TH9857B - Lamp series lighting without interruption - Google Patents

Abstract

DC60 (03/08/43) The uninterrupted lighting lamp is a conceptual invention that relies on the difference in impedance viewed from a light fixture into an AC power source. Which uses only 2 wires connected to the AC power supply Through the on-off switch to the light to the lamp when the switch is cut or connected to the circuit. That makes it possible to verify that Lack of electricity An alternating current from the wires being fed to the light fixture. Caused by the user of the lighting cut the circuit by using a switch to turn off the light or the AC power supply from the line is failing, allowing users to turn on or off the lighting as needed. Whether the AC power from the wires is going to be in Normal conditions or failure Choosing to use fluorescent lamps in combination with electronic lasers that Able to use electric power either from an AC power source. And direct current from the battery It contributes to energy savings and enhances the usefulness of lamps, normal-use lighting and / or emergency lamps. Non-stop lighting lamps are a conceptual invention based on differences. The difference of the impedance seen from the lamp into the AC power supply. Which uses only 2 wires connected to the AC power supply Through the on-off switch to the light to the lamp when the switch is cut or connected to the circuit. That makes it possible to verify that Lack of electricity An alternating current from the wires being fed to the light fixture. Caused by users of lighting cut the circuit by using a switch to turn off the lighting or the AC power supply from the line is causing a failure, allowing users to turn on or off the lighting as needed. Whether the AC power from the wires is going to be in Normal conditions or failure Choosing to use fluorescent lamps in combination with electronic lasers that Able to use electric power either from an AC power source. And direct current from the battery It contributes to energy savings and improves the usability of the lamps, active lighting. Normal and / or emergency lamp

Claims (2)

1. Claims (all) which will not appear on the advertisement page :1.) How to verify that the absence of AC power to the lighting lamps is not interrupted. This is caused by an AC power supply (1) failure or caused by an on-off switch (3) connected between AC power supply (1) with uninterrupted lighting lamps cut off the circuit. They are characterized by - the use of only 2 wires connected from the AC power supply (1) through the light on-off switch (3) to the uninterrupted lighting lamp - the backup impedance connection ( 2) with values between 100 kilo-ohms and 2 mega-ohms in parallel with AC power supply (1) positioned between AC power source (1) and lighting on-off switch (3) - impedance measurement of AC power supply (1) connected in parallel with impedance. Alternate Pedance (2) measured via the light on-off switch (3) - Decision to determine whether the absence of AC power to the lighting fixture does not stop. The interruption is caused by the AC power supply (1) failure or the light on-off switch (3) disconnected. The measured impedance will be used as the judge. 2.) A set of uninterrupted lighting lamps that can Turn on and off the light according to the needs of the user. Both in the presence of AC power from the AC power source (1) and in the condition of the AC power supply (1) failure, which consists of Rectifier (20) Powered Inverter Circuit Electricity from the power line (30) The circuit for checking the condition of the AC power from the power line (40) The inverter circuit that Battery powered (60) Inverter unit selection control circuit (50) Inverter unit selection switch (70) Fluorescent lamps and accessories (80) Battery (51) Battery charge circuit (90) It is characterized by comprising - only 2 wires connected from the AC power supply (1) via the light on-off switch (3) to the uninterrupted lighting luminaire - reserve impedance (2) at It is between 100 kilo-ohms and 2 mega-ohms in parallel with the supply. AC power (1) in the position between the AC power source (1) and the light on-off switch (3) - the impedance measurement circuit (40) of the AC power supply (1) connected in parallel with Alternate impedance (2) measured via switch Turn on-off the light (3) to judge whether there is no AC power. to uninterrupted lighting lamps caused by AC power supply (1) failure or on-off switch (3) cut off circuit