CN205038452U - Optical mode awakens clock up - Google Patents
Optical mode awakens clock up Download PDFInfo
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- CN205038452U CN205038452U CN201520737197.7U CN201520737197U CN205038452U CN 205038452 U CN205038452 U CN 205038452U CN 201520737197 U CN201520737197 U CN 201520737197U CN 205038452 U CN205038452 U CN 205038452U
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Abstract
The utility model discloses an optical mode awakens clock up, it by clock module, time setting module, survey module, light source module, light source termination module and constitute, carry out manual settlements back to time setting module, awaken the clock up and will get into automatically and awaken the function flow up, the arrival setting -up time awakens the clock up and opens the detection module, whether has the object that need awaken up in the judgement test range, survey the module detect awaken the object up after, will be to awakeing object place direction emitted light up, simulation sunshine shines to the mode that is close the nature makes awakens under user's follow sleep state. Awakeing the object up and awakeing afterwards, the steerable light source that awakens the clock top up terminates the module, closes the light source. Provided is an advantage lies in: it is quiet, accurate effective, easy and simple to handle.
Description
Technical field
This patent relates to a kind of alarm clock, is specifically related to a kind of optical mode and wakes clock up, is different from the sense of hearing awakening mode of traditional alarm clock, but uses light, allows people experience the signal of alarm clock by the photosensitive system of human body, finally reaches object people waken up.
Technical background
The fixing work scheduling time, the huge numbers of families that made alarm clock enter into, although also there is the situation for reminding, the more use occasion of alarm clock, it is to be get up on schedule.At the time point of setting, ring tone sounds on time, and remind people, time is up.But recent studies have shown that, people, in sleep, suddenly by strong sonic stimulation, often has the possibility of bringing out various disease.
Affect health of heart: Japanese expert carries out research and finds, the participation experimenter waken up with a start suddenly by ring tone is higher than the people's blood pressure waken up naturally, heart rate is faster.Some delicate changes occur people's health when sleeping makes people easily fall ill in the morning, and ring tone only exacerbates this process.
Affect blood pressure and sleep: ring tone can increase the comprehensive stress level of human body.Unexpected noise can cause the conditioned reflex " fight or flight " of physical protection, improves Adrenaline Level.Specialize in the doctor how processing this disease to think, bed-side alarm clock can wake people on time, if but this be activated state last from days, several weeks, the several months, just will cause Chronic Pressure.Pressure can bring hypertension, sleeping problems and depression.If people is waken up suddenly when " degree of depth " sleeps, the ability pondered a problem will be had a strong impact on undoubtedly.
Affect short term memory: being waken up by ring tone suddenly when being in heavy sleeper, the memory capability of its short-term, cognitive ability or even computing power can be affected.The people's best result participating in being waken up test by ring tone is only 65% of normal condition, and this is equivalent to drunk---the performance of participant than they be deprived of 26 little time sleep also bad.Although in initial ten minutes, serious impact can alleviate gradually after waking up, some infringements can also be found for two hours after waking up.Researchist represents, this result will involve the staff fulfiling oneself responsibility after those needs are waken up immediately with optimum condition.(on 05 09th, 2011 17:25 Shanxi daily paper Hu Wanli)
Therefore, if there is the method replacing traditional alarm clock alarm mode, make us get up on time while, the method beyond noisy the tinkle of bells can be selected, finally avoid the generation of above-mentioned disease and situation, will be highly significant.
From the use of eyeshade, can well be pointed out.
Most people has use or sees that other people use the experience of eyeshade.On daytime, when people need to take a nap a moment time, often someone will use eyeshade to obstruct the light, or close neighbouring light or keep the sun off, to can more rapid and better fall asleep.From this part thing, everybody can gain enlightenment: the sleep of light to people has interference.So, act in a diametrically opposite way, utilize light, people can be waken up from the state of sleep.
Summary of the invention
The object of this patent is to provide a kind of optical mode and wakes clock up, allow people can have one completely newly, more quiet wake-up mode.For realizing its function, optical mode wakes clock up must realize the wide scope of level to the detection of human body, and emits beam, is accurately irradiated to by the human body of finding out, and to realize wake up target, takes into account effective utilization of energy resource simultaneously.
For this reason, optical mode wakes clock up and selects multimode, many devices to coordinate operation, and carries out certain combination to device arrangement arrangement, with practical function, achieves the goal.
This patent optical mode wakes clock up and is stopped module formed by clock module, time setting module, detecting module, light source module, light source, its monnolithic case as shown in Figure 1, upwards collect as cylinder by the round platform of below, from bottom to top, configurable clock generator module and time setting module, detecting module, light source module, light source stop module successively.
Clock module: for 24 hours display current times, long-term, uninterrupted operation, and supporting clock adjustment function, simultaneously as the reference of time setting module.Selectable clocking movement, performs the function of clock module.Be below 2 kinds and can select movement: quiet scanning alarm clock movement (56 × 52mm, pointer-type, 12 hours forms, clock and alarm clock function, 1.5V), liquid crystal display clock movement (BU-62210,28 × 28mm, liquid crystal digital display type, 12/24 time format and alarm clock function, 1.5V).
Time setting module: for setting the time of needs, carry out wake operation.Time, when not setting, module was in holding state; After time setting, control, by long-time running, when the time of setting and the time of clock coincide, is opened detecting module by module.Due to the clock movement selected, all carry time-setting mechanism (alarm clock), directly from movement, alarm clock signal wire can be caused detecting module, perform the control to detecting module.Meanwhile, opening preset time timing, when reaching preset time, timeout signal being sent to detecting module.Afterwards, time setting module enters holding state, waits for time setting operation next time.
Whether detecting module: for finding in investigative range, have the object needing to wake up.Be in closed condition at ordinary times, the control according to time setting module is opened.After unlatching, in preset time (as 15 minutes), if detect existence to wake object up, light source module will be opened; If after preset time, do not detect yet and wake object up, the timeout signal that detecting module will receive from clock setting module, be then judged as not needing to perform arousal function, detecting module enters closed condition.For the presence or absence waking object up, be that the infrared signal of foundation human body is that standard judges.Select 3 detectors horizontal extent 360 degree, be spaced with 120 degree, and outwards detect.As shown in Figure 2, when detecting module is unlocked, all detectors are all started working, and detector A detects infrared signal, are judged as that existence wakes object up, by detector A by output lead, send light source start signal to light source module.The operation of detector B, detector C is identical with detector A.Following 2 kinds of infrared induction detectors are had to select: to take advantage of light φ 26-SPIR-12V4A (infrared thermal releasing electric-type, 3-12V, induction range 8M, 48W, switch exports), Nuo Dawei NODAV-MSC0412 (infrared thermal releasing electric-type, 12V, induction range 8M, 20W, switch exports).
Light source module: for emitting beam to waking object up.At ordinary times, light source module is in closed condition, and the control according to detecting module is opened, and emits beam, and irradiates and wakes object up, final realization waking up it.Light source module is made up of 3 groups of array of source, the same with detecting module, in horizontal extent 360 degree, is spaced, outwards emits beam with 120 degree, and the light of 3 groups of array of source points to and the detection direction of 3 detectors one_to_one corresponding respectively.Often organize array of source with 3 × 3 arrangement modes, 120 degree of cylinder top layer dresses paste at place to use 9 lamp pearls, as shown in Figure 3.Light source module is in directly over detecting module, the direction of illumination of one group of array of source is consistent with the detection direction of a detector, as shown in Figure 4, when the detector that array of source A is supporting detects the infrared signal waking object up, detector sends start signal, after array of source A receives start signal, starts the direction to infrared signal, namely wake object position up, irradiate.Lamp pearl can use straight cutting or chip type white light LED, voltage 2.8 ~ 3.5V.Each array of source respectively joins a twin coil magnetic latching relay, guides detecting module and light source termination module into, respectively corresponding opening and closing function.Relay can select Panasonic TQ2-L2-3V (rated voltage 3VDC, rated current 1A, power 200mW, mechanical life >=1,000 ten thousand times, electrical endurance >=100,000 time, 14 × 9 × 5mm) or Omron G6SK-2-DC5V (rated voltage 5VDC, rated current 2A, power 200mW, mechanical life >=100,000,000 times, electrical endurance >=100,000 time, 14.8 × 9.2 × 7.3mm).
Light source stops module: for closing just at detecting module and the light source module of executable operations, being made up of 1 contact button, controlling 3 groups of detectors of detecting module and 3 groups of array of source of light source module simultaneously.The contact button stopping module when light source is pressed, and all detectors and array of source stop detection simultaneously and irradiate, and all enter closed condition.Contact button can select eastern female TC-12EB (paster/plug-in unit, rated voltage 125V, rated current 0.5A, life-span 50,000 times) or padyDM-00P8 (plain edition, rated voltage 125V, rated current 3A, life-span 1,000,000 times).
The long-term independent operating of clock module, and provide time reference for embedded time setting module wherein;
Time setting module, is embedded in clock module, uses signal wire, control signal and timeout signal are transferred to detecting module;
3 detectors of detecting module, according to the control of time setting module, detect respectively, according to result of detection, by independently 3 road light source control signal lines each other, control 3 array of source of light source module respectively.According to from the timeout signal of time setting module and the detector shutdown signal of light source termination module, close all detectors of detecting module in time;
3 array of source of light source module, respectively according to the light source control signal of respective matching detector, open light source.According to the control of the light source shutdown signal line from light source termination module, close all array of source of light source module;
Light source stops module after its contact button is pressed, and sends shutdown signal to detecting module and light source module.
Using method:
After time setting module is manually set, wake clock up and will automatically enter arousal function flow process.Arrive setting-up time, wake clock up and open detecting module, judge whether to have in investigative range the object needing to wake up; After detecting module detects and wakes object up, by control light source module to waking direction, object place emission of light up; Wake up after object wakes up, the light source that can control to wake up clock top stops module, closes light source.
The advantage of this patent is: peace and quiet, accurate and effective, easy.
Quiet: to use light, wake people up with stable state;
Accurate and effective: use multiple detector to work in coordination, horizontal direction all standing is detected, each array of source direction is consistent with corresponding detector detection direction, guarantee that light direction of illumination is correct, direction without detected object does not start array of source, improve the validity of overall operation, illuminator pearl adopts LED, saves the energy;
Easy: clock module and time setting module adopt general clock movement, light source to stop module and use common contact button, simple operation, multidetector coordinates detection, guarantee that horizontal direction is without dead angle, therefore, wake the horizontal positioned of clock up, towards having no special requirements, light source module adopts many lamps pearl array of source respectively, make vertical direction range of exposures wider, the vertical height therefore waking clock up is put more free.
Accompanying drawing explanation
Fig. 1 wakes the basic profile of clock up.
Fig. 2 is each detector row array structure of detecting module.
Fig. 3 is in light source module, the arrangement architecture of single source array.
Fig. 4 is the arrangement architecture of each array of source of light source module.
Fig. 5 is the connected mode waking each module of clock up.
Fig. 6 is the workflow waking clock up.
Embodiment
Use device: select 1 liquid crystal display clock movement BU-62210,3 infrared eyes take advantage of light φ 26-SPIR-12V4A (each detector all joins Fresnel Lenses), 27 lamp pearl white light adopting surface mounted LEDs 5050,3 twin coil magnetic latching relay Panasonic TQ2-L2-3V, and 1 female TC-12EB in contact button east.
Signal wire (alarm clock control line) is drawn from the clock movement waking round platform bottom clock up, control to be in the detector on/off waken up in the middle part of clock, the lamp source array waken up above clock controls energising by detector and opens, carries out power-off closedown according to the contact button waking clock top up, wake clock internal reservation space up, place 2 No. 5 batteries as Power supply.
Monolithic case all uses PVC environment-friendly materials, and upper strata light source module shell selects transparent material.Size: 120 × 120 × 150mm.
Claims (1)
1. optical mode wakes a clock up, is stopped module and is formed, it is characterized in that by clock module, time setting module, detecting module, light source module, light source:
Described clock module adopts quiet scanning alarm clock movement, specific targets: size 56 × 52mm, pointer-type, 12 hours forms, clock and alarm clock function, voltage: 1.5V; Or liquid crystal display clock movement, specific targets: model: BU-62210, size: 28 × 28mm, liquid crystal digital display type, 12/24 time format and alarm clock function, voltage: 1.5V; Time setting module is all included in above-mentioned movement;
Described detecting module selects 3 detectors horizontal extent 360 degree, is spaced, and outwards detects with 120 degree; When detecting module is unlocked, detector A detects infrared signal, is judged as that existence wakes object up, and by detector A by output lead, send light source start signal to light source module, the operation of detector B, detector C is identical with detector A; Described detector adopts infrared thermal releasing electric-type detector;
Described light source module is made up of 3 groups of array of source, the same with detecting module, in horizontal extent 360 degree, is spaced, outwards emits beam with 120 degree, and the light of 3 groups of array of source points to and the detection direction of 3 detectors one_to_one corresponding respectively; Often organize array of source with 3 × 3 arrangement modes, 120 degree of periphery dresses paste at place to use 9 lamp pearls, light source module is in directly over detecting module, the direction of illumination of one group of array of source is consistent with the detection direction of a detector, and the supporting detector of array of source A detects infrared signal, and detector sends start signal, after array of source A receives start signal, start the direction to infrared signal, namely wake object position up, irradiate; Described lamp pearl adopts straight cutting or chip type white light LED;
Described light source stops module and is made up of 1 contact button, controls 3 groups of detectors and 3 groups of array of source simultaneously; Contact button adopts eastern female TC-12EB or padyDM-00P8 contact button;
After time setting module is manually set, wake clock up and will automatically enter arousal function flow process, arrive setting-up time, wake clock up and open detecting module, judge whether to have in investigative range the object needing to wake up; After detecting module detects and wakes object up, will to waking direction, object place emission of light up; Wake up after object wakes up, the light source that can control to wake up clock top stops module, closes light source.
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105137744A (en) * | 2015-06-02 | 2015-12-09 | 中国科学院上海技术物理研究所 | Light mode awakening clock |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN106678598A (en) * | 2016-12-05 | 2017-05-17 | 深圳市里阳电子有限公司 | Electronic candle |
| CN107272397B (en) * | 2017-07-06 | 2020-04-24 | 三峡大学 | Human body induction type alarm clock and use method thereof |
| CN107861370A (en) * | 2017-10-24 | 2018-03-30 | 深圳市赛亿科技开发有限公司 | A kind of intelligent alarm clock and its control method |
| CN114842632A (en) * | 2022-04-29 | 2022-08-02 | 成都高鹿科技有限公司 | Sitting posture reminding method |
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| US6888779B2 (en) * | 2001-11-20 | 2005-05-03 | Pulsar Informatics, Inc. | Method and apparatus for a waking control system |
| JP2007147361A (en) * | 2005-11-25 | 2007-06-14 | Matsushita Electric Works Ltd | Alarm apparatus |
| CN101583912B (en) * | 2007-01-22 | 2012-03-28 | 皇家飞利浦电子股份有限公司 | Wake up stimulus control system |
| EP2120117A1 (en) * | 2008-05-13 | 2009-11-18 | Koninklijke Philips Electronics N.V. | Apparatus for waking up a user |
| JP5719373B2 (en) * | 2009-10-29 | 2015-05-20 | コーニンクレッカ フィリップス エヌ ヴェ | Lighting device with wake-up function |
| TW201300974A (en) * | 2011-06-21 | 2013-01-01 | Mintronics Ltd Company | Smart waking device and smart waking method thereof |
| US20130208576A1 (en) * | 2011-12-23 | 2013-08-15 | Leonor F. Loree, IV | Easy wake system and method |
| CN203012384U (en) * | 2013-01-10 | 2013-06-19 | 廖国敏 | Wake-up device |
| CN105137744A (en) * | 2015-06-02 | 2015-12-09 | 中国科学院上海技术物理研究所 | Light mode awakening clock |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105137744A (en) * | 2015-06-02 | 2015-12-09 | 中国科学院上海技术物理研究所 | Light mode awakening clock |
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