CN101949252A - Multifunctional intelligent window - Google Patents

Abstract

The invention provides a multifunctional intelligent window. The intelligent window comprises a window frame, an upper suspended window body accommodated in the window frame, a shutter fixed on one inward side of the window frame and a transmission mechanism for adjusting the states of the upper suspended window body and the shutter; the intelligent window also comprises an outdoor environment detector, an indoor environment detector and a control system; the outdoor environment detector and the indoor environment detector are electrically connected with the control system; and the control system adjusts the states of the upper suspended window body and the shutter through the transmission mechanism. The intelligent window has the advantage of more reasonable structural design. The upper suspended window body, the shutter and the execution mechanism of the multifunctional intelligent window are relatively independent, but the signal and the control mode for controlling the intelligent window by the control system are integral, namely the upper suspended window body and the shutter are designed to be independently used in a remote control operating mode and also can be used as a whole for realizing all intelligent functions in a self-control mode.

Description

A multifunctional smart window

technical field

The invention relates to building intelligent equipment, in particular to a multifunctional intelligent window.

Background technique

Smart windows are building intelligent equipment in smart buildings, which are applied to smart buildings, such as various types of residences, especially those using household air conditioners, various hotels, guesthouses, large office buildings, etc., buildings with large spaces: such as stadiums, Various exhibition halls and other venues, especially in places where windows are inconvenient to be opened and closed frequently, unattended communication rooms and base stations and other places that need to adjust the environment.

With the development of science and technology and the continuous improvement of people's requirements for living and working environments, the development of intelligent buildings has not only improved the level of building automation and complete security facilities, but has also developed towards automation, intelligence, environmental protection and energy saving. . The national standard "Intelligent Building Design Standard" (GB/T50314-2000) defines an intelligent building as "using the building as a platform, combining building equipment (BA), office automation (OA) and communication network system (CA), integrating structure, system , service, management and the optimal combination among them, to provide people with a safe, efficient, comfortable and convenient building environment". The goal of intelligent buildings is to satisfy users' comfort, operator's convenience, energy saving, management efficiency and information service to the greatest extent.

While enjoying air conditioning, people often feel far less comfortable than natural wind. When the weather suddenly blows wind or rains, they often think that they forgot to close the windows at home. For some high-rise buildings, especially those with large spaces such as stadiums and exhibition venues, even if the ambient temperature is suitable, due to the installation position and method of the windows, it is not very convenient to open the windows for lighting and ventilation. Turn on a large amount of lighting fixtures and ventilation equipment, and also consume a large amount of electric energy.

For those buildings that use household air conditioners, when people go out or sleep, they cannot automatically control the operation and shutdown of the air conditioners, as well as the adjustment of temperature, humidity, and fresh air. Needless waste. Air conditioners in such places cannot change their working status and start-up conditions according to changes in seasons, outdoor temperature and humidity and other environmental factors, let alone use outdoor environmental conditions to improve indoor environmental conditions, resulting in large energy consumption losses.

With the development of building automation systems and security facilities, the demand for windows that can realize automatic control functions and be linked with other building automation systems and security equipment, as well as the maximum use of natural light has become a common requirement for people. In recent years, the emergence of electronically controlled windows is a manifestation of the realization of people's wishes, but most of the domestic products are functionally separated, while the price of similar foreign products is relatively expensive.

At present, there are electric control windows and electric control curtains in China, which have the following technical problems and defects. the

1) Windows and curtains of similar products at home and abroad are separated, windows are windows, and curtains are curtains, that is, electric control windows and electric control curtains are two different products.

2) It only has remote control function, that is, remote control window or remote control curtain.

3) The price of imported products is high, while domestic products have single functions.

4) Complicated installation.

Contents of the invention

In order to solve the existing technical problems, the present invention provides a multifunctional intelligent window, which embodies the characteristics of intelligence, humanization, energy saving and environmental protection.

The present invention solves the existing technical problems and provides a multifunctional smart window, which includes a window frame, a top-hung window accommodated in the window frame, and a window fixed to the inward side of the window frame. Shutters and a transmission mechanism for adjusting the states of the upper-hung windows and the shutters; the smart window also includes an outdoor environment detector, an indoor environment detector and a control system, the outdoor environment detector and the indoor environment detector It is electrically connected to the control system, and the control system adjusts the states of the upper-hung windows and the shutters through the transmission mechanism. the

A further improvement of the present invention is:

The transmission mechanism includes first, second and third transmission mechanisms, the first transmission mechanism is connected with the top-hung window to change its opening angle, and the second transmission mechanism is connected with the shutter to change its opening angle. In the open/closed state, the third transmission mechanism is connected with the shutter to change the rotation angle of the shutter; the transmission mechanism also includes a limit switch and an electric and non-electric conversion mechanism; the limit switch respectively detects the The opening/closing position of the top-hung window, the opening/closing position of the shutter, the maximum/minimum position of the rotation angle of the shutter; the electric and non-electric conversion mechanism is used to manually adjust the top-hung window and The state of the shutters.

The parameters detected by the outdoor environment detector include wind signal, rain signal, illuminance signal, infrared signal, temperature signal and humidity signal; the parameters detected by the indoor environment detector include illuminance signal, temperature signal, humidity signal, smoke signal and gas signal.

The control system includes an air conditioner control signal for linkage with the air conditioner, a lighting control signal for linkage with the lighting device, and a security control signal for linkage with the smoke exhaust equipment.

The control system includes a controller module, a storage module, a display module, an input module, an output module and a communication module; the display module includes a liquid crystal display, a power indicator light, a remote control/self-control work indicator light, and an arm/disarm work indicator light , Air conditioning work indicator light, alarm indicator light and security linkage indicator light.

The indoor environment parameter value is preset in the control system; the control system compares and processes the received outdoor and indoor environment parameter detection values with the preset indoor environment parameter value, and then sends a signal to the transmission mechanism, or via The air conditioner control signal, lighting control signal and security control signal send out signals.

The remote controller includes a remote controller module and a remote controller terminal, the remote controller module sets and modifies the indoor environment parameters in the control system through the input module; the signal sent by the remote controller is corresponding to the input module Received and transmitted to the controller module.

Described communication module is GSM module, and this GSM module is used for communicating with GSM mobile terminal; Described GSM module receives the signal that described GSM mobile terminal sends, and sends this signal to controller module, and described controller module will After signal processing, the output module sends corresponding signals to the transmission mechanism, or sends out air-conditioning control signals, lighting control signals and security control signals; the control system sends the compared and processed abnormal signals to the GSM mobile terminal through the GSM module.

The present invention solves the existing technical problems and provides a control method applied to the multifunctional smart window, which includes the following steps: the remote controller sets and modifies the indoor environment parameter values in the control system through the input module; outdoor, indoor The environmental detector transmits the detected signal to the control system; the control system compares and processes the received indoor and outdoor environmental detection signal with the set indoor environmental parameters; the output module of the control system sends out a control signal; the control signal controls the transmission The mechanism is used to change the opening angle of the top-hung window, the opening/closing of the louvers, the rotation angle of the louvers, or control the power-on state of the air conditioner, the power-on state of the lighting device or the state of the smoke exhaust equipment.

Compared with the prior art, the beneficial effects of the present invention are:

1) The structure design is more reasonable. The upper-hung form, shutters and their actuators of this multifunctional smart window are relatively independent, but the control system is based on the signal and control mode for its control. That is, the upper-hung form and shutters are designed to be independent It is used in the remote control mode, and can also be used as a whole to realize all intelligent functions in the self-control mode.

2) Comfort setting and modification function. The multifunctional smart window controls the opening/closing of the top-hung windows and shutters and adjusts their opening based on the set values of indoor temperature, humidity, and illuminance. These parameters can be artificially set and modified according to the actual comfort level. , reflecting humanity.

3) The energy saving effect is obvious. This multi-functional smart window has the function of making the most use of natural environmental conditions to adjust the indoor environment. It is linked with the air conditioner to reduce the running time of the air conditioner as much as possible, and has the characteristics of less power consumption. It not only has obvious energy-saving effects, but also reflects The role of environmental protection.

4) Make full use of natural environmental conditions. The control and adjustment of the multi-functional intelligent window to the upper-hung form and the shutters are based on multiple indoor and outdoor environmental parameters. The realization is closer to the actual environmental conditions and can make full use of the natural environmental conditions.

5) Realization of intelligent functions of automatic control. When the smart window selects the automatic working mode, it will automatically control the opening or opening of the top-hung windows and shutters and the rotation angle of the shutters according to the set environmental comfort value, or link related equipment and systems according to other detected parameter values.

6) Low cost, low price, high cost performance. The price of this multifunctional intelligent window is one-tenth of the imported product and one-half of the domestic similar product. the

Description of drawings

FIG. 1 is a schematic structural diagram of the multifunctional smart window.

Fig. 2 is a principle block diagram of the indoor environment regulation of the multifunctional smart window.

Fig. 3 is a structural schematic diagram of the above-hung window and the outdoor environment detector.

Fig. 4 is a structural schematic diagram of the shutter after installation.

Fig. 5 is a diagram showing the relationship between the opening angles of the top-hung windows corresponding to the indoor and outdoor temperature difference.

Fig. 6 is a flow chart of the control mode of the control system.

Fig. 7 is a flow chart of the GSM control mode of the control system. the

Detailed ways

The present invention will be further described below in conjunction with the accompanying drawings and specific embodiments.

As shown in Figures 1 to 7, a multifunctional smart window is an intelligent device and belongs to an electromechanical integration device. The smart window organically combines computer control technology, mechatronics technology, sensor technology, wireless communication technology, remote control technology, GSM technology, software technology and network technology. The smart window of the present invention includes a window frame 23, a top-hung window body 12 accommodated in the window frame 23, a shutter 13 fixed on the inward side of the window frame 23, and a transmission mechanism for adjusting the state of the top-hung window body 12 and the shutter 13; The smart window also includes an outdoor environment detector, an indoor environment detector and a control system 11. The outdoor and indoor environment detectors 14 are electrically connected to the control system 11, and the control system 11 adjusts the position of the upper hanging window 12 and the shutter 13 through a transmission mechanism. state. The outdoor and indoor environment detectors 14 detect environmental information in real time, and transmit the information to the control system 11, and the control system 11 reasonably adjusts the states of the top-hung windows 12 and shutters 13 according to actual environmental conditions. the

The control system 11 can be a PLC system, or other systems known in the art. The transmission mechanism includes first, second and third transmission mechanisms, which are respectively driven by three DC motors 19. The first transmission mechanism is connected with the upper hanging window body 12 to change its opening angle, and the second transmission mechanism is connected with the shutter 13 to To change its open/closed state, the third transmission mechanism is connected with the shutter 13 to change the rotation angle of its shutter 21 . The transmission mechanism also includes a limit switch 18 and an electric and non-electric conversion mechanism 25; the limit switch 18 respectively detects the opening/closing position of the above-hung window 12 and the opening/closing position of the shutter 13, and the The maximum/minimum position of the rotation angle of the shutter 21 of the shutter 13, the limit switch ensures the accuracy of the opening and closing states of the upper hanging window 12 and the shutter 13 and the rotation angle of the shutter 21; the electric and non-electric conversion mechanism 25 is used to manually adjust the state of the upper hanging window 12 and the shutter 13 when switching the situation without electricity.

The parameters detected by the outdoor environment detector include wind signal, rain signal, illuminance signal, infrared signal, temperature signal and humidity signal; the parameters detected by the indoor environment detector include illuminance signal, temperature signal and humidity signal.

The control system 11 includes an air conditioner control signal 151 for linking the air conditioner, a lighting control signal 152 for linking the lighting device, and a security control signal 153 for linking the smoke exhaust device.

The control system 11 includes a controller module, a storage module, a display module, an input module, an output module and a communication module.

The indoor environment parameter value is preset in the control system 11; the control system 11 compares and processes the received outdoor and indoor environment parameter detection values with the preset indoor environment parameter value, and then sends a control signal to the transmission mechanism, or sends an air conditioner Control signal 151 , lighting control signal 152 or security control signal 153 .

The present invention modifies the preset indoor environment parameter values in the control system 11 through the remote control terminal.

Communication module is GSM module 17, and this GSM module 17 is used for communicating with GSM mobile terminal 24, because GSM module 17 communicates with GSM mobile terminal 24, thereby realizes remote control, simultaneously, this GSM module 17 also can send alarm signal to GSM mobile terminal The terminal 24 is convenient for the user to know the real-time situation of the smart window in time; the GSM module 17 receives the signal sent by the GSM mobile terminal 24, and sends the signal to the controller module, and the controller module sends a corresponding signal to the transmission mechanism according to the signal, or sends Air-conditioning control signal 151 or lighting control signal 152 ; the control system 11 can send the abnormal signal after comparison and processing to the GSM mobile terminal 24 via the GSM module 17 . The GSM mobile terminal 24 is a mobile phone, or other known devices.

The parameters detected by the indoor environment detector also include smoke signals and gas signals; after the control system 11 processes the received smoke signals or gas signals, it sends control signals to the transmission mechanism and related smoke exhaust equipment 153, and simultaneously sends signals To the GSM module 17 to communicate with the GSM mobile terminal 24.

The structure of the top-hung form 12 and the shutter 13:

The design of the upper-hanging window 12 and the shutter 13 fully considers the appearance, economy, applicability and feasibility. The practical application of the upper-hanging window 12 made of plastic steel or aluminum alloy materials and glass is very common. The material of the shutter 21 of the shutter 13 is General fiber fabric is also a kind of shutter 13 that is very common in practical applications.

The top-hanging window 12 is a top-hanging structure, that is, the top of the window is hinged to the window frame 23 . The window frame 23 is equipped with a ball screw, which is driven by a DC motor to turn the rotating pair into a moving pair. The upper suspension point is the center, and the DC motor drives the opening and closing of the upper hanging window 12, and the opening degree is adjustable. , the adjustment range is 0-80 ⁰ , the outdoor temperature and humidity sensor 144 , the light intensity sensor 142 , the wind and rain sensor 141 , and the infrared detector 143 are installed outside the window frame 23 , and the surface of the sensor is dependent on the surface of the window frame 23 .

The opening and closing of the louvers 13 and the rotation angle of the louvers 21 are controlled by two DC motors ^. The shutter 13 includes a curtain frame 20 and a shutter 21, the shutter 21 is installed on the curtain frame 20, and the curtain frame 20 is installed indoors.

The control system 11 is a box structure, which is installed next to the indoor window frame 23 and where the panel of the box body is easy to operate. It can be mounted on the surface or concealed. It is mainly equipped with a controller module, a storage module, a display module, an input module, Output modules and communication modules, DC power supplies and other electrical components.

The electric and non-electric conversion mechanism 25 is connected with the transmission mechanism, and is installed on one side of the curtain frame 20 and close to the position of the motor 19. When the electric and non-electric conversion mechanism 25 is in the electric position, the smart window can realize automatic control, remote control or GSM control. In a non-electric position, the smart window can manually operate the opening or closing of the upper-hung window body 12 and the shutter 13 without electricity.

Control system 11:

The cabinet panel of the control system 11 is equipped with a display module, and the display module includes a liquid crystal display, a power indicator, a remote control/self-control work indicator, an arm/disarm work indicator, an air conditioner work indicator signal light, an alarm indicator and a security linkage indicator lights etc. The controller module adopts Siemens S7-200 series PLC system, the specifications and models are: CPU226 DC/DC/DC type 1, analog expansion module EM235 type 2. The analog signals collected and processed include temperature, humidity, illuminance, and wind speed signals, and the switch signals include the operation control signals of each motor 19, direction control signals, limit switch 18 signals of the upper-hung windows 12 and shutters 13, and smoke detection Alarm signal, gas detection alarm signal, remote control signal, etc.; the control system 11 can also use a single-chip microcomputer system or other PLC products, as long as the I/O signal requirements are met.

Transmission mechanism:

Three DC motors are selected as the actuators to drive the upper-hung window 12, the shutter 13 to open/close and the shutter 21 to rotate, and the operation realizes the motion function of the designed smart window.

sensor:

The outdoor and indoor environment detectors 14 of this smart window all adopt a plurality of sensors. The smart window uses 2 temperature and humidity sensors (1 indoor, 1 outdoor), 2 light intensity sensors (1 indoor, 1 outdoor), 1 wind and rain sensor 141 (outdoor), and 1 smoke detection alarm (indoor), 1 gas detection alarm (indoor), 6 limit switches 18 (on the hanging form 12 and the shutter 13). The temperature and humidity sensor 144 outputs 4~20mA, the power supply voltage is DC24V, the temperature range is 0°C~50°C, the accuracy is ±0.5°C, the humidity range is 0%RH~100%RH, the accuracy is ±3%RH; the illuminance sensor 142 outputs 4~ 20mA, power supply voltage DC24V, measurement range 0~1000Lux, accuracy ±7%; power supply voltage DC12V for smoke detection alarm and gas detection alarm, output a pair of normally open/normally closed contacts; infrared anti-theft alarm detector is A passive infrared detector 143 has a power supply voltage of DC12V, a detection range of 0-15m, and an area of 0-90 ⁰ . One temperature and humidity sensor 144, one light intensity sensor 142 (outdoor type), one wind and rain sensor 141, one infrared detector 143 are installed outdoors, and six limit switches 18 are respectively installed on the top-hung window 12 and the shutter 13, other sensors are installed in relevant indoor places, as shown in Figure 2.

Remote control 16:

The control system 11 of the present invention includes a remote controller 16, and the remote controller 16 includes a remote controller module and a remote controller terminal, and the remote controller terminal is used to set and modify environmental parameter values. The remote controller 16 has a power supply voltage of DC12V, has 12 wireless remote control signals, collects control signals within 30 meters, and has a liquid crystal display.

GSM module 17:

The GSM module 17 of this smart window is an industrial-grade GSM transceiver module, capable of wireless remote alarming, with a built-in 32-bit processor and a real-time operating system, using the GSM mobile terminal 24 to realize remote data measurement, control, data transmission and Equipment abnormal alarm.

The working principle of this multifunctional smart window:

When the control system 11 detects that the indoor environment parameter value does not meet the comfort requirements, it compares the indoor and outdoor environmental parameter detection values with the preset environmental parameter values, and the controller module controls the transmission mechanism through data processing and then outputs control signals to change the upper The state of hanging windows 12 or shutters 13, or linkage with air conditioners and other equipment at the same time, to meet the comfort requirements of indoor environmental parameters; the control mode of this smart window can be switched arbitrarily through the remote control terminal, and also realizes functions such as GSM control.

When the smart window works in the automatic mode, the smart window will compare the detected parameter value with the comfort value of the temperature, humidity, light intensity and other parameters set by the user, and output the control transmission mechanism after data processing by the control system 11. To change the opening and closing of the overhanging window body 12 and the shutter 13, or adjust their opening and rotation angle, so that the indoor environment is as close as possible to the set comfort value state.

When there is a smoke or gas alarm signal, the emergency processing subroutine is called to meet the control requirements of the safety protection on the upper hanging window 12; when the working mode of the remote control 16 is accepted as automatic control, the function of the fully automatic control subroutine is executed When the mode of work of receiving remote controller 16 is remote control, carry out the function of remote control subroutine, at this moment with the button on the remote controller 16 can open and close and opening degree state, blinds 13 opening/closing to hanging form 12 And the rotation angle of shutter 21 is carried out remote control.

When it is windy or rainy, when the detected wind and rain signal reaches the set level, the upper hanging window 12 will be automatically closed immediately, and has priority; When it rains, do this immediately.

For the infrared anti-theft alarm function of the smart window, arming and disarming can be arbitrarily selected through the remote controller 16 to meet different application requirements. In the GSM working mode, the system realizes the SMS control function of the mobile phone.

Intelligent adjustment of indoor environment:

The smart window realizes this function by adjusting indoor temperature, humidity, light intensity and other parameters. When the smart window works in the automatic mode, it compares the detected parameters with the comfort value of the temperature, humidity, light intensity and other parameters set by the user. , after data processing by the control system 11, the output control transmission mechanism controls the opening and closing of the top-hung window 12 and the louvers 13, or adjusts the rotation angle of the louvers 21, so that the indoor environment is as close as possible to the set comfort level Value status; the adjustment principles of temperature, humidity, and light intensity are basically the same.

Taking the intelligent adjustment of temperature as an example, when the outdoor temperature is suitable and the indoor temperature is high (compared with the set temperature comfort value) in spring, autumn or early morning, the upper hanging window 12 will automatically open, and the opening degree is determined by the temperature difference. It is determined that the temperature difference is large and the opening angle is large, and vice versa; because the temperature environment parameters change relatively slowly, after reaching the opening angle, after a delay of a certain period of time, compare the indoor and outdoor ambient temperatures, and then adjust the opening angle of the upper hanging window 12 and Correction; this can avoid frequent opening and closing of the top-hanging window 12. On the contrary, when the outdoor temperature rises at noon, the overhanging window 12 will automatically close a certain degree of opening, or fully close. Simultaneously, the blinds 13 are opened and the blinds 21 are completely closed to prevent heat from entering the room and adjust the indoor temperature; 10:00～17:00).

The adjustment of the temperature difference and the opening angle of the louvers 21, when T inside (indoor temperature) > T outside (outdoor temperature), if T inside > T set (set temperature), then the window is opened, and the window opening angle depends on T inside and T outside (outdoor temperature). The deviation of T setting is △T, the bigger the △T is, the bigger the opening angle will be. When 0<△T≤1, the top-hung window 12 does not act; between 1≤△T≤7, the opening degree of the top-hung window 12 is different; when △T>7, the top-hung window 12 is closed, Linkage to start the air conditioner.

Indoor light adjustment:

Make full use of natural light, when the outdoor light is sufficient and the room is dark, the blinds 13 are automatically opened; and compared with the set indoor illuminance comfort value, the rotation angle of the louvers 21 is adjusted so that the indoor light meets the requirements; Fast, the control and angle adjustment of the shutter 21 by the control system 11 can be completed very quickly. Conversely, when the indoor light exceeds the illuminance comfort value and the outdoor illuminance is also strong, the shutters 13 are closed and the rotation angle of the shutters 21 is adjusted to reach the set value.

When the illuminance cannot be satisfied by adjusting the rotation angle of the louvers 21 and opening and closing the louvers 13, the indoor lighting device is automatically linked. The realization of this function is interlocked with the clock at the same time. When the time is night, the smart window is in the state of turning on the lights and closing the shutters 13, and the set time is 22:00～6:00.

Arm and disarm control:

When the control system 11 works in the automatic control mode, the setting of arming and disarming can be carried out through the buttons on the remote controller 16. If the control system 11 works in the arming state, when someone enters the set range, the infrared detector 143 will Can send alarm signal to control system 11, and control system 11 sends signal control to hang window 12 and closes, and buzzer sounds simultaneously, and GSM module 17 sends note to GSM mobile terminal 24, informs the user that someone has approached window under arming state.

remote control:

When the control system 11 works in the remote control mode: the opening/closing of the upper hanging window 12, the louvers 13 and the rotation angle of the louvers 21 can be controlled through the buttons on the remote control terminal. The remote control module sends signals to the controller module, and through data processing, output control signals to three DC motors 19 to control the opening/closing angle of the top-hung window 12, the opening/closing of the louvers 13 and the rotation of the louvers 21. In addition, the set values of temperature, humidity and illuminance can also be adjusted on the remote control terminal, and the set values can be increased or decreased as desired by simply pressing the corresponding buttons.

control:

When the control system 11 detects a gas leakage signal, or a smoke signal generated by combustion, or receives an infrared anti-theft alarm signal, or detects a set level of wind or rain signal, the control system 11 is performing related control functions and alarms. After the function, the relevant information is sent to the user's GSM mobile terminal 24 (mobile phone) in the form of a short message, so as to notify or remind the user. Simultaneously, control system 11 also can receive the short message of GSM mobile terminal 24, so that the opening or closing of hanging window 12 or shutter 13 is controlled, realizes GSM mobile terminal 24 short message remote control functions,

The present invention provides a control method applied to multifunctional smart windows, which includes the following steps: setting and modifying the indoor environment comfort parameter value in the control system 11 through the remote control terminal; the outdoor environment detector transmitting the detected signal to Control system 11; the indoor environment detector also transmits the detected signal to the control system 11; the control system 11 compares and processes the received indoor and outdoor environment detection signal with the set indoor environment parameter; the control system 11 sends out a control signal; the The control signal controls the transmission mechanism to change the opening angle of the top-hung window 12, the opening/closing of the louvers 13, the rotation angle of the louvers 21, or the power-on state of the air conditioner, the power-on state of the lighting device and the state of related smoke exhaust equipment.

The intelligent window of the present invention realizes:

1) The smart window is equipped with three control methods: remote control, automatic and GSM, among which the first two methods can be realized by the "remote control/automatic" switching button on the remote control 16, and there is a clear work through the signal light on the control system 11 way instructions.

2) The top-hung window 12, the louver 13 and the louver 21 are not only independent individuals that can be remotely controlled respectively, but also a unified whole that automatically realizes intelligent functions.

3) The control and adjustment of the top-hung form 12, shutters 13 and louvers 21 are based on a number of indoor and outdoor environmental parameters. And the realization of the control and adjustment of the blinds 13 is closer to the actual environmental conditions, and the natural environmental conditions can be more fully utilized.

4) The comfort parameters of the indoor environment, that is, the values of temperature, humidity and illuminance can be manually set and modified through the remote control 16 according to the actual situation, and the set comfort temperature and humidity can be set through the LCD screen of the control system 11 , Illuminance is displayed, reflecting humanization.

5) To adjust the indoor environment, when the natural environmental conditions cannot meet the requirements, link the air conditioner for cooling or heating. Since the natural environmental conditions are fully utilized and the running time of the air conditioner is effectively saved, the utility model has an energy-saving effect.

6) Security interlock control function, when gas leakage or combustion smoke is detected in the room, immediately open the upper hanging window 12 and shutters 13 to the maximum, and at the same time open the relevant smoke exhaust equipment in the room, and An alarm is issued to evacuate the toxic gas in the room; at the same time, it can also be linked with other building control or security equipment, and this function has the highest priority among all functions.

7) The smart window is designed with an infrared anti-theft alarm function, which can be arbitrarily selected to arm and disarm through the remote control 16 to meet different application requirements; when arming is selected, the arming range of the system's infrared anti-theft alarm function is adjustable from 0 to 15m.

8) Weatherproof function, when it is windy or rainy, the top-hanging window 12 will be automatically closed immediately, and has priority. That is: no matter which control mode is used, when wind and rain signals are detected, this operation will be performed immediately; and the level of wind and rain can be manually set and modified.

9) GSM control function, when the control system 11 detects a gas leakage signal, or a smoke signal generated by combustion, or receives an infrared anti-theft alarm signal, or detects a set level of wind or rain signal, the system executes the relevant After the control function and the alarm function, the relevant information will be sent to the user's mobile phone in the form of a short message, so as to notify or remind the user. Simultaneously, the control system 11 can also receive short messages sent by the user's mobile phone, so as to control the opening or closing of the upper hanging window 12 or the shutter 13, or the rotation angle of the shutter 21, and realize the remote control function of the mobile phone text message.

10) The structure is simple, easy to install and use. The installation method is the same as that of traditional windows and shutters. The control system is installed in a convenient place indoors.

11) Manual function without electricity, when the control system 11 has no electricity, the upper hanging window 12 or shutter 13 can be manually opened or closed.

12) This device reserves an Ethernet hardware interface, which lays the foundation for expanding remote monitoring and other network functions. the

The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field of the present invention, without departing from the concept of the present invention, some simple deduction or replacement can be made, which should be regarded as belonging to the protection scope of the present invention.

Claims (9)

1. multifunctional intellectual window is characterized in that: described smart window comprises window frame, be placed in top body in the described window frame, be fixed in the shutter of the inside side of described window frame and regulate the transmission mechanism of described top body and described shutter state; Described smart window also comprises outdoor environment probe, indoor environment probe and control system, described outdoor environment probe and described indoor environment probe all are electrically connected at described control system, and described control system is regulated the state of described top body and described shutter through described transmission mechanism.

2. multifunctional intellectual window according to claim 1, it is characterized in that: described transmission mechanism comprises first, second and the 3rd transmission mechanism, described first transmission mechanism links to each other to change its opening angle with described top body, described second transmission mechanism links to each other with described shutter to change its On/Off state, and described the 3rd transmission mechanism links to each other with described shutter to change the anglec of rotation of its blinds; Described transmission mechanism also comprises limit switch and electronic and on-electric switching mechanism; Described limit switch detects described top body On/Off position, described shutter On/Off position, the maximum/minimum position of the described shutter anglec of rotation respectively; The state of manual adjustments top body and shutter when described electronic and on-electric switching mechanism are used to switch no electric situation.

3. multifunctional intellectual window according to claim 2 is characterized in that: the parameter that described outdoor environment probe detects comprises wind signal, rain signal, illuminance signal, infrared signal, temperature signal and moisture signal; The parameter that described indoor environment probe detects comprises illuminance signal, temperature signal, moisture signal, flue gas signal and coal gas signal.

4. multifunctional intellectual window according to claim 3 is characterized in that: described control system comprises the illumination control signal of the air-conditioning control signal of the air-conditioning that is used to link, the lighting device that is used to link and is used to link the security protection control signal of fume extractor.

5. multifunctional intellectual window according to claim 4 is characterized in that: described control system comprises controller module, memory module, display module, input module, output module and communication module; Described display module comprises LCDs, power supply indicator, remote control/automatic control relay indicating light, the relay indicating light of deploying troops on garrison duty/withdraw a garrison, air-conditioning work clearing lamp, alarm lamp and security protection interlock indicator lamp.

6. multifunctional intellectual window according to claim 5 is characterized in that: preset the indoor environment parameter value in the described control system; Outdoor, indoor environment parameter detecting value that described control system will receive compare and treat with the indoor environment parameter value that presets, send a signal to transmission mechanism then, perhaps send signal through described air-conditioning control signal, illumination control signal and security protection control signal.

7. multifunctional intellectual window according to claim 6 is characterized in that: described remote controller comprises remote controller module and remote controller terminal, and described remote controller module is set and the indoor environment parameter of revising in the described control system by described input module; The signal that described remote controller sends is by the corresponding reception of described input module and transfer to controller module.

8. multifunctional intellectual window according to claim 7 is characterized in that: described communication module is a gsm module, and this gsm module is used for communicating by letter with GSM mobile termination; Described gsm module receives the signal that described GSM mobile termination sends, and this signal is sent to controller module, described controller module is handled the back with this signal and is sent corresponding signal to transmission mechanism by output module, perhaps sends air-conditioning control signal, illumination control signal and security protection control signal; Abnormal signal after described control system will compare and handle is sent to GSM mobile termination through described gsm module.

9. control method that is applied to the described multifunctional intellectual window of claim 1 to 8, it comprises the steps: that remote controller sets and the indoor environment parameter value of revising in the control system through input module; Outdoor, indoor environment probe is sent to control system with the signal that detects; Control system compares the indoor and outdoor surroundings detection signal of reception and the indoor environment parameter of setting and handle; The output module of described control system sends control signal; This control signal control transmission mechanism is used to change the opening angle of top body, the On/Off of shutter, the anglec of rotation of blinds, or controls the open state of air-conditioning, the open state or the fume extractor state of lighting device.

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