Abstract ▼

○ End of canal and water height of canalis estimated the system development it will be able to transmit
- end of canal structure
·Flow measurement this with the structure which separates improvement
·waterway width preparation height decision
- electronic guage
·water height measureme

○ End of canal and water height of canalis estimated the system development it will be able to transmit
- end of canal structure
·Flow measurement this with the structure which separates improvement
·waterway width preparation height decision
- electronic guage
·water height measurement (0cm - 30cm degree measurement)
- information transmission system
·With the water height data which is measured and gate control panel transmission (information transmission of 10 second intervals: The mammary gland or radio)
- Electric potential composition
·The electric potential which becomes disturbance in operation
○ development of Solar energy gate development
- Skin plate structure
·Part surface contact with leakage part of water (material PE)
- Coating
·Zinc metalizing
- Screw type method
·Jack pinion type
- No magnet motor
·If long period it uses, in the form which is not miss operations development
- development of gearing for purchase hand operation
·The side it does most from gap of electromotion and manual operation, gearing development which the operation wants
- power use system
·It will pull a disturbance power from Solarcell it will come and from the insufficient parturition accumulator it will be able to supplement in order, circuit composition
- the charger
·Charging efficiency the possibility from 60% of taking up above 90% it is, it composes a circuit watch and it does it does not receive a protection against the cold, heat dissipation control and an effect in external environment, it composes and in the accumulator by transient one charging the discharge does not occur with, it will be able to prevent charging in order, circuit plan
- power occurrence Solar cell
·From lump line at unit Cell fringe land improvement
- information transmit
·It holds 4 - 20mmA electric currents but it converted with 0 - 100% and it delivered about 5 phases which will reach (0%, 25%, 50%, 75% and 100%) with it shared and information and in order for the control to be possible, information transmit to case of the motor number of revolution perception sensor of the composition which will wear - existing the motor rotation veterinarian perception of high-speed rotation the unit was only difficult also there was to motor control due to this number of revolution and the inertial control of the motor impossible. screw Type the motor rotary waterway converts a length consequently and by the counter which is calculated only to grow it will be able to control in order the counter sensor
○ self-controlled checkgate development
- water level mearsurement department
·Guard perception as using the principal of the buoyancy which it blows balance of the automatic floodgate weight composes this self-controlled checkgate bringing up for discussion information of the structure it will be able to transmit.
- Balance weight
·The self-controlled checkgate of existing balance weight to pick up the iron bar and it will be able to change.
- Balance weight structure chanage
·The balance which does a weight weight role wey thu to change a structure completely and floodgate elegy waterway comfort it could be opened completely in order.
○ Flow grasp and system operation technique development
- flow quantum control test
·It sees system and most conditions the hazard which operates the efficient characteristic of the control which stands and the automatic series sluice gate and and it will consider unit especially it will tie it will test and and by the proportion control where it will reach the work which it reveals clearly is necessary.
- System efficiency test
·It establishes the product which is developed in site actually and by a control conditions flow set test which appears and efficient characteristic of the system which the operation applies
○ application characteristic investigation of proof water demand supply system
Actually there to be to a water management in the water demand which uses the water the application result application scope back of effective analysis of the existing TM/TC and the system which is developed to investigate, analysis

목차 Contents

• 표지 ...1
• 제출문 ...2
• 요약문 ...3
• SUMMARY ...7
• CONTENTS ...13
• 목차 ...15
• 표 차례 ...17
• 그래프 차례 ...18
• 그림 차례 ...19
• 사진 차례 ...20
• 도면 차례 ...22
• 제1장 연구개발과제의 개요 ...23
• 제1절 연구의 배경 ...23
• 제2절 연구개발의 필요성 ...24
• 1.2.1 기술적 측면 ...24
• 1.2.2 경제?산업적 측면 ...27
• 1.2.3 사회?문화적 측면 ...28
• 제3절 연구개발의 목표 및 내용 ...29
• 1.3.1 기술개발의 최종목표 ...29
• 1.3.2 기술개발의 내용 ...29
• 1.3.3 연차별 연구개발 목표와 내용 ...32
• 제4절 기대효과 및 활용방안 ...36
• 1.4.1 기대효과 ...36
• 1.4.2 활용방안 ...37
• 제5절 연구기간 및 참여연구원 ...38
• 1.5.1 연구기간 ...38
• 1.5.2 연구원 조직 ...38
• 1.5.3 연구책임자 ...39
• 1.5.4 연구참여자 ...39
• 제6절 요약 및 결론 ...40
• 제2장 국내외 기술개발 현황 ...42
• 제1절 국내 기술개발 현황 ...42
• 2.1.1 국내 수위계 개발 현황 ...42
• 2.1.2 일반수문 개발 현황 ...51
• 2.1.3 무동력 자동수문 개발 현황 ...54
• 제2절 국외 기술개발 현황 ...61
• 2.2.1 일본의 물관리자동화 현황 ...61
• 2.2.2 미국의 물관리자동화 현황 ...68
• 제3장 연구개발수행 내용 및 결과 ...74
• 제1절 연구개발 수행 내용 ...74
• 3.1.1 태양광 간이식 전동 분수공 ...74
• 3.1.2 설정수위조절형 무동력 자동수문 ...95
• 3.1.3 수위측정장치 ...104
• 3.1.4 정보전달 및 제어시스템 ...106
• 3.1.5 시작품 개발 ...116
• 3.1.6 국내 물공급체계 및 시스템 적용 사례분석 ...173
• 제2절 연구개발 수행 결과 ...227
• 제4장 목표달성도 및 관련분야에 기여도 ...229
• 제1절 연구개발 목표별 목표달성도 및 기여도 ...229
• 4.1.1 연구개발 목표 ...229
• 4.1.2 연구개발 목표달성도 ...229
• 4.1.3 관련분야 기여 ...230
• 제2절 평가착안점별 달성도 ...231
• 제5장 연구개발결과의 활용계획 ...232
• 제1절 상품화에 의한 현장 보급 추진 ...232
• 제2절 설계 및 시공에 직접 이용 ...232
• 제3절 향후 기술개발의 자료로 활용 ...232
• 제6장 참고문헌 ...233