mhurhangee/ep-ind-claims huggingface dataset:
A device for the chemical vapour deposition of one or more metals and/or their alloys on at least one part comprising an inner surface, the device comprising at least one deposition area, an evaporator/injector connected to the deposition area in order to supply it with a gaseous mixture called "gaseous mixture before deposition" containing a precursor of said metal to be deposited or precursors of said metals to be deposited and/or their alloys, and a pumping and recovery circuit connected to the deposition area so as to at least partly recover the gaseous mixture after deposition, called "gaseous mixture after deposition", said deposition area being intended to receive the at least one part on which the chemical deposition is carried out, said deposition area comprising means for heating said part and means for introducing the gaseous mixture before deposition directly into the part so that only the inner surface of the part is in contact with the gaseous mixture before deposition, the device also comprising recirculation means capable of reinjecting a portion of the gaseous mixture after deposition into the deposition area and means for enriching said gaseous mixture after deposition with the precursor of said metal to be deposited or precursors of said metals to be deposited and/or their alloys, before recirculation in the deposition area, and means for sending a portion of the gaseous mixture after deposition in the recirculation means and the other portion in the pumping and recovery circuit.
Sanitary fitting with a base which has a sliding guide means running in a longitudinal direction, with a longitudinally extending outflow pipe which passes through the base, is mounted in the sliding guide means and is displaceable back and forth between a lowered rest position and an extended working position, with, on the one hand, a feed-side end and, on the other hand, an outlet-side end, and with a non-positive holding system for holding the outflow pipe at least in the working position, characterised by a magnetic holding system acting between the base and the outflow pipe in the working position, which holding system holds the outflow pipe non-positively exclusively in the working position and optionally in a discrete intermediate position located between the rest position and the working position.
A topical preparation comprising resveratrol-3-β-mono-D-glucoside (polydatin or piceid, or 3,5,4'-trihydroxystilbene-3-O-β-D-glucopiranoside), in a carrier suitable for application on the skin or on oral mucous membranes, for use in the prevention and/or mitigation of cutaneous or mucosal adverse reactions in the therapy with tyrosine kinase inhibitors as anticancer drugs, wherein said preparation is applied on the skin or on the oral mucous membranes once or more times a day, before and/or during the therapy with said drugs.
A computer-implemented method for solving for surface normals of objects in a video stream, comprising: sampling the video stream to generate a set of keyframes; selecting corresponding image points in the set of keyframes; generating 3D feature points in a scene imaged by the set of keyframes using the corresponding image points in two or more keyframes; generating a plurality of hypothesis surface normals for each 3D feature point; warping image pixel patches corresponding to each 3D feature point in a first keyframe to a viewpoint of a second keyframe with a warping matrix computed from each of the hypothesis surface normals for that 3D feature point; scoring warping errors resulting from each hypothesis surface normal between the first and second keyframes; discarding hypothesis surface normals that produce high warping errors between the first and second keyframes; marking non-discarded hypothesis surface normals as accurate estimations; determining whether a number of the marked surface normals is greater than or equal to a predefined number of surface normals; and repeating the warping, scoring, and discarding operations with a new pair of keyframes upon determining the number of the marked surface normals is less than the predefined number of surface normals. sampling the video stream to generate a set of keyframes; selecting corresponding image points in the set of keyframes; generating 3D feature points in a scene imaged by the set of keyframes using the corresponding image points in two or more keyframes; generating a plurality of hypothesis surface normals for each 3D feature point; warping image pixel patches corresponding to each 3D feature point in a first keyframe to a viewpoint of a second keyframe with a warping matrix computed from each of the hypothesis surface normals for that 3D feature point; scoring warping errors resulting from each hypothesis surface normal between the first and second keyframes; discarding hypothesis surface normals that produce high warping errors between the first and second keyframes; marking non-discarded hypothesis surface normals as accurate estimations; determining whether a number of the marked surface normals is greater than or equal to a predefined number of surface normals; and repeating the warping, scoring, and discarding operations with a new pair of keyframes upon determining the number of the marked surface normals is less than the predefined number of surface normals.
A refrigerator, comprising: a fresh food compartment; a shelf assembly positioned within the fresh food compartment, the shelf assembly comprising a first slide and a second slide, the first slide and the second slide each attached within the fresh food compartment, wherein the first slide and the second slide are movable between a retracted position and an extended position; a first shelf portion attached to the first slide for sliding movement and also pivotably attached to the first slide for pivoting movement between a lowered position and a raised position, the first shelf portion including at least one projection; and a second shelf portion attached to the second slide, the second shelf portion including at least one receiving portion configured to engage the at least one projection of the first shelf portion, wherein each of the first shelf portion and the second shelf portion are slidingly movable between the retracted position and the extended position; characterized in that the first shelf portion includes a stop member that is configured to prevent the first shelf portion from pivoting between the lowered position and the raised position when the first shelf portion is in the extended position. a fresh food compartment; a shelf assembly positioned within the fresh food compartment, the shelf assembly comprising a first slide and a second slide, the first slide and the second slide each attached within the fresh food compartment, wherein the first slide and the second slide are movable between a retracted position and an extended position; a first shelf portion attached to the first slide for sliding movement and also pivotably attached to the first slide for pivoting movement between a lowered position and a raised position, the first shelf portion including at least one projection; and a second shelf portion attached to the second slide, the second shelf portion including at least one receiving portion configured to engage the at least one projection of the first shelf portion, wherein each of the first shelf portion and the second shelf portion are slidingly movable between the retracted position and the extended position; characterized in that the first shelf portion includes a stop member that is configured to prevent the first shelf portion from pivoting between the lowered position and the raised position when the first shelf portion is in the extended position.
An articulating bed comprising: a support frame with a head end rail, a foot end rail and having side frame rails (11a, 11b); an upper body support frame rotatably connected to a first cross member in the frame; an elevating assembly for the upper body support frame having two angled arms attached to the first cross member with hinges; a first pair of wheels attached to the angled arms at a vertex; a second pair of wheels attached at an end of the arms distal from the hinges; a first actuator attached from the head end rail to a cross brace extending between the angled arms, said elevating assembly having a first range of motion elevating the upper body support frame from an unarticulated position in which the first pair of wheels are in contact with longitudinal tracks in the upper body support and a second range of motion continuing rotation elevating the upper body support frame in which the second pair of wheels are in contact with the longitudinal tracks. a support frame with a head end rail, a foot end rail and having side frame rails (11a, 11b); an upper body support frame rotatably connected to a first cross member in the frame; an elevating assembly for the upper body support frame having two angled arms attached to the first cross member with hinges; a first pair of wheels attached to the angled arms at a vertex; a second pair of wheels attached at an end of the arms distal from the hinges; two angled arms attached to the first cross member with hinges; a first pair of wheels attached to the angled arms at a vertex; a second pair of wheels attached at an end of the arms distal from the hinges; a first actuator attached from the head end rail to a cross brace extending between the angled arms, said elevating assembly having a first range of motion elevating the upper body support frame from an unarticulated position in which the first pair of wheels are in contact with longitudinal tracks in the upper body support and a second range of motion continuing rotation elevating the upper body support frame in which the second pair of wheels are in contact with the longitudinal tracks.
A vehicle lamp comprising: a plurality or light source modules wherein each light source module has a light source and a lens body disposed in front of the light source wherein each light source includes a plurality of light emitting elements that emit different colors of light, wherein the plurality of light source modules are disposed in a matrix manner in a plane to configure at least one light emitting area, wherein the light source comprises a red light emitting element that emits red light, a green light emitting element that emits green light, and a blue light emitting element that emits blue light, characterised in that the light source comprises five light emitting elements disposed in a cross shape in which one of the five light emitting elements is disposed at a central position of the cross shape, and other ones of the five light emitting elements are disposed at an upward position, a downward position, a leftward position and a rightward position while having the central position interposed therebetween, the red light emitting element is disposed at the downward position and any one position of the central position, the leftward position and the rightward position, the green light emitting element is disposed at the central position and any one position of the upward position, the leftward position and the rightward position, or disposed at the upward position and any one position of the leftward position and the rightward position, and the blue light emitting element is disposed at any one position of the upward position, the leftward position and the rightward position. a plurality or light source modules wherein each light source module has a light source and a lens body disposed in front of the light source wherein each light source includes a plurality of light emitting elements that emit different colors of light, wherein the plurality of light source modules are disposed in a matrix manner in a plane to configure at least one light emitting area, wherein the light source comprises a red light emitting element that emits red light, a green light emitting element that emits green light, and a blue light emitting element that emits blue light, characterised in that the light source comprises five light emitting elements disposed in a cross shape in which one of the five light emitting elements is disposed at a central position of the cross shape, and other ones of the five light emitting elements are disposed at an upward position, a downward position, a leftward position and a rightward position while having the central position interposed therebetween, the red light emitting element is disposed at the downward position and any one position of the central position, the leftward position and the rightward position, the green light emitting element is disposed at the central position and any one position of the upward position, the leftward position and the rightward position, or disposed at the upward position and any one position of the leftward position and the rightward position, and the blue light emitting element is disposed at any one position of the upward position, the leftward position and the rightward position.
Method for monitoring a state of an electronic circuit unit of a vehicle, wherein the method has the following steps: - executing a first processing rule on a first computing unit of the electronic circuit unit, in order to obtain a first processing result, and executing a second processing rule, which is different from the first processing rule, on a second computing unit of the electronic circuit unit, in order to obtain a second processing result, wherein the second computing unit is designed to execute the second processing rule independently of the first computing unit; wherein the method is characterized by the following steps: - detecting a fault-free state of the electronic circuit unit if the second processing result is in a predetermined relationship with the first processing result and/or with a predefined criterion and/or if the first processing result is in a predetermined relationship with the second processing result and/or the predefined criterion, wherein the detection step is carried out in a safety region of the electronic circuit unit, wherein the safety region of the electronic circuit unit has a protection module which is designed to ensure that algorithms are executed with better protection against faulty processing with respect to the first computing unit or second computing unit. - executing a first processing rule on a first computing unit of the electronic circuit unit, in order to obtain a first processing result, and executing a second processing rule, which is different from the first processing rule, on a second computing unit of the electronic circuit unit, in order to obtain a second processing result, wherein the second computing unit is designed to execute the second processing rule independently of the first computing unit; - detecting a fault-free state of the electronic circuit unit if the second processing result is in a predetermined relationship with the first processing result and/or with a predefined criterion and/or if the first processing result is in a predetermined relationship with the second processing result and/or the predefined criterion, wherein the detection step is carried out in a safety region of the electronic circuit unit, wherein the safety region of the electronic circuit unit has a protection module which is designed to ensure that algorithms are executed with better protection against faulty processing with respect to the first computing unit or second computing unit.
A method for designing a hollow composite body comprising: selecting, by a computer system, ply layers (140, 218, 302) for the hollow composite body, wherein the ply layers (140, 218, 302) comprise courses (142, 220) having course edges (144, 222); and positioning, by the computer system, the course edges (144, 222) between the ply layers (140, 218, 302) throughout the hollow composite body to create a staggering of the course edges (144, 222) between the ply layers (140, 218, 302) for a design (132, 204) of the hollow composite body; wherein positioning, by the computer system, the course edges (144, 222) between the ply layers (140, 218, 302) throughout the hollow composite body to create the staggering of the course edges (144, 222) between the ply layers (140, 218, 302) for the design (132, 204) of the hollow composite body comprises: changing, by the computer system, a width of the courses (142, 220) in a selected ply layer such that the course edges (144, 222) have an increased staggering between the ply layers (140, 218, 302). selecting, by a computer system, ply layers (140, 218, 302) for the hollow composite body, wherein the ply layers (140, 218, 302) comprise courses (142, 220) having course edges (144, 222); and positioning, by the computer system, the course edges (144, 222) between the ply layers (140, 218, 302) throughout the hollow composite body to create a staggering of the course edges (144, 222) between the ply layers (140, 218, 302) for a design (132, 204) of the hollow composite body; wherein positioning, by the computer system, the course edges (144, 222) between the ply layers (140, 218, 302) throughout the hollow composite body to create the staggering of the course edges (144, 222) between the ply layers (140, 218, 302) for the design (132, 204) of the hollow composite body comprises: changing, by the computer system, a width of the courses (142, 220) in a selected ply layer such that the course edges (144, 222) have an increased staggering between the ply layers (140, 218, 302).
A steering apparatus comprising: a steering wheel that is manipulated by a driver; a steering shaft of which one end is coupled to the steering wheel; a steering column supported by a vehicle body and configured to rotatably support the steering shaft; a clutch input shaft; a clutch output shaft of which one end is disposed to face the other end of the clutch input shaft; a clutch fixed to the vehicle body and configured to connect and disconnect the clutch input shaft and the clutch output shaft; a steering gear configured to convert rotational movement of the clutch output shaft into linear movement to steer vehicle wheels; a drive mechanism configured to apply a drive force to a power transmission system on the clutch output shaft side so as to steer the vehicle wheels in a state where the clutch is disconnected; characterised by an intermediate shaft of which one end is coupled to the other end of the steering shaft via a universal joint, the clutch input shaft having an end coupled to the other end of the intermediate shaft via a universal joint, a bracket configured to fix the clutch to the vehicle body and to restrict placement angles of the clutch input shaft and the clutch output shaft, wherein a tilt angle of the intermediate shaft relative to a horizontal plane is set to be larger than a tilt angle of the clutch input shaft relative to the horizontal plane when viewed in a vehicle transverse direction, and the bracket is disengaged from the vehicle body when a predetermined impact load in a vehicle longitudinal direction is input to the steering gear. a steering wheel that is manipulated by a driver; a steering shaft of which one end is coupled to the steering wheel; a steering column supported by a vehicle body and configured to rotatably support the steering shaft; a clutch input shaft; a clutch output shaft of which one end is disposed to face the other end of the clutch input shaft; a clutch fixed to the vehicle body and configured to connect and disconnect the clutch input shaft and the clutch output shaft; a steering gear configured to convert rotational movement of the clutch output shaft into linear movement to steer vehicle wheels; a drive mechanism configured to apply a drive force to a power transmission system on the clutch output shaft side so as to steer the vehicle wheels in a state where the clutch is disconnected; characterised by an intermediate shaft of which one end is coupled to the other end of the steering shaft via a universal joint, the clutch input shaft having an end coupled to the other end of the intermediate shaft via a universal joint, a bracket configured to fix the clutch to the vehicle body and to restrict placement angles of the clutch input shaft and the clutch output shaft, wherein a tilt angle of the intermediate shaft relative to a horizontal plane is set to be larger than a tilt angle of the clutch input shaft relative to the horizontal plane when viewed in a vehicle transverse direction, and the bracket is disengaged from the vehicle body when a predetermined impact load in a vehicle longitudinal direction is input to the steering gear.
An apparatus for detecting toxicity in water using sulfur-oxidizing bacteria, the apparatus comprising: a microbial reactor comprising a reactor body which contains sulfur-oxidizing bacteria for oxidizing sulfur particles to sulfate ions in the presence of oxygen, an inlet for introducing a water sample into the reactor body, and an air inlet for supplying air to the reactor body; a measurement unit for measuring the pH and electrical conductivity of the water sample containing the sulfate ions produced in the reactor body, wherein the measurement unit is placed in a separated space so as not to be affected by air bubbles generated to supply air to the reactor body, the separated space communicating with the reactor body so that the water sample containing the sulfate ions produced in the reactor body is introduced into the measurement unit; and a control unit adapted to compare the electrical conductivity and pH values measured in the measurement unit with reference values to determine whether the water sample has toxicity, characterized in that the separated space is defined by a measurement chamber formed integrally with the outer surface of the reactor body, and a through hole for passing the water sample is formed in the reactor body provided in the measurement chamber. a microbial reactor comprising a reactor body which contains sulfur-oxidizing bacteria for oxidizing sulfur particles to sulfate ions in the presence of oxygen, an inlet for introducing a water sample into the reactor body, and an air inlet for supplying air to the reactor body; a measurement unit for measuring the pH and electrical conductivity of the water sample containing the sulfate ions produced in the reactor body, wherein the measurement unit is placed in a separated space so as not to be affected by air bubbles generated to supply air to the reactor body, the separated space communicating with the reactor body so that the water sample containing the sulfate ions produced in the reactor body is introduced into the measurement unit; and a control unit adapted to compare the electrical conductivity and pH values measured in the measurement unit with reference values to determine whether the water sample has toxicity, characterized in that the separated space is defined by a measurement chamber formed integrally with the outer surface of the reactor body, and a through hole for passing the water sample is formed in the reactor body provided in the measurement chamber.
A laser oscillation device, comprising a light emitting unit for projecting a pump laser beam, a laser medium for absorbing said pump laser beam and for emitting a spontaneous emission light, a saturable absorber for absorbing said spontaneous emission light and for emitting a pulsed light, and a holder (11, 13), holding said laser medium and in contact with said laser medium, wherein a portion of said holder is appressed onto at least one surface of said laser medium, wherein said holder is made of a metal configured as cooling means, and wherein said pump laser beam is projected to an edge portion of said laser medium appressed onto said holder, and wherein a thermal birefringence occurs due to thermal stress occurring via a difference of thermal expansion between a central portion of the laser medium and said edge portion of said laser medium, such that said pulse light has a uniform polarization direction.