mhurhangee/ep-ind-claims huggingface dataset:
An automatic piecing unit of a ring spinning machine comprising: a spindle brake unit, and an actuating means for moving the spindle brake unit of the automatic piecing unit towards a spindle of the ring spinning machine, characterized in that the spindle brake unit, comprises at least two gripper arms (6a, 6b) adapted to move sideways towards and away from each other in a horizontal linear motion guideway of the spindle brake unit, wherein each of the two gripper arms (6a, 6b) is connected to one gripping finger (8a, 8b) adapted to grip a spindle wharve of the spindle of the ring spinning machine to stop rotation of the spindle of the ring spinning machine. a spindle brake unit, and an actuating means for moving the spindle brake unit of the automatic piecing unit towards a spindle of the ring spinning machine, characterized in that the spindle brake unit, comprises at least two gripper arms (6a, 6b) adapted to move sideways towards and away from each other in a horizontal linear motion guideway of the spindle brake unit, wherein each of the two gripper arms (6a, 6b) is connected to one gripping finger (8a, 8b) adapted to grip a spindle wharve of the spindle of the ring spinning machine to stop rotation of the spindle of the ring spinning machine.
An isolated α-glucanase comprising an amino acid sequence that is at least 90% identical to the mature Trichoderma konilangbra α-glucanase (amino acid residues 38-627 of SEQ ID NO: 3).
A connector component for fastening an airbag module to a vehicle steering wheel comprising a steering wheel-side part and a module-side part which are movable relative to each other and are biased against each other such that the module-side part in an idle position is spaced apart from the steering wheel-side part in a hooting direction and is movable into a hooting position in which the module-side part contacts the steering wheel-side part, wherein the module-side part and the steering wheel-side part are interconnected and form a multifunctional component including a guiding device for guided movement of the module-side part from the idle position into the hooting position and electric contacts for an electric horn circuit, wherein the electric contacts contact each other in the hooting position, characterized in that the module-side part includes a profile lug for positioning the connector component at an airbag module, wherein the shape of the profile lug essentially corresponds to a four-sided prism, wherein a gradient of at least two opposite sides of the prism is bigger in the region of a basis than in the region of a tip of the prism, wherein a free end of the profile lug remote from the module-side part, where the sides of the four-sided prism come together is rounded and further also the edges between the sides of the four-sided prism are rounded. a steering wheel-side part and a module-side part which are movable relative to each other and are biased against each other such that the module-side part in an idle position is spaced apart from the steering wheel-side part in a hooting direction and is movable into a hooting position in which the module-side part contacts the steering wheel-side part, wherein the module-side part and the steering wheel-side part are interconnected and form a multifunctional component including a guiding device for guided movement of the module-side part from the idle position into the hooting position and electric contacts for an electric horn circuit, wherein the electric contacts contact each other in the hooting position, characterized in that the module-side part includes a profile lug for positioning the connector component at an airbag module, wherein the shape of the profile lug essentially corresponds to a four-sided prism, wherein a gradient of at least two opposite sides of the prism is bigger in the region of a basis than in the region of a tip of the prism, wherein a free end of the profile lug remote from the module-side part, where the sides of the four-sided prism come together is rounded and further also the edges between the sides of the four-sided prism are rounded.
Driving system for automated driving for a motor vehicle, wherein the driving system comprises - a steering wheel display having a light-emitting strip structure, wherein the light-emitting strip structure is capable of emitting light in an emitted light color with a length that is variable depending on actuation, wherein the driving system is set up for - controlling the steering wheel display such that, during automated driving, the light-emitting strip structure emits light of the emitted light color along a starting length, - ascertaining that the vehicle has approached an upcoming endpoint for automated driving such that a specific approach condition has been met, and - as a reaction thereto, controlling the steering wheel display such that, in the case of a successively decreasing distance from the endpoint for automated driving, the light-emitting strip structure emits light in the emitted light color with successively decreasing length, beginning with the starting length, to prepare the driver for once again fully or at least partially assuming control of the vehicle. - a steering wheel display having a light-emitting strip structure, wherein the light-emitting strip structure is capable of emitting light in an emitted light color with a length that is variable depending on actuation, - controlling the steering wheel display such that, during automated driving, the light-emitting strip structure emits light of the emitted light color along a starting length, - ascertaining that the vehicle has approached an upcoming endpoint for automated driving such that a specific approach condition has been met, and - as a reaction thereto, controlling the steering wheel display such that, in the case of a successively decreasing distance from the endpoint for automated driving, the light-emitting strip structure emits light in the emitted light color with successively decreasing length, beginning with the starting length, to prepare the driver for once again fully or at least partially assuming control of the vehicle.
A pattern formation method for forming a micropattern, comprising: a first step of causing a first pattern-formable area at which a first pattern is to be formed on a liquid-repellent, first film that is formed on a substrate and that has a lyophilic/lyophobic variable function to be lyophilic and to reduce in thickness; a second step of forming a second film having a flat surface on the first film; and a third step of forming the first pattern at the first pattern-formable area by drying the second film, wherein the second film is formed with a coating liquid that satisfies: σ < 0.153 p 1.947 × δ − 3.84 × a H 1.022 where a surface tension of the coating liquid is denoted by σ (N/m); a second film thickness is denoted by δ (m); a pitch of irregularities made up of the first pattern-formable area and a first pattern-unformable area which is an area other than the first pattern-formable area is denoted by p (m); and a Hamaker constant determined by the first film and the second film is denoted by a H; and the pitch of irregularities refers to a total width of one line and one space. a first step of causing a first pattern-formable area at which a first pattern is to be formed on a liquid-repellent, first film that is formed on a substrate and that has a lyophilic/lyophobic variable function to be lyophilic and to reduce in thickness; a second step of forming a second film having a flat surface on the first film; and a third step of forming the first pattern at the first pattern-formable area by drying the second film, wherein the second film is formed with a coating liquid that satisfies: σ < 0.153 p 1.947 × δ − 3.84 × a H 1.022 where a surface tension of the coating liquid is denoted by σ (N/m); a second film thickness is denoted by δ (m); a pitch of irregularities made up of the first pattern-formable area and a first pattern-unformable area which is an area other than the first pattern-formable area is denoted by p (m); and a Hamaker constant determined by the first film and the second film is denoted by a H; and the pitch of irregularities refers to a total width of one line and one space.
A painting system comprising: a robot arm moveable within a spray booth; a paint applicator coupled to the robot arm and including a first injector path and a second injector path in fluid communication with an atomizing device of the paint applicator; a first paint metering device mounted on the robot arm and including an inlet and an outlet, wherein the outlet is in fluid communication with the first injector path of the paint applicator and the inlet is in fluid communication with a paint supply; and a second paint metering device mounted on the robot arm and including an inlet and an outlet, wherein the outlet is in fluid communication with the second injector path of the paint applicator and the inlet is in fluid communication with a paint supply, characterized in that each of the injector paths (936, 938) is independent and insulated from each other and each of the injector paths (936, 938) can be electrically isolated from each other. a robot arm moveable within a spray booth; a paint applicator coupled to the robot arm and including a first injector path and a second injector path in fluid communication with an atomizing device of the paint applicator; a first paint metering device mounted on the robot arm and including an inlet and an outlet, wherein the outlet is in fluid communication with the first injector path of the paint applicator and the inlet is in fluid communication with a paint supply; and a second paint metering device mounted on the robot arm and including an inlet and an outlet, wherein the outlet is in fluid communication with the second injector path of the paint applicator and the inlet is in fluid communication with a paint supply, characterized in that
A Her2 binding protein comprising an amino acid sequence wherein 12, 13, or 14 amino acids selected from positions R42, 144, H68, V70, R72, L73, R74, K82, L84, Q138, K139, E140, S141, and T142 of di-ubiquitin having the amino acid sequence of SEQ ID NO: 4 are substituted, and wherein the Her2 binding protein has at least 85% sequence identity to di-ubiquitin of SEQ ID NO: 4, and wherein the Her2 binding protein has a binding affinity (K D) of less than 700 nM for Her2, wherein the amino acid at position 42 is substituted by a polar amino acid, position 44 is substituted by a hydrophobic or polar amino acid, position 68 is substituted by an aromatic amino acid, position 70 is substituted by an aromatic amino acid, position 72 is substituted by a polar or aromatic amino acid, position 73 is substituted by any amino acid but not basic or acidic amino acid, position 74 is substituted by an aromatic, basic or polar amino acid, position 82 is substituted by any amino acid but not basic or acidic amino acid, position 84 is substituted by a basic or acidic amino acid, position 138 is substituted by a basic or acidic or polar amino acid, position 139 is substituted by an acidic or hydrophobic amino acid or glycine, position 140 is substituted by an aromatic amino acid, position 141 is substituted by a hydrophobic or polar or basic amino acid, and/or position 142 is substituted by a hydrophobic or polar amino acid.
Sealing device for sealing a gap between a lintel and a roller shutter (10, 34, 40), having a sealing means for arranging at the upper end of a top shutter element of the roller shutter (10, 34, 40), characterized in that a swivel mechanism (25, 37, 43) is provided for swivelling the sealing means from a sealing position into a winding position and from a winding position into a sealing position, wherein the swivel mechanism (25, 37, 43) comprises a base profile with a tube-like cross section comprising a hinge for flexible connection to the upper end of the top shutter element, wherein the sealing means is fixed to the base profile for, in the sealing position, sealing a gap between the lintel and the top shutter element, a first swivel element for swivelling the sealing means from the sealing position into the winding position, a further swivel element for arranging at a coiling device for the shutter elements (14, 24) and for cooperating with the first swivel element, the first swivel element being a rigid arm fixed to the base profile, the further swivel element is designed as a guiding profile for guiding and holding the first swivel element in the winding position, and wherein the first swivel element and the sealing means are turned away from each other. a base profile with a tube-like cross section comprising a hinge for flexible connection to the upper end of the top shutter element, wherein the sealing means is fixed to the base profile for, in the sealing position, sealing a gap between the lintel and the top shutter element, a first swivel element for swivelling the sealing means from the sealing position into the winding position, a further swivel element for arranging at a coiling device for the shutter elements (14, 24) and for cooperating with the first swivel element, the first swivel element being a rigid arm fixed to the base profile, the further swivel element is designed as a guiding profile for guiding and holding the first swivel element in the winding position, and wherein the first swivel element and the sealing means are turned away from each other.
Cleaning apparatus for cleaning floors and/or surfaces, comprising a container (1, 1′, 1", 1′′′) for receiving a cleaning fluid, a discharge device (3, 3', 3", 3′′′) for discharging the cleaning fluid onto a floor and/or a surface to be cleaned, and a heating device (4, 4′, 4", 4′′′) for the heating and/or temperature control and/or vaporization of the cleaning fluid, wherein the cleaning apparatus can be operated cordlessly in that the energy of an external energy source can be supplied to the heating device (4, 4′, 4", 4′′′) during the charging period, wherein the cleaning apparatus can be uncoupled from the external energy source during the cleaning operation, and wherein the discharge device (3, 3′, 3", 3′′′) is embodied in a heatable manner, characterized in that the discharge device (3, 3′, 3", 3′′′) is thermally insulated from the surroundings.
An apparatus for loading products into containers, comprising: - a stationary frame, - a first conveyor for advancing a flow of products along a longitudinal direction, - an intermediate station, - a second conveyor for advancing a continuous flow of containers, - a first manipulator configured to pick-up products from the first conveyor and to deposit them in the intermediate station, and - a second manipulator configured to pick-up products from the intermediate station and to deposit them in the said containers, the apparatus being characterized in that the first manipulator comprises two arms spaced apart in said longitudinal direction and carrying a first pick-up head, wherein the two arms of the first manipulator move together in respective plane portions transverse with respect to said longitudinal direction, and in that the second manipulator is arranged between said plane portions. - a stationary frame, - a first conveyor for advancing a flow of products along a longitudinal direction, - an intermediate station, - a second conveyor for advancing a continuous flow of containers, - a first manipulator configured to pick-up products from the first conveyor and to deposit them in the intermediate station, and - a second manipulator configured to pick-up products from the intermediate station and to deposit them in the said containers,
Method for heating a cooking vessel by means of an induction heating device, wherein the induction heating device comprises a resonant circuit having an induction heating coil, the method including the step of: - supplying a specified amount of energy to the cooking vessel by means of the induction heating device depending on a heating power level selected by a user and/or on a cooking vessel type selected by the user, characterized by the steps of: - subsequent determining and storing of a parameter value of the resonant circuit which is dependent on a temperature of the cooking vessel, and - regulating of the at least one parameter value to a setpoint which is dependent on the stored parameter value. - supplying a specified amount of energy to the cooking vessel by means of the induction heating device depending on a heating power level selected by a user and/or on a cooking vessel type selected by the user, - subsequent determining and storing of a parameter value of the resonant circuit which is dependent on a temperature of the cooking vessel, and - regulating of the at least one parameter value to a setpoint which is dependent on the stored parameter value.
Gas exchange channel rake core as part of a casting mould for a cylinder head of an internal combustion engine, wherein the gas exchange channel rake core is assembled with other core parts and also bottom box and top box to form the casting mould, and wherein the gas exchange channel rake core has positioning surfaces for an initial reception processing, characterized in that the positioning surfaces are three vertical stops, two transverse stops and one longitudinal stop, and in that the vertical stops (4a, 4b, 4d), formed in the shape of a tripod, are arranged on the gas exchange channel rake core in a manner distributed in said shape, in that two vertical stops (4a, 4d) are arranged in the region of valve guide bows of various inlet channel rake teeth and the third vertical stop is arranged at a cylinder-head side-wall end of a further inlet channel rake tooth.
A guide element for the arrangement on an apparatus for the penetrating extension of a blind borehole introduced into hard tissue, particularly in the jaw bone, wherein this apparatus comprises a hollow body that forms a pressure chamber, said body having a distal working opening and an inlet opening opposite to the working opening, wherein the guide element is insertable with a snug fit into the inlet opening and the inlet opening is closable by the guide element, wherein the guide element has a continuous recess through which a shaft of a working tool, for example, a milling cutter, is manipulable and insertable into the hollow body, and wherein the guide element comprises a connection for a working medium for applying an internal pressure in the pressure chamber or in the hollow body, characterised in that an interior channel that is fully enclosed on all sides is formed in the guide element, said channel being connected to an outlet opening with a connection and flowing into inlet opening, the channel running separately from the recess throughout.
A dental implant, comprising a ceramic enossal zone for growing into a jaw, wherein said ceramic enossal zone includes a zirconia ceramic, and the ceramic zirconia has a weight ratio of the tetragonal to the monoclinic phase of more than 85:15, characterized in that the surface of the whole enossal zone has a mean surface roughness according to DIN EN ISO 4287 of from 0.03 μm to 0.4 μm, as measured according to DIN EN ISO 4288.
Hose coupling formed in a sleeve-like manner and comprising, on at least one coupling end, a connection fitting having a holding profile provided on the outer periphery at least in a fitting partial region and being formed exclusively by holding grooves provided on the outer periphery of the connection fitting, which holding grooves have groove long-sides (8, 9) oriented in the fitting peripheral direction and groove narrow sides (6, 7) orientated in the fitting longitudinal direction, wherein a hose end of a flexible hose can be pushed onto the coupling end and can be held at that location by means of a ferrule embracing the hose end, and wherein at least in a partial region of the connection fitting holding grooves disposed on at least two peripheral lines are provided, wherein the mutually facing groove long sides (8, 9) of the holding grooves disposed on adjacent peripheral lines are spaced apart from one another, wherein the holding grooves are each formed as an indentation in the fitting outer periphery of the connection fitting, and the holding grooves have a groove base which is planar or concave.
A vane assembly for a gas turbine engine, comprising: a vane having: an airfoil portion; and a vane stem extending from the airfoil portion; a bushing into which the vane stem is inserted; and a vane retainer having: a retainer body; a threaded inner surface of the retainer body engaging complementary threads of the bushing; and a plurality of castellations disposed at a distal end of the retainer body for engagement with complementary installation tool features during installation of the vane retainer to the bushing to retain the vane to a case. a vane having: an airfoil portion; and a vane stem extending from the airfoil portion; an airfoil portion; and a vane stem extending from the airfoil portion; a bushing into which the vane stem is inserted; and a vane retainer having: a retainer body; a threaded inner surface of the retainer body engaging complementary threads of the bushing; and a plurality of castellations disposed at a distal end of the retainer body for engagement with complementary installation tool features during installation of the vane retainer to the bushing to retain the vane to a case. a retainer body; a threaded inner surface of the retainer body engaging complementary threads of the bushing; and a plurality of castellations disposed at a distal end of the retainer body for engagement with complementary installation tool features during installation of the vane retainer to the bushing to retain the vane to a case.
A tubless washing machine, comprising: a main body; a drum inside the main body, including an opening and a water supply and drain hole at one side or end of the drum, the water supply and drain hole capable of being opened and closed; a driving shaft fixed to one of a front surface and a rear surface of the drum; a driven shaft fixed to the other of the front surface and the rear surface of the drum; a power transmission unit configured to transmit power to the driving shaft; and a pair of supports configured to rotatably support the driving shaft and the driven shaft; characterized by a rotatable drum ring on, around or coupled to the drum at a side surface of the drum, wherein the rotatable drum ring rotatably supports the drum, and by a suspension on or attached to the drum ring, configured to attenuate vibrations during rotation of the drum. a main body; a drum inside the main body, including an opening and a water supply and drain hole at one side or end of the drum, the water supply and drain hole capable of being opened and closed; a driving shaft fixed to one of a front surface and a rear surface of the drum; a driven shaft fixed to the other of the front surface and the rear surface of the drum; a power transmission unit configured to transmit power to the driving shaft; and a pair of supports configured to rotatably support the driving shaft and the driven shaft; characterized by a rotatable drum ring on, around or coupled to the drum at a side surface of the drum, wherein the rotatable drum ring rotatably supports the drum, and by a suspension on or attached to the drum ring, configured to attenuate vibrations during rotation of the drum.