mhurhangee/ep-ind-claims huggingface dataset:
A specimen processing apparatus, comprising: an imaging device for imaging a cap of a covered specimen container containing a specimen; an aspirating device including a specimen aspirating tube, a specimen processing device for processing the specimen aspirated by the aspirating device; characterised in that the aspirating device is moving the specimen aspirating tube so as to pass the specimen aspirating tube through the cap of the covered specimen container and aspirating the specimen contained in the covered specimen container via the specimen aspirating tube; and in that the specimen processing apparatus is further comprising aspiration controlling means for controlling a movement of the specimen aspirating tube into the covered specimen container based on an image obtained by the imaging device. an imaging device for imaging a cap of a covered specimen container containing a specimen; an aspirating device including a specimen aspirating tube, a specimen processing device for processing the specimen aspirated by the aspirating device; characterised in that the aspirating device is moving the specimen aspirating tube so as to pass the specimen aspirating tube through the cap of the covered specimen container and aspirating the specimen contained in the covered specimen container via the specimen aspirating tube; and in that the specimen processing apparatus is further comprising aspiration controlling means for controlling a movement of the specimen aspirating tube into the covered specimen container based on an image obtained by the imaging device.
A suspension device for the cab of a vehicle comprising a U-shaped primary torsion bar and a primary actuator (3, 13), characterized in combination in that the U-shaped primary torsion bar is positioned substantially along the longitudinal axis of the vehicle, to ensure maintenance in the stable position and completely react the static pitch reaction of the cab, and in that the device comprises a dynamic secondary damping means positioned at the front of the cab.
Rail vehicle for passenger transport, having at least one wheelchair zone, at least one boarding door, at least one sanitary unit and at least one galley, characterized in that the sanitary unit and the galley are arranged between the boarding door and the wheelchair zone, wherein an aisle that is configured to be adequate for the use of a wheelchair leads from the boarding door to the wheelchair zone.
Add-on unit for one or more automatic beverage dispensers (1a, 1b) having a receiving space for installation of at least two storage containers (5a, 5b) for liquid foodstuffs, especially milk, which are connectible to the automatic beverage dispenser(s) (1a, 1b) via foodstuff lines (4a, 4b, 4a', 4b'), - wherein the add-on unit has a cooling device for regulating the temperature of liquid foodstuffs introduced into the storage containers (5a, 5b) to a specifiable temperature, - wherein the add-on unit has for each foodstuff container (5a, 5b) a heat-conducting, especially metallic, contact surface (8a, 8b) which, when the storage container (5a, 5b) is installed, is in heat-conducting contact with a heat-conducting outer wall (7a, 7b), especially a base surface, thereof in order to cool the contents of the storage container (5a, 5b); and - wherein the heat-conducting contact surfaces (8a, 8b) are each cooled by the cooling device by means of separately controllable cooling circuits (9a, 9b). - wherein the add-on unit has a cooling device for regulating the temperature of liquid foodstuffs introduced into the storage containers (5a, 5b) to a specifiable temperature, - wherein the add-on unit has for each foodstuff container (5a, 5b) a heat-conducting, especially metallic, contact surface (8a, 8b) which, when the storage container (5a, 5b) is installed, is in heat-conducting contact with a heat-conducting outer wall (7a, 7b), especially a base surface, thereof in order to cool the contents of the storage container (5a, 5b); and - wherein the heat-conducting contact surfaces (8a, 8b) are each cooled by the cooling device by means of separately controllable cooling circuits (9a, 9b).
An in vitro method of delivering a biologically relevant cargo into non-adherent cells, the method comprising: applying a force to drive a suspension of cells into contact with a plurality of nanostraws, wherein the plurality of nanostraws extend through a substrate and a distance beyond the substrate that is between 2 nm and 50 μm, further wherein the plurality of nanostraws are hollow and have an inner diameter of between 5 nm - 1500 nm; and driving the cargo from the nanostraws into an intracellular volume of the cells so that at least 20% of the cells take up the biologically relevant cargo. applying a force to drive a suspension of cells into contact with a plurality of nanostraws, wherein the plurality of nanostraws extend through a substrate and a distance beyond the substrate that is between 2 nm and 50 μm, further wherein the plurality of nanostraws are hollow and have an inner diameter of between 5 nm - 1500 nm; and driving the cargo from the nanostraws into an intracellular volume of the cells so that at least 20% of the cells take up the biologically relevant cargo.
Passenger protection device for a vehicle, comprising an impact absorber for absorbing impact energy, wherein the impact absorber has a cavity for receiving and deforming a deformation element during a movement of the deformation element in an advancing direction, which is determined by the impact energy, and a blocking element for blocking the movement of the deformation element, characterized in that the passenger protection device comprises the following feature: a pedestrian protection device, which can be coupled to the deformation element and is designed to actively move the deformation element by a specified displacement in the advancing direction on the basis of a deactivation of the blocking element. a pedestrian protection device, which can be coupled to the deformation element and is designed to actively move the deformation element by a specified displacement in the advancing direction on the basis of a deactivation of the blocking element.
A modular LED apparatus, comprising: a first modular LED unit including: - a first plurality of light emitting diodes (LEDs) (4006,4016,15) of at least two different colors for generating illumination of a range of colors within a spectrum; - a first processor for controlling the amount of electrical current supplied to the first plurality of LEDs (4006,4016,15) so that a particular amount of current supplied thereto generates a corresponding color within the spectrum; and - a power module for providing the electrical current from a power source to the first plurality of LEDs, characterized in that the first plurality of LEDs (4006,4016,15) is arranged linearly in series within a first strip, wherein the first strip includes at least one coupling mechanism adapted to permit coupling of the first modular LED unit to at least a second modular LED unit, the second modular LED unit including: - at least a second plurality of LEDs linearly arranged within a second strip, and - a second processor for controlling the amount of current supplied to the second plurality of LEDs so that a particular amount of current supplied thereto generates a corresponding color from the second plurality of LEDs. a first modular LED unit including: - a first plurality of light emitting diodes (LEDs) (4006,4016,15) of at least two different colors for generating illumination of a range of colors within a spectrum; - a first processor for controlling the amount of electrical current supplied to the first plurality of LEDs (4006,4016,15) so that a particular amount of current supplied thereto generates a corresponding color within the spectrum; and - a power module for providing the electrical current from a power source to the first plurality of LEDs, characterized in that the first plurality of LEDs (4006,4016,15) is arranged linearly in series within a first strip, wherein the first strip includes at least one coupling mechanism adapted to permit coupling of the first modular LED unit to at least a second modular LED unit, the second modular LED unit including: - at least a second plurality of LEDs linearly arranged within a second strip, and - a second processor for controlling the amount of current supplied to the second plurality of LEDs so that a particular amount of current supplied thereto generates a corresponding color from the second plurality of LEDs. - a first plurality of light emitting diodes (LEDs) (4006,4016,15) of at least two different colors for generating illumination of a range of colors within a spectrum; - a first processor for controlling the amount of electrical current supplied to the first plurality of LEDs (4006,4016,15) so that a particular amount of current supplied thereto generates a corresponding color within the spectrum; and - a power module for providing the electrical current from a power source to the first plurality of LEDs, - at least a second plurality of LEDs linearly arranged within a second strip, and - a second processor for controlling the amount of current supplied to the second plurality of LEDs so that a particular amount of current supplied thereto generates a corresponding color from the second plurality of LEDs.
A tomographic image generation apparatus comprising: a light source unit configured to emit light to be used for scanning an object; an optical control unit optically connected to the light source unit and configured to control a direction of propagation of light; an optical coupler optically connected to the optical control unit and configured to divide and combine incident light; a plurality of optical systems (30, 40, 50) optically connected to the optical coupler; and a modulation and correction device optically connected to the optical coupler and configured to modulate and correct the light to be used for scanning the object; the modulation and correction device further characterized in comprising an optical modulator including a plurality of pixels configured to modulate only light that enters from the optical coupler by controlling pixels located on a region of the optical modulator where light enters the optical modulator from the optical coupler; and a grating (40b, 40h) configured to offset diffracted light unnecessarily generated in the optical modulator. a light source unit configured to emit light to be used for scanning an object; an optical control unit optically connected to the light source unit and configured to control a direction of propagation of light; an optical coupler optically connected to the optical control unit and configured to divide and combine incident light; a plurality of optical systems (30, 40, 50) optically connected to the optical coupler; and a modulation and correction device optically connected to the optical coupler and configured to modulate and correct the light to be used for scanning the object; the modulation and correction device further characterized in comprising an optical modulator including a plurality of pixels configured to modulate only light that enters from the optical coupler by controlling pixels located on a region of the optical modulator where light enters the optical modulator from the optical coupler; and a grating (40b, 40h) configured to offset diffracted light unnecessarily generated in the optical modulator.
Installation box for electrical/electronic installations, with a box body serving to accommodate at least one electrical/electronic component, comprising a base, a surrounding circumferential wall, and a mounting opening, said box body comprising at least one pipe inlet, spanned by a soft plastic membrane (7, 7.1) for introducing the end section of an installation pipe, wherein the soft plastic membrane (7, 7.1) comprises, at a position provided for the introduction of the installation pipe, a beading (8, 8.1) formed by a material covering, and an insertion region (10, 10.1) enclosed by an insertion contour and by the beading, which is separated from the insertion contour (13, 13.1), said region (10, 10.1), when in use, comprises a cross-section surface which is smaller than the cross-section surface of the installation pipe which is to be introduced, and carries an insertion handle (9, 9.1) for removing the insertion region (10, 10.1), wherein the insertion handle (9, 9.1) is configured as a web with a concave cambered actuation surface, wherein the insertion handle (9, 9.1) is configured to receive an insertion force for introducing the insertion contour (13, 13.1) engaging transversely, characterised in that the insertion contour is provided by a thinning of material, and that the actuation surface of the insertion handle (9, 9.1) is offset eccentrically, in relation to the insertion region (10, 10.1) enclosed by the beading (8, 8.1), into that section of the insertion region (10, 10.1) towards which the concave contour of the insertion handle (9, 9.1) faces, and the insertion handle extends as far as the insertion contour (13, 13.1), and that the web is supported, on its side opposite the actuation surface, by at least one support structure on the outer surface of the insertion region (10, 10.1) of the soft plastic membrane (7, 7.1).
A method of detecting an anomaly of a road side unit, which is performed by an anomaly detecting apparatus interworking with one or more road side units (1210-1, 1210-2, 1210-3), the method comprising: receiving traffic data from each of the one or more road side units; calculating a distance between the one or more road side units based on the traffic data; grouping the road side units with the distance, which is less than or equal to a preset value, among the one or more road side units into the same group; calculating all subsets of groups of the road side units, which are grouped according to the grouping; generating input data from subsets among all the subsets of the groups, to which a first road side unit among the one or more road side units belongs; generating output data of the artificial neural network based on the input data; and detecting an anomaly of the first road side unit based on the output data. receiving traffic data from each of the one or more road side units; calculating a distance between the one or more road side units based on the traffic data; grouping the road side units with the distance, which is less than or equal to a preset value, among the one or more road side units into the same group; calculating all subsets of groups of the road side units, which are grouped according to the grouping; generating input data from subsets among all the subsets of the groups, to which a first road side unit among the one or more road side units belongs; generating output data of the artificial neural network based on the input data; and detecting an anomaly of the first road side unit based on the output data.
Formwork support comprising: an upper support part, a lower support part, and a lowering and lifting apparatus for lowering and lifting the upper support part, relative to the lower support part, between a support position for supporting a formwork structure and a stripping position for removing the formwork structure, the lowering and lifting apparatus comprising a spindle having an external thread and a bearing having an internal thread, the internal thread of the bearing meshing with the external thread of the spindle, the spindle being rotatably mounted on one of the lower support part and upper support part, and the bearing being connected to the other of the lower support part and upper support part, the bearing comprising a nut element having the internal thread and a locking element having meshing teeth, characterised in that the lowering and lifting apparatus is arranged completely inside the upper support part or lower support part, the nut element and the locking element comprising meshing teeth, such that the rotation of the nut element is blocked in one direction of rotation, the spindle being rotated when the upper support part is lowered, and the rotation of the nut element being released in the other direction of rotation, so that the nut element is set in rotational movement by the spindle when the upper support part is lifted. an upper support part, a lower support part, and a lowering and lifting apparatus for lowering and lifting the upper support part, relative to the lower support part, between a support position for supporting a formwork structure and a stripping position for removing the formwork structure, the lowering and lifting apparatus comprising a spindle having an external thread and a bearing having an internal thread, the internal thread of the bearing meshing with the external thread of the spindle, the spindle being rotatably mounted on one of the lower support part and upper support part, and the bearing being connected to the other of the lower support part and upper support part, the bearing comprising a nut element having the internal thread and a locking element having meshing teeth, characterised in that the lowering and lifting apparatus is arranged completely inside the upper support part or lower support part, the nut element and the locking element comprising meshing teeth, such that the rotation of the nut element is blocked in one direction of rotation, the spindle being rotated when the upper support part is lowered, and the rotation of the nut element being released in the other direction of rotation, so that the nut element is set in rotational movement by the spindle when the upper support part is lifted.
Obicetrapib, or a pharmaceutically acceptable salt thereof, for use in a method of slowing progression of neurodegenerative disease in a subject who has or is at risk of developing said neurodegenerative disease, said method comprising: administering a therapeutically effective amount of obicetrapib or a pharmaceutically acceptable salt thereof to the subject, wherein said neurodegenerative disease is Alzheimer's Disease, Lewy Body dementia, vascular or multi-infarct dementia, or frontotemporal dementia. administering a therapeutically effective amount of obicetrapib or a pharmaceutically acceptable salt thereof to the subject, wherein said neurodegenerative disease is Alzheimer's Disease, Lewy Body dementia, vascular or multi-infarct dementia, or frontotemporal dementia.
Method for determining the position of a flying object using a sensor system comprising a plurality of star sensors (2, 3, 4, 6) detecting sections of constellations by means of an optical system and a light-sensitive matrix detector respectively, each of the star sensors having the same or different fields of vision, different viewing directions and an evaluation unit for calculating the position information of the flying object with reference to a comparison of the detected constellation sections with a star catalogue, characterised in that a first data processing level comprises star vectors, a second data processing level comprises data processed from the star vectors on the basis of the star catalogue and a third data processing level comprises position information in the form of Euler angles and/or quaternions of the respective star sensors (2, 3, 4, 6), and the star sensors (2, 3, 4, 6) exchange data from at least one data processing level transmitted via a bus system to improve the measurement precision.
Apparatus for laying conduit from a vessel comprising a reel carrier arranged to receive a reel wound with conduit and capable of being reciprocated along the direction of the axis of the reel, a straightener, and a control unit arranged to control the reel carrier during the laying process such that the fleet angle created between the conduit and the straightener is reduced, characterized in that the apparatus further comprises a fleet angle monitor arranged to measure the fleet angle between the pipe or cable and the straightener, wherein the fleet angle monitor is associated with the control unit, and the control unit is arranged to control the reel carrier in accordance with the measured fleet angle.
A grass mowing machine comprising: a traveling machine body; a mower unit supported to the traveling machine body; a grass collecting container supported to the traveling machine body and configured to store grass clippings cut by the mower unit; a conveyer duct provided between the mower unit and the grass collecting container and configured to allow passage of the grass clippings therethrough; a guide member for guiding the grass clippings, the guide member being provided inside the grass collecting container at a position opposed to a charging inlet of the grass collecting container corresponding to a grass collecting container side end of the conveyer duct; and a posture changing mechanism for changing posture of the guide member, the grass collecting container including an air communication portion for allowing communication of air from the inside of the grass collecting container to the outside; characterized in that an air amount adjustment mechanism is provided for adjusting an amount of air which flows through the air communication portion. a traveling machine body; a mower unit supported to the traveling machine body; a grass collecting container supported to the traveling machine body and configured to store grass clippings cut by the mower unit; a conveyer duct provided between the mower unit and the grass collecting container and configured to allow passage of the grass clippings therethrough; a guide member for guiding the grass clippings, the guide member being provided inside the grass collecting container at a position opposed to a charging inlet of the grass collecting container corresponding to a grass collecting container side end of the conveyer duct; and a posture changing mechanism for changing posture of the guide member, the grass collecting container including an air communication portion for allowing communication of air from the inside of the grass collecting container to the outside; characterized in that an air amount adjustment mechanism is provided for adjusting an amount of air which flows through the air communication portion.