the present invention provides an integrated drip proof stopper for wine bottles and other liquid containers that help prevent wine or other liquids from dripping off a bottle during and after pouring the liquid from the bottle . the integrated drip proof stopper system comprises a shrink - wrap shell which overlies an absorbent pad . the absorbent pad is revealed by the removal of a shrink - wrap shell extension using an opening component . referring to fig1 and fig2 a - d , the integrated drip proof stopper , shown generally at 10 , is adapted to fit around the neck of a bottle 11 . advantageously , the integrated drip proof stopper system may be installed on the bottle during the bottling operation . the system includes an absorbent pad 30 , which may be hidden from view by the shrink - wrap shell extension 22 of the shrink - wrap shell 20 . the absorbent pad 30 is exposed following the removal of the shrink - wrap shell extension using an opening component . fig1 shows the opening component as a tab 24 which is pulled by a user resulting in the separation of the tab from the remaining shrink wrap shell 20 through the tearing of the tab along a vertical perforation 25 in the shrink - wrap shell , the vertical perforation running parallel to the long axis of the wine or liquid bottle . the vertical perforation intersects a horizontal perforation 26 that extends perpendicular to the long axis of the wine or liquid bottle . in configurations wherein the tab is attached to a strip located beneath the shrink - wrap shell , the tearing action is readily accomplished without need of the vertical and horizontal perforations 25 and 26 . continuing to pull on the tab 20 results in the separation of the shrink - wrap shell extension 22 from the lower portion of the shrink - wrap shell 23 , exposing the absorbent pad 30 . the novel construction of the integrated drip proof stopper system operates to provide improved absorption of wine drops from the bottle , thereby preventing drops of liquid from migrating down the neck of the bottle and coming into contact with the surface of a table , or other substrate , therebelow . typically , the absorbent pad 30 is composed of a low cost material having long absorbing fibers , such as felt , blotting paper , chamois or the like . the wine or liquid drip absorption capability of the integrated drip stopper proof system is sufficient to absorb all drips that may be produced due to the adsorption pad &# 39 ; s dimensions and geometry of construction . fig2 a - d illustrates the different stages in the removal of the shrink - wrap shell . in fig2 a the tab 24 is pulled to initiate a tear along the vertical perforation 25 . in fig2 b , the tear is extended circumferentially along the horizontal perforation 26 , completely separating the shrink - wrap extension 22 from a lower portion of the shrink - wrap shell 23 . fig2 c shows the shrink wrap shell extension 22 removed , exposing the absorption pad 30 which includes a plurality of slits 35 and teeth 36 . fig2 d shows the teeth 36 pushed away from the bottle surface to facilitate the capture of drips running down the neck of the bottle . fig3 illustrates the details of construction of the absorption pad 20 following the removal of the shrink - wrap shell 22 . the upper portion of the absorption pad 32 , revealed following the removal of the shrink - wrap shell extension , is preferably not attached to the shrink - wrap shell and comprises a plurality of slits 35 and teeth 36 . the teeth 36 may be bent away from the wine or liquid bottle helping to collect drips running down the neck of the bottle . during the manufacture of the bottle , the shrink - wrap shell 20 is applied so that it completely covers the absorption pad 30 . with this arrangement , the absorption pad 30 is not revealed until the shrink - wrap shell extension 22 is removed . preferably , the lower portion of the shrink - wrap shell partially covers the upper portion of the absorbent pad 32 . the shrink - wrap shell 20 and the absorption pad 30 are preferably not attached to the bottle , being merely held in place by friction , due to the force exerted on the bottle by the shrink - wrap shell . the absorbent pad is preferably attached to the shrink - wrap shell through a bonded region 38 located in the lower portion of the absorbent pad 34 . the attachment of the absorbent pad 30 to the shrink - wrap shell 20 may be achieved through the use of glue , paste , tape , thread and any other means by which two materials may be held together . preferably the attachment of the absorbent pad to the shrink - wrap shell is achieved through the use of a polymeric glue . in an alternate embodiment , the absorbent pad 30 is glued to the bottle , following which the shrink - wrap shell 20 is positioned thereabout and held in place by frictional engagement therewith . in one embodiment the shrink - wrap shell 20 is approximately 2½ inches high , 3 and ¾ inches wide , while the absorbent pad 30 is approximately 1¼ inches high 3¾ inches wide . with these dimensions , the shrink - wrap shell 20 and the absorption pad 30 have sufficient height and width to surround the neck of a standard - size wine bottle . the upper portion of the absorbent pad 32 measures approximately ¼ inch and includes a plurality of slits 35 and teeth 36 . the upper portion of the absorbent pad is exposed upon the removal of the shrink - wrap shell extension 22 while the remaining lower portion of the absorbent pad remains covered by the lower portion of the shrink - wrap shell 23 . the upper portion of the absorbent pad is revealed by pulling the tab 24 downward and horizontally across the neck of the bottle removing the shrink - wrap shell extension . the absorbent pad 30 is held tightly against the neck of the bottle by the remaining bottom portion of the shrink - wrap shell 23 . preferably , the bonded region of the absorbent pad 38 is approximately ¼ inch in height . after removing the shrink - wrap shell extension , the integrated drip proof stopper 10 is essentially ready for operation . the user simply pushes the teeth 36 of the exposed absorbent pad 30 outwardly , away from the bottle &# 39 ; s neck , to create a structural arrangement of the drip stopper ideally suited to catch and absorb drips of wine migrating down the sides of the bottle . additional drip of wine runs through the slits into the bottom portion of the absorbent pad . the region immediately below the slits may be scored to allow the teeth to remain bent after the teeth are pushed outward away from the bottle &# 39 ; s neck . preferably the slits 35 are cut in the absorbent pad 30 in the vertical direction of the bottle for a distance of ¼ inch from the top surface . each of the slits is spaced approximately ¼ inch apart . alternatively , the upper portion of the absorbent pad 32 may be left uncut . the area represented by the width and the length of the absorbent strip is large enough to absorb drips that occur when pouring liquid form the bottle . preferably the absorbent pad overlies the neck of the bottle but is not attached to the bottle . rather , it is held in place by friction , which is provided by the clamping action of the shrink - wrap shell . during manufacture of the bottled wine or liquid , the shrink - wrap shell is extended all the way around the enclosure of the bottle , and the absorbent pad is completely concealed within the shrink - wrap shell . an opening component is provided to facilitate opening of the bottle . such opening component may comprise a tab attached to a strip disposed beneath the shrink - wrap shell extension . pulling the tab , which is attached to the strip , essentially creates a cut initially within the shrink - wrap extension , parallel to the long axis of the bottle . in an alternative embodiment , wherein the tab is attached to a perforated portion of the shrink - wrap shell , a tear or cut is readily initiated in the shell by pulling on the tab . thereafter , as the tab is pulled , the cut proceeds along a path perpendicular to the first cut . in a further embodiment , the tab and strip are combined with a perforated portion . with this embodiment , pulling on the tab initiates a tear that proceeds horizontally around the shrink - wrap shell . thereafter , the user pulls upwardly on the shrink - wrap shell itself to extend the tear along a vertically disposed perforation that intersects the horizontally torn shrink - wrap shell portion . such an embodiment eliminates the need for a strip extending vertically from a point of intersection with the horizontally disposed tab and strip . it is economical to manufacture using existing equipment and facilitates removal of the upper portion of the shrink - wrap shell . in this manner there is created a circumferential cut in the shrink - wrap extension at a pre - determined location , which essentially separates the shrink - wrap shell extension 22 from the lower portion of the shrink - wrap shell 23 . the location of the circumferential cut is set at a position that reveals the upper portion of the absorbent pad 32 after the removal of the shrink - wrap shell extension . preferably , after pulling on the opening strip to expose the slits of the absorbent pad , the bottle is ready for use . the user then pushes the teeth of the upper portion of the absorbent pad outward , away from the bottle &# 39 ; s neck , to create a structural arrangement of the drip proof stopper best suited to catch and absorb drips of wine or liquid migrating down the neck of the bottle . wine or liquid dripping from the mouth of the bottle is first absorbed by the teeth of the upper portion of the absorbent pad , which extends above the shrink - wrap shell . thereafter , the wine or liquid drops run through the plurality of slits into the lower portion of the absorbent pad 34 which underlies the lower portion of the shrink - wrap shell 23 . at this point , the absorbent pad remains unattached to the shell or the bottle and efficiently absorbs the wine drops . additional wine drops are absorbed by the bonded region 38 of the absorbent pad . wine or liquid drops reaching this region are captured within the structure , preventing running down of the wine or liquid along the bottle surface . the wine or liquid drip absorption capability of the integrated drip proof stopper system is sufficient to absorb virtually all of the wine or liquid drops that may be produced , owing to the dimensions of the absorption pad provided and its geometry of construction . this drip proof stopper design is especially suited for installation during the bottling operation . once installed , the absorbent pad remains hidden beneath the shrink - wrap shell , which protects it during bottling and subsequent handling operations . upon removal of the top shrink - wrap shell extension , the absorbent pad is already located in position to accomplish its drip mitigation function . the integrated drip proof stopper is attractive and can be readily adapted for use with a wide variety of liquid containing vessels , including bottles that contain olive oil , salad dressing sun tan lotion and the like . when installed on a liquid containing vessel , the integrated drip proof stopper functions to virtually eliminate migration of drips downwardly of the vessel &# 39 ; s sides and into contact with a table surface , or other substrate , on which the vessel rests degradation of tablecloths and surfaces beneath the bottle due to inadvertent contact by liquid spilt while serving beverages is substantially eliminated . having thus described the invention in rather full detail , it will be understood that such detail need not be strictly adhered to , but that additional changes and modifications may suggest themselves to one skilled in the art , all falling within the scope of the invention as defmed by the subjoined claims .