mhurhangee/patent-ind-claim-en huggingface dataset:
Installation comprising a steam turbine , a steam generator , and also a condenser , the steam generator being connected in terms of flow to an inlet of the steam turbine , and an outlet of the steam turbine being connected to the condenser , with the condenser being connected to the steam generator , the steam turbine comprising a high-pressure part-turbine and a medium-pressure part-turbine , the outlet of the high-pressure part-turbine being connected in terms of flow to a reheater by way of a cold reheater line "kZÜ" , the inlet of the medium-pressure part-turbine being connected in terms of flow to the reheater by way of a hot reheater line "hZÜ" , also comprising a booster , which is arranged in a steam line that leads into the steam turbine and is designed in such a way that an oxyhydrogen reaction takes place in the booster , with the reaction product that is produced after the oxyhydrogen reaction being passed into the steam turbine , the booster comprising a device for preheating the booster , the preheating being performed by steam, the steam for the preheating being taken from the cold reheater line "kZÜ" or from the hot reheater line "hZÜ" , the booster being connected in terms of flow to the outlet of the high-pressure part-turbine , with a mixture of steam from the reheater and steam from the high-pressure part-turbine being arranged in the booster . comprising a steam turbine , a steam generator , and also a condenser , the steam generator being connected in terms of flow to an inlet of the steam turbine , and an outlet of the steam turbine being connected to the condenser , with the condenser being connected to the steam generator , the steam turbine comprising a high-pressure part-turbine and a medium-pressure part-turbine , the outlet of the high-pressure part-turbine being connected in terms of flow to a reheater by way of a cold reheater line "kZÜ" , the inlet of the medium-pressure part-turbine being connected in terms of flow to the reheater by way of a hot reheater line "hZÜ" , also comprising a booster , which is arranged in a steam line that leads into the steam turbine and is designed in such a way that an oxyhydrogen reaction takes place in the booster , with the reaction product that is produced after the oxyhydrogen reaction being passed into the steam turbine , the booster comprising a device for preheating the booster , the preheating being performed by steam, the steam for the preheating being taken from the cold reheater line "kZÜ" or from the hot reheater line "hZÜ" , the booster being connected in terms of flow to the outlet of the high-pressure part-turbine , with a mixture of steam from the reheater and steam from the high-pressure part-turbine being arranged in the booster .
A method for distributing electric braking power of a hybrid electric tram, comprising: acquiring (S201) a braking voltage and a braking current of a traction inverter system when a traction motor brakes; acquiring (S202) consumption power of a power consumption system, output power of a unidirectional power supply system and maximum charging power of a power storage system; calculating (S203), based on the consumption power, the output power, the maximum charging power, the number of traction inverters and the braking voltage, a maximum current limit fed back to a bus by a single traction inverter; and controlling (S204) a braking resistor system to be switched on or off based on the braking current and the maximum current limit. acquiring (S201) a braking voltage and a braking current of a traction inverter system when a traction motor brakes; acquiring (S202) consumption power of a power consumption system, output power of a unidirectional power supply system and maximum charging power of a power storage system; calculating (S203), based on the consumption power, the output power, the maximum charging power, the number of traction inverters and the braking voltage, a maximum current limit fed back to a bus by a single traction inverter; and controlling (S204) a braking resistor system to be switched on or off based on the braking current and the maximum current limit.
Device for controlling pitch, roll and/or steering of a boat, ship or vessel, the device has a length direction (L) and a height direction (H) and comprises; - at least two crankshafts and - an interceptor member , characterized by further comprising - at least two actuators , and - at least two actuating means , wherein each actuator interacts with the corresponding actuating means , wherein the actuating means interact with the interceptor member , such that the interceptor member is linearly displaceable between a retracted and an extracted position, wherein each actuating means interact with the corresponding crankshaft , which thereby rotates, and wherein the crankshafts interact with the interceptor member such that rotations of the crankshafts consequently lead to a displacement of the interceptor member between the retracted and the extracted position, wherein the actuating means have a linear movement which are directed perpendicular relative the movement of the interceptor member and opposite directed relative each other. - at least two crankshafts and - an interceptor member , - at least two actuators , and - at least two actuating means , wherein each actuator interacts with the corresponding actuating means , wherein the actuating means interact with the interceptor member , such that the interceptor member is linearly displaceable between a retracted and an extracted position, wherein each actuating means interact with the corresponding crankshaft , which thereby rotates, and wherein the crankshafts interact with the interceptor member such that rotations of the crankshafts consequently lead to a displacement of the interceptor member between the retracted and the extracted position, wherein the actuating means have a linear movement which are directed perpendicular relative the movement of the interceptor member and opposite directed relative each other.
A ceiling-mounted air conditioner comprising: a main body which is fixed onto a ceiling of a room where the ceiling-mounted air conditioner is installed and includes an air intake formed at the bottom thereof; a door panel which is connected to the bottom of the main body so as to be able to be attached to or detached from the main body and shuts or opens the air intake by being lifted up or down; a plurality of moving elements which are fixed onto the top surface of the door panel , are a predetermined distance apart from one another, and are lifted up or down so as to be able to lift up or down the door panel ; and a plurality of rotation elements which are disposed at the main body so as to be able to rotate and thus to lift up or down the moving elements , characterised in that each of the moving elements includes a vertical portion having a cavity portion extending vertically therein and protruding vertically from the top surface of the door panel , a driving force transmitting portion formed on one side of the cavity portion and contacting a corresponding rotation element , and an elevation guide portion formed on the other side of the cavity portion and guiding the elevation of the vertical portion . a main body which is fixed onto a ceiling of a room where the ceiling-mounted air conditioner is installed and includes an air intake formed at the bottom thereof; a door panel which is connected to the bottom of the main body so as to be able to be attached to or detached from the main body and shuts or opens the air intake by being lifted up or down; a plurality of moving elements which are fixed onto the top surface of the door panel , are a predetermined distance apart from one another, and are lifted up or down so as to be able to lift up or down the door panel ; and a plurality of rotation elements which are disposed at the main body so as to be able to rotate and thus to lift up or down the moving elements , characterised in that each of the moving elements includes a vertical portion having a cavity portion extending vertically therein and protruding vertically from the top surface of the door panel , a driving force transmitting portion formed on one side of the cavity portion and contacting a corresponding rotation element , and an elevation guide portion formed on the other side of the cavity portion and guiding the elevation of the vertical portion .
A gas turbine engine shroud support system with load spreading, comprising: a shroud hanger which extends in at least a circumferential direction, said shroud hanger having a first wall and a second wall spaced apart in an axial direction by a retainer support wall ; a ceramic matrix composite shroud , formed of a plurality of shroud segments disposed in said shroud hanger between said first and second walls and said retainer support wall ; a retainer having circumferentially spaced first and second bolt holes , said retainer passing through said shroud segment ; first and second bolts passing through said shroud hanger and engaging said first and second bolt holes of said retainer ; wherein each shroud segment has generally hollow cross-sectional shape defined by a radially inner wall and a radially outer wall and forward and aft walls ; and wherein said radially inner wall and support walls define a hollow interior or cavity ; wherein shroud segments includes end faces , said end faces include relief sections ; wherein the shroud is supported from hanger and retainer at the end faces and relief sections ; wherein said retainer includes flanges at circumferential ends and an arm extending between opposed flanges; wherein each of flanges includes a bolt hole to receive first or second bolt ; wherein one of said first and second walls is functioning as a spring; and wherein said retainer has a plurality of projections to engage said shroud segment. . a shroud hanger which extends in at least a circumferential direction, said shroud hanger having a first wall and a second wall spaced apart in an axial direction by a retainer support wall ; a ceramic matrix composite shroud , formed of a plurality of shroud segments disposed in said shroud hanger between said first and second walls and said retainer support wall ; a retainer having circumferentially spaced first and second bolt holes , said retainer passing through said shroud segment ; first and second bolts passing through said shroud hanger and engaging said first and second bolt holes of said retainer ; wherein each shroud segment has generally hollow cross-sectional shape defined by a radially inner wall and a radially outer wall and forward and aft walls ; and wherein said radially inner wall and support walls define a hollow interior or cavity ; wherein shroud segments includes end faces , said end faces include relief sections ; wherein the shroud is supported from hanger and retainer at the end faces and relief sections ; wherein said retainer includes flanges at circumferential ends and an arm extending between opposed flanges; wherein each of flanges includes a bolt hole to receive first or second bolt ; wherein one of said first and second walls is functioning as a spring; and wherein said retainer has a plurality of projections to engage said shroud segment. .
Pneumatic vehicle tyre with a radial carcass and two bead regions , wherein each bead region has a bead core and a bead filler resting on the bead core , wherein the carcass is led around the bead cores and the bead fillers from axially the inside to axially the outside and is led back to the carcass as a carcass turn-up and wherein in each bead region there is arranged a single bead reinforcer , which runs around in the circumferential direction, comprises a single ply and is reinforced with reinforcing elements, comprising an upper region and a lower region , which is closer to the respective bead core than the upper region , wherein the bead reinforcer ends in its upper region between the carcass and the carcass turn-up led back to the carcass in such a way, that the bead reinforcer both directly adjoins the carcass and directly adjoins the carcass turn-up and wherein the reinforcing elements of the bead reinforcer form with the circumferential direction an angle α, which lies in a range from 30° to 70°, characterized in that the bead reinforcer runs in its lower region on the inside axially of the respective bead filler and between the bead filler and the carcass .
A refill needle for an implantable infusion device, comprising: an elongated body extending from a proximal end to a distal end including a first magnetic portion arranged at a distance dmagnet1 from the distal end, wherein the first magnetic portion has a selectable first magnetic field orientation and/or intensity or second magnetic field orientation and/or intensity to encode a first bit of information, and characterized in that the refill needle is selected from the group comprising a lower chamber needle configured to refill a lower chamber of the infusion device and having a lower needle opening which is positioned at a first axial distance (dl) from the distal end of the needle , and an upper chamber needle configured to refill an upper chamber of the infusion device and having an upper needle opening which is positioned at a second axial distance (du) from the distal end of the needle , with the second distance (du) being greater than the first distance (dl), and wherein the information encoded in the first magnetic portion identifies the needle either as an upper chamber needle or a lower chamber needle and may be used to recognize the needle as an upper chamber needle or lower chamber needle. field orientation and/or intensity or second magnetic field orientation and/or intensity to encode a first bit of information, and characterized in that the refill needle is selected from the group comprising a lower chamber needle configured to refill a lower chamber of the infusion device and having a lower needle opening which is positioned at a first axial distance (dl) from the distal end of the needle , and an upper chamber needle configured to refill an upper chamber of the infusion device and having an upper needle opening which is positioned at a second axial distance (du) from the distal end of the needle , with the second distance (du) being greater than the first distance (dl), and wherein the information encoded in the first magnetic portion identifies the needle either as an upper chamber needle or a lower chamber needle and may be used to recognize the needle as an upper chamber needle or lower chamber needle. a lower chamber needle configured to refill a lower chamber of the infusion device and having a lower needle opening which is positioned at a first axial distance (dl) from the distal end of the needle , and an upper chamber needle configured to refill an upper chamber of the infusion device and having an upper needle opening which is positioned at a second axial distance (du) from the distal end of the needle , with the second distance (du) being greater than the first distance (dl), and wherein the information encoded in the first magnetic portion identifies the needle either as an upper chamber needle or a lower chamber needle and may be used to recognize the needle as an upper chamber needle or lower chamber needle.
Electric drum brake system with parking brake actuator for a motor vehicle, wherein the parking brake actuator is arranged on an outer side of an anchor plate and, in a state of rotational drive, drives a drive nut which is supported rotatably and axially fixedly on the anchor plate, which drive nut drives a spindle, which is mounted in a rotationally secured and axially displaceable manner in a gearing housing , of a spindle arrangement , which spindle engages by means of an actuation cable on at least one brake shoe (6a,b) such that the latter can perform an actuation movement in the direction of a brake drum or can perform a release movement in the opposite direction, and having at least one electrical interface for an electrical human-machine interface and/or for an electronic control unit, wherein an axis A1 along a motor shaft of the motor with helical wheel pinion coupled rotationally conjointly to the free motor shaft end and an axis A2 of the spindle arrangement including helical wheel coupled rotationally conjointly to the drive nut are arranged approximately at right angles with respect to one another and, with an axis spacing X with respect to one another, define a helical-wheel gearing stage of the parking brake actuator , and characterized in that the gearing housing has a trough-like gearing housing lower shell with an elevated motor dome including electrical interface and has a gearing housing cover with an elevated gearing dome , the axes A1, A2 of which are provided substantially at right angles and so as to be offset with respect to one another with a defined axis spacing X.
A method performed by a terminal in a communication system, the method comprising: receiving, from a base station, a plurality of time interval values via higher layer signaling, wherein the plurality of time interval values indicate time intervals between downlink control information, DCI, and a physical uplink control channel, PUCCH, transmission occasion scheduled by the DCI; receiving, from the base station, group DCI for a plurality of terminals including the terminal, the group DCI including a plurality of transmission power control, TPC, command values for the plurality of terminals including the terminal; when there are at least two PUCCHs within one time slot, determining an accumulated value of power control for each PUCCH respectively, based on TPC command values that meet delay processing requirements among a plurality of TPC command values for the terminal received in group DCIs that point to said one time slot, wherein said one time slot is determined based on a minimum value of the plurality of time interval values; and transmitting the PUCCHs based on the accumulated values of power control respectively. receiving, from a base station, a plurality of time interval values via higher layer signaling, wherein the plurality of time interval values indicate time intervals between downlink control information, DCI, and a physical uplink control channel, PUCCH, transmission occasion scheduled by the DCI; receiving, from the base station, group DCI for a plurality of terminals including the terminal, the group DCI including a plurality of transmission power control, TPC, command values for the plurality of terminals including the terminal; when there are at least two PUCCHs within one time slot, determining an accumulated value of power control for each PUCCH respectively, based on TPC command values that meet delay processing requirements among a plurality of TPC command values for the terminal received in group DCIs that point to said one time slot, wherein said one time slot is determined based on a minimum value of the plurality of time interval values; and transmitting the PUCCHs based on the accumulated values of power control respectively.
An attachment device for securing an elongate member to a medical instrument , said attachment device comprising: a liner (16; 22); a base comprising a first base aperture and a second base aperture ; an adhesive ; wherein said adhesive is disposed at least partially between said base and said liner (16; 22); and wherein said liner (16; 22) is at least one of (i) at least partially between said first base aperture and said second base aperture and is adjacent to said adhesive , and (ii) configured to cover a portion of the adhesive disposed on the base between the first base aperture and a first outer edge of the attachment device , and between the second base aperture and a second outer edge of the attachment device ; characterized in that said liner (16; 22) is configured to allow the elongate member to move axially along an axis (L) defined by said first base aperture and said second base aperture when said attachment device is attached to the medical instrument via an exposed portion of the adhesive . a liner (16; 22); a base comprising a first base aperture and a second base aperture ; an adhesive ; wherein said adhesive is disposed at least partially between said base and said liner (16; 22); and wherein said liner (16; 22) is at least one of (i) at least partially between said first base aperture and said second base aperture and is adjacent to said adhesive , and (ii) configured to cover a portion of the adhesive disposed on the base between the first base aperture and a first outer edge of the attachment device , and between the second base aperture and a second outer edge of the attachment device ; (i) at least partially between said first base aperture and said second base aperture and is adjacent to said adhesive , and (ii) configured to cover a portion of the adhesive disposed on the base between the first base aperture and a first outer edge of the attachment device , and between the second base aperture and a second outer edge of the attachment device ; characterized in that said liner (16; 22) is configured to allow the elongate member to move axially along an axis (L) defined by said first base aperture and said second base aperture when said attachment device is attached to the medical instrument via an exposed portion of the adhesive .
A wearable device worn on a body of a user, the wearable device comprising: a sensor comprising a gyroscopic sensor and an acceleration sensor configured to detect data related to a movement of the user; and a biometric sensor configured to sense information related to a biometric signal of the user; a position sensor configured to a detect a location of the user; a touch input unit ; a display ; a communicator ; and at least one processor configured to: determine, based on the information related to the biometric signal of the user, whether the user is in a poor health state; when a touch input is received, select, based on the determination, at least one string from a plurality of strings based on state information of the user wherein the state information of the user is information about a biometric signal of the user; control the display to display the selected at least one string for allowing the user to edit the selected at least one string; control the communicator to transmit a message including the selected string to a receiver device with the location of the user. a sensor comprising a gyroscopic sensor and an acceleration sensor configured to detect data related to a movement of the user; and a biometric sensor configured to sense information related to a biometric signal of the user; a position sensor configured to a detect a location of the user; a touch input unit ; a display ; a communicator ; and at least one processor configured to: determine, based on the information related to the biometric signal of the user, whether the user is in a poor health state; when a touch input is received, select, based on the determination, at least one string from a plurality of strings based on state information of the user wherein the state information of the user is information about a biometric signal of the user; control the display to display the selected at least one string for allowing the user to edit the selected at least one string; control the communicator to transmit a message including the selected string to a receiver device with the location of the user. determine, based on the information related to the biometric signal of the user, whether the user is in a poor health state; when a touch input is received, select, based on the determination, at least one string from a plurality of strings based on state information of the user wherein the state information of the user is information about a biometric signal of the user; control the display to display the selected at least one string for allowing the user to edit the selected at least one string; control the communicator to transmit a message including the selected string to a receiver device with the location of the user.