A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
HOSE CONNECTOR
To provide a hose connector having excellent water pressure resistance and operability.SOLUTION: A hose connector 10 comprises: a main body member 100, the entirety of which is an integral body, and into which a discharge pipe f3 of a faucet is to be inserted; a pressing member 200 which is rotatably attached to the main body member 100 and which applies to the discharge pipe f3, pressing force that includes a discharge direction component; a rotation operation part 300 which can rotate the pressing member 200 in a loosening direction and in a tightening direction; a first engagement part E1 which is fixed to or engaged with the main body member 100; and a second engagement part which engages with the first engagement part E1 and which rotates with the rotation operation part 300 and the pressing member 200. The pressing member 200 has a pressing contact surface M1 which comes into contact with the discharge pipe f3. The pressing contact surface M1 is formed such that a distance to the discharge pipe f3 changes with rotation of the pressing member 200. Reaction force to the pressing force is transmitted to the second engagement part and presses the second engagement part against the first engagement part.SELECTED DRAWING: Figure 4
【課題】耐水圧性能及び操作性に優れたホース接続具の提供。【解決手段】ホース接続具１０は、全体として一体であり、水栓の吐水管ｆ３が挿入される本体部材１００と、本体部材１００に回動可能に取り付けられ、吐水管ｆ３に吐水方向成分を含む押圧力を付与する押圧部材２００と、押圧部材２００を緩み方向及び締め付け方向に回動させうる回動操作部３００と、本体部材１００に固定又は係合されている第１係合部Ｅ１と、第１係合部Ｅ１に係合し、回動操作部３００及び押圧部材２００と共に回動する第２係合部とを備える。押圧部材２００は、吐水管ｆ３に当接する押圧当接面Ｍ１を有する。押圧当接面Ｍ１は、押圧部材２００の回動により吐水管ｆ３との距離が変動するように形成されている。前記押圧力の反力が前記第２係合部に伝達されて前記第２係合部を前記第１係合部に押し付ける。【選択図】図４
HOSE CONNECTOR
To provide a hose connector having excellent water pressure resistance and operability.SOLUTION: A hose connector 10 comprises: a main body member 100, the entirety of which is an integral body, and into which a discharge pipe f3 of a faucet is to be inserted; a pressing member 200 which is rotatably attached to the main body member 100 and which applies to the discharge pipe f3, pressing force that includes a discharge direction component; a rotation operation part 300 which can rotate the pressing member 200 in a loosening direction and in a tightening direction; a first engagement part E1 which is fixed to or engaged with the main body member 100; and a second engagement part which engages with the first engagement part E1 and which rotates with the rotation operation part 300 and the pressing member 200. The pressing member 200 has a pressing contact surface M1 which comes into contact with the discharge pipe f3. The pressing contact surface M1 is formed such that a distance to the discharge pipe f3 changes with rotation of the pressing member 200. Reaction force to the pressing force is transmitted to the second engagement part and presses the second engagement part against the first engagement part.SELECTED DRAWING: Figure 4
【課題】耐水圧性能及び操作性に優れたホース接続具の提供。【解決手段】ホース接続具１０は、全体として一体であり、水栓の吐水管ｆ３が挿入される本体部材１００と、本体部材１００に回動可能に取り付けられ、吐水管ｆ３に吐水方向成分を含む押圧力を付与する押圧部材２００と、押圧部材２００を緩み方向及び締め付け方向に回動させうる回動操作部３００と、本体部材１００に固定又は係合されている第１係合部Ｅ１と、第１係合部Ｅ１に係合し、回動操作部３００及び押圧部材２００と共に回動する第２係合部とを備える。押圧部材２００は、吐水管ｆ３に当接する押圧当接面Ｍ１を有する。押圧当接面Ｍ１は、押圧部材２００の回動により吐水管ｆ３との距離が変動するように形成されている。前記押圧力の反力が前記第２係合部に伝達されて前記第２係合部を前記第１係合部に押し付ける。【選択図】図４
HOSE CONNECTOR
ホース接続具
SUNABA TAKAYUKI (author) / TAKEYAMA NORIOMI (author)
2021-09-24
Patent
Electronic Resource
Japanese