DE8105866U1 - Containers for the preservation of products prone to corrosion - Google Patents

Description

Utility model registration

Container for the preservation of products susceptible to corrosion.

Runs through from creation to actual use a product has several storage or landfill phases. Since the duration of these storage or landfill phases due to the Manufacturing or market situation not always predictable and may extend over a number of years, there is a risk that products will corrode and possibly become unusable for their intended purpose as a result. As a result, these products have to be revised, renovated or even rebuilt, which in any case causes additional costs. Storage or landfill should be in a controllable, closed system while maintaining the production status to prevent the signs of corrosion. This is achieved by storing in a container, in which controllable corrosion-preventing conditions can be created. In order to continue to have access (navigability) or even to enable the goods to be relocated, the container must be transportable and stackable.

As a rule, raw materials / semi-finished products but also finished products are made under uncontrollable conditions stored outdoors in non-air-conditioned storage rooms, which is due to high humidity and temperature fluctuations can result in corrosion. Also in air-conditioned As a rule, building rooms can only keep the temperature constant within a certain range. To keep a constant low relative humidity here are in most cases not economically justifiable To provide expenses. Packaging and preservation run during handling during loading and unloading Unloading, sorting or maneuvering, as well as being destroyed or rendered ineffective during transport will. In the event of subsequent storage / interim storage, signs of corrosion can then occur.,

The task now is to constantly prevent corrosion Conditions while maintaining a risk-free transport and create manageability. This is done through a

transportable container achieved in which a controllable microclimate is maintained.

The container (1) is box-shaped (inexpensive to transport

Dimensions: 6m long / 2.4m wide / 2.6m high) and has

an access opening (1.1).

Through the dehumidifier / circulating air dryer (2 / 3.1 / 3.2 / 4.1 / 4.2) e.g. according to the ^ 'Munters principle "the Kon = tainer moisture removed, also during transport

Preservation should be effective, the dehumidifier /

Circulating air dryer (2 to 4.2) inside the container

arranges (e.g. in the case of sea transport.)

If several containers are connected via connecting elements (nozzles

(5) / shut-off valve (5.1) / connecting hose (5.2) / blind =

cover (5.3)) connected to each other, or if the whole Container volume is required, there is the possibility

the dehumidifier / circulating air dryer (2 to 4.2) outside to arrange.

The stored objects are inspected

by means of outside displays (inside temperature (6) / relative

Indoor humidity (7) / or. with inert gas supply: internal pressure (9) ' From time to time, however, there is an inspection inspection necessary. To improve the lighting conditions

lighting elements (10) are therefore arranged inside the container. The power supply for the lighting elements

(10) is made possible by means of cable bushings (11) built into the container wall.

Another type of conservation is based on the fact that the

Atmospheric oxygen through an inert gas cushion (slight over =

pressure approx. ü, C5 bar or according to the container strength) is replaced.

In this case, the container must have increased tightness ?? = meet requirements. To compensate for the leakage rate ver =

The inert gas supply (8 to page 3) creates new losses Inert gas replenished.

The advantage of such containers is based on the double effect, that a constant preservation with at any time available

Transportability (3ee / 3traße / 3chiene) exists.

The packaging can be omitted entirely or reduced to a minimum.

The risk that the packaging and preservation during loading and unloading, transport, sorting, shunting or during the Removal is injured or destroyed, is reduced.

I ¹ Depending on I ns pek ti ο ns time periods can be extended.

( Li e inspection of the container only needs to be carried out for ee and removal, while the inspection focuses on the

Reading is limited outside of the display.)

be? .EI cramped l · ^ iatzverhältnisseri stacked and managed to another irt.

can use the container

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ι 'ontain'T i'.e fahr ·' ffr iu ftf-nt! 'puch ter / li'm I υ Γ ttruck m ³ r .j tutzen-Wmi υ ftk γρ i 3 1 η. υ f - Exit

Connection piece shut-off valve from S Prevention hose steam-proof plinded lid Indoor temperature display Display of the relative humidity

: Inert gas supply

o.1: Inert gas supply bottle 8.1.1: Display of falling pressure from

8.2: Drying cartridge

3.3t shut-off valve

: Internal pressure display (only with inert gas supply)

: Lighting element

: Cable entry

t:

Claims (6)

Expectations. 1. A container (1/1 .1) characterized in that the components for maintaining the corrosion-preventing conditions, consisting of Dehumidifier / circulating air dryer (2 / 3.1 / 3.2 / 4.1 / 4.2) or inert gas supply (8 / 8.1 / 8.1.1 / 8.2 / 8.3), inner = halfway or outside the container (1 / 1.1) on = are ordered. 2. A container according to Claimi. characterized by that on the container (1 / 1.1) one or more connec = tion nozzles (5) are arranged. 3. A container according to claim 1 and 2, characterized in that on the container (1 / 1.1) located nozzle (5) shut-off valves (5.1) or blind covers with water-vapor-tight closure (5.3) are, 4. A container according to claim 1 to 3, characterized in that the container (1 / 1.1) can be read from the outside Displays for temperature (6), relative humidity (7) and internal pressure (9) are arranged. 5. A container according to claim 1 to 4. characterized in that inside the container (1 / 1.1) a or several lighting elements (10) are arranged. 6. A container according to claim 1 to 5, characterized in that in the walls of the container (1 / 1.1) one or more cable bushings (1 1) arranged ■ Ind.