mhurhangee/ep-ind-claims huggingface dataset:
A telescopic seatpost for mounting a bicycle saddle, comprising - a support unit which can be fixed to or in a frame of a bicycle, and - a telescopic unit moveably guided within a predetermined telescopic range relative to the support unit, wherein the telescopic range extends from a minimum longitudinal extent of the seatpost to a maximum longitudinal extent of the seatpost, - a coupling device arranged beween the telescopic unit and the support unit, wherein a part of the coupling device, that is associated with the support unit, is fixedly connected to the support unit and wherein the telescopic unit can be coupled to the support unit by way of the coupling device, - a blocking device for releasably blocking the guided telescopic movement of the telescopic unit relative to the support unit, the coupling device has an adjustment mechanism, by way of which the maximum longitudinal extent of the seatpost is adjustable, and transmission of an axial force acting on the telescopic unit to the support unit is effected by way of the coupling device, wherein the adjustment mechanism of the coupling device has an adjustment part associated with the telescopic unit with a profiled notching (21, 25) and a coupling part associated with the support unit and having a corresponding profiled notching (22, 26) for positively locking connection of the telescopic unit to the support unit, wherein the adjustment part is mounted rotatably in or to the telescopic unit and the telescopic unit can be coupled to the support unit by a rotary movement of the adjustment part relative to the coupling part, characterized in that the adjustment part is mounted rotatably in an inner region of the tubular telescopic unit and is arranged coaxially with the telescopic unit. - a support unit which can be fixed to or in a frame of a bicycle, and - a telescopic unit moveably guided within a predetermined telescopic range relative to the support unit, wherein the telescopic range extends from a minimum longitudinal extent of the seatpost to a maximum longitudinal extent of the seatpost, - a coupling device arranged beween the telescopic unit and the support unit, wherein a part of the coupling device, that is associated with the support unit, is fixedly connected to the support unit and wherein the telescopic unit can be coupled to the support unit by way of the coupling device, - a blocking device for releasably blocking the guided telescopic movement of the telescopic unit relative to the support unit,
A method for placing nose wires in a facemask production line, comprising: providing a supply of individual pre-cut nose wires to a dispenser in the production line, the dispenser metering and depositing the nose wires at a defined spacing and orientation onto the running carrier web that is conveyed past the dispenser, and a controller configured with the dispenser, to ensure that the dispenser cycles at a rate needed to provide the proper spacing of nose wires along an edge of the carrier web; and conveying the carrier web and nose wires deposited thereon to a folding station wherein a binder web is folded over an edge (50, 52) of the carrier web such that the nose wires are encapsulated between the binder web and the carrier web. providing a supply of individual pre-cut nose wires to a dispenser in the production line, the dispenser metering and depositing the nose wires at a defined spacing and orientation onto the running carrier web that is conveyed past the dispenser, and a controller configured with the dispenser, to ensure that the dispenser cycles at a rate needed to provide the proper spacing of nose wires along an edge of the carrier web; and conveying the carrier web and nose wires deposited thereon to a folding station wherein a binder web is folded over an edge (50, 52) of the carrier web such that the nose wires are encapsulated between the binder web and the carrier web.
A memory card for use in a digital camera, the digital camera having an inbuilt processor incapable of independently exporting digital data externally of the digital camera, the memory card comprising: a wireless module; and a central processor; wherein the central processor is configured to wirelessly send an index image file through the wireless module to a remote wireless-enabled apparatus for display, the index image file comprising a plurality of images, each image having a unique image identifier, each of the plurality of images corresponding to a unique menu item for controlling the digital camera, wirelessly receive an image identifier through the wireless module from the remote wireless-enabled apparatus, recognize the menu item corresponding to the received image identifier; and control the inbuilt processor of the digital camera in accordance with an instruction associated with the recognized menu item corresponding to the received image identifier. a wireless module; and a central processor; wherein the central processor is configured to wirelessly send an index image file through the wireless module to a remote wireless-enabled apparatus for display, the index image file comprising a plurality of images, each image having a unique image identifier, each of the plurality of images corresponding to a unique menu item for controlling the digital camera, wirelessly receive an image identifier through the wireless module from the remote wireless-enabled apparatus, recognize the menu item corresponding to the received image identifier; and control the inbuilt processor of the digital camera in accordance with an instruction associated with the recognized menu item corresponding to the received image identifier.
A method for authenticating release of data towards a device driver in an electronic device having a main display area comprising: storing authentication credentials identifying software applications, executing on the electronic device, that are authorized for a display function manager; receiving a request, from one of the software applications executing on the electronic device, for sending data towards the display function manager that manages access to an extra display area defined outside of the main display area, wherein the request comprises requesting credentials from the one software application; verifying the requesting credentials for the one software application in relation to the extra display area against the stored authentication credentials; when the requesting credentials are verified, authorizing the release of the data towards the device driver; receiving a pause event notification in relation to the extra display area and the one software application; ignoring a further data request from the authenticated software application; saving a state associated with the authenticated software application; and deauthenticating the previously authenticated software application; and further comprising: receiving a resume event notification in relation to the extra display area screen event; restoring the saved state; re-authenticating the one software application; and accepting an additional data request from the one software application. storing authentication credentials identifying software applications, executing on the electronic device, that are authorized for a display function manager; receiving a request, from one of the software applications executing on the electronic device, for sending data towards the display function manager that manages access to an extra display area defined outside of the main display area, wherein the request comprises requesting credentials from the one software application; verifying the requesting credentials for the one software application in relation to the extra display area against the stored authentication credentials; when the requesting credentials are verified, authorizing the release of the data towards the device driver; receiving a pause event notification in relation to the extra display area and the one software application; ignoring a further data request from the authenticated software application; saving a state associated with the authenticated software application; and deauthenticating the previously authenticated software application; and further comprising: receiving a resume event notification in relation to the extra display area screen event; restoring the saved state; re-authenticating the one software application; and accepting an additional data request from the one software application. receiving a resume event notification in relation to the extra display area screen event; restoring the saved state; re-authenticating the one software application; and accepting an additional data request from the one software application.
A method for assembling an aerosol delivery device, the method comprising: providing a housing, a track, an actuator, and a coupler, the coupler being engaged with the actuator and configured to engage a cartridge comprising an aerosol precursor composition, an atomizer configured to heat the aerosol precursor composition to produce an aerosol, and a mouthpiece configured for passage of the aerosol therethrough; engaging the track with the housing; moveably attaching the actuator to the track such that the coupler is configured to move the cartridge relative to at least a portion of the housing; engaging a controller with a support frame of the track, and engaging a display with the controller, wherein the step of engaging the display with the controller comprises: providing at least one fixture (1800, 1900, 2000) configured to receive the controller; engaging the controller with the fixture (1800, 1900, 2000); disposing the display within the fixture (1800, 1900, 2000); electrically coupling the display to the controller; and removing the controller and display from the fixture (1800, 1900, 2000). providing a housing, a track, an actuator, and a coupler, the coupler being engaged with the actuator and configured to engage a cartridge comprising an aerosol precursor composition, an atomizer configured to heat the aerosol precursor composition to produce an aerosol, and a mouthpiece configured for passage of the aerosol therethrough; engaging the track with the housing; moveably attaching the actuator to the track such that the coupler is configured to move the cartridge relative to at least a portion of the housing; engaging a controller with a support frame of the track, and engaging a display with the controller, wherein the step of engaging the display with the controller comprises: providing at least one fixture (1800, 1900, 2000) configured to receive the controller; engaging the controller with the fixture (1800, 1900, 2000); disposing the display within the fixture (1800, 1900, 2000); electrically coupling the display to the controller; and removing the controller and display from the fixture (1800, 1900, 2000). providing at least one fixture (1800, 1900, 2000) configured to receive the controller; engaging the controller with the fixture (1800, 1900, 2000); disposing the display within the fixture (1800, 1900, 2000); electrically coupling the display to the controller; and removing the controller and display from the fixture (1800, 1900, 2000).
A measurement method for measuring the position of a movable body that is movable relative to a fixed body, the measurement method making use of a measurement device comprising a fixed portion for securing to the fixed body and a movable portion for securing to the movable body, the fixed portion including a first printed circuit (7; 20) having formed thereon first tracks defining at least one emission pattern (10; 24) and also a plurality of measurement patterns (11; 25), the movable portion including a second printed circuit (8; 21) having formed thereon second tracks defining at least one reception pattern (15; 27) and also at least one target pattern (16; 28), the first and second printed circuits being coupled together electromagnetically in such a manner that, when the emission pattern is excited by an excitation signal, an induced signal is received by the reception pattern and is then re-emitted by the target pattern, the measurement patterns then picking up measurement signals that are representative of the position of the target pattern, and thus also of the second printed circuit, of the movable portion, and of the movable body, the measurement method comprising the steps of: • determining a first measurement pattern that is the measurement pattern closest to the target pattern, the first measurement pattern picking up a first measurement signal that presents the greatest amplitude from among all the measurement signals; • determining a second measurement pattern that is the measurement pattern that is the next closest to the target pattern after the first measurement pattern, the second measurement pattern picking up a second measurement signal; and • defining the position of the target pattern as a function of the position of the first measurement pattern or of the second measurement pattern, and as a function of the first measurement signal and of the second measurement signal. • determining a first measurement pattern that is the measurement pattern closest to the target pattern, the first measurement pattern picking up a first measurement signal that presents the greatest amplitude from among all the measurement signals; • determining a second measurement pattern that is the measurement pattern that is the next closest to the target pattern after the first measurement pattern, the second measurement pattern picking up a second measurement signal; and • defining the position of the target pattern as a function of the position of the first measurement pattern or of the second measurement pattern, and as a function of the first measurement signal and of the second measurement signal.
A method for performing a machine vision process for finding and decoding a symbol in an image or identifying an item feature of interest in an image using a camera having a multi-focus lens having a lens field of view where the lens can be set at different focus positions, the method comprising the steps of: positioning at least one of the camera and an item to be imaged so the lens field of view is directed at the item to be imaged; setting an image formation setting; obtaining a subset of images at each of a plurality of different lens focus positions where the image formation setting is different for each of the images obtained at each lens focus position; after each image is obtained and while obtaining additional images, attempting to perform the machine vision process on the images until the machine vision process is successfully completed; and in response to successfully completing the machine vision process, ending the obtaining of additional images. positioning at least one of the camera and an item to be imaged so the lens field of view is directed at the item to be imaged; setting an image formation setting; obtaining a subset of images at each of a plurality of different lens focus positions where the image formation setting is different for each of the images obtained at each lens focus position; after each image is obtained and while obtaining additional images, attempting to perform the machine vision process on the images until the machine vision process is successfully completed; and in response to successfully completing the machine vision process, ending the obtaining of additional images.
An audio playing method, wherein the method comprises: establishing, by an electronic device, a connection to an external audio device, obtaining, by the electronic device, a to-be-played audio; playing, by the electronic device, the to-be-played audio by using the electronic device; sending, by the electronic device, the to-be-played audio to the external audio device; and playing, by the electronic device, the to-be-played audio by using the external audio device; characterized in that application programs installed on the electronic device are pre-classified into privacy applications and non-privacy applications by the electronic device according to big data statistics collection or a user's setting in a setting option of the electronic device; when the electronic device determines that the to-be-played audio is from a privacy application, the electronic device determines that the device associated with the to-be-played audio is the electronic device, and plays the to-be-played audio by using the audio device of the electronic device; when the electronic device determines that the to-be-played audio is from a non-privacy application, the electronic device determines that the device associated with the to-be-played audio is the external audio device, and plays the to-be-played audio by using the audio device of the external audio device. establishing, by an electronic device, a connection to an external audio device, obtaining, by the electronic device, a to-be-played audio; playing, by the electronic device, the to-be-played audio by using the electronic device; sending, by the electronic device, the to-be-played audio to the external audio device; and playing, by the electronic device, the to-be-played audio by using the external audio device; characterized in that application programs installed on the electronic device are pre-classified into privacy applications and non-privacy applications by the electronic device according to big data statistics collection or a user's setting in a setting option of the electronic device; when the electronic device determines that the to-be-played audio is from a privacy application, the electronic device determines that the device associated with the to-be-played audio is the electronic device, and plays the to-be-played audio by using the audio device of the electronic device; when the electronic device determines that the to-be-played audio is from a non-privacy application, the electronic device determines that the device associated with the to-be-played audio is the external audio device, and plays the to-be-played audio by using the audio device of the external audio device.
Motor vehicle having all-wheel drive, the motor vehicle comprising: - a first wheel axle designed as a rear axle having wheels (9, 10) arranged thereon, - a second wheel axle arranged at a distance from the first wheel axle in the longitudinal direction of the motor vehicle and designed as a front axle having wheels (11, 12) arranged thereon, - a drive unit which is arranged between the first wheel axis and the second wheel axis and has an internal combustion engine, the internal combustion engine comprising at least one horizontally oriented crankshaft extending in the longitudinal direction of the motor vehicle, and - a continuously variable transmission system which interacts with the crankshaft of the drive unit and drives the wheels (9, 10) of the first wheel axle and the wheels (11, 12) of the second wheel axle, - the crankshaft being set in rotation by at least one reciprocating piston (13, 14) of the internal combustion engine and interacting with a first pair of conical disks of the transmission system, - the first pair of conical disks of the transmission system being operatively connected to a second pair of conical disks of the transmission system by means of an endless element, - the second pair of conical disks being connected via a first drive shaft to a first differential of the first wheel axle and via a second drive shaft to a second differential of the second wheel axle, characterized in that the second drive shaft extends below an outer housing wall of the cylinder crankcase of the internal combustion engine which accommodates the at least one reciprocating piston (13, 14), the outer housing wall extending at an acute angle α obliquely to the horizontal. - a first wheel axle designed as a rear axle having wheels (9, 10) arranged thereon, - a second wheel axle arranged at a distance from the first wheel axle in the longitudinal direction of the motor vehicle and designed as a front axle having wheels (11, 12) arranged thereon, - a drive unit which is arranged between the first wheel axis and the second wheel axis and has an internal combustion engine, the internal combustion engine comprising at least one horizontally oriented crankshaft extending in the longitudinal direction of the motor vehicle, and - a continuously variable transmission system which interacts with the crankshaft of the drive unit and drives the wheels (9, 10) of the first wheel axle and the wheels (11, 12) of the second wheel axle, - the crankshaft being set in rotation by at least one reciprocating piston (13, 14) of the internal combustion engine and interacting with a first pair of conical disks of the transmission system, - the first pair of conical disks of the transmission system being operatively connected to a second pair of conical disks of the transmission system by means of an endless element, - the second pair of conical disks being connected via a first drive shaft to a first differential of the first wheel axle and via a second drive shaft to a second differential of the second wheel axle,
A device for controlling discharge for terminating a discharge of a battery according to a discharge profile, comprising: a discharge profile generation unit configured to generate a discharge profile of a battery for each of a plurality of preset measurement periods; a slope calculation unit configured to calculate a slope of a discharge profile generated by the discharge profile generation unit for each of the preset measurement periods; and a discharge termination unit configured to perform discharge termination on a basis of the slope calculated by the slope calculation unit, characterized in that the discharge profile generation unit comprises: a voltage measurement unit configured to measure a voltage of a battery for each of the preset measurement periods; a battery's used capacity calculation unit configured to calculate a used capacity from a full charge state of the battery on a basis of a state of charge of the battery for each of the preset measurement periods; and a discharge profile estimation unit configured to estimate the discharge profile on a basis of the voltage measured by the voltage measurement unit for each of the preset measurement periods and the used capacity calculated by the battery's used capacity calculation unit for each of the preset measurement periods. a discharge profile generation unit configured to generate a discharge profile of a battery for each of a plurality of preset measurement periods; a slope calculation unit configured to calculate a slope of a discharge profile generated by the discharge profile generation unit for each of the preset measurement periods; and a discharge termination unit configured to perform discharge termination on a basis of the slope calculated by the slope calculation unit, characterized in that the discharge profile generation unit comprises: a voltage measurement unit configured to measure a voltage of a battery for each of the preset measurement periods; a battery's used capacity calculation unit configured to calculate a used capacity from a full charge state of the battery on a basis of a state of charge of the battery for each of the preset measurement periods; and a discharge profile estimation unit configured to estimate the discharge profile on a basis of the voltage measured by the voltage measurement unit for each of the preset measurement periods and the used capacity calculated by the battery's used capacity calculation unit for each of the preset measurement periods. a voltage measurement unit configured to measure a voltage of a battery for each of the preset measurement periods; a battery's used capacity calculation unit configured to calculate a used capacity from a full charge state of the battery on a basis of a state of charge of the battery for each of the preset measurement periods; and a discharge profile estimation unit configured to estimate the discharge profile on a basis of the voltage measured by the voltage measurement unit for each of the preset measurement periods and the used capacity calculated by the battery's used capacity calculation unit for each of the preset measurement periods.