Abstract: A closure (V) for a vessel, such as a bottle (1), having a closure cap and a closure lower part, tamper proofing (37) being provided, having a securing part which, on first use, can be displaced into a position which clearly indicates that the vessel has been opened, and, to achieve a simple structure which is reliable in use, the securing part comprises a securing projection (38) which passes freely through the closure cap and is secured to the closure lower part, and the securing projection, to destroy the tamper proofing can be pressed into the closure lower part, and latching elements, which interact in the manner of barbs with the pressed-in securing part, are formed in the closure lower part.

Abstract: The inventive closure includes an annular part, to which a lid is joined by a hinge, and a the spout that is pushed inside the annular part. When pushing the spout into the annular part, the edge of the spout abuts against segments and is thus brought into the optimal drop-preventing shape. When closing the lid, the air in the slot can escape through the outlets so that it does not impede the closing or have the tendency to open the closure. Also during closing, the upper end of the spout comes into contact with the supporting surfaces, which are arranged in an interspaced manner inside the slot, whereby remaining liquid can be accommodated in the cavities.

Abstract: A multi-chamber bottle that can be made by a blowing process for separately holding different products, requiring only a single closure. The bottle may, for example, have two chambers with openings which are disposed inside the neck of the bottle. One of the opening is disposed coaxially with the neck. This allows a closure to be screwed or snapped onto the neck that is provided with a thread or a snap bead. In the process, the attachment penetrates the opening in a sealing manner. This creates two channels, which lead from the chambers to the outlet openings. The outlet openings can be closed with a cap.