valve 38 to open and provide fluidic communication between cavity 32 and dispensing duct 44 dispensing duct 44 directs the released compound 34 from hollow valve stem 40 to exit dispenser 26 through dispenser port 46 into a user 39 s hand as best illustrated in fig3 and 4 an actuator 54 is positioned proximate to the top of handle 28 and is interconnected to dispensing cap 42 with a transfer mechanism 60 referring to fig1 3 and 4 actuator 54 is a slidable button 56 that includes at least one protrusion 57 to facilitate tactile feedback when touched by a user 39 s finger in such a manner the user can locate button 56 by feel without need to visibly see button 56 protrusion 57 also provides a surface for the user 39 s finger to push against when attempting to slide button 56 transfer mechanism 60 comprises a flexible ribbon 62 typically fabricated from a semi rigid plastic and is slidably housed in a channel 64 formed in exterior wall 30 of handle 28 flexible ribbon 62 has an upper end attached to slidable button 56 and a bottom end affixed to upper edge 48 of dispenser cap 42 when slidable button 56 is translated ribbon.