the bladder component 10 of the self - contained hanging package is fabricated from a soft and squeezable material , enabling a user to easily dispense and squeeze out its contents — such as confectionery , and wet or dry cosmetic products . in the preferred embodiment depicted in fig1 a - 1 e , the bladder is fabricated of a low density , squeezable polyethylene formed as a half unit — its top 12 being shown in the front perspective views of fig1 a , 1 b , and 1 c , and in the sectional view of fig1 d , as “ domed ”, and its bottom 14 as shown in the bottom perspective view of fig1 e as a flat base . a nozzle of the bladder is shown at 16 , centered on the bladder 12 , with the nozzle 16 pointed upwardly in fig1 a and downwardly in fig1 c . in particular , the top half 18 of the nozzle 16 is located at the top of the bladder 12 ( as shown in the sectional cut view of fig1 d ), with the bottom half 20 of the nozzle 16 being located at the flat base of the bladder in that sectional cut view . as shown in the bottom perspective view of fig1 e with the nozzle 16 pointing downwardly , the nozzle area 22 is convex so as to allow the opening of the nozzle to remain in full circle . the nozzle 16 is threaded at 24 so as to screw with the cap component illustrated in the views of fig2 . a pair of stoppers 26 , 27 are shown on the nozzle 16 in fig1 e to match up with the sealing card , to be described in the views of fig3 . reference numeral 28 illustrates an opening in the nozzle 16 for the filling of the wet or dry product content . reference numeral 30 identifies a thin edge of the bladder 10 to allow the bladder to easily seal to the sealing card of the fig3 views by sandwiching between its layers . as an appreciation of the views of fig2 and 3 will illustrate , the stoppers 26 and 27 are in the shoulder of the nozzle 16 , and essentially comprise two small points which stop the cap from unlimited rotation when the cap is screwed onto the nozzle ; this allows the cap ears to be described below to be parallel with the sealing card . at the same time , the thin edge 30 which frames the bladder 10 will be seen to seal the bladder to an inner wall of the sealing card . as will be described with respect to the views of fig3 , once the bladder 10 is filled , and the cap of the views of fig2 is affixed , the bladder 10 is dropped into the open “ sealed card ”, facing the inner layer . the card is then folded closed and the card and bladder are heat sealed together . the cap component 35 of the hanging package is illustrated in the various views of fig2 . specifically , fig2 a is a front view of the cap , fig2 b is a perspective view of the cap with its bottom 37 facing downwardly , fig2 c is a perspective view of the cap showing its top surface 39 , fig2 d is a bottom view of the cap , fig2 e is a perspective view of the cap with its bottom facing upwardly , and fig2 f is a sectional view of the cap showing its internal structure . as previously mentioned , the cap 35 screws onto the nozzle 16 of the bladder at 24 by way of threads 41 within the cap bottom 37 . preferably , the cap is fabricated of polypropylene . reference numerals 43 and 45 identify extensions on opposite sides of the cap allowing the cap 35 to be fixed into a corner 85 of the sealing card illustrated in the views of fig3 . these extensions ( or “ ears ”), more specifically , are sealed into a top corner of the card , sandwiched between its inner and outer layers . being so hidden within the card once sealed into it , the ears 43 , 45 cannot be seen from the front or back of the card — but when the package is ready to be opened by the user ripping the top corner 85 from the card , the ears that are extended within are turned as well , and will open the cap in separating it from the nozzle of the bladder . the corner and cap that are together can then easily be separated from one another by breaking the meeting points or tearable perforations between them . once the cap is separated , the cap ears are exposed but the cap can be screwed back onto the nozzle to close the remaining contents of the bladder for later use . in this respect , inside the cap 35 are a pair of stoppers 47 , 48 on a track 49 with a raised edge located on both sides of the cap ( fig2 c ). such stoppers 47 , 48 operate in conjunction with the stoppers 26 , 27 of the nozzle 16 ( fig1 e ) in allowing for the ears 43 , 45 to be parallel with the bladder 10 and the sealing card of the fig3 views . an inner plug 51 on the cap 35 ( fig2 f ) seals the opening of the nozzle 16 as the cap 35 is screwed onto the nozzle . in effectuating this , the plug 51 is slightly tapered so as to be forced into the nozzle 16 in sealing off the nozzle . the sealing card support component 75 of the hanging package of the invention is composed of an outer cardboard layer 60 ( fig3 a ) and an inner polyethylene layer 62 ( fig3 b ). the outer cardboard side is printed at 64 with related information and advertising and serves as a support for the hanging package . the inner layer 62 , on the other hand , is to be heat sealed both to the bladder 10 , and to itself once folded over . those areas identified by the reference numeral 66 together form a euro hole for hanging the card once the card is folded over upwardly , and preferably in half , along a fold line 68 and sealed . the areas identified by the reference numerals 70 , 72 are die cut to receive the front and back of the bladder nozzle 16 , respectively , when the bladder is dropped into the card . those areas shown by the reference numerals 74 , 76 are die cut to receive the front and back of the bladder 10 , respectively . with the card of fig3 a and 3 b folded over in half , with the framing edge 30 then abutting the inner layer 62 , and with all of the meeting materials being of a form of polyethylene ( with the exception of the cap ) so as to be heat sealable together , the bladder 10 and all interior areas of the card can be sealed . reference numeral 78 in fig3 b identifies an embossed edge for the dropped - in placement of the bladder 10 , while that area identified by the reference numeral 80 represents a debossed area in fig3 a . the embossed area 78 aligns the bladder &# 39 ; s edge 30 of fig1 a , 1 b or 1 c , as well as the cap ears 43 , 45 of the card . such areas 78 , 80 allow the card to be better sealed , as the thickness from the bladder &# 39 ; s edge 30 and the cap ears 43 , 45 are absorbed by the embossing of the card . with a finish of the card being flat and even all around , and with all edges of the card being sealed , it will be appreciated that the only way to access the product is by tearing away the top corner 85 of the card . a tear line 87 is shown in fig3 a and 3 b , along with tearable perforations 89 which attach to the cap ears 43 , 45 . in particular , the perforated area 85 once given a rotational twist tears away from the card layers 60 , 62 ; and , at the same time opens the cap ears 43 and 45 to separate the cap 35 from the bladder 10 . such tamper - resistant feature of the hanging package is supplemented through a further easy removal of the cap from the card so that the cap can then be fixed to the bladder without the torn corner , for later use . this follows from the cap being then tearable away from the perforations 89 . moreover , the cap is additionally fabricated from polypropylene , so as not to be sealed with the inner polyethylene layer of the card 62 . in this respect , fabricating the layer 62 of a polyethylene allows that lamination of the card to be sealed to the thin edge 30 of the bladder , while leaving the outer layer 60 of the card as a standable , printable paper - type or cardboard - type board of any desired specific weight . fig4 a - 4 d are helpful in appreciating how the self - contained card hanging package of the invention may be formed . in particular , fig4 a is an exploded view of all components of the package , fig4 b is a partially assembled view of the bladder , cap and sealing card components , fig4 c is a front view of all the parts assembled , and fig4 d is a back view of all the assembled parts . the bladder 10 with its bottom 14 and its nozzle 16 is illustrated in fig4 a , as is the cap 35 with its ears 43 , 45 . so too , is the embossed edge 78 on the inside card polyethylene layer 62 with the tear line 87 and its tear point perforations 89 . fig4 b shows the bladder 10 dropped into the polyethylene inner layer 62 , with the outer layer 60 being folded over the bladder to the inner layer 62 by rotating the bottom portion of the card upwardly . ( once this is done , the card is then heat - sealed all around in locking the bladder into the card .) with fig4 c showing a front view of the heat sealed card when closed in full assembly , the tear corner 85 is at the upper right ( or at the upper left in the back view of the assembled parts as viewed in fig4 d .) when so folded over and assembled , the soft and squeezable “ dome ” 12 of the bladder 10 is displayed on the package front , the remaining space 90 being utilizable for additional printing and advertising . the back of the sealed card viewed in fig4 d shows the bladder nozzle 16 being exposed , along with the area 64 on which the printing and product advertising is illustrated . a self - contained squeeze card hanging package thus results . when so assembled , the perforated area all the way through the top corner of the card , when twisted or torn in a counterclockwise position , tears open the card in allowing the cap 35 to be removed . the torn off cardboard corner and cap can be easily separated , and the cap replaced upon the bladder &# 39 ; s nozzle 16 so that the remaining product can be accessed at another time . this follows , since the ears 43 , 45 allow the cap 35 to turn while the corner is being torn from the card — but since the cap 35 is made of polypropylene rather than polyethylene ( i . e ., another material ), the cap 35 will not seal to the card . once the cap 35 is removed from the nozzle 16 , the contents of the bladder — whatever it may be — can be squeezed and sucked out ( or just squeezed out ) the nozzle opening simply by pressing down on the low density polyethylene bladder . once the bladder is emptied , the bladder can simply be discarded . whereas there has been described what is considered to be a preferred embodiment of the invention , it will readily be appreciated that modifications can be made by those skilled in the art without departing from its teachings . for example , while the preferred embodiment has been described with a single product containing bladder , double chambered bladders with nozzles 90 ° apart can be located at both the left and right corners of the card , as well . likewise , the bladder design can be of amy geometric or freeform shape — all as shown in , for example , the single chamber splodge of fig5 a , the single chamber star of fig5 b , and the double chamber freeform of fig5 c , each with its own tear - away corner and capped ears sandwiched between the inner polyethylene layer and the outer cardboard layer of the sealing card . in similar manner , the cap component can be changed over to a sprayer - type component to provide a spray version of the invention — as shown in the front view , back view , and assembly view of fig6 a , 6 b and 6 c where reference numeral 200 identifies the euro hole for hanging , reference numeral 201 represents the cap with its ears centered between the two panels of the card , with the tear points to open the card and free up the cap being shown at 202 , with a sprayer down tube shown at 203 , with the bladder sealed to the inside of the card shown at 204 , with the tear away portion of the card shown at 205 , with the back - side cardboard for printing and advertising shown at 206 , with the top portion of the card being torn away and discarded at 207 , with the cap being removed from the top portion of the card and replaceable onto the sprayer as at 208 , with the spray nozzle at 209 , and with a screw - on closure attached to the spray end assembly as at 210 . in each arrangement of the views of fig5 and 6 , the squeezable bladder can be filled with any type of product — whether it be confectionery , or cosmetic of wet or dry form . and , as yet another feature and modification of the invention , instead of having the bladder component 10 essentially of a clear composition to allow a consumer to easily view its contents , the bladder portion can be printed or decorated with whatever images may be desired in resembling characters , scenes or topological features for example — and with or without the bladder having a flat base bottom . as will be understood , however , by having a flat base bottom instead of one which is convex , the ease of printing the back of the sealing card with backgrounds , advertising , and information becomes not only simpler , but allows for greater informational content . for at least the foregoing reasons ( and for the further reason that the squeezable bladder can contain a wide type of flowable product contents other than confections , or cosmetics ), resort should be had to the claims appended hereto for a true understanding of the scope of the invention .
a tamper - resistant hanging package particularly attractive in the squeezing of a confectionery , cosmetic or other flowable product content out through a nozzle includes a tear - off corner which , upon twisting , removes a connected cap from the nozzle of a bladder in which the product content is stored in allowing the product content to be sucked or spread through the nozzle ; but with the tear - off corner being thereafter separable from the cap to allow the cap to be placed back onto the nozzle to close off and retain any remaining product content in the bladder for future use .