the present invention can best be understood by several examples that illustrate how a relatively flat blister package containing hand sanitizing fluids can be attached to a wrist and otherwise mounted to reduce the time and convenience problems known to curtail satisfactory compliance levels for hand sanitation . the dispenser is in the form of a common blister package card that contains a plurality of dosage wells containing hand sanitizing fluid . each well is spaced at uniform distances from others and are typically 12 in number on the card &# 39 ; s surface , although of course , various other alternative embodiments are easily imaginable and useful . typically the number of wells might range between 2 and 30 . each of the wells has one basic requirement , the ability to hold and preserve the quality of the hand sanitizing fluid , typically a viscous liquid in the form of a gel such as found in several commercial offerings sold under the general designation of hand sanitizers and hand sterilizers . each cell contains about 2 milliliters of hand sanitizing fluid , although the range of the dosage amount for an individual application can easily vary from about 0 . 5 ml to 5 ml depending on the product &# 39 ; s formulation , sanitizing strength , and the coverage desired . the blister forming the well is flexible so that sufficient purposeful pressure on this flexible surface can release the hand sanitizing fluid within at a predetermined point such as rupturing at a specific point created in the design of the blister &# 39 ; s surface . to permit adequate pressure buildup , a relatively stiff and impervious backing placed in a sealing arrangement with the blister cover is required . this backing was applied in the manufacturing process after the blister wells were formed in the cover and filled with hand sanitizing fluid , sealed to the cover by heat or some like means , and thus forming one side of the container ( gel filled cavity ). graphic representation of an embodiment of the multi - well , single dose dispenser package is shown in fig1 and 2 . seven blister wells 2 formed of flexible polymeric film ( 2 - mil clear , coextruded polypropylene / polyvinyldichloride / polypropylene ) enclose and contain a hand sanitizing fluid 4 ( 62 % ethanol ). the film with its filled wells 2 has a peripheral seal 7 with a relatively stiff backing 5 that facilitate handling by hands of varying size and strength and effectively lids each of the wells 2 . creation of the seal can be achieved by a number of means well known in the art , herein the common technique involving heat and pressure is used to create the seal 7 . also illustrated is a release point 3 in the form of a weakened area of each well 2 wall created by design during the molding of the well 2 in the film to form a predetermined point for fluid 4 release . further illustrated in fig1 is a mark 6 functioning as a simple cuing means for the package . fig2 shows all the elements of fig1 laid out as a cross - section which further depicts a package attachment means herein shown as an adhesive 8 with a removable cover 9 . the encapsulated hand sanitizing fluid is surrounded and sealed by impervious material that both retains and preserves the desirable properties of the fluid . the backing can do more than just form one side of a container ; by extending its length beyond the blister cover wrapping straps are formed capable of encompassing a wrist . when the straps are further equipped with adhesives near the ends , the backing becomes a means for attaching the entire blister package to the wrist . of course the adhesive forming a closure means could be any of other connecting types including buckles , buttons , clasps , fasteners , holes , loops , magnets , pins , rivets , twists , ties , or velcro hooks and loops . by attaching the blister package to the wrist by means of the backing straps , the flexible blisters are exposed to access . with sufficient pressure applied to a given flexible blister by the wearer in the form of a finger or thumb of the opposite hand a predetermined amount of hand sanitizing fluid is released from the well to be conveyed by the finger or thumb to the hands for application . the shape and design of the blister can greatly facilitate this fluid release while also contributing to the overall ergonomic aspect of the dispenser package . some geometric forms anticipated include a circular ring , cone , cube , cylinder , disc , ellipsoid , frustum , hemisphere , oval , paraboloid , prism , pyramid , rectangular prism , spheroid and whole or partial combinations thereof . these form elements can be used to design where the rupture release point is to be by focusing the pressure buildup to a specific designated point and soften the burst out flow . alternatively , the blister surface can be simply weakened by thinning a designated area of the blister wall during formation of the well . another form of release is a group of release points characterized by a self - closing slit or puncture opening . the overall aspect of the disposable dispenser package attached to the wrist is of a device low in profile , lightweight , easily attached , non - interfering , readily accessible , and always at hand . the dispenser is in the form of a common blister package card that contains only one well containing hand sanitizing fluid . graphic representation of an embodiment of a single well , multiple dose dispenser package is shown in fig3 and 4 . a single well 2 formed of flexible polymeric film ( 2 - mil clear , coextruded polypropylene / polyvinyldichloride / polypropylene ) enclose and contain multiple doses of hand sanitizing fluid 4 ( 62 % ethanol ). the film with its filled wells 2 has a peripheral seal 7 with a relatively stiff backing 5 that facilitate handling by hands of varying size and strength and effectively lids each of the wells 2 . creation of the seal can be achieved by a number of means well known in the art , herein the common technique involving heat and pressure is used to create the seal 7 . also illustrated is a release point 10 for the fluid 4 in the form of a self - closing tension valve which opens under pressure generated by finger pressure on the flexible film forming the well 2 surface . further illustrated in fig3 is a mark 6 functioning as a simple cuing means for the package . a hole 11 for a lanyard or clip fastener in the package provides an example of one of many possible attachment mechanisms . fig4 shows the elements of fig3 laid out as a cross - section which further depicts another example of a package attachment means herein shown as an adhesive 8 with a removable cover 9 . the amount of fluid is typically 5 to 60 milliliters and permits several applications dosages to be released as contrasted with the single - use emptying of the blister dispenser / containers of example 1 . the strapping system , pressure manipulations , blister forms , closure means , and strap attachment descriptions of example 1 are also incorporated in this example . however , in that the dispenser is to provide multiple dose applications the predetermined fluid release openings need to be closed following a discharge of fluid to preserve the remaining material . this valve requirement can be met by any of a vast number of types known to the art and all are envisioned under the general engineering subject of valves . two in way of example and by their simplicity that could be of particular value on a disposable dispenser package are herein described . the first , is a simple one - way flap valve that , working in conjunction with the well - know clogging properties of viscous liquids and gels like the hand sanitizing fluids currently marketed , forms an adequate sealing means after each dosage release . the second is a simple self - closing slit or puncture opening that again partially relies on the clogging and evaporative properties of the hand sanitizing fluid to seal the opening . the dispenser is in the form of a common blister package that contains the plurality of dosage wells described in the manner of example 1 . all other descriptions of example 1 are herewith included in this example with the exception of the strapping portion for attachment to the wrist . in this example the exposed backing of the relatively flat card of the blister card dispenser package has an adhesive coating to act as an attachment means . by this adhesive means the card can be placed on the wrist directly without the need for a strapping means . of course an appropriate adhesive should be used , a nonpermanent type would likely appeal to most wearers . the adhesive card as herein embodied could be applied to any part of the user &# 39 ; s body including an ankle , forearm , hand , head , leg , neck , torso , wrist and combinations thereof as found appropriate . the adhesive card could also be applied to clothing or other items worn on the body like the ubiquitous identification passes hung from the neck . additionally , the card could be applied to objects for convenient access like a bed , briefcase , cash register , crib , desk , incubator , lunch box , notebook , personal property items , purse , toolbox , vehicle , workstation and other like things . also envisioned are attachment means other than adhesives which would include buckles , buttons , clasps , fasteners , holes , loops , magnets , pins , rivets , screws , twists , ties , velcro and the like . by way of the previous examples it has become obvious what physical forms the present invention can manifest . equally important , however , is getting these physical expression used in a timely and convenient manner so the objective of the whole matter , sanitary hands not conveying pathogens in this instance , is actually accomplished . from the review of the literature it is clear the benefits of clean hands is recognized but time and convenience factors cut short every effort at compliance . what is needed is not only a diminishment of these twin factors to a level of inconsequence but further , to provide an ever - present stimulus to remind the subject of the need to sanitize their hands in a timely manner . the method of the present invention provides this technique . by attaching a package containing hand sanitizing fluid to the wrist the wearer is continually reminded of the need for hand sanitizing by the visual and tactile cues provided by the package &# 39 ; s proximity to the hands . the ease of access , minimal time requirement , and general convenience of the proximate location coupled with prompted flashes of awareness provided by these cues means a hand sanitation action naturally follows when desirable . perception of the package leading to the above chain of action can be heightened by the package &# 39 ; s color , colors and markings . these markings can serve a number of other useful functions also ; the marking may be made up of advertising messages , call numbers , codes , company names , decorative art , facility names , formulas , instructions , logos , notes , schedules , and similar meaningful images . tactile perception can be heightened by various physical properties of the package including its weight , form , surface and fit . and the form of heightened perception need not be a passive property , but could also employ such techniques as the package reflecting light or even generating it . vibration and sound are other forms of active engagement , and like the generated light could be scheduled , unscheduled , or on demand as appropriate . any and all means , passive and active , subtle and overt , which the wrist or otherwise mounted dispenser package can employ to heighten perception leading to a timely act of hand sanitation are envisioned . an additional group of advantages presented by the above described method is that the package is a disposable personal item and thus minimizes contamination during and after use . further , not being shared among many users the problem of cross contamination is eliminated . and being worn the actions necessitating a container &# 39 ; s retrieval and return to a pocket are fully eliminated . throughout this application various publications are referenced . the disclosures of these publications in their entireties are hereby incorporated by reference into this application in order to more fully describe the state of the art to which the invention pertains . while preferred embodiments of the invention have been discussed and described , modifications and variations may be made thereto by those of ordinary skill in the art without departing from the spirit and scope of the present invention , which is more particularly set forth in the appended claims . in addition , it should be understood that aspects of the various embodiments may be interchanged both in whole or in part . further , those of ordinary skill in the art will appreciate that the foregoing description is by way of example only , and is not intended to be limitative of the invention so further described in such claims .
this invention relates to devices and a method promoting the convenient use of hand sterilizing fluids and gels applied to reduce the hand - borne transmission of pathogens . while clean , disinfected hands are widely recognized as a principle means for controlling the spread of infections , disease , and similar health problems to both self and others , the prompt and repeated application of such materials as soap and water or waterless alcohol gels is necessary for maintaining a sanitary hand condition . this is particularly true for nurses , health care providers , veterinarians , elementary teachers , food handlers and others where rapid and continuous movement between patients , clients and tasks provides optimum conditions for cross - contamination . this invention of a convenient , wrist - mounted dispenser of hand sterilizing fluids in a blister package format advances the use of such materials to effectively control the spread of hand - borne pathogens .