while the invention is susceptible of various modifications and alternative constructions , certain illustrated embodiments thereof have been shown in the drawings and will be described below in detail . it should be understood , however , that there is no intention to limit the invention to the specific forms or embodiments disclosed , but , on the contrary , the invention is to cover all modifications , alternative constructions , and equivalents falling within the spirit and scope of the invention as defined in the claims . turning now descriptively to the drawings in which similar reference characters denote similar elements throughout the several views , the attached figures illustrate embodiments of the present invention . in one embodiment , the present invention is a tape measure that incorporates a marking device . in another embodiment , the present invention comprises a marking device able to be attached to a tape measure . referring initially to fig1 - 5 , shown is one embodiment of the present invention 10 . this embodiment comprises a tape measure 2 incorporating a means for marking or “ marking device ” 80 . this improved tape measure comprising a housing 20 , a coiled measuring tape 40 having measuring indicia thereon , a tape tip 60 , a marking device or means for marking 80 , an axle 100 , an “ enclosure ” or holder 120 , and a means for locking the tape blade 140 . the present invention is configured to be used upon a surface to be measured and marked 160 . the housing 20 is preferably an elongated square , a cylindrical shape or a combination thereof , as shown in the figures . many different shapes and styles of tape measure housings are known to the prior art and may be configured for use with the present invention . the preferred housing 20 having opposed side walls 22 , 24 , a top wall 26 , a bottom wall or base 28 , a rear wall 30 , and a front wall 32 . these walls defining an enclosure for holding a wound tape blade . the front wall 32 having a tape blade aperture 34 therethrough for allowing a measuring tape blade to be extended . in the preferred embodiment , the coiled measuring tape 40 is an elongated blade formed of a ribbon of metal or composite material coiled on a spooling means , such as a spool , with a retraction means , such as a spring mechanism . such a coiled blade with spring tape measures are common in the prior art . the tape tip 60 or means for hooking is able to hook onto the edge of the surface to be marked , such as the edge of a board . this tape tip preferably including a hook portion 62 that extends at an essentially right angle from the mounting portion 66 of the tape tip 60 . the use of the phrase “ coiled measuring tape ” is expressly intended to include all other means for measuring , including laser , proximity sensors , sonar , etc . the holder or enclosure 120 of the means for marking 80 is preferably generally elongated square in shape or a combination thereof or any other shape that would effectively house a marking device . in some embodiments , the holder 120 comprises a means of attachment to the housing , whereas , in other embodiments the holder 120 may be integrally formed within the housing 20 of the tape measure . in use , particularly as shown in fig5 the tape tip 60 is hooked on the edge 162 of the surface to be measured 160 . the housing 20 then moved away from the edge 162 thereby extending the tape 40 . side to side movement of the housing at the desired mark location results in the means for marking 80 making a mark on the surface to be measured and marked 162 which is generally perpendicular to the axis of the length of the tape 40 . as shown in fig2 - 30 , the holder 120 may also have a protruding cursor 124 that is in alignment with the marking wheel or “ impression wheel ” 84 of the means for marking 80 . thus , the cursor 124 gives the user of the present invention an indication of where the marking wheel 84 of the means for marking 80 is aligned , thereby indicating the alignment of the mark to be made by the means for marking . referring back to fig1 - 5 , the present invention 10 preferably also comprises a means for locking 140 the tape blade 40 in position . this means for locking 140 has a button section 144 that protrudes to the exterior of the housing 20 . means for locking tape blades of tape measures , in general , are known in the prior art . the means for locking 140 is completely optional , in that the present invention , unlike many of the prior art devices , will work absent such mean for marking . this is due to the fact that the marking means 80 is directional , able to create generally a straight line mark generally perpendicular to the extension of the measuring means . thus , once the marking means is placed against the surface to be marked at the location of the mark to be made , the tape itself does not need to be locked into place , but could even be retracted . the present invention is superior over the prior art in that the marking process is as easy as extending the housing to the point to be marked , and marking the surface to be marked . no additional steps are required , for instance , the lock does not need to be engaged or the marking means engaged . each additional step required can result in errors or variances in location of the marking means from the point intended to be marked . the present invention , in eliminating these additional steps , thereby results in a more accurate measurement . it is preferred that the housing of the present invention be made of a rigid material such as metal , plastic , rubber , composite or a combination thereof . it is preferred that the tape blade of the present invention be made of a resilient material , such as metal , plastic or a composite . it is preferred that the marking wheel be made of a material able to itself leave or create a mark upon or into the surface to be marked . for instance , the wheel could be made of a hard metal , such as steel . the marking wheel could likewise be made of different materials for the different purposes discussed within this application , including , but not limited to metal , composites , rubber , plastic , natural materials , foam , etc . likewise , the shape of the marking wheel can be as necessary , including but not limited to : rounded , flat , angled , sharpened , solid , porous , etc . referring now to fig5 the tape tip of the present invention preferably includes a means for hooking the tape tip on the edge 162 of a surface to be measured 160 . this means for hooking having a hook portion 62 that extends at an essentially right angle from the mounting portion 66 of the tape tip 60 . such tape tips are standard for tape measures in the prior art . referring now to fig2 - 23 , the tape tip 60 comprises a means for hooking including a hooking portion 62 that extends at an essentially right angle from the mounting portion 66 of the tape tip 60 . preferably , the tape tip 60 extends below the bottom 28 of the housing , as shown in fig1 to allow the hooking part 62 to easily engage the edge 162 of the surface to be measured and marked 160 . as seen in fig1 , the tape tip 60 may be of an asymmetrical shape to allow for increased engagement of the tape tip 60 to the surface to be measured and marked 160 . optionally , the tape tip 60 may include a mark making means 180 , for instance as shown in fig1 - 16 , 22 - 23 . in fig1 and 16 , the means for marking 80 may be a serrated edge or the edge of the tape tip 60 itself may be embedded with a mark making means such as diamond particles or a means for leaving a mark . whereas in fig2 - 23 , the tape tip 60 itself may include a mark making means 180 . in fig2 - 23 , the means for marking 180 preferably comprises a circular shaped wheel 184 or portion thereof . it is preferred that the means for marking 180 be made of a rigid material such as metal , plastic or a mark making composite . the wheel 184 preferably has an aperture 182 for mating with an axle . the axle 100 is preferably an elongated cylindrical shape . likewise , this tape tip 60 has a hooking portion 62 and a mounting portion 66 . this means for marking 180 able to be configured for applying a mark as any other means for marking 80 , 180 disclosed herein . the preferred embodiment of a wheel 184 utilized with the present invention can be found in fig3 - 33 . the wheel 84 of the present invention may be likewise shaped . referring now to fig6 - 7 , shown is another embodiment of the present invention . this embodiment having a housing 20 , a tape blade aperture 34 , and a tape terminating in a tape tip 60 . this embodiment having a means for marking holder 120 which is integral with the housing 20 . this is in contrast to a holder which is attached to the housing , as shown in fig1 . these figures show that the holder may either be formed within the housing of a tape measure , or configured for attachment to an existing tape measure . this integral holder 120 rendition is likewise shown in fig1 and 16 . referring now to fig8 and 9 , the preferred means for marking 80 comprises a circular wheel 84 . other shapes and configurations are also possible . it is preferred that the means for marking 80 be made of a rigid material such as metal , plastic or of a mark making composite , however other materials are also possible . the preferred wheel 84 having an aperture 82 for mating with an axle 100 . this axle 100 having axle protrusions or ends 102 configured for rotational engagement with the holder 120 . the wheel 84 being preferably mounted at or near the center or middle 104 of said axle 100 . as seen in fig8 - 9 and 31 - 33 , the means for marking 80 may be hardened and / or ground at an angle 86 , similar to a glass cutting wheel . this angle 86 may be configured to provide a narrow , accurate mark or may be configured and sharpened to actually serve as a cutting wheel . thus , “ marking ” is intended to include marking by cutting . also , the impression wheel 84 , preferably has a rim 88 for contacting the surface to be marked , at least a portion of this rim extending out of the enclosure / holder 120 . the axle 100 is preferably an elongated cylindrical shape , as shown in fig8 - 9 . this axle 100 being preferably made of a rigid material such as metal or plastic . the means for marking 80 of fig8 having an axle 100 , a middle 104 , and two ends 102 . the axle 100 may be integral to the means for marking 80 or the holder 120 or the housing 20 . the holder 120 is preferably an elongated square or a right rectangular parallelepiped shape . the holder 120 having a means of attachment to the housing in one embodiment . examples of such attachment include adhesives , snap fits , magnets , etc . in other embodiments , the holder 120 is integral with the housing , being formed into the housing during or after manufacture . the housing preferably has a protruding cursor 124 that is in alignment with a means for holding a marking wheel parallel to the face of the housing and at a precise position to the bottom of the housing . as shown in fig2 - 30 , the holder 120 is preferably an elongated square ( right rectangular parallelepiped ) in shape . other shapes are also possible . the holder 120 preferably has a cavity 126 for nesting of the means for marking 80 . the holder 120 preferably has a means of attachment 122 to the housing 20 , one example of which is shown in fig2 . the housing 120 preferably has a protruding cursor 124 that is in alignment with a marking wheel of the means for marking 80 . this cursor being generally parallel to the face of the housing 20 and generally perpendicular to the means for measuring 40 . as shown in fig1 and 18 , any means for holding the means for marking 80 perpendicular to the means for measuring 40 in such a way as to allow engagement of the means for marking 80 with the surface to be measured and marked 160 may be utilized as can be appreciated . as shown in other embodiments , such as fig1 - 14 , the bottom wall 28 or a portion thereof ( partially sloped base ) 29 may be angled in such a way as to allow for engagement of the tape tip 60 to the surface being measured 160 without initiating contact of the means for marking 80 until it is intended . although one angle is shown , many angles , combinations of angles , cutaways , or geometric reveals or shapes could achieve the desired results as can be appreciated . the preferred angle is between 7 ° and 9 °. as shown , it is preferred that this angular relationship of the wall 28 to the partially sloped base 29 be configured along the base length of the housing . however , any base shape that allows for the engagement of the tape tip 162 to the end 62 without engaging the mark making means 80 will work and are also envisioned . in such a configuration , the marking tape measure comprises a housing 20 for containing a tape and a marking device 80 . this housing 20 having a tape opening or aperture 34 and a top wall or side 26 opposite a bottom wall or side . the bottom side comprising a first longitudinal surface ( bottom ) 28 obliquely joining a second longitudinal surface ( partially sloped base ) 29 . the tape having measuring indicia thereon , and being extendible through the tape opening in a first direction . the remainder of the tape being coiled within the housing . the marking device thus being connected to the housing in alignment with the second longitudinal surface , configured to extend out of the housing adjacent the second longitudinal surface . in such a manner , a user could hook the tape tip 60 on the edge or end 162 of the surface to be marked and measured 160 . with the housing 20 tilted as shown in fig1 , the housing could be slid away from the end 162 thereby extending the tape out of the housing without engaging the means for marking 80 . when the desired extended length is reached , the user could right the housing 20 as shown in fig1 , thereby allowing the means for marking 80 to engage the surface to be measured and marked . as shown in fig1 and 18 , the housing 20 may have a ramp 36 is flexible when pressure is applied . this ramp 36 prevents the marking of the surface being measured and marked 160 until the user presses downwards on the housing 20 thereby flexing said ramp 36 and allowing the means for marking 80 ( 80 ′) to contact the surface to be marked . it is preferred that this ramp 36 be comprised of a resilient material able to return to its original shape after such pressure is removed . another variation of the housing may include the inclusion of at least one roller or bearing located on the bottom wall of the housing to facilitate perpendicular movement of the housing , to the means for measuring , against the surface to be measured and marked . the preferred coiled measuring tape utilized with the present invention is an elongated blade formed of a ribbon of metal or composite material . this blade configured to be coiled on a means for a spool ( spool means ) with a means to retract ( retraction means ). this tape measure configuration ( spool means with retraction means ) is well known in the prior art . as shown in fig5 , 20 , 22 , and 23 of the drawings , the coiled measuring tape 40 comprises an elongated blade 40 formed of a ribbon of metal or composite material coiled on a means for a spool with a means for retraction . it is clearly anticipated that the coiled ribbon measuring tape 40 may be replaced by other means for measuring including digital , gps , sonar , laser , magnetic , proximity or any other means for determining distance or position . referring now to fig1 - 16 , the means for marking 80 may not be a wheel , but may be directional in shape . for instance the elongated point of fig1 or the semi - circular shape of the “ wheel ” 84 of fig1 . in such an embodiment , the means for marking 80 would not roll along a surface but be scratched across the surface to be marked , either leaving a mark or creating a groove in the surface to be marked . in such an embodiment , the fact that the means for marking is directional in shape , particularly directional generally perpendicular to the length of the base 28 of the housing , the means for marking is able to travel generally only perpendicularly across the surface of the surface to be marked . a point , or a scribe , does not have this ability . the base 28 itself could have formed therein a directional marking means , for instance a semi - circular ridge . the ability to make a mark upon the surface to be marked which is generally perpendicular to the distance measured is key to the preferred embodiment of this invention . this is preferably achieved through the marking means being directional so that the marking means will , in use , only apply a mark to the surface which is generally perpendicular to the distance measured ( for instance the length of the tape blade ). however , other manners may also be utilized to achieve this goal , including manners of restricting the housing itself to perpendicular movement while using a non - directional marking means , for instance one or more wheels located in the base of the measuring device . as shown in fig1 , a particular embodiment may include two or more means for marking 80 , 80 ′. these means for marking 80 , 80 ′ could be separate , as shown , or could be joined together . these means for marking 80 , 80 ′ are preferably aligned with one another so that side to side movement of the housing 20 will result in a single line marked upon the surface to be marked . optionally , these means for marking could be slightly staggered so that a differing line style or thickness could be provided . referring back to fig1 it is preferred that the tape measures incorporating the present invention be configured for inclusion with a means for locking the tape blade 140 . the means for locking the tape blade 140 has a button section 144 that protrudes to the exterior of the housing . this is likewise shown in fig3 . there are many alternate means for locking the tape blade 140 , and considered by themselves , are conventional means known in the art and are therefore not shown in detail in the drawings . the means for locking the tape blade 140 is preferably contained in the housing 20 with a button 144 that protrudes to the exterior of the housing 20 . this means for locking the tape blade 140 configured to engage and lock the tape blade 40 . the surface to be measured and marked 160 can be of any shape or size material that would commonly be measured with said measuring device . the surface to be measured and marked 160 may also be a structure or a combination of materials . the housing 20 and all the housing sub - components integrally form an enclosure . the coiled measuring tape 40 is retractably contained inside the housing enclosure 20 on a hub with the free end of the coiled measuring tape 40 extending through the housing aperture , attaching to the tape tip 60 . the tape tip 60 is integral with the free end of the coiled measuring tape 40 . in the preferred embodiments , the means for marking 80 mates with the middle 104 of the axle 100 . as such , the axle 100 protrudes from both sides of the means for marking 80 . these axle protrusions 102 are able to be received integrally in the walls of the cavity of the holder 126 . the preferred holder 120 includes a means for attachment 122 to the housing 20 , and is preferably interconnected with the housing 20 . likewise , the holder may be integral with said housing 20 , as shown in fig6 . it is preferred that the holder 120 have a protruding cursor 124 that is integral . this cursor 124 indicating to the user the location of the means for marking 80 to the user . referring now to fig5 and 11 , in use the housing 20 may be brought into contact with the surface to be measured and marked 160 . the tape tip 60 is allowed to engage the edge 162 of the surface to be measured and marked 160 , while the housing 20 is pulled across the surface to be measured and marked 160 to the desired location as verified by the cursor 124 . the means for marking 80 is then engaged by altering the angle of the housing 20 , as shown in fig1 and 12 , and applying downward pressure to the means for marking 80 . due to the generally perpendicular attitude of the means for marking 80 to the means for measuring 40 , the desired position of the means for marking 80 is maintained . this is due to the nature of the means for marking 80 being directional and configured for moving forward or backward and not side to side . this is likewise illustrated in fig5 , 12 , 15 - 16 , and 19 - 22 . referring now to fig3 and 35 , shown is an alternative embodiment of the present invention . in this embodiment , a chamber 50 is provided for containing an amount of a liquid , powder or gel ( preferably a liquid ) marking substance . this chamber or well 50 preferably provided with a closure 54 , such as a lid , for allowing additional quantities of the marking substance to be added to the well . the chamber 50 may be of any size or configuration and may be located inside or outside the housing . it may also be integral with the housing or removable as in a cartridge format . this marking substance being transmitted to the marking means 80 through a channel 52 , preferably via a wick to an applicator 54 for applying the marking substance , such as an ink , paint , chemical , etc ., to the wheel of the marking means 80 . it is preferred that in such an embodiment that a wick be employed to transfer the marking substance with the end of the wick comprising the applicator . the rotation of the marking means transfers the marking substance to the surface to be marked . referring now to fig3 , in yet another embodiment of the present invention , a marking applicator could be provided for applying a marking substance , such as graphite , charcoal , wax , chalk , ink , paint , etc ., to the means for marking 80 . for instance , a pencil lead ( graphite ) 92 could be held under tension against the surface of the means for marking 80 , particularly the wheel 84 , which contacts the surface to be marked 160 . thus , rotation of the wheel 84 of the means for marking against the surface to be marked 160 also results in rotation of the wheel 84 of the means for marking against the indicia ( marking ) applicator 90 . this results in the transmission of the marking substance from the marking applicator 90 onto the wheel 84 of the means for marking . then , continued movement of the means for marking 80 against the surface to be marked 160 results in the transfer of the marking substance to the surface to be marked from the means for marking . thus , for instance , utilization of the present invention could result in the creation of an ink line along the track of the means for marking . additionally , the means for marking utilized with the marking applicator could comprise or be comprised at least partially of , a rubber material or a porous material allowing for easier application of such a marking substance . such a rubber or porous material would more easily hold and carry to the surface to be marked the marking substance . additionally , the marking applicator could be selectively engaged or disengaged by the operator through use of an engagement / disengagement means 70 . this would allow the operator or user of the present invention to decide whether to also or instead apply a marking substance to the surface marked . for instance , a spring mechanism 72 could be utilized whereby through pushing a button 74 on the coiled measuring tape the marking applicator could be activated or deactivated . as the wheel is rolled on the surface to be marked , ink or any other liquid is deposited on the wheel . the wheel , as it rolls , deposits the ink or liquid on to the surface to be marked . the housing 20 , the holder 120 , and the means for marking 80 , may be molded , cast or machined as one component , preferably from a rigid material such as metal , plastic or a mark making composite . referring now to fig3 , shown is another embodiment of the present invention . this embodiment having an asymmetrical tape tip 60 . this tape tip 60 having one side 64 longer than the other side 68 . in such a manner , utilization of the present invention is easier , in that the housing 20 can be tilted as shown in the figure with the tape hook 60 one side 64 , being elongated , more easily engaging the end 162 of the surface to be marked and measured 160 , thereby allowing the device to be utilized without engaging the marking device 80 . as to a further discussion of the manner of usage and operation of the present invention , the same should be apparent from the above description . accordingly , no further discussion relating to the manner of usage and operation will be provided . 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 . while there is shown and described the present preferred embodiment of the invention , it is to be distinctly understood that this invention is not limited thereto but may be variously embodied to practice within the scope of the following claims . from the foregoing description , it will be apparent that various changes may be made without departing from the spirit and scope of the invention as defined by the following claims .