mhurhangee/patent-ind-claim-en huggingface dataset:
An actuator comprising an input shaft , a sliding collar arranged around the input shaft , and an output shaft , the input and output shafts and sliding collar being arranged such that a torque applied to the input shaft can be transmitted via the sliding collar to the output shaft , the actuator comprising a torque-limiting device for limiting the transmission of torque between the input shaft and the output shaft if the torque exceeds a certain threshold, wherein the torque-limiting device comprises one or more rolling elements arranged between the sliding collar and the input shaft to allow the sliding collar to move axially relative to the input shaft and engage with or disengage from the output shaft ; wherein the input shaft and/or the sliding collar comprise(s) along at least part of its length one or more pits or grooves in which the one or more rolling elements are arranged; and the actuator further comprises a retaining member around the input shaft and one or more rolling elements ; characterised in that the retaining member has one or more apertures provided therein and the one or more apertures are positioned so as to hold the one or more rolling elements in the one or more pits or grooves . wherein the input shaft and/or the sliding collar comprise(s) along at least part of its length one or more pits or grooves in which the one or more rolling elements are arranged; and the actuator further comprises a retaining member around the input shaft and one or more rolling elements ; characterised in that the retaining member has one or more apertures provided therein and the one or more apertures are positioned so as to hold the one or more rolling elements in the one or more pits or grooves .
A communications method performed by a terminal device, comprising: determining (S22), based on signal quality of at least one reference signal of serving cell of a terminal device, that the terminal device meets a first condition being static or not moving, wherein the at least one reference signal corresponds to at least one sending direction; and based on meeting the first condition, skipping (S23) performing intra-frequency measurement or inter-frequency measurement: chracterized in that, before the skipping performing intra-frequency measurement or inter-frequency measurement, the method further comprises: determining that duration since cell reselection is last performed is less than or equal to third duration. determining (S22), based on signal quality of at least one reference signal of serving cell of a terminal device, that the terminal device meets a first condition being static or not moving, wherein the at least one reference signal corresponds to at least one sending direction; and based on meeting the first condition, skipping (S23) performing intra-frequency measurement or inter-frequency measurement: chracterized in that, before the skipping performing intra-frequency measurement or inter-frequency measurement, the method further comprises: determining that duration since cell reselection is last performed is less than or equal to third duration.
A capacitive energy storage device comprising: at least one porous film infiltrated with an electrolyte ; and multiple pairs of separated electrodes disposed on top of a first surface of the porous film, characterized by each electrode comprising a capacitive electrode material in ionic communication with the underlying porous film, wherein the multiple pairs of the separated electrodes are electrically connected in series and/or in parallel by conductive linkages on the first surface of the porous film, the conductive linkages comprising the capacitive electrode material, and wherein the electrolyte provides ionic communication between the separated electrodes via the internal porosity of the porous film. at least one porous film infiltrated with an electrolyte ; and multiple pairs of separated electrodes disposed on top of a first surface of the porous film, characterized by each electrode comprising a capacitive electrode material in ionic communication with the underlying porous film, wherein the multiple pairs of the separated electrodes are electrically connected in series and/or in parallel by conductive linkages on the first surface of the porous film, the conductive linkages comprising the capacitive electrode material, and wherein the electrolyte provides ionic communication between the separated electrodes via the internal porosity of the porous film.
A punching device comprising; a body ; a drive unit having a drive shaft disposed in the body and which is displaced in an axial direction; a rod disposed in parallel with a direction in which the drive shaft is displaced, and which is disposed displaceably with respect to the body ; and a driving force transmission mechanism having a slider displaceable in a direction substantially perpendicular to a direction of displacement of the drive shaft , and which transmits to the rod through the slider a driving force output by the drive unit ; wherein the slider includes: a first inclined section , which is inclined with respect to the direction of displacement of the drive shaft , and with which an end of the drive shaft is engaged; characterized by a second inclined section , which is inclined with respect to the direction of displacement, and with which an end of the rod is engaged; and further comprising a force boosting mechanism, which converts a transmission direction of the driving force into a substantially perpendicular direction by the first inclined section , and transmits the driving force to the slider , together with pressing the rod by the second inclined section under a displacement action of the slider , whereby the rod is displaced in the axial direction while boosting the driving force. a first inclined section , which is inclined with respect to the direction of displacement of the drive shaft , and with which an end of the drive shaft is engaged; characterized by a second inclined section , which is inclined with respect to the direction of displacement, and with which an end of the rod is engaged; and further comprising a force boosting mechanism, which converts a transmission direction of the driving force into a substantially perpendicular direction by the first inclined section , and transmits the driving force to the slider , together with pressing the rod by the second inclined section under a displacement action of the slider , whereby the rod is displaced in the axial direction while boosting the driving force.
A threaded valve for an aerosol container , said threaded valve comprising: a housing , a moving assembly disposed in said housing , threads suitable for threadable onward attachment onto a complementary neck of an outer container for an aerosol dispenser and characterized by further comprising a plurality of pawls or ratchets disposed on and extending from said housing , said pawls or ratchets allowing onward rotation of said valve onto the complementary neck and impeding rotational detachment of said valve therefrom; wherein said threads are exterior threads for internally threading onto the neck of the container of the aerosol dispenser .
A method of assembling a stretchable electronic device, the method comprising: attaching at least two electronic components (102A-B) to an elastomeric substrate ; arranging an electrical interconnection made from a semiconductor material between said_at least two electronic components (102A-B) in a boustrophedonic pattern_that defines rungs between said at least two electronic components (102A-B), a plurality of said rungs being substantially parallel with one another and having substantially the same length and displacement therebetween, wherein a ratio of said length of said plurality of said rungs and said displacement between said plurality of said rungs is at least 10:1; interconnecting the at least two electronic components (102A-B) with said electrical interconnection ; and stretching the elastomeric substrate such that said at least two electronic components (102A-B) separate relative to one another,. attaching at least two electronic components (102A-B) to an elastomeric substrate ; arranging an electrical interconnection made from a semiconductor material between said_at least two electronic components (102A-B) in a boustrophedonic pattern_that defines rungs between said at least two electronic components (102A-B), a plurality of said rungs being substantially parallel with one another and having substantially the same length and displacement therebetween, wherein a ratio of said length of said plurality of said rungs and said displacement between said plurality of said rungs is at least 10:1; interconnecting the at least two electronic components (102A-B) with said electrical interconnection ; and stretching the elastomeric substrate such that said at least two electronic components (102A-B) separate relative to one another,.
An application method of a communication terminal , where the communication terminal is applied to a smart home system based on internet of things, IoT, protocols, comprising: installing (S21), by the communication terminal , the IoT protocols; acquiring (S22), by the communication terminal , a first message from a device of the smart home system ; comparing (S23) the first message against a preset message comparison table for a match and thus acquiring a second message matching the first message; and transmitting (S24) the second message by a preset mode; characterized in that comparing the first message against the preset message comparison table for the match comprises: extracting a keyword from the first message, comparing the keyword against the message comparison table, and, when a match is found, acquiring the second message matching the first message from the message comparison table. installing (S21), by the communication terminal , the IoT protocols; acquiring (S22), by the communication terminal , a first message from a device of the smart home system ; comparing (S23) the first message against a preset message comparison table for a match and thus acquiring a second message matching the first message; and transmitting (S24) the second message by a preset mode; characterized in that comparing the first message against the preset message comparison table for the match comprises: extracting a keyword from the first message, comparing the keyword against the message comparison table, and, when a match is found, acquiring the second message matching the first message from the message comparison table.
A fiber laser system , comprising: a main body , wherein the main body includes one or more fiber laser system components; a first wall hingedly attached to the main body along a first edge of the first wall , the first wall having an open position and a closed position; and a plurality of feed fiber management and splicing components mounted to the first wall; and characterized by further comprising a feed fiber entry housing mounted to the first wall and having an entry housing face that is situated at a non-zero angle to a top surface of the first wall , wherein the entry housing face defines an aperture configured to guide a feed fiber from the top surface of the first wall to an interior surface of the first wall . a main body , wherein the main body includes one or more fiber laser system components; a first wall hingedly attached to the main body along a first edge of the first wall , the first wall having an open position and a closed position; and a plurality of feed fiber management and splicing components mounted to the first wall; and characterized by further comprising a feed fiber entry housing mounted to the first wall and having an entry housing face that is situated at a non-zero angle to a top surface of the first wall , wherein the entry housing face defines an aperture configured to guide a feed fiber from the top surface of the first wall to an interior surface of the first wall .
An iron core for a transformer, comprising a plurality of grain-oriented electrical steel sheets stacked together, wherein at least one of the plurality of grain-oriented electrical steel sheets has a closure domain formation region extending from one end of the steel sheet in a rolling direction to the other end of the steel sheet in the rolling direction in which a plurality of closure domains extending in a direction crossing the rolling direction are present at an interval in the rolling direction, and a closure domain non-formation region in which no closure domains are formed; wherein within the closure domain formation region , a shrinkage amount at a maximum displacement point when excited in the rolling direction at a maximum magnetic flux density of 1.7 T and a frequency of 50 Hz is at least 2 × 10 -7 less than a shrinkage amount in the closure domain non-formation region ; and characterized in that an area ratio R denoting the ratio of the area of the closure domain formation region to the area of the grain-oriented electrical steel sheet is of 0.10 % to 30 %. a plurality of grain-oriented electrical steel sheets stacked together, wherein at least one of the plurality of grain-oriented electrical steel sheets has a closure domain formation region extending from one end of the steel sheet in a rolling direction to the other end of the steel sheet in the rolling direction in which a plurality of closure domains extending in a direction crossing the rolling direction are present at an interval in the rolling direction, and a closure domain non-formation region in which no closure domains are formed;
A method performed by hardware processing circuitry, the method comprising: storing , in a storage device, message mapping information for a plurality of message sequence vector clusters associated with a poor communications service, the message mapping information providing a mapping of message sequence vectors to the message sequence vector clusters; storing a corresponding corrective action for each message sequence vector cluster of the plurality of message sequence vector clusters; detecting a message of a first message sequence involving a first user equipment, UE, device and a first access point, AP; updating a first message sequence vector representing the first message sequence based on at least the detected message of the first message sequence; determining if the updated first message sequence vector is within a vector space volume of one of the plurality of message sequence vector clusters; and selectively performing , based on the determining, the stored corrective action corresponding to the one of the plurality of message sequence vector clusters. storing , in a storage device, message mapping information for a plurality of message sequence vector clusters associated with a poor communications service, the message mapping information providing a mapping of message sequence vectors to the message sequence vector clusters; storing a corresponding corrective action for each message sequence vector cluster of the plurality of message sequence vector clusters; detecting a message of a first message sequence involving a first user equipment, UE, device and a first access point, AP; updating a first message sequence vector representing the first message sequence based on at least the detected message of the first message sequence; determining if the updated first message sequence vector is within a vector space volume of one of the plurality of message sequence vector clusters; and selectively performing , based on the determining, the stored corrective action corresponding to the one of the plurality of message sequence vector clusters.
A detector remodulator comprising: a silicon on insulator (SOI) waveguide platform including: a detector coupled to a first input waveguide ; a SiGe or homogenous Si modulator coupled to a second input waveguide and an output waveguide; and an electrical circuit (221-224) connecting the detector to the modulator; wherein the detector, modulator, second input waveguide and output waveguide are arranged in the same horizontal plane as one another; the modulator includes a waveguide including a modulation region at which a semiconductor junction is set horizontally across the waveguide of the modulator; the semiconductor junction comprising a first doped region and a second doped region ; the detector comprises a horizontal junction between doped regions; and the electrical circuit is connected between a doped region of the detector and a doped region of the modulator. a silicon on insulator (SOI) waveguide platform including: a detector coupled to a first input waveguide ; a SiGe or homogenous Si modulator coupled to a second input waveguide and an output waveguide; and an electrical circuit (221-224) connecting the detector to the modulator; a detector coupled to a first input waveguide ; a SiGe or homogenous Si modulator coupled to a second input waveguide and an output waveguide; and an electrical circuit (221-224) connecting the detector to the modulator; wherein the detector, modulator, second input waveguide and output waveguide are arranged in the same horizontal plane as one another; the modulator includes a waveguide including a modulation region at which a semiconductor junction is set horizontally across the waveguide of the modulator; the semiconductor junction comprising a first doped region and a second doped region ; the detector comprises a horizontal junction between doped regions; and the electrical circuit is connected between a doped region of the detector and a doped region of the modulator.
An interferometric measurement system for measuring a spun optical fiber sensor including multiple optical cores , comprising: a calibration machine including a calibration fixture having known dimensions, one or more controllable actuators for wrapping the fiber sensor starting at one end of the fiber sensor onto the calibration fixture having known dimensions, and an actuator controller configured to control the one or more controllable actuators with actuator control signals; interferometric detection circuitry coupled to the actuator controller and configured to be coupled to the other end of the fiber sensor, the interferometric detection circuitry configured to detect measured interferometric pattern data associated with each of the multiple cores when the fiber sensor is wrapped onto the calibration fixture ; data processing circuitry configured to determine compensation parameters that compensate for variations between an optimal configuration of the multiple cores and an actual configuration of the multiple cores in the fiber sensor based on the detected measured interferometric pattern data; and a memory configured to store the compensation parameters. a calibration machine including a calibration fixture having known dimensions, one or more controllable actuators for wrapping the fiber sensor starting at one end of the fiber sensor onto the calibration fixture having known dimensions, and an actuator controller configured to control the one or more controllable actuators with actuator control signals; interferometric detection circuitry coupled to the actuator controller and configured to be coupled to the other end of the fiber sensor, the interferometric detection circuitry configured to detect measured interferometric pattern data associated with each of the multiple cores when the fiber sensor is wrapped onto the calibration fixture ; data processing circuitry configured to determine compensation parameters that compensate for variations between an optimal configuration of the multiple cores and an actual configuration of the multiple cores in the fiber sensor based on the detected measured interferometric pattern data; and a memory configured to store the compensation parameters.
A system comprising a power track and an electronic product , the power track being for mounting and powering the electronic product , and the electronic product being mountable or mounted to the power track , wherein the power track comprises: a mounting surface comprising means for surface-mounting the power track on an installation surface ; a linear opening (20; 20') extending along at least a portion of the length (L) of the power track , the linear opening (20; 20') being adapted to receive a connector of the electronic product , and the linear opening (20; 20') facing in a direction (24; 24') parallel to the mounting surface ; and a linear light source (30; 30'; 46; 52) having LED nodes arranged within the linear opening (20; 20'), wherein the connector of the electronic product has a comb structure allowing the LED nodes to sit between teeth of the comb structure when the electronic product is mounted to the power track . a mounting surface comprising means for surface-mounting the power track on an installation surface ; a linear opening (20; 20') extending along at least a portion of the length (L) of the power track , the linear opening (20; 20') being adapted to receive a connector of the electronic product , and the linear opening (20; 20') facing in a direction (24; 24') parallel to the mounting surface ; and a linear light source (30; 30'; 46; 52) having LED nodes arranged within the linear opening (20; 20'), wherein the connector of the electronic product has a comb structure allowing the LED nodes to sit between teeth of the comb structure when the electronic product is mounted to the power track .
A portable sanitizing system , comprising: a wand assembly including a sanitizing head having an ultraviolet UV lamp ; a case assembly including a cover coupled to a main body , wherein the cover is configured to be moved between an open position that exposes a storage chamber and a closed position, wherein the wand assembly is configured to be stored in the storage chamber when not in use and removed from the storage chamber to disinfect one or more components with UV light emitted by the UV lamp ; characterized by a cooling fan within the storage chamber , wherein the cooling fan is configured to couple to the wand assembly through a hose , and wherein the cooling fan is configured to one or both of deliver cooling air to or draw the cooling air into the wand assembly through the hose . a wand assembly including a sanitizing head having an ultraviolet UV lamp ; a case assembly including a cover coupled to a main body , wherein the cover is configured to be moved between an open position that exposes a storage chamber and a closed position, wherein the wand assembly is configured to be stored in the storage chamber when not in use and removed from the storage chamber to disinfect one or more components with UV light emitted by the UV lamp ; characterized by a cooling fan within the storage chamber , wherein the cooling fan is configured to couple to the wand assembly through a hose , and wherein the cooling fan is configured to one or both of deliver cooling air to or draw the cooling air into the wand assembly through the hose .
A method of imaging a specimen using ptychography, whereby a charged-particle beam is directed from a source through an illuminator so as to traverse the specimen and land upon a detector, an output of the detector being used in combination with a mathematical reconstruction technique so as to calculate at least one property of a charged-particle wavefront exiting the specimen, characterized in that : - Said property is a phase of the wavefront; - Said mathematical reconstruction technique directly reconstructs said phase using iteration of a complex-valued function φ n ( r ), in which φ represents complex valued phase at position r , rather than deriving it indirectly from a reconstructed function of amplitude and phase. - Said property is a phase of the wavefront; - Said mathematical reconstruction technique directly reconstructs said phase using iteration of a complex-valued function φ n ( r ), in which φ represents complex valued phase at position r , rather than deriving it indirectly from a reconstructed function of amplitude and phase.