mhurhangee/ep-ind-claims huggingface dataset:
A knitted orthopedic medical device, comprising: a knitted article including a knitted anti-slip portion, the anti-slip portion having a knitted surface including a repeating pattern of yarns, the repeating pattern of yarns including a first yarn comprising a 1/70/34 S twist yarn; a second yarn, having a higher friction than the first yarn, comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn, having a higher friction than the third yarn, comprising 200 dtex silicone yarn, wherein said second and fourth yarns are held in position with said first and third yarns, said second and fourth yarns exposed to contact the wearer's skin in the anti-slip portion. a knitted article including a knitted anti-slip portion, the anti-slip portion having a knitted surface including a repeating pattern of yarns, the repeating pattern of yarns including a first yarn comprising a 1/70/34 S twist yarn; a second yarn, having a higher friction than the first yarn, comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn, having a higher friction than the third yarn, comprising 200 dtex silicone yarn, a first yarn comprising a 1/70/34 S twist yarn; a second yarn, having a higher friction than the first yarn, comprising 200 dtex silicone yarn; a third yarn comprising a 1/70/34 Z twist yarn; and a fourth yarn, having a higher friction than the third yarn, comprising 200 dtex silicone yarn, wherein said second and fourth yarns are held in position with said first and third yarns, said second and fourth yarns exposed to contact the wearer's skin in the anti-slip portion.
A base stock composition obtainable by radical coupling using a peroxide catalyst of a feedstock having a viscosity index of 50 to 120, a kinematic viscosity at 100°C of 12 cSt or less, a sulfur content less than 0.03 wt%, and an aromatics content less than 10 wt% to form a coupled effluent, followed by fractionating said coupled effluent; said base stock composition having a number average molecular weight (M n) of 600 g/mol to 4000 g/mol, a weight average molecular weight (M w) of 1000 g/mol to 12000 g/mol, a polydispersity (M w / M n) of at least 1.15, a sulfur content of 0.03 wt% or less, an aromatics content of 10 wt% or less, a kinematic viscosity at 100°C of at least 14 cSt, a kinematic viscosity at 40°C of at least 150 cSt, a viscosity index of 50 to 120, and a pour point of 0°C or less.
Aplastic bottle for freezing, the plastic bottle having a cylindrical bottom portion, comprising: a plurality of valley portions protruding inwards from a side face to a bottom face of the bottom portion; and a plurality of ground-contacting portions; wherein a maximum circumferential length of the ground-contacting portion is set greater than a maximum circumferential length of the valley portion; and wherein the deepest part of the valley portion forms an outwardly convex arc extending continuously upwards from the bottom face to the side face, characterized in that the bottom face has a partial spherical shape that protrudes inwards, characterized in that a height from the ground-contacting portion to a center portion of the bottom face is from 4 mm to 7 mm. a plurality of valley portions protruding inwards from a side face to a bottom face of the bottom portion; and a plurality of ground-contacting portions; wherein a maximum circumferential length of the ground-contacting portion is set greater than a maximum circumferential length of the valley portion; and wherein the deepest part of the valley portion forms an outwardly convex arc extending continuously upwards from the bottom face to the side face, characterized in that the bottom face has a partial spherical shape that protrudes inwards, characterized in that a height from the ground-contacting portion to a center portion of the bottom face is from 4 mm to 7 mm.
A system for use in an underwater vehicle comprising: a first jacket comprising first and second ports (106a, 106b); a first tank configured to store a first fluid under pressure, the first jacket being configured to contain water and the first tank; a second jacket comprising third and fourth ports (106c, 106d); a second tank configured to store a second fluid under pressure, the second jacket being configured to contain water and the second tank; a pump configured to cause water to move between the first jacket and the second jacket; an actuator cylinder defining a space configured to receive the first fluid from the first tank and the second fluid from the second tank, the actuator cylinder comprising an actuator piston that divides the space into a first volume for the first fluid and a second volume for the second fluid; a hydraulic cylinder defining a space configured to receive a hydraulic fluid, the hydraulic cylinder comprising a hydraulic piston configured to move and change an amount of the hydraulic fluid in the hydraulic cylinder, wherein the hydraulic piston is fixedly coupled to the actuator piston; and a buoyancy plug configured to change a position inward or outward with respect to a body of the vehicle in connection with the amount of the hydraulic fluid in the hydraulic cylinder, wherein movements of the buoyancy plug are fluidly coupled to movements of the actuator and hydraulic pistons (234, 246), and wherein the position of the buoyancy plug affects a buoyancy of the vehicle. a first jacket comprising first and second ports (106a, 106b); a first tank configured to store a first fluid under pressure, the first jacket being configured to contain water and the first tank; a second jacket comprising third and fourth ports (106c, 106d); a second tank configured to store a second fluid under pressure, the second jacket being configured to contain water and the second tank; a pump configured to cause water to move between the first jacket and the second jacket; an actuator cylinder defining a space configured to receive the first fluid from the first tank and the second fluid from the second tank, the actuator cylinder comprising an actuator piston that divides the space into a first volume for the first fluid and a second volume for the second fluid; a hydraulic cylinder defining a space configured to receive a hydraulic fluid, the hydraulic cylinder comprising a hydraulic piston configured to move and change an amount of the hydraulic fluid in the hydraulic cylinder, wherein the hydraulic piston is fixedly coupled to the actuator piston; and a buoyancy plug configured to change a position inward or outward with respect to a body of the vehicle in connection with the amount of the hydraulic fluid in the hydraulic cylinder, wherein movements of the buoyancy plug are fluidly coupled to movements of the actuator and hydraulic pistons (234, 246), and wherein the position of the buoyancy plug affects a buoyancy of the vehicle.
Mechatronic actuator consisting of a case incorporating, in a shell, a three-phase electric motor formed by a stator excited by electric coils and by a magnetized rotor, driving an output shaft by means of a gear train, the axis of said rotor, the axis of the output shaft and the axes of the intermediate toothed wheels (18 to 20) being parallel, the shell having a longitudinal axis, the case having three attachment extensions arranged at three corners of the case (3 to 5), each of said extensions (3 to 5) having a bore (6 to 8) passing therethrough, the axis of which is parallel to the mechanical axes of the motor and of the toothed wheels, characterized in that one of said extensions has a tab for positioning in a complementary housing, another of said extensions has a clipping prong.
An electrolyte composition comprising: an alkali metal salt in the form of LiN(FSO 2) 2; at least one polymer selected from the group consisting of a polyether polymer, a (meth)acrylic polymer, a nitrile polymer, and a fluoropolymer; and an ion dissociation accelerator, the composition having an alkali metal salt concentration of 1.8 mol/kg or higher. an alkali metal salt in the form of LiN(FSO 2) 2; at least one polymer selected from the group consisting of a polyether polymer, a (meth)acrylic polymer, a nitrile polymer, and a fluoropolymer; and an ion dissociation accelerator, the composition having an alkali metal salt concentration of 1.8 mol/kg or higher.
A trolley for sliding doors, comprising: - a first body adapted to be permanently fixed to a sliding door, - a second body, - at least one first wheel rotatably coupled to the second body according to a predetermined rotation axis, - connecting means adapted to allow relative displacements of the second body with respect to the first body, and - locking means adapted to lock the second body with respect to the first body in a plurality of different relative positions between those allowed by the connecting means, wherein the connecting means are adapted to allow rotational displacements of the second body with respect to the first body about an oscillation axis parallel and eccentric with respect to the rotation axis of the first wheel, wherein the connecting means are further adapted to allow rotational displacements of the second body with respect to the first body about an axis of revolution parallel and eccentric with respect to the oscillation axis, characterised by comprising a further wheel, which is rotatably coupled to the second body according to a rotation axis orthogonal to the rotation axis of the first wheel. - a first body adapted to be permanently fixed to a sliding door, - a second body, - at least one first wheel rotatably coupled to the second body according to a predetermined rotation axis, - connecting means adapted to allow relative displacements of the second body with respect to the first body, and - locking means adapted to lock the second body with respect to the first body in a plurality of different relative positions between those allowed by the connecting means, wherein the connecting means are adapted to allow rotational displacements of the second body with respect to the first body about an oscillation axis parallel and eccentric with respect to the rotation axis of the first wheel, wherein the connecting means are further adapted to allow rotational displacements of the second body with respect to the first body about an axis of revolution parallel and eccentric with respect to the oscillation axis, characterised by comprising a further wheel, which is rotatably coupled to the second body according to a rotation axis orthogonal to the rotation axis of the first wheel.
An article of manufacture including a non-transitory, tangible computer readable storage medium having instructions stored thereon that, in response to execution by a brake controller, cause the brake controller to perform operations comprising: receiving, by the brake controller, a begin retract braking signal sent from a landing gear controller, the begin retract braking signal comprising a weight off wheel signal and at least one of a gear handle up signal or a gear unlocked signal, wherein the gear handle up signal indicates a pilot landing gear handle is in a landing gear up position, and wherein the gear unlocked signal indicates a landing gear (106,108) is in an unlocked position; commanding, by the brake controller, a brake to apply a braking force to a wheel (202,204,220,222) of the landing gear; receiving, by the brake controller, data from a wheel sensor (208,212,226,230) coupled to the wheel of the landing gear; calculating, by the brake controller, a wheel speed characteristic of the wheel based on the data; determining, by the brake controller, whether the wheel speed characteristic indicates a failure of the brake; and generating, by the brake controller, an alert if the wheel speed characteristic indicates the failure of the brake. receiving, by the brake controller, a begin retract braking signal sent from a landing gear controller, the begin retract braking signal comprising a weight off wheel signal and at least one of a gear handle up signal or a gear unlocked signal, wherein the gear handle up signal indicates a pilot landing gear handle is in a landing gear up position, and wherein the gear unlocked signal indicates a landing gear (106,108) is in an unlocked position; commanding, by the brake controller, a brake to apply a braking force to a wheel (202,204,220,222) of the landing gear; receiving, by the brake controller, data from a wheel sensor (208,212,226,230) coupled to the wheel of the landing gear; calculating, by the brake controller, a wheel speed characteristic of the wheel based on the data; determining, by the brake controller, whether the wheel speed characteristic indicates a failure of the brake; and generating, by the brake controller, an alert if the wheel speed characteristic indicates the failure of the brake.
A large manipulator, in particular truck-mounted concrete pump, having: a boom pedestal which is rotatable about a vertical axis by means of a rotary drive and is arranged on a chassis; an articulated boom which comprises two or more boom arms (5, 6, 7, 8), wherein the boom arms (5, 6, 7, 8) are connected in a pivotably movable manner by means of one pivot drive each via articulation joints to the boom pedestal or boom arm (5, 6, 7, 8) which is adjacent in each case; a control device for the boom movement which actuates the drives; and a boom sensor system for detecting the position of at least one point of the articulated boom or a pivot angle ( φ 1, φ 2, φ 3, φ 4) of at least one articulation joint, wherein the control device is configured to limit the speed of the boom movement on the basis of the output signal of the boom sensor system, wherein the control device is configured to actuate the individual drives proportionally in accordance with a movement command, wherein the movement command specifies the setpoint speeds of the drives, wherein the control device is further configured to determine the speed of the tip of the articulated boom resulting from the movement command, the lengths of the boom arms (5, 6, 7, 8) and the output signal of the boom sensor system, to reduce the speed presets of the individual drives in relation to the movement command as soon as the movement command would lead to exceeding the speed of the tip of the articulated boom above a specified limit value and/or exceeds the limit value, wherein the control device is configured to reduce the speeds of all the drives in relation to the movement command by the same factor, so that the speed of the tip of the articulated boom is less than or equal to a specified limit value, namely independently of the current boom position resulting from the pivot angles (φ1, φ2, φ3, φ4) of the articulation joints which are detected by sensors.
A polypeptide consisting of the amino acid sequence Cys 1 Cys 2 Glu 3 Tyr 4 Cys 5 Cys 6 Asn 7 Prog Ala 9 Cys 10 Thr 11 Gly 12 Cys 13 or a pharmaceutically acceptable salt thereof.
A digital line-of-sight processor for detecting electromagnetic pulses reflected off a target from a source that emits the EM pulses at known pulse repetition intervals and computing a LOS to the target, comprising: a plurality of A/D converters configured to convert respective analog signals from a multi-channel detector into a plurality of digital signals on respective individual channels (A-D); a plurality of digital summers, each summer configured to sum a different plurality of said digital signals to produce a digital signal on a different sum channel; a plurality of digital pulse detectors configured to compare sample amplitudes of the plurality of digital signals on each of the sum channels to respective detection thresholds to detect pulses; a memory; a memory controller that upon detection of a pulse by any one of the digital pulse detectors stores a plurality of samples for each said individual channel in said memory; and an embedded processor configured to process the sample amplitudes stored in memory for the individual channels to calculate a LOS to the target. a plurality of A/D converters configured to convert respective analog signals from a multi-channel detector into a plurality of digital signals on respective individual channels (A-D); a plurality of digital summers, each summer configured to sum a different plurality of said digital signals to produce a digital signal on a different sum channel; a plurality of digital pulse detectors configured to compare sample amplitudes of the plurality of digital signals on each of the sum channels to respective detection thresholds to detect pulses; a memory; a memory controller that upon detection of a pulse by any one of the digital pulse detectors stores a plurality of samples for each said individual channel in said memory; and an embedded processor configured to process the sample amplitudes stored in memory for the individual channels to calculate a LOS to the target.
A form measuring apparatus comprising: a projection section configured to project a plurality of kinds of fringe patterns onto a measuring object in sequence, the plurality of kinds of fringe patterns having a common repetitive structure and differing in phase; an imaging section configured to acquire an image data set by taking an image of the measuring object at each of the plurality of kinds of patterns is projected onto the measuring object; a selecting section configured to select a data set as an adequate data set from the acquired image data sets, the adequate data set concerning an identical area on the measuring object, and all data in the adequate data set falling within an effective brightness range over which the imaging section has linear input and output characteristics; and a form calculating section configured to calculate a form of an area in the identical area on the measuring object, based on the selected adequate data set. a projection section configured to project a plurality of kinds of fringe patterns onto a measuring object in sequence, the plurality of kinds of fringe patterns having a common repetitive structure and differing in phase; an imaging section configured to acquire an image data set by taking an image of the measuring object at each of the plurality of kinds of patterns is projected onto the measuring object; a selecting section configured to select a data set as an adequate data set from the acquired image data sets, the adequate data set concerning an identical area on the measuring object, and all data in the adequate data set falling within an effective brightness range over which the imaging section has linear input and output characteristics; and a form calculating section configured to calculate a form of an area in the identical area on the measuring object, based on the selected adequate data set.
A method for generating turn-signal sound of a vehicle, comprising the steps of: outputting a pulse signal for turn-signal sound from a pulse pattern generator, the pulse signal for turn-signal sound having varying frequency and duty ratio; converting the pulse signal for turn-signal sound into an analog signal for turn-signal sound by integrating the pulse signal for turn-signal sound; and outputting the analog signal for turn-signal sound to a speaker. outputting a pulse signal for turn-signal sound from a pulse pattern generator, the pulse signal for turn-signal sound having varying frequency and duty ratio; converting the pulse signal for turn-signal sound into an analog signal for turn-signal sound by integrating the pulse signal for turn-signal sound; and outputting the analog signal for turn-signal sound to a speaker.
Industrial robot, comprising a robot arm having multiple links that are connected by means of joints, in which at least two adjacent links respectively are connected by means of a joint, which is designed as a swivel joint, can be adjusted by means of a drive and is delimited in its maximum rotatable adjustment angle by means of a mechanical stop device, which comprises a stop projection which is connected to one (12.1) of the two adjacent links (12.1, 12.2), an engaging piece which is connected to the other of the two adjacent links (12.1, 12.2) and a drag stop which can be adjusted by the engaging piece, which drag stop comprises a drag stop body (18.1) and an annular body (18.2) connected to the drag stop body (18.1) which is pivoted in an annular groove in an inner wall of a housing component (9, 10) of one (12.1) of the two adjacent links (12.1, 12.2).
A roll-to-roll apparatus for processing metal tapes with a ceramic coating, the roll-to-roll apparatus comprising at least two rolls (11, 12) with fixed axis position and at least one roll with variable axis position to adjust the tape position and/or tension, wherein the position of the rolls are adjusted to touch the metal tape only from one side and to limit the stress on the metal tape at any point such that the metal tape is not stretched by more than 0.15 % and wherein the axis of the at least one roll with variable axis position can be moved or tilted in a plane perpendicular to a moving direction of the tape at a point where the tape begins touching the at least one roll with variable axis position or in a plane perpendicular to the moving direction of the tape at a point where the tape ends touching the at least one roll with variable axis position by a tilt angle β, wherein the tilt angle β is 0.1° to 10°; and wherein the wrap angle (α) around the roll with variable axis position is less than 90°.
A vacuum insulating structure for a household appliance, comprising: a trim breaker defining a first groove and a second groove; a first panel disposed within the first groove and coupled to the trim breaker; a second panel disposed within the second groove and coupled to the trim breaker; and an adhesive disposed within the first and second grooves (22, 26) and coupled to the first and second panels (30, 34), wherein an insulating cavity is defined between the first and second panels (30, 34) and an at least partial vacuum is defined within the insulating cavity; wherein a barrier is coupled to the trim breaker and positioned between the first and second panels (30, 34), characterised in that the vacuum insulating structure further includes a coating disposed on the barrier, wherein the coating is of a glass-type material. a trim breaker defining a first groove and a second groove; a first panel disposed within the first groove and coupled to the trim breaker; a second panel disposed within the second groove and coupled to the trim breaker; and an adhesive disposed within the first and second grooves (22, 26) and coupled to the first and second panels (30, 34), wherein an insulating cavity is defined between the first and second panels (30, 34) and an at least partial vacuum is defined within the insulating cavity; wherein a barrier is coupled to the trim breaker and positioned between the first and second panels (30, 34), characterised in that the vacuum insulating structure further includes a coating disposed on the barrier, wherein the coating is of a glass-type material.