the figures provided herein are not drawn to scale and are provided for representational and instructional purposes . fig1 a illustrates an enlarged view of a capsule 10 made according to my invention in a closed position . referring to the exploded view of fig2 , capsule 10 consists of two halves , a base 12 and a cap 14 , which overlap each other by approximately 2 - 4 mm base and cap can each be described as an open mid - segment cylinder each having a slightly different circumferential diameter from the other . a de minimis annular region exists when base 12 and cap 14 are fitted together as shown in fig1 a to prevent leakage of the liquid medication contained within capsule 10 . base 12 has orifice 18 extending from its open end and further includes a pair of spaced apart circumferential ridges s in parallel relation . cap 14 has orifice 16 extending from its open end and further includes a pair of spaced apart circumferential grooves g in parallel relation . when base 12 and cap 14 are fitted together , as shown in fig1 a , a respective ridge s will be slidably fitted in a respective groove g to act as a seal . orifices 16 and 18 are originally in a closed position , preferably contra lateral to one another . capsule 10 is filled with a therapeutic amount of liquid medication ( not shown ). when a medical emergency occurs requiring the medication to be administered , capsule 10 is rotated from its first position illustrated in fig1 a to a second position in which orifaces 16 and 18 are aligned to form opening a . fig1 b illustrates the rotation of base 12 and cap 14 toward the second position . a portion of the therapeutic amount of medication 30 is discharged from capsule 10 by applying squeezing the capsule as represented in fig3 . medication is deposited onto the sublingual area of the mouth m . the medication remaining within capsule 10 is swallowed for absorption by the stomach and / or intestines . referring to fig4 a , 4 b and 4 c , three single piece capsular wall structures are presented which illustrate variations of a removable obstruction . each structure utilizes at least one aperture for the discharge of liquid medication . fig4 a illustrates a capsule 40 having a removable adhesive strip 42 which covers aperture a2 . fig4 b illustrates a capsule 50 having a removable plug 52 which is positioned within aperture a2 and held in position by frictional engagement with the surrounding capsular wall . fig4 c illustrates a capsule 60 having a rupture disc 62 ; essentially a reduced wall area integral with the surrounding capsular wall which will rupture upon sufficient pressure applied to the capsule sidewall thus creating aperture a2 . a portion of the therapeutic amount of medication 30 is discharged from capsule 40 , 50 , or 60 by applying force to the outer wall as shown in fig5 . medication is deposited onto the sublingual area of the mouth m . the medication remaining within capsule 40 , 50 , or 60 is swallowed for ingestion in the stomach and / or intestines . fig6 a , 6 b and 6 c illustrate a fourth alternative single piece capsular wall construction 70 which has a sidewall 71 and a nipple 72 having orifice a3 for discharge of liquid medication 30 . orifice a3 presented in fig6 a and 6 b is originally a slit in the capsule wall at one end and does not open until pressure is applied to the capsule body as shown in fig6 c whereby the pressure within capsule 70 causes orifice a3 to open . when pressure is applied as shown by arrows 71 , pressure builds within capsule 70 and causes the slit to rupture creating orifice a3 . referring to fig6 b , capsule 70 has an interior which is partially filled with liquid medication 30 . also contained within the capsule interior is at least one pathway preferably having a plurality of interconnected channels 74 operatively connected to aperture a3 for discharge of a portion of the liquid medication . channels 74 are initially in a collapsed or semi - folded condition which prevents liquid flow . inlet ports 76 are provided for entry of the medication into channels 74 and pockets . upon capsule 70 being pinched as illustrated in fig6 c , pressure builds within the interior of capsule 70 which causes a portion of liquid medication 30 to begin flowing through channels 74 and the pockets and exit at orifice a3 . the user would take capsule 70 and pinch along sidewall 71 as shown in fig6 c to apply a sufficient pressure force upon the sidewall of the capsule as illustrated by the arrows and discharge the portion of liquid medication for placement under the tongue for sublingual delivery
a capsular design is disclosed for self - administered delivery of a pre - determined amount of liquid medication . the capsular design can be constructed as having either a single piece or two piece capsular wall construction where a portion of the liquid medication contained within can be administered sublingually and the remaining portion can be subsequently swallowed for gastro - intestinal absorption .