Compal Electronics, Inc.

Chih-Peng Ma

Yu-Hsin Chuo

Ming-Hsun Chou

Jyh-Chyang Tzou

Chih-Wen Chiang

Chung-Cheng Hua

The present invention relates to a method for simulating the scenes of image signals, which comparing different image signals in alternation time to decide the emitting type and the emitting conversion of a light-emitting device so as to accomplish simulating the scenes of the image signals. The method comprises the steps of: receiving an image signal; sending the image signal to a display device and a light-emitting device respectively; measuring the image signal sent to the light-emitting device and getting a first signal data, the light-emitting device determining its color and brightness according to the first signal data; measuring the image signal sent to the light-emitting device and getting a second signal data after a predetermined time; comparing the first signal data, second signal data with a delay time database to determine whether a delayed light-emitting signal is received; if there is no delay light-emitting signal between the first signal data and second signal data, then the light-emitting device will maintain its color and brightness; and if there exists a delay light-emitting signal between the first signal data and second signal data, then the light-emitting device will light its color and brightness according to the delay light-emitting signal. Furthermore, the present invention also provides a device with the function of simulating the scenes of the image signals and a display device with the function of simulating the scenes of the image signals.

Method and apparatus for simulating the scenes of image signals

A liquid crystal display includes a supporting portion having a connecting end connected non-removably to a liquid crystal display panel, and an engaging end opposite to the connecting end, a base connected detachably to the engaging end of the supporting portion, and an engaging unit disposed on the engaging end of the supporting portion and the base for providing a releasable engagement between the supporting portion and the base.

Liquid crystal display with detachable base

LCD monitor

Portable computer

A liquid crystal display monitor includes a monitor stand and a liquid crystal display module. The monitor stand has a base portion adapted to be disposed on a table surface, and a stand portion extending vertically from a top side of the base portion. The stand portion includes complementary first and second housing parts that cooperate to confine a vertical cable passage. The first housing part has an upper end and a lower end mounted immovably on the top side of the base portion. The monitor stand further includes an interlocking unit provided on the first and second housing parts for retaining removably the second housing part on the first housing part. The liquid crystal display module includes a display housing mounted on the upper end of the first housing part. The display housing is formed with a connector mounting cavity that has an open rear side and an open bottom side. The cavity has an electrical connector unit mounted therein. The connector unit is adapted to mate with an electrical cable unit. The display module further includes a cover member mounted on the display housing to cover the open rear side of the cavity.

Liquid crystal display monitor having a monitor stand with a replaceable housing part

Computer liquid crystal display monitor

Computer monitor

Display of video phone

Computer display

Growing community of inventors

Taipei, Taiwan

Chih-Peng Ma