A fully assembled, foldable device to which a perforated bag is attached to allow for the horizontal (parallel to the ground) bagging of leaves, grass trimmings, and other garden and lawn debris, especially via powered leaf blower

Abstract

The present invention is a foldable / collapsible self-contained fully assembled frame for the attachment of a perforated bag requiring no additional add-on or separate frame parts to both fully function and to fold up for convenient storage, packaging, and transportability.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0009] FIG. l is a view of the frame locked in the fully opened position with the incorporated bag clamps in the locked position.

[0010] FIG. 2 is a view of the frame locked in the fully opened position with the incorporated bag clamps in the unlocked open position.

[0011] FIG. 3 is a view of the frame partially folded with the incorporated bag clamps in the locked position.

[0012] FIG. 4 is a view of the frame fully folded with the incorporated bag clamps in the locked position.

[0013] FIG. 5 is a close-up view of the integral component having a single hinged joint to connect and hinge in one (1) plane two (2) adjacent struts of the frame that form the rectangular or square opening and having the female mating section to connect and hinge perpendicularly one of the smaller struts used to keep the frame vertical.

[0014] FIG. 6 is a close-up view, when the frame is locked in the fully opened position, of the integral component having a compound / double hinged joint to connect and hinge in two (2) planes two (2) adjacent struts of the frame.

[0015] FIG. 7 is a close-up view of the integral component shown in FIG. 6 when the frame is in the fully folded position.

[0016] FIG. 8 is a close-up view of the integral component similar to the one shown in FIG. 6 but in less detail and showing the female mating section for the hinge of the smaller ground support strut.

[0017] FIG. 9 is a view of the frame showing the perforated bag attached and ready for leaves and other debris to be blown, raked, or otherwise deposited into the perforated bag.DETAILED DECRIPTION OF INVENTION

[0018] The present invention is a foldable / collapsible, self-contained fully assembled frame (hereinafter “the frame”) for the attachment of a bag (disposable and / or reusable) thereby requiring no additional add-on or separate frame parts to fully function such that all hinged struts of the frame are designed to be folded up parallel to each other for convenient storage, packaging, and transportability. FIG. 1 is an illustration of the entire frame locked in the fully opened position with the incorporated bag clamps in the locked position. The frame comprises of four (4) main struts to make a rectangle or square: strut 1 is positioned parallel to the ground and acts as the top crossbar to the device; struts 2 and 4 are positioned perpendicular to the ground and to struts land 3, and act as the side posts; strut 3 lies along the ground and acts as part of the base of the device, with struts 13 and 14, so that the device remains upright during use. Each strut 1,2,3 and 4 has a bag clamp 5,6,7, and 8 incorporated into it using a screw 15, 16, 17, and 18 (respectively) that allows for the clamps to stay connected to the frame and easily pop open to allow the bag to be attached or detached to / from the frame and snap closed to secure the bag to the frame and / or the clamps to the frame when not in use. FIG. 2 illustrates these clamps 5,6,7, and 8 unlocked and in the open position on the fully opened and locked frame. The frame also comprises of two (2) smaller struts 13 and 14 that attach to the bottom strut 3 (via integral components 10, which connects 13, and 12, which connects 14) and lie on the ground forming the base of the device so that it remains upright and stationary during use. These smaller struts 13 and 14 fold into the frame via simple hinges incorporated into integral components 10 and 12; as seen in FIGS. 5 and 8, integral components 10 and 12 contain the female mating section 19 and 26 of the hinge for the small support struts 13 and 14. These smaller struts may also include spikes (not shown in any drawings), hinged or otherwiserotationally connected to these struts, that can be inserted into the ground to prevent movement of the device while debris is blown or otherwise deposited into the attached bag.

[0019] The four struts 1,2,3, and 4 are connected together by integral components 9,10,11, and 12. Integral components 9 and 10 are single joints located catty-corner to one another. Integral components 11 and 12 are compound / double joints located catty-comer to one another. The location and nature of these joints is what allows for the frame to be fully collapsable and to remain fully assembled together at the same time.

[0020] From the fully opened, locked position, the device can be folded down for ease of storage, packaging, and transportation. Once the locking pin has been disengaged, the frame can commence collapsing as seen in FIG. 3, which shows the frame partially collapsed. The compound / double joint will then permit the device to fold again as seen in FIG. 4 such that stmt 1 will be on top of stmt 2 and folded next to stmt 4 which will be on top of stmt 3.

[0021] FIG 5 is an illustration showing a close-up of 10, the integral component having a single hinged joint to connect and hinge, using the pivoting socket head bolt 20, in one (1) plane two (2) adjacent stmts of the frame that form the rectangular or square opening and having the female mating section 19 to connect and hinge perpendicularly smaller stmt 13, which is used to keep the frame vertical on the ground.

[0022] FIG. 6 is an illustration showing a close-up of 11 the integral component having a compound / double hinged joint to connect and hinge in two (2) planes two (2) adjacent stmts of the frame with 21 pivoting screw, 22 the pivoting socket head bolt, 23 the mating hex nut for the socket head bolt, 24 the locking pin, and 25 the locking pin spring. This joint allows the two (2) adjacent connected stmts 1 and 4 to rotate in two (2) planes perpendicular to one another as well as having a locking mechanism to keep the frame in the fully opened position.

[0023] FIG. 7 is an illustration showing a close-up of 11 the integral component as seen in FIG. 4.

[0024] FIG. 8 is an illustration showing the integral component 12, similar to the one shown in FIG. 6 but for the catty-corner integral component to 11, shown in less detail, and showing the female mating section 26 for the hinge of the smaller ground support strut 14.

[0025] FIG. 9 is an illustration showing the entire frame locked in the fully opened position with the incorporated bag clamps in the locked position and securing a perforated bag that has been passed through the inside of the frame and which is ready for leaves and other debris to be forcibly blown or otherwise deposited into said perforated bag.

Claims

1. CLAIMS OF INVENTIONWhat is claimed is:

1. A leaf and trash collection container comprising:(a) a flexible bag-like container having an open and closed end, said open end, which is composed of a fully assembled (self-contained) frame which is foldable for easy use, storage and transport, and which provides an easy-to-use bag clamping system for securing the perforated collection bag to the frame to allow for horizontally blowing, sweeping, and / or otherwise pushing debris directly into the clamped and attached collection bag thus obviating the need for a multi-step cleanup process;(i) more specifically, the collection bags attached to the frame need to be perforated with holes for safety and functionality purposes to both minimize the horizontal force on the frame and to minimize the blowback from the action of blowing or otherwise depositing debris into the bags;(b) a self-supporting frame for receiving said open end of said flexible collection bag and comprising:(i) a rectangular or square enclosed arch lying in a substantially upright / vertical plane formed by four (4) struts hinged together;(ii) two (2) integral components that not only serve as a connector between the frame’s two (2) adjacent struts but also serve as hinges to allow the subject connected struts to pivot relative to one another in a single di recti on / plane and which also have an available locking mechanism to lock the two (2) adjacent struts in a position perpendicular to one another;(iii) two (2) other integral components that not only serve as a connector between the frame’s two (2) other adjacent struts but also serve as hinges to allow the other subject connected struts to pivot relative to one another in two (2) directions / planes which are perpendicular to oneanother and which also have an available locking mechanism to lock the two (2) adjacent struts in a position perpendicular to one another;(iv) a minimum of one (1) of the previously mentioned integral components incorporating a pin type locking system would lock all four (4) struts to form either a rectangle, if the alternate struts are of two (2) different lengths or a square if all four (4) struts are of the same length;(v) each strut has a clamping system incorporated with the strut for securing the perforated collection bags to each strut;(vi) separate from the four (4) struts forming the rectangular or square frame, a minimum of two (2) smaller struts each hinged to the previously mentioned integral components found on the bottom of the frame are designed to lie on the ground and also designed to be positioned perpendicular to the plane in which the aforementioned rectangular or square frame consisting of four (4) struts lies in order to hold the rectangular or square frame in a position perpendicular to the ground;(vii) a minimum of 1 spike — not shown in any drawings — hinged or otherwise rotationally connected to each of the aforementioned smaller struts in vi above such that the spike can be inserted into the ground to prevent movement of the device as leaves and other debris are blown or otherwise deposited into the attached bag.

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