Abstract: An automatic breaker apparatus for the USB power supply, comprising a manual switch module, a relay, a high frequency transformer, a PWM power source master control module, a drive module, a signal filter module, an MCU master control module, a lighting instruction module and at least one USB power output end. When a user presses down the manual switch module, the relay becomes conductive, thus causing the electronic apparatus connected to the USB power source input end to be charged, and determining through the MCU master control module whether the electronic apparatus is using the electric current based on the pulsed filter signal outputted by the signal filter module thereby driving the relay to disconnect and also starting the lighting instruction module to generate light.

Abstract: A nightlight driving device is disclosed, comprising a power input module, a current limiting module, a triac, a photo-sensing module, a filter module and a light emitting diode (LED), wherein the filter module inputs a stable current into the LED and the power input module provides the power required for entire operations; therefore, when the photo-sensing module is located in a daytime environment, the photo-sensing module causes the triac not to be driven to conduct and the LED can not illuminate; on the other hand, in case the photo-sensing module is in a nighttime environment, the triac can be driven to conduct thereby enabling illumination of the LED so as to effectively save the power consumed by the nightlight.

Abstract: A timing device without a neutral line is disclosed, comprising a hot line (L line) input, a hot line (L line) output, a second filter module, a triac, a current limiting module, a current rectifying module, a SCR, a first filter module, a MCU, a display module, an operation interface module, and a power input module provides the power required for entire operations. And, the operation interface module can input the control signal into the MCU and further output a signal to the second filter module for filtering to conduct the SCR and finally through the current rectifying module and the current limiting module to conduct the triac. Therefore, the current can enter into the AC output for providing electronic power.

Abstract: An outdoor extension line socket enabling remote controlled timing power supply is disclosed, comprising a socket body and a remote controller body, in which the bottom of the socket body is formed as a tapered body for sticking the socket body into the ground. The socket body consists of a socket, a display, a time adjustment button, an extension line plug and a socket power control circuit. In addition, the remote controller body consists of a time adjustment wheel, two switch control buttons and a remote control circuit. As the socket body being stuck on the outdoor ground, it is possible to provide electric power required for operations of an outdoor electronic device, and the power supply time of the socket body can be adjusted in accordance with the settings done by the remote controller body so as to designate the operation time of the outdoor electronic device.

Abstract: A power supply control device for lamp includes a control unit, the control unit receives a forward voltage signal and a reverse voltage signal simultaneously from a zero-crossover sampling circuit and determines if a connected load is an LED lamp, then the control unit turns on a tri-electrode AC switch (TRIAC) after an operating voltage for the LED voltage is reached, thereby outputting the AC power to an outlet for illuminating the LED lamp; since the TRIAC can be turned on with the forward voltage or the reverse voltage, the LED lamp is powered with a stable power supply to prevent the LED lamp from blinking.

Abstract: An integrated power supply and network connection control device for a cord set includes a power device having a main outlet and a plurality of auxiliary outlets, the main outlet is kept power-on permanently, and the plurality of auxiliary outlets is controlled to be on/off by a control device; a network connector (RJ45) is disposed on the power device for connecting with a network cable and is also controlled to be on/off by the control device; the control device is coupled with a computer host via a USB cable for a user to set a cursor idle time, a sleep time, a standby time and a shutdown time for the computer host; when the cursor doesn't move for more than the cursor idle time, the control device will force the network connector to turn off the network connection; if the computer host is in a sleep, standby or a shutdown mode, the control device will force the plurality of auxiliary outlets of the power device to be power-off to save energy and to prevent computer hacking.

Abstract: A timing-device equipped energy-saving socket includes an enclosure, in which the enclosure is deposed a power plug on one side, and deposed a variety of power sockets on the sides without deposing the power plug. The enclosure is deposed a control device inside. When the power plug receives the AC power, the AC power can not be transmitted to the control device and the power socket if the control device does not operate. If the control device operates, the AC power is supposed to supply power to the control device and the power socket. When the control device measures that the power supply time is out, the AC power supply ceases to supply power to the power socket. Thus the AC power can not be transmitted to the control device and the power socket, and the purpose of energy saving and zero power consumption can be achieved.

Abstract: A timing-device equipped energy-saving socket includes an enclosure, in which the enclosure is deposed a power plug on one side, and deposed a variety of power sockets on the sides without deposing the power plug. The enclosure is deposed a control device inside. When the power plug receives the AC power, the AC power can not be transmitted to the control device and the power socket if the control device does not operate. If the control device operates, the AC power is supposed to supply power to the control device and the power socket. When the control device measures that the power supply time is out, the AC power supply ceases to supply power to the power socket. Thus the AC power can not be transmitted to the control device and the power socket, and the purpose of energy saving and zero power consumption can be achieved.

Abstract: An integrated power supply and network connection control device for a cord set includes a power device having a main outlet and a plurality of auxiliary outlets, the main outlet is kept power-on permanently, and the plurality of auxiliary outlets is controlled to be on/off by a control device; a network connector (RJ45) is disposed on the power device for connecting with a network cable and is also controlled to be on/off by the control device; the control device is coupled with a computer host via a USB cable for a user to set a cursor idle time, a sleep time, a standby time and a shutdown time for the computer host; when the cursor doesn't move for more than the cursor idle time, the control device will force the network connector to turn off the network connection; if the computer host is in a sleep, standby or a shutdown mode, the control device will force the plurality of auxiliary outlets of the power device to be power-off to save energy and to prevent computer hacking.

Abstract: A power supply control device for lamp includes a control unit, the control unit receives a forward voltage signal and a reverse voltage signal simultaneously from a zero-crossover sampling circuit and determines if a connected load is an LED lamp, then the control unit turns on a tri-electrode AC switch (TRIAC) after an operating voltage for the LED voltage is reached, thereby outputting the AC power to an outlet for illuminating the LED lamp; since the TRIAC can be turned on with the forward voltage or the reverse voltage, the LED lamp is powered with a stable power supply to prevent the LED lamp from blinking.

Abstract: A light dimming device for compact fluorescent lamp includes a rectifying circuit for rectifying an AC current signal into a zero crossing voltage signal and outputting it to a current limiting circuit; the current limiting circuit for limiting the zero crossing voltage signal and sending the current limited zero crossing voltage signal to a voltage regulating and filtering circuit and a first comparator; the voltage regulating and filtering circuit for regulating the current limited signal and sending the regulated current limited signal to a reference voltage generating circuit and a current controller; a reference voltage generating circuit for generating a reference voltage signal upon receiving the regulated current limited signal and sending the reference voltage signal respectively to the first comparator and a second comparator; a current controller for controlling the amount of a charging current of a capacitor; the first comparator for outputting a low voltage level signal to the capacitor after rec

Abstract: A socket unit includes a main body, a rotational cover and a spring. The main body has a circular indented region, which is provided with three slots. In assembly, a protruding unit is connected with the circular indented region. The rotational cover can fully cover the three slots. The rotational cover has three slots and whose sizes are slightly larger than or substantially equal to those of the slots of the main body. The spring is fitted onto the protruding unit of the rotational cover. The inner end of the spring is fixedly fitted onto the circular indented region and the outer end of the spring is fixedly fitted onto the protruding unit. In use, the prongs of the plug is inserted and the rotational cover is rotated so that the three slots of the rotational cover may line up with the three slots of the main body to allow the three prongs of the plug to reach the three slots. When the plug is unplugged, the rotational cover can fully close the three slots through the returning force of the spring.

Abstract: A socket protection cover structure includes a socket body having a socket panel disposed thereon, the socket panel is disposed with two holes corresponding to each other for a sliding slot and a plurality of positioning holes to be disposed therebetween; a sliding cover having a pivot inserted through the sliding slot of the socket panel for the sliding cover to move on the socket panel; therefore an operator can use the sliding cover to expose or enclose the hole on the socket panel to enhance safety use of electricity.

Abstract: A power supply controlling device includes a main controlling unit, the main controlling unit stores daily sunrise and sunset time data from January 1st to December 31st; when the main controlling unit determines that the present time is the sunrise or sunset time, it controls a AC power supply to turn on or off a light automatically without human intervention to save energy.

Abstract: In a power control apparatus for a power strip, the power strip includes at least one power outlet being able to supply power when the power strip is empowered. Whether auxiliary power outlets are able to supply power is controlled by the control apparatus. The control apparatus includes a USB connector protruding outward the surface of the power strip, and the USB connector is able to be connected to a computer host, so as to make the signal lines of the USB connector able to receive signals from the computer host and to deliver the computer signals to a comparison circuit for being compared with a reference level through a signal isolation circuit and a filter circuit. Once the output signal of the filter circuit is lower than the reference level, the comparison circuit outputs the signal to the amplifier circuit for being amplified to drive the relay, so as to deliver the AC power to each power outlet of the power strip. Therefore the auxiliary power outlets of the power strip are able to supply power.

Abstract: An AV signal access controlling apparatus is provided and mainly comprises an exterior connector being connected to a controller, a voltage level generator, a S connector (independent video connector), a RCA (Radio Corporation of America) connector, and an USN connector. When the exterior connector is connected to an AV storage apparatus, the voltage level generator outputs a voltage level to the AV storage device and a voltage level comparison proceeds. Thus the AV storage apparatus permits to proceed signal transmission with the controller. When the controller is configured to transmit signals to the AV storage apparatus, a delay of 51? second (51 ?s) is required for simulating a transmission rate of 19200 bps, thus the AV storage apparatus permits to transmit the audio and video signals via the S connector, the RCA connector, or the USB connector.

Abstract: A light dimming device for compact fluorescent lamp includes a rectifying circuit for rectifying an AC current signal into a zero crossing voltage signal and outputting it to a current limiting circuit; the current limiting circuit for limiting the zero crossing voltage signal and sending the current limited zero crossing voltage signal to a voltage regulating and filtering circuit and a first comparator; the voltage regulating and filtering circuit for regulating the current limited signal and sending the regulated current limited signal to a reference voltage generating circuit and a current controller; a reference voltage generating circuit for generating a reference voltage signal upon receiving the regulated current limited signal and sending the reference voltage signal respectively to the first comparator and a second comparator; a current controller for controlling the amount of a charging current of a capacitor; the first comparator for outputting a low voltage level signal to the capacitor after rec

Abstract: A control device for work lamp includes a microprocessor, which is able to receive signals sent from a power supply unit and a switch. The microprocessor is able to determine the number of times that the switch is pressed and then send out a command to the activation unit, which will in turn activate the light unit. All or a part (a quarter, half or three quarters) of the lights of the light unit may be turned on in their full brightness, half of their full brightness or a portion of the full brightness or in flashing light. Hence, the control device of the present invention allows a user to select from several brightness levels according to the actual needs so as to save electricity.

Abstract: A power supply adapter with USB connectors includes a housing with a plurality of USB connectors being exposed on the surface thereof, and a power supply device being provided in the housing. The power supply device is connected with an input power source and includes a load detection circuit for detecting if the USB connectors are connected with charged products, an overload protection circuit to protect the charged products from burning away due to an abnormal input voltage, an over voltage protection circuit to protect each circuit device from burning away due to a voltage too high, and a voltage level generation circuit for generating a potential difference which is afterwards introduced to the pin of the plural USB connectors during charging. The potential difference of the power source of a simulated computer host may be detected from the charged products and therefore the charged products can be smoothly charged.

Abstract: A charge apparatus of an extension cord plug is provided. The charge apparatus is set inside an outlet and connected to an USB interface outside the outlet. When the outlet is electrified, the plug thereon is able to provide power to an electric appliance for normal operation through the USB interface after processing of the charge apparatus. By the time, the user may select demanded voltage to achieve objective of charging by various voltage sources.