mhurhangee/ep-ind-claims huggingface dataset:
A method for managing a radio telecommunications network, comprising: serving, by a serving gateway support node, a plurality of radio network controllers RNCs with said serving gateway support node having a given configuration, each RNC controlling one or more base transceiver stations; detecting by the serving gateway support node an added RNC that is connected to the radio telecommunications network; detecting by the serving gateway support node the number of base transceiver stations controlled by the added RNC; if said number equals a predetermined limit, verifying by the serving gateway support node whether the added RNC can be served in the given configuration, depending on the data transmission capabilities of the added RNC, and: if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node. serving, by a serving gateway support node, a plurality of radio network controllers RNCs with said serving gateway support node having a given configuration, each RNC controlling one or more base transceiver stations; detecting by the serving gateway support node an added RNC that is connected to the radio telecommunications network; detecting by the serving gateway support node the number of base transceiver stations controlled by the added RNC; if said number equals a predetermined limit, verifying by the serving gateway support node whether the added RNC can be served in the given configuration, depending on the data transmission capabilities of the added RNC, and: if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node. if yes, connecting by the serving gateway support node the added RNC with the serving gateway support node and correspondingly modifying the given configuration; and if no, refusing to connect by the serving gateway support node the added RNC with the serving gateway support node.
A system adapted to recognize Arabic text comprising: a word subgroup component - adapted to recognize, constrained by a PAW to word lexicon, word subgroups (202, 204, 206, 208) that are predefined as a group of linked letters based on joining rules of a language associated with the text, the joining rules defining a Part of an Arabic Word, PAW, and - adapted to label detected connected word subgroups based on relative horizontal overlaps between the detected word subgroups, and - adapted to extract features from the text to recognize predefined word subgroups utilizing - a first classifier wherein the text is scaled to a fixed size grid while maintaining an aspect ratio of the text, and - a second classifier based on directional codes of the connected letters associated with the word subgroups, and an individual letters component adapted to recognize, constrained by a letter to PAW lexicon, constituent letters that form the word subgroups (202, 204, 206, 208), the word subgroup component and the individual letters component adapted to recognize the word subgroups and the constituent letters simultaneously. a word subgroup component - adapted to recognize, constrained by a PAW to word lexicon, word subgroups (202, 204, 206, 208) that are predefined as a group of linked letters based on joining rules of a language associated with the text, the joining rules defining a Part of an Arabic Word, PAW, and - adapted to label detected connected word subgroups based on relative horizontal overlaps between the detected word subgroups, and - adapted to extract features from the text to recognize predefined word subgroups utilizing - a first classifier wherein the text is scaled to a fixed size grid while maintaining an aspect ratio of the text, and - a second classifier based on directional codes of the connected letters associated with the word subgroups, and - adapted to recognize, constrained by a PAW to word lexicon, word subgroups (202, 204, 206, 208) that are predefined as a group of linked letters based on joining rules of a language associated with the text, the joining rules defining a Part of an Arabic Word, PAW, and - adapted to label detected connected word subgroups based on relative horizontal overlaps between the detected word subgroups, and - adapted to extract features from the text to recognize predefined word subgroups utilizing - a first classifier wherein the text is scaled to a fixed size grid while maintaining an aspect ratio of the text, and - a second classifier based on directional codes of the connected letters associated with the word subgroups, and - a first classifier wherein the text is scaled to a fixed size grid while maintaining an aspect ratio of the text, and - a second classifier based on directional codes of the connected letters associated with the word subgroups, and an individual letters component adapted to recognize, constrained by a letter to PAW lexicon, constituent letters that form the word subgroups (202, 204, 206, 208), the word subgroup component and the individual letters component adapted to recognize the word subgroups and the constituent letters simultaneously.
A cabinet for electronic components, the cabinet comprising an outer wall, a closure, and an attachment structure, the outer wall encapsulating an internal space and forming an opening, the closure being attached to the outer wall by the attachment structure, and the attachment structure allowing movement of the closure relative to the outer wall between an open position where the opening is uncovered and a closed position where the opening is covered by the closure, wherein the cabinet further comprises a magnet structure comprising at least one magnet arranged to hold the closure in the closed position and to release the closure in response to a pressure in the internal space, comprising an inner lining arranged directly adjacent the closure and forming a mesh, characterized in that the inner lining is attached to the outer wall and the mesh is between the opening and the closure, when the closure is in the closed position.
Minimum waste concrete pump valve comprising a hermetic valve container structure flooded with water, equipped with a cover screwed to the structure and having a upper opening and vent points, on the rear face having a discharge tube and on the front side a first pump tube and a second pump tube, said structure being provided in the inner portion with an inlet conduit interconnected to a discharge conduit, each conduit being provided with a first wear plate and a second wear plate; the inlet conduit is provided with a front plate with front plate projections at its ends and by two side openings at the ends connected to each other through a tube, said front plate having a central opening provided with a central opening projection allowing the connection of the discharge conduit; the discharge conduit has a tapered body provided in its front portion with an opening of circular shape and in the rear portion with an opening of oblong shape, said opening of circular shape fitting together with the central opening projection of the central opening; the inlet conduit has a first cylindrical nozzle, arranged on both sides, which telescopically connects to the second cylindrical nozzle of the discharge conduit through a spring which holds the first wear plate and the second wear plate pressed against the walls of the structure; the valve structure has in its front portion protrusions arranged in the upper and lower portions for arrangement and housing of switch cylinders which are fixed and positioned in the internal portion of the structure through fixing points for connection with the hydraulic flow, said double action with double through-rod switch cylinders, are provided with rods connected at their ends with the front plate projections and sleeve provided with sleeve projections fixed along with fixing points of the structure and connected to the hydraulic flow to promote the linear movement of the rods and the inlet conduit and discharge conduit.
An apparatus for processing medical information data streams broadcast by at least one associated physiological sensor, the apparatus comprising: a first hub including a first radio configured to receive an individual medical information data stream broadcast by the at least one associated sensor at a data stream carrier frequency and to transmit a non-electrical signal carrying the individual medical information data stream; a second hub including a second radio; and a non-electrical communication link between the first hub and the second hub via which the non-electrical signal carrying the individual medical information data stream is communicated from the first radio to the second radio; the second radio being configured to receive the non-electrical signal carrying the medical information data stream from the first radio and re-broadcast the medical information data stream at the data stream carrier frequency with a defined time lag respective to the broadcast by the at least one associated sensor such that the individual medical information data stream broadcast by the at least one sensor and the re-broadcast can be distinguished; wherein the non-electrical communication link is a fiber optic cable. a first hub including a first radio configured to receive an individual medical information data stream broadcast by the at least one associated sensor at a data stream carrier frequency and to transmit a non-electrical signal carrying the individual medical information data stream; a second hub including a second radio; and a non-electrical communication link between the first hub and the second hub via which the non-electrical signal carrying the individual medical information data stream is communicated from the first radio to the second radio; the second radio being configured to receive the non-electrical signal carrying the medical information data stream from the first radio and re-broadcast the medical information data stream at the data stream carrier frequency with a defined time lag respective to the broadcast by the at least one associated sensor such that the individual medical information data stream broadcast by the at least one sensor and the re-broadcast can be distinguished; wherein the non-electrical communication link is a fiber optic cable.
A method of wireless communication, comprising: establishing a backhaul link between a relay and a donor base station; providing from the relay to a UE information relating to a characteristic of the backhaul link, wherein the information relating to the characteristic of the backhaul link comprises at least a bias representing an offset to be applied to a measurement of an access link between the UE and at least one of the relay, the donor base station, or a second base station other than the donor base station and wherein the bias is adapted to be utilized by the UE when the UE considers whether to provide an event report based on a measurement of a relay access link between the relay and the UE; receiving an event report; and determining whether to perform handoff of the UE based at least in part on the event report. establishing a backhaul link between a relay and a donor base station; providing from the relay to a UE information relating to a characteristic of the backhaul link, wherein the information relating to the characteristic of the backhaul link comprises at least a bias representing an offset to be applied to a measurement of an access link between the UE and at least one of the relay, the donor base station, or a second base station other than the donor base station and wherein the bias is adapted to be utilized by the UE when the UE considers whether to provide an event report based on a measurement of a relay access link between the relay and the UE; receiving an event report; and determining whether to perform handoff of the UE based at least in part on the event report.
An electronic health system for determining effectiveness of an administered drug using auscultation analysis, said electronic health system comprising: electronic stethoscope means for conducting auscultations on a group of animals; and processing means configured to record and analyse auscultated sounds to generate lung scores corresponding to a range of health conditions, each auscultation conducted generating a lung score indicating a category of a categorized health condition for each animal at the time of auscultation; said processing means being further configured to: record a type of drug administered to the group of animals; record fatalities for the group of animals over a designated time period: and characterized in that said processing means is further configured to: determine whether there is a difference in case fatality rates for different lung scores; and determine effectiveness of the drug based on recognizable differences between the case fatality rates for different lung scores. electronic stethoscope means for conducting auscultations on a group of animals; and processing means configured to record and analyse auscultated sounds to generate lung scores corresponding to a range of health conditions, each auscultation conducted generating a lung score indicating a category of a categorized health condition for each animal at the time of auscultation; said processing means being further configured to: record a type of drug administered to the group of animals; record fatalities for the group of animals over a designated time period: and characterized in that said processing means is further configured to: determine whether there is a difference in case fatality rates for different lung scores; and determine effectiveness of the drug based on recognizable differences between the case fatality rates for different lung scores. record a type of drug administered to the group of animals; record fatalities for the group of animals over a designated time period: and characterized in that said processing means is further configured to: determine whether there is a difference in case fatality rates for different lung scores; and determine effectiveness of the drug based on recognizable differences between the case fatality rates for different lung scores. determine whether there is a difference in case fatality rates for different lung scores; and determine effectiveness of the drug based on recognizable differences between the case fatality rates for different lung scores.
A particulate curing component for a thermosetting resin, the particulate curing component comprising particles of a solid epoxy resin that is solid at 20°C and melts or becomes sufficiently permeable to allow the curative to diffuse at a temperature of from 30°C to 150°C; wherein a curative for the thermosetting resin is dispersed within the particles of solid resin and the curative is a 2,4 toluene bis dimethyl urea or 2,6 toluene bis dimethyl urea; and further wherein the particles of solid resin have a D 90 of 100μm and a D 10 of 2μm.
A bearing component, composed of steel which consists of carbon not less than 0.95 mass % and not more than 1.1 mass %, silicon less than 0.3 mass %, manganese less than 0.5 mass %, sulfur less than 0.008 mass %, and chromium not less than 1.4 mass % and less than 1.6 mass %, and remainder iron and an impurity and having a carbonitrided layer formed at a surface portion including a contact surface which is a surface in contact with other components, an average concentration of nitrogen in said surface portion being not lower than 0.3 mass % and not higher than 0.6 mass %, a variation in nitrogen concentration in said surface portion being not higher than 0.1 mass %, the bearing component having an annular shape, the average concentration of nitrogen being an average value of measurement values of nitrogen concentration measured at 6 measurement points, the measurement points being displaced along a circumferential direction of the bearing component on the contact surface by 30° each, the variation in nitrogen concentration being a largest value of differences between the average concentration of nitrogen and the measurement values of nitrogen concentration measured at the measurement points, in an approximation curve of the nitrogen concentration in a direction of thickness of the bearing component, an inclination of the nitrogen concentration in the direction of thickness of the bearing component is not less than -15(1/m), the inclination of the nitrogen concentration being calculated at two depths where the nitrogen concentration is 0.3 mass % and 0.1 mass %, and an average amount of retained austenite at a position at a depth of 0.05 mm from said contact surface being not lower than 25 volume % and not higher than 35 volume %, and variation in amount of retained austenite at the position at the depth of 0.05 mm from said contact surface being not higher than 3 volume %.
A sewing management system comprising: a sewing device that transmits production management information including identification information of an operator (OP; OP1; OP2; OP3) and operation information of a device main body; and a management device that manages the production management information for each process of a product sewn in a sewing line or for each process of a component that configures the product, wherein the management device estimates a sewing skill of the operator (OP; OP1; OP2; OP3) based on the production management information, characterized in that the sewing management system further comprising: a terminal (10; 30; 40; 50; 60; 70) that detects physical condition management information of the operator (OP; OP1; OP2; OP3); wherein the management device manages the physical condition management information for each operator (OP; OP1; OP2; OP3), and estimates production capacity of the operator (OP; OP1; OP2; OP3) based on the sewing skill and the physical condition management information. a sewing device that transmits production management information including identification information of an operator (OP; OP1; OP2; OP3) and operation information of a device main body; and a management device that manages the production management information for each process of a product sewn in a sewing line or for each process of a component that configures the product, wherein the management device estimates a sewing skill of the operator (OP; OP1; OP2; OP3) based on the production management information, characterized in that the sewing management system further comprising: a terminal (10; 30; 40; 50; 60; 70) that detects physical condition management information of the operator (OP; OP1; OP2; OP3); wherein the management device manages the physical condition management information for each operator (OP; OP1; OP2; OP3), and estimates production capacity of the operator (OP; OP1; OP2; OP3) based on the sewing skill and the physical condition management information. a terminal (10; 30; 40; 50; 60; 70) that detects physical condition management information of the operator (OP; OP1; OP2; OP3); wherein the management device manages the physical condition management information for each operator (OP; OP1; OP2; OP3), and estimates production capacity of the operator (OP; OP1; OP2; OP3) based on the sewing skill and the physical condition management information.
A method for reducing standby power in a power converter, said method comprising the steps of: providing a primary-side start-up controller (206; 306) and a secondary-side controller (218; 318) in a power converter; controlling a power switch coupled to a transformer in the power converter with the start-up controller (206; 306) until a secondary-side voltage from the transformer reaches a desired value then controlling the power switch by sending a pulse width modulation signal from the secondary-side controller (218; 318) to the start-up controller (206; 306); characterized by sending a disable signal from the secondary-side controller (218; 318) to the start-up controller (206; 306) to inhibit a turning on of the power switch and enter into a standby mode; and sending an enable signal from the secondary-side controller (218; 318) to the start-up controller (206; 306) to enable operation of the power switch and return to an operating mode; wherein, when the secondary-side voltage from the transformer reaches a desired value, the PWM signal from the secondary-side controller (218; 318) is fed through a switch to the power switch to control the power switch, and wherein the disable signal comprises a first coded signal and the enable signal comprises a second coded signal and wherein the first and second coded signals are decoded with decoding circuits (270; 356) in the primary-side start-up controller (206; 306) and wherein enabling and disabling driving the power switch is latched within the primary-side start-up controller (206; 306). providing a primary-side start-up controller (206; 306) and a secondary-side controller (218; 318) in a power converter; controlling a power switch coupled to a transformer in the power converter with the start-up controller (206; 306) until a secondary-side voltage from the transformer reaches a desired value then controlling the power switch by sending a pulse width modulation signal from the secondary-side controller (218; 318) to the start-up controller (206; 306); characterized by sending a disable signal from the secondary-side controller (218; 318) to the start-up controller (206; 306) to inhibit a turning on of the power switch and enter into a standby mode; and sending an enable signal from the secondary-side controller (218; 318) to the start-up controller (206; 306) to enable operation of the power switch and return to an operating mode; wherein, when the secondary-side voltage from the transformer reaches a desired value, the PWM signal from the secondary-side controller (218; 318) is fed through a switch to the power switch to control the power switch, and wherein the disable signal comprises a first coded signal and the enable signal comprises a second coded signal and wherein the first and second coded signals are decoded with decoding circuits (270; 356) in the primary-side start-up controller (206; 306) and wherein enabling and disabling driving the power switch is latched within the primary-side start-up controller (206; 306).
An energy storage system comprising: a host; energy storage modules; a plurality of nodes, each implemented at a corresponding one of the energy storage modules and configured to monitor and control that energy storage module; a communication and data transmission medium forming a loop from a first portion of the host and sequentially through the nodes to a second portion of the host; and in each of the nodes, first and second devices configured to perform at least partially redundant communication and data transmission functions using the communication and data transmission medium; wherein the communication and data transmission medium and each of the nodes are connected to each other by transformer coupling and passive frequency division multiplexing. a host; energy storage modules; a plurality of nodes, each implemented at a corresponding one of the energy storage modules and configured to monitor and control that energy storage module; a communication and data transmission medium forming a loop from a first portion of the host and sequentially through the nodes to a second portion of the host; and in each of the nodes, first and second devices configured to perform at least partially redundant communication and data transmission functions using the communication and data transmission medium; wherein the communication and data transmission medium and each of the nodes are connected to each other by transformer coupling and passive frequency division multiplexing.