mhurhangee/ep-ind-claims huggingface dataset:
A by-wire steering assembly comprising: - a column comprising a base which can be fixed inside a cabin of a vehicle and a pair of uprights extending from said base, - a body carried by said uprights and mobile with respect to them, and - a hub carried by said body and mobile with respect to itself, said hub being provided with gripping means, characterized in that said steering assembly is reconfigurable to modify the space occupied by it inside said cabin by means of the relative movement of said body, of said hub and of said gripping means reciprocally and with respect to said column, wherein said body is slidingly mobile relative to said column, said hub is rotationally supported free around a longitudinal axis of said body and can tilt, within a given angular interval, with respect to an axis perpendicular to the axis of said body and wherein said gripping means can rotate around respective horizontal and vertical axes (C, D) with respect to said hub to position themselves respectively in a closed position on said hub and an open position with respect to said hub. - a column comprising a base which can be fixed inside a cabin of a vehicle and a pair of uprights extending from said base, - a body carried by said uprights and mobile with respect to them, and - a hub carried by said body and mobile with respect to itself, said hub being provided with gripping means, characterized in that said steering assembly is reconfigurable to modify the space occupied by it inside said cabin by means of the relative movement of said body, of said hub and of said gripping means reciprocally and with respect to said column, wherein said body is slidingly mobile relative to said column, said hub is rotationally supported free around a longitudinal axis of said body and can tilt, within a given angular interval, with respect to an axis perpendicular to the axis of said body and wherein said gripping means can rotate around respective horizontal and vertical axes (C, D) with respect to said hub to position themselves respectively in a closed position on said hub and an open position with respect to said hub.
A communication relay platform of a space observation system, configured to be installed on board an aircraft moving above the clouds, and configured to act as a high-altitude relay for transmitting space observation data, referred to as telemetry data, at a high throughput, between at least one non-geostationary moving observation satellite (4, 6) and at least one target ground station (12, 14, 16) for receiving said data, the transmission from the observation satellite or satellites to the high-altitude relay being capable of taking place during one or more predetermined visibility windows of the observation satellite or satellites (4, 6) moving relative to the aircraft, and the transmission of data from the aircraft to the ground being capable of taking place constantly, the relay platform comprising a first receiving antenna, configured to receive, in a first optical or radio frequency band, observation data transmitted over a first wireless space downlink linking at least one moving observation satellite to the relay platform, and a first reception interface, connected to the first receiving antenna and configured to demodulate the data received by the first antenna and save it in a memory, and a second transmission interface, configured to modulate the observation data stored in the memory, and transmit said modulated data in a second radio frequency band via a second transmission antenna over a second wireless aerial downlink directly linking the relay platform to at least one target ground station (12, 14, 16), and the relay platform being characterized in that it comprises a first descending two-level decryption/encryption chain for the telemetry data returned from at least one moving observation satellite (4, 6) to the target ground station or stations (12, 14, 16).
A computer-implemented method comprising: receiving, by a device of an account linking computing service, a request to establish an account link for a first application of a plurality of applications, wherein the account linking computing service provides a proxy service that facilitates interaction between the plurality of applications and an external account service; establishing, by the device, the account link to a user account of the external account service using user credentials, and receiving, by the device, user identifying information of a first application context and storing the user identifying information in association with the account link; and receiving, by the device, user identifying information of a second application context for a second application of the plurality of applications, searching and identifying, by the device, a candidate account link using the user identifying information of the second application context, verifying, by the device, eligibility for access to the account link, and permitting, by the device, access to the account link upon successful verification of eligibility. receiving, by a device of an account linking computing service, a request to establish an account link for a first application of a plurality of applications, wherein the account linking computing service provides a proxy service that facilitates interaction between the plurality of applications and an external account service; establishing, by the device, the account link to a user account of the external account service using user credentials, and receiving, by the device, user identifying information of a first application context and storing the user identifying information in association with the account link; and receiving, by the device, user identifying information of a second application context for a second application of the plurality of applications, searching and identifying, by the device, a candidate account link using the user identifying information of the second application context, verifying, by the device, eligibility for access to the account link, and permitting, by the device, access to the account link upon successful verification of eligibility.
A directional backlight comprising: a waveguide comprising first and second, opposed guide surfaces (6, 8) for guiding input light along the waveguide, wherein the second guide surface comprises at least two parts (208, 210) each extending partway along the waveguide, being separated perpendicular to a lateral direction by an input aperture, an array of light sources arranged to generate the input light and to inject the input light through the input aperture into the waveguide at respective input positions in the lateral direction across the waveguide, wherein the waveguide further comprises a reflective end arranged to reflect the input light back through the waveguide to each of the parts (208, 210) of the second guide surface, the first guide surface is arranged to guide light by total internal reflection, each of the parts (208, 210) of the second guide surface has a stepped shape comprising a plurality of light extraction facets oriented to reflect light guided through the waveguide after reflection from the reflective end in directions allowing exit through the first guide surface as the output light, and intermediate regions between the light extraction facets that are arranged to direct light through the waveguide without extracting it, and the reflective end has positive optical power in the lateral direction so that the waveguide is adapted to direct the output light from the light sources into optical windows in output directions that are positioned in a lateral direction in dependence on the input position of the input light. a waveguide comprising first and second, opposed guide surfaces (6, 8) for guiding input light along the waveguide, wherein the second guide surface comprises at least two parts (208, 210) each extending partway along the waveguide, being separated perpendicular to a lateral direction by an input aperture, an array of light sources arranged to generate the input light and to inject the input light through the input aperture into the waveguide at respective input positions in the lateral direction across the waveguide, wherein the waveguide further comprises a reflective end arranged to reflect the input light back through the waveguide to each of the parts (208, 210) of the second guide surface, the first guide surface is arranged to guide light by total internal reflection, each of the parts (208, 210) of the second guide surface has a stepped shape comprising a plurality of light extraction facets oriented to reflect light guided through the waveguide after reflection from the reflective end in directions allowing exit through the first guide surface as the output light, and intermediate regions between the light extraction facets that are arranged to direct light through the waveguide without extracting it, and the reflective end has positive optical power in the lateral direction so that the waveguide is adapted to direct the output light from the light sources into optical windows in output directions that are positioned in a lateral direction in dependence on the input position of the input light.
Packaging material, having the form of a continuous band joined by means of the welding method with overlapping mesh elements, wherein said continuous band is made of paper with at least one side coated with polyolefin, characterised in that the continuous band is directly bonded on its polyolefin coated side with the mesh elements by welding, where polyolefin is PE (polyethylene) and the mesh material is PE as well or polyolefin is PP (polypropylene) and the mesh material is PP as well.
An anode-solid electrolyte sub-assembly for a solid-state secondary battery, the anode-solid electrolyte sub-assembly comprising: an anode current collector; a solid electrolyte having a first portion with a plurality of uptake rooms providing space for storing lithium upon charging of the solid-state secondary battery, wherein an uptake room of the plurality of uptake rooms is an empty space recessed at an angle, from one side of the solid electrolyte, and a second portion without uptake rooms; an interlayer disposed on the anode current collector and between the anode current collector and the first portion of the solid electrolyte and facing an opening of the uptake rooms; and an insulation layer disposed between the anode current collector and the second portion of the solid electrolyte, for inhibiting lithium from being deposited between the anode current collector and areas other than the uptake rooms in the solid electrolyte. an anode current collector; a solid electrolyte having a first portion with a plurality of uptake rooms providing space for storing lithium upon charging of the solid-state secondary battery, wherein an uptake room of the plurality of uptake rooms is an empty space recessed at an angle, from one side of the solid electrolyte, and a second portion without uptake rooms; a first portion with a plurality of uptake rooms providing space for storing lithium upon charging of the solid-state secondary battery, wherein an uptake room of the plurality of uptake rooms is an empty space recessed at an angle, from one side of the solid electrolyte, and a second portion without uptake rooms; an interlayer disposed on the anode current collector and between the anode current collector and the first portion of the solid electrolyte and facing an opening of the uptake rooms; and an insulation layer disposed between the anode current collector and the second portion of the solid electrolyte, for inhibiting lithium from being deposited between the anode current collector and areas other than the uptake rooms in the solid electrolyte.
A prosthesis (200, 300, 400, 500) comprising: a first graft component (202, 302, 402, 516); a second graft component (204, 304, 404, 518) arranged within the first graft component (202, 302, 402, 516) and coupled thereto, the second graft component (204, 304, 404, 518) having a dog bone shape; a gap (206, 324, 416) arranged between the first graft component (202, 302, 402, 516) and the second graft component (204, 304, 404, 518); and a stent structure (208, 326, 408) arranged with the first graft component (202, 302, 402, 516), wherein the first graft component (202, 302, 402, 516) includes a first mass per area and a first tensile strength, the second graft component (204, 304, 404, 518) includes a second mass per area and a second tensile strength, and at least one of the first mass per area and the first tensile strength are less than the second mass per area and the second tensile strength. a first graft component (202, 302, 402, 516); a second graft component (204, 304, 404, 518) arranged within the first graft component (202, 302, 402, 516) and coupled thereto, the second graft component (204, 304, 404, 518) having a dog bone shape; a gap (206, 324, 416) arranged between the first graft component (202, 302, 402, 516) and the second graft component (204, 304, 404, 518); and
Extractor hood comprising an extractor hood housing and an appliance front, which is arranged inclined with respect to the horizontal, wherein an intake opening is provided in the appliance front, the extractor hood has at least one flap for closing off the intake opening and the flap is mounted on the extractor hood so as to be inwardly movable, characterised in that the appliance front is arranged at a distance from a through-flow opening of the extractor hood housing, a vapour capture chamber is formed in the gap, and the flap, in the opened state, covers the gap between the appliance front and the through-flow opening.
A prefabricated wall panel comprising: a rear board; a front board forming an internal face for a room, said front board spaced away from said rear board to form a cavity; and a first side stud and a second side stud, each side stud connected to the front and rear boards (12, 14) on opposing sides of the cavity; a wireway disposed within the cavity, wherein the wireway runs substantially from a base of the wall panel to a top of the wall panel to allow services to pass through the panel, and wherein the wireway constrains cabling of the services therein; and one or more steel support rails connected across said side studs (26, 28) and between the rear board and the wireway for supporting the wireway; wherein the first side stud comprises a male mating means and the second side stud comprises a female mating means such that the prefabricated wall panel can mate with an adjacent prefabricated wall panel to form a continuous internal wall surface; the prefabricated wall panel being characterized in that the side studs (26, 28) comprise a plurality of tabs, said tabs extendable away from the side studs (26, 28) into the cavity and providing a fixing point for the support rails. a rear board; a front board forming an internal face for a room, said front board spaced away from said rear board to form a cavity; and a first side stud and a second side stud, each side stud connected to the front and rear boards (12, 14) on opposing sides of the cavity; a wireway disposed within the cavity, wherein the wireway runs substantially from a base of the wall panel to a top of the wall panel to allow services to pass through the panel, and wherein the wireway constrains cabling of the services therein; and one or more steel support rails connected across said side studs (26, 28) and between the rear board and the wireway for supporting the wireway; wherein the first side stud comprises a male mating means and the second side stud comprises a female mating means such that the prefabricated wall panel can mate with an adjacent prefabricated wall panel to form a continuous internal wall surface; the prefabricated wall panel being characterized in that the side studs (26, 28) comprise a plurality of tabs, said tabs extendable away from the side studs (26, 28) into the cavity and providing a fixing point for the support rails.
Vehicle wheel, having a rim band and a wheel dish (2, 6, 7), the wheel dish having a central hole for receiving a wheel hub with hole circle disposed concentrically thereto for disposing the stud bolts, and also a flange, which subdivides the wheel dish into an inner wall part which is turned towards the hub and an outer wall part which is turned towards the rim band, a concentric ventilation hole row being provided in the outer wall part, wherein the wheel dish (2, 6, 7) is configured with a circumferential flange for attaching to the rim band and consists of a metallic material and at least one further concentric ventilation hole row is configured in the inner wall part of the wheel dish, characterised in that the further ventilation hole row is configured between hole circle and flange.
A ring clip for connecting wire mesh panels, the clip comprising a first arm and a second arm, the first arm and the second arm being connected at respective first ends (22, 32) by a hinge, a second end of the first arm defining a recess, the recess being adapted to receive a second end of the second arm when the clip is in a closed condition, wherein the second end of the second arm includes at least one barb (35, 36, 37), the second end of the first arm includes a projection arranged at a mouth of the recess for snap fit connection with the at least one barb (35, 36, 37) in the closed condition, the first arm includes a first tab extending therefrom, and the second arm includes a second tab extending therefrom, such that, in the closed condition the first and second tabs (50, 60) are substantially opposed, wherein the first and second tabs (50, 60) are substantially misaligned laterally, and in the closed condition a slot is defined between facing surfaces of the first and second tabs (50, 60), the arrangement being such that the clip can be released to an open condition by the simultaneous application of pressure to the facing surfaces of the first and second tabs (50, 60) to disconnect the at least one barb (35, 36, 37) and the projection.
A method of promoting binding of an active agent to a preformed crystalline microparticle in suspension, the microparticle comprising a diketopiperazine, the method comprising the steps of: i) modifying the chemical potential of the active agent with an active agent modifier wherein said modifying allows for an energetically favorable interaction between the active agent and microparticle independent of removal of solvent; and ii) adsorbing the active agent onto the surface of the microparticle. i) modifying the chemical potential of the active agent with an active agent modifier wherein said modifying allows for an energetically favorable interaction between the active agent and microparticle independent of removal of solvent; and ii) adsorbing the active agent onto the surface of the microparticle.
A disposable diaper comprising: a vertically-long absorbent body which is formed by a front waistline unit, a back waistline unit, and a crotch unit and which includes a liquid-retentive absorber; side flaps provided at least at a part of the side edges of the absorbent body in a product widthwise direction; and a fastening tape attached to the side flap, extending outwardly in the product widthwise direction of the absorbent body from either the front waistline unit or the back waistline unit, and configured to be fastened to the other of the front waistline unit and the back waistline unit; wherein the fastening tape has a base sheet, and a hook sheet provided with a plurality of engagement hooks and fixed on the base sheet; the density of the arrangement of the engagement hooks is more than 708 pins per cm; the engagement strength of the fastening tape is 0.3 N/30 mm or more, and 1.5 N/30 mm or less; and the bending rigidity value in a direction in which a surface of the base sheet of the fastening tape comes towards itself is smaller than the bending rigidity value in a direction in which a surface of the hook sheet of the fastening tape comes towards itself. a vertically-long absorbent body which is formed by a front waistline unit, a back waistline unit, and a crotch unit and which includes a liquid-retentive absorber; side flaps provided at least at a part of the side edges of the absorbent body in a product widthwise direction; and a fastening tape attached to the side flap, extending outwardly in the product widthwise direction of the absorbent body from either the front waistline unit or the back waistline unit, and configured to be fastened to the other of the front waistline unit and the back waistline unit; wherein the fastening tape has a base sheet, and a hook sheet provided with a plurality of engagement hooks and fixed on the base sheet; the density of the arrangement of the engagement hooks is more than 708 pins per cm; the engagement strength of the fastening tape is 0.3 N/30 mm or more, and 1.5 N/30 mm or less; and the bending rigidity value in a direction in which a surface of the base sheet of the fastening tape comes towards itself is smaller than the bending rigidity value in a direction in which a surface of the hook sheet of the fastening tape comes towards itself.
A device for removing a liquid from a product to achieve a concentrate, comprising a rotatable drum permeable to the liquid, said drum having an inlet at which the product is fed into the drum and an outlet at which the concentrate is fed out of the drum, further comprising a first number > 1 of baffles arranged separated from each other inside the drum, each of said baffles projecting in a direction from an inner wall of the drum towards a longitudinal center axis of the drum and extending in a circumferential direction of the drum, wherein each of said baffles extends more than 360 degrees around the longitudinal center axis of the drum so as to form a three dimensional spiral, an overlap being formed of two opposite end parts (28, 30) of each of said baffles, said opposite end parts being arranged separated from each other, said spiral encircling only a part of the longitudinal center axis of the drum between the inlet and the outlet, wherein each of said baffles has an outer long side extending along, and adjacent to, the inner wall of the drum, an inner long side extending along, and at a distance from, the inner wall of the drum and first and second short sides (40 and 42), each extending between the outer long side and the inner long side, the first short side and the outer long side intersecting in a first point and the second short side and the outer long side intersecting in a second point, characterized in that the overlap is so large that an imaginary straight line drawn between the first and the second point is tangent to the inner long side or extends between the longitudinal center axis of the drum and the inner long side.
Igniter unit with an adjustable delay time (Vz), wherein a relief bore is provided in a delay line of a delay charge, characterized in that the relief bore can be opened or closed again by a means.
A method, comprising: cross-correlating using a coherent correlator a received signal sequence with a first correlation sequence to derive a first correlation pattern indicating occurrences of the first correlation sequence within the received signal sequence, wherein the first correlation sequence is a chirp sequence; and cross-correlating using a non-coherent correlator the first correlation pattern with a first correlation sequence pattern to detect a first signal sequence comprising occurrences of the first correlation sequence as indicated by the first correlation sequence pattern, within the received signal sequence. cross-correlating using a coherent correlator a received signal sequence with a first correlation sequence to derive a first correlation pattern indicating occurrences of the first correlation sequence within the received signal sequence, wherein the first correlation sequence is a chirp sequence; and cross-correlating using a non-coherent correlator the first correlation pattern with a first correlation sequence pattern to detect a first signal sequence comprising occurrences of the first correlation sequence as indicated by the first correlation sequence pattern, within the received signal sequence.