mhurhangee/ep-ind-claims huggingface dataset:
A method for operating a mobile platform comprising: capturing and displaying an image of a first object and a second object; detecting and tracking the first object; detecting and tracking the second object; identifying the first object and the second object; accessing a database to determine that the first object and the second object have associated contextually dependent augmented reality objects; determining a spatial relationship between the first object and the second object in response to a determination that the first object and the second object have associated contextually dependent augmented reality objects; wherein the spatial relationship between the first object and the second object is based on a distance between the first object and second object; determining an augmentation object (126, 128) to render based on the spatial relationship between the first object -and the second object; and displaying the augmentation object (126, 128) characterised in that the distance is determined using tracking information and data from motion sensors on the mobile platform. capturing and displaying an image of a first object and a second object; detecting and tracking the first object; detecting and tracking the second object; identifying the first object and the second object; accessing a database to determine that the first object and the second object have associated contextually dependent augmented reality objects; determining a spatial relationship between the first object and the second object in response to a determination that the first object and the second object have associated contextually dependent augmented reality objects; wherein the spatial relationship between the first object and the second object is based on a distance between the first object and second object; determining an augmentation object (126, 128) to render based on the spatial relationship between the first object -and the second object; and displaying the augmentation object (126, 128)
A communication apparatus, comprising: Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, an element that indicates at least one WUR discovery channel used for transmission of a WUR Discovery frame; and Wake Up Receiver, WURx, circuitry adapted to scan WUR discovery channels for WUR Discovery frames; a controller adapted to prompt the WURx circuitry to scan a WUR discovery channel from the at least one WUR discovery channel based on information of a neighbor AP count in a neighbor AP count sub-field received at the PCR circuitry or the WURx circuitry, wherein the information of the neighbor AP count indicates a number of neighbor APs for each of the at least one WUR discovery channel, each of the APs transmitting WUR Discovery frames on the WUR discovery channel. Primary Connectivity Radio, PCR, circuitry adapted to receive, from an Access Point, AP, an element that indicates at least one WUR discovery channel used for transmission of a WUR Discovery frame; and Wake Up Receiver, WURx, circuitry adapted to scan WUR discovery channels for WUR Discovery frames; a controller adapted to prompt the WURx circuitry to scan a WUR discovery channel from the at least one WUR discovery channel based on information of a neighbor AP count in a neighbor AP count sub-field received at the PCR circuitry or the WURx circuitry, wherein the information of the neighbor AP count indicates a number of neighbor APs for each of the at least one WUR discovery channel, each of the APs transmitting WUR Discovery frames on the WUR discovery channel.
Kit comprising a set of elements for presenting products, especially at a point of sale, said kit comprising at least the following elements: - at least two separators which are intended to create a lane for receiving a row of products; - at least one rail equipped with a pusher which is intended to be disposed in the lane, said pusher being arranged so as to be in contact with the last product in the row, when at least one product is present; wherein at least the rail and/or one of the separators comprises coupling means which are configured so as to cooperate, in a detachable manner, either with a product support of a first type made of metal material or with a product support of a second type made of polymer material, in such a way as to form a product display; the rail and/or one of the separators comprises at least one pin which is intended to cooperate with a corresponding opening formed on the product support in order to allow the fixing of the rail and/or the separator onto said product support, characterised in that the pin, or each pin, being formed on an elastic foot comprising a catch which is arranged so as to allow a user to bring about the withdrawal of the pin, or of each pin, from the opening by elastic deformation of the elastic foot and/or of the catch in the event of dismantling of the rail and/or the separator. - at least two separators which are intended to create a lane for receiving a row of products; - at least one rail equipped with a pusher which is intended to be disposed in the lane, said pusher being arranged so as to be in contact with the last product in the row, when at least one product is present;
A vacuum switching assembly for switching an AC or DC current, the vacuum switching assembly comprising a vacuum switch, the vacuum switch including: first and second electrodes (20, 22) located in a vacuum tight enclosure, the vacuum tight enclosure containing a gas or gas mixture, the first and second electrodes (20, 22) defining opposed electrodes being separated by a gap, each of the first and second electrodes (20, 22) being connectable to a respective electrical circuit carrying an AC or DC voltage; and a pressure controller configured to control an internal gas pressure of the vacuum tight enclosure, wherein the pressure controller is configured to selectively switch (38a, 38b) the internal gas pressure of the vacuum tight enclosure between: a first vacuum level that permits formation and maintenance of a glow discharge in the vacuum tight enclosure to allow a current to flow between the first and second electrodes (20, 22) via the glow discharge so as to turn on the vacuum switch; and a second vacuum level that inhibits formation and maintenance of a glow discharge in the vacuum tight enclosure to prevent a current from flowing between the first and second electrodes (20, 22) via the glow discharge so as to turn off the vacuum switch. first and second electrodes (20, 22) located in a vacuum tight enclosure, the vacuum tight enclosure containing a gas or gas mixture, the first and second electrodes (20, 22) defining opposed electrodes being separated by a gap, each of the first and second electrodes (20, 22) being connectable to a respective electrical circuit carrying an AC or DC voltage; and a pressure controller configured to control an internal gas pressure of the vacuum tight enclosure, wherein the pressure controller is configured to selectively switch (38a, 38b) the internal gas pressure of the vacuum tight enclosure between: a first vacuum level that permits formation and maintenance of a glow discharge in the vacuum tight enclosure to allow a current to flow between the first and second electrodes (20, 22) via the glow discharge so as to turn on the vacuum switch; and a second vacuum level that inhibits formation and maintenance of a glow discharge in the vacuum tight enclosure to prevent a current from flowing between the first and second electrodes (20, 22) via the glow discharge so as to turn off the vacuum switch. a first vacuum level that permits formation and maintenance of a glow discharge in the vacuum tight enclosure to allow a current to flow between the first and second electrodes (20, 22) via the glow discharge so as to turn on the vacuum switch; and a second vacuum level that inhibits formation and maintenance of a glow discharge in the vacuum tight enclosure to prevent a current from flowing between the first and second electrodes (20, 22) via the glow discharge so as to turn off the vacuum switch.
A method of making a coated article comprising a coating supported by a glass substrate, the method comprising: disposing a first dielectric layer comprising silicon nitride on the substrate; disposing an IR reflecting layer comprising 54-58 wt. % Ni, 20-22.5 wt. % Cr, and 12.5-14.5 wt. % Mo over and contacting the first dielectric layer; disposing a barrier layer comprising NbZr over and contacting the IR reflecting layer; disposing a second dielectric layer comprising silicon nitride over and contacting the barrier layer; and disposing a layer comprising an oxide of zirconium over and contacting the second dielectric layer. disposing a first dielectric layer comprising silicon nitride on the substrate; disposing an IR reflecting layer comprising 54-58 wt. % Ni, 20-22.5 wt. % Cr, and 12.5-14.5 wt. % Mo over and contacting the first dielectric layer; disposing a barrier layer comprising NbZr over and contacting the IR reflecting layer; disposing a second dielectric layer comprising silicon nitride over and contacting the barrier layer; and disposing a layer comprising an oxide of zirconium over and contacting the second dielectric layer.
A cord lock comprising: a first cord-clamp bar comprising a first aperture and a second aperture, wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel, and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel; a second cord-clamp bar including a third aperture and a fourth aperture; the first protruding member extending through the third aperture, and the second protruding member extending through the fourth aperture, characterized in that it comprises a biasing element that biases the first cord-clamp bar and the second cord-clamp bar away from one another. a first cord-clamp bar comprising a first aperture and a second aperture, wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel, and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel; wherein the first cord-clamp bar includes a first protruding member including a first cord-receiving channel, and wherein the first cord-clamp bar includes a second protruding member including a second cord-receiving channel; a second cord-clamp bar including a third aperture and a fourth aperture; the first protruding member extending through the third aperture, and the second protruding member extending through the fourth aperture, characterized in that it comprises a biasing element that biases the first cord-clamp bar and the second cord-clamp bar away from one another.
An oral care composition comprising: a) 0.1 to 5% by weight of one or more catechins wherein the source of catechins is a green tea extract. b) 0.1 to 10% by weight of a zinc salt selected from zinc chloride, zinc nitrate and zinc acetate or mixtures thereof; and c) an orally acceptable base comprising calcium carbonate. a) 0.1 to 5% by weight of one or more catechins wherein the source of catechins is a green tea extract. b) 0.1 to 10% by weight of a zinc salt selected from zinc chloride, zinc nitrate and zinc acetate or mixtures thereof; and c) an orally acceptable base comprising calcium carbonate.
Citrus squeezer for squeezing a whole citrus, comprising a squeezing cone and a squeezing dome arranged along an axis, as well as blades arranged between the squeezing cone and the squeezing dome, and an ejecting member arranged under the squeezing cone, the blades extending radially in relation to the axis, the squeezing dome being mobile in relation to the blades and to the squeezing cone, the squeezing cone and the ejecting member being driven in rotation, characterised in that the ejecting member is driven in rotation in the direction of rotation opposite the direction of rotation of the squeezing cone.
An additive for electrolyte solutions of lead-acid batteries, usable with batteries based on both flooded battery and VRLA with AGM technology, comprising a composition that includes micro-particles of silicon dioxide (SiO 2), aluminium, alkaline or alkaline earth metal and aqueous solution of sulphuric acid, characterised in that said composition comprises from 0.010 mol/L to 0.100 mol/L of SiO 2, and from 0.010 mol/L to 0.100 mol/L of Al 3+.
A method used in a system including a roadside device having a first sensor that observes surroundings of the roadside device, a moving terminal having a second sensor that observes surroundings of the moving terminal, and a server, the method comprising: the roadside device transmitting first detection data in a sensing range of the first sensor to the server, the first detection data being obtained by the first sensor; the server receiving the first detection data and extracting, based on the received first detection data, first dynamic information indicating a first object (439a,439d) that exists in the sensing range of the first sensor, and the moving terminal extracting second dynamic information indicating a second object (439b,439d) that exists in a sensing range (301,302) of the second sensor, based on second detection data in the sensing range of the second sensor. characterized in that: - the server extracts, based on the received first detection data, an unobservable area (220, 221) that is a blind spot of the first sensor, the blind spot being caused by the first object (439a, 439d), and transmits unobservable-area information indicating the unobservable area to the moving terminal; and - the moving terminal receives the unobservable-area information and determines whether or not an overlapping area where the unobservable area indicated by the unobservable-area information and the sensing range of the second sensor overlap each other exists, and transmits third dynamic information to the server upon determining that the overlapping area exists, the third dynamic information being included in the second dynamic information and indicating an object (439b, 439d) that exists in the overlapping area. transmitting first detection data in a sensing range of the first sensor to the server, the first detection data being obtained by the first sensor; the server receiving the first detection data and extracting, based on the received first detection data, first dynamic information indicating a first object (439a,439d) that exists in the sensing range of the first sensor, and the moving terminal extracting second dynamic information indicating a second object (439b,439d) that exists in a sensing range (301,302) of the second sensor, based on second detection data in the sensing range of the second sensor. - the server extracts, based on the received first detection data, an unobservable area (220, 221) that is a blind spot of the first sensor, the blind spot being caused by the first object (439a, 439d), and transmits unobservable-area information indicating the unobservable area to the moving terminal; and - the moving terminal receives the unobservable-area information and determines whether or not an overlapping area where the unobservable area indicated by the unobservable-area information and the sensing range of the second sensor overlap each other exists, and transmits third dynamic information to the server upon determining that the overlapping area exists, the third dynamic information being included in the second dynamic information and indicating an object (439b, 439d) that exists in the overlapping area.
A system for bringing two blood vessels (Vs) into abutment, the system comprising at least two clamps (Pc), each clamp comprising: two substantially identical tabs (11, 12), means for pivotally mounting said two tabs (11, 12) relative to each other about a pivot axis, said pivot axis being situated substantially in the proximity of respective middle portions (13, 14) of the two tabs, thereby defining on each of the tabs first and second portions (111, 112; 211, 212) situated on either side of a first plane (Pl) containing said pivot axis and substantially perpendicular to the general plane of at least one of the two tabs; means for applying two respective opposing resilient forces on the two first tab portions (111, 112) so that the two free ends (15, 16) of these two tab portions (111, 112) tend to move apart from each other and, correspondingly, the free ends (17, 18) of the two second tab portions (211, 212) tend to come into contact with each other; and a through hole made in one of the two tabs along an axis substantially parallel to said pivot axis, said through hole being cylindrical and of polygonal cross-section; said system further including a rod of longitudinal axis and having a cross-section that is complementary to the cross-section of the through hole, said rod being engaged in the two respective through holes of the two clamps, a portion of said rod extending between the two clamps possessing two moments of inertia of different values, characterized by the fact that the smaller value moment of inertia is the moment of inertia defined along the direction that is perpendicular to said first plane (Pl).
A food blending device including: a blending hub; a blending vessel that is removably engageable to the hub; wherein the hub has a seal adapted to engage in an interior surface of the vessel and a clamping mechanism for engaging an exterior of a rim of the vessel in a clamping configuration; wherein the hub has a pair of opposing reciprocating jaws (11, 12) and wherein the jaws (11, 12) move in unison and are driven toward or away from the vessel, characterized in that the jaws (11, 12) are driven by a pair of threaded actuators (15, 16). a blending hub; a blending vessel that is removably engageable to the hub; wherein the hub has a seal adapted to engage in an interior surface of the vessel and a clamping mechanism for engaging an exterior of a rim of the vessel in a clamping configuration; wherein the hub has a pair of opposing reciprocating jaws (11, 12) and wherein the jaws (11, 12) move in unison and are driven toward or away from the vessel, characterized in that the jaws (11, 12) are driven by a pair of threaded actuators (15, 16).
A robot structure, in particular for minimally invasive surgery, comprising: a first robot element and a second robot element that can be moved relative to the first robot element, said second robot element having two grasping and/or cutting elements which can be uniformly moved with respect to each other and which are connected to the first robot element via a hinge axis, a force transmitting device for moving the grasping and/or cutting elements of the movable robot element and at least one sensor element comprising a sensitive end for receiving forces and/or moments that occur on the movable robot element and comprising a base element that is fixed to the first robot element, characterized in that the hinge axis is supported in a support element in order to receive the forces and/or moments that are caused by grasping and/or contact forces on the grasping and/or cutting elements, and the support element is connected to the sensitive end of each sensor element, and the force-transmitting device is connected to one of the grasping and/or cutting elements via a driving element, respectively, in order to initiate the movement, with the driving elements being disposed opposed to each other and in a substantially orthogonal manner with respect to the central axis of the robot structure and maintaining the orthogonal orientation with respect to the central axis during the entire moving process of the grasping and/or cutting elements. a first robot element and a second robot element that can be moved relative to the first robot element, said second robot element having two grasping and/or cutting elements which can be uniformly moved with respect to each other and which are connected to the first robot element via a hinge axis, a force transmitting device for moving the grasping and/or cutting elements of the movable robot element and at least one sensor element comprising a sensitive end for receiving forces and/or moments that occur on the movable robot element and comprising a base element that is fixed to the first robot element, characterized in that the hinge axis is supported in a support element in order to receive the forces and/or moments that are caused by grasping and/or contact forces on the grasping and/or cutting elements, and the support element is connected to the sensitive end of each sensor element, and the force-transmitting device is connected to one of the grasping and/or cutting elements via a driving element, respectively, in order to initiate the movement, with the driving elements being disposed opposed to each other and in a substantially orthogonal manner with respect to the central axis of the robot structure and maintaining the orthogonal orientation with respect to the central axis during the entire moving process of the grasping and/or cutting elements.
A method performed by a user equipment, UE (102, 200), said method comprising: receiving resource allocation, first partition information, and a first numerology, including sub carrier spacing and symbol duration, for a first partition corresponding to a first Radio Access Technology, RAT, of a plurality of RATs of a unified RAT with flexible air interface for a 5G system used by a base station, wherein the unified RAT has configurable numerologies, wherein a second partition corresponding to a second RAT of the unified RAT uses second sub carrier spacing and symbol duration different from the first partition corresponding to the first RAT, wherein a Transmission Time Interval, TTI, boundary alignment exists between the first and second RATs, wherein the TTI is the smallest unit of time in which a UE can be scheduled in any UE for uplink or downlink transmission, wherein a first TTI for a first RAT is different from a second TTI for a second RAT; receiving a first physical downlink control channel, PDCCH, in the first RAT including scheduling information from the base station; switching to the second RAT; receiving a second PDCCH in the second RAT including further scheduling information from the base station; wherein the sub carrier spacing of each of the configurable numerologies is a different integer multiple of 15kHz, including 30kHz and 60kHz. receiving resource allocation, first partition information, and a first numerology, including sub carrier spacing and symbol duration, for a first partition corresponding to a first Radio Access Technology, RAT, of a plurality of RATs of a unified RAT with flexible air interface for a 5G system used by a base station, wherein the unified RAT has configurable numerologies, wherein a second partition corresponding to a second RAT of the unified RAT uses second sub carrier spacing and symbol duration different from the first partition corresponding to the first RAT, wherein a Transmission Time Interval, TTI, boundary alignment exists between the first and second RATs, wherein the TTI is the smallest unit of time in which a UE can be scheduled in any UE for uplink or downlink transmission, wherein a first TTI for a first RAT is different from a second TTI for a second RAT; receiving a first physical downlink control channel, PDCCH, in the first RAT including scheduling information from the base station; switching to the second RAT; receiving a second PDCCH in the second RAT including further scheduling information from the base station; wherein the sub carrier spacing of each of the configurable numerologies is a different integer multiple of 15kHz, including 30kHz and 60kHz.