mhurhangee/ep-ind-claims huggingface dataset:
A tool with a through hole comprising: a base; and a diamond component held by the base, the diamond component being made of synthetic single crystal diamond or polycrystalline diamond, characterised in that when the length of the diamond component along a center line of the through hole is denoted as L1, and the maximum value of a diameter of a circle having the same area as a region surrounded by an outer edge of the diamond component in a cross section having the center line as a normal line is denoted as M1, the ratio L1/M1 between L1 and M1 being 1.0 or more. a base; and a diamond component held by the base, the diamond component being made of synthetic single crystal diamond or polycrystalline diamond, characterised in that when the length of the diamond component along a center line of the through hole is denoted as L1, and the maximum value of a diameter of a circle having the same area as a region surrounded by an outer edge of the diamond component in a cross section having the center line as a normal line is denoted as M1, the ratio L1/M1 between L1 and M1 being 1.0 or more.
A terminal material for connectors comprising a substrate made of copper or copper alloy, and a zinc layer made of zinc alloy and a tin layer made of tin alloy layered on the substrate in this order, wherein in the zinc layer and the tin layer, an adhesion amount of tin contained in a whole is not less than 0.5 mg/cm 2 and not more than 7.0 mg/cm 2, an adhesion amount of zinc contained in the whole is not less than 0.07 mg/cm 2 and not more than 2.0 mg/cm 2, and a zinc content percentage in a range of a depth of 0.3 μm from a surface of the tin layer is not less than 0.2% by mass and not more than 10% by mass, characterized in that at least one of the tin layer and the zinc layer contains one or more of manganese, molybdenum, cadmium and lead as an additive element and an adhesion amount thereof is not less than 0.01 mg/cm 2 and not more than 0.3 mg/cm 2, wherein the adhesion amount refers to the whole of the zinc layer and the tin layer.
Device (27, 29) for compensating an abnormal yawing moment in a vehicle having at least two wheel-specific drives (3, 5), wherein the device is configured to carry out a method comprising the following steps: detecting an event which indicates an abnormal yawing moment of the vehicle and in which a wheel of the vehicle is excessively decelerated owing to a defect at a wheel-specific drive which is assigned to the wheel, wherein the event which indicates an abnormal yawing moment of the vehicle - is detected on the basis of checking an ability of the affected wheel to roll, or - is detected on the basis of checking the wheel-specific drive of the affected wheel, or - is detected on the basis of uncorrectable excessive deceleration of the affected wheel; bringing about a compensation yawing moment which at least partially compensates the abnormal yawing moment of the vehicle, characterized in that the compensation yawing moment is brought about by selective deceleration of one or more other wheels of the vehicle, and in that the deceleration for bringing about the compensation yawing moment is implemented by activating a hydraulically activated, wheel-specific brake on the decelerated wheel or wheels. detecting an event which indicates an abnormal yawing moment of the vehicle and in which a wheel of the vehicle is excessively decelerated owing to a defect at a wheel-specific drive which is assigned to the wheel, wherein the event which indicates an abnormal yawing moment of the vehicle - is detected on the basis of checking an ability of the affected wheel to roll, or - is detected on the basis of checking the wheel-specific drive of the affected wheel, or - is detected on the basis of uncorrectable excessive deceleration of the affected wheel; - is detected on the basis of checking an ability of the affected wheel to roll, or - is detected on the basis of checking the wheel-specific drive of the affected wheel, or - is detected on the basis of uncorrectable excessive deceleration of the affected wheel; bringing about a compensation yawing moment which at least partially compensates the abnormal yawing moment of the vehicle, characterized in that the compensation yawing moment is brought about by selective deceleration of one or more other wheels of the vehicle, and in that the deceleration for bringing about the compensation yawing moment is implemented by activating a hydraulically activated, wheel-specific brake on the decelerated wheel or wheels.
A conductive thermoplastic composition comprising: 20 to 60 weight percent of a polyphenylene ether copolymer comprising 75 to 90 weight percent of 2,6-dimethyl-1,4-phenylene ether units and 10 to 25 weight percent of 2,3,6-trimethyl-1,4-phenylene ether units; 30 to 65 weight percent of a polyamide; 2 to 26 weight percent of an impact modifier selected from the group consisting of styrene-(ethylene-propylene) diblock copolymers, styrene-(ethylene-butylene)-styrene triblock copolymers, and combinations thereof; and 0.025 to 40 weight percent of an electrically conductive filler; wherein all weight percents are based on the total weight of the composition. 20 to 60 weight percent of a polyphenylene ether copolymer comprising 75 to 90 weight percent of 2,6-dimethyl-1,4-phenylene ether units and 10 to 25 weight percent of 2,3,6-trimethyl-1,4-phenylene ether units; 30 to 65 weight percent of a polyamide; 2 to 26 weight percent of an impact modifier selected from the group consisting of styrene-(ethylene-propylene) diblock copolymers, styrene-(ethylene-butylene)-styrene triblock copolymers, and combinations thereof; and 0.025 to 40 weight percent of an electrically conductive filler;
Method for contactless determination of at least one property of an at least partially melted quasi-endless strand (100, 100b) during a casting process of the quasi-endless strand (100, 100b), which cools down in a cooling zone, whereby a successive hardening of the quasi-endless strand (100, 100b) is enabled, comprising at least the following steps: - Emitting a first signal, in particular first radar signal, in the form of radiation by an emission device (11, 13, 31, 32), in particular a radar emission device (11, 13, 31, 32), - generating (S02a) a second signal, in particular second radar signal, at least partly by interaction (S02b) of the first signal with a region of the quasi-endless string (100, 100b), - receiving the second signal by a reception device (12, 13, 31, 32), in particular by a reception device (12, 13, 31, 32) for radar signals, - determining at least one property of the quasi-endless string (100, 100b) on the basis of the second signal, characterized in that at least the step of interacting (S02b) is performed within the cooling zone or upstream of the cooling zone. - Emitting a first signal, in particular first radar signal, in the form of radiation by an emission device (11, 13, 31, 32), in particular a radar emission device (11, 13, 31, 32), - generating (S02a) a second signal, in particular second radar signal, at least partly by interaction (S02b) of the first signal with a region of the quasi-endless string (100, 100b), - receiving the second signal by a reception device (12, 13, 31, 32), in particular by a reception device (12, 13, 31, 32) for radar signals, - determining at least one property of the quasi-endless string (100, 100b) on the basis of the second signal,
A computer-implemented operation-retry method for a job, comprising: detecting (101, 301) whether an operation in the job fails; and upon detecting that the operation in the job fails: collecting statistics (102, 304) on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing (104, 306) the operation after waiting for the calculated retry time. detecting (101, 301) whether an operation in the job fails; and upon detecting that the operation in the job fails: collecting statistics (102, 304) on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing (104, 306) the operation after waiting for the calculated retry time. collecting statistics (102, 304) on a progress of the job; configuring an incremental factor according to the progress of the job; calculating a retry time base according to a preset interval; calculating a retry time according to the incremental factor and the retry time base; and re-executing (104, 306) the operation after waiting for the calculated retry time.
Pick-up device comprising tools for raking and picking up products lying on the ground and which is intended to be mounted on an agricultural machine, the said pick-up device comprising a rotating part equipped with at least one support arm, the said raking and picking up tools being attached to the said at least one support arm, the said at least one support arm being able to pivot about a rotation axis with respect to the said rotating part by means of at least a first bearing and a second bearing, the said at least first and second bearings (A and B) each comprising an outer ring rigidly fastened to the said rotating part and with respect to which outer ring the said support arm is able to pivot about the said rotation axis, characterized in that at least the said first bearing comprises an inner ring, that the said inner ring can pivot about the said rotation axis with respect to the said outer ring, that the said inner ring is rigidly fastened to the said support arm, that a stop means connects the said inner ring to the said outer ring, and that the said stop means limits the displacement of the said support arm with respect to the said rotating part in a direction substantially parallel to the said rotation axis to a small or nil value.
A machine-readable medium on which are stored instructions, comprising instructions that when executed by a programmable device, cause the programmable device to: monitor for a connection attempt by a first device to connect to a first network; identify the first device has not previously connected to the first network; initiate a communication to a subscriber device via a second network (220, 235), the communication comprising information about the first device and requesting authorization to allow connection of the first device, wherein the information about the first device is collected using at least one of a passive network monitoring technique and an active fingerprinting technique; receive a response initiated from the subscriber device authorizing connection; and allow connection of the first device to the first network based on the response. monitor for a connection attempt by a first device to connect to a first network; identify the first device has not previously connected to the first network; initiate a communication to a subscriber device via a second network (220, 235), the communication comprising information about the first device and requesting authorization to allow connection of the first device, wherein the information about the first device is collected using at least one of a passive network monitoring technique and an active fingerprinting technique; receive a response initiated from the subscriber device authorizing connection; and allow connection of the first device to the first network based on the response.
An optical stack comprising: a first substrate; a nanostructure layer having a plurality of silver nanostructures on the first substrate, wherein the nanostructure layer has a thickness from 100 nm to 200 nm; an optically clear adhesive layer deposited on the nanostructure layer; wherein the silver nanostructures are in contact with the OCA layer, and wherein the OCA layer comprises one or more photo-stabilizers; characterised in that the OCA layer has a thickness from 25 μm to 250 μm. a first substrate; a nanostructure layer having a plurality of silver nanostructures on the first substrate, wherein the nanostructure layer has a thickness from 100 nm to 200 nm; an optically clear adhesive layer deposited on the nanostructure layer; wherein the silver nanostructures are in contact with the OCA layer, and wherein the OCA layer comprises one or more photo-stabilizers; characterised in that the OCA layer has a thickness from 25 μm to 250 μm.
A nonwoven papermaker's fabric comprising: a spiral wound machine direction layer of a first raw stock material having a desired length and a desired width; and a cross-machine direction layer of cross-machine direction elements of a second raw stock material, characterized in that the cross-machine direction layer is overlaid and mated with the spiral wound machine direction layer, wherein the fabric is adapted to have a neutral line offset towards a paper side of the fabric in a thickness direction of the fabric by applying the cross-machine direction layer that is thicker in caliper than the machine direction layer, the paper side of the fabric being formed by the spiral wound machine direction layer and the machine side of the fabric being formed by the cross-machine layer of the fabric. a spiral wound machine direction layer of a first raw stock material having a desired length and a desired width; and a cross-machine direction layer of cross-machine direction elements of a second raw stock material, characterized in that the cross-machine direction layer is overlaid and mated with the spiral wound machine direction layer, wherein the fabric is adapted to have a neutral line offset towards a paper side of the fabric in a thickness direction of the fabric by applying the cross-machine direction layer that is thicker in caliper than the machine direction layer, the paper side of the fabric being formed by the spiral wound machine direction layer and the machine side of the fabric being formed by the cross-machine layer of the fabric.
A circular or semi-circular surgical stapling apparatus, comprising: an anvil and a tubular body portion; a plurality of fasteners disposed in fastener slots of the tubular body portion, and fastener forming pockets being provided on the anvil; and a surgical buttress having a body portion and a skirt at the circumferential periphery of the stapling apparatus; the body portion of the surgical buttress being configured and dimensioned to substantially overlie at least some of the fastener slots of the tubular body portion; characterized in that: said skirt is resilient and is resiliently pulled over said tubular body portion. an anvil and a tubular body portion; a plurality of fasteners disposed in fastener slots of the tubular body portion, and fastener forming pockets being provided on the anvil; and a surgical buttress having a body portion and a skirt at the circumferential periphery of the stapling apparatus; the body portion of the surgical buttress being configured and dimensioned to substantially overlie at least some of the fastener slots of the tubular body portion; said skirt is resilient and is resiliently pulled over said tubular body portion.
A display assembly comprising: - a display having a rear surface; - a carrier, which is arranged behind said rear surface; - a rear covering element; - a main printed circuit board, which is coupled to said carrier by a centring system and is arranged between said carrier and said rear covering element; - first connection elements, which fix said rear covering element to said carrier so as to block the main printed circuit board between said rear covering element and said carrier; - second connection elements, which are distinct from said first connection elements and are designed to cause said rear covering element to be fixed relative to said display; characterized by comprising at least one first adhesive element, which fixes said carrier to said rear surface. - a display having a rear surface; - a carrier, which is arranged behind said rear surface; - a rear covering element; - a main printed circuit board, which is coupled to said carrier by a centring system and is arranged between said carrier and said rear covering element; - first connection elements, which fix said rear covering element to said carrier so as to block the main printed circuit board between said rear covering element and said carrier; - second connection elements, which are distinct from said first connection elements and are designed to cause said rear covering element to be fixed relative to said display;
A wind turbine driving device for rotationally driving a movable part of a wind turbine, comprising: a motor having an output shaft; a pinion meshing with a gear provided in the movable part; a speed reducer coupled to the output shaft of the motor and the pinion to reduce a speed of the motor to transmit a reduced driving force to the pinion; a first friction plate coupled to the output shaft of the motor; a second friction plate disposed so as to be contactable with the first friction plate and to generate a braking force to stop rotation of the output shaft by contacting the first friction plate; and a detection unit detecting a position of the second friction plate, wherein the detection unit includes a detection target portion and a detector that detects the detection target portion in order to detect the position of the second friction plate, and wherein one of the detection target portion and the detector is attached to the second friction plate, and the other of the detection target portion and the detector is attached to the motor. a motor having an output shaft; a pinion meshing with a gear provided in the movable part; a speed reducer coupled to the output shaft of the motor and the pinion to reduce a speed of the motor to transmit a reduced driving force to the pinion; a first friction plate coupled to the output shaft of the motor; a second friction plate disposed so as to be contactable with the first friction plate and to generate a braking force to stop rotation of the output shaft by contacting the first friction plate; and a detection unit detecting a position of the second friction plate, wherein the detection unit includes a detection target portion and a detector that detects the detection target portion in order to detect the position of the second friction plate, and wherein one of the detection target portion and the detector is attached to the second friction plate, and the other of the detection target portion and the detector is attached to the motor.
A method for activating/deactivating multiple secondary carriers, the method comprising: receiving a first order comprising a first combination of three order type bits and a first combination of three order bits, wherein the first combination of three order type bits and the first combination of three order bits provide activation/deactivation information relating to a first plurality of secondary carriers; determining from the first order one of the following: at least one secondary carrier to activate and at least one secondary carrier to deactivate, a plurality of secondary carriers to activate, or a plurality of secondary carriers to deactivate; and performing activation/deactivation of the first plurality of secondary carriers based on the determination. receiving a first order comprising a first combination of three order type bits and a first combination of three order bits, wherein the first combination of three order type bits and the first combination of three order bits provide activation/deactivation information relating to a first plurality of secondary carriers; determining from the first order one of the following: at least one secondary carrier to activate and at least one secondary carrier to deactivate, a plurality of secondary carriers to activate, or a plurality of secondary carriers to deactivate; and performing activation/deactivation of the first plurality of secondary carriers based on the determination.
A method for preparing frozen fried eggs, starting with fresh eggs, characterised in that it comprises: - cracking the eggs into corresponding molds impregnated with oil; - inserting the molds with the eggs into a convection oven at a temperature of between 232 and 252°C for a period of 130 to 150 seconds in order to fry the eggs; - inserting the molds with the fried eggs into a blast chiller at a temperature of between -23 and -13°C for a period of 15 to 25 minutes in order to freeze the fried eggs; and - individually bagging the molds with the frozen fried eggs. - cracking the eggs into corresponding molds impregnated with oil; - inserting the molds with the eggs into a convection oven at a temperature of between 232 and 252°C for a period of 130 to 150 seconds in order to fry the eggs; - inserting the molds with the fried eggs into a blast chiller at a temperature of between -23 and -13°C for a period of 15 to 25 minutes in order to freeze the fried eggs; and - individually bagging the molds with the frozen fried eggs.
An energy absorbing rub strip, the rub strip comprising: a dual density core material, the core material being configured to buckle under an application of a predetermined amount of force; and a fairing positioned over the core material, the fairing being configured to be attached to a fuselage of an aircraft, wherein support members connect the rub strip to structural members within the fuselage, wherein the density of the core material adjacent skin of the fuselage is lower than the density of the core material adjacent the support members connected to the fuselage. a dual density core material, the core material being configured to buckle under an application of a predetermined amount of force; and a fairing positioned over the core material, the fairing being configured to be attached to a fuselage of an aircraft, wherein support members connect the rub strip to structural members within the fuselage, wherein the density of the core material adjacent skin of the fuselage is lower than the density of the core material adjacent the support members connected to the fuselage.
Machining tool comprising at least one plate-shaped cutting insert (16, 116, 216, 316, 416), which is made of impact-resistant and/or wear-resistant cutting material at least in some sections and which is adhesively bonded to a cutting insert holder (14, 114, 214, 314, 414) directly by means of an adhesive layer in an immovable manner by means of a contact surface arrangement, wherein the cutting insert is substantially prism-shaped, and wherein the cutting insert is fixed on the cutting insert holder such that a section of an outer surface arrangement of the prism substantially opposite a cutting edge (S1, S2) is caught in a fitting groove (20, 120, 220, 320, 420) of the cutting insert holder (14, 114, 214, 314, 414), wherein a) a base area of the prism is adhesively bonded to the cutting insert holder (14, 114, 214, 314, 414) substantially over the full area, characterised in that b) the outer surface arrangement (MFA; F1, F2) of the prism adjacent to the cutting edge (S1, S2) for spatially fixing the cutter (S1, S2) is drawn to the tool such that the position of the cutter is spatially fixed, without further machining, within the specified tolerance range, while an adhesive film or an adhesive imprint is used as the adhesive layer, the thickness of which lies within the dimensional accuracy tolerance range of the tool cutting edge, e.g. between 5 μm and 100 μm. a) a base area of the prism is adhesively bonded to the cutting insert holder (14, 114, 214, 314, 414) substantially over the full area, characterised in that b) the outer surface arrangement (MFA; F1, F2) of the prism adjacent to the cutting edge (S1, S2) for spatially fixing the cutter (S1, S2) is drawn to the tool such that the position of the cutter is spatially fixed, without further machining, within the specified tolerance range, while an adhesive film or an adhesive imprint is used as the adhesive layer, the thickness of which lies within the dimensional accuracy tolerance range of the tool cutting edge, e.g. between 5 μm and 100 μm.