mhurhangee/patent-ind-claim-en huggingface dataset:
Continuously rotating electric motor (1; 4) comprising a rotor (3; 8) equipped with permanent magnets (3b; 22, 23) and a stator formed by coils (B1, B2) magnetically coupled with the permanent magnets; the permanent magnets and the coils being arranged such that the coils define, relative to the induced voltage generated in each of these coils when the rotor is rotated, substantially a first phase and a second phase, such that the two induced voltage signals respectively generated in any two coils of said coils are either in phase, or substantially have an electric phase shift φ which corresponds to the electric phase shift between the first phase and the second phase, this electric phase shift having a value of between five and ninety degrees included (5° ≤ φ ≤ 90°); characterised in that the electric motor comprises a control device comprising a circuit (C1) for detecting intersection times (Tc) at which a first induced voltage signal (U B1 ), generated by the rotor rotating in one or more coils belonging to the first phase, has a value that is substantially equal to that of a second induced voltage signal (U B2 ), generated by the rotor rotating in one or more coils belonging to the second phase, the first and second induced voltage signals thus having said electric phase shift therebetween; and in that the control device is arranged so as to be able to generate electric driving pulses in order to rotate the rotor, which pulses are respectively initiated at initiation times determined by respective intersection times, the control device being arranged such that said electric driving pulses can be applied to a set of coils formed by at least one coil of the first phase and by at least one coil of the second phase, which are arranged in series at least during application of the electric driving pulses.
Food cutting appliance comprising: - a frame defining a working chamber which includes a cutting area and which is open downwards at the level of cutting area , - a lid movably mounted on the frame , the lid comprising a chute for introducing the food to be cut located above the cutting area and closing the working chamber on the top, - a cutting tool (10; 10'; 10") movable relative to the frame at least in the cutting area in a reciprocating rectilinear movement in a cutting plane (C), - means for manoeuvring the cutting tool (10; 10'; 10"), which comprise a transmission system having a drive member driving a coupling member of the cutting tool (10; 10'; 10"), characterised in that it comprises a bowl for receiving the reserve of food adjacent to the cutting area and in that the bowl is located opposite the drive member with respect to the cutting area . - a frame defining a working chamber which includes a cutting area and which is open downwards at the level of cutting area , - a lid movably mounted on the frame , the lid comprising a chute for introducing the food to be cut located above the cutting area and closing the working chamber on the top, - a cutting tool (10; 10'; 10") movable relative to the frame at least in the cutting area in a reciprocating rectilinear movement in a cutting plane (C), - means for manoeuvring the cutting tool (10; 10'; 10"), which comprise a transmission system having a drive member driving a coupling member of the cutting tool (10; 10'; 10"),
A method for manufacturing synthetic leather having a skin layer on a base cloth, comprising steps of: (i) coating a mold-releasable substrate with a skin layer composition containing a natural dye and a polyurethane resin and drying the composition to form a skin layer; and (ii) laminating the skin layer on a base cloth;. wherein the dye is in the form of a dye powder or in both the forms of a dye extract and a dye powder so as to be mixed with the polyurethane resin in the step (i). (i) coating a mold-releasable substrate with a skin layer composition containing a natural dye and a polyurethane resin and drying the composition to form a skin layer; and (ii) laminating the skin layer on a base cloth;.
An intravascular device for nerve modulation and/or ablation, the device comprising: an elongate shaft having a proximal end region, a distal end region, and a lumen extending therebetween; an expandable member coupled to the distal end region of the elongate shaft, wherein the expandable member is an inflatable balloon; one or more electrical conductors extending from the proximal end region to the expandable member, the one or more electrical conductors having a distal end region secured directly to an outer surface the expandable member; and one or more energy delivery regions positioned on the expandable member and coupled to the one or more electrical conductors; wherein the one or more energy delivery regions are formed from a distal portion of the one or more electrical conductors; wherein the one or more energy delivery regions are defined by regions of the one or more electrical conductors free of an insulator; and characterized in that at least a portion of the one or more electrical conductors free of an insulator is wound in a serpentine manner. an elongate shaft having a proximal end region, a distal end region, and a lumen extending therebetween; an expandable member coupled to the distal end region of the elongate shaft, wherein the expandable member is an inflatable balloon; one or more electrical conductors extending from the proximal end region to the expandable member, the one or more electrical conductors having a distal end region secured directly to an outer surface the expandable member; and one or more energy delivery regions positioned on the expandable member and coupled to the one or more electrical conductors; wherein the one or more energy delivery regions are formed from a distal portion of the one or more electrical conductors; wherein the one or more energy delivery regions are defined by regions of the one or more electrical conductors free of an insulator; and characterized in that at least a portion of the one or more electrical conductors free of an insulator is wound in a serpentine manner.
An apparatus comprising: a plurality of computation units, each configured to process instructions; a cache configured to store data; and control circuitry configured to: receive an indication that a given thread, of a plurality of threads, is a candidate for throttling ; set a threshold number of cache misses for the given thread, responsive to the indication ; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units ; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units . a plurality of computation units, each configured to process instructions; a cache configured to store data; and control circuitry configured to: receive an indication that a given thread, of a plurality of threads, is a candidate for throttling ; set a threshold number of cache misses for the given thread, responsive to the indication ; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units ; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units . receive an indication that a given thread, of a plurality of threads, is a candidate for throttling ; set a threshold number of cache misses for the given thread, responsive to the indication ; in response to determining a number of cache misses of the given thread is greater than the threshold number of cache misses, throttle a number of instructions to process by the given thread at a given computation unit of the plurality of computation units ; and in response to determining the number of cache misses of the given thread is not greater than the threshold number of cache misses, not throttle the number of instructions to process by the given thread at the given computation unit of the plurality of computation units .
A sliding member comprising: a sliding surface coated with a Cr-B-Ti-V-(Mn, Mo)-N-based alloy film containing one or both of Mn and Mo and having a total content of the Mn and the Mo within a range of 2 mass% or less.
A system for transporting a fluid, wherein the system comprises: a tubing hanger; a production packer and/or a downhole anchor; and a tubing connected to the production packer and/or the downhole anchor, characterized in that the tubing comprises: an inner liner ; and an outer wall . a tubing hanger; a production packer and/or a downhole anchor; and a tubing connected to the production packer and/or the downhole anchor, characterized in that the tubing comprises: an inner liner ; and an outer wall . an inner liner ; and an outer wall .
An unmanned aerial vehicle , comprising: a chassis ; a power supply mounted to the chassis ; a control system operable to receive power from the power supply ; a plurality of arms extending outward from the chassis ; a plurality of rotors , wherein each rotor is mounted to a corresponding arm of the plurality of arms , and wherein each rotor is in communication with the control system and is operable to generate lift under control of the control system ; and a support structure mounted atop the chassis , the support structure comprising a plurality of arched struts that connect to one another at an apex region of the support structure ; characterized in, that each arched strut of the plurality of arched struts is coupled to the chassis at a location at which a corresponding arm of the plurality of arms extends outward from the chassis . a chassis ; a power supply mounted to the chassis ; a control system operable to receive power from the power supply ; a plurality of arms extending outward from the chassis ; a plurality of rotors , wherein each rotor is mounted to a corresponding arm of the plurality of arms , and wherein each rotor is in communication with the control system and is operable to generate lift under control of the control system ; and a support structure mounted atop the chassis , the support structure comprising a plurality of arched struts that connect to one another at an apex region of the support structure ; characterized in, that each arched strut of the plurality of arched struts is coupled to the chassis at a location at which a corresponding arm of the plurality of arms extends outward from the chassis .
A lid of a container, in particular a beverage can, comprising a substantially flat lid surface and a preferably folded edge area, with at least one re-closeable pouring opening being provided on the lid surface , and a substantially integral closure means provided on the bottom side of the lid surface , which closure means is associated with the pouring opening and is attached entirely to the bottom side of the lid surface in a twist-proof manner, and an actuating means which is in connection with the closure means , penetrates the lid surface and is arranged accessibly from the outside on the upper side of the lid surface , with the closure means being movable from a closed position to an open position through actuation of the actuating means , and with the actuating means comprising a support element which cooperates with the lid surface when the closure means is in the open position, with the closure means being movable to the open position from the closed position substantially perpendicularly to the lid surface and the actuating means covering the pouring opening in the closed position, wherein the actuating means is twistable substantially in one plane parallel to the lid surface ; characterized in that the closure means comprises a fastening part which is in connection with the lid surface in a non-detachable manner, and a closure area which seals the pouring opening in a liquid-tight manner, with a joint being provided between the fastening part and the closure area , about which the closure area of the closure means can be swiveled against a restoring force into the inside of the can, and the joint is arranged as an area with increased flexibility disposed between the fastening part and the closure area .
A marine seismic acquisition system comprising: a frame composed of two rectangles, the rectangles being composed of a plurality of parallel arms positioned in and defining planes that are orthogonal to each other and that intersect along a central longitudinal element of the frame , the rectangles being connected to each other at both ends of the central longitudinal element; a data interface operatively coupled to the frame; hydrophones carried by the arms of the frame to form an array, wherein the distances between hydrophones in the defined orthogonal planes are equal, the hydrophones configured to provide seismic measurements; at least one inertial motion sensor configured to measure frame orientation parameters; and a buoyancy engine operatively coupled to the frame , wherein the buoyancy engine includes, or is operatively coupled to, the at least one inertial motion sensor and is configured to control one or more of pitch, yaw, roll and depth of the frame with respect to a reference frame based on the measured frame orientation parameters; wherein the hydrophones , the buoyancy engine and the at least one inertial motion sensor are operatively coupled to the data interface . a frame composed of two rectangles, the rectangles being composed of a plurality of parallel arms positioned in and defining planes that are orthogonal to each other and that intersect along a central longitudinal element of the frame , the rectangles being connected to each other at both ends of the central longitudinal element; a data interface operatively coupled to the frame; hydrophones carried by the arms of the frame to form an array, wherein the distances between hydrophones in the defined orthogonal planes are equal, the hydrophones configured to provide seismic measurements; at least one inertial motion sensor configured to measure frame orientation parameters; and a buoyancy engine operatively coupled to the frame , wherein the buoyancy engine includes, or is operatively coupled to, the at least one inertial motion sensor and is configured to control one or more of pitch, yaw, roll and depth of the frame with respect to a reference frame based on the measured frame orientation parameters; wherein the hydrophones , the buoyancy engine and the at least one inertial motion sensor are operatively coupled to the data interface .
A bushing for producing glass fibers, comprising: a plurality of nozzles made of platinum or a platinum alloy from which molten glass is discharged; and a base plate made of platinum or a platinum alloy, the plurality of nozzles being joined to the base plate, wherein a coating layer is formed on an outer circumferential face in a tip part on a side of glass discharge of each of the plurality of nozzles, and a width of the coating layer is 5% or more and 95% or less with respect to an entire length of the nozzle, and the base plate includes, at least in a part thereof, a non-coating area not provided with the coating layer. wherein a coating layer is formed on an outer circumferential face in a tip part on a side of glass discharge of each of the plurality of nozzles, and a width of the coating layer is 5% or more and 95% or less with respect to an entire length of the nozzle, and the base plate includes, at least in a part thereof, a non-coating area not provided with the coating layer.
A dispenser pump comprising a body and a plunger ; the body defining a pump chamber having an inlet with an inlet valve , the pump chamber communicating with an outlet passage and the plunger being reciprocable relative to the body between an extended position and a depressed position in a dispensing stroke to drive liquid from the pump chamber through the outlet passage to a discharge nozzle thereof; the plunger comprising an actuating head and a stem portion , a return spring acting between the body and the plunger to urge the plunger towards the extended position, the return spring being compressed as the plunger is moved to the depressed position; wherein the return spring is a coil spring disposed around the plunger stem portion outside the pump chamber , the body comprises a bottom spring abutment to engage a bottom end of the return spring and the plunger comprises a discrete spring-retaining adapter (9;109) fitted to an end of the stem portion , the spring-retaining adapter providing a top spring abutment to engage a top of the return spring , and the actuating head of the plunger being held to the stem portion by said spring-retaining adapter (9;109).
Overpressure encapsulation system for explosion protection, in particular in a painting installation for the painting of motor vehicle body components, comprising the following: a) a device , in particular a painting robot , b) an overpressure-encapsulated device housing for explosion protection for the device , in particular in accordance with DIN EN 60079-2, c) a housing outlet in the device housing for discharging gas out of the device housing through the housing outlet into a surrounding atmosphere, d) a compressed air system for operating the device by means of compressed air, said compressed air system being arranged at least partially inside the overpressure-encapsulated device housing , e) a sensor assembly for measuring at least one fluid variable (Q, p I , p A ) in the device housing , at the housing outlet and/or in the surrounding atmosphere, and f) an analysis unit , which is connected to the sensor assembly on the inlet side and analyzes the fluid variable (Q, p I , p A ) measured by the sensor assembly , in particular in order to detect a leakage of the device housing , characterized in that, g) when a leakage of the device housing starts, the analysis unit ascertains a remaining runtime until a required maintenance operation or until a system failure on the basis of the measured fluid variable (Q, P I , P A ), and/or h) the analysis unit detects a fault of the compressed air system on the basis of the measured fluid variable (Q, p I , p A ) . a) a device , in particular a painting robot , b) an overpressure-encapsulated device housing for explosion protection for the device , in particular in accordance with DIN EN 60079-2, c) a housing outlet in the device housing for discharging gas out of the device housing through the housing outlet into a surrounding atmosphere, d) a compressed air system for operating the device by means of compressed air, said compressed air system being arranged at least partially inside the overpressure-encapsulated device housing , e) a sensor assembly for measuring at least one fluid variable (Q, p I , p A ) in the device housing , at the housing outlet and/or in the surrounding atmosphere, and f) an analysis unit , which is connected to the sensor assembly on the inlet side and analyzes the fluid variable (Q, p I , p A ) measured by the sensor assembly , in particular in order to detect a leakage of the device housing , g) when a leakage of the device housing starts, the analysis unit ascertains a remaining runtime until a required maintenance operation or until a system failure on the basis of the measured fluid variable (Q, P I , P A ), and/or h) the analysis unit detects a fault of the compressed air system on the basis of the measured fluid variable (Q, p I , p A ) .
Support device for a solar panel on a roof, that includes: - a roof element that delimits a passage hole , and - a support for solar panel that passes through said passage hole of the roof element , wherein the support includes at least one first part which is adapted to be connected to a framework and which extends through the passage hole delimited by the roof element , and at least one second part which forms an elbow with said first part and which is adapted to support the solar panel , characterised in that the support device includes an angled sheath that extends around the support , from a first section connected on the passage hole delimited by the roof element , to a second section that surrounds the second part of the support , at least in part, to prevent rainwater ingress and to ensure the sealing of the roof element . - a roof element that delimits a passage hole , and - a support for solar panel that passes through said passage hole of the roof element , wherein the support includes at least one first part which is adapted to be connected to a framework and which extends through the passage hole delimited by the roof element , and at least one second part which forms an elbow with said first part and which is adapted to support the solar panel , characterised in that the support device includes an angled sheath that extends around the support , from a first section connected on the passage hole delimited by the roof element , to a second section that surrounds the second part of the support , at least in part, to prevent rainwater ingress and to ensure the sealing of the roof element .
A video decoding device comprising: de-multiplexing means for de-multiplexing a bitstream including at least pixel bit length information of entropy-encoded image and pixel bit length information of non-compression-encoded image; entropy decoding means for entropy-decoding transformed data of an image included in the bitstream; inverse transform means for inverse-transforming the entropy-decoded transformed data of the image; non-compression decoding means for non-compression-decoding non-compression-encoded data of an image included in the bitstream; and decoding control means for controlling the entropy decoding means and the non-compression decoding means, wherein the non-compression decoding means increases a pixel bit length of an image decoded by the non-compression decoding means by a bit length of difference between a pixel bit length of entropy-encoded image and a pixel bit length of non-compression-encoded image. de-multiplexing means for de-multiplexing a bitstream including at least pixel bit length information of entropy-encoded image and pixel bit length information of non-compression-encoded image; entropy decoding means for entropy-decoding transformed data of an image included in the bitstream; inverse transform means for inverse-transforming the entropy-decoded transformed data of the image; non-compression decoding means for non-compression-decoding non-compression-encoded data of an image included in the bitstream; and decoding control means for controlling the entropy decoding means and the non-compression decoding means, wherein the non-compression decoding means increases a pixel bit length of an image decoded by the non-compression decoding means by a bit length of difference between a pixel bit length of entropy-encoded image and a pixel bit length of non-compression-encoded image.