columns, and the integrated circuit is configured to cause two of those inductors (214, 216) diagonally opposite from one another in the arrangement to produce a magnetic field having a first phase, and to cause the other two of those inductors (218, 220) to produce a magnetic field having a second phase, the first and second phases being substantially in antiphase; the first and second phases of the first inductor arrangement are substantially in quadrature with the first and second phases, respectively, of the second inductor arrangement; each said inductor arrangement defines associated null lines along which its effective magnetic field has zero or negligible field strength; and the first and second inductor arrangements are each located substantially along one of each other's said null lines, and wherein for each arrangement: (a) the four inductors of the arrangement are connected together in series; or (b) two of the four inductors are connected together in series to form a first combination inductor and separately the other two of the four inductors are connected together in series to form a second combination inductor separate from the first combination inductor. each arrangement comprises four inductors (214, 216, 218, 220) adjacently located in a group and arranged to define two rows and two columns, and the integrated circuit is configured to cause two of those inductors (214, 216) diagonally opposite from one another in the arrangement to produce a magnetic field having a first phase, and to cause the other two of those inductors (218, 220) to produce a magnetic field having a second phase, the first and second phases being substantially in antiphase; the first and second phases of the first inductor arrangement are substantially in quadrature with the first and second phases, respectively, of the second inductor arrangement; each said inductor arrangement defines associated null lines along which its effective magnetic field has zero or negligible field strength; and the first and second inductor arrangements are each located substantially along one of each other's said null lines, and wherein for each arrangement: (a) the four inductors of the arrangement are connected together in series; or (b) two of the four inductors are connected together in series to form a first combination inductor and separately the other two of the four inductors are connected together in series to form a second combination inductor separate from the first combination inductor. (a) the four inductors of the arrangement are connected together in series; or (b) two of the four inductors are connected together in series to form a first combination inductor and separately the other two of the four inductors are connected together in series to form a second combination inductor separate from the first combination inductor.
Apparatus for transporting cheques, currency notes, giros, lottery tickets and/or other such flexible sheet-like items of media along at least one transport path (202, 204) within a self-Service Terminal, comprising: a first transport member having a first end region; a further transport member having a further end region spaced apart from the first end region; and a bridge member extending between the first end region and the further end region, wherein a length of the bridge member is adjustable responsive to a one of the first and further end regions being moved with respect to a remainder one of the first and further end regions; wherein the bridge member comprises a first bridge portion and a further bridge portion, and the first bridge portion is automatically moveable towards or away from the further bridge portion responsive to an adjustment of the length of the bridge member, wherein the first bridge portion is pivotally attached to the first end region of the first transport member, characterised in that the further bridge portion is pivotally attached to the further end region of the further transport member. a first transport member having a first end region; a further transport member having a further end region spaced apart from the first end region; and a bridge member extending between the first end region and the further end region, wherein a length of the bridge member is adjustable responsive to a one of the first and further end regions being moved with respect to a remainder one of the first and further end regions; wherein the bridge member comprises a first bridge portion and a further bridge portion, and the first bridge portion is automatically moveable towards or away from the further bridge portion responsive to an adjustment of the length of the bridge member, wherein the first bridge portion is pivotally attached to the first end region of the first transport member, characterised in that the further bridge portion is pivotally attached to the further end region of the further transport member.
An open retinoscope coupleable to a smartphone, comprising: - a body comprising a light source oriented in the longitudinal direction and a first coupling means for coupling to a Volk lens holder in a longitudinally sliding manner, the body further comprising a fourth transverse sliding coupling means; - a Volk lens holder, coupled in a longitudinally sliding manner to the body, where the holder comprises a second longitudinal sliding coupling means which is complementary to the first longitudinal sliding coupling means of the body; and - a smartphone adaptor connected to the body in a transversely sliding manner; characterized in that the smartphone adaptor comprises on a first face an adjustable fixing means (21, 22) for a smartphone and on an opposite second face a third transverse sliding coupling means which is complementary to the fourth transverse sliding coupling means of the body. - a body comprising a light source oriented in the longitudinal direction and a first coupling means for coupling to a Volk lens holder in a longitudinally sliding manner, the body further comprising a fourth transverse sliding coupling means; - a Volk lens holder, coupled in a longitudinally sliding manner to the body, where the holder comprises a second longitudinal sliding coupling means which is complementary to the first longitudinal sliding coupling means of the body; and - a smartphone adaptor connected to the body in a transversely sliding manner;
A user equipment, UE, comprising: receiving unit configured to receive a physical downlink shared channel, PDSCH; and transmitting unit configured to transmit a physical uplink control channel, PUCCH; wherein if a downlink, DL, shortened transmission time interval, sTTI, is smaller than an uplink, UL, sTTI, and if a larger-size PUCCH format is configured, (i) a smaller-size PUCCH format is used when one PDSCH is detected and (ii) whether the larger-size PUCCH format or the smaller-size PUCCH format is used depends on the number of detected PDSCH(s). receiving unit configured to receive a physical downlink shared channel, PDSCH; and transmitting unit configured to transmit a physical uplink control channel, PUCCH; wherein if a downlink, DL, shortened transmission time interval, sTTI, is smaller than an uplink, UL, sTTI, and if a larger-size PUCCH format is configured, (i) a smaller-size PUCCH format is used when one PDSCH is detected and (ii) whether the larger-size PUCCH format or the smaller-size PUCCH format is used depends on the number of detected PDSCH(s).
Device for reduced-noise fastening of pipes or hoses, comprising two fastening elements with recesses which can be connected to one another, which, when assembled, form a duct in which a vibration-suppressing ring-shaped insert is arranged, whose inner contour is formed to hold a pipe or hose, where the insert is formed by a hollow-cylindrical main body on the outer surface of whose casing two radially circumferential outwardly extending webs are arranged at a distance from one another, where a radially circumferential central web is arranged in the duct of the fastening elements which engages a groove formed between the webs of the insert, characterised in that circumferential recesses are made at a distance to one another in the two circumferential webs, thereby forming a comb-like shape, where for each web at least three supporting bodies are arranged at a distance from one another on the inner surface of the casing of the insert, which follow the course of the radially outwardly extending webs arranged on the surface of the outer casing and where each of the supporting bodies is arranged in the area of a recess formed in the opposite web arranged in the outer surface of the casing.
Suspension arrangement for the casing shroud segments that connects casing shroud segments of a high-pressure turbine of a jet engine to a turbine casing of such a high-pressure turbine, characterized in that - the downstream ends of the casing shroud segments are provided with attaching hooks (11, 11') arranged at a distance from one another in the circumferential direction, whose legs, which are directed in the upstream direction, engage an axial retaining groove formed directly on the turbine casing, - a sealing plate and a second retaining ring arranged in a radial retaining ring groove of the turbine casing, said groove extending in the circumferential direction, are associated with the attaching hooks (11, 11') for axial retention, with the sealing plate and the second retaining ring being arranged downstream of the attaching hooks (11, 11'), and - break-throughs acting as assembly pockets are provided in the retaining ring groove downstream and radially outside of the attaching hooks (11, 11'), the design of said break-throughs agreeing with the distance and the dimensioning of the attaching hooks (11, 11'). - the downstream ends of the casing shroud segments are provided with attaching hooks (11, 11') arranged at a distance from one another in the circumferential direction, whose legs, which are directed in the upstream direction, engage an axial retaining groove formed directly on the turbine casing, - a sealing plate and a second retaining ring arranged in a radial retaining ring groove of the turbine casing, said groove extending in the circumferential direction, are associated with the attaching hooks (11, 11') for axial retention, with the sealing plate and the second retaining ring being arranged downstream of the attaching hooks (11, 11'), and - break-throughs acting as assembly pockets are provided in the retaining ring groove downstream and radially outside of the attaching hooks (11, 11'), the design of said break-throughs agreeing with the distance and the dimensioning of the attaching hooks (11, 11').
A turbocharger comprising: a bearing housing; a shaft mounted for rotation in said bearing housing; with a lubrication system for directing flow of lubricant to said shaft in said bearing housing; a turbine wheel attached to one end of said shaft and adapted to be driven by exhaust gas flow; a heat shield isolating the lubrication system from the turbine wheel and being positioned between the bearing housing and the turbine wheel; and characterized by at least one connecting projection that presses against the heat shield, wherein the heat shield is connected to the bearing housing using the at least one connecting projection, and wherein the at least one connecting projection is a projecting portion of the bearing housing. a bearing housing; a shaft mounted for rotation in said bearing housing; with a lubrication system for directing flow of lubricant to said shaft in said bearing housing; a turbine wheel attached to one end of said shaft and adapted to be driven by exhaust gas flow; a heat shield isolating the lubrication system from the turbine wheel and being positioned between the bearing housing and the turbine wheel; and characterized by at least one connecting projection that presses against the heat shield, the heat shield is connected to the bearing housing using the at least one connecting projection, and wherein the at least one connecting projection is a projecting portion of the bearing housing.
A system comprising: a plurality of power routing units (110; 210; 310a, 310b, 310c; 910a, 910b), each comprising: a first AC port (111; 211); a second AC port (113; 213); a static switch (112; 212; 312; 912a, 912b) configured to couple and decouple the first AC port (111; 211) and the second AC port (113; 213); a DC port (115; 215); and a bidirectional converter circuit (114; 214; 314; 914) coupled between the second AC port (113; 213) and the DC port (115; 215), wherein the DC ports (115; 215) of the power routing units are coupled in common to a DC bus (120; 320; 920); and a control circuit (216; 316) configured to control the power routing units (110; 210; 310a, 310b, 310c; 910a, 910b) to provide power transfer between at least two of the power routing units (110; 210; 310a, 310b, 310c; 910a, 910b) via the DC bus; characterized in that the first AC port of a first power routing unit is coupled to a first AC power source, wherein the first AC port of a second power routing unit is coupled to a second AC power source, and wherein the control circuit is configured to cause the second power routing unit to provide power to the first power routing unit via the DC bus responsive to a failure of the first AC power source and/or a failure of the static switch of the first power routing unit. a first AC port (111; 211); a second AC port (113; 213); a static switch (112; 212; 312; 912a, 912b) configured to couple and decouple the first AC port (111; 211) and the second AC port (113; 213); a DC port (115; 215); and a bidirectional converter circuit (114; 214; 314; 914) coupled between the second AC port (113; 213) and the DC port (115; 215), wherein the DC ports (115; 215) of the power routing units are coupled in common to a DC bus (120; 320; 920); and a control circuit (216; 316) configured to control the power routing units (110; 210; 310a, 310b, 310c; 910a, 910b) to provide power transfer between at least two of the power routing units (110; 210; 310a, 310b, 310c; 910a, 910b) via the DC bus; characterized in that the first AC port of a first power routing unit is coupled to a first AC power source, wherein the first AC port of a second power routing unit is coupled to a second AC power source, and wherein the control circuit is configured to cause the second power routing unit to provide power to the first power routing unit via the DC bus responsive to a failure of the first AC power source and/or a failure of the static switch of the first power routing unit.
A nacelle for a turbojet engine including a thrust reverser comprising thrust reverser cascades disposed around the nacelle, at least one movable cowl which is adjacent to these cascades in a closed position, an actuation generating a recoil movement of the cascades or of the cowl towards an open position, connection systems connecting the movable cowls and the cascades, and tilting flaps for closing the annular cold air flow path, each connection system being disposed radially outside the cascades, includes, in a tangential plane, a lever, connecting rods (38, 44), and hinges allowing a movement substantially in this plane, comprising a fixed hinge linked to the fixed structure of the nacelle, a cascade hinge linked to the cascades and a cowl hinge linked to the movable cowl, this connection system giving, at the end of the opening movement, a stroke of the movable cowl which is greater than that of the cascades, characterized in that the lever, called first lever, comprises two arms (32, 34) forming a « V », and two connecting rods (38, 44) each fastened to the end of an arm by a hinge (36, 42).