Abstract: An exemplary display device (1) includes a chassis (12), a circuit board (14) and a heat sink (16). The heat sink connects with the circuit board and the chassis. The chassis covers the circuit board and includes at least one heat conducting member (120) connecting with the heat sink. The display device performs an increased heat dissipating efficiency, and can be conveniently assembled or disassembled.

Abstract: An exemplary flat panel display includes a display body, a neck pivotally engaged to the display body, and a base supporting the neck. The neck includes an inner screw thread. The base includes a screw bolt threadingly coupled to the screw thread of the neck such that the neck is detachably coupled to the neck.

Abstract: An exemplary flat panel display (2) includes a front bezel (21), a back cover (22), a display panel (23), and a button circuit board (28). The front bezel and the back cover cooperatively define a space for accommodating the display panel and the button circuit board. The front bezel includes a display window defined therein and a plurality of button devices (212). The button devices and the front bezel are portions of a single piece of molded material. The button devices corresponding to the button circuit board. Because the button devices of the flat panel display are inseparably integrated with the front bezel, the button devices and the front bezel can be fabricated using a single mold, and an individual mold for the button devices is not necessary. Therefore, the flat panel display has a reduced cost and a simplified fabricating process.

Abstract: An exemplary flat panel display (200) includes a display module (22), a supporting member (25) for supporting the display module, and a base (27) detachably attaching to the supporting member. The supporting member includes a first hook (254) and a positioning groove (258). The base includes an elastic member (273) and a first through slot (274). When the first hook is latched in the first through slot and part of the elastic member is received in the positioning groove, the supporting member is detachably attached to the base.

Abstract: An exemplary flat panel display (200) includes a display module (22), a supporting arm (25), and a base (27). The supporting arm includes a slide plate (251). The base defines an accommodating space (275). The supporting arm is attached to the display module such that the display module is pivotable about the supporting arm. The slide plate is slidably received in the accommodating space such that the supporting arm is attached to the base, and the slide plate is slidably removable from the accommodating space such that the supporting arm is detached from the base. The supporting arm can be easily detached from the base. Thus, unduly large space inhabited by the supporting member can be effectively saved during the transportion of the flat panel display (200).

Abstract: A liquid crystal display device includes a liquid crystal display module, a circuit board, and a shield case. The circuit board is mounted on the liquid crystal display module and has a socket for receiving a power supply plug. The shield case includes an offset portion on a rear part to contain the circuit board. An opening formed with holding members for securing the socket is provided at the offset portion.

Abstract: An exemplary flat panel display (1) includes a display body (2), a neck (4), and at least one foot (6). The display body includes a back cover (20). The back cover includes a protruding portion (201), and a recessed portion (203) adjacent to the protruding portion. The neck is connected with the display body by a pivot (41), and corresponds to the recessed portion. The at least one foot is connected with the neck by a pivot assembly (42). The at least one foot supports the neck and the display body, and corresponds to the protruding portion. When the flat panel display is folded up, the neck is at least partially accommodated in the recessed portion, and the at least one foot is positioned a peripheral edge of the protruding portion.

Abstract: An indicating apparatus transmits beams from an indicating lamp and includes a panel. The panel has an open area defined thereon. The open area includes a C-shaped slot and an upright slot. The C-shaped slot generally surrounds an opaque area, and the upright slot is defined in the opaque area. A center of the opaque area is generally aligned with the indicating lamp, and the opaque area has a protrusion pointing toward the indicating lamp. The preferred shape of the protrusion is either a conical or pyramidal, and reflects the beams from the indicating lamp to the open area. One exemplary application of the indicating apparatus is to indicate a “power on” status of an electronic device.

Abstract: An exemplary flat panel display (2) includes a display module (21), a supporting member (25), and a bolt (231). The display module includes a plurality of first connecting portions (211) provided at a back side thereof. The supporting member includes a plurality of second connecting portions (251). Each of the first and second connecting portions includes a pivot hole (213 and 253), the first and second connecting portions are interleavedly and interferingly connected with one another such that the pivot holes of the first and second connecting portions are aligned, and the bolt extends through the pivot holes, such that the display module is pivotable relative to the supporting member.

Abstract: An exemplary flat panel display (2) includes: a display module (21), two connecting pieces (231, 233) fixed to a back side of the display module, a supporting member (237) having a first side plate (2372) and a second side plate (2373) having a screw hole (2375) therein, a fixing member (235) connecting a first one of the connecting pieces and the first side plate of the supporting member such that the first connecting piece is pivotable relative to the first side plate, and a first bolt (239). One end of the first bolt includes a screw thread (2391) thereon. The first bolt extends through a second one of the connecting pieces and threadingly engages in the screw hole of the second side plate of the supporting member, such that the second connecting piece is connected to the second side plate and pivotable relative to the second side plate.

Abstract: A thermal insulation apparatus for a capacitor and the capacitor with the thermal insulation apparatus is provided. The thermal insulation apparatus includes a basis, a thermal baffle is stretched upwards from a side wall of the basis, a bracket is connected with a inner wall of the basis. The basis and the bracket form a cavity to hold the capacitor. The thermal insulation apparatus can isolate the capacitor from external heat sources. After assembly, a distance lies between the bracket and the basis of the thermal insulation apparatus so that the capacitor can eliminate heat efficiently.

Abstract: A display device with a jack is disclosed. The display device (1) includes a display screen (10), a display bezel (40), a jack (20), a guide groove (21), and a guide wall (22). The guide groove and the guide wall are for guiding a user to insert a plug into the jack without mistake. The guide groove is position on one side of the jack, whereas, the guide wall is on an opposite side of the jack from the guide groove. The guide groove and the guide wall cooperate together to prevent deflection when a plug is inserted into the jack.

Abstract: An exemplary flat panel display (2) includes a front housing part (20), which has a frame (21) having a button through hole (222) defined in a lower side thereof; a button (221) corresponding to the button through hole, the button comprising a pressing end (2215), at least one claw (2213), and a contact portion (2219), the at least one claw extending inward from an inner side of the button, and the contact portion extending inward from an inner side of the button at the pressing end; and an elastic arm (225) fixed at an inner surface of the lower side of the frame. The at least one claw of the button is snappingly engaged adjacent an inner surface of the lower side of the frame such that the button is engaged in the button through hole and slidable in the button through hole.

Abstract: An exemplary flat panel display subassembly (1) includes a front frame (10), a back cover (12), and a speaker (14). The back cover is adjacent to the front frame. The speaker is adjacent to one of the front frame and the back cover, and defines a through hole (146) therein. One of the front frame and the back cover includes a securing structure (129) engaged in the through hole.

Abstract: The invention is a high power LED color bulb which has infrared remote function. The invention includes a reflector, a LED module which has inner LED chips, and a bulb cover which has inner controller to control a circuit board. The LED module is set behind the reflector, and LED chips are inside of the reflector, the bulb cover is behind the reflector, and LED module is connected to the controlling circuit board. Moreover, a light guide hole or light guide bar is attached from foresight of reflector and extend to the back of reflector to correspond with infrared sensor which controls circuit board. This is the structure of high power LED color bulb which has infrared remote function. With this invention, infrared sensor does not have to be set in front of reflector and still can receive infrared signal through light guide hole or light guide bar to control different functions, such as turn on/off, choosing colors, changing modes and adjusting illumination.

Abstract: A display device is provided with a humidifier and includes a base (1), a support (2) and a display body (3). The humidifier is formed on the base, and includes at least one liquid holding portion which holds liquid therein for evaporation.

Abstract: A hydrogen fuel supply system comprising a methanol aqueous solution particulates generator, spark-plasma heater, catalytic reactor, hydrogen separation unit, hydro-evaporating cooler, hydrogen compressor, hydrogen injection system, etc. By properly mixing methanol and water to form a methanol aqueous solution, then vibrated by a methanol aqueous solution particulates generator to form micro to nano sized particulates of aqueous-methanol, and the micro to nano sized particulates is then heated in high temperature by a spark-plasma heater, then through a catalytic reactor to form a gaseous mixture of hydrogen, carbon dioxide, and nitrogen. Then the hydrogen is separated by a hydrogen separation unit. Finally, the hydrogen is chilled by a hydro-evaporation cooler and then compressed by a hydrogen compressor. The resulting hydrogen can be supplied to hydrogen internal-combustion engines or hydrogen power generators by hydrogen injection systems.

Abstract: A thermal insulation apparatus for a capacitor and the capacitor with the thermal insulation apparatus is provided. The thermal insulation apparatus includes a basis, a thermal baffle is stretched upwards from a side wall of the basis, a bracket is connected with a inner wall of the basis. The basis and the bracket form a cavity to hold the capacitor. The thermal insulation apparatus can isolate the capacitor from external heat sources. After assembly, a distance lies between the bracket and the basis of the thermal insulation apparatus so that the capacitor can eliminate heat efficiently.

Abstract: An exemplary liquid crystal display device (1) includes a liquid crystal module (10), a circuit board (12), a chassis (16), and a stabilizing clip (18). The circuit board and the liquid crystal module are received in the chassis. The circuit board includes a power socket (122). The liquid crystal module includes a plug (104) electrically connecting with the power socket. The stabilizing clip is detachably engaged with the chassis and the power socket, whereby movement of the plug relative to the power socket is restricted or eliminated.

Abstract: An exemplary flat panel display (2) includes a display module (20), a supporting member (30) attached to the display module, and a base (40) engaged with the supporting member. The supporting member includes engaging members (31), and the base includes elastic arms (411). The engaging members detachably engage with corresponding elastic arms whereby the supporting member is detachably engaged with the base. The base can be detached from the supporting member of the flat panel display whenever desired. Therefore once the flat panel display has been newly manufactured, it can be conveniently wrapped and transported at a reduced cost.