Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
To provide a hinge device with a damper capable of preventing heat generated in a damper mechanism unit from being transmitted to an autonomous mechanism unit side and capable of operating the autonomous mechanism unit stably even during continuous operation, with a simple structure.SOLUTION: The inside of a housing 18 is divided by a partition wall 19 into a rotary damper mechanism unit storage chamber 20a and a self-supporting damper mechanism unit storage chamber 20b. In the rotary damper mechanism unit storage chamber 20a, a damper shaft 23 of a rotary damper mechanism unit 12 is arranged, and in the self-supporting damper mechanism unit storage chamber 20b, a self-supporting shaft 31 of a self-supporting damper mechanism unit 13 is arranged. The damper shaft 23 of the rotary damper mechanism unit 12 and the self-supporting shaft 31 of the self-supporting damper mechanism unit 13 are formed separately.SELECTED DRAWING: Figure 3
【課題】簡単な構造で、ダンパ機構部で発生する熱が自立機構部側に伝達されるのを抑制し、また連続動作させても自立機構部を安定的に動作させることができるダンパ付ヒンジ装置を提供する。【解決手段】ハウジング１８内を、隔壁１９により回転ダンパ機構部収納室２０ａと自立ダンパ機構部収納室２０ｂとに区切り、回転ダンパ機構部収納室２０ａ内に回転ダンパ機構部１２のダンパシャフト２３を配置するとともに、自立ダンパ機構部収納室２０ｂ内に自立ダンパ機構部１３の自立シャフト３１を配置し、回転ダンパ機構部１２のダンパシャフト２３と自立ダンパ機構部１３の自立シャフト３１を別体にしてなる。【選択図】図３
To provide a hinge device with a damper capable of preventing heat generated in a damper mechanism unit from being transmitted to an autonomous mechanism unit side and capable of operating the autonomous mechanism unit stably even during continuous operation, with a simple structure.SOLUTION: The inside of a housing 18 is divided by a partition wall 19 into a rotary damper mechanism unit storage chamber 20a and a self-supporting damper mechanism unit storage chamber 20b. In the rotary damper mechanism unit storage chamber 20a, a damper shaft 23 of a rotary damper mechanism unit 12 is arranged, and in the self-supporting damper mechanism unit storage chamber 20b, a self-supporting shaft 31 of a self-supporting damper mechanism unit 13 is arranged. The damper shaft 23 of the rotary damper mechanism unit 12 and the self-supporting shaft 31 of the self-supporting damper mechanism unit 13 are formed separately.SELECTED DRAWING: Figure 3
【課題】簡単な構造で、ダンパ機構部で発生する熱が自立機構部側に伝達されるのを抑制し、また連続動作させても自立機構部を安定的に動作させることができるダンパ付ヒンジ装置を提供する。【解決手段】ハウジング１８内を、隔壁１９により回転ダンパ機構部収納室２０ａと自立ダンパ機構部収納室２０ｂとに区切り、回転ダンパ機構部収納室２０ａ内に回転ダンパ機構部１２のダンパシャフト２３を配置するとともに、自立ダンパ機構部収納室２０ｂ内に自立ダンパ機構部１３の自立シャフト３１を配置し、回転ダンパ機構部１２のダンパシャフト２３と自立ダンパ機構部１３の自立シャフト３１を別体にしてなる。【選択図】図３
HINGE DEVICE WITH DAMPER
ダンパ付ヒンジ装置
MUROI SHOTA (Autor:in)
18.06.2020
Patent
Elektronische Ressource
Japanisch