mhurhangee/ep-ind-claims huggingface dataset:
Radial tyre for the purpose of equipping a motorized two-wheeled vehicle of the motorbike type, comprising: - a tread connected by two sidewalls to two beads, - a crown reinforcement, radially on the inside of the tread, comprising at least one crown layer, - a carcass reinforcement, radially on the inside of the crown reinforcement, comprising at least one turned-up carcass layer, - the turned-up carcass layer comprising mutually parallel reinforcers turned up, within each bead, from the inside towards the outside of the tyre around a bead wire, to form a turn-up comprising a free end, - the turned-up carcass layer comprising a crown portion and a lateral portion, - the crown portion extending axially between a first and a second end (E 1, E' 1) which is symmetric about the equatorial plane of the tyre, - the lateral portion extending radially inwards, from a radially outermost first end (E 2), radially on the inside of the free end of the turn-up, as far as a radially innermost second end, radially on the inside of the radially innermost point of the bead wire, characterized in that the reinforcers of the crown portion form, with the circumferential direction, a substantially constant angle (A 1) at least equal to 65°, in that the reinforcers of the lateral portion form, with the circumferential direction, an angle (A 3) that increases, from the radially outermost first end (E 2) to the radially innermost second end (E 3) from an angle at least 5° smaller than the substantially constant angle (A 1) formed by the reinforcers of the crown portion, and in that the reinforcers of the turn-up form, with the circumferential direction, an angle (A 4) which is equal in terms of absolute value to, but of opposite sign from, the angle (A 3) formed by the reinforcers of the lateral portion. - a tread connected by two sidewalls to two beads, - a crown reinforcement, radially on the inside of the tread, comprising at least one crown layer, - a carcass reinforcement, radially on the inside of the crown reinforcement, comprising at least one turned-up carcass layer, - the turned-up carcass layer comprising mutually parallel reinforcers turned up, within each bead, from the inside towards the outside of the tyre around a bead wire, to form a turn-up comprising a free end, - the turned-up carcass layer comprising a crown portion and a lateral portion, - the crown portion extending axially between a first and a second end (E 1, E' 1) which is symmetric about the equatorial plane of the tyre, - the lateral portion extending radially inwards, from a radially outermost first end (E 2), radially on the inside of the free end of the turn-up, as far as a radially innermost second end, radially on the inside of the radially innermost point of the bead wire,
A behavior content classification device for classifying the arousal state of the eyes of a driver, the device being adapted to classify a behavior content of an object person based on a captured image including an eye portion constituting the face of the object person, comprising: image capturing means for capturing an image including the eye portion; eye region detection unit for detecting an eye portion from the captured image; feature extraction means for extracting features in an image of the eye portion based on a captured image of the image capturing means; an arousal state classifying hidden Markov model unit as an HMM having as input features extracted from plural frames of detecting images of the eye portion, and having as output a likelihood for an electro-oculogram waveform of a blink of the object person, wherein a plurality of HMMs are generated beforehand by learning blink waveforms corresponding to a plurality of arousal states, the blink waveforms being measured by an electro-oculogram waveform measuring means comprising two electrodes; behavior content classification means for calculating the likelihood for the features using the features extracted by the feature extraction means and the arousal state classifying HMM unit, and classifying the electro-oculogram waveform of a blink of the object person into one of the plurality of arousal states based on the calculation result; an alarm system that receives a classification result about the arousal state; and notification means for displaying or raising an alarm of the classification result about the arousal state. image capturing means for capturing an image including the eye portion; eye region detection unit for detecting an eye portion from the captured image; feature extraction means for extracting features in an image of the eye portion based on a captured image of the image capturing means; an arousal state classifying hidden Markov model unit as an HMM having as input features extracted from plural frames of detecting images of the eye portion, and having as output a likelihood for an electro-oculogram waveform of a blink of the object person, wherein a plurality of HMMs are generated beforehand by learning blink waveforms corresponding to a plurality of arousal states, the blink waveforms being measured by an electro-oculogram waveform measuring means comprising two electrodes; behavior content classification means for calculating the likelihood for the features using the features extracted by the feature extraction means and the arousal state classifying HMM unit, and classifying the electro-oculogram waveform of a blink of the object person into one of the plurality of arousal states based on the calculation result; an alarm system that receives a classification result about the arousal state; and notification means for displaying or raising an alarm of the classification result about the arousal state.
A method for removing a tattoo using patterned trans-epidermal pigment release, the method comprising: determining a first treatment area of skin of a patient using a primary template, the primary template providing indicia upon the patient's skin defining primary tegulae; disrupting the tissue in the primary tegulae to a depth that includes inked tissue to form a first eschar in a first treatment session; determining a second treatment area of skin using a secondary template, the secondary template marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae to a depth that includes inked tissue to form a second eschar in a second treatment session; wherein the primary tegulae and secondary tegulae do not overlap, characterised in that the primary template incorporates information regarding an area to be treated obtained by a previously performed scan of the area to be treated, and wherein the information regarding the area to be treated comprises information regarding pigmentation. determining a first treatment area of skin of a patient using a primary template, the primary template providing indicia upon the patient's skin defining primary tegulae; disrupting the tissue in the primary tegulae to a depth that includes inked tissue to form a first eschar in a first treatment session; determining a second treatment area of skin using a secondary template, the secondary template marking secondary tegulae interposed between primary tegulae; disrupting the tissue in the secondary tegulae to a depth that includes inked tissue to form a second eschar in a second treatment session; wherein the primary tegulae and secondary tegulae do not overlap, characterised in that the primary template incorporates information regarding an area to be treated obtained by a previously performed scan of the area to be treated, and wherein the information regarding the area to be treated comprises information regarding pigmentation.
Method for diagnosing a pressure sensor, which method is carried out in a method for introducing a reagent into an exhaust duct of an internal combustion engine, wherein the pressure sensor senses the pressure of the reagent, characterized in that in at least one first time interval (t8, t10) in which a steady-state pressure condition is expected when a rest pressure or an operating pressure is present, it is checked whether the pressure signal which is made available by the pressure sensor corresponds to the rest pressure or to the operating pressure, in that in at least one second time interval (t9, t11) in which a change in pressure occurs, it is checked whether the pressure signal exhibits a predefined change with respect to the rest pressure or the operating pressure, and in that a fault signal is made available if the condition which is predefined in the first interval and in the second interval (t8, t10; t9, t11) is not satisfied.
A process of treating plastic waste, comprising converting one or more plastic polymers selected from the group consisting of polyethylene, polypropylene, polystyrene and poly(vinyl chloride) into a liquid form either by dissolving in an organic solvent or by melting, and degrading said polymer(s) with the aid of alkali hydroxide and hydrogen peroxide, wherein the molar ratio between said hydrogen peroxide and said alkali hydroxide is at least 1.1:1, optionally in the presence of a phase transfer catalyst.
A composition for coating a frozen confection, the composition comprising, expressed in weight % (based on the total weight of the coating), comprising 23.5 - 42 wt. % of total fat, 20 - 60 wt. % water, and wherein 10 - 20 wt. % of the fat is oil bodies. 23.5 - 42 wt. % of total fat, 20 - 60 wt. % water, and wherein 10 - 20 wt. % of the fat is oil bodies.
An implantable graft for closing a fistula, comprising a graft body having a first end with a first diameter and a second end with a second diameter, and a cap that extends laterally from the first end; characterised in that: the graft further comprises a biological material selected from the group consisting of a cadaveric material from a human donor and a heterograft material from a non-human donor, and the graft is configured so that the cap detaches from the graft body following implantation of the graft in the fistula. the graft further comprises a biological material selected from the group consisting of a cadaveric material from a human donor and a heterograft material from a non-human donor, and the graft is configured so that the cap detaches from the graft body following implantation of the graft in the fistula.
A method of controlling an unmanned aerial vehicle from a control station by means of a wireless command link, involving: flight control in an autonomous mode wherein the vehicle flies according to a primary route (R1, R1') defined by a first set of predefined waypoints (WP1-WP8, IP), flight control in a manual mode wherein the vehicle flies according to a primary route (R1') defined by control commands received via the wireless command link, and functional monitoring of a set of flight control parameters (P1-Pn) in both the autonomous mode and the manual mode, wherein if, in any of the modes, at least one of the flight control parameters (P1-Pn) falls outside an acceptable range a major alarm condition is activated, the method involves flying the vehicle according to an emergency route (R2') defined by a second set of predefined waypoints (HP4, HP3, IP, TP9), characterized by the set of flight control parameters (P1-Pn) including at least one engine parameter, the method comprising: activating a major alarm condition with respect to an engine failure in case at least one of the at least one engine parameter decreases below a threshold value, and in such case, the emergency route (R2') involves flying the vehicle to an air space above a termination waypoint (TP1-TP9) on the ground at which it is estimated that the vehicle's flight may be ended without injuring any personnel or causing uncontrolled material damages. flight control in an autonomous mode wherein the vehicle flies according to a primary route (R1, R1') defined by a first set of predefined waypoints (WP1-WP8, IP), flight control in a manual mode wherein the vehicle flies according to a primary route (R1') defined by control commands received via the wireless command link, and functional monitoring of a set of flight control parameters (P1-Pn) in both the autonomous mode and the manual mode, wherein if, in any of the modes, at least one of the flight control parameters (P1-Pn) falls outside an acceptable range a major alarm condition is activated, the method involves flying the vehicle according to an emergency route (R2') defined by a second set of predefined waypoints (HP4, HP3, IP, TP9), characterized by the set of flight control parameters (P1-Pn) including at least one engine parameter, the method comprising: activating a major alarm condition with respect to an engine failure in case at least one of the at least one engine parameter decreases below a threshold value, and in such case, the emergency route (R2') involves flying the vehicle to an air space above a termination waypoint (TP1-TP9) on the ground at which it is estimated that the vehicle's flight may be ended without injuring any personnel or causing uncontrolled material damages. activating a major alarm condition with respect to an engine failure in case at least one of the at least one engine parameter decreases below a threshold value, and in such case, the emergency route (R2') involves flying the vehicle to an air space above a termination waypoint (TP1-TP9) on the ground at which it is estimated that the vehicle's flight may be ended without injuring any personnel or causing uncontrolled material damages.
A bogie, comprising a frame, a gear box, a traction motor, a wheel pair, an axle, a six-link hollow shaft, and a suspension cross beam, the wheel pair and the axle are arranged at the bottom of the frame, a hollow shaft of the six-link hollow shaft is sleeved on the axle, characterised in that the suspension cross beam comprises a beam body, a through groove transversely provided in the beam body, and a bearing seat, which is transversely arranged at a groove opening of the through groove in an overhang manner and which is fixedly connected to the beam body, the groove opening is located at one end of the through groove; one end, with the through groove, of the beam body is fixedly connected to one end of the traction motor in a longitudinal direction, so as to form a closed cavity after connection which is in sleeve connection with an outer surface of the hollow shaft; the other end of the traction motor is suspended on a middle cross beam of the frame; one other end, without the through groove, of the beam body is hooked with a frame end beam through two suspension rods, and rubber joints are arranged in the suspension rods; and a driven gear of the gearbox is in sleeve connection with the bearing seat via a bearing, and a driving gear of the gear box is connected with an output shaft of the traction motor. one end, with the through groove, of the beam body is fixedly connected to one end of the traction motor in a longitudinal direction, so as to form a closed cavity after connection which is in sleeve connection with an outer surface of the hollow shaft; the other end of the traction motor is suspended on a middle cross beam of the frame; one other end, without the through groove, of the beam body is hooked with a frame end beam through two suspension rods, and rubber joints are arranged in the suspension rods; and a driven gear of the gearbox is in sleeve connection with the bearing seat via a bearing, and a driving gear of the gear box is connected with an output shaft of the traction motor.
A surgical instrument for assessing restoration of the femoral head centre, comprising: a body having a first connector for attaching the body to a femoral part, and wherein the body defines a plurality of apertures [110, 112, 114, 116, 118] therein, wherein each aperture [110, 112, 114, 116, 118] corresponds to a respective femoral head centre arising from a respective corresponding femoral neck; and a gauge, wherein the gauge includes a pin at a first end and an arm extending transversely from the pin and wherein the pin is receivable in each of the plurality of apertures [110, 112, 114, 116, 118] and characterized in that: the arm bears a scale indicating a distance from the pin. a body having a first connector for attaching the body to a femoral part, and wherein the body defines a plurality of apertures [110, 112, 114, 116, 118] therein, wherein each aperture [110, 112, 114, 116, 118] corresponds to a respective femoral head centre arising from a respective corresponding femoral neck; and a gauge, wherein the gauge includes a pin at a first end and an arm extending transversely from the pin and wherein the pin is receivable in each of the plurality of apertures [110, 112, 114, 116, 118] and
An air management system for an aircraft comprising: a valve plate movable for controlling airflow through a passage; a valve shaft including an axial end supporting the valve plate within the passage; and a thrust plate for controlling axial movement of the valve shaft, the thrust plate including a thrust surface (34;70) in contact with the axial end of the valve shaft, the thrust surface including a hardface alloy coating formed from a hardface alloy powder melted and solidified on the thrust surface, wherein the thrust surface is recessed and at least partially surrounded by walls. a valve plate movable for controlling airflow through a passage; a valve shaft including an axial end supporting the valve plate within the passage; and a thrust plate for controlling axial movement of the valve shaft, the thrust plate including a thrust surface (34;70) in contact with the axial end of the valve shaft, the thrust surface including a hardface alloy coating formed from a hardface alloy powder melted and solidified on the thrust surface, wherein the thrust surface is recessed and at least partially surrounded by walls.
A food thermometer (100, 200, 900A, 900B, 900C, 900D, 900E) for measuring a temperature of a food exposed to heat, the food thermometer comprising: a first portion (106, 906) including electronic components (120a, 120b, 120c, 220a, 220b, 920a, 920b) that are sensitive to heat, the first portion configured to be positioned in the food; a second portion (104, 904) connected to the first portion, wherein at least the first portion or the second portion includes a thermal sensor (136, 936) for detecting the temperature of the food; a third portion (102, 902) connected to the second portion, the third portion including an antenna (126, 926) for wirelessly transmitting data based on the detected temperature of the food; and an outer shell extending from the second portion to the third portion; characterized by an inner shell inside the outer shell and extending from the second portion into the third portion, wherein the inner shell with the outer shell in the second portion serve as a coaxial transmission waveguide for an antenna Radio Frequency signal, and wherein the inner shell in the third portion serves as at least part of the antenna. a first portion (106, 906) including electronic components (120a, 120b, 120c, 220a, 220b, 920a, 920b) that are sensitive to heat, the first portion configured to be positioned in the food; a second portion (104, 904) connected to the first portion, wherein at least the first portion or the second portion includes a thermal sensor (136, 936) for detecting the temperature of the food; a third portion (102, 902) connected to the second portion, the third portion including an antenna (126, 926) for wirelessly transmitting data based on the detected temperature of the food; and an outer shell extending from the second portion to the third portion; characterized by an inner shell inside the outer shell and extending from the second portion into the third portion, wherein the inner shell with the outer shell in the second portion serve as a coaxial transmission waveguide for an antenna Radio Frequency signal, and wherein the inner shell in the third portion serves as at least part of the antenna.
A locking device of a household appliance door, having a first and a second connecting contact to the household appliance, the device comprising: - - a door closing switch, arranged on said first contact; - - an actuator, arranged electrically in series with said door closing switch, - - a door locking switch, arranged between said first connecting contact and second connecting contact, characterised in that said door locking switch is arranged electrically in parallel to said actuator; the device further comprising - - a diode, arranged between said first connecting contact and said second connecting contact, and arranged electrically in series with said locking switch; - - an electric resistor, arranged on said second connecting contact. - - a door closing switch, arranged on said first contact; - - an actuator, arranged electrically in series with said door closing switch, - - a door locking switch, arranged between said first connecting contact and second connecting contact, characterised in that said door locking switch is arranged electrically in parallel to said actuator; the device further comprising - - a diode, arranged between said first connecting contact and said second connecting contact, and arranged electrically in series with said locking switch; - - an electric resistor, arranged on said second connecting contact.
A device for providing heat and cold having a heat transfer medium which is arranged in an inner space of the storage container, wherein at least one heat exchanger (7, 8, 22, 23) is arranged in the inner space of the storage container as a condenser (7, 22) or as an evaporator (8, 23) of a cycle process system, wherein the device for providing heat and cold comprises at least one flow generation device, by means of which an intensified thermal convection of the heat transfer medium can be caused on the at least one heat exchanger (7, 8 22, 23) on at least one of its heat-exchanging surfaces, characterized in that at least one separating layer inside the storage container divides the inner space of the storage container into at least two regions (10, 11) and separates the flows of the heat transfer medium from one another in such a way that the natural convection caused by temperature differences and the thermal convection caused by the at least one flow generating device are independent from one another in both regions (10, 11) of the storage container.
A communication method, wherein the method comprises: determining (S2601, S2606) a resource configuration of a bandwidth part, BWP, wherein the BWP comprises N discrete, nonconsecutive frequency domain resources, N is a positive integer, and N is greater than or equal to 2, and wherein the resource configuration comprises at least one reference point, at least one second offset, and the N frequency domain resources; determining (S2602, S2607) a resource location of the BWP based on the resource configuration of the BWP; for a parameter of the bandwidth part, BWP, determining (S2603, S2608) a parameter determining rule based on a parameter type of the BWP, wherein the parameter is a parameter for configuration of a PDSCH, a PUSCH, semi-persistent scheduling, or a configured grant; determining (SS2604, S2609) a parameter value of the BWP according to the parameter determining rule; sending or receiving data on the resource location of the BWP based on the parameter value of the BWP. determining (S2601, S2606) a resource configuration of a bandwidth part, BWP, wherein the BWP comprises N discrete, nonconsecutive frequency domain resources, N is a positive integer, and N is greater than or equal to 2, and wherein the resource configuration comprises at least one reference point, at least one second offset, and the N frequency domain resources; determining (S2602, S2607) a resource location of the BWP based on the resource configuration of the BWP; for a parameter of the bandwidth part, BWP, determining (S2603, S2608) a parameter determining rule based on a parameter type of the BWP, wherein the parameter is a parameter for configuration of a PDSCH, a PUSCH, semi-persistent scheduling, or a configured grant; determining (SS2604, S2609) a parameter value of the BWP according to the parameter determining rule; sending or receiving data on the resource location of the BWP based on the parameter value of the BWP.