mhurhangee/ep-ind-claims huggingface dataset:
A secure client for use in association with a user device, comprising: a power module for powering the secure client independent of a power state of the user device; a communication module for receiving a wake-up message adapted for triggering the secure client to switch from an inactive state to an active state wherein said secure client is adapted to be inserted within a slot of said user device and to switch from said inactive state to said active state without changing the power state of the user device, wherein the communication module is further adapted, independent of the power state of the user device, for initiating a secure connection with a secure gateway of a private network in response to receiving the wake-up message, and for requesting and receiving a message from a messaging application using the secure connection; and wherein said secure client further comprises: a storage module for storing the received message; an alert module for activating an alert and an alert device for presenting the activated alert at the secure client to the user to indicate that the message is available, and an interface module for interfacing the secure client with the user device and providing the received message to the user device in response to the power state of the user device switching from an inactive power state to an active power state. a power module for powering the secure client independent of a power state of the user device; a communication module for receiving a wake-up message adapted for triggering the secure client to switch from an inactive state to an active state wherein said secure client is adapted to be inserted within a slot of said user device and to switch from said inactive state to said active state without changing the power state of the user device, wherein the communication module is further adapted, independent of the power state of the user device, for initiating a secure connection with a secure gateway of a private network in response to receiving the wake-up message, and for requesting and receiving a message from a messaging application using the secure connection; a storage module for storing the received message; an alert module for activating an alert and an alert device for presenting the activated alert at the secure client to the user to indicate that the message is available, and an interface module for interfacing the secure client with the user device and providing the received message to the user device in response to the power state of the user device switching from an inactive power state to an active power state.
A method of performing a self-test associated with a magnetic field sensor (14, 40, 100, 122, 140, 160, 200, 260, 340), comprising: generating a proximity signal (60, 164a, 346a, 702) responsive to a proximity of a sensed object; generating a threshold signal (170b, 750) proportional to peak values of the proximity signal; identifying a plurality of peak values representative of peaks of the proximity signal; identifying a plurality of threshold values (490, 492, 494, 496, 804a, 804b, 806a, 806b) of the threshold signal; generating one or more difference values (808, 810) by differencing the identified peak values and associated identified threshold values; categorizing the one or more difference values into a plurality of potential categories (486, 498, 830, 838, 858), wherein the plurality of potential categories is representative of a plurality of self-test states of the proximity signal, characterised in that at least one of the plurality of potential categories is representative of a respective passing self-test and wherein another at least one of the plurality of potential categories is representative of a respective marginally passing self-test, wherein the marginally passing self-test is indicative of a respective one of the plurality of peak values being within a minimum acceptable margin (822, 824) above or below at least one of the plurality of threshold values; and communicating at least one of the plurality of category values indicative of at least one of the plurality of potential categories into which at least one of the one or more difference values was categorized. generating a proximity signal (60, 164a, 346a, 702) responsive to a proximity of a sensed object; generating a threshold signal (170b, 750) proportional to peak values of the proximity signal; identifying a plurality of peak values representative of peaks of the proximity signal; identifying a plurality of threshold values (490, 492, 494, 496, 804a, 804b, 806a, 806b) of the threshold signal; generating one or more difference values (808, 810) by differencing the identified peak values and associated identified threshold values; categorizing the one or more difference values into a plurality of potential categories (486, 498, 830, 838, 858), wherein the plurality of potential categories is representative of a plurality of self-test states of the proximity signal, characterised in that at least one of the plurality of potential categories is representative of a respective passing self-test and wherein another at least one of the plurality of potential categories is representative of a respective marginally passing self-test, wherein the marginally passing self-test is indicative of a respective one of the plurality of peak values being within a minimum acceptable margin (822, 824) above or below at least one of the plurality of threshold values; and communicating at least one of the plurality of category values indicative of at least one of the plurality of potential categories into which at least one of the one or more difference values was categorized.
An automated supply chain for end to end tracking of eaches, comprising: one or more distribution centers for receiving eaches from a manufacturer and delivering the eaches to a market; one or more of pallets, cases and totes for transporting the eaches, the one or more pallets, cases and totes comprising tracking systems; a plurality of robots at the one or more distribution centers for sorting eaches for shipment between the one or more distribution centers and the market; and a unified commerce engine comprising at least one processor and at least one non-transitory memory including computer program code, the unified commerce engine configured to receive and store identification information from the tracking systems, the UCE tracking locations of eaches within the pallets, cases and totes in each of the one or more distribution centers from receipt from the manufacturer to delivery to the market using the identification information. one or more distribution centers for receiving eaches from a manufacturer and delivering the eaches to a market; one or more of pallets, cases and totes for transporting the eaches, the one or more pallets, cases and totes comprising tracking systems; a plurality of robots at the one or more distribution centers for sorting eaches for shipment between the one or more distribution centers and the market; and a unified commerce engine comprising at least one processor and at least one non-transitory memory including computer program code, the unified commerce engine configured to receive and store identification information from the tracking systems, the UCE tracking locations of eaches within the pallets, cases and totes in each of the one or more distribution centers from receipt from the manufacturer to delivery to the market using the identification information.
Heating device, in particular an oven, with a housing surrounding a heatable interior, wherein the interior is bounded by a rear wall at the rear and at the front by a door which, in a closed position, closes a housing opening permitting access to the interior, wherein there is accommodated in the housing at least one shelf for material to be heated, removable from the housing after opening of the door, with a guiding device for guiding a shelf in a housing, with at least two guide units (23a, 23b), each attached to the housing on one side with lateral clearance from one another and on the other side connected to the shelf, and which guide the shelf by means of a traversing movement between a pushed-in operating position and a pulled-out position, at least partly withdrawn from the housing, wherein there is provided a synchronisation device for synchronising the movement of the guide units (23a, 23b) in the traversing movement of the shelf connected to the guide units (23a, 23b), wherein the guide units (23a, 23b) are fastened by mounting means to a rear wall of the housing, and wherein the guide units (23a, 23b) each have a guide linkage, 26b) comprised of several guiding arms and movable in the manner of an accordion and at the same time guiding the shelf between the operating and the pulled-out position, wherein the synchronisation device has synchronisation means through which the guide units (23a, 23b) are positively coupled to one another, characterised in that the guiding arms are in the form of swivel arms (27a, 27b) able to pivot around body-side and/or shelf-side pivot axes (29, 30), wherein the synchronisation means are provided on the one hand on the shelf-side swivel arm of the one guide unit and on the other hand on the shelf-side swivel arm of the other guide unit, and wherein the synchronisation means are in the form of toothed segments (54b, 55b), so mounted on the shelf-side swivel arms (27b, 28b) of the guide units (26a, 26b) that they are in meshing engagement with one another.
A viewing angle controlling film comprising; a first area with a first light transmissivity; a second area including a first light-transmittance conversion portion (120, 121) configured to decrease its transmissivity when exposed to light of a first wavelength range, characterised by a third area adjoining and vertically overlapping the second area and laterally adjoining the first area, wherein the third area comprises one of: an opaque area having a light-shielding portion; or a second light-transmittance conversion portion configured to decrease its transmissivity when exposed to light of a second wavelength range, the second wavelength range being different to the first wavelength range; or a second light-transmittance conversion portion configured to decrease its transmissivity when exposed to light of the first wavelength range, each of the first light-transmittance conversion portion and the second light-transmittance conversion portion includes a photo-reactive transmittance conversion material, the transmissivity of which is reversibly changed by being reacted with light of the first wavelength range, and a content of the photo-reactive transmittance conversion material contained in the first light-transmittance conversion portion is different from a content of the photo-reactive transmittance conversion material contained in the second light-transmittance conversion portion. an opaque area having a light-shielding portion; or a second light-transmittance conversion portion configured to decrease its transmissivity when exposed to light of a second wavelength range, the second wavelength range being different to the first wavelength range; or a second light-transmittance conversion portion configured to decrease its transmissivity when exposed to light of the first wavelength range, each of the first light-transmittance conversion portion and the second light-transmittance conversion portion includes a photo-reactive transmittance conversion material, the transmissivity of which is reversibly changed by being reacted with light of the first wavelength range, and a content of the photo-reactive transmittance conversion material contained in the first light-transmittance conversion portion is different from a content of the photo-reactive transmittance conversion material contained in the second light-transmittance conversion portion.
A hydropower plant including at least one water turbine arranged for a rotation in the range of 0.5 - 50 rpm submerged in a water current and a grating located adjacent the water turbine, wherein the axis of the water turbine is mainly perpendicular to the water current, thereby defining a first half of the water turbine that rotates with the water and a second half that rotates against the water, and wherein the grating is adapted to prevent objects, such as dead animals, plants, wastes etc. flowing in the water from reaching the turbine, and the grating is arranged to guide the flow in the water current such that the velocity of the water between the grating and the water turbine becomes non-uniform, such that the mean velocity (V 1) of the water reaching the first half is larger than the mean velocity (V 2) of the water reaching the second half, and such that the velocity profile of the water reaching the water turbine has a maximum in the water reaching the laterally outmost part of said first half and a minimum in the water reaching the laterally outmost part of said second half.
Connection device for plastic pipe elements, comprising: - at least one pipe element having at least one end, and - at least one plastic connection element which is connected to an outer surface of said at least one pipe element through said at least one end, - where said at least one end of the pipe element comprises a resistance wire wound on the outer surface of the pipe element itself, characterized in that said resistance wire is wound between the end itself of the pipe element and a specific distance according to a direction parallel to a generatrix of the pipe element, the device comprising at least one clamp externally fixed to the pipe element and located on the resistance wire or right after said resistance wire. - at least one pipe element having at least one end, and - at least one plastic connection element which is connected to an outer surface of said at least one pipe element through said at least one end, - where said at least one end of the pipe element comprises a resistance wire wound on the outer surface of the pipe element itself,
A method for orchestrating the distributed completion of a common task in a communication network, wherein the completion of said common task relies on privacy sensitive data of a user, wherein a plurality of nodes (N1, N2,...) in said network contribute to the completion of said common task by completing a set of sub-tasks (T1, T2,...) thereof, and wherein the completion of each sub-task requires a subset (140, 140,...) of the privacy sensitive data initially held by an orchestration node (100, 200), the method comprising the following steps for each sub-task: a) at the orchestration node (100, 200), using selection means, selecting a node for completing a set of sub-tasks (T2, T2,...), from a set of candidate nodes (110, 210); b) using data transmission means, instructing the selected node to complete said set of sub-tasks (T1, T2,...) and transmitting only the subset of data (140, 140,...) required to complete said sub-task to the selected node. a) at the orchestration node (100, 200), using selection means, selecting a node for completing a set of sub-tasks (T2, T2,...), from a set of candidate nodes (110, 210); b) using data transmission means, instructing the selected node to complete said set of sub-tasks (T1, T2,...) and transmitting only the subset of data (140, 140,...) required to complete said sub-task to the selected node.
Coating composition comprising: (a) a colloidal suspension of zirconia nano-particles comprising mainly single monoclinic rod-like crystallites, which particles represent from 10 to 85 dry wt. % of the dry weight of the composition, (b) at least one epoxysilane hydrolyzate, (c) optionally, at least one alkoxysilane which does not contain any reactive functional group, and (d) a curing catalyst, wherein the composition does not contain any other metal oxide than zirconia.
A computer-implemented information process method, characterized in, comprising: obtaining a first number and a confliction probability, the first number representing a number of mobile terminals pre-configured with virtual SIM data, whereby a mobile terminal uses the pre-configured virtual SIM data for connection with a mobile communication network when the mobile terminal is in a network unavailable status abroad, the confliction probability representing a probability that a plurality of mobile terminals from the first number of mobile terminals pre-configured with identical virtual SIM data connect with a network at a same time point; obtaining a first departure ratio based on historical data, wherein the first departure ratio is a statistical percentage indicating a ratio of the number of mobile terminals going abroad within a specific time period to the first number of mobile terminals; and determining an amount of the virtual SIM data for pre-configuration of the mobile terminals based on the first number, the confliction probability and the first departure ratio. obtaining a first number and a confliction probability, the first number representing a number of mobile terminals pre-configured with virtual SIM data, whereby a mobile terminal uses the pre-configured virtual SIM data for connection with a mobile communication network when the mobile terminal is in a network unavailable status abroad, the confliction probability representing a probability that a plurality of mobile terminals from the first number of mobile terminals pre-configured with identical virtual SIM data connect with a network at a same time point; obtaining a first departure ratio based on historical data, wherein the first departure ratio is a statistical percentage indicating a ratio of the number of mobile terminals going abroad within a specific time period to the first number of mobile terminals; and determining an amount of the virtual SIM data for pre-configuration of the mobile terminals based on the first number, the confliction probability and the first departure ratio.
Concrete safety barrier for a vehicle restraint system, wherein the concrete safety barrier comprises a deflector profile, in particular a New Jersey profile or a step profile, in order to guide oncoming vehicles in a longitudinal direction of the concrete safety barrier, characterized in that the concrete safety barrier is formed in a first region from fibrous concrete, and in a second region from a non-fibrous concrete, and in that the first region is arranged at least in part in a head region which is arranged on an upper side of the concrete safety barrier facing away from the bearing surface.
Method for heat treating a steel component (28, 36), wherein the steel component (28, 36) comprises steel with a carbon content of 0.6 to 1.20 weight %, the method comprising the steps of: a) carbonitriding the steel component (28, 36), b) cooling the steel component (28, 36), c) re-heating the steel component (28, 36), d) quenching the steel component (28, 36), and e) performing a bainite transformation at a temperature above the martensite formation temperature, transforming 25-99% of the austenite into bainite at that temperature and then increasing the temperature to speed up the transformation of the remaining austenite into bainite, and wherein the carbonitriding is performed at a temperature of 930-970 °C for 5-10 h and wherein the re-heating is performed to a temperature of 780-820 °C. a) carbonitriding the steel component (28, 36), b) cooling the steel component (28, 36), c) re-heating the steel component (28, 36), d) quenching the steel component (28, 36), and e) performing a bainite transformation at a temperature above the martensite formation temperature, transforming 25-99% of the austenite into bainite at that temperature and then increasing the temperature to speed up the transformation of the remaining austenite into bainite, and wherein the carbonitriding is performed at a temperature of 930-970 °C for 5-10 h and wherein the re-heating is performed to a temperature of 780-820 °C.
A torch cutting machine (10, 110) comprising: a longitudinal travel way; a main carriage adapted to travel along the travel way; a boom assembly (20, 120) extending laterally from the main carriage in a direction perpendicular to the longitudinal travel way, the boom assembly comprising a main boom, wherein the boom assembly is rotatable with respect to the main carriage, and being characterised in that a torch boom extending perpendicular to the main boom, wherein a plurality of torches extend from the torch boom and placement of the plurality of torches along the torch boom is adjustable. a longitudinal travel way; a main carriage adapted to travel along the travel way; a boom assembly (20, 120) extending laterally from the main carriage in a direction perpendicular to the longitudinal travel way, the boom assembly comprising a main boom, wherein the boom assembly is rotatable with respect to the main carriage, and being characterised in that a torch boom extending perpendicular to the main boom, wherein a plurality of torches extend from the torch boom and placement of the plurality of torches along the torch boom is adjustable.
A control device for a power generation system that includes a steam turbine that is driven by steam generated by exhaust gas, a governor valve that controls the flow rate of steam that is introduced to the steam turbine, and a generator that is connected to the steam turbine, and performs a pressure-changing operation for changing the pressure of the steam that is introduced to the steam turbine, the control device for a power generation system comprising: calculation means for calculating an actual available power value obtained from the steam turbine on the basis of a difference between a target opening degree of the governor valve and an actual opening degree of the governor valve; and control means for controlling an opening degree of the governor valve on the basis of the available power value calculated by the calculation means, wherein the calculation means calculates a smaller value among a first available power value based on the difference between the target opening degree of the governor valve and the actual opening degree of the governor valve and a second available power value based on a difference between a set value of the pressure of the steam that is introduced to the steam turbine and an actual steam pressure, as an actual available power value obtained from the steam turbine. calculation means for calculating an actual available power value obtained from the steam turbine on the basis of a difference between a target opening degree of the governor valve and an actual opening degree of the governor valve; and control means for controlling an opening degree of the governor valve on the basis of the available power value calculated by the calculation means, wherein the calculation means calculates a smaller value among a first available power value based on the difference between the target opening degree of the governor valve and the actual opening degree of the governor valve and a second available power value based on a difference between a set value of the pressure of the steam that is introduced to the steam turbine and an actual steam pressure, as an actual available power value obtained from the steam turbine.