mhurhangee/patent-ind-claim-en huggingface dataset:
A cell handover measurement indication method, comprising: calculating , by a network device, a measurement moment of cell handover based on a measurement event, wherein the measurement event is a location relationship between a terminal and the network device, and the measurement event comprises at least one of the following: a first measurement event or a second measurement event; and the first measurement event is that a distance between the terminal and a center point of a serving cell is greater than a first threshold, wherein the serving cell is a cell providing a service for the terminal; and the second measurement event is that a distance between the terminal and the network device is greater than a second threshold, wherein when the network device is a communication satellite, the first threshold and/or the second threshold is determined based on an orbit height of the communication satellite; and sending , by the network device, a measurement indication, wherein the measurement indication carries the measurement moment, and the measurement indication is used to indicate the terminal to perform cell handover measurement. calculating , by a network device, a measurement moment of cell handover based on a measurement event, wherein the measurement event is a location relationship between a terminal and the network device, and the measurement event comprises at least one of the following: a first measurement event or a second measurement event; and the first measurement event is that a distance between the terminal and a center point of a serving cell is greater than a first threshold, wherein the serving cell is a cell providing a service for the terminal; and the second measurement event is that a distance between the terminal and the network device is greater than a second threshold, wherein when the network device is a communication satellite, the first threshold and/or the second threshold is determined based on an orbit height of the communication satellite; and sending , by the network device, a measurement indication, wherein the measurement indication carries the measurement moment, and the measurement indication is used to indicate the terminal to perform cell handover measurement.
A temporary storage system comprising: a travel rail having a plurality of first rails extending linearly in a first direction and a plurality of second rails extending in a second direction orthogonal to the first direction, the first rails and the second rails being disposed in a grid pattern on a same plane and disposed so as to surround a transfer port (M1) for receiving an article in a two-dimensional view; a vehicle having a travel part configured to travel on the travel rail in the first direction and the second direction and a transfer part including a holder configured to hold the article and an elevator configured to elevate and lower the holder ; and a plurality of storages each configured to store the article , wherein the travel rail is disposed to allow the vehicle to access a first stop position where the transfer part is disposed immediately above the transfer port (M1) from a side with the storage for the transfer port (M1), and to allow the vehicle to access a second stop position where the transfer part is disposed immediately above the storage , and wherein the vehicle is configured to travel on the travel rail with the transfer part positioned below the travel rail . a travel rail having a plurality of first rails extending linearly in a first direction and a plurality of second rails extending in a second direction orthogonal to the first direction, the first rails and the second rails being disposed in a grid pattern on a same plane and disposed so as to surround a transfer port (M1) for receiving an article in a two-dimensional view; a vehicle having a travel part configured to travel on the travel rail in the first direction and the second direction and a transfer part including a holder configured to hold the article and an elevator configured to elevate and lower the holder ; and a plurality of storages each configured to store the article , wherein the travel rail is disposed to allow the vehicle to access a first stop position where the transfer part is disposed immediately above the transfer port (M1) from a side with the storage for the transfer port (M1), and to allow the vehicle to access a second stop position where the transfer part is disposed immediately above the storage , and wherein the vehicle is configured to travel on the travel rail with the transfer part positioned below the travel rail .
A user equipment in a mobile communication system, the user equipment comprising: processing circuitry, which in operation, determines whether the user equipment, being located in a first radio access network notification area, first RNA, is moving to a second radio access network notification area, second RNA, different from the first RNA, the user equipment being in an inactive state out of an idle state, a connected state and the inactive state the user equipment can be in, a transmitter, which in operation, transmits identification information of user equipment related context information used by the user equipment to exchange data with a radio base station of the first RNA to a second radio base station of the second RNA, when determining that the user equipment is moving to the second RNA, and a receiver, which in operation, receives from the second radio base station user equipment related context information usable by the user equipment to exchange uplink and downlink data with the second radio base station, wherein the received user equipment related context information comprises at least one of the following: • security information usable between the second radio base station and the user equipment, such as a ciphering key to cipher data before transmission and a deciphering key to decipher data after reception, • information on data connections at least between the second radio base station and the user equipment. processing circuitry, which in operation, determines whether the user equipment, being located in a first radio access network notification area, first RNA, is moving to a second radio access network notification area, second RNA, different from the first RNA, the user equipment being in an inactive state out of an idle state, a connected state and the inactive state the user equipment can be in, a transmitter, which in operation, transmits identification information of user equipment related context information used by the user equipment to exchange data with a radio base station of the first RNA to a second radio base station of the second RNA, when determining that the user equipment is moving to the second RNA, and a receiver, which in operation, receives from the second radio base station user equipment related context information usable by the user equipment to exchange uplink and downlink data with the second radio base station, • security information usable between the second radio base station and the user equipment, such as a ciphering key to cipher data before transmission and a deciphering key to decipher data after reception, • information on data connections at least between the second radio base station and the user equipment.
A method performed by a verification platform for facilitating authorisation of a user incapable of providing digital consent, the method comprising: receiving (S101) sensitive user information and a unique supervisor identifier; encrypting (S103) the sensitive user information using an encryption scheme with an associated encryption key to generate encrypted user information; sending (S106) an authorisation request message to a supervisor device associated with the unique supervisor identifier, wherein the authorisation request message comprises the encryption key and a request for authorisation in response; after encrypting the sensitive user information and after sending the authorisation request message, discarding the sensitive user information and the encryption key, such that the verification platform cannot access the sensitive user information; and, if the verification platform receives an authorisation response message from the supervisor device comprising a received encryption key, decrypting (S109) the encrypted user information using the received encryption key, such that the verification platform can successfully access the sensitive user information. receiving (S101) sensitive user information and a unique supervisor identifier; encrypting (S103) the sensitive user information using an encryption scheme with an associated encryption key to generate encrypted user information; sending (S106) an authorisation request message to a supervisor device associated with the unique supervisor identifier, wherein the authorisation request message comprises the encryption key and a request for authorisation in response; after encrypting the sensitive user information and after sending the authorisation request message, discarding the sensitive user information and the encryption key, such that the verification platform cannot access the sensitive user information; and, if the verification platform receives an authorisation response message from the supervisor device comprising a received encryption key, decrypting (S109) the encrypted user information using the received encryption key, such that the verification platform can successfully access the sensitive user information.
Ventilation apparatus comprising: - a micro-blower connected fluidically to a gas circuit in order to supply said gas circuit with respiratory gas, - control means controlling the micro-blower , - storage means configured to store at least several ventilation modes (Modes 1-6), and - selection means that can be actuated by a user in order to allow said user to select a desired ventilation mode and a desired patient category, characterized in that the selection means comprise: - one or more patient category selectors making it possible to select at least one given patient category from several selectable patient categories , and - one or more ventilation mode selectors making it possible to select at least one ventilation mode from among several selectable ventilation modes (Modes 1-6) depending on the given patient category selected by means of said at least one patient category selector , and in which the one or more ventilation mode selectors are configured such that at least one ventilation mode (Modes 1-6) is not selectable in combination with at least one patient category selected by the one or more patient category selectors . - a micro-blower connected fluidically to a gas circuit in order to supply said gas circuit with respiratory gas, - control means controlling the micro-blower , - storage means configured to store at least several ventilation modes (Modes 1-6), and - selection means that can be actuated by a user in order to allow said user to select a desired ventilation mode and a desired patient category, - one or more patient category selectors making it possible to select at least one given patient category from several selectable patient categories , and - one or more ventilation mode selectors making it possible to select at least one ventilation mode from among several selectable ventilation modes (Modes 1-6) depending on the given patient category selected by means of said at least one patient category selector ,
A syringe comprising: a tip provided at one end of a barrel body to be filled with a medicine; a peripheral wall provided around the tip concentrically with the tip ; and a helical rib formed on an inner face of the peripheral wall , wherein a protrusion length (L4) of the peripheral wall from the barrel body is smaller than a protrusion length (L1) of the tip from the barrel body so that an outer end of the tip is exposed from peripheral wall in a side view, characterized in that the tip has an outer diameter of 4.315 mm to 6 mm and that the helical rib extends from a position corresponding to an outer end of the peripheral wall to a position corresponding to an end of the peripheral wall opposite to the outer end so as to turn around a central axis only once. a tip provided at one end of a barrel body to be filled with a medicine; a peripheral wall provided around the tip concentrically with the tip ; and a helical rib formed on an inner face of the peripheral wall , wherein a protrusion length (L4) of the peripheral wall from the barrel body is smaller than a protrusion length (L1) of the tip from the barrel body so that an outer end of the tip is exposed from peripheral wall in a side view, characterized in that the tip has an outer diameter of 4.315 mm to 6 mm and that the helical rib extends from a position corresponding to an outer end of the peripheral wall to a position corresponding to an end of the peripheral wall opposite to the outer end so as to turn around a central axis only once.
An electric actuator comprising: a housing , a drive motor, a transmission assembly , a rotary screw rod and a driving nut , the drive motor activating, via the transmission assembly, the rotary screw rod to rotate, rotation of the rotary screw rod bringing the driving nut to move axially along the rotary screw rod , the electric actuator further comprises a clutch device provided between the transmission assembly and the rotary screw rod and configured to engage or disengage power transmission between the transmission assembly and the rotary screw rod ; a self-locking device configured to produce a friction resistance against the rotary screw rod when the rotary screw rod rotates reversely, wherein the self-locking device comprises a release torsion spring for unlocking the self-locking device; and characterized in that the electric actuator further comprises a hand-rotatory release device provided on the housing, the hand-rotatory release device comprising a first driving member , a second driving member and a release rotary knob for activating the first driving member and the second driving member, the first driving member being connected to the clutch device, the second driving member being configured to connect the self-locking device, and the release rotary knob being turned to present an initial state and a completely released state, wherein in the course of switching from the initial state to the completely released state, the first driving member activates the clutch device to disengage the power connection, and the second driving member activates the release torsion spring to release. a clutch device provided between the transmission assembly and the rotary screw rod and configured to engage or disengage power transmission between the transmission assembly and the rotary screw rod ; a self-locking device configured to produce a friction resistance against the rotary screw rod when the rotary screw rod rotates reversely, wherein the self-locking device comprises a release torsion spring for unlocking the self-locking device; and characterized in that the electric actuator further comprises a hand-rotatory release device provided on the housing, the hand-rotatory release device comprising a first driving member , a second driving member and a release rotary knob for activating the first driving member and the second driving member, the first driving member being connected to the clutch device, the second driving member being configured to connect the self-locking device, and the release rotary knob being turned to present an initial state and a completely released state, wherein in the course of switching from the initial state to the completely released state, the first driving member activates the clutch device to disengage the power connection, and the second driving member activates the release torsion spring to release.
A pultrusion process for making a pultruded strip suitable for stacking with one or more similar strips to form a spar cap for a wind turbine blade, the process comprising: drawing resin-coated reinforcing fibres through a pultrusion die in a process direction to form a core of the strip; applying further resin to one or more surfaces of the core to form a sacrificial resin layer defining an adherend surface of the strip ; and removing resin from the sacrificial layer to activate the adherend surface . drawing resin-coated reinforcing fibres through a pultrusion die in a process direction to form a core of the strip; applying further resin to one or more surfaces of the core to form a sacrificial resin layer defining an adherend surface of the strip ; and removing resin from the sacrificial layer to activate the adherend surface .
An encoder system for encoding an audio time signal as a bit stream signal, including: an encoding section operable in several coding modes for encoding an audio time signal as a bit stream signal, the encoding section including a speech coding module, characterized by a decision section adapted to decide whether post filtering, which applies a pitch-enhancement filter, is to be disabled at decoding of the bit stream signal separately from deciding on the coding mode and to encode this decision in the bit stream signal as post filtering information. an encoding section operable in several coding modes for encoding an audio time signal as a bit stream signal, the encoding section including a speech coding module, characterized by a decision section adapted to decide whether post filtering, which applies a pitch-enhancement filter, is to be disabled at decoding of the bit stream signal separately from deciding on the coding mode and to encode this decision in the bit stream signal as post filtering information.
An information processing system comprising: circuitry configured to: acquire image data corresponding to a target object that is a target for gesture recognition captured by an imaging device ; calculate, based on the acquired image data, motion information corresponding to motion of the target object, wherein the motion information comprises a motion vector; determine a motion direction based on the motion vector; calculate an area of a region in the image corresponding to the motion direction; determine, based on the calculated area, whether a distance between the target object and the imaging device is inadequate for recognition of a gesture made by the target object, wherein the distance between the target object and the imaging device is considered inadequate if the calculated area exceeds a predefined threshold; output a notification when the determining determines that the distance between the target object and the imaging device is inadequate for recognition of a gesture made by the target object; and control a display to display the acquired image data and, as the notification, a graphic notification corresponding to a trajectory of the motion of the target image based on the motion information. acquire image data corresponding to a target object that is a target for gesture recognition captured by an imaging device ; calculate, based on the acquired image data, motion information corresponding to motion of the target object, wherein the motion information comprises a motion vector; determine a motion direction based on the motion vector; calculate an area of a region in the image corresponding to the motion direction; determine, based on the calculated area, whether a distance between the target object and the imaging device is inadequate for recognition of a gesture made by the target object, wherein the distance between the target object and the imaging device is considered inadequate if the calculated area exceeds a predefined threshold; output a notification when the determining determines that the distance between the target object and the imaging device is inadequate for recognition of a gesture made by the target object; and control a display to display the acquired image data and, as the notification, a graphic notification corresponding to a trajectory of the motion of the target image based on the motion information.
A wound dressing apparatus comprising an integral source of negative pressure for use in topical negative pressure therapy, said apparatus comprising: a wound contact layer ; a spacer layer ; an absorbent layer (312, 612; 622); one or more cover layers wherein one or more of the cover layers is moisture vapour permeable; wherein the wound dressing further comprises a pump and electronics package enclosed in a sealed pouch wherein the absorbent layer includes a recess or space to receive the pump and electronics package and wherein the pump and electronics package includes the pump, electronics and a power source; and wherein the apparatus further comprises a filter located adjacent to the pump and electronics package. a wound contact layer ; a spacer layer ; an absorbent layer (312, 612; 622); one or more cover layers wherein one or more of the cover layers is moisture vapour permeable; wherein the wound dressing further comprises a pump and electronics package enclosed in a sealed pouch wherein the absorbent layer includes a recess or space to receive the pump and electronics package and wherein the pump and electronics package includes the pump, electronics and a power source; and wherein the apparatus further comprises a filter located adjacent to the pump and electronics package.
A computer-implemented method of semantically segmenting an image comprising: receiving an image at a processor; using a first random decision forest to compute, for each class of a plurality of available classes, one or more regions of the received image by computing class probabilities , using raw image data from the received image ; characterized in that the method is further using a second random decision forest to compute for each class a generalized geodesic map using geodesic features, said geodesic features being features which relate to a distance between image elements, the distance taking into account information about image content between the image elements; wherein the geodesic features are computed from the received image using paths from an image element to the one or more regions of said class of the received image, the paths being geodesic paths which follow a route with the least change in intensity or color or texture or gradients of labelled image elements, or probability values obtained from other image labelling systems; and using a third random decision forest to classify image elements of the image into said plurality of available classes; said third decision forest using said raw image data for the received image, said generalized geodesic maps computed from the received image, and said class probabilities. receiving an image at a processor; using a first random decision forest to compute, for each class of a plurality of available classes, one or more regions of the received image by computing class probabilities , using raw image data from the received image ; characterized in that the method is further using a second random decision forest to compute for each class a generalized geodesic map using geodesic features, said geodesic features being features which relate to a distance between image elements, the distance taking into account information about image content between the image elements; wherein the geodesic features are computed from the received image using paths from an image element to the one or more regions of said class of the received image, the paths being geodesic paths which follow a route with the least change in intensity or color or texture or gradients of labelled image elements, or probability values obtained from other image labelling systems; and using a third random decision forest to classify image elements of the image into said plurality of available classes; said third decision forest using said raw image data for the received image, said generalized geodesic maps computed from the received image, and said class probabilities.