with reference to fig1 a - 1 d , two forms of pharmaceutical substance are accommodated in two separate tubular storage containers 1 and 2 , which are located in a common housing 34 and are linearly arranged . the cross section of the tubes is adapted to the respective form of medicine . in this arrangement , the two storage containers may have the same cross section , but may also have different cross sections . the two storage containers end in an open manner on the dosing slide 31 , which is located in the same housing 34 . this dosing slide 31 has two receiving openings 11 and 12 for the forms of medicine , which correspond to the cross sections of the storage containers 1 and 2 and are arranged in such a way that , in the filling position , in each case one form of medicine slides into the corresponding dosing slide 31 and , in the emptying position , it falls downwards or is ejected out of the latter . the dosing slide 31 is covered at the bottom by a baseplate 40 , which has an ejecting opening 21 , which corresponds to the cross section of the form of medicine or to the cross section of the largest form of medicine ( in the case of different formats ). by moving the dosing slide 31 back and forth , in each case a bore 11 or 12 of the slide 31 is filled , while the content of the other bore is discharged through the opening 21 in the baseplate 40 . the dosing slide 31 is secured against accidental ejection from the housing 34 by suitable lugs 41 . the two filling and removal positions are also fixed by these lugs . the ejection of the forms of medicine in the emptying position may be assisted , for example , by a spring - loaded spherical cap 33 , which in the emptying position protrudes slightly from above into the corresponding receiving opening of the dosing slide 31 . during the movement of the dosing slide , the spherical cap 33 slides resiliently back upwards against the resistance of a spring . such a device also supports the exact positioning of the dosing slide 31 . the tubular storage containers 1 and 2 may be closed upwards against accidental emptying of the content , in the simplest case by pressing in plugs 32 . in another variant , in the upper part of the housing there is provided above the storage containers a further dosing slide , which for filling is drawn partially out of the housing and thus permits the simultaneous or successive filling of the two tubes . in analogy with the variant according to fig1 a - 1 d , according to fig2 a - 2 c a cylindrical housing 34 is used . used as the dosing means is a circular dosage disc 31 , which is likewise provided with two receiving openings 11 and 12 , which correspond to the cross section of the forms of medicine to be discharged . dosing and ejection are performed by turning the dosage disc 31 back and forth whereby receiving openings are alternately brought into communication with storage containers 1 and 2 and ejecting opening 21 . if appropriate , the end positions of the disc are marked again by correspondingly protruding lugs 42 on the disc ; alternatively , the dosage disc 31 may also have a greater diameter over part of its circumference , the sides of the tongue bounding the stop positions . fig3 a - 3 d represent an extended version of the variant according to fig1 a - 1 d in which three storage tubes 1 , 2 and 3 are accommodated in a rectangular housing 34 and the dosing slide 31 contains three receiving openings 11 , 12 and 13 , provided in a suitable way , for the controlled removal of different formulations , which are arranged , for example , in such a way that in the starting position the receiving openings 11 and 12 are filled . when the dosing slide 31 is then drawn out into the first click - stop position , the emptying of the receiving opening 11 takes place through ejecting opening 21 . in the second click - stop position , the bore 12 is emptied through the second ejecting opening 22 and at the same time the receiving opening 13 is filled . after the dosing slide 31 has been brought back into the starting position again , the content of the bore 13 is ejected through the opening 21 in the baseplate 40 . in this position of the dosing slide 31 , the receiving openings 11 and 12 are simultaneously filled again , etc . in a further variant according to fig3 e - 3 h , three ejecting openings 21 , 22 and 23 are used . as far as the arresting of the dosing slide 31 etc . is concerned , the dosing slide is secured against accidental ejection from the housing 34 by suitable lugs 41 . in fig4 a - 4 c , the dosing dispenser for the alternating dosing of three different formulations according to the variant as shown in fig3 a - 3 c is modified to the extent that the three tubular storage containers 1 , 2 and 3 are accommodated in a cylindrical housing 34 and again a circular dosage disc 31 is used as the dosing slide . the three receiving openings 11 , 12 are 13 are arranged on a circular path , but at corresponding intervals , as in the case shown by fig3 a - 3 d . according to fig5 a - 5 c , as in the case of the variant shown by fig3 a - 3 d , three storage containers 1 , 2 and 3 for the forms of medicine are arranged next to one another in a row . all three open out onto a dosing slide 31 , which has three receiving openings 11 , 12 and 13 . by contrast with the variant 3 a , the baseplate 40 contains only one ejecting opening 21 . in the starting position , all three receiving openings 11 , 12 and 13 of the dosing slide 31 are filled simultaneously from the various storage tubes 1 , 2 and 3 . as soon as the dosing slide 31 is moved out of this starting position in the direction of the ejecting opening 21 , a movably mounted closureplate 32 a closes the openings of the three storage containers 1 , 2 and 3 in the downward direction , so that further sliding of the forms of medicine into the dosing slide 31 or a cavity possibly formed by the movement of the dosing slide is not possible . the dosing slide 31 may be drawn out of the housing 34 in three click - stopped stages , the forms of medicine being ejected one after the other at the individual stages out of the individual receiving openings 11 , 12 and 13 through the opening 21 . once all three receiving openings 11 , 12 and 13 in the dosing slide 31 have been emptied , the latter is pushed back again into the starting position . during this operation , the closure plate 32 a beneath the three tubes 1 , 2 and 3 is pushed back , for example by a mechanical follower or a lug on the dosing slide , and thus exposes the openings of the three tubes again . the three bores 11 , 12 and 13 in the dosing slide 31 are re - filled etc . in analogy with the variant shown in fig5 a further variant is concerned with a cylindrical housing 34 , in which the three storage tubes 1 , 2 and 3 are arranged circularly and not linearly . the circular dosing slide 31 again contains three receiving openings 11 , 12 and 13 . the base contains one ejecting opening 21 . as soon as the dosing slide 31 is moved out of the starting position , the three storage tubes 1 , 2 and 3 are closed by means of a movable closure disc or the like , etc . otherwise , the procedure described with respect to fig5 applies . fig6 a - 6 c offer a variant for more than three different forms of medicine . in fig6 a - 6 c , this is presented in the example of five different formulations . the five different forms of medicine are located in five storage containers 1 to 5 . these are arranged diagonally in a rectangular housing . the tubes 1 to 5 open out onto a dosing slide 31 , which is in the form of a plate in which , in the starting position , the receiving openings 11 to 15 for the different forms of medicine are located exactly beneath the storage containers 1 to 5 . the dosing slide 31 may be drawn out forwards from the housing 34 in a click - stop manner in five stages , the individual receiving openings 11 to 15 being emptied one after the other . the forms of medicine fall into a common catching device , for example a catching tray 20 . the dosing slide 31 is subsequently pushed back into the starting position and the receiving openings 11 to 15 are filled again . the dosing slide 31 must have an adequate length (“ depth ”), so that even in the fifth click - stop position , i . e . when the dosing slide 31 has been drawn out from the housing on one side to such an extent that all the receiving openings 11 to 15 are visible , unintentional further sliding of the forms of medicine out of the storage containers 1 to 5 is prevented . alternatively , the five storage containers may also be closed by a closureplate 32 a between the lower end of the containers and the dosing slide 31 as soon as the dosing slide 31 is removed from the starting position . the invention is not restricted to the exemplary embodiments described here . in particular , for example , two or more tubes per removal station are also possible . [ 0063 ] 11 = receiving opening for form of medicine 1 in the dosing slide [ 0064 ] 12 = receiving opening for form of medicine 2 in the dosing slide [ 0065 ] 13 = receiving opening for form of medicine 3 in the dosing slide [ 0066 ] 14 = receiving opening for form of medicine 4 in the dosing slide [ 0067 ] 15 = receiving opening for form of medicine 5 in the dosing slide m = receiving opening for form of medicine m in the dosing slide
the present invention relates to a dosing dispenser for the alternating removal of two or more , possibly different solid forms of pharmaceutical substances to be taken , such as for example tablets , film tablets , coated tablets and / or capsules , which differ in their quantitative and / or qualitative composition .