mhurhangee/patent-ind-claim-en huggingface dataset:
A method implemented by one or more processors, the method comprising: receiving, from a client device and via a network, an automated assistant request that includes: audio data that captures spoken input, wherein the audio data is captured at one or more microphones of the client device; determining that a first user profile and a second user profile are associated with the automated assistant request; responsive to determining that the first user profile and the second user profile are associated with the automated assistant request: initiating generating of first responsive content that is customized for the first user and that is responsive to the spoken input; initiating generating of second responsive content that is customized for a second user and that is responsive to the spoken input; prior to completion of generating the first responsive content and the second responsive content, processing at least a portion of the audio data using a text independent (TI) speaker recognition model to generate TI output; determining that the first user spoke the spoken input by comparing a first user speaker embedding corresponding to the first user profile and the TI output; and in response to determining the first user spoke the spoken input: transmitting, to the client device, the first responsive content without transmitting the second responsive content to the client device. determining that a first user profile and a second user profile are associated with the automated assistant request; responsive to determining that the first user profile and the second user profile are associated with the automated assistant request: initiating generating of first responsive content that is customized for the first user and that is responsive to the spoken input; initiating generating of second responsive content that is customized for a second user and that is responsive to the spoken input; initiating generating of first responsive content that is customized for the first user and that is responsive to the spoken input; initiating generating of second responsive content that is customized for a second user and that is responsive to the spoken input; prior to completion of generating the first responsive content and the second responsive content, processing at least a portion of the audio data using a text independent (TI) speaker recognition model to generate TI output; determining that the first user spoke the spoken input by comparing a first user speaker embedding corresponding to the first user profile and the TI output; and in response to determining the first user spoke the spoken input: transmitting, to the client device, the first responsive content without transmitting the second responsive content to the client device.
A cosmetic composition containing, as a preservative: (a) 0.1 to 1.5 wt.% hydroxyacetophenone, preferably 4-hydroxyacetophenone; and (b) 3 to 12 wt.% 1,6-hexanediol, wherein the weight specifications relate in each case to the total weight of the cosmetic composition. (a) 0.1 to 1.5 wt.% hydroxyacetophenone, preferably 4-hydroxyacetophenone; and (b) 3 to 12 wt.% 1,6-hexanediol,
A delay compensation unit: the delay compensation unit being operatively connectible to a sensing unit and a control unit ; the sensing unit comprising a sensor module and configured to communicate over a communication link with the control unit , to capture two or more images of a scene, and transmit the captured images to the control unit ; the delay compensation unit is configured, responsive to a command issued in the control unit by a human operator with respect to the captured images, to: obtain from the control unit information indicative of command dynamics parameters, characterizing the command issued at the control unit ; determine, based on the information and a respective transfer function which models the dynamics of the sensor module , an expected reaction of the sensing module to the command; and characterized in that the delay compensation unit is configured, responsive to a command issued in the control unit by a human operator with respect to the captured images, to provide data to the control unit for presentation to the human operator of the expected reaction of the sensing unit to the command before the command is executed at the sensing unit . the delay compensation unit being operatively connectible to a sensing unit and a control unit ; the sensing unit comprising a sensor module and configured to communicate over a communication link with the control unit , to capture two or more images of a scene, and transmit the captured images to the control unit ; the delay compensation unit is configured, responsive to a command issued in the control unit by a human operator with respect to the captured images, to: obtain from the control unit information indicative of command dynamics parameters, characterizing the command issued at the control unit ; determine, based on the information and a respective transfer function which models the dynamics of the sensor module , an expected reaction of the sensing module to the command; and obtain from the control unit information indicative of command dynamics parameters, characterizing the command issued at the control unit ; determine, based on the information and a respective transfer function which models the dynamics of the sensor module , an expected reaction of the sensing module to the command; and characterized in that the delay compensation unit is configured, responsive to a command issued in the control unit by a human operator with respect to the captured images, to provide data to the control unit for presentation to the human operator of the expected reaction of the sensing unit to the command before the command is executed at the sensing unit .
An inner sole for shoes having a foot-facing foot surface and an opposite lying shoe-facing sole surface , wherein the inner sole is provided with at least two continuous through openings , wherein the at least two through openings are connected to each other on the side of the sole surface via at least one lateral channel embedded in the sole surface , wherein the shoe-facing sole surface is surrounded by a circumferential stabilizing edge in the forefoot region of the inner sole , characterized in that - the through openings are hexagonal in cross-section, - the through openings of the shoe-facing sole surface define a shared plane in the forefoot region, - the stabilizing edge of the forefoot region in sections defines a plane and - the plane of the stabilizing edge of the forefoot region corresponds with the plane of the through openings in the forefoot region and is flush in height with the latter. - the through openings are hexagonal in cross-section, - the through openings of the shoe-facing sole surface define a shared plane in the forefoot region, - the stabilizing edge of the forefoot region in sections defines a plane and - the plane of the stabilizing edge of the forefoot region corresponds with the plane of the through openings in the forefoot region and is flush in height with the latter.
An illumination system , comprising: a light guide having a first surface and a second surface opposite the first surface; a plurality of first individually addressable light-emitting diodes configured to direct first light into the light guide through the first surface of the light guide; focusing optics (110A, 110B; 426A, 428A, 426B, 428B; 526A, 528A, 526B, 528B; 610A, 610B, 610C) configured to at least partially focus the first light to emerge from the light guide through the second surface of the light guide as projected light (112A, 112B; 612A, 612B, 612C); a plurality of second light-emitting diodes (118A, 118B; 418A, 418B;530; 618A, 618B) configured to direct second light into the light guide as guided light that is guided between the first surface and the second surface; and a plurality of light-extraction features disposed on the second surface of the light guide and configured to direct at least some of the guided light out of the light guide through the second surface of the light guide as scattered light , and characterized in that the first light does not interact with the plurality of light-extraction features a light guide having a first surface and a second surface opposite the first surface; a plurality of first individually addressable light-emitting diodes configured to direct first light into the light guide through the first surface of the light guide; focusing optics (110A, 110B; 426A, 428A, 426B, 428B; 526A, 528A, 526B, 528B; 610A, 610B, 610C) configured to at least partially focus the first light to emerge from the light guide through the second surface of the light guide as projected light (112A, 112B; 612A, 612B, 612C); a plurality of second light-emitting diodes (118A, 118B; 418A, 418B;530; 618A, 618B) configured to direct second light into the light guide as guided light that is guided between the first surface and the second surface; and a plurality of light-extraction features disposed on the second surface of the light guide and configured to direct at least some of the guided light out of the light guide through the second surface of the light guide as scattered light , and characterized in that the first light does not interact with the plurality of light-extraction features
A matrix imager (101-107), comprising: a matrix having a plurality of adjacent rows of pixels configured to accumulate charges in response to light or radiation, the adjacent rows of pixels having: a plurality of gate line sets, each gate line set including: a first gate line (GL1) coupled to a first group of pixels, and a second gate line (GL2) coupled to a second group of pixels, wherein each of the pixels of the first group is adjacent to a one of the pixels of the second group, the pixels of the first and second groups being among the same row of pixels of the matrix; a plurality of data lines (DLm); wherein each of data lines (DLm) is arranged to be directly electrically coupled to an associated pixel of the first group and an associated pixel of the second group driven by each of the plurality of gate line sets to receive charges accumulated on the associated pixels of the first group and the second group; a selecting circuit means configured to turn on the pixels in said same row of pixels; a read-out circuit configured to receive the charges accumulated in said same row of pixels and generate a plurality of electrical signals (DTB) accordingly; a sequence restoring circuit configured to arrange the plurality of electrical signals (DTB) in a predetermined raster pattern; and a detection controller configured to control operations of the selecting circuit means and the sequence restoring circuit . a plurality of gate line sets, each gate line set including: a first gate line (GL1) coupled to a first group of pixels, and a second gate line (GL2) coupled to a second group of pixels, wherein each of the pixels of the first group is adjacent to a one of the pixels of the second group, the pixels of the first and second groups being among the same row of pixels of the matrix; a first gate line (GL1) coupled to a first group of pixels, and a second gate line (GL2) coupled to a second group of pixels, wherein each of the pixels of the first group is adjacent to a one of the pixels of the second group, the pixels of the first and second groups being among the same row of pixels of the matrix; a plurality of data lines (DLm); wherein each of data lines (DLm) is arranged to be directly electrically coupled to an associated pixel of the first group and an associated pixel of the second group driven by each of the plurality of gate line sets to receive charges accumulated on the associated pixels of the first group and the second group; a selecting circuit means configured to turn on the pixels in said same row of pixels; a read-out circuit configured to receive the charges accumulated in said same row of pixels and generate a plurality of electrical signals (DTB) accordingly; a sequence restoring circuit configured to arrange the plurality of electrical signals (DTB) in a predetermined raster pattern; and a detection controller configured to control operations of the selecting circuit means and the sequence restoring circuit .
An implant , comprising: a body comprising a bone contact surface and an articulation surface ; a stem extending longitudinally from the at least one bone contact surface ; and at least one fin (112a,b) coupled to the stem and the body , said implant being characterized in that the stem extends a predetermined distance from the body and said predetermined distance is less than a thickness of the body , and in that said stem extends longitudinally at an angle from the bone contact surface which is generally planar and includes a porous foam coating. a body comprising a bone contact surface and an articulation surface ; a stem extending longitudinally from the at least one bone contact surface ; and at least one fin (112a,b) coupled to the stem and the body , said implant being characterized in that the stem extends a predetermined distance from the body and said predetermined distance is less than a thickness of the body , and in that said stem extends longitudinally at an angle from the bone contact surface which is generally planar and includes a porous foam coating.
A patient bed , comprising: a bed frame for supporting a patient above the floor, the bed frame including a deck including head, knee, and foot portions for supporting corresponding portions of the patient's body, wherein the deck is selectively positionable to accommodate positioning of the patient's body; a control system including at least one actuator coupled with the bed frame for selectively positioning the deck according to user selection; and an interface device arranged in communication with the control system to provide selective positioning of the deck, the interface device including a number of buttons for user selection to selectively position the deck, and at least one light source for illuminating the number of buttons, wherein the control system is configured to operate the at least one light source to darken selective ones of the number of buttons responsive to the position of the deck reaching at least one predetermined threshold, wherein darkening selective ones of the number of buttons includes hiding the selective ones of the number of buttons. a bed frame for supporting a patient above the floor, the bed frame including a deck including head, knee, and foot portions for supporting corresponding portions of the patient's body, wherein the deck is selectively positionable to accommodate positioning of the patient's body; a control system including at least one actuator coupled with the bed frame for selectively positioning the deck according to user selection; and an interface device arranged in communication with the control system to provide selective positioning of the deck, the interface device including a number of buttons for user selection to selectively position the deck, and at least one light source for illuminating the number of buttons, wherein the control system is configured to operate the at least one light source to darken selective ones of the number of buttons responsive to the position of the deck reaching at least one predetermined threshold, wherein darkening selective ones of the number of buttons includes hiding the selective ones of the number of buttons.
A method of fabricating an object, the method comprising: receiving three-dimensional printing data corresponding to the shape of the object; selecting a ratio between a first composition and a second composition, wherein said first composition comprises a first material and said second composition comprises a second material, said first and second materials undergoing a chemical reaction with one another so as to form a building material when exposed to a curing energy; dispensing droplets of said first and said second compositions in layers, on a receiving medium, using at least two different inkjet printing heads according to said printing data; wherein for at least one region of the object, said dispensing of said droplets is selected to form voxel blocks, wherein, for each block, a ratio between a number of voxels of said first composition in said block and a number of voxels of said second composition in said block corresponds to said selected ratio, characterized in that said first material is a first curable material and is a monomer polymerizable by an anionic ring opening polymerization, and wherein said second material promotes a polymerization of said first curable material upon exposure to said curing energy, while forming a part of a modeling material formed by curing said first curable material. receiving three-dimensional printing data corresponding to the shape of the object; selecting a ratio between a first composition and a second composition, wherein said first composition comprises a first material and said second composition comprises a second material, said first and second materials undergoing a chemical reaction with one another so as to form a building material when exposed to a curing energy; dispensing droplets of said first and said second compositions in layers, on a receiving medium, using at least two different inkjet printing heads according to said printing data; wherein for at least one region of the object, said dispensing of said droplets is selected to form voxel blocks, wherein, for each block, a ratio between a number of voxels of said first composition in said block and a number of voxels of said second composition in said block corresponds to said selected ratio, characterized in that said first material is a first curable material and is a monomer polymerizable by an anionic ring opening polymerization, and wherein said second material promotes a polymerization of said first curable material upon exposure to said curing energy, while forming a part of a modeling material formed by curing said first curable material.
A wheel-end assembly for a vehicle, comprising: a knuckle having a kingpin bore ; a kingpin disposed within said kingpin bore , whereby said knuckle is at least partially rotatable about a longitudinal axis of said kingpin ; a knuckle cap assembly coupled with said kingpin bore , wherein said knuckle cap assembly comprises: a base portion , a mounting portion removably coupled with said base portion , and a sensor coupled with said mounting portion , characterised in that the base portion is disposed between the kingpin and the sensor , and the mounting portion is arranged such that it may be rotated relative to the base portion before being coupled thereto, such that the sensor may be selectively oriented to a predetermined position relative to the base portion . a knuckle having a kingpin bore ; a kingpin disposed within said kingpin bore , whereby said knuckle is at least partially rotatable about a longitudinal axis of said kingpin ; a knuckle cap assembly coupled with said kingpin bore , wherein said knuckle cap assembly comprises: a base portion , a mounting portion removably coupled with said base portion , and a sensor coupled with said mounting portion , a base portion , a mounting portion removably coupled with said base portion , and a sensor coupled with said mounting portion , the base portion is disposed between the kingpin and the sensor , and the mounting portion is arranged such that it may be rotated relative to the base portion before being coupled thereto, such that the sensor may be selectively oriented to a predetermined position relative to the base portion .
A cooling mass production device for continuously producing a flowable, pumpable, temperature-controlled or cooled mass or cooling mass, in particular for use as and/or for foodstuffs and food products made of a flowable base mass , wherein means for continuously producing a flowable, pumpable, temperature-controlled or cooled mass or cooling mass are provided, wherein the means comprise a heat exchanger device arranged in a housing to form a layer, in particular an ice layer on the heat exchanger device, said heat exchanger device which has a plurality of heat exchanger plates spaced apart from one another and at least partially fluidically connected to one another, wherein stirring elements are provided in between for a stirring to the outside, said stirring elements having corresponding conveying or conducting means, wherein during stirring the base mass and/or the mass is moved radially along the heat exchanger surfaces to the outside, characterized in that the stirring occurs in closely spaced proximity to the heat exchanger surfaces, and wherein a contactless force transmission unit, to be more precise, a magnetic coupling is provided for a force transmission to the stirring elements from the outside of the housing to the inside, so that the housing is without apertures in the region of the transmission of force, wherein the means further comprise a regulating device, in order to upregulate or downregulate the heat exchanger device in the event of an exceeding of a mass layer thickness at least at a mass adhering to the heat exchanger plate and in the case of an undershooting of the mass layer thickness to upregulate or downregulate the heat exchanger device , that means changing a performance of the heat exchanger device .
A method for cooperative defense on a network, wherein the network comprises a controller, a first subnet, and at least one second subnet, and the controller controls the first subnet and the at least one second subnet; wherein, the method comprises: receiving , by the controller, alarm information sent by a security device of the first subnet, wherein the first subnet is a subnet that is being attacked, and the alarm information comprises feature information of attack information; generating , by the controller according to the feature information of the attack information, flow table information, a data flow corresponding to the flow table information, the data flow belonging to the attack information; and forwarding , by the controller, the flow table information to a switching device of the first subnet and a switching device of the at least one second subnet, so that the switching device of the first subnet and the switching device of the at least one second subnet perform filtering on the data flow according to the flow table information. receiving , by the controller, alarm information sent by a security device of the first subnet, wherein the first subnet is a subnet that is being attacked, and the alarm information comprises feature information of attack information; generating , by the controller according to the feature information of the attack information, flow table information, a data flow corresponding to the flow table information, the data flow belonging to the attack information; and forwarding , by the controller, the flow table information to a switching device of the first subnet and a switching device of the at least one second subnet, so that the switching device of the first subnet and the switching device of the at least one second subnet perform filtering on the data flow according to the flow table information.