CN104033998A - Air conditioner control system - Google Patents
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- CN104033998A CN104033998A CN201410227742.8A CN201410227742A CN104033998A CN 104033998 A CN104033998 A CN 104033998A CN 201410227742 A CN201410227742 A CN 201410227742A CN 104033998 A CN104033998 A CN 104033998A
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Abstract
The invention relates to an air conditioner, and provides an air conditioner control system. The air conditioner control system aims at solving the problem that in the prior art, when a user is far away from an air conditioner, the air conditioner can not be effectively controlled. The air conditioner control system comprises an air conditioner body. A processor is arranged in the air conditioner body. The air conditioner control system further comprises an infrared array collecting unit. The infrared array collecting unit is arranged in the air conditioner body, connected with the processor, and used for collecting information of heating elements in the environment where an air conditioner is located and transmitting the information to the processor of the air conditioner. The information of the heating elements includes the position information and the temperature information of the heating elements. The processor is used for analyzing the collected information to affirm the position information of the heating elements and adjusting the temperature of the environment where the air conditioner is located by changing the operating state of the air conditioner. The information of the heating elements in the environment where the air conditioner is located is collected, the position information of the heating elements is affirmed, and the temperature of the environment where the air conditioner is located is adjusted by changing the operating state of the air conditioner according to the position information of the heating elements. The scheme is suitable for the air conditioner control system.
Description
Technical field
The present invention relates to air-conditioning, particularly air-conditioner control system.
Background technology
Before 20th century, people are restraining oneself the heat in summer and the severe cold in winter, and the incomparable extravagant hope of people has one day can change indoor changes in temperature.1906, the appearance of air-conditioning realized people's dream for many years.
Air-conditioning, also claims air conditioning, refers to the artificial means of using, temperature to interior of building surrounding air, humidity, etc. the equipment that regulates of parameter.Nowadays, in our life, air-conditioning has become people's work and has lived one of indispensable electrical equipment.Further, in current people's work and life, there are a lot of electronic equipments, as humidifier, air purifier and electric cooker etc., the appearance of these electrical equipment, what not only make that our life becomes is more comfortable, has also simplified to a certain extent human labour.
Now, we control the method for air-conditioning and generally only have one, and after that is exactly power-on of air conditioner, button or touch-control virtual push button that user clicks on air-conditioner body or air-conditioning remote control are correspondingly controlled air-conditioning.
But these control methods, control the prerequisite of air-conditioning and are user indoor or very near apart from air-conditioning in the situation that, when user is during away from air-conditioning, user just can not click the button on air-conditioning, and the information of remote controller also cannot reach air-conditioning, and air-conditioning can not carry out oneself's control intelligently simultaneously.So there is the not intelligent technical problem of air-conditioning in prior art.
Summary of the invention
Technical problem to be solved by this invention, provides a kind of air-conditioner control system, can carry out according to human body position the effect of intelligence adjusting running state of air conditioner to reach air-conditioning.
The present invention solve the technical problem, and the technical scheme of employing is, air-conditioner control system, comprises air-conditioning body, in air-conditioning body, is provided with processor, also comprises infrared array collecting unit, and described infrared collecting unit is arranged in air-conditioning body, is connected with processor;
Described infrared array collecting unit, for gathering the heater information of air-conditioning environment of living in, is transferred to the processor of air-conditioning;
Described heater information comprises heater positional information and temperature information;
Described processor, carries out analysis confirmation heater positional information for crossing to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.
Concrete, described infrared array collecting unit is far infrared thermopile sensor.
Concrete, in described air-conditioning, being also provided with image acquisition units, described image acquisition units is arranged in air-conditioning body, is connected with processor;
Described processor, for gathering the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.
Further, described image acquisition units is at least one.
Concrete, in described air-conditioning, being also provided with audio collection unit, described audio collection unit is arranged in air-conditioning body, is connected with processor;
Described audio collection unit, for gathering the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater has audio-frequency information to send, if have, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.
Further, described audio collection unit is at least one.
Concrete, described running state of air conditioner comprises operating air velocity, operation wind direction, operational mode and the running temperature of air-conditioning.
The invention has the beneficial effects as follows, gather the heater information in air-conditioning environment of living in by the infrared array collecting unit arranging on air-conditioning body, be transferred to the processor of air-conditioning, processor carries out analysis confirmation heater positional information to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.In order to ensure the accuracy of human body position, in air-conditioning body, be also provided with image acquisition units, gather the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body is confirmed by heating instruction or refrigeration instruction regulates the temperature of described air-conditioning environment of living in, otherwise, do not change running state of air conditioner.In order further to ensure the accuracy of detected position of human body, in air-conditioning body, be also provided with audio collection unit, audio collection unit gathers the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor according to image information confirm heater whether have audio-frequency information to send, if having, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.By triple guarantees, ensure that the heater positional information that infrared array collecting unit collects is human body present position, confirm according to the temperature information of human body present position whether the environment such as this place's temperature need to adjust, processor regulates the temperature of human body present position by adjusting air-conditioning state, carries out the effect that intelligence regulates to reach air-conditioning according to the position of human body information in air-conditioning environment of living in.
Brief description of the drawings
Fig. 1 is the structure chart of air-conditioner control system embodiment of the present invention.
Detailed description of the invention
Describe technical scheme of the present invention in detail below in conjunction with drawings and Examples:
The present invention is directed in prior art, when user is during away from air-conditioning, user just can not click the button on air-conditioning, and the information of remote controller also cannot reach air-conditioning, and air-conditioning can not carry out the problem that oneself controls intelligently simultaneously, a kind of air-conditioner control system is provided, comprise air-conditioning body, in air-conditioning body, be provided with processor, also comprise infrared array collecting unit, described infrared collecting unit is arranged in air-conditioning body, is connected with processor; Described infrared array collecting unit, for gathering the heater information of air-conditioning environment of living in, is transferred to the processor of air-conditioning; Described heater information comprises heater positional information and temperature information; Described processor, carries out analysis confirmation heater positional information for crossing to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.Gather the heater information in air-conditioning environment of living in by the infrared array collecting unit arranging on air-conditioning body, be transferred to the processor of air-conditioning, processor carries out analysis confirmation heater positional information to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.In order to ensure the accuracy of human body position, in air-conditioning body, be also provided with image acquisition units, gather the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body is confirmed by heating instruction or refrigeration instruction regulates the temperature of described air-conditioning environment of living in, otherwise, do not change running state of air conditioner.In order further to ensure the accuracy of detected position of human body, in air-conditioning body, be also provided with audio collection unit, audio collection unit gathers the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor according to image information confirm heater whether have audio-frequency information to send, if having, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.By triple guarantees, ensure that the heater positional information that infrared array collecting unit collects is human body present position, confirm according to the temperature information of human body present position whether the environment such as this place's temperature need to adjust, processor regulates the temperature of human body present position by adjusting air-conditioning state, carries out the effect that intelligence regulates to reach air-conditioning according to the position of human body information in air-conditioning environment of living in.
Embodiment 1
Air-conditioner control system, comprises air-conditioning body, in air-conditioning body, is provided with processor, also comprises infrared array collecting unit, and described infrared collecting unit is arranged in air-conditioning body, is connected with processor; Described air-conditioner body, for by heating or freezing, regulates the temperature of described air-conditioning environment of living in; Described infrared array collecting unit, for gathering the heater information of air-conditioning environment of living in, is transferred to the processor of air-conditioning; Described heater information comprises heater positional information and temperature information; Described processor, carries out analysis confirmation heater positional information for crossing to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.
Concrete, in the time that the present mode of described air-conditioning is first mode, system obtains M location parameter of M heater in described air-conditioning environment of living in by the unit collection of described infrared array, and M is positive integer; System, based on a described M location parameter, is determined the second pattern that is different from described first mode; Solved the not intelligent technical problem of air-conditioning of the prior art, realized infrared array unit application to air-conditioning, and M location parameter of M the heater obtaining by the collection of infrared array unit controlled the technique effect of air-conditioning adjustment modes.
The control method of air-conditioner control system, first, in the time that the present mode of described air-conditioning is first mode, obtains M location parameter of M heater in described air-conditioning environment of living in by the unit collection of described infrared array, wherein M is positive integer.
Concrete, the first mode of air-conditioning has a variety of, as refrigeration mode, heating mode, energy saver mode, high power consumption mode, wind with people moving or still-mode etc., the embodiment of the present application is not done concrete restriction to the first mode of air-conditioning.
Infrared array unit is far infrared thermopile sensor, is arranged in air-conditioner body, comprises at least one Far infra-red hot electric transducer, and described at least one Far infra-red hot electric transducer is arranged with array way, as 3 × 4, and 5 × 6 etc.In introduction below, hypothesis infrared array unit is specially to one 4 × 16, the Far infra-red hot pile sensor array that 4 row 16 are listed as, in specific implementation process, includes but not limited to 4 × 16 Far infra-red hot pile sensor array.
In the time that the present mode of air-conditioning is first mode, infrared array unit can, under the control of processor, gather the heater information in air-conditioning environment of living in, and described heater information comprises heater positional information and temperature information; And the information collecting is preserved with the form of array, and microprocessor can read the array information in infrared array unit, analyze M heater by analyzing array information, and the M of a M heater positional information and M temperature information.For example, in the array information that microprocessor reads, be:
Table 1
| 30 | 30 | 32 | 35 | 33 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 |
| 30 | 30 | 34 | 36 | 33 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 40 | 30 | 30 | 30 |
| 30 | 30 | 31 | 32 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 |
| 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 | 30 |
As can be seen from Table 1, in air-conditioning environment of living in, there is the array temperature value of one 36 degree in the 2nd row the 4th row, and as center, adjacent array temperature value declines to some extent, shows the array temperature value of one 40 degree at the 2nd row the 13rd simultaneously, and all the other most of array temperature values are 30 degree.
Microprocessor passes through to analyze, and determines and in air-conditioning environment of living in, has 2 heaters, and M is in 2,2 heaters locus that the 2nd row the 4th row and the 2nd row the 13rd row are corresponding in array respectively, in order to facilitate subsequent descriptions, the 2nd row the 4th row heater is designated as to A
2,4, the heater of the 2nd row the 13rd row is designated as A
2,13.Can judge, now the room temperature of air-conditioning environment of living in is 30 degree simultaneously, and special A generates heat
2,4and A
2,13likely all user.
Processor is confirmed heater positional information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.Described running state of air conditioner comprises operating air velocity, operation wind direction, operational mode and the running temperature of air-conditioning.
Embodiment 2
The air-conditioner control system that this is routine, as shown in Figure 1, comprises air-conditioning body, in air-conditioning body, is provided with processor, also comprises infrared array collecting unit, and described infrared collecting unit is arranged in air-conditioning body, is connected with processor; Described air-conditioner body, for by heating or freezing, regulates the temperature of described air-conditioning environment of living in; Described infrared array collecting unit, for gathering the heater information of air-conditioning environment of living in, is transferred to the processor of air-conditioning; Described heater information comprises heater positional information and temperature information; Described processor, carries out analysis confirmation heater positional information for crossing to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.In described air-conditioning, be also provided with image acquisition units, described image acquisition units is arranged in air-conditioning body, is connected with processor; Described image acquisition units, for gathering the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.Described image acquisition units is at least one.
In described air-conditioning, be also provided with audio collection unit, described audio collection unit is arranged in air-conditioning body, is connected with processor; Described audio collection unit, for gathering the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater has audio-frequency information to send, if have, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.Described audio collection unit is at least one.
In sum, in embodiment 1, this routine air-conditioner control system also comprises image acquisition units extremely and audio collection unit.In the time that the present mode of air-conditioning is first mode, infrared array unit can, under the control of processor, gather the heater information in air-conditioning environment of living in, and described heater information comprises heater positional information and temperature information, and the information collecting is preserved with the form of array, microprocessor can read the array information in infrared array unit, analyze M heater by analyzing array information, and after the M of a M heater positional information and M temperature information, due to the heater indoor except user may be also the long-time electrical equipment using, and the electrical equipment that self can generate heat such as electric cooker or heating installation, so, in order accurately to judge user's position, this routine air-conditioner control system also obtains by the image acquisition units being arranged in described air-conditioner body N the image information that comprises a described M heater, N is positive integer, and/or obtaining P acoustic information by P the sound collection unit being arranged in described air-conditioner body, P is positive integer.
Specifically, obtaining after M positional information, can take to the position at M heater place by controlling image acquisition units, thereby obtain N image information.Because user is conventionally sociable, so also can obtain P acoustic information by sound collection unit, gather user's one's voice in speech, or the breathing of certain frequency, the acoustic informations such as footsteps.
Concrete, based on embodiment 1, the image acquisition units in air-conditioning control air-conditioner body gathers the heater A in embodiment 1
2,4image information and heater A
2,13image information.And/or sound collection unit in control air-conditioner body gathers P acoustic information in air-conditioning environment of living in.Can judge heater A according to image information on the one hand
2,4and heater A
2,13whether is user, if be really user, system is sent and is changed running state of air conditioner instruction, confirms that air-conditioning is the second running status from the first running state conversion.If while judging that according to image information this place heater are not user, system does not change running status, keeps present mode of operation.
On the other hand, system can also judge A according to obtained acoustic information simultaneously
2,4and heater A
2,13whether is user, if be really user, system is sent and is changed running state of air conditioner instruction, confirms that air-conditioning is the second running status from the first running state conversion.If while judging that according to image information this place heater are not user, system does not change running status, keeps present mode of operation.
The combination of position-based information, image information and acoustic information, system can further determine whether heater is user, to control air-conditioning according to user position more accurately.
In sum, the present invention gathers the heater information in air-conditioning environment of living in by the infrared array collecting unit arranging on air-conditioning body, be transferred to the processor of air-conditioning, processor carries out analysis confirmation heater positional information to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.In order to ensure the accuracy of human body position, in air-conditioning body, be also provided with image acquisition units, gather the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body is confirmed by heating instruction or refrigeration instruction regulates the temperature of described air-conditioning environment of living in, otherwise, do not change running state of air conditioner.In order further to ensure the accuracy of detected position of human body, in air-conditioning body, be also provided with audio collection unit, audio collection unit gathers the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor according to image information confirm heater whether have audio-frequency information to send, if having, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.By triple guarantees, ensure that the heater positional information that infrared array collecting unit collects is human body present position, confirm according to the temperature information of human body present position whether the environment such as this place's temperature need to adjust, processor regulates the temperature of human body present position by adjusting air-conditioning state, carries out the effect that intelligence regulates to reach air-conditioning according to the position of human body information in air-conditioning environment of living in.
Claims (7)
1. air-conditioner control system, comprises air-conditioning body, in air-conditioning body, is provided with processor, it is characterized in that, also comprises infrared array collecting unit, and described infrared collecting unit is arranged in air-conditioning body, is connected with processor;
Described infrared array collecting unit, for gathering the heater information of air-conditioning environment of living in, is transferred to the processor of air-conditioning;
Described heater information comprises heater positional information and temperature information;
Described processor, carries out analysis confirmation heater positional information for crossing to gathered information, by changing running state of air conditioner, the temperature of described air-conditioning environment of living in is regulated.
2. air-conditioner control system according to claim 1, is characterized in that, described infrared array collecting unit is far infrared thermopile sensor.
3. air-conditioner control system according to claim 1, is characterized in that, is also provided with image acquisition units in described air-conditioning, and described image acquisition units is arranged in air-conditioning body, is connected with processor;
Described processor, for gathering the image information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater is human body, if human body, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.
4. air-conditioner control system according to claim 3, is characterized in that, described image acquisition units is at least one.
5. according to the air-conditioner control system described in claim 1 or 3, it is characterized in that, in described air-conditioning, be also provided with audio collection unit, described audio collection unit is arranged in air-conditioning body, is connected with processor;
Described audio collection unit, for gathering the audio-frequency information of heater position, be transferred to the processor of air-conditioning, processor confirms according to image information whether heater has audio-frequency information to send, if have, confirm by heat instruction or refrigeration instruction the temperature of described air-conditioning environment of living in is regulated, otherwise, do not change running state of air conditioner.
6. air-conditioner control system according to claim 5, is characterized in that, described audio collection unit is at least one.
7. air-conditioner control system according to claim 1, is characterized in that, described running state of air conditioner comprises operating air velocity, operation wind direction, operational mode and the running temperature of air-conditioning.
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Application publication date: 20140910 |