mhurhangee/ep-ind-claims huggingface dataset:
A radiographic system comprising: a photographic unit; a speed sensor configured to detect a moving speed of the photographic unit; and a drive unit configured to move the photographic unit; CHARACTERISED BY a system control unit configured to control the drive unit to stop operating to stop movement of the photographic unit at a preset stop position in response to the moving speed of the photographic unit being less than or equal to a first reference speed at the preset stop position. a photographic unit; a speed sensor configured to detect a moving speed of the photographic unit; and a drive unit configured to move the photographic unit; CHARACTERISED BY a system control unit configured to control the drive unit to stop operating to stop movement of the photographic unit at a preset stop position in response to the moving speed of the photographic unit being less than or equal to a first reference speed at the preset stop position.
Refrigerating appliance comprising at least one refrigerated compartment and one cell arranged in said compartment, wherein the cell is thermally insulated and can contain hot items, such as foodstuffs placed in containers or the like and having a temperature significantly higher than room temperature, without making the temperature in the refrigerated compartment rise above a preset level, wherein the compartment is a refrigerator compartment and the cell is cooled internally by air circulating therein, characterized in that the cell comprises a bottom wall which is used as a support for hot items and is thermally insulated by means of a layer of a material such as polystyrene, polyurethane or the like, the wall being a separating septum which separates the cell from the rest of the refrigerated compartment, wherein the separating septum can be extracted from the refrigerated compartment, and the cell also comprises a front closing element associated with the separating septum and fixed relative to it, thus substantially forming a drawer.
Medical apparatus operated and controlled via a display, with the following modules, being in data exchange: - a control unit for controlling a display for operating the medical device, which is intended to determine a state of the medical device from detected signals and to calculate control commands for the state-dependent controlling of the display by means of a control logic, wherein, depending on the detected state, different state-specific menus are presented on a display in order to support the user in operating the device and/or to point out to him any errors and/or next steps; - operating means which are connected to the medical device and have to be operated for the operation of the medical device; - a display on which display outputs are output from a graphics memory for operating the medical device and/or its operating means and which is intended for operating and controlling the medical device, the graphics memory being designed to store display outputs and a state associated with the display output; - a sensor unit, which is arranged on the medical device and on selected operating means and which is intended to automatically detect a state of the medical device and the respective operating means and to forward them to the control unit for calculation of the control commands and to automatically detect signals and forward them to the control unit; and where a display output is shown for exactly that operating means on which a change of state has been detected. - a control unit for controlling a display for operating the medical device, which is intended to determine a state of the medical device from detected signals and to calculate control commands for the state-dependent controlling of the display by means of a control logic, wherein, depending on the detected state, different state-specific menus are presented on a display in order to support the user in operating the device and/or to point out to him any errors and/or next steps; - operating means which are connected to the medical device and have to be operated for the operation of the medical device; - a display on which display outputs are output from a graphics memory for operating the medical device and/or its operating means and which is intended for operating and controlling the medical device, the graphics memory being designed to store display outputs and a state associated with the display output; - a sensor unit, which is arranged on the medical device and on selected operating means and which is intended to automatically detect a state of the medical device and the respective operating means and to forward them to the control unit for calculation of the control commands and to automatically detect signals and forward them to the control unit; and
A bearing assembly for a drivetrain of a wind turbine, the bearing assembly comprising: at least one shaft comprising a circumferential outer surface, the at least one shaft comprising at least one of a pin shaft, a low-speed shaft, or a high-speed shaft of the drivetrain; a bearing (31, 33, 50) secured circumferentially around the circumferential outer surface of the at least one shaft, the bearing (31, 33, 50) comprising at least one of a journal bearing, a thrust bearing, an axial bearing, or a radial bearing; and, an elastomer support arranged on an inner surface of the bearing (31, 33, 50), wherein the elastomer support is secured to the inner surface of the bearing (31, 33, 50) and comprises a generally arcuate shape, the elastomer support being constructed, at least in part, of an elastomeric material, characterised in that the elastomer support is further constructed, at least in part, of at least one reinforcement material and the elastomer support comprises one or more voids. at least one shaft comprising a circumferential outer surface, the at least one shaft comprising at least one of a pin shaft, a low-speed shaft, or a high-speed shaft of the drivetrain; a bearing (31, 33, 50) secured circumferentially around the circumferential outer surface of the at least one shaft, the bearing (31, 33, 50) comprising at least one of a journal bearing, a thrust bearing, an axial bearing, or a radial bearing; and, an elastomer support arranged on an inner surface of the bearing (31, 33, 50), wherein the elastomer support is secured to the inner surface of the bearing (31, 33, 50) and comprises a generally arcuate shape, the elastomer support being constructed, at least in part, of an elastomeric material, characterised in that the elastomer support is further constructed, at least in part, of at least one reinforcement material and the elastomer support comprises one or more voids.
Device for determining a fluid level and a quality of a fluid located in a fluid container, comprising: - a fluid level determination device for determining the fluid level with at least one sound transducer which is designed for transmitting and receiving sound signals, - a fluid quality determination device for determining the quality of the fluid with at least two electrodes (122, 124) which are designed to be in direct contact with the fluid and to detect electrical properties of the fluid, - at least two electrically conductive functional elements which are each designed to perform a primary function that is independent of the determination of the fluid level and of the quality of the fluid, and - a control unit which is electrically connected to the fluid level determination device and the fluid quality determination device and is designed to determine the fluid level from the signals of the fluid level determination device and the quality of the fluid from the electrical properties of the fluid detected by the fluid quality determination device, wherein the at least two electrodes (122, 124) are electrically connected to the control unit via the at least two functional elements, wherein the at least two electrically conductive functional elements are designed to perform a primary function, which is substantially independent of the determination of the fluid level and of the quality, and a secondary function, which substantially contributes to the determination of the fluid level and of the quality; wherein the primary function of the two electrically conductive functional elements consists in providing a connection between at least one of the at least two electrodes (122, 124) of the device and a housing of the device, and wherein the secondary function of the two electrically conductive functional elements consists in establishing an electrically conductive connection between the control unit and at least one of the at least two electrodes (122, 124) of the device for determining the fluid quality. - a fluid level determination device for determining the fluid level with at least one sound transducer which is designed for transmitting and receiving sound signals, - a fluid quality determination device for determining the quality of the fluid with at least two electrodes (122, 124) which are designed to be in direct contact with the fluid and to detect electrical properties of the fluid, - at least two electrically conductive functional elements which are each designed to perform a primary function that is independent of the determination of the fluid level and of the quality of the fluid, and - a control unit which is electrically connected to the fluid level determination device and the fluid quality determination device and is designed to determine the fluid level from the signals of the fluid level determination device and the quality of the fluid from the electrical properties of the fluid detected by the fluid quality determination device, wherein the at least two electrodes (122, 124) are electrically connected to the control unit via the at least two functional elements,
An apparatus (10; 100) for the continuous hot dip coating of a metal strip, including: - a vessel intended to contain a liquid metal bath, - a bottom roller arranged in the vessel and intended to be immersed in the liquid metal bath, - a displacement casing for the metal strip including a lower end intended to be immersed in the liquid metal bath to determine, with the surface of said bath and the inside of said casing, a liquid metal seal, the casing carrying, at its lower end, a pouring box delimiting a front pouring compartment for liquid metal, located on the side of the face of the metal strip placed on the side of the bottom roller and a rear pouring compartment for liquid metal, located facing the face of the metal strip which is not located on the side of the bottom roller, each pouring compartment (25, 29) being inwardly delimited by an inner wall (20, 26) and outwardly by an outer wall (22, 28), the upper rim (21; 27) of each inner wall (20, 26) being intended to be arranged below the liquid seal surface to perform a flow from said surface in each of said pouring compartments (25; 29), the outer wall of the rear pouring compartment being configured to form, with the passage plane of the metal strip, an angle (α) greater than or equal to 15° in a usage configuration. - a vessel intended to contain a liquid metal bath, - a bottom roller arranged in the vessel and intended to be immersed in the liquid metal bath, - a displacement casing for the metal strip including a lower end intended to be immersed in the liquid metal bath to determine, with the surface of said bath and the inside of said casing, a liquid metal seal,
A radiation detector comprising: a patterned structure arranged to generate charged particles in response to photons which are incident on the patterned structure, a signal generation layer arranged to generate signal charge in response to charged particles generated in the patterned structure which are incident on the signal generation layer; a barrier layer arranged so that the signal generation layer is positioned between the patterned structure and barrier layer and in contact with the patterned structure and barrier layer, wherein the patterned structure and barrier layer trap the signal charge in the signal generation layer; and a plurality of collectors, each collector arranged to collect the signal charge trapped in the signal generation layer, wherein the patterned structure is patterned with a varying thickness so that it has a plurality of thick regions interspersed with a plurality of thin regions, a thickness of each of the thick regions being greater than a thickness of each of the thin regions.
A personalisation device having an optical arrangement and a beam source for generating laser pulses for personalising a document with a graphic, wherein the graphic contains a plurality of pixels, wherein the personalisation device is designed to image the pixels of the graphic as image points onto the document by subjecting a photosensitive layer of the document to the laser pulses in order to produce an image of the graphic on the document, wherein a first subset of image points from the plurality of image points has a first geometric shape, wherein at least a second subset of image points from the plurality of image points has a geometric shape which differs from the first geometric shape, wherein the device is designed to guide laser pulses generated by the beam source through the optical arrangement to the position of an image point, wherein the optical arrangement is designed to adapt the transverse intensity profile of the laser pulse to the particular geometric shape of the image point.
Seeding machine for introducing seed material into a soil, comprising a first ploughing device for drawing at least one furrow into the soil and a filling means for closing the first furrow, furthermore comprising a dust separator through which air that is aspired during the seeding process and contains dust particles can be separated into an air component and a dust component, characterised in that introducing means for introducing the dust component separated from the air component into the soil are provided.
Temperature probe for determining the temperature according to the three-point probe method with a sensor element providing temperature values, wherein a three-wire line several meters long, consisting of a first connecting line, a second connecting line and a third connecting line, is connected to the sensor element, wherein the connecting lines (4, 5, 6) are made of a first material and serve to transmit energy and the measured temperature values, wherein a conductive element (7, 8) having a certain length and diameter and made of a second material is inserted in each of the second connecting line and the third connecting line, the resistivity of said second material is at least five times higher than the resistivity of the first material, and wherein the length and/or diameter of the two inserted conductive (7, 8) elements is/are dimensioned in such a way that the second connecting line and the third connecting line have substantially the same resistance as the first connecting line.
Connection device of a tube end section, comprising: a tubular body defining a channel, holding means for securing the tube end section in the channel in a sealed manner, and a bushing comprising an end portion intended to be engaged in the tube end section, characterised in that the bushing is mounted in the channel to slide between a standby position in which the bushing is spaced apart from a stop (3.2) at its recessing into the channel and a recessed operating position, in which the bushing presses against the stop (3.2), and in that the bushing comprises, downstream from the holding means by reference to a direction of insertion of the tube end section in the body, at least one leg (5.4) arranged to press against a projection of the channel when the bushing is in the standby position and to oppose the movement of the bushing toward the operating position and to be covered by the tube end section which retracts the leg (5.4) when the bushing is engaged in the tube end section over a predetermined length.
A printing machine with at least one first cylinder formed as a gravure cylinder for performing a gravure printing method, for applying at least one printing layer to a substrate, with at least one second cylinder formed for performing an illustration method different from the gravure printing method, for illustrating at least a partial area of at least one printing layer applied to the substrate, characterized by: - a printing rack common to the cylinders (20, 28), on which the cylinders (20, 28) are at least rotatably supported, and - an electronic computing device, which is formed to drive the cylinders (20, 28) in register depending on a virtual guide axis, wherein the cylinders (20, 28) are adjustable relative to each other in radial direction of the respective cylinder (20, 28). - a printing rack common to the cylinders (20, 28), on which the cylinders (20, 28) are at least rotatably supported, and - an electronic computing device, which is formed to drive the cylinders (20, 28) in register depending on a virtual guide axis, wherein the cylinders (20, 28) are adjustable relative to each other in radial direction of the respective cylinder (20, 28).
Processing device for a tube end (5, 52) for ploughing-in a welding wire, comprising at least one cutter head (3, 54) which is movable within a coordinate system via a controller, wherein the cutter head (3, 54) comprises a wire plough edge (8, 55) which is movable along the inner or outer wall of a stationary tube end (5, 52), and the wire plough edge (8, 55) radially penetrates into the plastic material of the tube end (5, 52) down to an adjustable depth in one processing step and ploughs open the plastic material, presses in a supplied welding wire, and reseals the groove with the ploughed-open plastic material via a pressure element, wherein the cutter head (3, 54) is mounted on a cutter head holder rotatable about 360° which performs a radial orientation of the wire plough edge (8, 55) perpendicular to the inner or outer wall during a movement of the cutter head (4, 54), characterized in that the wire plough edge (8, 55) is mounted in a plane to be rotatable about 360 degrees, wherein the centre of motion of the wire plough edge is located in front of the wire plough edge in the cutting direction, or the cutter head with the wire plough edge being rotatably mounted is movable in the ploughing direction about 360 degrees by means of at least one drive motor, wherein the centre of motion is located in the centre of the wire plough edge (8, 55).
A composition for treatment or prevention of caries, the composition comprising: a) stabilized chlorine dioxide for reaction with acidic elements in the oral cavity to produce chlorine dioxide for the benefit of its bactericidal properties on an oral biofilm; b) fluoride ion wherein said fluoride ion is from sodium fluoride, to reduce demineralization and promote remineralization of the teeth as a result of the bactericidal effect of the chlorine dioxide on the oral biofilm; and c) a buffer for establishing the effective pH range of the composition. a) stabilized chlorine dioxide for reaction with acidic elements in the oral cavity to produce chlorine dioxide for the benefit of its bactericidal properties on an oral biofilm; b) fluoride ion wherein said fluoride ion is from sodium fluoride, to reduce demineralization and promote remineralization of the teeth as a result of the bactericidal effect of the chlorine dioxide on the oral biofilm; and c) a buffer for establishing the effective pH range of the composition.
A pharmaceutical or nutraceutical tablet for oral administration comprising at least 20 wt% of solid complex formed between at least two fatty acid triglycerides and at least one cyclodextrin, wherein the content of said at least two fatty acid triglycerides in said complex is 10 wt% or more, wherein the weight ratio of fatty acid compounds (total) to cyclodextrin is 1:5 to 5:1 and wherein the cyclodextrin is a beta-cyclodextrin.
A rehabilitation support apparatus for supporting rehabilitation of a user, comprising: a detector configured to detect a direction of a head of the user wearing a head mounted display; a first sensor configured to sense a position of at least one of a floor surface and a wall surface in the real space around the user, and a display controller configured to generate, in a virtual space, a rehabilitation target object to be visually recognized by the user and to display the target object on the head mounted display in accordance with the direction of the head of the user detected by the detector, wherein to avoid risk that the user hits the floor surface or the wall surface in the real space, for the target object that moves toward the floor surface or the wall surface, the display controller is configured to make the target object disappear, stop, or reversely move at a position apart from the floor surface or the wall surface by a predetermined distance. a detector configured to detect a direction of a head of the user wearing a head mounted display; a first sensor configured to sense a position of at least one of a floor surface and a wall surface in the real space around the user, and a display controller configured to generate, in a virtual space, a rehabilitation target object to be visually recognized by the user and to display the target object on the head mounted display in accordance with the direction of the head of the user detected by the detector, wherein to avoid risk that the user hits the floor surface or the wall surface in the real space, for the target object that moves toward the floor surface or the wall surface, the display controller is configured to make the target object disappear, stop, or reversely move at a position apart from the floor surface or the wall surface by a predetermined distance.
A method for providing communications in a multi-mode environment, the method comprising: receiving, at a user terminal (312; 412; 512; 1700), a redirection target from a network entity (302; 415); detecting a failure to connect to the redirection target; characterized by: camping, responsive to the failure, on a cell associated with an alternative target; determining whether to perform a Routing Area Update RAU procedure while camped on the cell; and determining (910; 920), based in part on which of at least one Radio Access Technology RAT is in use by the redirection target and the alternative target, when to perform a Circuit Switched CS call setup procedure in response to the determining whether to perform a RAU procedure. receiving, at a user terminal (312; 412; 512; 1700), a redirection target from a network entity (302; 415); detecting a failure to connect to the redirection target; characterized by: camping, responsive to the failure, on a cell associated with an alternative target; determining whether to perform a Routing Area Update RAU procedure while camped on the cell; and determining (910; 920), based in part on which of at least one Radio Access Technology RAT is in use by the redirection target and the alternative target, when to perform a Circuit Switched CS call setup procedure in response to the determining whether to perform a RAU procedure. camping, responsive to the failure, on a cell associated with an alternative target; determining whether to perform a Routing Area Update RAU procedure while camped on the cell; and determining (910; 920), based in part on which of at least one Radio Access Technology RAT is in use by the redirection target and the alternative target, when to perform a Circuit Switched CS call setup procedure in response to the determining whether to perform a RAU procedure.
An aggregate spreading device comprising: a hopper supported by a support frame; a conveyor system disposed below the hopper; a spreader system extending from at least one side of the support frame and configured to receive aggregate from the conveyor system;and a lift actuator configured to adjust a vertical placement of the spreader system. a hopper supported by a support frame; a conveyor system disposed below the hopper; a spreader system extending from at least one side of the support frame and configured to receive aggregate from the conveyor system;and a lift actuator configured to adjust a vertical placement of the spreader system.