mhurhangee/ep-ind-claims huggingface dataset:
A user input apparatus for controlling a digital device by sensing a user's touch, comprising: a plurality of touch sensors, each of which is arranged to detect a user's touch; a state control unit arranged to determine an active or deactivated state for each of the touch sensors according to an operation mode of the digital device which is determined based on a user's input; an optical signal generation unit arranged to generate an optical signal that displays the active or deactivated state of each of the touch sensors; and a touch sensing signal receiving unit arranged to receive the touch sensing signals, and characterised by a touch sensor driving unit arranged to generate a sensor driving signal that drives the touch sensors that are in the active state, so that when a touch sensor detects a user's touch, a touch sensing signal is generated from the touch sensor if it is in the active state and no touch sensing signal is generated from the touch sensor if it is in the deactivated state. a plurality of touch sensors, each of which is arranged to detect a user's touch; a state control unit arranged to determine an active or deactivated state for each of the touch sensors according to an operation mode of the digital device which is determined based on a user's input; an optical signal generation unit arranged to generate an optical signal that displays the active or deactivated state of each of the touch sensors; and a touch sensing signal receiving unit arranged to receive the touch sensing signals, and characterised by a touch sensor driving unit arranged to generate a sensor driving signal that drives the touch sensors that are in the active state, so that when a touch sensor detects a user's touch, a touch sensing signal is generated from the touch sensor if it is in the active state and no touch sensing signal is generated from the touch sensor if it is in the deactivated state.
An aircraft joint comprising first and second rib components, the first rib having an abutment surface and a plurality of lugs (35, 36) disposed adjacent to the abutment surface, and the second rib having an abutment surface and a plurality of lugs disposed adjacent to the abutment surface, wherein the lugs (35, 36, 37) are pinned to form a pinned lug joint by aligning respective holes in the plurality of lugs such that the lugs of the first and second ribs are interleaved and have one or more pins (40, 41) passing through the aligned lug holes, and characterised in that the abutment surfaces of the respective ribs are abutting and joined with a tension joint.
Method for manufacturing a spintronic device comprising at least a non-magnetic spacer, a reference layer and a storage layer comprising at least one magnetic pillar comprising the following steps: - Depositing at least one sacrificial layer of thickness at least equal to that of the magnetic pillar that it is desired to form on a substrate comprising at least one conductive zone emerging on the surface of the substrate; - Forming at least one flared cavity, traversing said sacrificial layer, the base of which is facing the surface of said conductive zone of the substrate; - Depositing at least one magnetic layer in said cavity, of thickness at least equal to that of the magnetic pillar that it is desired to form; - Eliminating the excess of magnetic layer outside of the cavity and planarizing the surface of said magnetic layer to reach the targeted magnetic pillar thickness; - Removing at least a part of the sacrificial layer in order to form, from the remaining magnetic layer, at least one magnetic pillar forming all or part of the storage layer of said spintronic device; - Depositing at least the non-magnetic spacer and the reference layer such that each magnetic pillar is surmounted by an element comprising at least said non-magnetic spacer and said reference layer; - Filling the spaces between the magnetic pillars with a dielectric material; - Carrying out a polishing to eliminate the excess of dielectric filling material deposited at the preceding step in order to have access to an upper surface of the element surmounting each pillar; - Forming an electrical contact on the surface of the element surmounting each magnetic pillar. - Depositing at least one sacrificial layer of thickness at least equal to that of the magnetic pillar that it is desired to form on a substrate comprising at least one conductive zone emerging on the surface of the substrate; - Forming at least one flared cavity, traversing said sacrificial layer, the base of which is facing the surface of said conductive zone of the substrate; - Depositing at least one magnetic layer in said cavity, of thickness at least equal to that of the magnetic pillar that it is desired to form; - Eliminating the excess of magnetic layer outside of the cavity and planarizing the surface of said magnetic layer to reach the targeted magnetic pillar thickness; - Removing at least a part of the sacrificial layer in order to form, from the remaining magnetic layer, at least one magnetic pillar forming all or part of the storage layer of said spintronic device; - Depositing at least the non-magnetic spacer and the reference layer such that each magnetic pillar is surmounted by an element comprising at least said non-magnetic spacer and said reference layer; - Filling the spaces between the magnetic pillars with a dielectric material; - Carrying out a polishing to eliminate the excess of dielectric filling material deposited at the preceding step in order to have access to an upper surface of the element surmounting each pillar; - Forming an electrical contact on the surface of the element surmounting each magnetic pillar.
Workpiece changer for the automatic changing of workpieces or pallets, wherein the workpiece changer is preferably formed in the gantry design and is particularly suitable for laterally loading and unloading a processing centre in the gantry or travelling column design, comprising - a store arrangement for workpieces or workpiece pallets having a multiplicity of storage locations which form the shape of a circular ring on a plurality of storage planes (6, 7) arranged vertically one above the other and which, driven by power, can be jointly rotated about a vertical axis on all the storage planes (6, 7), and - a handling device for the workpieces or the workpiece pallets which is located laterally next to the store arrangement and is able to travel linearly along a horizontal axis and linearly along a vertical axis and to rotate about this vertical axis, characterised in that the storage locations are arranged on a storage plane (6, 7) in an angularly offset manner with respect to the storage locations on the storage plane (6, 7) located thereabove and/or therebelow, so that a free intermediate space is produced above and/or below each workpiece or each workpiece pallet, into which the interfering contours of the handling device can be inserted during a changing process, and that the free intermediate space next to each storage location is large enough to supply the workpieces or the workpiece pallets to the respective transfer position, or to remove same therefrom, using the handling device within the respective storage tier (A, B) in the horizontal direction only by means of a circular or elliptical movement. - a store arrangement for workpieces or workpiece pallets having a multiplicity of storage locations which form the shape of a circular ring on a plurality of storage planes (6, 7) arranged vertically one above the other and which, driven by power, can be jointly rotated about a vertical axis on all the storage planes (6, 7), and - a handling device for the workpieces or the workpiece pallets which is located laterally next to the store arrangement and is able to travel linearly along a horizontal axis and linearly along a vertical axis and to rotate about this vertical axis,
Wind turbine rotor blade handling system for moving a wind turbine rotor blade, wherein - the wind turbine rotor blade comprises a root portion, a tip portion and a rotor blade longitudinal rotational axis extending from the root portion to the tip portion, - the wind turbine rotor blade handling system comprises a tip part with a rotary device, wherein the rotary device is suited to rotate the wind turbine rotor blade about the rotor blade longitudinal rotational axis, and - the wind turbine rotor blade handling system comprises a pivot mechanism with a first pivot device by which the wind turbine rotor blade can be rotated about a first transversal rotational axis, characterized in that - the wind turbine rotor blade handling system further comprises a second pivot device by which the wind turbine rotor blade can be rotated about a second transversal rotational axis, wherein the first transversal rotational axis and the second transversal rotational axis are substantially perpendicular to each other, - the tip part comprises a tip part frame ring which is pivotable relative to a first rack and a second rack of the tip part about the second transversal rotational axis, - the tip part further comprises a tip part frame and a tip part securing means for securing the tip portion of the rotor blade to the tip part frame, - wherein the tip part frame is pivotable relative to the tip part frame ring about the first transversal rotational axis. - the wind turbine rotor blade comprises a root portion, a tip portion and a rotor blade longitudinal rotational axis extending from the root portion to the tip portion, - the wind turbine rotor blade handling system comprises a tip part with a rotary device, wherein the rotary device is suited to rotate the wind turbine rotor blade about the rotor blade longitudinal rotational axis, - the wind turbine rotor blade handling system comprises a pivot mechanism with a first pivot device by which the wind turbine rotor blade can be rotated about a first transversal rotational axis, - the wind turbine rotor blade handling system further comprises a second pivot device by which the wind turbine rotor blade can be rotated about a second transversal rotational axis, wherein the first transversal rotational axis and the second transversal rotational axis are substantially perpendicular to each other, - the tip part comprises a tip part frame ring which is pivotable relative to a first rack and a second rack of the tip part about the second transversal rotational axis, - the tip part further comprises a tip part frame and a tip part securing means for securing the tip portion of the rotor blade to the tip part frame, - wherein the tip part frame is pivotable relative to the tip part frame ring about the first transversal rotational axis.
Processing line for poultry embodied with an inspection facility enabling an inspector to inspect poultry carcasses and/or viscera packages moving in said processing line, wherein each poultry carcass is suspended by the legs from a poultry carrier, and wherein each viscera package is taken out from its corresponding poultry carcass and separately suspended from a viscera carrier, characterized in that at least one of the poultry carrier and the viscera carrier is provided with a selection device (6, 6') positioned on and moving with the concerning carrier (4, 13) in the processing line.
A microcapsule composition, comprising a detergent enzyme containing microcapsule, wherein the membrane of the microcapsule is produced by cross-linking of a polybranched polyamine having a molecular weight of more than 1 kDa, using an acid chloride as crosslinking agent, and wherein the detergent enzyme is selected from the group consisting of protease, amylase, lipase, cellulase, mannanase, pectinase, DNAse, laccase, peroxidase, haloperoxidase, perhydrolase, and combinations thereof.
A water-based ink for ink-jet recording comprising: a solid solution of a quinacridone pigment including C.I. Pigment Red 202 and C.I. Pigment Violet 19; an azo pigment including C.I. Pigment Red 146; and water, wherein a mass ratio (Q:A) of a content amount of the solid solution of the quinacridone pigment to a content amount of the azo pigment in an entire amount of the water-based ink is in a range of 9:1 to 2:8. a solid solution of a quinacridone pigment including C.I. Pigment Red 202 and C.I. Pigment Violet 19; an azo pigment including C.I. Pigment Red 146; and water, wherein a mass ratio (Q:A) of a content amount of the solid solution of the quinacridone pigment to a content amount of the azo pigment in an entire amount of the water-based ink is in a range of 9:1 to 2:8.
Dispensing system with at least one web of material which is wound into a roll and which has a coded bearing pin protruding beyond the roll, and with a dispenser for sections of the web of material, which has a guide track which leads into a dispensing position and which is coded, in at least one location, matching the coded bearing pin protruding from the roll, wherein a catch device for incorrectly or non-coded bearing pins is formed in the at least one coded location, characterized in that the catch device is formed by at least two interruptions (20a, 20b) provided in the guide track.
Flashlight with a light source arranged in a lamp housing and an optical attachment which can be moved in the longitudinal direction relative to the light source by means of a slide for focussing the light cone emitted by the light source, characterized by a two-armed lever with the first end of which the slide is actuable and the second end of which protrudes out of the lamp housing as an actuating element.
A camera for use on a vehicle comprising: an image forming system that condenses light received from an approaching vehicle; an imaging unit that receives the light condensed by the image forming system and photoelectrically converts the light; and a protection member provided to protect the imaging unit, optically transmitting light from the approaching vehicle and disposed between the image forming system and the imaging unit such that an imaging unit side surface of the protection member is disposed obliquely to the light receiving surface of the imaging unit, wherein the imaging unit side surface of the protection member is oriented at a predetermined oblique angle with respect to the light receiving surface of the imaging unit so that the light through the protection member and reflected on the imaging unit toward the protection member is reflected back on the imaging unit toward a road surface. an image forming system that condenses light received from an approaching vehicle; an imaging unit that receives the light condensed by the image forming system and photoelectrically converts the light; and a protection member provided to protect the imaging unit, optically transmitting light from the approaching vehicle and disposed between the image forming system and the imaging unit such that an imaging unit side surface of the protection member is disposed obliquely to the light receiving surface of the imaging unit, wherein the imaging unit side surface of the protection member is oriented at a predetermined oblique angle with respect to the light receiving surface of the imaging unit so that the light through the protection member and reflected on the imaging unit toward the protection member is reflected back on the imaging unit toward a road surface.
Suction head for connection to a fuel hose in a fuel tank, - wherein the suction head has a housing-shaped base body made of an injection-moulding material, - and the base body is designed with an end-face opening, - wherein the end-face opening is closed by means of a cap, - and the suction head comprises a connector for the fuel hose, - and fuel is drawn in via the fuel hose and the suction head, - wherein a first, inner filter element is accommodated in the base body, - and the base body has in its outer surface recesses (30, 31, 32, 33) covered by a second, outer filter element, characterised in that - the second, outer filter element consists of a filter fabric made in twill or satin weave, so that a fabric surface facing the flowing fuel has a rough and multidimensional structure, - and in that the filter fabric has a mesh size greater than 10 μm and less than 25 μm, - wherein the mesh size of the filter fabric is less than a pore size of the first, inner filter element in the base body. - wherein the suction head has a housing-shaped base body made of an injection-moulding material, - and the base body is designed with an end-face opening, - wherein the end-face opening is closed by means of a cap, - and the suction head comprises a connector for the fuel hose, - and fuel is drawn in via the fuel hose and the suction head, - wherein a first, inner filter element is accommodated in the base body, - and the base body has in its outer surface recesses (30, 31, 32, 33) covered by a second, outer filter element, characterised in that - the second, outer filter element consists of a filter fabric made in twill or satin weave, so that a fabric surface facing the flowing fuel has a rough and multidimensional structure, - and in that the filter fabric has a mesh size greater than 10 μm and less than 25 μm, - wherein the mesh size of the filter fabric is less than a pore size of the first, inner filter element in the base body.
A device for handling a liquid sample to be assayed, said device comprising a non-porous substrate having a substrate surface; at least one fluid passage having a first end at which a liquid sample is to be added to said device and a second end opposite said first end, wherein said at least one fluid passage consists entirely of an open lateral fluid passage which is accessible from above and has no cover or lid which takes part in creating capillary flow and is supported by substantially perpendicular projections, said projections having a height, diameter and a distance or distances (t1, t2) between the projections, capable of generating capillary flow, lateral to said substrate surface, of a liquid sample added to the first end of said at least one fluid passage; and at least one absorbing zone in fluid contact with said second end of said at least one fluid passage, characterized in that said at least one absorbing zone comprises projections, substantially perpendicular to said substrate surface, said projections having a height, diameter and a distance or distances between the projections, capable of generating capillary flow, lateral to said substrate surface, of a liquid sample added to the first end of said at least one fluid passage, and an adhesive foil placed on the top of the perpendicular projections of said at least one absorbing zone, wherein the adhesive of the foil has hydrophilic properties adapted to increase the flow velocity of said liquid sample from said first end to said second end of said fluid passage, and wherein the foil accurately limits the fluid volume defined by said projections.
A washing machine comprising: a rotating tub configured to accommodate laundry; a water supply pipe configured to spray water over a surface of the laundry; and a controller, characterised in that the controller is configured to: execute an air discharge cycle to discharge air contained in the laundry, and when the air discharge cycle has terminated, execute a water supply cycle in which an operation of each of the rotating tub and the water supply pipe is controlled and water is supplied to the rotating tub for a wash cycle, and when the water supply cycle has terminated, execute the wash cycle in which the laundry is washed, wherein in the air discharge cycle the rotating tub is rotated faster than a rotational speed in the wash cycle such that air in the laundry is discharged before the controller starts the water supply cycle. a rotating tub configured to accommodate laundry; a water supply pipe configured to spray water over a surface of the laundry; and a controller, characterised in that the controller is configured to: execute an air discharge cycle to discharge air contained in the laundry, and when the air discharge cycle has terminated, execute a water supply cycle in which an operation of each of the rotating tub and the water supply pipe is controlled and water is supplied to the rotating tub for a wash cycle, and when the water supply cycle has terminated, execute the wash cycle in which the laundry is washed, execute an air discharge cycle to discharge air contained in the laundry, and when the air discharge cycle has terminated, execute a water supply cycle in which an operation of each of the rotating tub and the water supply pipe is controlled and water is supplied to the rotating tub for a wash cycle, and when the water supply cycle has terminated, execute the wash cycle in which the laundry is washed, wherein in the air discharge cycle the rotating tub is rotated faster than a rotational speed in the wash cycle such that air in the laundry is discharged before the controller starts the water supply cycle.
A ligand capable of multivalently binding to a glutamine transporter that is expressed in excess in a cancer cell as compared with a normal cell, which contains a polypeptide to which ten or more groups represented by the following formula: are linked directly or via a linker, wherein the arrow indicates linkage with the polypeptide.
A hydraulic system for a motor vehicle, specifically a utility vehicle, having a pump which can be driven by means of a drive machine, and at least one functional device which is fluidically connected to the pump, herein a protective configuration comprising a protective coupling is provided for protecting the pump and/or the functional device, characterized in that the projective coupling decouples the pump from the drive machine and/or blocks it in the uncoupled state if the rotational speed of the pump reaches or exceeds a limiting rotational speed, and the protective coupling is connected downstream of a clutch which serves optionally to connect the pump to the drive machine or disconnect it from the drive machine.
A sensor comprising: a ferromagnetic shield; at least one sensor coil (22, 24, 26) disposed around an exterior of the ferromagnetic shield; and an electronics module within the ferromagnetic shield, characterized in the electronics module being configured to determine the position and/or orientation of the sensor based at least in part on a measurement of a signal induced in the at least one sensor coil. a ferromagnetic shield; at least one sensor coil (22, 24, 26) disposed around an exterior of the ferromagnetic shield; and an electronics module within the ferromagnetic shield, characterized in the electronics module being configured to determine the position and/or orientation of the sensor based at least in part on a measurement of a signal induced in the at least one sensor coil.