Resumé

NOVELTY - The SDDS has flexible frame which supports at least one flexible sheet. The flexible sheet frame is twistable into at least two loops that are foldable into overlapping configuration.

USE - SDDSS for use in e.g. spacecraft, satellites.

ADVANTAGE - Reduces or eliminates he need of pyro-active or heavy device has to be brought on board the spacecraft for deploying the space structure. Allows the deployed flexible sheet surface higher than the case when SDSS is rigidly linked at the short distance from carrier structure. Ensures a reliable unfolding of deorbiting structures in zero gravity. Provides the strain energy provoking the deployment without the need of addition of energy to the system. Eliminates the issues around successful unfolding known from other technical solutions as the frame unfolds automatically without using external energy for unfolding by using the accumulated strain energy in stressed configuration. Ensures that deorbiting space structure can be efficiently folded without intervention of active unfolding device.
OriginalsprogEngelsk
IPCB64G-001/22
PatentnummerWO2012092933-A1
Journaliseringsdato12/07/2012
LandDanmark
StatusUdgivet - 2012

Fingerprint

Strain energy
Spacecraft
Gravitation
Satellites

Citer dette

Kristensen, A. S., & Damkilde, L. (2012). IPC nr. B64G-001/22. Self deployable deorbiting space structure. (Patentnummer WO2012092933-A1).
Kristensen, Anders Schmidt (Opfinder) ; Damkilde, Lars (Opfinder). / Self deployable deorbiting space structure. IPC nr.: B64G-001/22. Patentnummer: WO2012092933-A1. jul. 12, 2012.
@misc{a52716c54bbc48bc989702eb7017e905,
title = "Self deployable deorbiting space structure",
abstract = "NOVELTY - The SDDS has flexible frame which supports at least one flexible sheet. The flexible sheet frame is twistable into at least two loops that are foldable into overlapping configuration.USE - SDDSS for use in e.g. spacecraft, satellites.ADVANTAGE - Reduces or eliminates he need of pyro-active or heavy device has to be brought on board the spacecraft for deploying the space structure. Allows the deployed flexible sheet surface higher than the case when SDSS is rigidly linked at the short distance from carrier structure. Ensures a reliable unfolding of deorbiting structures in zero gravity. Provides the strain energy provoking the deployment without the need of addition of energy to the system. Eliminates the issues around successful unfolding known from other technical solutions as the frame unfolds automatically without using external energy for unfolding by using the accumulated strain energy in stressed configuration. Ensures that deorbiting space structure can be efficiently folded without intervention of active unfolding device.",
author = "Kristensen, {Anders Schmidt} and Lars Damkilde",
year = "2012",
language = "English",
type = "Patent",
note = "WO2012092933-A1; B64G-001/22",

}

Kristensen, AS & Damkilde, L jul.. 12 2012, Self deployable deorbiting space structure, Patentnummer WO2012092933-A1, IPC nr. B64G-001/22.

Self deployable deorbiting space structure. / Kristensen, Anders Schmidt (Opfinder); Damkilde, Lars (Opfinder).

IPC nr.: B64G-001/22. Patentnummer: WO2012092933-A1. jul. 12, 2012.

Publikation: PatentForskning

TY - PAT

T1 - Self deployable deorbiting space structure

AU - Kristensen, Anders Schmidt

AU - Damkilde, Lars

PY - 2012

Y1 - 2012

N2 - NOVELTY - The SDDS has flexible frame which supports at least one flexible sheet. The flexible sheet frame is twistable into at least two loops that are foldable into overlapping configuration.USE - SDDSS for use in e.g. spacecraft, satellites.ADVANTAGE - Reduces or eliminates he need of pyro-active or heavy device has to be brought on board the spacecraft for deploying the space structure. Allows the deployed flexible sheet surface higher than the case when SDSS is rigidly linked at the short distance from carrier structure. Ensures a reliable unfolding of deorbiting structures in zero gravity. Provides the strain energy provoking the deployment without the need of addition of energy to the system. Eliminates the issues around successful unfolding known from other technical solutions as the frame unfolds automatically without using external energy for unfolding by using the accumulated strain energy in stressed configuration. Ensures that deorbiting space structure can be efficiently folded without intervention of active unfolding device.

AB - NOVELTY - The SDDS has flexible frame which supports at least one flexible sheet. The flexible sheet frame is twistable into at least two loops that are foldable into overlapping configuration.USE - SDDSS for use in e.g. spacecraft, satellites.ADVANTAGE - Reduces or eliminates he need of pyro-active or heavy device has to be brought on board the spacecraft for deploying the space structure. Allows the deployed flexible sheet surface higher than the case when SDSS is rigidly linked at the short distance from carrier structure. Ensures a reliable unfolding of deorbiting structures in zero gravity. Provides the strain energy provoking the deployment without the need of addition of energy to the system. Eliminates the issues around successful unfolding known from other technical solutions as the frame unfolds automatically without using external energy for unfolding by using the accumulated strain energy in stressed configuration. Ensures that deorbiting space structure can be efficiently folded without intervention of active unfolding device.

M3 - Patent

M1 - WO2012092933-A1

Y2 - 2012/07/12

ER -