now referring to the figures , set forth is a container defined by a bottom 12 , a continuous sidewall 14 , and an upper section 16 . the container may contain most any fluid , but for purposes of illustration , the container detailed in this specification will be a bottle used for storing liquid medicines for children . the upper section 16 of the container resembles a conventional bottle having a mouth 18 with threads for receipt of a threaded cap . a valve assembly 22 is threaded onto the mouth of the container for use in combination with a keyed fluid dispenser 24 allowing controlled retrieval of the fluids stored within the container . the keyed fluid dispenser 24 of the instant invention is defined by a handle 26 having a shaft 28 coupling the handle to a plunger 30 that is used for drawing fluid into the chamber 32 by pulling a vacuum in the dispenser . the end of the keyed fluid dispenser includes a receptacle insert 34 specifically designed to engage the valve assembly 22 . but for the receptacle insert , the keyed fluid dispenser assimilates a conventional syringe type device . the dispenser valve assembly 22 has an aperture 31 for receipt of the receptacle insert 34 . in a preferred embodiment , the aperture includes at least one flute 41 which operates as a keying mechanism for receipt of matched tang 42 arranged on the receptacle insert 34 . when keyed alike , the flute 41 and tang 42 cooperate to allowing insertion of the receptacle insert for accessing the fluid held within the container 10 . alternatively , the receptacle insert 34 may be sized to create a seal , thereby acting as a keying feature . for instance , the receptacle insert may be 3 . 5 mm in diameter , thereby requiring an aperture of the same size less a space to allow for a close tolerance coupling . if the aperture is too small , then the receptacle insert will not fit . if the aperture is too large , then the receptacle insert can be inserted but will not be able to draw fluids by vacuum . if the container is inverted with an undersized receptacle insert , fluid will spill around the fluid dispenser . the keying feature may include both a tang / flute and unique diameter sizing . the dispenser valve assembly includes a body 11 having a threaded inner surface and a lid 13 attached by a living hinge 15 . the lid 13 need not be threaded as the valve assembly prevents removal of the fluid contents unless the fluid dispenser is engaged . rather , the lid prevents debris from collecting around the aperture and is sized to slip on and off an upper portion of the body 11 . the flutes 41 and / or tangs 42 are geometrically arranged to create a mating receptacle and dripless interface . although simple tangs are depicted , it will be recognized to those skilled in the art that the tangs can be of any shape , size , position , or combination thereof so as to provide a locking mechanism unique to a keyed fluid dispenser having a mating receptacle for either a particular manufacturer , line of products , or type of product . the keyed fluid dispenser permits a child &# 39 ; s guardian to insure that the medication to be dosed to a child can be performed without displacing all medication held in a cabinet or refrigerator . if all medication containers are keyed , only the proper keyed fluid dispensers need be provided , thereby assuring that only the particular medication is utilized . this has particular benefit for medication that must be refrigerated , as it is difficult to hide medication in an unlocked refrigerator , and expensive to have a locked refrigerator for medicine only . further , most medicine cabinets are unlocked and become a facilitator for selecting the wrong medicine . the keyed fluid dispenser is not affected by temperature and can be left on a counter to provide a visual reminder of medication due . the keyed fluid dispenser would have no other use and preferably be discarded or recycled after use . now referring to fig3 - 6 , the valve body has a base 40 formed of a single piece of material , preferable plastic . the base 40 is a substantially round disk shaped member having a diameter defined by an outer edge wall 45 securable to along flange member 51 . an inner edge wall 43 forms an open area 44 with a bridge support 46 extending from the inner edge 47 on one side of the inner edge wall to an inner edge 48 on the opposite inner edge side . a plug element 50 has a lower surface 60 constructed and arranged to engage the bridge support 46 and an upper surface 54 sized to plug the lower opening of the aperture 114 of cap 110 . the bridge support 46 maintains the plug element in contact with the aperture to prevent fluid flow until a displacement of the plug element by a syringe 150 having a fluid connection channel 152 which allows fluid flow . the base 45 and plug element 50 are preferably molded from a single piece of material and adjoined by a living hinge 52 . the living hinge 52 is folded over to align the plug element 50 in an aligned position calculated to present the dome shape plug member into the lower opening of the aperture . channels 54 are formed into the upper surface 53 of the plug member 50 which facilitates fluid flow when the plug element is displaced by a receptacle insert 152 . the channels allow ease of fluid flow even if the plug element is only partially displaced . fig2 depicts the valve body 40 with the plug element 50 in a folded position along living hinge 52 with the upper surface 53 of the plug 50 engaging the bridge support 46 which operates as a biasing spring . fig4 depicts the valve body 152 mounted on a bottle 10 with base member 40 secured to the valve body along flange member 41 , the flange member 41 surrounds at least a part of the base . the bottle is conventional having a bottom , a continuous sidewall , and a top section that is threaded and used for accessing fluid placed within the bottle . the bottle may contain most any fluid . the base member 40 is snapped into the flanges with the dome shape portion of plug member 50 facing upward in a position that will seal the aperture 114 from fluid exiting the container . the fluid dispenser 150 has a receptacle insert 152 that fits within the aperture 114 and depresses plug member 50 away from the end of the aperture , displacing the sealing effect and thus allowing fluid to be drawn into the use of a syringe allows a controlled removal of fluid . this provides further assurance that the fluid is dispensed only in combination with syringe which can be calibrated so that the bottle and the syringe are keyed alike . if the syringe is calibrated to the bottle and material , the instructions can be as simple as stating that fluid drawn must be equal to the second hash line on the syringe . the embodiments disclose the use of a multi component fluid dispensing valve that , which will be obvious to one skilled in the art , can be made from various manufacturing techniques to lessen the amount of components used . the valve assembly and keyed fluid dispenser provide a lock and key type arrangement for the control of fluids from a container . the use of a keyed fluid dispenser verifies that the amount of fluid drawn is exact with the calibration provided by the manufacturer . for instance , if the fluid drawn is measured in ml , then the indicia on the measuring indicia will be marked appropriately . this provides further assurance that the keyed fluid dispenser can only be used in combination with the container to which fluid is to be drawn and the keyed fluid dispenser would have no other useful purpose . the use of all plastic materials allows the container and keyed fluid dispenser to be recycled . while detailed embodiments of the instant invention are disclosed herein , it is to be understood that the disclosed embodiments are merely exemplary of the invention , which may be embodied in various forms . therefore , specific functional and structural details disclosed herein are not to be interpreted as limiting , but merely as a basis for the claims and as a representation basis for teaching one skilled in the art to variously employ the present invention in virtually any appropriately detailed structure . one skilled in the art will readily appreciate that the present invention is well adapted to carry out the objectives and obtain the ends and advantages mentioned , as well as those inherent therein . the embodiments , methods , procedures and techniques described herein are presently representative of the preferred embodiments , are intended to be exemplary and are not intended as limitations on the scope . changes therein and other uses will occur to those skilled in the art which are encompassed within the spirit of the invention and are defined by the scope of the appended claims . although the invention has been described in connection with specific preferred embodiments , it should be understood that the invention as claimed should not be unduly limited to such specific embodiments . indeed , various modifications of the described modes for carrying out the invention which are obvious to those skilled in the art are intended to be within the scope of the following claims .
a fluid safety dispenser system having a fluid storage container keyed to a fluid dispenser . the container having a valve body positionable in the opening of the container , the valve body having a plug member biased to allow fluid passage through the opening of the container when in a displaced position and to eliminate fluid passage through the opening of the container when the plug member is in a seated position . the keyed fluid dispenser assimilates a syringe and is releasably securable to the valve body for use in depressing the plug member by movement of a biasing member when the keyed fluid dispenser is in position . the keyed fluid dispenser has indicia to provide for exact measurement and can be temporarily coupled to the container to provide ease of fluid transfer .