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Hydrautomat

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Status
This OSAT has been designed but not yet tested - use at own risk.
This OSAT has been modeled.
This OSAT has been prototyped.
This OSAT has been deployed by: Michael Sipos at least: 5 times in: Lebanon, NJ.

You can help Appropedia by contributing to the next step in this OSAT's status.

I am Michael Sipos (aka BlueJersey112/Blue112) and I approve of the redistribution of any of my Hydrautomat photos on this page. April 26, 2014.

The Hydrautomat is a self-powered water pump that uses both air and water pressure to lift water up a series of open and closed tanks by means of both vacuum and pressure. The Hydrautomat was invented by Thomas Gaskell Allen in the 1920's, and was hailed as 'One of the world's greatest engineering devices' [1], and even garnering praise from the famous physicist Sir Oliver Lodge, who said of the device "I can only express my admiration of the simplicity and beauty of the invention, and my wonder that humanity has had to wait so long for the construction of an arrangement which must prove of the greatest service."[2] The Hydrautomat was about 7.5 feet high and could lift water 20 feet[3], and could pump as much as 70,000 gallons of water per day.[4]


Operation[edit]

Illustration of the Hydrautomat

The Hydrautomat works by feeding water from the River Bed (B) into the bottom of the Operating Chamber through the Inlet Water Pipe (G), which then pressurizes the air inside the Operating Chamber, and subsequently pressurizes the two Closed Containers (C) that are connected to the top of the Operating Chamber by an Air Pipe (F). The water in these tanks is then pushed upward into the Open Vessel (D) and the Reservoir (E). The water eventually fills up the Operating Chamber until water starts flowing out through the Siphon Outlet (H) onto a paddle that is part of the Automatic Mechanism (V). The paddle is then forced downward, and the lever running from the Automatic Mechanism to the Inlet Control (W) is pushed upward, closing the Inlet Control valve.

The water then continues draining out from the Operating Chamber (A) through the Siphon Outlet (H). Which creates a vacuum in the Operating Chamber, and the two Closed Containers (C) via the Air Pipe (F). This vacuum then causes water in the River Bed (B) and Open Vessel (D) to be sucked upwards into the two Closed Containers. The Operating Chamber eventually drains, disengaging the Siphon (H), and the paddle on the Automatic Mechanism (V) is forced upward by the counter-weight on the other side of the Automatic Mechanism. The counter weight also returns the Inlet Control (W) to the open position, allowing water to flow back into the Operating Chamber and starts the process all over again.[5]

Replication[edit]

This device was successfully replicated by Michael Sipos in October of 2013[6][7]. The current replica of the Hydrautomat is a smaller modified version of the original 1921 Hydrautomat, with plastic tubing and containers in place of metal pipes and containers. The lever-type switching apparatus that T.G. Allen used was replaced with a pulley-type switching apparatus. The whole switching apparatus is housed within a plastic container (known as a Drain Tank), which increases the modularity of the device, as it can easily be taken out and repaired. The Feed Tank also has an automatic waterer attached to it, so the flow of water going into the Feed Tank will automatically shut off when the water reaches a certain level in the Feed Tank.

This version of the Hydrautomat is essentially the same as the original. And is light-weight, easy to maintain, and inexpensive to build. The device features Flexible PVC tubing (which is much easier to handle than the vinyl tubing), plastic bulkhead fittings , and a 3/4” tube with an adapter to allow the device to directly connect to a garden hose.

A closed-circuit version has also been created to allow the Hydrauomat to be demonstrated indoors. It is called a 'Mini-Mat' (or miniature Hydrautomat).[8] This device was demonstrated at the 2014 Poster Session at Raritan Valley Community College on April 29th, 2014.[9]

Gallery[edit]

Notes and References[edit]



See also[edit]

External Links[edit]




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