CN203202882U - LED floor lamp - Google Patents

Abstract

LED floor lamp, in order to solve the technical problem of inconvenient switching of the floor lamp, the technical solution adopted is that the floor lamp includes a base, a lamp post fixedly connected to the base, a lampshade fixedly connected to the lamppost, and a drive power module and a control display module located inside the lampshade The control and display module includes a control circuit connected to the drive power module, and a lighting circuit connected to the control circuit. The lighting circuit is connected to the drive power module. The connected microwave induction controller, the microwave induction controller senses the human body signal and outputs the signal to the control circuit, and the control circuit outputs the control signal to the lighting circuit after processing. The technical effect is that it is convenient and practical, saves electric energy, and greatly reduces the electric consumption of the floor lamp.

Description

LED floor lamp

technical field

The utility model belongs to the technical field of lighting equipment, and relates to a floor lamp, in particular to an LED floor lamp. the

Background technique

In daily life, the application of floor lamps has been very common, and most of the existing floor lamps use manual switches to control the switch status of the floor lamps. They are turned on when needed and turned off when not in need. Once people forget to turn them off after they are turned on, the floor lamps will always Lights up, wasting power. And when there is no light at night, it is often difficult to touch the switch of the floor lamp. For convenience, many people are used to turning on the light to keep some bright light, which not only wastes electric energy, but also affects people's normal rest. And most floor lamps all adopt incandescent bulbs as its light source, the luminous efficiency of incandescent bulbs is only 5%, all the other 95% are heat consumption, this high energy-consuming light source greatly increases the power consumption of floor lamps. the

Contents of the invention

The purpose of this utility model is to solve the technical problem that the switch of the floor lamp is inconvenient. In order to solve this problem, we have designed an LED floor lamp, which uses a microwave induction controller to control the switch state of the floor lamp. When someone passes by, the floor lamp lights up. When people leave The rear floor lamp is turned off, which is convenient and practical to save electric energy, and avoids the waste of electric energy caused by people forgetting to turn off the light. The energy-saving and efficient LED light source can save up to 90% of electric energy, which greatly reduces the power consumption of the floor lamp and prolongs the service life of the floor lamp. the

The specific technical solution adopted by the utility model for realizing the purpose of the invention is: LED floor lamp, comprising a base, a lamp post fixedly connected to the base, a lampshade fixedly connected to the lamppost, and a drive power supply module and a control display module located inside the lampshade, The control display module includes a control circuit connected to the drive power module, and a lighting circuit connected to the control circuit. The lighting circuit is connected to the drive power module. The key is: the control display module also includes one end connected to the drive power module and one end connected to the control circuit. The microwave induction controller senses the human body signal and outputs the signal to the control circuit, and the control circuit outputs the control signal to the lighting circuit after processing. the

The beneficial effects of the utility model are: the microwave induction controller is used to control the switch state of the floor lamp, when someone passes by, the floor lamp is turned on to illuminate others, and when the person leaves, the floor lamp is turned off, and the light is turned on when the person comes and leaves the light The closed circuit design makes the use of the floor lamp more convenient and saves electric energy. The energy-saving and high-efficiency LED is used as the light source of the floor lamp, which greatly saves electric energy and prolongs the service life of the floor lamp. There is an infrared receiver inside the floor lamp. When the infrared receiver receives the infrared coded signal from the remote control, it will output the signal to the control circuit, and the control circuit will output the signal to the lighting circuit, so that people can adjust the brightness of the floor lamp according to their needs. It is convenient and practical, and saves electric energy. There is also a battery inside the floor lamp. Under normal circumstances, the battery is in charging mode. When the external power supply stops, the switch relay is connected to the battery to realize emergency power supply, so that the floor lamp can still be used normally. the

Description of drawings

Fig. 1 is a structural diagram of the utility model. the

Fig. 2 is a functional block diagram of the utility model in concrete use. the

In the attached drawings, 1 represents the base, 2 represents the lamp post, 3 represents the lampshade, 4 represents the drive power module, 5 represents the control display module, 6 represents the control circuit, 7 represents the lighting circuit, 8 represents the microwave induction controller, and 9 represents the infrared receiver 10 represents a DC power supply circuit, 11 represents a storage battery, 12 represents a switch relay, and 13 represents a remote controller. the

Detailed ways

The LED floor lamp comprises a base 1, a lamppost 2 fixedly connected to the base 1, a lampshade 3 fixedly connected to the lamppost 2, a drive power supply module 4 and a control display module 5 located inside the lampshade 3, and the control display module 5 includes an The control circuit 6 connected to the power supply module 4, and the lighting circuit 7 connected to the control circuit 6, the lighting circuit 7 is connected to the driving power module 4, the key is: the above-mentioned control display module 5 also includes one end connected to the driving power module 4, one end The microwave induction controller 8 connected with the control circuit 6, the microwave induction controller 8 senses the human body signal and outputs the signal to the control circuit 6, and the control circuit 6 outputs the control signal to the lighting circuit 7 after processing. the

The above-mentioned control display module 5 also includes an infrared receiver 9 connected to the drive power module 4 at one end and connected to the control circuit 6 at one end. The infrared receiver 9 receives the infrared signal and outputs the signal to the control circuit 6 after processing. The control circuit 6 processes Then output the control signal to the lighting circuit 7. the

The driving power supply module 4 mentioned above includes a DC power supply circuit 10 connected to an external power supply. the

The above-mentioned drive power supply module 4 also includes a storage battery 11 connected to the DC power supply circuit 10, and a switch relay 12 positioned between the storage battery 11 and the control display module 5. Open and normally closed connections. the

The light source of the above-mentioned lighting circuit 7 is an LED light source. the

When the utility model is actually implemented: the lighting circuit 7 of the floor lamp adopts an energy-saving and efficient LED light source. When someone passes by, the microwave induction controller 8 senses the human body signal, and then outputs the signal to the control circuit 6. After the control circuit 6 processes the The output control signal is given to the lighting circuit 7, and the floor lamp is lit to illuminate people. After the person leaves, the microwave induction controller 8 cannot sense the human body signal, and will output a signal to the control circuit 6, and the control circuit 6 will output a control signal to turn off the floor lamp. When people want to change the brightness of the floor lamp, they only need to use the remote controller 13 to send a corresponding infrared code signal. When the infrared receiver 9 receives the infrared code signal, it will output the signal to the control circuit 6, and the control circuit 6 will output the corresponding signal. The control signal is given to the lighting circuit 7, and the floor lamp will be converted into corresponding brightness. Under normal circumstances, the battery 11 is in the charging mode. When the DC power supply circuit 10 cannot supply power to the floor lamp, the switch relay 12 communicates with the battery 11 to enter the emergency power supply mode, so that the floor lamp can still be used normally. The floor lamp is easy to use, greatly reduces power consumption, and is energy-saving and environment-friendly. the

Claims (5)

1.LED floor lamp, comprise base (1), the lamppost (2) of fixedlying connected with base (1), the lampshade (3) of fixedlying connected with lamppost (2), and be positioned at the inner driving power module (4) of lampshade (3) and control display module (5), control display module (5) comprises the control circuit (6) that is connected with driving power module (4), and the lighting circuit (7) that is connected with control circuit (6), lighting circuit (7) is connected with driving power module (4), it is characterized in that: described control display module (5) comprises that also an end is connected with driving power module (4), the microwave induction controller (8) that one end is connected with control circuit (6), microwave induction controller (8) outputs signal to control circuit (6) after sensing human body signal, and control circuit (6) is handled back output control signal and given lighting circuit (7).

2. LED floor lamp according to claim 1, it is characterized in that: described control display module (5) also comprises the infrared receiver (9) that an end is connected with driving power module (4), an end is connected with control circuit (6), infrared receiver (9) receives infrared signal, output signal to control circuit (6) after the processing, control circuit (6) is handled back output control signal and is given lighting circuit (7).

3. LED floor lamp according to claim 1, it is characterized in that: described driving power module (4) comprises the direct current power supply circuit (10) that is connected with external power source.

4. LED floor lamp according to claim 3, it is characterized in that: described driving power module (4) also comprise the battery (11) that is connected with direct current power supply circuit (10) and be positioned at battery (11) and control display module (5) between switch relay (12), direct current power supply circuit (10) is connected with normally closed point with the normal battle of switch relay (12) respectively with battery (11).

5. LED floor lamp according to claim 1, it is characterized in that: the light source of described lighting circuit (7) is led light source.

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