CN102346436A - Natural awakening device and method - Google Patents
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- CN102346436A CN102346436A CN2010102462134A CN201010246213A CN102346436A CN 102346436 A CN102346436 A CN 102346436A CN 2010102462134 A CN2010102462134 A CN 2010102462134A CN 201010246213 A CN201010246213 A CN 201010246213A CN 102346436 A CN102346436 A CN 102346436A
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Abstract
The invention relates to a natural awakening device and a natural awakening method. The natural awakening device comprises a light-emitting diode (LED) lamp bank, a master control module and a power supply module, a liquid crystal display module, a reset circuit, an acoustic control backlight module, a toggle switch selection module, a key module, a lamplight control module and a voice module which are connected with the master control module, wherein the toggle switch selection module is used for selecting a week awakening mode; the voice module is used for playing awakening music; the lamplight control module is used for regulating the luminance for natural awakening by touching; and the acoustic control backlight module is used for watching time at night. The natural awakening device integrates an alarm clock and a lamp, and awakens asleep people naturally by naturally-changed light and naturally-changed ring, so that the people are awakened comfortably. Simultaneously, the time is convenient to watch at night by an acoustic control method, and the luminance of lamplight is regulated by touching, so the natural awakening device is convenient and practical.
Description
Technical Field
The present invention relates to a wake-up lamp, and more particularly, to a natural wake-up device and a natural wake-up method based on the same.
Background
With the acceleration of life rhythm and the increase of working pressure, people in modern society generally have insufficient sleep, and are difficult to wake up naturally in the morning of working days, so that an alarm clock is needed to force people to wake up from sleep. The natural awakening of the human body is a slow process, and if the human body is awakened suddenly, symptoms such as headache and lassitude can be caused, so that the human body is not good for health. The sound of the existing alarm clock can wake up people suddenly, so that people feel uncomfortable. Some alarm clocks wake up a person who sleeps well through the irradiation of light, but the alarm clocks have limited volume, and the emitted light can not stimulate the eyes of the person easily by finding a proper placement position, so that an ideal effect is not achieved.
After the alarm time of a general alarm clock is set, the alarm clock can be turned on every day, and if the alarm clock is forgotten to be turned off, the alarm clock can be sounded in the morning on sunday, so that the rest of people is influenced.
The general alarm clock has no lighting function, the time needs to be watched by other lamps at night, and the lamp switch is difficult to touch at night, so that the time is inconvenient to watch at night.
The brightness of a common lamp is changed by a knob, and the knob is easy to fail after being used for a long time.
Disclosure of Invention
The present invention is directed to solve the above-mentioned problems of the prior art, and provides a natural wake-up device and method, which integrates an alarm clock and a lamp, and naturally wakes up a sleeping person through gradually changing lights and rings, so that the person is naturally woken up instead of being suddenly wakened up, and further, the person can watch time at night through a sound control lamp, and the brightness of the lamp can be adjusted through touch, so that the device is practical and convenient.
The technical scheme adopted by the invention for solving the technical problems is as follows:
the natural awakening device comprises an LED lamp group, a main control module, a toggle switch selection module, a key module, a light control module and a voice module, wherein the toggle switch selection module, the key module, the light control module and the voice module are connected with the main control module; wherein,
the toggle switch selection module is used for acquiring gear information of an external toggle switch and sending the gear information to the main control module, and the main control module selects a corresponding week awakening mode according to the received gear information;
the key module comprises a time setting key for setting the awakening time, and the key module sends the acquired information of the time setting key to the main control module so as to set the awakening time;
the key module further comprises a snooze key for entering a snooze mode, the key module sends the acquired information of the snooze key to the main control module, and the main control module controls the LED lamp bank to be turned off and the voice module to stop sounding according to the received information;
the main control module is used for judging whether the current time is any one of Monday to Friday when the week awakening mode is 'awakening for five days', if so, the main control module sets the natural awakening identifier to be valid, and if the current time is Saturday or Sunday, the main control module sets the natural awakening identifier to be invalid;
the main control module is also used for judging whether the current time is sunday when the week awakening mode is 'six-day awakening', if the current time is sunday, the main control module sets the natural awakening identifier to be invalid, and if the current time is not sunday, the main control module sets the natural awakening identifier to be valid;
the main control module is also used for setting the natural awakening identifier to be effective all the time when the week awakening mode is 'seven-day awakening';
the main control module is also used for setting the natural awakening identifier to be invalid all the time when the week awakening mode is 'close awakening';
the main control module further comprises:
a. judging whether the awakening time is reached in real time, and when the awakening time is the first preset time before the awakening time comes and the natural awakening identifier is effective, sending awakening information to the light control module by the main control module, and sending lighting information to the LED lamp group by the light control module so as to control the LED lamp group to be gradually lighted from dark to bright; the main control module judges whether the awakening time is up or not in real time, and when the awakening time is up, the main control module sends sounding control information to the voice module so as to control the voice module to play the awakening ringtone gradually from low to high;
b. the main control module judges whether the snooze key signal is received within a second preset time, if the snooze key signal is received, a wakeup stopping instruction is sent to the voice module to control the voice module to stop sounding, and meanwhile, the LED lamp group is controlled to be turned off to enter a snooze mode;
c. if the main control module does not receive the snooze key signal after timing for the second preset time, the main control module sends the awakening stopping instruction to the voice module, controls the voice module to stop sounding, and simultaneously controls the LED lamp group to be turned off to enter the snooze mode;
after entering the snooze mode, the main control module keeps timing for a third preset time and then repeatedly executes the steps a, b and c; after the set times of repeated execution, the main control module sends a stop instruction to the voice module to control the voice module to stop sounding and simultaneously control the LED lamp group to be turned off.
The natural awakening device also comprises a voice control backlight module, wherein the voice control backlight module is connected with the main control module; the voice control backlight module is used for acquiring an external sound signal and sending the received external sound signal to the main control module, the main control module compares the received external sound signal with a set sound threshold value, and when the external sound signal exceeds the sound threshold value, the main control module controls the backlight lamp to be turned on for a fourth preset time.
In the natural awakening device, the key module comprises an automatic light-off key for setting automatic light-off time, and the key module sends the acquired information of the automatic light-off key to the main control module so as to set the automatic light-off time; and the main control module counts down according to the set automatic light-off time, and controls the LED lamp group to be turned off when the counting down is finished.
The natural awakening device comprises a light control module, a main control module, a light control module and a natural awakening device, wherein the light control module comprises a touch dimming control unit, a dimming control circuit and a touch dimming switch contact point; the touch switch contact point obtains an external touch signal, the touch signal is sent to the touch dimming control unit through the dimming control circuit, and the touch dimming control unit adjusts the brightness of the LED lamp bank according to the received signal.
The natural awakening device of the invention is characterized in that the dimming control circuit is connected with a selector switch, and when the selector switch is connected with the anode of the power supply or is in idle connection:
if the time for touching the touch dimming switch contact point is less than the first contact time, the touch dimming control unit controls the LED lamp group to be turned on or turned off; if the touch dimming switch is touched for a time longer than the first contact time and shorter than the second contact time, the touch dimming control unit controls the LED lamp set to gradually brighten or gradually dim on the basis of the current brightness, and when the touch dimming control unit controls the LED lamp set to reach the maximum brightness or the maximum darkness when the touch time reaches the second contact time; when the touch signal is suddenly interrupted or disappears, the touch dimming control unit controls the LED lamp group to keep at the current brightness;
when the selection switch is grounded, the touch dimming control unit controls the LED lamp set to be sequentially changed from slight-on, small-on, medium-on, full-on and off when the touch dimming switch contact point is touched.
The natural awakening device comprises a key module, a voice module and a key set, wherein the key module further comprises an automatic demonstration key for demonstrating a natural awakening process, the main control module receives key information of the automatic demonstration key, sends a demonstration instruction to the light control module, the light control module controls the LED lamp set to be gradually lightened, and after the first preset time is up, the main control module sends a ringing instruction to the voice module so as to control the voice module to play the awakening ringtone from low to high; after the fifth preset time is reached, the main control module sends a stop instruction to the voice module to control the voice module to stop sounding; and in the playing process, when the main control module receives the key information of the automatic demonstration key again, the main control module immediately sends playing stopping information to the voice module to control the voice module to stop sounding.
The invention also provides a natural awakening method based on the natural awakening device, which comprises the following steps:
A. judging a week awakening mode;
B. when the weekly wake-up mode is the five-day mode, the six-day mode or the seven-day mode, the weekly wake-up mode flag is set to be valid;
C. when the week awakening mode is the 'off mode', the week awakening mode identifier is set to be invalid;
D. if the week awakening mode identification is invalid, closing the natural awakening function;
E. when the week awakening mode identifier is valid, judging whether the current time is the first preset time before the awakening time;
F. when the week awakening mode identification is valid and first preset time is reached, starting the LED lamp set to gradually brighten;
G. judging whether the awakening time is reached;
H. when the awakening time is up, starting the voice module, and playing the awakening ring with gradually increased volume by the voice module;
I. judging whether a ringing time, namely a second preset time, is reached;
J. when the second preset time is not reached, judging whether a snooze control signal exists or not;
K. when the second preset time is not reached and a snooze control signal exists, the voice module is turned off, the voice module stops sounding, the LED lamp group is turned off at the same time, and the LED lamp group is turned off and enters a snooze mode;
l, when second preset time is reached and no snooze control signal exists, the voice module is turned off, the voice module stops sounding, meanwhile, the LED lamp group is turned off, and the LED lamp group is turned off and enters a snooze mode;
m, judging whether a preset awakening frequency is reached;
n, when the set awakening times are not reached, entering waiting time, namely third preset time;
0. when the set awakening times are not reached and the third preset time is reached, repeating the step F and the step H-N;
and P, when the set awakening times are reached, exiting the awakening program, ending the awakening and entering a normal time display state.
The natural awakening device and the method of the invention integrate the alarm clock and the lamp, awaken the people who are asleep automatically through the gradually changed light and the ring, enable the people to awaken naturally instead of being awakened suddenly, and automatically stop awakening when the awakening date is not set; the sound control lamp is used for facilitating the watching time at night; meanwhile, the brightness of the lamp is adjusted through touch, and the lamp is convenient to use.
Drawings
The invention will be further described with reference to the accompanying drawings and examples, in which:
fig. 1 is a schematic block diagram of a natural wake-up apparatus according to a first embodiment of the present invention;
fig. 2 is a flowchart of a natural wake-up method according to a second embodiment of the present invention.
Detailed Description
The device for natural awakening comprises a main control module 110, a power supply module 120 connected with the main control module 110, a reset circuit 130, a toggle switch selection module 140, a key module 150, an LED lamp set 160, a liquid crystal display module 170, a light control module 180, a voice module 190, a sound control backlight module 200 and a clock oscillation circuit 210.
The main control module 110 is used to obtain information of each module of the device, and each module works according to an instruction of the main control module. The power module 120 is used for supplying power to the whole wake-up device, in the first embodiment, the power module 120 includes three sections of AA dry batteries and a 6V DC power supply, wherein the clock display and voice module 190 and the acoustic control backlight module 200 are powered by the dry batteries, and the LED lamp set and the liquid crystal display backlight part are powered by the 6V DC power supply; the reset circuit 130 is used for restoring the original factory settings of the whole device; the clock oscillation circuit 210 provides a time reference for the main control module 110; the liquid crystal display module 170 is mainly used for displaying time, and the liquid crystal display module 170 includes a backlight for viewing time.
The toggle switch selection module 140 is configured to select a week wake-up mode, where the week wake-up mode includes four types: "five day mode", "six day mode", "seven day mode" and "off mode". Wherein the five-day mode is awakening every day from Monday to Friday, and not awakening every Saturday and Sunday; the "six-day mode" is awakened every day from monday to saturday, and not awakened every day; "seven day mode" is waking up every day; the "off mode" is that the wake-up function of the wake-up is off, not wake-up.
The key module 150 includes a wake-up time setting key for setting wake-up time and an up-down adjusting key for adjusting setting items up and down, and the wake-up time is set by using the wake-up time setting key and the up-down adjusting key; after the awakening time is set, the needed week awakening mode is selected through the toggle switch selection module 140 and the up-down adjusting key; the key module 150 further includes a snooze key for stopping the wakeup ring and turning off the LED lamp set 160 to enter a snooze mode during the wakeup ring playing process; the keypad module 150 further includes a display module for selecting a normal time status displayed by the liquid crystal display module 170 according to an instruction of the main control module 110, the normal time display includes year, month, day, hour, minute and week, and Chinese and foreign languages can be displayed according to the selection.
As shown in fig. 1, the voice module 190 for playing the wake-up ringtone includes a voice chip control unit 191, a volume control circuit 192, and a speaker circuit 193, where the voice chip control unit 191 is configured to receive a control instruction of the main control module 110 to play or stop the wake-up ringtone, and the volume control circuit 192 controls the volume of the speaker circuit 193 to gradually increase according to the instruction information of the voice chip control unit 191.
As shown in fig. 1, the light control module 180 includes a touch dimming control unit 181, a dimming control circuit 182, and a touch dimming switch contact point 183, and the touch dimming control unit 181 is connected to the main control module 110 and the LED lamp set 160.
When the wake-up function is turned on, when the time reaches the first preset time before the wake-up time, the main control module 110 controls the LED lamp set 160 to light naturally through the touch dimming control unit 181, wherein the light is gradually turned on from dark to bright in the process of natural lighting; after the time of natural lighting is reached, the main control module 110 sends ringing information to the voice module 190, controls the voice module 190 to gradually play the awakening ringtone from low to high, the time of playing the awakening ringtone is second preset time, and within the second preset time, if the main control module 110 receives a signal from a snooze button, the main control module 110 controls the LED lamp set 160 to be turned off, and simultaneously controls the voice module 190 to stop playing the awakening ringtone, namely, the snooze mode is entered; if the second preset time for playing the wake-up ring arrives and the main control module 110 does not receive the signal from the snooze button, the main control module 110 controls the voice module 190 to stop playing the wake-up ring, the LED lamp set 160 is turned off, and the waiting time (i.e. the third preset time) is entered, after the third preset time arrives, the main control module 110 determines whether the wake-up time arrives, if the wake-up time does not arrive, the wake-up procedure is repeated, i.e. the LED lamp set 160 naturally turns on light gradually from dark to bright within the first preset time, the voice module 190 gradually plays the wake-up ring from low to high, and the time for playing the wake-up ring is the second preset time. And when the awakening times reach the set times, exiting the awakening program, finishing awakening and entering a normal time display state.
In order to facilitate night time viewing without using other light sources, in an embodiment of the natural waking device of the present invention, the natural waking device further comprises a sound-controlled backlight module 200 for night time viewing, and the sound-controlled backlight function can be turned on and off by a switch of the sound-controlled backlight module. As shown in fig. 1, the sound-controlled backlight module 200 is configured to receive external sound information, such as lightly tapping a hand near a naturally woken up room, or tapping a bedside table on which a user wakens up, or touching any part of the naturally woken up room, the main control module 110 compares an external sound signal with a set sound threshold according to the external sound signal received from the sound-controlled backlight module 200, when the external sound signal exceeds the sound threshold, a backlight of the liquid crystal display module is immediately turned on, and the lighting time may be set to be a fourth predetermined time.
In order to implement the function of automatically turning off the light, in the first embodiment of the present invention, the key group 150 further includes an automatic light-off key, when the key group 150 is naturally awakened to be normally turned on, the key module 150 receives information of the automatic light-off key and sends the information to the main control module 110 to set an automatic light-off time, and the main control module 110 performs countdown according to the set automatic light-off time.
In order to realize the touch switch lamp and the touch dimming lamp, in the first embodiment of the present invention, as shown in fig. 1, the lighting control module 180 for touch dimming is further included, and the lighting control module 180 includes a touch dimming control unit 181, a dimming control circuit 181, and a touch dimming switch contact point 183. The touch switch contact point 183 is configured to obtain an external touch signal, and send the touch signal to the touch dimming control unit 181 through the dimming control circuit 182, and the touch dimming control unit adjusts the brightness of the LED lamp set 160 according to the received signal.
In a first embodiment of the natural wake-up apparatus of the present invention, the dimming control circuit 181 is connected to a selection switch, and when the selection switch is connected to the positive electrode of the power supply or is idle:
if the touch dimming switch contact point 183 is touched for less than the first contact time, the touch dimming control unit 181 controls the LED lamp set 160 to be turned on or off; if the time for contacting the touch dimming switch contact point 183 is longer than the first contact time and shorter than the second contact time, the touch dimming control unit 181 controls the LED lamp set 160 to gradually brighten or gradually dim based on the current brightness, and when the touch time reaches the second contact time, the touch dimming control unit 181 controls the LED lamp set 160 to reach the maximum brightness or the maximum darkness; when the touch signal is suddenly interrupted or disappears, the touch dimming control unit 181 controls the LED lamp set 160 to maintain the current brightness;
when the selection switch is grounded, the touch dimming control unit 181 controls the LED lamp set 160 to be sequentially changed from slight-on, small-on, medium-on, full-on, and off every time the touch dimming switch contact point 183 is touched.
In the first embodiment of the present invention, the key module 150 further includes an automatic demonstration key for demonstrating a natural wake-up process, the main control module 110 receives key information of the automatic demonstration key, the main control module 110 sends a demonstration instruction to the light control module 180, the light control module 180 controls the LED light group to be gradually turned on, after a first preset time arrives, the main control module 110 sends a ring instruction to the voice module 190 to control the voice module 190 to play a wake-up ring from low to high, the automatic demonstration time may be set to a fifth preset time, and after the fifth preset time arrives, the main control module 110 sends a stop instruction to the voice module 190 to control the voice module 190 to stop playing the wake-up ring; in the playing process, if the main control module 110 receives the key information of the automatic demonstration key again, it immediately sends a stop playing message to the voice module 190 to control the voice module to stop playing the music ringtone.
In a second embodiment of the present invention, a method for controlling natural wake-up is provided, a flowchart of which is shown in fig. 2, and the method specifically includes the following steps:
s101, judging a week awakening mode by a main control module;
s102, when the week awakening mode is the five-day mode, the six-day mode or the seven-day mode, the main control module sets the week awakening mode identification to be valid;
s103, when the week awakening mode is the 'off mode', the main control module sets the week awakening mode identifier as invalid;
s104, if the week awakening mode identification is invalid, the main control module closes the natural awakening function;
s105, when the week awakening mode identifier is valid, the main control module judges whether the current time is a first preset time before the awakening time;
s106, when the week awakening mode identification is valid and first preset time before the awakening time is reached, the main control module sends a lamp lightening instruction to the LED lamp group to control the LED lamp group to be gradually lightened, namely the LED lamp group is naturally lightened;
s107, the main control module judges whether the awakening time is reached;
s108, when the awakening time is up, the main control module sends a ring playing instruction to the voice module, the voice module is started, and the awakening ring with gradually increased playing volume is played, wherein the time difference between the awakening time and the first preset time can be set as required, for example, set as 1 minute;
s109, the main control module judges whether the ringing time is reached, namely the second preset time;
s110, when the second preset time is not reached, the main control module judges whether key information of the snooze key from the key module, namely a snooze control signal, is received;
s111, when the second preset time is not reached and a snooze control signal exists, the main control module sends a closing instruction to the voice module, the voice module stops naturally waking up the ring, and the main control module simultaneously sends a light-off information instruction to the LED lamp group to control the LED lamp group to be turned off and enter a snooze mode;
s112, when the second preset time is up and no snooze control signal exists, the main control module sends a closing instruction to the voice module, the voice module stops naturally waking up the ring, and the main control module simultaneously sends a light-off information instruction to the LED lamp group to control the LED lamp group to be turned off and enter a snooze mode;
s113, the main control module judges whether the preset number of awakening times is reached;
s114, when the set awakening times are not reached, waiting time is entered, namely third preset time;
s115, when the set awakening times are not reached and the third preset time is reached, repeating the step S106 and the steps S108-S114;
and S116, when the set awakening times are reached, exiting the awakening program, ending the awakening and entering a normal time display state.
The natural awakening device and the method enable the alarm clock and the lamp to be integrated, and awaken the people who are asleep automatically through the gradually changed light and the ring, so that the people are awakened naturally instead of being awakened suddenly, and the awakening is stopped automatically on sunday; the sound control lamp is used for facilitating the watching time at night; meanwhile, the brightness of the lamp is adjusted through touch, and the lamp is practical and convenient.
It will be understood that modifications and variations can be made by persons skilled in the art in light of the above teachings and all such modifications and variations are intended to be included within the scope of the invention as defined in the appended claims.
Claims (7)
1. A natural awakening device comprises an LED lamp group; the method is characterized in that: the device also comprises a main control module, and a toggle switch selection module, a key module, a light control module and a voice module which are connected with the main control module; wherein,
the toggle switch selection module is used for acquiring gear information of an external toggle switch and sending the gear information to the main control module, and the main control module selects a corresponding week awakening mode according to the received gear information;
the key module comprises a time setting key for setting the awakening time, and the key module sends the acquired information of the time setting key to the main control module so as to set the awakening time;
the key module further comprises a snooze key for entering a snooze mode, the key module sends the acquired information of the snooze key to the main control module, and the main control module controls the LED lamp bank to be turned off and the voice module to stop sounding according to the received information;
the main control module is used for judging whether the current time is any one of Monday to Friday when the Monday awakening mode is the five-day mode, setting the natural awakening identifier to be valid if the current time is any one of Monday to Friday, and setting the natural awakening identifier to be invalid if the current time is Saturday or Sunday;
the main control module is also used for judging whether the current time is sunday when the week awakening mode is the six-day mode, if so, the main control module sets the natural awakening identifier to be invalid, and if not, the main control module sets the natural awakening identifier to be valid;
the main control module is also used for setting the natural awakening identifier to be effective all the time when the week awakening mode is a seven-day mode;
the main control module is also used for setting the natural awakening identifier to be invalid all the time when the week awakening mode is the 'off mode';
the main control module further comprises:
a. judging whether the awakening time is reached in real time, and when the awakening time is the first preset time before the awakening time comes and the natural awakening identifier is effective, sending awakening information to the light control module by the main control module, and sending lighting information to the LED lamp group by the light control module so as to control the LED lamp group to be gradually lighted from dark to bright; the main control module judges whether the awakening time is up or not in real time, and when the awakening time is up, the main control module sends sounding control information to the voice module so as to control the voice module to gradually send an awakening ring from low to high;
b. the main control module judges whether the snooze key signal is received within a second preset time, if the snooze key signal is received, a wakeup stopping instruction is sent to the voice module to control the voice module to stop sounding, and meanwhile, the LED lamp group is controlled to be turned off to enter a snooze mode;
c. if the main control module does not receive the snooze key signal after timing for the second preset time, the main control module sends the awakening stopping instruction to the voice module, controls the voice module to stop sounding, and simultaneously controls the LED lamp group to be turned off to enter the snooze mode;
after entering the snooze mode, the main control module keeps timing for a third preset time and then repeatedly executes the steps a, b and c; after the set times of repeated execution, the main control module sends a stop instruction to the voice module to control the voice module to stop sounding and simultaneously control the LED lamp group to be turned off.
2. The natural wake-up apparatus according to claim 1, further comprising a voice-controlled backlight module, wherein the voice-controlled backlight module is connected to the main control module; the voice control backlight module is used for acquiring an external sound signal and sending the received external sound signal to the main control module, the main control module compares the received external sound signal with a set sound threshold value, and when the external sound signal exceeds the sound threshold value, the main control module controls the backlight lamp to be turned on for a fourth preset time.
3. The natural wake-up device according to claim 1, wherein the key module comprises an automatic light-off key for setting automatic light-off time, and the key module sends the acquired information of the automatic light-off key to the main control module to set the automatic light-off time; and the main control module counts down according to the set automatic light-off time, and controls the LED lamp group to be turned off when the counting down is finished.
4. The natural wake-up device according to claim 1, wherein the light control module comprises a touch dimming control unit, a dimming control circuit and a touch dimming switch contact point, the touch dimming control unit is connected with the main control module and the LED lamp set, and the touch dimming switch contact point is connected with the dimming control circuit; the touch switch contact point obtains an external touch signal and sends the touch signal to the touch dimming control unit through the dimming control circuit, and the touch dimming control unit sends the brightness of the LED lamp group according to the received signal.
5. The natural wake-up apparatus according to claim 4, wherein the dimming control circuit is connected to a selection switch, and when the selection switch is connected to the positive pole of the power supply or is idle:
if the time for touching the touch dimming switch contact point is less than the first contact time, the touch dimming control unit controls the LED lamp group to be turned on or turned off; if the touch dimming switch is touched for a time longer than the first contact time and shorter than the second contact time, the touch dimming control unit controls the LED lamp set to gradually brighten or gradually dim on the basis of the current brightness, and when the touch dimming control unit controls the LED lamp set to reach the maximum brightness or the maximum darkness when the touch time reaches the second contact time; when the touch signal is suddenly interrupted or disappears, the touch dimming control unit controls the LED lamp group to keep at the current brightness;
when the selection switch is grounded, the touch dimming control unit controls the LED lamp set to be sequentially changed from slight-on, small-on, medium-on, full-on and off when the touch dimming switch contact point is touched.
6. The natural wake-up device according to claim 1, wherein the key module further comprises an automatic demonstration key for demonstrating a natural wake-up process, the main control module receives key information of the automatic demonstration key, the main control module sends a demonstration instruction to the light control module, the light control module controls the LED light set to be gradually turned on, and after the first preset time is reached, the main control module sends a ring instruction to the voice module to control the voice module to play the wake-up ring from low to high; after the fifth preset time is reached, the main control module sends a stop instruction to the voice module to control the voice module to stop sounding; and in the playing process, when the main control module receives the key information of the automatic demonstration key again, the main control module immediately sends playing stopping information to the voice module to control the voice module to stop sounding.
7. A natural wake-up method based on the natural wake-up device of claim 1, comprising the following steps:
A. judging a week awakening mode;
B. when the weekly wake-up mode is the five-day mode, the six-day mode or the seven-day mode, the weekly wake-up mode flag is set to be valid;
C. when the week awakening mode is the 'off mode', the week awakening mode identifier is set to be invalid;
D. when the week awakening mode identification is invalid, closing the natural awakening function;
E. when the week awakening mode identifier is valid, judging whether the current time is the first preset time before the awakening time;
F. when the week awakening mode identification is valid and the first preset time is reached, starting the LED lamp set to gradually brighten;
G. judging whether the awakening time is reached;
H. when the awakening time is up, starting the voice module, and playing the awakening ring with gradually increased volume by the voice module;
I. judging whether the ringing time, namely the second preset time, is reached;
J. when the second preset time is not reached, judging whether a snooze control signal exists or not;
K. when the second preset time is not reached and a snooze control signal exists, the voice module is turned off, the voice module stops sounding, the LED lamp group is turned off at the same time, and the LED lamp group is turned off and enters a snooze mode;
l, when second preset time is reached and no snooze control signal exists, the voice module is turned off, the voice module stops sounding, meanwhile, the LED lamp group is turned off, and the LED lamp group is turned off and enters a snooze mode;
m, judging whether a preset awakening frequency is reached;
n, when the set awakening times are not reached, entering waiting time, namely third preset time;
o, when the set awakening times are not reached and the third preset time is reached, repeating the step F and the steps H-N;
and P, when the set awakening times are reached, exiting the awakening program, ending the awakening and entering a normal time display state.
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| CN 201010246213 CN102346436B (en) | 2010-08-05 | 2010-08-05 | Natural awakening device and method |
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Application publication date: 20120208 Assignee: SHENZHEN LIGHT LIFE TECHNOLOGY Co.,Ltd. Assignor: SHENZHEN CHAOWEI IND. Co.,Ltd. Contract record no.: 2016990000512 Denomination of invention: Natural awakening device and method Granted publication date: 20130403 License type: Exclusive License Record date: 20161220 |
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