Abstract: A linkage front wheel suspension system for two-wheeled vehicles comprising of a control arm hinged with the body of the vehicle, fork member, and steering member. An upper ball joint connects said steering member to the body of the vehicle and a lower ball joint connects the outer end of said control arm with said fork member. Fork member extends upwards and rearwards from said lower ball joint to hinge with said steering member. Steering member extends upwards and forwards from this pivot point to said upper ball joint. A method of steering control connects with said steering member. Means of springing/dampening connects with at least one of the said steering/suspension members. Said suspension system can utilize a lighter design of main frame, provide superior road-holding and can have reduced compression when front wheel braking.

Abstract: The present invention relates to a system and method for pre-processing the data and storing the pre-processed data based on its type at the time of storage. During the pre-processing time, the system extracts all the relevant information such as entities, events/time stamped data, domain specific associations from the received content and stores them separately in a different data store. The system also generates different views based on the correlation between the identified entities, events and domain specific associations using data folding techniques. The system also stores the created views in a separate data store such as a view store, wherein the view store is optimized to serve end user queries by traversing through the stored views.

Abstract: The present invention provides a method to provide inferred intentional data analysis to user (s), using sensory data from IoT devices. The method includes step of acquiring plurality of sensory data from one or more IoT devices present in one or more locations, wherein the sensory data is acquired through a DCU (Data Control Unit). The acquired sensory data is routed through DCU to store and collate in the cloud server. The stored sensory data is analyzed in the cloud server to provide the information based on the analysis of stored sensory data, wherein the obtained information is sent to plurality of smart devices. Furthermore, the user's intention is received through the smart devices and stored in the cloud server. Finally, the user's intention is filtered and processed for decision making in cloud server by using sensory data acquired from chosen set of IoT devices as per user's intention.