CN209120518U

CN209120518U - A kind of bedside lamp of mobile phone remote control

Info

Publication number: CN209120518U
Application number: CN201821636876.5U
Authority: CN
Inventors: 陈怡君
Original assignee: Xian University of Posts and Telecommunications
Current assignee: Xian University of Posts and Telecommunications
Priority date: 2018-10-09
Filing date: 2018-10-09
Publication date: 2019-07-16
Anticipated expiration: 2028-10-09

Abstract

The utility model discloses a kind of bedside lamps of mobile phone remote control, including mobile phone and the lamps and lanterns being connect with the mobile communication, the mobile phone includes mobile phone wireless communication module, obliquity sensor and keyboard input module, the lamps and lanterns include microcontroller, and the power supply module successively to connect, metal-oxide-semiconductor switch module and LED light, the microcontroller is connected to timer and the lamps and lanterns wireless communication module with mobile phone wireless communication module communication connection, the power supply module is microcontroller power supply, the input of the microcontroller is terminated with optical sensor, the output end of the microcontroller connects with MOS switch module.The utility model simple structure and reasonable design, using the angle between the mobile phone and horizontal plane of obliquity sensor detection, user only needs to put down during controlling LED light the angle between mobile phone change mobile phone and horizontal plane, control mode is simple, it does not need to stand up to carry out movement of turning off the light, sleepiness is not influenced, using effect is good.

Description

A kind of bedside lamp of mobile phone remote control

Technical field

The utility model belongs to, a kind of technical field, and in particular to bedside lamp of mobile phone remote control.

Background technique

Currently, people's lives and operating pressure are gradually increased, increasingly with the continuous quickening of life and work rhythm There is difficult problem of falling asleep in more office workers.In daily life, there is the case where staying up late in majority, before sleep, all be It opens bedside lamp and then lies on a bed and play mobile phone, until sleepiness is attacked.At this time will be there are two types of situation, one is put down mobile phone It is directly entered sleep state, bedside lamp is will result in and is always on, wastes electric energy；Another kind be mobile phone is put down to go to turn off the light, but this Movement will disperse sleepiness, or even the phenomenon that people can be made to have a sleepless night, when the sleep quality of people is affected, people It can not be put into life and work with full spirit, to will affect people's lives quality and working efficiency.

In traditional lighting light switch mostly be Manual mechanical, touch and remote control type, the light switch of the above theory, When turning off the light, requires people and touch, rotate or the movements of turning off the light such as button, it is therefore desirable to a kind of angled state according to mobile phone Come the bedside lamp turned off the light automatically, user can feel at ease before sleeping, and be able to achieve the effect of facilitating power saving.

Utility model content

The technical problem to be solved by the utility model is in view of the deficiency of the prior art, provide a kind of mobile phone The bedside lamp remotely controlled, simple structure and reasonable design, using the folder between the mobile phone and horizontal plane of obliquity sensor detection Angle, user only need to put down during controlling LED light the angle between mobile phone change mobile phone and horizontal plane, control Mode is simple, does not need to stand up to carry out movement of turning off the light, does not influence sleepiness, using effect is good.

In order to solve the above technical problems, the technical solution adopted in the utility model is: a kind of head of a bed of mobile phone remote control Lamp, it is characterised in that: including mobile phone and the lamps and lanterns connecting with the mobile communication, the mobile phone includes mobile phone wireless communication mould Block, obliquity sensor and keyboard input module, the lamps and lanterns include microcontroller, and the power supply module, the metal-oxide-semiconductor that successively connect Switch module and LED light, the microcontroller are connected to timer and the lamps and lanterns with mobile phone wireless communication module communication connection Wireless communication module, the power supply module are microcontroller power supply, and the input of the microcontroller is terminated with optical sensor, institute The output end for stating microcontroller connects with MOS switch module.

The bedside lamp of above-mentioned a kind of mobile phone remote control, it is characterised in that: the lamps and lanterns further include pedestal, and setting Shell and inner casing on pedestal form radial clearance, are provided between the shell and inner casing between the shell and inner casing Barn door compatible with the radial clearance is provided with the magnet that can be adsorbed with magnetite on the barn door.

The bedside lamp of above-mentioned a kind of mobile phone remote control, it is characterised in that: the optical sensor includes QY-150A light According to sensor.

The bedside lamp of above-mentioned a kind of mobile phone remote control, it is characterised in that: the microcontroller includes chip XC4VSX55。

The bedside lamp of above-mentioned a kind of mobile phone remote control, it is characterised in that: the mobile phone wireless communication module and lamps and lanterns Wireless communication module is without bluetooth communication.

The bedside lamp of above-mentioned a kind of mobile phone remote control, it is characterised in that: the obliquity sensor is three axial rakes biography Sensor.

Compared with the prior art, the utility model has the following advantages:

1, the utility model has the advantages of simple structure, design is reasonable, realizes and easy to use and operate.

2, in the utility model, when the angle between the mobile phone and horizontal plane that obliquity sensor detects whithin a period of time It persistently falls within the scope of angle threshold value, microcontroller sends pulse signal and gives MOS switch module, the shutdown of MOS switch module, LED Lamp power loss, lighting-off, user only need to put down mobile phone during controlling LED light and change between mobile phone and horizontal plane Angle, control mode is simple, does not need to stand up to carry out movement of turning off the light, does not influence sleepiness, using effect is good.

3, in the utility model, the illumination in current environment is detected by optical sensor, when intensity of illumination is greater than illumination When threshold value, microcontroller controls the shutdown of MOS switch module, and LED light power loss, lighting-off is played the role of energy-saving and environment-friendly；Work as light According to intensity be less than illumination threshold value when, microcontroller control MOS switch module conducting, LED light electrification, start to illuminate, avoid using Person is under dim environment, is conducive to user and protects eyesight.

4, in the utility model, angle threshold value, timing threshold value and light can be adjusted by the keyboard input module on mobile phone According to threshold value, meet the use demand of different people, easy to operate, using effect is good.

In conclusion the utility model simple structure and reasonable design, the mobile phone and horizontal plane detected using obliquity sensor Between angle, user only needs to put down mobile phone during controlling LED light and changes angle between mobile phone and horizontal plane , control mode is simple, does not need to stand up to carry out movement of turning off the light, does not influence sleepiness, using effect is good.

Below by drawings and examples, the technical solution of the utility model is described in further detail.

Detailed description of the invention

Fig. 1 is the schematic block circuit diagram of the utility model.

Fig. 2 is the structural schematic diagram of the utility model lamps and lanterns.

Description of symbols:

1-mobile phone；2-mobile phone wireless communication modules；3-obliquity sensors；

4-keyboard input modules；5-lamps and lanterns；6-power supply modules；

7-microcontrollers；8-lamps and lanterns wireless communication modules；9-metal-oxide-semiconductor switch modules；

10-LED light；11-optical sensors；12-timers；

13-pedestals；14-inner casings；15-shells；

16-barn doors；17-magnet；18-magnetites.

Specific embodiment

As shown in Figure 1, the utility model includes mobile phone 1 and the lamps and lanterns 5 with the mobile phone 1 communication connection, the mobile phone 1 is wrapped Mobile phone wireless communication module 2, obliquity sensor 3 and keyboard input module 4 are included, the lamps and lanterns 5 include microcontroller 7, Yi Jiyi The secondary power supply module 6 to connect, metal-oxide-semiconductor switch module 9 and LED light 10, the microcontroller 7 be connected to timer 12 and with the hand The lamps and lanterns wireless communication module 8 that machine wireless communication module 2 communicates to connect, the power supply module 6 is the power supply of microcontroller 7, described The input of microcontroller 7 is terminated with optical sensor 11, and the output end of the microcontroller 7 connects with MOS switch module 9.

In the present embodiment, angle threshold value and timing threshold value are inputted by keyboard input module 4, obliquity sensor 3 is examined in real time The angle between mobile phone 1 and horizontal plane is surveyed, and angle threshold value, timing threshold value and the angle detected are communicated by mobile phone wireless Module 2 and lamps and lanterns wireless communication module 8 are sent to microcontroller 7, and microcontroller 7 carries out angle threshold value and the angle detected Compare, when the angle detected is fallen within the scope of angle threshold value, timer 2 starts timing, meter of the microcontroller 7 to timer 2 Shi Shichang is compared with timing threshold value, when timer 2 timing duration be greater than timing threshold value, that is, think that user sleeps State, microcontroller 7 sends pulse signal to MOS switch module 9 at this time, and MOS switch module 9 turns off, and 10 power loss of LED light is stopped It only illuminates, user only needs to put down mobile phone during controlling LED light 10, and control mode is simple, does not need to stand up Movement of turning off the light is carried out, sleepiness is not influenced, using effect is good.

In actual use, threshold value is shone by 4 input light of keyboard input module, in 11 real-time detection environment of optical sensor Intensity of illumination, and intensity of illumination is sent to microcontroller 7, microcontroller 7 is compared intensity of illumination and illumination threshold value, when When intensity of illumination is greater than illumination threshold value, timer 2 starts timing, timing duration and timing threshold value of the microcontroller 7 to timer 2 Be compared, when timer 2 timing duration be greater than timing threshold value, that is, think not needing to illuminate in current environment, at this time micro-control Device 7 processed sends pulse signal to MOS switch module 9, and MOS switch module 9 turns off, and section is played in 10 power loss of LED light, lighting-off The effect of energy environmental protection；When intensity of illumination is less than illumination threshold value, timer 2 starts timing, meter of the microcontroller 7 to timer 2 Shi Shichang is compared with timing threshold value, when timer 2 timing duration be greater than timing threshold value, that is, think that current environment needs to shine Bright, microcontroller 7 sends pulse signal to MOS switch module 9 at this time, and MOS switch module 9 is connected, and LED light 10 is charged, and starts Illumination, avoids user from being under dim environment, is conducive to user and protects eyesight.

In actual use, angle threshold value, timing threshold value and illumination threshold value are adjusted by keyboard input module 4, met different The use demand of people, easy to operate, using effect is good.

Current most of smart phones have had obliquity sensor 3, therefore do not need that control terminal additionally is arranged, it is only necessary to Lamps and lanterns 5 and smart phone are matched, use cost is reduced.

As shown in Fig. 2, the lamps and lanterns 5 further include pedestal 13 in the present embodiment, and the shell 15 being arranged on pedestal 13 With inner casing 14, radial clearance is formed between the shell 15 and inner casing 14, is provided between the shell 15 and inner casing 14 and institute The compatible barn door 16 of radial clearance is stated, the magnet 17 that can be adsorbed with magnetite 18 is provided on the barn door 16.

In actual use, magnetite 18 is attached on shell 15, magnetite 18 and magnet 17 adsorb, and are existed by mobile magnetite 18 Position on shell 15 can drive the barn door connecting with magnet 17 16 to move in radial clearance, to change barn door 16 Position, can play and gather light, change the direction of illumination, using effect is good.

In the present embodiment, the optical sensor includes QY-150A optical sensor.

In the present embodiment, the microcontroller 7 includes chip XC4VSX55.

In the present embodiment, the mobile phone wireless communication module 2 and lamps and lanterns wireless communication module 8 are without bluetooth communication. In actual use, the bluetooth communication on mobile phone is opened, matches and connects with the bluetooth communication on lamps and lanterns 5, mobile phone Wireless communication connection is established with lamps and lanterns 5, lamps and lanterns 5 are the state in mobile phone remote control, easy to use.

In the present embodiment, the obliquity sensor 3 is three axial rake sensors.

The above is only the embodiments of the present invention, not imposes any restrictions to the utility model, all according to this Any simple modification to the above embodiments of utility model technical spirit, change and equivalent structural changes, still fall within In the protection scope of technical solutions of the utility model.

Claims

1. a kind of bedside lamp of mobile phone remote control, it is characterised in that: communicated to connect including mobile phone (1) and with the mobile phone (1) Lamps and lanterns (5), the mobile phone (1) includes mobile phone wireless communication module (2), obliquity sensor (3) and keyboard input module (4), The lamps and lanterns (5) include microcontroller (7), and the power supply module (6), metal-oxide-semiconductor switch module (9) and the LED light that successively connect (10), the microcontroller (7) be connected to timer (12) and with the mobile phone wireless communication module (2) communication connection lamps and lanterns without Line communication module (8), the power supply module (6) are microcontroller (7) power supply, and the input of the microcontroller (7) is terminated with light According to sensor (11), the output end of the microcontroller (7) connects with metal-oxide-semiconductor switch module (9).

2. a kind of bedside lamp of mobile phone remote control described in accordance with the claim 1, it is characterised in that: the lamps and lanterns (5) are also wrapped Include pedestal (13), and shell (15) and inner casing (14) on pedestal (13) be set, the shell (15) and inner casing (14) it Between form radial clearance, be provided with barn door compatible with the radial clearance between the shell (15) and inner casing (14) (16), the magnet (17) that can be adsorbed with magnetite (18) is provided on the barn door (16).

3. a kind of bedside lamp of mobile phone remote control described in accordance with the claim 1, it is characterised in that: the optical sensor packet Include QY-150A optical sensor.

4. a kind of bedside lamp of mobile phone remote control described in accordance with the claim 1, it is characterised in that: the microcontroller (7) Including chip XC4VSX55.

5. a kind of bedside lamp of mobile phone remote control described in accordance with the claim 1, it is characterised in that: the mobile phone wireless communication Module (2) and lamps and lanterns wireless communication module (8) are without bluetooth communication.

6. a kind of bedside lamp of mobile phone remote control described in accordance with the claim 1, it is characterised in that: the obliquity sensor It (3) is three axial rake sensors.