mhurhangee/ep-ind-claims huggingface dataset:
A visual prosthetic apparatus comprising: an implantable portion and an external portion, wherein the implantable portion comprises a data receiver (26,27), and an array of electrodes, wherein the external portion comprises a frame, a camera having a lens mounted on the frame and a transmitter (4, 5) configured to send visual data to the implanted portion, and a user selectable movable lens cover (7, 8) configured to affect the light entering the lens of the camera. an implantable portion and an external portion, wherein the implantable portion comprises a data receiver (26,27), and an array of electrodes, wherein the external portion comprises a frame, a camera having a lens mounted on the frame and a transmitter (4, 5) configured to send visual data to the implanted portion, and a user selectable movable lens cover (7, 8) configured to affect the light entering the lens of the camera.
A method performed by a user equipment, UE, which includes receiving system information including a first state indication and a second state indication from a base station connected to an Evolved Packet Core, EPC, and to a next generation core network; wherein the first state indication indicates whether a cell connected to the EPC is barred or not, and the second state indication indicates whether the cell connected to the next generation core network is barred or not; in a case that a core network type is indicated from a Non-Access Stratum, NAS, detecting the first state indication or the second state indication based on the core network type; in a case that the first state indication indicates "barred", determining the cell connected to the EPC is not treated as a candidate during cell selection and reselection within a period of time; and in a case that the second state indication indicates "barred", determining the cell connected to the next generation core network is not treated as the candidate during the cell selection and reselection within a period of time. receiving system information including a first state indication and a second state indication from a base station connected to an Evolved Packet Core, EPC, and to a next generation core network; wherein the first state indication indicates whether a cell connected to the EPC is barred or not, and the second state indication indicates whether the cell connected to the next generation core network is barred or not; in a case that a core network type is indicated from a Non-Access Stratum, NAS, detecting the first state indication or the second state indication based on the core network type; in a case that the first state indication indicates "barred", determining the cell connected to the EPC is not treated as a candidate during cell selection and reselection within a period of time; and in a case that the second state indication indicates "barred", determining the cell connected to the next generation core network is not treated as the candidate during the cell selection and reselection within a period of time.
Optical imaging system which has a focal plane (Pf), an optical axis (z), an entrance pupil, the system forming an image of a scene to the infinite on at least one image detector which is arranged substantially in the focal plane (Pf), and comprising an optical control device, the device comprising: at least one quasi-point emission source arranged at the periphery of the detector and substantially in the focal plane (Pf), a reflective element which has a planar surface, the element being arranged upstream of the optical imaging system taking into account the propagation direction of the light rays originating from the scene, and in accordance with a position and an inclination such that a control image of the source, produced by the optical imaging system and reflected by the element, is arranged substantially in the focal plane (Pf) on a detection element (D, C) which is connected to analysis means for the control image, enabling possible optical defects to be identified, the element having an annular form in order to allow the passage of light rays originating from the scene and passing through the entrance pupil. at least one quasi-point emission source arranged at the periphery of the detector and substantially in the focal plane (Pf), a reflective element which has a planar surface, the element being arranged upstream of the optical imaging system taking into account the propagation direction of the light rays originating from the scene, and in accordance with a position and an inclination such that a control image of the source, produced by the optical imaging system and reflected by the element, is arranged substantially in the focal plane (Pf) on a detection element (D, C) which is connected to analysis means for the control image, enabling possible optical defects to be identified, the element having an annular form in order to allow the passage of light rays originating from the scene and passing through the entrance pupil.
An electronic key system comprising a portable device that serves as an electronic key, the portable device comprising: a control unit configured to control operation of the portable device; and a history management unit (22a-22c) configured to count resets of the control unit and hold the reset count as an operation history, and a wireless communication device that is capable of performing wireless communication with the portable device, the electronic key system being characterized in that the history management unit (22a-22c) is configured to transmit information indicating the reset count of the control unit to the wireless communication device when the wireless communication device verifies the portable device. a control unit configured to control operation of the portable device; and a history management unit (22a-22c) configured to count resets of the control unit and hold the reset count as an operation history, and
Method for operating a combined-cycle power plant, the plant comprising at least a gas turbine and at least a steam power generation system, the plant activating at least one electric generator connectable to an electric grid, wherein the gas turbine comprises a compressor and wherein the steam power generation system comprises a steam turbine, a heat recovery steam generator and a bypass line, the method being characterized in that the gas turbine de-loads to a condition where the compressor operates at its nominal speed, the method being further characterized in that the steam turbine de-loads in coordination with the de-load of the gas turbine, to a condition where the total load exported by the plant to the grid is substantially equal to zero, being both the gas turbine and the steam power generation system connected, further characterized in that the steam turbine de-loads to a condition such that the steam turbine covers the internal auxiliary load demand of the plant and also covers the load necessary for maintaining the compressor operating at its nominal speed.
A method performed by an apparatus comprising: accepting as input a first identifier for a network resource; consulting (306, 400) a collection (104, 200A, 200B) of sets of resolution parameters to determine a set of applicable resolution parameters that apply to the first identifier; and obtaining a second identifier for the network resource, the obtaining comprising conducting a name resolution process to determine the second identifier for the network resource based on the first identifier, wherein the name resolution process is governed by the set of applicable resolution parameters, characterized in that consulting the collection of sets of resolution parameters comprises: comparing the first identifier of the network resource to patterns associated with each of the sets of resolution parameters to determine whether each set of resolution parameters applies to the first identifier. accepting as input a first identifier for a network resource; consulting (306, 400) a collection (104, 200A, 200B) of sets of resolution parameters to determine a set of applicable resolution parameters that apply to the first identifier; and obtaining a second identifier for the network resource, the obtaining comprising conducting a name resolution process to determine the second identifier for the network resource based on the first identifier, wherein the name resolution process is governed by the set of applicable resolution parameters, characterized in that consulting the collection of sets of resolution parameters comprises: comparing the first identifier of the network resource to patterns associated with each of the sets of resolution parameters to determine whether each set of resolution parameters applies to the first identifier. comparing the first identifier of the network resource to patterns associated with each of the sets of resolution parameters to determine whether each set of resolution parameters applies to the first identifier.
A frame construction for a piece of luggage comprising: - a shell with an end portion; and - a frame, wherein the frame comprises a profile extending in an extension direction and having a profile base and a first profile wall and a second profile wall, a seat for receiving the end portion of the shell being delimited by opposing first and second inner surfaces (46; 47) of said first and second profile walls (44; 45); characterized in that the frame construction further comprises at least one fastening element (42; 62; 106), wherein said fastening element (42; 62; 106) is configured to be removably inserted in the seat of the profile so as to removably fasten the end portion of the shell being received in the seat to the frame. - a shell with an end portion; and - a frame, wherein the frame comprises a profile extending in an extension direction and having a profile base and a first profile wall and a second profile wall, a seat for receiving the end portion of the shell being delimited by opposing first and second inner surfaces (46; 47) of said first and second profile walls (44; 45);
An apparatus for circulating a carrier gas containing a chemical deactivating vapor or gas in a chamber, said apparatus comprises: a housing defining a flow path there through, said housing having an inlet end and an outlet end; a blower for conveying a carrier gas containing a chemical deactivating vapor or gas along said flow path; a filter including a filter element, said filter is movable between a first position and a second position, wherein said filter element is fluidly isolated from said flow path when said filter is in said first position, and said filter element is disposed in said flow path when said filter is in said second position, characterized by an actuator for moving said filter between said first position and said second position, said filter element being chemically destructive or reactive with respect to the molecules of the chemical deactivating vapor or gas. a housing defining a flow path there through, said housing having an inlet end and an outlet end; a blower for conveying a carrier gas containing a chemical deactivating vapor or gas along said flow path; a filter including a filter element, said filter is movable between a first position and a second position, wherein said filter element is fluidly isolated from said flow path when said filter is in said first position, and said filter element is disposed in said flow path when said filter is in said second position, characterized by an actuator for moving said filter between said first position and said second position, said filter element being chemically destructive or reactive with respect to the molecules of the chemical deactivating vapor or gas.
A personal care appliance, comprising: a handle including an actuator and drive shaft; an attachment having a body with a principal axis extending between a proximal end and a distal end thereof, wherein the proximal end couples to the drive shaft, the attachment further including a mass-spring identifiable assembly having at least one identifiable resonant frequency in response to a given excitation, wherein the at least one identifiable resonant frequency comprises a resonant frequency selected from at least two different resonant frequencies; and a controller configured to control the attachment, via the actuator, over a predefined range of frequencies that includes the given excitation, wherein the controller is further configured, in at least a detection mode, to uniquely recognize the attachment via detecting a presence of the at least one identifiable resonant frequency of the mass-spring identifiable assembly of the attachment in response to the given excitation, and wherein the mass-spring identifiable assembly comprises a ring mass-spring component, characterised in that the ring mass-spring component includes a distinct mass and spring component having a ring mass centered about the principal axis and mechanically coupled to the body via leaf springs. a handle including an actuator and drive shaft; an attachment having a body with a principal axis extending between a proximal end and a distal end thereof, wherein the proximal end couples to the drive shaft, the attachment further including a mass-spring identifiable assembly having at least one identifiable resonant frequency in response to a given excitation, wherein the at least one identifiable resonant frequency comprises a resonant frequency selected from at least two different resonant frequencies; and a controller configured to control the attachment, via the actuator, over a predefined range of frequencies that includes the given excitation, wherein the controller is further configured, in at least a detection mode, to uniquely recognize the attachment via detecting a presence of the at least one identifiable resonant frequency of the mass-spring identifiable assembly of the attachment in response to the given excitation, and wherein the mass-spring identifiable assembly comprises a ring mass-spring component, characterised in that the ring mass-spring component includes a distinct mass and spring component having a ring mass centered about the principal axis and mechanically coupled to the body via leaf springs.
A door actuator for opening and/or closing a door leaf, comprising • a housing, • an output shaft rotationally supported in the housing and with a cam disc, wherein the output shaft is formed for transferring torque onto the door leaf, • a first element of motion, preferably an opening piston, which is linearly movably guided in the housing and has a first contact surface, • a second element of motion, preferably a dampening piston, which is linearly movably guided in the housing and has a second contact surface, and • a distancing arrangement disposed in the housing, • wherein the cam disc is disposed between the two contact surfaces (7, 12) and disposed for rolling on the two contact surfaces (7, 12), • wherein, in at least one restrictive range of angle of rotation (33, 34) of the output shaft, the distancing arrangement restricts the minimum distance between the elements of motion (6, 11) and in at least one free range of angle of rotation does not restrict the linear mobility of the two elements of motion (6, 11) in relation to each other, characterized in that in the at least one restrictive range of angle of rotation (33, 34), only one of the two contact surfaces (7, 12) rests at the cam disc and the other contact surface is spaced apart from the cam disc. • a housing, • an output shaft rotationally supported in the housing and with a cam disc, wherein the output shaft is formed for transferring torque onto the door leaf, • a first element of motion, preferably an opening piston, which is linearly movably guided in the housing and has a first contact surface, • a second element of motion, preferably a dampening piston, which is linearly movably guided in the housing and has a second contact surface, and • a distancing arrangement disposed in the housing, • wherein the cam disc is disposed between the two contact surfaces (7, 12) and disposed for rolling on the two contact surfaces (7, 12), • wherein, in at least one restrictive range of angle of rotation (33, 34) of the output shaft, the distancing arrangement restricts the minimum distance between the elements of motion (6, 11) and in at least one free range of angle of rotation does not restrict the linear mobility of the two elements of motion (6, 11) in relation to each other, characterized in that in the at least one restrictive range of angle of rotation (33, 34), only one of the two contact surfaces (7, 12) rests at the cam disc and the other contact surface is spaced apart from the cam disc.
An apparatus (201, 301), comprising: a persistent memory device (216; 316); logic circuitry (204; 304) resident on the persistent memory device and comprising an address register (206-1,..., 206-N; 306) configured to store logical addresses corresponding to data stored in the persistent memory device, wherein the logic circuitry is configured to: receive a redirected request to retrieve a portion of the data stored in the persistent memory device, wherein prior to redirection, the request is directed to a non-persistent memory device (230; 330); and a memory management component (214, 314), wherein the memory management component is configured to redirect the request to the logic circuitry in response to a virtual address corresponding to the portion of the data being mapped to an address in the logic circuitry; wherein the logic circuitry is further configured to determine, in response to receipt of the request to retrieve the portion of the data stored in the persistent memory device, a physical address corresponding to the portion of the data based on the logical address stored in the address register; and cause, based on the determined address, the data to be retrieved from the persistent memory device. a persistent memory device (216; 316); logic circuitry (204; 304) resident on the persistent memory device and comprising an address register (206-1,..., 206-N; 306) configured to store logical addresses corresponding to data stored in the persistent memory device, wherein the logic circuitry is configured to: receive a redirected request to retrieve a portion of the data stored in the persistent memory device, wherein prior to redirection, the request is directed to a non-persistent memory device (230; 330); and a memory management component (214, 314), wherein the memory management component is configured to redirect the request to the logic circuitry in response to a virtual address corresponding to the portion of the data being mapped to an address in the logic circuitry; wherein the logic circuitry is further configured to determine, in response to receipt of the request to retrieve the portion of the data stored in the persistent memory device, a physical address corresponding to the portion of the data based on the logical address stored in the address register; and cause, based on the determined address, the data to be retrieved from the persistent memory device. wherein the logic circuitry is further configured to determine, in response to receipt of the request to retrieve the portion of the data stored in the persistent memory device, a physical address corresponding to the portion of the data based on the logical address stored in the address register; and cause, based on the determined address, the data to be retrieved from the persistent memory device.
An image capturing apparatus, comprising: an image capturing element in which a plurality of pixels is formed and arranged in a two-dimensional array pattern and phase difference pixels are formed in a focus detection region within an effective pixel region; a photographing lens which is installed in a stage preceding the image capturing element; and a control unit which is configured to analyze a captured image signal captured by the image capturing element, to obtain a phase difference amount from detection signals of two of the phase difference pixels that make a pair, and to perform a focusing control of the photographing lens, characterized in that the control unit is configured to calculate, for each of the phase difference pixels arranged in a horizontal direction on a light receiving plane of the image capturing element, as a sensitivity ratio, a ratio of an integration value of the light receiving sensitivity (L, R) of the respective one of the each phase difference pixels within a range of an incident angle of the photographing lens, and an integration value of the light receiving sensitivity within the range of a pixel other than the phase difference pixels, and to correct a deviation in light receiving sensitivity between the two phase difference pixels that make the pair with the sensitivity ratio to correct the detection signals for acquiring the phase difference amount. an image capturing element in which a plurality of pixels is formed and arranged in a two-dimensional array pattern and phase difference pixels are formed in a focus detection region within an effective pixel region; a photographing lens which is installed in a stage preceding the image capturing element; and a control unit which is configured to analyze a captured image signal captured by the image capturing element, to obtain a phase difference amount from detection signals of two of the phase difference pixels that make a pair, and to perform a focusing control of the photographing lens,
An LED strobe notification device configured to generate an output with a fixed pulse width having a humanly perceptible pulse duration and a fixed peak intensity, wherein the device comprises a LED strobe element and a LED controller configured to receive a candela selection among a plurality of candela settings, characterized in that a highest candela setting corresponds to a continuous output within the duration of the pulse and other candela settings are obtained by flickering the pulse with a frequency higher than humanly perceptible and with different duty cycles for different candela settings, wherein in response to receiving a command to activate the LED strobe element, the LED controller is further configured to control the LED strobe element to generate the output at the selected candela setting.
An apparatus for removing air and particles such as dirt from a fluid comprising: an elongated pressure vessel having a vessel wall that defines an interior chamber and a vertical axis for the apparatus, wherein inlet and outlet ports are formed in the vessel wall, the inlet port allowing fluid to enter the interior chamber and the outlet port allowing conditioned fluid to exit the interior chamber of the elongated pressure vessel; characterized by a plurality of concentrically arranged cylindrical mesh screen elements positioned within the interior chamber which release entrained air from the fluid entering the interior chamber; a cylindrical tube positioned within the concentrically arranged mesh screen elements for removing particles from the fluid entering the interior chamber;and a magnetic particle collector secured to the bottom port of the pressure vessel and extending into the interior chamber of the pressure vessel, wherein the magnetic particle collector includes a drain port and an elongated tubular well that defines an elongated cavity. an elongated pressure vessel having a vessel wall that defines an interior chamber and a vertical axis for the apparatus, wherein inlet and outlet ports are formed in the vessel wall, the inlet port allowing fluid to enter the interior chamber and the outlet port allowing conditioned fluid to exit the interior chamber of the elongated pressure vessel; characterized by a plurality of concentrically arranged cylindrical mesh screen elements positioned within the interior chamber which release entrained air from the fluid entering the interior chamber; a cylindrical tube positioned within the concentrically arranged mesh screen elements for removing particles from the fluid entering the interior chamber;and a magnetic particle collector secured to the bottom port of the pressure vessel and extending into the interior chamber of the pressure vessel, wherein the magnetic particle collector includes a drain port and an elongated tubular well that defines an elongated cavity.