Bottle raiser

(57) The detector station (100) for creating characteristic data concerning this container (B) in summary, for example, glass, the can of a plastic, or various form and the container of a size like a bottle, Based on this data. How this container should be dealt with after that and for example, it should be classified -- it is -- it should be compressed -- it is -- furthermore, it should be dealt with at the point -- it is -- or the empty bottle (can) recovery which has a conveyor means (102, 201) for making it move so that a means to determine whether it should be recycled may be passed -- dexterous equipment is indicated. The bottle aggressiveness raising machine (301) for putting on the arrangement which stood the conveyed bottle (B) which made the bottom (B-2) first the downstream end of this conveyor means (201), and arrived at it is arranged, And this bottle aggressiveness raising machine is equipped with music linear the desirable guide duct or shaft (302) which guides this bottle in the stood arrangement toward the rest (rest) (303) for impact absorption below there. Based on the above-mentioned data, 又該 equipment so that this bottle may be freely supplied to the direction of this rest (303) below. Obtain the help of a motor to the 1st arrangement (Fig. 13) free to contact with this bottle (B) as a function of the data about this bottle (B) like the diameter, height, and weight, and it is held, And the bottle stabilizer adjusted so that it may rank second, the portion of this bottle may be contacted and it can bring to the 2nd arrangement that pushes this bottle against this duct or the back wall (308) in a shaft (302), In order to push this bottle (B) in the stood arrangement on up to the conveyor (311) which exists further previously, the bottle excretory organ (304*307, 309*310) which can move from the above-mentioned back wall is provided. It is attached to a spindle (spidle) (307) with perpendicular this bottle stabilizer and this bottle excretory organ, And in one rotational movement (Fig. 15), face to face can be stood against the above-mentioned back wall (308), and it can rotate toward this bottle to an inner side for stabilization of this bottle, And at least one which can move outside through the above-mentioned back wall for discharge of this bottle (B) in opposite rotational movement (Figs. 17 and 18). It is made from the common rotation unit (304, 306*307, 309*310) which consists of three perpendicular wings (306, 309, 310) preferably.