Abstract: The purpose of the Bale Flipper Autoloader is to allow one person to load big bales of hay on a trailer. This machine tows behind the hay trailer to the field where it is detached and rehooked to the side of the trailer. As this machine loads bales it moves from the front to the back of the trailer. This machine totally eliminates the need of a tractor or forklift to load big bales of hay.

Abstract: A check enhancer for use in a well comprises an outer housing portion and an inner injector portion disposed in the housing portion. The housing portion includes an outer body defining a fluid cavity therein with a plurality of body ports in communication with the fluid cavity and an adapter which slidably receives a portion of a length of tubing therethrough. A tubing fitting connects the tubing to the adapter. The injector portion includes a check valve and a dispersement nipple attached thereto. The check valve is connected to the tubing in the fluid cavity by another tubing fitting, and the check valve allows fluid flow from the tubing through nipple ports defined in the dispersement nipple. The nipple ports are longitudinally spaced from the body ports so that the fluid cavity remains substantially filled with fluid with the dispersement nipple substantially submerged within the fluid.

Abstract: A check enhancer for use in a well comprises a housing portion and an injector portion disposed in the housing portion. The housing portion includes an outer body defining a fluid cavity therein with a plurality of body ports in communication with the fluid cavity. The injector portion includes a check valve and a dispersement nipple in communication therewith. The check valve is connected to the outer body, and the dispersement nipple extends into the fluid cavity. The check valve allows fluid flow from the tubing through nipple ports defined in the dispersement nipple. The nipple ports are longitudinally spaced from the body ports so that the fluid cavity remains substantially filled with fluid with the dispersement nipple substantially submerged within the fluid.

Abstract: A check enhancer for use in a well comprises an outer housing portion and an inner injector portion disposed in the housing portion. The housing portion includes an outer body defining a fluid cavity therein with a plurality of body ports in communication with the fluid cavity and an adapter which slidably receives a portion of a length of tubing therethrough. A tubing fitting connects the tubing to the adapter. The injector portion includes a check valve and a dispersement nipple attached thereto. The check valve is connected to the tubing in the fluid cavity by another tubing fitting, and the check valve allows fluid flow from the tubing through nipple ports defined in the dispersement nipple. The nipple ports are longitudinally spaced from the body ports so that the fluid cavity remains substantially filled with fluid with the dispersement nipple substantially submerged within the fluid.

Abstract: The 120 volt AC is changed to 24 volt AC through a 24 volt center tap 1 amp transformer to provide two 12 volt sources which goes to two bridge rectifiers to supply two sources of 12 volt DC. The first rectifier which supplys 12 volts to a 12 volt DC 2 amp 2 pole 2 throw relay through the contacts of a 24 volt AC 5 a 3 pole 2 throw relay. The 24 volt AC relay is turned on by the reset switch which is normaly open. This switch supplys 24 volts to the 24 volt AC relay when the 24 volt relay energizes, one set of contacts energize the 12 volt DC relay, the second set of contacts turns on whatever is plugged into the 120 volt AC outlet. The third set of contacts latch the 24 volt relay to stay on. When the 12 volt DC relay is energized it supplys 12 volt DC to the electrolytic capacitor 2200 uf@ vDC which puts a 30 ms pulse on the water valves causing the water valves to open.