Container for the at least substantially separate storage and release of substances, in particular for storage and release in outer space
The invention relates to a container, particularly in syringe form, for an at least substantially separate storage and release of substances, in particular for storage and release in outer space, with an outflow opening, a storage chamber for the storage of the substances, with at least one slideable separator element which divides the storage chamber into sub-chambers, and with at least one shaped overflow channel which is provided for transporting substances from a sub-chamber into a sub-chamber which is arranged forward as seen in the direction of the outflow opening, and/or into the outflow opening. It is proposed that the overflow channel and the separator element are designed for an at least substantially sequential release of substances and/or for washing-out a stored solid by a liquid.
1. A container for an at least substantially separate storage and release of substances comprising:
an outflow opening connected to a storage chamber for the storage of the substances, including
at least one slideable separator element that divides the storage chamber into a first sub-chamber and a second sub-chamber, and includes an exterior surface and a top face directed toward the outflow opening, the at least one slideable separator element including
at least one shaped overflow channel formed on the exterior surface of the at least one slideable separator element, which transports substances from the first sub-chamber into the second sub-chamber, and is arranged forward as seen in the direction of the outflow opening, and/or into the outflow opening, and
at least one overpressure element formed in the at least one shaped overflow channel and configured to mechanically deform under a predetermined effective force, wherein
the at least one shaped overflow channel and the at least one slideable separator element are configured to, at least substantially, sequentially release substances and/or wash-out a stored solid by a liquid,
when the predetermined effective force is reached, the at least one overpressure element deforms elastically or folds back in the direction of the top face, and
the at least one slideable separator element further comprises
a hard core formed in a central region and to the front face of the at least one slideable separator element,
a pierceable elastic sub-region formed on the front face and surrounding the hard core, and
a transverse distributor channel formed on the front face and running parallel with the at least one shaped overflow channel.
2. The container according to claim 1 , further comprising at least one second overflow channel, wherein
the at least one shaped overflow channel and the at least one second overflow channel are arranged symmetrically to each other.
3. The container according to claim 1 , wherein
the at least one slideable separator element has at least one sealing element configured to seal off the first sub-chamber and/or the second sub-chamber.
4. The container according to claim 1 , wherein the at least one overpressure element has a predetermined tearing point.
5. The container according to claim 1 , wherein
the at least one slideable separator element has at least one elastic subregion designed as a pierceable membrane.
6. The container according to claim 1 , comprising
at least one functional coating applied on at least one area of a surface of the storage chamber and/or of the at least one slideable separator element.
7. The container according to claim 1 , comprising
at least one end separator element, which is provided for closing a rearmost sub-chamber.
8. The container according to claim 1 , further comprising
a plurality of slideable separator elements, including at least a first separator element and a second separator element,
the first separator element is configured to mate with a second separator element, and
the second separator element is configured to mate with the first separator element.
9. The container according to claim 1 , wherein
the transverse distributor channel forms six wedges on the front face of the at least one slideable separator element.
10. The container according to claim 1 , wherein
there are six overflow channels.
11. A slideable separator element in a container for an at least substantially separate storage and release of substances, the container including an outflow opening connected to a storage chamber for the storage of the substances, the slideable separator element comprising:
at least one shaped overflow channel formed on an exterior surface of the slideable separator element, which transports substances from a first sub-chamber into a second sub-chamber, and is arranged forward as seen in the direction of the outflow opening, and/or into the outflow opening; and
at least one overpressure element formed in the at least one shaped overflow channel and configured to mechanically deform under a predetermined effective force, wherein
the at least one shaped overflow channel is configured to, at least substantially, sequentially release substances and/or wash-out a stored solid by a liquid,
when the predetermined effective force is reached, the at least one overpressure element deforms elastically or folds back in the direction of a top face of the slideable separator element directed toward the outflow opening, and
the slideable separator element further comprises
a hard core formed in a central region and to the front face of the at least one slideable separator element,
a pierceable elastic sub-region formed on the front face and surrounding the hard core, and
a transverse distributor channel formed on the front face and running parallel with the at least one shaped overflow channel.