A check-valve is adapted to block flow of liquid from the air outlet to the air inlet in the vent passage, and to allow flow of air from the air inlet to the air outlet in sad vent passage.
An air outlet(5) and an air outlet pipe(3) are set on the casing(2).
An exit cavity is located at the air duct structure outlet end, wherein the exit cavity effects a reduced pressure at the outlet end to draw air from the cooling channel into the air duct.
An air duct outlet includes a housing having an air passageway that terminates at an air outlet.
First and second air inlets lead into the air channel, with an outlet being adapted to allow air to exit from the air channel for inflating a container when joined to the outlet.
An exit passage is coupled to the air intake passage and is configured to couple to a vacuum.
The air duct has an entry port, an intermediate port, and an exit port; while the refrigeration system includes at least one evaporator and condenser within the air duct.
The outlet member includes an outlet opening and a weir which is positioned between the outlet opening and the exit passageway.
Exit drive rollers (72, 74) are rotatably mounted adjacent respective exit idler rollers; and an exit drive motor connected to the exit drive rollers and operable to rotate the exit drive rollers.
Date of exit and exit result (O
The output of the fan has an air duct (66) connected for conveying the chips to disposal.
The interconnecting conduits include a source conduit (14), an output conduit (16) and a bypass conduit (18).
The outputs include video, audio, data (USB host), telephony and asynchronous interface.
The out stage (22) generates a rectified output voltage at an output based on the output current.
The network is provided with a positive output bar (114) and a negative output bar (116) on the output side thereof, the output voltage to be regulated being applied between said two bars (114, 116).
The ventilation outlet (6) is in communication with the air duct (5).
The air duct comprises an air inlet for receiving air and an air outlet for releasing handled air inside said enclosure.
The air outlet of the air compressor pump (5) is communicated with the reservoir (4) through an air-guide pipe (71).
This uniformizes the flow rate distribution of the supply air flow from the air outlet and forms a stabilized air curtain flow.
The air inlet of a fan (503) is disposed inside of the air-collection box, and the fan (503) is also connected to an air outlet pipe (504).
The output stage includes output transistors connected in a common emitter configuration, where the output terminals are coupled to the collectors of the output transistors.
The outlet unit contains an outlet, a housing which holds the outlet, and a connection terminal which is connected to the electric power cable and the outlet terminal.
An output voltage signal is provided at an output terminal (22) of an output stage (20).
The output data is then provided to the output for rendering the output content.
The heating element (4) is disposed on a turbine track line at the center of the air flow in the air duct between an air inlet (6-1) and an air outlet (6-2).
The delivery line assembly has a liquid line, a vapor line, and a delivery line.
The device has a gas flow circuit comprising an oscillating line (14), a patient line (25) and an exhalation or a return line (67).
A gas supply line (8) is connected to the oscillating line, and a patient line (25) is connected to a second end of the oscillating line.
The conduit includes a conduit flow channel that extends longitudinally along a centerline between a first conduit end and a second conduit end.
The conduit includes a heated air exhaust vent (72).
A lithium oxygen cell system (10) includes a battery cell (15), a containment vessel (106) having an air inlet conduit (114) and an air outlet conduit (112).
The primary air conduit has an annular outlet that directs a primary air stream outward from the primary port over the main fuel stream.
The conduit defines a conduit passageway having a conduit inlet and a conduit outlet.
The outer conduit extends beyond the inner conduit.
The second cooling air passage extends from an opening of the inlet ducts (22a - 22e) toward the interior of the duct (56), and arrives at the outlet duct (20).
An integrated duct (A-I) has an interior thereof partitioned into an air intake passage (11) and an air exhaust passage (12) by a partition (13).
Also provided in the body (2) is a secondary air passage (13) having an inlet (14) from the air cleaner housing and an outlet (15) to the primary air passage (5) at the throat (8).
The circulation flow passage (C) is provided in the vicinity of either the supply air flow passage (A) or the discharge air flow passage (B).
The liquid passsage is connected to the vacuum passage.
The metallic export air-duct (7) plays the role of heat exchanger. 1.
The metallic inner export air-duct exports sewage gases (7).
The first quantity of adjustable air outlet duct sections is based on an airflow rate value and the operating mode identifier.
The upper end of the housing case (1) is provided with an air outlet and an air port connection neck (12) facilitating the connection with an air supply duct.
It can also include fins (114) extending into the air duct, to deflect air from the air duct through the slot-shape nozzle.
The airflow channel has an outlet positioned proximate to a breathing zone of the interior space.
There is provided an air blowing means for sucking air from the air inlet (9) into the air channel section (13) and discharging the sucked air from the air outlet (10).
A first air flow channel having an inlet, and an outlet disposed adjacent the fuel emitting outlet for delivering air to the mixing chamber.
The shroud has a maximum outer diameter such that the air channel diameter is comprised in the range from 0.82 to 0.9 times the maximum outer diameter.
The medium can be led through the channel.
The ejector pump includes a frame having an air inlet pipe, a disc, and an air outlet pipe which are sequentially arranged to be spaced apart from each other.
The other end of the exhaust pipe is connected to a heat exchanger, and a branch pipe (6), which extends transversely to the exhaust pipe, is connected to the exhaust pipe.
The tail pipe is parallel to the head pipe.
There are outlet holes on the annular outlet pipes.
A partition wall (5) in the middle of the rear flue (2) divides the rear flue (2) into a front rear flue (3) and a back rear flue (4).
The indicator device operates based on a vacuum pressure difference created between an air suction port and an outlet of the vacuum cleaner.
An ear canal of the dog is a L-shape structure in such a manner that the ear canal is divided into a vertical external ear canal 1 and a horizontal external ear canal (2).
A catheter including an outer conduit and an inner conduit movably disposed therein.
The first filter assembly includes an outer conduit and an inner conduit received within the outer conduit.
The medial conduit (88) sheathes on the inner conduit (51) and can slide along the inner conduit (51).
The molten glass conduit structure comprises a conduit and a backup provided on the periphery of the conduit.
The second conduit (4) is mounted to the mounting mechanism and the first conduit (2) is mounted to the second conduit.
The device also includes a second conduit oblique to the first conduit and in communication with the first conduit.
The conduit may define a conduit lumen and an aperture vent open to the conduit lumen.
The device includes a fluid inlet conduit a fluid outlet conduit and a shapeable body operatively connected to the fluid inlet and the fluid outlet conduit.
The first duct, a third duct containing the second fluid, the second duct, and a fourth duct extend clockwise or counterclockwise in said order into a duct intersection.
[PROBLEMS] A method of forming a duct used as, for example, an air duct for an automobile engine and a part of which in the length direction is cut to form a bellows portion on the part.
The framework defines a plurality of deflection conduits, at least one deflection conduit is a negatively radiused deflection conduit, and at least one deflection conduit is a positively radiused deflection conduit.
The system also includes a third conduit for removing each of the first fluid and the second fluid from the surface of the substrate where the first conduit, the second conduit and the third conduit act substantially simultaneously.
A sub-ducting apparatus (10) comprising a sub-duct (12), and a remotely operable path-finding head (20) for facilitation of the subduct into a duct (1).
The outlet comprises a first outlet portion and a second outlet portion.
An output (205) outputs an output image signal comprising the output image to the display.
The output section includes an output bore receiving an output piston.
The output includes a first output node and a second output node (208, 210).
The chute assembly includes a lower chute part and an upper chute part.
A wind exhaust section has a wind outlet, and a wind outlet opening and closing device placed at the wind outlet.
An input/output signal separator separates said output signal from said input signal and directs said output signal to an output port.
An output divider divides the output frequency by an output divisor N to produce an output pulse train.
The left output gear element (134) is coupled to the left output, and the right output gear element (132) is coupled to the right output.
A first differential output drives a first output shaft, and a second differential output drives a second output shaft.
The output stage (330) has an input coupled to the output of the input stage (310, 320), and an output for providing an amplified output signal.
A tap change controller may be coupled with the variable tap transformer and may control the tap positions of the variable tap transformer.
The output device (16) includes a second outlet (22) and a first outlet (21) that is farther than the second outlet from the axis.
The first electrode output (26) is connected to the voltage output (40), and the second electrode output (28) is connected to the neutral output (42).
Because output power generally scales with output area, this increase in output area results in higher possible output powers.
A power combiner circuit is configured to combine the first output with the second output to generate a combined output for driving an output load.
The core duct outlet (30), the secondary duct outlet (31) and the fuel duct outlet (32) together form a burner outlet (33).
The output multiplexer selectively provides the core output or the input multiplexer output to a functional output based on the test signal.
Then, the decoded target output layers are output without outputting layers that are not targeted for output.
An output coupler is coupled to output from the first torque converter, output from the second torque converter and a second output shaft.
An output circuit (410) is coupled to the amplifier output (418) to generate a comparator output signal (404) in response to the output signal.
The output interface packs the output display data into an output bitstream, and outputs the output bitstream via a display interface.
The outlet region includes a blood outlet port (34), an outlet chamber open to the outlet port, and a partition.
Prior to transmission of the output information to the output device, the output server may process the output information to tailor the output information based on the capabilities of the output device.
A CMOS output circuit is coupled between the output of the CMOS differential amplifier and the buffer output, and is arranged to provide an output signal to the buffer output.
The outer area (50) is provided with seed output openings (60) in such a way that the output edge (30) prevents seeds from being radially released and the seed output gap (42) enables seeds to be radially released.
Said four air-outlets are respectively the red light outlet (14) , the blue light outlet (15), the green light outlet (16) and the polarizer outlet (17).
In an area of the display that the first output and the second output overlap, the second output is opaque and the first output is visible through the opaque second output.
A differential assembly includes an input driven by the output member, a first differential output driving a first output shaft, and a second differential output driving a second output shaft.
An output control unit restricts the output content of the interrupt information to be output to the output unit on the basis of the type of the output information.
Thus the dropped output (or complementary output) can be retained.
The output filter provides a DC output voltage.
The outlet (34) serves as an outlet from the barrel (12).
An outlet valve (27) closes the outlet (16).
The output from this is the system output.
The receiver outputs an output signal.
The comparator output is the converted digital output.
The outlet chamber has an outlet located in the bottom.
Finally, an optimal output can be output always.
The output unit outputs the output signal of the discriminator.
The calibration analog output adjusts the replica analog output.
An output of the latch constitutes an output of the comparator.
A user output (22) provides an output to the operator.
The output may be a haptic, audio or visual output.
The output unit outputs information.
The output slave controls an output switch.
The output stage then provides an output current.
The output detection unit detects welding output.
The output unit comprises an output end.
The output unit outputs the acquired secondary data.
The outlet of the housing forms the outlet of the nozzle.
The output apparatus (124) emits the output signal.
The outlet is partially bound by an outlet cut off is disclosed.
An RF output connector feeds an RF output connection from the output node (32).
The cascode stage output is coupled to a true and a complement output of the sense amplifier.
The output server may communicate with the output device using one or more output protocols.
An audio output device receives the analog output form the digital to analog converter for producing audible output.
The detected output level is compared with the required output level to control the output level.
A pump is placed between the inlet and the outlet to pump the amount of output fluid to the outlet.
An output selector selects any one of output voltages from the voltage output circuits under the control of the computer.
Said exhaust valve (24) opens and closes according to the rotation of the crankshaft, temporarily connecting the cylinder to an exhaust port (22) which begins at the exhaust opening.
An optional output resistor (RC) may be employed to convert the composite ouptut current into a correponding output voltage.
An output line interface serves to distribute the digital output signals among a plurality of output signal lines.
An output on the secondary side delivers an output voltage and an output current to a load.
The source of electrical energy creates a second output ablation voltage between the first and third power outputs.
The output comparing section (72) compares the computed running output with the output of an engine generator (1).