as shown in fig1 a first embodiment of the present invention exhibits a collar 10 having a flat , smooth bottom surface 12 and a top surface 14 which is characterized by an undulating or sinusoidal pattern . the collar is provided with two types of passages , namely , transverse passages 16 which are provided at both ends with a bottle - neck area 17 ( see fig2 ). the function of the passages 16 is to hold in place the tablets 18 which are placed within said passages . at the top of each of the passages 16 are a plurality of vertical passages or channels 20 . the purpose of said channels is to disperse the vapors , emanating from the insecticide and deodorant tablets , in a direction outwardly away from the collar and away from the fur of the animal , thereby minimizing the possibility of irritation to the pet . a first embodiment of the collar is formed of a flexible plastic or rubber material . this enables the tablets to be closely and integrally held within the collar . the tablets 18 are forcibly inserted through the sides and , with the use of a prong or fork , are ejected in similar fashion . depending on the width of the collar ( dog or cat ), there will be either one or two pills per passage 16 . it is to be noted that the width of the collar , at its beginning and end , is somewhat thinner in order to allow for ease of strapping or buckling . the buckle , which uses dented catches , does not require any holes in the buckling of the collar . in a second embodiment of the present invention , shown generally in fig5 and 6 , the collar 22 is made of leather , plastic or other such material and , as in the first embodiment , is provided with a means , such as a buckle , for the securement of the collar around the neck of the animal . it is seen that the collar 22 exhibits a plurality of rectangular cavities 24 into which , at points 25 , are inserted the tablets containing the active substance . see fig7 . after a period of time , for example , three months , when the tablets are exhausted , they can be squeezed out of the compartments 24 . in accordance with fig6 and 7 , it is noted that the collar exhibits a sandwich - like construction having three layers of material which comprise a top layer 26 , a middle layer 28 , and a bottom layer 30 . these layers may be sewed or sealed together , utilizing any of a variety of such techniques . all three of said layers are of sufficient length in order to encircle the neck of the animal . also , each of said layers are of the same length and width but , however , are of different thicknesses and are constructed in order to attain their desired function . more particularly , the bottom and top layers are generally equal in thickness and serve mainly as supports for the tablets inserted between them . it is , by observation of fig6 to be noted that the middle layer is thicker than the top or bottom layers and , generally , exhibits a thickness equal to the thickness of the tablets . the top layer also exhibits a plurality of perforations 32 located exactly above the compartments 24 , thus permitting the vapors of the active chemicals to be dispersed through said perforations and away from the fur of the animal . the bottom layer serves as a base for the collar and further serves to protect the fur of the animal against the active chemicals within the tablets . it is to be appreciated that any one or more of a variety of types of tablets may be utilized , e . g ., insecticides , deodorants , pesticides , germicides , and repellants . it is in fig5 to be noted that the dotted lines 34 denote stitching of the belt . the stitching is accomplished in such a fashion so as to permit the tablets to be inserted or slipped through the unsealed edges 25 between the first and second layers and thus into the compartments 24 . the rigidity of the stitching is such that the tablets will be held in place within the compartments and cannot be removed therefrom unless the collar is first removed from the neck of the animal . for small animals , where a relatively narrow collar is required , an embodiment of the type shown in fig9 would be utilized . in this embodiment , stitching 36 is provided in an alternating rectangularly sinusoidal configuration so as to permit lateral access to the respective compartments for insertion and withdrawal of the tablets . such a design would , in all other respects , conform to the embodiment of fig5 . shown in fig1 is an illustration of the manner in which the tablets are supplied to the consumer , each pill being individually sealed within a plastic envelope 38 , thus preserving the effectiveness of the tablets prior to their use . it is to be noted that during those periods when protection through tablet use is not required , the present collar can be simply used as a restraining collar . it is thus seen that the objects set forth in the summary of the invention are effectively attained by the invention as above set forth . while there have been herein shown and described the preferred embodiments of the present invention , it will be understood that the invention may be embodied otherwise than as herein specifically illustrated or described and that within said embodiments certain changes in the detail and construction and the form of arrangement of the parts may be made without departing from the underlying idea or principles of this invention within the scope of the appended claims .
an animal collar having pre - formed compartments for securing therein tablets of vaporizable active substances , such as insecticides , deodorants , pesticides , germicides and the like . the design of the collar is such that the vapors therefrom are directed away from the fur of the animal .