RU200139U1 - CONTAINER TANK - Google Patents

Abstract

The utility model relates to the field of transport engineering, in particular to devices for the transportation of liquid cargo. The tank container contains separate containers (10), placed in a frame (1) assembled from end frames (2), upper (4) and lower (5) corner longitudinal beams connecting the end frames (2), from the bottom (7) , top (11) and side (12) longitudinal central beams, as well as from transverse intermediate beams (13) and intermediate posts (14) of the inner frames located between the containers (10). The upper and side longitudinal central beams, transverse intermediate beams and intermediate posts of the inner frames are removable. The fastening of the longitudinal center beams, transverse intermediate beams and intermediate frame struts is carried out using bolted or pin connections. The technical result consists in increasing the maintainability of the tank container, ensuring the possibility of prompt replacement of the damaged container without cutting and welding the frame of the tank container.

Description

The utility model relates to the field of transport engineering, in particular to devices for the transportation of liquid cargo.

Known tank container for the transportation of gasoline (access mode: https://www.exsif.ru/tsisterny-dlya-perevozki-benzina/), which is a horizontal-type container installed in a beam frame, while inside the container there are several separate compartments with partitions, each of which is completely sealed and has a separate loading and unloading equipment.

Known transportable system of containers for fluid products (description of the invention to the patent of Russia No. 2528972, B65D 88/12, publ. 09/20/2014), adopted as a prototype, containing two containers arranged in series in a row and facing each other by the front bottoms, each the tank is made in the form of a tank container, formed by a supporting frame and a tank with separate upper loading and unloading compartments with upper loading and unloading fittings and a viewing hatch compartment in the upper part of the tank, while the supporting frame contains upper and lower angular longitudinal beams, cross intermediate beams , external end frames, as well as internal end frames located between the two containers.

A common disadvantage of the known technical solutions is the complexity of the repair in case of damage to one of the parts of the tank container (tank, compartment), since if it is necessary to repair one of the parts of the tank, the entire tank container must be temporarily taken out of service and the frame must be dismantled using welding ...

The technical problem to be solved is the complexity of the repair in case of damage to one of the parts of the tank container (tank, compartment), the need to suspend the operation of the tank container to repair the tank and the frame using welding.

The technical result consists in increasing the maintainability of the tank container, ensuring the possibility of prompt replacement of the damaged container without cutting and welding the frame of the tank container.

The specified technical result is achieved due to the fact that the frame contains upper, lower and lateral longitudinal central beams, the longitudinal upper central beams are removable; The longitudinal side central beams, transverse intermediate beams and intermediate struts of the tank container frame can also be made removable, while the fastening of the longitudinal beams, transverse intermediate beams and intermediate struts to the frame is carried out using bolted or pin connections.

The proposed utility model is illustrated by graphic material:

Figure 1 shows a general view of a tank container;

figure 2 shows a General view of a tank container with one container, fixed by intermediate struts of the inner frame;

Figure 3 shows a General view of a tank container with one container, secured by transverse intermediate beams of the inner frame;

Figure 4 shows the bolted connection of intermediate struts with upper longitudinal center beams;

Figure 5 shows the same as Figure 4 in section;

Figure 6 shows a bolted connection of longitudinal central beams;

Figure 7 shows a bolted joint of longitudinal central beams in section;

Figure 8 shows the pinned connection of side center beams and intermediate struts with longitudinal upper and lower center beams;

Figure 9 shows a pinned connection of transverse intermediate beams with longitudinal lateral central beams and intermediate struts with longitudinal upper and lower central beams in section.

The tank container contains separate containers 10 (Fig. 1), a frame 1, consisting of rectangular end frames 2 containing end posts 8 and end beams 9, upper fittings 3 are fixed in the upper corners of the end frames 2, and lower fittings 6 are fixed in the lower corners , from the upper corner longitudinal beams 4 connecting the end frames 2 through the upper fittings 3, the lower corner longitudinal beams 5 connecting the end frames 2 through the lower fittings 6, the lower 7 and upper 11 longitudinal central beams, the side longitudinal central beams 12, as well as from located between the containers 10 transverse intermediate beams 13 and intermediate posts 14 of the inner frames (Fig. 2, 3).

The upper longitudinal central beams 11 are removable. Longitudinal side central beams 12, transverse intermediate beams 13, intermediate posts 14 can also be made removable.

The fastening of the upper 11 and side 12 longitudinal beams, transverse intermediate beams 13 (Fig. 3) and intermediate struts 14 (Fig. 2) to the frame 1 is carried out using bolts 15 (Fig. 4, 5, 6, 7) or pins 16 ( Fig. 8, 9).

Thus, the technical result is achieved, which consists in increasing the maintainability of the container-tank, ensuring the possibility of prompt replacement of the damaged container without cutting and welding the frame of the container-tank.

Claims (5)

1. A tank container containing individual containers placed in a frame assembled from end frames, upper and lower corner longitudinal beams connecting the end frames, transverse intermediate beams and intermediate struts of the inner frames located between the containers, characterized in that the frame contains upper , bottom and side longitudinal central beams, while the upper longitudinal center beams are removable. 2. A tank container according to claim 1, characterized in that the lateral longitudinal central beams are removable. 3. A tank container according to any one of claims 1, 2, characterized in that the transverse intermediate beams and intermediate posts of the inner frames are removable. 4. A tank container according to any one of claims 1, 2, 3, characterized in that the fastening of the upper and side longitudinal central beams, transverse intermediate beams and intermediate struts of the inner frames is carried out using bolted connections. 5. A tank container according to any one of claims 1, 2, 3, characterized in that the fastening of the upper and side longitudinal central beams, transverse intermediate beams and intermediate frame struts is carried out using pin connections.

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