Supply Roof Rack

Abstract

Disclosed is a supply roof rack to eliminate the risk of injury due to manually loading steep roofs or any roofs as concerned. As its designed so that laborers will not have to get on any roofs to stack roofing materials. The supply roof rack will be pre-loaded from the supply warehouse or at the job site. A crane or knuckle boom operator would boom the supply roof rack pre-loaded onto the roof. This will bring more security to many roofing supply companies from the high risks of fatalities due to laborers slipping off the roofs and or falling through holes unseen on the roofs.

Claims

1) A supply roof rack, comprising: a roof forming equipment that is used to hold roofing materials such as shingles, said design having the operations which enables it with stability to sit unto any pitch roof; said roof forming further comprising rollers attached for roofers when needed they are able to roll it on the roof; said roof rack is made to adjust to any pitch roof, while accessorized with a zero gravity weight lock securing on or off the roof without hooking or unhooking; said zero gravity weight lock has a built in coil spring that in which enables the zero gravity weight lock to engage and disengage; said equipment construction that of industrial strength high grade aluminum a crane and or knuckle boom adapted by continuous use; said equipment contains an outer roof rack that has shelve dowel inserts, extension sockets, wheel coasters and a guide pad; said equipment has a shared inner shaft connect, shelve hanger station, chassis mobile rack, wheel coasters, pin lock and release station; said equipment is also accessorized with adequate locking equipment such as the pitch lock and shaft lock;

2) The equipment of claim 1, wherein said zero gravity weight lock engages when there is applied pressure to the equipment but disengages once the weight is lifted.

3) The equipment of claim 1, wherein said coil spring operates to allow the lock to stay opened until the weighted object is present.

4) The equipment of claim 1, wherein said rollers can be used at all times to transport roofing materials from one end of the roof to another safely on any roof.

5) The equipment of claim 1, wherein said chassis connect inserts and guide pad to make properly operable.

6) The equipment of claim 1, wherein said the pitch lock and shaft lock inserts must in-line to align into each other.

7) The equipment of claim 1, wherein said inner chassis mount rotates around the said pitch lock and the said pitch lock rotates around the said shaft which supports the said outer chassis roof rack.

8) The said equipment of claim 1, wherein the said pitch has a said pitch dial that works hand in hand as one and the same even in part to the load shaft.

9) The said equipment of claim 1, wherein the said roller wheels are five in the same on single shafts each move to there own revolution according to its own path.

10) The equipment of claim 1, wherein said industrial strength high grade aluminum, long lasting material is made to attach and detach to already equip machinery such as a crane or knuckle boom.

11) The equipment of claim 1, wherein said is formed of continuous pieces of aluminum to form a roof pitch shaped projection

12) The equipment of claim 1, wherein said industrial strength high grade aluminum is provided in an adjust-fitting for particular roof categories.

Description

BRIEF DESCRIPTIONS OF DRAWINGS

[0015] Although the characteristics features of this invention are particularly acknowledged in the claims, the manner of the invention itself in which it may be made and used may be better understood after a review of the following descriptions taken in connection with the accompanying drawings, wherein like numeral annotations are provided throughout.

[0016] FIG. 1 shows a front flat perspective 3-D view of the present supply rack in an open configuration with rack to rack inserts and sprint locking units.

[0017] FIG. 2 shows a front 3-D view of the dial in pitch in an open configuration.

[0018] FIG. 3 shows a slight side and top view of the independent wheels and coaster including the retainer and swivel neck which all work together to provide mobility to the rack.

[0019] FIG. 4 shows a flat front view of the outer roof rack and the outer chassis roof rack which are all in the same, with displays of the shelve dowel inserts and extension sockets with a help advantage of the guide rod.

[0020] FIG. 5 shows a 3-D inside view of roof rack spring lock units.

[0021] FIG. 6 shows a front view of the zero gravity weight lock auto release.

[0022] FIG. 7 shows a half sided up close description of the pitch and dial in lock, with inserts and shaft lock views.

[0023] FIG. 8 shows a forward side and flat view of the lock-in tee pin, lock-in clamp, and lock-in housing.

[0024] FIG. 9 shows a front, side and flat view of the reinforcement station plates, shelving units, shelve dowel inserts, and bundle keepers.

[0025] FIG. 10 shows the dimensions of the zero gravity weight lock with a built in coil spring.

[0026] FIG. 11 shows the top side of the inner roof rack with the includes of inner shaft connects, shelve hanger stations, chassis mobile rack, wheel coasters, pin lock and release station, chassis connect inserts, as these all work together to make up this particular view.

[0027] FIG. 12 shows all views of the inner roof rack clamp which is the same as the inner chassis mount clamp as one in the same which includes the clamp bolt lock.

[0028] FIG. 13 shows a single coil spring view.

DETAILED DESCRIPTION OF THE INVENTION

[0029] Reference is made herein to the previously submitted drawings. Like descriptions are used to distinguish like and similar elements of the supply roof rack. For the purposes of presenting a brief and clear description of the present invention, the preferred advantages will be discussed as used for preventing the rise of injury and deaths through using a permanent multi-use supply roof rack. The figures are intended for representation purposes and should not be considered to be limiting in any respect.

[0030] Referring now to FIG. 1, there is shown a front flat perspective view of the supply roof rack equipment of the present invention in an open configuration with rack to rack inserts. The roof rack comprises of an industrial strength high grade aluminum constructed and semi-heavyweight structure having insertions and independent panels, wherein lengthwise securing racks which is the supply roof rack itself. Is utilized along the filling of the pitch roof to allow for form of placement and removal of the equipment, despite the constructual features and sizes of any given pitch roof. Specifically, the present rack comprises a unit forming a largely flat structure in which are apart of the equipment make-up therewith. Wherein the spring locking unit has a pin that inserts and secures the roof racks together.

[0031] Referring now to FIG. 2, shows a front end view of the dial in pitch of the present invention in an open configuration showing the construction of the rack and its members feature which are partially the brains of the supply roof rack. The dial in pitch is made up of iron welding to form its shape for functioning purposes. When the pitch dial is set, the pitch lock inserts enable the two to work together as one and the same even in part to the load shaft, the pitch pointer to pin point the right setting for the pitch dial Axle housing included to prevent the bending when lifting or transporting of materials onto the roofs, and the hoist mount also included for weighted pressure. The outer chassis and load shaft are one in the same.

[0032] Referring now to FIG. 3, shows a slight side and top view of the independent wheels and coaster including the retainer and swivel neck which all work together to provide mobility to the rack of the present invention in an open configuration. This enables roofers to roll the rack onto the roof in which ever manner they so please as each wheel moves to their revolution according to its own path.

[0033] Referring now to FIG. 4, shows a flat front view of the outer roof rack and the outer chassis which are all in the same, with displays of the shelve dowel inserts and extension sockets with a help advantage of the guide rod of the present invention in an open configuration. Shelve dowels are used to bring support in adjusting the shelves as to the extension sockets are for the same. The wheel coasters are present for the ease coasting of the wheels in supporting the guide rod.

[0034] Referring now to FIG. 5, shows a 3-D inside view of roof rack spring lock units of the present invention in an open configuration. An up close view on the rack to rack inserts along with the locking spring pin functions provided. This function brings security in locking the for mentioned features together as one.

[0035] Referring now to FIG. 6, shows front view of the zero gravity weight lock auto release of the present invention in an open configuration. The lock is used to engage once weight is placed onto the supply roof rack and to disengage once the weight is lifted through the operations of the coil spring.

[0036] Referring now to FIG. 7, shows a half sided up close description of the pitch and dial in lock, with inserts and shaft lock views of the present invention in an open configuration. The shaft is pulled out to show a clear view of its function, normally the shaft is set flush with the pitch lock dial. When the pitch and shaft lock inserts are inline to each other the tee lock is inserted to lock both together, which then enables the roof pitch to be set in place. The inner chassis mount rotates around the pitch lock and the pitch lock rotates around the shaft, and then the shaft supports the outer chassis roof rack.

[0037] Referring now to FIG. 8, shows a forward side and flat view of the lock-in tee pin, lock-in clamp, and lock-in housing of the present invention in an open configuration, showing the functions therein the lock in tee pin has a built in clamp housing wherein the lock-in clamp resides once united.

[0038] Referring now to FIG. 9, shows a front, side and flat view of the reinforcement station plates, shelving units, shelve dowel inserts, and bundle keepers of the present invention in an open configuration. The reinforcement station plates are located inside each transport shelving unit which allows the shelve dowels to be firmly inserted to bring stability to the bundle keepers for a firm attachment.

[0039] Referring now to FIG. 10, shows the dimensions of the zero gravity weight lock with a built in coil spring of the present invention in a displayed open configuration. This gravity weight lock has a built in coal spring which allows the lock to stay open until the lock hooks onto a weighted object and then when pulled against the object, the weight forces it to close and lock but automatically releases when the weight force is let off.

[0040] Referring now to FIG. 11, shows the top side of the inner roof rack of the present invention with an open configuration. With the includes of inner shaft connects, shelve hanger stations, chassis mobile rack, wheel coasters, pin lock and release station, chassis connect inserts, as these all work together to make up this particular view inside the inner roof rack.

[0041] Referring now to FIG. 12, shows the different dimensions of the inner roof rack clamp which is also referred to as the inner chassis mount clamp because they are one in the same of the present invention with an open configuration.

[0042] Referring now to FIG. 13, shows the view of a single coil spring of the present invention. The coil spring is used to help operate the zero gravity weight lock with and without force of weighted objects.

[0043] Overall the present invention provides a reliable method for laborers and roofers that prevents the cause of serious injury and or death due to the falling from roof tops. The equipment ensures that laborers will not have to attach themselves to harness, ladders, or the equipment itself for delivery, but through operating the supply roof rack by guiding it from the ground onto a roof through using a crane or knuckle boom to do so. The equipment is available in a form-fitting design to accommodate any pitch roof no matter the height or width. The material is adapted to be readily re-used and provides a long-lasting product, while its construction is hard and conformed to allow the performance of any roofing or roofing supply company to excel in productivity in regular work duties.

[0044] Throughout todays roofing industry, there are many roofing supply companies rather multi-billion dollar companies or just scratching the surface companies. Within the market at times there's a disadvantage to the smaller companies to produce a roofing product to diverse job sites due to limitations. Often times these limitations are present due to inadequate equipment. Even major roofing supply companies have to turn down job deliveries or face the risk of time-lapse another word for idle time due to having to call in a more equip truck from their fleet. Inadequateness brings on other issues of concern such as power lines, destruction of homeowners grass, driveways, and side panels, costing companies even more on insurance claims. This more than often causes these companies a loss in revenue and labor. Relating back to the hundreds of thousands of dollars paid out in worker's compensation claims due to back injuries, or other serious bodily injuries and even death, for jobs that are successfully delivered, but are they? Roofing labor injuries are more common now than ever, but this is an issue that should not be a common thing, because its not only costing companies compensation but families undoubtedly unretractable loss. The present invention is provided as a more safer way to deliver product readily equip to fit any pitch formed roof, durable and longlasting, and further provides an alternative to the traditional roof loading methods that are adapted to provide bodily preparation for loading.

[0045] The present invention is a roof forming equipment that is used to hold shingles, with the design having the operations which enables it with stability to sit onto any pitch roof. The invention is comprised of an industrial strength high grade aluminum available with rollers, chassis connect inserts and guide pad to make properly operable, attached for roofers when needed they are able to roll it on the roof while placing shingles in place. The roller wheels are five in the same on single shafts each move to there own revolution according to its own path. While it is made to adjust to any pitch roof accessorized with a zero gravity weight lock securing on or off the roof designed to attach and detach to weight. The desired construction is being supported by an industrial strength high grade aluminum material strong enough to hold roofing supplies but light enough for transporting supplies as directed by a crane and or knuckle boom adapted by continuous use. The supply roof rack is further designed with a coil spring which operates to allow the zero gravity weight lock to stay opened until the weighted object is present. The inner chassis mount rotates around the pitch lock and the pitch lock rotates around the shaft which supports the outer chassis roof rack. The pitch has a pitch dial that works hand in hand as one and the same even in part to the load shaft. This equipment may be provided in bundles or single packaging for sale depending upon the demand of the purchaser which is projected to be a roofing supply company and or a crane, knuckle boom company.

[0046] In light of the given disclosures and the relevant former art equipment, it is submitted that the instant invention has been shown and described in what is considered to be the most practical and preferred description. It is recognized, however, that departures may be made within the scope of the invention and that obvious modifications will occur to a skilled person in the art. With respect to the above description then, to include size variations, material, form, shape, function and the manner of operation, use and assembly, are deemed readily apparent and obvious to one skilled in the art, and all equal relationships to those illustrated in the drawings and also described in the specification are intended to be encompassed by the present invention.

[0047] Therefore, the foregoing is considered as illustrative only of the proposition of the invention. Since numerous modifications and or changes will occur to those skilled in the art, it is not desired to limit the invention to the exact construction and operation shown and described, and accordingly, all suitable modifications and equivalents may be resorted to, falling within the scope of the invention.