| 摘要 |
Provided is a pipe support structure that maintains the flexibility of mounting specific to pipes made of resin by utilizing a generated Coriolis force and a reaction force and that can realize reduction in hose compliance in a high-temperature range with a simple and low-cost configuration. A support structure for a master hose (12) made of resin includes a grommet for elastically holding the master hose (12) at at least one of clamping points (L1, L2). The master hose (12) has slope parts and a bent part (12a) having a predetermined radius of curvature (r) between the clamping points (L1, L2). The grommet has a predetermined spring constant (k) and a predetermined damping coefficient (h). The positions of the clamping points (L1, L2) and the radius of curvature (r) as well as the spring constant (k) and the damping coefficient (h) are set such that the reaction force (Fr) generated at the grommet in response to the Coriolis force (Fc) generated at the master hose (12) acts for suppressing the thermal expansion of the master hose (12) when a hot hydraulic fluid circulates through the master hose (12). |
