A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
DRAIN VALVE DEVICE
PROBLEM TO BE SOLVED: To improve an operational feeling of an operation part of an opening/closing mechanism of a drain valve.SOLUTION: A drive mechanism for opening/closing a drain valve of a drain outlet is attached. An operation mechanism for opening/closing the drain valve via the drive mechanism is configured as follows: a push button 201 movable upward/downward along a hollow support 203 provided within a sleeve 210 is provided; a magnet 202 is embedded therein; a driven part 220 coupled to a release wire 3 for transferring an application force to the driving mechanism is incorporated into the support 203; a magnet 221 is incorporated into the driven part 220; and the magnets 202 and 221 have polarity that makes repulsion act. Thus, when the push button 201 is pushed, a driven part 221 is moved by a magnetic force, and the application force can be transferred. The repulsion, which is relatively low at the start of pushing, is gradually increased as the push button is further pushed in. Thus, an operational feeling during a pushing operation can be improved.
【課題】 排水栓の開閉機構の操作部における操作感を向上する。【解決手段】 排水口の排水栓を開閉する駆動機構を取り付ける。駆動機構を介して排水栓を開閉するための操作機構を、次の構成とする。スリーブ２１０内に設けられた中空の支柱２０３に沿って上下動可能な押しボタン２０１を設け、その内部に磁石２０２を埋め込む。支柱２０３内部には、駆動機構に作動力を伝達するレリースワイヤ３に連結された従動部２２０を組み込み、従動部２２０内には磁石２２１を組み込む。磁石２０２、２２１は、斥力が作用する極性としておく。こうすることにより、押しボタン２０１を押すと磁力によって従動部２２１が移動し、作動力を伝達することができる。押し始めは斥力が比較的弱く、押し込むにつれ斥力が徐々に大きくなるため、押した時の操作感を向上させることができる。【選択図】 図２
DRAIN VALVE DEVICE
PROBLEM TO BE SOLVED: To improve an operational feeling of an operation part of an opening/closing mechanism of a drain valve.SOLUTION: A drive mechanism for opening/closing a drain valve of a drain outlet is attached. An operation mechanism for opening/closing the drain valve via the drive mechanism is configured as follows: a push button 201 movable upward/downward along a hollow support 203 provided within a sleeve 210 is provided; a magnet 202 is embedded therein; a driven part 220 coupled to a release wire 3 for transferring an application force to the driving mechanism is incorporated into the support 203; a magnet 221 is incorporated into the driven part 220; and the magnets 202 and 221 have polarity that makes repulsion act. Thus, when the push button 201 is pushed, a driven part 221 is moved by a magnetic force, and the application force can be transferred. The repulsion, which is relatively low at the start of pushing, is gradually increased as the push button is further pushed in. Thus, an operational feeling during a pushing operation can be improved.
【課題】 排水栓の開閉機構の操作部における操作感を向上する。【解決手段】 排水口の排水栓を開閉する駆動機構を取り付ける。駆動機構を介して排水栓を開閉するための操作機構を、次の構成とする。スリーブ２１０内に設けられた中空の支柱２０３に沿って上下動可能な押しボタン２０１を設け、その内部に磁石２０２を埋め込む。支柱２０３内部には、駆動機構に作動力を伝達するレリースワイヤ３に連結された従動部２２０を組み込み、従動部２２０内には磁石２２１を組み込む。磁石２０２、２２１は、斥力が作用する極性としておく。こうすることにより、押しボタン２０１を押すと磁力によって従動部２２１が移動し、作動力を伝達することができる。押し始めは斥力が比較的弱く、押し込むにつれ斥力が徐々に大きくなるため、押した時の操作感を向上させることができる。【選択図】 図２
DRAIN VALVE DEVICE
排水栓装置
OTA SHINICHI (author) / KITAGAWA KOHEI (author)
2015-06-11
Patent
Electronic Resource
Japanese