| 摘要 |
A ventilated saddle structure for bicycles, motorbikes and/or pedal powered machines, comprising: a support frame (2) designed to be anchored to a bicycle, motorbike and/or pedal powered machine, a seating surface (3) associated with the frame (2), wherein the seating surface (3) comprises a membrane (4) made of a perforated and at least partially deformable material, shaped to match the user anatomy. The frame (2) comprises at least one thrust device designed to elastically interact from below with the membrane (4) to appropriately counter the deformation thereof and to support the user. |
| 主权项 |
1. A ventilated saddle structure for bicycles, motorbikes, or pedal powered machines, comprising:
a support frame (2) designed to be anchored to a bicycle, motorbike, or pedal powered machine; and a seating surface (3) associated to said frame (2); wherein said seating surface (3) comprises a membrane (4) made from a perforated and at least partially deformable material, shaped to match a user's anatomy; wherein said frame (2) comprises at least one thrust device (15) designed to elastically interact from below with said membrane (4); wherein said frame (2) further comprises at least one upper peripheral member (5) designed to support said membrane (4) and at least one lower stiffening member (6) susceptible to be anchored to a bicycle, motorbike, or pedal-powered machine; wherein said thrust device (15) is interposed between said membrane (4) and said stiffening member (6) and comprises at least one shaped pressure member (16) having a plan shape corresponding to a shape of said peripheral member (5) and an upper face designed to act on a lower surface of said membrane (4); wherein said pressure member (16) is a substantially laminar member with a shape complementary to and facing said membrane (4) and is provided with venting apertures (17, 17′, 17″) adapted to be located at least in the user's ischiatic and scrotal zones and close to edges of said pressure member (16); wherein said pressure member (16) and said membrane (4) are unitarily joined to said peripheral member (5); and wherein said thrust device (15) further comprises at least one elastic compression member (18) located below said pressure member (16), said elastic compression member (18) being adapted to force upwards said membrane (4) to hold said membrane (4) in original conformation, thereby counteracting or at least limiting a deformation caused by the user's weight. |
