阅读说明：本技术 一种具有物联网的夜灯控制系统 (Night lamp control system with Internet of things ) 是由 王琳 于 2020-12-31 设计创作，主要内容包括：本发明提供一种具有物联网的夜灯控制系统,包括组成夜灯通道的若干夜灯,每一个夜灯包括：光源；人体感应模块,用于感应在预设距离内是否存在人体的预设动作,无线通讯模块,用于与对应的夜灯距离最近的夜灯建立无线连接；控制模块,分别连接对应的光源、人体感应模块和无线通讯模块,用于在感应到在预设距离内存在人体的预设动作时,产生开灯控制信号控制对应的光源开启,同时将开灯控制信号通过无线通讯模块发送至与对应的夜灯距离最近的夜灯,或者用于在接收到与对应的夜灯距离最近的夜灯发送的开灯控制信号时,控制对应的光源开启。实现起夜时形成一条夜间安全照明通道,既满足夜间照明需要又不影响睡眠。(The invention provides a night lamp control system with an internet of things, which comprises a plurality of night lamps forming a night lamp channel, wherein each night lamp comprises: a light source; the wireless communication module is used for establishing wireless connection with the night lamp closest to the corresponding night lamp; control module, connect corresponding light source respectively, human response module and wireless communication module, be used for when sensing the predetermined action that exists the human body in predetermineeing the distance, the light source that the control signal control that produces to turn on the light is opened, will turn on the light control signal simultaneously and send to the night-light nearest with the night-light distance that corresponds through wireless communication module, perhaps be used for when receiving the control signal that turns on the light that sends with the night-light nearest with the night-light distance that corresponds, the light source that the control corresponds is opened. A night safety lighting channel is formed when the user gets up, so that the requirement of night lighting is met, and the sleep is not influenced.)

1. The utility model provides a night-light control system with thing networking, its characterized in that, including a plurality of night-lights of constituteing the night-light passageway, the night-light includes a first type night-light and a plurality of second type night-light, first type night-light is in a plurality of the head of second type night-light, first type night-light includes:

a first light source (101);

the first sensing module (102) is used for sensing whether a first preset action of a human body exists within a first preset distance;

the first wireless communication module (103) is used for establishing wireless communication connection with the second type night lamp adjacent to the night lamp channel;

the first control module (104) is connected with the first light source (101), the first sensing module (102) and the first wireless communication module (103), is used for controlling the first light source (101) to be turned on when the first preset action exists in the first preset distance, and is also used for generating a light-on control signal to be sent to the adjacent second type night light through the first wireless communication module (103) when the first light source (101) is turned on;

the second type night light comprises:

a second light source (201);

the second sensing module (202) is used for sensing whether a second preset action of the human body exists within a second preset distance;

the second wireless communication module (203) is used for establishing wireless communication connection with the night lamps adjacent to the front and the back;

second control module (204), connect respectively second light source (201), second response module (202) and second wireless communication module (203), be used for receiving the previous the night-light is sent during the control signal that opens the light, control second light source (201) are opened, still are used for working as the second is predetermine and is existed in the distance during the action is predetermine to the second, produces the control signal that opens the light passes through second wireless communication module (203) is sent to adjacent next night-light of second type.

2. The night light control system with the internet of things of claim 1, wherein:

the first night lamp type also comprises a first photosensitive detection module (105) which is connected with the first control module (104) and is used for sensing whether the ambient brightness is lower than a first brightness threshold value;

the first control module (104) is further used for controlling the first light source (101) to be turned on when the ambient brightness is lower than the first brightness threshold and the first preset action exists, and the first light source is turned on while a light-on control signal is generated and sent to the adjacent second type night light through the first wireless communication module (103).

3. The system of claim 1, wherein the nightlight of the second type further comprises a second photosensitive detection module (205) coupled to the second control module (204) for sensing whether the ambient brightness is below a second brightness threshold;

the second control module (204) is further configured to control the second light source (201) to be turned on when the ambient brightness is lower than the second brightness threshold and the second preset action exists, and at this time, the second control module (204) generates the light-on control signal and sends the light-on control signal to all adjacent second-type night lights and first-type night lights through the second wireless communication module (203).

4. The system as claimed in claim 1, wherein for the same night light of the second type, after the second light source (201) is turned on, if the second sensing module (202) does not sense the second predetermined action within a first predetermined time and a second predetermined distance, the second control module (204) controls the second light source (201) to turn off.

5. The system as claimed in claim 4, wherein after the second light source (201) of the second type night light adjacent to the first type night light is turned on, if the second sensing module (202) senses the second predetermined action within a first predetermined time and a second predetermined distance, the second control module (204) is further configured to generate a light-on maintaining signal to be transmitted to all adjacent second type night lights and first type night lights through the second wireless communication module (203);

the first control module (104) of the adjacent night light of the first type is used for keeping the first light source (101) of the night light of the first type in a turn-on state when the turn-on keeping signal is received.

6. The system as claimed in claim 5, wherein the first control module (104) of the first night light is configured to generate a turn-off control signal to control the first light source (101) to turn off if the light-on maintaining signal is not received within a second preset time period after the first light source (101) is turned on.

7. The system as claimed in claim 5, wherein the first control module (104) of the first night light is configured to generate a turn-off control signal to control the first light source (101) to turn off within a third preset time period after receiving the light-on hold signal.

8. The system of claim 1, wherein the first nightlight type is for a horizontal bedside.

9. The night light control system with the internet of things of claim 1, wherein the first predetermined action is waving a hand and the second predetermined action is moving a human body.

Technical Field

The invention relates to the technical field of intelligent night lamps, in particular to a night lamp control system with an internet of things.

Background

Night-light on the market is mostly often bright, and the light-operated and infrared or the little night-light of microwave response that light night-light is not bright night daytime, and so-called intelligent night-light adopts remote controller or cell-phone APP to carry out the regulation of wireless switch, illumination brightness, colour temperature basically.

The brightness and the color temperature of the intelligent lamp need to be adjusted manually by a remote controller or a mobile phone APP, automatic lamp turning-on and light adjustment and color temperature adjustment cannot be automatically realized, and the old and children cannot find the remote controller to turn on or off conveniently at night; the response night-light function singleness that has equally, night can not self-closing often bright with light-operated night-light put in the bedroom can influence the sleep, infrared or microwave response because the response distance is far away and lead to turning over the action when normal sleep also can open the night-light and influence the sleep. Proximity sensing is also limited to illumination in nearby locations.

Disclosure of Invention

Based on the problems in the prior art, the invention provides a night lamp control system with an internet of things, and aims to solve the technical problem that the night lamp is inconvenient to turn on or the sleep is influenced in the prior art.

The utility model provides a night-light control system with thing networking, its characterized in that, including a plurality of night-lights of constituteing the night-light passageway, the night-light includes a first type night-light and a plurality of second type night-lights, and first type night-light includes at the head of a plurality of second type night-lights:

a first light source;

the first sensing module is used for sensing whether a first preset action of the human body exists within a first preset distance;

the first wireless communication module is used for establishing wireless communication connection with a second type of adjacent night lamps in the night lamp channel;

the first control module is connected with the first light source, the first sensing module and the first wireless communication module, is used for controlling the first light source to be turned on when a first preset action exists within a first preset distance, and is also used for generating a light-on control signal to be sent to an adjacent second-class night light through the first wireless communication module while the first light source is turned on;

a second type of night light includes:

a second light source;

the second sensing module is used for sensing whether a second preset action of the human body exists within a second preset distance;

the second wireless communication module is used for establishing wireless communication connection with the front night lamp and the rear night lamp which are adjacent;

the second control module is respectively connected with the second light source, the second sensing module and the second wireless communication module, and is used for controlling the second light source to be started when receiving a light-on control signal sent by the previous night light, and also used for generating the light-on control signal to be sent to the next adjacent second night light through the second wireless communication module when a second preset action exists in the second preset distance.

Furthermore, the first type night lamp also comprises a first photosensitive detection module which is connected with the first control module and used for sensing whether the ambient brightness is lower than a first brightness threshold value;

the first control module is further used for controlling the first light source to be turned on when the ambient brightness is lower than the first brightness threshold and a first preset action exists, and the first control module generates a light-on control signal and sends the light-on control signal to the adjacent second type night light through the first wireless communication module.

Furthermore, the second type night lamp also comprises a second photosensitive detection module which is connected with the second control module and senses whether the ambient brightness is lower than a second brightness threshold value;

the second control module is also used for controlling the second light source to be started when the ambient brightness is lower than the second brightness threshold and a second preset action exists, and the second control module generates a light-on control signal to be sent to all adjacent second type night lights and first type night lights through the second wireless communication module.

Furthermore, for the same second type night lamp, after the second light source is turned on, if the second sensing module does not sense a second preset action within the first preset time and the second preset distance, the second control module controls the second light source to be turned off.

Furthermore, after a second light source of a second type night lamp adjacent to the first type night lamp is turned on, if the second sensing module senses a second preset action within a first preset time and a second preset distance, the second control module is further used for generating a lamp turning-on holding signal and sending the lamp turning-on holding signal to the adjacent first type night lamp through the second wireless communication module;

the first control module of the adjacent first type night light is used for keeping the first light source of the first type night light in an opening state when the light-on keeping signal is received.

Further, the first control module of the first type of night light is used for generating a turn-off control signal to control the first light source to turn off if the turn-on keeping signal is not received within a second preset time period after the first light source is turned on.

Furthermore, the first control module of the first type night lamp is used for generating a turn-off control signal to control the first light source to turn off in a third preset time period after the first type night lamp receives the turn-on maintaining signal.

Further, the first type of night light is used with horizontal bed heads.

Further, the first preset action is waving a hand, and the second preset action is moving a human body.

The beneficial technical effects of the invention are as follows: in the night lamp control system with the Internet of things, the night lamp channels are formed by the dry night lamps, and the night lamps are interconnected with the night lamp closest to the dry night lamps, so that a night safety lighting channel is formed when the night is up, the night lighting requirement is met, and the sleep is not influenced.

Drawings

Fig. 1 is a block diagram of a first type night light with an internet of things according to the present invention.

Fig. 2 is a block diagram of a second type night light with internet of things according to the present invention.

Fig. 3 is a schematic view of a light-on process of an embodiment of a night light control system with an internet of things according to the present invention.

Fig. 4 is a schematic view of a lighting process of another embodiment of the night light control system with internet of things according to the present invention.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.

It should be noted that the embodiments and features of the embodiments may be combined with each other without conflict.

The invention is further described with reference to the following drawings and specific examples, which are not intended to be limiting.

Referring to fig. 1-4, the present invention provides a night light control system with internet of things, comprising a plurality of night lights forming a night light channel, wherein the night lights comprise a first type night light and a plurality of second type night lights, the first type night light is arranged at the head parts of the second type night lights, and the first type night light comprises:

a first light source (101);

the first sensing module (102) is used for sensing whether a first preset action of a human body exists within a first preset distance;

the first wireless communication module (103) is used for establishing wireless communication connection with a second type of adjacent night lamps in the night lamp channel;

the first control module (104) is connected with the first light source (101), the first sensing module (102) and the first wireless communication module (103), is used for controlling the first light source (101) to be turned on when a first preset action exists within a first preset distance, and is also used for generating a light-on control signal to be sent to an adjacent second-class night light through the first wireless communication module (103) when the first light source (101) is turned on;

a second type of night light includes:

a second light source (201);

the second sensing module (202) is used for sensing whether a second preset action of the human body exists within a second preset distance;

the second wireless communication module (203) is used for establishing wireless communication connection with the front night lamp and the rear night lamp which are adjacent;

the second control module (204) is respectively connected with the second light source (201), the second sensing module (202) and the second wireless communication module (203), and is used for controlling the second light source (201) to be turned on when receiving a light-on control signal sent by the previous night light, and is also used for generating a light-on control signal to be sent to the next adjacent second night light through the second wireless communication module (203) when a second preset action exists in a second preset distance.

Further, the first type night light further comprises a first photosensitive detection module (105) connected with the first control module (104) and used for sensing whether the ambient brightness is lower than a first brightness threshold value;

the first control module (104) is further configured to control the first light source (101) to turn on when the ambient brightness is lower than the first brightness threshold and there is a first preset action.

And if the ambient brightness is lower than the threshold value, the light source is turned on, so that energy waste is further avoided.

Furthermore, the second type night lamp also comprises a second photosensitive detection module (205) which is connected with a second control module (204) and senses whether the ambient brightness is lower than a second brightness threshold value;

the second control module (204) is further configured to control the second light source (201) to turn on when the ambient brightness is lower than the second brightness threshold and a second preset action exists, and at this time, the second control module (204) generates a light-on control signal and sends the light-on control signal to all adjacent second-type night lights and first-type night lights through the second wireless communication module (203).

And if the ambient brightness is lower than the threshold value, the light source is turned on, so that energy waste is further avoided.

Further, for the same second type night light, after the second light source (201) is turned on, if the second sensing module (202) does not sense a second preset action within a first preset time and a second preset distance, the second control module (204) controls the second light source (201) to be turned off.

Furthermore, after a second light source (201) of a second type of night lamp adjacent to the first type of night lamp is turned on, if a second sensing module (202) senses a second preset action within a first preset time and a second preset distance, a second control module (204) is further used for generating a light-on holding signal and sending the light-on holding signal to the adjacent first type of night lamp through a second wireless communication module (203);

the first control module (104) of the adjacent first type night light is used for keeping the first light source (101) of the first type night light in a turn-on state when receiving the light-on keeping signal.

First type night-light is at the head of a bed, and the user gets up the back, and the second type night-light nearest from first type night-light feels user's removal, shows what the user probably will go out to do, for example go to the lavatory, and it can return to have gone to the lavatory, will remove the signal and inform first type night-light this moment, lets first type night-light source keep opening, waits for the user to return.

Further, the first control module (104) of the first type night light is configured to generate a turn-off control signal to control the first light source (101) to turn off if the turn-on maintaining signal is not received within a second preset time period after the first light source (101) is turned on.

Further, the first control module (104) of the first type night light is configured to generate a turn-off control signal to control the first light source (101) to turn off in a third preset time period after receiving the light-on maintaining signal.

Further, the first type of night light is used with horizontal bed heads.

China faces that population aging is increasingly serious, and the health and safety of the old people become the key points of social attention. The night lamp is turned on to form an illumination channel, so that the user can be illuminated conveniently and walk conveniently, and the night lamp is particularly convenient for old people and children.

Further, the first preset action is waving a hand.

Specifically, first light source (101) of first type night-light like bedside lamp detects human specific first predetermined action through first response module (102) and just opens when waving the hand, avoids first type night-light to be opened at will and influences the sleep. Setting the first preset distance may further avoid a malfunction. When a night lamp is arranged at the head of the horizontal bed, the first preset action can also be used for turning over the surface normally, the first preset distance can avoid the next-door person to turn on the lamp when the first preset action is carried out, the lamp is ensured to be turned on by the person, and the lamp is not influenced by the person to sleep.

Preferably, the first night light is provided at the head of a bed, i.e. at the bedside lamp, and the first predetermined distance is within 50 cm. Like this, first type night-light just was opened when carrying out first default action in only the first default distance, avoids you to avoid on the bed normally to turn over the action and turn on the light to influence the sleep. The first type of night light is placed at the head of the bed and the second type of night light can be a series of night lights on the way to the toilet. The first type night-light of head of a bed is when first light source (101) are opened, will turn on light control signal and send the nearest second type night-light of first type night-light distance with the head of a bed, and second type night-light receives second light source (201) that corresponds behind the control signal of turning on light and also is opened in proper order, forms escape way to be favorable to the walking of user especially old man.

Specifically, the non-contact automatic lamp turning-on method is more convenient and simpler than manual lamp turning-on of a remote controller or a mobile phone APP.

Further, the second preset action is a human body movement.

Furthermore, for the same second type night lamp, after the second light source is turned on, if the second sensing module does not sense a second preset action within the first preset time and the second preset distance, the second control module controls the second light source to be turned off.

The second type night light detects that the human body moves in the second preset distance and then turns on the second light source (201), for example, the user goes to the road that the toilet returns, in order to save energy, the second type night light does not detect that the second preset action may have been turned off in a certain time period, or the user has gone to another channel such as the toilet, at this moment, the nearest second type night light is automatically turned on through detecting the second preset action, and the user is illuminated. In addition, the turning off of the light source (201) of the second type night light can not only save energy, but also avoid influencing the sleeping of people nearby.

Specifically, the first sensing module (102) and the second sensing module (202) may be microwave radar human body sensing circuits.

In particular, the first light source (101) and the second light source (201) may each be an LED light source.

Specifically, the first wireless communication module (103) and the second wireless communication module (203) are 2.4G wireless communication circuits.

While the invention has been described with reference to a preferred embodiment, it will be understood by those skilled in the art that various changes in form and detail may be made therein without departing from the spirit and scope of the invention.