PROBLEM TO BE SOLVED: To provide an ordnance control system which is smaller than ever, has a high reliability, and is capable of easily performing a time-variant control.SOLUTION: An ordnance control system 1 comprises: battery connection terminals 11 for connecting batteries; ammunition connection terminals 12 in a plurality of systems for connecting ammunition group; a contact switch 13 for controlling opening/closing of a closed circuit to supply electricity for the ammunition included in the circuit from the battery connection terminals; semiconductor switches 14 in the plurality of systems each controlling opening/closing of the closed circuit for each system to supply electricity to the ammunition in each of the plurality of systems including ammunition connection terminals of the plurality of systems in the circuits; and control means opening/closing the contact switch when the ammunition of each system connected to the ammunition connection terminal is ignited, as well as opening/closing each semiconductor switch in the plurality of systems overlapping closing timing of the contact switch, without overlapping respective closing timings of the semiconductor switches of the plurality of systems.SELECTED DRAWING: Figure 1
【課題】より小型で信頼性が高く、時間的な制御が容易に行えるオードナンス制御システムを提供する。【解決手段】オードナンス制御システム1を、バッテリを接続するバッテリ接続端子11と、火工品群を接続する複数系統の火工品接続端子12と、バッテリ接続端子を回路内に含む火工品に給電するための閉回路の開閉を制御する接点スイッチ13と、複数系統の火工品接続端子を回路内に含む各々の系統で火工品に給電するための系統毎の閉回路の開閉を各々制御する複数系統の半導体スイッチ14と、火工品接続端子に接続された各系統の火工品を点火する際に、接点スイッチの開閉を制御すると共に、接点スイッチの閉タイミングに重ねつつ複数系統の半導体スイッチの各々の閉タイミングを重ねずに複数系統の各々の半導体スイッチを開閉する制御手段と、を用いて構成する。【選択図】図1
ORDNANCE CONTROL SYSTEM
オードナンス制御システム
2016-12-28
Patent
Electronic Resource
Japanese
IPC: | B64G Raumfahrt , COSMONAUTICS |
From ordnance test to ordnance clearance
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