RU82401U1 - LIGHTING SOURCE MANAGEMENT DEVICE - Google Patents

Abstract

A lighting source control device comprising lighting devices, for example incandescent lamps, switches, electrical wires, characterized in that the lighting devices are turned on and off by buttons, the number of which are not regulated, located in places convenient for the user, and the lighting devices are turned on and off from the installed buttons.

Description

The invention relates to control devices for operated lighting sources, for example, incandescent lamps.

A device for controlling light sources containing light sources, for example, incandescent lamps, switches and electrical wires, is known. Such a device is installed in most residential and non-residential premises, when the light source is turned on and off by one switch installed in a place convenient for the user. The disadvantage of this device is the control of turning on and off the light source with one switch, i.e. To turn off the switched on light source, you must return to the switch with which it was turned on. The process of moving the user after turning off the light source in the dark is difficult, especially for sick people or people with disabilities.

The problem solved by the described model is to develop a lighting source control device that eliminates the need to control the on and off lighting source from a single switch.

To solve this problem, the control device for light sources contains light sources, electrical wires, the required number of buttons that work on the circuit

electrical network and control unit for switching electrical connections. All buttons are connected in parallel and installed in places convenient for the user. When you click on any of the buttons, the contacts of the light source are connected to the electrical network and blocked in the control unit. The light source lights up. After removing the control action from the button, the contacts of the button open, and the light source is on, because The power supply circuit of the light source is closed. When you press the same button again, the lock is released, the contacts of the connection of the light source to the electric network open and remain open after removing the control action from the button. The light source goes out. Switching off the light source is possible by pressing any button, because all buttons are connected in parallel.

The utility model is illustrated in the drawing, where Fig. 1 shows a diagram of a device.

The control device for light sources contains light sources 1, electric wires 2, the required number of buttons 3, closing contacts during the control action, and control unit 4. All buttons are connected in parallel. When you click on any of the buttons 3, the contacts of the light source 1 are connected to the electrical network and blocked in the control unit 4. The light source lights up. After removing the control action from the button 3, the contacts of the button 3 open, and the light source 1 is on. When you press the same button 3 or any of the buttons 3 again, the lock is released in the control unit 4, the contacts of the connection of the light source with the electric network in block 4 open and remain open after removing the control action from button 3. The light source goes out.

The proposed control device for light sources can be effectively used, for example, in a multi-room apartment, by setting the buttons 3 on and off light sources 1,

located in the corridors, in all rooms and at the front door. Entering the apartment, the user, by pressing the button 3, turns on the light sources in the corridor. After going into any room and turning on the light source in it, the user can, by pressing the button 3 located, for example, next to the room light source switch, turn off the light sources of the 1st corridor. If necessary, go to another room by pressing the button 3, the user turns on the light sources 1 in the corridor, and then turns off the light source in the room from which he leaves. It moves along the illuminated corridor to another room, turns on the light source of this room and pressing the button 3, located, for example, next to the room light source switch, turns off the light sources of the corridor. Thus, unnecessary movements are eliminated, especially along the dark corridor, and energy is saved due to the timely shutdown of light sources in the corridor. For people with disabilities and young children, the opportunity to turn on and off the light sources of 1 corridor in places convenient for them, for example, near a bed, work or play area, etc. by installing buttons 3 in these places. In order to save electricity, the proposed device for controlling light sources 1 can also be used in non-residential premises.

This utility model is industrially applicable, as it can be used to organize a lighting system in any buildings and structures. The control unit can be manufactured at any electrical site using conventional technologies. The electrical circuit of the control units may differ depending on the used elemental base and the calculated loads of the light sources.

Claims (1)

A lighting source control device comprising lighting devices, for example incandescent lamps, switches, electrical wires, characterized in that the lighting devices are turned on and off by buttons, the number of which are not regulated, located in places convenient for the user, and the lighting devices are turned on and off from the installed buttons.