mhurhangee/ep-ind-claims huggingface dataset:
A method for manufacturing electrodes (14, 15) using a three-dimensional substrate comprising innumerable fine hollow protrusions formed on the front and back sides of a metal foil, hereinafter called 3DF, for electrochemical applied products, wherein the tip portion of said innumerable fine hollow protrusions is opened, wherein the method for manufacturing a positive electrode and/or a negative electrode includes a coating process of filling a paste of an active material powder, characterized in that the coating process of the positive electrode and/or the negative electrode has two steps comprising: the first step coating process of filling the paste of said powder inside of the 3DF while removing air inside the three dimensional substrate, wherein the filling of the paste of the active material powder in said first step coating process is due to a method of passing the paste through from one side of the 3DF to the opposite side, and the second step coating process of coating a new paste of said powder on the front and back sides of said electrodes obtained by the first step. the first step coating process of filling the paste of said powder inside of the 3DF while removing air inside the three dimensional substrate, wherein the filling of the paste of the active material powder in said first step coating process is due to a method of passing the paste through from one side of the 3DF to the opposite side, and the second step coating process of coating a new paste of said powder on the front and back sides of said electrodes obtained by the first step.
A method for updating a local gateway address in a mobile relay node handover process in which a mobile relay node supporting a local IP access, LIPA, function is handed over from a source donor NodeB to a destination donor NodeB and a service gateway and a data packet gateway serving for the mobile relay node are repositioned in the destination donor NodeB, comprising: receiving, by the destination donor NodeB, a handover request message from the source donor NodeB, and judging whether the handover request message includes local gateway address assignment information of a local gateway co-located in the mobile relay node; if the handover request message includes the local gateway address assignment information, according to the local gateway address assignment information, judging, by the destination donor NodeB, whether an IP address is required to be assigned for the local gateway co-located in the mobile relay node, and if required, then assigning, by the data packet gateway of the mobile relay node in the destination donor NodeB, an IP address for the local gateway; and sending, by the destination donor NodeB, the IP address assigned for the local gateway to the mobile relay node, and to a service gateway serving for a user equipment, UE, which accesses the mobile relay node. receiving, by the destination donor NodeB, a handover request message from the source donor NodeB, and judging whether the handover request message includes local gateway address assignment information of a local gateway co-located in the mobile relay node; if the handover request message includes the local gateway address assignment information, according to the local gateway address assignment information, judging, by the destination donor NodeB, whether an IP address is required to be assigned for the local gateway co-located in the mobile relay node, and if required, then assigning, by the data packet gateway of the mobile relay node in the destination donor NodeB, an IP address for the local gateway; and sending, by the destination donor NodeB, the IP address assigned for the local gateway to the mobile relay node, and to a service gateway serving for a user equipment, UE, which accesses the mobile relay node.
A data transmission circuit comprising: a plurality of transmission circuits (19a-19n) operative to provide at least redundant control information and non-redundant data across respective channels (20a-20n) and operative to skew the redundant control information in time between the plurality of transmission circuits. a plurality of transmission circuits (19a-19n) operative to provide at least redundant control information and non-redundant data across respective channels (20a-20n) and operative to skew the redundant control information in time between the plurality of transmission circuits.
A system comprising: an array of light emitters arranged single-file along an emitting surface of a transmitting device (100, 500) and configured to emit light in a z-direction normal to the emitting surface, the array of light emitters aligned along a y-direction normal to the z-direction; a lens assembly (200, 505) optically coupled to the array of light emitters, the lens assembly (200, 505) comprising at least one cylindrical lens (206, 506) and at least one aspherical lens (204, 504), the lens assembly (200, 505) configured to emit the light in free-space along the z-direction and having a first focal length in the y-direction and a different, second focal length in an x-direction; an encoder configured to apply a data signal to the array of light emitters, the data signal configured to cause the array of light emitters to illuminate in a pattern that switches at a rate corresponding to a rolling shutter of a receiving sensor array; and characterized by a distance sensor configured to detect at least a z-direction distance between the transmitting device (100, 500) and the receiving sensor array, and wherein the encoder is configured to change a resolution of the pattern in response to the detected z-direction distance. an array of light emitters arranged single-file along an emitting surface of a transmitting device (100, 500) and configured to emit light in a z-direction normal to the emitting surface, the array of light emitters aligned along a y-direction normal to the z-direction; a lens assembly (200, 505) optically coupled to the array of light emitters, the lens assembly (200, 505) comprising at least one cylindrical lens (206, 506) and at least one aspherical lens (204, 504), the lens assembly (200, 505) configured to emit the light in free-space along the z-direction and having a first focal length in the y-direction and a different, second focal length in an x-direction; an encoder configured to apply a data signal to the array of light emitters, the data signal configured to cause the array of light emitters to illuminate in a pattern that switches at a rate corresponding to a rolling shutter of a receiving sensor array; and characterized by a distance sensor configured to detect at least a z-direction distance between the transmitting device (100, 500) and the receiving sensor array, and wherein the encoder is configured to change a resolution of the pattern in response to the detected z-direction distance.
A method comprising: receiving (1225, 1230), by a wireless device and from a computing device, a first beacon frame comprising: a first service set identifier, SSID, associated with a first network, and a first priority parameter indicative of a first priority for the first network; determining (1235, 1240, 1245), if the first priority satisfies a threshold, to connect to the first network; determining (1235, 1240, 1250), if the first priority does not satisfy the threshold, to wait a time period; receiving, by the wireless device and during the time period, a second beacon frame comprising: a second SSID associated with a second network, and a second priority parameter indicative of a second priority for the second network; and determining (1235, 1240, 1245), if the second priority satisfies the threshold, to wirelessly communicate via the second network; or determining, if the second priority does not satisfy the threshold, to wirelessly communicate with the highest priority network of the first network and the second network after the end of the time period. receiving (1225, 1230), by a wireless device and from a computing device, a first beacon frame comprising: a first service set identifier, SSID, associated with a first network, and a first priority parameter indicative of a first priority for the first network; a first service set identifier, SSID, associated with a first network, and a first priority parameter indicative of a first priority for the first network; determining (1235, 1240, 1245), if the first priority satisfies a threshold, to connect to the first network; determining (1235, 1240, 1250), if the first priority does not satisfy the threshold, to wait a time period; receiving, by the wireless device and during the time period, a second beacon frame comprising: a second SSID associated with a second network, and a second priority parameter indicative of a second priority for the second network; and a second SSID associated with a second network, and a second priority parameter indicative of a second priority for the second network; and determining (1235, 1240, 1245), if the second priority satisfies the threshold, to wirelessly communicate via the second network; or determining, if the second priority does not satisfy the threshold, to wirelessly communicate with the highest priority network of the first network and the second network after the end of the time period.
- Diffuser cap for an aerosol actuator comprising a vessel and a valve mounted on the vessel by means of a dome, the diffuser cap being provided with an operating pushbutton of the valve cooperating with an outlet tube from the valve, the pushbutton of the diffuser cap being provided with a channel and an aerosol diffusion outlet, wherein the diffuser cap comprising a base able to snap onto a crimped region of the dome and a protective unit for the pushbutton surrounding said pushbutton, the pushbutton and the protective unit of the pushbutton being mounted in a rotary manner on the base, the diffuser cap comprising means of preventing operation of the pushbutton operated by a relative movement of the protective unit in relation to the base, characterized in that the protective unit and the base comprise first and second snap-on means (25, 26) adapted to cooperate in order to hook the protective unit onto the base, the first means being realized on the base and supported by an inside wall of an annular groove limited by said inside wall and by an outside wall, the second means being realized on an inner face of an annular skirt of the protective unit inserted between the inside wall and the outside wall of the annular groove, the annular groove having a width adapted to resist the unsnapping of the skirt by pulling, and wherein the protective unit forms an overcap which surrounds the pushbutton and is fixed to the base, and which is provided with a flush-fitting profile in a drip molding in the base, said annular skirt being surrounded by said overcap.
A submersible habitat for the repair of subsea cable, the habitat comprising: a cable maintenance environment suitable for receiving a portion of the subsea cable under repair while the subsea cable is submerged; an enclosure at least partially enclosing the cable maintenance environment, wherein the enclosure has pressurisation means operable to create an air pocket within the cable maintenance environment, wherein the enclosure comprises an entrance chamber further comprising a sealable first door or hatch for providing access to the interior of the entrance chamber from external of the submersible habitat, and a sealable second door or hatch for providing access from the entrance chamber to the cable maintenance environment of the enclosure, wherein at least a portion of at least the enclosure of the submersible habitat is formed from a modular construction comprising modular sections joinable to form an enclosure of desired dimensions such that the longitudinal length of the enclosure can be adapted to extend along the direction of the cable; wherein the portion of the subsea cable under repair can be an integral part of the subsea cable when received into the air pocket within the cable maintenance environment, and wherein the entire repair can be carried out within the submersible habitat without the requirement to transport any portion of the subsea cable to the surface, the submersible habitat further comprising raising and/or lowering means (25, 26) Z configured for raising and/or lowering the submersible habitat relative to the subsea cable. a cable maintenance environment suitable for receiving a portion of the subsea cable under repair while the subsea cable is submerged; an enclosure at least partially enclosing the cable maintenance environment, wherein the enclosure has pressurisation means operable to create an air pocket within the cable maintenance environment, wherein the enclosure comprises an entrance chamber further comprising a sealable first door or hatch for providing access to the interior of the entrance chamber from external of the submersible habitat, and a sealable second door or hatch for providing access from the entrance chamber to the cable maintenance environment of the enclosure, wherein at least a portion of at least the enclosure of the submersible habitat is formed from a modular construction comprising modular sections joinable to form an enclosure of desired dimensions such that the longitudinal length of the enclosure can be adapted to extend along the direction of the cable; wherein the portion of the subsea cable under repair can be an integral part of the subsea cable when received into the air pocket within the cable maintenance environment, and wherein the entire repair can be carried out within the submersible habitat without the requirement to transport any portion of the subsea cable to the surface, the submersible habitat further comprising raising and/or lowering means (25, 26) Z configured for raising and/or lowering the submersible habitat relative to the subsea cable.
A valved nasal cannula (10, 10', 10", 10"'), said valved nasal cannula being insertable in a nose of an intended user and usable to selectively restrict a flow of air flowing through said valved nasal cannula, said nose having a nostril defining a nostril inlet and a nostril vestibule extending inwardly into said nose from said nostril inlet, said valved nasal cannula comprising: a cannula body, said cannula body defining a cannula passageway extending therethrough, said cannula passageway defining a passageway longitudinal axis, said cannula body also defining a cannula proximal end and a substantially longitudinally opposed cannula distal end, said cannula body being, at least in part, insertable in said nostril with said cannula proximal end positioned inside said nostril vestibule substantially spaced apart from said nostril inlet and said cannula distal end positioned substantially adjacent said nostril inlet; a valve operatively coupled to said cannula body for selectively restricting said flow of air through said cannula passageway; wherein said valve includes a diaphragm disc made out of a substantially resiliently deformable material; a diaphragm frame extending across said cannula passageway; wherein said diaphragm disc is mounted to said diaphragm frame so as to extend substantially across said cannula passageway; characterized in that said diaphragm frame includes at least one spoke extending substantially diametrically across said cannula passageway; wherein said diaphragm disc exerts a substantially constant backpressure of about 9.8 Pa to about 9800 Pa upon said intended user expiring air from said cannula proximal end towards said cannula distal end for a predetermined range of expiration flow rate. a cannula body, said cannula body defining a cannula passageway extending therethrough, said cannula passageway defining a passageway longitudinal axis, said cannula body also defining a cannula proximal end and a substantially longitudinally opposed cannula distal end, said cannula body being, at least in part, insertable in said nostril with said cannula proximal end positioned inside said nostril vestibule substantially spaced apart from said nostril inlet and said cannula distal end positioned substantially adjacent said nostril inlet; a valve operatively coupled to said cannula body for selectively restricting said flow of air through said cannula passageway; wherein said valve includes a diaphragm disc made out of a substantially resiliently deformable material; a diaphragm frame extending across said cannula passageway; wherein said diaphragm disc is mounted to said diaphragm frame so as to extend substantially across said cannula passageway; characterized in that said diaphragm frame includes at least one spoke extending substantially diametrically across said cannula passageway; wherein said diaphragm disc exerts a substantially constant backpressure of about 9.8 Pa to about 9800 Pa upon said intended user expiring air from said cannula proximal end towards said cannula distal end for a predetermined range of expiration flow rate.
An encryption service system comprising: a. an application programming interface for receiving encryption/decryption requests from one or more calling applications, each request comprising information identifying an encryption/decryption operation to be performed on specified data; and b. a cryptographic server for processing the requests; characterised by: c. a key server operable to receive a key request from the cryptographic server and to reply with an encrypted key; wherein the cryptographic server is operable to receive a pre-fetch request from one of said calling applications through the API and to load a defined set of keys from the key server into a local key store in response thereto. a. an application programming interface for receiving encryption/decryption requests from one or more calling applications, each request comprising information identifying an encryption/decryption operation to be performed on specified data; and b. a cryptographic server for processing the requests; c. a key server operable to receive a key request from the cryptographic server and to reply with an encrypted key; wherein the cryptographic server is operable to receive a pre-fetch request from one of said calling applications through the API and to load a defined set of keys from the key server into a local key store in response thereto.
A method of providing a location of a subscriber terminal connected to an end point in a fixed internet protocol, IP, access network, the method comprising the following steps executed in a Location Information Component, LIC, located in the IP access network in the vicinity of said end point in order to represent a position of any terminal connected to said end point: - receiving broadcast signals from a plurality of base stations in a mobile network, - deriving latest position-related information from the broadcast signals received from the plurality of base stations in the mobile network, wherein the latest position-related information is derived from the broadcast signals received from the plurality of base stations in a mobile network, by measuring the received broadcast signals with respect to a received signal strength, - repeating the receiving and the deriving to periodically update the latest position-related information, - receiving a data stream from said subscriber terminal sent through said end point, - modifying the received data stream by adding said derived latest position-related information to the data stream, and - sending the modified data stream over the IP access network. - receiving broadcast signals from a plurality of base stations in a mobile network, - deriving latest position-related information from the broadcast signals received from the plurality of base stations in the mobile network, wherein the latest position-related information is derived from the broadcast signals received from the plurality of base stations in a mobile network, by measuring the received broadcast signals with respect to a received signal strength, - repeating the receiving and the deriving to periodically update the latest position-related information, - receiving a data stream from said subscriber terminal sent through said end point, - modifying the received data stream by adding said derived latest position-related information to the data stream, and - sending the modified data stream over the IP access network.
Coolant circuit for an internal combustion engine, wherein the coolant can circulate between the internal combustion engine and a heat sink in dependence on a switchable valve, which is closed in the initial state on cold starting of the internal combustion engine, characterised in that in dependence on an exhaust gas mass flow emitted by the internal combustion engine the valve can be switched to an at least partially opened subsequent state, wherein a control device determines an integral of the exhaust gas mass flow as a function of time and on exceeding of the integral threshold value switches the value to the next state.
A fluid dynamic plant for the controlled drive of a ram of a press that comprises: - A pushing piston slidingly received in a sliding seating of a press that is divided by the ram into a stem-side chamber and a push-side chamber; - A first pump of a pressurized fluid which is driven and/or controlled by a first servo-motor that is functionally connected with it; - An accumulator group of said pressurized fluid which is fluid-dynamically connected to said first pump or to said sliding seating alternatively; - A distributor group for alternate fluid-dynamic connection of said first pump to said sliding seating or of said first pump to said accumulator group; - a power generator group interposed between said accumulator group and said push-side chamber, CHARACTERIZED IN THAT a second distributor or pilot to command a cartridge for the interception of said pressurized fluid is interposed between said accumulator group and said power generator group. - A pushing piston slidingly received in a sliding seating of a press that is divided by the ram into a stem-side chamber and a push-side chamber; - A first pump of a pressurized fluid which is driven and/or controlled by a first servo-motor that is functionally connected with it; - An accumulator group of said pressurized fluid which is fluid-dynamically connected to said first pump or to said sliding seating alternatively; - A distributor group for alternate fluid-dynamic connection of said first pump to said sliding seating or of said first pump to said accumulator group; - a power generator group interposed between said accumulator group and said push-side chamber,
Suction/capillary tube construction for a refrigerating device, in particular a domestic refrigerating device, comprising a suction tube and a capillary tube which run in contact with each other, at least sectionally, and are made of two different metals, characterised in that at least one of the tubes is provided with an electrically insulating plastic coat which is applied as a continuous layer on one of the tubes.