mhurhangee/ep-ind-claims huggingface dataset:
A pilot control unit for providing a pilot control pressure for a valve unit for the regulated provision of a fluid, the pilot control unit comprising at least one pilot control valve (32, 34), in particular at least one electrically controllable pilot control valve (32, 34), and a regulating unit that is coupled to the pilot control unit, characterized in that the regulating unit is configured for adaptive parameter-based regulation of the at least one pilot control valve (32, 34), wherein the regulation is based on a combined parameter that describes an opening point of the pilot control valve (32, 34), wherein the combined parameter is determined based on a static component and a dynamic component, the regulation of the at least pilot control valve (32, 34) is based on adaptive parameters that describe a characteristic curve, which describes a relationship between a degree of opening of the pilot control valve (32, 34) and a control variable, and which is characterized by an opening point and a steepness, the static component describes an individual variation, which is preferably determined by measuring, and the dynamic component is a temporally variable, wherein the regulation of the dynamic component is based on a set point value-actual value comparison that relates to the pilot control pressure.
A vehicle structure comprising an airbag secured to a deployment area of an interior structure of the vehicle structure; said airbag having an horizontal square-like or rectangular cross-sectional shape; characterized in that: one comer of the square-like or rectangular cross-sectional shaped airbag is secured to the deployment area and an opposite corner providing an occupant facing corner arranged to be deployed in a direction in front of a vehicle occupant so as to create left and right deflection sides extending from the occupant facing corner; said airbag is arranged to deploy horizontally along a plane in front of the vehicle occupant so as to deflect the vehicle occupant towards one of the left or right deflection sides away from the interior structure of the vehicle structure. one comer of the square-like or rectangular cross-sectional shaped airbag is secured to the deployment area and an opposite corner providing an occupant facing corner arranged to be deployed in a direction in front of a vehicle occupant so as to create left and right deflection sides extending from the occupant facing corner; said airbag is arranged to deploy horizontally along a plane in front of the vehicle occupant so as to deflect the vehicle occupant towards one of the left or right deflection sides away from the interior structure of the vehicle structure.
Suspended ceiling system (100, 500) for a room having a structural ceiling, said system (100, 500) comprising: a body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) attachable to said structural ceiling, at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c), such as a wire, a line, a cable, a cord, a thread, and a ceiling tile (102a-e, 402, 502a-c) with sound absorbing properties and comprising mineral wool, glass wool and/or rock wool, wherein said ceiling tile (102a-e, 402, 502a-c) is suspendable in said body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) by means of said at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c), and wherein said body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) for each of said at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c) defines a suspension member receiving path (205a-c, 305) for reception thereof, characterised in that each string like suspension member (104a-e, 204a-c, 304, 404, 504a-c, 604a-c) is attachable to said ceiling tile (102a-e, 402, 502a-c) at two attachment points (106a-e, 406). a body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) attachable to said structural ceiling, at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c), such as a wire, a line, a cable, a cord, a thread, and a ceiling tile (102a-e, 402, 502a-c) with sound absorbing properties and comprising mineral wool, glass wool and/or rock wool, wherein said ceiling tile (102a-e, 402, 502a-c) is suspendable in said body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) by means of said at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c), and wherein said body unit (108a-e, 208a-c, 308, 508a-c, 608 a-c) for each of said at least two string like suspension members (104a-e, 204a-c, 304, 404, 504a-c, 604a-c) defines a suspension member receiving path (205a-c, 305) for reception thereof, characterised in that each string like suspension member (104a-e, 204a-c, 304, 404, 504a-c, 604a-c) is attachable to said ceiling tile (102a-e, 402, 502a-c) at two attachment points (106a-e, 406).
A computed tomography imaging apparatus, which apparatus includes - a support construction which is arranged to support a substantially ring-shaped structure supporting x-ray imaging means, which x-ray imaging means include a source of x-radiation and a receiver of image information, which x-ray imaging means are arranged within said substantially ring-shaped structure supporting the x-ray imaging means (21, 22) substantially on opposite sides of each other and movable within said ring-shaped structure supporting the x-ray imaging means (21, 22), - a control system for controlling at least part of the operations of the apparatus, - which apparatus includes in said ring-shaped structure supporting the x-ray imaging means (21, 22) an examination opening wherein the object to be imaged is positionable for imaging, wherein at least one video camera is arranged in connection with said ring-shaped structure supporting the x-ray imaging means (21,22) and is aimed inside said examination opening or arranged such that it may be aimed inside said examination opening, characterized in that at least one display is attached to said ring-shaped structure supporting the x-ray imaging means (21, 22) or to said support structure and is in a functional connection with said at least one video camera, and said substantially ring-shaped structure supporting the x-ray imaging means (21,22) is movable with respect to said support construction at least in the vertical direction. - a support construction which is arranged to support a substantially ring-shaped structure supporting x-ray imaging means, which x-ray imaging means include a source of x-radiation and a receiver of image information, which x-ray imaging means are arranged within said substantially ring-shaped structure supporting the x-ray imaging means (21, 22) substantially on opposite sides of each other and movable within said ring-shaped structure supporting the x-ray imaging means (21, 22), - a control system for controlling at least part of the operations of the apparatus, - which apparatus includes in said ring-shaped structure supporting the x-ray imaging means (21, 22) an examination opening wherein the object to be imaged is positionable for imaging, wherein at least one video camera is arranged in connection with said ring-shaped structure supporting the x-ray imaging means (21,22) and is aimed inside said examination opening or arranged such that it may be aimed inside said examination opening, characterized in that at least one display is attached to said ring-shaped structure supporting the x-ray imaging means (21, 22) or to said support structure and is in a functional connection with said at least one video camera, and said substantially ring-shaped structure supporting the x-ray imaging means (21,22) is movable with respect to said support construction at least in the vertical direction.
Suction roll for a machine for producing or processing a fibrous web, such as a paper, tissue or board machine, comprising a moving roll shell and at least one suction box adjoining the moving roll shell and a system for sealing off the at least one suction box adjoining the moving roll shell of the suction roll, the system comprising at least two seals, which rest in a sealing manner on the moving roll shell via a respective sealing face and, in the area of the sealing faces of the at least two seals and/or on the at least two seals and/or in the at least two seals in each case at least one device for discharging a lubricant wetting the at least two seals is provided, which at least one device has a feed line connected thereto, through which the lubricant can be fed, and a separate feed line being provided for each of the devices of the at least two seals, and the devices for discharging the lubricant respectively being arranged such that the lubricant can be applied to the at least two seals on the ingoing side and can be transported to the sealing faces by the rotation of the roll shell, characterized in that means are provided for the open-loop and/or closed-loop control of the lubricant supply to each of the seals, via which the feeding of lubricant to each of the seals can be controlled and/or regulated separately.
A mobile radio communications device comprising: a source of geographical location data; means for notifying a universal integrated circuit card (UICC) that the source of geographical location data is present by providing a static notification that the source of geographical location data is present; means for receiving from the UICC, when said static notification has indicated that the source of geographical location data is present, a signal indicating that said UICC requires geographical location data; means for retrieving geographical location data from said source of geographical location data, and for generating a signal carrying the retrieved geographical location data, in response to receipt of said signal indicating that said UICC requires geographical location data; and means for sending the generated signal carrying the retrieved geographical location data to the UICC, characterised in that said static notification is done by modifying, in a byte of a terminal profile, a single bit specifically defined for the purpose of indicating whether the source of geographical location data is present. a source of geographical location data; means for notifying a universal integrated circuit card (UICC) that the source of geographical location data is present by providing a static notification that the source of geographical location data is present; means for receiving from the UICC, when said static notification has indicated that the source of geographical location data is present, a signal indicating that said UICC requires geographical location data; means for retrieving geographical location data from said source of geographical location data, and for generating a signal carrying the retrieved geographical location data, in response to receipt of said signal indicating that said UICC requires geographical location data; and means for sending the generated signal carrying the retrieved geographical location data to the UICC, characterised in that said static notification is done by modifying, in a byte of a terminal profile, a single bit specifically defined for the purpose of indicating whether the source of geographical location data is present.
Charging station for electric energy storages of electric vehicles comprising: — an input circuit for connecting the charging station to an electrical power source; — an output circuit for connecting the charging station via charging plugs (9a, 9b, 9c) to the electric energy storages of electric vehicles; — an electrical direct current charging buffer with a positive terminal and a negative terminal configured to be charged by the electrical power source; — a n-phase transformer for galvanic isolation of the input circuit from the output circuit with primary windings (L' 1, L' 2, L' 3) on the input circuit side and secondary windings (L" 1, L" 2, L" 3) on the output circuit side; — a sensor for sensing at least one of voltage or current consumed during charging the electrical operated vehicle providing a sensor signal that is indicative of the sensed voltage and/or current; — the output circuit being connected to a switching circuit; — the switching circuit adapted for periodically connecting the positive terminal of the charging buffer and the negative terminal of the charging buffer to the primary windings (L' 1, L' 2, L' 3); and — control means for receiving the sensor signal and configured to control the switching circuit to provide a predetermined voltage and/or charging current, characterized in that the charging station further comprises a mode selector circut and a bridge rectifier (RD1, RD2, RD3, RD4), wherein the mode selector circuit is configured to receive a mode signal which is indicative whether the electric energy storage requires AC current or DC current and wherein the mode selector circuit in DC charging mode is configured to connect the bridge rectifier (RD 1, RD 2, RD 3, RD 4) to the at least one secondary winding (L" 1) of the n-phase transformer and in AC charging mode is configured to disconnect the bridge rectifier (RD 1, RD 2, RD 3, RD 4) from the at least one secondary winding (L" 1) of the n-phase transformer. — an input circuit for connecting the charging station to an electrical power source; — an output circuit for connecting the charging station via charging plugs (9a, 9b, 9c) to the electric energy storages of electric vehicles; — an electrical direct current charging buffer with a positive terminal and a negative terminal configured to be charged by the electrical power source; — a n-phase transformer for galvanic isolation of the input circuit from the output circuit with primary windings (L' 1, L' 2, L' 3) on the input circuit side and secondary windings (L" 1, L" 2, L" 3) on the output circuit side; — a sensor for sensing at least one of voltage or current consumed during charging the electrical operated vehicle providing a sensor signal that is indicative of the sensed voltage and/or current; — the output circuit being connected to a switching circuit; — the switching circuit adapted for periodically connecting the positive terminal of the charging buffer and the negative terminal of the charging buffer to the primary windings (L' 1, L' 2, L' 3); and — control means for receiving the sensor signal and configured to control the switching circuit to provide a predetermined voltage and/or charging current,
A method of merging, on a table, postal articles with mailpieces that are already sorted, said method being characterized in that it comprises the following steps: • placing the mailpieces in a stack and on edge on a merge table; • placing the postal articles to be merged in a stack and flat on a deck of an assistance electronic station for assisting with manual sorting, which station comprises a camera disposed overlying the deck, a display screen, and a monitoring/control unit; • causing the monitoring/control unit of the station to operate in such a manner that, before each time a postal article is taken from the top of the stack of postal articles, a digital image of said article is formed by the camera, and, on the basis of said image, the unit produces, on the display screen, a first marker signal that designates a vertical slot in a sorting frame, into which slot said postal article is to be inserted; • when the vertical slots of the sorting slot are filled with postal articles, taking a bundle of postal articles, as a handful, from the sorting frame, and placing it in a stack and flat on the deck of the assistance electronic station for assisting with manual sorting; and • causing the monitoring/control unit of the station to operate in such a manner that, before each time a postal article is taken from the top of the stack of postal articles, a digital image of said article is formed by the camera, and, on the basis of said image, the unit produces, on the display screen, a second marker signal that is representative of an insertion position in the stack of mailpieces on the merge table, at which position said postal article is to be merged. • placing the mailpieces in a stack and on edge on a merge table; • placing the postal articles to be merged in a stack and flat on a deck of an assistance electronic station for assisting with manual sorting, which station comprises a camera disposed overlying the deck, a display screen, and a monitoring/control unit; • causing the monitoring/control unit of the station to operate in such a manner that, before each time a postal article is taken from the top of the stack of postal articles, a digital image of said article is formed by the camera, and, on the basis of said image, the unit produces, on the display screen, a first marker signal that designates a vertical slot in a sorting frame, into which slot said postal article is to be inserted; • when the vertical slots of the sorting slot are filled with postal articles, taking a bundle of postal articles, as a handful, from the sorting frame, and placing it in a stack and flat on the deck of the assistance electronic station for assisting with manual sorting; and • causing the monitoring/control unit of the station to operate in such a manner that, before each time a postal article is taken from the top of the stack of postal articles, a digital image of said article is formed by the camera, and, on the basis of said image, the unit produces, on the display screen, a second marker signal that is representative of an insertion position in the stack of mailpieces on the merge table, at which position said postal article is to be merged.
A tool comprising: a switch that is configured to cause an electric component to operate, wherein the switch includes: a switch manipulation part that is configured to manipulate the switch; a load sensor that is configured to detect a load corresponding to a pressing force according to a manipulation of the switch manipulation part; characterized in that the load adjusting mechanism is configured to move the load sensor relative to the switch manipulation part along a direction where the switch manipulation part and the load sensor are separated from each other, according to a magnitude of the pressing force applied to the load sensor. a switch manipulation part that is configured to manipulate the switch; a load sensor that is configured to detect a load corresponding to a pressing force according to a manipulation of the switch manipulation part; characterized in that the load adjusting mechanism is configured to move the load sensor relative to the switch manipulation part along a direction where the switch manipulation part and the load sensor are separated from each other, according to a magnitude of the pressing force applied to the load sensor.
A probe with a scanning system comprising: a plurality of optical elements comprising: an optical fiber (22,40) having a fiber axis that is the optical axis of the fiber, the optical fiber configured to transmit a light ray, the fiber axis extending to an imaginary fiber axis that is in a same direction as the fiber axis; and a gradient-index (GRIN) lens having a GRIN perimeter and a GRIN lens optical axis, the GRIN lens configured to receive the light ray from the optical fiber and refract the light ray; and a movement system comprising a cylinder having a cylinder axis, the GRIN lens disposed in an offset manner within the cylinder such that the cylinder axis is substantially parallel to but separated from the GRIN lens optical axis, characterized in that the probe comprises a cannula; the plurality of optical elements and the movement system are disposed within the cannula; and the movement system is configured to rotate the cylinder about the cylinder axis to move the offset GRIN lens separately from the optical fiber in a substantially circular closed path such that the GRIN lens does not rotate about the GRIN lens optical axis, but instead the GRIN lens optical axis substantially aligns with the imaginary fiber axis at at least one point of the path and the GRIN perimeter intersects the imaginary fiber axis at at least two points of the path. a plurality of optical elements comprising: an optical fiber (22,40) having a fiber axis that is the optical axis of the fiber, the optical fiber configured to transmit a light ray, the fiber axis extending to an imaginary fiber axis that is in a same direction as the fiber axis; and a gradient-index (GRIN) lens having a GRIN perimeter and a GRIN lens optical axis, the GRIN lens configured to receive the light ray from the optical fiber and refract the light ray; and an optical fiber (22,40) having a fiber axis that is the optical axis of the fiber, the optical fiber configured to transmit a light ray, the fiber axis extending to an imaginary fiber axis that is in a same direction as the fiber axis; and a gradient-index (GRIN) lens having a GRIN perimeter and a GRIN lens optical axis, the GRIN lens configured to receive the light ray from the optical fiber and refract the light ray; and a movement system comprising a cylinder having a cylinder axis, the GRIN lens disposed in an offset manner within the cylinder such that the cylinder axis is substantially parallel to but separated from the GRIN lens optical axis, characterized in that the probe comprises a cannula; the plurality of optical elements and the movement system are disposed within the cannula; and the movement system is configured to rotate the cylinder about the cylinder axis to move the offset GRIN lens separately from the optical fiber in a substantially circular closed path such that the GRIN lens does not rotate about the GRIN lens optical axis, but instead the GRIN lens optical axis substantially aligns with the imaginary fiber axis at at least one point of the path and the GRIN perimeter intersects the imaginary fiber axis at at least two points of the path.
A connecting device between a building structure and a structural element (150, 170, 170') ensuring the shaping of a flexible covering membrane retained at its periphery on said building structure, the connecting device comprising: - displacement means exerting a translation of the structural element against the cover membrane to achieve tensioning in an initial tension range of the cover membrane and to achieve the shaping thereof, and elastic prestressing reserve means making it possible to compensate for creep of the cover membrane by a displacement of the connecting device holding the cover membrane, in the initial tension range, the connecting device comprises a fixed sub-assembly intended to be fixed to the structure of the building, an sub-assembly movable relative to the fixed sub-assembly, intended to be connected to the structural element, making it possible to place the sub-assembly movable relative to the fixed sub-assembly in a position in which the structural element performs an initial tensioning of the cover membrane and an elastic element interposed between the fixed sub-element and the movable sub-element forming a prestressing reserve compensating for the creep of the cover membrane. - displacement means exerting a translation of the structural element against the cover membrane to achieve tensioning in an initial tension range of the cover membrane and to achieve the shaping thereof, and