mhurhangee/ep-ind-claims huggingface dataset:
Lock for a door, window or similar, having a lock housing and a lock mechanism supported in the lock housing, said lock mechanism being operable via a manual and/or motorised operation device, wherein the lock mechanism has a retractably and extendably supported bolt and/or a spring supported retractable and extendable latch, and wherein an opening corresponding to the bolt and/or an opening corresponding to the latch respectively is provided in the face plate-side region of the lock housing, the bolt and/or the latch respectively reaching through said opening in at least one locking position, wherein it is provided that the body of the bolt and/or the body of the latch have at least one exterior surface which extends along the movement direction of the retracting and extending movement and has a constant surface profile along this extending direction at least in a locking section, said profile being formed unevenly transversely to the movement direction having at least one protrusion and at least one indentation; and the opening corresponding to the bolt or/and the opening corresponding to the latch has or have an opening edge which is formed to be complementary to the contour of the uneven surface profile of the at least one exterior surface of the body of the bolt and/or the latch respectively and is arranged in a locking position or several locking positions of the bolt and/or the latch respectively with only small clearance with respect to the contour of the surface profile of the at least one exterior surface, characterised in that the body of the bolt and/or the latch respectively has the formation of a body that is formed of several elongated bars that are arranged next to each other transversely to their longitudinal extension and are thereby connected to each other in one piece, adjacent to each other, wherein the elongated bars of the body are formed to have a round- or oval-shaped cross section.
Drive arrangement of a bicycle with a multiple sprocket arrangement for a rear wheel hub of the bicycle, the multiple sprocket arrangement comprising a plurality of sprockets (10, 50, 80, 110, 120, 170, 171, 210, 212) with different diameters, the sprockets each having a plurality of teeth (T-5, T-4, T-3 to T3, T4, T5) which are separated by way of tooth intermediate spaces and can be brought into engagement with a drive chain with wide and narrow chain links (60, 62, 64, 66) which follow one another alternately, a correction means being provided on at least one sprocket, which correction means is configured in such a way that the drive chain is oriented with regard to its wide and narrow chain links during a circulation around a selected sprocket or in the case of a sprocket change from a starting sprocket to a selected sprocket in a predefined link plate orientation relative to the teeth of the selected sprocket, characterized in that, in the case of a sprocket change from a starting sprocket to a selected sprocket, a sequence of teeth has a first tooth, the tooth base of which is tangent on the root circle (22, 36) of the relevant sprocket (22, 36) or lies radially outside the root circle (22, 36), at least one further tooth which follows the first tooth lying with its tooth base (G-1, G-2, G-3, G-4) radially within the root circle of the sprocket. a correction means being provided on at least one sprocket, which correction means is configured in such a way that the drive chain is oriented with regard to its wide and narrow chain links during a circulation around a selected sprocket or in the case of a sprocket change from a starting sprocket to a selected sprocket in a predefined link plate orientation relative to the teeth of the selected sprocket, characterized in that, in the case of a sprocket change from a starting sprocket to a selected sprocket, a sequence of teeth has a first tooth, the tooth base of which is tangent on the root circle (22, 36) of the relevant sprocket (22, 36) or lies radially outside the root circle (22, 36), at least one further tooth which follows the first tooth lying with its tooth base (G-1, G-2, G-3, G-4) radially within the root circle of the sprocket.
Electric motor comprising a housing part acting as an end shield, and a fan cowl, wherein the fan cowl is releasably frictionally secured to the housing part, characterised in that, to releasably secure the fan cowl to the housing part, one or more sliding blocks are provided in a recess in the housing part, said recess being produced during the casting, wherein, at its end facing the motor, the fan cowl comprises slot-like recesses through which threaded shanks of screws pass, wherein the fan cowl can be mounted on the threaded shanks, wherein, by tightening the screws, the sliding blocks and the screw heads of the screws press the fan cowl and the housing part against each another.
Method for operating a multi-cylinder internal combustion engine in which the charge exchange is controlled by way of inlet valves and outlet valves and the exhaust gases are discharged from the combustion chambers via at least one exhaust line, and having internal exhaust-gas recirculation effected by way of the set valve timing, wherein the valve timing is set such that exhaust-gas pressure pulses from respectively subsequent cylinders in the ignition sequence effect internal exhaust-gas recirculation into the respectively preceding cylinders, characterized in that a manifold (14, 15) of the exhaust system is of two-channel or two-part form, wherein the exhaust gases from the cylinders are supplied to the two channels in temporally alternating fashion, and in that a switching valve is provided which connects the two channels to one another and which is opened when defined internal exhaust-gas recirculation is desired at a predefined point in time.
A method of manufacturing a textured food product, comprising the steps of: - preparing a slurry, i) the dry matter of which comprises: 1. at least 35 weight-% legume protein, 2. 10 to 45 weight-% oat bran, wholegrain oat flour or a mixture thereof, and 3. 5 to 35% weight-% oat protein, of which 2. and 3. must always add up to no more than 65 weight-%; and ii) the slurry further comprising water 20 - 80 %, preferably 30 - 40 %, most preferably 35 - 40 %, of the weight of the dry matter; and - cooking the slurry in an extruder cooker and extruding it to form an texturized food product. - preparing a slurry, i) the dry matter of which comprises: 1. at least 35 weight-% legume protein, 2. 10 to 45 weight-% oat bran, wholegrain oat flour or a mixture thereof, and 3. 5 to 35% weight-% oat protein, of which 2. and 3. must always add up to no more than 65 weight-%; and ii) the slurry further comprising water 20 - 80 %, preferably 30 - 40 %, most preferably 35 - 40 %, of the weight of the dry matter; and i) the dry matter of which comprises: 1. at least 35 weight-% legume protein, 2. 10 to 45 weight-% oat bran, wholegrain oat flour or a mixture thereof, and 3. 5 to 35% weight-% oat protein, of which 2. and 3. must always add up to no more than 65 weight-%; and 1. at least 35 weight-% legume protein, 2. 10 to 45 weight-% oat bran, wholegrain oat flour or a mixture thereof, and 3. 5 to 35% weight-% oat protein, of which 2. and 3. must always add up to no more than 65 weight-%; ii) the slurry further comprising water 20 - 80 %, preferably 30 - 40 %, most preferably 35 - 40 %, of the weight of the dry matter; and - cooking the slurry in an extruder cooker and extruding it to form an texturized food product.
Open-bolt firearm comprising moving parts set in motion by the reloading cycle of the firearm, said moving parts comprising at least one sear notch at their lower face and a trigger mechanism, the trigger mechanism comprising a safety device allowing to prevent a shot from being triggered, without blocking the rearming function, said safety device comprising a catch which is movable between a stop position blocking the moving parts of the weapon in the rear position by bearing on the sear notch and a released position allowing the movement in both directions of said moving parts, characterized in that the safety device comprising a safety element that is movable between a position blocking the catch in the stop position and a released position of the catch, said safety element bearing on an immobile part of the safety device and said safety element being able to be moved toward the released position of the catch by a rearward movement of the moving parts.
A turbine blade comprising a root adapted to attach the turbine blade to a disk, an airfoil aerodynamically shaped to interact with gasses, and a platform having an attachment side facing the root and a gas path side facing the airfoil, the platform arranged between the root and the airfoil and shaped to extend outwardly from the root and the airfoil, wherein the turbine blade includes at least one attachment reinforcement component comprising ceramic-containing materials that is located at least in part at the attachment side of the platform and forms part of the root, at least one gas path reinforcement component comprising ceramic-containing materials that is located at least in part at the gas path side of the platform and forms part of the airfoil, and at least one through thickness reinforcement extending generally perpendicular to each of the at least one attachment reinforcement component and the at least one gas path reinforcement component through the platform to secure the at least one attachment reinforcement component to the at least one gas path reinforcement component.
Method for applying a flowable substance, in particular a glue, to flat or curved products, using a nozzle assembly which is composed principally of a nozzle end belonging to a nozzle valve and of further means for ensuring a continuous, unimpeded flow of the flowable substance out of a nozzle outlet opening belonging to the nozzle end, wherein the means entail that at least one zone of the nozzle end is operatively connected to moist and/or temperature-moderated air, or the zone of the nozzle end is acted upon by moist and/or temperature-moderated air, characterized in that condensation water forms as a result of the impact that the delivered moist and/or temperature-moderated air has on the zone of the nozzle end undergoing cooling, and in that drying up or agglutination of the flowable substance at the nozzle outlet opening of the nozzle end is prevented by the action of the condensation water and/or by discharging of the condensation water.
Wire saw unit for cutting through a structure made of concrete, metal or the like which is situated above or below water, comprising a drivable saw wire which is guided in an endless loop about two spaced-apart deflection rollers (20, 21) and which is arranged on guide means (11, 12, 13, 17) which can be fixed to the structure so as to be movable together with the deflection rollers (20, 21) transversely to the line connecting the two deflection rollers (20, 21), wherein the revolving saw wire together with the deflection rollers (20, 21) are mounted in a positionally fixed manner on a one-sidedly open frame (14, 15, 16) in such a way that the part of the saw wire extending between the deflection rollers (20, 21) closes the open side of the frame (14, 15, 16), and wherein the one-sidely open frame (14, 15, 16) is mounted on the guide means (11, 12, 13, 17) so as to be movable between a retracted first position and an extended second position, characterized in that pressure cylinders are provided to move the one-sidely open frame (14, 15, 16) on the guide means (11, 12, 13, 17), and in that the pressure cylinders are arranged symmetrically to a centre line of the wire saw unit.
Medicaments for use in the treatment of pulpitis and/or enhancement of dentinogenesis comprising: at least one of a matrix metalloprotease 3 protein or matrix metalloprotease 3 precursor protein as an active ingredient. at least one of a matrix metalloprotease 3 protein or matrix metalloprotease 3 precursor protein as an active ingredient.
A method performed by a handheld soldering iron station for a soldering joint connection validation, the handheld soldering iron station including a soldering cartridge having a soldering tip, the method comprising: identifying a type of the soldering cartridge being used by the soldering iron station and obtaining information related to the identified cartridge; the method characterized in that it further comprises determining that a soldering event has started by measuring a power level delivered to the soldering tip, within a first predetermined time period; performing a preliminary validation by measuring a soldering tip temperature, after the soldering event has started; monitoring the power level delivered to the soldering tip to detect liquidus occurrence; determining a thickness of an intermetallic component of the soldering joint as a function of soldering time and soldering tip temperature, after detect the liquidus occurrence; determining whether the thickness of the IMC is within a predetermined range, within a predetermined cooling time period; and indicating that a reliable soldering joint connection is formed, when the thickness of the IMC is within the predetermined range, within the predetermined cooling time period. identifying a type of the soldering cartridge being used by the soldering iron station and obtaining information related to the identified cartridge; the method characterized in that it further comprises determining that a soldering event has started by measuring a power level delivered to the soldering tip, within a first predetermined time period; performing a preliminary validation by measuring a soldering tip temperature, after the soldering event has started; monitoring the power level delivered to the soldering tip to detect liquidus occurrence; determining a thickness of an intermetallic component of the soldering joint as a function of soldering time and soldering tip temperature, after detect the liquidus occurrence; determining whether the thickness of the IMC is within a predetermined range, within a predetermined cooling time period; and indicating that a reliable soldering joint connection is formed, when the thickness of the IMC is within the predetermined range, within the predetermined cooling time period.
Unmanned aerial vehicle including a flight propulsion system and a support system coupled to the flight propulsion system, the support system comprising a protective outer cage comprising a plurality of beams connected together configured to surround the flight propulsion system, wherein said beams each comprise a structural resistance core providing a principal mechanical resistance of the beam and a stress distribution layer mounted on at least a side of the structural resistance core facing an outer side subject to impact with external objects, said stress distribution layer having a Young's modulus less than 50% of the Young's modulus of the structural resistance core, and wherein the stress distribution layer is provided with a thickness h that is in a range of 3% to 30% the thickness or diameter D of the structural resistance core (0,03< h / D <0,3).
Composition comprising: at least one anionic surfactant as component A, at least one betaine surfactant as component B selected from the group consisting of an alkyl betaine, an alkylamido betaine and mixtures thereof, a mixture of N-methyl-N-acylglucamines as component C, wherein the N-methyl-N-acylgluamines have a C 8 -C 22 -acyl radical and the distribution of the C 8 -C 22 -acyl radicals corresponds to that of natural coconut oil, palm kernel oil or a mixture of the two, at least one glycerol derivative as component D, selected from the group consisting of glycerol, monoglycerides, diglycerides, triglycerides, wherein the glycerides in question have at least one C 8 -C 22 -acyl radical, and mixtures thereof, at least one solvent as component E, and optionally one or more additives as component F; characterized in that components C and D have been obtained by the reaction of a triglyceride and N-methylglucamine. at least one anionic surfactant as component A, at least one betaine surfactant as component B selected from the group consisting of an alkyl betaine, an alkylamido betaine and mixtures thereof, a mixture of N-methyl-N-acylglucamines as component C, wherein the N-methyl-N-acylgluamines have a C 8 -C 22 -acyl radical and the distribution of the C 8 -C 22 -acyl radicals corresponds to that of natural coconut oil, palm kernel oil or a mixture of the two, at least one glycerol derivative as component D, selected from the group consisting of glycerol, monoglycerides, diglycerides, triglycerides, wherein the glycerides in question have at least one C 8 -C 22 -acyl radical, and mixtures thereof, at least one solvent as component E, and optionally one or more additives as component F;
A process for recycling powder coating waste comprising the steps: a) Provision of powdery and solvent-free powder coating waste b) providing a reactant c) Mixing the powder coating waste with the reactant in order to obtain a further processable reactant-powder coating waste mixture characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups. a) Provision of powdery and solvent-free powder coating waste b) providing a reactant c) Mixing the powder coating waste with the reactant in order to obtain a further processable reactant-powder coating waste mixture characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups. characterized in that the reactant is a surfactant, wherein the powder coating waste exhibits functional groups which may mediate adhesion to a metal surface and the reactant inactivates the functional groups.
Device for spraying coolant in a metallurigical plant comprising: at least one first feed line for feeding a first substance and second feed line for feeding a second substance, a mixing chamber for intimate mixing of the at least two substances to form a coolant mixture and an outlet, which is downstream of the mixing chamber, of the cooled mixture, characterised by a regulating element which is constructed to allow the first substance to flow at least partly through a first nozzle element into the mixing chamber in a first mode of operation and to flow at least partly through a second nozzle element into the mixing chamber in a second mode of operation. at least one first feed line for feeding a first substance and second feed line for feeding a second substance, a mixing chamber for intimate mixing of the at least two substances to form a coolant mixture and an outlet, which is downstream of the mixing chamber, of the cooled mixture, characterised by a regulating element which is constructed to allow the first substance to flow at least partly through a first nozzle element into the mixing chamber in a first mode of operation and to flow at least partly through a second nozzle element into the mixing chamber in a second mode of operation.
A wheel having a chemical composition consisting of, by mass percent, C: 0.65 to 0.84%, Si: 0.02 to 0.40%, Mn: 0.50 to 1.90%, Cr: 0.02 to 0.50%, V: 0.02 to 0.20%, and S: 0.04% or less, optionally at least one selected from 0.20% or less of Mo, 0.20% or less of Al, Cu: 0.20% or less, and Ni: 0.20% or less, in which Fn1 expressed by Formula is 35 to 43, and Fn2 expressed by Formula is 25 or less, the balance being Fe and impurities, and the impurities containing P: 0.05% or less; Fn 1 = 2.7 + 29.5 × C + 2.9 × Si + 6.9 × Mn + 10.8 × Cr + 30.3 × Mo + 44.3 × V Fn 2 = exp 0.76 × exp 0.05 × C × exp 1.35 × Si × exp 0.38 × Mn × exp 0.77 × Cr × exp 30. × Mo × exp 4.6 × V in Formulas and, C, Si, Mn, Cr, Mo and V each mean the content in percent by mass of the element, wherein the area fraction of pearlitic structure of a rim part of the wheel is 95% or more.
A laundry treatment apparatus comprising: a cabinet having an accommodation space formed therein to accommodate laundry; a door hingedly connected to the cabinet to open or close the accommodation space; a presser for applying pressure to laundry to remove wrinkles from laundry, the presser including a support part provided at an inner surface (31a, 11a) of the accommodation space or at the door to support laundry and a press part hingedly connected to the support part to apply pressure to laundry placed in the support part; a presser-fixing structure for mounting the support part to the inner surface (31a, 11a) of the accommodation space or the door, characterised in that the presser-fixing structure includes: a support-part-fixing hole formed in the inner surface (31a, 11a) of the accommodation space or the door; an extension portion extending outwardly from the support-part-fixing hole; and a support holder (220a, 220b) inserted into the support-part-fixing hole, which is supported by the extension portion and is configured to detachably mounting the support part. a cabinet having an accommodation space formed therein to accommodate laundry; a door hingedly connected to the cabinet to open or close the accommodation space; a presser for applying pressure to laundry to remove wrinkles from laundry, the presser including a support part provided at an inner surface (31a, 11a) of the accommodation space or at the door to support laundry and a press part hingedly connected to the support part to apply pressure to laundry placed in the support part; a presser-fixing structure for mounting the support part to the inner surface (31a, 11a) of the accommodation space or the door, characterised in that the presser-fixing structure includes: a support-part-fixing hole formed in the inner surface (31a, 11a) of the accommodation space or the door; an extension portion extending outwardly from the support-part-fixing hole; and a support holder (220a, 220b) inserted into the support-part-fixing hole, which is supported by the extension portion and is configured to detachably mounting the support part. a support-part-fixing hole formed in the inner surface (31a, 11a) of the accommodation space or the door; an extension portion extending outwardly from the support-part-fixing hole; and a support holder (220a, 220b) inserted into the support-part-fixing hole, which is supported by the extension portion and is configured to detachably mounting the support part.