mhurhangee/ep-ind-claims huggingface dataset:
Warning system configured for issuing a message relating to an alarming situation, said warning system comprising: - an alarm distribution module configured to generate an alert message relating to said alarming situation and to send said alert message to one or more terminals; and - a context information management system configured to manage context information related to said alarming situation; CHARACTERIZED IN THAT - said alarm distribution module is adapted to generate a sublist of requestable context items related to said alarming situation and to include said sublist of requestable context items in said alert message, said sublist comprising a reference, indicator or short description of said requestable context items but not comprising said requestable context items themselves, said alarm distribution module being adapted to generate said sublist on the basis of one or more of the following: - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - said context information management system is adapted to deliver a context item from among said context information related to said alarming situation only after receiving an explicit request from a terminal from among said terminals. - an alarm distribution module configured to generate an alert message relating to said alarming situation and to send said alert message to one or more terminals; and - a context information management system configured to manage context information related to said alarming situation; CHARACTERIZED IN THAT - said alarm distribution module is adapted to generate a sublist of requestable context items related to said alarming situation and to include said sublist of requestable context items in said alert message, said sublist comprising a reference, indicator or short description of said requestable context items but not comprising said requestable context items themselves, said alarm distribution module being adapted to generate said sublist on the basis of one or more of the following: - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - terminal specifications of the terminal to which said alert message is sent; - user profile specifications of a user of the terminal to which said alert message is sent; and - legal restrictions; and - said context information management system is adapted to deliver a context item from among said context information related to said alarming situation only after receiving an explicit request from a terminal from among said terminals.
A method for wireless communications by user equipment, UE, comprising: identifying a level of coverage enhancement, CE, for the UE to communicate on at least one narrowband region (560, 562) within a wider system bandwidth in which the UE communicates with a base station, BS, wherein the narrowband region (560, 562) only covers less than the total number of resource blocks available in the system bandwidth; and taking one or more actions to alter one or more procedures related to mobility of the UE, based on the level of CE, wherein the one or more actions comprise taking action to cause a radio resource control, RRC, Connection Release timer to be adjusted based on the level of CE. identifying a level of coverage enhancement, CE, for the UE to communicate on at least one narrowband region (560, 562) within a wider system bandwidth in which the UE communicates with a base station, BS, wherein the narrowband region (560, 562) only covers less than the total number of resource blocks available in the system bandwidth; and taking one or more actions to alter one or more procedures related to mobility of the UE, based on the level of CE, wherein the one or more actions comprise taking action to cause a radio resource control, RRC, Connection Release timer to be adjusted based on the level of CE.
A wind power generation system, comprising: blades configured to receive wind to rotate; a nacelle supporting a load from the blades; a tower supporting the nacelle; a hub supporting the blades and configured to be rotated with the blades; a rotary main shaft configured to be rotated with the rotation of the hub; a gearbox connected to the rotary main shaft and configured to increase a speed of the rotation; a generator configured to be driven at the rotation speed increased by the gearbox; and a frame connected to the tower; wherein the rotary main shaft is connected directly to the hub, and the wind power generation system further comprises: a stationary main shaft connected to the frame so as to enclose part of the rotary main shaft; and characterized in that a bearing (13, 10a, 10b) is located between the hub and the stationary main shaft, wherein the rotary main shaft has a flexible portion that allows deformation, the flexible portion being a bell-mouth shaped portion expanding toward a connecting portion to the hub. blades configured to receive wind to rotate; a nacelle supporting a load from the blades; a tower supporting the nacelle; a hub supporting the blades and configured to be rotated with the blades; a rotary main shaft configured to be rotated with the rotation of the hub; a gearbox connected to the rotary main shaft and configured to increase a speed of the rotation; a generator configured to be driven at the rotation speed increased by the gearbox; and a nacelle supporting a load from the blades; a tower supporting the nacelle; a hub supporting the blades and configured to be rotated with the blades; a rotary main shaft configured to be rotated with the rotation of the hub; a gearbox connected to the rotary main shaft and configured to increase a speed of the rotation; a generator configured to be driven at the rotation speed increased by the gearbox; and a frame connected to the tower; wherein the rotary main shaft is connected directly to the hub, and the wind power generation system further comprises: a stationary main shaft connected to the frame so as to enclose part of the rotary main shaft; and characterized in that a bearing (13, 10a, 10b) is located between the hub and the stationary main shaft, the rotary main shaft is connected directly to the hub, and the wind power generation system further comprises: a stationary main shaft connected to the frame so as to enclose part of the rotary main shaft; and characterized in that a bearing (13, 10a, 10b) is located between the hub and the stationary main shaft, a stationary main shaft connected to the frame so as to enclose part of the rotary main shaft; and characterized in that a bearing (13, 10a, 10b) is located between the hub and the stationary main shaft, wherein the rotary main shaft has a flexible portion that allows deformation, the flexible portion being a bell-mouth shaped portion expanding toward a connecting portion to the hub. the rotary main shaft has a flexible portion that allows deformation, the flexible portion being a bell-mouth shaped portion expanding toward a connecting portion to the hub.
A method for producing a laminated film comprising at least two resin films (5, 8) laminated together, which comprises: - a fluorination treatment step comprising bringing fluorine atoms-and oxygen atoms-containing treatment gas into contact with at least a partial region of a surface of one of the two resin films to increase the adhesiveness of the region; and - a bonding step comprising bonding the two resin films together using, as a bonding surface, the surface that has been brought into contact with the treatment gas, wherein the one of the resin films is an ethylene-vinyl acetate copolymer film containing an organic peroxide, and in the bonding step, the other resin film is bonded using no adhesive. - a fluorination treatment step comprising bringing fluorine atoms-and oxygen atoms-containing treatment gas into contact with at least a partial region of a surface of one of the two resin films to increase the adhesiveness of the region; and - a bonding step comprising bonding the two resin films together using, as a bonding surface, the surface that has been brought into contact with the treatment gas,
A game system comprising a game board and at least one game piece, wherein the game piece comprises a motor and a speaker or a light source, wherein the game board is arranged to accommodate the at least one game piece, said game board comprising at least one NFC device and a plurality of NFC antennas which are operatively coupled to said NFC device, and said NFC device is arranged to activate a function of said game piece by establishing NFC with the game piece through one of said antennas, wherein activating the function includes activating the speaker, the light source or the motor included in the game piece, and wherein the NFC device is further arranged to supply power to an NFC tag comprised in said game piece, such that the game piece may use said power to perform said function.
A method for a User Equipment, UE, for reporting power headroom, the method characterised by comprising: - receiving a parameter indicating whether simultaneous transmission of a Physical Uplink Shared Channel, PUSCH and Physical Uplink Control Channel, PUCCH, is possible; - configuring the uplink transmission based on the received parameter; - determining power headroom for transmission on at least a Physical Uplink Control Channel, PUCCH, and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH. - receiving a parameter indicating whether simultaneous transmission of a Physical Uplink Shared Channel, PUSCH and Physical Uplink Control Channel, PUCCH, is possible; - configuring the uplink transmission based on the received parameter; - determining power headroom for transmission on at least a Physical Uplink Control Channel, PUCCH, and - transmitting to a base station at least one power headroom report indicating the power headroom for transmission on at least the PUCCH.
An electromagnetic contactor comprising, accommodated in a case: an electromagnet having a movable core; a movable contact support which moves in parallel with a movement direction of the movable core; and a drive lever which has directivity in assembly in the case, one end portion engaged with the movable core, and a central portion in a longitudinal direction engaged with the movable contact support, the movement of the movable core being transmitted to the movable contact support by the drive lever which is made rotatable about another end portion of the drive lever serving as a rotation shaft, by engagement of the other end portion of the drive lever with an inner wall of a cover attached to the case so as to cover the movable contact support, wherein there is provided a drive lever incorrect assembly detection portion which causes the drive lever to be accommodated such that the cover can be attached to the case in a state where the drive lever is assembled in a correct direction, and causes the other end portion of the drive lever to protrude to a position, of the case, to which the cover is attached such that the cover cannot be attached to the case in a state where the drive lever is assembled in an incorrect direction.
Instrument for simulating multifocal ophthalmic corrections wherein the instrument comprises: two optical channels (C1, C2) that provide different vergences in the optical beams coming from the observed object but project a same observed object with a same magnification, thus producing two projected images, such that each of the two projected images is projected through a corresponding optical channel of the two optical channels (C1, C2), and such that the two projected images are projected with a same size but different focusing status, a Badal system (L11, L12) placed in at least one of the two optical channels (C1, C2) for adding the vergence without changing the magnification, and an output beam splitter which recombines the optical beams corresponding to the two optical channels (C1, C2) into a single one optical beam forming superimposed retinal images of different focusing degree and the same size. two optical channels (C1, C2) that provide different vergences in the optical beams coming from the observed object but project a same observed object with a same magnification, thus producing two projected images, such that each of the two projected images is projected through a corresponding optical channel of the two optical channels (C1, C2), and such that the two projected images are projected with a same size but different focusing status, a Badal system (L11, L12) placed in at least one of the two optical channels (C1, C2) for adding the vergence without changing the magnification, and an output beam splitter which recombines the optical beams corresponding to the two optical channels (C1, C2) into a single one optical beam forming superimposed retinal images of different focusing degree and the same size.
A peripherally-implantable neurostimulation system comprising: a plurality of leads, wherein each of the plurality of leads comprises at least one electrode; an analog-to-digital converter comprising a successive approximation analog-to-digital converter and a switched capacitor amplifier comprising a switched capacitor array having a total capacitance value of C2, wherein the successive approximation analog-to-digital converter and the switched capacitor amplifier share a common differential amplifier, configurable as either an opamp or as a comparator, wherein the differential amplifier can be configured as an opamp such that a virtual ground is established when the switched capacitor amplifier is sampling, and the differential amplifier can be used as a comparator in the successive approximation analog-to-digital converter for the digitization of an analog voltage sampled on one of the at least one electrodes; an input capacitor between the leads and the analog-to-digital converter, the input capacitor having a capacitance value of C1, the input capacitor configured to be charged to the analog voltage sampled on one of the at least one electrodes; and a pulse generator configured to generate one or several electrical pulses, wherein the pulse generator is connected to the leads such that the electrical pulses are transmitted to the at least one electrode. a plurality of leads, wherein each of the plurality of leads comprises at least one electrode; an analog-to-digital converter comprising a successive approximation analog-to-digital converter and a switched capacitor amplifier comprising a switched capacitor array having a total capacitance value of C2, wherein the successive approximation analog-to-digital converter and the switched capacitor amplifier share a common differential amplifier, configurable as either an opamp or as a comparator, wherein the differential amplifier can be configured as an opamp such that a virtual ground is established when the switched capacitor amplifier is sampling, and the differential amplifier can be used as a comparator in the successive approximation analog-to-digital converter for the digitization of an analog voltage sampled on one of the at least one electrodes; an input capacitor between the leads and the analog-to-digital converter, the input capacitor having a capacitance value of C1, the input capacitor configured to be charged to the analog voltage sampled on one of the at least one electrodes; and a pulse generator configured to generate one or several electrical pulses, wherein the pulse generator is connected to the leads such that the electrical pulses are transmitted to the at least one electrode.
A method of localizing mobile client devices within a geographical area, comprising: a) having an Access Point Controller generate tokens and provide the tokens to a plurality of Access Points within a geographical area; b) having the Access Points transmit said tokens for receipt by client devices within said geographical area; c) having at least one client device within said geographical area inform the Access Point Controller of the tokens that it receives from the Access Points; and d) having the Access Point Controller determine a Macro-Location of the client device based on the tokens received by the client device; e) having the Access Point Controller generate new tokens for transmission to a plurality of computers distributed at least within the Macro-Location within said geographical area to wirelessly transmit to said client device; f) having the client device inform the Access Point Controller of the new tokens that it receives from the computers distributed within said geographical area; and g) having the Access Point Controller determine a Pico-Location of the client device based on the new tokens received by the client device. a) having an Access Point Controller generate tokens and provide the tokens to a plurality of Access Points within a geographical area; b) having the Access Points transmit said tokens for receipt by client devices within said geographical area; c) having at least one client device within said geographical area inform the Access Point Controller of the tokens that it receives from the Access Points; and d) having the Access Point Controller determine a Macro-Location of the client device based on the tokens received by the client device; e) having the Access Point Controller generate new tokens for transmission to a plurality of computers distributed at least within the Macro-Location within said geographical area to wirelessly transmit to said client device; f) having the client device inform the Access Point Controller of the new tokens that it receives from the computers distributed within said geographical area; and g) having the Access Point Controller determine a Pico-Location of the client device based on the new tokens received by the client device.
A floatwall panel for a combustion section of a gas turbine engine comprising: a porous material, and characterised in that the porous material exhibits a porosity gradient along at least one of a length and a width of the floatwall panel; wherein the floatwall panel incorporates a first region, a second region and a third region, each of which exhibits a porosity that is different from that of an adjacent region; wherein the first region comprises an area of relatively uniform porosity along its length, width and depth, and wherein the second region exhibits a relatively uniform porosity across its length, width and depth, the porosity of the second region being greater than the porosity exhibited by the first region; and wherein the third region incorporates a first layer and a second layer, the second layer for location closer to a gas flow path than the first layer, and wherein the first layer exhibits a higher porosity along its length, width and depth than the second layer. a porous material, and characterised in that the porous material exhibits a porosity gradient along at least one of a length and a width of the floatwall panel; wherein the floatwall panel incorporates a first region, a second region and a third region, each of which exhibits a porosity that is different from that of an adjacent region; wherein the first region comprises an area of relatively uniform porosity along its length, width and depth, and wherein the second region exhibits a relatively uniform porosity across its length, width and depth, the porosity of the second region being greater than the porosity exhibited by the first region; and wherein the third region incorporates a first layer and a second layer, the second layer for location closer to a gas flow path than the first layer, and wherein the first layer exhibits a higher porosity along its length, width and depth than the second layer.
An image processing apparatus comprising: a color converting unit that performs color conversion on color sample data which represents color sample images using color conversion parameters to generate first raster data; an acquiring unit that acquires second raster data generated by reading the color sample images formed based on first color sample images of the first raster data by an image forming apparatus; a detecting unit that detects a defect present in second color sample images of the second raster data; and a correcting unit that excludes image data of a region where the defect is detected by the detecting unit from the second color sample images, and corrects the color conversion parameters such that a color of each second color sample image formed based on the first raster data by the image forming apparatus comes close to a color corresponding to the first color sample image of the first raster data, based on the second raster data corresponding to a region excluding the region where the defect is detected by the detecting unit, and the first raster data; wherein the correcting unit does not execute the correction of the color conversion parameters based on the second raster data when, in relation to an area of the second color sample image of the second raster data, a ratio of a total area of the regions where the defects are present in the second color sample image of the second raster data reaches a threshold. a color converting unit that performs color conversion on color sample data which represents color sample images using color conversion parameters to generate first raster data; an acquiring unit that acquires second raster data generated by reading the color sample images formed based on first color sample images of the first raster data by an image forming apparatus; a detecting unit that detects a defect present in second color sample images of the second raster data; and a correcting unit that excludes image data of a region where the defect is detected by the detecting unit from the second color sample images, and corrects the color conversion parameters such that a color of each second color sample image formed based on the first raster data by the image forming apparatus comes close to a color corresponding to the first color sample image of the first raster data, based on the second raster data corresponding to a region excluding the region where the defect is detected by the detecting unit, and the first raster data; wherein the correcting unit does not execute the correction of the color conversion parameters based on the second raster data when, in relation to an area of the second color sample image of the second raster data, a ratio of a total area of the regions where the defects are present in the second color sample image of the second raster data reaches a threshold.
An airfoil comprising: an airfoil section defining an internal cavity, the airfoil section being formed of a fiber-reinforced composite comprised of fiber plies, the fiber plies including core fiber plies (74/76) and an overwrap fiber ply that wraps around the core fiber plies (74/76), the core fiber plies (74/76) being arranged as first and second tubes (80/82), each of the first and second tubes (80/82) defining a plurality of windows (80a/82a) therein, the windows of the first tube aligning with the windows of the second tube so as to form radially-spaced ribs extending across the internal cavity, at least one of the first or second tubes (80/82) having at least one tab that is radially between the radially-spaced ribs, the at least one tab thereby interlocking the first and second tubes (80/82).