mhurhangee/ep-ind-claims huggingface dataset:
Insert for load application and/ or anchorage of various components into respectively onto a composite sandwich panel, the insert comprising: a. a rotationally symmetric inner insert ring; b. a rotationally symmetric outer insert ring arranged concentrically with respect to said inner insert ring; c. an insert connecting portion connecting said inner insert ring with said outer insert ring; and d. an insert trench provided between the outer insert ring and the inner insert ring, characterised in that the outer insert ring comprises at least one channel that extends from the insert trench through the outer insert ring wherein the insert is configured to receive in said insert trench between the inner insert ring and the outer insert ring a self-contained adhesive such that is arranged and configured for adhering the insert into a cut-out upon introduction therein and wherein the at least one channel is configured such that upon fitting of the insert into the cut-out of the composite sandwich panel, the support face sheet disc, formed within the first face sheet between the inner cut-out and the outer cut-out of the composite sandwich panel forces said adhesive through said at least one channel. a. a rotationally symmetric inner insert ring; b. a rotationally symmetric outer insert ring arranged concentrically with respect to said inner insert ring; c. an insert connecting portion connecting said inner insert ring with said outer insert ring; and d. an insert trench provided between the outer insert ring and the inner insert ring, the insert is configured to receive in said insert trench between the inner insert ring and the outer insert ring a self-contained adhesive such that is arranged and configured for adhering the insert into a cut-out upon introduction therein and wherein the at least one channel is configured such that upon fitting of the insert into the cut-out of the composite sandwich panel, the support face sheet disc, formed within the first face sheet between the inner cut-out and the outer cut-out of the composite sandwich panel forces said adhesive through said at least one channel.
A laundry washing machine connectable to an external water source comprising a cabinet supporting a washing tub enclosing a rotatable washing drum suited to receive laundry and a treating agents dispenser connectable to said external water source and fluidly connected to said washing tub, said treating agents dispenser comprising: - a drawer (22; 122; 222) comprising one or more compartments (23a, 23b, 23c, 23d) for receiving at least one agent for treating laundry; - a supporting structure on which said drawer (22; 122; 222) can slide; - a water distributor comprising at least one channel for conveying water from said external water source to at least one of said one or more compartments (23a, 23b, 23c, 23d) of said drawer (22; 122; 222); and - a guard element (50; 150) which is movably connected to an underside (22b; 122b) of said drawer (22; 122; 222); the laundry washing machine being characterized in that the width of said guard element (50; 150) is equal to, or slightly smaller than, the width of the drawer (22; 122; 222). - a drawer (22; 122; 222) comprising one or more compartments (23a, 23b, 23c, 23d) for receiving at least one agent for treating laundry; - a supporting structure on which said drawer (22; 122; 222) can slide; - a water distributor comprising at least one channel for conveying water from said external water source to at least one of said one or more compartments (23a, 23b, 23c, 23d) of said drawer (22; 122; 222); and - a guard element (50; 150) which is movably connected to an underside (22b; 122b) of said drawer (22; 122; 222);
Device for holding a line on a structure of a beverage filing system, comprising a clamp having two legs shaped complementary to each other for holding the line between the legs in a clamping manner and comprising a holder, which supports the legs and is provided for attaching the clamp to the structure of the beverage filling system, wherein the legs and the holder are bent from round wire as a single piece, wherein the dimensions of the holder of the clamp are such that a specified distance can be achieved between the structure of the beverage filling system and the line, preferably in order to enable a gradient to be established in the line along its extent, a clamping device is provided for fastening the holder in a clamping manner to the structure of the beverage filling system, the dimensions of the holder are such that the clamp is displaceable relative to the non-fixed clamping device in order to achieve adjustability of the distance between the structure and the line, the clamp has a mouth for inserting the line between the legs, and the holder is disposed on the side of the clamp that faces away from the mouth, and each leg extends to form one strand of the holder, with the two strands of the holder formed parallel to each other and connected to each other via a wire loop, wherein the wire loop is opposite the mouth of the clamp, wherein the round wire forming the clamp is completely extended in one plane. the legs and the holder are bent from round wire as a single piece, wherein the dimensions of the holder of the clamp are such that a specified distance can be achieved between the structure of the beverage filling system and the line, preferably in order to enable a gradient to be established in the line along its extent, a clamping device is provided for fastening the holder in a clamping manner to the structure of the beverage filling system, the dimensions of the holder are such that the clamp is displaceable relative to the non-fixed clamping device in order to achieve adjustability of the distance between the structure and the line, the clamp has a mouth for inserting the line between the legs, and the holder is disposed on the side of the clamp that faces away from the mouth, and each leg extends to form one strand of the holder, with the two strands of the holder formed parallel to each other and connected to each other via a wire loop, wherein the wire loop is opposite the mouth of the clamp, wherein the round wire forming the clamp is completely extended in one plane.
Process for producing polycarbonate comprising at least the following steps: a) producing phosgene by reacting chlorine with carbon monoxide, b) reacting the phosgene formed as per step a) with at least one bisphenol in the presence of an aqueous alkali-metal-containing base to form a polycarbonate and an alkali-metal-chloride-containing reaction waste water solution c) separating off and working up the polycarbonate formed in step b), d) separating off the solvent residues and optionally catalyst residues from the alkali-metal-chloride-containing solution remaining as per step c), e) osmotic membrane distillation of at least some of the alkali-metal-chloride-containing solution remaining as per step d), f) electrochemical oxidation of at least some of the alkali-metal-chloride-containing solution from e), forming chlorine, alkali metal hydroxide solution and, if appropriate, hydrogen, characterized in that the alkali-metal-chloride-containing solution from d), before the electrolysis f), is concentrated by means of osmotic distillation in step e) using alkali metal hydroxide solution as water acceptor. a) producing phosgene by reacting chlorine with carbon monoxide, b) reacting the phosgene formed as per step a) with at least one bisphenol in the presence of an aqueous alkali-metal-containing base to form a polycarbonate and an alkali-metal-chloride-containing reaction waste water solution c) separating off and working up the polycarbonate formed in step b), d) separating off the solvent residues and optionally catalyst residues from the alkali-metal-chloride-containing solution remaining as per step c), e) osmotic membrane distillation of at least some of the alkali-metal-chloride-containing solution remaining as per step d), f) electrochemical oxidation of at least some of the alkali-metal-chloride-containing solution from e), forming chlorine, alkali metal hydroxide solution and, if appropriate, hydrogen, characterized in that the alkali-metal-chloride-containing solution from d), before the electrolysis f), is concentrated by means of osmotic distillation in step e) using alkali metal hydroxide solution as water acceptor.
A measurement system for measuring a vessel pulse signal of a specific position of an object comprising: a conductor mark configured to be attached on the specific position; a sensor; a plurality of conductive dots located around the sensor; a determination unit configured to determine whether the plurality of conductive dots are connected to each other through the mark to generate a determination signal to indicate whether the sensor has been disposed in the specific position, a measurement unit configured to receive the determination signal and to control the sensor according to the determination signal, wherein when the determination unit determines that the plurality of conductive dots are connected to each other through the mark to generate the determination signal to indicate that the sensor has been disposed in the specific position, according to the determination signal, the measurement unit controls the sensor to sense a vessel pulse waveform of the specific position to generate the vessel pulse signal a conductor mark configured to be attached on the specific position; a sensor; a plurality of conductive dots located around the sensor; a determination unit configured to determine whether the plurality of conductive dots are connected to each other through the mark to generate a determination signal to indicate whether the sensor has been disposed in the specific position, a measurement unit configured to receive the determination signal and to control the sensor according to the determination signal, wherein when the determination unit determines that the plurality of conductive dots are connected to each other through the mark to generate the determination signal to indicate that the sensor has been disposed in the specific position, according to the determination signal, the measurement unit controls the sensor to sense a vessel pulse waveform of the specific position to generate the vessel pulse signal
A method of manufacturing a mold having a recessed pattern, the method comprising: disposing a release assisting frame around an area of the model where the protrusion pattern is provided; applying a thermosetting resin solution to a surface of a model having a protrusion pattern so that at least a part of the release assisting frame is covered with the thermosetting resin solution to forming a thermosetting resin film; reducing the thermosetting resin film in pressure to defoam the thermosetting resin film; heating and curing the thermosetting resin film to form a mold in a state where a base plate is in contact with a face of the thermosetting resin film, the face being opposite to a face facing the model; and releasing the mold from the model with the release assisting frame after releasing the base plate from the mold. disposing a release assisting frame around an area of the model where the protrusion pattern is provided; applying a thermosetting resin solution to a surface of a model having a protrusion pattern so that at least a part of the release assisting frame is covered with the thermosetting resin solution to forming a thermosetting resin film; reducing the thermosetting resin film in pressure to defoam the thermosetting resin film; heating and curing the thermosetting resin film to form a mold in a state where a base plate is in contact with a face of the thermosetting resin film, the face being opposite to a face facing the model; and releasing the mold from the model with the release assisting frame after releasing the base plate from the mold.
A vibrational seed-double eliminator for a seeding machine that is configured to move seed along a seed path from a seed pool to a release position, characterized in that the vibrational seed-double eliminator comprises a vibration strip (90, 90a, 90b) extending along the seed path along the seed pool; wherein the vibration strip (90, 90a, 90b) includes a plurality of protrusions extending from the vibrational seed-double eliminator into the seed path, wherein as the seed is moved by the seeding machine along the seed path, the vibration strip (90, 90a, 90b) causes the seed to vibrate, thereby removing from the seed path one or more seeds of a seed double.
A component of a turbine comprising a cooling channel, the cooling channel further comprising: a first inner surface parallel to a first exterior surface of the component and a tapered transverse sectional profile that is wider at the first inner surface and narrower away from the first inner surface; a plurality of parallel fins with a transverse height profile that is convex across a width of the inner surface, wherein the fins are oriented with a direction of a coolant flow in the channel, wherein the cooling channel is effective to urge a coolant flow therein toward corners of the cooling channel, a second inner surface parallel to a second exterior surface of the component; first and second interior side surfaces (52, 54) spanning between the first and second inner surfaces (48, 50); and characterized by the cooling channel further comprising a turbulator on a corresponding one of the side surfaces (52, 54) to urge the coolant flow toward the inner surfaces (48, 50). a first inner surface parallel to a first exterior surface of the component and a tapered transverse sectional profile that is wider at the first inner surface and narrower away from the first inner surface; a plurality of parallel fins with a transverse height profile that is convex across a width of the inner surface, wherein the fins are oriented with a direction of a coolant flow in the channel, wherein the cooling channel is effective to urge a coolant flow therein toward corners of the cooling channel, a second inner surface parallel to a second exterior surface of the component; first and second interior side surfaces (52, 54) spanning between the first and second inner surfaces (48, 50); and characterized by the cooling channel further comprising a turbulator on a corresponding one of the side surfaces (52, 54) to urge the coolant flow toward the inner surfaces (48, 50). a second inner surface parallel to a second exterior surface of the component; first and second interior side surfaces (52, 54) spanning between the first and second inner surfaces (48, 50); and characterized by the cooling channel further comprising a turbulator on a corresponding one of the side surfaces (52, 54) to urge the coolant flow toward the inner surfaces (48, 50).
A textile substrate containing mineral fibers and/or yarns composed of a plurality of mineral filaments, coated with a flame-retardant composition, characterized by the fact that the flame-retardant composition consists of - an acrylic resin, - a dehydrating compound selected from phosphoric acid, sulfuric acid, boric acid, the salts of these acids having a volatile cation, and ammonium polyphosphate, - a blowing agent selected from amines or amides which release, by thermal degradation, non-flammable gases, and - optionally, a fluorocarbon-based polymer compound the acrylic resin consisting of an acrylic acid homopolymer or methacrylic acid homopolymer, or of a copolymer of acrylic acid and/or methacrylic acid and of an ethylenically unsaturated monomer. - an acrylic resin, - a dehydrating compound selected from phosphoric acid, sulfuric acid, boric acid, the salts of these acids having a volatile cation, and ammonium polyphosphate, - a blowing agent selected from amines or amides which release, by thermal degradation, non-flammable gases, and - optionally, a fluorocarbon-based polymer compound the acrylic resin consisting of an acrylic acid homopolymer or methacrylic acid homopolymer, or of a copolymer of acrylic acid and/or methacrylic acid and of an ethylenically unsaturated monomer.
A reactor comprising: two coils that are arranged parallel to each other; a resin cover that adheres to the two coils to cover the coils, the resin cover being configured to expose lateral faces of the respective coils on such a side as to be in contact with a common tangential plane; and a column member that is arranged parallel to coil axes in a space that is surrounded by the common tangential plane and the lateral faces of the respective coils, the column member being exposed on a side of the column member that is opposed to the common tangential plane and being in contact with the respective coils on a side of the column member that is not opposed to the common tangential plane, the column member having a groove that has an opening on an other side of the common tangential plane and extends along the coil axes, the groove having a width that widens from the opening toward a bottom of the groove, and an interior of the groove being filled with resin of the resin cover, whereby leaking out of resin along the lateral faces of the coils is prevented. two coils that are arranged parallel to each other; a resin cover that adheres to the two coils to cover the coils, the resin cover being configured to expose lateral faces of the respective coils on such a side as to be in contact with a common tangential plane; and a column member that is arranged parallel to coil axes in a space that is surrounded by the common tangential plane and the lateral faces of the respective coils, the column member being exposed on a side of the column member that is opposed to the common tangential plane and being in contact with the respective coils on a side of the column member that is not opposed to the common tangential plane, the column member having a groove that has an opening on an other side of the common tangential plane and extends along the coil axes, the groove having a width that widens from the opening toward a bottom of the groove, and an interior of the groove being filled with resin of the resin cover, whereby leaking out of resin along the lateral faces of the coils is prevented.
A marker installation method for laying markers detected by a vehicle, the method comprising: setting a surveying device (11, 11A) which measures a distance to a target at a reference position; when an operation for laying a respective marker is performed, measuring, by using the surveying device (11, 11A), a distance to an installation device which performs the operation for laying; identifying, using the distance measured, a position relation of a laying position where the respective marker is laid with respect to the reference position; identifying a position, which has the position relation identified with respect to the reference position, as the laying position of the respective marker; storing the laying position of the respective marker in a database; and accumulating stored laying positions of the markers as laying information of the markers in the database. setting a surveying device (11, 11A) which measures a distance to a target at a reference position; when an operation for laying a respective marker is performed, measuring, by using the surveying device (11, 11A), a distance to an installation device which performs the operation for laying; identifying, using the distance measured, a position relation of a laying position where the respective marker is laid with respect to the reference position; identifying a position, which has the position relation identified with respect to the reference position, as the laying position of the respective marker; storing the laying position of the respective marker in a database; and accumulating stored laying positions of the markers as laying information of the markers in the database.
Rocker carrier having at least one elongate operating rocker • having two linear guides for each operating rocker between two guide domes (4, 5) at the ends of the operating rocker and two linear guides (27, 28) of the rocker carrier, • having a guided wire bow for each operating rocker, which wire bow is formed from a torsion bar, transverse bars (15, 16) which are bent at right angles to the said torsion bar on both sides, and shaft journals (17, 18) which are bent at right angles to the said transverse bars, so that the torsion bar and shaft journals (17, 18) run parallel in relation to one another, • wherein the torsion bar is mounted in two swivel joints (10, 11) which are arranged on the rear side of the ends of the operating rocker, • wherein the shaft journals (17, 18) are flattened out and engage in two sliding bearings (21, 22), which are arranged on the rocker carrier, and are guided in a transversely moveable manner in such a way that translatory movement is possible but rotational movement is not, • wherein the rocker carrier is provided with four undercuts (23, 24, 25, 26) for each operating rocker in order to acquire a defined end stop, latching hooks (6, 7, 8, 9) at the ends of the operating rocker engaging behind the said undercuts in a locking manner. • having two linear guides for each operating rocker between two guide domes (4, 5) at the ends of the operating rocker and two linear guides (27, 28) of the rocker carrier, • having a guided wire bow for each operating rocker, which wire bow is formed from a torsion bar, transverse bars (15, 16) which are bent at right angles to the said torsion bar on both sides, and shaft journals (17, 18) which are bent at right angles to the said transverse bars, so that the torsion bar and shaft journals (17, 18) run parallel in relation to one another, • wherein the torsion bar is mounted in two swivel joints (10, 11) which are arranged on the rear side of the ends of the operating rocker, • wherein the shaft journals (17, 18) are flattened out and engage in two sliding bearings (21, 22), which are arranged on the rocker carrier, and are guided in a transversely moveable manner in such a way that translatory movement is possible but rotational movement is not, • wherein the rocker carrier is provided with four undercuts (23, 24, 25, 26) for each operating rocker in order to acquire a defined end stop, latching hooks (6, 7, 8, 9) at the ends of the operating rocker engaging behind the said undercuts in a locking manner.
A sensor tube for protecting a sensor inserted into a moving process fluid, the sensor tube comprising: a process interface section for mounting to a process vessel; an extended section extending from the process interface section to a sealed end, the extended section including a twisted section having a longitudinal axis; wherein the process interface section and the extended section define a sensor bore configured to receive a sensor therein, characterized in that the twisted section has a cross section that includes at least three equally sized walls and wherein the walls form helixes along the longitudinal axis of the twisted section, wherein the twisted section has a pitch that is 1 turn per 8-16 widths of one of the equally sized walls. a process interface section for mounting to a process vessel; an extended section extending from the process interface section to a sealed end, the extended section including a twisted section having a longitudinal axis; wherein the process interface section and the extended section define a sensor bore configured to receive a sensor therein, characterized in that the twisted section has a cross section that includes at least three equally sized walls and wherein the walls form helixes along the longitudinal axis of the twisted section, wherein the twisted section has a pitch that is 1 turn per 8-16 widths of one of the equally sized walls.