Ritek Corporation

Shaw-Jong Wang

Chien-Hua Wu

Chi-Jung Shen

Charen Yu

Chih-Ping Liang

Joseph Shen

Hsin-Hua Chang

Cheng-Chung Chen

A lamp comprising a readable disk and a socket. The readable disk includes a readable surface for retrieving recorded data and a light-emitting surface provided with a plurality of conductive terminals. The socket includes a body having a lengthwise slot for receiving a readable disk, a plug and a plurality of solder bumps placed in the slot to be electrically connected with a plug. When the readable disk is inserted into the slot, the plurality of conductive terminals and solder bumps are conducted to excite the readable disk to luminescent.

Lamp having a readable disk with an electro-luminescent element

The present invention discloses a case with a vibration-activated light emitting indication apparatus comprising a case and a light emitting indication apparatus. The light emitting indication apparatus includes an indicator plate, which is transparent and contains a pattern, including, for example, a logo, characters, and drawings; an electroluminescent laminate; a power supply, which powers the electroluminescent laminate; a vibration sensor IC, which senses the vibration caused by an external act of pressing or shaking on the case, and then controls an inverter to activate the electroluminescent laminate. The above-mentioned case can be a container with a cover, such as a DVD case, a watch box, a jewelry box and any other cases. The pattern on the transparent indicator plate can be highlighted by the light emitted from the electroluminescent laminate, achieving a vivid image such that the case is elaborately ornamented.

Case with vibration-activated light emitting indication apparatus

The present invention discloses a packaged set of luminous disks with DIY surface and a method of its use. The invention is designed for providing consumers an alternative to design the surface of the disk at their will. The packaged set of the present invention basically contains at least one luminous disks and at least one transparent stickers; the luminous disk has a disk lamination and a light-emitting lamination, the transparent stickers has cutting lines defined some specific shapes for users to easily detach from the mother sheet. After designing and printing out the desired patterns on the transparent stickers, the user detaches the transparent stickers and then stick them onto the luminous surface of the luminous disk, a special home-made disk is thus obtained.

Packaged set of luminous disk with DIY surface and method of its use

The present invention relates to a portable apparatus including a fastening mechanism for use with the light-emitting disk. The clamping area of the light-emitting disk has a plurality of conductive terminals, and the touch portion of the fastening mechanism connected with the conductive terminals can supply electrical power to light up the light-emitting disk. Furthermore, the light-emitting disk can light partially, intermittently or colorfully by itself because the fastening mechanism controls the electrical power in different modes.

Portable apparatus for use with a light-emitting disk

A sidemarker light which has a light housing, an EL slice and a fastening mechanism. The light housing has a bottom plate with at least two through holes and a top cover attached to the bottom plate. The EL slice has a lighting portion and two conductive terminals. The fastening mechanism has a pair of terminal receivers and a pair of plugs. Each terminal receiver has a terminal-buckling portion and a plug-buckling portion. The terminal-buckling portions buckle the two conductive terminals. The plug has a coupling portion that is buckled by the plug-buckling portion and a through portion that passes through the through holes on the bottom plate.

Sidemarker light

A long-life type colorful electroluminescent (EL) display panel is disclosed. The EL display panel comprises a luminescent laminate, two electrodes located at the two sides of the luminescent laminate, several terminals, and a display surface. One of the two electrodes includes plural separated sub-electrodes. Each sub-electrode comprises at least one branch portion and a bus bar connecting at least one branch portion to one of the terminals. Each of the branch portions in one sub-electrode is accompanied with one branch portion in a sub-electrode different from the one sub-electrode, and extends in parallel thereto in a position corresponding to a portion of the display surface which is representative of substantially the same area. By means of the above structure, the display panel will have a life span more than double the normal and can display colorfully.

Long-life type colorful electroluminescent display panel

A luminous disk is disclosed in this invention. The luminous disk comprises a disk lamination and a light emitting lamination. The disk lamination at least comprises a substrate and a metallic reflecting layer. The light emitting lamination at least comprises an electroluminescence section having a first side plane and a second side plane, and a biasing section for applying an external electrical signal onto the first and the second side planes so as to make the electroluminescence section luminesce. Basing on the above structure, a new disk having a redoubled effect is available.

Luminous disk

A car cabin light device capable of storing digital data is disclosed. The car cabin light device comprises a switch, a light emitting element for emitting light under a biasing of an external source, and a socket provided in a car cabin for detachably receiving the light emitting element and conducting the external source thereto. The light emitting element is constructed by a luminous disk having a first surface for accessing data and a second surface for luminescing. The luminous disk comprises: a data recording lamination located at the side of first surface for storing digital data; a light emitting lamination having two side planes and located at the side of second surface; and a biasing lamination for receiving the external source and applying it to the two side planes of the light emitting lamination for emitting light.

Growing community of inventors

Hsinchu, Taiwan

Shaw-Jong Wang