CZ2005104A3 - Multiple-chamber double-jacket cubic tank - Google Patents

Abstract

The present invention relates to a multiple-chamber double-jacket cubic tank consisting of an outer jacket (10) attached from inside to beams (3, 4) and webs (8) of a transportation container frame, and an inner jacket (9) arranged inside the outer jacket (10). Inside said container frame, there are arranged on an internal beam (6) a parting jacket (7). Inner jackets (9) of chambers (1, 2) are arranged on both side of said parting jacket (7). In transversal direction said chambers (1, 2) are confined inside the container frame by a cross beam (5) arranged in front of the container frame corresponding end wall in order to define a space (12) for hardware and controls.

Description

(57)

A multi-chamber double-shell cubic tank, wherein an outer shell (10) is attached from the inside to the beams (3,4) and the uprights (8) of the container container frame, and an inner shell (9) is arranged inside the outer shell (10). a separating sheath (7) is provided on the inner beam (6) and inner sheaths (9) are arranged on both sides thereof. In the transverse direction, the chambers (1,2) inside the container are provided with a transverse beam (5) arranged in front of the corresponding front side of the container to define the space (12) for technology and control.

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Multi-chamber double-shell cubic tank

Technical field

The present invention relates to a multi-chamber double-shell cubic tank for the transport and storage of liquids and gases.

BACKGROUND OF THE INVENTION

Cylindrical tanks for the transport of liquids and gases are known which are divided by internal partitions perpendicular to the long axis of the tank into multiple chambers.

There are known containers for transporting liquids and gases, so-called "tank containers", in which the cylindrical tank is fixed in an open frame. The cylindrical tank is single-chamber or modified as described above.

The above embodiments do not provide:

1. the protection of individual liquids and gases carried in the tank chambers

2. maximum utilization of the tank space

3. technological background of the tank

It is an object of the present invention to provide a safe cubic tank for the transport of multiple types of liquids and gases, with the separation of individual fluids by a double-shell tank chamber design.

SUMMARY OF THE INVENTION

The above-mentioned drawbacks are overcome by the multi-chamber double-shell cubic tank with double-shell chambers according to the invention, characterized in that an outer shell is mounted on the beams and uprights of the transport container frame and an inner shell is arranged inside the outer shell. and the inner skins are arranged on both sides thereof.

In an advantageous embodiment, an absorbent or other insulating material or medium is arranged between the shells.

In another preferred embodiment, a reinforcement in the form of transverse baffles provided with holes is provided inside the inner shell.

In another preferred embodiment, the outer shell and the inner shell are formed of a profiled material.

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In another preferred embodiment, the chambers in the transverse direction within the container are blocked by a transverse beam arranged in front of the corresponding front side of the container to define the space for technology and control.

In another preferred embodiment, the inlets and outlets of the individual chambers are oriented into the space for technology and control.

Overview of the figure in the drawing

The invention will be further described by means of the drawing in which the figure represents a schematic view of a multi-chamber double-shell cubic tank according to the invention in plan view along its length.

DETAILED DESCRIPTION OF THE INVENTION

It can be seen from the figure that the two-chamber tank according to the invention consists of a container container frame having longitudinal beams 3 and cross beams 4. An outer shell of the container 10 is attached from the inside of the longitudinal beams 3 and the crossbeams. Inside the container, a separating sheath 7 is arranged on the inner beam 6, and inner sheaths 9 are arranged on both sides thereof. In this way, a two-chamber cubic double-shell structure is rigidly connected to the inner beam 5, which represents the partition frame in the container frame.

Inside the chambers 1, 2 thus formed there is a reinforcement in the form of transverse bulkheads H provided with openings (not shown), which dampen the impacts of the liquid resulting from the movement of the tank.

In the preferred embodiment shown here, the chambers formed in the longitudinal direction are shortened along the length of the container and are also closed by a double-walled partition with an inner shell 9 and an outer shell 10 mounted on the crossbeam 5, thereby creating the necessary space 12 for service technology and its management. The inlets and outlets 13, 14 of the individual tank chambers are oriented into this space.

A container frame on which the outer shell 10 and the inner shell 9 of the chambers are attached

1,2 is supplemented by a longitudinal partition frame 6, to which the partition sheath 7 and the inner shells of the chambers 9 are fixed. The inner shells 9 of the chambers 1,2 form a cladding space with the sheath 10 which is interconnected at each of the chambers but

4 «44 separate compartments of the individual chambers. By this embodiment of the inter-chamber compartments of the chambers it is possible to separately monitor their condition for each chamber separately.

Such an arrangement makes it possible to operate a safe cubic tank for the transport of multiple types of liquids and gases, with the separation of the individual fluids by a double-shell tank chamber design.

Industrial applicability

Industrial use is extensive due to the possibility of transporting more liquids or gases in a standardized container.

The multi-chamber tank according to the invention fully replaces and expands the tank containers used up to now, while increasing the number of transported liquid gases while increasing the transport capacity and the possibility of adding service technology. The reservoir allows for a quick solution of the liquid / gas supply in areas where the relevant infrastructure (pumping station) is not built. The reservoir allows to realize a rapid supply of liquids (water) areas affected by natural disaster.

Claims (6)

PATENT CLAIMS A multi-chamber double-shell cubic tank, characterized in that an outer shell (10) is attached from the inside to the beams (3,4) and the uprights (8) of the container container frame, and an inner shell (9) is arranged inside the outer shell (10). wherein a separating sheath (7) is arranged on the inner beam (6) within the container and inner sheaths (9) are arranged on both sides thereof. A multi-chamber double-shell cubic tank according to claim 1, characterized in that an absorbent or other insulating material or medium is arranged between the shells (10,9 and 10,7). The multi-chamber double-skin cubic tank according to claim 1, characterized in that a reinforcement in the form of transverse partitions (11) provided with openings is arranged inside the inner shell (9). The multi-chamber double-shell cubic tank according to claim 1, characterized in that the outer shell (10) and the dividing shell (7) are made of profiled material. A multi-chamber double-shell cubic tank according to claims 1 to 4, characterized in that the chambers (1,2) are transversely intersected inside the container by a transverse beam (5) arranged in front of the corresponding front side of the container to define the technology and control space. . A multi-chamber double-shell cubic tank according to claim 1 or 5, characterized in that the inlets and outlets (13, 14) of the individual chambers (1, 2) are oriented into the technology and control space (12).