The present invention relates generally to a mechanical device and more specifically to an automatic bike stand.
RELATED ART
Now a days people generally seen with un-lifted two wheeler side stand while traveling. Many times it get dangerous also. So that need comes arise to tackle this situation. Below described assembly can perform as a useful mechanism, which can be installed at particular place using valid opration. This assembly enable rider to automatic lift up of side stand.
SUMMARY
The automatic bike stand assembly makes rider carefree from lifting their motor bike's side stand. As the rider starts our bike and apply gear to get in motion, side stand uplift by itself. The automatic bike stand enables automatic side stand lift up. Gear pedal get locked in applied condition. The automatic bike stand resist bike to fall down if any unintentional push is given to bike from behind in standing position.
Several aspects are described below, with reference to diagrams. It should be understood that numerous specific details, relationships, and methods are set forth to provide a full understanding of the present disclosure. One who skilled in the relevant art, however, will readily recognize that the present disclosure can be practiced without one or more of the specific details, or with other methods, etc. In other instances, well-known structures or operations are not shown in detail to avoid obscuring the features of the present disclosure.
BRIEF DESCRIPTION OF DRAWINGS
FIG.1 illustrating a schematic view of an automatic bike stand.
FIG.2 illustrating a rear view of the automatic bike stand.
FIG.3 illustrating part 1
FIG.4 illustrating part 6, part 8, part 9, different views as (a) & (b).
FIG.5 illustrating part 3, different view as (a) & (b).
FIG.6 illustrating part 6 joining gear pedal through part 8. Different view as (a), (b) & (c)
DETAILED DESCRIPTION
Generally people forget to uplift side stand of their motor bike after starting and it sometimes creates dangerous situation. Below described assembly can performs a useful mechanism, which can be installed using valid operation at particular place near foot rest. Therefore the present disclosure that is a novel assembly enable rider to automatic lift up of side stand.
The novel assembly for a automatic bike stand comprises a plurality of mechanical components such as a base plate (PART 1), a stand rod (PART 2), a small lever (PART 3), a stretchable spring (PART 4), a torsional spring (PART 5), long lever (bell crank with angular elevation) (PART 6), a pin on part 1 (PART 7) about which part 6 rotates, pin on part 6 (sliding below small lever part 3) (PART 9), pin on part 6 (sliding in the rectangular groove with two hemispherical ends on gear pedal) (PART 8), main bolt (join stand rod & base plate) (PART 10), nut on bolt part 10 (part 11), nut joining small lever part 3 to the base plate part 1 (PART 12), pin on stand rod just below and parallel to axis of part 10 (PART 13) and pin on stand rod above and parallel to axis of part 10 (PART 14).

The components are arranged in to form the novel assembly of the automatic bike stand as follows, the PART 1 is joined to bike's chassis or foot rest pipe (sub component welded with chassis), as per requirement, at required particular angle so that PART 6 remains exactly below gear pedal so that sliding of part 8 into the groove of gear pedal make possible. The PART 6 rotates about PART 7 during working. The PART 9 slides below the PART 3. The PART 3 made vage shape on one side as to perform smooth sliding flow of part 13 on their vage like face. A tension stretchable spring (PART 4) is assembled between PART 7 & PART 14. a torsional spring(PART 5) is assembled to make PART 3 rotates about its axis of rotation.
For applying side stand, rider have to force down the stand same as man generally do. In this process PART 13 slides over vage shape face of PART 3 and settled in the cut. To uplift the stand rider just have to push gear pedal down forward which however must to get in motion. By doing so PART 8 slides below it and gives rotatory motion to PART 6 up to some extent, on other side of part 6, part 9 slides below part 3 and lift it by some amount. As part 3 lift upward, part 13 released and stand goes back to its previous position by spring action.
While various embodiments of the present disclosure have been described above, it should be understood that they have been presented by way of example only, and not limitation. Thus, the breadth and scope of the present disclosure should not be limited by any of the above-discussed embodiments, but should be defined only in accordance with the following claims and their equivalents.

we claim,

A method, system and apparatus providing one or more features as described in the paragraphs of this specification.
2. Part 3, its design and working method specifically for two wheeler side stand.