mhurhangee/ep-ind-claims huggingface dataset:
A line roller for guiding a fishing line to a spool of a spinning reel for fishing, comprising: a cylindrical guide member comprising a guide surface on an outer perimeter, and configured to guide the fishing line; an axle bearing member rotatably supporting an inner perimeter surface of the guide member; and a support member supporting the axle bearing member, the axle bearing member comprising an inner ring supported by the support member, an outer ring configured to be integrally rotated with the guide member, a rolling body disposed between the inner ring and the outer ring, and a grease holding unit, wherein the grease holding unit comprises a first grease holding portion protruding radially outwardly from the inner ring, and a second grease holding portion protruding radially inwardly from the outer ring, said line roller being characterized in that the grease holding unit is holding a water-repellent grease between the inner ring and the outer ring, wherein the second grease holding portion has a side surface opposing a side surface of the first grease holding portion, and the water-repellent grease is held between the side surface of the first grease holding portion and the side surface of the second grease holding portion, wherein the grease holding unit is configured such that the second grease holding portion comprises a recess, the first grease holding portion is inserted in the recess leaving a gap, and the water-repellent grease is held in the gap. a cylindrical guide member comprising a guide surface on an outer perimeter, and configured to guide the fishing line; an axle bearing member rotatably supporting an inner perimeter surface of the guide member; and a support member supporting the axle bearing member, the axle bearing member comprising an inner ring supported by the support member, an outer ring configured to be integrally rotated with the guide member, a rolling body disposed between the inner ring and the outer ring, and a grease holding unit, wherein the grease holding unit comprises a first grease holding portion protruding radially outwardly from the inner ring, and a second grease holding portion protruding radially inwardly from the outer ring, said line roller being characterized in that the grease holding unit is holding a water-repellent grease between the inner ring and the outer ring, wherein the second grease holding portion has a side surface opposing a side surface of the first grease holding portion, and the water-repellent grease is held between the side surface of the first grease holding portion and the side surface of the second grease holding portion, wherein the grease holding unit is configured such that the second grease holding portion comprises a recess, the first grease holding portion is inserted in the recess leaving a gap, and the water-repellent grease is held in the gap.
Sample container carrier for a laboratory sample distribution system, - wherein the sample container carrier is adapted to carry one or more sample containers, - wherein the sample container carrier is adapted to be moved over a horizontal transport plane of the laboratory sample distribution system, and - wherein the sample container carrier comprises a magnetic element, wherein the magnetic element comprises a magnetically active device in form of a permanent magnet, wherein the magnetic element is adapted to interact with a magnetic field generated by means of the laboratory sample distribution system such that a magnetic move force is applied to the sample container carrier, characterized in that - the magnetically active device has a horizontal cross section of a regular polygon, - the magnetic element is arranged such that the magnetic move force depends from an angularity of the sample container carrier being placed on the transport plane, and - the magnetic element comprises a ferromagnetic or ferrimagnetic guiding device, - wherein the guiding device is formed as a cover covering the magnetically active device at least partially, - wherein the guiding device has a horizontal cross section comprising a number of sectors, and - wherein the sectors are distant from each other and are each originating at a common central part of the guiding device. - wherein the sample container carrier is adapted to carry one or more sample containers, - wherein the sample container carrier is adapted to be moved over a horizontal transport plane of the laboratory sample distribution system, and - wherein the sample container carrier comprises a magnetic element, wherein the magnetic element comprises a magnetically active device in form of a permanent magnet, wherein the magnetic element is adapted to interact with a magnetic field generated by means of the laboratory sample distribution system such that a magnetic move force is applied to the sample container carrier, characterized in that - the magnetically active device has a horizontal cross section of a regular polygon, - the magnetic element is arranged such that the magnetic move force depends from an angularity of the sample container carrier being placed on the transport plane, and - the magnetic element comprises a ferromagnetic or ferrimagnetic guiding device, - wherein the guiding device is formed as a cover covering the magnetically active device at least partially, - wherein the guiding device has a horizontal cross section comprising a number of sectors, and - wherein the sectors are distant from each other and are each originating at a common central part of the guiding device. - wherein the guiding device is formed as a cover covering the magnetically active device at least partially, - wherein the guiding device has a horizontal cross section comprising a number of sectors, and - wherein the sectors are distant from each other and are each originating at a common central part of the guiding device.
A method for authorizing access to a product by a customer, the method comprising: receiving from a customer device a product key that identifies the product and a product region; receiving a customer address associated with the customer device; identifying from the customer address a customer region indicating where the customer device is located; when the product region matches the customer region, authorizing access to the product by the customer; the method being characterized in that it further comprises: when the product region does not match the customer region, applying blocking rules to determine whether access to the product by the customer should be blocked, wherein a blocking rule indicates to not block access when confidence that a customer country associated with the customer address is correctly identified is below a threshold confidence, upon determining that access should be blocked, blocking access to the product by the customer; and upon determining that access should not be blocked, authorizing access to the product by the customer, the method further comprising adjusting the threshold degree of confidence to meet a target goal for limiting accesses that are not authorized. receiving from a customer device a product key that identifies the product and a product region; receiving a customer address associated with the customer device; identifying from the customer address a customer region indicating where the customer device is located; when the product region matches the customer region, authorizing access to the product by the customer; the method being characterized in that it further comprises: when the product region does not match the customer region, applying blocking rules to determine whether access to the product by the customer should be blocked, wherein a blocking rule indicates to not block access when confidence that a customer country associated with the customer address is correctly identified is below a threshold confidence, upon determining that access should be blocked, blocking access to the product by the customer; and upon determining that access should not be blocked, authorizing access to the product by the customer, the method further comprising adjusting the threshold degree of confidence to meet a target goal for limiting accesses that are not authorized. when the product region does not match the customer region, applying blocking rules to determine whether access to the product by the customer should be blocked, wherein a blocking rule indicates to not block access when confidence that a customer country associated with the customer address is correctly identified is below a threshold confidence, upon determining that access should be blocked, blocking access to the product by the customer; and upon determining that access should not be blocked, authorizing access to the product by the customer, the method further comprising adjusting the threshold degree of confidence to meet a target goal for limiting accesses that are not authorized.
A method for synthesizing at least one compound of the following formula or one of the salts thereof, where R represents a COOH, CH 2 OH or CHO group, Characterized in that but-3-ene-1,2-diol is subjected to oxidation in the presence of a catalyst, said catalyst comprising an active phase based on at least one noble metal selected from palladium, gold, silver, platinum, rhodium, osmium, ruthenium and iridium, and a support containing base sites and selected from hydrotalcites, brucites, hydroxyapatite Ca 10 (PO 4) 6 2, tricalcium phosphate Ca 3 (PO 4) 2, calcium hydrogenphosphate CaHPO 4 H 2 O, calcium diphosphate Ca 2 P 2 O 7, octacalcium phosphate Ca 8 H 2 (PO 4) 6.5H 2 O, tetracalcium phosphate Ca 4 (PO 4) 2 O, amorphous calcium phosphates Ca 3 (PO 4) 2.nH 2 O, phosphates, diphosphates, and hydrogenphosphates of calcium, cesium, lithium, rubidium, potassium, magnesium, barium, cerium, lanthanum, aluminum, zinc, copper, and mixtures thereof. where R represents a COOH, CH 2 OH or CHO group, Characterized in that but-3-ene-1,2-diol is subjected to oxidation in the presence of a catalyst, said catalyst comprising an active phase based on at least one noble metal selected from palladium, gold, silver, platinum, rhodium, osmium, ruthenium and iridium, and a support containing base sites and selected from hydrotalcites, brucites, hydroxyapatite Ca 10 (PO 4) 6 2, tricalcium phosphate Ca 3 (PO 4) 2, calcium hydrogenphosphate CaHPO 4 H 2 O, calcium diphosphate Ca 2 P 2 O 7, octacalcium phosphate Ca 8 H 2 (PO 4) 6.5H 2 O, tetracalcium phosphate Ca 4 (PO 4) 2 O, amorphous calcium phosphates Ca 3 (PO 4) 2.nH 2 O, phosphates, diphosphates, and hydrogenphosphates of calcium, cesium, lithium, rubidium, potassium, magnesium, barium, cerium, lanthanum, aluminum, zinc, copper, and mixtures thereof.
Method for automatic piloting of a rotary wing aircraft, said aircraft comprising at least one thruster propeller, said rotary wing comprising at least one rotor equipped with a plurality of blades, characterized in that, during an assisted mode of piloting for maintaining an angle of attack, the aerodynamic angle of attack (α) of the aircraft is maintained equal to a reference angle of attack (α*) by automatically controlling the collective pitch of said blades and as a function of a longitudinal attitude and of a speed of travel of the aircraft.
Vehicle seat device for a motor vehicle, having a vehicle seat which has a seat frame with at least one guide rail for the longitudinally displaceable mounting of the vehicle seat relative to a vehicle body, having a locking device for locking the vehicle seat in a plurality of sliding positions along the guide rail, having a shiftable actuating lever, which is coupled to the locking device, for releasing the locking, and having an inertia lock which is designed to prevent displacement of the vehicle seat in the sliding direction when a critical deceleration occurs, and wherein the inertia lock has a blocking element which is mounted pivotably about a horizontal axis and lies at a distance from the actuating lever in a neutral position and, when a critical deceleration occurs, is pivoted by its inertia into a blocking position in such a manner that it lies on the actuating lever so as to block same, characterized in that, in the neutral position, the blocking element is arranged at a distance from the actuating lever and from a support element arranged fixedly on the vehicle seat, wherein the support element limits the pivoting path of the blocking element beyond the blocking position in such a manner that the blocking element lies on the support element in the blocking position, in that the blocking element has two limbs (13, 14) which are connected to each other at one end and are aligned in a V-shaped or L-shaped manner with respect to each other, in that each of the limbs (13, 14) has a contact surface (18, 19), which faces away from the respectively other limb (13, 14), for the support element, and in that the free ends of the limbs (13, 14) each have a supporting surface (20, 21) for planar support on the actuating lever.
An open-type refrigerant compressor comprising: a housing; a suction port which is formed in the housing; a compression mechanism which is provided inside the housing and is configured to compress a refrigerant gas containing a lubricant; a drive shaft which is configured to drive the compression mechanism; a seal member which is provided in a shaft hole through which the drive shaft protrudes from the housing to an outside so as to prevent the refrigerant gas from leaking from an inside of the housing to the outside thereof; a refrigerant supply passage which is continuous from the inside of the housing to the seal member; and a refrigerant gas distribution portion which is configured to distribute the refrigerant gas introduced from the suction port to the inside of the housing to the refrigerant supply passage side and the compression mechanism side, wherein a distribution ratio of the refrigerant gas distributed by the refrigerant gas distribution portion is set such that an amount distributed to the refrigerant supply passage side is greater than an amount distributed to the compression mechanism side, the open-type refrigerant compressor characterized in that the refrigerant gas distribution portion is attached to the inside of the housing as a separate part, and at least a portion of the refrigerant supply passage is formed by covering a refrigerant supply groove (32a, 32b) formed on an inner surface of the housing with the refrigerant gas distribution portion. a housing; a suction port which is formed in the housing; a compression mechanism which is provided inside the housing and is configured to compress a refrigerant gas containing a lubricant; a drive shaft which is configured to drive the compression mechanism; a seal member which is provided in a shaft hole through which the drive shaft protrudes from the housing to an outside so as to prevent the refrigerant gas from leaking from an inside of the housing to the outside thereof; a refrigerant supply passage which is continuous from the inside of the housing to the seal member; and a refrigerant gas distribution portion which is configured to distribute the refrigerant gas introduced from the suction port to the inside of the housing to the refrigerant supply passage side and the compression mechanism side, wherein a distribution ratio of the refrigerant gas distributed by the refrigerant gas distribution portion is set such that an amount distributed to the refrigerant supply passage side is greater than an amount distributed to the compression mechanism side, the open-type refrigerant compressor characterized in that the refrigerant gas distribution portion is attached to the inside of the housing as a separate part, and at least a portion of the refrigerant supply passage is formed by covering a refrigerant supply groove (32a, 32b) formed on an inner surface of the housing with the refrigerant gas distribution portion.
A liquid level sensing system, comprising: a housing of a tank configured to hold a liquid; a first temperature sensor connected to the housing and configured to output a first signal representing a first temperature measured at the first temperature sensor; a second temperature sensor connected to the housing and configured to output a second signal representing a second temperature measured at the second temperature sensor; a circuit configured to receive the first and second signals as input and to provide an output signal proportional to the time rate of change of the difference between the first signal and the second signal, wherein the circuit includes a differentiator configured and adapted to receive an input signal based on the first and second signals received by the circuit for determining a liquid level within the housing, wherein the first temperature sensor and the second temperature sensor are spaced apart by a predetermined distance in the direction of a velocity of the liquid level within the housing when in use. a housing of a tank configured to hold a liquid; a first temperature sensor connected to the housing and configured to output a first signal representing a first temperature measured at the first temperature sensor; a second temperature sensor connected to the housing and configured to output a second signal representing a second temperature measured at the second temperature sensor; a circuit configured to receive the first and second signals as input and to provide an output signal proportional to the time rate of change of the difference between the first signal and the second signal, wherein the circuit includes a differentiator configured and adapted to receive an input signal based on the first and second signals received by the circuit for determining a liquid level within the housing, wherein the first temperature sensor and the second temperature sensor are spaced apart by a predetermined distance in the direction of a velocity of the liquid level within the housing when in use.
A device for capturing vibrations produced by an object, the device comprising: a first sensor in contact with a surface of the object; a second sensor being a coil sensor and spaced apart from the first sensor; characterized by a clamping mechanism configured to fix the device and thus both, the first sensor and the second sensor, to the object, wherein the first sensor is placed in contact with the object by the clamping mechanism, wherein the second sensor is spaced apart from the object, suspended above the object, and located at a fixed location relative to the object by the clamping mechanism, and wherein the first sensor is a sensor element which captures vibration in the object at the clamping mechanism. a first sensor in contact with a surface of the object; a second sensor being a coil sensor and spaced apart from the first sensor; characterized by a clamping mechanism configured to fix the device and thus both, the first sensor and the second sensor, to the object, wherein the first sensor is placed in contact with the object by the clamping mechanism, wherein the second sensor is spaced apart from the object, suspended above the object, and located at a fixed location relative to the object by the clamping mechanism, and wherein the first sensor is a sensor element which captures vibration in the object at the clamping mechanism.
A head-mounted display device, characterized by: a front piece, adapted for placing a display device; and an annular piece adapted to contact a face of a user so that ambient light does not enter the head-mounted display device, the annular piece comprising a pair of compression portions, a pair of rotating portions, and connection portions, wherein the pair of rotating portions are respectively located on the two opposite ends of each of the pair of compression portions, the annular piece is separate from the front piece, the front piece has an accommodation space, and the annular piece is disposed in the accommodation space, and the annular piece is connected to the front piece via the pair of compression portions, when the pair of compression portions are compressed toward the front piece, the pair of rotating portions are adapted to be rotated relative to the pair of compression portions, so as to conform to the peripheral of the user's eyes, by the pair of compression portions being compressed, and rotation directions of the pair of rotating portions are opposite to each other, wherein each of the connection portions is connected between the pair of compression portions and the pair of rotating portions to form a gap to allow the pair of rotating portions to be moved or rotated freely without obstructions by the pair of compression portions and has a second opening facing toward a side away from the front piece. a front piece, adapted for placing a display device; and an annular piece adapted to contact a face of a user so that ambient light does not enter the head-mounted display device, the annular piece comprising a pair of compression portions, a pair of rotating portions, and connection portions, wherein the pair of rotating portions are respectively located on the two opposite ends of each of the pair of compression portions, the annular piece is separate from the front piece, the front piece has an accommodation space, and the annular piece is disposed in the accommodation space, and the annular piece is connected to the front piece via the pair of compression portions, when the pair of compression portions are compressed toward the front piece, the pair of rotating portions are adapted to be rotated relative to the pair of compression portions, so as to conform to the peripheral of the user's eyes, by the pair of compression portions being compressed, and rotation directions of the pair of rotating portions are opposite to each other, wherein each of the connection portions is connected between the pair of compression portions and the pair of rotating portions to form a gap to allow the pair of rotating portions to be moved or rotated freely without obstructions by the pair of compression portions and has a second opening facing toward a side away from the front piece.
A digital up-conversion system for a concurrent multi-band signal, comprising: a plurality of digital up-converter chains configured to provide digital up-conversion for different ones of a plurality of frequency bands of a concurrent multi-band signal; a digital combiner configured to digitally combine a plurality of up-converted digital signals output from the plurality of digital up-converter chains to provide a combined digital signal; and one or more additional processing components configured to process the combined digital signal to provide the concurrent multi-band signal, the one or more additional processing components comprising a combined up-converter that provides additional up-conversion and a digital-to-analog converter. a plurality of digital up-converter chains configured to provide digital up-conversion for different ones of a plurality of frequency bands of a concurrent multi-band signal; a digital combiner configured to digitally combine a plurality of up-converted digital signals output from the plurality of digital up-converter chains to provide a combined digital signal; and one or more additional processing components configured to process the combined digital signal to provide the concurrent multi-band signal, the one or more additional processing components comprising a combined up-converter that provides additional up-conversion and a digital-to-analog converter.