mhurhangee/patent-ind-claim-en huggingface dataset:
A wireless ear bud , comprising: a housing having a main body portion (40-1) and a stem portion (40-2) extending from the main body portion (40-1); a speaker in the main body portion (40-1); a first proximity sensor (S1) in the main body portion (40-1) that produces a first sensor output; a second proximity sensor (S3) in the stem portion (40-2) that produces a second sensor output; a third proximity sensor (S2) in the main body portion (40-1) that produces a third sensor output; a fourth proximity sensor (S4) in the stem portion (40-2) that produces a fourth sensor output and control circuitry that: determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs. a housing having a main body portion (40-1) and a stem portion (40-2) extending from the main body portion (40-1); a speaker in the main body portion (40-1); a first proximity sensor (S1) in the main body portion (40-1) that produces a first sensor output; a second proximity sensor (S3) in the stem portion (40-2) that produces a second sensor output; a third proximity sensor (S2) in the main body portion (40-1) that produces a third sensor output; a fourth proximity sensor (S4) in the stem portion (40-2) that produces a fourth sensor output and control circuitry that: determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs. determines whether the ear bud has been placed in a user's ear based on the first and third sensor outputs being positive and the second and fourth sensor outputs being negative; and determines whether the ear bud is being removed from the user's ear based on the first proximity sensor output being negative without using the second, third, and fourth proximity sensor (S3, S2, S4) outputs.
A power pad , comprising: a base insulation pad ; and a plurality of alternately charged strips electrically connected to at least one voltage source and physically atop the base insulation pad ; characterized by a plurality of raised insulating ridges interstitially between alternating ones of the alternately charged strips and connectable to a mobile device having three contact balls , wherein the raised insulating ridges slidably distribute at least one of the at least three contact balls of the mobile device, wherein a first of the contact balls is guided to a first of the plurality of alternately charged strips by a first of the plurality of raised insulating ridges , and wherein a second and third of the contact balls are guided to a second of the plurality of alternately charged strips having a different charge than the first of the plurality of alternately charged strips by a second of the plurality of raised insulating ridges . a base insulation pad ; and a plurality of alternately charged strips electrically connected to at least one voltage source and physically atop the base insulation pad ; characterized by a plurality of raised insulating ridges interstitially between alternating ones of the alternately charged strips and connectable to a mobile device having three contact balls , wherein the raised insulating ridges slidably distribute at least one of the at least three contact balls of the mobile device, wherein a first of the contact balls is guided to a first of the plurality of alternately charged strips by a first of the plurality of raised insulating ridges , and wherein a second and third of the contact balls are guided to a second of the plurality of alternately charged strips having a different charge than the first of the plurality of alternately charged strips by a second of the plurality of raised insulating ridges .
An actuating gear for displacing a connecting rod of a window or of a door, in particular of a lift and slide element such as a lift and slide door or a lift and slide window, wherein the actuating gear comprises: - a connecting rod which can be displaced in a translatory manner and which can be drive-effectively coupled to a control element such as a lifting element for raising and lowering a lift and slide element; - a manually actuable input shaft which is drive-effectively coupled to the connecting rod ; - a gearbox which at least partly receives and movably supports the input shaft ; - a transmission element which can be drive-effectively coupled to an electric motor; and - a latch assembly which is movable between a latched position and an unlatched position, wherein the connecting rod is drive-effectively coupled to the transmission element in the latched position of the latch assembly , whereas the connecting rod is decoupled from the transmission element in the unlatched position of the latch assembly , characterized in that the gearbox also at least partly receives and movably supports the latch assembly , with the gearbox having an opening for receiving a key or a cylinder lock for adjusting the latch assembly and/or a latching part which is adjustable between a blocked position and a release position for a selective blocking of the latch assembly in its unlatched position and/or in its latched position. - a connecting rod which can be displaced in a translatory manner and which can be drive-effectively coupled to a control element such as a lifting element for raising and lowering a lift and slide element; - a manually actuable input shaft which is drive-effectively coupled to the connecting rod ; - a gearbox which at least partly receives and movably supports the input shaft ; - a transmission element which can be drive-effectively coupled to an electric motor; and - a latch assembly which is movable between a latched position and an unlatched position, wherein the connecting rod is drive-effectively coupled to the transmission element in the latched position of the latch assembly , whereas the connecting rod is decoupled from the transmission element in the unlatched position of the latch assembly , characterized in that the gearbox also at least partly receives and movably supports the latch assembly , with the gearbox having an opening for receiving a key or a cylinder lock for adjusting the latch assembly and/or a latching part which is adjustable between a blocked position and a release position for a selective blocking of the latch assembly in its unlatched position and/or in its latched position.
A tool head having provisions for performing a crimping or pressing operation upon a workpiece, the tool head comprising: a frame assembly defining an interior region for performing a crimping or pressing operation, the frame assembly also defining an access channel extending between the interior region and a nose region of the frame assembly; at least one latch pin secured to the frame assembly and positioned proximate to the access channel defined by the frame assembly; a selectively positionable latch defining at least one elongate aperture having two opposite endwalls and sized to receive at least one latch pin, the latch positioned such that the latch pin is received within the aperture defined in the latch and the latch being positionable between (i) a closed position in which the latch extends across the access channel thereby blocking the access channel and the latch pin contacts one of the endwalls of the aperture defined in the latch, (ii) an unsecured position in which the latch pin contacts another one of the endwalls of the aperture defined in the latch, and (iii) an open position in which the access channel defined by the frame assembly is not blocked by the latch. a frame assembly defining an interior region for performing a crimping or pressing operation, the frame assembly also defining an access channel extending between the interior region and a nose region of the frame assembly; at least one latch pin secured to the frame assembly and positioned proximate to the access channel defined by the frame assembly; a selectively positionable latch defining at least one elongate aperture having two opposite endwalls and sized to receive at least one latch pin, the latch positioned such that the latch pin is received within the aperture defined in the latch and the latch being positionable between (i) a closed position in which the latch extends across the access channel thereby blocking the access channel and the latch pin contacts one of the endwalls of the aperture defined in the latch, (ii) an unsecured position in which the latch pin contacts another one of the endwalls of the aperture defined in the latch, and (iii) an open position in which the access channel defined by the frame assembly is not blocked by the latch.
An encryption processing method for an application, applied to a terminal, wherein the method comprises: acquiring a first application to be encrypted, wherein the first application to be encrypted is selected by a user of the terminal; prompting the user to input first information, wherein the first information is a password of a user identification card of the terminal; generating a first key according to the first information and a terminal identification number of the terminal; encrypting the first application by using the first key and storing the first key in the first application; wherein generating the first key according to the first information comprises: sending a request for verification of the password of the user identification card to the user identification card of the terminal according to the password of the user identification card inputted by the user to acquire a first verification result; when the first verification result indicates that the password of the user identification card is verified successfully, generating the first key comprising a first sub-key and a second sub-key, wherein the first sub-key is a terminal identification number of the terminal, and the second sub-key is the password of the user identification card of the terminal. acquiring a first application to be encrypted, wherein the first application to be encrypted is selected by a user of the terminal; prompting the user to input first information, wherein the first information is a password of a user identification card of the terminal; generating a first key according to the first information and a terminal identification number of the terminal; encrypting the first application by using the first key and storing the first key in the first application; wherein generating the first key according to the first information comprises: sending a request for verification of the password of the user identification card to the user identification card of the terminal according to the password of the user identification card inputted by the user to acquire a first verification result; when the first verification result indicates that the password of the user identification card is verified successfully, generating the first key comprising a first sub-key and a second sub-key, wherein the first sub-key is a terminal identification number of the terminal, and the second sub-key is the password of the user identification card of the terminal. sending a request for verification of the password of the user identification card to the user identification card of the terminal according to the password of the user identification card inputted by the user to acquire a first verification result; when the first verification result indicates that the password of the user identification card is verified successfully, generating the first key comprising a first sub-key and a second sub-key, wherein the first sub-key is a terminal identification number of the terminal, and the second sub-key is the password of the user identification card of the terminal.
A gas turbine engine , comprising: a bearing structure; a fan section including hardware; a buffer system (60; 160) including: a first bleed air supply (64; 164); and a heat exchanger (80;180) configured to condition said first bleed air supply (64;164) to render a first buffer supply air for pressurizing said bearing structure and a second buffer supply air separate from said first buffer supply air for anti-icing said hardware of said fan section ; wherein the first buffer supply air and the second buffer supply air are supplied at the same temperature. a bearing structure; a fan section including hardware; a buffer system (60; 160) including: a first bleed air supply (64; 164); and a heat exchanger (80;180) configured to condition said first bleed air supply (64;164) to render a first buffer supply air for pressurizing said bearing structure and a second buffer supply air separate from said first buffer supply air for anti-icing said hardware of said fan section ; wherein the first buffer supply air and the second buffer supply air are supplied at the same temperature. a first bleed air supply (64; 164); and a heat exchanger (80;180) configured to condition said first bleed air supply (64;164) to render a first buffer supply air for pressurizing said bearing structure and a second buffer supply air separate from said first buffer supply air for anti-icing said hardware of said fan section ; wherein the first buffer supply air and the second buffer supply air are supplied at the same temperature.
Method, comprising - transmitting a reader carrier signal from a contactless reader to a contactless device, - receiving by the reader, a device modulated carrier signal from the device, said device modulated carrier signal having a carrier frequency, - turning off by the reader, the transmission of the reader carrier signal or reducing by the reader, the level of the reader carrier signal, during reception of the device modulated carrier signal, and - after having turned off the transmission of the reader carrier signal or after having reduced the level of the reader carrier signal, determining by the reader an indication related to a level of a signal at the reader's antenna, determining whether the device is an active load modulation device based on whether said level indication is greater than a first threshold and determining whether the device is a passive load modulation NFC device based on whether said level indication is lower than a second threshold. - transmitting a reader carrier signal from a contactless reader to a contactless device, - receiving by the reader, a device modulated carrier signal from the device, said device modulated carrier signal having a carrier frequency, - turning off by the reader, the transmission of the reader carrier signal or reducing by the reader, the level of the reader carrier signal, during reception of the device modulated carrier signal, and - after having turned off the transmission of the reader carrier signal or after having reduced the level of the reader carrier signal, determining by the reader an indication related to a level of a signal at the reader's antenna, determining whether the device is an active load modulation device based on whether said level indication is greater than a first threshold and determining whether the device is a passive load modulation NFC device based on whether said level indication is lower than a second threshold.
Engineered water nanostructures (EWNS) comprising reactive oxygen species (ROS) and surface charge for use in inactivating at least one of viruses, bacteria, bacterial spores, and fungi in or on a wound, or in its surrounding air microenvironment, of a subject, by applying the engineered water nanostructures (EWNS) to the wound to inactivate the at least one of viruses, bacteria, bacterial spores, and fungi.
A computer-implemented method for operating an autonomous driving vehicle (ADV) , the method comprising: in response to a request to park the ADV in a parking lot , obtaining a set of parking-trajectories associated with a set of predetermined locations near one or more parking spots within the parking lot , wherein the set of parking-trajectories was previously and offline generated based on prior planning and control data of the parking lot , each of the parking-trajectories corresponding to one of the one or more parking spots within the parking lot ; wherein for each predetermined location, a parking-trajectory starting from the predetermined location to a corresponding parking spot is generated; wherein, for each parking spot of the one or more parking spots, a subset of parking-trajectories starting from a subset of predetermined locations near the parking spot to the parking spot was generated offline; determining a current location of the ADV upon activating a parking function at the parking lot; determining whether the current location matches one of the set of predetermined locations; if the current location of the ADV does not match any of the set of predetermined locations , determining a nearest predetermined location of the set of predetermined locations to the current location , a parking-trajectory associated with the nearest predetermined location is then selected from the set of parking-trajectories ; and controlling the ADV to park in a corresponding parking spot according to the selected parking-trajectory. in response to a request to park the ADV in a parking lot , obtaining a set of parking-trajectories associated with a set of predetermined locations near one or more parking spots within the parking lot , wherein the set of parking-trajectories was previously and offline generated based on prior planning and control data of the parking lot , each of the parking-trajectories corresponding to one of the one or more parking spots within the parking lot ; wherein for each predetermined location, a parking-trajectory starting from the predetermined location to a corresponding parking spot is generated; wherein, for each parking spot of the one or more parking spots, a subset of parking-trajectories starting from a subset of predetermined locations near the parking spot to the parking spot was generated offline; determining a current location of the ADV upon activating a parking function at the parking lot; determining whether the current location matches one of the set of predetermined locations; if the current location of the ADV does not match any of the set of predetermined locations , determining a nearest predetermined location of the set of predetermined locations to the current location , a parking-trajectory associated with the nearest predetermined location is then selected from the set of parking-trajectories ; and controlling the ADV to park in a corresponding parking spot according to the selected parking-trajectory.
A mounting member for wrapping and mounting a pollution control element in a casing of a pollution control device, comprising: a needle punched mat having inorganic fiber comprising alumina fibers; and a plurality of an aggregated substance, with each substance containing an organic binder and inorganic particles prior to the mounting member being exposed to high temperature conditions of the pollution control device, which plurality of the aggregated substance is impregnated throughout most of the needle punched mat so as to be attached to the inorganic fibers such that the organic binder covers at least a portion of the surface of the inorganic fibers and prevents scattering of fiber pieces, wherein the mat is impregnated with the plurality of the aggregated substance after the mat is needle punched. a needle punched mat having inorganic fiber comprising alumina fibers; and a plurality of an aggregated substance, with each substance containing an organic binder and inorganic particles prior to the mounting member being exposed to high temperature conditions of the pollution control device, which plurality of the aggregated substance is impregnated throughout most of the needle punched mat so as to be attached to the inorganic fibers such that the organic binder covers at least a portion of the surface of the inorganic fibers and prevents scattering of fiber pieces, wherein the mat is impregnated with the plurality of the aggregated substance after the mat is needle punched.
Method for establishing the winding temperature of an electric motor which comprises a microcontroller (MCU), in particular a permanent magnet synchronous motor (PMSM), preferably acting as a drive for a fan, wherein the winding temperature is established using parameters of the electric motor which are known or can be established taking as a basis a reference point from a reference temperature and a winding resistance at the reference temperature, characterised in that it is required that prior to a first start-up the winding temperature corresponds to the ambient temperature of the production, wherein the temperature from a temperature measurement at the microcontroller is substantially equated to the winding temperature.
Bone nail device , comprising an outer tubing having an inner screw thread extending over at least a part of an inner surface of the outer tubing , and a first bone connection member , an inner tubing having a second bone connection member , the inner tubing being arranged inside at least a part of the outer tubing to allow a sliding axial relative movement, and a drive unit, the drive unit comprising a drive motor fixedly attached to the inner tubing , a transport screw having an outer screw thread engaging the inner screw thread of the outer tubing , and a planetary gear having an input end connected to the drive motor and characterised in that the planetary gear has an output end connected to the transport screw . an outer tubing having an inner screw thread extending over at least a part of an inner surface of the outer tubing , and a first bone connection member , an inner tubing having a second bone connection member , the inner tubing being arranged inside at least a part of the outer tubing to allow a sliding axial relative movement, and a drive unit, the drive unit comprising a drive motor fixedly attached to the inner tubing , a transport screw having an outer screw thread engaging the inner screw thread of the outer tubing , and a planetary gear having an input end connected to the drive motor and characterised in that the planetary gear has an output end connected to the transport screw .
A compound of formula (I) wherein R is selected from one of the following groups, wherein (a) denotes the nitrogen atom engaged in bonding to the compound of formula (I) and (L) denotes the covalent bond binding the compound of formula (I) to each group R, and the chiral carbon, denoted by the asterisk, may be in the S and/or R configuration.