CN105343980A - Brain wave induction device and desk lamp - Google Patents
Brain wave induction device and desk lamp Download PDFInfo
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- CN105343980A CN105343980A CN201510854079.9A CN201510854079A CN105343980A CN 105343980 A CN105343980 A CN 105343980A CN 201510854079 A CN201510854079 A CN 201510854079A CN 105343980 A CN105343980 A CN 105343980A
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Abstract
The invention provides a brain wave induction device and a desk lamp and belongs to the technical field of electronics. The brain wave induction device comprises a light emitting module. The light emitting module comprises at least one near-infrared LED lamp and/or at least one visible light LED lamp. The near-infrared LED lamp and/or the visible light LED lamp flash/flashes at preset frequency to induce a human body to generate brain waves at corresponding frequency. The light emitting module is arranged in the brain wave induction device and provided with the near-infrared LED lamp and/or the visible light LED lamp so that the human body can be stimulated and induced to generate the corresponding brain waves as long as the light emitting module flashes at the certain frequency, and the human body is made to be in a sleeping or awake state. Even insomniacs can fall asleep quickly. The device is simple in structure and convenient to use, brings convenience to users, and solves the problems of insomnia, anxiety, absent mindedness and the like.
Description
Technical field
The present invention relates to electronic technology field, particularly relate to a kind of brain wave apparatus for deivation and a kind of desk lamp comprising this brain wave apparatus for deivation.
Background technology
Along with the development of society, be no matter that work or study are all faced with the increasing pressure, easily cause the symptoms such as absent minded, insomnia, thus affect work and study efficiency, cause puzzlement to people, even affect healthy.Adjustment by people self improves this phenomenon many times effect not obvious, and as a rule the time cycle all can be long, thus, how to improve this problem fast by external strength and become a research direction.
We know, when brain receives outside some optical signal stimulation, can there is respective change in cerebral functional lateralitv (BrainFunctionStatement, BFS), short time brings out or strengthens brain and produces the brain waves such as α, δ, θ, makes brain enter corresponding cerebral functional lateralitv.
Specifically, various brain wave and function of human body corresponding states:
The electromagnetic wave of α ripple to be a kind of frequency range be 8 ~ 14Hz (hertz), when in human body, α ripple becomes dominant wave, body and mind energy expenditure is minimum, and it is the highest that brain obtains energy, is now the optimum state of study and thinking.
The electromagnetic wave of θ ripple to be a kind of frequency range be 4 ~ 8Hz, when in human body, θ ripple is dominant wave, the consciousness of people is in interrupt status, and health is deep to be loosened; Again, because θ ripple is very big for helps such as the deep memory of triggering, strengthening longterm memories, so θ ripple is called as " leading to memory and the gate learnt ".
The electromagnetic wave of δ ripple to be a kind of frequency range be 0.4 ~ 4Hz, when in human body, δ ripple is dominant wave, human body is in deep sleep, automatism.Visible, if human body enters the wavy state of approximate δ, insomnia of breaking away from that can be very fast enters deep sleep.
Based on above principle, occurred a series of Related product at present on the market, e.g., simulating nature light is by the sleep awakening lamp of bright dimmed hypnotic, although this method can increase the comfort level of human body sense, allows people naturally enter sleep state or wake-up states; But this series products is applicable to can sleep voluntarily and the normal population of getting up, to the effect that insomniac or the difficult crowd that gets up do not treat, induce.
Summary of the invention
For the problems referred to above, the present invention aims to provide a kind of brain wave apparatus for deivation and a kind of desk lamp, it carries out with predeterminated frequency the brain wave stimulating induction user to produce corresponding frequencies that glimmers by light emitting module, thus the cerebral functional lateralitv of adjustment human body, the effect played physiological hypnosis or wake up.
Technical scheme provided by the invention is as follows:
A kind of brain wave apparatus for deivation, comprise a light emitting module, described light emitting module comprises at least one near-infrared LED (LightEmittingDiode, light emitting diode) lamp and/or at least one visible LED lamp, described near-infrared LED lamp and/or described visible LED lamp produce the brain wave of corresponding frequencies with the predeterminated frequency induction human body that carries out glimmering.
Further preferably, described predeterminated frequency comprises α wave frequency, δ wave frequency and θ wave frequency.
In the technical program, when light emitting module glimmers with δ wave frequency or θ wave frequency, then induce human body to produce δ brain wave or θ brain wave, impel human body to enter sleep state; When light emitting module glimmers with α wave frequency, then induce human body to produce alpha wave, impel human body to enter waking state.Like this, when user needs focus one's attention on study (alpha wave) or need sleep (δ brain wave or θ brain wave), only brain wave apparatus for deivation need be set and carry out glimmering with corresponding frequencies, simple and convenient.
Further preferably, also comprise in described brain wave apparatus for deivation: central processing module, supply module, LED drive module and input module, wherein,
Described input module, is connected with described central processing module, described input module for set described predeterminated frequency, for set described light emitting module scintillation time and for brain wave apparatus for deivation described in On/Off;
Described supply module, be connected with described central processing module, described supply module, described LED drive module, described light emitting module and described input module respectively, described supply module is powered for described brain wave apparatus for deivation under the control of described central processing module;
Described LED drive module, is connected with described central processing module and described light emitting module respectively, and described LED drive module drives described light emitting module luminous under the control of described central processing module.
Further preferably, described brain wave apparatus for deivation also comprises the display module be connected with central processing module, and described display module is for showing the on off state of current time, scintillation time and brain wave apparatus for deivation;
And/or,
The internal battery module be connected with central processing module is also comprised in described brain wave apparatus for deivation, when after described supply module power-off, described internal battery module is that described central processing module is powered, described central processing module described internal battery module is started power time as described brain wave apparatus for deivation power-off initial time and store, described central processing module records the power-off duration of described brain wave apparatus for deivation from described power-off initial time simultaneously, to realize the correction of current time when described brain wave apparatus for deivation is energized again.
In the technical program, be that central processing module is powered and realized the rectification of time in brain wave apparatus for deivation by internal battery module, the accuracy of the relevant parameter that arranged in brain wave apparatus for deivation before having ensured (duration of a scintillation, flicker frequency, beginning scintillation time, terminate scintillation time etc.).
Additionally provide a kind of desk lamp in the present invention, it is characterized in that, described desk lamp comprises above-mentioned brain wave apparatus for deivation.
Further preferably, in described desk lamp, described light emitting module comprises at least one visible LED lamp and at least one near-infrared LED lamp, and described visible LED lamp and described near-infrared LED lamp carry out the brain wave glimmering and then induce human body to produce corresponding frequencies with predeterminated frequency.
In the technical program, when using this desk lamp as brain wave apparatus for deivation, then visible LED lamp is wherein set and near-infrared LED lamp glimmers with predeterminated frequency; When being used as common desk lamp by this desk lamp, open visible LED lamp.Greatly extend the purposes of desk lamp, user uses also very convenient.
Further preferably, in described desk lamp, described input module comprises multiple button, is respectively: on & off switch, sleep start button, wake up and arrange key and set of time key, wherein,
Described on & off switch, for realizing the On/Off of described desk lamp;
Described sleep start button, for opening the first sleep pattern;
Described waking up arranges key, uses with described set of time key combination, setting open awakening mode time and under described awakening mode described light emitting module wake scintillation time up;
Described set of time key, for arranging current time.
Further preferably, also comprise a sleep and arrange key in described input module, described sleep arranges key and described set of time key combination uses, and set described near-infrared LED lamp under described first sleep pattern first presets scintillation time.
And/or,
Also comprise a sleep in described input module and key is set, described sleep arranges key and described set of time key combination uses, time of setting unlatching second sleep pattern, be set in visible LED lamp described in described light emitting module under described second sleep pattern sleep scintillation time and under setting described second sleep pattern visible LED lamp described in described light emitting module second preset scintillation time.
In the technical program, comprise two kinds of insomnia patterns, be respectively the first sleep pattern and the second sleep pattern, in the first sleep pattern, the scintillation time of visible LED lamp is (the fixing scintillation time) that fix, desk lamp glimmers from opening sleep start button, until arrive fixing scintillation time, extinguishes.In the second sleep pattern, the time that visible LED lamp sets according to user oneself starts to glimmer, and reaches after scintillation time is preset in second of user oneself setting and extinguishes.
Further preferably, under described first sleep pattern, described visible LED lamp in described light emitting module glimmers with δ wave frequency or with θ wave frequency from described first sleep pattern of unlatching, and to set firmly in scintillation time dimmed to entirely going out gradually;
Under described second sleep pattern, the visible LED lamp in described light emitting module glimmers with δ wave frequency or with θ wave frequency in described sleep scintillation time, and dimmed to entirely going out gradually in described sleep scintillation time;
The priority of described first sleep pattern is higher than described second sleep pattern;
Under described awakening mode, the visible LED lamp in described light emitting module glimmers with α wave frequency described waking up in scintillation time, and brightens gradually to entirely bright described waking up in scintillation time.
In the technical program, when including the first sleep pattern and the second sleep pattern in desk lamp, then after the first insomnia pattern opens, because the priority of the second sleep pattern is lower than the first sleep pattern, then the second sleep pattern is not opened; Until the first sleep pattern closes, just can open to corresponding time second sleep pattern.
Further preferably, under described first sleep pattern or the second sleep pattern, near-infrared LED lamp in described light emitting module glimmers with δ wave frequency or with θ wave frequency setting firmly in scintillation time or sleep scintillation time, and described set firmly in scintillation time or sleep scintillation time dimmed to entirely going out gradually;
Or,
Under described first sleep pattern or the second sleep pattern, near-infrared LED lamp in described light emitting module glimmers with δ wave frequency or with θ wave frequency in default scintillation time, and presets in scintillation time or the second default scintillation time dimmed to entirely going out gradually described first.
Further preferably, under described awakening mode, the near-infrared LED lamp in described light emitting module continues to glimmer with α wave frequency, until described awakening mode is closed.
By brain wave apparatus for deivation provided by the invention and desk lamp, following beneficial effect can be brought:
In the present invention, in brain wave apparatus for deivation, light emitting module is set, visible LED lamp and/or near-infrared LED lamp are set in light emitting module, induction human body just can be stimulated to produce corresponding brain wave as long as allow light emitting module carry out flicker according to certain frequency like this, impel human body enter sleep or be in clear-headed state.Even if for insomniac, very F.F. can enter sleep state, this apparatus structure is simple, easy to use, brings advantage to the user, and effectively solves the puzzlements such as user's insomnia, anxiety, distraction.
Further, provide a kind of desk lamp in the present invention, namely it can be used as a normal desk lamp and use, and can use as a brain wave apparatus for deivation, a thing dual-purpose simultaneously, to user bring easy to use while, extend the application of desk lamp.
Accompanying drawing explanation
Below by clearly understandable mode, accompanying drawings preferred implementation, is further described above-mentioned characteristic, technical characteristic, advantage and implementation thereof.
Fig. 1 is the first embodiment structural representation of brain wave apparatus for deivation in the present invention;
Fig. 2 is the second embodiment structural representation of brain wave apparatus for deivation in the present invention;
Fig. 3 is the third embodiment structural representation of brain wave apparatus for deivation in the present invention;
10-brain wave apparatus for deivation, 11-light emitting module, 12-central processing module, 13-supply module, 14-LED driver module, 15-input module, 16-display module, 17-internal battery module.
Detailed description of the invention
The invention provides a kind of brain wave apparatus for deivation 10, this brain wave apparatus for deivation 10 comprises a light emitting module 11, and this light emitting module 11 comprises at least one near-infrared LED lamp and/or at least one visible LED lamp.In the course of the work, near-infrared LED lamp and/or visible LED lamp carry out with predeterminated frequency the brain wave of inducing human body to produce corresponding frequencies that glimmers.In a particular embodiment, above-mentioned predeterminated frequency comprises α wave frequency, δ wave frequency and θ wave frequency etc.When light emitting module 11 glimmers with δ wave frequency or θ wave frequency, induction human body produces corresponding δ brain wave or θ brain wave, impels human body to enter sleep state; When light emitting module 11 glimmers with α wave frequency, induction human body produces corresponding alpha wave, impels human body to enter waking state.Like this, when user needs focus one's attention on study (alpha wave) or need sleep (δ brain wave or θ brain wave), only brain wave apparatus for deivation 10 need be set and carry out glimmering with corresponding frequencies, simple and convenient.In addition, in this embodiment, we do not limit the concrete form of visible LED lamp, as can white LED lamp, yellow light LED lamp, red LED lamp, in green light LED lamp one or more etc., want in theory to realize above-mentioned purpose, be all included in content of the present invention.
Be illustrated in figure 1 the first embodiment of brain wave apparatus for deivation 10 provided by the invention, in this embodiment, except comprising above-mentioned light emitting module 11 in brain wave apparatus for deivation 10, also comprise: central processing module 12, supply module 13, LED drive module 14 and input module 15, wherein, input module 15 is connected with central processing module 12, supply module 13 respectively with central processing module 12, supply module 13, LED drive module 14, light emitting module 11 and input module 15 connect, LED drive module 14 is connected with central processing module 12 and light emitting module 11 respectively.Brain wave apparatus for deivation 10 before operation, after other module for power supply that user comprises to brain wave apparatus for deivation 10 by supply module 13; Visible LED lamp in brain wave apparatus for deivation 10 and/or the flicker frequency (predeterminated frequency) of near-infrared LED lamp in each pattern and the scintillation time of each pattern of setting light emitting module 11 can be set by input module 15.In the course of the work, first this brain wave apparatus for deivation 10 is opened by this input module 15; Subsequently, by other module for power supply that supply module 13 comprises to device; Then central processing module 12 controls light emitting module 11 according to the predeterminated frequency set and the scintillation time that sets by LED drive module 14 and glimmers.In a particular embodiment, above-mentioned supply module 13 accesses 220V (volt) alternating current power supply and carries out transformation for central processing module 12 provides 3.3V DC voltage, provides 12V/15V DC voltage for light emitting module 11.In addition, input module 15 can be button also can be touch screen etc.Central processing module 12 is specifically as follows single-chip microcomputer, ARM (AdvancedRISCMachines) processor etc.Certainly, the concrete form of above modules can set as the case may be, as long as can realize above-mentioned purpose, is all included in content of the present invention.
Improvement is carried out to above-mentioned first embodiment and obtains the second embodiment, as shown in Figure 2, brain wave apparatus for deivation 10 in this embodiment also comprises the display module 16 be connected with central processing module 12, for showing the on off state of current time, scintillation time and brain wave apparatus for deivation 10.In the course of the work, supply module 13 provides the voltage of 5V to power to it for this display module 16.When display module 16 is in energising and after the work of LED drive module 14 driven for emitting lights module 11, display module 16 to show under current time, the mode of operation of brain wave apparatus for deivation 10, this mode of operation scintillation time (comprising the residual flicker time) etc. immediately.In a particular embodiment, this display module 16 can be but be not limited to LCDs etc., even can show for the lamp pearl be made up of little LED (comprising information such as display current time, on off state etc.).
Improvement is carried out to above-mentioned second embodiment and obtains the 3rd embodiment, as shown in Figure 3, in this embodiment, the internal battery module 17 be connected with central processing module 12 is also comprised in brain wave apparatus for deivation 10, for recording the power-off time of brain wave apparatus for deivation 10, and for realizing the rectification of power-off time.Specifically, when (supply module 13 is stopped power supply) after supply module 13 power-off, then internal battery module 17 starts as central processing module 12 is powered, now, central processing module 12 utilizes the RTC (Real-TimeClock carried, real-time clock) internal battery module 17 starts time of powering and stored this time as the power-off initial time of brain wave apparatus for deivation 10 by peripheral hardware, and simultaneously central processing module 12 records the power-off duration of brain wave apparatus for deivation 10 from power-off initial time.Like this, when brain wave apparatus for deivation 10 connects electricity by supply module 13 again (brain wave apparatus for deivation 10 plug-in again), the time that central processing module 12 utilizes the internal battery stored to start to power adds that power-off duration can realize the correction of current time when brain wave apparatus for deivation 10 is energized again.If without built-in power module in brain wave apparatus for deivation 10, after equipment deenergization connects, then power for it without supply module 13 in central processing module 12, how long (above-mentioned power-off duration), built-in RTC peripheral hardware cannot record power-off time to be had actually, like this when brain wave apparatus for deivation 10 again plug-in time, in display module 16, the current time of display will be forbidden, and then set various data (scintillation time, flicker frequency etc.) before and all will lose, can not re-use.
Based on above embodiment, present invention also offers a kind of desk lamp, this desk lamp comprises any one brain wave apparatus for deivation 10 that above-mentioned three kinds of embodiments provide.Like this, this desk lamp its namely can be used as a normal desk lamp and use, can use as a brain wave apparatus for deivation 10, a thing dual-purpose simultaneously, to user bring easy to use while, extend the application of desk lamp.
In a specific embodiment, light emitting module 11 in this desk lamp comprises at least one visible LED lamp and at least one near-infrared LED lamp, in the course of the work, visible LED lamp and near-infrared LED lamp carry out with predeterminated frequency the brain wave glimmering and then induce human body generation corresponding frequencies.More particularly, in this embodiment, light emitting module 11 comprises a yellow light LED lamp, a white LED lamp and a near-infrared LED lamp, wherein, yellow light LED lamp and white LED lamp are visible LED lamp, like this, when desk lamp as common desk lamp practicality time, only need open yellow light LED lamp or white LED lamp, when needs use its induction to produce brain wave, then the frequency of the brain wave allowing visible LED lamp or near-infrared lamp produce as required carries out glimmering.Certainly, we exemplary provide a specific embodiment here, in actual applications, can adjust accordingly according to the demand of oneself to the LED etc. that light emitting module 11 comprises.
Furthermore, in a specific embodiment, the input module 15 in this desk lamp comprises multiple button, is respectively: on & off switch, sleep start button, wake up and arrange key and set of time key, and wherein, on & off switch, for realizing the On/Off of desk lamp; Sleep start button, for opening the first sleep pattern; Wake up and key be set, use with set of time key combination, setting open awakening mode time and in the wake mode light emitting module 11 wake scintillation time up; Set of time key, for arranging current time.In a particular embodiment, this input module 15 comprises one and arranges key (long pressing arranges bond energy and enough enter the menu arranging current time, short press this key can acknowledging time key is set result is set), set of time key (-/+) is for setting-up time by turn (time, point), if be positioned at numeral flicker on display module 16, each can by-/+stepping 1, and short pressing arranges key and confirm that this position arranges result.Each is all after setting check, and post-set time arranges pattern, and again entering need heavily by corresponding function key.
We make an explanation to above-mentioned first sleeping modules below: in the course of the work, and when user presses sleep start button, then desk lamp enters the first sleep pattern.Under this first sleep pattern, visible LED lamp in desk lamp glimmers with δ wave frequency or with θ wave frequency from pressing sleep start button, and to set firmly in scintillation time gradually dimmed to entirely going out (as, when user presses sleep start button, visible LED lamp start with δ wave frequency or with θ wave frequency flicker half an hour, and within this half an hour this visible LED lamp by bright dimmed until entirely go out).In addition, under this first sleep pattern, the same of near-infrared LED lamp is glimmered with δ wave frequency or with θ wave frequency, and to set firmly in scintillation time or sleep scintillation time gradually dimmed to entirely going out (as, when user presses sleep start button, near-infrared LED lamp start with δ wave frequency or with θ wave frequency flicker half an hour, and within this half an hour this visible LED lamp by bright dimmed until entirely go out).As can be seen from the above description, the first sleep pattern provided in present embodiment, visible LED lamp and near-infrared LED lamp are all to extinguish after the above-mentioned fixing scintillation time of predeterminated frequency flicker, namely this desk lamp only can produce corresponding brain wave this fixing scintillation time internal stimulus user under the first sleep pattern, as for fixing scintillation time and the visible LED lamp of near-infrared LED lamp fixing scintillation time can identical also can not be identical, just in this mode, two fixing scintillation time Dou Shi producers just set when dispatching from the factory, user cannot oneself adjustment in the process used.
Based on above embodiment, we improve above-mentioned input module 15, in the present embodiment, also comprise a sleep in input module 15 and key is set, in the course of the work, this sleep arranges key and above-mentioned set of time key combination uses, and set near-infrared LED lamp under the first sleep pattern first presets scintillation time.With above-described embodiment unlike, in this embodiment, the scintillation time of near-infrared LED lamp can arrange key by this sleep and set of time key combination gets up to adjust, and is no longer fixing.Like this, after desk lamp enters the first sleep pattern, visible LED lamp carries out glimmering until extinguish with δ wave frequency or with θ wave frequency in the fixing scintillation time (as half an hour) preset, near-infrared LED lamp is then preset in scintillation time first and is carried out glimmering until extinguish with δ wave frequency or with θ wave frequency, separate.Because near-infrared LED lamp is black light, the flicker of described near-infrared LED lamp visually can not affect rest or the study of user, if Gu after the extinguishing of visible LED lamp, near-infrared LED lamp can also glimmer always assisted user sleep, therefore here first to preset the relation of scintillation time and above-mentioned fixing scintillation time indefinite, depend on the demand of user oneself.If user's sleep quality is poor, the longer of scintillation time setting can be preset by first, even allow him glimmer until the awakening mode of getting up morning in desk lamp is opened always; If user's sleep quality is better, then can be even zero (not allowing near-infrared glimmer) by the first the shorter of Preset Time setting.Therefore we preset scintillation time to first and do not limit.
In addition, on the basis of above embodiment, we make improvements, in the present embodiment, the sleep that input module 15 comprises arranges key and set of time key combination uses, and second of visible LED lamp presets scintillation time under time of setting unlatching second sleep pattern, the sleep scintillation time being set in visible LED lamp in light emitting module 11 under the second sleep pattern and setting the second sleep pattern in light emitting module 11.Can find out from the above description, under this second sleep pattern, the visible LED lamp in light emitting module 11 glimmers with δ wave frequency or with θ wave frequency in sleep scintillation time, and dimmed to entirely going out gradually in sleep scintillation time; Same, near-infrared LED lamp glimmers with δ wave frequency or with θ wave frequency in default scintillation time, and dimmed to entirely going out gradually in the second default scintillation time.In simple terms, under this second sleep pattern, user can set the scintillation time of visible LED lamp and the scintillation time of near-infrared LED lamp respectively by the combination of two buttons, and two times do not interfere with each other mutually; Can also set the opening time of the second sleep pattern, such as the time that user sets unlatching second sleep pattern is ten thirty of every night, then, after desk lamp switches on power, the time is once to entering the second sleep pattern simultaneously.Do not limit at this as above-mentioned sleep scintillation time and the second duration presetting scintillation time, user can set according to the demand of oneself.
Certainly, clash to not allow between the first sleep pattern and the second sleep pattern, we arrange priority to it, and the priority of the first sleep pattern is higher than the second sleep pattern.When user press sleep start button desk lamp enter the first sleep pattern time, even if time is up for unlatching second sleep pattern of then setting, the second sleep pattern also can not be opened, and ensures that user enters sleep state under the first sleep pattern.
Further, corresponding with the second sleep pattern to above-mentioned first sleep pattern, in desk lamp provided by the invention, also comprise awakening mode.Specifically above-mentioned waking up arranges key and set of time key combination uses, setting open awakening mode time and in the wake mode light emitting module 11 wake scintillation time up.In the wake mode, visible LED lamp in light emitting module 11 glimmers with α wave frequency waking up in scintillation time, and continue to glimmer with α wave frequency, until described awakening mode is closed waking up in scintillation time to brighten gradually to bright, near-infrared LED lamp entirely.In a specific embodiment, if the wakeup time of user's setting is point in morning seven, then desk lamp can start to enter awakening mode in the morning six thirty (namely than the time advance half an hour entering awakening mode of setting), visible LED lamp or near-infrared LED lamp start to glimmer with α wave frequency, until the scintillation time of setting has arrived.
As a complete embodiment, we explain to the using method of desk lamp below:
Step 1: after desk lamp plugs in, supply module 13 connects with 220V alternating current, and other modules comprised to desk lamp are powered, and meanwhile, desk lamp enters holding state.
Step 2: length presses on & off switch, opens desk lamp.Now, desk lamp uses as normal desk lamp, and brightness is non-adjustable.
Step 3: his-and-hers watches function interface is jumped in first start automatically, is arranged key arranged by turn current time by set of time key and short pressing.
Step 4: user prepares sleep and presses sleep start button, open the first sleep pattern, user enters sleep state.Under this first sleep pattern, visible LED lamp and/or near-infrared LED lamp carry out glimmering with δ ripple or θ wave frequency and brightness is dimmed to entirely going out gradually in time.Induction user produces corresponding brain wave, thus enters brain sleep state, realizes hypnosis function.Flicker is that gradient is dimmed, and non-fully is gone out.
Step 5: the wakeup time of user preset also has half an hour (wakeup time as setting is point in morning seven, then desk lamp enters awakening mode in the morning six thirty) in advance, starts awakening mode.Under this awakening mode, visible LED lamp and/or near-infrared LED lamp carry out glimmering and brightening gradually in time with α wave frequency.Thus entering α ripple brain waking state, user can very comfortable waking up naturally.
Step 6: press on & off switch with the head of a household, display screen flickering display OFF, desk lamp is closed.
In addition, if not first use, and do not need to change wakeup time, then do not need again to set wakeup time etc., according to the last time, the wakeup time of setting wakes up.
As need wakeup time be changed, step 3 can be entered at any time and reset.
Press with the head of a household and key is set, enter current time and (his-and-hers watches) pattern is set, key is set by set of time key and short pressing current time is arranged by turn.
It should be noted that above-described embodiment all can independent assortment as required.The above is only the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications also should be considered as protection scope of the present invention.
Claims (11)
1. a brain wave apparatus for deivation (10), it is characterized in that, described brain wave apparatus for deivation (10) comprises a light emitting module (11), described light emitting module (11) comprises at least one near-infrared LED lamp and/or at least one visible LED lamp, and described near-infrared LED lamp and/or described visible LED lamp carry out with predeterminated frequency the brain wave of inducing human body to produce corresponding frequencies that glimmers.
2. brain wave apparatus for deivation (10) as claimed in claim 1, is characterized in that,
Described predeterminated frequency comprises α wave frequency, δ wave frequency and θ wave frequency.
3. brain wave apparatus for deivation (10) as claimed in claim 1 or 2, it is characterized in that, also comprise in described brain wave apparatus for deivation (10): central processing module (12), supply module (13), LED drive module (14) and input module (15), wherein
Described input module (15), be connected with described central processing module (12), described input module (15) for set described predeterminated frequency, for set described light emitting module (11) scintillation time and for brain wave apparatus for deivation (10) described in On/Off;
Described supply module (13), be connected with described central processing module (12), described supply module (13), described LED drive module (14), described light emitting module (11) and described input module (15) respectively, described supply module (13) is the power supply of described brain wave apparatus for deivation (10) under the control of described central processing module (12);
Described LED drive module (14), be connected with described central processing module (12) and described light emitting module (11) respectively, described LED drive module (14) drives described light emitting module (11) luminous under the control of described central processing module (12).
4. brain wave apparatus for deivation (10) as claimed in claim 3, it is characterized in that, described brain wave apparatus for deivation (10) also comprises the display module (16) be connected with central processing module (12), and described display module (16) is for showing the on off state of current time, scintillation time and brain wave apparatus for deivation (10);
And/or,
The internal battery module (17) be connected with central processing module (12) is also comprised in described brain wave apparatus for deivation (10), when after described supply module (13) power-off, described internal battery module (17) is described central processing module (12) power supply, described central processing module (12) described internal battery module (17) is started power time as described brain wave apparatus for deivation (10) power-off initial time and store, described central processing module (12) records the power-off duration of described brain wave apparatus for deivation (10) from described power-off initial time simultaneously, to realize the correction of current time when described brain wave apparatus for deivation (10) is energized again.
5. a desk lamp, is characterized in that, described desk lamp comprises the brain wave apparatus for deivation (10) as described in claim 3 or 4.
6. desk lamp as claimed in claim 5, it is characterized in that, in described desk lamp, described light emitting module (11) comprises at least one visible LED lamp and at least one near-infrared LED lamp, and described visible LED lamp and described near-infrared LED lamp carry out the brain wave glimmering and then induce human body to produce corresponding frequencies with predeterminated frequency.
7. desk lamp as claimed in claim 6, it is characterized in that, in described desk lamp, described input module (15) comprises multiple button, is respectively: on & off switch, sleep start button, wake up and arrange key and set of time key, wherein,
Described on & off switch, for realizing the On/Off of described desk lamp;
Described sleep start button, for opening the first sleep pattern;
Described waking up arranges key, uses with described set of time key combination, setting open awakening mode time and under described awakening mode described light emitting module (11) wake scintillation time up;
Described set of time key, for arranging current time.
8. desk lamp as claimed in claim 7, is characterized in that:
Also comprise a sleep in described input module (15) and arrange key, described sleep arranges key and described set of time key combination uses, and set described near-infrared LED lamp under described first sleep pattern first presets scintillation time.
And/or,
Also comprise a sleep in described input module (15) and key is set, described sleep arranges key and described set of time key combination uses, time of setting unlatching second sleep pattern, be set in visible LED lamp described in described light emitting module (11) under described second sleep pattern sleep scintillation time and under setting described second sleep pattern visible LED lamp described in described light emitting module (11) second preset scintillation time.
9. desk lamp as claimed in claim 8, is characterized in that:
Under described first sleep pattern, described visible LED lamp in described light emitting module (11) glimmers with δ wave frequency or with θ wave frequency from described first sleep pattern of unlatching, and to set firmly in scintillation time dimmed to entirely going out gradually;
Under described second sleep pattern, the visible LED lamp in described light emitting module (11) glimmers with δ wave frequency or with θ wave frequency in described sleep scintillation time, and dimmed to entirely going out gradually in described sleep scintillation time;
The priority of described first sleep pattern is higher than described second sleep pattern;
Under described awakening mode, the visible LED lamp in described light emitting module (11) glimmers with α wave frequency described waking up in scintillation time, and brightens gradually to entirely bright described waking up in scintillation time.
10. desk lamp as claimed in claim 8 or 9, is characterized in that:
Under described first sleep pattern or the second sleep pattern, near-infrared LED lamp in described light emitting module (11) glimmers with δ wave frequency or with θ wave frequency setting firmly in scintillation time or sleep scintillation time, and described set firmly in scintillation time or sleep scintillation time dimmed to entirely going out gradually;
Or,
Under described first sleep pattern or the second sleep pattern, near-infrared LED lamp in described light emitting module (11) glimmers with δ wave frequency or with θ wave frequency in default scintillation time, and presets in scintillation time or the second default scintillation time dimmed to entirely going out gradually described first.
11. desk lamps as claimed in claim 8 or 9, is characterized in that:
Under described awakening mode, the near-infrared LED lamp in described light emitting module (11) continues to glimmer with α wave frequency, until described awakening mode is closed.
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| CN201510854079.9A CN105343980A (en) | 2015-11-30 | 2015-11-30 | Brain wave induction device and desk lamp |
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