Abstract: A rattle-tumbler toy, comprising a ball-shaped thin-walled body having two parts, one is a transparent reservoir and another is a non-transparent leak-proof cover connected to the first part of the body, a membrane on which a playing element is mounted and connected to the body cover. The transparent reservoir has a neck whose external surface has a collar for connection to mating parts on an internal surface of the cover when fastening the cover on the reservoir. When the body is assembled, the playing element is mounted in the transparent reservoir. The membrane is a thin-walled tumbler. The membrane is mounted in the inner space of the neck to place the playing element in the transparent part of the body. The transparent part of the body has freely arranged balls, and in the place of connection of the cover's wall to the transparent reservoir's wall there is a seal.

Abstract: A rattle-tumbler toy, comprising a ball-shaped thin-walled body having two parts, one is a transparent reservoir and another is a non-transparent leak-proof cover connected to the first part of the body, a membrane on which a playing element is mounted and connected to the body cover. The transparent reservoir has a neck whose external surface has a collar for connection to mating parts on an internal surface of the cover when fastening the cover on the reservoir. When the body is assembled, the playing element is mounted in the transparent reservoir. The membrane is a thin-walled tumbler. The membrane is mounted in the inner space of the neck to place the playing element in the transparent part of the body. The transparent part of the body has freely arranged balls, and in the place of connection of the cover's wall to the transparent reservoir's wall there is a seal.

Abstract: The invention covers the packing industry, in particular, a package design providing a separate packing of different components without their mixing. The concept of the invention: the package for two components contains two vessels 1 and 2 connected to each other with external surfaces of necks 3 and 4. The vessels 1 and 2 are connected with a connecting cap 5 and closed with membranes 6 and 7. The connecting cap 5 provides a counter-connection of two necks 3 and 4 of the vessels 1 and 2 in such a way that one membrane rests against the other one ensuring reliable tightness of both vessels.