Apparatus for laying out and taking up a long length, wide width flexible sheeting

• US 5,304,014 A
• Filed: 02/25/1993
• Issued: 04/19/1994
• Est. Priority Date: 02/25/1993
• Status: Expired due to Term

• Current Assignee: JMW Welding & Manufacturing, Inc.
• Original Assignee: JMW Welding & Manufacturing, Inc.
• Inventors: Slutz, John D.
• Primary Examiner(s): Taylor, Dennis L.
• Application Number:
  US08/022,517
• Time in Patent Office: 418 Days
• Field of Search: 405/128, 405/129, 405/270, 111/200, 111/199, 414/724, 414/911, 47/28.1, 47/9 M, 47/9 S
• US Class Current: 405/129.9
• CPC Class Codes: B09B 1/004 Covering of dumping sites
• CPC Class Codes: E02B 3/121 Devices for applying linings on banks or the water bottom for lining canals E02B5/02
• CPC Class Codes: Y02W 30/30 Landfill technologies aiming to mitigate methane emissions
• CPC Class Codes: Y10S 414/124 Roll handlers

Abstract

This invention provides an apparatus for use on and carried by a powered vehicle for laying out and taking up a long length, wide width flexible sheeting material as may be used to cover a sanitary landfill site, the apparatus having a framework adapted for mounting engagement on the vehicle and characterized by a pair of transversely extending arms which carry a journalled arbor assembly between them. The arbor assembly is powered for rotational motion and is controlled by an operator in a manner to either load a flexible sheeting material onto a mandrel of the arbor assembly or off-load flexible sheeting material from the mandrel as the vehicle travels over a ground surface area.

Claims

1. An apparatus for use in conjunction with a powered vehicle to lay out and take up a long length, wide width flexible sheeting material comprising in combination:

a framework adapted for mounting engagement on a powered vehicle such as to be carried over a ground surface by the vehicle, the framework having a transversely positioned framework arm extending outwardly at each end thereof;

pivot means attaching each arm to the framework;

means associated with each of the framework arms for journal-mounting a shaft between them;

an arbor assembly including a cylindrical mandrel having each of its ends journalled to a framework arm so as to be rotatable about a longitudinal axis, said mandrel adapted for carrying a long length, wide width flexible sheeting material thereon in a wrapped and layered orientation about its surface extent;

means rotating the arms about the pivot means to a lowered position for loading and unloading the mandrel and to a raised position for rotating the mandrel; and

a hydraulic system to power and control the rotation for wrapping flexible sheeting material onto the mandrel and in an opposite direction of rotation for unwrapping sheeting material from the mandrel;

the wrapping and unwrapping of the flexible sheeting material being accomplished as the powered vehicle is moved to travel over a ground surface area;

the hydraulic system comprising;

a hydraulically operated motor mounted on at least one end of the arbor assembly and having a drive shaft engageable with the mandrel, a means to provide hydraulic fluid pressure, a reservoir to provide a source of hydraulic fluid, a hydraulic valve control means to switch hydraulic fluid pressure from the means providing said pressure to the motor driving the mandrel and to return the hydraulic fluid to the reservoir, and a hydraulic fluid circuit comprising a pair of hydraulic fluid pressure lines interconnecting the control means with the motor driving the mandrel, a hydraulic fluid pressure line interconnecting the control means with the means providing the hydraulic fluid pressure, a hydraulic fluid line interconnecting the control means with the reservoir, and a hydraulic fluid line interconnecting the reservoir with the means providing the hydraulic fluid pressure.

2. The apparatus as claimed in claim 1 wherein the framework comprises a pair of rearwardly positioned and vertically extending braces configured to hook the framework onto a dozer blade of a powered vehicle.

3. The apparatus as claimed in claim 1 wherein the framework further comprises leg stand means mounted to the framework and positioned rearwardly of the framework to maintain the apparatus in an upright position when it is demounted from a vehicle and placed on a ground surface.

4. The apparatus as claimed in claim 1 wherein the arbor assembly further comprises a circular disk mounted at each end of the mandrel between the framework arms, the disks each exhibiting a diameter greater than a mandrel diameter such that when the arbor assembly is demounted from the framework arms and placed on a ground surface they function to maintain flexible sheeting material carried on the mandrel off of the ground surface while also providing a means for rolling the arbor assembly over the ground surface.

5. The apparatus as claimed in claim 1 wherein the means providing hydraulic fluid pressure comprises a gasoline-powered motor coupled to a hydraulic pump and it and the reservoir are carried on and mounted to the framework.

6. The apparatus as claimed in claim 5 wherein the reservoir is configured and comprises one of a plurality of support brace members which comprise the framework.

7. The apparatus as claimed in claim 1 wherein the means associated with each of the framework arms for journal-mounting a shaft between them comprises a bushing configuration, a portion of a bushing being carried within an axial groove in each arm while another portion is carried within a latch member which rotates to capture an end of the mandrel for rotational motion between them.

8. The apparatus as claimed in claim 1 wherein the means associated with each of the framework arms for journal-mounting a shaft between them comprises a configuration of rollers carried within an axial support groove in each arm and within a latch member which rotates to capture an end of the mandrel for rotational motion between them.

17. The apparatus as claimed in claim 1 wherein the mandrel exhibits a surface contour which facilitates wrapping of a flexible sheeting material onto its surface with a minimum of slippage.

18. The apparatus as claimed in claim 17 wherein the surface contour comprises a plurality of longitudinally extending ribs about its surface extent.

22. The apparatus as claimed in claim 1 wherein the means rotating the framework arms about the pivot means is a pair of hydraulic cylinders, each cylinder having one end connected to one of the framework arms and the opposite end connected to the framework, the cylinders being operatively connected to the hydraulic system of the apparatus.

9. An apparatus for use in conjunction with a powered dozer type vehicle to lay out and take up a long length, wide width flexible sheeting material comprising in combination:

a wide width framework having means which extends rearwardly therefrom for mounting engagement onto a dozer blade of the vehicle and having a transversely positioned framework arm extending outwardly and forwardly at each end thereof;

means associated with each said arm for journal-mounting a shaft between them;

an arbor assembly including a long length mandrel having each of its end journalled to a framework arm so as to be rotatable about a longitudinal axis of the mandrel, said mandrel adapted for carrying a long length, wide width flexible sheeting material thereon in a wrapped and layered orientation about its surface extent; and

a hydraulic power and control system for effecting rotation of the mandrel in a first direction of rotation for wrapping flexible sheeting material onto the mandrel and in an opposite direction of rotation for unwrapping sheeting material from the mandrel;

the wrapping and unwrapping of the flexible sheeting material being accomplished as the powered vehicle is moved to travel over a ground surface area;

each of the transversely positioned framework arms being affixed to the framework via a pin providing rotation of the arm about a pin axis, each said arm being positionable by a double-acting hydraulic cylinder having hydraulic fluid pressure supply and return lines connected into the control system such that the arms may be hydraulically lowered for mounting of the arbor assembly onto the arms and raised in a position for operation of the mandrel.

10. The apparatus as claimed in claim 9 wherein the hydraulic power and control system is carried within and mounted to the framework and comprises:

a hydraulically operated motor mounted at one end of the arbor assembly and having an output shaft in driving engagement with the mandrel;

a gasoline motor and hydraulic pump assembly to provide a hydraulic fluid pressure;

a fluid reservoir to provide a source of hydraulic fluid;

a hydraulic valve controller to switch a hydraulic fluid pressure from the pump to the motor driving the mandrel and to return hydraulic fluid to the reservoir; and

a hydraulic circuit comprising hydraulic fluid pressure supply and return lines connecting the controller to the motor driving the mandrel, a hydraulic fluid pressure line connecting the controller to the pump, a hydraulic fluid line connecting the controller to the reservoir and, a hydraulic fluid line connecting the reservoir to the pump.

11. The apparatus as claimed in claim 9 wherein the means associated with each arm for journal-mounting a shaft between them comprises a bushing configuration wherein a portion of a bushing is carried within an axial groove in each arm for receiving an end of the mandrel therein and a portion of a bushing is carried within a latch member which is rotatable to capture the end of the mandrel for rotational motion between them.

12. The apparatus as claimed in claim 9 wherein the means associated with each of the framework arms for journal-mounting a shaft between them comprises a configuration of rollers carried within an axial groove in each arm for receiving an end of the mandrel therein and within a latch member which is rotatable to capture the end of the mandrel for rotational motion between them.

13. The apparatus as claimed in claim 9 wherein framework further comprises leg stand means extending position when it is demounted from a vehicle and placed on a ground surface.

14. The apparatus as claimed in claim 9 wherein the arbor assembly further comprises a circular disk carried at each end of the mandrel between the framework arms, said disks each having a diameter greater than a mandrel diameter and an amount of flexible sheeting material carried on the mandrel to the extent that when the arbor assembly is demounted from the framework arms and placed on a ground surface, the disks function to maintain the sheeting material off of the ground surface while also providing a means for rolling the arbor assembly over the ground surface.

15. The apparatus as claimed in claim 9 wherein the mandrel is characterized by a plurality of longitudinally extending ribs about its surface extent to facilitate wrapping of a flexible sheeting material onto the mandrel.

16. The apparatus as claimed in claim 10 wherein the output shaft of the hydraulically operated motor is coupled to the mandrel through a universal joint and the motor is movable in line axially with respect to the mandrel so as to be disengagable from the mandrel.

19. An apparatus for use in conjunction with a powered vehicle to alternately deposit and remove a surface cover of long length, wide width flexible sheeting material, the apparatus comprising:

a vertical truss member having one of its sides adapted for mounting on a powered vehicle capable of traveling backward and forward over a surface to be covered with or uncovered from the surface cover;

said truss member extending transversely of the direction of travel of the vehicle when in use;

a mandrel support arm extending outwardly from the side of the truss member facing away from the support vehicle at each end of the truss member for rotatably supporting each end of the mandrel carrying a roll of surface cover material, the mandrel support arms being moveable between a mandrel loading/unloading position and a mandrel rotating position, each mandrel support arm having a locking mechanism for rotatably securing an end of a mandrel to the outwardly extending end of the support arm;

a mandrel removably mounted on the mandrel support arms for rotation about a longitudinal axis, said mandrel being spaced a sufficient distance from the truss member to provide clearance between the truss member and the periphery of a full roll of surface cover material so that the roll will rotate freely in either desired direction;

power means to cause rotation of the mandrel; and

control means to regulate the direction of rotation and speed of rotation of the mandrel in relation to the direction of travel of the vehicle so that the cover material can be alternately unwrapped from the mandrel or rewrapped onto the mandrel as the vehicle moves in one direction or another over a surface to be covered or uncovered.

20. The apparatus as claimed in claim 19 wherein the mandrel support arms are pivotally mounted with respect to the truss member and wherein an actuation means is connected between the truss member and the mandrel support arms to selectively raise and lower the mandrel support arms.

21. The apparatus as claimed in claim 19 wherein the power means derives operating energy from the powered vehicle on which the apparatus is mounted.