mhurhangee/ep-ind-claims huggingface dataset:
A connector assembly with a bidirectional clamping structure for assembling a light emitting component, the connector assembly comprising: a first pivot member including a body, a cover, a first pivot portion connected to one side of the body and the cover, and a wire groove formed at the other side of the body and the cover; and a second pivot member detachably pivotally connected to the first pivot member, the second pivot member including a base, the base including a second pivot portion asymmetrically disposed with respect to the first pivot portion and an insertion slot, wherein the insertion slot is provided for insertion of the light emitting component and is disposed opposite to the side of the second pivot portion, characterized in that the wire groove and the first pivot portion are disposed at two opposite sides of the body, wherein the first pivot portion and the second pivot portion are positioned on two different horizontal axes. a first pivot member including a body, a cover, a first pivot portion connected to one side of the body and the cover, and a wire groove formed at the other side of the body and the cover; and a second pivot member detachably pivotally connected to the first pivot member, the second pivot member including a base, the base including a second pivot portion asymmetrically disposed with respect to the first pivot portion and an insertion slot, wherein the insertion slot is provided for insertion of the light emitting component and is disposed opposite to the side of the second pivot portion, characterized in that the wire groove and the first pivot portion are disposed at two opposite sides of the body, wherein the first pivot portion and the second pivot portion are positioned on two different horizontal axes.
Method for coating a fabric which is suitable for clothing and for being worn on the skin having vector protection, in particular permethrin, in which the fabric is subjected to an electro-mechanical treatment before coating, in particular raised, and the fabric is coated on one side.
A method for manufacturing maltooligosaccharides comprising the steps consisting in: a) providing an aqueous solution of at least two carbohydrates, characterized in that 40% to 95% of the dry weight of said solution consists of maltose, b) placing the aqueous solution resulting from step a) in contact with at least one polyol and at least one inorganic or organic acid, c) optionally increasing the solids content of the aqueous solution resulting from step b) up to at least 75% by weight of the total weight thereof, d) carrying out a heat treatment on the aqueous solution resulting from step b) or optionally from step c), at a temperature of between 140°C and 300°C under a negative pressure of between 50 and 500 mbar, said maltooligosaccharides being saccharides comprising at least 2 saccharide units and having a content of α-1,4- bonds of between 70% and 80% of the total number of 1,4-glycosidic bonds and a content of α-1,6- bonds of between 35% and 58% of the total number of 1,6-glycosidic bonds. a) providing an aqueous solution of at least two carbohydrates, characterized in that 40% to 95% of the dry weight of said solution consists of maltose, b) placing the aqueous solution resulting from step a) in contact with at least one polyol and at least one inorganic or organic acid, c) optionally increasing the solids content of the aqueous solution resulting from step b) up to at least 75% by weight of the total weight thereof, d) carrying out a heat treatment on the aqueous solution resulting from step b) or optionally from step c), at a temperature of between 140°C and 300°C under a negative pressure of between 50 and 500 mbar,
A washing machine comprising a washing tub, a chassis having a door to access the interior of the washing tub, a motor pump having a body, an electric motor to pump washing water coming from the washing tub out of the washing machine, a drainage opening in the body, and a plug coupleable with the drainage opening accessible from outside the washing machine by a user to access the interior of the body of the motor pump, wherein the washing machine also has a blocking system able to block the opening of the door during an operation of the washing machine, and the chassis also has a window of motor pump so that the user can access the plug of the motor pump, characterized in that the blocking system can also block the window of motor pump during the operation of the washing machine. a washing tub, a chassis having a door to access the interior of the washing tub, a motor pump having a body, an electric motor to pump washing water coming from the washing tub out of the washing machine, a drainage opening in the body, and a plug coupleable with the drainage opening accessible from outside the washing machine by a user to access the interior of the body of the motor pump, wherein the washing machine also has a blocking system able to block the opening of the door during an operation of the washing machine, and the chassis also has a window of motor pump so that the user can access the plug of the motor pump, characterized in that the blocking system can also block the window of motor pump during the operation of the washing machine.
An electronic random number generating device for generating a sequence of random numbers, the electronic random number generating device comprising: - an electronic parameter storage configured to store multiple functions and for each function of the multiple functions an associated modulus, not all moduli being equal, and - an electronic function evaluation device configured to generate an internal sequence of random numbers, the electronic function evaluation device being configured to generate a next number in the internal sequence of random numbers by -- for each function of the multiple functions, evaluating the function for a previously generated value in the internal sequence of random numbers modulo the modulus associated with the evaluating function, so obtaining multiple evaluation results, and -- applying a combination function to the multiple evaluation results to obtain the next number in the internal sequence, and - an output configured to generate a next number in the sequence of random numbers from the generated next number in the internal sequence. - an electronic parameter storage configured to store multiple functions and for each function of the multiple functions an associated modulus, not all moduli being equal, and - an electronic function evaluation device configured to generate an internal sequence of random numbers, the electronic function evaluation device being configured to generate a next number in the internal sequence of random numbers by -- for each function of the multiple functions, evaluating the function for a previously generated value in the internal sequence of random numbers modulo the modulus associated with the evaluating function, so obtaining multiple evaluation results, and -- applying a combination function to the multiple evaluation results to obtain the next number in the internal sequence, and -- for each function of the multiple functions, evaluating the function for a previously generated value in the internal sequence of random numbers modulo the modulus associated with the evaluating function, so obtaining multiple evaluation results, and -- applying a combination function to the multiple evaluation results to obtain the next number in the internal sequence, and - an output configured to generate a next number in the sequence of random numbers from the generated next number in the internal sequence.
Air guidance system for a recirculation extractor fan comprising 1.1. one or more air guidance elements, each of which has a through-flow region extending in a flow direction, 1.2. wherein at least one of the air guidance elements has a filter device, 1.3. wherein the air guidance elements are tubular with a flexible sheath, wherein the through-flow region is surrounded at least in sections by the flexible sheath in the direction perpendicular to the flow direction, 1.4. wherein the sheath is air-permeable at least in sections, 1.5. wherein the last outflow opening of the last air guidance element in the direction of flow can be closed with a cover, characterized in that 1.6. the filter device can be reversibly removed from the air guidance element. 1.1. one or more air guidance elements, each of which has a through-flow region extending in a flow direction, 1.2. wherein at least one of the air guidance elements has a filter device, 1.3. wherein the air guidance elements are tubular with a flexible sheath, wherein the through-flow region is surrounded at least in sections by the flexible sheath in the direction perpendicular to the flow direction, 1.4. wherein the sheath is air-permeable at least in sections, 1.5. wherein the last outflow opening of the last air guidance element in the direction of flow can be closed with a cover,
An aircraft landing gear including a sensor assembly (100; 200) for monitoring loads acting on a torque link comprising: a) the torque link having a bore therethrough; b) the strut lug of the landing gear strut having a bore therethrough substantially coaxial with the bore of the first mount body; c) a main pin (122; 222) having an axial interior bore (130; 230) defined therein and having a length defined from a first end to an opposed second end thereof; d) a core pin (132; 232) mounted axially aligned within the interior bore of the main pin and being spaced radially inwardly with a radial clearance from the interior bore for relative displacement with respect to the main pin; and e) a capacitor (134; 234) having an inner capacitor plate mounted to the core pin, and an outer capacitor plate mounted to the main pin, such that relative displacement of the core pin and the main pin results in relative displacement of the inner and outer capacitor plates, wherein the capacitor is configured and adapted to be connected to an electrical circuit to produce signals indicative of external loading on the main pin based on relative displacement of the inner and outer capacitor plates; wherein the main pin extends through the bores of the first and second mount bodies; and the main pin engages the torque link to the strut lug, wherein the torque link is configured and adapted to bear rotational moments about a lengthwise axis of the landing gear strut. a) the torque link having a bore therethrough; b) the strut lug of the landing gear strut having a bore therethrough substantially coaxial with the bore of the first mount body; c) a main pin (122; 222) having an axial interior bore (130; 230) defined therein and having a length defined from a first end to an opposed second end thereof; d) a core pin (132; 232) mounted axially aligned within the interior bore of the main pin and being spaced radially inwardly with a radial clearance from the interior bore for relative displacement with respect to the main pin; and e) a capacitor (134; 234) having an inner capacitor plate mounted to the core pin, and an outer capacitor plate mounted to the main pin, such that relative displacement of the core pin and the main pin results in relative displacement of the inner and outer capacitor plates, wherein the capacitor is configured and adapted to be connected to an electrical circuit to produce signals indicative of external loading on the main pin based on relative displacement of the inner and outer capacitor plates;
A mold for use in fabricating a gas turbine fan casing out of composite material, the mold comprising: - a mandrel for having a fan casing fiber preform wound thereon, the mandrel comprising an annular wall with an outside surface of profile corresponding to the profile of the inside surface of the casing that is to be fabricated and two lateral rims of profiles corresponding to the profiles of outer flanges (12, 13) of the casing that is to be fabricated; - a plurality of mold cover angular sectors that are assembled in leaktight manner on the mandrel and that are to close the mold and to compact the fiber preform wound on the mandrel; and - a plurality of locking keys configured to lock together in leaktight manner neighboring mold cover sectors, each locking key being fastened on two neighboring mold cover angular sectors. - a mandrel for having a fan casing fiber preform wound thereon, the mandrel comprising an annular wall with an outside surface of profile corresponding to the profile of the inside surface of the casing that is to be fabricated and two lateral rims of profiles corresponding to the profiles of outer flanges (12, 13) of the casing that is to be fabricated; - a plurality of mold cover angular sectors that are assembled in leaktight manner on the mandrel and that are to close the mold and to compact the fiber preform wound on the mandrel; and - a plurality of locking keys configured to lock together in leaktight manner neighboring mold cover sectors, each locking key being fastened on two neighboring mold cover angular sectors.
A composition comprising: (i) a component capable of releasing an aldehyde; (ii) an anticoagulant comprising citric acid, trisodium citrate, and dextrose; and (iii) α-cyclodextrin, wherein the component capable of releasing an aldehyde is imidazolidinyl urea. (i) a component capable of releasing an aldehyde; (ii) an anticoagulant comprising citric acid, trisodium citrate, and dextrose; and (iii) α-cyclodextrin,
A method of forming a cover glass element, comprising: obtaining a first glass sheet and a second glass sheet, the second glass sheet having a plurality of through-holes formed therein; bringing the first glass sheet and the second glass sheet into contact, such that a surface of the second glass sheet having the plurality of through-holes is in substantial contact with a surface of the first glass sheet; heating the first glass sheet and the second glass sheet to a temperature sufficient to cause the first glass sheet and the second glass sheet to bond to form a combined cover sheet; and machining the combined cover sheet to form a plurality of cover glass element each having a first planar region, from the first glass sheet, of a determined thickness and a determined flatness and at least one edge region formed, at least in part, by the second glass sheet. obtaining a first glass sheet and a second glass sheet, the second glass sheet having a plurality of through-holes formed therein; bringing the first glass sheet and the second glass sheet into contact, such that a surface of the second glass sheet having the plurality of through-holes is in substantial contact with a surface of the first glass sheet; heating the first glass sheet and the second glass sheet to a temperature sufficient to cause the first glass sheet and the second glass sheet to bond to form a combined cover sheet; and machining the combined cover sheet to form a plurality of cover glass element each having a first planar region, from the first glass sheet, of a determined thickness and a determined flatness and at least one edge region formed, at least in part, by the second glass sheet.
A suspension apparatus (10, 50, 60, 80), comprising: a first tube and a second tube (12, 61) that are telescopic and that are disposed on a vehicle body side and on a wheel side, respectively; a cylinder (20, 65) that is provided in the first tube; a rod that is provided in the second tube (12, 61); a piston that is provided on the rod, slidingly contacts with an inner circumferential surface of the cylinder (20, 65), and forms a first gas chamber (35, 70) on a side of the first tube; a coil spring configured to urge the first tube and the second tube (12, 61) in an extension direction; characterized in that a spring receiving member (41, 81) is disposed at a position on a second tube side from a movable region of the piston, the coil spring being disposed between the spring receiving member (41, 81) and the second tube (12, 61), and the cylinder (20, 65) comprises: a large diameter portion with which the piston slidingly contacts; and a small diameter portion that is continuous, through a step portion, from the large diameter portion toward the second tube side, the small diameter portion has an outer diameter smaller than an outer diameter of the large diameter portion and communicates with a second gas chamber (36, 71) enclosed by the first tube and the second tube (12, 61), and the spring receiving member (41, 81) is arranged at the step portion. a first tube and a second tube (12, 61) that are telescopic and that are disposed on a vehicle body side and on a wheel side, respectively; a cylinder (20, 65) that is provided in the first tube; a rod that is provided in the second tube (12, 61); a piston that is provided on the rod, slidingly contacts with an inner circumferential surface of the cylinder (20, 65), and forms a first gas chamber (35, 70) on a side of the first tube; a coil spring configured to urge the first tube and the second tube (12, 61) in an extension direction; characterized in that a spring receiving member (41, 81) is disposed at a position on a second tube side from a movable region of the piston, the coil spring being disposed between the spring receiving member (41, 81) and the second tube (12, 61), and the cylinder (20, 65) comprises: a large diameter portion with which the piston slidingly contacts; and a small diameter portion that is continuous, through a step portion, from the large diameter portion toward the second tube side, the small diameter portion has an outer diameter smaller than an outer diameter of the large diameter portion and communicates with a second gas chamber (36, 71) enclosed by the first tube and the second tube (12, 61), and the spring receiving member (41, 81) is arranged at the step portion. a large diameter portion with which the piston slidingly contacts; and a small diameter portion that is continuous, through a step portion, from the large diameter portion toward the second tube side, the small diameter portion has an outer diameter smaller than an outer diameter of the large diameter portion and communicates with a second gas chamber (36, 71) enclosed by the first tube and the second tube (12, 61), and the spring receiving member (41, 81) is arranged at the step portion.
A photomask blank which is to be processed into a photomask suitable for pattern transfer using exposure light of wavelength 250 nm or below, comprising a transparent substrate and a chromium-containing film disposed on the substrate, directly or through an optical film, wherein said chromium-containing film is constituted by at least two chromium compound layers, each chromium compound layer being formed of a chromium compound containing chromium and nitrogen, or chromium, nitrogen and oxygen, and having a composition with a chromium content of at least 30 at% and a total content of chromium, nitrogen and oxygen of at least 93 at%, and meeting formula: 3 Cr ≤ 2 O + 3 N wherein Cr is chromium content (at%), O is oxygen content (at%) and N is nitrogen content (at%), said chromium-containing film includes at least one chromium compound layer having a first composition, namely a composition wherein the atomic ratio of nitrogen/chromium is at least 0.95, chromium content is at least 40 at%, the total content of chromium and nitrogen is at least 80 at%, and oxygen content is not more than 10 at%, the total thickness of said one or more chromium compound layers having a said first composition is in a range of 10% to 70% of the overall thickness of the chromium-containing film, and the chromium-containing film has a sheet resistance of not more than 10,000 Ω/□.
A gas turbine engine comprising a fan, a bypass duct having a nozzle, through which fluid from the fan flows, and a variable area nozzle device located in the nozzle and which is movable between a stowed position to a deployed position to reduce the area of the nozzle, characterised in that the variable area nozzle device comprises an arcuate fairing having one end in slidable cooperation with the bypass duct, the fairing being partly housed within a wall of the bypass duct when in the stowed position and extending through an aperture in the bypass wall and into the bypass duct when in the deployed position.
Composition comprising monoclonal antibodies directed against a circulating proinflammatory cytokine, said antibodies having an affinity at least equal to 2x10 7 M -1 for the FcyRIIIa receptor and wherein the fucose level of all of the antibodies of said composition is less than 60%, for the use thereof in the context of the prevention or treatment of the early phases of inflammation, in particular wherein said antibodies having an affinity at least equal to 2x10 8 M -1 or 2x10 9 M -1, as determined by Scatchard analysis or BIAcore technology (Label-free surface plasmon resonance based technology).
An installation unit for a carrier element of a carrier unit arranged on a chassis of a motor vehicle, comprising a housing with a first housing section supported on a first outer side on a receiving region of the carrier element and a second housing section engaging into a receptacle of the receiving region on the carrier element, and a fixing unit supported on the receiving region with the installation unit fixed in the receptacle, wherein the fixing unit has a fixing body, which, with the installation unit fixed in the receptacle, in a plastically deformable or flowable state, by moulding at least at some parts to a connection region of the housing and subsequent curing is connected to this connection region and by moulding at least at some parts to a moulding region of the receiving region and subsequent curing is connected to the moulding region, wherein the fixing body is produced from a preform, the material of which is convertible from a solid into a plastically deformable or flowable state for the moulding to the respective region and, for the formation of the fixing body fixing the housing to the receiving region, is convertible into the cured state.
An aqueous suspension comprising (a) reversible clusters of individual drug loaded nano-ion exchange resin particles, said reversible clusters have a D 50 value of at least 2 micrometer and said drug loaded nano-ion exchange resin particles have a particle size distribution characterized in that the D 50 value is 50 nanometers to 350 nanometers and the D 90 value is 70 nanometers to 900 nanometers, and (b) a suspending agent wherein the drug is an ionizable drug and wherein the suspending agent is a carbomer.