mhurhangee/patent-ind-claim-en huggingface dataset:
Method for discovering handover capabilities of a mobile communication network , wherein the mobile communication network comprises a core network and a radio access network , wherein a user equipment is able to be connected to the mobile communication network using a first radio access technology, wherein the user equipment is able to be connected to the mobile communication network using a second radio access technology, wherein the first radio access technology is a Long Term Evolution, LTE, access technology of the radio access network of the mobile communication network and wherein the second radio access technology is a wireless local area network, WLAN, access technology of a wireless access point , wherein the method comprises the following steps: -- the user equipment receiving handover capability information from the mobile communication network and the user equipment using the second radio access technology for communication with the core network , wherein the user equipment receives handover capability information from the mobile communication network upon initiation of a dynamic discovery procedure, wherein the dynamic discovery procedure is initiated during attachment, of the user equipment to the wireless access point , for the communication of the user equipment with the core network of the mobile communication network , wherein the wireless local area network, WLAN, access technology of the wireless access point is used during the attachment, wherein an Internet Key Exchange protocol is used to transmit the handover capability information from an Evolved Packet Data Gateway, ePDG, of the core network to the user equipment , -- the user equipment , in case it is using the second radio access technology, initiates handover, from the second radio access technology to the first radio access technology, only in case that the handover capability information, received from the mobile communication network , indicates a capability of the mobile communication network to support a handover from the second radio access technology to the first radio access technology. -- the user equipment receiving handover capability information from the mobile communication network and the user equipment using the second radio access technology for communication with the core network , wherein the user equipment receives handover capability information from the mobile communication network upon initiation of a dynamic discovery procedure, -- the user equipment , in case it is using the second radio access technology, initiates handover, from the second radio access technology to the first radio access technology, only in case that the handover capability information, received from the mobile communication network , indicates a capability of the mobile communication network to support a handover from the second radio access technology to the first radio access technology.
Identification element for a shank tool , having an elastic inner ring and an outer ring arranged around the inner ring , which has a recess formed annularly in the outer ring, wherein an RFID transponder is arranged in the recess and the inner ring has a annular stop at a first end of its outer shell , said stop projecting from the outer shell , characterised in that the inner ring has an annular retaining region at a second end of its outer shell projecting from the outer shell , wherein the retaining region does not project as far as the stop .
A method of decrypting an intercepted message, the method comprising: receiving one or more values used in generation of an encryption key; storing during key exchange the one or more values used by a key management service 'KMS' to regenerate the encryption key; signalling a start_interception message to a CSCF ; regenerating the encryption key using the stored one or more values; decrypting intercepted packets; and signalling a halt_message from an ADMF to the CSCF . receiving one or more values used in generation of an encryption key; storing during key exchange the one or more values used by a key management service 'KMS' to regenerate the encryption key; signalling a start_interception message to a CSCF ; regenerating the encryption key using the stored one or more values; decrypting intercepted packets; and signalling a halt_message from an ADMF to the CSCF .
An ink for ink jet recording, the ink comprising: pigment; colloidal silica; and amino acid. pigment; colloidal silica; and amino acid.
Junction box comprising a base structure that defines a housing volume for electrical cables and other components, said base structure comprising a rear wall and perimeter walls , and further comprising a handle which is removably connected to the base structure and first coupling means and second coupling means for coupling of the handle to the base structure , wherein the first and second coupling means are positioned so as to removably fix the handle to the base structure in two different positions, and in that the first coupling means and the second coupling means are designed so as to hold the handle in an amovable manner each in one of the two different positions, one position being on a central portion of the base structure in which the user can hold the junction box by grasping the handle and a second position being on a peripheral portion of the same, in which the handle does not occupy the housing volume , the second coupling means comprising an interlocking device that allows the handle to be removably connected and being designed such that the handle , when coupled to said second coupling means , extends from said rear wall towards said housing volume .
Data transmitter configured to, in a first mode, transmit data using a first hopping pattern (140_1) and repeatedly using a second hopping pattern (140_2); wherein the data transmitter is configured to, in a second mode, transmit data once using a third hopping pattern ; wherein the hopping patterns of the first mode and the second mode are different so that hops of the hopping patterns of the first mode and hops of the hopping pattern of the second mode are differently distributed in time and/ in frequency; wherein the data transmitter is configured to select the first hopping pattern (140_1) and the second hopping pattern (140_2) from a first set of hopping patterns, and to select the third hopping pattern from a second set of hopping patterns; wherein hopping patterns of the first set of hopping patterns and hopping patterns of the second set of hopping patterns are different.
A refrigerator comprising a cabinet defining a storage space, a door configured to open and close the storage space, and an outer plate which is made of a metal material to define a front surface of the door and on which a display part configured to display operation information of the refrigerator through transmission of light is disposed, comprising: a plurality of plate holes defined to pass through the outer plate and constituting the display part ; a plurality of light emitting members provided in the door to emit light at positions corresponding to the plurality of plate holes ; characterized by a plurality of hole filling members disposed to fill the plurality of plate holes and made of a material that is capable of transmitting the light; and a first layer disposed on a surface of the hole filling member , wherein the first layer comprises: a light blocking part configured to block light; and a plurality of light transmission parts which are provided in plurality in an inner region of the plate holes , and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part and is displayed on the display part . a plurality of plate holes defined to pass through the outer plate and constituting the display part ; a plurality of light emitting members provided in the door to emit light at positions corresponding to the plurality of plate holes ; characterized by a plurality of hole filling members disposed to fill the plurality of plate holes and made of a material that is capable of transmitting the light; and a first layer disposed on a surface of the hole filling member , wherein the first layer comprises: a light blocking part configured to block light; and a plurality of light transmission parts which are provided in plurality in an inner region of the plate holes , and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part and is displayed on the display part . a light blocking part configured to block light; and a plurality of light transmission parts which are provided in plurality in an inner region of the plate holes , and through which the light is transmittable, wherein the light emitted from each of the light emitting members passes through the corresponding light transmission part and is displayed on the display part .
Active position indicator comprising a movable tip element configured to be displaced from an initial position in a displacement direction by a tip displacement depending on the force acting on a tip arranged on a distal end of the tip element ; a force sensor for detecting a force acting on the tip , wherein the force sensor comprises an elastic element acting on the tip element against the tip displacement and a converter means for converting the tip displacement of the tip element in an electrical signal by an electronic value depending in the detectable force range of the force sensor on the tip displacement; characterized in that the elastic element is a leaf spring .
An imaging device comprising: a photoelectric conversion unit including a plurality of photoelectric conversion elements each of which photoelectrically converts incident light to generate an electric signal; an address event detector configured to output a detection signal indicating whether or not an amount of change in the electric signal of each of the plurality of photoelectric conversion elements exceeds a predetermined threshold value; a pixel signal generation unit configured to generate a pixel signal on a basis of the electric signal; a transfer controller configured to perform control to transfer the electric signal to the pixel signal generation unit ; and an analog-to-digital converter configured to convert the pixel signal into a digital signal, characterised in that a low-potential-side reference potential of the photoelectric conversion unit , a low-potential-side reference potential of the address event detector , a low-potential-side reference potential of the pixel signal generation unit , a low-potential-side reference potential of the analog-to-digital converter , and an off-potential of the transfer controller include three potentials having different potential levels, and the low-potential-side reference potentials of the photoelectric conversion unit , the pixel signal generation unit , and the analog-to-digital converter are substantially equal. a photoelectric conversion unit including a plurality of photoelectric conversion elements each of which photoelectrically converts incident light to generate an electric signal; an address event detector configured to output a detection signal indicating whether or not an amount of change in the electric signal of each of the plurality of photoelectric conversion elements exceeds a predetermined threshold value; a pixel signal generation unit configured to generate a pixel signal on a basis of the electric signal; a transfer controller configured to perform control to transfer the electric signal to the pixel signal generation unit ; and an analog-to-digital converter configured to convert the pixel signal into a digital signal, characterised in that a low-potential-side reference potential of the photoelectric conversion unit , a low-potential-side reference potential of the address event detector , a low-potential-side reference potential of the pixel signal generation unit , a low-potential-side reference potential of the analog-to-digital converter , and an off-potential of the transfer controller include three potentials having different potential levels, and the low-potential-side reference potentials of the photoelectric conversion unit , the pixel signal generation unit , and the analog-to-digital converter are substantially equal.
A computer-implemented method comprising: obtaining (P1) an indication of a fault in an alternating current (AC) power supply to a hydrogen-cooled dynamoelectric machine system ; and extending (P3) a pre-purge cycle for the hydrogen-cooled dynamoelectric machine system in which a pump/motor system continues to provide lube oil to the hydrogen-cooled dynamoelectric machine system ; characterized in that the method further comprises the steps: determining (P2) a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply ; extending (P3) the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device ; and sending (P5) instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold. obtaining (P1) an indication of a fault in an alternating current (AC) power supply to a hydrogen-cooled dynamoelectric machine system ; and extending (P3) a pre-purge cycle for the hydrogen-cooled dynamoelectric machine system in which a pump/motor system continues to provide lube oil to the hydrogen-cooled dynamoelectric machine system ; characterized in that the method further comprises the steps: determining (P2) a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply ; extending (P3) the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device ; and sending (P5) instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold. determining (P2) a reserve power characteristic of a reserve energy storage device in response to obtaining the indication of the fault in the AC power supply ; extending (P3) the pre-purge cycle for the hydrogen-cooled dynamoelectric machine system based upon the reserve power characteristic of the reserve energy storage device ; and sending (P5) instructions to a purge unit to purge the hydrogen-cooled dynamoelectric machine system of hydrogen when the reserve power characteristic indicates an amount of reserve power remaining in the reserve energy storage device is below a threshold.
A compressing device operable in a plurality of modes of operation, the compressing device comprising: a turbine comprising a first inlet and a second inlet and configured to provide energy by expanding a plurality of mediums, wherein the first inlet is configured to receive a first medium (F1) of the plurality of mediums, and wherein the second inlet is configured to receive a second medium (F2) of the plurality of mediums; and a compressor configured to: receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; a fan configured to receive the first energy during the first mode and the second energy during the second mode; and a power turbine configured to provide a third energy by expanding a third medium of the plurality of mediums, wherein the compressor is configured to receive the third energy from the third medium expanded across the power turbine. a turbine comprising a first inlet and a second inlet and configured to provide energy by expanding a plurality of mediums, wherein the first inlet is configured to receive a first medium (F1) of the plurality of mediums, and wherein the second inlet is configured to receive a second medium (F2) of the plurality of mediums; and a compressor configured to: receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; receive a first energy derived from the first and second mediums being expanded across the turbine during a first mode of the compressing device, receive a second energy derived from the first medium being expanded across the turbine during a second mode of the compressing device, and compress the second medium in accordance with the first mode or the second mode; a fan configured to receive the first energy during the first mode and the second energy during the second mode; and a power turbine configured to provide a third energy by expanding a third medium of the plurality of mediums, wherein the compressor is configured to receive the third energy from the third medium expanded across the power turbine.
Method of displaying information in a vehicle , - wherein at least a first object (14.1) for reproducing information is displayed graphically on a display surface , and wherein the first object (14.1) is assigned to a first topic, - wherein a second object (14.2, 14.3) is displayed at least partially adjacent to the first object (14.1) for reproducing information associated with a second topic, - wherein a change of topic from the first topic to the second topic on the display surface is detected, and - wherein, depending on whether a topic change has been detected, the second object (14.2, 14.3) for the reproduction of information is graphically displayed fully on the display surface , characterized in that - the first object (14.1) comprises a plurality of first widget objects (7.1 - 7.6), wherein the first widget objects (7.1 - 7.6) are associated with the first topic, and - the second object (14.2, 14.3) comprises a plurality of second widget objects (7.1 - 7.6), wherein the second widget objects (7.1 - 7.6) are assigned to the second topic, and wherein the first topic corresponds to a first operating mode of the vehicle , while the second topic corresponds to a second operating mode of the vehicle , - wherein, whether the vehicle has changed from the first to the second operating mode is determined, and - if the operating mode has changed, the topic change is automatically effected. - wherein at least a first object (14.1) for reproducing information is displayed graphically on a display surface , and wherein the first object (14.1) is assigned to a first topic, - wherein a second object (14.2, 14.3) is displayed at least partially adjacent to the first object (14.1) for reproducing information associated with a second topic, - wherein a change of topic from the first topic to the second topic on the display surface is detected, and - wherein, depending on whether a topic change has been detected, the second object (14.2, 14.3) for the reproduction of information is graphically displayed fully on the display surface , - the first object (14.1) comprises a plurality of first widget objects (7.1 - 7.6), wherein the first widget objects (7.1 - 7.6) are associated with the first topic, and - the second object (14.2, 14.3) comprises a plurality of second widget objects (7.1 - 7.6), wherein the second widget objects (7.1 - 7.6) are assigned to the second topic, and wherein the first topic corresponds to a first operating mode of the vehicle , while the second topic corresponds to a second operating mode of the vehicle , - wherein, whether the vehicle has changed from the first to the second operating mode is determined, and - if the operating mode has changed, the topic change is automatically effected.
A device for resolving regurgitation in a cardiac valve, comprising: an expandable member having a stabilizing portion , a fixation member in opposition to the stabilizing portion , and a coaptation portion between the stabilizing portion and the fixation member , wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion , the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member , and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and a cover attached to at least the coaptation portion of the expandable member . an expandable member having a stabilizing portion , a fixation member in opposition to the stabilizing portion , and a coaptation portion between the stabilizing portion and the fixation member , wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion , the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member , and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and in opposition to the stabilizing portion , and a coaptation portion between the stabilizing portion and the fixation member , wherein-the stabilizing portion and the coaptation portion comprise a plurality of interconnected struts, the fixation member comprises at least one primary strut and the fixation member is attached to the stabilizing portion , the stabilizing portion and the fixation member are configured to clamp the first native leaflet between the stabilizing portion and the fixation member , and the coaptation portion is configured to project from the stabilizing portion and the fixation member inwardly with respect to a first native leaflet of a cardiac valve such that the coaptation portion functionally extends the first native leaflet; and a cover attached to at least the coaptation portion of the expandable member .