Abstract:
The fertilizer dispenser is used on a surface area to be treated. The fertilizer dispenser comprises a main body for storing the fertilizer, a rolling mechanism affixed to the main body, and a control mechanism cooperatively engaged with the main body. Tines extending radially from the rolling mechanism enable a targeted site to be exposed prior to fertilization. The rolling mechanism disrupts the surface area to be treated as the fertilizer dispenser apparatus rolls over the surface area to be treated. Then, a trigger mechanism is engaged by the user and a metering auger drops a controlled amount of granular fertilizer. The control mechanism is cooperatively engaged with the main body, the control mechanism enables the user to pinpoint an exact location where the dosage of fertilizer is dropped. Once the fertilizer is dropped, the surface is treated, via a back and forth motion of the rolling mechanism.

Description:
CROSS-REFERENCE TO RELATED APPLICATIONS 
     This patent application is related to and claims priority to U.S. Provisional Application No. 61/795,739, entitled “Fertilizer Dispenser Apparatus”, by Eric J. Shaffer, filed on Oct. 23, 2012, and is a Continuation-in-Part to U.S. patent application Ser. No. 14/058,489 (TRACKONE), entitled “Fertilizer Dispenser Apparatus” by Eric J. Shaffer, filed on Oct. 21, 2013. 
    
    
     FIELD OF USE 
     The present invention relates to a portable granular fertilizer dispenser, typically used by home gardeners for accurately dispensing the granular fertilizer onto small areas, as well as preparing the soil surfaces prior to the application of the granular fertilizer and post application soil treatment. 
     BACKGROUND OF THE INVENTION 
     In addition, blooms which have long been a concern of environmentalists are the result of the excessive growth of algae in lake areas and streams with high amounts of nitrogen and phosphorus. These chemicals are often the runoff of over-fertilized fields and lawns are a danger to our water supply. 
     Prior approaches to fertilizer dispensing have been large, stand along push dispensers, or tractor attachments, or attachments for lawn mowers, which dispense massive amounts of fertilizer over a large area. Even smaller, portable units tend towards the volume method of fertilizer dispensation and have no means to prepare the soil prior to the application of fertilizer, as well as no means of post application soil finishing. This wasted, unused fertilizer is harmful to the environment. 
     Some of the prior art includes the following: 
     
         
         
           
             U.S. Patent Document 20130068861 (Zwahlen; et al) discloses a portable scattering apparatus for storing and dispensing granular material, especially pourable bulk material on a surface, e.g. of grainy fertilizer on a lawn surface, or scattering material on slick roads or paths. The scattering apparatus contains a closable container and a handle part connected to the container for dispensing the granular material. The handle part comprises a lock chamber in the connecting region of the container for controlling the flow rate, and it is shaped into a distributor at the front end. A valve is arranged in the lock chamber, which valve can be actuated via a lever, which is pivotably held on the outside on the handle part. The lever is connected via a valve stem with the valve disk of the valve. 
             U.S. Patent Document No. 20070289511 (Chen; et al.) discloses a method for cutting sub-surface cavities into a region of soil and for delivering liquid fertilizer directly to each cavity while minimizing overflow or spillage of liquid fertilizer onto the surrounding surface soil. A cutting apparatus is described for creating sub-surface cavities the soil, each cavity is associated with an opening at the soil surface through which liquid fertilizer can be delivered to the cavity. A system for delivery of liquid fertilizer to the cavities is described, which includes a fertilizer dispenser including a metering valve assembly for delivery of liquid fertilizer to each cavity. A synchronization system may be incorporated into the system for locating each cavity and directing the dispensing of liquid fertilizer. 
             U.S. Pat. No. 7,281,675 (Elrod; et al.) discloses a portable, user shoulder supported spreader/blower unit includes an ergonomically configured housing which includes a section defining a storage bin for holding a quantity of salt or like chemical particulate material for spreading onto ground surfaces to prevent icing thereon in winter. A centrifugal distributor disk is located in a housing space section below the bin and, a bin discharge aperture aligns over a peripheral area of the distributor disk. A user controllable closure member selectively alters bin discharge aperture size and, hence, outflow quantity from the bin onto the distributor disk, the distributor disk rotating at high speed propelling particulate material out of the housing through a discharge nozzle thereon at a high speed. 
             U.S. Pat. No. 6,729,557 (Dillon) discloses a portable particulate spreader comprising a container having a closed end, an open end and a storage chamber for holding particulate matter therein is disclosed. A first handle is attached to a side of the container proximate the closed end. A second handle is attached, preferably pivotally, to the same side, approximately midway between the closed end and the open end, allowing a person to conveniently grasp the spreader in either a vertical position for carrying or a horizontal position for use. An impeller at the open end disperses the particulate outwardly and downwardly from the spreader. 
             U.S. Pat. No. 5,944,264 (Truax; et. al.) discloses a portable seed spreader for distribution of bulky and irregular size seeds over a local area. The spreader includes a U-shaped frame that carries a housing having a first seed bin and a second seed bin. A first transverse shaft is mounted to legs of the frame and extends through the first seed bin. The first shaft carries agitators for mixing and stirring the seeds in the first seed bin. Discharge slots are located in a bottom wall of the first seed bin. A second transverse shaft is mounted on the frame and extends beneath the bottom wall of the first seed bin. The second transverse shaft carries picker wheels that extend through the discharge slots into the first seed bin to pick seeds therefrom and draw them through the discharge slot. The shafts are connected so that rotation of one transverse shaft as by a hand crank, an electric motor or a wheeled mechanism, results in rotation of the other. 
             U.S. Pat. No. 2,493,599 (Schroeder) discloses a single row fertilizer applicator where the flow of fertilizer leaving the hopper is steady and reliably constant but under operator control. The applicator has no means to prepare the soil prior to the application of fertilizer, as well as no means of post application soil finishing. Furthermore, the applicator lacks the ability to accurately meter for dispensing the rate of the fertilizer, resulting in the use of excessive fertilizer. 
           
         
       
    
     Conventional prior art fertilizer dispensers require the proper application of fertilizer to be applied in three distinct steps needed in order to achieve effective feed the targeted plants.
         (1) Coarsen the ground prior to applying the fertilizer by tilling, hoeing, raking, or some other suitable means of breaking up the surface of the soil.   (2) Apply the granular fertilizer.   (3) Work the newly applied granular fertilizer into the surface area and to coarsen the ground.       

     What is needed is a granular fertilizer dispensing apparatus that will perform all three tasks to optimize fertilizer utilization and reduce costs, time and effort, as well as being environmentally green and to reduce costs, time and labor. 
     The primary object of the fertilizer drop dispenser is to enable a user to apply a specified amount of fertilizer to a given area, instead of over large areas where fertilizer might not be needed. Also, the less fertilizer that is used, results in more saving on waste and cost. 
     The primary objective of the fertilizer drop dispenser is to enable a user to target individual plants for the most efficient application of granular fertilizer, instead of bulk dispensing over large areas where fertilizer may not be needed. Furthermore, less fertilizer is used in addition to reduced time of preparing the soil, resulting in saving on waste, cost, and time and less fertilizer introduced into the environment. 
     What is needed is a device that prepares the soil prior to the application of fertilizer, as well as post application soil finishing; a device that will target the base of the individual plant, conserving the fertilizer to sites where it is needed while avoiding dispensing said fertilizer in a wasteful manner, where said excess fertilizer is damaging and harmful to the environment. 
     What is needed is a device to save fertilizer, to enable a user to control a dosage of fertilizer dispensed at any time to any location, a device that is portable, and easy to operate, that will enable the user to operate easily, and efficiently measuring the amounts of fertilizer being applied to pre-selected areas, replacing large, space consuming, volume spreaders which cannot supply metered amounts of fertilizer to small areas. 
     What is needed is a device that will prepare the soil surface prior to the application of granular fertilizer, and enable the user to control the dosage of fertilizer at any time to any location, a device that is portable, easy to operate, and accurately measure the amount of fertilizer being dispensed to pre-selected areas as well as post application soil finishing. The soil finishing is necessary in urea based fertilizers to prevent volatilization. Small spreaders shown in the prior art incapable of pre-application soil treatment and do not afford the ability of post application soil finishing. 
     SUMMARY OF THE INVENTION 
     The fertilizer dispenser apparatus of the present invention addresses these objectives and these needs. 
     Granular fertilizer, as used herein, is any organic or inorganic granular or solid particulate material of natural or synthetic origin that is added to a soil to improve the quality or quantity of plant growth. 
     The fertilizer dispenser apparatus is for use over a surface area to be treated. The apparatus comprises a main body for storing the fertilizer, a rolling mechanism affixed to the main body, and a control mechanism cooperatively engaged with the main body. 
     The rolling mechanism disrupts the surface to be treated as the fertilizer dispenser apparatus rolls over the surface area to be treated. 
     The control mechanism enables the user to control the amount of fertilizer dispensed over any part of the surface area to be treated. The control mechanism enables the user to pinpoint an exact location where the dosage of fertilizer is dispensed. 
     The control mechanism is cooperatively engaged with the main body, the control mechanism enables the user to control a dosage of fertilizer dispensed over the surface area to be treated, 
     The control mechanism is cooperatively engaged with the main body, the control mechanism enables the user to control a location where the dosage of fertilizer is dispensed over the surface area to be treated. The control mechanism may include a meter which shows the user the amount or volume of fertilizer being used in each dose and the total amount of fertilizer used. 
     Once the surface of which fertilizer is to be applied is coarsened, via a back and forth motion of the present invention, the operator need only to depress the trigger or control mechanism to dispense a specific amount to the area to be fertilized. 
     The longer the trigger is held, the more fertilizer is dispensed. While the fertilizer is being dispensed, the unit is moved in a manner so as to fertilize the area desired. After the proper dosage of fertilizer has been applied, the apparatus of the present invention is manipulated in a similar back and forth motion that was previously performed to coarsen the surface, whereby fertilizer is worked into the ground reducing volatilization. 
     In another embodiment, the preferred embodiment of the present invention includes a receptacle for attachment of a grounded extension cord. 
     In a yet another embodiment of the present invention, a power cord is attached with a grounded extension cord plug. 
     In still another embodiment of the present invention, the apparatus is manually driven via a gear box attached to the front of the screw housing, which is driven by the motioned generated when the wheels turn in either the forward or backward direction with the trigger actuating an engagement mechanism inside of the gear box, allowing fertilizing agent to be metered out according to the users wishes. 
     Another embodiment will eliminate the trigger housing and, instead, have an attachment point for a drive mechanism, such as a cordless drill, which will be used in lieu of the trigger assembly. The drive mechanism will be connected to the dispensing mechanism via a drive shaft which will replace the electric drive motor. 
     The gear housing where the metering auger is housed includes a quick detach coupling so as to enable different augers with differing pitches to be used so as to change the amount of fertilizer deposited while the trigger is being depressed. 
     For a complete understanding of the granular fertilizer dispensing apparatus of the present invention, reference is made to the following summary of the invention detailed description and accompanying drawings in which the presently preferred embodiments of the invention are shown by way of example. As the invention may be embodied in many forms without departing from spirit of essential characteristics thereof, it is expressly understood that the drawings are for purposes of illustration and description only, and are not intended as a definition of the limits of the invention. 
    
    
     
       BRIEF DESCRIPTION OF THE DRAWINGS 
         FIG. 1  depicts the front view of the first preferred embodiment of the granular fertilizer dispensing apparatus of the present invention. 
         FIG. 2  depicts the side view of the first preferred embodiment of the granular fertilizer drop dispensing apparatus of  FIG. 1 . 
         FIG. 3  depicts a perspective view of the handle and trigger assembly of the granular fertilizer dispensing apparatus of  FIG. 1 . 
         FIG. 4  depicts a perspective view of the auger housing, manual gearbox and the contoured wheel assembly, the manual gear box assembly attached to the auger which dispenses the granular fertilizer of the preferred embodiment of the granular fertilizer dispensing apparatus of  FIG. 1 . 
         FIG. 5  depicts an assembly view of the of the auger housing and manual gearbox of the granular fertilizer dispensing apparatus of  FIG. 1 . 
         FIG. 6B  depicts a perspective view of the auger housing and manual gearbox of  FIG. 4  of the granular fertilizer dispensing apparatus of the present invention, and  FIG. 6A  is a half-section the auger housing and manual gearbox of  FIG. 6B . 
         FIGS. 7A, 7B, 7C, and 7D  depict various views and details of the manual gearbox engagement gear of  FIGS. 6A and 6B . 
         FIG. 8  depicts the drive shaft gear engagement with the manual gearbox engagement gear of  FIG. 7D , the engaging gear located in the manual gear box which engages the auger to dispense fertilizing agent of the granular fertilizer dispensing apparatus of  FIG. 1 . 
         FIG. 9  depicts the front view of a second preferred embodiment of granular fertilizer dispensing apparatus, said apparatus deploying an electric motor and a rechargeable battery. 
         FIG. 10  depicts the side view of the power-operated granular fertilizer dispensing apparatus of  FIG. 9 , said apparatus using a rechargeable battery. 
         FIG. 11  depicts an assembly view of the power-operated granular fertilizer dispensing apparatus of  FIG. 9 . 
         FIG. 12  depicts an exploded assembly view of the auger feeder, bridge breaker, and the electric motor of the power-operated granular fertilizer dispensing apparatus of  FIG. 9 . 
         FIG. 13  depicts an exploded assembly view of the auger assembly as it would be attached to the auger housing of the granular fertilizer dispensing apparatus of  FIG. 9 . 
         FIG. 14A  depicts the auger feeder/mount, and  FIG. 14B  depicts a sectional view of the auger feeder/mount, with DETAIL “B” depicting the bridge breaker assembly and DETAIL “C” depicting the auger assembly for the power-operated granular fertilizer dispensing apparatus of  FIG. 9 . 
         FIG. 15  depicts a third preferred embodiment of granular fertilizer dispensing apparatus of the present invention, the apparatus having an electric drill/driver attached to the body. 
         FIG. 16  depicts the front view of a fourth preferred embodiment of granular fertilizer of the present invention, the apparatus being powered by a self-contained battery pack. 
         FIG. 17  depicts the front view of a fifth preferred embodiment of the granular fertilizer dispensing apparatus of the present invention with an actuating cable running from the trigger to the gear box. 
         FIG. 18  depicts the side view of the fifth preferred embodiment of the granular fertilizer dispensing apparatus of  FIG. 17 . 
         FIG. 19A  depicts the handle and trigger of the fifth preferred embodiment of the granular fertilizer dispensing apparatus of  FIG. 17 . 
         FIG. 19B  depicts the wheels, and gearbox of the fifth preferred embodiment of the granular fertilizer dispensing apparatus of the present invention. 
         FIG. 20A  depicts the side view of the gearbox, auger housing and wheels of the fifth embodiment of the granular fertilizer dispensing apparatus of the present invention; and  FIG. 20B  depicts the underside view of the fifth preferred embodiment of the granular fertilizer dispensing apparatus of the present invention. 
         FIG. 21  depicts a cut-away view of the gearbox of the fifth embodiment of the granular fertilizer dispensing apparatus of the present invention. 
         FIG. 22  depicts an exploded view of the gearbox assembly of the fifth embodiment of the manual granular fertilizer dispensing apparatus of the present invention. 
         FIG. 23  depicts front view of the sixth embodiment of the granular fertilizer dispensing apparatus of the present invention, this apparatus being powered via battery. 
         FIG. 24  depicts the side view of the sixth embodiment of the granular fertilizer dispensing apparatus of the present invention, this apparatus being powered via battery of the present invention. 
         FIG. 25A  depicts the auger housing of the sixth embodiment of the battery powered granular fertilizer dispensing apparatus of the present invention. 
         FIG. 25B  depicts the auger of the sixth embodiment of the granular fertilizer dispensing apparatus of the present invention, this apparatus being powered via battery. 
         FIG. 25C  depicts a cutaway of the sixth embodiment of the granular fertilizer dispensing apparatus of the present invention, this apparatus being powered via battery. 
         FIG. 26  depicts an exploded view of the sixth embodiment of the granular fertilizer dispensing apparatus of the present invention, this apparatus being power via battery. 
         FIGS. 27A and 27B, 27C and 27D, and 27E and 27F  depict three augers having varying pitch. 
     
    
    
     DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS 
     Referring now to the drawings,  FIGS. 1 and 2  depict the preferred embodiment of the manual fertilizer dispensing apparatus [ 20 ] of the present invention. Attached to the top of the dispenser body [ 11 ] is the handle [ 16 ] with trigger [ 17 ] which enables the user to operate fertilizer dispensing apparatus [ 20 ] of the present invention. Attaching the handle [ 16 ] to the dispenser body [ 11 ] is a handle mount [ 18 ] which is a compression style mount attached via fasteners. At the base of the dispenser body is the auger/feeder mount [ 35 ] which is attached to the fertilizer dispensing apparatus [ 20 ] and houses the auger [ 4 ] ( FIG. 5 ). The contoured wheels [ 15 ] are attached to the auger housing [ 32 ] via a wheel mount/manual gearbox drive shaft [ 40 ] (as best depicted in  FIG. 5 ), which are used for mobility, as well as to coarsen the ground prior to dispensing of the fertilizer. 
       FIGS. 3-4  depict an isometric view of the manual embodiment of the present invention in which the manual gearbox [ 30 ] with attached contoured wheels [ 15 ] and the handle [ 16 ], and handle mount are visibly attached to the dispenser body [ 11 ] via a wheel mount/manual gearbox drive shaft [ 40 ] (as best depicted in  FIG. 5 ) with the dispenser cap [ 9 ] attached to the dispenser body [ 11 ] just above the handle [ 16 ]. 
       FIG. 4  depicts the auger housing [ 32 ] attached to the front end of the manual gearbox [ 30 ] which is operated via the forward and rearward motion of the contoured wheels [ 15 ]. A plurality of tines [ 25 ] extends radially about each contoured wheel [ 15 ]. The tines [ 25 ] are generally equally spaced about the circumference of each wheel [ 15 ]. The purpose of the tines [ 25 ] is to coarsen or break up the surface crust of the area being fertilized. The tines [ 25 ] extends radially about each contoured wheel [ 15 ]. The tines [ 25 ] are generally equally spaced about the circumference of each wheel [ 15 ]. The purpose of the tines [ 25 ] is to coarsen or break up the surface crust of the area being fertilized. 
     As the surface is being dispersed, the trigger [ 17 ] is engaged and a metering auger dispenses a controlled amount of fertilizer. The surface treatment enables the fertilizer to be inserted into the soil close to the root system of the plants targeted for growth, rather than fertilizing the weed system surrounding the plants which may eventually threaten the plants. After the fertilizer is inserted, the fertilizer dispenser apparatus in maneuvered in a fashion to cover the newly applied fertilizer with available soil that was previously dug up. Also, the surface treatment results in less handling of the fertilizer and a reduction in the overall amount of fertilizer needed in the area of the plant system. 
       FIG. 5  depicts a detailed assembly view of the manual gear box [ 30 ] and the auger housing [ 32 ] of the fertilizer dispensing apparatus of  FIG. 1 . Inside the manual gearbox [ 30 ] is the wheel mount/drive shaft [ 40 ] up which the engagement gear [ 68 ] is mounted which engages the drive shaft gear  78 , which meshes with auger gear [ 80 ], which turns the auger [ 4 ], dispensing fertilizer. Locating the auger [ 4 ] in the auger housing [ 32 ] is a thrust bearing [ 65 ] and a pair of C-clips [ 62 ]. The manual gearbox [ 30 ] is attached to the end of the assembly by four fasteners with the auger [ 4 ] being positioned inside an auger sleeve [ 63 ]. Forward and rearward motion of the wheels [ 15 ] turns the gearbox [ 30 ] and when the trigger [ 17 ] is pulled, the gear box engager [ 38 ] engages the gears, turning the auger [ 4 ] and dispensing a metered amount of fertilizing agent. 
       FIGS. 6A and 6B  depict the manual gearbox [ 30 ] attached to the auger housing [ 32 ].  FIG. 6A  is a cutaway view and  FIG. 6B  is an isometric view of the preferred embodiment of the assembly. A drive shaft [ 40 ] is mounted inside the manual gearbox [ 30 ], which the wheels [ 15 ] are mounted to and when a rotational force is applied to them, the driveshaft [ 40 ] turns, which in turn turns the auger [ 4 ], dispensing fertilizing agent. The cutaway view shows the auger [ 4 ] and manual gear box [ 30 ]. Fertilizer is loaded into the fertilizer dispenser apparatus of the present invention [ 20 ] through a fertilizer feeding slot [ 23 ] disposed in the top of the auger housing [ 32 ]. A weep hole [ 26 ] is disposed on the underside of the auger housing [ 32 ]. The weep hole [ 26 ] is preferably positioned slightly upstream of fertilizer feeding slot [ 23 ] and is designed to drain off accumulated material from the auger [ 4 ]. The fertilizer dispensing slot is located downstream of the auger [ 4 ] and is positioned on the underside of the manual gearbox [ 30 ]. 
     Referring now to  FIGS. 7A, 7B, 7C, and 7D , when the operator pulls the trigger [ 17 ], the manual gearbox engager [ 38 ] engages the engagement gear [ 68 ], which in turn engages the driveshaft gear [ 78 ] of  FIG. 8 , and turns the auger [ 4 ], through the fertilizing dispensing slot [ 22 ] located on the underside of the manual gearbox [ 30 ]. The manual gearbox engagement gear [ 68 ] depicted in includes an internal spring [ 70 ] which aides in the seating and engagement of the gear during operation. In the body of the engagement gear [ 68 ] are a plurality of screws [ 72 ], which secure the gear head [ 90 ] to the gear body [ 92 ]. 
       FIGS. 9 and 10  depict the front and profile view of the power version of the fertilizer dispensing apparatus [ 120 ] of the present invention, and  FIG. 11  is an assembly view of the power version of the fertilizer dispensing apparatus [ 120 ]. The auger housing [ 32 ] which is mounted to the auger feeder/mount [ 35 ] is shown, which is mounted to the end of the dispenser body [ 11 ]. Mounted to the front of the auger housing [ 32 ] is the auger support [ 42 ] which is used to locate the auger [ 4 ] as well as being a mounting point for the wheels [ 115 ]. At the opposite end of the dispenser body [ 11 ] is the handle [ 116 ], which is mounted to a compression fit mount [ 18 ] via six fasteners. A rechargeable battery [ 48 ] is positioned inside the handle [ 116 ]. The rechargeable battery [ 48 ] is used to actuate the electric motor [ 45 ] which is mounted to the rear of the auger housing [ 32 ]. The dispenser body cap [ 9 ] is positioned just behind the handle [ 116 ] and is used for loading the fertilizer into the fertilizer dispensing apparatus [ 120 ] of the present invention. 
     The meter [ 122 ] depicted in  FIG. 10  is positioned in the handle [ 116 ] of the fertilizer dispensing apparatus [ 120 ] of the present invention. The meter [ 122 ] is preferably either a volume flow meter or a mass flow meter. The control mechanism [ 17 ] is cooperatively engaged with a main body [ 11 ]. The control mechanism [ 17 ] is also cooperatively engaged with the meter [ 122 ]. The meter [ 122 ] is a mass or volume flow meter displaying a dosage of fertilizer being dispensed. The user pinpoints a location where said dosage of fertilizer is to be dispensed by positioning said fertilizer dispensing apparatus [ 120 ]. The user uses the set point stem setter to advise the apparatus the dosage of fertilizer to be dispensed to the location selected. The control mechanism [ 17 ] and the flow meter [ 122 ] enable the user to control the dosage of fertilizer dispensed. In addition, the user can view the granular fertilizer being dispensed onto the targeted areas as he walks behind and pushes the granular fertilizer dispenser apparatus of the present invention. 
       FIGS. 12 and 13  depict the assembly view of the auger housing [ 32 ] auger support [ 42 ], wheels [ 115 ], electric motor [ 45 ], electric motor mount [ 50 ], and auger feeder/mount [ 35 ] of the fertilizer dispensing apparatus [ 120 ] of the present invention. The electric motor [ 45 ] is mounted to the back of the auger housing [ 32 ] via the electric motor mount [ 50 ], with the auger housing [ 32 ] being attached to the auger feeder/mount [ 35 ], which is, in turn, attached to the dispenser body [ 11 ]. The wheels [ 115 ] are attached to two wheel axles [ 55 ] which are attached to the auger support [ 42 ]. The auger [ 4 ] is supported by the auger support [ 42 ] and positioned via thrust bearing [ 65 ] and C-clips [ 62 ]. The auger/feeder mount [ 35 ] is disposed in the bridge breaker [ 52 ] (see DETAIL “B”) which is used to break up any chunks of fertilizer or other material which may interfere with the function the fertilizer dispensing apparatus [ 120 ] of the present invention. A coupler [ 95 ] transfers rotational energy from the electric motor [ 45 ] to the auger [ 4 ] which is attached to the drive shaft of the electric motor [ 45 ] and to the end of auger [ 4 ]. 
       FIGS. 14A and 14B  depict the section and off-set view of the auger housing [ 32 ], auger feeder/mount [ 35 ] and auger support [ 42 ] assembly. In this embodiment, as opposed to the manual version described in  FIG. 1 , in place of the manual gear box [ 30 ] is the auger support [ 42 ] onto which the wheels [ 115 ] are mounted via wheel axles [ 55 ]. At the rear of the auger housing [ 32 ] is the electric motor [ 45 ] and electric motor cover [ 66 ] which protects the motor from debris and the elements. Attached to the top of the auger housing [ 32 ] is the auger feeder/mount [ 35 ] into which the dispenser body [ 11 ] is inserted. Insuring proper alignment between the auger feeder/mount [ 35 ] and the auger housing [ 32 ] is a mounting plate [ 50 ]. Visible in the cutaway is the coupler [ 95 ] which couples the electric motor [ 45 ] to the auger [ 4 ]. 
       FIG. 15  depicts a third preferred embodiment of fertilizer dispensing apparatus of fertilizer dispensing apparatus [ 220 ] of the present invention in which in place of the trigger [ 17 ] is a cordless drill [ 58 ] mounted underneath the dispenser body [ 11 ] via a cordless drill mount [ 61 ] which attaches to the dispenser body [ 11 ] where the drive shaft [ 60 ] is connected to the drill with the drive shaft [ 60 ] connected to the auger housing [ 32 ] in place of the electric motor [ 45 ]. In this embodiment, the cordless drill [ 58 ] powers the unit. The fertilizer is added to the dispenser body [ 11 ] and is fed via gravity into the auger feeder mount  35  with fertilizer only being spread when the trigger [ 17 ] is depressed. The specially contoured wheels help to coarsen the surface where the fertilizer is to be applied, making the application of the fertilizer more efficient. 
       FIG. 16  depicts the front view of a fourth preferred embodiment of fertilizer dispensing apparatus of fertilizer dispensing apparatus [ 320 ] of the present invention, said apparatus being powered by a self-contained battery pack. In this embodiment, along the dispenser body [ 11 ] is located battery compartments [ 12 ] which power the unit, with said battery compartments [ 12 ] preferably being removable and enabling the use the cordless drill, rechargeable style batteries instead. The fertilizer is added to the dispenser body [ 11 ] and is fed via gravity into the auger feeder mount  35  with fertilizer only being spread when the trigger [ 17 ] is depressed. The specially contoured wheels help to coarsen the surface where the fertilizer is to be applied, making the application of the fertilizer more efficient. Battery-packs differ greatly in power and weight. The battery packs offered a range between 12 and 36 volts. The lower end of this range is appropriate for smaller applications. 
       FIGS. 17 and 18  depict the fifth embodiment of the manual fertilizer dispensing apparatus [ 390 ] of the present invention. Attached to the top of the dispenser body [ 11 ] is the handle [ 16 ] with trigger [ 17 ] which enables the user to operate fertilizer dispensing apparatus [ 390 ] of the present invention. Attached to the trigger [ 17 ] is an actuating cable [ 324 ] which runs the length of the dispenser body [ 11 ] and is connected to the gearbox [ 82 ]. Attaching the handle [ 16 ] to the dispenser body [ 11 ] is a handle mount [ 18 ] which is a compression style mount attached via fasteners. At the base of the dispenser body is the auger/feeder mount [ 35 ] which is attached to the fertilizer dispensing apparatus [ 390 ] and houses the auger [ 4 ]. The contoured wheels [ 15 ] are attached to the auger housing [ 32 ] via a wheel mount/manual gearbox drive shaft [ 40 ], which are used for mobility to coarsen the ground prior to dispensing of the fertilizer. 
       FIG. 19A  depicts a perspective view of the trigger and handle as attached to the dispenser body [ 11 ].  FIG. 19B  depicts a perspective view of the manual embodiment of the fifth preferred embodiment in which the manual gearbox [ 30 ] with attached contoured wheels [ 15 ] is visibly attached to the dispenser body [ 11 ] via a wheel mount/manual gearbox drive shaft [ 40 ]. The actuating cable [ 324 ] is connected to the gearbox [ 30 ] via actuating cable clamp [ 346 ]. Also, shown is the wheel hitch pin [ 342 ] which attaches the wheel [ 15 ] to the manual gearbox [ 30 ] via drive shaft [ 40 ]. The auger locator/mount [ 338 ] is also shown which holds the auger [ 4 ] in place and enables quick changes to augers of varying pitches as needed. 
       FIG. 19B  depicts a preferred embodiment of the contoured wheel [ 15 ]. Each contoured wheel [ 15 ] includes multiple rows of projections, each row including a plurality of said projections or tines. A plurality of projections extending outward from each contoured wheel [ 15 ] the tines being designed to churn the soil, either exposing the root for the fertilizer dispenser apparatus [ 390 ] to drop fertilizer onto the root or subsequently cover said root with soil. While preferably this can be accomplished with a single pass, it may be necessary for the fertilizer dispenser apparatus [ 390 ] to pass the targeted area more than one time, initially to expose the root and subsequently to cover the fertilized root. 
       FIG. 20A  depicts the side view of the manual gearbox housing [ 82 ]. Attached to the manual gearbox housing [ 82 ] are the contoured wheels [ 15 ] attached via wheel hitch pin [ 342 ]. At the rear of gearbox housing [ 82 ] is the auger locator/mount [ 338 ] which allows the user to quickly remove and replace the auger [ 4 ] with an auger of different pitch or for maintenance.  FIG. 20B  depicts the underside of the fertilizer dispensing apparatus of  FIG. 20A . Visible, is the weep hole [ 26 ] which is located at the rear of the manual gearbox [ 30 ] which allows any excess fertilizer of other debris to fall from the apparatus and prevent any buildup which would adversely affect the operation of the unit. Disposed in the front of the fertilizer dispensing apparatus [ 390 ] is the fertilizer dispensing slot [ 22 ] from which the fertilizer is dispensed. The manual gear engager [ 38 ] is also visible which the actuating cable [ 324 ] is connected to via the actuating cable mount [ 350 ]. 
       FIG. 21  depicts a cutaway view of the fifth preferred embodiment of the fertilizer dispensing apparatus [ 390 ] with the auger [ 4 ] clearly visible. To release the auger [ 4 ] the auger release [ 355 ] is pulled and the auger [ 4 ] will then be able to pulled from the gearbox housing [ 82 ] from the rear. Also visible, is the bevel gearset [ 374 ] which is at the front of the gearbox [ 82 ] and connected via the wheel mount manual gearbox drive shaft [ 40 ]. When dispensed, the fertilizer flows down the fertilizer feeing slot [ 23 ] and onto the auger [ 4 ] which then carries the fertilizer forward and out of the dispensing slot [ 22 ] with any excess as well as any other debris falling from the weep hole [ 26 ] located at the rear of the manual gearbox [ 82 ]. 
       FIG. 22  depicts a detailed assembly view of the manual gear box [ 30 ] and the auger housing [ 32 ] of the fertilizer dispensing apparatus [ 390 ]. Inside the manual gearbox [ 30 ] is the wheel mount/drive shaft [ 40 ] upon which the bevel gearset [ 374 ] is attached, which turns the auger [ 4 ] when engaged via the actuating cable [ 324 ] which, in turn, actuates the engagement tube [ 376 ] which is connected to the gearbox engager [ 38 ], collapsing the compression springs that are interior to the manual gearbox engager [ 38 ], as well as allowing the wave spring [ 360 ] to decompress and extend, causing the bevel gearset [ 374 ] to connect, dispensing fertilizer. Locating the auger [ 4 ] in the auger housing [ 32 ] is a thrust bearing [ 65 ] and a pair of C-clips [ 62 ] and quick change mechanism [ 378 ]. At the rear of the auger [ 4 ] is the auger quick change hub [ 372 ] which has a channel in which the quick change mechanism  378  engages, holding the auger securely in the housing [ 82 ]. 
     In this preferred embodiment the manual gearbox is an integral part of the manual gearbox housing. It is one piece and molded. The manual gearbox [ 30 ] is attached to the end of the assembly by four fasteners with the auger [ 4 ] being positioned inside manual housing [ 82 ]. Forward and rearward motion of the wheels [ 15 ] turns the gearbox [ 30 ] and when the trigger [ 17 ] is pulled, the gear box engager [ 38 ] engages the gears, turning the auger [ 4 ] and dispensing a metered amount of fertilizing agent. At the front of the gear box [ 82 ] is the gear box front cover [ 85 ] which is secured into place via four fasteners [ 8 ] and allows access to the bevel gearset [ 374 ] as well as the gearbox engager [ 38 ] and the engagement tube [ 376 ]. 
       FIGS. 23 and 24  depict the front and profile view of the power version of the fertilizer dispensing apparatus [ 400 ] of the present invention, and  FIGS. 25A, 25C , and  26  is an assembly view of the power version of the fertilizer dispensing apparatus [ 400 ]. The auger housing [ 32 ] which is mounted to the auger feeder/mount [ 35 ] is shown, which is mounted to the end of the dispenser body [ 11 ]. The auger housing [ 32 ] is comprised of two halves which are held together via multiple fasteners [ 8 ]. The rear of the housing [ 32 ] is attached the electric motor [ 45 ] with cover [ 66 ]. The electric motor [ 45 ] when the trigger [ 17 ] is depressed, the electric motor turns the auger [ 4 ]. In this embodiment, there is no gearbox connected to the wheels. The quick change mechanism [ 378 ] is at the front of this embodiment, allowing the auger [ 4 ] to be removed from the front of the unit. At the opposite end of the dispenser body [ 11 ] is the handle [ 116 ], which is mounted to a compression fit mount [ 18 ] via six fasteners.  FIG. 25B  is the auger [ 4 ] with quick change hub [ 372 ] and c-clip [ 62 ] clearly shown. A rechargeable battery [ 48 ] is attached behind the handle with a wire track [ 385 ] running down to the electric motor [ 45 ]. The rechargeable battery [ 48 ] is used to actuate the electric motor [ 45 ] which is mounted to the rear of the auger housing [ 32 ]. The dispenser body cap [ 9 ] is positioned just behind the handle [ 116 ] and is used for loading the fertilizer into the fertilizer dispensing apparatus [ 400 ] of the present invention. 
     The meter [ 122 ] as depicted in  FIG. 10  is positioned in the handle [ 116 ] of the fertilizer dispensing apparatus of the present invention. The meter [ 122 ] is preferably either a volume flow meter or a mass flow meter. The control mechanism [ 17 ] is cooperatively engaged with a main body [ 11 ]. The control mechanism [ 17 ] is also cooperatively engaged with the meter [ 122 ]. The meter [ 122 ] is a mass or volume flow meter displaying a dosage of fertilizer being dispensed. The user pinpoints a location where said dosage of fertilizer is to be dispensed by positioning said fertilizer dispensing apparatus [ 400 ]. The user uses the set point stem setter to advise the apparatus the dosage of fertilizer to be dispensed to the location selected. The control mechanism [ 17 ] and the flow meter [ 122 ] enable the user to control the dosage of fertilizer dispensed. 
       FIGS. 27A and 27B, 27C and 27D, and 27E and 27F  depict three augers having varying pitch.  FIGS. 27A and 27B  depict a first and longer auger pitch [ 4 A],  FIGS. 27C and 27D  depict a second and narrower auger pitch [ 4 B], and  FIGS. 27E and 27F  depict a third and smallest auger pitch [ 4 C]. The auger pitch [ 4 C] enables the slowest rate of fertilizer to be applied through the granular fertilizer apparatus of the present invention. 
     The fertilizer dispenser apparatus of the present invention may be manual or powered as described above. In either event, the fertilizer dispenser apparatus is used by an operator that walks behind or alongside of the unit, deciding how much fertilizer to apply at any particular location. 
     In one preferred embodiment, the electric motor [ 45 ] has a variable speed type. This enables a pre-programmable system for the user to set the meter for various amounts of fertilizer to be dispensed, allowing different amounts to be dispensed when the trigger [ 17 ] is pressed. 
     Further, to allow for ease during usage in applications when the device would need to be used underneath foliage, removable fenders could be used so as to prevent any damage to sensitive foliage. 
     The longer the trigger is held, the more fertilizer is dispensed. While the fertilizer is being dispensed, the unit is moved in a manner so as to fertilize the area desired. After the proper dosage of fertilizer has been applied, the unit is manipulated in a similar back and forth motion that was previously performed to coarsen the surface prior to application. 
     The granular fertilizer dispensing apparatus of the present invention provides a user with a clear view of said root system within said surface area to be treated to monitor apparatus operation. The granular fertilizer dispensing apparatus of the present invention can accurately meter the rate to dispense onto an area as small as one square inch (7 square centimeters). 
     Throughout this application, various patents and applications are referenced by number and inventor. The disclosures of these documents in their entireties are hereby incorporated by reference into this specification in order to more fully describe the state of the art to which this invention pertains. 
     It is evident that many alternatives, modifications, and variations of the granular fertilizer dispenser apparatus [ 20 ] of the present invention will be apparent to those skilled in the art in light of the disclosure herein. It is intended that the metes and bounds of the present invention be determined by the appended claims rather than by the language of the above specification, and that all such alternatives, modifications, and variations which form a conjointly cooperative equivalent are intended to be included within the spirit and scope of these claims. 
     PARTS LIST 
     
         
           4 . Auger—1 st  Embodiment 
           4 A. Auger—2 nd  Embodiment 
           4 B. Auger—3 rd  Embodiment 
           4 C. Auger—4 th  Embodiment 
           9 . Dispenser Body Cap 
           11 . Dispenser Body 
           12 . Battery Pack 
           15 . Contoured Wheel 
           16 . Handle 
           17 . Trigger 
           18 . Handle Mount 
           20 . Fertilizer Dispenser Apparatus—1 st  Embodiment 
           22 . Fertilizer Dispensing Slot 
           23 . Fertilizer Feeding Slot 
           25 . Tine 
           26 . Weep Hole 
           30 . Manual Gearbox 
           32 . Auger Housing 
           35 . Auger Mount/Feeder 
           38 . Manual Gearbox Engager 
           40 . Wheel Mount/Manual Gearbox Drive Shaft 
           42 . Auger Support 
           45 . Electric Motor 
           48 . Battery 
           50 . Mounting Plate 
           52 . Ridge Breaker 
           55 . Wheel Axles 
           58 . Cordless Drill 
           60 . Drive Shaft 
           61 . Cordless Drill Mount 
           62 . C-Clamp 
           63 . Auger Sleeve 
           65 . Thrust Bearing 
           66 . Electric Motor Cover 
           68 . Manual Gearbox Engagement Gear 
           70 . Spring 
           72 . Screw 
           78 . Drive Shaft Gear 
           80 . Auger Gear 
           82 . Manual Gearbox Housing 
           85 . Gearbox Front Cover 
           95 . Coupler 
           115 . Contoured wheels 
           116 . Handle 
           117 . Trigger 
           120 . Fertilizer Dispenser Apparatus—2 nd  Embodiment 
           122 . Meter 
           124 . Set Point Stem Setter 
           220 . Fertilizer Dispenser Apparatus—3 rd  Embodiment 
           320 . Fertilizer Dispenser Apparatus—4 th  Embodiment 
           324 . Actuating Cable 
           338 . Auger Locator/Mount 
           340 . Actuating Cable Mount 
           342 . Wheel Hitch Pin 
           346 . Engager/Actuating Cable Clip 
           348 . Actuating Cable Clamp 
           350 . Actuating Cable Mount 
           355 . Auger Release 
           360 . Wave Spring 
           362 . Belleville Washer 
           365 . Pinion Gear Retainer 
           368 . Washer 
           370 . Auger Spade 
           372 . Auger Quick Change Hub 
           374 . Bevel Gearset 
           376 . Disengagement Tube 
           378 . Quick Change Mechanism 
           380 . Electric Auger Housing 
           385 . Wire Track 
           390 . Fertilizer Dispense Apparatus—5 th  Embodiment 
           400 . Fertilizer Dispenser Apparatus—6 th  Embodiment