mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for driving a ribbon of glass in a float glass production line, with a dynamic viscosity between 1.5*10^10 and 5*10^10 poises, the installation comprising an airlock for exiting a bath of tin, the airlock comprising at least one roll for lifting the ribbon , comprising a table able to support the ribbon, the installation further comprising a device for replacing at least a roll to be replaced from the lock by a new roll , the replacing device comprising a displacement system of the roll to be replaced and the new roll between the inside and outside of the lock by a translation movement according to the same direction of displacement in relation to the lock , the installation can take at least three states by operating the displacement system: • an initial state in which the table of the roll to be replaced is able to support the ribbon over its entire width inside the lock , the new roll being placed on a first side outside the lock , • a final state in which the table of the new roll is able to support inside the airlock the ribbon over its entire width, the roll to be replaced being placed on a second side outside the airlock opposite to the first side, • an intermediate state in which the tables of the two rolls are straddling between the inside and the outside of the lock and are able to simultaneously support the ribbon . • an initial state in which the table of the roll to be replaced is able to support the ribbon over its entire width inside the lock , the new roll being placed on a first side outside the lock , • a final state in which the table of the new roll is able to support inside the airlock the ribbon over its entire width, the roll to be replaced being placed on a second side outside the airlock opposite to the first side, • an intermediate state in which the tables of the two rolls are straddling between the inside and the outside of the lock and are able to simultaneously support the ribbon .
A method performed by a mobile terminal, comprising: determining whether a current split is configured to camp on a selected cell; and causing the current split to not be utilized in an instance in which the currrent split is not configured to camp on the selected cell, characterized by the split comprising a current physical cell id, PCI, / primary synchronization code, PSC, split; receiving an indication of an area where the PCI/PSC split is valid, and causing the current PCI/PSC split to not be utilized in an instance in which the mobile terminal is outside the area where the PCI/PSC split is valid. determining whether a current split is configured to camp on a selected cell; and causing the current split to not be utilized in an instance in which the currrent split is not configured to camp on the selected cell, characterized by the split comprising a current physical cell id, PCI, / primary synchronization code, PSC, split; receiving an indication of an area where the PCI/PSC split is valid, and causing the current PCI/PSC split to not be utilized in an instance in which the mobile terminal is outside the area where the PCI/PSC split is valid.
A wireless communication method, comprising: receiving, at a terminal, indication information of uplink data transmission, wherein the indication information is used to indicate a modulation scheme of the uplink data transmission; and determining a base sequence configuration of a reference signal sequence corresponding to the modulation scheme of the uplink data transmission, and generating a dedicated demodulation reference signal based on the determined base sequence configuration of the reference signal sequence, wherein the modulation scheme of the uplink data transmission is one of a plurality of modulation schemes supported by the terminal, the plurality of modulation schemes comprise at least π /2 binary phase shift keying BPSK, and a base sequence configuration of a reference signal sequence corresponding to the π /2 BPSK is different from a base sequence configuration of a reference signal sequence corresponding to another modulation scheme in the plurality of modulation schemes. receiving, at a terminal, indication information of uplink data transmission, wherein the indication information is used to indicate a modulation scheme of the uplink data transmission; and determining a base sequence configuration of a reference signal sequence corresponding to the modulation scheme of the uplink data transmission, and generating a dedicated demodulation reference signal based on the determined base sequence configuration of the reference signal sequence, wherein the modulation scheme of the uplink data transmission is one of a plurality of modulation schemes supported by the terminal, the plurality of modulation schemes comprise at least π /2 binary phase shift keying BPSK, and a base sequence configuration of a reference signal sequence corresponding to the π /2 BPSK is different from a base sequence configuration of a reference signal sequence corresponding to another modulation scheme in the plurality of modulation schemes.
A method of forming an enclosure for an audio speaker including the steps of: - forming a rigid inner shell via additive manufacturing wherein the rigid inner shell is a single piece and configured to accept the speaker; and - forming an outer shell mould for forming an outer shell of the enclosure, the outer shell mould having an inner surface bounded by the rigid inner shell, wherein the outer shell is of single piece monocoque construction and includes all the load bearing structures of the enclosure; wherein the step of forming the outer shell includes the steps of: - suspending the rigid inner shell inside the outer shell mould ; and - filling a cavity between the suspended rigid inner shell and the outer shell mould with material. - forming a rigid inner shell via additive manufacturing wherein the rigid inner shell is a single piece and configured to accept the speaker; and - forming an outer shell mould for forming an outer shell of the enclosure, the outer shell mould having an inner surface bounded by the rigid inner shell, wherein the outer shell is of single piece monocoque construction and includes all the load bearing structures of the enclosure; - suspending the rigid inner shell inside the outer shell mould ; and - filling a cavity between the suspended rigid inner shell and the outer shell mould with material.
A deep-sea hydrothermal vent extreme environment simulation system for the culture of microorganisms, comprising an industrial personal computer , wherein motor controllers of a plurality of water pumps are connected in parallel to the industrial personal computer , the inlet of each water pump is connected to a nutrient solution container , the outlet of each water pump is respectively connected to a pressure sensor and a non-return valve, the electric signal end of each pressure sensor is connected to the industrial personal computer , the outlet of each non-return valve is collected through a pipeline, the outlet collected by the pipeline is connected to the inlet of a cut-off valve, the outlet of the cut-off valve is connected to one end of a first hard tube , the other end of the first hard tube extends into a reaction kettle and is immersed at the bottom of the solution inside the reaction kettle , the reaction kettle is arranged inside a sand bath pool , and an electric signal control port of the sand bath pool is also connected to the industrial personal computer ; and the system further comprises a second hard tube connected to the reaction kettle , the second hard tube is connected to the inlet of another cut-off valve, the second hard tube is also connected to another pressure sensor connected to the industrial personal computer , the outlet of the cut-off valve is connected to the inlet of a filter , the outlet of the filter is respectively connected to the inlet of an electric needle valve and the inlet of a needle valve group, the electric signal end of the electric needle valve is connected to the industrial personal computer , and both the outlet of the electric needle valve and the outlet of the needle valve group are connected to a waste solution container ; the first needle valve , the second needle valve and the third needle valve constitute the needle valve group, the first needle valve , the second needle valve and the third needle valve are arranged in series.
A vehicle control system , comprising: a controller circuit configured to: receive, from a steering sensor , a steering torque of a steering wheel of a host vehicle ; receive, from one or more perception sensors , an environment proximate the host vehicle ; determine, based on the steering torque , when an operator of the host vehicle requests a take-over from fully automated control of the host vehicle ; classify, based on the steering torque , the take-over request; and determine, based on the classification of the take-over request and the one or more perception sensors , a level of automated driver assistance during a transition from the fully automated control of the host vehicle to manual driving; characterized in that classifying the take-over request and determining the level of automated driver assistance comprises either: classifying a first take-over when no obstacle is detected by the one or more perception sensors and disabling the automated driver assistance; or classifying a second take-over when at least one obstacle is detected by the one or more perception sensors and enabling the automated driver assistance to avoid a collision with the at least one obstacle. receive, from a steering sensor , a steering torque of a steering wheel of a host vehicle ; receive, from one or more perception sensors , an environment proximate the host vehicle ; determine, based on the steering torque , when an operator of the host vehicle requests a take-over from fully automated control of the host vehicle ; classify, based on the steering torque , the take-over request; and determine, based on the classification of the take-over request and the one or more perception sensors , a level of automated driver assistance during a transition from the fully automated control of the host vehicle to manual driving; characterized in that classifying the take-over request and determining the level of automated driver assistance comprises either: classifying a first take-over when no obstacle is detected by the one or more perception sensors and disabling the automated driver assistance; or classifying a second take-over when at least one obstacle is detected by the one or more perception sensors and enabling the automated driver assistance to avoid a collision with the at least one obstacle. classifying a first take-over when no obstacle is detected by the one or more perception sensors and disabling the automated driver assistance; or classifying a second take-over when at least one obstacle is detected by the one or more perception sensors and enabling the automated driver assistance to avoid a collision with the at least one obstacle.
A computer-implemented method of checking headpath data for a layup operation in which fibre reinforcement material is applied over a tool by an applicator roller of an applicator head biased against the tool along a compaction axis by a compaction force, the applicator head being mounted on a support by a resilient mount so that it is translatable with respect to the resilient mount along the compaction axis , the method comprising: receiving baseline headpath data defining a baseline headpath position of the applicator head relative the tool for applying fibre reinforcement material onto a substrate surface by the applicator roller ; determining a head displacement relative to the respective headpath positions along the compaction axis corresponding to an equilibrium condition between the compaction force and a reaction force through the fibre reinforcement material applied by the applicator roller ; and checking for at least one of: a non-compacted portion of fibre reinforcement material along a lateral extent of the applicator roller based on a deformation profile of the applicator roller at the equilibrium condition; and an intersection of the applicator head and an obstacle, based on the head displacement distance. receiving baseline headpath data defining a baseline headpath position of the applicator head relative the tool for applying fibre reinforcement material onto a substrate surface by the applicator roller ; determining a head displacement relative to the respective headpath positions along the compaction axis corresponding to an equilibrium condition between the compaction force and a reaction force through the fibre reinforcement material applied by the applicator roller ; and a non-compacted portion of fibre reinforcement material along a lateral extent of the applicator roller based on a deformation profile of the applicator roller at the equilibrium condition; and an intersection of the applicator head and an obstacle, based on the head displacement distance.
A method in a first access node for communicating in a mobile network , wherein the first access node is connected via a first connection to a user equipment and controls a data transmission for the user equipment , wherein the data transmission is assisted by a second access node which is connected to the user equipment via a second connection, the method comprising: - receiving , from the user equipment , in a Radio Resource Control message a radio link failure warning indication indicative of a radio link failure of the second connection and a failure reason related to an expiration of a timer with the timer being started after a predetermined number of counter fulfillments of a condition and the timer being stopped after a predetermined number of counter fulfillments of another condition, and - adapting the mobile network based on the received failure notification indication. - receiving , from the user equipment , in a Radio Resource Control message a radio link failure warning indication indicative of a radio link failure of the second connection and a failure reason related to an expiration of a timer with the timer being started after a predetermined number of counter fulfillments of a condition and the timer being stopped after a predetermined number of counter fulfillments of another condition, and - adapting the mobile network based on the received failure notification indication.
A tube connecting device comprising a tube having a flared end defining a conical front surface and a rear surface ; a threaded sleeve having a through opening for receiving the tube ; a connector having a conical seating surface for receiving the front surface of the flared end and a threaded portion meshable with the threaded sleeve ; a ring arranged between the rear surface of the flared end and the threaded sleeve when the threaded sleeve is screwed, characterized in that the ring is immovably connected to the adjacent of the rear surface of the flared end before the tube connection is made, the ring maintains its fixation along the connection is made, the ring is at least partially coated with anti-friction material and the anti-friction material is selected from a material consisting of molybdenum disulfide (MoS 2 ), polytetrafluoroethylene (PTFE), graphite or polyethylene.
A method for information transmission, comprising receiving (S401), by a terminal, indication information, wherein the indication information indicates one of: existence states of physical downlink control channels, PDCCHs, of one or more other terminals in a physical downlink shared channel, PDSCH, transmitted to the terminal; or existence states of PDCCHs of one or more other terminals in a PDSCH transmitted to the terminal, and resource occupation states of the one or more other terminals in the PDSCH transmitted to the terminal; and performing (S402), by the terminal, rate matching on the PDSCH transmitted to the terminal based on the indication information, wherein the existence states indicate whether the PDCCHs of the one or more other terminals exist in the PDSCH transmitted to the terminal, and the resource occupation states indicate whether resources in the PDSCH transmitted to the terminal are occupied by the one or more other terminals. receiving (S401), by a terminal, indication information, wherein the indication information indicates one of: existence states of physical downlink control channels, PDCCHs, of one or more other terminals in a physical downlink shared channel, PDSCH, transmitted to the terminal; or existence states of PDCCHs of one or more other terminals in a PDSCH transmitted to the terminal, and resource occupation states of the one or more other terminals in the PDSCH transmitted to the terminal; and existence states of physical downlink control channels, PDCCHs, of one or more other terminals in a physical downlink shared channel, PDSCH, transmitted to the terminal; or existence states of PDCCHs of one or more other terminals in a PDSCH transmitted to the terminal, and resource occupation states of the one or more other terminals in the PDSCH transmitted to the terminal; and performing (S402), by the terminal, rate matching on the PDSCH transmitted to the terminal based on the indication information, wherein the existence states indicate whether the PDCCHs of the one or more other terminals exist in the PDSCH transmitted to the terminal, and the resource occupation states indicate whether resources in the PDSCH transmitted to the terminal are occupied by the one or more other terminals.
Method for controlling a battery , an alternator and the electrical connections thereof for a motor vehicle engine of the scooter type, the battery comprising two terminals, one positive and the other negative, and the alternator drawing a mechanical energy during the rotation of the engine by transforming it into an electrical energy supplying a current regulator arranged between the battery and the alternator by having, on the one side, a first and a second electrical connection respectively at the positive terminal and at the negative terminal of the battery and, on the other side, electrical connections with the alternator , the battery having a charge level and being electrically recharged by the alternator via the regulator , characterised in that the second electrical connection between the negative terminal of the battery and the regulator is interrupted during an effective engine torque (CM) demand above a predetermined torque value (CDESA) under the first condition that the thus effective voltage (VB) of the battery is greater than a predetermined minimum voltage (VMD), the second electrical connection being re-established for an engine torque demand below the predetermined value (CDESA).
A batten assembly for a collapsible toy comprising: a first connector having a first batten receiver , a second connector having a second batten receiver ; and a batten having a longitudinal axis and a batten width perpendicular to the longitudinal axis, wherein the batten width is less than or equal to the path length, characterized in that the first batten receiver and the second batten receiver each have a curvilinear cross section and a path length along the curvilinear cross section, and wherein the first and second batten receivers each comprise one open end, and wherein the batten is curved about the longitudinal axis to conform to the curvilinear cross section and wherein a first end of the batten is removably inserted in the one open end of the first batten receiver and a second end of the batten is removably inserted in the one open end of the second batten receiver . a first connector having a first batten receiver , a second connector having a second batten receiver ; and a batten having a longitudinal axis and a batten width perpendicular to the longitudinal axis, wherein the batten width is less than or equal to the path length, characterized in that the first batten receiver and the second batten receiver each have a curvilinear cross section and a path length along the curvilinear cross section, and wherein the first and second batten receivers each comprise one open end, and wherein the batten is curved about the longitudinal axis to conform to the curvilinear cross section and wherein a first end of the batten is removably inserted in the one open end of the first batten receiver and a second end of the batten is removably inserted in the one open end of the second batten receiver .
A method for providing live adaptive bitrate, ABR, video to a client at a premises, comprising: receiving , in a multicast stream, real-time transport protocol, RTP, packets and an aggregate manifest for a channel, the RTP packets containing adaptive bitrate, ABR, transport stream, TS, packets and identifying an ABR fragment to which the TS packets belong; and if all RTP packets for a given ABR fragment have been received , depacketizing the TS packets from the RTP packets in sequence order to reassemble the ABR fragment and caching the ABR fragment for delivery as requested to an ABR client on the premises. receiving , in a multicast stream, real-time transport protocol, RTP, packets and an aggregate manifest for a channel, the RTP packets containing adaptive bitrate, ABR, transport stream, TS, packets and identifying an ABR fragment to which the TS packets belong; and if all RTP packets for a given ABR fragment have been received , depacketizing the TS packets from the RTP packets in sequence order to reassemble the ABR fragment and caching the ABR fragment for delivery as requested to an ABR client on the premises.
Manipulator for arrangement on a vehicle , preferably an industrial truck, in particular an order picker, having an attachment element for fastening to the vehicle , having at least one boom , a first end of which is connected to the attachment element , wherein the boom is movable with respect to the attachment element , having at least one tool which is provided at a second end of the boom that is opposite the first end, characterized in that a movement drive is provided for the boom and is connected to at least one part of the boom in such a manner that the movement drive can be used to move that part of the boom into a secure position, in that the boom is moved into the secure position in a positively guided manner, and in that the movement drive can be disconnected from the boom , with the result that the boom can be manually moved by the operator without a drive into a state disconnected from the movement drive.