CN101849433A - Method for controlling the output of light and illuminant system utilizing the method - Google Patents
Method for controlling the output of light and illuminant system utilizing the method Download PDFInfo
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- CN101849433A CN101849433A CN200780101403A CN200780101403A CN101849433A CN 101849433 A CN101849433 A CN 101849433A CN 200780101403 A CN200780101403 A CN 200780101403A CN 200780101403 A CN200780101403 A CN 200780101403A CN 101849433 A CN101849433 A CN 101849433A
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- H—ELECTRICITY
- H03—ELECTRONIC CIRCUITRY
- H03K—PULSE TECHNIQUE
- H03K17/00—Electronic switching or gating, i.e. not by contact-making and –breaking
- H03K17/94—Electronic switching or gating, i.e. not by contact-making and –breaking characterised by the way in which the control signals are generated
- H03K17/941—Electronic switching or gating, i.e. not by contact-making and –breaking characterised by the way in which the control signals are generated using an optical detector
- H03K17/943—Electronic switching or gating, i.e. not by contact-making and –breaking characterised by the way in which the control signals are generated using an optical detector using a plurality of optical emitters or detectors, e.g. keyboard
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/017—Gesture based interaction, e.g. based on a set of recognized hand gestures
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/0304—Detection arrangements using opto-electronic means
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/033—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor
- G06F3/0346—Pointing devices displaced or positioned by the user, e.g. mice, trackballs, pens or joysticks; Accessories therefor with detection of the device orientation or free movement in a 3D space, e.g. 3D mice, 6-DOF [six degrees of freedom] pointers using gyroscopes, accelerometers or tilt-sensors
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- H—ELECTRICITY
- H05—ELECTRIC TECHNIQUES NOT OTHERWISE PROVIDED FOR
- H05B—ELECTRIC HEATING; ELECTRIC LIGHT SOURCES NOT OTHERWISE PROVIDED FOR; CIRCUIT ARRANGEMENTS FOR ELECTRIC LIGHT SOURCES, IN GENERAL
- H05B47/00—Circuit arrangements for operating light sources in general, i.e. where the type of light source is not relevant
- H05B47/10—Controlling the light source
- H05B47/105—Controlling the light source in response to determined parameters
- H05B47/115—Controlling the light source in response to determined parameters by determining the presence or movement of objects or living beings
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Circuit Arrangement For Electric Light Sources In General (AREA)
Abstract
A method for regulating and controlling the output of light in an illuminant system, in which the illuminant system includes a plurality of detecting devices (21, 22) and a lighting unit (20), includes steps: the plurality of detecting devices (21, 22) detect a motion of an object entering into a detectable range at different time to produce a plurality of detecting values (S2); producing a detecting sequence data representing the motion of the object detected by the plurality of detecting devices (21, 22) according to the relationship of the magnitude of the detecting values (S3); and controlling the lighting unit (20) to regulate the output of light after judging that the detecting sequence data matches a defaulting value.
Description
The Zhao Ming Xi System technical fields of light Lose discharge control methods and circle method of coughing
The present invention relates to a kind of light output adjustment control method, espespecially applied to a kind of light output adjustment control method in the illuminator for including more several sensing device furthers.Background technology
Light emitting diode（Light Emitting Diode hereinafter referred to as LED) it is that a kind of can directly convert electrical energy into visible ray and the luminescence component of radiation energy, its luminous principle is that two terminals of both positive and negative polarity apply voltage in semiconductor, when electric current passes through, when being combined electrons and holes, dump energy just discharges in the form of light, make the light of photon energy generation different wave length, therefore, light emitting diode according to the difference of its material used and the height of energy rank（LED) generally have that operating voltage is low, power consumption is small, luminous efficiency is high, emission response time is extremely short, photochromic pure, sound construction, shock resistance, vibration resistance, stable and reliable for performance, lightweight be small and the low series of characteristics of cost, therefore, oneself is through there is the illuminator of many to use light emitting diode（LED) as its luminescence component, to replace the Conventional luminescent component of service life and poor-performing（For example：Bulb）.Typically utilize light emitting diode（LED it is) illuminator of its luminescence component, through red green blue tricolor（Red- Green- Blue, abbreviation RGB) mix the output lights of different colours, and user is to the output of the power or color of adjustment illuminator light, as long as by trigger the operating and controlling interface in illuminator,（For example：Button or knob）Or the use for passing through remote control, it is possible to the light luminance of control adjustment illuminator is strong and weak or light color is exported.
However, possessing the electrical home appliances for having distant control function, in scientific and technological flourishing today, all oneself is through as indispensable function；Electrical home appliances of all kinds, such as：Television set, DVD players, air-conditioning, sound equipment etc., there is its corresponding remote control, so when many remote controls are put together, user will be caused to use upper puzzlement, even also have remote control will in use, but situation about seeking all over occur.In view of this, a kind of illuminator is proposed in European Patent No. W2006/056814, as shown in figure 1, the illuminator 1 mainly contains an infrared ray transceiving sensing device further 10 and a luminescence unit 11, (it is, for example, the hand of user when there is an object 100）When entering in the sensing range of the infrared ray transceiving sensing device further 10, the infrared ray 12 that the infrared ray transceiving sensing device further 10 is sent will be reflected by the object 100 and form a reflection light 13 and be sent in the receiver 101 that the infrared ray transceiving sensing device further 10 is included, the intensity of reflection light 13 that the object 100 received using the infrared ray transceiving sensing device further 10 is reflected is inversely proportional to the object 100 to the square distance of the infrared ray transceiving sensing device further 10, just change in location of the object 100 relative to the infrared ray transceiving sensing device further 10 can be estimated out, and then control to adjust the illumination system
The brightness or the output of color of the emitted light of luminescence unit 11 in system 1.
But using it is above-mentioned possess have the illuminator 1 of the infrared ray transceiving sensing device further 10 and carry out the adjustment of brightness that the luminescence unit 11 emits beam and color output, still there are several obvious missings, for example：The infrared ray transceiving sensing device further 10 is vulnerable to the light and shade of surrounding environment, and the accuracy for influenceing it to detect, furthermore, the opereating specification of the infrared ray transceiving sensing device further 10 can be limited to the intensity of the reflection light 13 and influence, typically it is only capable of being operated in the range of about 30 centimeters, therefore, the missing produced by above-mentioned common technology means how is solved, for the main purpose of the development present invention.The content of the invention
The present invention seeks to disclose the illuminator of a kind of light output adjustment control method and application this method, to overcome the missing produced by common technology means.
The present invention is a kind of light output adjustment control method, and applied in an illuminator, the illuminator includes more several sensing device furthers and a luminescence unit, and the light output adjustment control method is comprised the steps of：The sensing device further such as this is sensed to entering the action that a object that can be in sensing range is carried out in different time points and produces more several sensing values；Produced according to the magnitude relationship of the sensing value such as this and represent the sensing alphabetic data that the sensing device senses such as this objects carries out the action；And judge that the content of the sensing alphabetic data meets after a default value content, and then control the luminescence unit to carry out light output adjustment action.
Line output adjustment control method of the present invention, its grade sensing device further is different one first sensing device further and one second sensing device further of working frequency, and the gesture motion that the action that the object is carried out is carried out by user's hand.
Light output adjustment control method of the present invention, wherein the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data meets first sensing value and levels off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is more than the default value condition of the 3rd sensing value, then judge the action for one 0 font gesture motions, and then control the luminescence unit to carry out an adjustment action for opening light output.
Light output adjustment control method of the present invention, wherein the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value and second sensed by this with one second sensing value and in one the 3rd time point and one the 4th time point
Device and first sensing device further this can sensing region and produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet the default value condition that first sensing value is less than the 4th sensing value less than second sensing value with the 3rd sensing value, the action is then judged for an X font gesture motions, and then controls the luminescence unit to carry out an adjustment action for closing light output.
Light output adjustment control method of the present invention, wherein the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is less than the default value condition of the 3rd sensing value, then judge the action for a c font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light color output is acted.
Light output adjustment control method of the present invention, wherein the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value and one second sensing value, in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region and produce one the 3rd sensing value with one the 4th sensing value and in one the 5th time point and one the 6th time point and pass through first sensing device further and second sensing device further, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value, 5th sensing value levels off to the 6th sense measured value and first sensing value and is less than the 3rd sensing value, 3rd sensing value is less than the default value condition of the 5th sensing value, then judge the action for a S font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light intensity output is acted.
Light output adjustment control method of the present invention, is comprised the steps of：Judge that the content of the sensing alphabetic data is not met after the default value content, then the luminescence unit is acted without the light output adjustment.
Light output adjustment control method of the present invention, its illuminator applied included this etc. sensing device further be a ultrasonic sensors, and the sensor operation sends a ultrasonic for the ultrasonic sensors and reflexed to by the object in the receiver that the ultrasonic sensors are included, and then the sensing value such as this is produced in different time points.
The time that light output adjustment control method of the present invention, the wherein sensing value such as this are reflexed in the receiver for the ultrasonic that the ultrasonic sensors are sent by the object.
Light output adjustment control method of the present invention, luminescence unit that its illuminator applied is included is a light emitting diode.
Another aspect of the present invention is a kind of illuminator, it is to include：One luminescence unit, its exportable light；More several sensing device furthers, it sends more several detection signals, and can in different time points to enter one can the action that is carried out of an object of sensing region sensed and export more several sensing signals respectively；And a control process circuit, be electrically connected to the luminescence unit with this etc. sensing device further, the control process circuit drives this etc. sensing device further send the grade detection signal, and receive the sensing device further such as this and calculate more several sensing values in the grade sensing signal that different time points are exported, and the sensing alphabetic data for representing the action that the sensing device senses such as this objects is carried out is produced according to the size of the sensing value such as this, judge that the content of the sensing alphabetic data meets after a default value content, a control signal is exported to the luminescence unit, and then control the luminescence unit to carry out light output adjustment action.
Illuminator described in another aspect of the present invention, the wherein luminescence unit are a light emitting diode.
Illuminator described in another aspect of the present invention, wherein the sensing device further such as this is a ultrasonic sensors, and the sensor operation is the ultrasonic sensors sends a ultrasonic and reflexed to by the object in the receiver that the ultrasonic sensors are included, and then the sensing device further such as this is set to export the grade sensing signal in different time points.
The time that illuminator described in another aspect of the present invention, wherein first sensing value are reflexed in the receiver with second sensing value for the ultrasonic that the ultrasonic sensors are sent by the object.
Illuminator described in another aspect of the present invention, wherein the control process circuit are included：One processing unit, it is electrically connected to the sensing device further such as this, the processing unit drives the sensing device further such as this to send grade detection signal, and receive the sensing device further such as this and calculate more several sensing values in the grade sensing signal that different time points are exported, and the sensing alphabetic data for representing the action that the sensing device senses such as this objects is carried out is produced according to the size of the sensing value such as this, judge that the content of the sensing alphabetic data meets after the default value content, export a control signal；And a control unit, the processing unit and the luminescence unit are electrically connected to, it receives the control signal that the processing unit is exported, and then controls the luminescence unit to carry out light output adjustment action.
Illuminator described in another aspect of the present invention, wherein the grade sensing device further are different one first sensing device furthers and one second sensing device further of working frequency, and the gesture motion that the action that the object is carried out is carried out by user's hand.
Illuminator described in another aspect of the present invention, the sensing alphabetic data content wherein produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data meets first sensing value and levels off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is more than the default value condition of the 3rd sensing value, then judge that this is moved
As an o font gesture motions, and then the luminescence unit is controlled to carry out an adjustment action for opening light output.Illuminator described in another aspect of the present invention, the sensing alphabetic data content wherein produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet the default value condition that first sensing value is less than the 4th sensing value less than second sensing value with the 3rd sensing value, then judge the action for an X font gesture motions, and then control the luminescence unit to carry out an adjustment action for closing light output.
Illuminator described in another aspect of the present invention, the sensing alphabetic data content wherein produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is less than the default value condition of the 3rd sensing value, then judge the action for a c font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light color output is acted.
Illuminator described in another aspect of the present invention, the sensing alphabetic data content wherein produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value and one second sensing value, in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region and produce one the 3rd sensing value with one the 4th sensing value and in one the 5th time point and one the 6th time point and pass through first sensing device further and second sensing device further, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value, 5th sensing value levels off to the 6th sense measured value and first sensing value and is less than the 3rd sensing value, 3rd sensing value is less than the default value condition of the 5th sensing value, then judge the action for a s font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light intensity output is acted.
The present invention using more several ultrasonic sensors to enter can the action that is carried out of object of sensing region sense, the different actions that judgment object is carried out, control illuminator to carry out different light output adjustment controls, and then solve missing in the prior art produced by common technology means.Brief description of the drawings
Fig. 1, it is to possess the illuminator operation chart for having an infrared ray transceiving sensing device further；
Fig. 2, it is that the present invention is developed an illuminator function block schematic diagram by the missing for improving common technology means；
Fig. 3, it is that the present invention develops a light output adjustment control method schematic flow sheet to improve the missing of common technology means；
Fig. 4 (a) (b), it is that the missing that the present invention is improvement common technology means develops the first preferred embodiment schematic diagram of a light output adjustment control method；
Fig. 5 (a) (b), it is that the missing that the present invention is improvement common technology means develops the second preferred embodiment schematic diagram of a light output adjustment control method；
Fig. 6 (a) (b), it is that the missing that the present invention is improvement common technology means develops the 3rd preferred embodiment schematic diagram of a light output adjustment control method；
Fig. 7 (a) (b), it is that the missing that the present invention is improvement common technology means develops the 4th preferred embodiment schematic diagram of a light output adjustment control method；
Fig. 8, it is that illuminator light color and strong and weak control method are controlled using gesture motion.Each component column included in schema of the present invention is as follows:The infrared ray transceiving sensing device further 10 of illuminator 1
The infrared ray 12 of luminescence unit 11
The object 100 of reflection light 13
Receiver 101
The luminescence unit 20 of illuminator 2
Sensing device further 21,22
The processing unit 231 of control process circuit 23
The object 200 of control unit 232
Step S1 ~ S6
Sensing device further 41,42,51,52,61,62,71,72
First time point 401,501,601,701
Second time point 402,502,602,702
3rd time point 403,503,603,703
4th time point 404,504,604,704
Time point 706 at 5th time point 705 the 6th
First sensing value 4001,5001,6001,7001
Second sensing value 4002,5002,6002,7002
3rd sensing value 4003,5003,6003,7003
4th sensing value 4004,5004,6004,7004
The embodiment of 5th sensing value, 7005 6th sense measured value 7006
Fig. 2 is referred to, it is that the present invention is developed an illuminator function block schematic diagram by the missing for improving common technology means.We should be apparent that the illuminator 2 consists predominantly of a luminescence unit 20 from figure, more several sensing device furthers 21, 22 and a control process circuit 23, it can be a light emitting diode (LED) that wherein the luminescence unit 20, which is, to export a light, the sensing device further such as this 21 is can to send more several detection signals, and in different time points to spout into one can the action that is carried out of an object 200 of sensing range sensed and export more several sensing signals respectively, the control process circuit 23 contains a processing unit 231 and a control unit 232, wherein the processing unit 231 is electrically connected to the sensing device further such as this 21, 22, the processing unit 231 drives the sensing device further 21 such as this, 22 send grade detection signal, and receive the sensing device further such as this 21, 22 grade sensing signals exported respectively and calculate more several sensing values, and topmost feature of the invention is in when the processing unit 231 produces according to the size of the sensing value such as this and represents the sensing device further such as this 21, 22 sense a sensing alphabetic data of the action that the object 200 is carried out, and judge that the content of the sensing alphabetic data meets after a default value content, a control signal is exported to the control unit 232, and then cause the control unit 232 to control the luminescence unit 20 to carry out light output adjustment action.Just the technological means of the present invention is further described again below.
Hold above-mentioned technology explanation, the illuminator 2 of the present invention included this etc. sensing device further 21,22 be can be a ultrasonic sensors, and the sensor operation sends a ultrasonic for the ultrasonic sensors and reflexes to the receiver that the ultrasonic sensors are included by the object（It is integrated in ultrasonic energy, it is not shown in this drawing）In, and then the sensing device further such as this 21,22 is exported the sensing signal such as this in different time points, and the above-mentioned processing unit 231 is calculated according to the grade sensing signal that the sensing device further such as this is exported in different time points time that the sensing value such as this reflexed in the receiver for the ultrasonic that the ultrasonic sensors are sent by the object, that is, the so-called flight time（Time- Of-Fl ight, abbreviation T0F：).In addition, the supersonic frequency that the sensing device further such as this 21,22 is sent is different, that is the sensing device further such as this 21,22 has different working frequencies respectively, surpass consequently, it is possible to send this when the sensing device further such as this 21,22 can be avoided to be sensed respectively to the object 200
The interference of sound wave each other.
Refer to Fig. 3, it is that the present invention develops a light output adjustment control method schematic flow sheet to improve the missing of common technology means, the control method is applied in illuminator 2 as described in Figure 2, and in following process step explanation, we carry out gesture motion using hand to illustrate exemplified by carrying out light output adjustment control to illuminator by user.We are it should be apparent that first from figure, and the hand of user enters the sensing device furthers such as this that illuminator 2 included（As described above the sensing device further such as this 21,22) a gesture motion can be carried out in sensing region（Step S1);The sensing device further such as this 21,22 is sensed to user's hand in different time points and produces more several sensing values (step S2)；The sensing alphabetic data for representing the gesture motion that the sensing user's hand of the sensing device further such as this 21,22 is carried out is produced according to the size of the sensing value such as this（Step S3);Judge whether the content of the sensing alphabetic data meets the content (step S4) of the default value；If the content of the sensing alphabetic data meets the content of the default value, then the luminescence unit 20 is controlled to carry out light output adjustment action（Step S5);If if the content for being somebody's turn to do the sensing alphabetic data does not meet the content of the default value, then the luminescence unit 20 is acted without the light output adjustment（Step S6).
Via described above, we can be clearly understood that, the present invention is to improve the missing of common technology means in prior art, the different ultrasonic sensors of more several working frequencies are mainly configured in illuminator, and in different time points to enter the sensing device further such as this can the action that is carried out of object of sensing region sense, and then judge that the object carries out different actions, so that these different action control illuminators carry out corresponding light output adjustment action respectively, thus, just the missing produced by common technology means can be solved, and then complete topmost purpose of the invention.
Just the technological means of the present invention is illustrated with different embodiments again below.
Fig. 4 (a) (b) is referred to, it is the first preferred embodiment schematic diagram that the present invention develops a light output adjustment control method for the missing of improvement common technology means.As shown in Fig. 4 (a), user's hand 4 in a first time point 401 and one second time point 402 by sensing device further 41 and sensing device further 42 can sensing region and produce one first sensing value 4001 and one second sensing value 4002 and in one the 3rd time point 403 and one the 4th time point 404 by sensing device further 42 and sensing device further 41 can sensing region and produce one the 3rd sensing value 4003 and one the 4th sensing value 4004, according to the different generation time points and the relation of size of the sensing values such as above-mentioned produced this, the content of the sensing alphabetic data as shown in Fig. 4 (b) will be produced（The longitudinal axis is sensing value size in figure, that is to say, that sensing value more wisp is nearer from sensing device further；Transverse axis is each different time point）If the order that sensor is received is：Sensing device further 41 (the first sensing value 4001)-＞ sensing device furthers 42 (the second sensing value 4002)->Sensing device further 42 (the 3rd sensing value 4003)-＞ sensing device furthers 41 (the 4th sensing value 4004)；And sensing alphabetic data meets first sensing value 4001
Leveling off to second sensing value 4002, the 3rd sensing value 4003 levels off to the 4th sensing value 4004 and is more than the default value condition of the 3rd sensing value 4003 with first sensing value 4001, the action is then judged for one 0 font gesture motions, and then controls the luminescence unit to carry out an adjustment action for opening light output.
Fig. 5 (a) (b) is referred to, it is that the missing that the present invention is improvement common technology means develops the second preferred embodiment schematic diagram of a light output adjustment control method.As shown in Fig. 5 (a), user's hand 5 in a first time point 501 and one second time point 502 by sensing device further 51 and sensing device further 52 can sensing region and produce one first sensing value 5001 and one second sensing value 5002 and in one the 3rd time point 503 and one the 4th time point 504 by sensing device further 52 and sensing device further 51 can sensing region and produce one the 3rd sensing value 5003 and one the 4th sensing value 5004, according to the relation of the different generation time points of the sensing values such as above-mentioned produced this size therewith, the content of the sensing alphabetic data as shown in Fig. 5 (b) will be produced（The longitudinal axis is sensing value size in figure, and transverse axis is each different time point）If the order that sensor is received is：Sensing device further 51 (the first sensing value 5001)->Sensing device further 52 (the second sensing value 5002)-＞ sensing device furthers 52 (the 3rd sensing value 5003)->Sensing device further 51 (the 4th sensing value 5004)；And sensing alphabetic data meets the default value condition that first sensing value 5001 is less than the 4th sensing value 5004 less than second sensing value 5002, the 3rd sensing value 5003, the action is then judged for an X font gesture motions, and then controls the luminescence unit to carry out an adjustment action for closing light output.
In addition, the present invention can also use two sensing device furthers that sensing region will not interlock to detect the action of user.Fig. 6 (a) (b) is referred to, it is that the missing that the present invention is improvement common technology means develops the 3rd preferred embodiment schematic diagram of a light output adjustment control method.As shown in Fig. 6 (a), user's hand 6 in a first time point 601 and one second time point 602 by sensing device further 61 and sensing device further 62 can sensing region and produce one first sensing value 6001 and one second sensing value 6002 and in one the 3rd time point 603 and one the 4th time point 604 by sensing device further 62 and sensing device further 61 can sensing region and produce one the 3rd sensing value 6003 and one the 4th sensing value 6004, according to the relation of the different generation time points of the sensing values such as above-mentioned produced this size therewith, the content of the sensing alphabetic data as shown in Fig. 6 (b) will be produced（The longitudinal axis is sensing value size in figure, and transverse axis is each different time point）If the order that sensor is received is：Sensing device further 61 (the first sensing value 6001) _>Sensing device further 62 (the second sensing value 6002)-＞ sensing device furthers 62 (the 3rd sensing value 6003)-＞ sensing device furthers 61 (the 4th sensing value 6004)；And sensing alphabetic data meets first sensing value 6001 and levels off to second sensing value 6002, the 3rd sensing value 6003 and levels off to the 4th sensing value 6004 and be less than the default value condition of the 3rd sensing value 6003 with first sensing value 6001, the action is then judged for a C font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light color (color) output is acted.
Fig. 7 (a) (b) is referred to, it is the present invention to be developed a light defeated by the missing for improving common technology means
Go out to adjust the 4th preferred embodiment schematic diagram of control method.As shown in Fig. 7 (a), user's hand 7 in a first time point 701 and one second time point 702 by sensing device further 71 and sensing device further 72 can sensing region and produce one first sensing value 7001 and one second sensing value 7002, in one the 3rd time point 703 and one the 4th time point 704 by sensing device further 72 and sensing device further 71 can sensing region and produce one the 3rd sensing value 7003 and one the 4th sensing value 7004 and in one the 5th time point 705 and one the 6th time point 706 by sensing device further 71 and sensing device further 72 can sensing region and produce one the 5th sensing value 7005 and a 6th sense measured value 7006, according to the relation of the different generation time points of the sensing values such as above-mentioned produced this size therewith, the content of the sensing alphabetic data as shown in Fig. 7 (b) will be produced（The longitudinal axis is sensing value size in figure, and transverse axis is each different time point）If the order that sensor is received is：Sensing device further 71 (the first sensing value 7001)->Sensing device further 72 (the second sensing value 7002)-＞ sensing device furthers 72 (the 3rd sensing value 7003)-＞ sensing device furthers 71 (the 4th sensing value 7004)-＞ sensing device furthers 71 (the second sensing value 7005)-＞ sensing device furthers 72 (the 3rd sensing value 7006)；And sensing alphabetic data meets first sensing value 7001 and levels off to second sensing value 7002, the 3rd sensing value 7003 and levels off to the 4th sensing value 7004, the 5th sensing value 7005 and level off to the 6th sense measured value 7006 and first sensing value 7001 and be less than the default value condition that the 3rd sensing value 7003, the 3rd sensing value 7003 are less than the 5th sensing value 7005, the action is then judged for a S font gesture motions, and then controls the luminescence unit to carry out a light intensity（Strength) the adjustment action of output.
Fig. 8 is referred to, it is that illuminator light color and strong and weak control method are controlled using gesture motion.Assuming that user than go out 0 gesture, then can represent open light output adjustment action；X gesture, then can represent the adjustment action for closing light output；C gesture, then can represent the adjustment action of light color output；S gesture, then can represent the adjustment action of light intensity output；Sequentially there is the gesture of 0 and C, then can represent the adjustment action of enable (enable) light color output；Sequentially there is the gesture of 0 and S, then can represent the adjustment action of enable light intensity output；Sequentially there is X and C gesture, then can represent the adjustment action of forbidden energy (disable) light color output；Sequentially there is X and S gesture, then can represent the adjustment action of forbidden energy light intensity output.
In summary illustrate, technological means of the present invention is topmost be characterized by more several ultrasonic sensors to enter can the action that is carried out of object of sensing region sense, the different actions that judgment object is carried out, illuminator is controlled to carry out different light output adjustment controls, and then the missing of solution in the prior art produced by common technology means, and in above-mentioned each embodiment explanation, we are illustrated exemplified by configuring two sensing device furthers, more than two ultrasonic sensors can certainly be configured to reach the technological means of the present invention, therefore, the personage Ren Shi craftsman as being familiar with this skill of the invention think and be it is all as modify, so neither deviate from scope of the claims.
Claims (1)
- Claim1. a kind of light output adjustment control method, applied in an illuminator, the illuminator includes more several sensing device furthers and a luminescence unit, it is characterised in that the light output adjustment control method is comprised the steps of：The sensing device further such as this is sensed to entering the action that a object that can be in sensing range is carried out in different time points and produces more several sensing values；Produced according to the magnitude relationship of the sensing value such as this and represent the sensing alphabetic data that the sensing device senses such as this objects carries out the action；AndJudge that the content of the sensing alphabetic data meets after a default value content, and then control the luminescence unit to carry out light output adjustment action.2. light output adjustment control method as claimed in claim 1, it is characterized in that, the grade sensing device further is one first different sensing device further of working frequency and one second sensing device further, and the action that the object is carried out is the gesture motion that user's hand is carried out.3. light output adjustment control method as claimed in claim 2, it is characterized in that, the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data meets first sensing value and levels off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is more than the default value condition of the 3rd sensing value, then judge the action for one 0 font gesture motions, and then control the luminescence unit to carry out an adjustment action for opening light output.4. light output adjustment control method as claimed in claim 2, it is characterized in that, the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet the default value condition that first sensing value is less than the 4th sensing value less than second sensing value with the 3rd sensing value, then judge the action for an X font gesture motions, and then control the luminescence unit to carry out an adjustment action for closing light output.5. light output adjustment control method as claimed in claim 2, characterized in that, the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time Point by second sensing device further and first sensing device further this can sensing region and produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, the 3rd sensing value and levels off to the 4th sensing value and first sensing value and be less than the default value condition of the 3rd sensing value, the action is then judged for a c font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light color output is acted.6. light output adjustment control method as claimed in claim 2, it is characterized in that, the sensing alphabetic data content for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value and one second sensing value, in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region and produce one the 3rd sensing value with one the 4th sensing value and in one the 5th time point and one the 6th time point and pass through first sensing device further and second sensing device further, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value, 5th sensing value levels off to the 6th sense measured value and first sensing value and is less than the 3rd sensing value, 3rd sensing value is less than the default value condition of the 5th sensing value, then judge the action for a S font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light intensity output is acted.7. light output adjustment control method as claimed in claim 1, it is characterised in that comprise the steps of：Judge that the content of the sensing alphabetic data is not met after the default value content, then the luminescence unit is acted without the light output adjustment.8. light output adjustment control method as claimed in claim 1, it is characterized in that, its illuminator applied included this etc. sensing device further be a ultrasonic sensors, and the sensor operation is the ultrasonic sensors sends a ultrasonic and reflexed to by the object in the receiver that the ultrasonic sensors are included, and then the sensing value such as this is produced in different time points. 09. light output adjustment control method as claimed in claim 8, it is characterised in that the time that the sensing value such as this is reflexed in the receiver for the ultrasonic that the ultrasonic sensors are sent by the object.10. light output adjustment control method as claimed in claim 1, it is characterised in that the luminescence unit that its illuminator applied is included is a light emitting diode.11. a kind of illuminator, it is characterised in that include：One luminescence unit, its exportable light；More several sensing device furthers, it sends more several detection signals, and in different time points to enter one can the action that is carried out of an object of sensing region sensed and export more several sensing signals respectively；AndOne control process circuit, be electrically connected to the luminescence unit with this etc. sensing device further, the control process circuit drives this etc. sensing device further send grade detection signal, and receive that the sensing device further such as this exported in different time points this etc. Sensing signal and calculate more several sensing values, and the sensing alphabetic data for representing the action that the sensing device senses such as this objects is carried out is produced according to the size of the sensing value such as this, judge that the content of the sensing alphabetic data meets after a default value content, a control signal is exported to the luminescence unit, and then controls the luminescence unit to carry out light output adjustment action.12. the illuminator as described in claim 11, it is characterised in that the luminescence unit is a light emitting diode.13. illuminator as claimed in claim 11, it is characterized in that, the sensing device further such as this is a ultrasonic sensors, and the sensor operation is the ultrasonic sensors sends a ultrasonic and reflexed to by the object in the receiver that the ultrasonic sensors are included, and then the sensing device further such as this is set to export the grade sensing signal in different time points.14. the illuminator as described in claim 11, it is characterised in that first sensing value and second sensing value are the time that the ultrasonic that the ultrasonic sensors are sent is reflexed in the receiver by the object.15. illuminator as claimed in claim 11, it is characterised in that the control process circuit is included：One processing unit, it is electrically connected to the sensing device further such as this, the processing unit drives the sensing device further such as this to send grade detection signal, and receive the sensing device further such as this and calculate more several sensing values in the grade sensing signal that different time points are exported, and the sensing alphabetic data for representing the action that the sensing device senses such as this objects is carried out is produced according to the size of the sensing value such as this, judge that the content of the sensing alphabetic data meets after the default value content, export a control signal；And- control unit, is electrically connected to the processing unit and the luminescence unit, and it receives the control signal that the processing unit is exported, and then controls the luminescence unit to carry out light output adjustment action.16. illuminator as claimed in claim 11, it is characterized in that, the grade sensing device further is one first different sensing device further of working frequency and one second sensing device further, and the action that the object is carried out is the gesture motion that user's hand is carried out.17. illuminator as claimed in claim 16, it is characterized in that, the sensing alphabetic data content produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data meets first sensing value and levels off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is more than the default value condition of the 3rd sensing value, then judge the action for one 0 font gesture motions, and then control the luminescence unit to carry out an adjustment action for opening light output.18. illuminator as claimed in claim 16, it is characterised in that the sense produced by the control process circuit Survey alphabetic data content be the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet the default value condition that first sensing value is less than the 4th sensing value less than second sensing value with the 3rd sensing value, then judge the action for an X font gesture motions, and then control the luminescence unit to carry out an adjustment action for closing light output.19. illuminator as claimed in claim 16, it is characterized in that, the sensing alphabetic data content produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value with one second sensing value and in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region produce one the 3rd sensing value and one the 4th sensing value, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value and first sensing value and is less than the default value condition of the 3rd sensing value, then judge the action for a C font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light color output is acted.20. illuminator as claimed in claim 16, it is characterized in that, the sensing alphabetic data content produced by the control process circuit for the object in a first time point and one second time point by first sensing device further and second sensing device further this can sensing region produce one first sensing value and one second sensing value, in one the 3rd time point and one the 4th time point by second sensing device further and first sensing device further this can sensing region and produce one the 3rd sensing value with one the 4th sensing value and in one the 5th time point and one the 6th time point and pass through first sensing device further and second sensing device further, and the sensing alphabetic data need to meet first sensing value and level off to second sensing value, 3rd sensing value levels off to the 4th sensing value, 5th sensing value levels off to the 6th sense measured value and first sensing value and is less than the 3rd sensing value, 3rd sensing value is less than the default value condition of the 5th sensing value, then judge the action for a S font gesture motions, and then the adjustment for controlling the luminescence unit to carry out a light intensity output is acted.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/CN2007/003140 WO2009059453A1 (en) | 2007-11-05 | 2007-11-05 | Method for controlling the output of light and illuminant system utilizing the method |
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| CN101849433A true CN101849433A (en) | 2010-09-29 |
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| CN103688595B (en) * | 2011-07-22 | 2017-06-06 | 飞利浦灯具控股公司 | For the control unit and method of Lighting control |
| DE102013219011A1 (en) * | 2013-09-20 | 2015-03-26 | Osram Gmbh | Sensor unit for light control |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| GB1366160A (en) * | 1971-12-29 | 1974-09-11 | Elliott Brothers London Ltd | Apparatus for use in effecting manual variation of the setting of a device |
| US4305006A (en) * | 1978-10-30 | 1981-12-08 | Walthall Michael S | Electrical switch |
| JPS5899808A (en) * | 1981-12-08 | 1983-06-14 | Horiba Ltd | Noncontacting system controller |
| CN2070520U (en) * | 1989-04-21 | 1991-01-30 | 林原 | Ultrasonic wave inducting lamp |
| JPH08298187A (en) * | 1995-04-27 | 1996-11-12 | Misawa Homes Co Ltd | Facility equipment control device in house |
| CN2228693Y (en) * | 1995-05-15 | 1996-06-05 | 李学锋 | Automatic induction switch |
| CN1373631A (en) * | 2001-03-01 | 2002-10-09 | 梁晓 | Wave controlled lamp and its algorithm |
| DE10251133B3 (en) * | 2002-10-31 | 2004-07-29 | Gerd Reime | Device for controlling lighting, in particular for vehicle interiors, and method for controlling it |
| JP3958240B2 (en) * | 2003-04-01 | 2007-08-15 | 有限会社クレスト | Control device |
| CN2762438Y (en) * | 2004-09-20 | 2006-03-01 | 李哲 | Intelligent electric-saving switch |
| GB2418741B (en) * | 2004-10-01 | 2009-05-20 | Ford Global Tech Llc | Control system for motor vehicle |
| CN1774150A (en) * | 2004-11-11 | 2006-05-17 | 李哲 | Intelligent combined wall switch |
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