reference is made herein to the attached drawings . like reference numerals are used throughout the drawings to depict like or similar elements of the garden hoe device . for the purposes of presenting a brief and clear description of the present invention , the preferred embodiment will be discussed as used for creating a plurality of parallel garden rows in a simultaneous manner and using a single pass with a handheld implement . the figures are intended for representative purposes only and should not be considered to be limiting in any respect . referring now to fig1 , there is shown the parallel garden hoe device of the present invention . the device comprises a working end mounted to an elongated handle 12 . the working end of the device comprises a shaft 11 that extends perpendicularly to the handle 12 , wherein the handle 12 and the shaft 11 form a t - junction . the handle 12 is an elongated member that may further comprise a gripping surface 13 covering around its terminal end 17 in order for the user to have a more secure grip thereof . the grip may comprise of a high friction material or a soft , comfortable material to improve user comfort after prolonged use of the device . the handle itself may be adjustable in length to accommodate different sized users , or alternatively be of one - piece construction from handle through the working end . two blades 14 are mounted to the perpendicular shaft 11 and in parallel to one another in order for the user to create two aligned troughs through a soil working surface . the handle 12 is disposed at an angle with respect to the blades 14 to facilitate proper tilling or trough creation . the blades 14 utilize triangular cutting edges in order to break through the soil working surface , while the widened body thereof allows soil to be pulled or pushed as necessary during the tilling operation . the blades 14 are secured to the head of the device 11 via metal pins or fasteners 15 . each blade 14 has a lower cutting portion and a rounded sheath that slides over and along the device shaft 11 working end . pinholes 16 are provided through the shaft 11 and the blade 14 such that pins 15 may be placed through the assembly and secure the blade 14 to the shaft 11 . the pin 15 may comprise a threaded fastener , or alternatively a pin 15 with a smooth shank and a means for securing the shank in a static position through the shaft 11 and a first and second side of the blade rounded engagement region . the perpendicular shaft working end 11 provides a plurality of spaced pinholes 16 along its length to allow placement of the blades 14 at different distances from one another , depending on the user application and preferences . these holes provide discrete placement locations for securing the blades to the working end of the device shaft . in this way , the user can easily adjust the spacing between rows . referring now to fig3 , there is shown a close - up of the working end of the parallel garden hoe device . there are multiple positions along the working end of the garden hoe device where the blades 14 may be secured . the blades 14 , in this illustration , are shown in an intermediate positioning as opposed to the endpoint placement shown in fig1 and fig2 . once a position is determined for the blades 14 based on the desired row width , the blades are then secured and locked into position by the attachment pins 15 through the holes 16 along the head of the device . the number and density of pin holes 16 is not desired to be limited , nor is the overall length of the perpendicular shaft 11 . referring now to fig3 , there is shown a second close - up view of the working end of the parallel garden hoe device . there are multiple positions along the perpendicular shaft of the garden hoe device wherein the blades 14 may be secured . in fig4 a cross - section is shown of a blade 14 attached to the shaft working end 11 . a blade sheath portion encircles the shaft loosely and is held in place by an attachment pin 15 . the cutting portion of the blade is front leading and extends tangentially away from the sheath portion . this front leading design is an important benefit of the invention because it provides a user with the ability to exert greater amounts of force on the soil than hoes with centrally disposed cutting portions . forward leading blade cutting portions act as individual shovels , pulling through the dirt with greater ease that a centrally or rear leading blade cutting portions . additionally , the blades of the present invention are loosely attached to the shaft working end , unlike currently available hoes that tighten individual hoeing members to a working end . the blade sheath portions are larger in diameter than the shaft working end , allowing the blades to wiggle and flex as they move through the soil . loosely attached blades are more shock absorbent than rigid blades , and are thus better able to adjust to rocks and debris within the soil . in this way , the device gives a user the ability to create uniformly parallel garden rows easily . referring now to fig5 , the device is shown in use for plowing or creating parallel troughs through a layer of soil . the user pulls the garden hoe device by the handle 12 in order to create two simultaneous and parallel troughs . the blades 14 are attached to the working end of the device at predetermined positions to create troughs that are evenly spaced along a given path . both troughs are shown to be a specific distance , as determined by the user prior to beginning the plowing operation . the user has the ability with this device to create these multiple troughs at the same time without the use of additional items that would slow down the process , including rope lines or larger , more complex machines or devices . after the troughs have been created , the device may be turned over , whereby the user may cover seeds with dirt without the need to bend down or kneel . in this way , the troughs are created in a parallel and systematic fashion , and the seeding process can commence and be accomplished using the same device . further illustration of the parallel garden hoe in use is shown in fig6 . as the blade 14 is dragged through the soil 17 , the blade shifts forward and backward along the shaft working end 11 . the magnitude of this movement is approximately 1½ to 1 inches of displacement from the front most position to the rearmost position . this feature gives the device better shock absorption than most gardening tools . better shock absorption by the tool will result in less risk of injury by users because harsh vibrations do not travel along the device up to a user &# 39 ; s hands . for example , when a user hits a large rock buried beneath the soil surface , they might experience only a small jostle as opposed to the uncomfortable jarring sensation experienced by conventional gardening tool users . additionally , this loose attachment permits the attachment pins to slide , preventing them from rusting to the blade sheath and fixing the blade permanently to the shaft working end . when the user is done with the device , they simply slide the pins out and allow the blades to slip into a loose position along the shaft ; the pins are inserted back into the shaft hole for storage . the device can be hung up on a wall with the blades loosely hanging down or leaned alongside a wall with the blades tilted inward towards the wall . this easily modifiable storage state makes it easy and fast to store the blades , without having to disassemble the entire device or store blades or pins in an alternate location from the shaft . importantly , the ability to swing the blades inward for storage reduces the risk that someone will run into a protruding blade and injure himself or herself . in use , an individual places the garden hoe device on top of a patch of soil . the user pushes or pulls the device in order to loosen the soil to make room to plant seeds . the spacing between the blades of the device is determined prior to use . if the spacing is not required for the given task , the attachment pins may be removed and the blades can be moved along the perpendicular shaft of the device to align with another hole , whereby the pins may be replaced to secure the blade position . the tool can further be turned over and used to cover seeds a layer of top soil , without the need to bend over , kneel or use a secondary device . it is therefore submitted that the instant invention has been shown and described in what is considered to be the most practical and preferred embodiments . it is recognized , however , that departures may be made within the scope of the invention and that obvious modifications will occur to a person skilled in the art . with respect to the above description then , it is to be realized that the optimum dimensional relationships for the parts of the invention , to include variations in size , materials , shape , form , function and manner of operation , assembly and use , are deemed readily apparent and obvious to one skilled in the art , and all equivalent relationships to those illustrated in the drawings and described in the specification are intended to be encompassed by the present invention . therefore , the foregoing is considered as illustrative only of the principles of the invention . further , since numerous modifications and changes will readily 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 .
a dual blade garden hoe device is disclosed having a working end mounted to an elongated handle . the working end of the device comprises a perpendicular shaft that creates a t - junction with the handle . a pair of parallel blades is secured onto the perpendicular shaft and disposed at a variable pitch . the blade positions along the length of the shaft are adjustable to create different widths between blades . the blades extend downward and create a pair of parallel troughs when dragged through soil . when the blades are in contact with the working surface , each blade will create a separate and parallel trough , thereby reducing the time and effort needed to make a systematic garden design or align of farming rows .