mhurhangee/patent-ind-claim-en huggingface dataset:
A rope ladder with a first braided rope , a second braided rope , and a plurality of ladder steps , comprising: at least one first ladder step connecting element that is mounted to the first braided rope , at least one second ladder step connecting element that is mounted to the second braided rope , and at least one associated ladder step of the plurality of ladder steps that couples the at least one first ladder step connecting element with the at least one second ladder step connecting element ; characterized in that the at least one first ladder step connecting element is braided into the first braided rope and the at least one second ladder step connecting element is braided into the second braided rope , and wherein the at least one associated ladder step of the plurality of ladder steps fixes the at least one first ladder step connecting element in the first braided rope and the at least one second ladder step connecting element in the second braided rope . at least one first ladder step connecting element that is mounted to the first braided rope , at least one second ladder step connecting element that is mounted to the second braided rope , and at least one associated ladder step of the plurality of ladder steps that couples the at least one first ladder step connecting element with the at least one second ladder step connecting element ; characterized in that the at least one first ladder step connecting element is braided into the first braided rope and the at least one second ladder step connecting element is braided into the second braided rope , and wherein the at least one associated ladder step of the plurality of ladder steps fixes the at least one first ladder step connecting element in the first braided rope and the at least one second ladder step connecting element in the second braided rope .
An electronic device , comprising: a housing; a camera ; a touchscreen display ; a memory ; and a processor configured to: execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained. a housing; a camera ; a touchscreen display ; a memory ; and a processor configured to: execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained. execute a camera application, while the camera application is being executed, control the touchscreen display to detect a multi-touch input including at least two touch inputs on a periphery area including the front area of the touchscreen display and a side area of the touchscreen display or the housing, control the touchscreen display to detect at least one touch input of the at least two touch inputs being released, and control the camera to capture an image without another input, in response to detecting one touch input of the at least two touch inputs being released and the multi-touch input is maintained.
An electronic assembly , comprising a bracket , a depth element configured to acquire depth image information, a first camera configured to acquire first hue image information, a projector and a second camera configured to acquire second hue image information, wherein the depth element , the first camera , the projector and the second camera are arranged on the bracket together, and the second camera is arranged between the depth element and the first camera , wherein the first camera is located between the depth element and the projector in such a manner that the first camera is arranged closer to the depth element than the projector , and an image acquisition direction of the second camera is opposite to an image acquisition direction of the first camera .
A solid oxide fuel cell system comprising: a chromium-getter material, wherein the chromium-getter material comprises a material that is configured to react with chromium to remove chromium species from chromium vapor; and an inert substrate comprising alumina, wherein the chromium-getter material comprises calcium carbonate and is bonded to the inert substrate to form a coated substrate that is configured to remove chromium species from chromium vapor in the solid oxide fuel cell system before the chromium species can react with a cathode in the solid oxide fuel cell system. a chromium-getter material, wherein the chromium-getter material comprises a material that is configured to react with chromium to remove chromium species from chromium vapor; and an inert substrate comprising alumina, wherein the chromium-getter material comprises calcium carbonate and is bonded to the inert substrate to form a coated substrate that is configured to remove chromium species from chromium vapor in the solid oxide fuel cell system before the chromium species can react with a cathode in the solid oxide fuel cell system.
An oscillator in a liquid comprising an actuator element adapted to oscillate in a reciprocating manner, whereby the distance between the ends of the actuator element varies, and a sound-producing element attached to the actuator element, the sound-producing element comprising a wall , whereby the actuator element is adapted to generate a motion in the sound-producing element for producing a sound, the oscillator being provided open, whereby liquid pressure (P w ) acts both on an outer surface and on an inner surface of the wall of the sound-producing element while the oscillator is in the liquid, characterized in that the structure of the wall of the sound-producing element is provided to be such that the distance between the outer surface and the inner surface of the wall varies as sound is produced the wall of the sound-producing element comprising a more rigid layer producing sound and a more elastic flexible layer associated therewith.
A method of preventing transfer of metal of a gas turbine rotor blade having a metal tip to a blade outer air seal coating , comprising: a blade outer air seal coating on a gas turbine case ; and a coating on the metal tip, the coating comprising a ceramic filled metallic layer having a ceramic component in a matrix of a metal, characterised in that the metal is a refractory modified MCrAlY where M is nickel, cobalt, iron or mixtures thereof. a blade outer air seal coating on a gas turbine case ; and a coating on the metal tip, the coating comprising a ceramic filled metallic layer having a ceramic component in a matrix of a metal, characterised in that the metal is a refractory modified MCrAlY where M is nickel, cobalt, iron or mixtures thereof.
A system (700; 900) for single analyte and/or multiple analyte detection, the system comprising: a donor particle ; a hollow polymer optic fiber (106; 720; 904); wherein the donor particle is to be introduced into an interior of the hollow polymer optic fiber, the donor particle comprising a donor dye composition that releases singlet oxygen when illuminated with excitation light (102; 946) and having a corresponding particle binding partner conjugated to its surface that binds with a particular corresponding analyte of interest ; and wherein the hollow polymer optic fiber comprises a fiber binding partner conjugated to its interior surface that binds to the analyte of interest, and wherein the hollow polymer optic fiber is doped with an acceptor dye composition that accepts singlet oxygen and as a consequence emits light (104; 906; 1360); an excitation light source ; and a detector (760; 908) for detecting emission light traveling through the hollow polymer optic fiber resulting from singlet oxygen channeling. a donor particle ; a hollow polymer optic fiber (106; 720; 904); wherein the donor particle is to be introduced into an interior of the hollow polymer optic fiber, the donor particle comprising a donor dye composition that releases singlet oxygen when illuminated with excitation light (102; 946) and having a corresponding particle binding partner conjugated to its surface that binds with a particular corresponding analyte of interest ; and wherein the hollow polymer optic fiber comprises a fiber binding partner conjugated to its interior surface that binds to the analyte of interest, and wherein the hollow polymer optic fiber is doped with an acceptor dye composition that accepts singlet oxygen and as a consequence emits light (104; 906; 1360); an excitation light source ; and a detector (760; 908) for detecting emission light traveling through the hollow polymer optic fiber resulting from singlet oxygen channeling.
A railing strut for a drawer , the railing strut having at least one end region configured to be connected to a wall element of the drawer , wherein the railing strut , on the at least one end region, includes a locking device having at least one locking element configured to be engaged with the wall element for locking the railing strut , wherein the railing strut includes, in addition to the at least one locking element , at least one movably mounted actuating element , wherein the at least one locking element is movable, by applying a force to the actuating element , into a release position in which the locking between the railing strut and the wall element is releasable when the railing strut is in a locked condition with the wall element , wherein the at least one actuating element , in a condition in which the railing strut is locked to the wall element , is accessible for manual actuation for an operator and can be directly actuated, so that the locking between the railing strut and the wall element is releasable by the manual actuation of the actuating element , wherein - the at least one actuating element is displaceably mounted on the railing strut , preferably in a longitudinal direction (L) of the railing strut , wherein the at least one locking element is pre-stressed by at least one spring element , wherein the locking element is movable into the release position by applying a force to the actuating element against the force of the spring element , or wherein - the at least one actuating element is tiltably or bendably mounted about an axis extending transversely to the longitudinal direction (L) of the railing strut . - the at least one actuating element is displaceably mounted on the railing strut , preferably in a longitudinal direction (L) of the railing strut , wherein the at least one locking element is pre-stressed by at least one spring element , wherein the locking element is movable into the release position by applying a force to the actuating element against the force of the spring element , - the at least one actuating element is tiltably or bendably mounted about an axis extending transversely to the longitudinal direction (L) of the railing strut .
A computer-implemented method, comprising: collecting a user code snippet; determining a structured representation of the user code snippet; generating a recommended code snippet using the structured representation of the user code snippet; obtaining user-determined code snippet feedback comparing the user code snippet to the recommended code snippet, the user-determined code snippet feedback indicating one of a match, no match, or uncertain; and causing storage of a code snippet training pair in a training database, the code snippet training pair including the user code snippet and the recommended code snippet, characterized in that the method further comprises: detecting malicious user-determined code snippet feedback from a user; and disallowing the storing of the code snippet training pair in the training database in response to detecting malicious user-determined code snippet feedback. collecting a user code snippet; determining a structured representation of the user code snippet; generating a recommended code snippet using the structured representation of the user code snippet; obtaining user-determined code snippet feedback comparing the user code snippet to the recommended code snippet, the user-determined code snippet feedback indicating one of a match, no match, or uncertain; and causing storage of a code snippet training pair in a training database, the code snippet training pair including the user code snippet and the recommended code snippet, characterized in that the method further comprises: detecting malicious user-determined code snippet feedback from a user; and disallowing the storing of the code snippet training pair in the training database in response to detecting malicious user-determined code snippet feedback. detecting malicious user-determined code snippet feedback from a user; and disallowing the storing of the code snippet training pair in the training database in response to detecting malicious user-determined code snippet feedback.
An apparatus for modulating a vagus nerve within a body of a patient, the apparatus comprising: - a source of energy configured for generating an electric field comprising bursts of 2-20 pulses with each pulse about 200-1000 microseconds in duration; - one or more electrodes coupled to the source of energy; and - an interface coupled to the one or more electrodes and configured to be positioned against an outer skin surface of a neck of the patient; - a conduction medium electrically coupling the one or more electrodes with the interface wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium, the interface and the outer skin surface to the vagus nerve. - a source of energy configured for generating an electric field comprising bursts of 2-20 pulses with each pulse about 200-1000 microseconds in duration; - one or more electrodes coupled to the source of energy; and - an interface coupled to the one or more electrodes and configured to be positioned against an outer skin surface of a neck of the patient; - a conduction medium electrically coupling the one or more electrodes with the interface wherein the source of energy is configured to deliver one or more electrical impulses from the electrodes through the conductive medium, the interface and the outer skin surface to the vagus nerve.
An ammonia-resistant motor for a closed-type refrigerating compressor, comprising: a stator, and a rotor, wherein during operation, the stator and the rotor of the motor are immersed in the ammonia refrigerant, wherein, the ammonia-resistant motor further comprises a winding lead wire , a phase insulation , a fluorine plastic tape , a fluorine plastic tape binding tube , a temperature sensor lead wire , a slot wedge , a slot insulation , a self-lock fastener , a winding lead wire wiring terminal , and an interlayer insulation ; and wherein, the winding, the slot wedge , and the slot insulation are locked through self-lock fasteners , thereby preventing them from moving in the slot, wherein the self-lock fasteners are fluorine plastic fasteners. a stator, and a rotor, wherein during operation, the stator and the rotor of the motor are immersed in the ammonia refrigerant, wherein, the ammonia-resistant motor further comprises a winding lead wire , a phase insulation , a fluorine plastic tape , a fluorine plastic tape binding tube , a temperature sensor lead wire , a slot wedge , a slot insulation , a self-lock fastener , a winding lead wire wiring terminal , and an interlayer insulation ; and wherein, the winding, the slot wedge , and the slot insulation are locked through self-lock fasteners , thereby preventing them from moving in the slot, wherein the self-lock fasteners are fluorine plastic fasteners.
An electrohydraulic spool valve , comprising: a spool , axially movable within a manifold ; a system return line (P R ) and a position feedback system provided at a first end of the spool; characterized in that the position feedback system is in a low pressure region that is fluidly connected to the system return line (P R ); and wherein an end cap is provided on said first end so as to form a mechanical seal around the spool and thereby separate the low pressure region from a first high pressure reservoir formed between the end cap and the first end of the spool. a spool , axially movable within a manifold ; a system return line (P R ) and a position feedback system provided at a first end of the spool; the position feedback system is in a low pressure region that is fluidly connected to the system return line (P R ); and wherein an end cap is provided on said first end so as to form a mechanical seal around the spool and thereby separate the low pressure region from a first high pressure reservoir formed between the end cap and the first end of the spool.
A microscope system comprising: a microscope comprising an objective lens arranged to focus light onto an object plane , wherein a sample may be arranged in the object plane ; a detector for detecting light; a tube lens configured to focus light scattered or reflected from the object plane on the detector ; an accessory slot ; and an adapter comprising a support part received in the accessory slot of the microscope, the support part having a plate shaped to be received in the accessory slot and an aperture arranged so that light scattered from a sample , when arranged in the object plane , and light reflected from glass-air or glass-liquid interfaces in or near the object plane , passes through the aperture for forming an image on the detector , a light source element comprising a mount for an optical fibre connected to a light source, focussing optics arranged to focus light from the optical fibre at a back focal plane of the objective lens , and a mirror mounted on the support part in a part of the aperture , wherein the mirror is arranged to direct light from the optical fibre towards the objective lens , and the mirror is arranged to block reflected light so that at least part of the image formed on the detector is a shadowed area in which the image is a back-scattered dark-field image. a microscope comprising an objective lens arranged to focus light onto an object plane , wherein a sample may be arranged in the object plane ; a detector for detecting light; a tube lens configured to focus light scattered or reflected from the object plane on the detector ; an accessory slot ; and an adapter comprising a support part received in the accessory slot of the microscope, the support part having a plate shaped to be received in the accessory slot and an aperture arranged so that light scattered from a sample , when arranged in the object plane , and light reflected from glass-air or glass-liquid interfaces in or near the object plane , passes through the aperture for forming an image on the detector , a light source element comprising a mount for an optical fibre connected to a light source, focussing optics arranged to focus light from the optical fibre at a back focal plane of the objective lens , and a mirror mounted on the support part in a part of the aperture , wherein the mirror is arranged to direct light from the optical fibre towards the objective lens , and the mirror is arranged to block reflected light so that at least part of the image formed on the detector is a shadowed area in which the image is a back-scattered dark-field image.
A device suitable for direct visual examination and sample collection from the digestive track and vagina; the device comprising: a main body ; an observation channel situated inside the main body comprising a first closed end and a second end; and an obdurator for insertion into the main body comprising a longitudinal groove arranged to accommodate the observation channel and a complete convex tip comprising a resiliently deformable portion , wherein the resiliently deformable portion is adapted to deform to allow the obdurator to pass over the observation channel as the obdurator is being inserted into the main body and to restore to its original shape once the tip has passed over the observation channel and the obdurator is fully inserted into the main body , and wherein restoring the resiliently deformable portion to its original shape results in the tip of the obdurator being restored to its original complete convex shape. a main body ; an observation channel situated inside the main body comprising a first closed end and a second end; and an obdurator for insertion into the main body comprising a longitudinal groove arranged to accommodate the observation channel and a complete convex tip comprising a resiliently deformable portion , wherein the resiliently deformable portion is adapted to deform to allow the obdurator to pass over the observation channel as the obdurator is being inserted into the main body and to restore to its original shape once the tip has passed over the observation channel and the obdurator is fully inserted into the main body , and wherein restoring the resiliently deformable portion to its original shape results in the tip of the obdurator being restored to its original complete convex shape.