A tool box-used buckling apparatus includes a buckle, a sleeve, a shaft and two limiting elements. The buckle includes two substantially parallel lateral strips. The lower shaft includes a middle section inserted in the sleeve and two terminal sections inserted in the lateral strips. The limiting elements extend toward each other from the lateral strips. The limiting elements are in contact with two ends of the sleeve, thereby keeping the sleeve on the middle section of the lower shaft.

A tool box-used buckling apparatus includes a buckle, a sleeve, a shaft and two limiting elements. The buckle includes two substantially parallel lateral strips. The lower shaft includes a middle section inserted in the sleeve and two terminal sections inserted in the lateral strips. The limiting elements extend toward each other from the lateral strips. The limiting elements are in contact with two ends of the sleeve, thereby keeping the sleeve on the middle section of the lower shaft.

An aluminum bottle outsert including a generally truncated cone-shaped inner surface configured to be received and supported by an upper neck portion of an aluminum bottle and an outer surface having diametrically opposed first and second indents adapted to operably receive prong end portions of a swing cap assembly.

An aluminum bottle outsert including a generally truncated cone-shaped inner surface configured to be received and supported by an upper neck portion of an aluminum bottle and an outer surface having diametrically opposed first and second indents adapted to operably receive prong end portions of a swing cap assembly.

A container provided with a sealing lid comprises a jar (11), a lid (12) for closing the jar, a rubber sealing ring (13), adapted to be interposed between an upper edge (17) of the jar (11) and a lower flange (18) of the lid (12), and a wire-shaped hooking element (14) of the lid (12) to the jar (11) for closing the container. The jar (11) is provided, in the proximity of its upper edge (17), with a collar (21) radially projecting from the jar side surface (22) so as to define below a circumferential step-like seat (23). The wire-shaped hooking element (14) is shaped with a pair of pivoting ends (20) rotatably received inside respective holes (19) in the lid (12) and with at least one curvilinear locking portion (24), in an intermediate position with respect to said pivoting ends (20).

A container provided with a sealing lid comprises a jar (11), a lid (12) for closing the jar, a rubber sealing ring (13), adapted to be interposed between an upper edge (17) of the jar (11) and a lower flange (18) of the lid (12), and a wire-shaped hooking element (14) of the lid (12) to the jar (11) for closing the container. The jar (11) is provided, in the proximity of its upper edge (17), with a collar (21) radially projecting from the jar side surface (22) so as to define below a circumferential step-like seat (23). The wire-shaped hooking element (14) is shaped with a pair of pivoting ends (20) rotatably received inside respective holes (19) in the lid (12) and with at least one curvilinear locking portion (24), in an intermediate position with respect to said pivoting ends (20).

The container with a hermetic closure has a receptacle having a receptacle opening surrounded by an annular mouth surface, a lid having a front side and a back side intended for being oriented towards the outside and the inside of the receptacle, respectively, a sealing ring arranged between the annular mouth surface of the receptacle and an annular perimetral flange of the lid, and a closure mechanism formed by a shaped metal wire defining a first region coupleable to the lid, a second region being under elastic stress in a closed position and a third region coupleable to the receptacle. The front side of the lid has at least two opposite supporting points in an area coinciding with or adjacent to the annular flange, and the first region of the closure mechanism is configured for being supported, in a closed position, on said at least two opposite supporting points.

The container with a hermetic closure has a receptacle having a receptacle opening surrounded by an annular mouth surface, a lid having a front side and a back side intended for being oriented towards the outside and the inside of the receptacle, respectively, a sealing ring arranged between the annular mouth surface of the receptacle and an annular perimetral flange of the lid, and a closure mechanism formed by a shaped metal wire defining a first region coupleable to the lid, a second region being under elastic stress in a closed position and a third region coupleable to the receptacle. The front side of the lid has at least two opposite supporting points in an area coinciding with or adjacent to the annular flange, and the first region of the closure mechanism is configured for being supported, in a closed position, on said at least two opposite supporting points.

A stopper holder device for bottles is provided that includes a base-part associated with a bottle neck, a latch articulated in the base-part respect to which can swing, and a bracket which supports the stopper and which is articulated at the latch. The base-part includes an elastically deformable portion with means to release the elastically deformable portion from the bottle neck when causing an elastic deformation on the deformable portion, or to embrace the portion to the neck of the bottle when not causing the elastic deformation, so that the same stopper can be used in different bottles. The base-part also includes first structures, where the latch is articulated, and slots for housing wings of the bracket when the bottle is closed. The bracket includes second structures to which the latch is swingly attached. The latch includes third structures cooperating with the first structures and fourth structures cooperating with the second structures.

A stopper holder device for bottles is provided that includes a base-part associated with a bottle neck, a latch articulated in the base-part respect to which can swing, and a bracket which supports the stopper and which is articulated at the latch. The base-part includes an elastically deformable portion with means to release the elastically deformable portion from the bottle neck when causing an elastic deformation on the deformable portion, or to embrace the portion to the neck of the bottle when not causing the elastic deformation, so that the same stopper can be used in different bottles. The base-part also includes first structures, where the latch is articulated, and slots for housing wings of the bracket when the bottle is closed. The bracket includes second structures to which the latch is swingly attached. The latch includes third structures cooperating with the first structures and fourth structures cooperating with the second structures.