mhurhangee/ep-ind-claims huggingface dataset:
Household appliance having a display operating panel with an operating panel which is at least partially light-permeable, a plurality of light sources (14, 16, 42) and at least one detector (16, 18), wherein - the operating panel has an operating interface, - the at least one detector (14, 16, 18, 42) detects the light emitted by the light sources (14, 16, 42) when the operating interface is touched, - the light sources (14, 16, 42) emit modulated light in a manner which is not immediately perceivable to the human eye, wherein the light sources (14, 16, 42) each emit light which is individualised by means of a coding in such a way that even when the light is overlaid, adjacent light sources (14, 16, 42) and/or different light sources (14, 16, 42) allow the emitting light sources (14, 16, 42) to be determined, characterised in that at least one part of the light sources have at least one diode (15, 17), which can be operated as a detector, wherein the at least one detector is arranged so that it receives light which propagates in the plane of the operating panel. - the operating panel has an operating interface, - the at least one detector (14, 16, 18, 42) detects the light emitted by the light sources (14, 16, 42) when the operating interface is touched, - the light sources (14, 16, 42) emit modulated light in a manner which is not immediately perceivable to the human eye, wherein the light sources (14, 16, 42) each emit light which is individualised by means of a coding in such a way that even when the light is overlaid, adjacent light sources (14, 16, 42) and/or different light sources (14, 16, 42) allow the emitting light sources (14, 16, 42) to be determined, characterised in that at least one part of the light sources have at least one diode (15, 17), which can be operated as a detector, wherein the at least one detector is arranged so that it receives light which propagates in the plane of the operating panel.
A Method for refurbishing the multi-layer substructure, which consists of a gravel layer as well as of soil layers located therebelow of tracks, which consist of sleepers and tracks, on rail sections, wherein the work trolleys (1, 2, 3) are moved forwards continuously during the work processes, and wherein a first work trolley initially removes the track from the old substructure and a second work trolley located downstream therefrom, viewed in work direction, subsequently installs the same track or a new track or a partially renewed track on the renovated substructure again, wherein the gravel layer is expanded, and wherein reprocessed or new gravel is installed for the new gravel layer, and wherein at least a further, third work trolley, which expands all or individual soil layers by means of an excavating device, is used between the first work trolley and the second work trolley, wherein reprocessed or new soil material for the new soil layers is installed, characterised in that the third work trolley or a further work trolley between the first work trolley and the second work trolley has a processing device downstream from the excavating device for the soil layers for an excavation bottom located below the soil layers, and a substructure formed by the existing soil below the excavating layers is reprocessed by means of the processing device.
A hazard protection system, comprising: a tagging and tracking system comprising a tag configured to be coupled to a pallet storing cargo; a multi-parameter sensor (SD#1, SD#2, SD#3) configured to be located in a zone of a cargo hold, wherein the multi-parameter sensor is configured to monitor a plurality of conditions of the cargo hold; a controller configured to: wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wherein modifying the initial configuration of the multi-parameter sensor comprises increasing or decreasing a sensitivity of the multi-parameter sensor based at least in part on the cargo type; and an electronic flight bag (EFB#1, EFB#2) configured to display cargo type and hazard definition. a tagging and tracking system comprising a tag configured to be coupled to a pallet storing cargo; a multi-parameter sensor (SD#1, SD#2, SD#3) configured to be located in a zone of a cargo hold, wherein the multi-parameter sensor is configured to monitor a plurality of conditions of the cargo hold; a controller configured to: wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wirelessly communicate with the tag to determine a cargo type of the cargo and initialize a configuration of the multi-parameter sensor based on the cargo type; and modify the initial configuration of the multi-parameter sensor based at least in part on the cargo type, wherein modifying the initial configuration of the multi-parameter sensor comprises increasing or decreasing a sensitivity of the multi-parameter sensor based at least in part on the cargo type; and an electronic flight bag (EFB#1, EFB#2) configured to display cargo type and hazard definition.
An electric switch for a manually operated electric device with an electric motor, comprising: a switch housing; a contact system having a fixed contact and a switch contact arranged in the switch housing; a plunger which protrudes out of the switch housing, is connected to an activation element, and by means of its movement can switch at least one of the fixed and switch contacts (21, 22) of the contact system from an off position into an on position; and a circuit board fixed in the switch housing and has contact surfaces (33, 34) in the form of potentiometer circuits on one of its sides; wherein the plunger within the switch housing comprises a slider which has sliding contacts (16a, 16b) on the side of the slider facing the circuit board, and wherein the rotational speed or the torque of the electric motor is adjustable through interaction of the sliding contacts (16a, 16b) with the contact surfaces (33, 34) of the circuit board, wherein the contact surfaces (33, 34) are arranged on the upper face of circuit board, wherein the slider is moveable along the orientation of the contact surfaces (33, 34) in a plane parallel to the circuit board; and wherein the switch contact comprises an arm which is movable by the plunger, a working direction of the arm likewise lying in a plane parallel to the circuit board to open and/or close the contact system; characterized in that at least part of the fixed and switch contacts (21, 22) of the contact system are arranged on the upper face of circuit board. a switch housing; a contact system having a fixed contact and a switch contact arranged in the switch housing; a plunger which protrudes out of the switch housing, is connected to an activation element, and by means of its movement can switch at least one of the fixed and switch contacts (21, 22) of the contact system from an off position into an on position; and a circuit board fixed in the switch housing and has contact surfaces (33, 34) in the form of potentiometer circuits on one of its sides; wherein the plunger within the switch housing comprises a slider which has sliding contacts (16a, 16b) on the side of the slider facing the circuit board, and wherein the rotational speed or the torque of the electric motor is adjustable through interaction of the sliding contacts (16a, 16b) with the contact surfaces (33, 34) of the circuit board, wherein the contact surfaces (33, 34) are arranged on the upper face of circuit board, wherein the slider is moveable along the orientation of the contact surfaces (33, 34) in a plane parallel to the circuit board; and wherein the switch contact comprises an arm which is movable by the plunger, a working direction of the arm likewise lying in a plane parallel to the circuit board to open and/or close the contact system;
An in vitro method for the detection and/or monitoring of a neurodegenerative disorder, wherein the level of kynurenine in saliva is determined, and wherein the determined level of kynurenine is compared with the average level of kynurenine measured in comparable individuals who are not affected by a neurodegenerative disorder, whereby the value of kynurenine in patients suffering from neurodegenerative disorders is increased.
Crease removal head comprising a steam distribution circuit and a front wall provided with a treatment face designed to face a garment to be de-creased, the steam distribution circuit comprising an inlet port designed to be connected to a steam duct, the treatment face comprising at least one steam outlet hole, the steam distribution circuit comprising an internal chamber which comprises a first diffusion chamber provided between an internal face of the front wall and a first face (24.1) of a partition wall extending inside the internal chamber, and a second diffusion chamber which communicates with the first diffusion chamber and is partly delimited by a second face (24.2) of the partition wall opposite the first face (24.1) of the partition wall, and in that the internal chamber comprises steam discharge channels communicating with the at least one steam outlet hole so that the steam present in the internal chamber escapes through the steam discharge channels and towards the at least one steam outlet hole, the first diffusion chamber being traversed by the steam discharge channels, the steam discharge channels projecting from the internal face of the front wall and opening into the second diffusion chamber.
A method of reclaiming excavations after the mineral resources excavation characterized by filling the excavation with a mixture of coal bed rocks, drill cuttings and ash to a level of 1 to 2 m below ground, after which a 1-2-metre layer of artificial soil is created from drill cuttings separated from drill liquid, sewage treatment plant sludge and top soil accumulated during the preparation for exploitation, wherein in the artificial soil drill cuttings are present in the amount of 10-30%, preferably 20%, sewage treatment plant sludge is present in the amount of 20-40%, preferably 30%, and top soil accumulated during the preparation for exploitation is present in the amount of 30-60%, preferably 40%.
A method of packaging and testing integrated circuit die (52, 60), comprising: coupling a first integrated circuit die or a plurality of first circuit dies to a substrate, said coupling including physically attaching and electrically coupling said first integrated circuit die or said plurality of first integrated circuit dies to said substrate; encapsulating said first integrated circuit die or plurality of first circuit dies; testing said first integrated circuit die or plurality of first circuit dies; and coupling a second integrated circuit die or a plurality of second integrated circuit dies to said substrate if said testing of said first integrated circuit die or plurality of first circuit dies is successful. coupling a first integrated circuit die or a plurality of first circuit dies to a substrate, said coupling including physically attaching and electrically coupling said first integrated circuit die or said plurality of first integrated circuit dies to said substrate; encapsulating said first integrated circuit die or plurality of first circuit dies; testing said first integrated circuit die or plurality of first circuit dies; and coupling a second integrated circuit die or a plurality of second integrated circuit dies to said substrate if said testing of said first integrated circuit die or plurality of first circuit dies is successful.
Motor vehicle two-stroke combustion engine comprising at least one axial cylinder comprising a bore which receives a piston sliding therein, said cylinder comprising a peripheral wall which comprises a lower portion in which there are arranged a plurality of peripheral ports which open into the bore and are able to be opened or closed by the piston, which is surrounded by at least one moving ring to allow or prevent the intake of air into the cylinder, each port being oriented in a radial direction extending radially from the axis of the cylinder and passing through the centre of the opening of each port into the bore, and delimited in the peripheral wall by an upper face and a lower face which are mutually opposite and delimited by radial edges (40, 42, 46, 48) extending in directions of orientation substantially orthogonal to the axial direction of the cylinder, characterized in that the direction of orientation of the radial edges of the upper face forms with the radial direction, in a plane orthogonal to the axial direction of the cylinder, an angle (α 40, α 42) which is oriented in a first predetermined direction, and the direction of orientation of the radial edges of the lower face forms with the radial direction, in said plane orthogonal to the axial direction of the cylinder, an angle (α 46, α 48) which is oriented in a second predetermined direction opposite to the first predetermined direction, each twisted port directing the intake air in two oppositely directed orientations so as to cause a reduced vortex movement produced by a virtually radial intake when the piston does not shut off each port, and in a substantially tangential orientation in the first predetermined direction so as to cause an increased vortex movement as the piston rises, the opening of each port into the bore being surrounded by borders comprising at least one lateral joining edge between the upper face and the lower face parallel to the axis of the cylinder.
A compound represented by the following formula or a salt thereof: wherein R 1 represents a hydrogen atom or an acyl group; and R 2 represents a hydrogen atom, a linear or branched alkyl group, a cycloalkyl group, an aryl group, or an aralkyl group; for use in the prevention and/or treatment of damage caused by X-rays wherein the use is characterized by one or more of: i) prevention of body weight reduction, and ii) alleviation of hematopoietic disorder. i) prevention of body weight reduction, and ii) alleviation of hematopoietic disorder.
A computer-implemented method for locating a fingertip of a user, comprising: capturing an image using at least one camera of a computing device, the image including a view of at least a part of the user's finger; determining, from the image, location information about a first portion of the finger with respect to the computing device; determining whether a fingertip of the finger is outside a field of view of the at least one camera; detecting, using at least one sensor of the computing device, a relative position of a second portion of the finger with respect to the computing device when the fingertip is outside a field of view of the at least one camera; analyzing the location information and the relative position of the second portion to determine a relative location of a fingertip of the finger based at least in part on a model of the hand of the user; and determining a trajectory of the finger based at least in part on the location information about the first portion of the finger and relative position of the fingertip; and providing input to an application executing on the computing device based at least in part on the trajectory of the fingertip. capturing an image using at least one camera of a computing device, the image including a view of at least a part of the user's finger; determining, from the image, location information about a first portion of the finger with respect to the computing device; determining whether a fingertip of the finger is outside a field of view of the at least one camera; detecting, using at least one sensor of the computing device, a relative position of a second portion of the finger with respect to the computing device when the fingertip is outside a field of view of the at least one camera; analyzing the location information and the relative position of the second portion to determine a relative location of a fingertip of the finger based at least in part on a model of the hand of the user; and determining a trajectory of the finger based at least in part on the location information about the first portion of the finger and relative position of the fingertip; and providing input to an application executing on the computing device based at least in part on the trajectory of the fingertip.
A dispensing mechanism for administering a dosage of a medicament from an injection device, the mechanism comprising: a body; dosage setting means for setting the dosage of a medicament to be administered, the dosage setting means being moveable axially in a first direction for setting the dose and moveable axially in a second direction for administering the dose; and an indication element to visually indicate a set dosage of a medicament, the indication element being arranged to be displaced axially and linearly relative to said body by a predetermined movement of the dosage setting means; wherein the mechanism further includes conversion means configured, during displacement of the indication element, to convert a movement of the dosage setting means of a first magnitude into a movement of the indication element of a second magnitude, and wherein said first magnitude of movement is different to said second magnitude of movement; and wherein the conversion means comprises a lever configured to act about a fulcrum provided by the dosage setting means. a body; dosage setting means for setting the dosage of a medicament to be administered, the dosage setting means being moveable axially in a first direction for setting the dose and moveable axially in a second direction for administering the dose; and an indication element to visually indicate a set dosage of a medicament, the indication element being arranged to be displaced axially and linearly relative to said body by a predetermined movement of the dosage setting means; wherein the mechanism further includes conversion means configured, during displacement of the indication element, to convert a movement of the dosage setting means of a first magnitude into a movement of the indication element of a second magnitude, and wherein said first magnitude of movement is different to said second magnitude of movement; and wherein the conversion means comprises a lever configured to act about a fulcrum provided by the dosage setting means.
Door closing mechanism with a device embeddable into a door, with a frame, an actuation member and with a control piece, a slide and a lever for controlling a locking bolt of the device in the operational state of the door closing mechanism from a closed position, in which it is received in a receptacle of the door closing mechanism that can be inserted into a door frame, into an open position by means of the manually controllable actuation member, the actuation member being designed as a handle shell which controls the slide in the closed position of the door via the rotatably mounted control piece, the slide holding the locking bolt in the receptacle in the door frame via the rotatably mounted lever and wherein when the tray handle is actuated via the control angle, the slide and the lever, the locking bolt is adjustable into the opening position of the door and is released for opening, characterized in that the device with the handle shell is designed to take four different positions in the door relative to the locking bolt, each of which is rotated by 90° to one another by the control bracket which is rotatably mounted in the frame around the handle shell, wherein the shell handle can be folded out downwards, to the left, upwards and to the right out of the frame connected to the door.
Wheelset axle of a rail vehicle, comprising a protection device, having an elastomeric mat which may be applied to the wheelset axle, a housing of a non-deformable material at least partially enclosing the elastomeric mat and retaining means designed to retain the elastomeric mat and the housing on the wheelset axle, characterized in that the housing comprises incisions at its two mutually facing free ends (5, 6), which when mounted each face a wheel.
A microscope assembly for imaging a biological sample comprising: an objective; a light source configured to illuminate the sample through said objective and generate a light sheet; a sample holding device comprising: a support substrate comprising a sample well adapted to contain and be compatible with said sample, wherein said sample well is provided on at least one wall with an angled reflective surface; wherein: said angled reflective surface is configured to reflect said light sheet through a part of said sample contained within said sample well to provide substantially transverse illumination of said sample contained therein and said objective is configured to collect light emitted by said sample. an objective; a light source configured to illuminate the sample through said objective and generate a light sheet; a sample holding device comprising: a support substrate comprising a sample well adapted to contain and be compatible with said sample, wherein said sample well is provided on at least one wall with an angled reflective surface; wherein: said angled reflective surface is configured to reflect said light sheet through a part of said sample contained within said sample well to provide substantially transverse illumination of said sample contained therein and said objective is configured to collect light emitted by said sample. said angled reflective surface is configured to reflect said light sheet through a part of said sample contained within said sample well to provide substantially transverse illumination of said sample contained therein and said objective is configured to collect light emitted by said sample.