mhurhangee/ep-ind-claims huggingface dataset:
Method of managing requests received by a storage system comprising memories (102 n) each comprising one or more input ports (104 n) and one or more output ports (106 n), an input intended to receive a clock signal defining successive clock cycles, and a processing stage, the storage system being intended to receive requests each requiring access to a location in one of the memories (102 n), the method comprising, in a first clock cycle: - the obtaining of new requests by the processing stage, - the provision by the processing stage of at least one of the new requests, - the placing on standby by the processing stage of at least one other of the new requests, hereinafter called the pending request, the method being characterised in that it comprises, in a second clock cycle succeeding the first clock cycle: - the obtaining by the processing stage of at least one new request, - the selecting by the processing stage, from among the one or more pending requests and the one or more new requests, of at least one request, - the provision by the processing stage of the one or more requests selected, and in that it further comprises: - the determining of the existence or non-existence of a pending request at each of the L clock cycles preceding the current clock cycle, where L is a predetermined number greater than or equal to two, such a request being called a priority request, when the existence of at least one priority request is determined, the suspension of obtaining new requests by the processing stage for the current clock cycle and wherein the obtaining by the processing stage of at least one new request is carried out when the existence of no priority request is determined. - the obtaining of new requests by the processing stage, - the provision by the processing stage of at least one of the new requests, - the placing on standby by the processing stage of at least one other of the new requests, hereinafter called the pending request, - the obtaining by the processing stage of at least one new request, - the selecting by the processing stage, from among the one or more pending requests and the one or more new requests, of at least one request, - the provision by the processing stage of the one or more requests selected, - the determining of the existence or non-existence of a pending request at each of the L clock cycles preceding the current clock cycle, where L is a predetermined number greater than or equal to two, such a request being called a priority request,
Longitudinal adjuster for a vehicle seat comprising a lower rail and an upper rail which is guided therein such that it can be displaced in the longitudinal direction, wherein at least one additional supporting element is provided, said supporting element being in contact with the upper rail and the lower rail and having a rotatable supporting roller, wherein the supporting roller can be rotated about a rotational axis which runs in the vertical direction and the at least one supporting element comprises a supporting spring which loads the supporting roller in the vertical direction, characterized in that at least one bearing element which is arranged between the upper rail and the lower rail is in contact with the upper rail and the lower rail, wherein the at least one supporting element is arranged on the lower rail and is arranged eccentrically to the lower rail in the transverse direction.
A turbomachine vane, this vane being made of a composite material formed of carbon fibres woven in three-dimensions and embedded in a polymerised resin, this vane comprising a root connected by a stilt to a blade which comprises a pressure side and a suction side, at least one anti-wear strip of fabric being located on a surface of the root and/or the stilt, characterised in that the at least one anti-wear strip is secured in a unitary manner to the surface of the root by said resin, and is produced by weaving PTFE and/or aramid fibres.
A polarization plate comprising: a sapphire plate having a first main surface; and a thin metal wire disposed in a stripe pattern on the first main surface of the sapphire plate, wherein an angle between a c-axis of the sapphire plate and a longitudinal direction of the thin metal wire is 5° or less, and wherein the c-axis of the sapphire plate deviates from the first main surface of the sapphire plate, wherein an angle between the first main surface of the sapphire plate and the c-axis of the sapphire plate is 0.1° or more. a sapphire plate having a first main surface; and a thin metal wire disposed in a stripe pattern on the first main surface of the sapphire plate, wherein an angle between a c-axis of the sapphire plate and a longitudinal direction of the thin metal wire is 5° or less, and wherein the c-axis of the sapphire plate deviates from the first main surface of the sapphire plate, wherein an angle between the first main surface of the sapphire plate and the c-axis of the sapphire plate is 0.1° or more.
A method for audio playing, applied to a wireless Bluetooth group comprising a first Bluetooth earphone and a second Bluetooth earphone, the second Bluetooth earphone being at least one earphone other than the first Bluetooth earphone in the wireless Bluetooth group, characterized in that the method comprises: performing packet locking on a terminal by transmitting a negative acknowledgement, NACK, message or skipping transmission of an acknowledgement, ACK, message to the terminal when the first Bluetooth earphone receives a first audio packet transmitted by the terminal, wherein the packet locking is used for controlling the terminal to retransmit continuously the first audio packet to the wireless Bluetooth group and cache a plurality of audio packets corresponding to a target audio after the packet locking, the first audio packet being a first audio packet to-be-played corresponding to the target audio; performing packet unlocking on the terminal by transmitting an ACK message to the terminal when the first Bluetooth earphone and the second Bluetooth earphone complete synchronization of information for an initial audio packet, wherein the packet unlocking is used for controlling the terminal to restore to transmit the plurality of audio packets corresponding to the target audio to the wireless Bluetooth group after the packet unlocking; and playing synchronously, by the first Bluetooth earphone and the second Bluetooth earphone, the target audio from the initial audio packet according to the plurality of audio packets received. performing packet locking on a terminal by transmitting a negative acknowledgement, NACK, message or skipping transmission of an acknowledgement, ACK, message to the terminal when the first Bluetooth earphone receives a first audio packet transmitted by the terminal, wherein the packet locking is used for controlling the terminal to retransmit continuously the first audio packet to the wireless Bluetooth group and cache a plurality of audio packets corresponding to a target audio after the packet locking, the first audio packet being a first audio packet to-be-played corresponding to the target audio; performing packet unlocking on the terminal by transmitting an ACK message to the terminal when the first Bluetooth earphone and the second Bluetooth earphone complete synchronization of information for an initial audio packet, wherein the packet unlocking is used for controlling the terminal to restore to transmit the plurality of audio packets corresponding to the target audio to the wireless Bluetooth group after the packet unlocking; and playing synchronously, by the first Bluetooth earphone and the second Bluetooth earphone, the target audio from the initial audio packet according to the plurality of audio packets received.
A transparent conductor comprising: a transparent resin substrate, a first metal oxide layer, a metal layer containing a silver alloy, and a second metal oxide layer laminated in the order presented, wherein the second metal oxide layer contains zinc oxide, indium oxide, titanium oxide, and tin oxide, characterized in that, that in said second metal oxide layer a content of the zinc oxide is 20 to 68 mol%, a content of the indium oxide is 15 to 35 mol%, a content of the titanium oxide is 5 to 15 mol%, and a content of the tin oxide is 5 to 40 mol%, with respect to a total of four components of the zinc oxide, the indium oxide, the titanium oxide, and the tin oxide in terms of ZnO, In 2 O 3, TiO 2, and SnO 2, respectively. a transparent resin substrate, a first metal oxide layer, a metal layer containing a silver alloy, and a second metal oxide layer laminated in the order presented, wherein the second metal oxide layer contains zinc oxide, indium oxide, titanium oxide, and tin oxide, characterized in that, that in said second metal oxide layer a content of the zinc oxide is 20 to 68 mol%, a content of the indium oxide is 15 to 35 mol%, a content of the titanium oxide is 5 to 15 mol%, and a content of the tin oxide is 5 to 40 mol%, with respect to a total of four components of the zinc oxide, the indium oxide, the titanium oxide, and the tin oxide in terms of ZnO, In 2 O 3, TiO 2, and SnO 2, respectively.
A yarn processing machine comprising: a plurality of yarn processing units arranged side by side in an arranging direction; an operation cart that is movable in the arranging direction and to execute an operation on the yarn processing units; a suction duct arranged along the arranging direction; and a suction device connected to the suction duct, wherein the operation cart includes an operation member adapted to be connected to the suction duct when the operation cart is at an operation position to carry out an operation on the yarn processing unit, and to carry out the operation using a negative pressure in the suction duct, characterized by the operation cart including a detection means adapted to detect a value of the negative pressure supplied from the suction duct. a plurality of yarn processing units arranged side by side in an arranging direction; an operation cart that is movable in the arranging direction and to execute an operation on the yarn processing units; a suction duct arranged along the arranging direction; and a suction device connected to the suction duct, wherein the operation cart includes an operation member adapted to be connected to the suction duct when the operation cart is at an operation position to carry out an operation on the yarn processing unit, and to carry out the operation using a negative pressure in the suction duct, characterized by the operation cart including a detection means adapted to detect a value of the negative pressure supplied from the suction duct.
A system comprising: a profile management module arranged to receive electronic device data from an electronic device, the electronic device data including spatial data, temporal data and interaction data, wherein the interaction data comprises relationship data relating two or more users in a social network of users; a user profile associated with a user, wherein the profile management module is arranged to manage the user profile and wherein the user profile includes: at least some of the electronic device data, and deduced information that is deduced by correlating the spatial data, temporal data and interaction data, wherein the deduced information comprises predicted future location data; and a media presentation module arranged to select media from a media inventory by correlating the user profile with metadata associated with the media, select a media output device co-located with the user's predicted future location by comparing the user's predicted future location to a plurality of media output devices proximal to the predicted future location, and deliver the selected media to the selected media output device. a profile management module arranged to receive electronic device data from an electronic device, the electronic device data including spatial data, temporal data and interaction data, wherein the interaction data comprises relationship data relating two or more users in a social network of users; a user profile associated with a user, wherein the profile management module is arranged to manage the user profile and wherein the user profile includes: at least some of the electronic device data, and deduced information that is deduced by correlating the spatial data, temporal data and interaction data, wherein the deduced information comprises predicted future location data; and a media presentation module arranged to select media from a media inventory by correlating the user profile with metadata associated with the media, select a media output device co-located with the user's predicted future location by comparing the user's predicted future location to a plurality of media output devices proximal to the predicted future location, and deliver the selected media to the selected media output device. at least some of the electronic device data, and deduced information that is deduced by correlating the spatial data, temporal data and interaction data, wherein the deduced information comprises predicted future location data; and a media presentation module arranged to select media from a media inventory by correlating the user profile with metadata associated with the media, select a media output device co-located with the user's predicted future location by comparing the user's predicted future location to a plurality of media output devices proximal to the predicted future location, and deliver the selected media to the selected media output device.
A networking device comprising: a routing table of various prefix lengths, wherein each entry in the routing table specifies a prefix length and a distribution of address entries representing a number of routes associated with the specified prefix length; a random access memory, RAM; a ternary content address memory, TCAM; and a controller (106, 206) configured to: identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; wherein the networking device is configured to: store the first hash table in RAM; and store a table holding address entries corresponding to a second prefix length in TCAM, the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length. a routing table of various prefix lengths, wherein each entry in the routing table specifies a prefix length and a distribution of address entries representing a number of routes associated with the specified prefix length; a random access memory, RAM; a ternary content address memory, TCAM; and a controller (106, 206) configured to: identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; identify a first prefix length from the routing table, the identified first prefix length corresponding to a largest distribution of address entries among all the distributions of address entries in the routing table; generate a hash table in accordance with the distribution of address entries of the identified first prefix length, the hash table holding address entries corresponding to the first prefix length; wherein the networking device is configured to: store the first hash table in RAM; and store a table holding address entries corresponding to a second prefix length in TCAM, the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length. store the first hash table in RAM; and store a table holding address entries corresponding to a second prefix length in TCAM, the second prefix length corresponding to a smaller distribution of address entries than the distribution of address entries of the identified first prefix length.
Switching cap for an electric motor with at least one motor winding and at least two connecting leads, whereby the switching cap comprises a cylindrical lower part, which lower part is provided with an insertion opening for receiving an end section of the motor winding, an integrated temperature-dependent switch, which temperature-dependent switch is arranged such that it comes to lie against a motor winding accommodated in the lower part, and a switching disk closing the lower part, which switching disk is formed on its upper side for electrically interconnecting the connection leads with the temperature-dependent switch and with winding wires of the motor winding, said upper side facing away from the lower part, whereby the temperature-dependent switch is provided with connection contacts (25, 26) for a solder-free electrical connection, which connection contacts are accessible from the upper side of the switching disc, characterized in that the temperature-dependent switch projects through a passage opening in the switching disk into the lower part such that its bottom extends transversely to the switching disc.
A navigation system, comprising: an ultrasound device configured to obtain an ultrasound image in a scan plane; a fiducial pattern; a surgical device having an image capture device configured to capture a fiducial image of the fiducial pattern; a controller configured to receive the ultrasound image and the fiducial image, wherein the controller is configured to determine a position of the surgical device in relation to the scan plane based on the fiducial image; and a display configured to display the ultrasound image and a virtual image of the surgical device based on the position of the surgical device in relation to the scan plane, characterised in that the fiducial pattern is disposed on the ultrasound device. an ultrasound device configured to obtain an ultrasound image in a scan plane; a fiducial pattern; a surgical device having an image capture device configured to capture a fiducial image of the fiducial pattern; a controller configured to receive the ultrasound image and the fiducial image, wherein the controller is configured to determine a position of the surgical device in relation to the scan plane based on the fiducial image; and a display configured to display the ultrasound image and a virtual image of the surgical device based on the position of the surgical device in relation to the scan plane,
A method for transmitting a reference signal, comprising: pre-coding, by a transmitter, each data stream, and transmitting each data stream over its corresponding one or more antenna groups, wherein antenna elements or antenna ports in a same antenna group have a same phase noise, and all antenna groups corresponding to one data stream have a same phase noise; pre-coding, by the transmitter, a Demodulation Reference Signal, DMRS, of each DMRS port, and transmitting each DMRS over its corresponding one or more antenna groups, wherein all antenna groups corresponding to one DMRS port have a same phase noise, one data stream corresponds to one DMRS port, and the data stream and its corresponding DMRS port use same antenna group for transmission; and pre-coding, by the transmitter, a Phase-Tracking Reference Signal, PTRS, of each PTRS port, and transmitting the PTRS over its corresponding one or more antenna groups, wherein all antenna groups corresponding to one PTRS port have a same phase noise, and one PTRS port corresponds to at least one DMRS port, and the PTRS port and its corresponding DMRS port use same antenna group for transmission. pre-coding, by a transmitter, each data stream, and transmitting each data stream over its corresponding one or more antenna groups, wherein antenna elements or antenna ports in a same antenna group have a same phase noise, and all antenna groups corresponding to one data stream have a same phase noise; pre-coding, by the transmitter, a Demodulation Reference Signal, DMRS, of each DMRS port, and transmitting each DMRS over its corresponding one or more antenna groups, wherein all antenna groups corresponding to one DMRS port have a same phase noise, one data stream corresponds to one DMRS port, and the data stream and its corresponding DMRS port use same antenna group for transmission; and pre-coding, by the transmitter, a Phase-Tracking Reference Signal, PTRS, of each PTRS port, and transmitting the PTRS over its corresponding one or more antenna groups, wherein all antenna groups corresponding to one PTRS port have a same phase noise, and one PTRS port corresponds to at least one DMRS port, and the PTRS port and its corresponding DMRS port use same antenna group for transmission.
An apparatus for receiving a transport packet stream, comprising: an input unit configured to sequentially input transport stream packets constituting the transport packet stream, wherein each transport stream packet has a header which includes an error indicator indicating whether an error is contained in the transport stream packet, and packet headers of the transport stream packets include continuity counters which indicate count values cycling in an order in which the transport stream packets are generated; a determining unit (102, 121) configured to detect discontinuity of the count value of the continuity counters described in the packet headers of the transport stream packets and determine a loss of a transport stream packet based on the discontinuity of the count value; a termination processor (102,121) configured to add a terminator (0X80) to part of an elementary stream extracted from a transport stream packet immediately before the determination unit detects the loss of a transport stream packet based on the discontinuity of the count values, if the error indicator indicates error absence; and a detection processor (102, 121) configured to detect a synchronize point (SC, 62) of the elementary stream after adding the terminator (0X80), and discard data of another part of elementary stream between the terminator (0x80) and the synchronize point (SC, 62) of the elementary stream. an input unit configured to sequentially input transport stream packets constituting the transport packet stream, wherein each transport stream packet has a header which includes an error indicator indicating whether an error is contained in the transport stream packet, and packet headers of the transport stream packets include continuity counters which indicate count values cycling in an order in which the transport stream packets are generated; a determining unit (102, 121) configured to detect discontinuity of the count value of the continuity counters described in the packet headers of the transport stream packets and determine a loss of a transport stream packet based on the discontinuity of the count value; a termination processor (102,121) configured to add a terminator (0X80) to part of an elementary stream extracted from a transport stream packet immediately before the determination unit detects the loss of a transport stream packet based on the discontinuity of the count values, if the error indicator indicates error absence; and a detection processor (102, 121) configured to detect a synchronize point (SC, 62) of the elementary stream after adding the terminator (0X80), and discard data of another part of elementary stream between the terminator (0x80) and the synchronize point (SC, 62) of the elementary stream.