A computer key with ergonomic scissor feet
An ergonomic, scissor-foot technology, applied in the input/output, electrical components, electrical switches and other directions of user/computer interaction, can solve the problems of complex inner frame structure, reduced assembly strength, uneven force on buttons, etc. The effect of large-scale production, strengthening installation strength, and strengthening support
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[0029] Embodiment 1, the two ends of the outer frame front arm 22a are integrally formed with two clamping foot rotating shafts 25, and the two ends of the outer frame rear arm 22b are integrally formed with two locking foot rotating shafts 25; the two ends of the outer frame rear arm 22b are integrally formed. The locking pin rotating shaft 25 is correspondingly clamped on the two corresponding fixed decks 11 on the key cap 10, and the two locking pin rotating shafts 25 at both ends of the outer frame forearm 22a are correspondingly clamped on the corresponding two fixed decks 41 on the key bottom plate 40. superior.
[0030] In another embodiment, the two ends of the outer frame forearm 22a have no clamp feet, and the two ends of the outer frame rear arm 22b are integrally formed with two clamp feet 25; the inner two ends of the outer frame rear arm 22b are correspondingly clamped on the button On the two corresponding fixing sockets 11 on the cap 10 , the two clamping feet ...
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