Abstract: The present invention relates to a cable manager, and more particularly, to a cable manager which can secure promptness and convenience when a plurality of cables are connected or disconnected by collectively connecting and separating connectors of the cables to and from a plurality of ports formed in a socket of a server device or the like.

Abstract: A keypad with a plate and distinct keys that move relative to the plate to generate an acoustic signal for acoustic pulse recognition (APR). Each key represents an input value and is structured to contact the plate at a region smaller than an upper surface of the key where a finger or a thumb comes into touch. The contact region of the plate coming into contact with an individual key is small relative the upper surface of the key, and hence, acoustic signals generated in response to the touch of the same key has less variance compared to acoustic signals generated in response to a direct touch of the plate by a finger or a thumb. As a result, the localization of the touch using APR can be more accurate compared to direct touch of the plate by a figure or a thumb.