mhurhangee/ep-ind-claims huggingface dataset:
An aerosol transition adapter for delivering an aerosolized active agent to a patient, the aerosol transition adapter comprising: a housing having a proximal end and a distal end, the proximal end having an aerosol passage for receiving an aerosol produced by a source of aerosol comprising an aerosolized active agent and the distal end having an exit port, the housing having a length between the distal end and the proximal end; a carrier gas connection port for receiving a carrier gas from a gas source, which is in communication with a plurality of carrier gas exit ports, the plurality of carrier gas exit ports are arranged adjacent to the aerosol passage in a pattern that partially encircles the flow of aerosol; and an inner cavity, which is adapted to receive the aerosol from the aerosol passage and the carrier gas from the plurality of carrier gas exit ports and to direct streams of carrier gas to at least partially encircle and flow in parallel with a main direction of a flow of the aerosol along the length of the housing toward the exit port, the inner cavity having a conical inner wall that extends outward to an inner wall of a distal portion of the inner cavity, the plurality of carrier gas exit ports being located on the said conical inner wall, and the exit port on the distal end of the housing being for delivering the aerosol. a housing having a proximal end and a distal end, the proximal end having an aerosol passage for receiving an aerosol produced by a source of aerosol comprising an aerosolized active agent and the distal end having an exit port, the housing having a length between the distal end and the proximal end; a carrier gas connection port for receiving a carrier gas from a gas source, which is in communication with a plurality of carrier gas exit ports, the plurality of carrier gas exit ports are arranged adjacent to the aerosol passage in a pattern that partially encircles the flow of aerosol; and an inner cavity, which is adapted to receive the aerosol from the aerosol passage and the carrier gas from the plurality of carrier gas exit ports and to direct streams of carrier gas to at least partially encircle and flow in parallel with a main direction of a flow of the aerosol along the length of the housing toward the exit port, the inner cavity having a conical inner wall that extends outward to an inner wall of a distal portion of the inner cavity, the plurality of carrier gas exit ports being located on the said conical inner wall, and the exit port on the distal end of the housing being for delivering the aerosol.
A method for controlling a player of a client device, wherein: • the client device comprises a peer-to-peer cache for storing segments of a data stream in a format adapted for transfers within a peer-to-peer network, each segment comprising chunks, • the player is configured to: ∘ play back segments of the data stream stored in a buffer, and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player, request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer, wherein the method comprises: • while the threshold parameter of the player has a first value, determining a download completion ratio associated with a reference segment of the data stream, the download completion ratio being representative of a ratio between a number of chunks of the reference segment which are present in the peer-to-peer cache and a total number of chunks of the reference segment, • computing a score depending on the download completion ratio, wherein the score increases as the download completion ratio increases, • changing the threshold parameter of the player from the first value to a second value greater than the first value only if the score is less than a second threshold, and • changing the threshold parameter of the player from the second value to the first value whenever the amount of data pending for playback in the buffer becomes greater than the second value. • the client device comprises a peer-to-peer cache for storing segments of a data stream in a format adapted for transfers within a peer-to-peer network, each segment comprising chunks, • the player is configured to: ∘ play back segments of the data stream stored in a buffer, and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player, request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer, ∘ play back segments of the data stream stored in a buffer, and ∘ whenever an amount of data pending for playback in the buffer is less than a threshold parameter of the player, request other segments of the data stream to be transferred from the peer-to-peer cache to the buffer, • while the threshold parameter of the player has a first value, determining a download completion ratio associated with a reference segment of the data stream, the download completion ratio being representative of a ratio between a number of chunks of the reference segment which are present in the peer-to-peer cache and a total number of chunks of the reference segment, • computing a score depending on the download completion ratio, wherein the score increases as the download completion ratio increases, • changing the threshold parameter of the player from the first value to a second value greater than the first value only if the score is less than a second threshold, and • changing the threshold parameter of the player from the second value to the first value whenever the amount of data pending for playback in the buffer becomes greater than the second value.
A board work machine comprising: a backup plate; a backup member disposed on the backup plate to support a board from below; and a movement device configured to move the backup member, a movement control section configured to control an operation of the movement device based on pin position coordinate data indicating a position (P1 - P4) of the backup member disposed on the backup plate; and a determination section configured to determine whether an adjustment process including an increase or a decrease of the number of the backup members and a change of the position (P1 - P4) of the backup member is necessary based on work evaluation data (Hv) related to execution of predetermined board work, characterised by: wherein, after a process of board conveyance device conveying in the board is completed, one or more reference marks indicating the reference of the board are recognized, a position and an angle of the board in the machine are recognized based on the recognized reference marks, a deviation amount between a posture of the board that is actually positioned and an ideal posture is calculated as a positioning error, such that the positioning error is aggregated, every time a conveyance or mounting process for the board is executed, and constitutes statistical data (Hs) of work evaluation data (Hv). a backup plate; a backup member disposed on the backup plate to support a board from below; and a movement device configured to move the backup member, a movement control section configured to control an operation of the movement device based on pin position coordinate data indicating a position (P1 - P4) of the backup member disposed on the backup plate; and a determination section configured to determine whether an adjustment process including an increase or a decrease of the number of the backup members and a change of the position (P1 - P4) of the backup member is necessary based on work evaluation data (Hv) related to execution of predetermined board work, characterised by: wherein, after a process of board conveyance device conveying in the board is completed, one or more reference marks indicating the reference of the board are recognized, a position and an angle of the board in the machine are recognized based on the recognized reference marks, a deviation amount between a posture of the board that is actually positioned and an ideal posture is calculated as a positioning error, such that the positioning error is aggregated, every time a conveyance or mounting process for the board is executed, and constitutes statistical data (Hs) of work evaluation data (Hv).
A production method for a honeycomb structure, in which a plurality of holes is opened at end surfaces (71a,71b) of a columnar body, comprising: a closing step of closing a part of a plurality of through holes of a green honeycomb molded body, in which the plurality of through holes partitioned from each other by a partition wall is opened at the end surfaces (71a,71b) of the columnar body, wherein in the closing step the through holes of at least the one end surface of the green honeycomb molded body are closed by welding the partition walls with each other, by inserting each of a plurality of closing protrusions (410a, 410b, 410c) of a closing jig into the part of a plurality of the through holes characterised in that the closing step also provides that the through holes of the both end surfaces (71a,71b) of the green honeycomb molded body are closed at the same time. a closing step of closing a part of a plurality of through holes of a green honeycomb molded body, in which the plurality of through holes partitioned from each other by a partition wall is opened at the end surfaces (71a,71b) of the columnar body, wherein in the closing step the through holes of at least the one end surface of the green honeycomb molded body are closed by welding the partition walls with each other, by inserting each of a plurality of closing protrusions (410a, 410b, 410c) of a closing jig into the part of a plurality of the through holes characterised in that the closing step also provides that the through holes of the both end surfaces (71a,71b) of the green honeycomb molded body are closed at the same time.
Method for diagnosing a power unit of a motor vehicle for detecting slippage of an accessory belt rotationally coupling an output shaft of a crankshaft of a heat engine and an output shaft of an alternator, controlled by an alternator-torque reading (Cbasm) issuing from a first energy-distribution function, the alternator being able to function in generator mode or electric motor mode, the method comprising the following steps: a) determination of the engine speed (Rmth) and of the alternator speed, b) comparison of the speeds determined, c) detection of slippage of the belt according to the result of the comparison, the method being characterised in that it also comprises, simultaneously with steps a), b) and c), the following steps: d) determination of an alternator-torque value issuing from a second energy-distribution function, e) comparison of the absolute values of the alternator-torque readings issuing from the first and second distribution functions (F1, F2), f) detection of a request (RQ_mth) to stop the thermal engine, g) then, only in the case of detection of a stop request, control of the alternator-torque reading (Cbasm) having the highest absolute value among the readings issuing from the first and second functions (F1, F2). a) determination of the engine speed (Rmth) and of the alternator speed, b) comparison of the speeds determined, c) detection of slippage of the belt according to the result of the comparison, the method being characterised in that it also comprises, simultaneously with steps a), b) and c), the following steps: d) determination of an alternator-torque value issuing from a second energy-distribution function, e) comparison of the absolute values of the alternator-torque readings issuing from the first and second distribution functions (F1, F2), f) detection of a request (RQ_mth) to stop the thermal engine, g) then, only in the case of detection of a stop request, control of the alternator-torque reading (Cbasm) having the highest absolute value among the readings issuing from the first and second functions (F1, F2).
A holding device for a wind tunnel test stand, in particular a wind tunnel balance, said holding device comprising: - a holding base (5a, 6a) which can be arranged outside of a conveyor belt of said wind tunnel test stand; - a support element having at least two ends (7a, 7b), wherein one end is connected to said holding base (5a, 6a) and another end is connected to a wheel of a test object by means of a connecting element, and wherein said connecting element decouples said support element and said wheel from one another in a rotational direction; characterized by a support device which is connected to said support element such that a change in a rotational orientation of said support element causes a raising or lowering movement of said support device. - a holding base (5a, 6a) which can be arranged outside of a conveyor belt of said wind tunnel test stand; - a support element having at least two ends (7a, 7b), wherein one end is connected to said holding base (5a, 6a) and another end is connected to a wheel of a test object by means of a connecting element, and wherein said connecting element decouples said support element and said wheel from one another in a rotational direction;
An intraosseous access device comprising: a manual intraosseous driver including a handle, an activator, and a penetrator assembly (111,113), the penetrator assembly having a sharp penetrating end configured to penetrate a bone and associated bone marrow; and a stabilizer including a retainer and a stabilizer housing; the retainer having a first retainer end, a second retainer end, and an internal passageway extending from the first retainer end to the second retainer end, the internal passageway configured to removably receive a portion of the manual intraosseous driver; and the stabilizer housing having a first housing end, a second housing end, and an internal housing section configured to receive a portion of the retainer; where the activator is configured to move to a locked position to lock the manual intraosseous driver to the stabilizer for intraosseous insertion of the penetrator assembly in a first mode of operation, and the penetrator assembly is operable to provide access to a sternal intraosseous space when the manual driver is coupled to the stabilizer in the first mode of operation; and where the activator is configured to move to an unlocked position to unlock the manual intraosseous driver from the stabilizer for intraosseous insertion of the penetrator assembly in a second mode of operation, and the penetrator assembly is operable to provide access to a peripheral intraosseous space when the manual driver is decoupled from the stabilizer in the second mode of operation. a manual intraosseous driver including a handle, an activator, and a penetrator assembly (111,113), the penetrator assembly having a sharp penetrating end configured to penetrate a bone and associated bone marrow; and a stabilizer including a retainer and a stabilizer housing; the retainer having a first retainer end, a second retainer end, and an internal passageway extending from the first retainer end to the second retainer end, the internal passageway configured to removably receive a portion of the manual intraosseous driver; and the stabilizer housing having a first housing end, a second housing end, and an internal housing section configured to receive a portion of the retainer; where the activator is configured to move to a locked position to lock the manual intraosseous driver to the stabilizer for intraosseous insertion of the penetrator assembly in a first mode of operation, and the penetrator assembly is operable to provide access to a sternal intraosseous space when the manual driver is coupled to the stabilizer in the first mode of operation; and where the activator is configured to move to an unlocked position to unlock the manual intraosseous driver from the stabilizer for intraosseous insertion of the penetrator assembly in a second mode of operation, and the penetrator assembly is operable to provide access to a peripheral intraosseous space when the manual driver is decoupled from the stabilizer in the second mode of operation.
A control device for controlling operation of a gas turbine system, wherein the gas turbine system includes: a compressor for compressing intake air and discharging the air; a combustor for mixing and combusting the air discharged from the compressor and fuel; a gas turbine driven by combustion gas from the combustor; a high pressure hot water atomizing system using solar heat, wherein the atomizing system generates high pressure hot water by a solar collector using solar heat energy and atomizes the high pressure hot water from an atomizing nozzle (32A, 32B) into the air taken in by the compressor; and a normal temperature water atomizing system that atomizes normal temperature water from an atomizing nozzle into the air taken in by the compressor, the control device comprising: a high-pressure-hot-water generation-rate obtaining unit that measures a generation rate of high pressure hot water obtained by the solar collector; and an atomizing control mode determining unit that, based on at least a current generation rate of high pressure hot water, the current generation rate being obtained by the high-pressure-hot-water generation-rate obtaining unit, determines switching between a high pressure hot water atomizing mode of atomizing high pressure hot water from the high pressure hot water atomizing system using solar heat and a normal temperature water atomizing mode of atomizing normal temperature water from the normal temperature water atomizing system. a compressor for compressing intake air and discharging the air; a combustor for mixing and combusting the air discharged from the compressor and fuel; a gas turbine driven by combustion gas from the combustor; a high pressure hot water atomizing system using solar heat, wherein the atomizing system generates high pressure hot water by a solar collector using solar heat energy and atomizes the high pressure hot water from an atomizing nozzle (32A, 32B) into the air taken in by the compressor; and a normal temperature water atomizing system that atomizes normal temperature water from an atomizing nozzle into the air taken in by the compressor, a high-pressure-hot-water generation-rate obtaining unit that measures a generation rate of high pressure hot water obtained by the solar collector; and an atomizing control mode determining unit that, based on at least a current generation rate of high pressure hot water, the current generation rate being obtained by the high-pressure-hot-water generation-rate obtaining unit, determines switching between a high pressure hot water atomizing mode of atomizing high pressure hot water from the high pressure hot water atomizing system using solar heat and a normal temperature water atomizing mode of atomizing normal temperature water from the normal temperature water atomizing system.
A lifting arrangement for lifting a wind turbine tower segment, the lifting arrangement comprising: - at least two component pulley arrangements, connected to a flange of the tower segment, and - at least one hoisting pulley arrangement, arranged to be connected to a hoisting apparatus, characterised in that said lifting arrangement further comprises: - a rope interconnecting the component pulley arrangements and the hoisting pulley arrangements, in such a manner that each component pulley arrangement is connected to two hoisting pulley arrangements, via the rope, and each hoisting pulley arrangement is connected to two component pulley arrangements, via the rope, the rope being arranged movably in each pulley arrangement (3, 4). - at least two component pulley arrangements, connected to a flange of the tower segment, and - at least one hoisting pulley arrangement, arranged to be connected to a hoisting apparatus, - a rope interconnecting the component pulley arrangements and the hoisting pulley arrangements, in such a manner that each component pulley arrangement is connected to two hoisting pulley arrangements, via the rope, and each hoisting pulley arrangement is connected to two component pulley arrangements, via the rope, the rope being arranged movably in each pulley arrangement (3, 4).
A receptacle comprising: a cage; a bezel opening in the cage; and at least one bezel clip mounted adjacent to the bezel opening; characterized in that the at least one bezel clip includes first bezel fingers and second bezel fingers; the first bezel fingers are located along an inner surface of the cage; the second bezel fingers include outer fingers located along an outer surface of the cage and inner fingers located along the inner surface of the cage; and the inner and outer fingers (33a, 33b) of the second bezel fingers are defined by the second bezel fingers passing through a through hole in the cage. a cage; a bezel opening in the cage; and at least one bezel clip mounted adjacent to the bezel opening; characterized in that the at least one bezel clip includes first bezel fingers and second bezel fingers; the first bezel fingers are located along an inner surface of the cage; the second bezel fingers include outer fingers located along an outer surface of the cage and inner fingers located along the inner surface of the cage; and the inner and outer fingers (33a, 33b) of the second bezel fingers are defined by the second bezel fingers passing through a through hole in the cage.
Sensor having a sensor element surrounded by a shielding, characterised in that the sensor has a printed circuit board stack, formed by at least three PCBs (8, 9, 10), with an inner space, that two of the PCBs (8, 9) have ground layers and are spaced apart with their surface areas parallel to each other, that the third PCB serving as a frame connects the two PCBs (8, 9) to each other, that an outer side, facing away from the inner space, of the third PCB has a metal plating connected to ground, and that interference-susceptible circuitry components lie in the inner space on at least one inner side of one of the PCBs (8, 9, 10), these circuitry components being protected by the PCB stack against interference radiation from externally.
An apparatus for cleaning the sealing flange of the vessel of the reactor of a nuclear power plant, the apparatus comprising drive means for moving the apparatus along the perimeter of the flange, and means for wiping off the dirt lying on that flange, the apparatus further comprising: • a central body, provided with the means for wiping off the dirt; said central body comprising an outer casing which has a front support and a rear support fixed to this; • a front train holding a front wheel support; • a rear train holding a rear wheel support; • a device for adjusting the angular position of the front wheel support in respect of the central body; and • a device for adjusting the angular position of the rear wheel support in respect of the central body; characterized in that the central body comprises a floating inner body, said floating inner body holding the means for wiping off the dirt, wherein said floating body is joined to the outer casing of the central body so as to allow its relative vertical displacement; wherein the floating inner body is provided with a guiding device over the outer casing, and the outer casing is provided with guides for guiding the floating inner body; the guiding device between the floating inner body and the outer casing being provided with means for securing said floating inner body and said outer casing in the relative position required. • a central body, provided with the means for wiping off the dirt; said central body comprising an outer casing which has a front support and a rear support fixed to this; • a front train holding a front wheel support; • a rear train holding a rear wheel support; • a device for adjusting the angular position of the front wheel support in respect of the central body; and • a device for adjusting the angular position of the rear wheel support in respect of the central body; characterized