Propane bottle recycler

• US 20070062605A1
• Filed: 09/17/2005
• Published: 03/22/2007
• Est. Priority Date: 09/17/2005
• Status: Active Grant

• Current Assignee: Wayne William Wilson
• Original Assignee: Wayne William Wilson
• Inventors: Schmid, James, Fimrite, Bradley, Wilson, Wayne
• Granted Patent: US 7,434,506 B2
• Time in Patent Office: Days
• US Class Current: 141/231
• CPC Class Codes: F02M 21/00 Apparatus for supplying engines with non-liquid fuels, e.g. gaseous fuels stored in liquid form
• CPC Class Codes: Y10S 100/902 Can crushers

Abstract

A propane bottle recycler comprising a bottle station, first and second propane collection tank, compressor, liquid propane storage tank, bottle crusher, and crushed bottle storage compartment. The bottle station comprises a bottle manifold and bottle station frame, and the bottle manifold is pivotally connected to the bottle station frame. Propane bottles are placed in receiving cavities in the bottle manifold and held in place with cam levers, and the bottle manifold is raised to a vertical position. The propane drains out of the propane bottles, through propane hoses into a propane manifold, into the first and second collection tanks, and to a compressor, which repressurizes the propane. The propane is then stored in a liquid propane storage tank. The used propane bottles are crushed by the bottle crusher and stored in the crushed bottle storage compartment.

Claims

1. A propane bottle recycler comprising:

(a) a bottle station,

(b) a first propane collection tank, and

(c) a liquid propane storage tank,

wherein the bottle station comprises a bottle manifold, a bottle station frame, a plurality of propane hoses, and a propane manifold,

wherein the bottle manifold is pivotally connected to the bottle station frame so that the bottle manifold can be raised to a vertical position or lowered to a horizontal position,

wherein the bottle manifold comprises a bottle header and a plurality of bottle cradles,

wherein the bottle header comprises a plurality of receiving cavities,

wherein the sides of the receiving cavities are not threaded,

wherein the number of receiving cavities equals the number of bottle cradles,

wherein the number of propane hoses equals the number of bottle cradles,

wherein one or more propane bottles is/are placed in the bottle cradle(s) when the bottle manifold is in a horizontal position, with one propane bottle per bottle cradle,

wherein each propane bottle comprises a mouth,

wherein the mouth of each propane bottle is inserted into a receiving cavity,.

wherein each receiving cavity comprises a propane evacuation nipple,

wherein the bottle manifold is raised to a vertical position so that the bottle mouths are facing downward,

wherein the propane from each bottle flows through the propane evacuation nipples, through a valve on the opposite side of the bottle header, and into one of the propane hoses,

wherein the propane flows from the propane hoses into a propane manifold,

wherein the propane flows from the propane manifold into a first propane collection tank,

wherein the propane flows from the first propane collection tank into a compressor,

wherein the propane is in gaseous form when it flows into the compressor,

wherein the compressor repressurizes the propane, and

wherein the liquid propane flows from the compressor into a liquid propane storage tank.

2. The propane bottle recycler of claim 1, further comprising a means for holding the bottles in place in the bottle cradles.

3. The propane bottle recycler of claim 2, wherein the means for holding the bottles in place in the bottle cradles is a plurality of cam levers, and wherein the number of cam levers equals the number of bottle cradles.

4. The propane bottle recycler of claim 3, wherein each cam lever comprises a rod and a rubber stopper.

5. The propane bottle recycler of claim 2, wherein the means for holding the bottles in place in the bottle cradles is a plurality of spring-loaded plungers, and wherein the number of spring-loaded plungers equals the number of bottle cradles.

6. The propane bottle recycler of claim 1, further comprising a heat exchanger, wherein the heat exchanger is positioned between the compressor and the liquid propane storage tank, and wherein the heat exchanger reduces the temperature of the propane as it exits the compressor.

7. The propane bottle recycler of claim 1, further comprising a second propane collection tank, wherein the second propane collection tank is positioned between the first propane collection tank and the compressor, and wherein the propane flows from the first propane collection tank into the second propane collection tank and then into the compressor.

8. The propane bottle recycler of claim 1, further comprising a plurality of solenoid valves, wherein the number of solenoid valves equals the number of bottle cradles, wherein there is a solenoid valve located on the opposite side of the bottle header from each receiving cavity, and wherein the solenoid valves control the flow of propane from the propane bottles into the propane hoses.

9. The propane bottle recycler of claim 8, wherein the solenoid valves are controlled by an electrical switch, and wherein the switch is activated when the bottle manifold is raised to a vertical position.

10. The propane bottle recycler of claim 8, wherein the compressor creates a vacuum between the solenoid valves and the compressor.

11. The propane bottle recycler of claim 1, further comprising a plurality of one-way valves and a single solenoid valve, wherein the number of one-way valves equals the number of bottle cradles, wherein there is a one-way valve located on the opposite side of the bottle header from each receiving cavity, wherein the one-way valves allow the propane to flow out of the propane bottles and into the propane hoses but prevent the propane from traveling in the opposite direction, and wherein the solenoid valve controls the flow of propane from the propane manifold into the first propane collection tank.

12. The propane bottle recycler of claim 11, wherein the solenoid valve is controlled by an electrical switch, and wherein the switch is activated when the bottle manifold is raised to a vertical position.

13. The propane bottle recycler of claim 11, wherein the compressor creates a vacuum between the solenoid valves and the compressor.

14. The propane bottle recycler of claim 1, further comprising a bottle crusher and a crushed bottle storage compartment.

15. The propane bottle recycler of claim 14, wherein the bottle crusher comprises a bottle crusher tube, a hydraulic motor, a hydraulic cylinder, a hydraulic ram, a sliding plate, a first switch, a second switch, a crushing area, a feed area, a lateral post, a crushing face, and a backstop,

wherein the bottle manifold is lowered to a horizontal position and the bottles are removed from the bottle cradles and placed into the bottle crusher tube after the propane is drained from the bottles,

wherein when one or more bottle(s) is/are placed inside the bottle crusher tube, one bottle will fall down into the crushing area,

wherein the sliding plate prevents more than one propane bottle from being in the crushing area at a time,

wherein the sliding plate moves back and forth in a horizontal direction, and when the sliding plate is withdrawn from the bottle crusher tube, the next bottle in line falls into the crushing area,

wherein the movement of the sliding plate is controlled by the first and second switches,

wherein the crushing face is located directly underneath the sliding plate,

wherein the sliding plate and crushing face are both moved by the hydraulic ram,

wherein the hydraulic ram is moved by the hydraulic cylinder,

wherein the hydraulic cylinder is powered by the hydraulic motor,

wherein the crushing face comprises one or more spike(s),

wherein the spike(s) puncture the side of the propane bottle that is located in the crushing area and the crushing face crushes the bottle against the backstop, and

wherein when the crushing face moves away from the crushed bottle, the crushed bottle falls into a crushed bottle storage compartment.

16. The propane bottle recycler of claim 15, wherein the crushed bottle storage compartment is located in the bottom of a trailer that can be pulled by a pick-up truck or similar vehicle.

17. The propane bottle recycler of claim 15, wherein the propane bottle recycler is situated on top of a deck, and wherein the crushed bottle storage compartment is located underneath the deck, directly beneath the bottle crusher tube of the bottle crusher.

18. The propane bottle recycler of claim 1, wherein the number of bottle cradles is ten.

19. The propane bottle recycler of claim 1, wherein the bottle cradles are sized to fit one-pound propane bottles.

20. The propane bottle recycler of claim 1, further comprising an auxiliary port for draining propane bottles or tanks that do not fit in the bottle cradles.