mhurhangee/ep-ind-claims huggingface dataset:
Radiation protection container for a radiation source of a measuring system for radiometric density or level measurement, comprising: - A first base body with a first, planar surface, - a second base body with a second, planar surface, - a first connecting means which positively connects the first base body and the second base body at the surfaces (1101, 1111) in such a way that the surfaces (1101, 1111) define a planar plane, - a beam waveguide, which is formed by the two base bodies (110, 111), with o a first open end region to which the radiation source can be fixed, and o a second open end region, characterized by - at least one first beam absorption structure, which is formed by depressions and complementary elevations in the first surface or in the second surface in such a way that the first beam absorption structure extends in the plane starting from the beam waveguide, wherein the radiation waveguide extends in a straight line in the plane. - A first base body with a first, planar surface, - a second base body with a second, planar surface, - a first connecting means which positively connects the first base body and the second base body at the surfaces (1101, 1111) in such a way that the surfaces (1101, 1111) define a planar plane, - a beam waveguide, which is formed by the two base bodies (110, 111), with o a first open end region to which the radiation source can be fixed, and o a second open end region, characterized by o a first open end region to which the radiation source can be fixed, and o a second open end region, - at least one first beam absorption structure, which is formed by depressions and complementary elevations in the first surface or in the second surface in such a way that the first beam absorption structure extends in the plane starting from the beam waveguide,
A cable comprising: a host connector configured to be connectable to a host computing device; an external display connector configured to be connectable to the external display; a transmission medium coupled between the host connector and the external display connector; and a video processing system embedded in the cable, characterized in that, the video processing system, in response to the reception of a first communication from the host computing device indicating that the source video stream is changing in a fashion that is not to be displayed on the external display, is configured to invoke a fade feature, wherein the fade feature includes fading the external display to a desired colour. a host connector configured to be connectable to a host computing device; an external display connector configured to be connectable to the external display; a transmission medium coupled between the host connector and the external display connector; and a video processing system embedded in the cable, characterized in that, the video processing system, in response to the reception of a first communication from the host computing device indicating that the source video stream is changing in a fashion that is not to be displayed on the external display, is configured to invoke a fade feature, wherein the fade feature includes fading the external display to a desired colour.
Method for performing optical flow estimation, comprising the steps of performing a detection of features within a previous frame, providing an image pyramid with representations of different resolutions images of the previous frame and a current frame, performing feature tracking between the previous frame and the current frame through the image pyramid, and calculating the optical flow between the previous frame and the current frame for the tracked features based on the image pyramid, the method comprises a step of performing a dynamic adaption of a number of pyramid layers (48, 50, 52, 54) of the image pyramid, characterized in that the step of performing a dynamic adaptation of a number of pyramid layers (48, 50, 52, 54) of the image pyramid comprises performing a dynamic adaptation of the number of pyramid layers (48, 50, 52, 54) based on a movement speed of a camera (14, 16, 18), which generates the frames (40, 42).
Device to take pictures of three-dimensional objects, especially teeth, with a light source that emits a light beam (23, 23a, 23b) and a camera to take pictures of the object, whereby at least a transparent base (36, 37) with a pattern is present within the beam path of the light source that is projected onto the object, characterized in that at least two mirrors (27, 28) each reflect a light beam (23a, 23b) from the light source onto the object from different directions, that the light path lengths from the light source to the mirrors (27, 28) all the way to the object are different, that the base (36, 37) has sections that are offset to one another in the direction of the beam path or that the support piece is level but is sufficiently tilted accordingly and that a section of the support piece lies in the beam path of each light beam (23a, 23b), and that the length of the path that the light with the pattern takes from the base (36, 37) to the object is unified again for the entire light beam (23a, 23b) and the deviation of the light path length from the light source to the mirrors (27, 28) all the way to the object is compensated.
A method for controlling biofilm in an aqueous or moisture-containing system, the method comprising adding from 10 ppm to 1,000 ppm by weight 2,2-dibromomalonamide to the aqueous or moisture-containing system.
A tire valve for installation on a rim, comprising: an air duct leading from an air inlet to an air outlet; and an annular groove, which is open in the direction of the air inlet, for receiving a sealing ring, characterized in that a radially outer delimiting wall of the annular groove includes at least one recess. an air duct leading from an air inlet to an air outlet; and an annular groove, which is open in the direction of the air inlet, for receiving a sealing ring, characterized in that a radially outer delimiting wall of the annular groove includes at least one recess.
Measuring device for detecting a fluid flow, with a main flow pipe for guiding a fluid flow, with a bypass arrangement, which has at least one inflow tap and at least one outflow tap, which are both coupled to the main flow pipe, with flow-limiting means which are arranged in the main flow pipe between the inflow tap and the outflow tap of the bypass arrangement and reduce the flow cross-section of the main flow pipe, wherein a first flow sensor is coupled to the bypass arrangement, wherein an evaluation circuit is coupled to a signal output of the first flow sensor, wherein a second flow sensor is coupled to the bypass arrangement, wherein the evaluation circuit is coupled to a signal output of the second flow sensor, wherein the evaluation circuit is designed to detect signal values of the first and the second flow sensor and from the latter to determine a fluid flow through the measuring device, characterised in that the bypass arrangement has different flow resistances in different sections and the first flow sensor is arranged in an area with a different flow resistance than the second flow sensor, so that the sensors have different transfer functions for converting a fluid flow through the same bypass arrangement into a sensor signal, so that the sensors with an identical fluid flow through the main flow pipe deliver different sensor signals, wherein the transfer functions are non-linear functions respectively and are not proportional to one another, wherein the evaluation circuit is designed to perform repeatedly a plausibility check with reference to the signal values of the first and the second flow sensor and as a function of the plausibility check to determine a fault in one of the sensors or both sensors, wherein the evaluation circuit is designed in the plausibility check to compare the fluid flows signalled respectively by the first and the second flow sensor and to detect a fault if there is a deviation between the respective fluid flows beyond a predefined threshold.
Electrical device, comprising an electrical circuit, characterized by a microwave-sensitive element arranged in spatial proximity to the electrical circuit and serving for detecting a microwave radiation acting on the electrical circuit, and a storage element for storing a microwave exposure of the electrical circuit as detected by the microwave-sensitive element, wherein the microwave-sensitive element and the storage element are embodied as electrical circuits, wherein the microwave-sensitive element generates a signal if the radiation intensity and/or radiation dose of the microwave radiation acting on the electrical circuit are/is above a specific limit value dimensioned such that the limit value is lower, by a specific safety margin, than an intensity or dose that is harmful to the electrical circuit of the electrical device.
A non-occluding intravascular pump comprising: a shroud providing an inlet for incoming blood flow and an outlet for outgoing blood flow, wherein the shroud is a cylindrical housing; an impeller positioned within the shroud, wherein a central axis of the shroud and impeller are shared, the impeller provides at least two blades extending from a hub of the impeller, the blades provide a leading edge that is an edge of the blade closest to the inlet; a motor coupled to the impeller, wherein the motor rotates the impeller to cause blood to be drawn through the inlet and output to the outlet, and the motor is centrally disposed and shares the central axis with the shroud and the impeller; and a plurality of pillars coupling the motor to the shroud, wherein the pillars secure the shroud in close proximity to the impeller; characterized in that a leading edge angle between the central axis and the leading edge when measured from a downstream side forms an angle of 60-75 degrees or 75-85 degrees. a shroud providing an inlet for incoming blood flow and an outlet for outgoing blood flow, wherein the shroud is a cylindrical housing; an impeller positioned within the shroud, wherein a central axis of the shroud and impeller are shared, the impeller provides at least two blades extending from a hub of the impeller, the blades provide a leading edge that is an edge of the blade closest to the inlet; a motor coupled to the impeller, wherein the motor rotates the impeller to cause blood to be drawn through the inlet and output to the outlet, and the motor is centrally disposed and shares the central axis with the shroud and the impeller; and a plurality of pillars coupling the motor to the shroud, wherein the pillars secure the shroud in close proximity to the impeller; characterized in that a leading edge angle between the central axis and the leading edge when measured from a downstream side forms an angle of 60-75 degrees or 75-85 degrees.
Support winch, in particular for trailers of utility vehicles, wherein the support winch extends along a longitudinal axis and comprises an outer support tube, wherein the outer support tube comprises an outer wall, the outer wall comprising a fastening side, at least one fastening section being formed in the region of the fastening side, the fastening section being designed to fasten and/or arrange the support winch on a further element, in particular a trailer, wherein the fastening section for arranging and/or fastening at least two fastening elements comprises at least two arrangement sections, wherein a ratio of a distance (a) of the fastening elements and/or the arrangement sections of two fastening sections transversely to the longitudinal axis of the support winch to a width (b) of the outer support tube in this region is less than 1, characterised in that the outer wall has at least one assembly opening providing access to the arrangement section from an inner side of the support winch, wherein the assembly opening can be closed by moving an inner support tube of the support winch along the longitudinal axis, wherein the assembly opening is closed in particular in a first or rest position of the inner support tube.
A REMOVABLE AND REUSABLE QUICK NUT WITH A SCREW, of the type used to fasten panels and/or accessories thereto, principally in the automobile industry, said nut being formed by a planar base from which emerge opposite compression tabs that form part of the means for fastening the nut to the panel, there being a screw threaded hole in the center of said base and said means for fastening the nut to the panel being actuated by the insertion of a fastening screw, CHARACTERIZED in that - said compression tabs that rise and fold toward an inner zone of the nut and that, by means of a fold, invert their direction to the outside and return to the level of the base, forming surfaces; - there being defined, on said tabs, starting from said surfaces, an outwardly inclined first lower portion of the nut, and via a bend an inwardly inclined upper portion of said tabs, said portions (6, 7) having opposite inclinations in the horizontal direction; - from said surfaces, formed at the ends of said tabs, there originate individual lugs or fins that, by means of elbows, define, originating from the surface, a first portion slightly outwardly inclined from the standpoint of the center of the nut, and a second portion that converges toward the inner zone of the nut in a position designed to engage with the screw thread of the screw for fastening the nut. - said compression tabs that rise and fold toward an inner zone of the nut and that, by means of a fold, invert their direction to the outside and return to the level of the base, forming surfaces; - there being defined, on said tabs, starting from said surfaces, an outwardly inclined first lower portion of the nut, and via a bend an inwardly inclined upper portion of said tabs, said portions (6, 7) having opposite inclinations in the horizontal direction; - from said surfaces, formed at the ends of said tabs, there originate individual lugs or fins that, by means of elbows, define, originating from the surface, a first portion slightly outwardly inclined from the standpoint of the center of the nut, and a second portion that converges toward the inner zone of the nut in a position designed to engage with the screw thread of the screw for fastening the nut.
An apparatus at least comprising: a plurality of devices arranged in a cellular pattern on a surface, wherein each device at least comprises a laminated heterostructure of a graphene layer and a dielectric-metal compound layer; a control unit electrically connected to each of the plurality of devices; an energy harvester electrically connected to the control unit; and a data modulator electrically connected to the control unit; wherein the control unit is able to alter the relative proportions in which each of the devices can reflect and absorb incident radiation and to select a mode of operation of each of the devices from one or more of: transmitting data supplied from the data modulator by optical modulation of incident radiation; harvesting energy from incident radiation and relaying the harvested energy to the energy harvester; and reflecting incident radiation. a plurality of devices arranged in a cellular pattern on a surface, wherein each device at least comprises a laminated heterostructure of a graphene layer and a dielectric-metal compound layer; a control unit electrically connected to each of the plurality of devices; an energy harvester electrically connected to the control unit; and a data modulator electrically connected to the control unit; wherein the control unit is able to alter the relative proportions in which each of the devices can reflect and absorb incident radiation and to select a mode of operation of each of the devices from one or more of: transmitting data supplied from the data modulator by optical modulation of incident radiation; harvesting energy from incident radiation and relaying the harvested energy to the energy harvester; and reflecting incident radiation. transmitting data supplied from the data modulator by optical modulation of incident radiation; harvesting energy from incident radiation and relaying the harvested energy to the energy harvester; and reflecting incident radiation.
A lead connector comprising: a base member; a flexible circuit disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member, wherein the bottom casing comprises an array of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit; and an array of ball contacts positioned in the receptacles within the bottom casing; wherein when a lead is inserted through the lead connector via an opening on the cover member, the lead pushes the ball contacts downward to make electrical contact with the contacts on the flexible circuit. a base member; a flexible circuit disposed on the base member and comprising a plurality of electrical contacts; a casing comprising a bottom casing and a cover member, wherein the bottom casing comprises an array of receptacles at least partially open to a surface of the flexible circuit and aligned with corresponding electrical contacts on the flexible circuit; and an array of ball contacts positioned in the receptacles within the bottom casing; wherein when a lead is inserted through the lead connector via an opening on the cover member, the lead pushes the ball contacts downward to make electrical contact with the contacts on the flexible circuit.
A light signalling device (2A, 2B) for a motor vehicle, comprising a first light source adapted to emit a first light beam, a converging optical system positioned opposite the first light source in such a way that its main object focus is located at the first light source and an upper plate opposite a lower plate, wherein said plates are arranged in such a way as to be parallel or substantially parallel to the first light beam coming from the optical system and at least one part of the first light beam passes between said plates, and wherein the lower plate reflects the first light beam and the upper plate is transparent and/or translucent to the first light beam, the signalling device (2A, 2B) being characterized in that it comprises a reflective wall opposite the upper plate, in such a way as to form between said wall and the upper plate a cavity through which a part of the first light beam is able to propagate.
Vehicle cabin comprising a telescopic rear part, and means for moving said telescopic rear part from a position completely retracted inside the rear part of the cabin, to a position completely extended of said rear part of the cabin, said cabin comprising external side walls and said telescopic rear part having a box-type structure provided with edges, characterized in that said cabin comprises, in the internal part of said external side walls, reinforcing vertical stanchions (9, 10) such that they engage with one of said edges of said telescopic rear part in both completely retracted and extended positions.
Test bench for a rotor blade for a wind power station having a supporting structure to which an axial end of the rotor blade can be fixed, and comprising at least one stimulation unit that can be connected with the rotor blade for stimulating vibration of the rotor blade characterized by spring elements each connected between an articulation point, which is stationary during the test operation, and the rotor blade, are attached to the articulation point and can be connected with the rotor blade for the test operation such that the rotor blade, for influencing the vibration behavior, can be acted upon by the spring elements with spring forces, the force direction thereof exhibiting at least one component which is parallel to a main load direction of the rotor blade.
A method in a base station for dynamically triggering a mobile terminal in a cell to transmit sounding reference signals, SRSs, comprising: - signaling a cell-specific instruction indicating that a predefined uplink symbol in each of multiple subsequent uplink subframes is semi-statically configured to be used for SRS, - determining whether the mobile terminal shall use the predefined uplink symbol in a certain subframe of the multiple subsequent subframes for data transmission or not during uplink transmission, and - signaling to the mobile terminal, at least partially in an uplink grant, a terminal-specific instruction to the mobile terminal whether the mobile terminal shall use the predefined uplink symbol in the certain subframe for data transmission or not during uplink transmission, wherein the terminal-specific instruction further comprises information whether the mobile terminal shall use the predefined uplink symbol in the certain subframe for SRS or leave the predefined uplink symbol in the certain subframe blank if the predefined uplink symbol in the certain subframe shall not be used for data transmission. - signaling a cell-specific instruction indicating that a predefined uplink symbol in each of multiple subsequent uplink subframes is semi-statically configured to be used for SRS, - determining whether the mobile terminal shall use the predefined uplink symbol in a certain subframe of the multiple subsequent subframes for data transmission or not during uplink transmission, and - signaling to the mobile terminal, at least partially in an uplink grant, a terminal-specific instruction to the mobile terminal whether the mobile terminal shall use the predefined uplink symbol in the certain subframe for data transmission or not during uplink transmission, wherein the terminal-specific instruction further comprises information whether the mobile terminal shall use the predefined uplink symbol in the certain subframe for SRS or leave the predefined uplink symbol in the certain subframe blank if the predefined uplink symbol in the certain subframe shall not be used for data transmission.