The invention relates to a sprinkler irrigation stand (10, 100) for use with an irrigation pipe (12) that has a base (14) placed below the pipe (12) for being stabilized by the pipe.

The heat-exchanger-side liquid pipe (32) extends from the side of the outdoor heat exchanger (20) below the heat-exchanger-side gas pipe (31).

The immersion pipe is supported such that it is vertically adjustable by means of an actuator, and an immersion cup is located preferably below the immersion pipe.

  The path guide member is located below the discharge pipe (52), is extended to a position near a side surface of the sealed container, and has a path area greater than the path area of the discharge pipe.

The aeration pipe (1) is mounted onto a hub (2), which is buried in the subsoil of the upper beach immediately under the aeration pipe (1).

For example, density and porosity measurements can be affected by the presence of casing or drill pipe, and thus such measurements can provide an indication of whether the tool has been deployed below the drill pipe.

A downhole tool can measure various characteristics, which then can be analyzed to determine the likelihood of a tool having been deployed below the drill pipe.

A dual thickness pipe comprising the pipe with both ends threaded and the thickness below the threads is almost equal to the thickness of the pipe at the center and having the threads cut in the excess thickness made in the pipe.

The pipe monitoring system (40, 42) is provided on the pipe (10) below the bend stiffener (18).

The upper portion of the wander hose (350) is below the maximum vehicle height (366).

The inlet opening (5) of the second pipe conduit (4) is provided substantially immediately beneath a fixing member (6).

The vertical pipe above the tee is the vent, and the pipe below is the drain.

A support arm mounted on the pipe below the double articulating arm supports a patient monitor.

Said inlet is communicated with a conduit provided below said cap body, and said outlet is communicated with a straw.

The level of molten metal in the ascending pipe is then lowered below the orifice of the ascending pipe and the lower opening segment of the through channel is thereby emptied of the molten metal.