mhurhangee/ep-ind-claims huggingface dataset:
A method of releasing a link after handover execution of a mobile terminal supporting a multi mode, the method being performed by the mobile terminal and comprising: - creating (S72 to S76) a connection with a new link by a media independent handover, MIH, function entity of the mobile station; - generating a first trigger event indicating a connection creation with the new link; - generating (S79, S80) a second trigger event instructing a connection release with an old link of the mobile station; and - releasing the connection with the old link by a medium access control, MAC, layer of the old link, wherein the releasing comprises: - transmitting a deregistration request message from a network layer of the old link of the mobile terminal to a home agent via an old point of attachment, PoA, for the old link, or - transmitting the deregistration request message from the network layer of the old link of the mobile terminal to the home agent via a new PoA for the new link and wherein the first trigger event is generated from the MAC layer of the new link of the mobile station and delivered to the MIH function entity of the mobile station, wherein the second trigger event is generated from the MIH function entity of the mobile station and is delivered to a MAC layer and the network layer of the old link of the mobile station, wherein the network layer is a higher layer than the MIH function entity and the MAC layer is a lower layer than the MIH function entity, and wherein the second trigger event delivered to the network layer of the old link includes an origination field indicating the MIH function entity from which the second trigger event is generated, a destination field indicating the network layer to which the second trigger event will be delivered and a network address field indicating a network address accessed by the mobile terminal in the old link. - creating (S72 to S76) a connection with a new link by a media independent handover, MIH, function entity of the mobile station; - generating a first trigger event indicating a connection creation with the new link; - generating (S79, S80) a second trigger event instructing a connection release with an old link of the mobile station; and - releasing the connection with the old link by a medium access control, MAC, layer of the old link, - transmitting a deregistration request message from a network layer of the old link of the mobile terminal to a home agent via an old point of attachment, PoA, for the old link, or - transmitting the deregistration request message from the network layer of the old link of the mobile terminal to the home agent via a new PoA for the new link and wherein the first trigger event is generated from the MAC layer of the new link of the mobile station and delivered to the MIH function entity of the mobile station,
An evacuation device comprising: a carrier for a plurality of human infants comprising: a lower frame providing means for moving the evacuation device both across a horizontal floor and down a flight of stairs; and an upper frame connected to the lower frame comprising a first frame disposed on a first side of the evacuation device along a first predetermined portion of the length of the evacuation device and a second frame disposed on a second distal side of the evacuation device and along a second predetermined portion of the length of the evacuation device; characterized in that the carrier further comprises either: a plurality of cots (1220A-D) disposed between the first frame and the second frame and pivotably mounted to each of the first frame and the second frame where the plurality of cots maintain an approximately constant orientation relative to a horizontal plane upon motion of the evacuation device both across the horizontal floor and down the flight of stairs; or: a plurality of seats (1420A-D) disposed between the first frame and the second frame and pivotably mounted to each of the first frame and the second frame where the plurality of seats maintain an approximately constant orientation relative to a horizontal plane upon motion of the evacuation device both across the horizontal floor and down the flight of stairs. a carrier for a plurality of human infants comprising: a lower frame providing means for moving the evacuation device both across a horizontal floor and down a flight of stairs; and an upper frame connected to the lower frame comprising a first frame disposed on a first side of the evacuation device along a first predetermined portion of the length of the evacuation device and a second frame disposed on a second distal side of the evacuation device and along a second predetermined portion of the length of the evacuation device; characterized in that a lower frame providing means for moving the evacuation device both across a horizontal floor and down a flight of stairs; and an upper frame connected to the lower frame comprising a first frame disposed on a first side of the evacuation device along a first predetermined portion of the length of the evacuation device and a second frame disposed on a second distal side of the evacuation device and along a second predetermined portion of the length of the evacuation device; characterized in that the carrier further comprises either: a plurality of cots (1220A-D) disposed between the first frame and the second frame and pivotably mounted to each of the first frame and the second frame where the plurality of cots maintain an approximately constant orientation relative to a horizontal plane upon motion of the evacuation device both across the horizontal floor and down the flight of stairs; or: a plurality of seats (1420A-D) disposed between the first frame and the second frame and pivotably mounted to each of the first frame and the second frame where the plurality of seats maintain an approximately constant orientation relative to a horizontal plane upon motion of the evacuation device both across the horizontal floor and down the flight of stairs.
A ram air turbine actuator assembly comprising an axially moveable lock bolt and a locking mechanism for releasably locking the lock bolt against axial movement, the mechanism comprising: a locking cylinder comprising a housing within which is slidably mounted a slider which, in a first position, prevents movement of the lock bolt and in a second position permits movement of the lock bolt; retaining means for retaining the slider with respect to the housing, in the first position; pusher means arranged to contact the slider; and solenoid means arranged, on activation, to cause the pusher means to exert a pushing force against an end of the slider and push the slider towards the lock bolt such as to release the retaining means such as to permit axial movement of the slider to the second position. a locking cylinder comprising a housing within which is slidably mounted a slider which, in a first position, prevents movement of the lock bolt and in a second position permits movement of the lock bolt; retaining means for retaining the slider with respect to the housing, in the first position; pusher means arranged to contact the slider; and solenoid means arranged, on activation, to cause the pusher means to exert a pushing force against an end of the slider and push the slider towards the lock bolt such as to release the retaining means such as to permit axial movement of the slider to the second position. a housing within which is slidably mounted a slider which, in a first position, prevents movement of the lock bolt and in a second position permits movement of the lock bolt; retaining means for retaining the slider with respect to the housing, in the first position; pusher means arranged to contact the slider; and solenoid means arranged, on activation, to cause the pusher means to exert a pushing force against an end of the slider and push the slider towards the lock bolt such as to release the retaining means such as to permit axial movement of the slider to the second position.
An adaptive noise control system for reducing, at a listening position, the power of an acoustic noise signal radiated from a noise source to the listening position, the system comprising: an adaptive filter (11, 20) that receives an electrical reference signal representing the acoustic noise signal and an electrical error signal representing the acoustic signal at the listening position and that provides an electrical output signal; a signal processing arrangement (12, 14, 26) that is connected downstream of the adaptive filter (11, 20) and that provides a first electrical compensation signal indicative of the electrical output signal multiplied by a first gain factor and a second electrical compensation signal indicative of the electrical output signal multiplied by a second gain factor and filtered, the second gain factor being equal to 1 subtracted by the first gain factor; the second compensation signal being added to the error signal for compensation; and at least one acoustic transducer that receives the first electrical compensation signal and radiates an acoustic compensation signal indicative of the first electrical compensation signal to the listening position; in which the gain factor is complex. an adaptive filter (11, 20) that receives an electrical reference signal representing the acoustic noise signal and an electrical error signal representing the acoustic signal at the listening position and that provides an electrical output signal; a signal processing arrangement (12, 14, 26) that is connected downstream of the adaptive filter (11, 20) and that provides a first electrical compensation signal indicative of the electrical output signal multiplied by a first gain factor and a second electrical compensation signal indicative of the electrical output signal multiplied by a second gain factor and filtered, the second gain factor being equal to 1 subtracted by the first gain factor; the second compensation signal being added to the error signal for compensation; and at least one acoustic transducer that receives the first electrical compensation signal and radiates an acoustic compensation signal indicative of the first electrical compensation signal to the listening position; in which the gain factor is complex.
A method for constructing a sensory space specific to an individual, comprising: - conducting a sensory evaluation of at least 4 basic stimuli representative of the sense to be studied by the individual, the stimuli having an intensity lower than 3 times the intensity detectable by the sense to be studied; - recording signals relating to several physiological indicators which reacted during the stimuli; - extracting physiological parameters from the signals recorded of said physiological indicators; - identifying discriminating physiological parameters from the physiological responses by statistical analysis; - constructing a sensory space based on the physiological responses (ESRP) from discriminating physiological parameters identified by statistical treatment. - conducting a sensory evaluation of at least 4 basic stimuli representative of the sense to be studied by the individual, the stimuli having an intensity lower than 3 times the intensity detectable by the sense to be studied; - recording signals relating to several physiological indicators which reacted during the stimuli; - extracting physiological parameters from the signals recorded of said physiological indicators; - identifying discriminating physiological parameters from the physiological responses by statistical analysis; - constructing a sensory space based on the physiological responses (ESRP) from discriminating physiological parameters identified by statistical treatment.
A fluid pressure cylinder comprising a cylinder tube including cylinder chambers (22a, 22b) defined in interior thereof, cover members (14, 16) attached to ends of the cylinder tube, a piston (18, 150, 160, 170) disposed displaceably along the cylinder chambers (22a, 22b), and a piston rod that is connected to the piston (18, 150, 160, 170); the piston (18, 150, 160, 170) comprising a piston main body (100, 162) configured to slide in contact with an inner circumferential surface of the cylinder tube; and an elastically deformable plate body (98, 158) configured to connect an end of the piston rod and the piston main body (100, 162); wherein the plate body (98, 158) is configured to undergo elastic deformation when the piston abuts against the cover members (14, 16), and wherein the plate body comprises a plurality of stacked plate members (152, 154, 156), characterized in that the plate members (152, 154, 156) have different coefficients of elasticity.
A wireless communication network node, the node comprising an antenna arrangement, the antenna arrangement in turn comprising at least three antenna columns (3, 4, 5) each antenna column (3, 4, 5) comprising at least two antenna elements (14, 15; 16, 17; 22, 23; 24, 25; 30, 31; 32, 33) of a first polarization and at least two antenna elements (18, 19; 20, 21; 26, 27; 28, 29; 34, 35; 36, 37) of a second polarization, the first polarization and the second polarization being mutually orthogonal, wherein, for each antenna column (3, 4, 5), the antenna elements (14, 15; 16, 17; 22, 23; 24, 25; 30, 31; 32, 33) of the first polarization are connected to a combined port (64, 65, 66) of a corresponding first filter device (38, 39, 40), and the antenna elements (18, 19; 20, 21; 26, 27; 28, 29; 34, 35; 36, 37) of the second polarization are connected to a combined port (67, 68, 69) of a corresponding second filter device (44, 45, 46), each of said filter devices (38, 39, 40; 44, 45, 46) comprising a first filter port (52, 54, 56, 58, 60, 62) and a second filter port (53, 55, 57, 59, 61, 63), each filter device (38, 39, 40; 44, 45, 46) being arranged to separate signals of different frequency bands between the respective combined port (64, 65, 66; 67, 68, 69) and the respective filter ports (52, 53; 54, 55; 56, 57; 58, 59; 60, 61; 62, 63) such that each first filter port (52, 54, 56, 58, 60, 62) is arranged for transmission and reception of signals at one frequency band and each second filter port (53, 55, 57, 59, 61, 63) is arranged for reception of signals at another frequency band, and where the antenna arrangement is arranged for transmission at two different channels (TX1, TX2) and reception at four different channels (RX1, RX2, RX3, RX4) for three different frequency bands (f 1, f 2, f 3), where the antenna columns (3, 4, 5) have respective main extensions in an elevation direction and where the antenna columns (3, 4,5) are physically separated in either an azimuth direction or the elevation direction, the azimuth direction and the elevation direction being mutually orthogonal.
A method of displaying information on a display screen of a handheld electronic device, the information being related to a message received on the handheld device the method comprising: in response to a tilting movement of the handheld electronic device from an initial position to a first orientation, displaying on the display screen a first notice (370, 852) related to the message; in response to a further tilting movement of the handheld device from the first orientation to a second orientation, displaying on the display a second notice (702, 854) related to the message, the second notice (702, 804) being modified from the first notice (370, 852); and in response to further tilting movement of the handheld electronic device from the second orientation to a third orientation, displaying on the display screen a third notice related to the message, the third notice (710,370) being modified from the first notice (370, 852) and the second notice; wherein: displaying the third notice includes displaying sender identification for the electronic message, subject information corresponding to a subject field for the electronic message, and at least some content corresponding to a message body field of the electronic message; displaying the second notice includes displaying the sender identification and subject information without displaying any of the content; and displaying the first notice includes displaying the sender identification without displaying the subject information and any of the content. in response to a tilting movement of the handheld electronic device from an initial position to a first orientation, displaying on the display screen a first notice (370, 852) related to the message; in response to a further tilting movement of the handheld device from the first orientation to a second orientation, displaying on the display a second notice (702, 854) related to the message, the second notice (702, 804) being modified from the first notice (370, 852); and in response to further tilting movement of the handheld electronic device from the second orientation to a third orientation, displaying on the display screen a third notice related to the message, the third notice (710,370) being modified from the first notice (370, 852) and the second notice;
Oven comprising a heated cavity for cooking a food, supporting means positioned in said heated cavity and configured for supporting a shelf in said heated cavity, said supporting means comprising at least one weight sensor configured for detecting the weight of a food positioned on said shelf, said oven being characterized by further comprising a three-dimensional scanning system configured for acquiring information about the volume of a food positioned in said heated cavity.
A fitting system including an inner holder and a shield shell, the inner holder being adapted to pass therethrough an electric wire connected to an electronic device and including a plurality of peripheral walls (11, 12), the shield shell including a shell body adapted to be attached to an end of a shield member covering the electric wire and a pair of securing pieces (37, 38) protruding from the shell body toward the inner holder such that the securing pieces (37, 38) are overlapped with the plurality of peripheral walls (11, 12), a rib being provided in one of the peripheral walls (11,12); and a notch being provided in one of the securing pieces (37, 38), the notch being configured to pass the rib therethrough, characterized in that the fitting system comprises: a locking arm provided in one of the peripheral walls (11, 12); a retaining hole provided in one of the securing pieces (37, 38), the locking arm being configured to be brought into locking with the retaining hole so that a state of engagement of the inner holder with the shield shell is maintained; and the rib comprises a stem and a head provided at an end of the stem, and a front face of the rib is T-shaped, and a plurality of the ribs are provided such that the locking arm is positioned between the ribs. a locking arm provided in one of the peripheral walls (11, 12); a retaining hole provided in one of the securing pieces (37, 38), the locking arm being configured to be brought into locking with the retaining hole so that a state of engagement of the inner holder with the shield shell is maintained; and the rib comprises a stem and a head provided at an end of the stem, and a front face of the rib is T-shaped, and a plurality of the ribs are provided such that the locking arm is positioned between the ribs.
A data processing method carried out by a base station, comprising: - obtaining a second number of physical resource blocks according to a first number of physical resource blocks, wherein the second number of physical resource blocks is smaller than the first number of physical resource blocks, the first number of physical resource blocks is exactly divisible by the second number of physical resource blocks, and the first number of physical resource blocks corresponds to a number of physical resource blocks available for a user equipment determined by the base station; and - sending indication information to the user equipment, wherein an encoded bit repetition multiple is equal to the first number of physical resource blocks divided by the second number of physical resource blocks, and - receiving data sent by the user equipment, wherein the data is transmitted by the user equipment according to the encoded bit repetition multiple by duplicating an encoded bit for a number of times that is equal to the encoded bit repetition multiple and performing sending, wherein the indication information is used to indicate the second number of physical resource blocks or the encoded bit repetition number. - obtaining a second number of physical resource blocks according to a first number of physical resource blocks, wherein the second number of physical resource blocks is smaller than the first number of physical resource blocks, the first number of physical resource blocks is exactly divisible by the second number of physical resource blocks, and the first number of physical resource blocks corresponds to a number of physical resource blocks available for a user equipment determined by the base station; and wherein the second number of physical resource blocks is smaller than the first number of physical resource blocks, the first number of physical resource blocks is exactly divisible by the second number of physical resource blocks, and the first number of physical resource blocks corresponds to a number of physical resource blocks available for a user equipment determined by the base station; and - sending indication information to the user equipment, wherein an encoded bit repetition multiple is equal to the first number of physical resource blocks divided by the second number of physical resource blocks, and - receiving data sent by the user equipment, wherein the data is transmitted by the user equipment according to the encoded bit repetition multiple by duplicating an encoded bit for a number of times that is equal to the encoded bit repetition multiple and performing sending,