mhurhangee/ep-ind-claims huggingface dataset:
Use of a housing apparatus, which has a casing body delimiting an interior space and a mounting support, in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body, wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction, wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface, characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support, which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body. which has a casing body delimiting an interior space and a mounting support, in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body, wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction, wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface, characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support, which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body. in which use the casing body is installed in an outer region in a ground and a media line is laid through the casing body, wherein the mounting support is arranged on the casing body and a portion of the casing body is molded into the mounting support and is held in a form-fitting manner in the mounting support with respect to a vertical direction, wherein the casing body is tubular and has a plurality of respective circumferential projections on an outer circumferential surface, characterized in that at least one of the projections is arranged in the portion molded into the mounting support and creates the form-fitting hold, and on an upper side of the mounting support, which has a thickness of at least 1 cm at least in a mounting region, a fastening body is fastened to the mounting support and a charging station for electric vehicles, to which the media line is or will be connected, is fastened to the mounting support by means of the fastening body.
A method for fault verification of a power adapter as an electronic device and comprising a protective casing, the electronic device comprising at least one capacitor as a device to-be-verified, the method comprising: applying (S210, S330) a first power-supply voltage to the electronic device until the device to-be-verified satisfies a material-failure condition; and applying (S220, S340) a second power-supply voltage to the electronic device to determine whether the electronic device has safety risk after applying the first power-supply voltage, wherein the first power-supply voltage is higher than the second power-supply voltage, and the safety risk is caused by material failure in the device to-be-verified, the material-failure condition is that electrolyte in said capacitor is ejected out, and the safety risk is a melting of said protective casing. applying (S210, S330) a first power-supply voltage to the electronic device until the device to-be-verified satisfies a material-failure condition; and applying (S220, S340) a second power-supply voltage to the electronic device to determine whether the electronic device has safety risk after applying the first power-supply voltage, wherein the first power-supply voltage is higher than the second power-supply voltage, and the safety risk is caused by material failure in the device to-be-verified, the material-failure condition is that electrolyte in said capacitor is ejected out, and the safety risk is a melting of said protective casing.
Graphene-based composite material characterised in that said graphene has the surface thereof at least partially covered by a metal film and in that said metal is magnesium.
Drying facility for biomass and/or sludge (drying material) comprising a drying hall with heated floor and a building envelope, which at least partially transforms sunlight into thermal energy; a feeding device (1, 2, 3, 4) for feeding the drying hall with biomass and/or slurry; a distribution and transport device for moving the biomass and/or the slurry through the drying hall and for distributing and circulating the drying material, wherein an exhaust air heat exchanger and an exhaust air cleaning system are provided for the exhaust air of the drying facility (12, 14, 16) enriched with the moisture of the drying material, characterised by the fact that an automated removal device (6, 7, 8), the purpose of which is to remove the dried material and which is fitted with a displaced air return, is disposed such that the air displaced during filling of a transport container is returned to the drying hall.
A venous valve (300, 400), comprising: a frame (302, 402) including an outer surface (312, 412) and an inner surface (314, 414) opposite the outer surface and defining a lumen; and a cover (304, 404) over at least the inner surface of the frame, where the cover extends to at least a first leaflet connection region (326, 426) and a second leaflet connection region (328, 428) on the frame to form a first valve leaflet (346, 446) and a second valve leaflet (348, 448), where the first leaflet connection region and the second leaflet connection region provide a first vertex (361, 461) and a second vertex (364, 464), respectively, relative a first end (308, 408) of the frame, where the outer surface of the frame also defines a first frame dimension (366, 466) at the first end of the frame and a second frame dimension (368, 468) between the first vertex and the second vertex of the frame, where the second frame dimension is larger than the first frame dimension, and where the first valve leaflet and the second valve leaflet having surfaces defining a reversibly sealable opening (316, 416) for unidirectional flow of a liquid through the lumen. a frame (302, 402) including an outer surface (312, 412) and an inner surface (314, 414) opposite the outer surface and defining a lumen; and a cover (304, 404) over at least the inner surface of the frame, where the cover extends to at least a first leaflet connection region (326, 426) and a second leaflet connection region (328, 428) on the frame to form a first valve leaflet (346, 446) and a second valve leaflet (348, 448), where the first leaflet connection region and the second leaflet connection region provide a first vertex (361, 461) and a second vertex (364, 464), respectively, relative a first end (308, 408) of the frame, where the outer surface of the frame also defines a first frame dimension (366, 466) at the first end of the frame and a second frame dimension (368, 468) between the first vertex and the second vertex of the frame, where the second frame dimension is larger than the first frame dimension, and where the first valve leaflet and the second valve leaflet having surfaces defining a reversibly sealable opening (316, 416) for unidirectional flow of a liquid through the lumen.
Discharge device for a wood chipper, comprising a discharge screw conveyor for transporting the chipped material from the disintegrator of a wood chipper to a fan device having at least one blade wheel provided with a plurality of blades and arranged on a rotary shaft, characterised in that the rotary shaft of the blade wheel is arranged substantially at a right angle to the longitudinal axis of the discharge screw conveyor.
An oral delayed release pharmaceutical composition, the composition being a multi-unit dosage form of multiparticulates, said multiparticulates being contained in a capsule or a sachet or formed into a tablet by compression, each unit of the composition comprising a core which includes a drug and a disruption agent and further comprising between 20% and 100% coating weight gain of a regulatory membrane coating on the core formed from a mixture of a water-soluble gel-forming polymer and a water-insoluble film-forming polymer.
A method for generating an induced source shot point gather, the method comprising: receiving seismic data at least partially generated by an unintentional seismic source (334, 350; 504), said seismic data comprising receiver traces (506A, 506B; R 1 -R 10) recorded with seismic receivers; selecting the recorded receiver traces that share a common event through correlating the recorded receiver traces (506A, 506B; R 1 -R 10) one to each other; calculating plural reconstructed receiver traces (RG i) based on pairing the selected receiver traces, each of the plural reconstructed receiver traces being associated with a physical location (A, B, C) in-between receivers (506, 508; 604 1 -604 10) that recorded the paired selected receiver traces; and generating the induced source shot point gather including the plural reconstructed receiver traces (RGi). receiving seismic data at least partially generated by an unintentional seismic source (334, 350; 504), said seismic data comprising receiver traces (506A, 506B; R 1 -R 10) recorded with seismic receivers; selecting the recorded receiver traces that share a common event through correlating the recorded receiver traces (506A, 506B; R 1 -R 10) one to each other; calculating plural reconstructed receiver traces (RG i) based on pairing the selected receiver traces, each of the plural reconstructed receiver traces being associated with a physical location (A, B, C) in-between receivers (506, 508; 604 1 -604 10) that recorded the paired selected receiver traces; and generating the induced source shot point gather including the plural reconstructed receiver traces (RGi).
A hermetically sealed damper assembly, said damper assembly comprising: a sealed damper housing comprising a body having a cavity and a resistive flow path defined therein, the cavity and resistive flow path being filled with a viscous fluid, said body comprising a plurality of springs (284, 286) integrally formed therein; a plunger disposed within the cavity and separating the cavity radially into a first control volume and a second control volume, wherein the resistive flow path provides fluid communication between the first and second control volumes (278, 280), said plunger coupled to said damper housing by said plurality of springs (284, 286) such that said springs (284, 286) provide a restorative force to said plunger; and a load transferring member coupled to said plunger and projecting out of said damper housing, said load transferring member configured to transmit mechanical loads to said plunger. a sealed damper housing comprising a body having a cavity and a resistive flow path defined therein, the cavity and resistive flow path being filled with a viscous fluid, said body comprising a plurality of springs (284, 286) integrally formed therein; a plunger disposed within the cavity and separating the cavity radially into a first control volume and a second control volume, wherein the resistive flow path provides fluid communication between the first and second control volumes (278, 280), said plunger coupled to said damper housing by said plurality of springs (284, 286) such that said springs (284, 286) provide a restorative force to said plunger; and a load transferring member coupled to said plunger and projecting out of said damper housing, said load transferring member configured to transmit mechanical loads to said plunger.
Cardiac device for real-time cardiovascular monitoring carried out in anaesthesia and intensive care characterized in that the device comprises a memory arranged for receiving haemodynamic data, and a calculator arranged for applying a cardiovascular model comprising a cardiac model and an arterial and venous blood circulation model based on the data received in the memory, and for deriving therefrom at least one cardiac activity indicator, characterized in that the calculator is arranged for computing the at least one cardiac activity indicator, by applying a cardiovascular model to compute an arterial pressure value and a cardiac output value that are theoretical, and by applying at least one correction function based on the difference between the arterial pressure value and a cardiac output value that are theoretical and haemodynamic data received in the memory, the calculator applying at least one Kalman filter or a combination of a Kalman filter with a Luenberger observer in said at least one correction function.
A multi-screen display apparatus for a digital broadcast receiver capable of displaying video data from at least two different service channels simultaneously, comprising: a broadcast reception unit for receiving broadcast data of a primary and at least one secondary service channels; a decoding unit for outputting decoded video and audio data, the decoding unit comprising a video decoder for decoding video data of all types of video frames of the primary service channel and predetermined types of video frames of the at least one secondary service channel and an audio decoder for decoding audio data of one of the primary service channel and the at least one secondary service channel, by time frame; a multiplexed screen processing unit for multiplexing the decoded video data of the primary service channel and the at least one secondary service channels output by the decoding unit; a protocol processing unit for performing protocol processing on the received broadcast data; a display unit for displaying the multiplexed decoded video data in the form of a multiplexed screen image; and a speaker unit for outputting the decoded audio data in the form of audible sound wave, wherein the display unit displays a frame selection option for the at least one secondary service channel enabling user selection, and wherein the predetermined types of video frame is selected from a group of only I-frames and only I- and P-frames by the protocol processing unit based on the user input in response to presenting the frame selection option to the user on the display unit. a broadcast reception unit for receiving broadcast data of a primary and at least one secondary service channels; a decoding unit for outputting decoded video and audio data, the decoding unit comprising a video decoder for decoding video data of all types of video frames of the primary service channel and predetermined types of video frames of the at least one secondary service channel and an audio decoder for decoding audio data of one of the primary service channel and the at least one secondary service channel, by time frame; a multiplexed screen processing unit for multiplexing the decoded video data of the primary service channel and the at least one secondary service channels output by the decoding unit; a protocol processing unit for performing protocol processing on the received broadcast data; a display unit for displaying the multiplexed decoded video data in the form of a multiplexed screen image; and a speaker unit for outputting the decoded audio data in the form of audible sound wave, wherein the display unit displays a frame selection option for the at least one secondary service channel enabling user selection, and wherein the predetermined types of video frame is selected from a group of only I-frames and only I- and P-frames by the protocol processing unit based on the user input in response to presenting the frame selection option to the user on the display unit.
A wing, comprising: a wing-like member that has an end surface at a wing tip; and a vortex generation portion that generates, from a fluid flowing in a wing chord direction of the wing-like member, a vortex and is provided in a region adjacent to the wing tip on an upper surface of the wing-like member so that the vortex generated at the vortex generation portion joins a wing tip vortex generated at the wing tip, wherein the vortex generation portion comprises at least one protruding member that forms a predetermined angle to a direction in which the fluid flows so as to come close to the wing tip from a leading-edge of the wing-like member toward a trailing-edge (1A, 2A, 3B) of the wing-like member, the vortex generated at the vortex generation portion has the same direction of rotation as that of the wing tip vortex generated at the wing tip, and none of the protruding members is arranged such that the orientation of rotation of the vortex is opposite to that of the wing tip vortex. a wing-like member that has an end surface at a wing tip; and a vortex generation portion that generates, from a fluid flowing in a wing chord direction of the wing-like member, a vortex and is provided in a region adjacent to the wing tip on an upper surface of the wing-like member so that the vortex generated at the vortex generation portion joins a wing tip vortex generated at the wing tip, wherein the vortex generation portion comprises at least one protruding member that forms a predetermined angle to a direction in which the fluid flows so as to come close to the wing tip from a leading-edge of the wing-like member toward a trailing-edge (1A, 2A, 3B) of the wing-like member, the vortex generated at the vortex generation portion has the same direction of rotation as that of the wing tip vortex generated at the wing tip, and none of the protruding members is arranged such that the orientation of rotation of the vortex is opposite to that of the wing tip vortex.
An image processing system for processing a digital multi-colour image for reproduction thereof on a colour image reproduction system comprising an image-carrying member by sequentially and complementary forming a plurality of registered separation images of coloured marking particles on said image-carrying member, said image processing system comprising: a generation module for generating from said digital multi-colour image a sequence of image signals of a selection of process colours, each image signal of said sequence being associated with a digital separation image of a process colour of said selection of process colours and specifying an image density value for each pixel of said digital separation image of said process colour, and a conversion module for converting said sequence of image signals into a sequence of corresponding printing signals, each printing signal of said sequence indicating for each pixel of the corresponding digital separation image whether an image dot of marking particles of the corresponding process colour is to be formed, characterised in that said conversion module converts at least a first image signal and a second image signal of said sequence by means of a matrix-dither technique, such that a linear growth pattern is generated in a predetermined direction using a dither matrix which is the same for the first and the second image signals, wherein a linear element in the linear growth pattern is formed by alternately adding image dots to both ends of the linear element for gradually increasing image density values. a generation module for generating from said digital multi-colour image a sequence of image signals of a selection of process colours, each image signal of said sequence being associated with a digital separation image of a process colour of said selection of process colours and specifying an image density value for each pixel of said digital separation image of said process colour, and a conversion module for converting said sequence of image signals into a sequence of corresponding printing signals, each printing signal of said sequence indicating for each pixel of the corresponding digital separation image whether an image dot of marking particles of the corresponding process colour is to be formed, characterised in that said conversion module converts at least a first image signal and a second image signal of said sequence by means of a matrix-dither technique, such that a linear growth pattern is generated in a predetermined direction using a dither matrix which is the same for the first and the second image signals, wherein a linear element in the linear growth pattern is formed by alternately adding image dots to both ends of the linear element for gradually increasing image density values.
Anti-friction bearing having at least one inner ring and at least one outer ring, a number of rolling bodies being arranged between the bearing rings (2, 3), the rolling bodies being held by way of a cage, the cage consisting of a number of cage segments, each cage segment consisting of a frame-shaped structure, in the case of which a plurality of lateral partition walls (6, 7, 8, 9) form a receiving pocket for a rolling body, at least one fastening element (11, 12) being arranged on each cage segment, it being possible for the cage segments to be connected at least temporarily via a coupling element, to which end the coupling element is brought into engagement with the fastening elements (11, 12), and the fastening elements (11, 12) being configured at least partially, preferably completely, as closed eyelets, through which the coupling element can be threaded, characterized in that a cage segment receives a rolling body by way of its receiving pocket, and the rolling bodies which adjoin the said rolling body in the circumferential direction are kept clear by a cage segment, holding sections which protrude in the circumferential direction being arranged on the cage segment, which holding sections form a run-on face for the rolling bodies which adjoin, in the circumferential direction, the rolling body which is held by the cage segment, which run-on faces limit the radial movability of the rolling bodies.
A hand dryer device comprising a casing defined by a front, rear region and two lateral regions, a drying chamber superiorly open formed in the upper portion of the same casing configured for the insertion of the hands of a user from the front region of the same casing, aeration means provided for orienting an air flow rate towards an outlet located in the area of the drying chamber, and detection means for detecting the presence of the hands of the user in the drying chamber, characterised in that the drying chamber runs transversely from the front region to the rear region of the casing, the rear region of the casing enabled for being installed and positioned on a wall, said drying chamber presenting a U-shaped general geometry and the same drying chamber being laterally delimited by two arms facing each other, which extend vertically from the corresponding lateral regions, the drying chamber having dimensions configured for the insertion of the two hands of the user from the front area of the casing, wherein the air outlet is located on the internal face of the two arms that extend in such a way that the air flow rate is laterally oriented towards the hands of a user.