mhurhangee/ep-ind-claims huggingface dataset:
A liquid cartridge to be received by a cartridge mounting portion, the liquid cartridge comprising: a first outer face; a second outer face opposite the first outer face; a liquid chamber positioned between the first outer face and the second outer face and configured to store liquid therein, a liquid supply portion positioned at the first outer face and configured to supply the liquid from an interior of the liquid chamber to an exterior of the liquid chamber, the liquid supply portion having a liquid supply opening configured to have inserted therethrough a hollow tube provided at the cartridge mounting portion; a partitioning wall partitioning the liquid chamber into a first liquid chamber and a second liquid chamber; a communication opening through which the liquid can flow from the first liquid chamber to the second liquid chamber wherein a portion of the first liquid chamber and a portion of the second liquid chamber are positioned above the communication opening, and wherein the communication opening is positioned in a lower half portion of the liquid cartridge, and the portion of the first liquid chamber and the portion of the second liquid chamber are positioned in an upper half portion of the liquid cartridge; and an openable member (71, 740) configured to close the communication opening and configured to be openable by insertion of the hollow tube through the liquid supply opening to open the communication opening. a first outer face; a second outer face opposite the first outer face; a liquid chamber positioned between the first outer face and the second outer face and configured to store liquid therein, a liquid supply portion positioned at the first outer face and configured to supply the liquid from an interior of the liquid chamber to an exterior of the liquid chamber, the liquid supply portion having a liquid supply opening configured to have inserted therethrough a hollow tube provided at the cartridge mounting portion; a partitioning wall partitioning the liquid chamber into a first liquid chamber and a second liquid chamber; a communication opening through which the liquid can flow from the first liquid chamber to the second liquid chamber wherein a portion of the first liquid chamber and a portion of the second liquid chamber are positioned above the communication opening, and wherein the communication opening is positioned in a lower half portion of the liquid cartridge, and the portion of the first liquid chamber and the portion of the second liquid chamber are positioned in an upper half portion of the liquid cartridge; and an openable member (71, 740) configured to close the communication opening and configured to be openable by insertion of the hollow tube through the liquid supply opening to open the communication opening.
A co-crystal consisting of a diamide-based insecticidal-active ingredient and a neonicotinoid-based insecticidal-active ingredient, wherein the diamide-based insecticidal-active ingredient is cyantraniliprole, chlorantraniliprole, or cyclaniliprole, and the neonicotinoid-based insecticidal-active ingredient is acetamiprid.
A coating composition for lubrication film comprising: a high energy beam-curable resin which includes at least a polyfunctional compound having at least two of at least one type of polymerizable functional groups selected from an acryloyl group and a methacryloyl group; silicone elastomer fine particles having an average particle diameter of from 0.1 μm to 50 μm.; measured as indicated in the description and a gum-like polysiloxane which has a plasticity number > 0 (ASTM D926 - 08). a high energy beam-curable resin which includes at least a polyfunctional compound having at least two of at least one type of polymerizable functional groups selected from an acryloyl group and a methacryloyl group; silicone elastomer fine particles having an average particle diameter of from 0.1 μm to 50 μm.; measured as indicated in the description and a gum-like polysiloxane which has a plasticity number > 0 (ASTM D926 - 08).
A method of coating a metal or metal alloy surface comprising contacting said surface with an effective amount of a chromate free aqueous treatment solution or dispersion comprising (a) a material or materials comprising one or more elements selected from Group IV B elements, (b) fluoride, (c) phosphonic acid or phosphonate, wherein said phosphonic acid or phosphonate (c) is 3-trihydroxysilylpropylmethylphosphonate.
Friction clutch for coupling a drive shaft of a motor vehicle engine to at least one transmission input shaft of a motor vehicle transmission having a counterplate, a pressure plate which can be moved axially relative to the counterplate in order to press a clutch disc in a frictionally locking manner between the counterplate and the pressure plate, an adjusting device for adjusting a wear-induced incorrect spacing of the pressure plate from the counterplate, the adjusting device having a drive spring for determining the wear-induced incorrect spacing of the pressure plate from the counterplate, characterized in that a setting element for setting the operating point of the friction clutch and a securing means for stabilizing the operating point of the friction clutch, which operating point is set by the setting element, are provided, the securing means being brought about by way of a deformation of the setting element itself.
A herbicidal composition comprising a herbicidal sulfonylurea compound or its salt, and an alkoxylated glyceride, wherein the herbicidal sulfonylurea compound or its salt is at least one herbicidal sufonylurea compound selected from the group consisting of flazasulfuron, foramsulfuron, nicosulfuron, rimsulfuron, trifloxysulfuron, and tritosulfuron, or its salt, and which comprises the herbicidal sulfonylurea compound or its salt, and the alkoxylated glyceride in a weight ratio of from 1:2 to 1:600, and wherein the alkoxylated glyceride is at least one alkoxylated glyceride selected from the group consisting of polyoxyethylene hydrogenated castor oil, polyoxyethylene glyceryl triisostearate, polyoxyethylene glyceryl monoisostearate, polyoxyethylene 1,1,1- trimethylolpropane triisostearate, polyoxyethylene hydrogenated castor oil pyroglutamic acid isostearate, and polyoxyethylene glyceryl pyroglutamic acid isostearate.
A urine sampling device comprising: a transparent sheet comprising two layers, namely a urine sampling layer, and a support layer, wherein the urine sampling layer has liquid receiving and retaining properties by means of capillary forces and/or diffusion and comprises a hydrogel in the form of a film or a foam, or a liquid retaining material, chosen from a group consisting of polysaccharides or synthetic polymers, and the device is arranged such that it can be positioned on the body side of a hygiene absorbent product, wherein the support layer is provided with a transparent attachment means, wherein the transparent attachment means is arranged such that it can attach detachably to a top sheet of a hygiene absorbent product. a transparent sheet comprising two layers, namely a urine sampling layer, and a support layer, wherein the urine sampling layer has liquid receiving and retaining properties by means of capillary forces and/or diffusion and comprises a hydrogel in the form of a film or a foam, or a liquid retaining material, chosen from a group consisting of polysaccharides or synthetic polymers, and the device is arranged such that it can be positioned on the body side of a hygiene absorbent product, wherein the support layer is provided with a transparent attachment means, wherein the transparent attachment means is arranged such that it can attach detachably to a top sheet of a hygiene absorbent product.
Device for cutting thin-layered material, in particular metal strips, tissue, plastics, paper, cardboard, composite materials or the like, said thin-layered material being unwound by coils, wherein the device comprises two knives (8, 9) mounted in a frame with their blades (5, 6) opposing each other, of which at least one knife is movable towards the other knife in a vertical direction (a), and wherein the frame comprising the knives (8, 9) can be pivoted to the right and left at a predetermined angle (α) around a vertical axis from its base position, which is transverse to the moving direction (b) of the thin-layered material, by means of a rotary drive arranged in a base frame of the device, characterized in that the rotary drive for the frame is formed without gears and comprises a synchronous motor excited by permanent magnets, the rotor of the synchronous motor acting directly on the frame.
A light-transmissive cover member for electronic apparatus, comprising:a single crystal body containing alumina (Al2 O3) as a main component,wherein the single crystal contains at least one of Co, Ni, Na, Ti, Cr, Fe, and Cu in a total amount of 3x10-4 % to 3x10-2 % by mass, and of the single crystal body, a transmittance (%) of light having a wavelength of 260 nm is smaller than 92% of a transmittance (%) of light having a wavelength of a 550 nm.
Exterior aircraft lighting device erosion detector which is configured for detecting the state of erosion of an at least partially transparent cover of an exterior aircraft lighting device, the erosion detector comprising: at least one light source configured for radiating light onto the at least partially transparent cover; at least one light detection element configured for detecting light reflected by the at least partially transparent cover and providing a corresponding detection signal; an evaluation unit configured for evaluating the detection signal for determining the state of erosion of the at least partially transparent cover, wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element, which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value. at least one light source configured for radiating light onto the at least partially transparent cover; at least one light detection element configured for detecting light reflected by the at least partially transparent cover and providing a corresponding detection signal; an evaluation unit configured for evaluating the detection signal for determining the state of erosion of the at least partially transparent cover, wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element, which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value. wherein the evaluation unit is configured to compare an actual value of the detection signal with a reference value, and wherein the evaluation unit is configured to issue an alarm signal, when the difference between the reference value and the actual value of the detection signal exceeds a predetermined threshold, a counter which is configured for counting the alarm signals, and at least one indicator element, which is configured to indicate erosion of the at least partially transparent cover when the number of alarms counted by the counter exceeds a predetermined value.
A yarn winding system (1, 1A, 1B) comprising: one spinning frame including a plurality of spinning units aligned in one direction and each configured to form a yarn feeding bobbin that is a bobbin around which yarn is wound; a plurality of yarn winding machines each including a plurality of winding units each configured to wind yarn from the yarn feeding bobbin to form a package; and a conveying device configured to convey the yarn feeding bobbin formed in the one spinning frame to the yarn winding machines and convey a used yarn feeding bobbin used in the yarn winding machines to the spinning frame, characterized in that the one spinning frame and the yarn winding machines are aligned along an alignment direction of the spinning units. one spinning frame including a plurality of spinning units aligned in one direction and each configured to form a yarn feeding bobbin that is a bobbin around which yarn is wound; a plurality of yarn winding machines each including a plurality of winding units each configured to wind yarn from the yarn feeding bobbin to form a package; and a conveying device configured to convey the yarn feeding bobbin formed in the one spinning frame to the yarn winding machines and convey a used yarn feeding bobbin used in the yarn winding machines to the spinning frame, characterized in that the one spinning frame and the yarn winding machines are aligned along an alignment direction of the spinning units.
An electric motor controller which is a device for controlling a primary magnetic flux ([λ1]) on a rotary electric motor including an armature having an armature winding and a rotor which is a field rotating relatively to said armature, characterized in that said primary magnetic flux is a synthesis of a field flux (Λ0) that said field generates and a magnetic flux (λa: id • Ld, iq • Lq) of an armature reaction generated by an armature current () flowing in said armature, said electric motor controller comprising: a first coordinate conversion unit that converts said armature current into a first current ([i]) in a rotating coordinate system (δc-γc) having a predetermined phase (φc) with respect to rotation of said rotor; a first calculation unit that sums an inductive voltage (ω* • Λδ*) by a primary magnetic flux command value ([Λ1*]) which is a command value of said primary magnetic flux ([Λ1]) and a voltage drop ( [i]) by said first current on the basis of a voltage equation of said rotary electric motor to obtain a first term (); a second calculation unit (103A, 103B) that sums said first term and a second term () obtained by performing an operation expressed by a non-zero matrix () on a deviation ([ΔΛ]) of said primary magnetic flux with respect to said primary magnetic flux command value to obtain a first voltage command value ([v*]) which is a command value of a voltage to be applied to said rotary electric motor in said rotating coordinate system; and a second coordinate conversion unit that coordinate-converts said first voltage command value into a second voltage command value ([V*]) which is a command value of said voltage to be applied to said rotary electric motor in another coordinate system. a first coordinate conversion unit that converts said armature current into a first current ([i]) in a rotating coordinate system (δc-γc) having a predetermined phase (φc) with respect to rotation of said rotor; a first calculation unit that sums an inductive voltage (ω* • Λδ*) by a primary magnetic flux command value ([Λ1*]) which is a command value of said primary magnetic flux ([Λ1]) and a voltage drop ( [i]) by said first current on the basis of a voltage equation of said rotary electric motor to obtain a first term (); a second calculation unit (103A, 103B) that sums said first term and a second term () obtained by performing an operation expressed by a non-zero matrix () on a deviation ([ΔΛ]) of said primary magnetic flux with respect to said primary magnetic flux command value to obtain a first voltage command value ([v*]) which is a command value of a voltage to be applied to said rotary electric motor in said rotating coordinate system; and a second coordinate conversion unit that coordinate-converts said first voltage command value into a second voltage command value ([V*]) which is a command value of said voltage to be applied to said rotary electric motor in another coordinate system.
A gas tap that can be mounted in gas distribution pipes with quite narrow spaces, that provides control without requiring any gear transmission element used in domestic cooking appliances, the gas tap comprises: • a body (1.1) having a gas inlet (1.1.1) and one or more gas outlets (1.1.2), • a motor driven by electronic circuit, the motor being connected to said body (1.1) and being with a pin (5.1); the motor being configured to transfer rotational movement to a male (1.2), • a solenoid coil connected for safety purposes, • a plastic carrier, • a gasket, • a stop means, • a contact means, • the male (1.2) provided thereon with at least two burning holes (1.2.2), which provides burning at the desired sensitivity and gas passage at the desired flow rate, that it is operated by LPG in case the gas outlet (1.1.2) fully overlooks a burning hole (1.2.2) on the male (1.2), while it is operated by NG in case the gas outlet (1.1.2) fully overlooks two burning holes (1.2.2) on the male (1.2) simultaneously • a body (1.1) having a gas inlet (1.1.1) and one or more gas outlets (1.1.2), • a motor driven by electronic circuit, the motor being connected to said body (1.1) and being with a pin (5.1); the motor being configured to transfer rotational movement to a male (1.2), • a solenoid coil connected for safety purposes, • a plastic carrier, • a gasket, • a stop means, • a contact means, • the male (1.2) provided thereon with at least two burning holes (1.2.2), which provides burning at the desired sensitivity and gas passage at the desired flow rate, that it is operated by LPG in case the gas outlet (1.1.2) fully overlooks a burning hole (1.2.2) on the male (1.2), while it is operated by NG in case the gas outlet (1.1.2) fully overlooks two burning holes (1.2.2) on the male (1.2) simultaneously
Use of a composition containing essentially from 10 to 90 % by weight of the 2,3,3,3-tetrafluoropropene, from 5 to 80 % by weight of the HFC-134a and from 5 to 10 % by weight of the HFC-32 as a heat transfer fluid, as a replacement for the HFC-134a, in compression refrigeration systems with exchangers operating in counter-current mode.
All-glass door system for indoor use, with a glass wall composed of laminated glass elements, which comprises a frameless door opening, and a frameless door element made of laminated glass arranged in it in such a way that it can be swivelled, wherein the glass wall comprises a first lateral-part element and a second lateral-part element, which are arranged on both laterals next to the door opening, and a fanlight element, which is firmly arranged above the door opening between the two lateral-part elements (110, 120), characterized in that the lateral-part elements (110, 120), the fanlight element and the door element are flush with each other both on the internal surface as well as the external surface and, at the door opening and/or on the door element, a sealing element running around three sides is arranged for sound insulation, wherein, for the formation of an installation space for the sealing element, it is provided that the fanlight element is made of a triple-laminated glass and formed with a rebate transition in such a way that its outer glass plate protrudes on both sides (a, b) over the middle and inner glass plate (133, 131), whereby counter-rebates are formed for the connection with the lateral-part elements (110, 120), and that its inner glass plate protrudes downwardly (c) over the middle and outer glass plate (133, 132), whereby a counter-rebate for the door element is formed. wherein the glass wall comprises a first lateral-part element and a second lateral-part element, which are arranged on both laterals next to the door opening, and a fanlight element, which is firmly arranged above the door opening between the two lateral-part elements (110, 120), characterized in that the lateral-part elements (110, 120), the fanlight element and the door element are flush with each other both on the internal surface as well as the external surface and, at the door opening and/or on the door element, a sealing element running around three sides is arranged for sound insulation, wherein, for the formation of an installation space for the sealing element, it is provided that the fanlight element is made of a triple-laminated glass and formed with a rebate transition in such a way that its outer glass plate protrudes on both sides (a, b) over the middle and inner glass plate (133, 131), whereby counter-rebates are formed for the connection with the lateral-part elements (110, 120), and that its inner glass plate protrudes downwardly (c) over the middle and outer glass plate (133, 132), whereby a counter-rebate for the door element is formed.
Inlet arrangement for a sanitary installation, more particularly a floor drain of a shower, comprising an inlet housing with a wall which defines an interior space, an inlet opening and an outlet opening, and at least one cover arrangement comprising an adjusting unit and a cover with cover surface which can be connected to the adjusting unit, wherein the adjusting unit has a first adjusting element with a receiving portion for receiving the cover, and a second adjusting element with a fastening portion for fixing on the inlet housing, wherein the adjusting unit is fastened to the second adjusting element inside the interior space of the inlet housing, wherein the first adjusting element is connected to the second adjusting element via a guide, and wherein the first adjusting element is movable relative to the second adjusting element along a first adjusting movement, so that the relative position of the first adjusting element can be set relative to the second adjusting element, wherein the second adjusting element comprises adjustors with which the second adjusting element can be adjusted relative to the inlet housing along a second adjusting movement, and wherein the first adjusting movement is a translational adjusting movement along a longitudinal axis, which in the installed state of the adjusting unit runs vertically, characterised in that the second adjusting movement is a rotational adjusting movement or a tilting movement about an axis of rotation, wherein the axis of rotation in the installed state runs horizontally and preferably runs at right angles to the said longitudinal axis.
A flow meter, comprising: an orifice fitting body comprising a housing, a bore for passing a fluid stream, and a plurality of tap holes, wherein the housing is configured to house an orifice plate at a position, and the orifice plate is not installed in the housing; a first ultrasonic transducer disposed in a first of the plurality of tap holes on an upstream side of the position; and a second ultrasonic transducer disposed in a second of the plurality of tap holes on a downstream side of the position; wherein the first ultrasonic transducer and the second ultrasonic transducer are each configured to generate and receive an acoustic signal. an orifice fitting body comprising a housing, a bore for passing a fluid stream, and a plurality of tap holes, wherein the housing is configured to house an orifice plate at a position, and the orifice plate is not installed in the housing; a first ultrasonic transducer disposed in a first of the plurality of tap holes on an upstream side of the position; and a second ultrasonic transducer disposed in a second of the plurality of tap holes on a downstream side of the position; wherein the first ultrasonic transducer and the second ultrasonic transducer are each configured to generate and receive an acoustic signal.