fig1 shows a transfer tool on a wall . this wall shows three sheets 20 , 21 and 22 mounted on vertical studs 24 on a footer 23 . the transfer tool has a main supporting member 60 . the main supporting member 60 aligns with a horizontal edge of a cabinet , panel or side of a sheet of sheetrock 20 or any level line drawn as a reference . the main supporting member 60 is located on the sheetrock with fasteners 101 . in this view the fastener is a nail or screw 101 that is placed on the bottom surface 100 of the sheetrock 20 . a number of locating arms 61 are secured to the main supporting member 61 . the locating arms 61 can be positioned with either side up or down . while the orientation of the locating arm ( s ) 61 to the main support member 60 is predominantly shown in orthogonal vertical or horizontal relationship these components can be connected in an angular relationship to move the components around obstructions to locate all of the openings in a single set - up . each end of the locating arm 61 has a different . one end has a straight end , while the other ends has a “ y ” configuration . the locating arms 61 have an elongated slot that is secured in the elongated slot in the main supporting member 60 . a threaded clamp comprising of a nut , bolt or similar fastener that passes through the slots in the locating arm 61 and the main supporting member 60 is secured with a knob 90 having a tapped central hole that the threaded clamp tightens onto to secure the locating arm 61 onto the support member 60 . from the left , the first locating arm 61 is secured to the supporting member 60 with the “ y ” in the upper orientation . two “ y ” locators 70 are secured to the lower portion of the locating arm 61 with securing fasteners 73 that are threaded to allow for quick repositioning and securing on the locating arm 61 . the “ y ” locators 70 locate two separate supply pipes 43 and 44 . these separate pipes can be used to supply water to both a sink and to a dishwasher . both pipes 43 and 44 receive water from a single pipe 42 . because this pipe is located on the left side of drain pipe 31 it is typically a hot water supply . the second locating arm 61 is secured to the main supporting member 60 with the “ y ” in an inverted orientation . the location of the drain is further identified with optional tabs that are more clearly shown and described in other figures within this document . the optional tabs may be used with spacers , such as clearance , kerf or others to adjust for a proper hole saw . the drain pipe 31 extends down into the footer 23 , and then through 60 the floor or foundation into the sewer . the third locating arm 61 is also secured in with the “ y ” in an inverted orientation and locates the position of a cold water supply pipe 41 that rises 40 from the floor or foundation . the final locating arm 61 is shown with the “ y ” in the upper orientation . the bottom of this locating arm retains an extension 81 that connects to an outlet 50 locator 80 having a “ z ” opening that allows the outlet locator 80 to be placed in different orientations by moving the mounting around the “ z ” opening . fig2 shows a first detail view of the transfer tool on a wall and fig3 shows a second detail view of the transfer tool on a wall . these two views provide different perspectives to view the different elements of the transfer tool . the supporting member is cropped from above these views . each locating arm 61 has a slot 62 that is centered along the length of the locating arm , including the “ y ” extensions from the locating arm 61 . this slot 62 , allows multiple locations for securing multiple “ y ” locator 70 components for locating one or more pipes . the “ y ” locators 70 are shows with a plurality of tabs 72 that are secured in slots to mark the location of pipes 43 and 44 . the two marks are used to align the circumference of a hole saw or other hole making tool . while this use is disclosed , the “ y ” locators 70 can be used in other ways , like drawing the hole with a template or compass , to eliminate trying to find the center of the pipe at the edge on the radius because it is tedious . it is generally easier to find hole centers by first finding the edge , then doing the math . in this case the math is : pipe diameter plus desired clearances ( purpose spacer tab 72 ) equals hole saw size . the tabs 72 also have slots to tangently contact the pipes 43 and 44 . the tabs have center marking indicia whereby the location of the center of the hole can be located and marked . a similar set of tabs 72 are used on the “ y ” side of the locating arms 61 . these tabs 72 are also secured with fasteners 73 securing the ends 63 of the “ y ” arms . the fasteners 73 are loosened and the tabs 72 are moved along the slots to locate the center tangent position of the supply 41 , 43 , 44 or drain pipe ( s ) 31 . an outlet 50 provides power to supply an electric water heater , garbage disposal or dishwasher . this figure shows a dual outlet 50 placed in a vertical arrangement , but the outlet could have four or more sockets . the bottom of this locating arm 61 retains an extension 81 that connects to an outlet 50 locator 80 having a “ z ” opening that allows the outlet locator 80 to be placed in different orientations . fig4 shows the transfer tool marking a pipe 41 from a top location . slots 64 retain tabs 72 through slots 64 with retainers or clamps 73 . each arm of the “ y ” have marking indicia 65 that provides measurements for the location of the pipe 41 relative to the split in the “ y ”. fig5 shows the transfer tool marking a pipe from a side location . the “ y ” locator 70 is secured to the lower portion of the locating arm 61 with securing fasteners 73 that are threaded to allow for quick repositioning and securing on the locating arm 61 . slots 75 retain tabs 72 through slots 76 with retainers or clamps 73 . each arm of the “ y ” locator 70 have marking indicia 75 that provides measurements for the location of the pipe 45 relative to the split in the “ y ”. slot 77 allows the position of the “ y ” locator 70 to be optimized for identifying the location of the pipe 44 . fig6 shows the transfer tool marking a drain pipe from a top location . slots 64 retain tabs 72 through slots 64 with retainers or clamps 73 . each arm of the “ y ” have marking indicia 65 that provides measurements for the location of the drain pipe 31 relative to the split in the “ y ”. the measurement indicia 65 identifies not only the center of the hole , but can also be used to identify the diameter of the pipe or drain . the marking indicia can be in inches , millimeters , radius or diameter . fig7 shows the transfer tool marking an electrical outlet 50 . this figure shows a dual outlet 50 placed in a vertical arrangement , but the outlet could have four or more sockets . the bottom of this locating arm 61 retains an extension 81 that connects to an outlet 50 locator 80 having a “ z ” opening 82 that allows the outlet locator 80 to be placed in different orientations . fasteners / retainers 73 on each end of the extension 81 locate and help orient the outlet opening . fig8 shows the transfer tool locating the holes on a wall 28 . the transfer tool is located on a wall with the main supporting member 60 located on a wall 28 with fasteners 101 . in this view , the fastener is a nail or screw 101 that is level with the top surface of an adjoining cabinet or side of a wall or corner . a locating tab or finger 68 locates the side of the adjoining cabinet 25 . the locations of all the required holes and openings are located as previously described . once the locations have all been identified the transfer tool is lifted from the fasteners 101 and then placed onto the back of the cabinet as shown and described in the next figure . fig9 shows the transfer tool locating the identified holes on the back 27 of a cabinet 26 . broken lines 19 show where the opening or holes will be cut into the back of the cabinet . the locating tab or finger 68 is aligned with the mating edge or side of the cabinet and the main supporting member 60 is located on the top of the cabinet 26 . all of the hole locations can then be accurately marked and the holes can be placed in the back of the cabinet 26 . the cabinet 26 can then be simple moved into position against the wall 28 and all of the openings can pass through the back 27 of the cabinet 26 with precision . this minimizes gaps around the plumbing and electrical openings . all of the holes can be located and cut in a single operation . fig1 shows the marking and cutting of a hole with the retaining tabs 72 on the locator 70 . the “ y ” locators 70 can be used in other ways , like marking the edges 69 or drawing the hole 79 with a template or compass , to eliminate trying to find the center of the pipe at the edge on the radius because it is tedious . in this figure the pipe 19 is shown inside of the larger hole 79 that is drawn and cut with some clearance . the tabs 72 are arranged slightly to make the marking 69 of the cut hole easier . the tabs 72 are set with index marks or a tape measure . fig1 a , 11b and 11c are examples of how a plumbing locations could be transferred . fig1 a shows marking a circle 19 with an angle bracket 86 , fig1 b shows marking a circle 19 with a single leg 87 and fig1 c shows marking a circle 19 with an “ l ” bracket 85 . thus , specific embodiments of a transfer tool for cabinet holes have been disclosed . it should be apparent , however , to those skilled in the art that many more modifications besides those described are possible without departing from the inventive concepts herein . the inventive subject matter , therefore , is not to be restricted except in the spirit of the appended claims .
improvements in a transfer tool for cabinet holes to transfer a plurality of different size and shape holes from one surface to another . the openings for a sink cabinet typically has a hot and a cold water supply line in addition to a drain pipe with an outlet for a garbage disposal and the location of all the holes and sizes must be identified , and transferred to a cabinet . the transfer tool accommodates a starting corner from a variety of different sizes and shapes cabinets and surfaces . the transfer tool has locators for both the size and the center position of round , square and other style openings . the transfer tool has indicia that identifies the size and center position to allow an installer to simply re - mark the location . the transfer tool has versatility to operate around obstructions and other hole opening locations .