mhurhangee/ep-ind-claims huggingface dataset:
A Digital Mobile Radio, DMR, private network communication terminal, adapted to implement DMR private network communication in direct mode, comprising: a communication module, adapted to receive a DMR synchronization pattern, and to receive and transmit DMR private network communication; wherein, the DMR private network communication terminal further comprises: a synchronization module, adapted to: establish synchronization with the received DMR synchronization pattern to distinguish each time slot; determine a time slot which is occupied by the received DMR private network communication according to the DMR synchronization pattern; lock a preset time slot of the DMR private network communication terminal; and control the communication module to respond to the DMR private network communication in the preset time slot and insert a DMR synchronization pattern corresponding to the preset time slot into the locked time slot. a communication module, adapted to receive a DMR synchronization pattern, and to receive and transmit DMR private network communication; wherein, the DMR private network communication terminal further comprises: a synchronization module, adapted to: establish synchronization with the received DMR synchronization pattern to distinguish each time slot; determine a time slot which is occupied by the received DMR private network communication according to the DMR synchronization pattern; lock a preset time slot of the DMR private network communication terminal; and control the communication module to respond to the DMR private network communication in the preset time slot and insert a DMR synchronization pattern corresponding to the preset time slot into the locked time slot. a synchronization module, adapted to: establish synchronization with the received DMR synchronization pattern to distinguish each time slot; determine a time slot which is occupied by the received DMR private network communication according to the DMR synchronization pattern; lock a preset time slot of the DMR private network communication terminal; and control the communication module to respond to the DMR private network communication in the preset time slot and insert a DMR synchronization pattern corresponding to the preset time slot into the locked time slot. establish synchronization with the received DMR synchronization pattern to distinguish each time slot; determine a time slot which is occupied by the received DMR private network communication according to the DMR synchronization pattern; lock a preset time slot of the DMR private network communication terminal; and control the communication module to respond to the DMR private network communication in the preset time slot and insert a DMR synchronization pattern corresponding to the preset time slot into the locked time slot.
A method for using crowd-sourced data to automatically schedule an image acquisition event in a constellation of imaging micro-satellites, the method comprising: accessing crowd-sourced data; analyzing the crowd-sourced data to determine an event of interest; determining a geographic location for the event of interest using the crowd-sourced data; determining a degree of relevance for the event of interest; creating an image acquisition request, wherein the image acquisition request comprises the determined geographic location of the event of interest and a task priority based at least in part on the determined degree of relevance for the event of interest; and automatically providing via a machine-to-machine interface the image acquisition request to a scheduling system associated with the constellation of imaging micro-satellites, the scheduling system operable to generate an image acquisition task associated with the determined geographic location for at least one imaging micro-satellite in the constellation of imaging micro-satellites, wherein the method is performed under control of a crowd-sourcing system comprising computing hardware. accessing crowd-sourced data; analyzing the crowd-sourced data to determine an event of interest; determining a geographic location for the event of interest using the crowd-sourced data; determining a degree of relevance for the event of interest; creating an image acquisition request, wherein the image acquisition request comprises the determined geographic location of the event of interest and a task priority based at least in part on the determined degree of relevance for the event of interest; and automatically providing via a machine-to-machine interface the image acquisition request to a scheduling system associated with the constellation of imaging micro-satellites, the scheduling system operable to generate an image acquisition task associated with the determined geographic location for at least one imaging micro-satellite in the constellation of imaging micro-satellites, wherein the method is performed under control of a crowd-sourcing system comprising computing hardware.
A method of purifying poliovirus from a crude cell culture harvest, said method comprising the steps of: a) adding a detergent to the crude cell culture harvest; b) clarifying said poliovirus-containing cell culture harvest to obtain a clarified harvest with poliovirus particles. a) adding a detergent to the crude cell culture harvest; b) clarifying said poliovirus-containing cell culture harvest to obtain a clarified harvest with poliovirus particles.
A method of wireless network communication, comprising: detecting by a client device one or more synchronization signal "SS" blocks transmitted from a base station; determining by the client device a preferred SS block of the one or more detected SS blocks on the basis of the SS block received with a highest signal quality; transmitting a plurality of physical random access channel "PRACH" signals from the client device, each PRACH signal is transmitted using a different transmit beam, and each PRACH signal in the plurality of PRACH signals carries a random access preamble selected from a range of random access preambles associated with the preferred SS block; receiving, by the client device, on a transmit beam from the base station a single random access response "RAR" in response to the base station determining a preferred PRACH signal of the plurality of PRACH signals on the basis of the PRACH signal having the highest signal quality, the single RAR indicating the preferred PRACH signal of the plurality of PRACH signals and an uplink resource allocation, and wherein the transmit beam on which the single RAR is transmitted is the same transmit beam on which the preferred SS block was transmitted to the client device; identifying by the client device from the single RAR the preferred PRACH signal; determining by the client device one or more uplink resources identified by the uplink resource allocation; and transmitting a message from the client device using the one or more uplink resources identified by the uplink resource allocation on a transmit beam identified by the preferred PRACH signal. detecting by a client device one or more synchronization signal "SS" blocks transmitted from a base station; determining by the client device a preferred SS block of the one or more detected SS blocks on the basis of the SS block received with a highest signal quality; transmitting a plurality of physical random access channel "PRACH" signals from the client device, each PRACH signal is transmitted using a different transmit beam, and each PRACH signal in the plurality of PRACH signals carries a random access preamble selected from a range of random access preambles associated with the preferred SS block; receiving, by the client device, on a transmit beam from the base station a single random access response "RAR" in response to the base station determining a preferred PRACH signal of the plurality of PRACH signals on the basis of the PRACH signal having the highest signal quality, the single RAR indicating the preferred PRACH signal of the plurality of PRACH signals and an uplink resource allocation, and wherein the transmit beam on which the single RAR is transmitted is the same transmit beam on which the preferred SS block was transmitted to the client device; identifying by the client device from the single RAR the preferred PRACH signal; determining by the client device one or more uplink resources identified by the uplink resource allocation; and transmitting a message from the client device using the one or more uplink resources identified by the uplink resource allocation on a transmit beam identified by the preferred PRACH signal.
A security element for securing value documents, comprising a transparent carrier substrate, a semi-transparent metallic layer, namely an aluminum layer, which appears in a first visually recognizable color, namely silver-colored, when viewed in incident light, and a semi-transparent functional layer which defines the front side of the security element and is obtainable by printing technology by means of an effect-pigment composition, which functional layer appears in a second visually recognizable color when viewed in incident light and appears in a third visually recognizable color when the security element is viewed in transmitted light, both from the front side and from the back side, wherein the security element has the following layer structure in this order: - transparent carrier substrate; - semi-transparent metallic layer; - semi-transparent functional layer. - transparent carrier substrate; - semi-transparent metallic layer; - semi-transparent functional layer.
A surgical instrument, comprising: a handpiece housing; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a sheath at least partially surrounding said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises: a proximal end pivotably mounted to said sheath; and a distal end; a first conductor in electrical communication with said waveguide; and a second conductor in electrical communication with said clamp, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source characterised in that; said distal end of said clamp and said distal end of said waveguide are configured to be placed against tissue such that current can flow between said distal end of said waveguide and said distal end of said clamp through tissue in contact with said distal end of said waveguide and said distal end of said clamp. a handpiece housing; an acoustic assembly supported within said handpiece housing, wherein said acoustic assembly is configured to produce vibrations; a waveguide comprising a proximal end and a distal end, wherein said proximal end is mounted to said acoustic assembly such that vibrations produced by said acoustic assembly are transmitted to said waveguide; a sheath at least partially surrounding said waveguide; a clamp movable between an open position and a closed position relative to said waveguide, wherein said clamp comprises: a proximal end pivotably mounted to said sheath; and a distal end; a proximal end pivotably mounted to said sheath; and a distal end; a first conductor in electrical communication with said waveguide; and a second conductor in electrical communication with said clamp, wherein said first conductor and said second conductor are configured to be placed in electrical communication with a power source characterised in that; said distal end of said clamp and said distal end of said waveguide are configured to be placed against tissue such that current can flow between said distal end of said waveguide and said distal end of said clamp through tissue in contact with said distal end of said waveguide and said distal end of said clamp.
Hand-held suction system, wherein the suction system has: - a hand-held suction device, a tube unit and a bag unit, - wherein the tube unit has a suction tube and a tube connecting part, - wherein the bag unit has a collecting bag and a bag connecting part, and - wherein the tube connecting part and the bag connecting part are designed to form a mechanical connection to one another in order to hold the bag unit by means of the tube unit, characterised in, - that the tube connecting part is arranged in such a way on a circumference of the suction tube, in an upper half of the circumference in a circumferential direction, in a correct operating position of the suction system, and the suction system is designed in such a way that the bag unit held by the tube unit extends downwards in the circumferential direction along the suction tube, on the upper half of the circumference, and - that the tube connecting part is arranged in such a way and the suction system is designed in such a way that the collecting bag extends along the suction tube downwards in the circumferential direction on the upper half of the circumference. - a hand-held suction device, a tube unit and a bag unit, - wherein the tube unit has a suction tube and a tube connecting part, - wherein the bag unit has a collecting bag and a bag connecting part, and - wherein the tube connecting part and the bag connecting part are designed to form a mechanical connection to one another in order to hold the bag unit by means of the tube unit, characterised in, - that the tube connecting part is arranged in such a way on a circumference of the suction tube, in an upper half of the circumference in a circumferential direction, in a correct operating position of the suction system, and the suction system is designed in such a way that the bag unit held by the tube unit extends downwards in the circumferential direction along the suction tube, on the upper half of the circumference, and - that the tube connecting part is arranged in such a way and the suction system is designed in such a way that the collecting bag extends along the suction tube downwards in the circumferential direction on the upper half of the circumference.
A blender base comprising: a base frame; a motor housing supported by said base frame; an outer shell connected to said base frame; a pedestal supported by said motor housing, the pedestal comprising at least one post connected to at least one connection portion of said motor housing; wherein said pedestal is configured to receive and support a blender container thereon; a bottom gasket positioned beneath said motor housing and between said motor housing and said base frame, wherein said motor housing is isolated from direct contact with said base frame by said bottom gasket; and at least one upper gasket positioned above said motor housing and between said motor housing and said at least one post,wherein said motor housing is isolated from direct connection with said outer shell and/or said pedestal by said at least one upper gasket or said bottom gasket. a base frame; a motor housing supported by said base frame; an outer shell connected to said base frame; a pedestal supported by said motor housing, the pedestal comprising at least one post connected to at least one connection portion of said motor housing; wherein said pedestal is configured to receive and support a blender container thereon; a bottom gasket positioned beneath said motor housing and between said motor housing and said base frame, wherein said motor housing is isolated from direct contact with said base frame by said bottom gasket; and at least one upper gasket positioned above said motor housing and between said motor housing and said at least one post,wherein said motor housing is isolated from direct connection with said outer shell and/or said pedestal by said at least one upper gasket or said bottom gasket.
A method of producing inkjet media comprising: dissolving heptahydrate epsomite salt in a coating solution comprising at least one surface sizing additive; and coating at least one side of a substrate with the coating solution to produce the inkjet media; and dissolving a divalent chloride salt in the coating solution; and wherein the coating solution has a ratio of sulfate anions in molar excess over chloride anions. dissolving heptahydrate epsomite salt in a coating solution comprising at least one surface sizing additive; and coating at least one side of a substrate with the coating solution to produce the inkjet media; and
A bowed rotor prevention system for a gas turbine engine, the bowed rotor prevention system comprising: a bowed rotor prevention motor operable to drive rotation of the gas turbine engine through an engine accessory gearbox; and a controller operable to engage the bowed rotor prevention motor and drive rotation of the gas turbine engine below an engine starting speed until a bowed rotor prevention threshold condition is met; characterized in that the bowed rotor prevention system further comprises an air turbine starter, wherein the bowed rotor prevention motor drives a motor shaft that is mechanically linked to an air turbine starter drive shaft of the air turbine starter; and an air turbine of the air turbine starter is operable to rotate an output shaft of the air turbine starter and the motor shaft is mechanically linked to the air turbine starter through a clutch, wherein an output bevel gear of the output shaft interfaces with a motor bevel gear of the motor shaft, and an input bevel gear of the air turbine starter drive shaft interfaces with the motor bevel gear at a gear interface of the bowed rotor prevention system. a bowed rotor prevention motor operable to drive rotation of the gas turbine engine through an engine accessory gearbox; and a controller operable to engage the bowed rotor prevention motor and drive rotation of the gas turbine engine below an engine starting speed until a bowed rotor prevention threshold condition is met; characterized in that the bowed rotor prevention system further comprises an air turbine starter, wherein the bowed rotor prevention motor drives a motor shaft that is mechanically linked to an air turbine starter drive shaft of the air turbine starter; and an air turbine of the air turbine starter is operable to rotate an output shaft of the air turbine starter and the motor shaft is mechanically linked to the air turbine starter through a clutch, wherein an output bevel gear of the output shaft interfaces with a motor bevel gear of the motor shaft, and an input bevel gear of the air turbine starter drive shaft interfaces with the motor bevel gear at a gear interface of the bowed rotor prevention system.
An armrest, comprising a first casing; a second casing coupled to the first casing; and an angular armrest adjustment assembly located between the first casing and the second casing, the angular armrest adjustment assembly comprising: a hub coupled the first casing; a lever ring configured to engage a splined surface of the hub; and a biasing member configured to bias the second casing away from the lever ring, characterized in that the biasing member is located between an internal surface of the second casing and an axial surface of the lever ring, wherein a portion of the lever ring: includes a plurality of interference points configured to engage the splined surface of the hub, wherein a distance between the internal surface of the second casing and the axial surface of the lever ring: is greater than a length of engagement between the splined surface of the hub and the lever ring, and wherein axial translation of the second casing toward the axial surface of the lever ring is configured to disengage the hub from the lever ring. a first casing; a second casing coupled to the first casing; and an angular armrest adjustment assembly located between the first casing and the second casing, the angular armrest adjustment assembly comprising: a hub coupled the first casing; a lever ring configured to engage a splined surface of the hub; and a biasing member configured to bias the second casing away from the lever ring, characterized in that the biasing member is located between an internal surface of the second casing and an axial surface of the lever ring, a hub coupled the first casing; a lever ring configured to engage a splined surface of the hub; and a biasing member configured to bias the second casing away from the lever ring, characterized in that the biasing member is located between an internal surface of the second casing and an axial surface of the lever ring, wherein a portion of the lever ring: includes a plurality of interference points configured to engage the splined surface of the hub, wherein a distance between the internal surface of the second casing and the axial surface of the lever ring: is greater than a length of engagement between the splined surface of the hub and the lever ring, and wherein axial translation of the second casing toward the axial surface of the lever ring is configured to disengage the hub from the lever ring.
A printer, comprising: a cutter; a storage module; a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer; a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command; characterized by a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; and a second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command. a cutter; a storage module; a command receiving module configured to receive a command for instructing a cutting method of a continuous paper from an information processing apparatus connected to the printer; a first cutting control module configured to control an operation of the cutter to cut the continuous paper in the cutting method instructed by the command; characterized by a recording module configured to record information indicating the cutting method in the storage module at the time of paper cutting based on the command; and a second cutting control module configured to cut the continuous paper in a cutting method indicated by the information stored in the storage module at the time of paper cutting without the command.
- Low-alloyed carbon steel wire with high mechanical properties and resistance to hydrogen embrittlement, for use as a component of flexible pipes for the offshore oil industry, characterised in that it has the following chemical composition, expressed in percentages by weight of the total mass, 0.15 ≤ Si % ≤ 0.30; 0.02 ≤ Al % ≤ 0.06; P % ≤ 0.02; S % ≤ 0.02; Cr % ≤ 0.10; Mo % ≤ 0.02; N 2 % ≤ 0.007; and 0.75 ≤ C % ≤ 0.80; 0.50 ≤ Mn % ≤ 0.70; Ni% ≤ 0.08; and Cu% ≤ 0.08; or 0.80 ≤ C% ≤ 0.85; 0.50 ≤ Mn% ≤ 0.70; Ni% ≤ 0.08; and Cu% ≤ 0.10; or 0.82 ≤ C% ≤ 0.88; 0.65 ≤ Mn% ≤ 0.85; Ni% ≤ 0.10; and Cu% ≤ 0.10; the remainder being iron and the inevitable impurities from the production of the metal in the liquid state; in that the shaped wire has a homogeneous pearlitic microstructure; and in that the form wire has a breaking strength (Rm) of at least 1300 MPa. and 0.75 ≤ C % ≤ 0.80; 0.50 ≤ Mn % ≤ 0.70; Ni% ≤ 0.08; and Cu% ≤ 0.08; or 0.80 ≤ C% ≤ 0.85; 0.50 ≤ Mn% ≤ 0.70; Ni% ≤ 0.08; and Cu% ≤ 0.10; the remainder being iron and the inevitable impurities from the production of the metal in the liquid state; in that the shaped wire has a homogeneous pearlitic microstructure; and in that the form wire has a breaking strength (Rm) of at least 1300 MPa.