mhurhangee/ep-ind-claims huggingface dataset:
A method, being performed by a Wi-Fi controller, comprising the steps of: communicating to a plurality of access points (14, 36) configured to form a combined Wi-Fi network (10, 10A, 32), wherein at least some access points (14, 36) of the plurality of access points (14, 36) utilize Orthogonal Frequency-Division Multiple Access, OFDMA; determining which of the plurality of access points (14, 36) connect to some of a plurality of client devices based in part on OFDMA operation of the combined Wi-Fi network (10, 10A, 32); wherein the combined Wi-Fi network (10, 10A, 32) is optimized based on optimization factors when determining which of the plurality of access points (14, 36) connect to some of the plurality of client devices, the optimization factors including individual device throughput of each of the plurality of access points, joint load throughput of the combined Wi-Fi network (10, 10A, 32), throughput fairness to the plurality of client devices, and likelihood that conditions of the combined Wi-Fi network (10, 10A, 32) remain stable for a period of time, wherein said conditions include traffic load of each of the plurality of client devices, packet length of each of the plurality of client devices, and signal strengths of each of the plurality of client devices to each of the plurality of access points; wherein, once the optimization is complete, the plurality of client devices are steered to connect to the plurality of access points (14, 36) using one or more of messaging to client devices indicating to which access point to connect. communicating to a plurality of access points (14, 36) configured to form a combined Wi-Fi network (10, 10A, 32), wherein at least some access points (14, 36) of the plurality of access points (14, 36) utilize Orthogonal Frequency-Division Multiple Access, OFDMA; determining which of the plurality of access points (14, 36) connect to some of a plurality of client devices based in part on OFDMA operation of the combined Wi-Fi network (10, 10A, 32); wherein the combined Wi-Fi network (10, 10A, 32) is optimized based on optimization factors when determining which of the plurality of access points (14, 36) connect to some of the plurality of client devices, the optimization factors including individual device throughput of each of the plurality of access points, joint load throughput of the combined Wi-Fi network (10, 10A, 32), throughput fairness to the plurality of client devices, and likelihood that conditions of the combined Wi-Fi network (10, 10A, 32) remain stable for a period of time, wherein said conditions include traffic load of each of the plurality of client devices, packet length of each of the plurality of client devices, and signal strengths of each of the plurality of client devices to each of the plurality of access points; wherein, once the optimization is complete, the plurality of client devices are steered to connect to the plurality of access points (14, 36) using one or more of messaging to client devices indicating to which access point to connect.
An adjustable support apparatus for a surgery table, comprising: a first post extending vertically between a lower end and an upper end of the first post; a first crossbar mounted to the first post proximate to the upper end of the first post, the first crossbar comprising top and bottom surfaces, the first crossbar able to be fixed to at least one first tower and at least one second tower; a first tower extending between first and second ends of the first tower, the first tower configured to removably fix with the first crossbar; and a first carriage coupled to the first tower, the first carriage configured to translate along the first tower via a ratchet mechanism in inward and outward directions with respect to the first crossbar, the first carriage comprising a first handle and a second handle at opposite first end and second end of the first carriage. a first post extending vertically between a lower end and an upper end of the first post; a first crossbar mounted to the first post proximate to the upper end of the first post, the first crossbar comprising top and bottom surfaces, the first crossbar able to be fixed to at least one first tower and at least one second tower; a first tower extending between first and second ends of the first tower, the first tower configured to removably fix with the first crossbar; and a first carriage coupled to the first tower, the first carriage configured to translate along the first tower via a ratchet mechanism in inward and outward directions with respect to the first crossbar, the first carriage comprising a first handle and a second handle at opposite first end and second end of the first carriage.
A method of etching a feature in a substrate including the steps of: forming a mask structure with an opening over the substrate, producing a re-entrant mask profile of said opening of said mask structure; etching the substrate through said opening having said re-entrant profile to form the feature using a cyclic etch and deposition process; and removing the mask structure. forming a mask structure with an opening over the substrate, producing a re-entrant mask profile of said opening of said mask structure; etching the substrate through said opening having said re-entrant profile to form the feature using a cyclic etch and deposition process; and removing the mask structure.
A trainable transceiver (200; 300; 400) for controlling a device (240; 360; 460) and providing vehicle position information to a vehicle occupant, comprising: a transceiver circuit (216; 332; 413); an output device; and a control circuit (208; 304; 408) coupled to the transceiver circuit (216; 332; 413) and the output device configured to receive, using the transceiver circuit (216; 332; 413) or a secondary transceiver, image data corresponding to a position of the vehicle within a structure, the control circuit (208; 304; 408) further configured to determine a vehicle position status by comparing first image data corresponding to the position of the vehicle within the structure to second image data corresponding to a predetermined vehicle position status category, and the control circuit (208; 304; 408) further configured to control the output device to convey information to the vehicle occupant based on the vehicle position status; wherein the control circuit (208; 304; 408) is configured to receive a user input for entering a training mode, to prompt the user to position the vehicle in response to the user input, to prompt the user to provide an input when the vehicle is well positioned, and to store image data corresponding to a well-positioned vehicle in response to receiving the input when the vehicle is well positioned. a transceiver circuit (216; 332; 413); an output device; and a control circuit (208; 304; 408) coupled to the transceiver circuit (216; 332; 413) and the output device configured to receive, using the transceiver circuit (216; 332; 413) or a secondary transceiver, image data corresponding to a position of the vehicle within a structure, the control circuit (208; 304; 408) further configured to determine a vehicle position status by comparing first image data corresponding to the position of the vehicle within the structure to second image data corresponding to a predetermined vehicle position status category, and the control circuit (208; 304; 408) further configured to control the output device to convey information to the vehicle occupant based on the vehicle position status; wherein the control circuit (208; 304; 408) is configured to receive a user input for entering a training mode, to prompt the user to position the vehicle in response to the user input, to prompt the user to provide an input when the vehicle is well positioned, and to store image data corresponding to a well-positioned vehicle in response to receiving the input when the vehicle is well positioned.
An apparatus for the treatment of containers with a plurality of treatment units which are arranged on a carrier rotatable about an axis of rotation and which treat the containers in a pre-set manner, with a drive device for driving the carrier and at least one mechanical braking device (4, 5) contacting the carrier at least for a time in order to retard the speed of rotation of the carrier, characterized in that the braking device (4, 5) has at least one valve (V1 b, V2b, V1 c, V2c, V1 d, V1 e) which is capable of being switched in a variable manner by means of a control device connected in terms of communication to the braking device (4, 5), in such a way that a removal or supply of a flowable medium (P1, P2) under pressure from or to a reservoir of the braking device (4, 5) is capable of being carried out individually on or by a braking cylinder of the braking device (4, 5) in order to achieve a braking effect wherein the valve (V1 b, V2b, V1 c, V2c, V1 d, V1 e) is a pneumatic valve or a hydraulic valve wherein the control device is designed in such a way that a necessary working pressure for the pursuit of the brake is regulated by a variable circuit of the valve (V1 b, V2b, V1 c, V1 d, V1 e).
Multimedia server means, comprising a plurality of universal serial bus, USB, connections; a processing means configured to establish a one-by-one data connection between a USB data storage device connected to a first one of the plurality of USB connections and an electronic device connected to a second one of the plurality of USB connections; and wherein the processing means is further configured to control supply of electric power to the first one or to the first and second ones of the plurality of USB connections only as long as data connection is established between the USB data storage device connected to the first one of the plurality of USB connections and the electronic device connected to the second one of the plurality of USB connections; and an interface configured to receive an input by a user; wherein the processing means is further configured to determine from the input by the user which media data is requested by the user and to select the USB data storage device storing the media data from a plurality of USB storage devices, connected to the plurality of USB connections, in order to establish the data connection between the USB data storage device connected to the first one of the plurality of USB connections and the electronic device connected to the second one of the plurality of USB connections.
A light emitting diode filament lamp with a variable color temperature, comprising a lamp cap, a mounting piece connected to the lamp cap, a casing connected to the mounting piece, a stem arranged in the casing, an LED filament arranged on the stem, a dual in line package switch connected to the stem, and a driving power supply connected to the DIP switch, wherein the casing and the stem are sealingly connected to form a closed cavity, and the LED filament is located inside the cavity; the LED filament comprises a substrate, a first pin arranged at one end of the substrate, a second pin arranged at the other end of the substrate, a first LED chip set arranged on the substrate, and a second LED chip set arranged on the substrate, a positive pole of the first LED chip set and a negative pole of the second LED chip set are connected to the first pin, and a negative pole of the first LED chip set and a positive pole of the second LED chip set are connected to the second pin; and the DIP switch is arranged on the driving power supply, and is a double-pole double-throw switch used to switch positive and negative poles of an output of the driving power supply. the LED filament comprises a substrate, a first pin arranged at one end of the substrate, a second pin arranged at the other end of the substrate, a first LED chip set arranged on the substrate, and a second LED chip set arranged on the substrate, a positive pole of the first LED chip set and a negative pole of the second LED chip set are connected to the first pin, and a negative pole of the first LED chip set and a positive pole of the second LED chip set are connected to the second pin; and the DIP switch is arranged on the driving power supply, and is a double-pole double-throw switch used to switch positive and negative poles of an output of the driving power supply.
Method for determining tyre properties, wherein a vehicle tyre on a wheelrim is rotatably mounted by means of a wheel bearing, wherein the vehicle tyre is internally pressurized by means of a fluid, wherein a wheel load is applied to the vehicle tyre, wherein the vehicle tyre is accelerated to a terminal speed in accordance with a predeterminable speed ramp, wherein the vehicle tyre is induced to oscillate at a tyre frequency which is dictated by the tyre speed, and wherein a tyre force of the vehicle tyre, associated with oscillation, acting on the wheel bearing is detected continuously, and in that a data record which describes the tyre force by reference to the tyre speed and by reference to the tyre frequency is generated, wherein a time signal of the speed ramp is subject to the application of a Fourier transform function, characterized in that the data record, for each attribute-value pair of a tyre speed and a tyre frequency, comprises a tyre force value.
Method for testing the quality of cut edges after mechanical processing of a sheet in a cutting device, preferably a paper, cardboard, paperboard, plastic or textile sheet, with a manually portable testing device, preferably a smartphone, a personal digital assistant or a tablet computer, wherein the testing device has a camera device with at least one image sensor, a display device and an evaluation device, wherein the testing device is positioned manually relative to a sheet, wherein at least one processing section of the sheet is captured in an imaging manner with the camera device and image data of the processing section are generated and wherein at least one quality parameter of a processing result of the sheet is determined from the generated image data with the evaluation device and, preferably, displayed on the display device, wherein the topography of a cut edge of the sheet is determined over a specific edge length from the image data generated by the processing section.
A pharmaceutical composition for use in a method of treating a renal disease in a human patient in need of such treatment, the composition administered to the human patient comprising at least 10 5 to 2×10 7 human stem cells per kilogram bodyweight of the patient in a pharmaceutically acceptable liquid medium capable of supporting the viability of the cells, wherein the human stem cells are enriched ex vivo with human exogenous mitochondria and have increased mitochondrial DNA content after incubation with mitochondria relative to the mitochondrial DNA content in the human stem cells prior to mitochondrial enrichment, wherein the renal disease is not a primary mitochondrial disease caused by a pathogenic mutation in mitochondrial DNA or by a pathogenic mutation in nuclear DNA encoding a mitochondrial protein, and wherein the disease is selected from the group consisting of nephropathy, nephritis, nephrosis, nephritic syndrome, nephrotic syndrome, Fanconi's syndrome and kidney failure. wherein the human stem cells are enriched ex vivo with human exogenous mitochondria and have increased mitochondrial DNA content after incubation with mitochondria relative to the mitochondrial DNA content in the human stem cells prior to mitochondrial enrichment, wherein the renal disease is not a primary mitochondrial disease caused by a pathogenic mutation in mitochondrial DNA or by a pathogenic mutation in nuclear DNA encoding a mitochondrial protein, and wherein the disease is selected from the group consisting of nephropathy, nephritis, nephrosis, nephritic syndrome, nephrotic syndrome, Fanconi's syndrome and kidney failure.
Method for being performed by a server of a private network for dynamically setting up a session between a target resource in the private network and an application on a device, wherein the device belongs to the private network but may be located remotely from the private network, the method comprises - receiving from the application a request to get the target resource in the private network, - checking if a user of the device is authorized to access the server, - identifying a session anchor, - instantiating a proxy agent within the private network with address information of the identified session anchor such that the proxy agent can establish a connection to the session anchor identified by said address information, - receiving a session Universal Resource Locator, URL, wherein the proxy agent is configured in response to said instantiating to perform a mapping between an URL of the target resource and said session URL issued by said session anchor, and - determining whether the device and the target resource is on the same Local Area Network, LAN, such that the application can access the target resource directly if they are on the same LAN, or such that the application can access the target resource via the session anchor by using the session URL if they are not on the same LAN. - receiving from the application a request to get the target resource in the private network, - checking if a user of the device is authorized to access the server, - identifying a session anchor, - instantiating a proxy agent within the private network with address information of the identified session anchor such that the proxy agent can establish a connection to the session anchor identified by said address information, - receiving a session Universal Resource Locator, URL, wherein the proxy agent is configured in response to said instantiating to perform a mapping between an URL of the target resource and said session URL issued by said session anchor, and - determining whether the device and the target resource is on the same Local Area Network, LAN, such that the application can access the target resource directly if they are on the same LAN, or such that the application can access the target resource via the session anchor by using the session URL if they are not on the same LAN.
A system for mitigating radio frequency "RF" interference from an adjacent antenna, comprising: a multiple patch antenna array (206, 504) comprising a multiplicity of patch antenna elements (208, 506), the multiple patch antenna array being positioned relative to an interfering antenna such that RF transmission signals from the interfering antenna cause interference with receiving RF signals by the multiple patch antenna array; an auxiliary antenna (214, 502) positioned relative to the multiple patch antenna array; wherein the auxiliary antenna (214, 502) comprises a monopole antenna and wherein the monopole antenna is positioned between the multiple patch antenna array (206, 504) and the interfering antenna about one wavelength from a center (215, 510) of the multiple patch antenna array, and a device (216, 701) to generate a spatial null (218, 402) in a direction to the interfering antenna from the multiple patch antenna array in response to a first signal from the auxiliary antenna and a second signal from the multiple patch antenna array, the first signal and the second signal being generated in response to radiated electromagnetic fields from the interfering antenna being received by the auxiliary antenna and the multiple patch antenna array, wherein the spatial null permits simultaneous operation of the multiple patch antenna array and the interfering antenna. a multiple patch antenna array (206, 504) comprising a multiplicity of patch antenna elements (208, 506), the multiple patch antenna array being positioned relative to an interfering antenna such that RF transmission signals from the interfering antenna cause interference with receiving RF signals by the multiple patch antenna array; an auxiliary antenna (214, 502) positioned relative to the multiple patch antenna array; wherein the auxiliary antenna (214, 502) comprises a monopole antenna and wherein the monopole antenna is positioned between the multiple patch antenna array (206, 504) and the interfering antenna about one wavelength from a center (215, 510) of the multiple patch antenna array, and a device (216, 701) to generate a spatial null (218, 402) in a direction to the interfering antenna from the multiple patch antenna array in response to a first signal from the auxiliary antenna and a second signal from the multiple patch antenna array, the first signal and the second signal being generated in response to radiated electromagnetic fields from the interfering antenna being received by the auxiliary antenna and the multiple patch antenna array, wherein the spatial null permits simultaneous operation of the multiple patch antenna array and the interfering antenna.
A call session control server for providing a multi-identity, ID, service within a communication network, the call session control server comprising a processor which is configured to: receive an originating request message from a user terminal, the originating request message comprising a destination public user ID, <B>, and a selected originating public user ID, <V2>,; retrieve, from a registration server, registration data associated with a native public user ID of the user terminal; the registration data comprising multiple public user IDs associated with the user terminal, wherein the registration data comprises a plurality of implicit registration sets, wherein at least one public user ID of the registration data is associated to at least two different implicit registration sets; validate the selected originating public user ID, <V2>, against the registration data; and transmit the originating request message to the communication network if the selected originating public user ID, <V2>, is validated, wherein the registration data comprises an implicit registration set (30, 31, 32, 33) associated with the user terminal, wherein the implicit registration set (30, 31, 32, 33) comprises at least one native public user ID, <L1>, of the user terminal and at least one virtual public user ID, <V2>, of the user terminal, wherein the at least one native public user ID, <L1>, of the user terminal belongs to a contract of the user and the at least one virtual public user ID, <V2>, of the user terminal belongs to a different contract. receive an originating request message from a user terminal, the originating request message comprising a destination public user ID, <B>, and a selected originating public user ID, <V2>,; retrieve, from a registration server, registration data associated with a native public user ID of the user terminal; the registration data comprising multiple public user IDs associated with the user terminal, wherein the registration data comprises a plurality of implicit registration sets, wherein at least one public user ID of the registration data is associated to at least two different implicit registration sets; validate the selected originating public user ID, <V2>, against the registration data; and transmit the originating request message to the communication network if the selected originating public user ID, <V2>, is validated, wherein the registration data comprises an implicit registration set (30, 31, 32, 33) associated with the user terminal, wherein the implicit registration set (30, 31, 32, 33) comprises at least one native public user ID, <L1>, of the user terminal and at least one virtual public user ID, <V2>, of the user terminal, wherein the at least one native public user ID, <L1>, of the user terminal belongs to a contract of the user and the at least one virtual public user ID, <V2>, of the user terminal belongs to a different contract.