A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
To provide an electrically-driven door closer capable of automatically closing an opened door at the time of power outage.SOLUTION: An electrically-driven door closer which electrically closes a door includes: a main shaft 4 rotating being interlocked with opening/closing of the door; a drive unit 10 for imparting a closing force to the main shaft 4 at the time of electric conduction; a control unit 11 for controlling the drive unit 10; and a self-closing part 6 for power outage for imparting a closing force to the main shaft 4 at the time of power outage. The self-closing part 6 includes: a spring 30 for generating a closing force; an energy accumulation part for allowing the spring 30 to accumulate energy by the door-opening operation at the time of power outage, and imparting the closing force of the spring 30 to the main shaft 4; and a switching part for bringing the spring 30 into a retreat state so that the energy accumulation part and the spring 30 are not interlocked when the door opens/closes at the time of electric conduction, and bringing the spring 30 into a connection state so that the energy accumulation part and the spring 30 are interlocked when the door opens/closes at the time of power outage.SELECTED DRAWING: Figure 1
【課題】停電時において、開かれた扉を自動的に閉じることができる電動ドアクローザを提供する。【解決手段】電動で扉を閉じる電動ドアクローザであって、扉の開閉に連動して回転する主軸４と、通電時に主軸４に閉じ力を付与する駆動部１０と、駆動部１０を制御する制御部１１と、停電時に主軸４に閉じ力を付与する停電用の自閉部６と、を備え、自閉部６は、閉じ力を発生させるバネ３０と、停電時の開扉動作によってバネ３０を蓄勢させ、バネ３０の閉じ力を主軸３０に付与する蓄勢部と、通電時には扉が開閉するときに蓄勢部とバネ３０が連動しないようにバネ３０を退避状態とし、停電時には扉が開閉するときに蓄勢部とバネ３０が連動するようにバネ３０を接続状態とする切り替え部と、を備えている。【選択図】図１
To provide an electrically-driven door closer capable of automatically closing an opened door at the time of power outage.SOLUTION: An electrically-driven door closer which electrically closes a door includes: a main shaft 4 rotating being interlocked with opening/closing of the door; a drive unit 10 for imparting a closing force to the main shaft 4 at the time of electric conduction; a control unit 11 for controlling the drive unit 10; and a self-closing part 6 for power outage for imparting a closing force to the main shaft 4 at the time of power outage. The self-closing part 6 includes: a spring 30 for generating a closing force; an energy accumulation part for allowing the spring 30 to accumulate energy by the door-opening operation at the time of power outage, and imparting the closing force of the spring 30 to the main shaft 4; and a switching part for bringing the spring 30 into a retreat state so that the energy accumulation part and the spring 30 are not interlocked when the door opens/closes at the time of electric conduction, and bringing the spring 30 into a connection state so that the energy accumulation part and the spring 30 are interlocked when the door opens/closes at the time of power outage.SELECTED DRAWING: Figure 1
【課題】停電時において、開かれた扉を自動的に閉じることができる電動ドアクローザを提供する。【解決手段】電動で扉を閉じる電動ドアクローザであって、扉の開閉に連動して回転する主軸４と、通電時に主軸４に閉じ力を付与する駆動部１０と、駆動部１０を制御する制御部１１と、停電時に主軸４に閉じ力を付与する停電用の自閉部６と、を備え、自閉部６は、閉じ力を発生させるバネ３０と、停電時の開扉動作によってバネ３０を蓄勢させ、バネ３０の閉じ力を主軸３０に付与する蓄勢部と、通電時には扉が開閉するときに蓄勢部とバネ３０が連動しないようにバネ３０を退避状態とし、停電時には扉が開閉するときに蓄勢部とバネ３０が連動するようにバネ３０を接続状態とする切り替え部と、を備えている。【選択図】図１
ELECTRICALLY-DRIVEN DOOR CLOSER
電動ドアクローザ
SUETSUGU SATOYUKI (author)
2024-08-30
Patent
Electronic Resource
Japanese
IPC:
E05F
DEVICES FOR MOVING WINGS INTO OPEN OR CLOSED POSITION
,
Vorrichtungen zum Bewegen der Flügel in die Offen- oder Schließstellung