FR2578444A1 - Device making it possible to absorb moisture inside a container in motion while avoiding splashing or spillage of the liquid obtained - Google Patents

Abstract

Device making it possible to avoid the outflows and splashing of the solution obtained by absorption of water by a dehydrating substance. The invention is intended to protect containers in motion against moisture and to prevent splashing or spillages of the solution obtained by absorption of moisture from air. The splashing actions of the solution are attenuated by employing 2 receptacles, joined at the top, the inner support having an inverted frustoconical shape, the liquid being retained by the side walls of the receptacle.

Description

Device for protecting the interior of a boat from a container or any other moving container against moisture damage without the risk of projection or spillage of the solution obtained by absorbing moisture from a material hydrating t
The present invention relates to a device for using a moisture absorber in a moving container.

There are various methods and devices using calcium drilling to absorb moisture, but the solution obtained has many drawbacks for the difficulty in eliminating its presence due in particular to splashes and spillage of this solution on the materials and objects which are nearby, indeed this solution can cause significant damage.

The calcium chloride-based moisture absorbers comprise a separation between the calcium chloride and the container intended to receive the solution obtained after absorption of the water by the calcium chloride. This liquid can easily escape from the container if it is agitated. This difficulty is especially felt in boats and containers for example, and the product escaping from the container can cause significant damage.

The device of the invention is mainly characterized by a suppression of the projections of liquid beyond the container.

The description below gives nonlimiting exemplary embodiments. t
(FIG. J) is a vertical section of the container i, in this container responsible for collecting the solution, place the perforated support 2 into which the desiccant material 3 is introduced, which is placed directly in bulk or contained in a perforated sheath 9, this support 2 must form a body at its upper part with the container l and have a frustoconical shape, the perforations 6 will be located in the bottom 4, the volume 5 located between the bottom of the support 2 and the bottom of the container l must be slightly higher to the volume of solution obtained.

This support 2 in the form of an inverted cone trunk in the container i retains the liquid in the event of movement and agitation of the assembly.

This anti-splash effect can be reinforced by placing a fiber mat 7 on the bottom of the container 2 which will support the dehydrating material and retain the liquid which could possibly escape in the event of violent movement through the perforations 6.

 The desiccant material can be contained in a perforated sheath 9 or free, but in the latter case an airy separation 7 gst necessary between this desiccant material and the holes so as not to touch the latter a ~ The assembly is provided with a cover 8 which allows air to pass but retains the splashes which could have escaped from the preceding descriptions.

In order also to avoid a complete overturning of the device, it can be suspended from the ceiling or on a floor by a net which surrounds it, or fixed on a horizontal part by suction cups or double-sided stickers.

Claims (5)

CLAIMS t) Device making it possible to protect the interior of a moving container against moisture damage by avoiding spillage and nrojection of the solution obtained by absorption of water by a dehydrating material, characterized in that it consists of a container responsible for collecting the solution, the perforated support 2 is placed in which the desiccant material 3 is introduced, which is placed directly in bulk or contained in a perforated sheath 9, this support 2 must form a body upper part with the container 1 and have a frustoconical shape, the perforations 6 will be located in the bottom 4, the volume 5 located between the bottom of the support 2 and the bottom of the container 1 should be slightly greater than the volume of solution to be obtained. 2) Device as defined in the revenaications 1 characterized  by the fact that the desiccant material is chloride  calcium. 3) Device as #que defined in claims 1 characterized  by the fact that the support joined to its upper part with  the container has an inverted frustoconical shape, the solution  was retained by the complete lateral closure of container 1.  4J Device as defined in claims 1, 2 and 3  characterized by the fact that the  splashes of solution that could escape through  holes by placing on them, under the desiccant material a  NO 7 fiber mattress or a simple filter material.  5) Device as defined in claims 1, 2, 3 and 4  characterized by the fact that a perforated cover NO 8 is placed  overall. 6) Device as defined in claims 1, 2, 3, 4 and 5  characterized by the fact that the assembly can be suspended  using a net. 7) Device as defined in claims 1, 2, 3, 4 and 5  characterized by the fact that the assembly can be fixed to the ground  by suction cups or double-sided stickers.