CN204299374U - A kind of smart window control circuit - Google Patents

Abstract

The utility model provides a kind of smart window control circuit, belongs to controller technology field.To it solve in prior art smart window function complicated, the low and problem that cost is high of practicality.This smart window control circuit, comprise the light-intensity test module for testing environment light intensity, for detecting the humidity detecting module of humidity in air, for detecting the wind speed measurement module of wind speed, also comprise respectively with light-intensity test module, the logic control circuit that humidity detecting module and wind speed measurement module output connect, logic control circuit output is connected with motor-drive circuit, motor-drive circuit controls motor according to the control signal that logic control circuit is carried and rotates forward, reversion or stopping, also comprise power circuit, power circuit respectively with light-intensity test module, humidity detecting module, wind speed measurement module, logic control circuit, motor-drive circuit and motor connect.This control circuit is cheap, dependable performance, and function can meet the demand of ordinary people to smart window.

Description

A smart window control circuit

technical field

The utility model belongs to the field of control circuits and relates to an intelligent window control circuit.

Background technique

With the continuous improvement of people's living standards, people are pursuing the intelligence of houses while pursuing comfort and warmth. People are in urgent need of an intelligent family automatic window closing system.

For example, Chinese Utility Model Patent Application (Application No.: 201210591484.2) discloses a smart window sunshade control system, including a temperature sensor, a photosensitive sensor, a button, a main controller, a relay, a motor, a communication module and a power supply. The sensors work in combination to transmit the detected outdoor sunlight brightness information to the main controller in the summer high temperature season, and the main controller turns on the motor to close the curtains through the relay. Although this technical solution can realize the simple function of automatically opening and closing windows, its function is single, and it will not close the windows automatically when it rains or blows wind.

Therefore hope to study a kind of intelligent window closing control circuit improved on the basis of common window, this control circuit can just can make window close automatically when running into wind and rain, can open window ventilation automatically during the day.

Contents of the invention

The utility model aims at the above-mentioned problems in the existing technology, and proposes an intelligent window control circuit. The intelligent window control circuit can control the window according to the external environment conditions to realize the functions of automatic ventilation, windproof and rainproof. The circuit is simple and the function is practical.

The purpose of this utility model can be achieved through the following technical solutions: a smart window control circuit, characterized in that it includes a light intensity detection module for detecting ambient light intensity, a humidity detection module for detecting humidity in the air, and a The wind speed detection module for detecting wind speed also includes a logic control circuit connected to the output terminals of the light intensity detection module, the humidity detection module and the wind speed detection module respectively, the output terminal of the logic control circuit is connected with a motor drive circuit, and the motor drive circuit according to The control signal sent by the logic control circuit controls the motor to start or shut down, and also includes a power circuit, and the power circuit is respectively connected with the light intensity detection module, the humidity detection module, the wind speed detection module, the logic control circuit, the motor drive circuit and the motor.

In the above smart window control circuit, the logic control circuit includes resistor 1, resistor 2, resistor 3, resistor 4, window opening control button, window closing control button, window opening limit button, window closing limit button, non- Gate 1, NOT gate 2, NOT gate 3, NOT gate 4, NOT gate 5, NOT gate 6, dual 4-input AND gate 1, dual 4-input AND gate 2, dual 4-input AND gate 3, dual 4-input AND gate 4 , double 4 input AND gate five, four 2 input AND gate one, four 2 input AND gate two, four 2 input OR gate one, four 2 input OR gate two and four 2 input OR gate three, one end of the resistor one is connected Power input terminal, the other end is respectively connected to one end of the window control button, the input terminal of NOT gate one and the first input terminal of dual 4-input AND gate one; one end of the resistor two is connected to the power input terminal, and the other end is respectively connected to the gate One end of the window control button, the input end of the NOT gate two and the second input end of the double 4 input AND gate three; one end of the resistor three is connected to the power input end, and the other end is respectively connected to one end of the window opening limit button and the NOT gate The input end of three; one end of said resistor four is connected to the power supply input end, and the other end is respectively connected to one end of the window closing limit button and the input end of non-gate four; the other end of said window opening control button, the window closing control button The other end, the other end of the window-opening limit button and the other end of the window-closing limit button are all grounded; the output terminals of the NOT gate one are respectively connected to the first input terminal of the dual-4 input AND gate two, the dual-4 input AND gate The first input end of three, the first input end of double 4 input AND gate four and the first input end of double 4 input AND gate five; the output end of described NOT gate two is respectively connected the second of double 4 input AND gate one Input end, the second input end of double 4 input AND gate two, the second input end of double 4 input AND gate four and the second input end of double 4 input AND gate five; The output end of described NOT gate three is respectively connected double The third and fourth input terminals of the 4-input AND gate one and the third input terminal of the dual 4-input AND gate two; the output terminals of the NOT gate four are respectively connected to the third and dual 4-input AND gates of the dual 4-input AND gate three The fourth input end of gate three, the fourth input end of double 4 input AND gate four and the third input end of double 4 input AND gate five; the input end of said NOT gate five is connected to the output end of the wind speed detection module, and the NOT gate The output end of five is connected to the second input end of gate one with four 2 inputs; the input end of said NOT gate six is connected to the output end of the humidity detection module, and the output end of gate six is connected to the first input of four two inputs AND gate one terminal; the fourth input end of the double 4 input AND door two is connected to the output end of the light intensity detection module; the third input end of the double four input AND gate four is connected to the output end of the wind speed detection module; the double The fourth input end of the 4-input AND gate five is connected to the output end of the humidity detection module; the output end of the double 4-input AND gate one is connected to the first input end of the four 2-input OR gate one; the double 4-input AND gate The output end of the second, the output end of the four-two-input AND gate one are respectively connected to the first input end and the second input end of the four-two-input AND gate two, and the output end of the four-two-input AND gate two is connected to the four-two input The second input end of OR gate; the output end of described double 4 input AND gate three is connected with the first input end of described four 2 input OR gate two; The output end of described double 4 input AND gate four, double 4 input The output end of input and gate five is respectively connected with the first input end and the second input end of four 2 input or gate three; the output end of said four 2 input or gate three is connected with the second of said four 2 input or gate two The input terminals are connected, and the output terminals of the four 2-input OR gate 1 and the output terminals of the quad 2-input OR gate 2 are connected with the motor drive circuit.

In the above smart window control circuit, the motor drive circuit includes four 2-input AND gate three, four 2-input AND gate four, four 2-input AND gate five, four 2-input AND gate six, FET one, FET Tube 2, FET 3, FET 4, diode 1, diode 2, diode 3, diode 4, resistor 5, resistor 6, operational amplifier 1, potentiometer 1 and motor, the 4 2 input AND gate 3 The first input end of the first input end, the first input end of the four 2-input AND gate six are all connected to the output end of the four-two-input OR gate one, the first input end of the four-two-input AND gate four, the four-two-input AND gate The first input end of five is connected with the output end of described four 2 input or gate two; The second input end of described four 2 input AND gate three, the second input end of four 2 input AND gate four, the second input end of four 2 input The second input end of AND gate five, the second input end of four 2-input AND gate six are all connected with the output end of described operational amplifier; The output end of described four 2-input AND gate three is connected with the gate of field effect transistor one connection, the output end of the four 2-input AND gate four is connected to the gate of the field effect transistor two, the output end of the four-two input AND gate five is connected to the gate of the field effect transistor three, and the four-two input and gate The output terminal of the gate six is connected to the gate of the field effect transistor four; the drain of the field effect transistor one is connected to the power input, the cathode of the diode one, the cathode of the diode three and the drain of the field effect transistor three respectively. The source of effect transistor 1 is respectively connected to the drain of field effect transistor 2 and the motor, and the source of said field effect transistor 2 is respectively connected to one end of resistor 5, the positive pole of diode 2, the positive pole of diode 4, and the inverting phase of operational amplifier 1. The input end and the source of the field effect transistor four, the source of the field effect transistor three are respectively connected to the drain of the field effect transistor four and the motor; the anode of the diode one is connected to the cathode of the diode two, and the anode of the diode three is connected Connect the negative pole of the diode four; the other end of the resistor five is grounded; the non-inverting input end of the operational amplifier one is connected to the brush of the potentiometer one, the positive power supply terminal of the operational amplifier one is connected to one end of the resistor six, and the other end of the resistor six One end and a negative power supply end of the operational amplifier are respectively connected to two ends of a potentiometer and a resistor body.

In the above-mentioned smart window control circuit, the light intensity detection module includes a photosensitive diode, a resistor seven, a potentiometer two, an operational amplifier two, a resistor eight, a resistor nine, an indicator light, and a capacitor; The cathode of the diode is respectively connected to one end of the resistor seven and the non-inverting input end of the operational amplifier two, and the other end is connected to the power supply; one end of the resistor body in the potentiometer two is connected to the power supply, and the other end is grounded, and the brush in the potentiometer two is connected to The inverting input terminal of the operational amplifier two; the output terminal of the operational amplifier two is connected with the input terminal of the logic circuit as the output terminal of the light intensity detection module; the eighth end of the resistor is connected to the power supply, and the other end is connected to the output of the operational amplifier two The resistor nine is connected in series with the indicator light and then connected in parallel with the resistor eight; one end of the capacitor is connected to the second output end of the operational amplifier, and the other end is grounded. The intensity of light can change the working current in the photodiode, and the operation amplifier 2 is used to track the change of the current, and the information of the light change can be automatically collected and sent to the logic control circuit to complete the light sensing input mode of the system.

In the above smart window control circuit, the humidity detection module uses an HG38 humidity sensitive resistor as a detection sensor. The humidity sensitive resistor can absorb moisture in the air and cause its own resistance to change. By setting the threshold value, the humidity detection module can output a high-level signal when the resistance value exceeds the threshold value, and output a low-level signal when the resistance value is lower than the threshold value.

In the above smart window control circuit, the wind speed detection module is one or more small wind power generators connected in parallel. Using a small wind power generator motor, pass the low level it sends out through the NOT gate to make it output a high level, when the voltage rises with the speed of the small generator motor and reaches a certain value, the output is achieved, so as to achieve the effect of control.

In the above smart window control circuit, the power supply circuit includes an AC input terminal, a transformer, a bridge rectifier circuit and a voltage stabilizing circuit connected in sequence. After the input alternating current is stepped down by the transformer, the alternating current is converted into direct current by the bridge rectifier circuit, and then the output voltage is stabilized by the voltage stabilizing circuit.

Compared with the prior art, the smart window control circuit has the following advantages:

1. Automatic window opening and closing: In the sunny morning, the photosensitive transistor automatically opens the window through the logic control circuit to update the indoor air; the window closes automatically when the sun sets in the evening;

2. Automatic wind protection: through setting, when the wind speed exceeds 8m/s, the wind speed sensor detects the signal, and the window is automatically closed through the control circuit. Even if the owner is not at home, he still takes good care of it and creates a clean environment for people.

3. Automatic rain protection: the window cannot be closed in time when going to work or temporary overtime, and there are always times when you forget to close the window when you go out. When it rains, the humidity sensor detects the rain information, and the logic control circuit controls the motor action. The door is automatically closed, which protects household equipment from rain and relieves worries.

4. A simple gate circuit is used to replace the control chip, which reduces the cost of the entire circuit and has higher practicability.

Description of drawings

Fig. 1 is a structural schematic diagram of a window applied in this embodiment.

Fig. 2 is a functional block diagram of the smart window control circuit in this embodiment.

Fig. 3 is a schematic diagram of the logic control circuit of this embodiment.

FIG. 4 is a logic judgment table of the logic control circuit of this embodiment.

Fig. 5 is a schematic diagram of the motor driving circuit of this embodiment.

Fig. 6 is a circuit diagram of the light detection module of this embodiment.

Fig. 7 is the power supply circuit diagram in the present embodiment

In the figure, 1, left window; 2, right window; 3, motor; 4, window closing limit; 5, window opening limit; 6, rack; 7, window frame.

Detailed ways

The following are specific embodiments of the utility model and in conjunction with the accompanying drawings, the technical solution of the utility model is further described, but the utility model is not limited to these embodiments.

As shown in Figure 1, the structure of the window involved in the utility model includes: left window 1, right window 2, motor 3, window closing limit 4, window opening limit 5, rack 6 and window frame 7, wherein left window 1 and The right window 2 can slide along the slide rail at the bottom of the window frame 7. A rack 6 is set on the top of the left window 1. The rack 6 is engaged with the power output shaft of the motor 3. The window closing limit 4 is arranged on the window at the left end of the top of the left window 1. On the frame 7, the window opening limit 5 is arranged on the window frame 7 at the right end of the right window 2 top. The tooth bar 6 is driven by the rotation of the motor 3. Since the tooth bar 6 is arranged on the top of the left window 1, it can drive the left window 1 to move left and right to realize the function of opening and closing the window.

As shown in Figure 2, the smart window control circuit of this embodiment includes a light intensity detection module for detecting ambient light intensity, a humidity detection module for detecting humidity in the air, and a wind speed detection module for detecting wind speed, and also includes A logic control circuit connected to the output terminals of the light intensity detection module, humidity detection module and wind speed detection module, the output terminal of the logic control circuit is connected with a motor drive circuit, and the motor drive circuit controls the forward rotation and reverse rotation of the motor according to the control signal sent by the logic control circuit Or stop, and also include a power circuit, the power circuit is respectively connected with the light intensity detection module, the humidity detection module, the wind speed detection module, the logic control circuit, the motor drive circuit and the motor. In addition, a manual control switch connected with the logic control circuit is also provided so as to realize the function of manually forcing the window to be opened and closed. In this embodiment, one or more light intensity detection modules, humidity detection modules, and wind speed detection modules can be installed according to actual needs, and the specific installation location is outside the window. It should be noted that the above detection modules should be installed to avoid being blocked by foreign objects Or get in the way.

As shown in Figure 3, the logic control circuit in this embodiment includes resistor R1, resistor R2, resistor R3, resistor R4, window opening control button OB (Open Button), window closing control button CB (Close Button), window opening limit Button OL (Open limited), window closing limit button CL (Close limited), NOT gate U1a, NOT gate U1b, NOT gate U1c, NOT gate U1d, NOT gate U1e, NOT gate U1f, dual 4-input AND gate U2a, dual 4-input AND gate U2b, dual 4-input AND gate U2c, dual 4-input AND gate U2d, dual 4-input AND gate U2e, quad 2-input AND gate U3a, quad 2-input AND gate U3b, quad 2-input OR gate U4a, quad 2 Input OR gate U4b and four 2-input OR gate U4c, one end of resistor R1 is connected to the input voltage of +5V power supply input end, and the other end is respectively connected to one end of window opening control button OB, the input end of NOT gate U1a and the double 4 input and The first input end of the gate U2a; one end of the resistor R2 is connected to the power input end, and the other end is respectively connected to one end of the window closing control button CB, the input end of the NOT gate U1b and the second input end of the dual 4-input AND gate U2c; the resistor R3 One end of resistor R4 is connected to the power input terminal, and the other end is respectively connected to one end of the window opening limit button OL and the input terminal of the NOT gate U1c; one end of the resistor R4 is connected to the power input terminal, and the other end is respectively connected to one end of the window closing limit button and the input terminal of the NOT gate. The input end of U1d; the other end of the window opening control button OB, the other end of the window closing control button CB, the other end of the window opening limit button OL and the other end of the window closing limit button are all grounded; the output end of the NOT gate U1a Respectively connect the first input end of the dual 4-input AND gate U2b, the first input end of the dual 4-input AND gate U2c, the first input end of the dual 4-input AND gate U2d and the first input end of the dual 4-input AND gate U2e; The output terminal of the NOT gate U1b is respectively connected to the second input terminal of the dual 4-input AND gate U2a, the second input terminal of the dual 4-input AND gate U2b, the second input terminal of the dual 4-input AND gate U2d, and the dual 4-input AND gate U2e The second input terminal of the NOT gate U1c is respectively connected to the third and fourth input terminals of the dual 4-input AND gate U2a and the third input terminal of the dual 4-input AND gate U2b; the output terminals of the NOT gate U1d are respectively connected to the dual The third input terminal of the 4-input AND gate U2c, the fourth input terminal of the dual 4-input AND gate U2c, the fourth input terminal of the dual 4-input AND gate U2d and the third input terminal of the dual 4-input AND gate U2e; the NOT gate U1e The input end of the NOT gate U1f is connected to the output end of the wind speed detection module, the output end of the NOT gate U1e is connected to the second input end of the 2-input AND gate U3a; the input end of the NOT gate U1f is connected to the output end of the humidity detection module, and the output end of the NOT gate U1f Connect the first input end of four 2-input AND gate U3a; the fourth input end of double 4-input AND gate U2b is connected with the output end L (light) of the light intensity detection module; the third input end of double 4-input AND gate U2d and The output terminal W(wind) of the wind speed detection module is connected; the double 4-input AND gate U2e The fourth input terminal of the humidity detection module is connected with the output terminal R (rain); the output terminal of the dual 4-input AND gate U2a is connected to the first input terminal of the quadruple 2-input OR gate U4a; the output terminal of the dual 4-input AND gate U2b, The output end of four 2-input AND gate U3a is respectively connected with the first input end and the second input end of four 2-input AND gate U3b, and the output end of four 2-input AND gate U3b is connected with the second input end of four 2-input OR gate; The output end of 4-input AND gate U2c is connected with the first input end of four 2-input OR gate U4b; the output end of double 4-input AND gate U2d, the output end of double 4-input AND gate U2e is respectively connected with the output end of four 2-input OR gate U4c The first input end and the second input end are connected; the output end of four 2-input OR gate U4c is connected with the second input end of four 2-input OR gate U4b, the output end of four 2-input OR gate U4a and four 2-input OR gate U4b The output terminal is connected with the motor drive circuit.

As shown in Figure 5, the motor drive circuit includes four 2-input AND gate U3c, four 2-input AND gate U3d, four 2-input AND gate U3e, four 2-input AND gate U3f, FET Q1, FET Q2, FET Tube Q3, field effect transistor Q4, diode D1, diode D2, diode D3, diode D4, resistor R5, resistor R6, operational amplifier U5a, potentiometer RV1 and motor M, four 2-input AND gate U3c first input end, four The first input terminals of the 2-input AND gate U3f are connected to the output terminals of the 2-input OR gate U4a, and the first input terminals of the 2-input AND gate U3d and the first input terminals of the 2-input AND gate U3e are connected to the 2-input OR gate U3e. The output end of input OR gate U4b is connected; the second input end of four 2-input AND gate U3c, the second input end of four 2-input AND gate U3d, the second input end of four 2-input AND gate U3e, the second input end of four 2-input AND gate U3e, the second input end of four 2-input AND gate U3c The second input terminals of U3f are all connected to the output terminals of the operational amplifier U5a; the output terminals of the four-two-input AND gate U3c are connected to the gate G of the field effect transistor Q1, and the output terminals of the four-two-input AND gate U3d are connected to the field effect transistor Q2 The gate G of the four 2-input AND gate U3e is connected to the gate G of the field effect transistor Q3, and the output terminal of the four 2-input AND gate U3f is connected to the gate G of the field effect transistor Q4; the field effect transistor Q1 The drain D of the diode is respectively connected to the power supply input with a voltage of +12V, the cathode of the diode D1, the cathode of the diode D3, and the drain D of the field effect transistor Q3, and the source S of the field effect transistor Q1 is respectively connected to the drain of the field effect transistor Q2 The pole D, the motor M, and the source S of the field effect transistor Q2 are respectively connected to one end of the resistor R5, the positive pole of the diode D2, the positive pole of the diode D4, the inverting input terminal of the operational amplifier U5a, and the source S of the field effect transistor Q4. The source S of the effect transistor Q3 is respectively connected to the drain D of the field effect transistor Q4 and the motor M; the anode of the diode D1 is connected to the cathode of the diode D2, and the anode of the diode D3 is connected to the cathode of the diode D4; the other end of the resistor R5 is grounded; the operational amplifier The non-inverting input terminal of U5a is connected to the brush of the potentiometer RV1, the positive power supply terminal of the operational amplifier U5a is connected to one end of the resistor R6, and the other end of the resistor R6 and the negative power supply terminal of the operational amplifier U5a are respectively connected to both ends of the resistor body of the potentiometer RV1.

Among them, the models of NOT gates (U1a-U1f) are all 74LS04, the models of dual 4-input AND gates (U2a-U2e) are all 74LS21, the models of four 2-input AND gates (U3a-U3f) are all 74LS08, and the models of four 2-input AND gates are all 74LS08. The model of the OR gate (U4a-U4b) is 74LS32, the model of the field effect transistor (Q1-Q4) is 2N6660, and the model of the operational amplifier (U5a, U5b) is LM393.

The logical judgment and motor control process of the logic control circuit after receiving the detection information of each detection module are shown in Figure 4. L, R, and W represent light, rain, and wind signals respectively, and 1 represents light, rain, and wind. 0 means no light, no rain, no wind; O means manual window opening button, C means manual window closing button, 1 means pressed, 0 means not pressed; FC, FO means the upper limit switch has been closed and the limit switch has been fully opened Bit switch, 1 means that the limit point has been reached, and 0 means that the limit point has not been reached. K1, K2, K3, and K4 represent four digital logic signals for forward rotation, reverse rotation, and stop of the drive motor. 1001 represents the forward rotation of the window-opening motor, 0110 represents the reverse rotation of the window-closing motor, and 0000 represents the non-motor motor.

As shown in Figure 6, the light intensity detection module includes photodiode D5, resistor R7, potentiometer RV2, operational amplifier U5b, resistor R8, resistor R9, indicator light D6, and capacitor C1; the anode of photodiode D5 is grounded, and the anode of photodiode D5 The negative pole is respectively connected to one end of the resistor R7 and the non-inverting input end of the operational amplifier U5b, and the other end is connected to the power supply; one end of the resistor body in the potentiometer RV2 is connected to the power supply, and the other end is grounded, and the brush in the potentiometer RV2 is connected to the inverting phase of the operational amplifier U5b Input terminal; the output terminal of the operational amplifier U5b is connected to the input terminal of the logic circuit as the output terminal of the light intensity detection module; one end of the resistor R7 is connected to the power supply, and the other end is connected to the output terminal of the operational amplifier U5b; after the resistor R9 is connected in series with the indicator light D6 It is connected in parallel with the resistor R8; one end of the capacitor C1 is connected to the output end of the operational amplifier U5b, and the other end is grounded.

The humidity detection module uses HG38 humidity sensitive resistor as the detection sensor. The humidity sensitive resistor can absorb moisture in the air and cause its own resistance to change. By setting the threshold value, the humidity detection module can output a high-level signal when the resistance value exceeds the threshold value, and output a low-level signal when the resistance value is lower than the threshold value.

The wind speed detection module is one or more small wind power generators connected in parallel. By using a small wind power generator motor, the low level it sends out is passed through the NOT gate to make it output a high level, and when the voltage rises with the speed of the small generator motor and reaches a certain value, the output is achieved, so as to achieve the effect of control.

As shown in Figure 7, the power supply circuit includes an AC input terminal connected in sequence, a transformer T, a bridge rectifier unit composed of four diodes (D7-D10), and a voltage stabilizing unit composed of capacitors C2, C3 and a voltage stabilizing circuit U6 . The voltage stabilizing circuit U6 is a three-terminal voltage stabilizing integrated circuit 7805.

The intelligent window control circuit realizes the intelligent control of windows through the logic circuit composed of simple gate circuits, and realizes practical functions such as automatic opening and closing of windows, automatic windproof, and rainproof. It solves the problem that the smart window controllers on the market are complex in function and expensive, but many functions are not used in actual use, resulting in a lot of waste.

The specific embodiments described herein are only examples to illustrate the spirit of the present invention. Those skilled in the technical field to which the utility model belongs can make various modifications or supplements to the described specific embodiments or adopt similar methods to replace them, but they will not deviate from the spirit of the utility model or go beyond the appended claims defined range.

Claims (7)

1. a smart window control circuit, it is characterized in that, comprise the light-intensity test module for testing environment light intensity, for detecting the humidity detecting module of humidity in air, for detecting the wind speed measurement module of wind speed, also comprise respectively with light-intensity test module, the logic control circuit that humidity detecting module and wind speed measurement module output connect, described logic control circuit output is connected with motor-drive circuit, described motor-drive circuit controls motor according to the control signal that logic control circuit is carried and rotates forward, reversion or stopping, also comprise power circuit, described power circuit respectively with light-intensity test module, wind speed measurement module, humidity detecting module, logic control circuit, motor-drive circuit and motor connect.

2. smart window control circuit according to claim 1, it is characterized in that, described logic control circuit comprises resistance one, resistance two, resistance three, resistance four, to window control button, close window control button, to window limit button, close window limit button, not gate one, not gate two, not gate three, not gate four, not gate five, not gate six, two 4 inputs and door one, two 4 inputs and door two, two 4 inputs and door three, two 4 inputs and door four, two 4 inputs and door five, 42 inputs and door one, 42 inputs and door two, 42 input or doors one, 42 inputs or door two and 42 input or doors three, one end of described resistance one connects power input, the other end connects the one end of control button of windowing respectively, the input of not gate one and the first input end of two 4 inputs and door one, one end of described resistance two connects power input, and the other end connects one end of pass window control button respectively, the input of not gate two and two 4 inputs the second input with door three, one end of described resistance three connects power input, and the other end connects the one end of limit button of windowing and the input of not gate three respectively, one end of described resistance four connects power input, and the other end connects one end of pass window limit button and the input of not gate four respectively, the other end of described control button of windowing, close the other end of window control button, the other end of limit button of windowing and close the equal ground connection of the other end of window limit button, the output of described not gate one connects two 4 inputs and the first input end, two 4 of door two respectively and input and input with the first input end, two 4 of door three and the first input end and two 4 of door four inputs and the first input end of door five, the output of described not gate two connects two 4 inputs and second input, two 4 of door one respectively and input and input with second input, two 4 of door two and second input and two 4 of door four inputs and the second input of door five, the output of described not gate three connect respectively two 4 inputs and door one the 3rd, four-input terminal and two 4 input and the 3rd input of door two, the output of described not gate four connects two 4 inputs and the 3rd input, two 4 of door three respectively and input and input with the four-input terminal, two 4 of door three and the four-input terminal and two 4 of door four inputs and the 3rd input of door five, the input of described not gate five connects the output of wind speed measurement module, and the output of not gate five connects the second input of 42 inputs and door one, the input of described not gate six connects the output of humidity detecting module, and the output of not gate six connects the first input end of 42 inputs and door one, described two 4 inputs are connected with the output of light-intensity test module with the four-input terminal of door two, described two 4 inputs are connected with the output of wind speed measurement module with the 3rd input of door four, described two 4 inputs are connected with the output of humidity detecting module with the four-input terminal of door five, described two 4 inputs are connected 42 and input or the first input end of door one with the output of door one, described two 4 inputs and the output, 42 of door two inputs and to be connected 42 with the output of door one respectively and to input and first input end, second input of door two, and described 42 input and to be connected described 42 with the output of door two and to input or the second input of door, the output of described two 4 inputs and door three inputs with described 42 or the first input end of door two is connected, described two 4 inputs and the output, two 4 of door four input and to input with 42 respectively with the output of door five or the first input end of door three, the second input are connected, the output of described 42 inputs or door three inputs with described 42 or the second input of door two is connected, and the output of described 42 inputs or door one and the output of 42 inputs or door two are connected with described motor-drive circuit.

3. smart window control circuit according to claim 2, it is characterized in that, described motor-drive circuit comprises 42 inputs and door three, 42 inputs and door four, 42 inputs and door five, 42 inputs and door six, FET one, FET two, FET three, FET four, diode one, diode two, diode three, diode four, resistance five, resistance six, operational amplifier one, potentiometer one and motor, the first input end of described 42 inputs and door three, 42 inputs all input with described 42 with the first input end of door six or the output of door one is connected, the first input end of described 42 inputs and door four, 42 inputs all input with described 42 with the first input end of door five or the output of door two is connected, described 42 inputs and second input, 42 of door three input to input with the second input of door four, 42 to input with the second input of door five, 42 and are all connected with the output of described operational amplifier with the second input of door six, described 42 inputs are connected with the grid of FET one with the output of door three, described 42 inputs are connected with the grid of FET two with the output of door four, described 42 inputs are connected with the grid of FET three with the output of door five, and described 42 inputs are connected with the grid of FET four with the output of door six, the drain electrode of described FET one connects the drain electrode of power supply input, the negative pole of diode one, the negative pole of diode three and FET three respectively, the source electrode of described FET one connects drain electrode, the motor of FET two respectively, the source electrode of described FET two connects the source electrode of one end of resistance five, the positive pole of diode two, the positive pole of diode four, the inverting input of operational amplifier one and FET four respectively, and the source electrode of described FET three connects drain electrode and the motor of FET four respectively, the negative pole of the cathode connecting diode two of described diode one, the negative pole of the cathode connecting diode four of described diode three, the other end ground connection of described resistance five, the in-phase input end of described operational amplifier one connects the brush of potentiometer, and one end of described operational amplifier one positive power source terminal contact resistance six, the other end and operational amplifier one negative power end of resistance six are connected the two ends of the resistive element of potentiometer one respectively.

4. smart window control circuit according to claim 3, is characterized in that, described light-intensity test module comprises photodiode, resistance seven, potentiometer two, operational amplifier two, resistance eight, resistance nine, indicator lamp and electric capacity; The plus earth of described photodiode, negative pole one end of contact resistance seven and the in-phase input end of operational amplifier two respectively of photodiode, the other end connects power supply; In described potentiometer two, one end of resistive element connects power supply, other end ground connection, the inverting input of the brush concatenation operation amplifier two in described potentiometer two; The output of described operational amplifier two is connected with logic circuit input as the output of light-intensity test module; Described resistance Aug. 1st end connects power supply, and the other end connects and is connected with the output of operational amplifier two; Described resistance nine is in parallel with resistance eight after connecting with indicator lamp; Described electric capacity one end concatenation operation amplifier two output, other end ground connection.

5. smart window control circuit according to claim 4, is characterized in that, described humidity detecting module adopts HG38 humistor as detecting sensor.

6. smart window control circuit according to claim 5, is characterized in that, described wind speed measurement module is the small-sized wind power generator of one or more parallel connection.

7. the smart window control circuit according to claim 1-6 any one, is characterized in that, described power circuit comprises the ac input end, transformer, bridge rectifier and the mu balanced circuit that connect successively.