Abstract:
The process of woven bags relocation in salt, rice or fertilizer warehouse, found a problem from cost in woven bags relocation due to usually at least two workers to complete the jobs. Although now devices automatic have been invented to support a worker so a woven bag can be carried by oneself but mid-sized business have area constraint for the jobs and it is not worth high-cost. Thus, a decrease in workers to complete the jobs. This research proposes of design woven bag clamping devices in association with general lifting machine enable us to woven bags relocation in area constraint. The application of Quality Function Deployment is the design processes with Function Behaviour Structure. Which are a transformation of Customer requirements to Engineering characteristics, analysis of Function requirements, searching of Design solution and select of Design solution. Create product prototype for respond the customer requirement. Result of design woven bag clamping devices with crane machine. In conclusion, the designed clamping device can support an individual worker to relocate a maximum of 50-kilogram woven bag can be carried by oneself and pass the tensile strength test of 3.5 times the weight of the woven bag meet stringent safety standards for clamping devices in association with crane.