The chute includes a channel disposed along a wall of the chute.
The chute assembly (10) includes a chute (14) that converges downwardly.
The chute may include additional air entry points in the form of chute air inlets in the chute itself and the device may further include a removable nozzle, the nozzle adapted to receive the valve stem of the pressurised container.
The system may include a drogue chute (41)as well as a main chute (36).
The opening and chute is so constructed that it is self sealing and a corresponding method is provided to seal a chute and opening through which the chute passes.
When swung out, the spout bottom, together with the front edges of the spout lateral walls, forms a front spout opening.
The liner also includes an opening and chute (204) and a method for connecting the chute to the opening.
The chute (4) is covered by a protection roof (12) presenting an opening (18) and sliding in alternated directions along the chute (4).
Spout-filling compositions and a method for protecting and facilitating free opening of a spout valve of a ladle are disclosed.
The spout (14) is connected with an opening in the container.
First, a trestle (200) is provided; second, a trough carrier (300) is received within the trestle; and third, a trough (400) is slidably received within the trough carrier.
The exit trough (58) has a weir (60) provided at one end of the exit trough (58).
The chute arrangement (9) comprises a movable chute element (10) for feeding molten metal to the intermediate trough (6).
Cable trough especially for electrical cables.
Coupling members may also be used to adjustably couple a first trough member together with a second trough member terminating at the first trough member.
Provided is a cable duct.
A spout portion of the container secures the spout to the container.
A spout extends from the container and allows food to exit the spout when opened and prevents the food from exiting the spout when the spout is closed.
The harvester spout control system then either shuts off the spout (18) or changes the orientation of the spout (18) in response to the control signal.
A spout module (22) is adapted to identify a spout of the transferring vehicle in the collected image data, or to determine a spout position.
A spout module is adapted to identify a spout of the transferring vehicle in the collected image data.
The apparatus is configured for maintaining a generally laminar flow from the mixer outlet to the discharge spout.
Bags with a special discharge spout can be used differently to control the emptying process.
Bags with a special discharge spout can be used differently to control the emptying process.
A closure may be provided for the channel or pouring spout.
It comprises a channel (4) that can be filled with the separator liquid, as well as a removal device with which separator liquid can be removed from said channel (4).
The channel has a plurality of adjacent windings, a first and second of the arms of spirally-wound channel cumulatively forming the inner and outer surfaces of the spool.
The exhaust chute (2, 2a) is configured for back-to-back mounting to a second exhaust chute (2a, 2), each of the chutes having at least one water drainage channel (16).
The maximum width of open flow area of said open channel ranges between 0.1 and 10.0 of the maximum height thereof.
The invention is particularly useful for fixing an electrical apparatus projecting on a wireway, along said wireway, at some distance therefrom, inside it, or without such a wireway.
Chute supporting members (100, 102) are arranged at opposite sides of the chute member.
Generally, the device includes a downcomer and a tray coupled proximate to a top of the downcomer.
A combined toy model catcher/ launcher includes a catching chute and a launching chute.
The water hopper assembly (8) is composed of a shaft (10), a water hopper (9) and a weight device (11).
The arrangement includes a chute support frame (9) for supporting a chute (7), and a support structure ( 10) for supporting the chute support frame (9).
A detachable plate (17) forms together with the chute (3) a funnel-shaped inlet (18) to the chute.
One or more friction elements (3) can be arranged between the duct (5) and the duct collar (2.2).
The chute has an upstream mounting head (114) and a chute body (112) having an elongated downstream chute portion (116) with a longitudinal axis (L).
The cup teed assembly (12) includes a chute assembly (20), a rotatable feeder disk assembly (80), and a cup locator (70), The chute assembly (20) includes a transfer chute (40).
The feed chute 60 supports a longitudinal stack of wafers 110 above a passage 61 through the chute 60.
The cement mixer chute sealing system fits between adjacent sections (e.g., upper and lower) of the cement mixer chute.
The invention also relates to a riser pipe module.
When the ball contacts a gutter sensor (115), the sensor signals a gutter door (72) to open, corresponding to a feed tube.
A return chute (60) extends upwardly alongside the conveyor from the infeed chute (40) and returns excess produce (9) to the infeed chute (40).
Requêtes fréquentes français :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
Requêtes fréquentes anglais :1-200, -1k, -2k, -3k, -4k, -5k, -7k, -10k, -20k, -40k, -100k, -200k, -500k, -1000k,
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