mhurhangee/patent-ind-claim-en huggingface dataset:
A head mounted device comprising: a housing comprising a device mounting portion to mount an external electronic device on a side of the head mounted device ; a holder assembly which is installed at a periphery of the device mounting portion ; at least two removable gendered connector assemblies , each removably attachable to the holder assembly , wherein each removable gendered connector assembly has a connector corresponding to a different connection profile of a connector port of an external electronic device to be mounted to the device mounting portion ; wherein one removable gendered connector assembly among the at least two removable gendered connector assemblies is removably attached to the holder assembly based on the connector of the one removable gendered connector assembly corresponding to a connector port of the external electronic device mounted to the device mounting portion ; characterized in that the holder assembly is rotatably installed at said periphery of the device mounting portion and comprises a protruding terminal arranged to be electrically connected to each of said at least two removable gendered connector assemblies ; and the at least two removable gendered connector assemblies each comprise an exposure terminal adapted to be electrically connected to the protruding terminal of the holder assembly , and a locker to fix each gendered connector assembly to the holder assembly . a housing comprising a device mounting portion to mount an external electronic device on a side of the head mounted device ; a holder assembly which is installed at a periphery of the device mounting portion ; at least two removable gendered connector assemblies , each removably attachable to the holder assembly , wherein each removable gendered connector assembly has a connector corresponding to a different connection profile of a connector port of an external electronic device to be mounted to the device mounting portion ; wherein one removable gendered connector assembly among the at least two removable gendered connector assemblies is removably attached to the holder assembly based on the connector of the one removable gendered connector assembly corresponding to a connector port of the external electronic device mounted to the device mounting portion ; characterized in that the holder assembly is rotatably installed at said periphery of the device mounting portion and comprises a protruding terminal arranged to be electrically connected to each of said at least two removable gendered connector assemblies ; and the at least two removable gendered connector assemblies each comprise an exposure terminal adapted to be electrically connected to the protruding terminal of the holder assembly , and a locker to fix each gendered connector assembly to the holder assembly .
A processing method, wherein the method is applied to an electronic device having a fingerprint sensor and a screen, and comprises: when the electronic device is in a locked state, detecting (S301) an operation performed on the fingerprint sensor; determining (S302) a result of matching a fingerprint collected by the fingerprint sensor with a preset fingerprint, wherein the matching result is matching or not matching; and when an included angle between a direction of the screen and a gravity direction falls beyond a preset range, skipping executing a response corresponding to the matching result; or when an included angle between a direction of the screen and a gravity direction falls within a preset range, executing a response corresponding to the matching result; wherein after the skipping executing a response corresponding to the matching result, the method further comprises: when a quantity of operations detected in preset duration and performed on the fingerprint sensor exceeds a preset quantity value, determining a matching result of the operation detected in the preset duration or of a last operation detected in the preset duration; and when the matching result is matching, executing a response corresponding to the matching. when the electronic device is in a locked state, detecting (S301) an operation performed on the fingerprint sensor; determining (S302) a result of matching a fingerprint collected by the fingerprint sensor with a preset fingerprint, wherein the matching result is matching or not matching; and when an included angle between a direction of the screen and a gravity direction falls beyond a preset range, skipping executing a response corresponding to the matching result; or when an included angle between a direction of the screen and a gravity direction falls within a preset range, executing a response corresponding to the matching result; wherein after the skipping executing a response corresponding to the matching result, the method further comprises: when a quantity of operations detected in preset duration and performed on the fingerprint sensor exceeds a preset quantity value, determining a matching result of the operation detected in the preset duration or of a last operation detected in the preset duration; and when the matching result is matching, executing a response corresponding to the matching.
A vehicle illumination system , comprising: interior lighting to be provided in a vehicle that is operable in a manual driving mode and in an autonomous driving mode; a detection device , to be provided in the vehicle, configured to detect an ambient light level outside the vehicle; a first control unit , to be provided in the vehicle, configured to control switching on and switching off of headlights on the basis of a detection result from the detection device; and a second control unit configured to control an illumination level of the interior lighting, such that the illumination level of the interior light when the headlights have been switched on while the vehicle is in the autonomous driving mode is higher than the illumination level of the interior lighting when the headlights have been switched on while the vehicle is in the manual driving mode, characterized by further comprising: a blocking member that is configured to be provided, so as to be raisable and lowerable, at least at a cabin side of a door glass and configured to block the door glass when raised; and a third control unit configured to raise the blocking member when the headlights have been switched on while the vehicle is in the autonomous driving mode. interior lighting to be provided in a vehicle that is operable in a manual driving mode and in an autonomous driving mode; a detection device , to be provided in the vehicle, configured to detect an ambient light level outside the vehicle; a first control unit , to be provided in the vehicle, configured to control switching on and switching off of headlights on the basis of a detection result from the detection device; and a second control unit configured to control an illumination level of the interior lighting, such that the illumination level of the interior light when the headlights have been switched on while the vehicle is in the autonomous driving mode is higher than the illumination level of the interior lighting when the headlights have been switched on while the vehicle is in the manual driving mode, a blocking member that is configured to be provided, so as to be raisable and lowerable, at least at a cabin side of a door glass and configured to block the door glass when raised; and a third control unit configured to raise the blocking member when the headlights have been switched on while the vehicle is in the autonomous driving mode.
An actuator device for a rearview device, comprising at least one retaining means on which a rearview means is secured and which is movably mounted relative to a housing component of the rearview device, at least one first adjusting device comprising at least one first adjusting unit with at least one first adjusting means and at least one second adjusting unit with at least one second adjusting means for moving the retaining means relative to the housing component , wherein the first adjusting means and the second adjusting means each comprise at least one shape-memory element and the first adjusting unit and the second adjusting unit are arranged between the housing component and the retaining means so as to be mechanically connected in series, wherein the first adjusting unit has a first maximum travel path (l 1 ), and the second adjusting unit has a second maximum travel path which is different from the first maximum travel path (l 1 ), further comprising - at least one first adjusting body , by means of which the first adjusting unit and the second adjusting unit are at least indirectly mechanically connected to one another, - at least one second adjusting body , wherein the retaining means is or are in mechanical connection with the second adjusting body , characterized in that the mobility of the first adjusting body relative to the housing component is limited by means of at least one first mechanical limit stop and the mobility of the second adjusting body relative to the first adjusting body is limited by means of at least one second mechanical limit stop , wherein the first mechanical limit stop comprises at least one first limit-stop element which is arranged stationary to the housing component and interacts with at least one complementary first structure of the first adjusting body , and the second mechanical limit stop comprises at least one second limit-stop element which is arranged stationary to the first adjusting body and interacts with at least one complementary second structure of the second adjusting body , wherein the first limit-stop element and the second limit-stop element each comprise at least one tappet and the first structure and the second structure each comprise at least one elongated hole. - at least one first adjusting body , by means of which the first adjusting unit and the second adjusting unit are at least indirectly mechanically connected to one another, - at least one second adjusting body , wherein the retaining means is or are in mechanical connection with the second adjusting body ,
A receiving apparatus, comprising: an estimation unit configured to estimate an estimation value of a frequency error of a symbol included in a synchronization signal of a reception signal; and a control unit configured to control a component based on intersymbol interference of the estimation value, wherein the estimation value is estimated from a phase difference between two symbols included in the synchronization signal which are two symbols away from each other, wherein the component of the intersymbol interference of the estimation value is controlled by subtracting a value corresponding to a component of a previous intersymbol interference stored in advance. an estimation unit configured to estimate an estimation value of a frequency error of a symbol included in a synchronization signal of a reception signal; and a control unit configured to control a component based on intersymbol interference of the estimation value, wherein the estimation value is estimated from a phase difference between two symbols included in the synchronization signal which are two symbols away from each other, wherein the component of the intersymbol interference of the estimation value is controlled by subtracting a value corresponding to a component of a previous intersymbol interference stored in advance.
An apparatus to detect partial obstruction comprising: a patient interface to carry a flow of breathable gas; a flow sensor coupled with the patient interface to generate a flow signal representing flow of the breathable gas through the patient interface; and a controller coupled with the flow sensor to process the flow signal, characterized in that the controller is configured to control: a determination of a shape index indicative of a pattern of partial obstruction from the flow signal; a determination of a duty cycle measure from the flow signal; and a derivation of a flow limitation measure as a function of the determined shape index and the determined duty cycle measure. a patient interface to carry a flow of breathable gas; a flow sensor coupled with the patient interface to generate a flow signal representing flow of the breathable gas through the patient interface; and a controller coupled with the flow sensor to process the flow signal, characterized in that the controller is configured to control: a determination of a shape index indicative of a pattern of partial obstruction from the flow signal; a determination of a duty cycle measure from the flow signal; and a derivation of a flow limitation measure as a function of the determined shape index and the determined duty cycle measure. a determination of a shape index indicative of a pattern of partial obstruction from the flow signal; a determination of a duty cycle measure from the flow signal; and a derivation of a flow limitation measure as a function of the determined shape index and the determined duty cycle measure.
Process for the preparation of a 4,4'-dihalobenzophenone of formula (I): wherein X represents a halogen atom selected from the group consisting of fluorine, chlorine, bromine and iodine, comprising carrying out the dehydration/aromatization of a compound of formula (VII): wherein X is as defined above.
A hand-held blender, including a housing and a body, the said body is disposed in the housing ; the said body includes a microprocessor , a driving device , a coupling , a stirring rod, and a power switch; the said coupling is connected with the stirring rod and the driving device , respectively, and used to transmit the driving force output by the driving device to the stirring rod; the said microprocessor is connected with the said driving device ; wherein the said hand-held blender further includes a safety protection device, a pressure sensor , and a pressure button configured to be directly activated by the user's finger; characterized in that the safety protection device includes a safety touch switch and a security processing chip ; the said security processing chip is connected with the safety touch switch and the microprocessor , respectively; the microprocessor locks or unlocks a whole circuit of the hand-held blender electronically after receiving a locking or unlocking signal from the security processing chip ; the said pressure sensor is connected with the pressure button and the microprocessor , respectively; the microprocessor controls the voltage provided to the driving device in accordance with the pressure applied on the pressure button ; the voltage is proportional to the pressure; after the power button of the hand-held blender is started, the whole circuit is in the locked state; when the safety touch switch is successively pressed, the security processing chip sends a unlocking signal to the microprocessor , switching the whole circuit of the hand-held blender on; the pressure button is pressed to make the stirring rod begin to work, that is, the hand-held blender enters into the mixing state; after the hand-held blender is unlocked, when the safety touch switch is pressed again, the security processing chip sends a locking signal to the microprocessor , switching off the whole circuit of the hand-held blender, and the hand-held blender stops stirring.
A medical instrument comprising: a first tubular member including a proximal end portion and a distal end portion; and a second tubular member including a first end portion and a second end portion, the second tubular member comprising a plurality of layers, the plurality of layers including: a first layer comprising a polymeric material, and an inner layer comprising a polymeric material, the inner layer including a first section disposed under the first layer and a second section extending out from under the first layer ; wherein a portion of the first tubular member overlaps and is bonded to at least a portion of the second section of the inner layer (620; 640) of the second tubular member , and wherein the proximal end portion of the first tubular member meets the distal end portion of the first layer to form a junction between the portion of the first tubular member and the first layer . a first tubular member including a proximal end portion and a distal end portion; and a second tubular member including a first end portion and a second end portion, the second tubular member comprising a plurality of layers, the plurality of layers including: a first layer comprising a polymeric material, and an inner layer comprising a polymeric material, the inner layer including a first section disposed under the first layer and a second section extending out from under the first layer ; a first layer comprising a polymeric material, and an inner layer comprising a polymeric material, the inner layer including a first section disposed under the first layer and a second section extending out from under the first layer ; wherein a portion of the first tubular member overlaps and is bonded to at least a portion of the second section of the inner layer (620; 640) of the second tubular member , and wherein the proximal end portion of the first tubular member meets the distal end portion of the first layer to form a junction between the portion of the first tubular member and the first layer .
A system comprising a plurality of autonomous mobile devices and a base station connected to a boundary wire and configured to generate a radio signal to be emitted by the boundary wire , wherein each of the plurality of autonomous mobile devices is configured to autonomously drive within a working area based on the signal emitted by the boundary wire , the base station is configured to encode data and/or commands into the radio signal, and each of the plurality of autonomous mobile device is configured to decode commands and/or data encoded into the emitted radio signal and is configured to inject a signal into the boundary wire for establishing a communication back channel to communicate with each other, characterized in that each of the plurality of autonomous mobile devices is configured to, based on a command received from the base station , move around within the work area and search for a Wi-Fi house network and to stop when a connection to the Wi-Fi house network can be successfully established. each of the plurality of autonomous mobile devices is configured to autonomously drive within a working area based on the signal emitted by the boundary wire , the base station is configured to encode data and/or commands into the radio signal, and each of the plurality of autonomous mobile device is configured to decode commands and/or data encoded into the emitted radio signal and is configured to inject a signal into the boundary wire for establishing a communication back channel to communicate with each other,
A method of controlling connectivity to a wireless communication network, the method comprising: a wireless device (10; 700; 1000) setting up a first radio connection to a first access node (101; 101-1, 101-2) of the wireless communication network, the first radio connection being based on a first radio technology; the wireless device (10; 700; 1000) measuring first signal strengths of reference signals from access nodes (101; 101-1, 101-2) operating on the basis of the first radio technology; the wireless device (10; 700; 1000) measuring second signal strengths of reference signals from one or more second access nodes (101-3, 101-4), the one or more second access nodes (101-3, 101-4) operating on the basis of a second radio technology; in response to the measured second signal strengths satisfying a first set of conditions, the wireless device (10; 700; 1000) sending a first type of measurement report to the first access node (101; 101-1, 101-2); in response to expiry of a time interval without having sent the first type of measurement report , the wireless device (10; 700; 1000) stopping said measuring of the second signal strengths; in response to the measured first signal strengths satisfying a second set of conditions, the wireless device (10; 700; 1000) sending a second type of measurement report to the first access node (101; 101-1, 101-2); and in response to the sending of the second type of measurement report , the wireless device (10; 700; 1000) receiving configuration information for restarting said measuring of the second signal strengths from the first access node (101; 101-1, 101-2). a wireless device (10; 700; 1000) setting up a first radio connection to a first access node (101; 101-1, 101-2) of the wireless communication network, the first radio connection being based on a first radio technology; the wireless device (10; 700; 1000) measuring first signal strengths of reference signals from access nodes (101; 101-1, 101-2) operating on the basis of the first radio technology; the wireless device (10; 700; 1000) measuring second signal strengths of reference signals from one or more second access nodes (101-3, 101-4), the one or more second access nodes (101-3, 101-4) operating on the basis of a second radio technology; in response to the measured second signal strengths satisfying a first set of conditions, the wireless device (10; 700; 1000) sending a first type of measurement report to the first access node (101; 101-1, 101-2); in response to expiry of a time interval without having sent the first type of measurement report , the wireless device (10; 700; 1000) stopping said measuring of the second signal strengths; in response to the measured first signal strengths satisfying a second set of conditions, the wireless device (10; 700; 1000) sending a second type of measurement report to the first access node (101; 101-1, 101-2); and in response to the sending of the second type of measurement report , the wireless device (10; 700; 1000) receiving configuration information for restarting said measuring of the second signal strengths from the first access node (101; 101-1, 101-2).
An IL-2 polypeptide with one non-naturally encoded amino acid, wherein the IL-2 polypeptide has the amino acid sequence of SEQ ID NO: 2, wherein the non-naturally encoded amino acid is incorporated into position 45 of SEQ ID NO: 2, wherein a water-soluble polymer is conjugated to the IL-2 polypeptide through the non-naturally encoded amino acid via a non-cleavable linker, wherein the non-naturally encoded amino acid is para-acetyl-phenylalanine, wherein the IL-2 polypeptide is glycosylated, and wherein said IL-2 polypeptide has reduced interaction with its IL-2Rα receptor subunit compared to a wild-type IL-2 polypeptide.