mhurhangee/patent-ind-claim-en huggingface dataset:
A lighting system for illuminating an area, comprising: - a controllable luminaire ; - a control unit connected and adapted to control the controllable luminaire to illuminate the area according to an illumination pattern; - a manually operated control interface connected to the control unit, the manually operated control interface adapted to generate a control signal indicative of a user desire to adjust the illumination pattern provided by the controllable luminaire, wherein the control unit is configured to: - identify a user desired illumination pattern based on a plurality of consecutively received control signals for adjusting the illumination pattern, - determine, based on the control signals generated by the manually operated control interface, a time period of no user activity within the area, - activate a non-activity mode if the time period is above a predetermined threshold, - adjust the user desired illumination pattern based on an adjustment signal from a clock module comprised within the control unit, the adjustment signal being based on current day of the year and a physical location of the control unit, and - automatically, if the non-activity mode has been activated, control the controllable luminaire according to the adjusted user desired illumination pattern to mimic a user activity within the area without receiving further control signals from the manually operated control interface. - a controllable luminaire ; - a control unit connected and adapted to control the controllable luminaire to illuminate the area according to an illumination pattern; - a manually operated control interface connected to the control unit, the manually operated control interface adapted to generate a control signal indicative of a user desire to adjust the illumination pattern provided by the controllable luminaire, - identify a user desired illumination pattern based on a plurality of consecutively received control signals for adjusting the illumination pattern, - determine, based on the control signals generated by the manually operated control interface, a time period of no user activity within the area, - activate a non-activity mode if the time period is above a predetermined threshold, - adjust the user desired illumination pattern based on an adjustment signal from a clock module comprised within the control unit, the adjustment signal being based on current day of the year and a physical location of the control unit, and - automatically, if the non-activity mode has been activated, control the controllable luminaire according to the adjusted user desired illumination pattern to mimic a user activity within the area without receiving further control signals from the manually operated control interface.
A computer-implemented method, comprising: providing a statistical model to predict a disparity map from a single input colour image, the disparity map for calculating corresponding estimated depth data; characterised in that the model is trained on input binocular stereo pairs of images, by: predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair. providing a statistical model to predict a disparity map from a single input colour image, the disparity map for calculating corresponding estimated depth data; characterised in that the model is trained on input binocular stereo pairs of images, by: predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair. predicting, for each image of an input binocular stereo pair, corresponding disparity values that enable reconstruction of a projected other image of the input binocular stereo pair when applied to the corresponding image of the input binocular stereo pair; and updating the model based on a cost function that enforces consistency between the predicted disparity values for each image in the input binocular stereo pair.
An apparatus for drilling a borehole in an earth formation, the apparatus characterized by : a plurality of drill pipes configured to be coupled together to form a drill string that is configured to convey an earth formation disintegrating device while progressing into the earth formation; a communication medium disposed on the drill string and configured to communicate a signal; and one or more processors configured to: receive drilling information, the drilling information comprising: a time-depth correlation of one or more of the drill pipes in the borehole ; measured surface loads and; wellbore and drilling fluid data ; the one or more processors being further configured to: receive geometric and material properties of the drill string; simulate a load distribution along the drill string using the time-depth correlation, the measured surface loads, and the wellbore and drilling fluid data; determine a stress distribution along at least a part of the drill string using the simulated load distribution and the geometric and material properties of the drill string as inputs; determine a cumulative fatigue damage of at least a part of one drill pipe in the drill string using the stress distribution; and write the cumulative fatigue damage of the at least a part of one drill pipe to a memory. a plurality of drill pipes configured to be coupled together to form a drill string that is configured to convey an earth formation disintegrating device while progressing into the earth formation; a communication medium disposed on the drill string and configured to communicate a signal; and one or more processors configured to: receive drilling information, the drilling information comprising: a time-depth correlation of one or more of the drill pipes in the borehole ; measured surface loads and; wellbore and drilling fluid data ; the one or more processors being further configured to: receive geometric and material properties of the drill string; a time-depth correlation of one or more of the drill pipes in the borehole ; measured surface loads and; wellbore and drilling fluid data ; the one or more processors being further configured to: receive geometric and material properties of the drill string; simulate a load distribution along the drill string using the time-depth correlation, the measured surface loads, and the wellbore and drilling fluid data; determine a stress distribution along at least a part of the drill string using the simulated load distribution and the geometric and material properties of the drill string as inputs; determine a cumulative fatigue damage of at least a part of one drill pipe in the drill string using the stress distribution; and write the cumulative fatigue damage of the at least a part of one drill pipe to a memory.
A method for generating and displaying aggregated media assets, the method comprising: detecting, in a media content stream, a first media object; retrieving, from memory, a first set of keywords associated with the first media object; detecting, in the media content stream, a second media object; determining whether a second set of keywords associated with the second media object corresponds to the first set of keywords by having a majority of the second set of keywords match keywords in the first set of keywords, and comprises at least one additional keyword not in the first set of keywords; and in response to determining that the second set of keywords corresponds to the first set of keywords and comprise at least one additional keyword: recording, in the memory, a first portion of the media content stream in which the first media object occurs and a second portion of the media content stream in which the second media object occurs; and generating for serial display the first portion and the second portion. detecting, in a media content stream, a first media object; retrieving, from memory, a first set of keywords associated with the first media object; detecting, in the media content stream, a second media object; determining whether a second set of keywords associated with the second media object corresponds to the first set of keywords by having a majority of the second set of keywords match keywords in the first set of keywords, and comprises at least one additional keyword not in the first set of keywords; and in response to determining that the second set of keywords corresponds to the first set of keywords and comprise at least one additional keyword: recording, in the memory, a first portion of the media content stream in which the first media object occurs and a second portion of the media content stream in which the second media object occurs; and generating for serial display the first portion and the second portion. recording, in the memory, a first portion of the media content stream in which the first media object occurs and a second portion of the media content stream in which the second media object occurs; and generating for serial display the first portion and the second portion.
An article of footwear having a braided upper , comprising; a first braided strand comprised of a first group of tensile elements ; a second braided strand comprised of a second group of tensile elements ; wherein the first braided strand is different than the second braided strand; and wherein the first braided strand is braided with the second braided strand to form the braided upper.
A circuit substrate (12; 22; 32; 42) of a maximun frequency electronic component (10; 20; 30; 40), comprising: an organic substrate material (14; 24; 34; 44); an active component part (13; 23; 43); and at least one hollow space incorporated into the substrate material, the hollow space being provided, on at least part of its delimiting surfaces, with a metal layer and acting as a waveguide (15/16; 25/26; 35/36; 45; 46) for electrical signals with a carrier frequency of 10 GHz or higher, and being directly adjacent to the active component part (13; 23;43), and thereby being electrically connected to the active component part (13; 23; 43), or being electrically connected to it by means of a metal feed line (17; 27; 47) projecting into the hollow space, wherein the substrate has a multilayer structure that comprises at least two substrate material layers (34.1; 34.2) with a structured metal layer (38.1) between them, and characterised in that a first substrate material layer is embodied as a liquid-crystal polymer circuit board, or LCP circuit board, (34.1) with a copper coating on both sides, and a second substrate material layer is embodied as a liquid-crystal polymer film, or LCP film, (34.2) that is thinner and lower-melting than the first substrate material layer. an organic substrate material (14; 24; 34; 44); an active component part (13; 23; 43); and at least one hollow space incorporated into the substrate material, the hollow space being provided, on at least part of its delimiting surfaces, with a metal layer and acting as a waveguide (15/16; 25/26; 35/36; 45; 46) for electrical signals with a carrier frequency of 10 GHz or higher, and being directly adjacent to the active component part (13; 23;43), and thereby being electrically connected to the active component part (13; 23; 43), or being electrically connected to it by means of a metal feed line (17; 27; 47) projecting into the hollow space, wherein the substrate has a multilayer structure that comprises at least two substrate material layers (34.1; 34.2) with a structured metal layer (38.1) between them, and characterised in that a first substrate material layer is embodied as a liquid-crystal polymer circuit board, or LCP circuit board, (34.1) with a copper coating on both sides, and a second substrate material layer is embodied as a liquid-crystal polymer film, or LCP film, (34.2) that is thinner and lower-melting than the first substrate material layer.
A spit roaster for foods comprising: spits ; at least two supports being independent of one another, each of the supports having: ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support ; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; wherein the at least two supports are configured to be freely adjustable such that a distance of separation between them is variable, and wherein the spits are arranged such that they are freely supported on the horizontal profiles (2.2) of each of the supports , the spits being configured for holding foods on their surface. spits ; at least two supports being independent of one another, each of the supports having: ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support ; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; ― two vertical profiles (2.1), wherein each vertical profile (2.1) has a foot (2.3) for supporting the support ; ― horizontal profiles (2.2) which are arranged: ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; ― joining the two vertical profiles (2.1) to one another; ― spaced from one another, determining different roasting heights; wherein the at least two supports are configured to be freely adjustable such that a distance of separation between them is variable, and wherein the spits are arranged such that they are freely supported on the horizontal profiles (2.2) of each of the supports , the spits being configured for holding foods on their surface.
Supply station for providing electrical energy for an electrically operable vehicle comprising - a supply base apparatus having a housing base module as a first housing component of an apparatus housing and having a plurality of switching and/or safety components that are installed thereon, - a housing closure module as a second housing component of the apparatus housing, wherein the housing closure module can be placed on the housing base module and wherein the switching and/or safety components are arranged in the apparatus housing in an accessible manner in an opened position of the housing closure module and in an inaccessible manner in a closed position of the housing closure module , - and also a closure unit, which is allocated to the apparatus housing, having an actuatable locking element that can be brought from a locked position into a release position and back, characterised in that a closure cylinder having a closure cylinder body and the locking element that is held on the locking cylinder so as to be movable relative thereto is used as a closure unit, wherein the closure cylinder is embodied as a loose component of the supply station, which is neither permanently connected to the supply base apparatus nor permanently connected to the housing closure module of the apparatus housing, and that in order to fix the housing closure module relative to the housing base module on the apparatus housing a receiving arrangement is provided for the closure cylinder and the closure cylinder can be mounted in the receiving arrangement in the closed position of the housing closure module , wherein the closure cylinder in its mounted position and in the closed position of the housing closure module engages into a passage recess that is formed on the first or the second housing component of the apparatus housing and is inserted into the receiving arrangement that is formed on the respective other housing component of the supply station and thus a movement of the housing closure module into the opened position is blocked and wherein the locking element of the closure cylinder that is inserted into the receiving arrangement can be brought out of the release position into the locked position in order to secure the closure cylinder against removal of the closure cylinder from the receiving arrangement . - a supply base apparatus having a housing base module as a first housing component of an apparatus housing and having a plurality of switching and/or safety components that are installed thereon, - a housing closure module as a second housing component of the apparatus housing, wherein the housing closure module can be placed on the housing base module and wherein the switching and/or safety components are arranged in the apparatus housing in an accessible manner in an opened position of the housing closure module and in an inaccessible manner in a closed position of the housing closure module , - and also a closure unit, which is allocated to the apparatus housing, having an actuatable locking element that can be brought from a locked position into a release position and back,
A method of wireless communication performed by a base station, BS, comprising: determining to transmit a pre-allocated uplink, UL, grant to a user equipment, UE, wherein the pre-allocated UL grant includes: a secondary node, SN, transmission configuration indicator, TCI, list, and a type 1 configured grant, CG; and transmitting, to the UE, the pre-allocated UL grant based at least in part on determining to transmit the pre-allocated UL grant. determining to transmit a pre-allocated uplink, UL, grant to a user equipment, UE, wherein the pre-allocated UL grant includes: a secondary node, SN, transmission configuration indicator, TCI, list, and a type 1 configured grant, CG; and a secondary node, SN, transmission configuration indicator, TCI, list, and a type 1 configured grant, CG; and transmitting, to the UE, the pre-allocated UL grant based at least in part on determining to transmit the pre-allocated UL grant.
A method for implementing a heartbeat mechanism, applied to a distributed database system, and comprising: obtaining, by a switching node, a heartbeat request sent by a first node to a second node, wherein the heartbeat request comprises an identity of the first node and an identity of the second node, and the first node and the second node are different nodes connected to the switching node; recording, by the switching node, a first moment, wherein the first moment is a moment that the heartbeat request is received; querying, by the switching node according to the identity of the second node and from cached information, a second moment, wherein the second moment is a moment at which the switching node most recently received a message sent by the second node, and the cached information stores a correspondence between a moment at which the switching node receives a message sent by the second node and an identity of the second node; and if an absolute value of a difference between the first moment and the second moment is less than a threshold, sending, by the switching node, a heartbeat response to the first node. obtaining, by a switching node, a heartbeat request sent by a first node to a second node, wherein the heartbeat request comprises an identity of the first node and an identity of the second node, and the first node and the second node are different nodes connected to the switching node; recording, by the switching node, a first moment, wherein the first moment is a moment that the heartbeat request is received; querying, by the switching node according to the identity of the second node and from cached information, a second moment, wherein the second moment is a moment at which the switching node most recently received a message sent by the second node, and the cached information stores a correspondence between a moment at which the switching node receives a message sent by the second node and an identity of the second node; and if an absolute value of a difference between the first moment and the second moment is less than a threshold, sending, by the switching node, a heartbeat response to the first node.
A method for wireless communications by a base station, BS, comprising: receiving , from a user equipment, UE, a list of one or more bands of one or more band combinations that share an antenna switch, and are affected by antenna switching; and scheduling the UE based on the received list, wherein scheduling the UE based on the list comprises avoiding scheduling the UE in subframes in which the one or more band combinations are configured for communicating a sounding reference signal, SRS, at the same time as at least one other communication. receiving , from a user equipment, UE, a list of one or more bands of one or more band combinations that share an antenna switch, and are affected by antenna switching; and scheduling the UE based on the received list, wherein scheduling the UE based on the list comprises avoiding scheduling the UE in subframes in which the one or more band combinations are configured for communicating a sounding reference signal, SRS, at the same time as at least one other communication.
A method for operating a motor vehicle , in which, during an at least partially autonomous driving operation of the motor vehicle , by means of at least one display device arranged in the motor vehicle , an arrangement and a mode of action of surround sensors of the motor vehicle is visualized, the sensor data from which are used in the at least partially autonomous driving operation, characterized in that the display device is augmented reality glasses, an augmented reality contact lens, or virtual reality glasses, and by means of the display device , the respective positioning and mode of action of the surround sensors on the motor vehicle are identified and their respective detection regions are visualized, such that a vehicle occupant looking forward or backward can see how far the surround sensor in question can view forward or backward and detect the vehicle surroundings. the display device is augmented reality glasses, an augmented reality contact lens, or virtual reality glasses, and by means of the display device , the respective positioning and mode of action of the surround sensors on the motor vehicle are identified and their respective detection regions are visualized, such that a vehicle occupant looking forward or backward can see how far the surround sensor in question can view forward or backward and detect the vehicle surroundings.
A cleaning robot comprising: a modular in which one or more modules configured to support different functions are integrated and comprising a recognition module ; and a controller configured to control performance of cleaning characterized in that the recognition module or an Internet-of-Things (IoT) device detects at least one of a user present in an indoor space, a distance between the user and the cleaning robot, a movement of the user, a position of the user and surrounding noise; and the controller controls a level of a quiet mode on the basis of at least one of a result detected through the recognition module or a result detected through the IoT device . a modular in which one or more modules configured to support different functions are integrated and comprising a recognition module ; and a controller configured to control performance of cleaning characterized in that the recognition module or an Internet-of-Things (IoT) device detects at least one of a user present in an indoor space, a distance between the user and the cleaning robot, a movement of the user, a position of the user and surrounding noise; and the controller controls a level of a quiet mode on the basis of at least one of a result detected through the recognition module or a result detected through the IoT device .