| 摘要 |
<p>[Problems] To obtain a vibration isolating device in which a pressure-joint section of an elastic body does not move from a predetermined position in a bracket cylinder part even when the angular difference between a normal vibration input direction and a maximum input direction becomes large. [Means to Solve the Problems] A rubber elastic body (18) is vulcanized and adhered to an outer peripheral surface of an inner cylinder (16), end portions of a pair of pressure-joint sections (26) of the elastic body (18) are pressure-joined to an inner peripheral surface of a bracket cylinder part (12), and the elastic body (18) is pressure-fitted into the bracket cylinder part (12) having a cylindrical shape. In radially inner portions of the bracket cylinder part (12) in contact with the end portions of the pair of pressure-joint sections (26), projecting curved portions (34) projecting in an L-shape with a height (H) that is equal to or larger than a plate thickness of the bracket cylinder part (12) are formed respectively across an entire width of the bracket cylinder part (12) along an axial direction (S).</p> |
