Friction shock absorber
OwnerAleh Nicolaevich Halavachinventor
Life of this patent
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OwnerAleh Nicolaevich Halavachinventor
Estimating the term…
The present invention relates to the field of transport mechanical engineering. Object—improve performance and operational reliability of a friction shock absorber. It (FIG. 2) comprises housing (1) with internal protuberances, base (3), and orifice (6), wherein friction assembly (7) is situated that consists of pressure wedge (8) and stay wedges (9) contacting therewith, which wedges are in contact with guide plates (10) and movable plates (11) contacting therewith. The movable plates and stay wedges are in contact with pressure plate (12), between whereof and the base return-and-retaining device (14) is located contacting the carrying edge with its peak (15). Part (A) of the return-and-retaining device is situated between the guide plates resting against the housing's internal protuberances fitted out with recesses (21) that may run along the entire width of the guide plates. Width (B) of its Part (A) located between the recesses is bigger than the shortest distance (C) between the guide plates. The guide plates are located closer to the housing base than the pressure plate's carrying end contacting the peak of the return-and-retaining device.
Friction shock absorber comprising housing (1) with internal protuberances (2) and base (3), and orifice (6) created by its wide (4) and narrow (5) walls, wherein friction assembly (7) is situated, which consists of pressure wedge (8) and stay wedges (9) in contact therewith, which wedges are in contact with guide plates (10) and movable plates (11) contacting therewith, wherein movable plates (11) and the stay wedges (9) come in contact with pressure plate (12), between carrying end (13) and base (3) whereof there is a return-and-retaining device (14) contacting the carrying end (13) with its peak (15), while movable plates (11) come in contact with walls (5) of orifice (6) of housing (1) and are fitted out with side protuberances (16), and, moreover, part (A) of return-and-retaining device (14) is situated between guide plates (10) resting on the internal protuberances (2) of housing (1), wherein guide plates (10) are fitted out with recesses (21) facing return-and-retaining device (14), while width (B) of its part (A) situated between such recesses (21) is bigger than the shortest distance (C) between guide plates (10), and, moreover, guide plates (10) are situated closer to base (3) of housing (1) than carrying end (13) of pressure plate (12) that contacts peak (15) of return-and-retaining device (14).
Dependencies are inferred from the claim text.