mhurhangee/ep-ind-claims huggingface dataset:
A communication method for Ethernet data, wherein the method comprises: receiving, by a terminal device, downlink control information, DCI, from a network device, wherein the DCI is scrambled by using a first radio network temporary identifier, RNTI, the first RNTI is an RNTI for a broadcast-type or groupcast-type Ethernet packet, and the DCI comprises information used to indicate a time-frequency resource carrying the Ethernet packet; and receiving, by the terminal device, a system information block, SIB, from the network device on the time-frequency resource indicated by the DCI, wherein the SIB comprises the Ethernet packet. receiving, by a terminal device, downlink control information, DCI, from a network device, wherein the DCI is scrambled by using a first radio network temporary identifier, RNTI, the first RNTI is an RNTI for a broadcast-type or groupcast-type Ethernet packet, and the DCI comprises information used to indicate a time-frequency resource carrying the Ethernet packet; and receiving, by the terminal device, a system information block, SIB, from the network device on the time-frequency resource indicated by the DCI, wherein the SIB comprises the Ethernet packet.
A cutting insert, comprising: two end surfaces (10, 11) opposing each other; a peripheral side surface extending between the two end surfaces (10, 11); and a cutting edge formed on an intersecting ridge between at least one of the two end surfaces (10, 11) and the peripheral side surface, wherein the cutting edge continuously includes a first corner cutting edge, a major cutting edge, an end cutting edge, an inner cutting edge, and a second corner cutting edge in this order, honing (60, 70, 71, 72) is provided on the first corner cutting edge, the major cutting edge, the end cutting edge, the inner cutting edge, and the second corner cutting edge, the first corner cutting edge is connected to a first part of the intersecting ridge between the end surface (10, 11) and the peripheral side surface, the first intersecting ridge part being located on an opposite side to the major cutting edge, and the second corner cutting edge is connected to a second part of the intersecting ridge between the end surface (10, 11) and the peripheral side surface, the second intersecting ridge part being located on an opposite side to the inner cutting edge, characterized in that a width of the honing of the inner cutting edge is narrower than a width of the honing of the first corner cutting edge, the major cutting edge, and the end cutting edge, as viewed in a front view of the cutting insert from a side of the end surface (10, 11). two end surfaces (10, 11) opposing each other; a peripheral side surface extending between the two end surfaces (10, 11); and a cutting edge formed on an intersecting ridge between at least one of the two end surfaces (10, 11) and the peripheral side surface, wherein the cutting edge continuously includes a first corner cutting edge, a major cutting edge, an end cutting edge, an inner cutting edge, and a second corner cutting edge in this order, honing (60, 70, 71, 72) is provided on the first corner cutting edge, the major cutting edge, the end cutting edge, the inner cutting edge, and the second corner cutting edge, the first corner cutting edge is connected to a first part of the intersecting ridge between the end surface (10, 11) and the peripheral side surface, the first intersecting ridge part being located on an opposite side to the major cutting edge, and the second corner cutting edge is connected to a second part of the intersecting ridge between the end surface (10, 11) and the peripheral side surface, the second intersecting ridge part being located on an opposite side to the inner cutting edge, characterized in that a width of the honing of the inner cutting edge is narrower than a width of the honing of the first corner cutting edge, the major cutting edge, and the end cutting edge, as viewed in a front view of the cutting insert from a side of the end surface (10, 11).
A method of manufacturing a medical balloon, comprising: forming the medical balloon with an elongated scoring element projecting from an outer surface of the balloon and extending in a longitudinal direction along at least a barrel section by expanding a tubular parison in a mold cavity including a groove (52a, 52b) corresponding in shape to the scoring element, the tubular parison having a constant outer diameter and lacking any surface projections.
A method for detecting or determining a mass of an antibody-drug conjugate compound, the method comprising: (a) providing a solution comprising an antibody-drug conjugate compound and a volatile salt, wherein the solution is free of non-volatile salts, and wherein the antibody of the antibody-drug conjugate compound is non-covalently associated and non-denatured; (b) introducing the solution of the antibody-drug conjugate compound and the volatile salt into a mass spectrometer; and (c) directly establishing the mass of the antibody-drug conjugate compound by mass spectrometry. (a) providing a solution comprising an antibody-drug conjugate compound and a volatile salt, wherein the solution is free of non-volatile salts, and wherein the antibody of the antibody-drug conjugate compound is non-covalently associated and non-denatured; (b) introducing the solution of the antibody-drug conjugate compound and the volatile salt into a mass spectrometer; and (c) directly establishing the mass of the antibody-drug conjugate compound by mass spectrometry.
A system comprising: (a) a publish-subscribe broker network comprising a plurality of publish-subscribe brokers that is configured to provide publish-subscribe broker services to a plurality of mobile devices in RF communication with a plurality of wireless RF access nodes (102, 5602, 5402), each wireless RF access node (102, 5602, 5402) is configured to enable at least one of the plurality of mobile devices to connect to the publish-subscribe broker network via a respective one of the plurality of publish-subscribe brokers, and (b) a queuing service application that runs on a server, the queuing service application configured to provide service packet continuity when a mobile device moves between different wireless RF access nodes(102, 5602, 5402) in the same wireless network or in different wireless networks from each other, wherein the queuing service application is configured to connect to the publish-subscribe broker network via one of the plurality of publish-subscribe brokers, and both a first mobile device of the plurality of mobile devices and the queuing service application are configured to subscribe to receive a same set of service packets distributed via the publish-subscribe broker network, wherein the first mobile device is configured to control a start and a stop of a queuing of service packets by the queuing service application on behalf of the first mobile device, wherein the queuing service application is configured to receive service packets which match the service packets concurrently sent to the first mobile device, wherein the queuing service application is configured to make available the received service packets to replace service packets that the first mobile device did not receive during a time when the first mobile device is in transition between connections to different wireless RF access nodes (102, 5602, 5402) of the plurality of wireless RF access nodes (102, 5602, 5402) upon a request by the first mobile device. (a) a publish-subscribe broker network comprising a plurality of publish-subscribe brokers that is configured to provide publish-subscribe broker services to a plurality of mobile devices in RF communication with a plurality of wireless RF access nodes (102, 5602, 5402), each wireless RF access node (102, 5602, 5402) is configured to enable at least one of the plurality of mobile devices to connect to the publish-subscribe broker network via a respective one of the plurality of publish-subscribe brokers, and (b) a queuing service application that runs on a server, the queuing service application configured to provide service packet continuity when a mobile device moves between different wireless RF access nodes(102, 5602, 5402) in the same wireless network or in different wireless networks from each other,
A method for producing (meth)acrylic acid using 3-hydroxycarboxylic acid as a starting material, the method comprising a polymerization step of polymerizing 3-hydroxycarboxylic acid to generate a composition containing a 3-hydroxycarboxylic acid polymer, and a step of heating the composition containing the 3-hydroxycarboxylic acid polymer, the 3-hydroxycarboxylic acid polymer obtained in the polymerization step including trimer or higher order units, the trimer or higher order units constituting 3% by mass or more of a total of 100% by mass of the 3-hydroxycarboxylic acid and the 3-hydroxycarboxylic acid polymer.
A method of gesture-based data exchange between electronic devices comprising - wireless connection of a user electronic device to at least one electronic data exchange unit, - capture of a handshaking event by at least two electronic data exchange units, - interruption of wireless connection of the user electronic device to the electronic data exchange unit, which captured the handshaking event, - scanning of radio spectrum by at least one electronic data exchange unit, which captured the handshaking event, to establish radio communication with the other electronic data exchange unit, which captured the handshaking event, - definition of wait time for electronic data exchange units, which captured the handshaking event, - data transfer from the electronic data exchange unit having shorter wait time to the electronic data exchange unit having longer wait time through a radio channel of the data unit with shorter wait time, - receipt of data from the electronic data exchange unit with longer wait time, - data transfer from the electronic data exchange unit with longer wait time to the electronic data exchange unit with shorter wait time through a radio channel of the electronic data exchange unit with longer wait time, - receipt of the electronic data exchange unit with shorter wait time, - wireless connection of the user electronic device to the electronic data exchange unit, which captured the handshaking event, - data transfer from electronic data exchange units, which captured the handshaking event, to the user electronic device connected to the electronic data exchange unit. - wireless connection of a user electronic device to at least one electronic data exchange unit, - capture of a handshaking event by at least two electronic data exchange units, - interruption of wireless connection of the user electronic device to the electronic data exchange unit, which captured the handshaking event, - scanning of radio spectrum by at least one electronic data exchange unit, which captured the handshaking event, to establish radio communication with the other electronic data exchange unit, which captured the handshaking event, - definition of wait time for electronic data exchange units, which captured the handshaking event, - data transfer from the electronic data exchange unit having shorter wait time to the electronic data exchange unit having longer wait time through a radio channel of the data unit with shorter wait time, - receipt of data from the electronic data exchange unit with longer wait time, - data transfer from the electronic data exchange unit with longer wait time to the electronic data exchange unit with shorter wait time through a radio channel of the electronic data exchange unit with longer wait time, - receipt of the electronic data exchange unit with shorter wait time, - wireless connection of the user electronic device to the electronic data exchange unit, which captured the handshaking event, - data transfer from electronic data exchange units, which captured the handshaking event, to the user electronic device connected to the electronic data exchange unit.
A device for lifting and transferring a rail vehicle off a track, the lifting device comprising: i. a plurality of lifting cylinders adapted to lift a rail vehicle above a track; ii. a plurality of pairs of transverse rails, each pair of transverse rails forming a transverse track adapted to be placed underneath the rail vehicle once the rail vehicle has been lifted above the track by means of the lifting cylinders, the transverse tracks being intended to be arranged to cross the track perpendicular to the track; iii. a plurality of carriages to move the rail vehicle along the transverse tracks, each carriage being adapted to receive one axle of the rail vehicle to be moved; iv. a plurality of dual-action cylinders adapted to move the rail vehicle off the track and along the transverse tracks, each dual-action cylinder being provided with means for fastening onto at least one of the transverse rails and onto at least one of the movement carriages. i. a plurality of lifting cylinders adapted to lift a rail vehicle above a track; ii. a plurality of pairs of transverse rails, each pair of transverse rails forming a transverse track adapted to be placed underneath the rail vehicle once the rail vehicle has been lifted above the track by means of the lifting cylinders, the transverse tracks being intended to be arranged to cross the track perpendicular to the track; iii. a plurality of carriages to move the rail vehicle along the transverse tracks, each carriage being adapted to receive one axle of the rail vehicle to be moved; iv. a plurality of dual-action cylinders adapted to move the rail vehicle off the track and along the transverse tracks, each dual-action cylinder being provided with means for fastening onto at least one of the transverse rails and onto at least one of the movement carriages.
A laundry machine comprising: a casing having a hinged front door; a revolving perforated drum rotating about a horizontal or tilted rotation axis; a tub enclosing the drum; and an elastic annular bellows having a back end connected to a front end of the tub; a front end connected to the casing, around the door; and a vertical annular lip located close to a front end of the drum; wherein the vertical annular lip of the bellows comprises at least one horizontal rib, which extends horizontally from a back wall of the vertical annular lip, is larger in diameter than the open front end of the drum, and is located between the vertical annular lip and the drum, characterized in that said horizontal rib extends radially along a limited area of the top portion of the vertical annular lip, and said top portion of said vertical annular lip comprises an inner edge, smaller in diameter than said open front end, positioned facing and offset horizontally with respect to said open front end, and having a horizontal projection which fits partly inside said drum. a casing having a hinged front door; a revolving perforated drum rotating about a horizontal or tilted rotation axis; a tub enclosing the drum; and an elastic annular bellows having a back end connected to a front end of the tub; a front end connected to the casing, around the door; and a vertical annular lip located close to a front end of the drum; wherein the vertical annular lip of the bellows comprises at least one horizontal rib, which extends horizontally from a back wall of the vertical annular lip, is larger in diameter than the open front end of the drum, and is located between the vertical annular lip and the drum, characterized in that said horizontal rib extends radially along a limited area of the top portion of the vertical annular lip, and said top portion of said vertical annular lip comprises an inner edge, smaller in diameter than said open front end, positioned facing and offset horizontally with respect to said open front end, and having a horizontal projection which fits partly inside said drum.
A hybrid corn seed having in its genome: (a) heterologous recombinant DNA which confers a crop improvement trait and herbicide resistance, wherein said crop improvement trait is water deficit tolerance conferred by a recombinant heterologous DNA construct comprising a gene which encodes a Hap3 protein having an amino acid sequence identical to the consensus amino acid sequence of SEQ ID NO:8 or SEQ ID NO:9, and (b) heterologous recombinant DNA which confers an herbicide resistance trait and a pest resistance trait. (a) heterologous recombinant DNA which confers a crop improvement trait and herbicide resistance, wherein said crop improvement trait is water deficit tolerance conferred by a recombinant heterologous DNA construct comprising a gene which encodes a Hap3 protein having an amino acid sequence identical to the consensus amino acid sequence of SEQ ID NO:8 or SEQ ID NO:9, and (b) heterologous recombinant DNA which confers an herbicide resistance trait and a pest resistance trait.
An apparatus, comprising: a conductive plug that extends through a plurality of decks of memory cells; a plurality of transistors that are electrically connected to the conductive plug; and a driver (736; 737) coupled with the conductive plug and configured to be selectively coupled, by a transistor of the plurality of transistors, with an electrode included in a deck of the plurality of decks, characterised in that each transistor is a vertical thin film transistor that at least partially surrounds the conductive plug. a conductive plug that extends through a plurality of decks of memory cells; a plurality of transistors that are electrically connected to the conductive plug; and a driver (736; 737) coupled with the conductive plug and configured to be selectively coupled, by a transistor of the plurality of transistors, with an electrode included in a deck of the plurality of decks,
An information processing apparatus, comprising a wireless communication unit configured to establish connection with one or more devices included in a mesh network, in which a plurality of devices is mutually connected by one-to-one wireless communication, and to exchange information with the one or more devices, and a control unit configured to control the wireless communication unit so as to establish direct connection with a number of devices smaller than an upper limit number of devices that can be connected to the wireless communication unit directly and simultaneously in the mesh network, wherein the control unit is configured to cause, in a case where the upper limit number of devices directly connected to the wireless communication unit is reached, the wireless communication unit to cut direct connection with a predetermined number of devices among the directly connected devices, wherein the control unit is configured to select, as a device to be disconnected, a device among the directly connected devices other than a device that is to be disconnected from the mesh network when disconnected from the wireless communication unit.
A gantry comprising: side frames supporting a horizontal beam to which is connected an adjustable support; and an adjust and lock mechanism, characterised in that the adjust and lock mechanism comprises: a drive gear rotatably mounted on one of the side frames and adapted to engage a drive track on the adjustable support to allow adjustment between the frame and the adjustable support by rotation of the drive gear; a drive spindle on which the drive gear is mounted and which is moveable axially relative to the drive gear into locking engagement with the frame to prevent rotation, the drive spindle being normally spring loaded into locking engagement with the frame and wherein the gantry further comprises a manually operable lock release member operable to move the drive spindle axially against the spring loading to disengage the locking engagement and allow the spindle to be rotated to operate the drive gear whilst the lock release member is held operated. side frames supporting a horizontal beam to which is connected an adjustable support; and an adjust and lock mechanism, characterised in that the adjust and lock mechanism comprises: a drive gear rotatably mounted on one of the side frames and adapted to engage a drive track on the adjustable support to allow adjustment between the frame and the adjustable support by rotation of the drive gear; a drive spindle on which the drive gear is mounted and which is moveable axially relative to the drive gear into locking engagement with the frame to prevent rotation, the drive spindle being normally spring loaded into locking engagement with the frame and wherein the gantry further comprises a manually operable lock release member operable to move the drive spindle axially against the spring loading to disengage the locking engagement and allow the spindle to be rotated to operate the drive gear whilst the lock release member is held operated.
A liquid discharge apparatus comprising: a piezoelectric actuator configured to cause liquid to be discharged from a nozzle; and a drive circuit configured to: apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that a time from when the wake waveform starts to be applied to the actuator to when the drive waveform starts to be applied to the actuator is equal to or longer than a period of time equal to two discharge cycles. a piezoelectric actuator configured to cause liquid to be discharged from a nozzle; and a drive circuit configured to: apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that apply a wake waveform to the actuator such that a voltage of the actuator increases to a first voltage and then is maintained at the first voltage without discharge of liquid from the nozzle; and apply a drive waveform to the actuator for a discharge cycle, such that liquid is discharged from the nozzle in the discharge cycle, characterised in that the drive circuit is configured such that a time from when the wake waveform starts to be applied to the actuator to when the drive waveform starts to be applied to the actuator is equal to or longer than a period of time equal to two discharge cycles.
Method for data transmission in a network having at least two data processing units that interchange messages via the network, wherein the interchanged messages have a logical structure based on CAN specification ISO 11898-1, wherein for at least one first prescribable area within the interchanged messages the bits are coded according to the method based on CAN standard ISO 11898-1, characterized in that the presence of a changeover condition for at least one second prescribable area within the interchanged messages prompts the bits to be coded according to a method that differs from CAN standard ISO 11898-1.