mhurhangee/ep-ind-claims huggingface dataset:
Actuator having a planetary roller spindle drive, in particular for the actuation of a clutch of a vehicle by means of an axially movable piston, a plurality of planetary rollers being in engagement with a spindle, which planetary rollers mesh with an internal gear which surrounds the said planetary rollers, the planetary rollers running in an axially parallel manner with respect to the spindle and being positioned in a planetary roller carrier such that they can be rotated about their own longitudinal axis, and the actuator having at least one axially movable component for realising a disengaging movement, which component is either the spindle or a gear housing, and means for determining a reference position of the axially movable component being integrated, and, furthermore, the means for determining the reference position of the axially movable component comprising a stop spring and an angle sensor for determining an angle change of the spindle.
Hinge (5, 6) with a functional unit for a door of a household appliance, with a hinge base body and a hinge blade that is connected thereto and is pivotable relative thereto, wherein installation of the hinge (5, 6) is possible whereby the hinge blade is attached to the door, wherein a transmission element is rotatably mounted on the hinge base body and is coupled to an actuating sensor of the hinge (5, 6) such that said actuating sensor performs a movement relative to the hinge blade as a function of the relative movement between the hinge blade and the hinge base body, and wherein the transmission element and the actuating sensor are connected to each other rotatably relative to one another, characterised in that the hinge blade has a guide (27, 28) in which the actuating sensor is guided to perform its movement relative to the hinge blade, wherein the actuating sensor is designed to actuate the door-side functional unit as a function of its movement and the functional unit is a door handle that can move relative to the door.
A tool for seating a wear liner into a first groove of a fan case of a gas turbine engine, the tool comprising: a body with a first end and a second end; a handle connected to and extending from the body; a first guide foot connected to and extending from the first end of the body, wherein the first guide foot includes a first end connected to the body and a second end opposite from the first end of the first guide foot, and the second end of the first guide foot is rounded and includes a chamfered portion (66A,66B). a body with a first end and a second end; a handle connected to and extending from the body; a first guide foot connected to and extending from the first end of the body, wherein the first guide foot includes a first end connected to the body and a second end opposite from the first end of the first guide foot, and the second end of the first guide foot is rounded and includes a chamfered portion (66A,66B).
A method for quantifying the ATP of microbes contained in a sample, comprising steps of: measuring a first amount of luminescence when an ATP luminescence reagent is reacted with the ATP that is separated and extracted from the microbes by bringing an ATP extraction reagent into contact with the sample; measuring a second amount of luminescence that is performed in a pair with the step of measuring the first amount of luminescence when the ATP luminescence reagent is reacted with the ATP extraction reagent and; measuring a luminescence intensity when the ATP luminescence reagent is reacted with an ATP standard reagent having a known amount of ATP; and quantifying the ATP of the microbes contained in the sample based on a differential amount of luminescence between the first amount of luminescence and the second amount of luminescence; wherein the ATP luminescence reagents used in the step of measuring the first amount of luminescence and in the step of measuring the second amount of luminescence belong to the same lot; and quantifying the ATP based on the differential amount of luminescence comprises calculating an amount of ATP on a basis of the measured luminescence intensity of the standard reagent having a known amount of the ATP. measuring a first amount of luminescence when an ATP luminescence reagent is reacted with the ATP that is separated and extracted from the microbes by bringing an ATP extraction reagent into contact with the sample; measuring a second amount of luminescence that is performed in a pair with the step of measuring the first amount of luminescence when the ATP luminescence reagent is reacted with the ATP extraction reagent and; measuring a luminescence intensity when the ATP luminescence reagent is reacted with an ATP standard reagent having a known amount of ATP; and quantifying the ATP of the microbes contained in the sample based on a differential amount of luminescence between the first amount of luminescence and the second amount of luminescence; wherein the ATP luminescence reagents used in the step of measuring the first amount of luminescence and in the step of measuring the second amount of luminescence belong to the same lot; and quantifying the ATP based on the differential amount of luminescence comprises calculating an amount of ATP on a basis of the measured luminescence intensity of the standard reagent having a known amount of the ATP.
A combination of two fluid line end pieces (1, 2) that have to be interconnected and be joined in a sealing manner and that are provided on each end of a medium line conveying medium such as gas or liquid, wherein the fluid line end pieces, when not coupled, seal a medium passage provided in the interior of the fluid line end pieces towards the atmosphere, and each time a seal element with at least one sealing body (4, 5) is provided, and the sealing body (4, 5) is formed on, sprayed on, and/or vulcanized on onto or at the seal element, that seals, when not coupled, a medium passage in interaction with a sealing area in the medium passage, and an end area at the front side of the first fluid line end piece forms a sealing surface, and in or at the sealing surface at least one elastic seal is arranged, characterized in that the seal element of the first fluid line end piece is essentially flush with the seal surface of the first fluid line end piece, and in the front side end area of the second fluid line end piece that has to be interconnected a holding space or interconnecting space, that essentially corresponds with the shape and size of the end area of the second fluid line end piece that has to be interconnected, is provided for the end area of the first fluid line end piece, wherein the holding space or interconnecting space, when not coupled, is provided as collection volume for escaping medium, and the holding space or interconnecting space is configured as pan-shaped indentation, wherein a bottom of the pan-shaped indentation is formed by the seal element, and the front side end area of the second fluid line end piece defines the depth of the pan.
A method for producing a polybutylene terephthalate resin composition for an interior part of an automobile, wherein the polybutylene terephthalate resin composition comprises a polybutylene terephthalate resin produced by direct esterification, and an alkali compound, wherein the polybutylene terephthalate resin has terminal carboxyl groups in an amount of 40 meq/kg or less, wherein an amount of a VOC emitted from a molded article formed by molding the polybutylene terephthalate resin composition is 50 μgC/g or less when measured by a VOC measuring method defined in the German Association of the Automotive Industry VDA 277, wherein the polybutylene terephthalate resin composition is produced in a melting and kneading device, and wherein the alkali compound is fed in a form dissolved in water to the melting and kneading device.
A method of separating microorganisms from non-microorganism cells in a non-microorganism cell-containing sample, the method comprising: a) incubating the sample with particles to form particle-microorganism complexes, wherein the step of incubating is performed in the presence of sodium polyanethol sulfonate and a reagent that selectively lyses non-microorganism cells in the sample whilst retaining intact microorganisms present in the sample; and b) separating the particle-microorganism complexes from the non-microorganism cells, wherein the sample is a blood containing sample, wherein the particles have a diameter of between 0.1 and 3.0 μm, and wherein the outer surface of the particles comprises or is coated with any one or more of: i) carboxylic acid groups; ii) amino groups; iii) hydrophobic groups; and iv) streptavidin. a) incubating the sample with particles to form particle-microorganism complexes, wherein the step of incubating is performed in the presence of sodium polyanethol sulfonate and a reagent that selectively lyses non-microorganism cells in the sample whilst retaining intact microorganisms present in the sample; and b) separating the particle-microorganism complexes from the non-microorganism cells, wherein the sample is a blood containing sample, wherein the particles have a diameter of between 0.1 and 3.0 μm, and wherein the outer surface of the particles comprises or is coated with any one or more of: i) carboxylic acid groups; ii) amino groups; iii) hydrophobic groups; and iv) streptavidin. i) carboxylic acid groups; ii) amino groups; iii) hydrophobic groups; and iv) streptavidin.
A thin-walled microplate suitable for use in the Polymerase Chain Reaction technique comprising a plurality of thin-walled tubes or wells arranged in a random access array in a substantially rigid frame, each well having an upper portion with an open top; a lower, frustoconical portion of thickness of 0.25mm±0.025mm, and a substantially flat bottom, the substantially flat bottom of each of the wells in the array having an external diameter in the range 2.0mm to 4.5mm and an internal flat bottom surface, viewable through the open top of the well, that extends on a substantially horizontal plane such that the internal flat bottom surface of each well is substantially equidistant from the top of the microplate in order that items retained along the internal flat bottom surfaces of the plurality of wells in the array are in a focal plane that is substantially the same when viewed from above through the open top of the respective wells, and an external surface of the substantially flat bottom on each well incorporating a protection ring or bead axially down from the external surface to protect the external surface, wherein the wells are not integrally fixed in the rigid frame but can be individually removed from the frame and therefore randomly accessible and wherein the substantially flat bottom surface of each well in the array incorporates a 2-D machine-readable code that is readable using an optical vision system.
A robot comprising: a controller; a radio receiver configured to receive audible content via a wireless transmission; a memory configured to store the audible content; a speaker configured to emit the audible content; and indicia controllable by the controller and configured to indicate operative information in a first mode; and to indicate illustrative information in coordination with the audible content in a second mode; wherein the second mode corresponds to a training mode, where the speaker emits an audible training instructional program, and wherein in the second mode, the indicia are displayed by the robot according to a training pattern in timed coordination with the audible content, wherein the audible content contains a training/instructional program. a controller; a radio receiver configured to receive audible content via a wireless transmission; a memory configured to store the audible content; a speaker configured to emit the audible content; and indicia controllable by the controller and configured to indicate operative information in a first mode; and to indicate illustrative information in coordination with the audible content in a second mode; wherein the second mode corresponds to a training mode, where the speaker emits an audible training instructional program, and wherein in the second mode, the indicia are displayed by the robot according to a training pattern in timed coordination with the audible content, wherein the audible content contains a training/instructional program.
An induction coil assembly comprising a bottom plate on which an induction heating element is placed, the induction heating element comprising a coil mounted on a support element, means being provided for fastening the heating element to the bottom plate, characterized in that the means for fastening the heating element to the bottom plate comprise a central fix and turn element configured to cooperate with a central aperture of the bottom plate, wherein the central fix and turn element comprises radial flanges adapted to cooperate, in a bayonet movement, with corresponding radial notches in the central aperture.
A display device comprising: a display panel including a flexible substrate; a base film disposed on the display panel; wherein the base film comprises a first and a second film layer (720, 730) having a multilayered structure, the base film further comprises a metal layer is disposed between the first and the second film layers (720, 730) characterized in that the display device further comprising: at least one adhesive layer disposed between the first film layer and the metal layer or between the second film layer and the metal layer, wherein the adhesive layer includes a polymer layer, and an adhesive material layer which is disposed on both of opposing surfaces of the polymer layer. a display panel including a flexible substrate; a base film disposed on the display panel; wherein the base film comprises a first and a second film layer (720, 730) having a multilayered structure, the base film further comprises a metal layer is disposed between the first and the second film layers (720, 730) characterized in that the display device further comprising: at least one adhesive layer disposed between the first film layer and the metal layer or between the second film layer and the metal layer, wherein the adhesive layer includes a polymer layer, and an adhesive material layer which is disposed on both of opposing surfaces of the polymer layer. at least one adhesive layer disposed between the first film layer and the metal layer or between the second film layer and the metal layer, wherein the adhesive layer includes a polymer layer, and an adhesive material layer which is disposed on both of opposing surfaces of the polymer layer.
A composition for treating rice, wherein said composition comprises: selenium, iodine and an additive which is rice husk ash, optionally in admixture with leonardite humic extract and/or leonardite, wherein the composition is an aqueous composition, wherein: - said selenium is present in said composition in an amount from 0.001 g to 10 g per liter of aqueous composition; - said iodine is included in said composition at concentrations from 0.01 to 50 g/l of aqueous composition, and - said rice husk ash is included in the composition in amounts from 25 mg to 60 g per liter of aqueous composition. - said selenium is present in said composition in an amount from 0.001 g to 10 g per liter of aqueous composition; - said iodine is included in said composition at concentrations from 0.01 to 50 g/l of aqueous composition, and - said rice husk ash is included in the composition in amounts from 25 mg to 60 g per liter of aqueous composition.
A dental device (302g; 402b; 402c; 402d), comprising: a processing unit (304g; 404b; 404c; 404d); at least a first transceiver (306g; 416b; 408c; 406d) coupled to first and second connectors (308g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d); at least a second transceiver (320g; 408b; 422c; 420d) coupled to a third connector (322g, 324g; 410b; 424c, 426c; 422d, 424d); and wherein the first and second connector (308g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d) is for coupling to a first Controller Area Network bus, and the third connector (322g, 324g; 410b; 424c, 426c; 422d, 424d) is for coupling to a second CAN bus, wherein the processing unit (304g; 404b; 404c; 404d) supports bidirectional communication over a branched multi-CAN bus configuration; wherein the first and second connectors (380g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d) on a first CAN bus form a first network and the third CAN bus connector (322g, 324g; 410b; 424c, 426c; 422d, 424d) on a second CAN bus form a second network, wherein the processing unit (304g; 404b; 404c; 404d) is configured to perform a communication protocol conversion between the different networks. a processing unit (304g; 404b; 404c; 404d); at least a first transceiver (306g; 416b; 408c; 406d) coupled to first and second connectors (308g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d); at least a second transceiver (320g; 408b; 422c; 420d) coupled to a third connector (322g, 324g; 410b; 424c, 426c; 422d, 424d); and wherein the first and second connector (308g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d) is for coupling to a first Controller Area Network bus, and the third connector (322g, 324g; 410b; 424c, 426c; 422d, 424d) is for coupling to a second CAN bus, wherein the processing unit (304g; 404b; 404c; 404d) supports bidirectional communication over a branched multi-CAN bus configuration; wherein the first and second connectors (380g, 310g; 418b, 420b; 410c, 412c; 4098d, 410d) on a first CAN bus form a first network and the third CAN bus connector (322g, 324g; 410b; 424c, 426c; 422d, 424d) on a second CAN bus form a second network, wherein the processing unit (304g; 404b; 404c; 404d) is configured to perform a communication protocol conversion between the different networks.
A counterlung arrangement for a rebreather, the counterlung arrangement comprising: an integrally formed counterlung formed as a single piece and comprising: an inhale counterlung section to be connected to an inhale side of a mouthpiece; an exhale counterlung section to be connected to an exhale side of the mouthpiece; a filter accommodation section arranged between the inhale counterlung section and the exhale counterlung section and being configured for accommodating a breathing gas filter cartridge; and the breathing gas filter cartridge configured for filtering breathing gas flowing between the exhale counterlung section and the inhale counterlung section when being accommodated in the filter accommodation section; characterized in that the counterlung and the breathing gas filter cartridge are configured to match to one another so that the breathing gas filter cartridge is sealingly clampable between the exhale counterlung section and the inhale counterlung section in an interior volume of the counterlung, and the counterlung comprises or consists of an elastically stretchable material so that the elasticity of the counterlung provides for the clamping force for sealingly clamping the breathing gas filter cartridge between the exhale counterlung section and the inhale counterlung section. an integrally formed counterlung formed as a single piece and comprising: an inhale counterlung section to be connected to an inhale side of a mouthpiece; an exhale counterlung section to be connected to an exhale side of the mouthpiece; a filter accommodation section arranged between the inhale counterlung section and the exhale counterlung section and being configured for accommodating a breathing gas filter cartridge; and an inhale counterlung section to be connected to an inhale side of a mouthpiece; an exhale counterlung section to be connected to an exhale side of the mouthpiece; a filter accommodation section arranged between the inhale counterlung section and the exhale counterlung section and being configured for accommodating a breathing gas filter cartridge; and the breathing gas filter cartridge configured for filtering breathing gas flowing between the exhale counterlung section and the inhale counterlung section when being accommodated in the filter accommodation section; characterized in that the counterlung and the breathing gas filter cartridge are configured to match to one another so that the breathing gas filter cartridge is sealingly clampable between the exhale counterlung section and the inhale counterlung section in an interior volume of the counterlung, and the counterlung comprises or consists of an elastically stretchable material so that the elasticity of the counterlung provides for the clamping force for sealingly clamping the breathing gas filter cartridge between the exhale counterlung section and the inhale counterlung section.
Rolling station which is intended to couple with a respective rolling cartridge or stand of a rolling line, said rolling cartridge or stand being provided with two rolling cylinders, a first rolling cylinder and a second rolling cylinder rotating in opposite directions, wherein said first rolling cylinder is put in rotation by a first motor by means of a first transmission device which is intended to couple with said first rolling cylinder of said cartridge or stand and wherein said second rolling cylinder is put in rotation by a second motor by means of a second transmission device which is intended to couple with said second rolling cylinder of said cartridge or stand characterised in that said rolling station is a compact structure comprising a supporting frame of the transmissions intended to house said first transmission device and said second transmission device said first transmission device and said second transmission device being supported by said supporting frame of the transmissions with the absence of universal joint type adapters, said first transmission device being a transmission with a chain of gears directly coupled with an output shaft of said first motor with the absence of universal joint type adapters and said second transmission device being a transmission with a chain of gears directly coupled with an output shaft of said second motor with the absence of universal joint type adapters allowing for a compacting of the structure of said rolling station, said rolling station being further characterised in that said first transmission device and said second transmission device include a first output pinion provided with a transmission slot for the engagement of the hub of a respective cylinder selected from said two cylinders of said stand or cartridge, said two rolling cylinders being adapted to be reciprocally placed side-by-side in a condition in which the first transmission device is coupled with the first rolling cylinder and a second transmission device is coupled with the second rolling cylinder in said side-by-side configuration, said first output pinion being controlled in rotation by means of the combined and coordinated action of a second torque division pinion integral with a first crown by which it is put in rotation and of a third torque division pinion integral with a second crown by which it is put in rotation, said first crown and said second crown being put in rotation by means of a fourth self-balanced pinion that is provided with a double toothed band in which a first toothed band constitutes a first gear transmitting the rotational motion to said first crown and in which a second toothed band constitutes a second gear transmitting the rotational motion to said second crown.
A discrete absorbent insert comprising, a first sheet, a second sheet in facing relation with the first sheet, an absorbent core positioned between the first sheet and the second sheet, wherein the absorbent core defines a core perimeter which includes a first absorbent core positioning notch, the first sheet and the second sheet extend beyond the core perimeter and are joined together to form a perimeter seal, the perimeter seal defines an absorbent insert perimeter which includes a first absorbent insert positioning notch, the first absorbent core positioning notch has a depth of 30 to 60 mm, the first absorbent insert positioning notch has a depth of 30 to 60 mm, and the first absorbent insert positioning notch is aligned with the first absorbent core positioning notch.