mhurhangee/patent-ind-claim-en huggingface dataset:
An aircraft cable tray comprising a profile section which comprises two lateral walls running parallel to a retention lateral plane, each lateral wall having an external face and an internal face, this profile section delimiting at least one cable guiding channel running parallel to the retention lateral plane, this aircraft cable tray being characterized in that it comprises: - a lateral lip projecting from the external face of one lateral wall of the profile section , this lateral lip comprising: a fixing through-orifice ; an upper bearing surface juxtaposed with the fixing through-orifice ; a lower bearing surface juxtaposed with the fixing through-orifice ; - a cable retention device comprising: a base equipped with a leg inserted into the fixing through-orifice and comprising stop surfaces positioned against the lower bearing surface and against the upper bearing surface ; a piston comprising a rod that can be immobilized with respect to the base , this rod being equipped at one of its ends with a foot positioned in the cable guide channel . - a lateral lip projecting from the external face of one lateral wall of the profile section , this lateral lip comprising: a fixing through-orifice ; an upper bearing surface juxtaposed with the fixing through-orifice ; a lower bearing surface juxtaposed with the fixing through-orifice ; - a cable retention device comprising: a base equipped with a leg inserted into the fixing through-orifice and comprising stop surfaces positioned against the lower bearing surface and against the upper bearing surface ; a piston comprising a rod that can be immobilized with respect to the base , this rod being equipped at one of its ends with a foot positioned in the cable guide channel .
Radiation shield device for radiation- and radiation-guided imaging, therapy, diagnosis or prognosis of a subject, wherein said radiation shield device is sterilisable; wherein said radiation shield device comprises a sheet of material comprising a plurality of flaps configured to be foldable so as to selectively expose a target area of the subject, wherein said sheet comprises a barrier to ionising radiation; characterised in that the device comprises a peripheral hem partially or completely along the periphery of the device , sheet and/or flaps , wherein the hem has a higher density than the sheet material; or a plurality of spines or battens. wherein said radiation shield device comprises a sheet of material comprising a plurality of flaps configured to be foldable so as to selectively expose a target area of the subject, wherein said sheet comprises a barrier to ionising radiation; characterised in that the device comprises a peripheral hem partially or completely along the periphery of the device , sheet and/or flaps , wherein the hem has a higher density than the sheet material; or a plurality of spines or battens.
A recombinant adeno-associated virus (rAAV) virion comprising a polynucleotide encoding a soluble protein comprising at least one domain of VEGFR-1 (Flt-1) capable of inhibiting VEGF activity for use in the treatment of wet age-related macular degeneration or macular edema in a human subject by delivering from 1 x 10 8 up to 2 x 10 9 rAAV virions to the diseased eye of the subject.
Floor panel assembly comprising sheet-shaped floor panels (1-4), which floor panels are provided with a plurality of edges (5-8), wherein an edge of a first panel and another edge of a second panel are equipped with joining members which allow a joining of the first and second edges of the two panels by bringing these into engagement with each other, so as to bring the upper sides of both panels substantially in alignment with each other and have them meet at a vertical plane VP, the first edge being provided with a male joining member and the second edge with a female joining member adapted to receive the male joining member therein so as to lock the panels at the adjacent edges at least in a direction perpendicular to the upper side and in a direction parallel to the upper side but perpendicular to the adjacent first and second edges in their joined position, characterized in that the male and female joining members are so adapted to each other that a surface of the male joining member is urged against a surface of the female joining member in a contact area , said contact area has a horizontal component and is the first of this kind, namely the first between substantially horizontal surfaces, or surfaces having a horizontal component, that water meets when it enters between the joining members from the vertical plane VP.
Airfoil to be arranged in and for exposure to flow in a gas duct of a turbomachine , the blade airfoil comprising, with respect to the exposure to flow in the gas duct , a suction side wall and a pressure side wall , which side walls converge in an upstream end region (24 A) toward a leading edge (20 A) and converge in a downstream end region (24 B) toward a trailing edge (20 B), and the airfoil comprising in the interior a cavity structure which, when viewed in a sectional plane axially parallel with respect to a longitudinal axis of the turbomachine , is enclosed between an inner wall surface (21 B) of the suction side wall and an inner wall surface (22 B) of the pressure side wall , the side walls each being uninterruptedly contiguous, that is to say side-wall material being uninterruptedly present between the respective inner wall surface (21 B, 22 B) and the respective outer wall surface (21 A, 22 A), characterized in that, when viewed in the sectional plane, at least one of the inner wall surfaces (21 B, 22 B) extends into each of the two end regions (24 A, B), normalized to a camber line of the airfoil as a reference, with a curvature change such that a clear width (26 A, B) of the cavity structure enlarges into each of the two end regions (24 A, B), the clear width (26 A, B) being an opening width of the cavity structure, which is taken between the inner wall surface of the suction side wall and the inner wall surface of the pressure side wall perpendicularly to the camber line in the axially parallel sectional plane. the blade airfoil comprising, with respect to the exposure to flow in the gas duct , a suction side wall and a pressure side wall , which side walls converge in an upstream end region (24 A) toward a leading edge (20 A) and converge in a downstream end region (24 B) toward a trailing edge (20 B), and the airfoil comprising in the interior a cavity structure which, when viewed in a sectional plane axially parallel with respect to a longitudinal axis of the turbomachine , is enclosed between an inner wall surface (21 B) of the suction side wall and an inner wall surface (22 B) of the pressure side wall , the side walls each being uninterruptedly contiguous, that is to say side-wall material being uninterruptedly present between the respective inner wall surface (21 B, 22 B) and the respective outer wall surface (21 A, 22 A), characterized in that, when viewed in the sectional plane, at least one of the inner wall surfaces (21 B, 22 B) extends into each of the two end regions (24 A, B), normalized to a camber line of the airfoil as a reference, with a curvature change such that a clear width (26 A, B) of the cavity structure enlarges into each of the two end regions (24 A, B), the clear width (26 A, B) being an opening width of the cavity structure, which is taken between the inner wall surface of the suction side wall and the inner wall surface of the pressure side wall perpendicularly to the camber line in the axially parallel sectional plane.
An electronic reamer connectable to a downhole drilling assembly , comprising: an electronic control housing ; at least one sensor mounted in said electronic control housing ; an electronic control unit mounted within said electronic control housing and being operatively connected to said at least one sensor (116, 118 119, 608, 808), said electronic control unit being programmed to distinguish between rotating drilling and sliding drilling utilizing said at least one sensor (116, 118 119, 608, 808); one or more reamer members mounted for selective movement between an extended position and a retracted position ; said electronic control unit being operatively connected to said one or more reamer members and being programmed for controlling said movement between said extended position responsively to detection of said rotating drilling and said retracted position responsively to detection of said sliding drilling. an electronic control housing ; at least one sensor mounted in said electronic control housing ; an electronic control unit mounted within said electronic control housing and being operatively connected to said at least one sensor (116, 118 119, 608, 808), said electronic control unit being programmed to distinguish between rotating drilling and sliding drilling utilizing said at least one sensor (116, 118 119, 608, 808); one or more reamer members mounted for selective movement between an extended position and a retracted position ; said electronic control unit being operatively connected to said one or more reamer members and being programmed for controlling said movement between said extended position responsively to detection of said rotating drilling and said retracted position responsively to detection of said sliding drilling.
A wireless power transmission device comprising: a resonance signal generator configured to transmit wireless power to a wireless power reception device ; and a controller configured to identify an over-voltage protection operation at the wireless power reception device based on a change of a voltage value detected at the resonance signal generator , wherein the change is caused by signals provided by the wireless power reception device while transmitting the wireless power to the wireless power reception device and the change has a predetermined interval pattern, and adjust the wireless power to be transmitted to the wireless power reception device based on the identifying of the over-voltage protection operation. a resonance signal generator configured to transmit wireless power to a wireless power reception device ; and a controller configured to identify an over-voltage protection operation at the wireless power reception device based on a change of a voltage value detected at the resonance signal generator , wherein the change is caused by signals provided by the wireless power reception device while transmitting the wireless power to the wireless power reception device and the change has a predetermined interval pattern, and adjust the wireless power to be transmitted to the wireless power reception device based on the identifying of the over-voltage protection operation.
An induction heating device for sealing two layers of a packaging material, comprising a base structure supporting a magnetic insert for enhancing the magnetic field of the induction heating device, wherein the magnetic insert is manufactured by use of a composition comprising a mouldable polymer matrix and a soft magnetic material, a coil for inducing a magnetic field and arranged at a side of the magnetic insert opposite that of the base structure ; characterized in that the induction heating device further comprises a body structure arranged to encompass the magnetic insert and coil when assembled and in that the magnetic insert is injection moulded between the base structure and the coil .
A removable memory card for use with a digital camera , the removable memory card comprising: a housing configured to be removably accepted by a memory card slot of a digital camera; an electrical connector for connecting the removable memory card to a corresponding electrical connector of the digital camera when the housing is accepted by the memory card slot ; a wireless transceiver for wirelessly communicating with one or more remote devices of a security system; a nonvolatile memory operatively coupled to the electrical connector , wherein the nonvolatile memory is configured to record digital images from the digital camera ; and a controller operatively coupled to the wireless transceiver , the nonvolatile memory , and the electrical connector , wherein the controller is configured to register the one or more remote devices such that the controller communicates only with the one or more remote devices , receive configuration parameters for the security system and store the configuration parameters in the nonvolatile memory, and identify and transmit one or more security system messages to a remote location via the wireless transceiver , and wherein the controller and the wireless transceiver receive power from the digital camera via the electrical connector . a housing configured to be removably accepted by a memory card slot of a digital camera; an electrical connector for connecting the removable memory card to a corresponding electrical connector of the digital camera when the housing is accepted by the memory card slot ; a wireless transceiver for wirelessly communicating with one or more remote devices of a security system; a nonvolatile memory operatively coupled to the electrical connector , wherein the nonvolatile memory is configured to record digital images from the digital camera ; and a controller operatively coupled to the wireless transceiver , the nonvolatile memory , and the electrical connector , wherein the controller is configured to register the one or more remote devices such that the controller communicates only with the one or more remote devices , receive configuration parameters for the security system and store the configuration parameters in the nonvolatile memory, and identify and transmit one or more security system messages to a remote location via the wireless transceiver , and wherein the controller and the wireless transceiver receive power from the digital camera via the electrical connector .
Method for calibrating a wheel sensor, wherein - the wheel sensor establishes that a calibration procedure is to be performed , - the wheel sensor ascertains a point in time that is suitable for the calibration procedure to be performed and - the wheel sensor performs the self-calibration at the ascertained point in time, characterised in that the point in time that is suitable for the calibration procedure to be performed is ascertained by the wheel sensor with reference to the fact that it has been identified that a rail-borne vehicle has completely driven past the wheel sensor by taking into consideration a temporal sequence of detecting wheels of the rail-borne vehicle. - the wheel sensor establishes that a calibration procedure is to be performed , - the wheel sensor ascertains a point in time that is suitable for the calibration procedure to be performed and - the wheel sensor performs the self-calibration at the ascertained point in time,
A water separator comprising a flow channel defined by a wall and having an inlet and an outlet through which a flow of channel gas containing water can be passed from the inlet to the outlet , wherein the water separator has a first separation channel with a first inlet opening and a second separation channel with a second inlet opening , wherein the first inlet opening and the second inlet opening are formed on the inside of the wall of the flow channel , the first inlet opening being arranged upstream of the second inlet opening , wherein the second separation channel opens into the first separation channel through a second outlet opening , wherein the first separation channel opens into a bypass channel through a bypass channel opening , wherein the bypass channel extends at least partially around the flow channel , wherein a first gas flow can be conducted through the first separation channel and wherein a second gas flow can be conducted through the second separation channel , characterized in that the second outlet opening is designed such that the second gas flow can be conducted through the second outlet opening such that the first gas flow can be deflected in the direction of the circulation channel opening by the second gas flow.
A method of making an antimicrobial composite article, comprising the steps: providing a matrix comprising a polymeric material; providing a plurality of second phase particles comprising a copper-containing antimicrobial agent; melting the matrix to form a matrix melt; distributing the plurality of second phase particles in the matrix melt at a second phase volume fraction to form a composite melt; forming a composite article from the composite melt; and treating the composite article to form an antimicrobial composite article having an exterior surface comprising an exposed portion of the matrix and the plurality of second phase particles, wherein the polymeric material is characterized by hydrophobicity, and further wherein the exposed portion of the matrix is characterized by hydrophilicity wherein the treating step comprises abrading and plasma-treating the composite article to form an antimicrobial composite article having an exterior surface comprising an exposed portion of the matrix and the plurality of second phase particles. providing a matrix comprising a polymeric material; providing a plurality of second phase particles comprising a copper-containing antimicrobial agent; melting the matrix to form a matrix melt; distributing the plurality of second phase particles in the matrix melt at a second phase volume fraction to form a composite melt; forming a composite article from the composite melt; and treating the composite article to form an antimicrobial composite article having an exterior surface comprising an exposed portion of the matrix and the plurality of second phase particles, wherein the polymeric material is characterized by hydrophobicity, and further wherein the exposed portion of the matrix is characterized by hydrophilicity wherein the treating step comprises abrading and plasma-treating the composite article to form an antimicrobial composite article having an exterior surface comprising an exposed portion of the matrix and the plurality of second phase particles.
A fragmenting device for a fragmenter of metal materials comprising an inlet chamber configured to receive metal material and a fragmentation chamber which receives the metal material from the inlet chamber , so that the fragmentation chamber comprises a plurality of hammers linked to a rotor and at least one outlet grate with a plurality of through holes for the fragmented material to exit the fragmentation chamber , wherein the fragmentation chamber additionally comprises a recirculation grate that communicates the fragmentation chamber with the inlet chamber , the recirculation grate being located in a higher position than the rotor inside the fragmentation chamber and the recirculation grate comprises a plurality of openings with a larger dimension than that of the through holes of the at least one outlet grate , characterised in that the openings of the recirculation grate are positioned in line with the hammers of the fragmentation chamber .
Clearing strip for the clearing blade of a snowplow, comprising a fastening collar , to which an elongate rubber body is vulcanized, which has a downwardly projecting, freely flexible wear portion having a wear surface and a wear height , characterized in that plastic sliding bodies are inserted evenly across the wear portion .
A method of operating a gas or dual fuel engine having at least one cylinder and a gas admission valve associated with the at least one cylinder , the method comprising: monitoring a characteristic of the at least one cylinder during operation of the gas or dual fuel engine ; determining a start of combustion in the at least one cylinder from the monitored characteristic, the start of combustion being after an ignition timing associated with the at least one cylinder ; the method being characterised in determining a time difference between the start of combustion in the at least one cylinder and the ignition timing associated with the at least one cylinder ; and reducing the opening duration of the gas admission valve when the time difference is less than a predetermined threshold (Th3) at which pre-ignition is likely to occur. monitoring a characteristic of the at least one cylinder during operation of the gas or dual fuel engine ; determining a start of combustion in the at least one cylinder from the monitored characteristic, the start of combustion being after an ignition timing associated with the at least one cylinder ; the method being characterised in determining a time difference between the start of combustion in the at least one cylinder and the ignition timing associated with the at least one cylinder ; and reducing the opening duration of the gas admission valve when the time difference is less than a predetermined threshold (Th3) at which pre-ignition is likely to occur.
A sanitary fitting having at least a first actuator element , in particular for adjusting the temperature and/or volume of mixed water, and having at least a second actuator element for adjusting the volume of hot water, wherein for adjusting the volume of hot water, a valve element , in particular a solenoid valve, is arranged in the hot water flow path, which valve element can be activated electrically by the second actuator element , and wherein a sensor element , which is connected to the hot water valve element via a signal line , is assigned to the second actuator element , wherein the sensor element furthermore generates a control signal (S) for activating the hot water valve element when the second actuator element is actuated, and wherein the second actuator element can be turned to and from a rest position (R), in which the hot water valve element is closed, and a hot water position (H), in which the hot water valve element is open, and wherein the second actuator element can be turned from the rest position (R) to the hot water position (H) in the course of a setting movement (S 1 ), building up a reset force (F R ) so that the second actuator element , when released, can automatically be reset to the rest position (R).
A seal assembly comprising: a shaft rotatable about a central longitudinal axis (A); a housing at least partially defining a seal opening and at least partially surrounding the rotatable shaft ; and a carbon seal located at least partially in the seal opening and including a sealing surface , wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft ; the rotatable shaft including a radially facing radially outer surface having a diamond-like carbon coating in engagement with the sealing surface on the carbon seal ; characterized in that the radially outer surface has a carbide based coating in direct contact with the radially outer surface and the diamond-like carbon coating is in direct contact with the carbide based coating . a shaft rotatable about a central longitudinal axis (A); a housing at least partially defining a seal opening and at least partially surrounding the rotatable shaft ; and a carbon seal located at least partially in the seal opening and including a sealing surface , wherein the housing and the carbon seal form a circumferential ring around the rotatable shaft ; the rotatable shaft including a radially facing radially outer surface having a diamond-like carbon coating in engagement with the sealing surface on the carbon seal ; characterized in that the radially outer surface has a carbide based coating in direct contact with the radially outer surface and the diamond-like carbon coating is in direct contact with the carbide based coating .