HUT60205A - Container with lining - Google Patents

Abstract

In a container with inliner (10) can also be difficult to store and against air u.a. Material to be secured materials are stored safely when the liner (10) on the riser pipe (5), this is fixed enveloping. Then there is the possibility to store the material effectively against the inflowing air, wherein the flow-through bore (9) is placed and arranged so that the air passing through the through-flow between inliner (10) and inner wall (3) flows and thus without the Inliner (10) vorhaltene material to reach.

Description

BACKGROUND OF THE INVENTION The present invention relates to a reservoir, a mine of underground structures, a pumpable material for the construction of a tunnel, such as chemicals for storing soil-strengthening chemicals, in which a. a suction pipe can be screwed through the opening of the container with an internal bore and a through bore.

The underground construction, tunneling _and honey, which should be stored separately and only lead of the rock materials immediately prior to injection. These chemicals require careful storage, which requires strong containers to be reused. The material to be pumped with a drop pipe or pump with a tank cap screwed into the tank

un that the inliner on the tarsore is also provided with an inlet arrow, through which pumping air flows through the surface of the ε liquid inevitably mixing with the liquid. Also, the task of storing iron-on materials is to kill the vacuum between the tank wall and the valve. easier. /.In general, however, it is sufficient that this does not come into contact with liquid ε. This can be accomplished without further ado, the lining and ε suction tube having the advantage that it is soluble den. Simultaneously, and by Karina and Eng ^s ru környéképcsőiét between liner which

By penetrating through the closure and the flowing opening CI, it must be trapped between the liner and this container half so that the container can be refilled when pumping the stored material.

the ring has a limited amount of flexible material, preferably the lining roller ring is made in one, while the elastic clamp • ·

I

- 4 rings provide effective sealing. On the other hand, it is possible to vulcanize the clamping ring and the liner and thereby also provide an effective seal. When replacing the material stored in the container, the suction tube and the inliner are generally lifted, possibly because the clamping ring and the socket mounted on the suction tube are smaller in diameter than the container lid. This allows both the suction tube: and the inliner to be lifted and replaced, while avoiding the risk of frequent injuries caused by screwing in the zero cover.

it also has the advantage that fewer parts of the inliner are made of flexible material, even when the inliner is narrow relative to the starting point of the suction pipe. Thus, the choice of material is no longer decisive and, for example, aluminum or the like can be used which does not show any flexibility. As mentioned, several solutions have been provided for joining the inliner or liner to provide an air-tight seal in the container in its air-containing region.

Another embodiment of the present invention is to clamp the liner between the flange and the clamping ring, thereby providing a seal between the two. This can be done, for example, by flattening the edge of the liner or by covering it at the top with a blanket. In order to leave room for air supply even when the tank is completely filled, the liner must be guided farther away from the closure cap • * between the flange and the clamping ring to create an annular region in which the liner does not become blocked .. This cavity may be expediently filled if necessary, which is a

These 8 reactants may be water or water, depending on the material being stored

In order to prevent damage to the liner, screwing the closure cover and suction tube into a grit is advantageous if the flange is rotatable if the flange is rotatably formed on the suction tube and remains in its original position and follows its movement.

the clamping ring is available in two and how valuable the stored material is and how important it is to ensure the juice is sealed.

8.¾ 8 • · v · lining to another space

Effective closure and the closest possible enclosure of the material being stored at the same time in the lining path are preferably made to fluctuate up and down the suction pipe according to how much the liner is loaded so as to extend the stroke ring too far, e.g.

A particular advantage of the invention is that it provides a container with an inliner for a variety of purposes for storing air-sensitive materials in such a way that no pressure drop or vacuum occurs during pumping.

During the action, damaging material remains lying down on the orifice and does not come into contact with the stored while an appropriate head, pin-head is easily retrieved from the infestation.

through the opening and extra strict safety • · ··· «····

9 9 · ·· ··· «· * ·« • · · · *.

* ·· ·· ·· ·· *

- 7 batch mining fields, but also advantageous in other fields.

Further details and advantages will be apparent from the description of the drawings, in which exemplary embodiments of the invention are more fully illustrated, wherein:

Figure 1 is a detail of the container with a closure cap, suction tube and liner designated 8Z inliner,

Figure 2 shows the relationship between the suction tube and the liner, a

Figure 3 shows further different solutions of the connection between the suction pipe and the lining.

The container Ί is indicated in the region of the container wall 2 where the closure 4 (cap) is screwed into the container opening.

The container wall 2 and the closure cover 4 are provided with a thread 12 for easy screwing on the closure 4. The wall 2 of the container 1 has an inner side 3.

The suction tube 5 is inserted into the container 1 so that the suction head 7, which is attached to the closure cap 4, allows the material stored in the container 1 to be easily extracted. The cap 4 is provided with an internal bore 8 into which the suction pipe 5 is inserted. In addition, the closure cap 4 is provided with the bypass flow opening 9, the air flows in the arrow direction through which the interior of the container 1 in a _f container 1 while the stored material, as mentioned earlier, will be sucked out.

In container 1, material (not shown) is surrounded by liner 10 and. in the case of a fully-filled container 1, the liner 10 is tight against the inner wall 5 of the container 1, as shown in FIG.

arrow indicates that air inflowing through the inlet arrow flows between the liner 10 and the inner wall 5. The air is thus in no way in contact with the material in the liner 10.

As shown in Figure 1, the liner 10 has no direct connection with the container 1, but also directly from the suction ^pipe 5 ° k ^z ° is attached. The suction pipe 5 has a flange, the outer part 15 of which is formed so that the inner part 17 of the clamping ring 16 fits into the two flange 14. protruding 18, with clamping groove · '.

1

Fig. 2, where this part is enlarged, shows the liner 10 by means of the liner 10 and the retaining ring

Ό '

Fig. 2 also includes seals 25 between the clamping ring, which are placed in the groove of the preferred lying walker, and to prevent the escape of any evaporative evaporating material,

• «·

Figure 5 shows that the liner 10 and clamp ring 16 shown in Figures 1 and 2? there are other options. so _s 28 'clamping the 28' end of the liner? This means that an effective connection can be achieved by training the clamping ring 16.

The same applies to the liner 10 '' shown in this figure, in which case the liner 10 is clamped from above between the flange 14 and the clamping ring 16.

fixes it into the appropriate 51 recesses. A similar design on the upper rim 25 of the clamping ring 16 should be considered.

Claims (7)

Claims 1. Tank-lined pumpable materials - especially for underground mining and tunneling works, for the storage of chemicals for tensile consolidation, with suction tube, delayed lining made of flexible material attached thereto, screw caps fitted with internal holes, the. having a suction pipe fitted with an inlet bore for air intake in a closure, characterized in that the liner (10) is fixed to the suction pipe (5) and the inlet (9) is secured therewith. A container according to claim 1, wherein the suction pipe (5) (4) having an outer part (15) formed corresponds to an inner part (1?) Of a clamping ring (16) connected to a lining (10). Container according to claim 2, characterized in that the clamping ring (16) is made of a material of limited flexibility, preferably of the lining (10). / 1 Λ <· J L A container according to claim 2, wherein the diameter of the flange (14) located e ± - (5) is smaller than the smallest diameter of the closure (4). Container according to Claim 1, characterized in that the liner (10) is the clamping ring (16) and - formed between the flanges (14) in a clamping manner. Container according to claim 5, characterized in that a. liner (10) for clamping ring (16) a. in a portion (22) on the opposite side of the closure cap (4) and inserted between the flange (14) and the clamping ring (16). 7. A The container of claim 2, further comprising 1, wherein the clamping ring (16) is pivotally mounted on the flange (14), 1, such that (16) is provided on the inner surface (18, 19) Container according to Claim 2, characterized in that the clamping ring (16) is provided with a seal (25) in the region of the metering (20) and outlets (20, 21). Container according to Claim 2, characterized in that the flange (14) is arranged on the suction pipe (5) and can be displaced.