Abstract: An LED lamp comprises a first inserting portion; a first cable electrically coupled to the first inserting portion to light the LED lamp; a second inserting portion; and a second cable inserted into the second inserting portion to connect two LED lamps.

Abstract: A string LED light including a plurality of LED lights connected to each other by wires which includes a holder, a case, a heat sink received in the case, an LED driver electrically connected to the holder and received in the heat sink, a lampshade and a shell. The holder includes a rib and the case includes a supporting portion and a sliding groove alternatively connected with the supporting portion. The rib slides into the supporting portion from the sliding groove to abut against the supporting portion so that the holder is positioned on the case. The shell passes through the lampshade and the case to connect the shell, the lampshade and the case together. Comparing to a conventional fragile incandescent lamp, an integral configuration without assembly or disassembly and time and effort saving are obtained, the shell protects the lampshade from being crash, and the heat sink improves heat dissipation effects.

Abstract: An LED light includes a housing, a first luminous portion surrounded around the housing, a second luminous portion positioned below the first luminous portion, a heat sink positioned between the first and second luminous portions, a power supply received in the housing and a holder. The holder, the power supply, the first luminous portion and the second luminous portion are electrically connected to form a circuit branch. When the first luminous portion gives out light towards a first direction, the second luminous portion gives out light towards a second direction which is opposite to the first direction. The first and second luminous portions are respectively mounted on the corresponding upper and bottom sides of the heat sink to ensure the LED light simultaneously give out lights towards up and down, meanwhile, the heat sink is positioned between the first and second luminous portions to improve heat dissipation effects and the lifespan of the LED light.

Abstract: The present disclosure relates to a lamp with pluggable control interface including a head, a power device electrically connecting to the head, a body, and a control interface device. The body is configured with a receiving chamber, a heat sink, and a connection portion connecting to the power device. The control interface device includes a plug-in end, a first circuit board electrically connecting to the plug-in end, a controller configured on the first circuit board, the plug-in end engages with the connection portion, and the controller is configured to turn on or off the lamp or to turn on a dimming function.

Abstract: An LED light includes a housing, a first luminous portion surrounded around the housing, a second luminous portion positioned below the first luminous portion, a heat sink positioned between the first and second luminous portions, a power supply received in the housing and a holder. The holder, the power supply, the first luminous portion and the second luminous portion are electrically connected to form a circuit branch. When the first luminous portion gives out light towards a first direction, the second luminous portion gives out light towards a second direction which is opposite to the first direction. The first and second luminous portions are respectively mounted on the corresponding upper and bottom sides of the heat sink to ensure the LED light simultaneously give out lights towards up and down, meanwhile, the heat sink is positioned between the first and second luminous portions to improve heat dissipation effects and the lifespan of the LED light.

Abstract: An LED light includes a holder, a plurality of bodies, an LED driver electrically connected the holder with the plurality of bodies, a housing receiving the LED driver therein, and a heat sink connected to the housing. The heat sink includes a first section opposite to the housing, and two second sections positioned two ends of the first section. The first section, the two second sections and the housing cooperatively form an elliptical-sectional cylinder. The first section includes a plurality of first horizontal passageways and each second section includes a second passageway provided to heat dissipation for the LED light. Such housing is mounted on the side of the heat sink to provide enough space for receiving the LED driver therein, which may avoid crush the LED driver and improve the lifespan of the LED light. The first and second passageways are provided to improve heat dissipation effects.

Abstract: An LED light includes a holder, a power supply electrically connected to the holder, a body electrically to the power supply, a connecting plate connects the power supply with the body, and a heat sink connected with the connecting plate. The heat sink includes a first cooling fin, a second cooling fin and a third cooling fin. The second cooling fin connects between the first and the third cooling fins. The first and the third cooling fins each include a rotational axis, and the connecting plate includes a pair of grooves to engage with a corresponding rotational axis. The first and the third cooling fins rotate relative to the second cooling fin via rotating the rotational axis, an angle within 180-360 degree is formed between the first and the third cooling fins and the second cooling fin. The configuration of heat sink may improve the heat radiation effects.

Abstract: A LED lamp includes a lamp head and a lamp body mounted to the lamp head. The lamp body includes a first main body and two second main bodies. The first main body includes a first upper cover, a first lower cover, a first elastic element, and a second elastic element. Each of the second main bodies includes a second upper cover, a second lower cover. The first elastic element is mounted between the first upper cover and the second upper cover, and the second elastic element is mounted between the first lower cover and the second lower cover. When the LED lamp is in an open state, the second main bodies relative to the first main body are unfolded; when the LED lamp is in a closed state, the second main bodies relative to the first main body are folded.

Abstract: A LED lamp includes a lamp head and a lamp body mounted to the lamp head. The lamp body includes a first main body and two second main bodies. The first main body includes a first upper cover, a first lower cover, a first elastic element, and a second elastic element. Each of the second main bodies includes a second upper cover, a second lower cover. The first elastic element is mounted between the first upper cover and the second upper cover, and the second elastic element is mounted between the first lower cover and the second lower cover. When the LED lamp is in an open state, the second main bodies relative to the first main body are unfolded; when the LED lamp is in a closed state, the second main bodies relative to the first main body are folded.

Abstract: A process is provided that uses a sensor system incorporated into the passenger cabin of a vehicle to detect children and/or pets left unattended and who are therefore at risk of serious injury or death due to heat stroke. If an unattended child or pet is detected, a variety of alerts are issued over time, the escalating nature of the alerts intended to insure a rapid response. After the system has operated long enough to insure that no child or pet has been left behind, the sensor system is automatically placed into a standby mode. In standby mode the sensor system may either be turned completely off in order to minimize off-line power consumption or it may be incorporated into an on-board security system.

Abstract: A LED lamp includes a driving member including a driving power, a controlling member including a PCB electrically connected to the driving power, and a light-emitting member. The light-emitting member includes a plurality of light plates having a plurality of light-emitting elements electrically connected to the PCB, and a plurality of reflecting portions. Each of the reflecting portions includes a pair of supporting beams and a plurality of staircase elements straddling the supporting beams. Each of the staircase elements includes a first face connected to one of the supporting beam, a second face connected to another supporting beam, and a third face connecting the first face and the second face. Each of the reflecting portions is mounted to a corresponding light plate and covers the light-emitting elements of the corresponding light plate.

Abstract: A sensor system is provided that is incorporated into the passenger cabin of a vehicle and which is configured to detect children and/or pets left unattended and who are therefore at risk of serious injury or death due to heat stroke. The system is designed to transmit a variety of alerts over time after an unattended child or pet is detected, the escalating nature of the alerts intended to insure a rapid response. After the system has operated long enough to insure that no child or pet has been left behind, the sensor system is automatically placed into a standby mode. In standby mode the sensor system may either be turned completely off in order to minimize off-line power consumption or it may be incorporated into an on-board security system.

Abstract: The data ETL (Extraction-Transformation-Loading) dispatching method of the present invention is applied to a real-time data ETL system, wherein a main ETL dispatching engine executes tasks according to preset sequence. In the execution, some key information are memorized by the main ETL dispatching engine, such as lscycle (latest successful data cycle), curcycle (current processing data cycle), and endcycle (processing end data cycle), etc., and are transferred to called programs. After the execution of the called programs, the main ETL dispatching engine records and keeps the updated dispatching information. In the data re-extraction, the data ETL dispatching method is adopted for the automatic re-extraction of some tasks and some cycles therein.

Abstract: As for the memory dispatching method applied to real-time data ETL system, the main ETL dispatching program executes one task according to preset sequence. In the execution, some key information are memorized by dispatching engine, such as lscycle (latest successful data cycle), curcycle (current processing data cycle), and endcycle (processing end data cycle), etc., are transferred to the called program. After the execution of the called program, the dispatching engine records and keeps the updated dispatching information; in the data re-extraction, memory dispatching method is adopted for the automatic re-extraction of some tasks and some cycles therein.