Platform for fitness equipment

1. A platform for fitness equipment ( 100 ) which includes

a handle ( 200 ), comprising:

a platform ( 1 ) having a desktop ( 11 ) and a pivotal unit ( 12 ) which is located at an underside of the desktop ( 11 ) of the platform ( 1 ), the pivotal unit ( 12 ) including a passage ( 121 ) defined through the pivotal unit ( 12 ) so as to form two end rooms ( 122 ) at two ends of the passage ( 121 ), and a path ( 123 ) defined in communication between the two end rooms ( 122 ), and

two arms ( 2 ) respectively and pivotably connected to the pivotal unit ( 12 ), each of the two arms ( 2 ) including a first open end ( 21 ) and a second open end ( 22 ), the first open end ( 21 ) being an enlarged end and located in the path ( 123 ), a diameter of the first open end ( 21 ) being larger than that of each of the end rooms ( 122 ) so that the arm ( 2 ) is movable along the passage ( 121 ), the second open end ( 22 ) connected to the clip assembly ( 3 ) corresponding thereto which is adapted to clip to one of two ends of the handle ( 200 ) corresponding thereto, the desktop ( 11 ) of the platform ( 1 ) being pivotable about the arms ( 2 ) by the pivotal unit ( 12 ) so as to adjust an angle of the desktop ( 11 ) and the platform ( 1 ) relative to the fitness equipment ( 100 ).

2. The platform for fitness equipment as claimed in claim 1 , wherein the pivotal unit ( 12 ) includes a first part ( 124 ) and a second part ( 125 ), the first part ( 124 ) is connected to the platform ( 1 ), the second part ( 125 ) includes two hinges ( 126 ) formed to a first side of the second part ( 125 ), and a groove ( 127 ) is defined between the two hinges ( 126 ), the first part ( 124 ) includes two recesses ( 128 ) defined in a first side thereof, the two hinges ( 126 ) are accommodated in the two recesses ( 128 ), the first part ( 124 ) includes a ridge ( 129 ) formed to the first side thereof, the ridge ( 129 ) is accommodated in the groove ( 127 ), two pins ( 4 ) respectively extend through the two hinges ( 126 ) and the pins ( 4 ) are inserted into two ends of the ridge ( 129 ) so that the second part ( 125 ) is pivoted about the two pins ( 4 ) relative to the first part ( 124 ).

3. The platform for fitness equipment as claimed in claim 2 , wherein the first part ( 124 ) includes two threaded holes ( 130 ) defined through the first side thereof, two sink bolts ( 5 ) respectively threadedly extend through the two threaded holes ( 130 ) and extend into the path ( 123 ) to contact the two arms ( 2 ).

4. The platform for fitness equipment as claimed in claim 3 further comprising multiple locking members ( 6 ) that extend a second side of the second part ( 125 ) and are connected to a second side of the first part ( 124 ) to keep the first part ( 124 ) and the second part ( 125 ) in a closed status so as to clamp the two arms ( 2 ), when removing the locking members ( 6 ), the second part ( 125 ) is pivotable relative to the first part ( 124 ) to expose the path ( 123 ), the second side of the first part ( 124 ) is not in contact with the second side of the second part ( 125 ) when the first part ( 124 ) and the second part ( 125 ) are in the closed status.

5. The platform for fitness equipment as claimed in claim 1 , wherein the platform ( 1 ) includes multiple anti-slip strips ( 8 ) attached to the desktop ( 11 ), multiple slots ( 9 ) defined through the desktop ( 11 ) of the platform ( 1 ), multiple holders ( 10 ) are connected to two opposite sides of the desktop ( 11 ), each holder ( 10 ) is bent outward and upward.

6. The platform for fitness equipment as claimed in claim 1 , wherein each of the clip assemblies ( 3 ) includes a block ( 31 ), an axle ( 32 ) and a clip unit ( 33 ), a first end of the block ( 31 ) is securely fitted into the arm ( 2 ) corresponding thereto, the clip unit ( 33 ) is connected to a second end of the block ( 31 ), the axle ( 32 ) extends through the clip unit ( 33 ) and the block ( 31 ).

7. The platform for fitness equipment as claimed in claim 6 , wherein each of the two clip units ( 33 ) includes a first clip portion ( 331 ), a second clip portion ( 332 ) and a quick-release ( 34 ), the axle ( 32 ) extends through the second clip portion ( 332 ) and is connected to the block ( 31 ), a first end of the second clip portion ( 332 ) is pivotably connected to a first end of the first pivotal portion ( 331 ), the first clip portion ( 331 ) includes a notch ( 333 ) defined through a second end thereof, the quick-release ( 34 ) partially extends through the notch ( 333 ) and is pivotably connected to a second end of the second clip portion ( 332 ), so that the quick-release ( 34 ) controls the two respective second ends of the first and second clip portions ( 331 , 332 ) to be closed to each other or separated from each other.

8. The platform for fitness equipment as claimed in claim 7 , wherein each of the two quick-releases ( 34 ) includes a pivot ( 341 ), a threaded rod ( 342 ), a lever ( 343 ) and a pad ( 344 ), the second end of the second clip portion ( 332 ) includes two lugs ( 345 ) and a gap ( 346 ) formed between the two lugs ( 345 ), the pivot ( 341 ) is pivotably connected between the two lugs ( 345 ) and includes a threaded hole ( 347 ) that is located in the gap ( 346 ), the threaded rod ( 342 ) has a first end thereof pivotably connected to the lever ( 343 ) so that the lever ( 343 ) is pivotably connected to the threaded rod ( 342 ), a second end of the threaded rod ( 342 ) is threadedly connected to the threaded hole ( 347 ) of the pivot ( 341 ), the pad ( 344 ) is mounted to the threaded rod ( 342 ).

9. The platform for fitness equipment as claimed in claim 1 , wherein multiple screws ( 7 ) extend through the desktop ( 11 ) and are connected to the pivotal unit ( 12 ), the screws ( 7 ) do not protrude from a top face of the desktop ( 11 ).