mhurhangee/ep-ind-claims huggingface dataset:
Luminaire row (10; 10') comprising: - at least one elongated mounting profile (11; 11') and an elongated luminaire cover (12; 12') arranged on the mounting profile (11; 11'); - wherein the luminaire cover (12; 12') comprises at least one light emitting surface (15; 15') and at least two latching or clamping means (16, 17, 16', 17') arranged on opposite longitudinal sides of the luminaire cover (12; 12') and with which the luminaire cover (12, 12') is captively secured on the mounting profile (11, 11'); - wherein at least two friction regions (13, 14) are arranged on opposite longitudinal sides of the luminaire cover (12; 12') between the luminaire cover (12; 12') and the mounting profile (11; 11'), wherein the friction between the luminaire cover (12, 12') and the mounting profile (11, 11') is so increased that, as a result of operational thermal expansion of the mounting profile (11, 11') and/or the luminaire cover (12, 12'), there is no relative movement of the mounting profile (11 11') with respect to the luminaire cover (12, 12') in the friction regions (13, 14), characterized in that at least one single-sided adhesive tape is arranged between the mounting profile (11, 11') and the luminaire cover (12, 12') in order to increase the friction in the friction regions (13, 14), wherein the single-sided adhesive tape has an anti-slip coating on its non-adhesive side. - at least one elongated mounting profile (11; 11') and an elongated luminaire cover (12; 12') arranged on the mounting profile (11; 11'); - wherein the luminaire cover (12; 12') comprises at least one light emitting surface (15; 15') and at least two latching or clamping means (16, 17, 16', 17') arranged on opposite longitudinal sides of the luminaire cover (12; 12') and with which the luminaire cover (12, 12') is captively secured on the mounting profile (11, 11'); - wherein at least two friction regions (13, 14) are arranged on opposite longitudinal sides of the luminaire cover (12; 12') between the luminaire cover (12; 12') and the mounting profile (11; 11'), wherein the friction between the luminaire cover (12, 12') and the mounting profile (11, 11') is so increased that, as a result of operational thermal expansion of the mounting profile (11, 11') and/or the luminaire cover (12, 12'), there is no relative movement of the mounting profile (11 11') with respect to the luminaire cover (12, 12') in the friction regions (13, 14),
A system mountable in a motor vehicle, the system including: a camera; a processor configured to receive image data from the camera; wherein the camera includes a rolling shutter configured to capture said image data and to read the image data row by row into a plurality of image frames; a near infra-red illuminator configured to provide near infra-red illumination in the field of view of the camera, wherein the near infrared illumination is configured to oscillate with an oscillation frequency and an illumination duty cycle, the illumination duty cycle synchronized row by row with the exposure of frames of the rolling shutter; characterised in that the near infra-red illuminator is configured to provide near infra-red illumination for a first row of an image frame exposure for a full length thereof and to provide near infra-red illumination for a second row of an image frame exposure but for less than a full length thereof; wherein the image frames include a longer exposure frame and a shorter exposure frame alternately; wherein an on time of the near infra-red illumination is configured to align with a middle row of the longer exposure frame. a camera; a processor configured to receive image data from the camera; wherein the camera includes a rolling shutter configured to capture said image data and to read the image data row by row into a plurality of image frames; a near infra-red illuminator configured to provide near infra-red illumination in the field of view of the camera, wherein the near infrared illumination is configured to oscillate with an oscillation frequency and an illumination duty cycle, the illumination duty cycle synchronized row by row with the exposure of frames of the rolling shutter; characterised in that the near infra-red illuminator is configured to provide near infra-red illumination for a first row of an image frame exposure for a full length thereof and to provide near infra-red illumination for a second row of an image frame exposure but for less than a full length thereof; wherein the image frames include a longer exposure frame and a shorter exposure frame alternately; wherein an on time of the near infra-red illumination is configured to align with a middle row of the longer exposure frame.
An on-load tap changer including a tap changer tank filled with a dielectric fluid and an insulation barrier comprising an insulating sheet made of an electrically insulating material, characterized in that the insulation barrier comprises a frame at least partly surrounding the sheet, and a plurality of spring-loaded fastening members for fastening the frame to the tap changer tank, and the fastening members are pivotably arranged relative the frame and the tap changer tank to allow relative movements between the frame and the tap changer tank.
Cable leadthrough for at least one cable into a housing with an opening, which cable leadthrough is provided with a cover comprising at least two housing shells (11, 12) and with at least one opening, wherein a separating plane of the housing shells (11, 12) extends centrally through the opening; and wherein, for sealing off the housing, provision is made of at least one elastic and/or flexible sealing element which comprises a cable passage with a slot to its lateral edge, wherein provision is made of a counterpressure plate which comprises at least one cable passage and which covers the opening and which, for sealing off the housing, interacts with the sealing element and the cover, wherein the sealing element is arranged with a predetermined oversize between the cover and the counterpressure plate and is subjected to axial pressing pressure, wherein the sealing element has a first cylinder which bears on the counterpressure plate and which is rounded in vicinity of the opening of the cover, and wherein the opening of the cover, proceeding from an edge of the opening, is conically widened at the inner side, whereby provision is made of a contour which interacts with the rounding of the sealing element in such a way that, under the pressing force, the sealing element undergoes an axial and radial compression without the occurrence of shear force. a separating plane of the housing shells (11, 12) extends centrally through the opening; and wherein, for sealing off the housing, provision is made of at least one elastic and/or flexible sealing element which comprises a cable passage with a slot to its lateral edge, wherein provision is made of a counterpressure plate which comprises at least one cable passage and which covers the opening and which, for sealing off the housing, interacts with the sealing element and the cover, wherein the sealing element is arranged with a predetermined oversize between the cover and the counterpressure plate and is subjected to axial pressing pressure, wherein the sealing element has a first cylinder which bears on the counterpressure plate and which is rounded in vicinity of the opening of the cover, and wherein the opening of the cover, proceeding from an edge of the opening, is conically widened at the inner side, whereby provision is made of a contour which interacts with the rounding of the sealing element in such a way that, under the pressing force, the sealing element undergoes an axial and radial compression without the occurrence of shear force.
A radio communication system including a plurality of base stations, comprising: a first base station configured to switch off a cell of the first base station, wherein the first base station is configured to send to at least one of a radio network controller or a second base station, at least one of a first notification that the cell identified by a Cell Global Identifier is switched off, and a second notification that information of the cell identified by the Cell Global Identifier needs to be deleted; wherein the radio network controller or the second base station is configured to maintain a neighbor relation configuration of the cell if the cell is switched off, and to delete the information of the cell if the second notification is received. a first base station configured to switch off a cell of the first base station, wherein the first base station is configured to send to at least one of a radio network controller or a second base station, at least one of a first notification that the cell identified by a Cell Global Identifier is switched off, and a second notification that information of the cell identified by the Cell Global Identifier needs to be deleted; a first notification that the cell identified by a Cell Global Identifier is switched off, and a second notification that information of the cell identified by the Cell Global Identifier needs to be deleted; wherein the radio network controller or the second base station is configured to maintain a neighbor relation configuration of the cell if the cell is switched off, and to delete the information of the cell if the second notification is received.
A dosing device for dosing a fluid into a receptacle, comprising: - a valve body with an extension along a first prevalent direction, said valve body having a dispensing nozzle for dispensing the fluid; - a shutter slidably inserted inside a passage obtained in the valve body; - a dosing cylinder having an extension along a second prevalent direction; - a piston slidably inserted into said dosing cylinder so as to define a variable volume dosing chamber, the second prevalent direction is inclined relative to the first prevalent direction so that the dosing cylinder is inclined relative to the valve body, said dosing cylinder leading with a first end into said valve body, characterised in that said passage is obtained between an inlet for the fluid and the dispensing nozzle for dispensing the fluid. - a valve body with an extension along a first prevalent direction, said valve body having a dispensing nozzle for dispensing the fluid; - a shutter slidably inserted inside a passage obtained in the valve body; - a dosing cylinder having an extension along a second prevalent direction; - a piston slidably inserted into said dosing cylinder so as to define a variable volume dosing chamber, the second prevalent direction is inclined relative to the first prevalent direction so that the dosing cylinder is inclined relative to the valve body, said dosing cylinder leading with a first end into said valve body, characterised in that said passage is obtained between an inlet for the fluid and the dispensing nozzle for dispensing the fluid.
An apparatus for supporting perfusion imaging, comprising: an input interface for receiving a frequency for an oscillatory motion of an X-ray scanner's X-ray source around an object during a perfusion imaging session where a sequence of projection images are acquired of the object whilst contrast agent is at least partly perfusing at least a region of the object, the perfusion resulting in an X-ray attenuation signal for that object region, the received frequency of the X-ray source's oscillatory motion defining a sampling rate for the X-ray attenuation signal, image points across the acquired sequence of projection images representing a temporal sample of said X-ray attenuation signal for the object region; a control unit configured to use the received sampling frequency to generate a control signal for an injector unit to deliver the contrast agent to the object at a discharge rate, the control signal, when applied to the injector unit, causing the contrast agent injection rate to vary over time according to a periodic signal of pulses, the period of the pulsed signal computed by the controller so as to mitigate temporal signal aliasing in the X-ray attenuation signal sample. an input interface for receiving a frequency for an oscillatory motion of an X-ray scanner's X-ray source around an object during a perfusion imaging session where a sequence of projection images are acquired of the object whilst contrast agent is at least partly perfusing at least a region of the object, the perfusion resulting in an X-ray attenuation signal for that object region, the received frequency of the X-ray source's oscillatory motion defining a sampling rate for the X-ray attenuation signal, image points across the acquired sequence of projection images representing a temporal sample of said X-ray attenuation signal for the object region; a control unit configured to use the received sampling frequency to generate a control signal for an injector unit to deliver the contrast agent to the object at a discharge rate, the control signal, when applied to the injector unit, causing the contrast agent injection rate to vary over time according to a periodic signal of pulses, the period of the pulsed signal computed by the controller so as to mitigate temporal signal aliasing in the X-ray attenuation signal sample.
An annular gasket for an electrical connection of the kind comprising a socket-outlet casing and a plug casing, said gasket extending in an axial direction and comprising a cylindrical base (2, 102, 202) surmounted by a skirt (3, 103, 203) extending axially from the base (2, 102, 202), the skirt (3, 103, 203) presenting an inner wall (3b, 103b, 203b), an outer wall (3a, 103a, 203a), and a rounded free edge (4, 104, 204), characterized in that the inner wall (3b, 103b, 203b) and the outer wall (3a, 103a, 203a) each present a continuously curved shape in radial section view, the thickness of the skirt (3, 103, 203) decreasing in continuous and non-linear manner from the base (2, 102, 202) towards the free edge (4, 104, 204), the skirt (3, 103, 203) presenting a concavity oriented towards the inside of the gasket, whereby the skirt (3, 103, 203) folds over onto itself when axial stress is exerted on the free edge (4, 104, 204).
A coated photoconductive substrate, comprising: a photoconductive substrate, the photoconductive substrate including a charge generation layer and a charge transport layer; and a coating adhered to the photoconductive substrate, the coating having a thickness at from 1 nm to 200 nm; wherein the coating comprises a cross-linkable polymer, the cross-linkable polymer including polymerized monomers selected from the group of acrylates, methacrylates, vinyl monomers, isocyanates, polyols, epoxies, ethers, combinations thereof and mixtures thereof; wherein the coating comprises an antioxidant polymer; and wherein the coating is devoid of charge transport materials. a photoconductive substrate, the photoconductive substrate including a charge generation layer and a charge transport layer; and a coating adhered to the photoconductive substrate, the coating having a thickness at from 1 nm to 200 nm; wherein the coating comprises a cross-linkable polymer, the cross-linkable polymer including polymerized monomers selected from the group of acrylates, methacrylates, vinyl monomers, isocyanates, polyols, epoxies, ethers, combinations thereof and mixtures thereof; wherein the coating comprises an antioxidant polymer; and wherein the coating is devoid of charge transport materials.
A nozzle for a fuel injector for supplying atomised liquid fuel, the nozzle comprising: an electrode comprising a substantially planar electrically conductive member containing an aperture, the edge of the aperture being sharp to enable the electrode to impart charge; first and second insulating members disposed to respective sides of the plane of the electrically conductive member, the first insulating member being disposed on an outlet side of the nozzle and having a first aperture, the second insulating member having a second aperture, wherein the second aperture is larger than the first aperture, and the first and second apertures being substantially coaxial with the aperture of the conductive member, and swirler means for supplying a swirling flow of liquid fuel to the aperture, the axis about which the fuel swirls within the aperture being generally perpendicular to the plane of the electrode, wherein the electrode is adapted to, in use of the nozzle, impart charge to the swirling flow of liquid fuel within the aperture such that the nozzle supplies charged droplets of atomised fuel. an electrode comprising a substantially planar electrically conductive member containing an aperture, the edge of the aperture being sharp to enable the electrode to impart charge; first and second insulating members disposed to respective sides of the plane of the electrically conductive member, the first insulating member being disposed on an outlet side of the nozzle and having a first aperture, the second insulating member having a second aperture, wherein the second aperture is larger than the first aperture, and the first and second apertures being substantially coaxial with the aperture of the conductive member, and swirler means for supplying a swirling flow of liquid fuel to the aperture, the axis about which the fuel swirls within the aperture being generally perpendicular to the plane of the electrode, wherein the electrode is adapted to, in use of the nozzle, impart charge to the swirling flow of liquid fuel within the aperture such that the nozzle supplies charged droplets of atomised fuel.
Shoe, in particular sports shoe, which has a sole connected to a shoe upper, characterized in that the sole comprises: - a first sole part which has a bottom plate, wherein a number of first damping elements which extend in direction of loading is arranged on the bottom plate; - a second sole part which has a cover plate, wherein a number of second damping elements which extend in direction of loading is arranged on the cover plate; - a connecting part which comprises a number of plug connections which are connected with another, wherein each plug connection comprise a first plug which extends downwards in the direction of loading and a second plug which extends upwards in the direction of loading, wherein the first plug is designed to engage in a section of the first damping element and wherein the second plug is designed to engage in a section of the second damping element, wherein at least a number of the downwards directed first plugs extends through an opening in the bottom plate in such a manner that the first plug at a deformation of the sole in direction of loading due to the weight of the wearer protrudes from the lower surface of the sole further than without application of the weight of the wearer. - a first sole part which has a bottom plate, wherein a number of first damping elements which extend in direction of loading is arranged on the bottom plate; - a second sole part which has a cover plate, wherein a number of second damping elements which extend in direction of loading is arranged on the cover plate; - a connecting part which comprises a number of plug connections which are connected with another, wherein each plug connection comprise a first plug which extends downwards in the direction of loading and a second plug which extends upwards in the direction of loading, wherein the first plug is designed to engage in a section of the first damping element and wherein the second plug is designed to engage in a section of the second damping element,
Optical device for reducing Speckle noise of laser light, comprising: - a first optical element extending along an extension plane, - an actuator means designed for moving or stretching said first optical element along said extension plane, wherein said actuator means is formed as a reluctance actuator means that is designed to exert a reluctance force on the first optical element to move or stretch the first optical element along said extension plane, characterized in that the reluctance actuator means comprises a first electrically conducting coil, a first magnetic flux return structure being arranged adjacent to said first coil, and a first magnetic flux guiding structure connected to the first optical element, wherein the first optical element is connected via an elastic coupling to the first magnetic flux return structure, and wherein the first magnetic flux return structure, the first magnetic flux guiding structure, and the elastic coupling between the first magnetic flux guiding structure and the first magnetic flux return structure are formed as flat plate members extending in a common extension plane, and wherein said first magnetic flux guiding structure is separated from said first magnetic flux return structure by a first gap, and wherein the optical device is designed to apply a current to said first coil such that magnetic flux generated by the first coil is guided by the first magnetic flux return structure and the first magnetic flux guiding structure via said first gap and a resulting reluctance force moves the first magnetic flux guiding structure and therewith the first optical element with respect to the first magnetic flux return structure along said extension plane. - a first optical element extending along an extension plane, - an actuator means designed for moving or stretching said first optical element along said extension plane,