mhurhangee/patent-ind-claim-en huggingface dataset:
A circuit breaker , comprising: a racking motor mounted in the circuit breaker , configured to move the circuit breaker into a breaker compartment for connection of primary contacts of the circuit breaker in a connected position to a main bus , the racking motor configured to drive a racking linkage for racking the circuit breaker into the breaker compartment when provided with racking power; a control power plug mounted in the circuit breaker , configured to conduct control power by connection to a control power receptacle mounted at a stationary position in the breaker compartment , when the racking motor has moved the circuit breaker into the connected position; a racking power plug mounted in the circuit breaker , configured to conduct the racking power to the racking motor by connection to a racking power receptacle mounted at a stationary position in the breaker compartment ; wherein the racking power plug is further configured to remain connected and stationary relative to the racking power receptacle at its stationary position in the breaker compartment while the circuit breaker moves within the breaker compartment during the racking operation and after the circuit breaker reaches the connected position. a racking motor mounted in the circuit breaker , configured to move the circuit breaker into a breaker compartment for connection of primary contacts of the circuit breaker in a connected position to a main bus , the racking motor configured to drive a racking linkage for racking the circuit breaker into the breaker compartment when provided with racking power; a control power plug mounted in the circuit breaker , configured to conduct control power by connection to a control power receptacle mounted at a stationary position in the breaker compartment , when the racking motor has moved the circuit breaker into the connected position; a racking power plug mounted in the circuit breaker , configured to conduct the racking power to the racking motor by connection to a racking power receptacle mounted at a stationary position in the breaker compartment ; wherein the racking power plug is further configured to remain connected and stationary relative to the racking power receptacle at its stationary position in the breaker compartment while the circuit breaker moves within the breaker compartment during the racking operation and after the circuit breaker reaches the connected position.
An integrated circuit, IC, fuse structure , comprising: an interconnect fuse line disposed over a substrate , the fuse line comprising a nominal fuse segment abutted to a necked fuse segment, wherein the nominal fuse segment has a nominal lateral width, and the necked fuse segment has a necked lateral width that is smaller than the nominal lateral width; a pair of interconnect lines disposed over the substrate and coplanar with the fuse line, and each of the interconnect lines spaced equidistant from opposite edges of both the nominal fuse segment and the necked fuse segment; and a pair of electrical connections to the fuse line, the pair of connections comprising a first connection to the nominal fuse segment , and a second connection spaced apart from the first connection by at least the necked fuse segment; wherein at least one of the interconnect lines is bifurcated, and is separated by a field region that is aligned with the necked fuse segment and comprises dielectric material. an interconnect fuse line disposed over a substrate , the fuse line comprising a nominal fuse segment abutted to a necked fuse segment, wherein the nominal fuse segment has a nominal lateral width, and the necked fuse segment has a necked lateral width that is smaller than the nominal lateral width; a pair of interconnect lines disposed over the substrate and coplanar with the fuse line, and each of the interconnect lines spaced equidistant from opposite edges of both the nominal fuse segment and the necked fuse segment; and a pair of electrical connections to the fuse line, the pair of connections comprising a first connection to the nominal fuse segment , and a second connection spaced apart from the first connection by at least the necked fuse segment; wherein at least one of the interconnect lines is bifurcated, and is separated by a field region that is aligned with the necked fuse segment and comprises dielectric material.
A powertrain system comprising: a combustion engine including an intake manifold and an exhaust manifold ; a crankshaft driven by the engine ; and a supercharging system driven by the crankshaft , the supercharging system including a first drive system and first and second compressors , the first drive system being driven by the crankshaft and configured to drive the first compressor , the first compressor including a first inlet and a first outlet , the second compressor including a second inlet and a second outlet , the first outlet fluidly communicating with the second inlet , the second outlet fluidly communicating with the intake manifold , characterized in that the powertrain system further comprises a second drive system driven by the crankshaft and configured to drive the second compressor . a combustion engine including an intake manifold and an exhaust manifold ; a crankshaft driven by the engine ; and a supercharging system driven by the crankshaft , the supercharging system including a first drive system and first and second compressors , the first drive system being driven by the crankshaft and configured to drive the first compressor , the first compressor including a first inlet and a first outlet , the second compressor including a second inlet and a second outlet , the first outlet fluidly communicating with the second inlet , the second outlet fluidly communicating with the intake manifold , characterized in that the powertrain system further comprises a second drive system driven by the crankshaft and configured to drive the second compressor .
Thermoelectric safety actuator for a gas burner of a domestic appliance that comprises an electromagnet connectable to a thermocouple and to auxiliary energising means adapted to keep said electromagnet energised until the thermocouple is able to keep said electromagnet energised, a frame that closes against the electromagnet when said electromagnet is energised, and a sealing member fixed to the frame , which in a rest position closes against a seating preventing the passage of gas to the burner, the thermoelectric safety actuator also comprising a swinging arm on the first end of which the frame is arranged fixed and on the second end of which the sealing member is arranged fixed, the swinging arm swinging between a rest position wherein the passage of gas to the burner is closed and an activation position, wherein the electromagnet is energised and the passage of gas open, the electromagnet initially being energised by the auxiliary energising means and kept energised by said energising means until the thermocouple is able to keep said electromagnet energised , characterised in that the thermoelectric safety actuator comprises a casing that includes a housing inside which the electromagnet , the swinging arm , the frame and the sealing member are housed, and a gas outlet conduit connected to the housing , the electromagnet being arranged substantially parallel to the gas outlet conduit , the housing being delimited by a bottom surface that includes an opening through which the electromagnet is fixed to the casing , and the seating against which the sealing member closes, the seating being arranged substantially parallel to the bottom surface , the casing further comprising, on the end opposite to the gas outlet conduit and the opening , a base , the base including external tabs and a recess in which a seal washer is inserted, the thermoelectric safety actuator being configured to be fixed to a valve body through the casing by means of the external tabs .
A system for processing liquid and/or solid compounds, comprising a vessel and a holding device for the vessel , the holding device comprising a stop against which the vessel rests after being inserted into the holding device and a supply unit opposite the stop , the supply unit comprising a closing element , which can be set to a first and a second position, wherein in the first position of the closing element the vessel can be inserted into the holding device and in the second position of the closing element the vessel inserted into the holding device is pressed against the stop by the closing element , wherein the closing element comprises a ball which is mounted rotatable in a housing, the ball comprising an opening through which the vessel can be inserted into the holding device in the first position and wherein the vessel rests on an outer surface of the ball in the second position.
A method for video enhancement, the method comprising: receiving an input video ; receiving a video container for the input video, wherein the video container comprises at least a first resolution and video content data comprising codec type, bitrate and frame rate of the input video; determining a second resolution from the first resolution and the video content data of the video container; comparing the first resolution to the second resolution ; determine a local contrast enhancement operation window size in dependence on the result of the comparison between the first resolution and the second resolution wherein the local contrast enhancement operation window size depends on the lowest of the first resolution and the second resolution; applying a local contrast enhancement algorithm with the determined window size to the input video; wherein the first resolution is the resolution of the input video; and wherein the second resolution is the native resolution of the input video. receiving an input video ; receiving a video container for the input video, wherein the video container comprises at least a first resolution and video content data comprising codec type, bitrate and frame rate of the input video; determining a second resolution from the first resolution and the video content data of the video container; comparing the first resolution to the second resolution ; determine a local contrast enhancement operation window size in dependence on the result of the comparison between the first resolution and the second resolution wherein the local contrast enhancement operation window size depends on the lowest of the first resolution and the second resolution; applying a local contrast enhancement algorithm with the determined window size to the input video; wherein the first resolution is the resolution of the input video; and wherein the second resolution is the native resolution of the input video.
A composition for use in treating a patient having a cancer or a genetic disorder treatable using hematopoietic stem cells, the composition comprising: hematopoietic stem cells (HSCs), and an effective amount of one or a plurality of chemical compounds of formula (I): R 1 - M 1 -N(R 2 )-M 2 - M 3 - M 4 - M 5 - M 6 - R 3 (I) where: R 1 is aryl, R 2 is aralkyl, M 1 is CH 2 , M 2 is CO, M 3 is absent or O, M 4 is absent, M 5 is absent, M 6 is (CH 2 ) q or (CH 2 CH 2 O) q , wherein q is an integer from 1 to 6, and R 3 is CON R 13 R 14 , where R 13 and R 14 are independently aralkyl, wherein the one or plurality of chemical compounds are capable of enhancing integrin-mediated binding of cells to their respective ligands, and where the effective amount is between about 1 fM and about 300 μM. hematopoietic stem cells (HSCs), and an effective amount of one or a plurality of chemical compounds of formula (I): R 1 - M 1 -N(R 2 )-M 2 - M 3 - M 4 - M 5 - M 6 - R 3 (I) where: R 1 is aryl, R 2 is aralkyl, M 1 is CH 2 , M 2 is CO, M 3 is absent or O, M 4 is absent, M 5 is absent, M 6 is (CH 2 ) q or (CH 2 CH 2 O) q , wherein q is an integer from 1 to 6, and R 3 is CON R 13 R 14 , where R 13 and R 14 are independently aralkyl, R 1 is aryl, R 2 is aralkyl, M 1 is CH 2 , M 2 is CO, M 3 is absent or O, M 4 is absent, M 5 is absent, M 6 is (CH 2 ) q or (CH 2 CH 2 O) q , wherein q is an integer from 1 to 6, and R 3 is CON R 13 R 14 , where R 13 and R 14 are independently aralkyl, wherein the one or plurality of chemical compounds are capable of enhancing integrin-mediated binding of cells to their respective ligands, and where the effective amount is between about 1 fM and about 300 μM.
An intraluminal imaging device , comprising: a flexible elongate member configured to be inserted into a lumen within a body of a patient, the flexible elongate member comprising a longitudinal axis; an imaging assembly coupled to the flexible elongate member , the imaging assembly comprising: a plurality of ultrasound transducer elements disposed around the longitudinal axis of the flexible elongate member ; a plurality of controllers configured to control the plurality of ultrasound transducer elements to obtain imaging data associated with the lumen; and a plurality of electrical wires extending between the plurality of the ultrasound transducer elements and the plurality of controllers and configured to facilitate communication between the plurality of the ultrasound transducer elements and the plurality of controllers , and a flexible member , wherein the flexible member separates the plurality of ultrasound transducer elements and the plurality of controllers . a flexible elongate member configured to be inserted into a lumen within a body of a patient, the flexible elongate member comprising a longitudinal axis; an imaging assembly coupled to the flexible elongate member , the imaging assembly comprising: a plurality of ultrasound transducer elements disposed around the longitudinal axis of the flexible elongate member ; a plurality of controllers configured to control the plurality of ultrasound transducer elements to obtain imaging data associated with the lumen; and a plurality of electrical wires extending between the plurality of the ultrasound transducer elements and the plurality of controllers and configured to facilitate communication between the plurality of the ultrasound transducer elements and the plurality of controllers , and a plurality of ultrasound transducer elements disposed around the longitudinal axis of the flexible elongate member ; a plurality of controllers configured to control the plurality of ultrasound transducer elements to obtain imaging data associated with the lumen; and a plurality of electrical wires extending between the plurality of the ultrasound transducer elements and the plurality of controllers and configured to facilitate communication between the plurality of the ultrasound transducer elements and the plurality of controllers , and a flexible member , wherein the flexible member separates the plurality of ultrasound transducer elements and the plurality of controllers .
A thermographic system comprising infrared imaging means , a source for thermal excitation of a part and a duct for guiding the radiation in a longitudinal direction (L) to an outlet of the duct located at a free edge thereof, characterized in that the free edge of the duct is deformable along the longitudinal axis (L) in a first direction (L1) oriented from the outlet of the duct towards the imaging means and in that it comprises means for returning the free edge to its initial shape and means for holding said free edge of the duct in a deformed state.
A multi-frequency transducer array , comprising: a single substantially flat planar surface, comprising: a first transducer array comprising a first plurality of transducer elements configured for a first nominal frequency, each of the first plurality of transducer elements having a first size; and a second transducer array comprising a second plurality of transducer elements configured for a second nominal frequency, each of the second plurality of transducer elements having a second size different to the first size, characterised in that the first transducer array is generally annular in shape defining a central portion that does not contain any of the first plurality of transducer elements, and in that the second transducer array is spatially distinct from the first transducer array and is positioned within the central portion . a first transducer array comprising a first plurality of transducer elements configured for a first nominal frequency, each of the first plurality of transducer elements having a first size; and a second transducer array comprising a second plurality of transducer elements configured for a second nominal frequency, each of the second plurality of transducer elements having a second size different to the first size, characterised in that the first transducer array is generally annular in shape defining a central portion that does not contain any of the first plurality of transducer elements, and in that the second transducer array is spatially distinct from the first transducer array and is positioned within the central portion .
Device for projecting image data onto a projection surface of a vehicle window of a vehicle, the device comprising: - an interface for providing the image data BD1(t), - an image data processing unit , connected to the interface , for generating image data BD2(t) from the image data BD1(t), - a brightness sensor , connected to the image data processing unit , for detecting an ambient brightness H(t), and - a projection unit , connected to the image data processing unit , for projecting the image data BD2(t) onto the projection surface of the vehicle window, characterized in that the image data processing unit is designed and configured such that, depending on the detected ambient brightness H(t), for generating the image data BD2(t) from the image data BD1(t), a gradation curve GK(H(t)) is specified in such a way that dark image regions in the image data BD2(t), which regions are below a specified color brightness limit value compared to image regions above the color brightness limit value, are brightened with respect to their color spectra or grayscale spectra compared to image data BD1(t), a degree of brightening of the dark image regions in the image data BD2(t) increasing with increasing ambient brightness H(t). - an interface for providing the image data BD1(t), - an image data processing unit , connected to the interface , for generating image data BD2(t) from the image data BD1(t), - a brightness sensor , connected to the image data processing unit , for detecting an ambient brightness H(t), and - a projection unit , connected to the image data processing unit , for projecting the image data BD2(t) onto the projection surface of the vehicle window,
A method for taking fish up from a body of water comprising the step of: • providing a duct having a lower open end below the water surface and an upper open end arranged at a floating working platform above sea level, characterised in that it further comprises the steps of • introducing water into the duct from the upper open end to give a water stream from the upper open end of the duct to the lower open end of the duct, and • allowing the fish to swim up in the duct against the water stream therein, wherein the incoming water is directed to flow into the duct, and that the fish is separated from the flowing by means of a grating inclining upwards from the top end of the duct to a separation plate arranged above the water level in the duct. • providing a duct having a lower open end below the water surface and an upper open end arranged at a floating working platform above sea level, characterised in that it further comprises the steps of • introducing water into the duct from the upper open end to give a water stream from the upper open end of the duct to the lower open end of the duct, and • allowing the fish to swim up in the duct against the water stream therein,
A vein detection device , comprising: a base ; a transmitter configured on said base , wherein said transmitter is configured to be attached to an exposed portion to emit an infrared light (R1, R3) to said exposed portion (H); a detection arm configured on said base ; a first receiver configured on said detection arm to receive a first infrared light image (R2a) coming from said exposed portion (H), wherein said first infrared light image (R2a) is converted from said infrared light; and a display configured on said base and electrically connected with said first receiver to display a first vein image (V1) converted from said first infrared light image (R2a); wherein said first receiver , said exposed portion (H) and said transmitter are arranged on a straight line; wherein said detection arm comprises a built-in wireless communication transceiver module; wherein said detection arm is configured to be detachably removed from the base ; wherein said detection arm is configured to communicate with the base , allowing the first receiver to detect the first infrared light image R2a coming from said exposed portion (H) in a free direction, characterised in that said transmitter includes a fisheye lens configured to be attached by said exposed portion (H). a base ; a transmitter configured on said base , wherein said transmitter is configured to be attached to an exposed portion to emit an infrared light (R1, R3) to said exposed portion (H); a detection arm configured on said base ; a first receiver configured on said detection arm to receive a first infrared light image (R2a) coming from said exposed portion (H), wherein said first infrared light image (R2a) is converted from said infrared light; and a display configured on said base and electrically connected with said first receiver to display a first vein image (V1) converted from said first infrared light image (R2a); wherein said first receiver , said exposed portion (H) and said transmitter are arranged on a straight line; wherein said detection arm comprises a built-in wireless communication transceiver module; wherein said detection arm is configured to be detachably removed from the base ; wherein said detection arm is configured to communicate with the base , allowing the first receiver to detect the first infrared light image R2a coming from said exposed portion (H) in a free direction, characterised in that said transmitter includes a fisheye lens configured to be attached by said exposed portion (H).
Electronic module , in particular for a transmission controller or an electric vehicle, comprising a printed circuit board element , a base having at least one first electrically conductive contact element , wherein the base is fastened on the printed circuit board element and is electrically connected to the printed circuit board element , at least one electronic component , wherein the electronic component comprises at least one second electrically conductive contact element , wherein the electronic component is electrically connected to the base via an electrical contact region between the first contact element and the second contact element , characterized in that a section of the first contact element protrudes out of the base on a first side of the base facing away from the printed circuit board element , wherein the section of the first contact element protruding out of the base is at least partially accommodated in a cavity of the electronic component , wherein the section of the first contact element protruding out of the base and/or a section of the second contact element is formed resilient in such a way that the electronic component is mechanically fastened on the base by means of spring force between the first contact element and the second contact element .