mhurhangee/patent-ind-claim-en huggingface dataset:
A method for obtaining an angle-Doppler signature for a target using multiple-input-multiple-output (MIMO) radar, the MIMO radar including a transmit antenna array, the transmit antenna array being at least one-dimensional and having a plurality of antenna elements, the method comprising: - generating transmit signals for transmission by the transmit antenna array, the transmit signals defining at least a first transmit trajectory of a phase center within the transmit antenna array; and - transmitting the transmit signals using the transmit antenna array; - receiving receive signals from the target, the receive signals resulting from the incidence of the transmit signals upon the target; and - determining the angle-Doppler signature from the receive signals; characterised in that the first transmit trajectory corresponds to an amplitude modulation (AM) of the transmit signals such that, in operation, the phase center undergoes non-linear motion within the transmit antenna array. - generating transmit signals for transmission by the transmit antenna array, the transmit signals defining at least a first transmit trajectory of a phase center within the transmit antenna array; and - transmitting the transmit signals using the transmit antenna array; - receiving receive signals from the target, the receive signals resulting from the incidence of the transmit signals upon the target; and - determining the angle-Doppler signature from the receive signals; characterised in that the first transmit trajectory corresponds to an amplitude modulation (AM) of the transmit signals such that, in operation, the phase center undergoes non-linear motion within the transmit antenna array.
A method of operating a surgical control system for minimally invasive surgery, the method comprising: displaying , on a display system, an image of a surgical environment, the image including a field of view of an endoscopic imaging system, the display system configured to mount to a head of a user and move with the head of the user; entering an imaging control mode of the surgical control system; disabling operation of a surgical instrument in the surgical environment while the surgical control system is in the imaging control mode, wherein the surgical instrument is independently operable from the endoscopic imaging system, wherein while the surgical control system is in the imaging control mode, the endoscopic imaging system is movable; detecting a movement of the head of the user; and while the surgical control system is in the imaging control mode and responsive to the user's head movement, displaying a changed image of the surgical environment, the changed image including a changed field of view of the endoscopic imaging system, the changed field of view corresponding to the detected movement of the user's head. displaying , on a display system, an image of a surgical environment, the image including a field of view of an endoscopic imaging system, the display system configured to mount to a head of a user and move with the head of the user; entering an imaging control mode of the surgical control system; disabling operation of a surgical instrument in the surgical environment while the surgical control system is in the imaging control mode, wherein the surgical instrument is independently operable from the endoscopic imaging system, wherein while the surgical control system is in the imaging control mode, the endoscopic imaging system is movable; detecting a movement of the head of the user; and while the surgical control system is in the imaging control mode and responsive to the user's head movement, displaying a changed image of the surgical environment, the changed image including a changed field of view of the endoscopic imaging system, the changed field of view corresponding to the detected movement of the user's head.
A method of operating a particulate matter sensor having a pair of spaced apart electrodes , said method comprising the steps of: accumulating particulate matter on said particulate matter sensor , thereby changing resistance between said pair of spaced apart electrodes , wherein said particulate matter sensor provides a signal that varies based upon an amount of the particulate matter on said particulate matter sensor , wherein said particulate matter sensor includes a measurement cycle that includes a deadband zone in which said resistance is greater than a first predetermined value, followed by an active zone in which said resistance is less than or equal to said first predetermined value, which is followed by a regeneration zone ; applying a first bias voltage across said pair of spaced apart electrodes during said deadband zone ; applying a second bias voltage across said pair of spaced apart electrodes during said active zone such that said first bias voltage is greater than said second bias voltage; and calculating an output that is representative of the amount of the particulate matter after an end of the deadband zone is reached and prior to an end of the measurement cycle . accumulating particulate matter on said particulate matter sensor , thereby changing resistance between said pair of spaced apart electrodes , wherein said particulate matter sensor provides a signal that varies based upon an amount of the particulate matter on said particulate matter sensor , wherein said particulate matter sensor includes a measurement cycle that includes a deadband zone in which said resistance is greater than a first predetermined value, followed by an active zone in which said resistance is less than or equal to said first predetermined value, which is followed by a regeneration zone ; applying a first bias voltage across said pair of spaced apart electrodes during said deadband zone ; applying a second bias voltage across said pair of spaced apart electrodes during said active zone such that said first bias voltage is greater than said second bias voltage; and calculating an output that is representative of the amount of the particulate matter after an end of the deadband zone is reached and prior to an end of the measurement cycle .
A battery system control apparatus that is configured to charge electric power supplied from a generator to a first battery and a second battery connected in parallel, the battery system comprising a first terminal for connecting the first battery to the battery system control apparatus, a second terminal for connecting the second battery to the battery system control apparatus, a third terminal for connecting the generator to the battery system control apparatus, a first switch disposed between the third terminal for the generator and the first terminal for the first battery ; a second switch disposed between the third terminal for the generator and the second terminal for the second battery , a first estimator adapted to estimate a time series of a charging current I(t) of the first battery at least from an internal resistance of the first battery under the assumption that only the first battery is connected to the generator; and a second estimator adapted to estimate a time series of a charging current i(t) of the second battery at least from an internal resistance of the second battery under the assumption that only the second battery is connected to the generator, and a switch control unit adapted to control, during a regenerative charging of duration T, the switches to charge first the second battery during a time interval of duration τ, and then to charge the first battery during a time interval of duration T-τ, wherein the switching timing τ is chosen so that I(T-τ) = i(τ).
A method, comprising: transmitting, by a network node, a downlink communication on a control channel for discontinuous reception of a user equipment to the user equipment; receiving , by the network node, an uplink communication via an uplink semi-persistent scheduling resource from the user equipment; wherein transmitting , by the network node, the downlink communication on the control channel to the user equipment is triggered by the receiving of the uplink communication; configuring, by the network node, the user equipment via radio-resource control signalling to perform a monitoring of the control channel for downlink communication on the control channel using a first timer, wherein the monitoring of the control channel is configured to be performed after a determined first time period has elapsed after the user equipment has transmitted the uplink communication, wherein the determined first time period is provided by a second timer; and further J 2-configuring the user equipment, via radio-resource control signalling, whether to monitor the control channel upon transmitting the uplink communication by the user equipment. transmitting, by a network node, a downlink communication on a control channel for discontinuous reception of a user equipment to the user equipment; receiving , by the network node, an uplink communication via an uplink semi-persistent scheduling resource from the user equipment; wherein transmitting , by the network node, the downlink communication on the control channel to the user equipment is triggered by the receiving of the uplink communication; configuring, by the network node, the user equipment via radio-resource control signalling to perform a monitoring of the control channel for downlink communication on the control channel using a first timer, wherein the monitoring of the control channel is configured to be performed after a determined first time period has elapsed after the user equipment has transmitted the uplink communication, wherein the determined first time period is provided by a second timer; and further J 2-configuring the user equipment, via radio-resource control signalling, whether to monitor the control channel upon transmitting the uplink communication by the user equipment.
Dosing system for flowable washing or cleaning agents, in particular for being positioned inside a dishwasher by a user, comprising a dosing device and comprising at least one cartridge , the cartridge having at least one cartridge chamber which contains a flowable washing or cleaning agent, the cartridge being designed such that it can be detachably coupled to a connection portion of a housing of the dosing device , the cartridge being coupled to the housing of the dosing device , at least one energy source and an electronic control unit being arranged in the housing of the dosing device , characterized in that the control unit comprises a reset switch or is connected thereto, the control unit being set in terms of circuit technology such that actuating the reset switch in the control unit leads to a reset control signal, the reset switch being designed to be self-resetting, being actuated by means of the coupling of the cartridge to the dosing device and being opened upon detachment of the cartridge and resetting itself, an actuating element for a reset switch of the dosing device being arranged on the cartridge and/or being designed such that the actuating element becomes ineffective, in particular breaks off, when the cartridge is detached from the dosing device such that, when the cartridge is coupled again, the reset switch can no longer be actuated by the actuating element.
A compound of formula I wherein X is a bond, linear or branched alkylene, alkenylene, or monocyclic or bicyclic arene or heteroarene; Y is a monocyclic or bicyclic arene or heteroarene; Z is S or O; L is a linear or branched alkylene of 1 to 6 carbons; R 3 and R 4 are independently a linear or branched alkyl of 1 to 6 carbons; R 1 and R 2 are independently a linear or branched alkyl or alkenyl of 1 to 20 carbons; r is 0 to 6; and m, n, p, and q are independently 1 to 18; or a pharmaceutically acceptable salt thereof. X is a bond, linear or branched alkylene, alkenylene, or monocyclic or bicyclic arene or heteroarene; Y is a monocyclic or bicyclic arene or heteroarene; Z is S or O; L is a linear or branched alkylene of 1 to 6 carbons; R 3 and R 4 are independently a linear or branched alkyl of 1 to 6 carbons; R 1 and R 2 are independently a linear or branched alkyl or alkenyl of 1 to 20 carbons; r is 0 to 6; and m, n, p, and q are independently 1 to 18;
A method for providing speech interactive content, the method comprising: monitoring media content streamed from a content provider, the media content comprising both non-interactive content and interactive content in at least an audio or video format; detecting a first event in the monitored media content, wherein the first event in the media content is in the form of metadata, the first event comprising information indicating a start time for activating a speech recognizer to start listening for a voice command spoken by a user ; in response to detecting the first event in the monitored media content, activating the speech recognizer at said start time; while the speech recognizer is activated, receiving the voice command spoken by the user and detected by the speech recognizer; and in accordance with a determination that the detected voice command spoken by the user corresponds to an action phrase, causing an action associated with the action phrase to be performed. monitoring media content streamed from a content provider, the media content comprising both non-interactive content and interactive content in at least an audio or video format; detecting a first event in the monitored media content, wherein the first event in the media content is in the form of metadata, the first event comprising information indicating a start time for activating a speech recognizer to start listening for a voice command spoken by a user ; in response to detecting the first event in the monitored media content, activating the speech recognizer at said start time; while the speech recognizer is activated, receiving the voice command spoken by the user and detected by the speech recognizer; and in accordance with a determination that the detected voice command spoken by the user corresponds to an action phrase, causing an action associated with the action phrase to be performed.
Composition comprising: (A) at least one cationic polyelectrolyte, (B) at least one anionic compound (C) at least one non-ionic surfactant and (D) optionally, at least one liquid medium, wherein the composition is in the form of a colloid and the ratio of the net charge in component (A) to the net charge in component (B) is 1:10-10:1, wherein component (A) constitutes 4-62 wt.-% based on the total mass of components (A), (B) and (C), wherein component (B) constitutes 15-85 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (C) constitutes 20-80 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (D) constitutes 40-80 wt.-% based on the total composition. (A) at least one cationic polyelectrolyte, (B) at least one anionic compound (C) at least one non-ionic surfactant and (D) optionally, at least one liquid medium, wherein the composition is in the form of a colloid and the ratio of the net charge in component (A) to the net charge in component (B) is 1:10-10:1, wherein component (A) constitutes 4-62 wt.-% based on the total mass of components (A), (B) and (C), wherein component (B) constitutes 15-85 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (C) constitutes 20-80 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (D) constitutes 40-80 wt.-% based on the total composition. wherein the composition is in the form of a colloid and the ratio of the net charge in component (A) to the net charge in component (B) is 1:10-10:1, wherein component (A) constitutes 4-62 wt.-% based on the total mass of components (A), (B) and (C), wherein component (B) constitutes 15-85 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (C) constitutes 20-80 wt.-% based on the total mass of components (A), (B) and (C), and wherein component (D) constitutes 40-80 wt.-% based on the total composition.
A composite textile consisting of natural and/or synthetic and/or artificial fibers and lignocellulosic particles entangled between said fibers comprising more than 30% by weight of said lignocellulosic particles, characterized in that it is - a nonwoven material that can be obtained by a process comprising the following steps: a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, - or a woven material that can be obtained by a process wherein the lignocellulosic particles are deposited in the card web which is then spun and then woven. - a nonwoven material that can be obtained by a process comprising the following steps: a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, a) napping a card web of said fibers with deposition of lignocellulosic particles between each card web layer, b) pressing the whole obtained in step (a), c) consolidating the whole obtained in step (b) by needling and/or thermobonding, - or a woven material that can be obtained by a process wherein the lignocellulosic particles are deposited in the card web which is then spun and then woven.
An assembly comprising a frame and a closure device , the frame defining an opening with a surrounding wall , the closure device comprising: - a base body adapted to close the opening and movable in the frame between an open and a closed position, - a thrust element having first and second ends and having a relaxed configuration and a tensioned configuration, the first end of the thrust member being connected to the base body , characterised in that the closure device further comprises a linking element connected to the base body and to the second end of the thrust element, as well as a bearing member , carried by the linking element , adapted to bear on the wall surrounding the opening during a displacement of the base body between the closed position and the open position and vice versa, during which movement the linking element allows the thrust element to move from the tensioned configuration to the relaxed configuration and vice versa, the bearing member being further adapted to be out of contact with the wall of the opening when the base body is in the open position, and to come into contact with the wall when the base body is in an intermediate position. - a base body adapted to close the opening and movable in the frame between an open and a closed position, - a thrust element having first and second ends and having a relaxed configuration and a tensioned configuration, the first end of the thrust member being connected to the base body ,
A cushion comprising a first material and a second material, and formed into a first region and a second region , in which: the first region defines a first exterior surface shaped to fit the concha of a human ear, the second region defines a second exterior surface shaped to enter the ear canal of a human ear, the first region defines a first void in the cushion , the first void defining a further surface of the cushion shaped to couple the cushion to elements of an earphone and the second region defines a second void in the cushion configured so that a nozzle of the earphone can extend into the second void , the first material occupies a first volume of the cushion adjacent to the further surface shaped to couple the cushion to elements of an earphone, characterised in that the second material occupies a second volume of the cushion extending from the first volume to the first and second exterior surfaces, and the hardness of the first material is larger than the hardness of the second material. the first region defines a first exterior surface shaped to fit the concha of a human ear, the second region defines a second exterior surface shaped to enter the ear canal of a human ear, the first region defines a first void in the cushion , the first void defining a further surface of the cushion shaped to couple the cushion to elements of an earphone and the second region defines a second void in the cushion configured so that a nozzle of the earphone can extend into the second void , the first material occupies a first volume of the cushion adjacent to the further surface shaped to couple the cushion to elements of an earphone, characterised in that the second material occupies a second volume of the cushion extending from the first volume to the first and second exterior surfaces, and the hardness of the first material is larger than the hardness of the second material.
A charging device for an electric vehicle battery , the charging device comprising a casing containing electric current conversion means, the casing being provided with a connector making it possible to connect the charging device directly to the electric vehicle, without intermediate power cable, so as to power the battery of the electric vehicle, and the charging device being able to be powered by an input current from a power source , to convert, via the electric current conversion means, the input current into a direct output current, and to power the battery of the electric vehicle with said direct output current; the charging device including an operating mode in which the power source is an alternating power source and the input current is an alternating current, and characterized in that the device includes an operating mode in which the power source is a direct power source and the input current is a direct current.
Method for providing a referencing element to an optical lens member , the method comprising: - an optical lens member providing step S1, during which an optical lens member is provided, the optical lens member comprising a first optical surface comprising a surface design associated with a first reference system and a second optical surface to be manufactured, the first and second optical surfaces are connected by an external periphery surface , wherein the first reference system comprises a main axis Z perpendicular to a main plane (X, Y) defined by two axes X, Y perpendicular to each other and to the main axis Z and includes translational parameters TX, TY and TZ along each axis X, Y, Z and rotational parameters RX, RY and RZ about each of the axis X, Y, Z defining the position of each optical surface of the lens member in the first reference system, - a measuring step S2 during which the first optical surface of the optical lens member is measured and the first reference system is determined, wherein the reference system is determined according to the shape and orientation of the first optical surface , - a referencing step S3 during which a referencing element is added to the optical lens member , wherein the referencing element identifies the first reference system. - an optical lens member providing step S1, during which an optical lens member is provided, the optical lens member comprising a first optical surface comprising a surface design associated with a first reference system and a second optical surface to be manufactured, the first and second optical surfaces are connected by an external periphery surface , wherein the first reference system comprises a main axis Z perpendicular to a main plane (X, Y) defined by two axes X, Y perpendicular to each other and to the main axis Z and includes translational parameters TX, TY and TZ along each axis X, Y, Z and rotational parameters RX, RY and RZ about each of the axis X, Y, Z defining the position of each optical surface of the lens member in the first reference system, - a measuring step S2 during which the first optical surface of the optical lens member is measured and the first reference system is determined, wherein the reference system is determined according to the shape and orientation of the first optical surface , - a referencing step S3 during which a referencing element is added to the optical lens member , wherein the referencing element identifies the first reference system.