mhurhangee/ep-ind-claims huggingface dataset:
Seat adjusting device, in particular for a vehicle seat, wherein the seat adjusting device has a coupling means for coupling a backrest inclination adjusting device to a seat longitudinal position fixing device, wherein the coupling means has at least one first actuating means and a second actuating means, wherein the second actuating means has a guide surface, wherein the first actuating means is connected to the backrest inclination adjusting device or to a backrest part, wherein the second actuating means is connected to the seat longitudinal position fixing device, and wherein the coupling means is configured in such a manner that, when the backrest inclination adjusting device is actuated, the first actuating means interacts with the guide surface of the second actuating means in order to actuate the seat longitudinal position fixing device, characterized in that the first actuating means has a projection, wherein the projection is provided in a manner such that it can interact with the guide surface of the second actuating means, wherein the projection is in contact with the guide surface after a certain minimum adjustment distance, and wherein the guide surface has an irregular curvature.
A process for repairing a part made of organic matrix composite material coated with at least one layer of paint comprising the following steps: a) removing the paint at a damaged area of the part, b) removing the composite material at the damaged area so as to form a recessed portion, c) depositing a repair resin in the recessed portion d) curing the repair resin, e) applying at least one layer of paint to the repair area, wherein the repair resin is loaded with magnetically detectable particles, the process further comprising, prior to steps a) through e), a step of checking for the absence of a repair resin loaded with magnetically detectable particles at a determined distance from the damaged area. a) removing the paint at a damaged area of the part, b) removing the composite material at the damaged area so as to form a recessed portion, c) depositing a repair resin in the recessed portion d) curing the repair resin, e) applying at least one layer of paint to the repair area, wherein the repair resin is loaded with magnetically detectable particles, the process further comprising, prior to steps a) through e), a step of checking for the absence of a repair resin loaded with magnetically detectable particles at a determined distance from the damaged area.
Footwear for the sport of ski jumping, comprising a cuff hinged pivotably to a semi-rigid foot shell about a malleolar hinge axis, comprising means of adjusting the angular inclination of the cuff relative to the foot shell in a sagittal plane in which the cuff can pivot from and towards the toe and heel areas of the footwear, characterized in that these means comprise, in each area of hinging of the cuff to the foot shell, at least a first and a second disc-like element (6, 7) which are fastened to the cuff and to the foot shell respectively, coaxially with the hinge axis, and which are also fastened axially to each other and are rotatable relative to each other about the hinge axis, at least one locking appendage being provided on the first disc-like element and being selectively engageable in a seat provided in the second element in order to limit the relative rotation between these elements (6, 7) in the configuration which is appropriate for the act of jumping, and in that it comprises a lever device associated with the locking appendage and hinged on the first disc-like element to provide rapid disengagement of the appendage from the corresponding seat, such that free rotation is allowed between these elements (6, 7) when the appendage is disengaged from the seat, whereby the cuff can pivot freely relative to the foot shell, particularly so as to allow the cuff to be placed in a vertical position which favours comfortable travel when the act of jumping is not being performed.
A modified alloy, comprising: a base alloy composition including a concentration of a gamma prime antioxidant less than an effective concentration of the gamma prime antioxidant; and additive gamma prime antioxidant intermixed with the base alloy composition to form the modified alloy, the additive gamma prime antioxidant increasing the concentration of the gamma prime antioxidant to be at least the effective concentration of the gamma prime antioxidant, the gamma prime antioxidant preferentially segregating to a gamma prime phase of the modified alloy, wherein the effective concentration is a concentration which imparts a property in the modified alloy of reduced oxidation susceptibility of the gamma prime phase in comparison with a base alloy consisting of the base alloy composition, wherein the gamma prime antioxidant comprises yttrium, lanthanum, cerium and combinations thereof, wherein the effective concentration of the gamma prime antioxidant in the modified alloy is from 0.1% to 1%, by weight. a base alloy composition including a concentration of a gamma prime antioxidant less than an effective concentration of the gamma prime antioxidant; and additive gamma prime antioxidant intermixed with the base alloy composition to form the modified alloy, the additive gamma prime antioxidant increasing the concentration of the gamma prime antioxidant to be at least the effective concentration of the gamma prime antioxidant, the gamma prime antioxidant preferentially segregating to a gamma prime phase of the modified alloy, wherein the effective concentration is a concentration which imparts a property in the modified alloy of reduced oxidation susceptibility of the gamma prime phase in comparison with a base alloy consisting of the base alloy composition, wherein the gamma prime antioxidant comprises yttrium, lanthanum, cerium and combinations thereof, wherein the effective concentration of the gamma prime antioxidant in the modified alloy is from 0.1% to 1%, by weight.
A system, comprising: a photodetector circuit comprising a first photodetector, a second photodetector, and a cathode that comprises a circuit terminal coupled to both the first photodetector and the second photodetector; a total current monitoring device configured to measure an amount of current transmitted through the cathode; and a transimpedance amplifier circuit coupled to the photodetector circuit and the total current monitoring device, wherein the transimpedance amplifier circuit comprises: a first input terminal configured to obtain a first photocurrent from the first photodetector, a second input terminal configured to obtain a second photocurrent from the second photodetector, an amplifier configured to output, using the first photocurrent and the second photocurrent, a first output signal and a second output signal, and a differential current monitoring device configured to determine a differential voltage proportional to a current difference between the first photocurrent and the second photocurrent. a photodetector circuit comprising a first photodetector, a second photodetector, and a cathode that comprises a circuit terminal coupled to both the first photodetector and the second photodetector; a total current monitoring device configured to measure an amount of current transmitted through the cathode; and a transimpedance amplifier circuit coupled to the photodetector circuit and the total current monitoring device, wherein the transimpedance amplifier circuit comprises: a first input terminal configured to obtain a first photocurrent from the first photodetector, a second input terminal configured to obtain a second photocurrent from the second photodetector, an amplifier configured to output, using the first photocurrent and the second photocurrent, a first output signal and a second output signal, and a differential current monitoring device configured to determine a differential voltage proportional to a current difference between the first photocurrent and the second photocurrent. a first input terminal configured to obtain a first photocurrent from the first photodetector, a second input terminal configured to obtain a second photocurrent from the second photodetector, an amplifier configured to output, using the first photocurrent and the second photocurrent, a first output signal and a second output signal, and a differential current monitoring device configured to determine a differential voltage proportional to a current difference between the first photocurrent and the second photocurrent.
A method of determining the probability that an individual has colorectal cancer, the method comprising the steps of: i) analysing a stool sample collected from said individual to detect whether the volatile organic compound isopropanol is present; ii) if isopropanol is present in step i), determining the amount of isopropanol that is present and comparing the amount detected with a control value; wherein the presence of an increased amount of isopropanol in the stool compared to the control value is indicative of an increased probability that the individual has colorectal cancer. i) analysing a stool sample collected from said individual to detect whether the volatile organic compound isopropanol is present; ii) if isopropanol is present in step i), determining the amount of isopropanol that is present and comparing the amount detected with a control value;
A door handle system for a motor vehicle comprising a fastening console; at least one component movable relative to the fastening console; and at least one sensor for detecting a position of the movable component relative to the fastening console, characterized in that the sensor is an inductive sensor and is attached to the fastening console and detects the position of a movable electrically conductive detection element, with the detection element continuously widening in a direction of movement.
A client device configured to choose a wireless network, the client device comprising: a location determination module configured to determine a location of the client device and to determine whether the location is within an area defining a relevant location for the client device; a subscriber identification module, SIM, containing more than one profile, with different access credentials, for connecting to a plurality of wireless networks; and a wireless network selection module configured to: collect wireless network parameters from each of the plurality of wireless networks available at the location of the client device if the location is within the area defining the relevant location; determine a highest quality wireless network based on the collected network parameters; and connect via a wireless network interface with the determined highest quality wireless network using an individual profile on the SIM that corresponds to the highest quality wireless network. a location determination module configured to determine a location of the client device and to determine whether the location is within an area defining a relevant location for the client device; a subscriber identification module, SIM, containing more than one profile, with different access credentials, for connecting to a plurality of wireless networks; and a wireless network selection module configured to: collect wireless network parameters from each of the plurality of wireless networks available at the location of the client device if the location is within the area defining the relevant location; determine a highest quality wireless network based on the collected network parameters; and connect via a wireless network interface with the determined highest quality wireless network using an individual profile on the SIM that corresponds to the highest quality wireless network. collect wireless network parameters from each of the plurality of wireless networks available at the location of the client device if the location is within the area defining the relevant location; determine a highest quality wireless network based on the collected network parameters; and connect via a wireless network interface with the determined highest quality wireless network using an individual profile on the SIM that corresponds to the highest quality wireless network.
A system for handling cargo on board and to/from a vessel, said system including a cargo vessel with a plurality of cargo decks, a number of side doors, a cargo elevator located inside each side door communicating with said cargo decks, and a crane located inside each side door, characterized i n that the system further includes a number of standardized cargo load platforms with foldable legs, the cargo load platforms being adapted to store cargo, the cargo load platforms being stored on the cargo decks in slots along the sides of the vessel and transverse to the longitudinal axis of the vessel and with a passageway between the slots along the longitudinal axis of the vessel, the system further includes a number of trolleys adapted to transport the load platforms between the slots and the cargo elevators, the trolleys being adapted to fold or unfold the legs on the load platforms.
Support bearing element (10; 110; 210) for an extruder screw for a multi-screw extruder, at least comprising: - a cone (11; 111; 211); - a plurality of grooves (15; 115; 215), which are disposed on the external circumference and are axially parallel to the rotation axis of the support bearing element (10; 110; 210), for receiving in each case one satellite screw and a drive pinion connected thereto; characterized in that provided in the groove (15; 115; 215) is at least one friction bearing (70; 170; 270) for mounting the satellite screw next to the drive pinion of the latter, wherein the friction bearing (70; 170; 270) is disposed or configured in a bearing receptacle configured on the support bearing element. - a cone (11; 111; 211); - a plurality of grooves (15; 115; 215), which are disposed on the external circumference and are axially parallel to the rotation axis of the support bearing element (10; 110; 210), for receiving in each case one satellite screw and a drive pinion connected thereto;
A method for frame synchronization between a transmitting device and a receiving device, comprising: extracting (1504, 1506) at least two different bit sequences S 0 and S 1 from a bit stream of a received data burst, each of the bit sequences S 0 and S 1 comprising a plurality of first bits of the bit stream; decoding the bit sequences S 0 and S 1 to obtain decoded bit sequences S' 0 and S' 1; using (1510, 1512) the decoded bit sequence S' 0 to determine a first Bit Error Rate, BER, estimate for a vocoder voice frame and the decoded bit sequence S' 1 to determine a second BER estimate for the vocoder voice frame; combining the first and second BER estimates to obtain a first combined BER estimate; modifying each of the bit sequences S 0 and S 1 so that it includes at least one second bit of the bit stream which is not included in the plurality of first bits; iteratively repeating the decoding, using, combining and modifying steps to obtain a plurality of second combined BER estimates; analyzing (1516, 1518, 1522) the first combined BER estimate and the plurality of second combined BER estimates to identify a minimum combined BER estimate therefrom; and using the minimum combined BER estimate to determine a location of the vocoder voice frame within the data burst. extracting (1504, 1506) at least two different bit sequences S 0 and S 1 from a bit stream of a received data burst, each of the bit sequences S 0 and S 1 comprising a plurality of first bits of the bit stream; decoding the bit sequences S 0 and S 1 to obtain decoded bit sequences S' 0 and S' 1; using (1510, 1512) the decoded bit sequence S' 0 to determine a first Bit Error Rate, BER, estimate for a vocoder voice frame and the decoded bit sequence S' 1 to determine a second BER estimate for the vocoder voice frame; combining the first and second BER estimates to obtain a first combined BER estimate; modifying each of the bit sequences S 0 and S 1 so that it includes at least one second bit of the bit stream which is not included in the plurality of first bits; iteratively repeating the decoding, using, combining and modifying steps to obtain a plurality of second combined BER estimates; analyzing (1516, 1518, 1522) the first combined BER estimate and the plurality of second combined BER estimates to identify a minimum combined BER estimate therefrom; and using the minimum combined BER estimate to determine a location of the vocoder voice frame within the data burst.
Pneumatic vehicle tyre with a tread, a tyre breaker belt, a tyre sidewall, a tyre shoulder, a tyre inner core and a tyre bead with a bead core and a bead filler, the tyre breaker belt comprising at least two belt plies (6, 7) with embedded reinforcing elements, the bead filler enclosing the bead core rotationally symmetrically in relation to the axial axis of the pneumatic vehicle tyre and at least one carcass insert being turned up around the bead core with the bead filler, the vehicle tyre being a high-speed low-section tyre, an additional rubber ply being arranged inside the tyre inner core on the inner side of the tyre, the radially inner end of the rubber ply being arranged in the region of the tyre bead radially outside the underside of the tyre bead core, the rubber ply covering over the tyre inner core as far as into the region of the tyre shoulder, the radially outer end of the rubber ply ending in the axial direction of the vehicle tyre radially inside the first rubber ply, the rubber ply preventing a concentration of heat and formation of folds on the upper side of the covered tyre inner core, characterized in that the material thickness of the rubber ply is between 0.2 and 1.0 mm.
A manufacturing method for an aluminum nonwoven fiber material for a current collector of electric power storage equipment, comprising: a block forming procedure, extruding molten aluminum into a space through micropores and, moreover, making aluminum fibers formed by extrusion fall on a predetermined support surface, thereby forming an aluminum fiber block on the support surface; a short fiber removing procedure, performing removing treatment on aluminum short fibers shorter than a predetermined length from the aluminum fiber block, thereby treating the aluminum fiber block into the aluminum nonwoven fiber material for the current collector and a pressurization procedure after the short fiber removing procedure, and the pressurization procedure comprising pressurizing the aluminum fiber block subjected to the short fiber removing procedure to form the aluminum nonwoven fiber material; in the removing treatment, applying vibration to the aluminum fiber block to remove the aluminum short fibers; performing a pressure reduction procedure of turning the space into negative pressure before the block forming procedure. a block forming procedure, extruding molten aluminum into a space through micropores and, moreover, making aluminum fibers formed by extrusion fall on a predetermined support surface, thereby forming an aluminum fiber block on the support surface; a short fiber removing procedure, performing removing treatment on aluminum short fibers shorter than a predetermined length from the aluminum fiber block, thereby treating the aluminum fiber block into the aluminum nonwoven fiber material for the current collector and a pressurization procedure after the short fiber removing procedure, and the pressurization procedure comprising pressurizing the aluminum fiber block subjected to the short fiber removing procedure to form the aluminum nonwoven fiber material; in the removing treatment, applying vibration to the aluminum fiber block to remove the aluminum short fibers; performing a pressure reduction procedure of turning the space into negative pressure before the block forming procedure.
A percutaneous access sheath for providing minimally invasive access for percutaneous nephrostomy or bladder access comprising an elongate tubular structure, at least a portion of said elongate tubular structure being expandable from a first, smaller cross-sectional profile to a second, greater cross-sectional profile, characterized by: an inflatable balloon disposed within the expandable portion of said elongate tubular structure to expand said expandable portion from said first, smaller cross-sectional profile to said second, greater cross-sectional profile, and a releasable jacket carried by the access sheath to restrain at least a portion of the expandable portion of said elongate tubular structure in said first, smaller cross-sectional profile, wherein when the expandable portion of said elongate tubular structure is in said first smaller configuration, the expandable portion comprises two longitudinally extending creased outer sections (111a, 111b) which lie on a perimeter of the portion and face each other, two longitudinally extending creased inner sections (113a, 113b) which lie within the expandable portion and face away from each other, and a non-creased outer section without opposing or facing creases which lies on the perimeter of the expandable portion and extends continuously between the two creased outer sections (111a, 111b). an inflatable balloon disposed within the expandable portion of said elongate tubular structure to expand said expandable portion from said first, smaller cross-sectional profile to said second, greater cross-sectional profile, and a releasable jacket carried by the access sheath to restrain at least a portion of the expandable portion of said elongate tubular structure in said first, smaller cross-sectional profile, wherein when the expandable portion of said elongate tubular structure is in said first smaller configuration, the expandable portion comprises two longitudinally extending creased outer sections (111a, 111b) which lie on a perimeter of the portion and face each other, two longitudinally extending creased inner sections (113a, 113b) which lie within the expandable portion and face away from each other, and a non-creased outer section without opposing or facing creases which lies on the perimeter of the expandable portion and extends continuously between the two creased outer sections (111a, 111b).
A method comprising: at a computing system including one or more processors and non-transitory memory, wherein the computing system is communicatively coupled to one or more cameras, a first mobile display device, and a second mobile display device: causing presentation of a content creation interface via the first mobile display device, wherein the content creation interface facilitates creation of a three-dimensional, 3D, computer-generated graphical object for presentation on the second mobile display device based on a sketch of a candidate object; obtaining an input directed to the content creation interface, wherein the input corresponds to the sketch of a candidate object; obtaining a 3D model using the input that corresponds to the sketch of the candidate object; generating the 3D computer-generated graphical object using the obtained 3D model; and causing presentation of the 3D computer-generated graphical object via the second mobile display device together with imagery obtained via the one or more cameras. causing presentation of a content creation interface via the first mobile display device, wherein the content creation interface facilitates creation of a three-dimensional, 3D, computer-generated graphical object for presentation on the second mobile display device based on a sketch of a candidate object; obtaining an input directed to the content creation interface, wherein the input corresponds to the sketch of a candidate object; obtaining a 3D model using the input that corresponds to the sketch of the candidate object; generating the 3D computer-generated graphical object using the obtained 3D model; and causing presentation of the 3D computer-generated graphical object via the second mobile display device together with imagery obtained via the one or more cameras.