Abstract: A street light includes a post with a light unit connected thereto. The light unit defines an enclosed space therein, and a separation board located in the enclosed space to divide the enclosed space into a first space and a second space. The separation board includes a hole. A circuit board includes multiple light emitting members and is located in the first space and on the separation board. The light emitting members are received in the hole of the separation board. A heat dissipating device is located in the first space and secured on the circuit board. The heat dissipating device extends to outside of the light unit. The heat generated from the light emitting members is transferred to the heat dissipating device which transfers the heat to outside of the street light.

Abstract: A tablet personal computer having functions of switching keyboards and display data comprises the following elements. A touch liquid crystal display has a function of receiving input signals from an electronic pen. A motherboard is electrically connected to the touch liquid crystal display. A switched keyboard key-in module serves for displaying a virtual keyboard layout on the touch liquid crystal display so as to key-in data by using an electronic pen or by typewriting by fingers; and for transferring the display content of the touch liquid crystal display from a wireless AV signals transmitting device to a wireless AV signals receiving device. The wireless AV signals transmitting device serves for receiving the display contents of the touch liquid crystal display and transmitting the display content wirelessly; and the wireless AV signals receiving device serves to receive the wireless signals and transfer the display content to a large scale of display.

Abstract: A rapidly self-heat-conductive heat-dissipating module is disclosed including: a plurality of heatsinks which are overlapped, but mechanically separable and discontinuous in contacting interface, at least one heat convection super conductive tubes containing high temperature super conductor composites, at least one heat dissipating fans assembled to an identical lateral side of the heatsinks. In addition to serving to buckle heatsinks together, heat convection super conductive tubes containing high temperature super conductor composites transfer heat to heatsink far away from heat generating source rapidly, whereby efficiency of heat dissipating increases. Mechanical separability between buckled heatsinks and discontinuity in contacting interface between heatsinks avoid heat dissipation of heatsink contacting heat source being impaired by the downward heat flow from heatsink far away from heat source.

Abstract: A heat dissipating module comprises a large heat dissipating element having a base and a first fin set on an upper side of the base; a lateral side of the base having a plurality of holes; a plurality of small heat dissipating elements; each small heat dissipating element having a base and a second fin set; the small heat dissipating elements being placed upon an upper side of the first fin set; a lateral side of each small heat dissipating element having a hole; and a plurality of heat conducting elements which are embedded into the holes of the small heat dissipating elements and the large heat dissipating element.

Abstract: A buckling device of a heat dissipating module comprises a retaining seat, a connecting element and a pressing element. The retaining seat has a plurality of legs extended from two opposite sides, each leg having a buckling hole. The connecting element has a plurality of extending arms at two opposite sides, an end portion of each extending arm being installed with a hook. The pressing element has a slot and a protrusion at first end, and second end of the pressing element being pivotally connected to the slot of the connecting element; and when rotating the pressing element, the lower side of the protrusion moving upwards or downwards.

Abstract: A method for forming a heat conductive device of superconductive metal block comprises the steps of: placing at least one heat conductive superconductive tubes or containers and melting metal material into a mold; shaping heat conductive superconductive tubes or containers and melting metal material into blocks by die-casting or casting mold so that the heat conductive superconductive tubes or containers are enclosed in the melting metals so as to be as an integral body. The metal block is a high heat conductivity metal, which may be integrally formed with fins. Furthermore, the heat conductive superconductive tube or container is bent to have a helical shape. The heat conductive superconductive tube or container is bent as a U shape or is bent to have a three dimensional shape. Moreover, there are a plurality of metal blocks which are stack packed one by one.

Abstract: A workstation-type mini computer comprises a motherboard, a small display, a wired receiving interface, a wireless receiving interface, and a wireless audio-video signal transmitter. The motherboard has at least one processor. The wired receiving interface receives signals from an external wired key-in device, which can be a keyboard, a mouse, or a touch-control panel, through an electric cable; the electric cable bridges the wired receiving interface and the external wired key-in device. The wireless receiving interface receives signals from an external wireless key-in device, which can be a keyboard, a mouse, or a touch-control panel, by a wireless transmission means. The wireless audio-video signal transmitter transmits output audio-video signals generated in the motherboard to a wireless audio-video signal receiver; the wireless audio-video signal receiver receives and then relays the output audio-video signals to a large-scaled display monitor for display.

Abstract: A workstation-type notebook computer capable of switching key-in devices and output display monitors comprises a motherboard, a key-in device, and a wireless audio-video (AV) signal transmitter. The key-in device is either of a keyboard, a touch-control panel, a mouse, and a joystick. The key-in device can be either built-in and therefore inseparable from the computer or separable from the computer by being disconnected at an input interface module. The wireless AV signal transmitter, used together with a wireless AV signal receiver, transmits the contents of an output AV signal from the motherboard to an external large-scaled display monitor that the wireless AV signal receiver is connected to.

Abstract: A tablet personal computer capable of switching devices for displaying output and receiving input comprising a touch LCD monitor, a motherboard and an input connector. The touch LCD monitor has a function of receiving input from an electronic pen. The motherboard is electrically connected to the touch LCD monitor and contains at least a central processing unit (CPU) and a built-in radio receiver; the radio receiver is for receiving signals from an indefinite wireless input device. The input connector is for connecting an indefinite wired input device. A tablet personal computer according to the present invention further includes an output display switch for switching output display to an indefinite external monitor. The output display switch is connected to a wireless audio-video transmitter for transmitting the contents of the CPU operation to an external wireless audio-video receiver; the wireless audio-video receiver is connected to an external monitor.

Abstract: A rapidly self-heat-conductive heat-dissipating module has two fin sets which are overlapped. At least one heat convection super conductive tube is engaged with the two heatsink sets. One heatsink set is used to absorb heat from a heat source and the other one serves to dissipate heat. A heat dissipating fan blows air to the two heatsink sets for increasing heat dissipating efficiency. A plurality of rapidly self-heat-conductive heat-dissipating modules having heatsink sets and heat convection super conductive tubes can be assembled together and then heat dissipating fan is used to blow cold air. Therefore, the rapidly self-heat-conductive heat-dissipating module can dissipate rapidly and efficiently.

Abstract: A muffler has an outer tube and an inner tube sealingly received in the outer tube. The inner tube has multiple shrink throats securely arranged therein and multiple through holes peripherally defined therein. Multiple baffles are formed between the outer tube and the inner tube and each of which has multiple openings. Every time when the exhaust air passes through the shrink throat in the inner tube, the speed of the exhaust air increases. Eventually, the efficiency of discharging the exhaust function increases. Due to the shrink throats, the backpressure from the exhaust air increasing, therefore hinders the power loss due to the early opening of the exhaust valve in the power (expansion) stroke.

Abstract: A screen detachable and updateable A/V radio frequency device includes a motherboard and a keyboard, at least one wireless A/V transmitter, a wired A/V signal and power wire, an assembling-joint A/V signal and power wire and at least one random display device. The motherboard and the keyboard are installed on a notebook computer, i.e., a palm computer or a pocket type compute. The wireless A/V transmitter is installed within the mainframe. One end of the wired A/V signal and power wire is connected to the audio/video signal and power wire and another end thereof is connected to the wireless A/V transmitter. One end of the assembling-joint A/V signal and power wire is connected to the audio/video signal and power wire and another end thereof is connected to an assembling joint.