mhurhangee/ep-ind-claims huggingface dataset:
A method for estimating, for a water distribution network composed of a network of nodes and modeled as a graph, one or more water flow rates at boundaries of a sub-network of the water distribution network, said sub-network being a connected sub-graph of said graph, connected to the rest of the network by a finite set of arcs defining the boundaries, said method comprising: - Parameterizing a hydraulic model of the water distribution system with a set of values of control variables characterizing the network and its output at the nodes; - Using sensors on the water distribution network to acquire observations of a subset of state variables of the water distribution network at successive time references, said state variables comprising pressure and water flow rates; - Determining the set of values of control variables which minimize differences between predictions of state variables by the hydraulic model and observations of the subset of state variables by applying an optimization procedure; said method being characterized in that it further comprises: - Using said hydraulic model parameter with the determined set of values of control variables, to calculate said one or more water flow rates at said finite set of arcs, for a period of time; - Summing said water flow rates at said finite set of arcs of the sub-network, for the period of time. - Parameterizing a hydraulic model of the water distribution system with a set of values of control variables characterizing the network and its output at the nodes; - Using sensors on the water distribution network to acquire observations of a subset of state variables of the water distribution network at successive time references, said state variables comprising pressure and water flow rates; - Determining the set of values of control variables which minimize differences between predictions of state variables by the hydraulic model and observations of the subset of state variables by applying an optimization procedure; said method being characterized in that it further comprises: - Using said hydraulic model parameter with the determined set of values of control variables, to calculate said one or more water flow rates at said finite set of arcs, for a period of time; - Summing said water flow rates at said finite set of arcs of the sub-network, for the period of time.
A method for providing inter-Radio Access Technology load-balancing and congestion control when a wireless device attempts to reselect a primary RAT while receiving wireless communication over a secondary RAT that is different from the primary RAT, the method comprising performing the following steps using a base station in a Radio Access Network supporting the secondary RAT: broadcasting a message to all idle wireless devices receiving wireless communication over the secondary RAT, wherein the message contains a control function that enables each idle wireless device to activate an inter-RAT load-balancing functionality that controls reselection of the primary RAT; providing a common probability threshold value in the broadcast message for all idle wireless devices receiving wireless communication over the secondary RAT, regardless of whether the idle wireless devices are divided into different groups; through the control function, remotely configuring each idle wireless device camped on the secondary RAT to activate the inter-RAT load-balancing functionality; and allowing only those idle wireless devices to reselect the primary RAT that generate, in response to the activation of the inter-RAT load-balancing functionality, an individual device-specific random value that is equal to or greater than the common probability threshold value. broadcasting a message to all idle wireless devices receiving wireless communication over the secondary RAT, wherein the message contains a control function that enables each idle wireless device to activate an inter-RAT load-balancing functionality that controls reselection of the primary RAT; providing a common probability threshold value in the broadcast message for all idle wireless devices receiving wireless communication over the secondary RAT, regardless of whether the idle wireless devices are divided into different groups; through the control function, remotely configuring each idle wireless device camped on the secondary RAT to activate the inter-RAT load-balancing functionality; and allowing only those idle wireless devices to reselect the primary RAT that generate, in response to the activation of the inter-RAT load-balancing functionality, an individual device-specific random value that is equal to or greater than the common probability threshold value.
Input device in the form of a steering wheel or steering wheel element, composed of an input face having a plurality of touch-sensitive input face zones and a control unit which is coupled thereto, characterized in that the touching of the input face zones by areas of the hand, in particular by the balls of the hand, and by fingers is recognized as being by areas of the hand and fingers and used to calculate the identity of the individual fingers and thus to calculate a temporarily valid basic topography for the areas of the hand and for the fingers with respect to the input face zones, by means of which topography the assignment topography is to be calculated and by means of which assignment topography a respective alphanumeric character or a control function is to be assigned to some of the input face zones in an instantaneously valid fashion and in which whenever displacement occurs renewed initialisation of the basic topography takes place.
A sheet glass manufacturing apparatus comprising: a glass melting apparatus; a sheet glass forming apparatus; and a molten glass delivery tube provided between the glass melting apparatus and the sheet glass forming apparatus, wherein the molten glass delivery tube is provided with at least one molten glass stirring device (10, 10A - 10H); the molten glass stirring device (10, 10A - 10H) that stirs molten glass includes a rotatable central axis and a stirring portion provided on the central axis; the stirring portion includes a stirring blade (13, 15), a long axis of which is orthogonal to the central axis, and which is composed of a plate-like body or a rod-like body whose vertical cross-sectional shape is any one of a circle, an ellipse, and a polygon, and a ring paddle having an annular shape, which is concentric with the central axis; the stirring portion is provided with two or more stirring blades (13, 15) in the axial direction of the central axis and also provided with two or more stirring blades (13, 15) in the circumferential direction of the central axis; the stirring portion is provided with one or more ring paddles in the axial direction of the central axis; and wherein when a maximum diameter of the stirring portion is defined as D 1 (mm), a diameter of the molten glass delivery tube in the site at which the stirring portion is placed is defined as D 2 (mm), and an outer diameter of the ring paddle is defined as D r (mm), the following formulae and are satisfied: 0.7 × D 2 ≤ D 1 ≤ 0.98 × D 2 0.8 × D 1 ≤ D r ≤ D 1 a glass melting apparatus; a sheet glass forming apparatus; and a molten glass delivery tube provided between the glass melting apparatus and the sheet glass forming apparatus, wherein
A method for IoT traffic management in a communication network supporting a plurality of network slices, the method comprising: by a network slice management component, dynamically assigning network resources to a number of network slices, wherein one or more of said network slices are dedicated IoT network slices being adapted to enable IoT-related communications between an IoT platform and IoT devices or IoT gateways, by the network slice management component, interacting with an IoT broker that is associated with the IoT platform and that gathers data from IoT devices or IoT gateways based on IoT requests from IoT applications, and, based on said interaction, performing actions with respect to an allocation of network resources to said number of network slices and/or triggering actions on the IoT broker with respect to a configuration of IoT data traffic. by a network slice management component, dynamically assigning network resources to a number of network slices, wherein one or more of said network slices are dedicated IoT network slices being adapted to enable IoT-related communications between an IoT platform and IoT devices or IoT gateways, by the network slice management component, interacting with an IoT broker that is associated with the IoT platform and that gathers data from IoT devices or IoT gateways based on IoT requests from IoT applications, and, based on said interaction, performing actions with respect to an allocation of network resources to said number of network slices and/or triggering actions on the IoT broker with respect to a configuration of IoT data traffic.
A backlight unit comprising: a light guide plate; a housing which is disposed at one side of the light guide plate and accommodates a wavelength converting member; and a flexible glass film which covers one side of the housing, wherein a first laser welding part is disposed between the flexible glass film and the housing. a light guide plate; a housing which is disposed at one side of the light guide plate and accommodates a wavelength converting member; and a flexible glass film which covers one side of the housing, wherein a first laser welding part is disposed between the flexible glass film and the housing.
Fastening means for mounting external elements, e.g. house numbers, letter boxes, door bells and intercom systems, to a solid wall of a building provided with an external wall insulation, consisting of a carrier which can be fastened to the solid wall by means of a flange, protrudes into the insulation and can be coupled to an external support for the respective external element via a screw connection, said external support comprising an extension protruding into the insulation, wherein the external support consists of a mounting plate which can be countersunk into the insulation, the tubular carrier is formed as a nipple-like projection of the flange provided with a thread, and the external support is likewise provided with a tubular threaded projection (8 or 11), characterised in that the threaded projection (8 or 11) can be connected, in the case of threaded projections of the flange and mounting plate each comprising a screw-in thread (6, 7), via an intermediate piece screwed therein and provided with counter-threads, and in that the intermediate piece is formed as an insulation tube for cables or other electrical wire carriers, which can be inserted therein or therethrough via inlet openings (15, 16) in itself and/or openings (15, 16) provided in the carrier and the external support.
Tongue device (10a, 10b, 10c, 10d, 10e; 600; 700; 800), in particular for grooved rail switches, comprising a stock rail (14a, 14b, 14d, 14e; 616; 702; 802), a secondary rail (16a, 16c, 16d; 612) and a tongue (20, 20d; 604), wherein there is a tongue bed (18, 18d; 622) for the tongue (20, 20d; 604), wherein there is a base block (12a, 12b, 12c, 12d, 12e; 620; 704; 804) which integrally unites the tongue bed (18, 18d; 622) and a base plate (17a, 17b, 17d), wherein the stock rail (14a; 14b; 616; 702; 802) is not integrally connected to the base block (12a, 12b, 12c, 12d, 12e; 620; 704; 804), wherein the stock rail (14a; 14b; 616; 702; 802) is connected to the base block (12a, 12b, 12c; 620; 704; 804) in a form-fit or cohesive manner, at least in regions, as a separate part, characterised in that the stock rail (14a; 14b; 616; 702; 802) comprises a projection (36a; 36b; 638) which engages in an undercut (38a; 38b; 640) of the base block (12a, 12b, 12c; 620; 704; 804) such that tilting of the stock rail (14a; 14b; 616; 702; 802) away from the secondary rail (16a, 16c, 16d; 612) is prevented, wherein the projection (36a; 36b; 638) extends horizontally.
A computer-implemented method performed by a service system for providing blockchain-based message services, the method comprising: receiving shipping data and shipping insurance order data associated with a purchase order; determining, by executing a first smart contract based on first one or more predetermined rules and the shipping data, whether a shipping insurance order corresponding to the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, initiating a consensus algorithm to record the shipping data and the shipping insurance order data on a blockchain (216, 606); generating, by executing the first smart contract, a first event message including a notification that a shipping insurance of the purchase order is effective, wherein the first smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; receiving shipping insurance premium distribution data indicating a distribution of shipping insurance premium associated with the shipping insurance order to one or more service providers; determining, by executing a second smart contract based on second one or more predetermined rules, that the distribution of the shipping insurance premium is legal; initiating the consensus algorithm of a blockchain network to record the shipping insurance premium distribution data on the blockchain; and generating, by executing the second smart contract, a second event message notifying that the shipping insurance premium is distributed according to the shipping insurance premium distribution data. receiving shipping data and shipping insurance order data associated with a purchase order; determining, by executing a first smart contract based on first one or more predetermined rules and the shipping data, whether a shipping insurance order corresponding to the shipping insurance order data is valid; in response to determining that the shipping insurance order is valid, initiating a consensus algorithm to record the shipping data and the shipping insurance order data on a blockchain (216, 606); generating, by executing the first smart contract, a first event message including a notification that a shipping insurance of the purchase order is effective, wherein the first smart contract invokes an event management function to periodically generate the first event message until an acknowledgement receipt feedback is received; receiving shipping insurance premium distribution data indicating a distribution of shipping insurance premium associated with the shipping insurance order to one or more service providers; determining, by executing a second smart contract based on second one or more predetermined rules, that the distribution of the shipping insurance premium is legal; initiating the consensus algorithm of a blockchain network to record the shipping insurance premium distribution data on the blockchain; and generating, by executing the second smart contract, a second event message notifying that the shipping insurance premium is distributed according to the shipping insurance premium distribution data.
A video playing method, comprising: receiving a video playing request input by a user, and starting playing a video that is requested; pausing the playing when the playing of the video reaches a playing starting time of a target video content, wherein the target video content is of a higher video rating than a preset video rating of the user, wherein the video rating of the target video content indicates an impact of the target video content, and the preset video rating of the user indicates that the user is capable of accepting a video content with a video rating lower than or equal to the preset video rating, and that a video content with a video rating higher than the preset video rating is not suitable for the user to watch; and displaying prompt information to the user, wherein the prompt information is used to prompt the user that the target video content to be played is not suitable for the user to watch; wherein before starting playing the video that is requested, the method further comprises: determining whether the target video content is comprised in the video; and determining the playing starting time of the target video content in the video, and executing the step of pausing the playing when the playing of the video reaches the playing starting time of the target video content, if the target video content is comprised in the video. receiving a video playing request input by a user, and starting playing a video that is requested; pausing the playing when the playing of the video reaches a playing starting time of a target video content, wherein the target video content is of a higher video rating than a preset video rating of the user, wherein the video rating of the target video content indicates an impact of the target video content, and the preset video rating of the user indicates that the user is capable of accepting a video content with a video rating lower than or equal to the preset video rating, and that a video content with a video rating higher than the preset video rating is not suitable for the user to watch; and displaying prompt information to the user, wherein the prompt information is used to prompt the user that the target video content to be played is not suitable for the user to watch; wherein before starting playing the video that is requested, the method further comprises: determining whether the target video content is comprised in the video; and determining the playing starting time of the target video content in the video, and executing the step of pausing the playing when the playing of the video reaches the playing starting time of the target video content, if the target video content is comprised in the video. determining whether the target video content is comprised in the video; and determining the playing starting time of the target video content in the video, and executing the step of pausing the playing when the playing of the video reaches the playing starting time of the target video content, if the target video content is comprised in the video.
Fixing system for screening machines and/or setting machines for fastening exchangeable screen lining segments (10, 20) and/or exchangeable wear protection elements in or on a screening machine or setting machine having exchangeable screen lining segments and/or exchangeable wear protection elements and having at least one frame receiving the screen lining segments (10, 20) and/or supporting the wear protection elements, characterised in that for fixing a screen lining segment (10, 20) and/or a wear protection element at least one adapter is fixed to the frame, wherein the adapter has at least one magnet (31, 32), wherein the magnet interacts with at least one ferromagnetic coupling element (11, 21) arranged in a vibration-proof manner in the screen lining segment (10, 20) and/or wear protection element and thus creates a magnetic connection between the adapter and the screen lining segment (10, 20) and/or wear protection element and wherein the one or several ferromagnetic coupling elements (11, 21) is/are cast in each screen lining segment (10, 20) and/or each wear protection element.
Washing machine for washing animal cages and/or other equipment or laboratory accessories, comprising a washing chamber, a maximum of six rods arranged inside said washing chamber and designed for spraying a fluid on a load to be washed, each rod comprising a plurality of nozzles for the inlet of said fluid in said washing chamber, pumping means associated with said rods to feed said fluid to said nozzles, wherein each rod has an axis of major extension defining a longitudinal direction, each rod being further rotatable about said major extension axis according to an arc having a width comprised between 100° and 180°, said machine comprising moving means of said rods, designed for rotating each of said rods about its respective major extension axis, said moving means comprising a linear actuator movable along an operating direction transversal to said longitudinal direction defined by the major extension axis of each rod, preferably perpendicular to said rods, said moving means comprising transmission elements operatively associated with said linear actuator and said rods, wherein each of said transmission elements comprises a first arm, transversally arranged with respect to said rod and having a first end and a second end, said first arm being coupled with the rod at said first end and defining a hinge at said second end, and in that each of said transmission elements comprises a second arm having a first end and a second end, said second arm being coupled with said linear actuator at said first end and with said hinge at said second end.
A liquid hand dishwashing detergent composition comprising: a. from 5% to 50% by weight of the total composition of a surfactant system, wherein the surfactant system comprises anionic surfactant and a co-surfactant selected from the group consisting of an amphoteric surfactant, a zwitterionic surfactant and mixtures thereof; and b. from 0.001 to 2.0 % by weight of the total composition of microfibrillated cellulose derived from wood. a. from 5% to 50% by weight of the total composition of a surfactant system, wherein the surfactant system comprises anionic surfactant and a co-surfactant selected from the group consisting of an amphoteric surfactant, a zwitterionic surfactant and mixtures thereof; and b. from 0.001 to 2.0 % by weight of the total composition of microfibrillated cellulose derived from wood.
A cell monitoring device (32-1; 32-24) that is adapted to perform monitoring of a cell module (31-1; 31-24) under control of a battery management device, the cell monitoring device (32-1;32-24) comprising: a communication controller configured to be connected to the battery management device through a communication line; and a control device that is adapted to perform an activation processing of the communication controller at a time of initialization, and adapted to control the cell monitoring device (32-1; 32-24), characterized in that the control device is configured to perform a reboot processing of the communication controller when a first voltage is above a certain operation allowable voltage, the first voltage being a power supply voltage of the control device, and when a second voltage drops below an operation allowable voltage of the communication controller, the second voltage being a power supply voltage of the communication controller, wherein the reboot processing is performed within a period being shorter than a period of detecting an error condition of the communication controller by the battery management device. a communication controller configured to be connected to the battery management device through a communication line; and a control device that is adapted to perform an activation processing of the communication controller at a time of initialization, and adapted to control the cell monitoring device (32-1; 32-24), characterized in that the control device is configured to perform a reboot processing of the communication controller when a first voltage is above a certain operation allowable voltage, the first voltage being a power supply voltage of the control device, and when a second voltage drops below an operation allowable voltage of the communication controller, the second voltage being a power supply voltage of the communication controller, wherein the reboot processing is performed within a period being shorter than a period of detecting an error condition of the communication controller by the battery management device.