CZ19462U1 - Liquid storage tank - Google Patents

Abstract

The invention relates to liquid storage capacities, in particular to rotatable tanks. Said invention makes it possible to stirring a liquid in the tank by rotating it about a vertical axis on a horizontal plane. The inventive liquid storage tank comprises side walls (1) and a bottom (2). The bottom (2) external surface is provided with an element (3) used for rotating the tank about the vertical axis. Said element (3) is shaped in the form of a hemisphere or cone and is arraigned in the crossing point of the tank bottom symmetry axes. The plane of the top edge of the tank walls is parallel with respect to the horizontal plane.

Description

Technical field

This utility model concerns a liquid storage container, more particularly a rotary container.

BACKGROUND OF THE INVENTION

A liquid-holding glass is known, said glass comprising side walls and a bottom and attached to a holder (U.S. Patent No. 5,294,018, U.S. Class 220/603, 215/100; 1994). Said glass does not allow mixing of the liquid contained therein to be fixed.

A liquid container comprising side walls and a bottom is also known (EP 1216639, MPT 7 A47G19 / 22, A47G23 / 02; 2002). This liquid container does not make it possible to ensure that the liquid, including the liquid contained therein, is mixed by rotation about the vertical axis of the container because of its firm attachment to a horizontal surface.

Liquid container consisting of side walls and bottom RU 4294O, MPT 7 A47G19 / 22; 2005) is the closest solution to the proposed utility model based on a combination of basic features. This liquid container provides for mixing of the liquid by rotation about its vertical axis, but it is not possible to ensure full filling with the liquid due to the upper edge of the container walls.

The essence of the technical solution

The technical purpose of using the utility model is to mix the liquid inside the container by rotating said container about its vertical axis on a horizontal plane together with the maximum filling, as well as preventing possible liquid spillage due to the upper edge forming an area parallel to the plane of the container bottom.

Said technical purpose is achieved by a liquid container consisting of a side wall and a bottom in which an outer surface of said bottom is provided with a container rotation member, said member being shaped as a hemisphere or cone at the intersection of the major axes of the container bottom.

The surface in which the upper edges of the vessel walls lie must be parallel to the horizontal plane and thus to the plane of the vessel bottom.

If this surface is inclined to a horizontal surface (for example, relative to the plane of the table on which the container is placed) due to the inclination caused by the container rotation member located on the outer surface of the bottom, the container vertical axis will be shifted from the container .

In this case, the bottom of the container will rest with two points (the cone / hemispherical top and the outer bottom of the bottom) on the plane of the table, thereby creating more pressure on the table surface, thereby creating a braking effect on the container rotation.

The maximum rotational effect of the container is only achieved when its vertical axis of rotation coincides with the vertical axis of tension. That is, in the case where the container, in rotation, only contacts the support (table) by means of a cone / hemisphere central member located on the outer surface of the container bottom.

BRIEF DESCRIPTION OF THE DRAWINGS

The utility model is illustrated in the attached figures, where:

Giant. 1 is a main view of a liquid container,

Giant. 2 is a view A as in FIG. 1,

Giant. 3 is the same view where the rotating container member is shaped like a cone.

- 1 CZ 19462 Ul

Examples of technical solution

The liquid container consists of side walls 1 and a bottom 2. The outer surface of the bottom 2 is provided with a member 3 for rotating the container about its vertical axis. The member 3 is shaped as a hemisphere or cone at the intersection of the axis of symmetry of the bottom of the container. The height h of the container rotary member 3 is determined depending on the radius

The container bottom R 2 and its value is large enough to allow the container to rotate, but is small enough to prevent the container from rocking or dropping. The upper edge of the side walls of the container is designed to form a surface that is parallel to the plane of the bottom. Industrial applicability

The liquid container is used as follows.

Any beverage is poured into the container and the container, located on a fixed surface of the table, is rotated on the member 3 by applying the torque force of the user's hand and fingers to the walls of the container. The beverage in the container becomes homogeneous depending on the magnitude of the torque used and the arrangement of the upper edge of the container walls avoids possible spillage of liquid out of the container.

Claims (1)

Claims for protection A liquid container comprising side walls (1) and a bottom (2), wherein the outer surface of the container bottom is provided with a container rotation member (3), and said member (3) is shaped as a hemisphere or cone at the intersection of the major axes characterized in that the upper edge of the side wall (1) of the container is formed by a surface parallel to the plane of the bottom.