mhurhangee/ep-ind-claims huggingface dataset:
Inlet heat sink (20-E) for a liquid cooling system of an electronic board, said electronic board including at least one electronic component, said system comprising a cold plate for receiving said heat sink (20-E), said cold plate being sized to at least partially cover said electronic board and comprising a cooling circuit including channels inside which a so-called "cold" heat transfer fluid circulates, for supplying at least said heat sink (20-E), and a discharge circuit comprising channels inside which a so-called "hot" heat transfer fluid circulates, having been heated through the heat sink (20-E), the heat sink (20-E) comprising a cooling block comprising a lower portion constituting the main heat exchange zone and an upper portion intended to be connected to the cold plate, the heat sink (20-E) being characterised in that it comprises: - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive an inlet tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate, - a so-called "hot" outlet connector, - a so-called "cold" outlet connector, the upper portion of the cooling block being configured to divide the flow of heat transfer fluid entering through the cold inlet connector into a first flow, which is directed towards the lower portion of the cooling block so as to collect the heat generated by the electronic board by being routed to the hot outlet connector, and a second flow which is directed directly to the cold outlet connector. - a so-called "cold" inlet connector which is fluidically connected to the upper portion of said cooling block and which is intended to receive an inlet tube of the cooling circuit so that said cooling block is supplied with the heat transfer fluid from the cold plate, - a so-called "hot" outlet connector, - a so-called "cold" outlet connector,
Solution which may be used for the trapping of at least one toxic chemical agent, said solution comprising at least one protic solvent, at least one monomer comprising an (alkyl)acrylic group, an (alkyl)acrylate group or an (alkyl)acrylamide group, at least one crosslinking agent comprising at least two groups chosen from among (alkyl)acrylic, (alkyl)acrylate or (alkyl)acrylamide groups, at least one photopolymerization initiator, at least one thixotropic filler and at least one agent chosen from among alkali halides, alkali phosphates, alkali sulfates and mixtures thereof, said thixotropic filler being an inorganic filler chosen from among colloidal silica, fumed silica and mixtures thereof; an organic filler chosen from among polyvinyl alcohol and copolymers based on acrylate and/or methacrylate units; and mixtures thereof.
Light module for a lighting and/or signalling device comprising a heat sink, a reflector and a light source, wherein the heat sink comprises a heat sink body and a bearing wall, and wherein the reflector is provided with a seat for fixing the heat sink body to the reflector, said seat comprising a receiving surface and a referencing wall at least part of which extends substantially perpendicularly to said receiving surface, the bearing wall of the heat sink being provided at one end of the heat sink body, at least part of the bearing wall extending substantially perpendicularly to an outer face of the heat sink body, said bearing wall being fixed to said reference wall of said seat by fixing means (19, 20, 21; 27, 28), characterized in that said bearing wall is extended by a tongue held in abutment against an inclined surface of said reference wall of said seat.
Device for separating and desanding of castings that have been cast in moulding sand and in moulding boxes, comprising a compressed air container, an air-permeable and sand-permeable supporting base and a receiving container, characterized in that the compressed air container has an opening corresponding to the cross-sectional area of the moulding box and is arranged immediately above the surface of the sand by a sealing means.
An anti-microbial pharmaceutical and/or dermocosmetic composition comprising tamarind seed polysaccharide in combination with an extract of Helichrysum italicum or Echinacea spp as active ingredients, mixed with one or more acceptable excipients.
Steam turbine, the steam turbine at least comprising a rotor with a shaft, a housing and a sealing bush carrier, whereby the sealing bush carrier is arranged between a shaft of the rotor and the housing, whereby the sealing bush carrier comprises at least two hollow passages (2, 3) which extend from the rotor-facing part of the sealing bush carrier to the housing-facing part of the sealing bush carrier, characterized in that the at least two hollow passages (2, 3) are constructed such that they can be assigned to likewise hollow openings (44, 45) in the housing for an extraction of steam of the turbine through the passages (2, 3) of the sealing bush carrier into the openings (44, 45) of the housing, whereby further the housing provides at least two hollow openings (44, 45) and each of the hollow passages (2, 3) in the sealing bush carrier is assigned to one of the hollow openings (44, 45) for feeding the extracted steam into pistons for the balancing of the axial steam pressure of the steam turbine.
A granulator having a cutting device driven by a drive device, wherein the drive device is accommodated in a granulator housing and the cutting device is accommodated in a module housing which is detachably connected to the granulator housing and is removable therefrom, wherein the cutting device is connected to the drive device via a releasable coupling, wherein the cutting device is removable together with the module housing, as a unit, from the granulator housing and wherein a conveying device is provided which is driven by a drive device and with which a material strand can be fed to the cutting device, characterized in that the conveying device is accommodated in the module housing and is removable together with the module housing, as a unit, from the granulator housing.
A process combustion transmitter comprising; a process probe extendible into a flow of process combustion exhaust, the process probe having a measurement cell and a diffuser, the measurement cell and the diffuser defining a chamber within the process probe; electronic circuitry coupled to the measurement cell and configured to provide an indication relative to a combustion process based on an output signal of the measurement cell; a pressure sensor operably coupled to the electronic circuitry and fluidically coupled to the chamber; and wherein the electronic circuitry is configured to provide an adjusted calibration based on the pressure of a calibration gas measured within the chamber and on the output signal of the measurement cell during a calibration.
A system for providing an anti-microbial effect on a bone comprising: a delivery catheter having an elongated shaft with a proximal end, a distal end, and a longitudinal axis there between, an inner void (152, 210) for passing at least one light sensitive liquid, and an inner lumen; an expandable member releasably engaging the distal end of the delivery catheter, at least one light sensitive liquid configured to be infused into the expandable member to move the expandable member from a deflated state to an inflated state; a light source; a light conducting fiber sized to pass through the inner lumen of the delivery catheter and into the expandable member wherein, when the light conducting fiber is in the expandable member, the light conducting fiber is configured to initiate hardening of the at least one light sensitive liquid within the expandable member to form a photodynamic implant and the light conducting fiber is able to disperse light energy to provide an anti-microbial effect to the bone; wherein at least one ridge is disposed on the outer surface of the expandable member, the at least one ridge being shaped longitudinally along the expandable member and extending from a first end to a second end of the expandable member; wherein the expandable member is configured to be at least partially placed into a space within the bone with the outer surface of the expandable member directly in contact with the bone and wherein at least one channel (303A, 303B) is defined in each of the at least one ridge, the at least one channel being sized to accept the light conducting fiber. a delivery catheter having an elongated shaft with a proximal end, a distal end, and a longitudinal axis there between, an inner void (152, 210) for passing at least one light sensitive liquid, and an inner lumen; an expandable member releasably engaging the distal end of the delivery catheter, at least one light sensitive liquid configured to be infused into the expandable member to move the expandable member from a deflated state to an inflated state; a light source; a light conducting fiber sized to pass through the inner lumen of the delivery catheter and into the expandable member wherein, when the light conducting fiber is in the expandable member, the light conducting fiber is configured to initiate hardening of the at least one light sensitive liquid within the expandable member to form a photodynamic implant and the light conducting fiber is able to disperse light energy to provide an anti-microbial effect to the bone; wherein at least one ridge is disposed on the outer surface of the expandable member, the at least one ridge being shaped longitudinally along the expandable member and extending from a first end to a second end of the expandable member; wherein the expandable member is configured to be at least partially placed into a space within the bone with the outer surface of the expandable member directly in contact with the bone and wherein at least one channel (303A, 303B) is defined in each of the at least one ridge, the at least one channel being sized to accept the light conducting fiber.
A hydroelectric power generation system, having: a first water storage tank with a high-pressure water injection port on a bottom face; a runner which is stored in a condition of floating in the first water storage tank; and multiple transmission members that contact an outer periphery surface of the runner and transmit a rotational force of the runner to a principal axis of rotation in a generator unit; said hydroelectric power generation system characterized in that the runner has a casing of a cylindrical shape with a bottom and having an opening at a center of the bottom face; an introduction pipe that rises upward from the opening to introduce into the casing high-pressure water injected from the injection port; multiple first guide pipes that extend radially from around the introduction pipe to an inner side face of the casing; first injection nozzles provided at tips of the first guide pipes; and wherein a reactive force of the high-pressure water injected from the first injection nozzles in a circumferential direction of the casing is utilized to turn the runner. a first water storage tank with a high-pressure water injection port on a bottom face; a runner which is stored in a condition of floating in the first water storage tank; and multiple transmission members that contact an outer periphery surface of the runner and transmit a rotational force of the runner to a principal axis of rotation in a generator unit; said hydroelectric power generation system characterized in that the runner has a casing of a cylindrical shape with a bottom and having an opening at a center of the bottom face; an introduction pipe that rises upward from the opening to introduce into the casing high-pressure water injected from the injection port; multiple first guide pipes that extend radially from around the introduction pipe to an inner side face of the casing; first injection nozzles provided at tips of the first guide pipes; and wherein a reactive force of the high-pressure water injected from the first injection nozzles in a circumferential direction of the casing is utilized to turn the runner.
A resin-reinforcing filler comprising: plate-like, spherical, or fibrous filler substrates made of glass; and a coating covering at least a portion of a surface of each of the substrates, characterized in that the coating comprises nanofibers which have an average fiber width of 1 nm to 900 nm and comprise cellulose nanofibers. plate-like, spherical, or fibrous filler substrates made of glass; and a coating covering at least a portion of a surface of each of the substrates, characterized in that the coating comprises nanofibers which have an average fiber width of 1 nm to 900 nm and comprise cellulose nanofibers.
Field-testing method using an antenna setup in collaboration with a moving test vehicle to analyze and calibrate a real-world test area for testing V2X communication of vehicles in a real-world environment, the method comprising: sending a test signal into the real-world test area with a signal generator, the signal generator comprising a signal-generating antenna system configured to cover the real-world test area with the test signal, the signal-generating antenna system comprising at least one stationary antenna (9, 10) installed within and/or around the real-world test area; moving a calibration vehicle around the real-world test area, the calibration vehicle being equipped with a vehicle communication antenna configured to receive the test signal; receiving the test signal with the vehicle communication antenna at testing positions distributed over the real-world test area, wherein the testing positions are defined as a testing grid across the real-world test area; determining a signal amplitude of the test signal received with the vehicle communication antenna at the testing positions; and adapting the test signal of the signal generator based on the determined signal amplitudes of the vehicle communication antenna such that the signal amplitude of the test signal exceeds a predefined amplitude level across the real-world test area. sending a test signal into the real-world test area with a signal generator, the signal generator comprising a signal-generating antenna system configured to cover the real-world test area with the test signal, the signal-generating antenna system comprising at least one stationary antenna (9, 10) installed within and/or around the real-world test area; moving a calibration vehicle around the real-world test area, the calibration vehicle being equipped with a vehicle communication antenna configured to receive the test signal; receiving the test signal with the vehicle communication antenna at testing positions distributed over the real-world test area, wherein the testing positions are defined as a testing grid across the real-world test area; determining a signal amplitude of the test signal received with the vehicle communication antenna at the testing positions; and adapting the test signal of the signal generator based on the determined signal amplitudes of the vehicle communication antenna such that the signal amplitude of the test signal exceeds a predefined amplitude level across the real-world test area.
Data processing device (1; 1') for processing signals received via a wireless link, comprising a first beam steering and/or forming antenna arranged on a first side wall of said data processing device (1; 1') adapted to receive data via said wireless link, a second beam steering and/or forming antenna, characterised by said second beam antenna being arranged on a second side wall of said data processing device (1; 1') perpendicular to said first beam steering and/or forming antenna, said second beam steering and/or forming antenna adapted to receive data via said wireless link, a third beam steering and/or forming antenna, arranged on a third side wall of said data processing device (1; 1') perpendicular to said first and said second beam steering and/or forming antenna, said third beam steering and/or forming antenna adapted to receive data via said wireless link; wherein the first, second and third beam steering and/or forming antenna are located at a corner of the data processing device (1; 1') formed by the mutually perpendicular first, second and third side wall; processing means adapted to process signals received by said first, said second, and said third beam steering and/or forming antenna.
A deflector for a chamber endwall of a combustion chamber of a turbine engine, taking the form of a plate provided with a hole said plate being a portion of a conical surface of revolution about a cone axis, said plate having a substantially concave face and a substantially convex face, and said plate having a contour which possesses four sides (72, 74, 76, 78), of which two first sides (72, 76) are concentric circular arcs centered on said cone axis, and two second sides (74, 78) are segments of generatrices of said cone which connect said first sides (72, 76), wherein the deflector comprises a central region which surrounds said hole and a peripheral region which surrounds said central region, said central region having a planar face on the same side as said substantially concave face.
A knob device (200, 202, 204, 206) applicable to a touch panel, the touch panel comprising a plurality of panel sensors (350, 351, 352), the knob device (200, 202, 204, 206) comprising: a knob cover; a sensing pad arranged between the knob cover and the touch panel when the knob device is applied to the touch panel; characterized by: a compensation sensor; and a switch, configured to selectively connect the sensing pad to the compensation sensor; wherein the knob device (200, 202, 204, 206) is arranged so that when a move event of the knob device (200, 202, 204, 206) occurs, and the switch is turned on, the sensing pad is electrically connected to the compensation sensor through the switch, such that a feedback loop is generated by the sensing pad, the compensation sensor and the touch panel such that a quantity of electric charge of at least one of the plurality of panel sensors (350, 351, 352) is changed; wherein the knob device (200, 202, 204, 206) is arranged so that when a touch and rotation event of the knob device (200, 202, 204, 206) occurs, a rotation sensing signal of the touch panel is controlled by a location of the sensing pad. a knob cover; a sensing pad arranged between the knob cover and the touch panel when the knob device is applied to the touch panel; characterized by: a compensation sensor; and a switch, configured to selectively connect the sensing pad to the compensation sensor; wherein the knob device (200, 202, 204, 206) is arranged so that when a move event of the knob device (200, 202, 204, 206) occurs, and the switch is turned on, the sensing pad is electrically connected to the compensation sensor through the switch, such that a feedback loop is generated by the sensing pad, the compensation sensor and the touch panel such that a quantity of electric charge of at least one of the plurality of panel sensors (350, 351, 352) is changed; wherein the knob device (200, 202, 204, 206) is arranged so that when a touch and rotation event of the knob device (200, 202, 204, 206) occurs, a rotation sensing signal of the touch panel is controlled by a location of the sensing pad. a compensation sensor; and a switch, configured to selectively connect the sensing pad to the compensation sensor; wherein the knob device (200, 202, 204, 206) is arranged so that when a move event of the knob device (200, 202, 204, 206) occurs, and the switch is turned on, the sensing pad is electrically connected to the compensation sensor through the switch, such that a feedback loop is generated by the sensing pad, the compensation sensor and the touch panel such that a quantity of electric charge of at least one of the plurality of panel sensors (350, 351, 352) is changed; wherein the knob device (200, 202, 204, 206) is arranged so that when a touch and rotation event of the knob device (200, 202, 204, 206) occurs, a rotation sensing signal of the touch panel is controlled by a location of the sensing pad.
A method of controlling a mains-connected switched mode power supply comprising: determining a signal indicative of a power drawn by the switched mode power supply; determining a signal indicative of a mains voltage; determining whether a brown-out condition is met, in dependence on both the signal indicative of a power drawn and the signal indicative of the mains voltage; and in response to detecting a brown-out condition, disabling the switched mode power supply. determining a signal indicative of a power drawn by the switched mode power supply; determining a signal indicative of a mains voltage; determining whether a brown-out condition is met, in dependence on both the signal indicative of a power drawn and the signal indicative of the mains voltage; and
A method of forming an optical fibre assembly, comprising: providing a planar substrate made of a first material; positioning an optical fibre with an outer layer of a first glass material on a surface of the substrate to form a pre-assembly; depositing a further glass material onto the pre-assembly, over at least a part of the optical fibre and adjacent parts of the substrate surface; and heating the pre-assembly to consolidate the further glass material into an amorphous volume in contact with at least parts of the surface of the substrate and the outer layer of the optical fibre, thereby bonding the optical fibre to the substrate to create the optical fibre assembly; characterised in that the further glass material is a soot deposited using flame hydrolysis deposition. providing a planar substrate made of a first material; positioning an optical fibre with an outer layer of a first glass material on a surface of the substrate to form a pre-assembly; depositing a further glass material onto the pre-assembly, over at least a part of the optical fibre and adjacent parts of the substrate surface; and heating the pre-assembly to consolidate the further glass material into an amorphous volume in contact with at least parts of the surface of the substrate and the outer layer of the optical fibre, thereby bonding the optical fibre to the substrate to create the optical fibre assembly; characterised in that the further glass material is a soot deposited using flame hydrolysis deposition.
A lane guidance display system comprising: a front image acquisition unit (21 b) that is adapted to acquire a front image obtained by capturing an area ahead of a vehicle; a lane identification unit (21 c) that is adapted to identify a recommended lane in which the vehicle should travel in the front image; and a display control unit that is adapted to cause a display unit to display the front image on which a guide line is superimposed, wherein the guide line has a rear end point that indicates a position at which the vehicle is currently travelling as a rear-side end point and a front end point that indicates a position forward of the rear end point in the recommended lane as a front-side end point, characterized in that the display control unit is adapted to successively update the front image on which the guide line is superimposed and to generate the guide line such that a position of the front end point in a vertical direction of the front image is kept constant. a front image acquisition unit (21 b) that is adapted to acquire a front image obtained by capturing an area ahead of a vehicle; a lane identification unit (21 c) that is adapted to identify a recommended lane in which the vehicle should travel in the front image; and a display control unit that is adapted to cause a display unit to display the front image on which a guide line is superimposed, wherein the guide line has a rear end point that indicates a position at which the vehicle is currently travelling as a rear-side end point and a front end point that indicates a position forward of the rear end point in the recommended lane as a front-side end point, the display control unit is adapted to successively update the front image on which the guide line is superimposed and to generate the guide line such that a position of the front end point in a vertical direction of the front image is kept constant.