mhurhangee/patent-ind-claim-en huggingface dataset:
A method comprising: receiving, by one or more computing devices, a streaming request to stream incoming audio data and incoming video data received by a first mobile device from a second mobile device on a display device , from the first mobile device; establishing, by the one or more computing devices, a connection with the display device; capturing, by the one or more computing devices, the incoming audio data and the incoming video data transmitted by the second mobile device to the first mobile device; formatting, by the one or more computing devices, the incoming audio data and the incoming video data to be output by the display device; streaming, by the one or more computing devices, the incoming formatted audio data and the incoming formatted video data to the display device, wherein the display device outputs the incoming formatted audio data and the incoming formatted video data in response to receiving the incoming formatted audio data and the incoming formatted video data; using natural language processing to determine when a user speaking is addressing other people within a same room, based on audio of the user received by a microphone of the first mobile device; and in response to determining that the user is addressing other people within the same room, controlling a camera of the first mobile device to capture the other people in the same room. receiving, by one or more computing devices, a streaming request to stream incoming audio data and incoming video data received by a first mobile device from a second mobile device on a display device , from the first mobile device; establishing, by the one or more computing devices, a connection with the display device; capturing, by the one or more computing devices, the incoming audio data and the incoming video data transmitted by the second mobile device to the first mobile device; formatting, by the one or more computing devices, the incoming audio data and the incoming video data to be output by the display device; streaming, by the one or more computing devices, the incoming formatted audio data and the incoming formatted video data to the display device, wherein the display device outputs the incoming formatted audio data and the incoming formatted video data in response to receiving the incoming formatted audio data and the incoming formatted video data; using natural language processing to determine when a user speaking is addressing other people within a same room, based on audio of the user received by a microphone of the first mobile device; and in response to determining that the user is addressing other people within the same room, controlling a camera of the first mobile device to capture the other people in the same room.
A laser beam shaping device intended in particular to be included in an atomic sensor such as an atomic clock, an atomic magnetometer or an atomic gyrometer by being combined on the one hand with a laser beam emission laser and on the other hand with an alkaline vapour cell comprising a cavity filled with a gas and into which a shaped laser beam can enter and with a photodetector for receiving a laser beam having entered the cell, wherein the shaping device comprises a retroreflector prism having an entrance area for an entering laser beam , an exit area for an exiting laser beam as well as two internal laser beam reflection surfaces , said reflection surfaces forming a right angle with one another, a form birefringence plate disposed downstream from the exit area of the retroreflector prism so as to be traversed by an exiting laser beam exiting the retroreflector prism through the exit area and able to impose a circular polarisation to said exiting laser beam to obtain a shaped laser beam , the shaping device being characterised in that it further comprises a linear polariser disposed upstream from the entrance area of the retroreflector prism so as to be traversed by an entering laser beam entering the retroreflector prism through the entrance area and able to impose a linear polarisation to said entering laser beam. wherein the shaping device comprises a retroreflector prism having an entrance area for an entering laser beam , an exit area for an exiting laser beam as well as two internal laser beam reflection surfaces , said reflection surfaces forming a right angle with one another, a form birefringence plate disposed downstream from the exit area of the retroreflector prism so as to be traversed by an exiting laser beam exiting the retroreflector prism through the exit area and able to impose a circular polarisation to said exiting laser beam to obtain a shaped laser beam , the shaping device being characterised in that it further comprises a linear polariser disposed upstream from the entrance area of the retroreflector prism so as to be traversed by an entering laser beam entering the retroreflector prism through the entrance area and able to impose a linear polarisation to said entering laser beam.
An automated transaction system , comprising: a primary bus including a host controller ; a first device coupled to the host controller over the primary bus ; a second device coupled to the host controller over the primary bus ; a secondary bus coupled to the first device and second device, wherein the first device is configured to directly communicate with the second device over the secondary bus , wherein the first device is a payment device configured to validate payment, characterized in that the second device is a selection interface including a display screen configured to accept commands, and wherein commands entered through the display screen of the selection interface are directly communicated to the payment device over the secondary bus . a primary bus including a host controller ; a first device coupled to the host controller over the primary bus ; a second device coupled to the host controller over the primary bus ; a secondary bus coupled to the first device and second device, wherein the first device is configured to directly communicate with the second device over the secondary bus , wherein the first device is a payment device configured to validate payment, characterized in that the second device is a selection interface including a display screen configured to accept commands, and wherein commands entered through the display screen of the selection interface are directly communicated to the payment device over the secondary bus .
A method for obtaining a substrate provided, on at least a part of at least one of its faces, with a coating having a pattern with spatial modulation of at least one property of the coating, characterized in that it comprises a step of heat treatment, by means of laser radiation, of a continuous coating deposited on the substrate, wherein the coating before heat treatment at least partially absorbs the laser radiation, this heat treatment step being such that the substrate is irradiated with the laser radiation focused on the coating in the form of at least one laser line, while keeping the coating continuous and without melting the coating, and a relative movement of the substrate and of the laser line focused on the coating is imposed in a direction (X) transverse to the longitudinal direction (Y) of the laser line, while temporally modulating, during this relative movement, the power (P las ) of the laser line depending on the speed (v) of relative movement and the dimensions of the pattern in the direction (X) of relative movement.
A yarn handling device comprising: a fluid supply passage to which a compressed fluid is supplied; a first capturing mechanism which is able to suck and capture a yarn (Y) by means of negative pressure generated when the compressed fluid is supplied to the fluid supply passage ; and a second capturing mechanism which is able to pinch and capture the yarn (Y), the second capturing mechanism being in a capturing state in which the yarn (Y) is able to be pinched and captured when the compressed fluid is not supplied to the fluid supply passage , whereas the second capturing mechanism being switched from the capturing state into an unlocked state in which the yarn (Y) is not pinched when the compressed fluid is supplied to the fluid supply passage . a first capturing mechanism which is able to suck and capture a yarn (Y) by means of negative pressure generated when the compressed fluid is supplied to the fluid supply passage ; and a second capturing mechanism which is able to pinch and capture the yarn (Y), the second capturing mechanism being in a capturing state in which the yarn (Y) is able to be pinched and captured when the compressed fluid is not supplied to the fluid supply passage , whereas the second capturing mechanism being switched from the capturing state into an unlocked state in which the yarn (Y) is not pinched when the compressed fluid is supplied to the fluid supply passage .
A method of generating droplets from a liquid sample characterised by the steps of: a) locating the sample at a first electrowetting location and applying an AC voltage at the first electrowetting location to generate an electrowetting force that causes a region of the sample to become elongated in a direction in which the electrowetting force is applied, wherein the AC voltage is provided by a drive circuit; b) temporarily altering the electrowetting force on the sample caused by the AC voltage and applying a constant or monotonically increasing DC voltage to accumulate electrostatic surface charge on the sample to counter surface tension forces between the bulk of the sample and the elongated sample region by means of charge-charge repulsion; c) thereafter restoring the electrowetting force caused by the AC voltage; d) further elongating the charged elongated sample region using the electrowetting force to sever a droplet from the further elongated sample region. a) locating the sample at a first electrowetting location and applying an AC voltage at the first electrowetting location to generate an electrowetting force that causes a region of the sample to become elongated in a direction in which the electrowetting force is applied, wherein the AC voltage is provided by a drive circuit; b) temporarily altering the electrowetting force on the sample caused by the AC voltage and applying a constant or monotonically increasing DC voltage to accumulate electrostatic surface charge on the sample to counter surface tension forces between the bulk of the sample and the elongated sample region by means of charge-charge repulsion; c) thereafter restoring the electrowetting force caused by the AC voltage; d) further elongating the charged elongated sample region using the electrowetting force to sever a droplet from the further elongated sample region.
A vehicle front structure comprising: a front side member disposed in a front portion of a vehicle body and extending in a vehicle front-rear direction; an upper side member disposed above the front side member in a vehicle and extending in the vehicle front-rear direction; and a suspension tower joined to the front side member and the upper side member , the suspension tower being made of aluminum alloy, characterized in that the suspension tower is integrally formed by press working, the suspension tower includes an upper wall and an outer side wall extending downward from an end portion on an outer side in a vehicle width direction of the upper wall , and the outer side wall is joined to an inner side wall on an inner side in the vehicle width direction of the upper side member . a front side member disposed in a front portion of a vehicle body and extending in a vehicle front-rear direction; an upper side member disposed above the front side member in a vehicle and extending in the vehicle front-rear direction; and a suspension tower joined to the front side member and the upper side member , the suspension tower being made of aluminum alloy, characterized in that the suspension tower is integrally formed by press working, the suspension tower includes an upper wall and an outer side wall extending downward from an end portion on an outer side in a vehicle width direction of the upper wall , and the outer side wall is joined to an inner side wall on an inner side in the vehicle width direction of the upper side member .
A method of accessing data, that has been archived, the data being at least a portion of data associated with a tree data structure and that has been archived by serializing the portion of data into a first set of flat data comprising a first set of blocks, wherein at least a portion of the tree data structure has been archived by serializing the portion of the tree data structure into a second set of flat data comprising a second set of blocks, wherein the blocks of the second set of blocks represent nodes of the tree data structure and include associated data offsets that represent pointers of the tree data structure, and wherein the second set of flat data corresponds to a snapshot of the tree data structure at a particular time, the method comprising: determining to access a desired data associated with the particular time from the first set of data ; reading the second set of flat data to reconstitute at least the portion of the tree data structure; traversing the reconstituted tree data structure to determine a data offset associated with the first set of flat data in a block of the second set of blocks, wherein the data offset represents a pointer to at least one block of the first set of blocks that includes the desired data; and accessing the at least one block of the first set of blocks to retrieve the desired data using the data offset associated with the first set of flat data . determining to access a desired data associated with the particular time from the first set of data ; reading the second set of flat data to reconstitute at least the portion of the tree data structure; traversing the reconstituted tree data structure to determine a data offset associated with the first set of flat data in a block of the second set of blocks, wherein the data offset represents a pointer to at least one block of the first set of blocks that includes the desired data; and accessing the at least one block of the first set of blocks to retrieve the desired data using the data offset associated with the first set of flat data .
Carrying aid for shopping bags and other containers provided with carrying handles, comprising a receiving region which encloses the carrying handles and which is enclosed by the hand of the person gripping the carrying handles, wherein the carrying aid is formed of an upper shell and a lower shell , which are connected to one another in an articulated manner along a first longitudinal edge, and has at least one releasable closing means at the opposite second longitudinal edge, wherein the upper and lower shells , which are closed to form the carrying aid , between them form the receiving region for the carrying handles, and the carrying aid has, at both ends, a respective opening through which the inserted carrying handles exit, characterized in that - the closing means is arranged internally in the upper and/or lower shell and can be actuated by means of an external sliding lever on the carrying aid , which is closed by bringing the upper shell and lower shell together, as a result of the sliding lever being displaced in a longitudinal direction of the carrying aid , - wherein the closing means is formed of a closure body of approximately bar-shaped configuration which, firstly, is guided, on a first shell , in first holes on internal guide projections , - and which, secondly, engages by way of its free ends in second holes on retaining projections which are integrally formed on the opposite second shell which is to be fastened, and - a first one of the free ends (16") of the bar-shaped closure body is bent through 180° and thus runs parallel to the profile of the closure body so as to point in the same direction as the second free end , such that the two free ends (16', 16"), by way of the same linear displacement of the closure body, engage in the two holes of the retaining projections . - the closing means is arranged internally in the upper and/or lower shell and can be actuated by means of an external sliding lever on the carrying aid , which is closed by bringing the upper shell and lower shell together, as a result of the sliding lever being displaced in a longitudinal direction of the carrying aid , - wherein the closing means is formed of a closure body of approximately bar-shaped configuration which, firstly, is guided, on a first shell , in first holes on internal guide projections , - and which, secondly, engages by way of its free ends in second holes on retaining projections which are integrally formed on the opposite second shell which is to be fastened, and - a first one of the free ends (16") of the bar-shaped closure body is bent through 180° and thus runs parallel to the profile of the closure body so as to point in the same direction as the second free end , such that the two free ends (16', 16"), by way of the same linear displacement of the closure body, engage in the two holes of the retaining projections .
System for identifying and/or measuring a substance concentration in the exhaled breath of a patient , comprising: a measurement apparatus for performing an ion mobility spectrometry measurement of a sampling gas stream (A) obtained from the exhaled breath of the patient , the measurement apparatus comprising a drift detector and at least one gas circuit connected to the drift detector for guiding an analytic gas stream (B), into which a sample of the sampling gas stream (A) is injectable, towards an inlet end of the drift detector and/or a drift gas stream (C) towards an outlet end of the drift detector , wherein the at least one gas circuit comprises a molecular sieve filter comprising a filter material for filtering the analytic gas stream (B) and/or the drift gas stream (C), characterized in that the filter material comprises the zeolite NaY, and in that the at least one gas circuit forms a closed circuit for guiding the analytic gas stream (B) and/or the drift gas stream (C) in a closed loop, wherein the respective gas being cleaned by means of the associated molecular sieve filter after passing through the drift detector before again being injected into the drift detector. a measurement apparatus for performing an ion mobility spectrometry measurement of a sampling gas stream (A) obtained from the exhaled breath of the patient , the measurement apparatus comprising a drift detector and at least one gas circuit connected to the drift detector for guiding an analytic gas stream (B), into which a sample of the sampling gas stream (A) is injectable, towards an inlet end of the drift detector and/or a drift gas stream (C) towards an outlet end of the drift detector , wherein the at least one gas circuit comprises a molecular sieve filter comprising a filter material for filtering the analytic gas stream (B) and/or the drift gas stream (C), characterized in that the filter material comprises the zeolite NaY, and in that the at least one gas circuit forms a closed circuit for guiding the analytic gas stream (B) and/or the drift gas stream (C) in a closed loop, wherein the respective gas being cleaned by means of the associated molecular sieve filter after passing through the drift detector before again being injected into the drift detector.
A method for eliminating hunting in an automatic transmission of a vehicle powertrain, characterized in that a state setpoint (GBX_TG_RAW) of the drivetrain, which setpoint is imposed on the transmission, can be frozen on a state target (GBX_TG_CS) by: - a first request to freeze during implementation of this setpoint by the transmission ( BLK_REQ_DRG_SHF ), if the vehicle speed decreases during this implementation, while the level of performance required of the powertrain is above a defined threshold, or - by a second request to freeze (BLK_REQ_AFTR_SHF) at the end of implementation of the setpoint (GBX_TG_CS), if the vehicle speed at this moment is below its speed of travel during the initial change of setpoint, and also the level of performance required of the powertrain ( PWT_SP) is still above a defined threshold ( PWT_SP_THD). - a first request to freeze during implementation of this setpoint by the transmission ( BLK_REQ_DRG_SHF ), if the vehicle speed decreases during this implementation, while the level of performance required of the powertrain is above a defined threshold, or - by a second request to freeze (BLK_REQ_AFTR_SHF) at the end of implementation of the setpoint (GBX_TG_CS), if the vehicle speed at this moment is below its speed of travel during the initial change of setpoint, and also the level of performance required of the powertrain ( PWT_SP) is still above a defined threshold ( PWT_SP_THD).
A method of controlling an electrical machine , wherein the method comprises: a) injecting a first voltage waveform ( u h x ) with a first fundamental frequency into the electrical machine in a first axis of a rotor reference frame, combined with a voltage signal for controlling the electrical machine , b) determining a second axis current component ( i q h x ) of a second axis of the rotor reference frame, having the first fundamental frequency, generated in response to the injection of the first voltage waveform ( u h x ), c) controlling, based on the second axis current component ( i q h x ) , a second axis voltage component ( u q h x ) of the second axis, having the first fundamental frequency, to obtain an adjusted second axis voltage component ( u q h x ) for controlling the second axis current component ( i q h x ) towards zero, d) feeding back the adjusted second axis voltage component to combine the adjusted second axis voltage component with the voltage signal and the injected first voltage waveform ( u h x ), and repeating steps b)-d) until the second axis current component ( i q h x ) is smaller than a threshold value, e) determining a differential cross-coupling parameter of the electrical machine based on the second axis voltage component ( u q h x ) and a first axis current component ( i d h x ) having the first fundamental frequency, when the second axis current component ( i q h x ) is smaller than the threshold value, and g) controlling the electrical machine based on the differential cross-coupling parameter. a) injecting a first voltage waveform ( u h x ) with a first fundamental frequency into the electrical machine in a first axis of a rotor reference frame, combined with a voltage signal for controlling the electrical machine , b) determining a second axis current component ( i q h x ) of a second axis of the rotor reference frame, having the first fundamental frequency, generated in response to the injection of the first voltage waveform ( u h x ), c) controlling, based on the second axis current component ( i q h x ) , a second axis voltage component ( u q h x ) of the second axis, having the first fundamental frequency, to obtain an adjusted second axis voltage component ( u q h x ) for controlling the second axis current component ( i q h x ) towards zero, d) feeding back the adjusted second axis voltage component to combine the adjusted second axis voltage component with the voltage signal and the injected first voltage waveform ( u h x ), and repeating steps b)-d) until the second axis current component ( i q h x ) is smaller than a threshold value, e) determining a differential cross-coupling parameter of the electrical machine based on the second axis voltage component ( u q h x ) and a first axis current component ( i d h x ) having the first fundamental frequency, when the second axis current component ( i q h x ) is smaller than the threshold value, and g) controlling the electrical machine based on the differential cross-coupling parameter.