mhurhangee/ep-ind-claims huggingface dataset:
A platform comprising: a platform cooling apparatus comprising a first cooling chamber and a second cooling chamber separated and fluidically isolated from each other by a first dividing rib, and disposed at least partially through the platform, and configured to conduct cooling air, wherein the platform cooling apparatus further comprises a first outflow aperture comprising an orifice extending in fluidic communication between the first cooling chamber and through at least a portion of the platform and in fluidic communication with a surrounding ambient environment immediately proximate to an external surface of the platform; and a cooling cover apparatus at least partially fluidically sealing the platform cooling apparatus, characterised in that: the first dividing rib comprises a planar structure. a platform cooling apparatus comprising a first cooling chamber and a second cooling chamber separated and fluidically isolated from each other by a first dividing rib, and disposed at least partially through the platform, and configured to conduct cooling air, wherein the platform cooling apparatus further comprises a first outflow aperture comprising an orifice extending in fluidic communication between the first cooling chamber and through at least a portion of the platform and in fluidic communication with a surrounding ambient environment immediately proximate to an external surface of the platform; and a cooling cover apparatus at least partially fluidically sealing the platform cooling apparatus, characterised in that: the first dividing rib comprises a planar structure.
Train coupling having a monitoring system for train coupling components, wherein the monitoring system comprises a monitoring device with at least one or a multiplicity of sensing devices for acquiring actual values of at least one variable from the group mentioned below: - a variable which at least indirectly describes a state of the train coupling component - a variable which at least indirectly describes a mode of operation of the train coupling component, wherein the monitoring device also has a process unit and/or memory unit for storing the abovementioned variables and at least one output for coupling to a reading device, characterized in that the at least one sensing device, the process and/or memory unit and the output are arranged in a housing of the monitoring device, and the housing is electronically and mechanically coupled to the train coupling component via a connection device which is attached to the train coupling component. - a variable which at least indirectly describes a state of the train coupling component - a variable which at least indirectly describes a mode of operation of the train coupling component, wherein the monitoring device also has
A fuel pool of a nuclear power plant, comprising a sluice to a reactor pit, said sluice being provided with a lock gate for automatically closing the sluice when the water level (h) in the fuel pool falls below a predetermined limit value (hG).
An uplink control method, comprising: measuring, by a terminal based on a received first reference signal, a first reference signal receive power of a serving cell in which the terminal is located, and determining a downlink path loss based on the first reference signal receive power and a received first reference signal transmit power, wherein the first reference signal is sent by a first target base station of a first network to the terminal by using an air interface resource of the first network; receiving, by the terminal, a first transmit power and a second transmit power that are sent by the first target base station, wherein the first transmit power comprises: an uplink transmit power of the terminal expected by the first target base station and a path loss offset, and the second transmit power comprises: the uplink transmit power of the terminal expected by the first target base station, the path loss offset, and a penetration loss offset; and when the first reference signal receive power is greater than or equal to a preset threshold, obtaining, by the terminal, an uplink transmit power of the terminal in the first network based on the downlink path loss, the first transmit power, and a maximum transmit power of the terminal; or when the first reference signal receive power is less than a preset threshold, obtaining, by the terminal, an uplink transmit power of the terminal in the first network based on the downlink path loss, the second transmit power, and a maximum transmit power of the terminal. measuring, by a terminal based on a received first reference signal, a first reference signal receive power of a serving cell in which the terminal is located, and determining a downlink path loss based on the first reference signal receive power and a received first reference signal transmit power, wherein the first reference signal is sent by a first target base station of a first network to the terminal by using an air interface resource of the first network; receiving, by the terminal, a first transmit power and a second transmit power that are sent by the first target base station, wherein the first transmit power comprises: an uplink transmit power of the terminal expected by the first target base station and a path loss offset, and the second transmit power comprises: the uplink transmit power of the terminal expected by the first target base station, the path loss offset, and a penetration loss offset; and when the first reference signal receive power is greater than or equal to a preset threshold, obtaining, by the terminal, an uplink transmit power of the terminal in the first network based on the downlink path loss, the first transmit power, and a maximum transmit power of the terminal; or when the first reference signal receive power is less than a preset threshold, obtaining, by the terminal, an uplink transmit power of the terminal in the first network based on the downlink path loss, the second transmit power, and a maximum transmit power of the terminal.
A display system for an aircraft, comprising: processing unit configured to receive data related to an aircraft profile and to determine a footprint associated with the aircraft profile and evaluate the slope of the terrain within the footprint, the processing unit further configured to supply display commands with symbology based on the aircraft profile, the aircraft profile including characteristics corresponding to at least one of the aircraft itself, the flight path of the aircraft, or the current energy of the aircraft; and a display device coupled to the processing unit and configured to receive the display commands and operable to render a three-dimensional, synthetic and perspective view with the symbology based on the aircraft profile, characterised in that the symbology comprises terrain slope symbology for the slope within the footprint, wherein the terrain slope symbology includes a slope indicator with an arrow pointing in a sloping direction. processing unit configured to receive data related to an aircraft profile and to determine a footprint associated with the aircraft profile and evaluate the slope of the terrain within the footprint, the processing unit further configured to supply display commands with symbology based on the aircraft profile, the aircraft profile including characteristics corresponding to at least one of the aircraft itself, the flight path of the aircraft, or the current energy of the aircraft; and a display device coupled to the processing unit and configured to receive the display commands and operable to render a three-dimensional, synthetic and perspective view with the symbology based on the aircraft profile, characterised in that the symbology comprises terrain slope symbology for the slope within the footprint, wherein the terrain slope symbology includes a slope indicator with an arrow pointing in a sloping direction.
Floating support structure for photovoltaic modules, comprising at least two floating bodies and supports arranged next to one another, in particular parallel to one another, on which PV modules are mounted, characterized in that the supports have two portions of which the longitudinal axes enclose an angle (β), the angle (β) being less than 180° and greater than 135°, and in that a membrane is provided between two or more than two supports or floating bodies arranged next to one another, and in that at least two supports or floating bodies and the membrane form a membrane-reinforced supporting structure. characterized in that the supports have two portions of which the longitudinal axes enclose an angle (β), the angle (β) being less than 180° and greater than 135°, and in that a membrane is provided between two or more than two supports or floating bodies arranged next to one another, and in that at least two supports or floating bodies and the membrane form a membrane-reinforced supporting structure.
An apparatus for handling coins, having an inserting unit for inserting coins, a storage unit for storing the coins including a plurality of receiving compartments for receiving at least one coin respectively, and a dispensing compartment for dispensing the coins, wherein the storage unit includes a drive unit which moves the receiving compartments along a predetermined endless path, and wherein the storage unit comprises a dispensing opening via which coins, which are received in the receiving compartments and which are to be dispensed, may be fed directly to the dispensing compartment, characterized in that the storing unit comprises a stationary support element on which the coins received in the receiving compartment rest, and a transport element moved by means of the driving unit relative to the support element, and that the dispensing opening is formed as an opening in the support element, that said opening is closed in a storing operation mode by a closure element over which the coins, received in the receiving compartments, are transported, and that the opening is open in a dispensing operation mode.
A packet transmission method, comprising: sending, by a sending device, at least one first-type service packet to a receiving device, wherein a value of a response packet request field in the first-type service packet is a first value, and the response packet request field indicates whether the receiving device sends a response packet to the sending device, wherein the service packet includes a to-be-sent data packet and services that need to be executed during a data packet transmission; if the response packet needs to be obtained, sending, by the sending device, at least one second-type service packet to the receiving device, wherein a value of a response packet request field in the second-type service packet is a second value, wherein the second value of the response packet request field in the second-type service packet is different from the first value of the response packet request field in the first-type service packet in order to trigger the receiving device to send the response packet, and wherein the sending device sends the second-type service packet within a first preset time period which is less than one round trip time, RTT, the RTT is total duration from a time point when the sending device sends a service packet to a time point when the sending device receives a response packet corresponding to the service packet from the receiving device; and receiving, by the sending device, at least one response packet for the second-type service packet from the receiving device, wherein the response packet is a response that is about a service packet receiving status. sending, by a sending device, at least one first-type service packet to a receiving device, wherein a value of a response packet request field in the first-type service packet is a first value, and the response packet request field indicates whether the receiving device sends a response packet to the sending device, wherein the service packet includes a to-be-sent data packet and services that need to be executed during a data packet transmission; if the response packet needs to be obtained, sending, by the sending device, at least one second-type service packet to the receiving device, wherein a value of a response packet request field in the second-type service packet is a second value, wherein the second value of the response packet request field in the second-type service packet is different from the first value of the response packet request field in the first-type service packet in order to trigger the receiving device to send the response packet, and wherein the sending device sends the second-type service packet within a first preset time period which is less than one round trip time, RTT, the RTT is total duration from a time point when the sending device sends a service packet to a time point when the sending device receives a response packet corresponding to the service packet from the receiving device; and receiving, by the sending device, at least one response packet for the second-type service packet from the receiving device, wherein the response packet is a response that is about a service packet receiving status.
Method for producing motor vehicles by means of a device for positioning motor vehicle parts, comprising a base frame, at least one base module arranged on the base frame, and mounts which are configured to hold the motor vehicle parts, wherein the device comprises at least one exchangeable docking plate, wherein the docking plate can be fixed in the base module, wherein the mounts are configured on the docking plate, comprising the steps: - supplying a docking plate to a base frame equipped with at least one base module and fixing the docking plate to the base module in a configuration station, - fitting a motor vehicle part to the docking plate, such that the motor vehicle part is held by the mounts of the docking plate, in a work station, and - equipping the motor vehicle part with add-on parts, wherein the docking plate, for supply to the base frame equipped with the at least one base module in the configuration station, is removed from a store, in particular a rack, by means of a gripping system, in particular a robot, wherein the storage positions for individual docking plates in the store are recorded in a memory unit, characterized in that characteristic values, in particular characteristic tolerance values, for individual docking plates are recorded in a memory unit, wherein a control unit controls the gripping system in such a manner that, in dependence on the recorded measured values and/or on the recorded storage positions, an individual docking plate is removed from the store for supply to the base frame equipped with the at least one base module in the configuration station. - supplying a docking plate to a base frame equipped with at least one base module and fixing the docking plate to the base module in a configuration station, - fitting a motor vehicle part to the docking plate, such that the motor vehicle part is held by the mounts of the docking plate, in a work station, and - equipping the motor vehicle part with add-on parts, wherein the docking plate, for supply to the base frame equipped with the at least one base module in the configuration station, is removed from a store, in particular a rack, by means of a gripping system, in particular a robot, wherein the storage positions for individual docking plates in the store are recorded in a memory unit, characterized in that characteristic values, in particular characteristic tolerance values, for individual docking plates are recorded in a memory unit, wherein a control unit controls the gripping system in such a manner that, in dependence on the recorded measured values and/or on the recorded storage positions, an individual docking plate is removed from the store for supply to the base frame equipped with the at least one base module in the configuration station.
A combination of an adjusting device, an antenna and a phase shifter, the adjusting device comprising: a gear; a rack; a screw; a driving nut; a driving shaft and a manipulating member; characterized in that the gear is fixed to a rotation axis of the phase shifter on a reflecting plate of the antenna; the rack being fixed to the driving shaft; one end of the driving nut is fixed to the driving shaft, while the other end of the driving nut is provided with an internal screw hole engaging with the screw; the manipulating member is jointed to the screw at one end thereof; and the driving shaft and the screw are respectively supported by a driving shaft supporter and a screw supporter on the reflecting plate of the antenna, wherein when the manuplating member is rotated, the rack urges the gear to rotate. a gear; a rack; a screw; a driving nut; a driving shaft and a manipulating member; characterized in that the gear is fixed to a rotation axis of the phase shifter on a reflecting plate of the antenna; the rack being fixed to the driving shaft; one end of the driving nut is fixed to the driving shaft, while the other end of the driving nut is provided with an internal screw hole engaging with the screw; the manipulating member is jointed to the screw at one end thereof; and the driving shaft and the screw are respectively supported by a driving shaft supporter and a screw supporter on the reflecting plate of the antenna, wherein when the manuplating member is rotated, the rack urges the gear to rotate.
A method for sealing an opening extending radially from an outer circumferential surface to an inner circumferential surface of a tubular object in a nuclear power plant, the method comprising: inserting a stopper (32, 132, 232, 332) from outside of the outer circumferential surface through the opening into the tubular object; and actuating a fastener (34, 134, 334) from the outside of the circumferential surface to force the stopper (32, 132, 232, 332) radially outward to seal the opening, wherein the tubular object is part of a feedwater sparger assembly of a nuclear reactor. inserting a stopper (32, 132, 232, 332) from outside of the outer circumferential surface through the opening into the tubular object; and actuating a fastener (34, 134, 334) from the outside of the circumferential surface to force the stopper (32, 132, 232, 332) radially outward to seal the opening, wherein the tubular object is part of a feedwater sparger assembly of a nuclear reactor.
A movable body apparatus, comprising: a base member; a movable body placed on the base member, that is movable two-dimensionally on the base member; and a planar motor (26, 50) of a magnetic levitation method which is configured to drive the movable body on the base member, the motor having a stator provided at the base member and a mover provided at the movable body, wherein the movable body has a movable body main section, a frame-shaped member and an exhausting port, the frame-shaped member is provided at the periphery of the mover, on a lower surface of the movable body main section, facing the base member and a surface of the frame-shaped member facing the base member flush with a lower surface of other portions including the mover or protrudes lower than the lower surface of the other portions, and the exhausting port is provided at a position, on an inner side with respect to the frame-shaped member, on the lower surface of the movable body main section, and is configured to blow out pressurized gas supplied from the outside toward the base member. a base member; a movable body placed on the base member, that is movable two-dimensionally on the base member; and a planar motor (26, 50) of a magnetic levitation method which is configured to drive the movable body on the base member, the motor having a stator provided at the base member and a mover provided at the movable body, wherein the movable body has a movable body main section, a frame-shaped member and an exhausting port, the frame-shaped member is provided at the periphery of the mover, on a lower surface of the movable body main section, facing the base member and a surface of the frame-shaped member facing the base member flush with a lower surface of other portions including the mover or protrudes lower than the lower surface of the other portions, and the exhausting port is provided at a position, on an inner side with respect to the frame-shaped member, on the lower surface of the movable body main section, and is configured to blow out pressurized gas supplied from the outside toward the base member.
An isolated nucleic acid molecule encoding a delta-9 desaturase enzyme comprising an amino acid sequence being at least 80% identical to SEQ ID NO:12, wherein the nucleic acid molecule comprises a nucleotide sequence at least 60% identical to a sequence selected from the group consisting of SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:9, and SEQ ID NO:15.
A laser treatment head for guiding a laser beam to a target area within a body cavity, wherein the laser treatment head comprises a laser output element which extends along a longitudinal axis, and a guide element for said laser output element, wherein the laser output element comprises a carrier member, and through which during operation a generally coaxial incoming laser beam section of the laser beam passes, wherein the laser output element further comprises deflection means for deflecting the incoming laser beam section into a generally radial output laser beam section, wherein the deflection means is a mirror having a reflecting surface, wherein the mirror is fixed to the carrier member such, that an angle (α) between the reflecting surface and the longitudinal axis of the laser output element is in a range from 30° to 60°, and wherein the laser output element including its deflection means is rotatable relative to said guide element about the longitudinal axis, characterized in that the deflection means is one of a pair of opposite inclined mirrors, multiple flat mirrors (14") arranged to form a pyramid and a cone shaped mirror, wherein the carrier member comprises first thread means, wherein the guide element comprises second thread means, wherein the first and second thread means (12, 13) engage each other such, that upon rotational movement of the laser output element relative to the guide element the deflection means perform a combined axial and rotational movement relative to the guide element.
Seating and/or reclining furniture having a seating unit, which comprises a seat part and a back part, preferably also a pivotable foot part, and having a substructure on which the seating unit is rotatably supported about a vertical axis, wherein the seating unit is additionally supported at the substructure via at least one roller beneath the seat part, wherein the substructure has a planar plate which is located beneath the seat part and on which the at least one roller stands, characterized in that a rail, which is preferably arcuate and on which the roller stands, is fastened to the planar plate for each roller.