fig1 is a front view of a hair cutting comb 100 according to some embodiments of the present invention . cutting comb 100 includes member 102 generally in the shape of the letter “ t ” ( also referred to herein as a t - top member ), body member 104 , and razors 106 and 108 . body member 104 includes comb 110 and hair tools 112 and 114 . comb 110 is connected to hair tools 112 and 114 by neck 116 . the blades of razors 106 and 108 extend outwardly from a cavity of body member 104 to within the comb teeth of hair tools 112 and 114 , respectively . the exposure of the blades between the comb teeth provides a hair cutting capability . however , the positioning of the razors within the comb teeth and the separation of the comb teeth may guard against the cutting of larger objects such as the fingers of an end user . in some embodiments , the blades of razors 106 and 108 may extend only a portion ( e . g ., one third ) of the way through the comb teeth . in some embodiments , one or both of hair tools 112 and 114 may include block outs 118 between the comb teeth , for example , in an alternating arrangement so that only alternating portions of hair is cut . in other embodiments , one of hair tools 112 and 114 may be a regular comb ( e . g ., similar to comb 110 ), a brush , or other hair tool . the comb teeth of hair tool 112 may extend toward the left side of cutting comb 100 , whereas the comb teeth of hair tool 114 may extend toward the right side of cutting comb 100 , or vice versa . the number and spacing of the comb teeth in fig1 are only illustrative and modifications are fully contemplated as being within the scope of the present invention . fig2 shows a back view of cutting comb 100 . fig3 shows a right side view of cutting comb 100 . fig4 shows a left side view of cutting comb 100 . referring again to fig1 , t - top member 102 may be configured for attachment to and disconnection from body member 104 . detachment of t - top member 102 from body member 104 may expose a cavity of body member 104 configured to receive razors 106 and 108 . attachment of t - top member 102 to body member 104 may prevent razors 106 and 108 from ejecting from the cavity during use of cutting comb 100 . t - top member 102 may include portion 120 that forms the top of cutting comb 100 , and portion 122 which may be oriented generally perpendicularly to an axis of top portion 118 . portion 122 of t - top member 102 may be configured for slidable engagement and disengagement with body member 104 . more specifically , in some embodiments , portion 122 may be insertable to , and removable from , a complimentary channel or other recess formed in body member 104 . t - top member 102 ( e . g ., portion 122 ) may include one or more raised edges 124 and / or another grip mechanism to facilitate insertion and removal of member 102 to and from body member 104 . in the embodiment of fig1 , t - top member 102 includes an elongate portion 122 that extends along the entire length of hair tools 112 and 114 in a direction ( i . e ., along a longitudinal axis of body member 104 ) that is perpendicular to the comb teeth of portions 112 and 114 . in other embodiments , portion 122 and the corresponding channel of body member 104 may be longer or shorter than the length of hair tool portions 112 and 114 , and / or may have a different angular orientation relative to the comb teeth of portions 112 and 114 . in some embodiments , portion 122 and the corresponding channel of body member 104 may span at least a substantial portion of the comb teeth ( e . g ., more than 1 comb tooth ). hair cutting comb 100 and its various components may be made from any suitable material or combination of materials . in one embodiment , t - top member 102 ( including top portion 120 , elongate portion 122 , and / or grip portion 124 ) may be a single , integral component made from , for example , plastic . body member 104 ( including comb 110 , hair tool portion 112 , hair tool portion 114 , neck 116 , and / or block out ( s ) 118 ) may also be a single , integral component made from , for example , the same or a different plastic . this two - piece construction may simplify the manufacturing process significantly . razors 106 and 108 may be made from , for example , metal . in other embodiments , all or substantially all of the components of cutting comb 100 may be made from metal . fig5 is an enlarged , top view of hair cutting comb 100 . referring to both fig1 and 5 , top portion 120 of t - top member 102 mates with adjacent surfaces of body member 104 , and more specifically , the top portions of hair tools 112 and 114 . fig6 is an enlarged , top view of cutting comb 100 after detachment of t - top member 102 from body member 104 . as shown , detachment of t - top member 102 exposes the cavity of body member 104 configured to receive razors 106 and 108 . fig7 is an enlarged , top view of cutting comb 100 after detachment of t - top member 102 and removal of razors 106 and 108 from the cavity of body member 104 . the interior surfaces of body member 104 form opposed female members 702 and 704 ( e . g ., slots ), which are configured to receive corresponding male members of t - top portion 122 ( e . g ., tabs ). slots 702 and 704 may span at least a portion ( e . g ., all or substantially all ) of the channel of body member 104 that is configured to receive portion t - top portion 122 . the interior surfaces of body member 104 also form recesses 706 that are configured to receive tabs of t - top portion 120 . fig8 is an enlarged , front view of cutting comb 100 after detachment of the t - top member 102 from body member 104 . as shown , removal of t - top member 102 from the channel formed in body member 104 exposes razor 108 and a portion of slot 704 ( fig7 ) formed by the interior of body member 104 . in this embodiment , slot 704 does not extend along the top - most portion of the channel , and thus the top - most portion of razor 106 is also exposed . removal of t - top member 102 from body member 104 also exposes gap 802 between the bottom of razors 106 and 108 and the bottom of the channel . this gap can be utilized to eject razors 106 and / or 108 from the cavity of body member 104 . more specifically , whereas the comb teeth positioned above comb teeth 804 and 806 may have slots formed internally therein to permit passage of the blades razors 106 and 108 ( see fig6 ), comb teeth 804 and 806 ( e . g ., the bottom - most comb teeth of hair tool portions 112 and 114 ) may be configured to prevent passage of razors 106 and 108 any further down the cavity of body member 104 . thus , gap 802 may span the distance from at or about teeth 804 and 806 ( which may be located at the same vertical position ) to the bottom of the channel formed in body member 104 . razors 106 and / or 108 can be ejected from the cavity of body member 104 by inserting a tool ( e . g ., a screwdriver or an edge of t - top member 102 once member 102 is slid upwardly relative to body member 104 ) into gap 802 and applying an upward force to the bottom of the razor ( s ). fig9 is an enlarged , front view of t - top member 102 . t - top member 102 may include tabs 902 and 904 configured for receipt within slots 704 and 702 , respectively , formed by the interior of body member 104 ( fig7 ). t - top member 102 may also include tabs 906 configured for receipt within recesses 706 ( fig7 ). other mechanisms for matably attaching t - top member 102 to body member 104 are of course possible and are fully contemplated by the present invention . for example , in some embodiments , the interior surfaces of body member 104 may form at least one tab that is configured for matable attachment to a corresponding recess of t - top member 102 . fig1 is an enlarged , front view of a razor according to some embodiments of the present invention , which includes a blunt , handle portion 1002 and a blade portion 1004 . in some embodiments , blade portion 1004 may be chromium - tipped . the razor may be made from any other suitable material or combination of materials . one or two razors may be used within the cutting comb assembly of fig1 . in some embodiments , one , double - edged razor may be provided that is configured for receipt within the cavity of body member 104 and for use by hair tools 112 and 114 . thus it is seen that a hair cutting comb with a detachable t - top member is provided . although particular embodiments have been disclosed herein in detail , this has been done by way of example for purposes of illustration only , and is not intended to be limiting with respect to the scope of the appended claims , which follow . in particular , it is contemplated that various substitutions , alterations , and modifications may be made without departing from the spirit and scope of the invention as defined by the claims . for example , in some embodiments , comb 110 ( fig1 ) may be replaced with the twisted handle described in commonly - owned u . s . design pat . no . d489 , 488 , which is hereby incorporated by reference herein in its entirety . other aspects , advantages , and modifications are considered to be within the scope of the following claims . the claims presented are representative of the inventions disclosed herein . other , unclaimed inventions are also contemplated . the applicant reserves the right to pursue such inventions in later claims .
a hair tool is provided that includes a first member for housing at least one razor and a second member formed generally in the shape of the letter “ t ”. the second member may be configured for matable attachment to the first member to resist ejection of the at least one razor from the first member .