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Last updated February 1, 2026
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Automated tensioning fastener mechanism: BYDRecent Research Landscape

Manual cable fastening in vehicle assembly leads to inconsistent tension and repetitive strain injuries. These innovations utilize automated mechanical buckle structures to ensure uniform clamping force and high-speed installation.

What technical problems is BYD addressing in Automated tensioning fastener mechanism?

Wiring harness mechanical interference

(38)evidences

Unprotected or poorly routed wiring in moving assemblies leads to insulation abrasion and signal failure. Preventing physical contact with dynamic components ensures long-term electrical reliability.

Inefficient manual assembly speed

(12)evidences

Mechanical vibrations and external interference cause joint separation or tampering. Preventing spontaneous disconnection ensures structural integrity in high-vibration environments like vehicles and refrigeration systems.

Component displacement under mechanical stress

(7)evidences

Mechanical vibration and structural loosening in high-density electronic environments lead to hardware disconnection. Ensuring rigid fixation prevents intermittent signal loss and physical damage during operation.