mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-engine bay including a plurality of engines (M1..M7), each of said engines including an engine computer associated with the engine and configured to acquire measurement signals coming from sensors of the engine and to execute an engine computation which is a computation aimed at obtaining information relating to the engine or to at least one piece of equipment thereof, the bay being characterized in that , for at least a first engine, at least one engine computer associated with an engine other than the first engine is configured to execute said engine computation for the first engine in parallel with the computer associated with the first engine.
Air compressor including a motor , a gear , a piston body , a cylinder , an air storage container and a main frame for mounting the motor which can rotate the gear to drive the piston body fitted in the cylinder to conduct reciprocating motion for producing compressed air which can enter an inner space of the air storage container ; wherein the cylinder defines at a top wall thereof a plurality of exit holes of approximately equal dimension, wherein the exit holes are regulated by a control mechanism to be opened or closed, the control mechanism including a resilient sheet having a root and a plurality of branches extending from the root and corresponding to the exit holes , characterized in that the control mechanism further includes a plurality of O-rings corresponding to the exit holes , and the O-rings being placed around the exit holes respectively, the root of the resilient sheet defining a positioning hole and being attached to the top wall by fitting the positioning hole over a boss provided at the top wall , the branches of the resilient sheet being placed in tight contact with the O-rings to seal the exit holes , respectively.
A method for operating a pool cleaner, the method comprises: sensing, by at least one sensor of the pool cleaner, an actual yaw of the pool cleaner and an actual orientation of the pool cleaner; filtering fluid by a filtering unit of the pool cleaning robot; where the method is characterized by : cleaning , by the pool cleaner, a certain region of a sidewall of the pool that is fully submerged, wherein the cleaning comprises moving the pool cleaner, by at least one steering element of the pool cleaner, within the certain region, from one side of the sidewall to an opposite side of the sidewall, and along a cleaning path that comprises cleaning path segments, wherein a majority of the cleaning path segments are horizontal and are positioned at different depths; and controlling , by a controller of the pool cleaner, at least one steering element of the pool cleaner, based on the actual yaw of the pool cleaner, wherein the controlling comprises correcting yaw errors. sensing, by at least one sensor of the pool cleaner, an actual yaw of the pool cleaner and an actual orientation of the pool cleaner; filtering fluid by a filtering unit of the pool cleaning robot; where the method is characterized by : cleaning , by the pool cleaner, a certain region of a sidewall of the pool that is fully submerged, wherein the cleaning comprises moving the pool cleaner, by at least one steering element of the pool cleaner, within the certain region, from one side of the sidewall to an opposite side of the sidewall, and along a cleaning path that comprises cleaning path segments, wherein a majority of the cleaning path segments are horizontal and are positioned at different depths; and controlling , by a controller of the pool cleaner, at least one steering element of the pool cleaner, based on the actual yaw of the pool cleaner, wherein the controlling comprises correcting yaw errors. cleaning , by the pool cleaner, a certain region of a sidewall of the pool that is fully submerged, wherein the cleaning comprises moving the pool cleaner, by at least one steering element of the pool cleaner, within the certain region, from one side of the sidewall to an opposite side of the sidewall, and along a cleaning path that comprises cleaning path segments, wherein a majority of the cleaning path segments are horizontal and are positioned at different depths; and controlling , by a controller of the pool cleaner, at least one steering element of the pool cleaner, based on the actual yaw of the pool cleaner, wherein the controlling comprises correcting yaw errors.
A method of generating light under scotopic conditions in response to an event, the method comprising the steps of: prior to the event, energizing one or more first light emitting elements thereby generating primary illumination of a first wavelength range over a target area; upon occurrence of the event, energizing one or more second light emitting elements thereby generating secondary illumination of a second wavelength range toward the target area during a critical period defined by the occurrence of the event, the second wavelength range being different from the first wavelength range, wherein the primary illumination and the secondary illumination are both energized and combined within at least a portion of the target area thereby enhancing at least one visual property under scotopic conditions within the at least a portion of the target area, wherein the event comprises at least one of: activation of a motion sensor, activation of an occupancy sensor, attaining a specified ambient light threshold level, and automated activation at a preselected time interval, and wherein the at least one visual property comprises at least one of: color temperature, color rendering, depth perception, and night vision. prior to the event, energizing one or more first light emitting elements thereby generating primary illumination of a first wavelength range over a target area; upon occurrence of the event, energizing one or more second light emitting elements thereby generating secondary illumination of a second wavelength range toward the target area during a critical period defined by the occurrence of the event, the second wavelength range being different from the first wavelength range, wherein the primary illumination and the secondary illumination are both energized and combined within at least a portion of the target area thereby enhancing at least one visual property under scotopic conditions within the at least a portion of the target area, wherein the event comprises at least one of: activation of a motion sensor, activation of an occupancy sensor, attaining a specified ambient light threshold level, and automated activation at a preselected time interval, and wherein the at least one visual property comprises at least one of: color temperature, color rendering, depth perception, and night vision.
A method for secure communication, the method comprising: binding an isolated environment , of a device , to a secure component , by performing an authentication using the secure component and the isolated environment , wherein the secure component includes a secure application and data ; and utilizing the isolated environment as an intermediary for communication of the data between the secure application and applications of the device, the applications of the device being included in a normal world of the device , wherein performing the authentication comprises: the normal world sending a request for the data included in the secure component to the secure component , in response to the sending of the request, the secure component sending a security challenge to the normal world , in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment , the normal world sending the security credentials to the secure component , and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world . binding an isolated environment , of a device , to a secure component , by performing an authentication using the secure component and the isolated environment , wherein the secure component includes a secure application and data ; and utilizing the isolated environment as an intermediary for communication of the data between the secure application and applications of the device, the applications of the device being included in a normal world of the device , wherein performing the authentication comprises: the normal world sending a request for the data included in the secure component to the secure component , in response to the sending of the request, the secure component sending a security challenge to the normal world , in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment , the normal world sending the security credentials to the secure component , and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world . the normal world sending a request for the data included in the secure component to the secure component , in response to the sending of the request, the secure component sending a security challenge to the normal world , in response to receiving the security challenge, the normal world requesting registration data from the isolated environment using the security challenge, the normal world receiving security credentials from the isolated environment , the normal world sending the security credentials to the secure component , and the secure component verifying the security credentials and, if the security credentials are correct, sending a success message to the normal world .
A voice coil motor, comprising: a stator comprising a base , a magnet and an end cover wherein the magnet is engaged with the end cover , the base defines a cavity ; the magnet and the end cover are located in the cavity ; a mover comprising a frame , a coil and a push rod , wherein the frame defines a connecting hole , the push rod is partially located in the connecting hole and is configured to abut against a fastener , the coil is wound around the frame , and the frame is sleeved on the end cover ; and an upper cover , wherein the mover is configured to be located in the upper cover , and the upper cover is coupled to the base ; wherein the base , the magnet , and the end cover each define a mounting through hole , and the fastener extends through the mounting through holes to sequentially connect the end cover , the magnet , and the base ; wherein the stator further comprises a first bearing and an embedding block ; the embedding block defines a first through hole , the first bearing is partially engaged with an inner wall of the first through hole ; and the first bearing defines a second through hole , and is engaged with the fastener ; characterised in that the push rod extends through the second through hole . a stator comprising a base , a magnet and an end cover wherein the magnet is engaged with the end cover , the base defines a cavity ; the magnet and the end cover are located in the cavity ; a mover comprising a frame , a coil and a push rod , wherein the frame defines a connecting hole , the push rod is partially located in the connecting hole and is configured to abut against a fastener , the coil is wound around the frame , and the frame is sleeved on the end cover ; and an upper cover , wherein the mover is configured to be located in the upper cover , and the upper cover is coupled to the base ; wherein the base , the magnet , and the end cover each define a mounting through hole , and the fastener extends through the mounting through holes to sequentially connect the end cover , the magnet , and the base ; wherein the stator further comprises a first bearing and an embedding block ; the embedding block defines a first through hole , the first bearing is partially engaged with an inner wall of the first through hole ; and the first bearing defines a second through hole , and is engaged with the fastener ; characterised in that the push rod extends through the second through hole .
A packaging structure, comprising: a first substrate , a first side of the first substrate comprising a power supply terminal ; a second substrate ; a metal extension layer , extending from the power supply terminal to both ends of the first side of the first substrate ; and, a packaging layer , disposed between the first substrate and the second substrate , covering the metal extension layer , and fastening the first substrate and the second substrate ; characterized in that the metal extension layer comprises a plurality of first via holes for stress relief, and in that a width of the metal extension layer is same to a width of the packaging layer . a first substrate , a first side of the first substrate comprising a power supply terminal ; a second substrate ; a metal extension layer , extending from the power supply terminal to both ends of the first side of the first substrate ; and, a packaging layer , disposed between the first substrate and the second substrate , covering the metal extension layer , and fastening the first substrate and the second substrate ; characterized in that the metal extension layer comprises a plurality of first via holes for stress relief, and in that a width of the metal extension layer is same to a width of the packaging layer .
An insert for a package , the package comprising a sleeve and the insert received in the sleeve , the insert being movable between retracted and extended configurations and comprising: a carrier having first and second walls defining a passage therebetween, the first wall defining an interior surface that faces the passage , and an exterior surface that faces away from the passage ; a band extending around the first wall of the carrier and through the passage ; and a first member located inside the passage when the insert is in the retracted configuration and attached to the band at a first coupling location inside the passage ; wherein at least a portion of the band that overlies the exterior surface of the first wall is exposed for attachment to the sleeve of the package at a second coupling location on the exposed portion of the band , and wherein the first and second coupling locations are at opposite ends of the carrier when the carrier and the first member are received in the sleeve in the retracted configuration; such that when the insert is received in the sleeve and the band is coupled to the sleeve at the second coupling location , the carrier and the first member are movable between the retracted configuration in which the carrier and the first member are housed in the sleeve , and the extended configuration in which the carrier and the first member protrude from the sleeve , wherein the first member protrudes from the sleeve to a greater extent than the carrier in the extended configuration. a carrier having first and second walls defining a passage therebetween, the first wall defining an interior surface that faces the passage , and an exterior surface that faces away from the passage ; a band extending around the first wall of the carrier and through the passage ; and a first member located inside the passage when the insert is in the retracted configuration and attached to the band at a first coupling location inside the passage ; wherein at least a portion of the band that overlies the exterior surface of the first wall is exposed for attachment to the sleeve of the package at a second coupling location on the exposed portion of the band , and wherein the first and second coupling locations are at opposite ends of the carrier when the carrier and the first member are received in the sleeve in the retracted configuration; such that when the insert is received in the sleeve and the band is coupled to the sleeve at the second coupling location , the carrier and the first member are movable between the retracted configuration in which the carrier and the first member are housed in the sleeve , and the extended configuration in which the carrier and the first member protrude from the sleeve , wherein the first member protrudes from the sleeve to a greater extent than the carrier in the extended configuration.
An optical plug-in connector , having a first plug part and a second plug part which can be latched to said first plug part, wherein the optical plug-in connector has, along a plug axis (A), a plug-in region in a front region and a connection region in a rear region, wherein an optical lens , a first guide and also a second guide are formed in the plug-in region , wherein the first guide and the second guide are oriented in parallel and are arranged at an angle (α) of greater than 0° in relation to the plug axis (A), wherein a cable guide , a braid guide and a contact region are formed in the connection region , wherein the contact region is arranged on the rear side of the plug-in region and is intended to receive a free end of an optical fiber of a cable , and wherein the lens is formed such that an optical beam which enters the contact region parallel in relation to the plug axis (A) exits from the lens parallel in relation to the first guide and in relation to the second guide .
An automated method to determine modal characteristics of a wind turbine in a continuous manner, the automated method comprising: reading one or more sensor data signals , wherein the one or more sensor data signals include vibration signals from one or more structural components of the wind turbine, wherein the one or more structural components of the wind turbine include a foundation structure , a tower , a nacelle and a rotor component ; prefiltering the one or more sensor data signals to divide the one or more sensor data signals into a plurality of time segments ; obtaining a frequency domain representation of each of the plurality of time segments by computing a Power Spectral Density (PSD) of each of the plurality of time segments using Welch's averaged modified periodogram method of spectral estimation and a Hann window function to determine the probability that a resonant peak exists: identifying one or more resonant peaks in each of the plurality of time segments ; combining all assigned probabilities; and determining the likelihood of the one or more resonant peaks as an indicator of the modal characteristics of the wind turbine. reading one or more sensor data signals , wherein the one or more sensor data signals include vibration signals from one or more structural components of the wind turbine, wherein the one or more structural components of the wind turbine include a foundation structure , a tower , a nacelle and a rotor component ; prefiltering the one or more sensor data signals to divide the one or more sensor data signals into a plurality of time segments ; obtaining a frequency domain representation of each of the plurality of time segments by computing a Power Spectral Density (PSD) of each of the plurality of time segments using Welch's averaged modified periodogram method of spectral estimation and a Hann window function to determine the probability that a resonant peak exists: identifying one or more resonant peaks in each of the plurality of time segments ; combining all assigned probabilities; and determining the likelihood of the one or more resonant peaks as an indicator of the modal characteristics of the wind turbine. identifying one or more resonant peaks in each of the plurality of time segments ; combining all assigned probabilities; and determining the likelihood of the one or more resonant peaks as an indicator of the modal characteristics of the wind turbine.
A medical functional device comprising a check valve and a valve seat for the check valve , wherein the check valve is designed to assume, in addition to a first position suitable for gas sterilization, in which a sterilization gap remains, a second position in which the check valve performs a non-return function by applying a force to a section of the check valve and/or by shifting it, characterized in that the check valve is designed to remain in the second position after release of the force and/or after the shifting effect following an accomplished transfer into the second position, wherein either - the check valve comprises a valve body (30; 40; 50; 60; 70b; 802) and a cap (51; 61; 70; 801) manufactured separately therefrom, wherein the valve body (30; 40; 50; 60; 70b; 802) latches, jams or wedges with elastic deformation into the cap (51; 61; 70; 801) by applying the force or by means of the shifting actuator; or - a positioning ring of the valve body (30; 40; 50; 60; 70b; 802) comprises drainage structures (41a; 50a; 51a); wherein a sheath surface of the positioning ring comprises a larger diameter than an associated stepped hole in the medical functional device ; or - a snap-in stage or a step-like diameter taper is designed within a cylindrical section of the valve seat of the cassette . the check valve is designed to remain in the second position after release of the force and/or after the shifting effect following an accomplished transfer into the second position, wherein either - the check valve comprises a valve body (30; 40; 50; 60; 70b; 802) and a cap (51; 61; 70; 801) manufactured separately therefrom, wherein the valve body (30; 40; 50; 60; 70b; 802) latches, jams or wedges with elastic deformation into the cap (51; 61; 70; 801) by applying the force or by means of the shifting actuator; or - a positioning ring of the valve body (30; 40; 50; 60; 70b; 802) comprises drainage structures (41a; 50a; 51a); wherein a sheath surface of the positioning ring comprises a larger diameter than an associated stepped hole in the medical functional device ; or - a snap-in stage or a step-like diameter taper is designed within a cylindrical section of the valve seat of the cassette . - the check valve comprises a valve body (30; 40; 50; 60; 70b; 802) and a cap (51; 61; 70; 801) manufactured separately therefrom, wherein the valve body (30; 40; 50; 60; 70b; 802) latches, jams or wedges with elastic deformation into the cap (51; 61; 70; 801) by applying the force or by means of the shifting actuator; or - a positioning ring of the valve body (30; 40; 50; 60; 70b; 802) comprises drainage structures (41a; 50a; 51a); wherein a sheath surface of the positioning ring comprises a larger diameter than an associated stepped hole in the medical functional device ; or - a snap-in stage or a step-like diameter taper is designed within a cylindrical section of the valve seat of the cassette .