TH19044A3 - Controlled emergency lighting with reporting and operation status display via communication system - Google Patents

Abstract

Invention Summary, which appears on the ReadFile:1 page of the Invention Summary page. This invention provides for a controlled emergency light, reporting and/or displaying its operating status through a communication system such as Mobile phones, tablets or computers, etc., by which the user can be informed by looking at the various devices as well as a message to advise the user in order to be able to operate or direct the emergency lights. Work one according to the instructions correctly and appropriately, the signal will be transmitted through the circuit link, the communication system may communicate via Wi-Fi (wifi) Bluetooth (Bluetooth) via a router. and internet system

Claims (6)

Claims (all) which will not appear on the advertisement page:------27/02/2020------(OCR)Page 1 of 1 Claims Page 1 Emergency Light at There is a control of reporting and/or displaying of the working status through the communication system consisting of a battery charge circuit (1) which converts AC power to DC power to charge the battery (6) when fully charged at all times. In order to prepare for supplying power to the lamps (3), as soon as there is a power failure, the emergency lighting control circuit (2) controls the operation of the emergency lights in the event that there is no incoming power or current. A power failure sends a signal to the control and processing unit (4) to process and direct the emergency light control circuit (2) to supply power from the battery (6) to the lamp (3) to be instantly lit. that also consists of a communication system link circuit (5) that can be linked via Bluetooth via the Internet to various communication devices It is said to be connected via Wi-Fi 3 emergency lights according to Article 1, where the said communication system link (5) will be linked via infrared to a remote control unit with a screen. 4 emergency lights according to items 1 to 3, one of which (4) such control and processing unit will monitor the various status of emergency lights and display them on the various communication devices. of the emergency lights and such displays can display one or more at the same time i.e. the battery is being charged and/or the battery is fully charged and/or the countdown days To determine how many days left the emergency power self-test and/or battery charge failure and/or battery performance and/or remote-operation test period. How many minutes and/or normal or interrupted power and/or the level of remaining battery power will continue to be used for how long before disconnection from the battery? The communication system linkage circuit (5) is able to receive one or more commands at the same time from such communication devices, that is, command the lamp (3) of the emergency light and/ or order a periodic test of the emergency lighting and/or Order to display the operation information of the emergency lights on the said communication device or on the remote control 6 emergency lights in accordance with Article 5, at which time the test period of the operation of the emergency lights will be 30 minutes. ------------ Page 1 of the number 1 claim page 1. Emergency light consisting of battery charge circuit (1) will convert the power from AC to DC power to charge the battery (6) to be fully charged at all times in preparation for discharging. Power to the lamp (3)As soon as there is a power failure, the emergency power control circuit (2) will control the operation of the emergency lamp in the event that it detects that there is no incoming power or a power failure will be activated. signal to the control and processing unit (4) to process and direct the emergency light control circuit (2) to supply electricity from the battery (6) to the lamp (3) to be instantly lit. Communication system link circuit (5) that can be linked via Bluetooth via the Internet to various communication devices. 2. Emergency lighting according to item 1, where the said communication system link (5) is connected via Wi-Fi. 3. Emergency lights according to item 1, where the said communication system link (5) is linked via infrared to a remote control unit with a display that can display various results. 4.Emergency lights pursuant to Articles 1 to 3, one of which such control and processing (4) will monitor the various status of emergency lights and display on such communication devices the various status of emergency lights and The display is able to display one or more at the same time i.e. the battery is being charged and/or the battery is fully charged and/or the countdown days to see how much time is left. Emergency Power Day will perform a self-test and/or battery charge failure and/or battery performance and/or how long is the remote operation test run time, and/ or normal or normal power outages and/or how long the remaining battery current level will last before disconnecting power from the battery. 5.Emergency lighting according to Article 4, where the said communication system link (5) is able to receive one or more commands at the same time from such communication devices, that is to say to the lamps (3) of the emergency light is on and/or ordering to test the operation of the emergency light for a period of time and/or ordering the operation of the emergency light to be displayed on such communication device or on the remote control far 6. Emergency lights according to Article 5, where the duration of testing the operation of such emergency lights is 30 minutes.