We claim:
1. A system (112) for self-climbing platform (102) comprising:
a hydraulic actuator assembly;
a network of sensors;
5 the system (112) is communicatively coupled to the hydraulic actuator
assembly, and the network of sensors, wherein the system (112) comprising:
an obtaining module (212), coupled with a processor (202), wherein
the obtaining module (212) is configured to obtain real time data of
operational parameters of the self-climbing platform (102) using the
10 plurality of sensors;
a computing module (214), coupled with the processor (202),
wherein the computing module (214) is configured to compute a plurality
of parameters related to self-climbing platform (102) in real time based on
the obtained data;
15 a controlling module (216), coupled with the processor (202),
wherein the controlling module (216) is configured to control positioning
and movement of the self-climbing platform (102) by elevating and
descending the hydraulic actuator assembly, based on a computed
parameters, wherein positioning and movement of the self-climbing
20 platform (102) satisfy safety protocols.
2. The system (112) for self-climbing platform (102) as claimed in claim 1
comprises a user interface, wherein the user interface is configured to enable
operator to operate the self-climbing platform (102).
3. The system (112) for self-climbing platform (102) as claimed in claim 1, wherein
25 the controlling module (216) further comprises:
a monitoring module, coupled with the processor (202), wherein the
monitoring module is configured to monitor operation of the hydraulic
actuators and function of guide rails;
a safety module, coupled with the processor (202), wherein the safety
30 module comprises safety protocols to detect potential hazards comprising
overloads, misalignments, system failures based on monitored operations;
18
a response module, coupled with the processor (202), wherein the
response module is configured to initiate corrective actions based on the
detected potential hazards.