Offshore generator set base

[0036] Example 1:

[0037] See Figure 1-2 The present invention provides a technical solution: An offshore base generator comprises:

[0038] A support base, the top of the outer side of a supporting base is provided with floating ring 2, and a fixing lug is fixed to the bottom of the floating ring 2, 3, floating ring 2 is fixedly connected to the outside of the support base 1;

[0039] Cable 4, the cable 4 has one end connected anti-tilt means 5, one end of the cable 4 away from the anti-tilt device 5 is fixedly connected to the fixing lugs 3;

[0040] 6 buffer means, the buffer means 6 is provided inside the support base 1, the top 6 is provided with a damping device mounting seat 7;

[0041] 6 buffer means comprises:

[0042] Buffer spherical shell 61, an inner wall of the buffer 61 is provided with a spherical shell 62 rotatably supported by rotary support 62 is provided inside the hemisphere 63 is rotated, the top hemisphere 63 rotatably connected to the top plate 65 through a buffer spring 64, the top plate 65 and the outer spherical shell 61 top of the fixed buffer connect.

[0043] In use, the generator set is mounted on the mounting base 7, when the support base 1 is subjected to shock waves, the support base 1 is tilted, the generator 7 due to the inertia of the mount remains upright, the mount case 7 between the support base 16 by the relative rotation buffer means, driven in rotation while the buffer spring 64 the compression hemisphere 63, absorbing shock waves through the buffer spring 64, mounted reduce the amplitude of shaking a seat on the generator 7, to facilitate protection generator assembly .

[0044] Example 2:

[0045] See Figure 1-3 Based on the example one, the present invention provides a technical solution: the anti-pouring device 5 includes a water discharge pan 51, and the central position of the water absorbing tray 51 is provided with a coupling shell 52, and the inner wall of the coupling housing 52 is provided with a control device 53. The water storage cavity 54 is provided inside the water stop, and the storage cavity 54 is connected to the connecting cuff 52. The bottom portion of the water stop plate 51 is provided with a reset device 55, and the inner wall of the cavity 54 stores the reticle 56, and the storage cavity 54 is stored. On the side, there is an air nozzle 57, and the water discharge pan 51 is disposed upward, and the upper portion of the control device 53 is connected to the cable 4, and the storage sheet casing 56 is filled with metal sodium particles.

[0046] When the support seat 1 encounters a large wave, the support seat 1 generates a tilt, pulled the cable 4, and the cable pull the water discharge plate 51, since the opening of the drain disc 51 is large, it will move A large resistance can be generated by this resistance to generate a reverse tension to prevent the support seat 1 by the wave impact to enhance the resistance of the base.

[0047] Example 3:

[0048] See Figure 1-5 The present invention provides a technical solution in the present invention, and the control device 53 includes a ball cover 531, a sliding cavity 532, and a sliding cavity 532 inner wall sliding a top block 533. At the bottom of the top block 533, a reset spring 534 is provided, and both sides of the sliding cavity 532 are opened, and the inner wall of the sliding hole 535 is connected to the casing 536 by the spring post, and the ball cover 531 is disposed in the opening of the top of the coupling housing 52. The opening of the coupling housing 52 is opened in the opening of the casing 536, the top of the top block 533 is fixedly connected, and the reset device 55 includes a control cushion 551, and the upper top of the inner wall of the shock housing 551 passes. The spring sheet is fixedly connected to the active column 552, and the outer sleeve of the movable column 552 is provided with a friction sleeve 553.

[0049] When the cable 4 is driven by the tension of the support seat 1, the cable 4 drives the top block 533 upward, and the top block 533 is moved to the top of the sliding cavity 532, and the ball cover 531 is moved upward, and the reference rod 536 is detached from the top block 533 After the thrust of the spring column, the interior of the card slot in the top of the coupling housing 52 is detached, so that the top block 533 can be pulled out from the opening of the connecting cushion housing 52, at this time, the external seawater is The gas can be entered into the inside of the storage cavity 54 by the opening of the top portion of the casing 52, and the sea water is reacted with the metal sodium particles inside the storage web casing 56, and the gas is discharged through the air nozzle 57 and pushes the anti-pouring device 5 to move outward. The anti-pouring device can be automatically reset after driving through the waves, and is simple and convenient to use, and the reset device 55 is provided, and when the tension of the ball cover 531 disappears, the ball cover 531 is in the active post 552 and the curved spring sheet thereof. The pulling is moved downward and refined in the opening of the top of the coupling housing 52, facilitating the ball cover 531 to reset, and the movable post 552 can be moved by the frictional force of the strip 552 to reduce the moving speed of the movable column 552, convenient by control. The friction between the active post 552 and the friction sleeve 553 controls the amount of seawater into the memory cavity, which is convenient to adjust.