mhurhangee/patent-ind-claim-en huggingface dataset:
A machine for drilling , under fluid circulation, a ground (S) covered with a porous layer (P), for example a ballast layer, wherein the machine includes: - a drive head for driving in rotation a drill pipe , and - means for circulating a drilling fluid configured to inject a drilling fluid through the drill pipe , wherein the machine is also configured to insert, through the porous layer (P), a protection tube extending around the drill pipe and leaving a tubular interspace between the drill pipe and the protection tube , and wherein the machine also comprises first means for recovering the drilling fluid configured, upon insertion of the protection tube through the porous layer (P), to draw, from the upper end of the protection tube , the drilling fluid coming from the drill pipe and present at the lower end of the protection tube . - a drive head for driving in rotation a drill pipe , and - means for circulating a drilling fluid configured to inject a drilling fluid through the drill pipe ,
A door for a storage compartment of an aircraft , comprising: a door leaf ; a profiled strip connected to an edge of the door leaf and aligned vertically; and a hinge for attaching the door leaf to a door frame ; wherein the profiled strip comprises openings that provide a path for gas exchange such that smoke from the storage compartment is detectable outside of the storage compartment by passing the profiled strip , wherein the openings are aligned vertically together with the profiled strip; wherein the profiled strip interconnects the hinge and the door leaf ; wherein the profiled strip further comprises: a first side wall for attaching the hinge ; a second side wall for attaching the door leaf ; a front wall interconnecting the first side wall and the second side wall ; wherein the openings are provided in the front wall . a door leaf ; a profiled strip connected to an edge of the door leaf and aligned vertically; and a hinge for attaching the door leaf to a door frame ; wherein the profiled strip comprises openings that provide a path for gas exchange such that smoke from the storage compartment is detectable outside of the storage compartment by passing the profiled strip , wherein the openings are aligned vertically together with the profiled strip; wherein the profiled strip interconnects the hinge and the door leaf ; wherein the profiled strip further comprises: a first side wall for attaching the hinge ; a second side wall for attaching the door leaf ; a front wall interconnecting the first side wall and the second side wall ; wherein the openings are provided in the front wall . a first side wall for attaching the hinge ; a second side wall for attaching the door leaf ; a front wall interconnecting the first side wall and the second side wall ; wherein the openings are provided in the front wall .
An electrical cooking device comprising a lower housing and an upper housing articulated about a pivot axis, said lower and upper housings each comprising: - a removable cooking plate ; - a heating resistor ; - a peripheral heat reflecting plate ; - a heat reflecting plate for a heating resistor ; the upper housing comprising at least one insulating plate and the lower housing comprising a main drip opening in the lower peripheral heat reflecting plate allowing the discharge of the produced liquids, in use, toward a receptacle located below the lower housing , the cooking plates of the cooking device being set back relative to the peripheral heat reflecting plate . - a removable cooking plate ; - a heating resistor ; - a peripheral heat reflecting plate ; - a heat reflecting plate for a heating resistor ;
A method of producing a ceramic substrate , the method comprising: joining a metal layer to each of opposite surfaces of a ceramic base material; forming a first electrode layer by etching the metal layer on one surface of the ceramic base material; forming a second electrode layer by etching the metal layer on the other surface of the ceramic base material; and calculating the volumes of the first and second electrode layers ; characterized in that the method comprises controlling a thickness of the second electrode layer by additionally etching the second electrode layer when a volume ratio of the first electrode layer to the second electrode layer is equal to or greater than 75% to less than 85%, wherein the additional etching is performed such that a volume ratio of the first electrode layer to the second electrode layer after the additional etching is 95%, +/- 10%, thereby controlling warpage of the ceramic substrate. joining a metal layer to each of opposite surfaces of a ceramic base material; forming a first electrode layer by etching the metal layer on one surface of the ceramic base material; forming a second electrode layer by etching the metal layer on the other surface of the ceramic base material; and calculating the volumes of the first and second electrode layers ; characterized in that the method comprises controlling a thickness of the second electrode layer by additionally etching the second electrode layer when a volume ratio of the first electrode layer to the second electrode layer is equal to or greater than 75% to less than 85%, wherein the additional etching is performed such that a volume ratio of the first electrode layer to the second electrode layer after the additional etching is 95%, +/- 10%, thereby controlling warpage of the ceramic substrate.
Aircraft wing , comprising: a main wing portion ; and a foldable wing tip , which is rotatable with respect to the main wing portion , characterised by an exterior aircraft light for indicating a movement of the foldable wing tip between a folded up position and a laterally extended position, the exterior aircraft light being arranged in the foldable wing tip or the main wing portion , the exterior aircraft light comprising: a light source , and a control unit , wherein the control unit is configured to operate the light source to emit a warning light output in response to a warning light control signal indicative of the movement of the foldable wing tip . a main wing portion ; and a foldable wing tip , which is rotatable with respect to the main wing portion , characterised by an exterior aircraft light for indicating a movement of the foldable wing tip between a folded up position and a laterally extended position, the exterior aircraft light being arranged in the foldable wing tip or the main wing portion , the exterior aircraft light comprising: a light source , and a control unit , wherein the control unit is configured to operate the light source to emit a warning light output in response to a warning light control signal indicative of the movement of the foldable wing tip . a light source , and a control unit , wherein the control unit is configured to operate the light source to emit a warning light output in response to a warning light control signal indicative of the movement of the foldable wing tip .
Apparatus for moving a load , comprising: a pair of channels arranged in a spaced apart manner and arranged to receive forks of a powered mover; a mounting plate disposed between the channels ; a receiver channel mounted to the mounting plate in a horizontal orientation; a plurality of load support tools , wherein each load support tool includes an adaptor configured to be interchangeably inserted in the receiver channel , wherein each of the plurality of load support tools includes a different end effector for engaging a different load; and a plurality of storage receiver channels arranged on at least one of the pair of channels and the mounting plate , wherein the plurality of storage receivers are configured to store the plurality of load support tools when the load support tools are not inserted in the receiver channel , wherein the plurality of storage receiver channels are arranged in a vertical orientation. a pair of channels arranged in a spaced apart manner and arranged to receive forks of a powered mover; a mounting plate disposed between the channels ; a receiver channel mounted to the mounting plate in a horizontal orientation; a plurality of load support tools , wherein each load support tool includes an adaptor configured to be interchangeably inserted in the receiver channel , wherein each of the plurality of load support tools includes a different end effector for engaging a different load; and a plurality of storage receiver channels arranged on at least one of the pair of channels and the mounting plate , wherein the plurality of storage receivers are configured to store the plurality of load support tools when the load support tools are not inserted in the receiver channel , wherein the plurality of storage receiver channels are arranged in a vertical orientation.
Permanent mould plate which has, for fastening, a plurality of fastening points on its rear side , wherein cooling channels in the form of recesses that are arranged in the rear side and are open towards the rear side extend adjacent to the fastening points , wherein at least one cooling channel , when viewed from one of the fastening points towards its casting side of the mould plate opposite the rear side , extends up to below the fastening point , characterised in that the at least one cooling channel is widened in the region of its base .
A carbon monoxide hydratase (CO hydratase) in which CO dehydrogenase (CODH) and formate dehydrogenase (FDH) are linked (i) as a fusion protein, (ii) by a linker peptide or cross-linking protein, or (iii) by immobilization to a metal or a conductive carrier, wherein the carbon monoxide hydratase converts directly carbon monoxide (CO) into formate.
Device for singularizing planting material, comprising a hopper which is designed as a holding chamber , and at least one conveying device which is designed to deposit a row of the planting material and comprises at least one carrier element which during operation revolves in a revolving direction and about a deflection axis , and a plurality of conveying elements which are disposed on the carrier element and during operation, for receiving a planting material constituent part , run in each case relative to the carrier element in a first position through the holding chamber and, for dispensing the planting material constituent part , through a delivery region , wherein at least a first one of the conveying elements , in particular at least half of the conveying elements , is/are mounted so as to be movable relative to the carrier element from the first position to a second position at least proportionally parallel to the deflection axis , characterized in that the first conveying element is assigned a motion apparatus which comprises at least one fixing element that is disposed so as to be stationary on the carrier element and is at least indirectly coupled to the first conveying element .
An image sensor , comprising: an array of pixels for detecting light incident on the pixel, wherein each pixel in the array comprises a photodetector for generating a photointegrated signal corresponding to an amount of light incident on the photodetector , and an in-pixel correlated double sampling, CDS, circuitry , wherein the in-pixel CDS circuitry is connected to the photodetector and is configured to output a CDS signal representative of a difference between the photointegrated signal and a reset signal; a column line , which extends along and is associated with a column of pixels in the array, which column line is configured to selectively receive a pixel signal from a pixel in the column for reading out a value indicative of amount of light incident on the photodetector of the pixel ; characterized by a voltage drop correction line , which extends along and is associated with the column of pixels , wherein the voltage drop correction line is configured to provide a correction voltage signal to a pixel in the column such that the correction voltage signal is added to the CDS signal for forming the pixel signal from the pixel received by the column line and corrects for voltage drop of the pixel signal in read-out through the column line . an array of pixels for detecting light incident on the pixel, wherein each pixel in the array comprises a photodetector for generating a photointegrated signal corresponding to an amount of light incident on the photodetector , and an in-pixel correlated double sampling, CDS, circuitry , wherein the in-pixel CDS circuitry is connected to the photodetector and is configured to output a CDS signal representative of a difference between the photointegrated signal and a reset signal; a column line , which extends along and is associated with a column of pixels in the array, which column line is configured to selectively receive a pixel signal from a pixel in the column for reading out a value indicative of amount of light incident on the photodetector of the pixel ; characterized by a voltage drop correction line , which extends along and is associated with the column of pixels , wherein the voltage drop correction line is configured to provide a correction voltage signal to a pixel in the column such that the correction voltage signal is added to the CDS signal for forming the pixel signal from the pixel received by the column line and corrects for voltage drop of the pixel signal in read-out through the column line .
A self-emulsifying solid particle at body temperature comprising: - from 50% to 90% by weight, with respect to the weight of the particle, of at least one fatty substance having a melting point in the range from 40°C to 90°C, - from 5% to 50% by weight, with respect to the weight of the particle, of at least one fatty substance having a melting point lower than 40°C, and - from 1 to 50%, with respect to the weight of the particle, of at least one emulsifier, wherein said at least one fatty substance having a melting point in the range from 40°C to 90°C is selected from the group consisting of glycerol behenate, stearic acid, magnesium stearate, vegetable stearin, bees wax, carnauba wax and candelilla wax, said at least one fatty substance having a melting point lower than 40°C is selected from the group consisting of cocoa butter, margarine, butter, olive oil, linseed oil, grape seed oil and medium chain triglycerides (MCT), and the at least one emulsifier is a polysorbate (Polyoxyethylene Sorbitan Monooleate). - from 50% to 90% by weight, with respect to the weight of the particle, of at least one fatty substance having a melting point in the range from 40°C to 90°C, - from 5% to 50% by weight, with respect to the weight of the particle, of at least one fatty substance having a melting point lower than 40°C, and - from 1 to 50%, with respect to the weight of the particle, of at least one emulsifier, said at least one fatty substance having a melting point in the range from 40°C to 90°C is selected from the group consisting of glycerol behenate, stearic acid, magnesium stearate, vegetable stearin, bees wax, carnauba wax and candelilla wax, said at least one fatty substance having a melting point lower than 40°C is selected from the group consisting of cocoa butter, margarine, butter, olive oil, linseed oil, grape seed oil and medium chain triglycerides (MCT), and the at least one emulsifier is a polysorbate (Polyoxyethylene Sorbitan Monooleate).
Power converter device for an electrical machine, comprising switching means (5a-c) with a plurality of switching elements (7a-c, 8a-c) for generating a multi-phase alternating current for the electrical machine and a plurality of phase conductors for conducting an alternating current generated by a switching means (5a-c) to the electrical machine , wherein current measuring means are associated with a number of first phase conductors , that is one less than the total number of phase conductors , and a control device is provided, which is designed for determining a calculated value describing a current along the second phase conductor from first measured values of the current measuring means , characterised in that the control device is designed to check the plausibility of the calculated value by means of at least one second measured value of a short circuit detecting device (9a-c, 10a-c) associated with a switching element (7a-c, 8a-c).
A membrane carrier comprising a flow path and a detection zone , and a microstructure constituted by convex portions provided at the bottom of the flow path , characterized in that a mean surface roughness (Ra) of the surface of the convex portions of the microstructure is 0.005 to 1 μm and a height of the convex portions constituting the microstructure in the flow path is 5 to 1000 μm. a flow path and a detection zone , and a microstructure constituted by convex portions provided at the bottom of the flow path , characterized in that a mean surface roughness (Ra) of the surface of the convex portions of the microstructure is 0.005 to 1 μm and a height of the convex portions constituting the microstructure in the flow path is 5 to 1000 μm.
A method of installing a camera unit including an imaging device and an optical system that projects an optical image on an imaging plane including a light receiving surface of the imaging device, wherein the optical system has a projection characteristic configured to form an image at the imaging plane having an increase in an image height (y) with respect to a unit half angle of view in a first area that is larger than an increase in an image height with respect to a unit half angle of view in a second area on a peripheral side of the first area , wherein at least a portion of the first area and at least a portion of the second area are projected on the light receiving surface , wherein the optical system and the imaging device are disposed such that a gravity center of the first area is offset in a first direction (F) from a center of the light receiving surface , and wherein the method includes installing the camera unit such that the first direction is directed towards an area other than a predetermined targeted area, characterized in that , when a focal distance of the optical system is denoted by f, a maximum half angle of view of the optical system is denoted by θmax, an image height on an imaging surface is denoted by y, and a projection characteristic indicating a relationship between the image height y and the half angle of view θ is denoted by y(θ), a conditional expression 1.0 < f×sinθmax/y(θmax) ≤ 1.9 is satisfied. wherein the optical system has a projection characteristic configured to form an image at the imaging plane having an increase in an image height (y) with respect to a unit half angle of view in a first area that is larger than an increase in an image height with respect to a unit half angle of view in a second area on a peripheral side of the first area , wherein at least a portion of the first area and at least a portion of the second area are projected on the light receiving surface , wherein the optical system and the imaging device are disposed such that a gravity center of the first area is offset in a first direction (F) from a center of the light receiving surface , and wherein the method includes installing the camera unit such that the first direction is directed towards an area other than a predetermined targeted area, characterized in that , when a focal distance of the optical system is denoted by f, a maximum half angle of view of the optical system is denoted by θmax, an image height on an imaging surface is denoted by y, and a projection characteristic indicating a relationship between the image height y and the half angle of view θ is denoted by y(θ), a conditional expression 1.0 < f×sinθmax/y(θmax) ≤ 1.9 is satisfied.
A thread milling cutter comprising a main body having a shank and a cutting portion having a cylindrical basic shape and an axis of rotation , and a plurality of cutting teeth spaced in a peripheral direction and arranged on the cutting portion in at least two different radial planes , which radial planes extend perpendicularly to the axis of rotation , wherein the cutting portion has at least two seats for receiving a respective cutting insert in each of the at least two different radial planes, and wherein the cutting teeth are formed by cutting corners of the cutting inserts , characterized in that the cutting inserts in a plan view of the rake face have a basic shape of an equilateral triangle and are mounted radially in their respective seat, and in that the cutting inserts of different radial planes are arranged in a mutually displaced relationship in the peripheral direction.
A non-transitory memory , storing a digital signature of a print cartridge where said digital signature indicates that an identifier and setting data are from a trusted source, characterized in that said setting data includes a hash that represents information stored outside of said digital signature and in said non-transitory memory , said information is a color map, and said setting data includes printer functional data. a digital signature of a print cartridge where said digital signature indicates that an identifier and setting data are from a trusted source, characterized in that said setting data includes a hash that represents information stored outside of said digital signature and in said non-transitory memory , said information is a color map, and said setting data includes printer functional data.
A hydraulic machine comprising a hydraulic circuit, the hydraulic circuit comprising: a first hydraulic source ; a second hydraulic source ; a first travel control valve in fluid communication with the second hydraulic source; a first attachment control valve in fluid communication with the second hydraulic source; a confluence control valve in fluid communication with the first hydraulic source and, in a confluence position, directing fluid from the first hydraulic source to the first attachment control valve; a first signal line connected to the confluence control valve; and a first pilot line (Pi3) connected to the confluence control valve to move the confluence control valve to the confluence position, when a first pilot pressure is generated in the first pilot line, wherein, when the first travel control valve is in a non-neutral position and the first attachment control valve is in a first non-neutral position, first signal pressure is generated in the first signal line to move the confluence control valve to the confluence position, characterized in that the hydraulic circuit further comprises a first drain line (Dr4), wherein when the first attachment control valve is in a neutral position, the first signal line is in fluid communication with the first drain line through the first attachment control valve. a first hydraulic source ; a second hydraulic source ; a first travel control valve in fluid communication with the second hydraulic source; a first attachment control valve in fluid communication with the second hydraulic source; a confluence control valve in fluid communication with the first hydraulic source and, in a confluence position, directing fluid from the first hydraulic source to the first attachment control valve; a first signal line connected to the confluence control valve; and a first pilot line (Pi3) connected to the confluence control valve to move the confluence control valve to the confluence position, when a first pilot pressure is generated in the first pilot line, wherein, when the first travel control valve is in a non-neutral position and the first attachment control valve is in a first non-neutral position, first signal pressure is generated in the first signal line to move the confluence control valve to the confluence position, characterized in that the hydraulic circuit further comprises a first drain line (Dr4), wherein when the first attachment control valve is in a neutral position, the first signal line is in fluid communication with the first drain line through the first attachment control valve.