CN209290108U - Air-conditioner control system - Google Patents

Abstract

The utility model provides a kind of air-conditioner control system, wherein the air-conditioner control system is applied to an air-conditioner body of a vehicle, wherein the air-conditioner control system includes a sensor module, wherein the sensor module is arranged in the vehicle interior；An and infrared control circuit, wherein the infrared control circuit is connected to the sensor module and the air-conditioner body, wherein the sensor module can obtain the environmental information inside and outside the vehicle and is adjusted by the infrared control circuit to the air-conditioner body.

Description

Air-conditioner control system

Technical field

The utility model relates to a kind of sensing device more particularly to a kind of air-conditioner control systems.

Background technique

Automobile has become the tool of people's daily life trip, and environment inside car needs to be adjusted to comfortable degree, and one As by adjusting vehicle interior air-conditioning system, and then adjust the temperature environment of vehicle interior.In the process of moving, by machinery side Formula adjusts on-board air conditioner, and more intelligent mode is automatically to open and automatically turn off.

When weather is warmmer, vehicle interior enclosure space, temperature increases very fast and cools down slower.If without timely Ground adjusts air-conditioning, and the level of comfort of vehicle interior will have a greatly reduced quality.According to the report having, parent leaves working, but leaves child In the car, because hot weather causes vehicle interior temperature to increase, if resulted even in without finding and saving child in time It is in vehicle thermal blooming or even death.

It is understood, therefore, that operator usually reaches the gear number of air-conditioning when vehicle interior temperature is higher Maximum may also will not reduce the gear number of air-conditioning later to make vehicle interior cool down as soon as possible, so cause overall vehicle because The energy is consumed for air-conditioning.

The processing scheme of many on-board air conditioner carries out intelligent adjusting for the temperature of interior environment now, but vehicle The temperature of inside is easy subregion, such as sunlight is on the right side of irradiation when co-driver, in the environmental field of co-driver Heating is very fast, but the heating rate of main driving position is then relatively slow, or even because air flows, the environment model of main driving position Temperature change in enclosing is smaller, and the driver of main driving position may need not move through temperature adjusting.Therefore, merely pass through ring Also some problems are adjusted then in the variation of border temperature.

Summary of the invention

One main advantage of the utility model is to provide a kind of air-conditioner control system, and wherein the utility model provides one On-board air conditioner managing and control system, the vehicle air conditioning managing and control system adjust the temperature control mould of vehicle air conditioning according to environmental change Formula.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein on-board air conditioner control system System is adjusted by the surface temperature of the human body in detection vehicle.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein on-board air conditioner control system System can carry out the adjustment of vehicle air conditioning according to vehicle external environment.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein vehicle air conditioning control system The power for the inside that system injects vehicle according to vehicle UV light changes and is adjusted.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein vehicle air conditioning control system System can carry out the adjustment of vehicle air conditioning according to environment inside car.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein vehicle air conditioning control system System can change the adjustment for carrying out vehicle air conditioning according to the surface temperature of occupant.

The utility model another advantage is that provide a kind of air-conditioner control system,

Wherein the utility model provides an on-board air conditioner, and the on-board air conditioner includes that an air-conditioner body and an air-conditioning sense Device, wherein the air conditioning sensor obtains environmental data information, wherein the air-conditioner body can be according to the air conditioning sensor Acquired environmental data information is adjusted.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein the on-board air conditioner has two Kind of mode, is divided into general mode and adjustment modes, wherein in the ordinary mode the air-conditioner body of the on-board air conditioner according to The mode of Mechanical course is adjusted, the air-conditioner body of the on-board air conditioner described in adjustment modes according to intelligent control side Formula is adjusted.

The utility model another advantage is that provide a kind of air-conditioner control system, wherein the air-conditioner body has one Control circuit, wherein air conditioning sensor control circuit described in connection in parallel, enables the air conditioning sensor to control The control circuit.

The utility model another advantage is that a kind of air-conditioner control system is provided, wherein the air conditioning sensor can A sensitive zones are formed, within the sensitive zones, the air conditioning sensor can detect the variation of environment temperature, in turn The air-conditioner body is adjusted depending on changes in ambient temperature.

The utility model another advantage is that provide a kind of air-conditioner control system, within the sensitive zones, institute The variation of temperature of human body can be detected by stating air conditioning sensor, and then adjust the air-conditioning master according to the variation of human body temperature Body.

According to the one aspect of the utility model, the utility model of foregoing purpose and other purposes and advantage can be realized One air-conditioner control system, the air-conditioner control system are applied to an air-conditioner body of a vehicle comprising:

One sensor module is arranged wherein the sensor module includes an infrared sensor in the vehicle interior； And

One infrared control circuit, wherein the infrared control circuit is connected to the infrared sensor and the air-conditioner body, To be adjusted by the infrared control circuit to the air-conditioner body.

One of embodiment according to the present utility model, wherein the air-conditioner control system further includes a control piece and one Manual control circuit, wherein the manual control circuit is connected to the control piece and the air-conditioner body, the control piece are suitable for It is arranged in the vehicle, and the control piece starts the air-conditioner body and further starts the sensor group later Part.

One of embodiment according to the present utility model is fitted wherein the infrared sensor is arranged in the vehicle In the infrared signal that acquisition body surface is distributed, the air-conditioner control system further includes a judgment module, the judgement mould Block communicatedly connects the infrared sensor, for obtaining infrared signal acquired in infrared sensor and judging body surface Whether normally generate heat.

One of embodiment according to the present utility model, wherein the infrared sensor includes a filtration module, it is described Filtration module crosses other light filtered out other than infrared ray when obtaining human body issued light line signal, and the filtration module obtains The light signal simultaneously generates an infrared signal according to the light signal.

One of embodiment according to the present utility model, wherein the infrared sensor further includes an infrared judgement mould Block wherein the infrared judgment module communicatedly connects the filtration module, and receives the infrared signal, and further Judge whether that belonging to human body is distributed, when being judged as YES, then carries out the judgment module according to the infrared signal and judge people Whether body normally generates heat, to be adjusted to the air-conditioner body, when be judged as otherwise without adjustment.

One of embodiment according to the present utility model, wherein the sensor module further includes a temperature sensor, Wherein the temperature sensor is arranged in the vehicle, obtains the temperature signal of the vehicle interior, the judgment module is sentenced Whether the temperature signal that breaks belongs to enhancing, and the air-conditioner control system further includes a comparing unit, wherein the comparing unit Compare the different situations of the temperature signal and the light signal, and then an adjustment signal is generated according to comparison result, in turn The air-conditioner body is adjusted by the infrared control circuit.

One of embodiment according to the present utility model, wherein the comparing unit obtains the temperature of the vehicle interior Signal simultaneously sets a comfort standard, when the temperature signal exceeds the comfort standard, and is sentenced according to the infrared signal Disconnected body surface is in improper fever, and the comparing unit generates prime time control signal at this time, and then by described infrared Control circuit adjusts the air-conditioner body.

One of embodiment according to the present utility model, wherein the comparing unit obtains the temperature of the vehicle interior Signal simultaneously sets a comfort standard, when the temperature signal exceeds the comfort standard, and is sentenced according to the infrared signal Disconnected body surface is in normal fever, and the comparing unit generates a weak shelves and controls signal at this time, and then passes through the infrared control Air-conditioner body described in the regulation of electrical circuit processed.

One of embodiment according to the present utility model, wherein the comparing unit obtains the temperature of the vehicle interior Signal simultaneously sets a comfort standard, when the temperature signal is in the comfort standard, and is sentenced according to the infrared signal Disconnected body surface is in improper fever, and the comparing unit generates a weak shelves and controls signal at this time, and then by described infrared Control circuit adjusts the air-conditioner body.

One of embodiment according to the present utility model, wherein the comparing unit obtains the temperature of the vehicle interior Signal simultaneously sets a comfort standard, when the temperature signal is in the comfort standard, and is sentenced according to the infrared signal Disconnected body surface is in normal fever, only can adjust the air-conditioner body by the manual control circuit at this time.

One of embodiment according to the present utility model, wherein the sensor module further includes a sunlight sensor, Wherein the sunlight sensor is arranged on the front windshield of the vehicle, and the sunlight sensor obtains sunlight ray letter Number, the judgment module obtains and judges the sunlight ray signal, judges whether light enhances, and the air-conditioner control system is also Including a comparing unit, wherein the comparing unit sunlight ray signal and the infrared signal are not sympathized with Condition, and then a control signal is generated according to comparison result, and then the air-conditioner body is adjusted by the infrared control circuit.

One of embodiment according to the present utility model, wherein the sunlight sensor includes that a filtration module and one connects Module is received, wherein the filtration module crosses other light filtered out outside sunlight, the receiving module receives the filtration module institute Filtered light.

One of embodiment according to the present utility model, wherein the filtration module includes on one before filtration module and one Filtration module, wherein the relative position angle of the upper filtration module and the preceding filtration module is right angle, when the sunlight passes After sensor is mounted, wherein the upper lens group is towards surface, the front lens group is towards front.

One of embodiment according to the present utility model, wherein the judgment module judges and generates light enhancing letter Number, while the judgment module judges the improper fever of body surface, and then the comparing unit according to the infrared signal Enhance signal according to the light and the infrared signal compares one prime time of generation control signal, and then passes through the infrared control The air-conditioner body described in the regulation of electrical circuit processed.

One of embodiment according to the present utility model, wherein the judgment module judges and generates light enhancing letter Number, while the judgment module judges that body surface normally generates heat according to the infrared signal, and then the comparing unit root Enhance signal according to the light and the infrared signal compares the weak shelves control signal of generation one, and then passes through the infrared control The air-conditioner body described in the regulation of electrical circuit.

One of embodiment according to the present utility model, wherein the judgment module judges and to generate a light non-reinforcing Signal, while the judgment module judges the improper fever of body surface according to the infrared signal, and then described relatively more single Member enhances signal according to the light and the infrared signal compares the weak shelves of generation one and controls signal, and then by described infrared Control circuit adjusts the air-conditioner body.

One of embodiment according to the present utility model, wherein the judgment module judges and to generate a light non-reinforcing Signal, while the judgment module judges that body surface normally generates heat according to the infrared signal, can only pass through institute at this time It states manual control circuit and adjusts the air-conditioner body.

Another aspect according to the present utility model, the utility model further provide a sensor module, the biography Sensor component is included in an air-conditioning managing and control system of a vehicle, wherein the air-conditioner pipe control system further includes an air-conditioning master Body, the sensor module include: an infrared sensor, wherein the infrared sensor is arranged in the vehicle, suitable for obtaining It takes body surface light signal and then generates an infrared signal；And a judgment module, wherein judgment module setting exists In the vehicle, the judgment module obtains light signal acquired in infrared sensor simultaneously and judges whether the light belongs to It is distributed in human body, wherein when the judgment module judges that light signal belongs to human body and distributed, the air-conditioning managing and control system One judgment module then judges whether human body normally generates heat according to the infrared signal, to be adjusted to the air-conditioner body.

One of embodiment according to the present utility model, wherein the infrared sensor includes a filtration module, it is described Filtration module obtains the light signal and filters the wherein light in addition to infrared ray, and then filtration module generation one is red Outside line signal.

One of embodiment according to the present utility model, wherein the sensor module further includes a temperature sensor, Wherein the temperature sensor is arranged in the vehicle, obtains the temperature signal of the vehicle interior.

One of embodiment according to the present utility model, wherein the sensor module further includes a sunlight sensor, Wherein the sunlight sensor is arranged on the front windshield of the vehicle, and the sunlight sensor obtains extraneous light letter Number.

One of embodiment according to the present utility model, wherein the sunlight sensor includes that a filtration module and one connects Module is received, wherein the filtration module crosses other light filtered out outside sunlight, the receiving module receives the filtration module institute Filtered light.

One of embodiment according to the present utility model, wherein the filtration module includes on one before filtration module and one Filtration module, wherein the upper filtration module includes lens group on one, the preceding filtration module includes a front lens group, when described After sunlight sensor is mounted, wherein the upper lens group is towards surface, the front lens group is towards front.

Another aspect according to the present utility model, the utility model further provide an air-conditioning sensing control method, Include:

(a) air-conditioner body it is in operating status in and in the case that the sensor module is activated, receive institute State the light signal of vehicle interior；

(b) judge whether the light signal belongs to human body and distributed, if then carrying out next step, if not then returning Previous step；And

(c) it filters the light signal and generates the infrared signal, and people is judged whether according to the infrared signal Whether body normally generates heat, if normal then return step (a) of generating heat, if improper fever is then raw according to the infrared signal At a control signal, and according to the control signal, the air-conditioner body is adjusted by the infrared control circuit.

Another aspect according to the present utility model, the utility model further provide an air-conditioning sensing control method, Include:

(a) light signal and the temperature signal are obtained；

(b) judge whether the light signal belongs to human body and distributed, if it is red then to filter the light signal generation one Outside line signal, and further judge whether human body normally generates heat according to the infrared signal, if otherwise returning to previous step； And

(c) judge whether the temperature signal belongs to the comfort standard simultaneously, the temperature signal and described red The different situations of outside line signal, and the air-conditioner body is adjusted according to different situations.

Another aspect according to the present utility model, the utility model further provide an air-conditioning sensing control method, Include:

(a) light signal and the sunlight ray signal are obtained；

(b) judge whether the light signal belongs to human body and distributed, if then filtering the light signal and generating one Infrared signal further judges whether human body normally generates heat according to the infrared signal, if otherwise returning to previous step；With And

(c) according to the sunlight ray signal judge whether ambient enhances simultaneously, compare different situations and according to Different situations are adjusted the air-conditioner body.

By the understanding to subsequent description and attached drawing, the further purpose of the utility model and advantage will be able to abundant body It is existing.

The these and other objects of the utility model, feature and advantage, by following detailed descriptions to fully demonstrate.

Detailed description of the invention

Fig. 1 is the schematic diagram of first embodiment according to the present utility model.

Fig. 2 is the system schematic of the air-conditioner control system of first embodiment according to the present utility model.

Fig. 3 is the schematic diagram of a scenario of first embodiment according to the present utility model.

Fig. 4 is the system schematic of the air-conditioner control system of second embodiment according to the present utility model.

Fig. 5 is the schematic diagram of a scenario of second embodiment according to the present utility model.

Fig. 6 is the system schematic of the air-conditioner control system of 3rd embodiment according to the present utility model.

Fig. 7 is the schematic diagram of a scenario of 3rd embodiment according to the present utility model.

Specific embodiment

It is described below for disclosing the utility model so that those skilled in the art can be realized the utility model.It retouches below Preferred embodiment in stating is only used as illustrating, it may occur to persons skilled in the art that other obvious modifications.It is retouched following The basic principle of the utility model defined in stating can be applied to other embodiments, deformation scheme, improvement project, etc. Tongfangs The other technologies scheme of case and the spirit and scope without departing from the utility model.

It will be understood by those skilled in the art that in the exposure of the utility model, term " longitudinal direction ", " transverse direction ", "upper", The orientation or position of the instructions such as "lower", "front", "rear", "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" Relationship is to be based on the orientation or positional relationship shown in the drawings, and is merely for convenience of describing the present invention and simplifying the description, and It is not that the device of indication or suggestion meaning or element must have a particular orientation, be constructed and operated in a specific orientation, therefore Above-mentioned term should not be understood as limiting the present invention.

It is understood that term " one " is interpreted as " at least one " or " one or more ", i.e., in one embodiment, The quantity of one element can be one, and in a further embodiment, the quantity of the element can be it is multiple, term " one " is no It can be interpreted as the limitation to quantity.

As shown in Figure 1-3, the utility model provides a first embodiment.The present embodiment provides a vehicles, wherein the vehicle It include a vehicle body and a vehicle driving system, the vehicle body controlled by the vehicle driving system Complete the control for the vehicle body.

Further, the vehicle includes an air-conditioner body 10 and an air-conditioner control system 20, wherein the airconditioning control System 20 controllably connects the air-conditioner body 10, wherein the air-conditioner control system 20 includes a control piece 21 and a control Circuit 200 processed enables the control circuit 200 wherein the control of the control circuit 200 ground connects the air-conditioner body 10 The air-conditioner body 10 is controlled to complete starting, close and adjust temperature.

Preferentially, the front of the vehicle, the control of the air-conditioner control system 20 is arranged in the air-conditioner body 10 The console position of the vehicle is arranged in product 21.Wherein the control piece 21 can be controlled by artificial mode, Such as the modes such as pressing, rotation are adjusted.

It says to more details, the control piece 21 can be implemented as an air-conditioning knob, and the air-conditioning knob is arranged on institute It states console position and forms the function division of the console together with other knobs.

The control circuit 200 is divided for a manual control circuit 201 and an infrared control circuit 202, wherein it is described manually Control circuit 201 is connected to the control piece 21, and the control piece 21 can control the manual control circuit 201, described Manual control circuit 201 can complete the air-conditioner body 10 to open, close and adjust.

The manual control circuit 201 and the infrared control circuit 202 can be controlled simultaneously in the present embodiment, In another embodiment, the manual control circuit 201 and the infrared control circuit 202 are mutually exclusive operations, are to work as institute It states the infrared control circuit 202 when executing operation of manual control circuit 201 not execute, the infrared control circuit 202 when executing operation the manual control circuit 201 do not execute.

It is noted that the manual control circuit 201 is mechanical control method, and the infrared control circuit 202 For sensing control mode.In this embodiment, it is preferred that embodiment is described in the manual control circuit 201 mainly controls Air-conditioner body 10, the infrared control circuit 202 are controllably connected to the manual control circuit 201, and can be automatic Ground is intelligently adjusted the manual control circuit 201, air-conditioner body 10 described in further adjustment.

The manual control circuit 201 is connected to the air-conditioner body 10 with the infrared control circuit 202, and mutually assists Make the common control and adjustment completed for the air-conditioner body 10.

Further, the air-conditioner control system 20 further includes a sensor module 22, wherein the sensor module 22 It is arranged in the vehicle interior, for detecting the environment of the vehicle interior, wherein the sensor module 22 is connected to and controls The infrared control circuit 202, when the environmental data information of the sensor module 22 detection vehicle interior, and then described in control Infrared control circuit 202 generates different control signals, the behaviour of air-conditioner body 10 described in the control signal further adjustment Make.

It is understood that the sensor module 22 is for controlling the infrared control circuit 202, the control piece 21 For controlling the manual control circuit 201.When the control piece 21 starts the air-conditioning by the manual control circuit 201 After main body 10, the sensor module 22 is activated at this time, and the sensor module 22 receives the signal of external environment Variation adjusts the control main body 10 by the infrared control circuit 202 in turn.

Specifically, the sensor module 22 includes an infrared sensor 221, wherein the infrared sensor 221 is at this It is arranged on the seat of the vehicle in embodiment, for detecting the temperature change of human body.It should be noted that in the present embodiment The infrared sensor 221 is passive sensor, that is to say, that the reception of infrared sensor 221 human body is issued red Outside line.It is to be understood that human body surface can emit infrared ray, and the infrared ray is black light.The infrared sensor 221 receive the infrared signals, further, with the infrared signal be according to judged at this time whether human body whether Belong to normal fever.It is understood that the infrared sensor 221 has a filtration module 2211, the filtration module Light in the light that 2211 filterings receive other than infrared ray, so that only infrared ray is by the infrared sensor 221 It receives.

More specifically, the infrared sensor 221 receives the light signal of vehicle interior, and pass through the filtration module 2211 cross the light filtered out other than infrared ray, and then generate an infrared signal, and the infrared signal is dissipated by human body at this time Hair.The air-conditioner control system 20 further includes a judgment module 203, the judgment module 203 receive the infrared signal into And judge whether human body normally generates heat according to the infrared signal, that is to say, that the judgment module 203 sets a comfort zone Domain, when the infrared signal is then adjusted beyond the zone of comfort, when the infrared signal is in the comfort zone Then without adjustment in domain, since human body natural generates heat, seldom there is the infrared signal lower than the zone of comfort.

Therefore, the infrared sensor 221 receives the light signal and then generates the infrared signal, described infrared Line signal generates a control signal, infrared control circuit described in the control signal after the judgment module 203 judgement 202 adjust the air-conditioner body 10 in turn.

It is understood that the infrared sensor 221 forms a sensitive zones 2210, the infrared sensor 21 exists The infrared ray of human body can be received in the sensitive zones 2210, and is exceeded except the sensitive zones 2210, the infrared biography The effect that sensor 221 detects will weaken, it is therefore advantageous to Effect on Detecting then in the sensitive zones 2210.Therefore, the biography The scope limitation in sensillary area domain 2210 is among the vehicle.

In the present embodiment, the manual control circuit 201 can complete the starting for the air-conditioner body 10, stop And adjustment, the infrared control circuit 202 can control the air-conditioner body 10 and be adjusted.That is, the infrared control Circuit 202 processed is not particularly suited for starting and stopping for the air-conditioner body 10, and adjusts only for the temperature of the air-conditioner body 10 Spend control mode.

Therefore, in the present embodiment, the enabling of the sensor module 22 is after the air-conditioner body 10 is activated.? That is the sensor module 22 is in close state when the air-conditioner body 10 is in and closes.In other words, It is that the sensor module 22 can not complete starting and closing for the air-conditioner body 10.

It should be noted that the infrared ray that the reception of infrared sensor 221 human body surface is distributed because of heat, and institute A kind of heat source of human body may be not only by stating in the environment of vehicle interior, it is also possible to be other pyrotoxins, it is to be understood that its His pyrotoxin example pet etc., equally can also distribute certain heat.

Further, the infrared sensor 221 further includes an infrared judgment module 222, wherein the infrared judgement mould Block 222 is for judging whether the infrared signal received belongs to what human body was sent out.As long as it is understood that infrared signal The object of fever, that is, capable of emitting, thus, for example pet etc. can also issue infrared signal.Therefore, the infrared judgment module 222 2211 received signal of filtration module is received, further judges whether that belonging to human body is distributed.Specifically, human body institute The infrared signal of hair has specific spectrum, and therefore, the infrared judgment module 222 judges and analyzes according to specific spectrum The infrared signal received.After the infrared judgment module 222 judges, a possibility that avoiding maloperation.According to above-mentioned Embodiment, the utility model provide a control flow, and detailed process is as follows:

Process 101: after the control piece 21 is in the open state, the air-conditioner body 10 is turned on, while described Sensor module 20 is activated.

Process 102: the infrared sensor 221 obtains a light signal, judges that the infrared sensor 221 is received Whether light signal, which belongs to human body, is distributed, if then carrying out downstream, if not then returning to a upper process.

Process 103: the infrared sensor 221 generates an infrared signal according to the light signal, according to described red Whether human body normally generates heat the judgement of outside line signal at this time.

Process 104: if human body is normally to generate heat at this time, not needing to be adjusted, if the improper fever of human body at this time, A control signal is generated according to the infrared signal, and then is completed by the infrared control circuit 202 for the air-conditioning The adjustment of main body 10.

According to above-mentioned process, the utility model provides an air-conditioning sensing control method, comprising the following steps:

(a) air-conditioner body 10 it is in operating status in and in the case that the sensor module 20 is activated, connect Receive the light signal of the vehicle interior；

(b) judge whether the light signal belongs to human body and distributed, if then carrying out next step, if not then returning Previous step；

(c) it filters the light signal and generates the infrared signal, and people is judged whether according to the infrared signal Whether body normally generates heat, if normal then return step (a) of generating heat, if improper fever is then raw according to the infrared signal At a control signal, and according to the control signal, the air-conditioner body 10 is carried out by the infrared control circuit 202 Adjustment.

As illustrated in figures 4-5, the utility model provides a second embodiment.Present embodiments provide an air-conditioner body 10A With an air-conditioner control system 20A, wherein the air-conditioner control system 20A controllably connects the air-conditioner body 10A, wherein institute Stating air-conditioner control system 20A includes an a control piece 21A and control circuit 200A, wherein the control circuit 200A is controlled Ground connects the air-conditioner body 10A, enables the control circuit 200A to control the air-conditioner body 10A and completes starting, closes Close and adjust temperature.

Preferentially, the front of the vehicle is arranged in the air-conditioner body 10A, and the air-conditioner control system 20A's is described The console position of the vehicle is arranged in control piece 21A.Wherein the control piece 21A can be controlled by artificial mode The modes such as system, such as pressing, rotation are adjusted.

It says to more details, the control piece 21A can be implemented as an air-conditioning knob, and the air-conditioning knob is arranged on institute It states console position and forms the function division of the console together with other knobs.

The control circuit 200A points are an a manual control circuit 201A and infrared control circuit 202A, wherein the hand Dynamic control circuit 201A is connected to the control piece 21A, and the control piece 21A can control the manual control circuit 201A, the manual control circuit 201A can complete the air-conditioner body 10A to open, close and adjust.

The manual control circuit 201A and the infrared control circuit 202A can be controlled simultaneously in the present embodiment It makes, in another embodiment, the manual control circuit 201A and the infrared control circuit 202A are mutually exclusive operations, i.e., It is that the infrared control circuit 202A is not executed when executing operation as the manual control circuit 201A, the infrared control Circuit 202A processed manual control circuit 201A when executing operation is not executed.

It is noted that the manual control circuit 201A is mechanical control method, and the infrared control circuit 202A is sensing control mode.In this embodiment, it is preferred that embodiment is that the manual control circuit 201A is mainly controlled The air-conditioner body 10A, the infrared control circuit 202A are controllably connected to the manual control circuit 201A, and energy It is enough that automatically intelligently the manual control circuit 201A is adjusted, air-conditioner body 10A described in further adjustment.

The manual control circuit 201A is connected to the air-conditioner body 10A, and phase with the infrared control circuit 202A The mutually common control and adjustment completed for the air-conditioner body 10A of cooperation.

Further, the air-conditioner control system 20A further includes a sensor module 22A, wherein the sensor module 22A is arranged in the vehicle interior, for detecting the environment of the vehicle interior, wherein sensor module 22A connection is simultaneously The infrared control circuit 202A is controlled, when the environmental data information of sensor module 22A detection vehicle interior, and then is controlled It makes the infrared control circuit 202A and generates different control signals, air-conditioner body described in the control signal further adjustment The operation of 10A.

It is understood that the sensor module 22A is for controlling the infrared control circuit 202A, the control piece 21A is for controlling the manual control circuit 201A.When the control piece 21A starts institute by the manual control circuit 201A After stating air-conditioner body 10A, the sensor module 22A is activated at this time, and the sensor module 22A receives extraneous ring The signal intensity in border passes through the infrared control circuit 202A in turn and adjusts the control main body 10A.

Specifically, the sensor module 22A includes an infrared sensor 221A, wherein the infrared sensor 221A exists It is arranged on the seat of the vehicle in the present embodiment, for detecting the temperature change of human body.It should be noted that the present embodiment Described in infrared sensor 221A be passive sensor, that is to say, that the infrared sensor 221A receives human body and is issued Infrared ray.It is to be understood that human body surface can emit infrared ray, and the infrared ray is black light.The infrared biography Sensor 221A receives the infrared signal, further, with the infrared signal be according to judged at this time whether people Whether body belongs to normal fever.It is understood that the infrared sensor 221A has a filtration module 2211A, the filter Light in the light that optical module 2211A filtering receives other than infrared ray, so that only infrared ray is by the infrared biography Sensor 221A is received.

More specifically, the infrared sensor 221A receives the light signal of vehicle interior, and pass through the optical filtering mould Block 2211A crosses the light filtered out other than infrared ray, and then generates an infrared signal, and the infrared signal is human body institute at this time It distributes.The air-conditioner control system 20A further includes that judgment module a 203A, the judgment module 203A receives the infrared ray letter Number so according to the infrared signal judge whether human body normally generates heat, that is to say, that the judgment module 203A sets one Zone of comfort, when the infrared signal is then adjusted beyond the zone of comfort, when the infrared signal is in described Then without adjustment in zone of comfort, since human body natural generates heat, seldom there is the infrared signal and relax lower than described Suitable region.

Therefore, the infrared sensor 221A receives the light signal and then generates the infrared signal, described red Outside line signal generates a control signal, infrared control electricity described in the control signal after judgment module 203A judgement Road 202A adjusts the air-conditioner body 10A in turn.

It is understood that the infrared sensor 221A forms sensing scope a 2210A, the infrared sensor 21A The infrared ray of human body can be received in the sensing scope 2210A, and is exceeded except the sensing scope 2210A, it is described red The effect of outer sensor 221A detection will weaken, it is therefore advantageous to Effect on Detecting then in the sensing scope 220A.Therefore, The scope limitation of the sensitive zones 2210A is among the vehicle.

In the present embodiment, the manual control circuit 201A can complete the starting for the air-conditioner body 10A, stop Only it can control the air-conditioner body 10A with adjustment, the infrared control circuit 202A and be adjusted.That is, described red Outer control circuit 202A is not particularly suited for starting and stopping for the air-conditioner body 10A, and adjusts only for the air-conditioner body The temperature control mode of 10A.

Therefore, in the present embodiment, the enabling of the sensor module 22A is after the air-conditioner body 10A is activated. That is, the sensor module 22A is in close state when the air-conditioner body 10A is in and closes.Change sentence It talks about, is that the sensor module 22A can not complete starting and closing for the air-conditioner body 10A.

It should be noted that the infrared sensor 221A receives the infrared ray that human body surface is distributed because of heat, and A kind of heat source of human body may be not only in the environment of the vehicle interior, it is also possible to be other pyrotoxins, it is to be understood that Other pyrotoxin example pets etc., equally can also distribute certain heat.

Further, the infrared sensor 221A further includes an infrared judgment module 222A, wherein the infrared judgement Module 222 is for judging whether the infrared signal received belongs to what human body was sent out.As long as it is understood that infrared signal Be fever object it is i.e. capable of emitting, thus, for example pet etc. can also issue infrared signal.Therefore, the infrared judgment module 222A receives the filtration module 2211A received signal, further judges whether that belonging to human body is distributed.Specifically, The infrared signal that human body is sent out has specific spectrum, and therefore, the infrared judgment module 222A sentences according to specific spectrum Break and analyzes the infrared signal received.After the infrared judgment module 222A judgement, a possibility that avoiding maloperation. In the present embodiment, the sensor module 22A further includes a temperature sensor 223A, wherein the temperature sensor 223A is used for Judge the temperature of vehicle interior, the temperature sensor 223A detects the temperature range of the vehicle interior.Preferably, the temperature It spends sensor 223A to be arranged inside the vehicle body, and far from air-conditioner air outlet.

Further, the judgment module 203A judges whether temperature signal acquired in the temperature sensor 223A increases By force, specifically, the judgment module 203A sets a comfort standard, the temperature letter acquired in the temperature sensor 223A Number exceed the comfort standard, then judge the temperature signal be temperature raising signal.It relaxes when the temperature signal is in described When suitable range, then judge the temperature signal for the non-raising signal of temperature.

The air-conditioner control system 20A further includes that comparing unit a 23A, the comparing unit 23A receives the temperature biography The signal of sensor 223A and the infrared sensor 221A.The comparing unit 23A sets a comparison range, the comparison range The temperature of the temperature and human body surface that refer to vehicle interior relatively range.

For example, the temperature of vehicle interior is set with a comfort standard, and it is comfortable that the temperature of human body surface is also set with one Range, the temperature of human body surface are to maintain constant in comfort standard.

In the first case, the temperature of the vehicle interior has been more than outside the comfort standard, it is envisaged that this Shi Renti still adapts to temperature at this time, and shell temperature is still kept constant, it is to be understood that human body still keeps comfortable Feeling.That is, in this case, the air-conditioner body 10A does not need temporarily to adjust.

In second situation, the temperature of the vehicle interior has exceeded the comfort standard, the temperature of human body surface The comfort standard is had exceeded, therefore, it is necessary to consideration, needs to adjust the temperature control mode of the air-conditioner body 10A.

In the third situation, the vehicle interior temperature still in the comfort standard within, and the human body at this time The temperature on surface but has exceeded the comfort standard, and therefore, it is necessary to considerations, although the vehicle interior temperature is kept at this time In the comfort standard, but human body significant discomfort should environment temperature at this time, so needing to adjust the air-conditioner body 10A's Refrigeration mode.

In above-mentioned three kinds of situations, the temperature of the vehicle interior has a comfort standard relative to human surface temperature, It illustrates for ground, such as the more suitable temperature of human body, at 18 DEG C -24 DEG C, the optimum healthy humidity of human body is in 45%- Between 65%RH.And human surface temperature has a comfort standard, for ground of illustrating, such as the temperature that human body surface is more suitable At 36 DEG C -37 DEG C.

According to above-described embodiment, the vehicle interior temperature and human surface temperature are established by the comparing unit 23A Connection, thus the infrared control circuit 202A of the air-conditioner body 10A then need in conjunction with the vehicle temperature data and The temperature data of human body surface is adjusted.

It is judged that is, working as infrared signal acquired in the infrared sensor 221A by normal heat condition Under, even temperature signal acquired in the temperature sensor 223A exceeds the comfort standard, do not need still to lead at this time The infrared control circuit 202A is crossed to be adjusted the air-conditioner body 10A.And work as acquired in the infrared sensor 221A Infrared signal be judged as improper fever in the case where, then further judge the temperature sensor 223A, when Temperature signal acquired in the temperature sensor 223A exceeds the comfort standard, then generates prime time control signal, and It is further advanced by the infrared control circuit 202A and prime time adjustment is carried out to the air-conditioner body 10A；When the temperature sensing Temperature signal acquired in device 223A is in the comfort standard, then generates a weak shelves and control signal, and be further advanced by The infrared control circuit 202A carries out weak shelves adjustment to the air-conditioner body 10A.

Therefore, according to above-described embodiment, the utility model further provides a control flow, specifically includes to flow down Journey.

Process 201: after the control piece 21A is in the open state, the air-conditioner body 10A is turned on, while institute Sensor module 20A is stated to be activated.

Process 202: the infrared sensor 221A obtains a light signal, judges that the infrared sensor 221A is received Light signal whether belong to human body and distributed, if then carrying out downstream, if not then returning to a upper process.

Process 203: filtering the light signal and then generates an infrared signal, judges this according to the infrared signal Whether Shi Renti normally generates heat, and the temperature sensor 223A obtains interior environment information and generates a temperature signal, sentences Whether the temperature signal that breaks is in increasing state, if then generating a temperature increases signal, if otherwise generating the non-liter of a temperature High RST, the different situations of the comparing unit the 23A further infrared signal and the temperature signal, and root The air-conditioner body 10A is adjusted according to different situations.

Process 2041: in the case where being judged human body for normal fever according to the infrared signal, and the temperature Signal is beyond the comfort standard and generates temperature raising signal, is increased at this time according to the infrared signal and the temperature Signal generates a weak shelves and controls signal, and then controls the air-conditioner body 10A by the infrared control circuit 202.

Process 2042: in the case where being judged human body for normal fever according to the infrared signal, and the temperature Signal is in the comfort standard and generates the non-raising signal of a temperature, non-according to the infrared signal and the temperature at this time Signal is increased, does not need to control the air-conditioner body 10A by the infrared control circuit 202A.

Process 2051: in the case where judging human body for improper fever according to the infrared signal, and the temperature Signal is spent beyond the comfort standard and generates temperature raising signal, at this time according to the infrared signal and the temperature liter High RST generates prime time control signal, and then controls the air-conditioner body 10AA by the infrared control circuit 202.

Process 2052: in the case where judging human body for improper fever according to the infrared signal, and the temperature Degree signal is in the comfort standard and generates the non-raising signal of a temperature, at this time according to the infrared signal and the temperature Non- raising signal generates a weak shelves and controls signal, and then controls the air-conditioner body by the infrared control circuit 202A 10A。

According to above-mentioned process, the utility model further provides an air-conditioning sensing control method, specifically includes following Step:

(a) light signal and the temperature signal are obtained；

(b) judge whether the light signal belongs to human body and distributed, if it is red then to filter the light signal generation one Outside line signal, and further judge whether human body normally generates heat according to the infrared signal, if otherwise returning to previous step； And

(c) judge whether the temperature signal belongs to the comfort standard simultaneously, the temperature signal and described red The different situations of outside line signal, and the air-conditioner body 10A is adjusted according to different situations.

Further include following steps in step (c):

(c1) when judging that human normal generates heat according to the infrared signal, and the temperature signal belong to it is described comfortable In range and the non-raising signal of a temperature is generated, then does not need to adjust；

(c2) when judging that human normal generates heat according to the infrared signal, and the temperature signal is beyond described comfortable Range simultaneously generates temperature raising signal, then generates a weak shelves and control signal, and then carried out by the infrared control circuit 202 Control；

(c3) when judging the improper fever of human body according to the infrared signal, and the temperature signal belongs to described relax In suitable range and the non-raising signal of a temperature is generated, then generates a weak shelves and controls signal, and then pass through the infrared control circuit 202A is controlled；And

(c4) when judging the improper fever of human body according to the infrared signal, and the temperature signal relaxes beyond described Suitable range simultaneously generates temperature raising signal, then generates prime time control signal, and then pass through the infrared control circuit 202A It is controlled.

As shown in fig. 6-7, the utility model further provides a 3rd embodiment.Present embodiments provide an air-conditioning master A body 10B and air-conditioner control system 20B, wherein the air-conditioner control system 20B controllably connects the air-conditioner body 10B, Wherein the air-conditioner control system 20B includes an a control piece 21B and control circuit 200B, wherein the control circuit 200B Control ground connects the air-conditioner body 10B, enables the control circuit 200B to control the air-conditioner body 10B completion and opens Dynamic, closing and adjusting temperature.

Preferentially, the front of the vehicle is arranged in the air-conditioner body 10B, and the air-conditioner control system 20B's is described The console position of the vehicle is arranged in control piece 21B.Wherein the control piece 21B can be controlled by artificial mode The modes such as system, such as pressing, rotation are adjusted.

It says to more details, the control piece 21B can be implemented as an air-conditioning knob, and the air-conditioning knob is arranged on institute It states console position and forms the function division of the console together with other knobs.

The control circuit 200B points are an a manual control circuit 201B and infrared control circuit 202B, wherein the hand Dynamic control circuit 201B is connected to the control piece 21B, and the control piece 21B can control the manual control circuit 201B, the manual control circuit 201B can complete the air-conditioner body 10B to open, close and adjust.

The manual control circuit 201B and the infrared control circuit 202B can be controlled simultaneously in the present embodiment It makes, in another embodiment, the manual control circuit 201B and the infrared control circuit 202B are mutually exclusive operations, i.e., It is that the infrared control circuit 202B is not executed when executing operation as the manual control circuit 201B, the infrared control Circuit 202B processed manual control circuit 201B when executing operation is not executed.

It is noted that the manual control circuit 201B is mechanical control method, and the infrared control circuit 202B is sensing control mode.In this embodiment, it is preferred that embodiment is that the manual control circuit 201B is mainly controlled The air-conditioner body 10B, the infrared control circuit 202B are controllably connected to the manual control circuit 201B, and energy It is enough that automatically intelligently the manual control circuit 201B is adjusted, air-conditioner body 10B described in further adjustment.

The manual control circuit 201B is connected to the air-conditioner body 10B, and phase with the infrared control circuit 202B The mutually common control and adjustment completed for the air-conditioner body 10B of cooperation.

Further, the air-conditioner control system 20B further includes a sensor module 22B, wherein the sensor module 22B is arranged in the vehicle interior, for detecting the environment of the vehicle interior, wherein sensor module 22B connection is simultaneously The infrared control circuit 202B is controlled, when the environmental data information of sensor module 22B detection vehicle interior, and then is controlled It makes the infrared control circuit 202B and generates different control signals, air-conditioner body described in the control signal further adjustment The operation of 10B.

It is understood that the sensor module 22B is for controlling the infrared control circuit 202B, the control piece 21B is for controlling the manual control circuit 201B.When the control piece 21B starts institute by the manual control circuit 201B After stating air-conditioner body 10B, the sensor module 22B is activated at this time, and the sensor module 22B receives extraneous ring The signal intensity in border passes through the infrared control circuit 202B in turn and adjusts the control main body 10B.

Specifically, the sensor module 22B includes an infrared sensor 221B, wherein the infrared sensor 221B exists It is arranged on the seat of the vehicle in the present embodiment, for detecting the temperature change of human body.It should be noted that the present embodiment Described in infrared sensor 221B be passive sensor, that is to say, that the infrared sensor 221B receives human body and is issued Infrared ray.It is to be understood that human body surface can emit infrared ray, and the infrared ray is black light.The infrared biography Sensor 221B receives the infrared signal, further, with the infrared signal be according to judged at this time whether people Whether body belongs to normal fever.It is understood that the infrared sensor 221B has a filtration module 2211B, the filter Light in the light that optical module 2211B filtering receives other than infrared ray, so that only infrared ray is by the infrared biography Sensor 221B is received.

More specifically, the infrared sensor 221B receives the light signal of vehicle interior, and pass through the optical filtering mould Block 2211B crosses the light filtered out other than infrared ray, and then generates an infrared signal, and the infrared signal is human body institute at this time It distributes.The air-conditioner control system 20B further includes that judgment module a 203B, the judgment module 203B receives the infrared ray letter Number so according to the infrared signal judge whether human body normally generates heat, that is to say, that the judgment module 203B sets one Zone of comfort, when the infrared signal is then adjusted beyond the zone of comfort, when the infrared signal is in described Then without adjustment in zone of comfort, since human body natural generates heat, seldom there is the infrared signal and relax lower than described Suitable region.

Therefore, the infrared sensor 221B receives the light signal and then generates the infrared signal, described red Outside line signal generates a control signal, infrared control electricity described in the control signal after judgment module 203B judgement Road 202B adjusts the air-conditioner body 10B in turn.

It is understood that the infrared sensor 221B forms sensing scope a 2210B, the infrared sensor 21B The infrared ray of human body can be received in the sensing scope 2210B, and is exceeded except the sensing scope 2210B, it is described red The effect of outer sensor 221B detection will weaken, it is therefore advantageous to Effect on Detecting then in the sensing scope 220B.Therefore, The scope limitation of the sensitive zones 2210B is among the vehicle.

In the present embodiment, the manual control circuit 201B can complete the starting for the air-conditioner body 10B, stop Only it can control the air-conditioner body 10B with adjustment, the infrared control circuit 202B and be adjusted.That is, described red Outer control circuit 202B is not particularly suited for starting and stopping for the air-conditioner body 10B, and adjusts only for the air-conditioner body The temperature control mode of 10B.

Therefore, in the present embodiment, the enabling of the sensor module 22B is after the air-conditioner body 10B is activated. That is, the sensor module 22B is in close state when the air-conditioner body 10B is in and closes.Change sentence It talks about, is that the sensor module 22B can not complete starting and closing for the air-conditioner body 10B.

It should be noted that the infrared sensor 221B receives the infrared ray that human body surface is distributed because of heat, and A kind of heat source of human body may be not only in the environment of the vehicle interior, it is also possible to be other pyrotoxins, it is to be understood that Other pyrotoxin example pets etc., equally can also distribute certain heat.

Further, the infrared sensor 221B further includes an infrared judgment module 222B, wherein the infrared judgement Module 222 is for judging whether the infrared signal received belongs to what human body was sent out.As long as it is understood that infrared signal Be fever object it is i.e. capable of emitting, thus, for example pet etc. can also issue infrared signal.Therefore, the infrared judgment module 222B receives the filtration module 2211B received signal, further judges whether that belonging to human body is distributed.Specifically, The infrared signal that human body is sent out has specific spectrum, and therefore, the infrared judgment module 222B sentences according to specific spectrum Break and analyzes the infrared signal received.After the infrared judgment module 222B judgement, a possibility that avoiding maloperation. Further, the sensor module 22B further includes a sunlight sensor 224B, wherein sunlight sensor 224B setting exists In the vehicle, and the power for detecting the sunlight ray for being irradiated to the vehicle.It is understood that sunlight ray is got over By force, vehicle interior temperature increases faster.

Specifically, the sunlight sensor 224B is for receiving the light such as sunlight, wherein the sunlight sensor 224B packet A filtration module 2241B and a receiving module 2242B are included, wherein the filtration module 2241B can filter others in sunlight Light only allows infrared light to pass through, and the infrared light further completes refraction in the filtration module 2241B And reflection, and eventually enter into the receiving module 2242B.

More specifically, in the present embodiment, the sunlight sensor 224B can not only receive the light in front, simultaneously Also the light right above can receive.The filtration module 2241B of the sunlight sensor 224B includes filtration module on one Filtration module 412B before 411B and one, wherein the upper filtration module 411B is used to receive light right above vehicle, wherein institute Filtration module 412B is used to receive the light of right ahead before stating.

It should be noted that the front windshield of the vehicle is inclined relative to ground.Therefore, when the sunlight passes Sensor 224B is fitted in the front windshield, and the binding face of the sunlight sensor 224B is also inclined relative to ground. And the upper filtration module 411B and the preceding filtration module 412B are then directed to front and the light of top and can fully receive.

It is noted that forming one 90B ° between the upper filtration module 411B and the preceding filtration module 412B Angle.That is, when the sunlight sensor 224B fits to the front windshield of the vehicle, the upper filtration module Above 411B face, in front of the preceding filtration module 412B face.

Therefore, the upper filtration module 411B is penetrated and is come from through the light come from above, the preceding filtration module 412B The light in front, and the light penetrated receives in the receiving module 2242B.During received, by light signal It is converted to electric signal.

In other embodiments, the upper filtration module 411B is used only in the sunlight sensor 224B.

In other embodiments, the preceding filtration module 412B is used only in the sunlight sensor 224B.

The receiving module 2242B of the sunlight sensor 224B receives a sunlight ray signal, the judgment module 203B obtains the sunlight ray signal, and the sunlight ray signal before reception relatively, and the light is believed at this time for judgement Number whether enhance, if enhanced light signal, and then generate a light and enhance signal, when light weakens, if weakening And then generate a light attenuated signal.

By the power of the sunlight sensor 224B probing light, on the other hand in conjunction with the infrared sensor 221B The temperature of human body surface is detected, and then adjusts the control mode of the air-conditioner body 10B.

When the infrared sensor 221B detects the temperature of human body, visited in combination with the sunlight sensor 224B The strong and weak variation of the light of survey.Specifically, the air-conditioner control system 20B further includes a comparing unit 23B, the relatively list First 23B receives the signal of the sunlight sensor 224B and the infrared sensor 221B, the comparing unit 23B setting The optimum range of one shell temperature.The infrared sensor 221B judges whether the infrared signal is the feelings normally generated heat Condition further generates different control modes in conjunction with the sunlight sensor 224B.Specifically, it is divided into following several feelings Condition:

The first situation, when the infrared sensor 221B judges that human body is according to the infrared signal got In the case where improper fever, and the judgment module 203B judges sunlight light acquired in the sunlight sensor 224B Line signal, and generate a light enhance signal, the comparing unit 23B receive the infrared sensor temperature and the light Line enhances signal, and then generates prime time control signal by the infrared control circuit 202B, so that the air-conditioner body 10B In prime time control model.

Second situation, when the infrared sensor 221B judges that human body is according to the infrared signal got In the case where improper fever, and the judgment module 203B judges sunlight light acquired in the sunlight sensor 224B Line signal, and generate a light attenuated signal, the comparing unit 23B receive the infrared sensor temperature and the light Line attenuated signal, and then a weak shelves are generated by the infrared control circuit 202B and control signal, so that the air-conditioner body 10B In weak shelves control model.

The third situation, when the infrared sensor 221B judges that human body is according to the infrared signal got In the case where normal fever, and the judgment module 203B judges sunlight ray acquired in the sunlight sensor 224B Signal, and generate a light enhance signal, the comparing unit 23B receive the infrared sensor temperature and the light Enhance signal, and then a weak shelves are generated by the infrared control circuit 202B and control signal, so that at the air-conditioner body 10B In weak shelves control model.

4th kind of situation, when the infrared sensor 221B judges that human body is according to the infrared signal got In the case where normal fever, and the judgment module 203B judges sunlight ray acquired in the sunlight sensor 224B Signal, and generate a light attenuated signal, the comparing unit 23B receive the infrared sensor temperature and the light Enhance signal, does not need to control the air-conditioner body 10B by the infrared control circuit 202B at this time.

In above-mentioned four kinds of situations, when the sunlight sensor 224B detect light be constantly in one it is relatively stable State, that is to say, that the light detected in a period of time is in a certain range.At this point, the air-conditioner body 10B is not needed The air-conditioner body 10B is controlled by the infrared control circuit 202B.

Therefore, according to above-described embodiment, the utility model provides a control flow, and detailed process is as follows:

Process 301: after the control piece 21B is in the open state, the air-conditioner body 10B is turned on, while institute Sensor module 20B is stated to be activated.

Process 302: the infrared sensor 221B obtains a light signal, judges that the infrared sensor 221B is received The light signal whether belong to human body and distributed, if then carrying out downstream, if not then returning to a upper process.

Process 303: filtering the light signal and generates an infrared signal, at this time according to infrared signal judgement Whether human body normally generates heat, while the light information that the sunlight sensor 224B is constantly obtained generates light letter in turn Number, and then judging whether light enhances according to the light signal, the comparing unit 23B obtains the light signal and institute It states the different situations of infrared signal and is compared, and then adjust the air-conditioner body 10B.

Process 3041: in the case where judging human normal fever according to the infrared signal, and the sunlight passes Sensor 224B, which generates a light, enhances signal, then enhances signal according to the infrared signal and the light, and then generate one Weak shelves control signal, are adjusted by the infrared control circuit 202B to the air-conditioner body 10B.

Process 3042: in the case where judging human normal fever according to the infrared signal, and the sunlight passes Sensor 224B generates a light attenuated signal either light intensity and keeps stablizing, then does not execute through the infrared control circuit 202B controls the air-conditioner body 10B.

Process 305: in the case where judging the improper fever of human body according to the infrared signal, and the sunlight passes Sensor 224B, which generates a light, enhances signal, then enhances signal according to the infrared signal and the light, and then generate one Prime time controls signal, is adjusted by the infrared control circuit 202B to the air-conditioner body 10B.

Process 306: in the case where judging the improper fever of human body according to the infrared signal, and the sunlight passes Sensor 224B generates a light attenuated signal either light intensity and keeps stablizing, then according to the infrared signal and the light Line enhances signal, and then generates weak shelves and control signal, by the infrared control circuit 202B to the air-conditioner body 10B into Row adjustment.

According to above-mentioned process, the utility model further provides an air-conditioning sensing control method, comprising the following steps:

(a) light signal and the sunlight ray signal are obtained；

(b) judge whether the light signal belongs to human body and distributed, if then filtering the light signal and generating one Infrared signal further judges whether human body normally generates heat according to the infrared signal, if otherwise returning to previous step；With And

(c) according to the sunlight ray signal judge whether ambient enhances simultaneously, compare different situations and according to Different situations are adjusted the air-conditioner body 10B.

Further include following steps in step (c):

(c1) in the case where judging human normal fever according to the infrared signal, and according to the light level Sunlight ray signal acquired in device 224B is judged and generates light enhancing signal, according to the infrared signal and institute State light enhancing signal and generate a weak shelves control signal, by the infrared control circuit 202B to the air-conditioner body 10B into Row adjustment；

(c2) in the case where human normal fever, and the sunlight ray according to acquired in the light sensor 224 Signal is judged and is generated the non-reinforcing signal of a light, is generated according to the infrared signal and the non-reinforcing signal of the light One weak shelves control signal, are adjusted by the infrared control circuit 202 to the air-conditioner body 10B.

(c3) it in the case where judging the improper fever of human body according to the infrared signal, and is passed according to the light Sunlight ray signal acquired in sensor 224B judged and generates light enhancing signal, according to the infrared signal and The light enhancing signal generates prime time control signal, by the infrared control circuit 202B to the air-conditioner body 10B It is adjusted；And

(c4) it in the case where judging the improper fever of human body according to the infrared signal, and is passed according to the light Sunlight ray signal acquired in sensor 224B judge and the non-reinforcing signal of a light, according to the infrared signal and institute It states the non-reinforcing signal of light and generates a weak shelves control signal, by the infrared control circuit 202B to the air-conditioner body 10B It is adjusted.

It should be understood by those skilled in the art that foregoing description and the embodiments of the present invention shown in the drawings are only used as It illustrates and is not intended to limit the utility model.The purpose of this utility model completely and effectively realizes.The function of the utility model Energy and structural principle show and illustrate in embodiment, under without departing from the principle, the embodiments of the present invention Can there are any deformation or modification.

Claims (17)

1. an air-conditioner control system, the air-conditioner control system is applied to an air-conditioner body of a vehicle, which is characterized in that packet It includes:

One sensor module is arranged wherein the sensor module includes an infrared sensor in the vehicle interior；And

One infrared control circuit, wherein the infrared control circuit is connected to the infrared sensor and the air-conditioner body, with logical The infrared control circuit is crossed to be adjusted the air-conditioner body.

2. air-conditioner control system according to claim 1, it is characterized in that the air-conditioner control system further includes a control piece With a manual control circuit, the manual control circuit is connected to the control piece and the air-conditioner body, the control piece are suitable for It is arranged in the vehicle, and the control piece starts the air-conditioner body and further starts the sensor group later Part.

3. air-conditioner control system according to claim 1, it is characterized in that the infrared sensor is arranged in the vehicle, The infrared signal distributed suitable for obtaining body surface, the air-conditioner control system further includes a judgment module, the judgement Module communicatedly connects the infrared sensor, for obtaining infrared signal acquired in infrared sensor and judging body Whether table normally generates heat.

4. air-conditioner control system according to claim 3, it is characterized in that the infrared sensor includes a filtration module, institute It states filtration module and crosses other light filtered out other than infrared ray when obtaining human body issued light line signal, the filtration module obtains It takes the light signal and an infrared signal is generated according to the light signal.

5. air-conditioner control system according to claim 4, it is characterized in that the infrared sensor further includes an infrared judgement Module, the infrared judgment module communicatedly connect the filtration module, and receive the infrared signal, and further sentence Disconnected whether to belong to human body and distributed, when being judged as YES, then progress judgment module according to the infrared signal judges human body Whether normally generate heat, to be adjusted to the air-conditioner body, when be judged as otherwise without adjustment.

6. air-conditioner control system according to claim 5, it is characterized in that the sensor module further includes a temperature sensing Device, the temperature sensor are arranged in the vehicle, obtain the temperature signal of the vehicle interior, the judgment module judgement Whether the temperature signal belongs to enhancing, and the air-conditioner control system further includes a comparing unit, wherein comparing unit ratio The different situations of the temperature signal and the light signal, and then an adjustment signal, Jin Ertong are generated according to comparison result It crosses the infrared control circuit and adjusts the air-conditioner body.

7. air-conditioner control system according to claim 6, it is characterized in that the comparing unit obtains the vehicle interior Temperature signal simultaneously set a comfort standard, when the temperature signal exceed the comfort standard, and according to the infrared ray believe Number judge that body surface is in improper fever, the comparing unit generates a prime time and controls signal at this time, and then by described Infrared control circuit adjusts the air-conditioner body.

8. air-conditioner control system according to claim 6, it is characterized in that the comparing unit obtains the vehicle interior Temperature signal simultaneously set a comfort standard, when the temperature signal exceed the comfort standard, and according to the infrared ray believe Number judge that body surface is in normal fever, the comparing unit generates a weak shelves and controls signal at this time, and then by described red Air-conditioner body described in outer control the regulation of electrical circuit.

9. air-conditioner control system according to claim 6, it is characterized in that the comparing unit obtains the vehicle interior Temperature signal simultaneously sets a comfort standard, when the temperature signal be in the comfort standard, and according to infrared ray letter Number judge that body surface is in improper fever, the comparing unit generates a weak shelves and controls signal at this time, and then by described Infrared control circuit adjusts the air-conditioner body.

10. air-conditioner control system according to claim 6, it is characterized in that the comparing unit obtains the vehicle interior Temperature signal simultaneously sets a comfort standard, and the air-conditioner control system further includes a manual control circuit, when the temperature signal Judge that body surface is in normal fever in the comfort standard, and according to the infrared signal, can only lead at this time It crosses the manual control circuit and adjusts the air-conditioner body.

11. air-conditioner control system according to claim 5, it is characterized in that the sensor module further includes sunlight sensing Device, the sunlight sensor are arranged on the front windshield of the vehicle, and the sunlight sensor obtains sunlight ray letter Number, the judgment module obtains and judges the sunlight ray signal, judges whether light enhances, and the air-conditioner control system is also Including a comparing unit, wherein the comparing unit sunlight ray signal and the infrared signal are not sympathized with Condition, and then a control signal is generated according to comparison result, and then the air-conditioner body is adjusted by the infrared control circuit.

12. air-conditioner control system according to claim 11, it is characterized in that the sunlight sensor includes a filtration module With a receiving module, the filtration module crosses other light filtered out outside sunlight, and the receiving module receives the filtration module The filtered light of institute.

13. air-conditioner control system according to claim 12, it is characterized in that the filtration module includes filtration module on one The relative position angle of filtration module before with one, the upper filtration module and the preceding filtration module is right angle, when the sunlight After sensor is mounted, wherein the upper filtration module is towards surface, the preceding filtration module is towards front.

14. any air-conditioner control system of 1-13 according to claim 1, it is characterized in that the judgment module judges and generates One light enhances signal, while the judgment module judges the improper fever of body surface according to the infrared signal, in turn The comparing unit enhances signal according to the light and the infrared signal compares one prime time of generation control signal, Jin Ertong It crosses the infrared control circuit and adjusts the air-conditioner body.

15. any air-conditioner control system of 1-13 according to claim 1, it is characterized in that the judgment module judges and generates One light enhances signal, while the judgment module judges that body surface normally generates heat according to the infrared signal, Jin Ersuo It states comparing unit and the weak shelves control signal of generation one is compared according to light enhancing signal and the infrared signal, and then pass through The infrared control circuit adjusts the air-conditioner body.

16. any air-conditioner control system of 1-13 according to claim 1, it is characterized in that the judgment module judges and generates The non-reinforcing signal of one light, while the judgment module judges the improper fever of body surface according to the infrared signal, into And the comparing unit enhances signal according to the light and the infrared signal compares the weak shelves of generation one and controls signal, in turn The air-conditioner body is adjusted by the infrared control circuit.

17. any air-conditioner control system of 1-13 according to claim 1, it is characterized in that the air-conditioner control system further includes One manual control circuit, the judgment module judges and generates the non-reinforcing signal of a light, while the judgment module is according to institute It states infrared signal and judges that body surface normally generates heat, only can adjust the air-conditioning master by the manual control circuit at this time Body.