1. A water carrying lift for lifting and lowering water, comprising:
a steel construction that constitutes a frame,
opposing rollers on an upper side of the steel construction,
a steel rope placed on said rollers,
a first water carrying tank at the one end of the steel rope,
a second smaller volume water carrying tank than the first water carrying tank connected to the other end of the steel rope,
a lower reservoir beneath the surface of the ground equal to the level of water desired to be elevated,
a braking system just below the small volume water carrying tank and where the first volume water carrying tank is placed,
a filling section at ground level of a creek, river, or stream,
filling lids placed in the filling section,
a fork latch opening and closing the filling lid,
a water output reservoir placed on a side of the smaller volume water carrying tank on an upper side thereof,
a vacuuming system and rails placed on the steel construction said lift configured and operable to lower water to said lower reservoir while lifting water to said output reservoir.
2. The water carrying lift of claim 1, wherein the first water carrying tank comprises a thickness thinner than the second water carrying tank and having a greater volume than the second water carrying tank.
3. The water carrying lift of claim 2, wherein rail skates are placed on the first water carrying tank, along with a discharge lid placed on a lower side of thereof, a locking key placed on the discharge lid, locking latch placed over a locking flange and opening-closing parts which are movable only in an opposite direction to fork latches placed on the filling lids.
4. The water carrying lift of claim 1, wherein the first water carrying tank has a lighter empty weight than the second water carrying tank.
5. The water carrying lift of claim 4, wherein the first water carrying tank has a total weight greater than that of the small volume water carrying tank when filled with water.
6. The water carrying lift of claim 1, wherein the second water carrying tank comprises a thickness thicker than the first water carrying tank and has a smaller volume than the first water carrying tank.
7. The water carrying lift of claim 6, wherein the first water carrying tank comprises rail skates placed there on, a discharge lid placed on a lower side, a locking flange placed on the discharge lid, a locking key coming over the locking flange, a locking key motion rod which gives motion to the locking key by way of movement from a discharge part placed on steel construction and opening-closing parts that give opposite motion to latches placed on the filling lids.
8. The water carrying lift of claim 6, wherein the second water carrying tank is heavier than the first water carrying tank when empty.
9. The water carrying lift of claim 8, wherein the second water carrying tank comprises a lighter total weight than the first water carrying tank, when filled with water.
10. The water carrying lift of claim 1, further comprising a vacuuming system characterized as having airless discharge pipes filled with water and a discharge reservoir at the end of these pipes, a lid connected to a buoy placed on a point where water enters a discharge pipe of the airless discharge pipes.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A self-contained breathing apparatus system comprising:
a harness for supporting an air tank to provide a user with an air supply, the harness having a right upper portion, a left upper portion, a right lower portion, and a left lower portion;
a first connector is positioned on the right upper portion, and a second connector is positioned on the left upper portion;
a third connector is positioned on the right lower portion, and a fourth connector is positioned on the left lower portion; and
a floatation unit configured to be strapped over the chest of the user, the floatation unit having a first mating connector near a first corner, a second mating connector near a second corner, a third mating connector near a third corner, and a fourth mating connector near a fourth corner;
wherein the floatation unit is configured to be at least partially removably connected to the harness;
and wherein an upper connection is created across the users chest by the first connector being coupled with the first mating connector and the second connector being coupled with the second mating connector;
and wherein a lower connection is created by the third connector being coupled with the third mating connector, and the fourth connector being coupled with the fourth mating connector;
and wherein the system is configured to be donned over clothing for work on a dry surface.
2. The system of claim 1 wherein the right upper portion is a right shoulder strap, the left upper portion is a left shoulder strap, the first connector is positioned on the right shoulder strap, and the second connector is positioned on the right shoulder strap.
3. The system of claim 1 wherein the harness further comprises a hip belt with a right side and a left side, where the right side is the right lower portion and the left side is the left lower portion, the third connector is positioned on the right side of the hip belt, and the fourth connector is positioned on the left side of the hip belt.
4. The system of claim 1 wherein the floatation unit is inflatable.
5. The system of claim 1 wherein the floatation unit is rigid.
6. The system of claim 1 wherein the floatation unit is removable, such that the user can detach the floatation unit when removed from a nautical environment.
7. The system of claim 1 wherein the first mating connector, the second mating connector, the third mating connector, and the fourth mating connector are each a male squeeze release buckle.
8. The system of claim 7 wherein the first connector, the second connector, the third connector, and the fourth connector are each a female squeeze release buckle.
9. The system of claim 1 wherein the floatation unit is sufficiently buoyant in water to at least support the user, the harness, and the air tank.
10. The system of claim 1 wherein the right upper portion is a right shoulder strap, the left upper portion is a left shoulder strap, the first connector is positioned on the right shoulder strap, and the second connector is positioned on the left shoulder strap.
11. The system of claim 1 wherein the harness further comprises a hip belt with a right side and a left side, where the right side is the right lower portion and the left side is the left lower portion, the third connector is positioned on the right side of the hip belt, and the fourth connector is positioned on the left side of the hip belt.
12. A self-contained breathing apparatus system comprising:
a harness for supporting an air tank to provide a user with an air supply, the harness having an anterior side and a posterior side, the posterior side configured for supporting an air tank, the anterior side having a right upper portion, a left upper portion, a right lower portion, and a left lower portion; and
a flotation unit, the floatation unit being connected to the anterior side of the harness, a first portion of the flotation unit being connected to the right upper portion, a second portion of the flotation unit being connected to the left upper portion, a third portion of the flotation unit being connected to the right lower portion, and a fourth portion of the flotation unit being connected to the left lower portion;
wherein the system is configured to be donned over clothing for work on a dry surface; and
wherein the flotation unit is removably connected to the anterior side of the harness;
the anterior side of the harness having a first connector positioned on the right upper portion, and a second connector positioned on the left upper portion, a third connector positioned on the right lower portion, and a fourth connector positioned on the left lower portion; and
the flotation unit having a first mating connector, a second mating connector, third mating connector, and a fourth mating connector;
wherein an upper connection is created by the first connector being coupled with the first mating connector and the second connector being coupled with the second mating connector; and wherein a lower connection is created by the third connector being coupled with the third mating connector, and the fourth connector being coupled with the fourth mating connector.
13. The system of claim 12 wherein floatation unit configured to be strapped over the chest of the user.