mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a relay node configured to have a user equipment function and a base station function, the method comprising: using the user equipment function to establish (S201) a Radio Resource Control, RRC, connection with a base station ; receiving, from the base station , a RRC reconfiguration message for establishing, while maintaining the RRC connection, a backhaul Radio Link Control, RLC, channel between the relay node and the base station ; and establishing the RLC channel while maintaining the RRC connection, wherein the RRC reconfiguration message includes information configuring RLC mode of the RLC channel from among an acknowledged mode and an unacknowledged mode. using the user equipment function to establish (S201) a Radio Resource Control, RRC, connection with a base station ; receiving, from the base station , a RRC reconfiguration message for establishing, while maintaining the RRC connection, a backhaul Radio Link Control, RLC, channel between the relay node and the base station ; and establishing the RLC channel while maintaining the RRC connection, wherein the RRC reconfiguration message includes information configuring RLC mode of the RLC channel from among an acknowledged mode and an unacknowledged mode.
A communication apparatus (C) comprising: a first near field communication unit arranged to establish a link necessary for first near field communication with a communication partner existing in a first communicable range, and perform the first near field communication with the communication partner for which the link is established; a second near field communication unit arranged to perform second near field communication with a communication partner existing in a second communicable range narrower than the first communicable range; a detection unit arranged to detect that any one of a plurality of communication partners for which the link is established has entered the second communicable range, characterised by the communication apparatus comprising: a communication control unit arranged to, in a case where the detection unit detects that the communication partner has entered the second communicable range, while maintaining establishment of the link with each of the plurality of communication partners for which the link is established, restrict transmission and reception of data by the first near field communication with the communication partners other than the communication partner whose entry into the second communicable range has been detected. a first near field communication unit arranged to establish a link necessary for first near field communication with a communication partner existing in a first communicable range, and perform the first near field communication with the communication partner for which the link is established; a second near field communication unit arranged to perform second near field communication with a communication partner existing in a second communicable range narrower than the first communicable range; a detection unit arranged to detect that any one of a plurality of communication partners for which the link is established has entered the second communicable range, characterised by the communication apparatus comprising: a communication control unit arranged to, in a case where the detection unit detects that the communication partner has entered the second communicable range, while maintaining establishment of the link with each of the plurality of communication partners for which the link is established, restrict transmission and reception of data by the first near field communication with the communication partners other than the communication partner whose entry into the second communicable range has been detected.
Liquid-cooled grate for a solid-fuel burner , the grate comprising an input aperture for fuel, a fan and a circulation system for the cooling fluid, and which grate comprises one or more stationary grate levels formed by a stationary grate plate and one or more movable grate levels formed by a movable grate plate , which grate levels are disposed to overlap one above another, in which case the stationary grate plate comprises a cooling duct , which cooling duct has an input aperture at its first end and an output aperture at its second end, and each liquid-cooled stationary grate plate is adapted to cool the movable grate plate below it and/or above it in which there is no liquid cooling, wherein the shape of the route, including bends, of the cooling duct is implemented with mutually parallel, preferably straight, support elements , characterized in that each of the support elements has a plurality of holes extending through the entire grate plate in the thickness direction for the passage of air and ash.
A mobile communication device , comprising: a transmitter ; a memory configured to store first Content Delivery Network, CDN, data including first satellite ephemeris information corresponding to a satellite network; and processing circuitry communicatively coupled to the memory and the transmitter and configured to: cause the mobile communication device to access the satellite network via the first satellite ephemeris information of the first CDN data, and cause the transmitter to transmit a plurality of beacon signals at a first rate when the first CDN data is a first age and a second rate greater than the first rate when the first CDN data is a second age greater than the first age, wherein each beacon signal of the plurality of beacon signals indicates a CDN data sharing request for second CDN data including second satellite ephemeris information over a peer-to-peer, P2P, network. a transmitter ; a memory configured to store first Content Delivery Network, CDN, data including first satellite ephemeris information corresponding to a satellite network; and processing circuitry communicatively coupled to the memory and the transmitter and configured to: cause the mobile communication device to access the satellite network via the first satellite ephemeris information of the first CDN data, and cause the transmitter to transmit a plurality of beacon signals at a first rate when the first CDN data is a first age and a second rate greater than the first rate when the first CDN data is a second age greater than the first age, wherein each beacon signal of the plurality of beacon signals indicates a CDN data sharing request for second CDN data including second satellite ephemeris information over a peer-to-peer, P2P, network. cause the mobile communication device to access the satellite network via the first satellite ephemeris information of the first CDN data, and cause the transmitter to transmit a plurality of beacon signals at a first rate when the first CDN data is a first age and a second rate greater than the first rate when the first CDN data is a second age greater than the first age, wherein each beacon signal of the plurality of beacon signals indicates a CDN data sharing request for second CDN data including second satellite ephemeris information over a peer-to-peer, P2P, network.
Method of grinding a workpiece , such as a non-circular workpiece, which is rotated around a rotational axis, by means of an essentially rotational symmetrical grinding wheel , said method comprising a first stage and a second stage, wherein the workpiece rotational speed in said first stage is controlled with the purpose of maintaining a pre-selected maximum surface temperature of the workpiece during said first stage, that the workpiece rotational speed in the second stage is controlled to be the same as the workpiece rotational speed in the first stage, and wherein grinding of the workpiece in said second stage is performed while controlling an aggressiveness number in said second stage so as to achieve an intended final surface quality by a pre-selected number of increments in said second stage, characterised in that the aggressiveness number in the second stage is controlled by controlling the depth of cut in said second stage, and wherein the aggressiveness number used in the second stage is always lower than the aggressiveness number used in the first stage and wherein an experimentally determined aggressiveness number is selected for each stage for achieving the intended final surface quality before controlling the aggressiveness number.
Vehicle having at least one refrigerated compartment provided with at least one heat exchanger thermally connected to at least one cooling unit , and a user interface transmitting an activation command to a control unit to start said cooling unit at a particular moment, characterised in that it further comprises a generator for injecting ozone into the inside of said compartment , the introduction of the activation command also triggering the operation of said generator at a different moment from that of the cooling unit , and a means for defrosting the heat exchanger the operation of which is also controlled by the control unit , following the introduction of an activation command, the control unit first starting said defrosting means, then the ozone generator and finally the cooling unit.
A terminal apparatus comprising: a receiver configured to receive a Radio Resource Control, RRC, reconfiguration message including a Data Radio Bearer, DRB, configuration from a base station apparatus , the DRB configuration being generated by the base station apparatus based on information received from a core network, the information indicating a Quality of Service, QoS, associated with an application service requested by the terminal apparatus , the DRB configuration including information indicating whether a Service Data Adaptation Protocol, SDAP, function is to be configured, the SDAP function for managing a QoS Flow Identifier, QFI, to DRB mapping, wherein the QFI is associated with QoS information of a 5G Core, 5GC network; and a configuration unit configured to determine, in accordance with the DRB configuration, whether to configure the SDAP function. a receiver configured to receive a Radio Resource Control, RRC, reconfiguration message including a Data Radio Bearer, DRB, configuration from a base station apparatus , the DRB configuration being generated by the base station apparatus based on information received from a core network, the information indicating a Quality of Service, QoS, associated with an application service requested by the terminal apparatus , the DRB configuration including information indicating whether a Service Data Adaptation Protocol, SDAP, function is to be configured, the SDAP function for managing a QoS Flow Identifier, QFI, to DRB mapping, wherein the QFI is associated with QoS information of a 5G Core, 5GC network; and a configuration unit configured to determine, in accordance with the DRB configuration, whether to configure the SDAP function.
A battery module housing , which includes a top plate and a bottom plate forming an upper wall and a lower wall, and a first side plate and a second side plate forming both side walls, the battery module housing having a rectangular tube shape provided to accommodate battery cells in an inner space (S) thereof, wherein the battery module housing has bonding portions formed by applying an adhesive along a longitudinal direction to four sites corresponding to sites between both side edges of the top plate opposite to each other and top surfaces of the first side plate and second side plate and sites between both side edges of the bottom plate opposite to each other and bottom surfaces of the first side plate and second side plate , wherein the bonding portion has a detachable jig insertion space formed at a predetermined location, and the adhesive is not applied to the detachable jig insertion space . wherein the battery module housing has bonding portions formed by applying an adhesive along a longitudinal direction to four sites corresponding to sites between both side edges of the top plate opposite to each other and top surfaces of the first side plate and second side plate and sites between both side edges of the bottom plate opposite to each other and bottom surfaces of the first side plate and second side plate , wherein the bonding portion has a detachable jig insertion space formed at a predetermined location, and the adhesive is not applied to the detachable jig insertion space .
A motorcycle tire comprising a tread portion , a pair of sidewall portions , a pair of bead portions , a carcass extending between the bead portions through the tread portion and the sidewall portions , and a tread reinforcing layer disposed radially outside the carcass in the tread portion , wherein the tread reinforcing layer includes a belt layer composed of a plurality of belt cords , and a band layer composed of a plurality of band cords, the belt layer is composed of a radially inner belt ply disposed adjacently to the carcass , and a radially outer belt ply disposed radially outside the radially inner belt ply , characterized in that the belt cords of the radially inner belt ply are arranged so as to intersect with the tire circumferential direction at a first angle (θ1), the belt cords of the radially outer belt ply are arranged so as to intersect with the tire circumferential direction at a second angle (θ2) different from the first angle (θ1), the band layer is composed of at least one band ply of which band cords are arranged at an angle of 5 degrees or less with respect to the tire circumferential direction, the band layer is disposed between the radially inner belt ply and the radially outer belt ply so that the band layer is adjacent to both of the radially inner belt ply and the radially outer belt ply . the tread reinforcing layer includes a belt layer composed of a plurality of belt cords , and a band layer composed of a plurality of band cords, the belt layer is composed of a radially inner belt ply disposed adjacently to the carcass , and a radially outer belt ply disposed radially outside the radially inner belt ply , characterized in that the belt cords of the radially inner belt ply are arranged so as to intersect with the tire circumferential direction at a first angle (θ1), the belt cords of the radially outer belt ply are arranged so as to intersect with the tire circumferential direction at a second angle (θ2) different from the first angle (θ1), the band layer is composed of at least one band ply of which band cords are arranged at an angle of 5 degrees or less with respect to the tire circumferential direction, the band layer is disposed between the radially inner belt ply and the radially outer belt ply so that the band layer is adjacent to both of the radially inner belt ply and the radially outer belt ply .
A method for parking brake adaptable assistance on a vehicle , the vehicle comprising a parking brake and a set of sensors , and at least one electronic control unit controlling the parking brake and the set of sensors , each sensor being monitored by the at least one control unit to measure a specific parameter, and a set of actuators , each actuator being activated by the at least one electronic control unit to engage a specific action or reminder, characterized in that the method comprises a first list of situations defined by a set of valued parameters measured by the sensors , and a second list of parking brake actions or reminders, and a basic safety level, and a medium safety level, and a high safety level, and a list of relations for each safety level, the list of relations establishing a relation between each situation of the first list and an action or reminder from the second list and further comprising the following steps: a. determine the values of the parameters measured by the sensors; b. determine the situation defined by the set of values determined at step a. c. engage the action or reminder which is in relation with the situation determined at step b., according to the list of relations . a. determine the values of the parameters measured by the sensors; b. determine the situation defined by the set of values determined at step a. c. engage the action or reminder which is in relation with the situation determined at step b., according to the list of relations .
A tower having an outer surface with a vortex-induced vibration suppression function, characterized in that the outer surface of the tower is provided with a plurality of annular recesses , each surrounding the tower to form alternately concave and convex annular recesses and annular bosses on the outer surface of the tower ; and an outer surface of each of the annular bosses is provided with a plurality of air guiding grooves , and the plurality of air guiding grooves are distributed in a circumferential direction of the annular boss ; the air guiding grooves are inclined upward or downward to guide part of an upwind incoming flow flowing to the annular boss into the annular recesses adjacent to the annular boss .
A gas powered gun for discharge of projectiles, comprising: a valve arranged to exhaust compressed gas from a pressure chamber to thereby discharge a projectile inside a barrel; a hammer arranged to cooperate with said valve to open said valve ; a movable spring abutment ; a spring arranged between said hammer and said spring abutment and arranged to spring load said hammer in a spring loading direction towards said valve; an adjustment mechanism including a rotatable cam member , being rotatably arranged with a rotational axis (A) substantially parallel to said spring loading direction, the rotatable cam member comprising a cam surface facing essentially in said spring loading direction and being configured to cooperate with the spring abutment which is pressed by said spring in said spring loading direction to rest against said cam surface , so that, when said rotatable cam member is turned around said rotational axis (A), said spring abutment will slide against said cam surface and move said spring abutment in said spring loading direction, to thereby adjust a pretension of said spring . a valve arranged to exhaust compressed gas from a pressure chamber to thereby discharge a projectile inside a barrel; a hammer arranged to cooperate with said valve to open said valve ; a movable spring abutment ; a spring arranged between said hammer and said spring abutment and arranged to spring load said hammer in a spring loading direction towards said valve; an adjustment mechanism including a rotatable cam member , being rotatably arranged with a rotational axis (A) substantially parallel to said spring loading direction, the rotatable cam member comprising a cam surface facing essentially in said spring loading direction and being configured to cooperate with the spring abutment which is pressed by said spring in said spring loading direction to rest against said cam surface , so that, when said rotatable cam member is turned around said rotational axis (A), said spring abutment will slide against said cam surface and move said spring abutment in said spring loading direction, to thereby adjust a pretension of said spring .
A method for operating a storage cluster having a plurality of storage nodes the storage nodes having non-volatile solid state storage , the method comprising: detecting a change in a topology of the storage cluster ; responsive to the detecting, storing data according to a data striping scheme that differs from a previous data striping scheme utilized prior to the detecting; the method being characterized in : performing an error correction code calculation at a non-volatile solid state storage storing a data shard of a data striping scheme; determining an authority for the shard of data; and transmitting the error corrected shard of data to a storage node having the authority where the shard of data is reassembled. detecting a change in a topology of the storage cluster ; responsive to the detecting, storing data according to a data striping scheme that differs from a previous data striping scheme utilized prior to the detecting; the method being characterized in : performing an error correction code calculation at a non-volatile solid state storage storing a data shard of a data striping scheme; determining an authority for the shard of data; and transmitting the error corrected shard of data to a storage node having the authority where the shard of data is reassembled. performing an error correction code calculation at a non-volatile solid state storage storing a data shard of a data striping scheme; determining an authority for the shard of data; and transmitting the error corrected shard of data to a storage node having the authority where the shard of data is reassembled.
An aqueous pharmaceutical composition containing tapentadol or a physiologically acceptable salt thereof and being adapted for oral administration, wherein the composition additionally contains a preservative, wherein the content of the preservative is at most 90% of the content that would be needed according to Ph. Eur. in order to sufficiently preserve the pharmaceutical composition in the absence of tapentadol.
A video recording method, comprising: acquiring (S101) speed varying information of a speed-varied video, wherein the speed varying information is used to represent a playing speed change of the speed-varied video; performing (S102) reverse speed-varying processing on the speed-varied video according to the speed varying information to obtain an original speed video; displaying (S2, S103) the original speed video and performing video shooting according to a video recording time sequence shown in the original speed video, synchronously, to generate an original speed target video, wherein a playing speed of the original speed video is the same as a shooting speed of performing video shooting; and performing (S104, S206) speed varying processing on the original speed target video according to the speed varying information to obtain a target speed-varied video, wherein a playing speed change of the target speed-varied video is consistent with a playing speed change of the speed-varied video. acquiring (S101) speed varying information of a speed-varied video, wherein the speed varying information is used to represent a playing speed change of the speed-varied video; performing (S102) reverse speed-varying processing on the speed-varied video according to the speed varying information to obtain an original speed video; displaying (S2, S103) the original speed video and performing video shooting according to a video recording time sequence shown in the original speed video, synchronously, to generate an original speed target video, wherein a playing speed of the original speed video is the same as a shooting speed of performing video shooting; and performing (S104, S206) speed varying processing on the original speed target video according to the speed varying information to obtain a target speed-varied video, wherein a playing speed change of the target speed-varied video is consistent with a playing speed change of the speed-varied video.