mhurhangee/ep-ind-claims huggingface dataset:
A light emitting apparatus (20; 30; 40; 50; 60; 70; 80) comprising: - a light emitting diode device on a substrate, - a phosphor layer (2; 42; 52; 62; 72) placed on a light emitting surface of the LED device, - a reflective resin (3; 43) covering the side surface of the LED device and the side surface of the phosphor layer (2; 42; 52; 62; 72), and - a reflection frame (9; 49; 69; 79; 89) above the phosphor layer (2; 42; 52; 62; 72) and the reflective resin (3; 43), characterized in that - the LED device is a flip-chip mounted on the substrate, - the reflective resin (3; 43) has a recessed portion formed on the upper surface thereof, - a diffusing resin layer is layered on the upper surfaces of the phosphor layer (2; 42; 52; 62;72) and the reflective resin (3; 43), the diffusing resin layer having a through-hole at a position corresponding to the recessed portion of the reflective resin (3; 43), - the reflection frame (9; 49; 69; 79; 89) has a protruded portion formed on the lower surface thereof, and - the protruded portion of the reflection frame (9; 49; 69; 79; 89) passes through the through-hole of the diffusing resin layer and engages with the recessed portion of the reflective resin (3; 43), and thereby the reflection frame (9; 49; 69; 79; 89) is fixed above the phosphor layer (2; 42; 52; 62; 72) and the reflective resin (3; 43) with the diffusing resin layer interposed therebetween. - a light emitting diode device on a substrate, - a phosphor layer (2; 42; 52; 62; 72) placed on a light emitting surface of the LED device, - a reflective resin (3; 43) covering the side surface of the LED device and the side surface of the phosphor layer (2; 42; 52; 62; 72), and - a reflection frame (9; 49; 69; 79; 89) above the phosphor layer (2; 42; 52; 62; 72) and the reflective resin (3; 43), characterized in that - the LED device is a flip-chip mounted on the substrate, - the reflective resin (3; 43) has a recessed portion formed on the upper surface thereof, - a diffusing resin layer is layered on the upper surfaces of the phosphor layer (2; 42; 52; 62;72) and the reflective resin (3; 43), the diffusing resin layer having a through-hole at a position corresponding to the recessed portion of the reflective resin (3; 43), - the reflection frame (9; 49; 69; 79; 89) has a protruded portion formed on the lower surface thereof, and - the protruded portion of the reflection frame (9; 49; 69; 79; 89) passes through the through-hole of the diffusing resin layer and engages with the recessed portion of the reflective resin (3; 43), and thereby the reflection frame (9; 49; 69; 79; 89) is fixed above the phosphor layer (2; 42; 52; 62; 72) and the reflective resin (3; 43) with the diffusing resin layer interposed therebetween.
Fire detection system comprising: - a detection unit (2 A) able to measure a resistance between a first terminal (B0 A) and a second terminal (B1 A), and - a first detector (11 A) connected to the first and second terminals (B0 A, B1 A) and able to form a first resistance value in a fire detection state and a second resistance value in normal operation, characterised by: - a second detector (12 A) connected to the first and second terminals (B0 A, B1 A) and able to form a third resistance value in the said fire detection state and a fourth resistance value in normal operation, the first value and the fourth value being different from the third value; the first, second, third and fourth values being such that the equivalent resistance values of connecting the first and second detectors in parallel lie within value ranges that do not respectively overlap when the first detector forms the first value and the second detector forms the third value, when the first detector forms the second value and the second detector forms the third value, when the first detector forms the first value and the second detector forms the fourth value, and when the first detector forms the second value and the second detector forms the fourth value. - a detection unit (2 A) able to measure a resistance between a first terminal (B0 A) and a second terminal (B1 A), and - a first detector (11 A) connected to the first and second terminals (B0 A, B1 A) and able to form a first resistance value in a fire detection state and a second resistance value in normal operation, - a second detector (12 A) connected to the first and second terminals (B0 A, B1 A) and able to form a third resistance value in the said fire detection state and a fourth resistance value in normal operation, the first value and the fourth value being different from the third value;
Fastening element (1; 11; 21) for an assembly for use in a window covering and for fastening to a slat of said window covering, said window covering comprising ladder tapes, slats and an operating mechanism provided with a cord spool, wherein the fastening element has an elongate body (2; 12; 22) with a length corresponding to at least the width of the slat, wherein the elongate body is provided with first fastening means (3; 13; 23) for fastening to the slat, wherein the first fastening means are formed by bent ends (3, 13, 23) of the short sides of the body (2, 12, 22) of the fastening element (1; 11; 21) for clamping engagement about the slat, wherein the assembly further comprises a tilt control cord (106; 116; 126) adapted to be wrapped around the cord spool when in use such that the ends of the tilt control cord extend to the slat to which the fastening element is to be fastened, wherein the fastening element and the tilt control cord include second fastening means (4, 5, 107; 14, 117; 24) for fastening the ends of the tilt control cord to the fastening element, such that said operating mechanism can tilt said slats of said window covering comprising said ladder tapes without the use of ladder cords.
A pump, in particular for a nuclear reactor, the pump comprising: - a driveshaft having a rotation axis; - a pump wheel including a hub placed in the extension of the driveshaft, the hub having an orifice; - a connection of the pump wheel to the shaft including a connecting member having a first end part connected to the driveshaft and a second end part opposite the first engaged in the orifice, the connection further including a bearing member connected to the second end part of the connecting member and bearing against a face of the hub opposite the driveshaft; - the connection including a plurality of related connecting members, each securing the pump wheel to the driveshaft; characterized in that the pump also includes an anti-loss member connected to the connecting member and inserted between the driveshaft and the hub, with a shape chosen so as not to be able to traverse the orifice if the connecting member breaks. - a driveshaft having a rotation axis; - a pump wheel including a hub placed in the extension of the driveshaft, the hub having an orifice; - a connection of the pump wheel to the shaft including a connecting member having a first end part connected to the driveshaft and a second end part opposite the first engaged in the orifice, the connection further including a bearing member connected to the second end part of the connecting member and bearing against a face of the hub opposite the driveshaft; - the connection including a plurality of related connecting members, each securing the pump wheel to the driveshaft;
Hand-held power tool, comprising a housing, a striking mechanism having a striker movably guided along a working axis in a guide tube and a suspension fastened to the housing, in which the guide tube is mounted in such a manner that it can move along the working axis, characterised in that the hand-held power tool has a torque coupling mounted on the guide tube and supported on the suspension in the impact direction and that the guide tube is supported on the torque coupling in the impact direction.
An integrated process for production of urea and UAS, comprising: a urea synthesis step carried out in a urea synthesis reactor; a recovery and concentration step, in which a urea solution produced in the urea synthesis step is progressively concentrated, in at least one recovery section (5, 6, 7), in particular in at least a medium pressure recovery section and a low pressure recovery section, and in a concentration section located downstream of said at least one recovery section (5, 6, 7), recovering unreacted ammonia and carbon dioxide and water from said urea solution; a step of producing ammonium sulphate by reaction of sulphuric acid and ammonia in an ammonium sulphate production apparatus; a step of mixing said ammonium sulphate with concentrated urea coming from the concentration section to produce a UAS mixture; a urea finishing/solidification step, in which the mixture of ammonium sulphate and urea is granulated or prilled; the process being characterized in that in the step of producing ammonium sulphate, at least a part of the ammonia is provided by at least one off-gas containing ammonia and recovered from the recovery and concentration step.
A method of forming a bonded article, the method comprising: providing first and second articles (12, 26), the first and second articles (12, 26) each having a respective bond surface (14, 28); providing a porous interlayer region interposed between the bond surfaces (14, 28) of the first and second articles (12, 26), the interlayer region having a porosity of between 10% and 30%; and subsequently locally heating the interlayer region under contact pressure to a bonding temperature below the melting temperature of the interlayer region and the first and second articles (12, 26) to thereby bond the interlayer region to the first and second articles (12, 26) to form the bonded article, characterised in that the step of locally heating the interlayer comprises electrical resistance heating of the interlayer by passing an electrical current through the interlayer region. providing first and second articles (12, 26), the first and second articles (12, 26) each having a respective bond surface (14, 28); providing a porous interlayer region interposed between the bond surfaces (14, 28) of the first and second articles (12, 26), the interlayer region having a porosity of between 10% and 30%; and subsequently locally heating the interlayer region under contact pressure to a bonding temperature below the melting temperature of the interlayer region and the first and second articles (12, 26) to thereby bond the interlayer region to the first and second articles (12, 26) to form the bonded article, characterised in that the step of locally heating the interlayer comprises electrical resistance heating of the interlayer by passing an electrical current through the interlayer region.
Artificial eye lens comprising an optical part, which has a first optical side as viewed in a direction of an optical principal axis of the artificial eye lens and an opposite second optical side, and has a haptic arrangement, characterized in that a structure with at least one depression is formed in a surround of the artificial eye lens that surrounds the optical part at least in certain areas and that differs from the haptic arrangement, wherein the structure (7, 8) is formed as a micro-perforation with a multiplicity of perforation zones (7a, 8a) and at least some perforation zones (7a, 8a) are filled at least in certain areas with at least one medicament for the purposes of producing a medicament repository.
Exterior light unit for an aircraft or other vehicle, such as a road vehicle, ship or rail car, the exterior light unit comprising: an LED in operation emitting light; a reflector, which reflects a first portion of the light emitted by the LED; a first lens, through which the first portion of the light is refracted after being reflected by the reflector; and a second lens, which is an aspherical collimating lens and which is arranged in such a way with respect to the LED that a second portion of the light emitted by the LED has an unobstructed path to the second lens, wherein the second portion of the light, when on its way from the LED to the second lens, crosses way with the first portion of the light, when on its way from the reflector to the first lens, characterized in that the second portion of the light emitted by the LED is collimated by the second lens in a main light output plane, and the LED is placed in a focal point of the second lens in a cross-sectional plane orthogonal to the main light output plane. an LED in operation emitting light; a reflector, which reflects a first portion of the light emitted by the LED; a first lens, through which the first portion of the light is refracted after being reflected by the reflector; and a second lens, which is an aspherical collimating lens and which is arranged in such a way with respect to the LED that a second portion of the light emitted by the LED has an unobstructed path to the second lens, wherein the second portion of the light, when on its way from the LED to the second lens, crosses way with the first portion of the light, when on its way from the reflector to the first lens, characterized in that the second portion of the light emitted by the LED is collimated by the second lens in a main light output plane, and the LED is placed in a focal point of the second lens in a cross-sectional plane orthogonal to the main light output plane.
Method for preparing a homogeneous mixture of coated particles comprising a graphite conductive core and at least two partial or full coatings on the surface of said core, the coating containing at least two inter-reactive functional agents composed of a material differing in composition and/or in physical shape from the constituent material of the core of the coated particles, said method comprising at least a first step for co-grinding the graphite particles of the core with the particles of a first inter-reactive functional agent, the particles of graphite having a mean size X and those of the first inter-reactive functional agent having a mean size Y such that the ratio Y/X is lower than 1, the coated particles obtained at the first co-grinding step being subjected to second co-grinding in the presence of an inter-reactive functional agent the same as or differing from the first inter-reactive functional agent used at the first co-grinding step, the mean size of the particles of the second inter-reactive functional agent being smaller than that of the coated particles obtained at the first co-grinding step.
A package of tobacco articles comprising: a group of tobacco articles; a cup-shaped outer container having an open top end, and a cup-shaped lid hinged to the outer container along a hinge to rotate, with respect to the outer container, between an open position and a closed position opening and closing the open top end respectively; and an inner package, which is housed in the outer container, encloses the group of tobacco articles, and has a tobacco article extraction opening closed by a sealing flap; the sealing flap comprising a connecting tab glued permanently and non-removably to the lid by permanent glue, so that opening and closing the lid also simultaneously opens and closes the sealing flap; the package being characterized in that the connecting tab is separated from the rest of the sealing flap by a fold line, which is folded before gluing the connecting tab to the lid and is formed by cutting or removing material from the sealing flap. a group of tobacco articles; a cup-shaped outer container having an open top end, and a cup-shaped lid hinged to the outer container along a hinge to rotate, with respect to the outer container, between an open position and a closed position opening and closing the open top end respectively; and an inner package, which is housed in the outer container, encloses the group of tobacco articles, and has a tobacco article extraction opening closed by a sealing flap; the sealing flap comprising a connecting tab glued permanently and non-removably to the lid by permanent glue, so that opening and closing the lid also simultaneously opens and closes the sealing flap; the package being characterized in that the connecting tab is separated from the rest of the sealing flap by a fold line, which is folded before gluing the connecting tab to the lid and is formed by cutting or removing material from the sealing flap.
A retractor (100; 200) for excluding an inside wall of a hollow organ or an organ in a body cavity, the retractor (100; 200) comprising: an accommodation tube; a developing body that is configured to be accommodated and extended with respect to the accommodation tube; and a grip (160; 260) connected to respective proximal ends of the accommodation tube and the developing body, wherein the developing body includes an excluding section configured by a movable wire and at least three fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; a distal end of the movable wire and a distal end of the fixing wire are joined in the excluding section; characterised in that among developing angles formed between two adjacent fixing wires in the excluding section when the developing body is seen from the distal end side of the retractor and is developed, one developing angle θ2 is greater than a remaining developing angle θ1; and the developing angle θ2 is 90° to 240°, and wherein the excluding section is flexed with respect to an axial direction of the accommodation tube when the developing body is developed. an accommodation tube; a developing body that is configured to be accommodated and extended with respect to the accommodation tube; and a grip (160; 260) connected to respective proximal ends of the accommodation tube and the developing body, wherein the developing body includes an excluding section configured by a movable wire and at least three fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; an excluding section configured by a movable wire and at least three fixing wires arranged at a periphery of the movable wire, and an introducing tube extended from the excluding section, the movable wire being passed through the introducing tube; a distal end of the movable wire and a distal end of the fixing wire are joined in the excluding section; characterised in that among developing angles formed between two adjacent fixing wires in the excluding section when the developing body is seen from the distal end side of the retractor and is developed, one developing angle θ2 is greater than a remaining developing angle θ1; and the developing angle θ2 is 90° to 240°, and wherein the excluding section is flexed with respect to an axial direction of the accommodation tube when the developing body is developed.
A mobile terminal device which makes connection with a network and accesses a server including a Web page and downloadable function programs for adding new functions to the mobile terminal device, comprising: a standardized Application Program Interface means adapted to interface with subordinate modules in the mobile terminal device; a plurality of function programs for providing each function corresponding to the function program; and a function management means adapted to manage addition by downloading from the server and deletion of the function program, characterized in that the function management means includes: a freeze monitoring means that monitors occurrence of the freeze while checking on a state of operation of the function program downloaded from the server in a setup mode of the function; a restart processing means that forcibly shuts down the function program in the setup mode and restarts the function program if the freeze has been detected by the freeze monitoring means; and a setup suppress processing means that suppresses the setting up of the function depending on a frequency of occurrences of the freeze in a prescribed length of time having been detected. a standardized Application Program Interface means adapted to interface with subordinate modules in the mobile terminal device; a plurality of function programs for providing each function corresponding to the function program; and a function management means adapted to manage addition by downloading from the server and deletion of the function program, a freeze monitoring means that monitors occurrence of the freeze while checking on a state of operation of the function program downloaded from the server in a setup mode of the function; a restart processing means that forcibly shuts down the function program in the setup mode and restarts the function program if the freeze has been detected by the freeze monitoring means; and a setup suppress processing means that suppresses the setting up of the function depending on a frequency of occurrences of the freeze in a prescribed length of time having been detected.
Modular mould for producing a panel comprising a layer of fibre reinforced material, the layer configured to form hollow cells comprising an undulated trapezoidal cross-section, characterised in that the mould comprises at least three moulding bars for forming each hollow cell, one moulding bar having a trapezoidal cross shape and two moulding bars having a triangular cross shape, the trapezoidal moulding bar configured to be located in between the two triangular moulding bars and the three moulding bars (4, 5) being configured such that when put together its cross-section forms the shape of the trapezoidal cross- section of the hollow cell.
An image processing device comprising: at least one processor, a memory which stores a program configured to cause the processor to: detect a spicula candidate region (K21, K31, K32, K41, K42, K51) including a line structure that extends radially, from each of a plurality of tomographic images indicating a plurality of tomographic planes of an object, and determine whether or not the spicula candidate region is a spicula on the basis of an amount of change of a center position of the line structure included in the spicula candidate region between the tomographic planes, wherein the program causes the processor to determine the spicula candidate region to be a spicula if a variation of the center position of the line structure in the spicula candidate region between the tomographic planes in an in-tomographic-plane direction is within a predetermined reference range. at least one processor, a memory which stores a program configured to cause the processor to: detect a spicula candidate region (K21, K31, K32, K41, K42, K51) including a line structure that extends radially, from each of a plurality of tomographic images indicating a plurality of tomographic planes of an object, and determine whether or not the spicula candidate region is a spicula on the basis of an amount of change of a center position of the line structure included in the spicula candidate region between the tomographic planes, wherein the program causes the processor to determine the spicula candidate region to be a spicula if a variation of the center position of the line structure in the spicula candidate region between the tomographic planes in an in-tomographic-plane direction is within a predetermined reference range.
A housing including at least one part constituting the structure holding the rows of stator blades and an inner wall demarcating the outer contour of a compressor airstream in which are assembled rows of rotating rotor blades individually sandwiched between the rows of stator or variable pitch blades, and means for thermal protection against burning titanium wherein it comprises over at least one part of its length, as a load-bearing structure, a single-cast part made from titanium or titanium alloy and, as means of thermal protection, at least one element forming a shield (12, 120, 121, 122) made from refractory alloy(s) and incombustible in the presence of burning titanium, where the shield(s) is (are) secured to the single-cast part by fasteners (13, 130), where the latter are positioned with the shield(s) so as to define together the inner wall demarcating the outer contour of the compressor airstream.