Indian Journal of Fibre & Textile Research

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Development of Two Novel Methods Using Sensors to Operate the Industrial Over-Lock Machine for Loco-Motor Disabled Person


Affiliations
1 Department of Fashion Technology, Sona College of Technology, Salem 636 005, India
 

In this research, two sensor-based methods have been developed to operate industrial over-lock sewing machine, especially for loco-motor disabled person. Generally, the over-lock sewing machine is operated using foot pedal and this sensor based method eliminates the foot pedal and use alternative ways to sew garment. The method-1 uses a flex-touch sensor and method-2 uses a textile sensor integrated wearable hand glove to operate the over-lock sewing machine. The seam efficiency of over-lock stitches performed using both the methods (1 & 2) has been assessed and compared with that of normal foot pedal method. A variety of woven and knitted garments are sewed by implementing both the methods, and results are evaluated to calibrate and standardize the sensors/methods to encourage loco-motor disabled persons as self-employed sewing operators.

Keywords

Conductive Fabric, Loco-Motor Disabled Persons, Over-Locksewing Machine, Textile Sensor, Touch Sensor, Wearable Hand Gloves.
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  • Development of Two Novel Methods Using Sensors to Operate the Industrial Over-Lock Machine for Loco-Motor Disabled Person

Abstract Views: 136  |  PDF Views: 109

Authors

S S Suresh
Department of Fashion Technology, Sona College of Technology, Salem 636 005, India
D Raja
Department of Fashion Technology, Sona College of Technology, Salem 636 005, India

Abstract


In this research, two sensor-based methods have been developed to operate industrial over-lock sewing machine, especially for loco-motor disabled person. Generally, the over-lock sewing machine is operated using foot pedal and this sensor based method eliminates the foot pedal and use alternative ways to sew garment. The method-1 uses a flex-touch sensor and method-2 uses a textile sensor integrated wearable hand glove to operate the over-lock sewing machine. The seam efficiency of over-lock stitches performed using both the methods (1 & 2) has been assessed and compared with that of normal foot pedal method. A variety of woven and knitted garments are sewed by implementing both the methods, and results are evaluated to calibrate and standardize the sensors/methods to encourage loco-motor disabled persons as self-employed sewing operators.

Keywords


Conductive Fabric, Loco-Motor Disabled Persons, Over-Locksewing Machine, Textile Sensor, Touch Sensor, Wearable Hand Gloves.

References