This invention is particularly suitable for veterinary medicine and the allied health sciences. In these fields some of the animals that need ear medication may be hard to handle. In addition the depth of anatomy of the ear makes it difficult for the caregiver to administer and provide the correct amount of medication. Very often, treatment of ear infections in the animal requires placement of medication directly into the ear canal. The ear canal opening unlike that in man is deep in the ear at the bottom and surrounded by several ridges. The caregiver cannot adequately determine the drops of medication into the ear and often does not know if they are at the opening of the ear. This results in inadequate treatment. The medication may be delivered in excess to the animal or below what's needed. Medication may be placed on blind spots in the ear and never reach the auditory canal. Caregivers have had to live with this problem and even often required to repeat treatment.
An applicator was needed that would provide a means to deliver the correct amount without counting drops; would fit into the area above the auditory canal snugly away from the ridges; allow the applicator to be at the opening of the ear canal but not pass deeply into it to protect the ear drum. Deliver its medication load without increasing the pressure in the auditory canal by having channels bored through the plug. The inventor, himself after seeing the present problem of medicating the ears of animals has decided to end his frustration and decided to take the time to design an applicator to help remedy the situation and this obvious handicap.
The invention utilizes a pipette with a pre-loaded and pre-determined amount of medication that is delivered with a simple squeeze. The invention also contains a plug on the end of the pipette that will fit most all dog and cat ears. This is possible because of its cone shape. Within the plug are channels to prevent buildup of pressure in the auditory canal between the plug and the ear drum that might occur when the medication is pushed into the auditory canal from the pipette.