[ 0021 ] fig1 is an elongated assembly which includes an upper hollow tubular body 11 , preferably , of transparent plastic . the upper must end 12 is sealed . the hollow body 11 has a close fitting ampule 13 of glass which contains a medicament 14 . the ampule 13 rests against an open celled foam disc 14 which is at the bottom at the hollow body 11 . the foam disc 14 acts as a cushioning element inhibiting the breaking of the glass ampule 13 . the bottom of the hollow tubular body 11 is essentially open at the bottom thereof and is communication with an elongated conduit 15 . the elongated conduit 15 terminates in one of the number of tips . the tip shown in fig1 is an integrally injected molded foam plastic dabber 16 , shown also in the various three embodiments by reference numeral 17 . the embodiment shown by reference numeral 18 is of a simple and plain tip . in the embodiment shown by reference numeral 19 the tips ends with a ball of bristles 20 . [ 0023 ] fig2 depicts another embodiment wherein the seal or top 12 has a plug 21 which has a recess 22 . one end 23 of a swab 24 is adhesively secured thereinto . the distal end of the swab 24 terminates in a conventional cotton ball 25 . then , in fig3 an embodiment is shown wherein the hollow body 31 is more axially elongated . it is divided into an upper chamber 32 and a lower chamber 33 . the upper chamber 32 has a relatively close fitting glass frangible ampule 34 and the lower chamber 33 has fitted therein a relatively close fitting frangible glow ampule 35 . the two ampules 34 and 35 are separated by a wall or plug 36 . the elongated tubular hollow body 31 is fitted at both ends with a sponge 37 and 38 , respectfully . fitted to both ends are conduit 39 and 40 of like type depicted with the embodiments shown in fig1 and fig2 . the conduit 40 terminates in bristles shaped in the form of a ball 41 . while conduit 39 terminates in a plain top 42 . it is contemplated that the conduits 39 and 40 may have any one of the three kinds of tips as discussed in conjunction with fig1 in the foregoing . in use of wall of the hollow tubular body is racially compressed to break the glass thereby releasing the liquid contained therein which migrates through the sponge and into the conduits 19 , 39 or 40 for distribution out of the tip . in fig2 the liquid may be applied to a site . the applicator can then be reversed and the end carrying the swab or cotton ball may then be employed to distribute the applied liquid or to take a sample for testing . in the fig3 applicator embodiment , a first liquid may be applied to the site followed by the application of a second fluid to the same site to effect a reaction or the liquid may be applied to a different site . the plug 36 constitutes a seal and is energy absorbing , such as an elastomeric material , and is designed to separate the ampules 34 and 35 sufficiently so that when one ampule is fractured the other ampule is not fractured due to proximity . the advantages is that a single structure of an applicator is presented without the danger that both ampules will be fractured when it is desired that only one is to be fractured . the presence of the sponge prevents shards of glass from entering the respective conduits so acts as a filter . it will be seen that the applicator of the present invention is easily assembled and requires a minium of parts . although the invention has been described with reference to the preferred embodiment illustrated in the attached drawing figures , it is noted that substitutions may be made and equivalents employed herein without departing from the scope of the invention as recited in the claims .
a liquid applicator includes an elongated hollowing body having opposed first and second open ends in fluid communication with one another , and a tip attached to the first open end and including a porous material . a closed , frangible ampule is supported within the second open end of the body and contains a liquid to be disposed .