CN103389720A - System for achieving automatic control of shutter by applying mobile phone - Google Patents

System for achieving automatic control of shutter by applying mobile phone Download PDF

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Publication number
CN103389720A
CN103389720A CN2013103356653A CN201310335665A CN103389720A CN 103389720 A CN103389720 A CN 103389720A CN 2013103356653 A CN2013103356653 A CN 2013103356653A CN 201310335665 A CN201310335665 A CN 201310335665A CN 103389720 A CN103389720 A CN 103389720A
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CN
China
Prior art keywords
mobile phone
control
window shutter
android mobile
module
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CN2013103356653A
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Chinese (zh)
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CN103389720B (en
Inventor
刘丽娟
王岩
王聪
邵万珍
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大连交通大学
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Priority to CN201310335665.3A priority Critical patent/CN103389720B/en
Publication of CN103389720A publication Critical patent/CN103389720A/en
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    • YGENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02PCLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
    • Y02P90/00Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
    • Y02P90/02Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]

Abstract

The invention relates to a system for achieving automatic control of a shutter by applying a mobile phone. The system comprises a software module, a communication module and a working module, wherein the Android mobile phone of the software module sets a brightness value and selects communication and control modes; an openwrt wireless router of the communication module is connected with the mobile phone by WIFI (Wireless Fidelity); an instruction sent by the mobile phone is forwarded to a singlechip by a TTL (Transistor-Transistor Logic) serial port, and transmitted to the working module; a stepping motor is controlled to drive the shutter to close and open through obtaining, analysis, comparison and judgment of the singlechip, so that indoor rays are adjusted; the wireless router can also be bridged to the Internet to conduct remote control; in a manual control mode, the singlechip controls the stepping motor to drive the shutter to open and close, so that the indoor rays are adjusted; in an automatic control mode, the indoor rays are required to be monitored by a photoresistor, and a value is controlled after compared with a brightness setting value, so that the brightness of the indoor rays is kept in the setting value all the time; and the brightness value of the indoor rays is displayed by an LED (Light Emitting Diode) digital tube.

Description

The application mobile phone is realized the window shutter automatic control system

Technical field

The technology of the present invention relates generally to a kind of application mobile phone and realizes that window shutter controls automatically, is specially adapted to accessing Internet and carries out the household project of Long-distance Control, belongs to the Internet of Things field.

Background technology

Internet of Things is a kind of take computing machine, internet as core, realizes between object and object: environment and status information share and the new technology of intelligentized collection, transmission, processing, execution.Being advanced computing machine and popularization and the integrated application of Internet technology in the modern life, is also an important development direction of following computer internet technology.

Android is a kind of based on the freedom of Linux and the operating system of open source code, mainly be used in mobile device, nowadays be widely used in smart mobile phone and panel computer, the user can be on Android operating system the various application software of installation and operation, realize easily various functions.

Openwrt comes from the route source code transformation of Cisco, a small-sized linux system that is applicable to some certain chip router, this system may operate on wireless router, the user can install various programs, driving in the above, take route as platform, freely load USB camera, network interface card, sound card, etc. equipment.We can complete with it the forwarding of data.

Single-chip microcomputer is a kind of integrated circuit (IC) chip, to adopt very large scale integration technology, a little and perfect microcomputer system with central processor CPU, random access memory ram, read only memory ROM, multiple I/O mouth and the functions such as interrupt system, timer/timer of data-handling capacity.Complete the tasks such as A/D conversion, motor driving with it.

Now the window shutter on market manually is controlled to be the master with common, other is arranged is sensitization automatically, and the action of regulation and control window shutter automatically, can realize the automatic control to indoor light, but the user need to be by the button realization that is connected with single-chip microcomputer to the setting of control system.And the use technology of Internet of things can not retrieve with mobile phone or the PC automatic shutter window system as control end.

The transmission instruction take the Android mobile phone as client that we design and develop, forward by the wireless router that Openwrt has been installed, finally by single-chip microcomputer, receive instruction, control the motor action on window shutter, thereby realize the automatic control of window shutter, for traditional manual control or electronic control window shutter have been opened up a new field.

Compare with existing correlation technique, distinguish as follows:

1. with the difference of vertical blind

Vertical blind is the design of a pure mechanical aspects, and he has made the improvement of mechanical aspects on the basis of traditional window shutter, but does not relate to control.Automatic shutter window system of the present invention is a control system, lays particular emphasis on the control to window shutter, and the user can control window shutter by mobile phone and single-chip microcomputer, realizes to a certain extent the self feed back adjusting.

2. with the difference of automatic louver

Automatic louver uses motor to control window shutter equally, but also only limits to make and pull window shutter more laborsaving by motor, does not relate to equally control.Automatic louver of the present invention, be by Single-chip Controlling motor (window shutter) action, can gather the indoor light intensity level simultaneously, effect according to the window shutter action, again adjust, thereby realize the self feed back adjusting, make the indoor light intensity stabilization near setting value.

And the user carries out on mobile phone the operation of blind system, and automatic shutter window system of the present invention can be realized the communication between mobile phone and single-chip microcomputer.

3. control the difference of antitheft door with mobile phone

Mobile phone is controlled in antitheft door, and communicating by letter between mobile phone and antitheft door, be to complete by mobile phone and the mobile phone signal receiver with making antenna by oneself on an antitheft door.And in automatic louver of the present invention, mobile phone is to complete by the wireless router after repacking with linking of window shutter working portion.Mobile phone first is connected with wireless router by WIFI, and wireless router is connected with the single-chip microcomputer of working portion by the TTL serial ports again, thereby realizes communicating by letter of mobile phone and working portion single-chip microcomputer.

4. control the difference of air conditioner with mobile phone

Mobile phone is controlled the communication in air-conditioning, and by Bluetooth of mobile phone (infrared signal) communication, mobile phone is connected with a bluetooth receiver structure on air conditioner by bluetooth, and only (in 10 meters) effectively in the bluetooth range of receiving in this control.

Automatic shutter window control system of the present invention, communication plan are that mobile phone first is connected with wireless router by WIFI, and wireless router is connected with the single-chip microcomputer of working portion by the TTL serial ports again.Communication (in 100-150 rice) in the WIFI coverage is effective,, if be bridged to internet, can realize communication connection in any place that is linked into internet.

Application Android mobile phone is controlled blind system automatically, and is applied widely, and larger practical value is arranged.Client can be moved on the Android mobile phone more than 1.6 versions at all, by the driven by motor window shutter, and the light environment in pulpit easily.This application prospect that has determined the automatic shutter window system is extensive.

Similar window shutter product does not almost have in the market, and market competition is very little, and the automatic louver system price is not high, and applicable crowd can accept, and this has determined that the automatic shutter window system can have and has promoted the use of preferably prospect.

Summary of the invention

The Internet of things system that the objective of the invention is to control window shutter take the Android mobile phone as client, to realize the automatic control of user to indoor light, maintains the indoor light intensity level in the scope of user's setting.

Technical solution of the present invention is to realize like this.

a kind of application mobile phone is realized the window shutter automatic control system, comprise software module, communication module and operational module, it is characterized in that described software module setup control value, select communication and control mode, be delivered to the pass of operational module adjusting louver window by communication module, close and aperture, software module is controlled software by being provided with the Android mobile phone, control button for one group, manually control selection key, the brightness value setting key, automatically control selection key, the Android mobile phone of Long-distance Control selection key forms, wherein control button and comprise and open the window shutter button for one group, the brightness regulation key, close the window shutter button, communication module is comprised of openwrt wireless router and internet, the openwrt wireless router is installed and is used for serial-port communication ser2net firmware, be connected with the Android mobile phone by WIFI, the fixed port that mobile phone is set is monitored, the instruction that the Android mobile phone is sent is forwarded on single-chip microcomputer by the TTL serial port, when the openwrt wireless router is pressed the Long-distance Control selection key at the Android mobile phone, by internet, accept the instruction that the Android mobile phone sends, operational module is by single-chip microcomputer, stepper motor, window shutter, the LED charactron, indoor light, photoresistance forms, wherein single-chip microcomputer includes the Single-chip Controlling instruction, decision logic, Compare Logic, the A/D conversion, the brightness value of setting, single-chip microcomputer is according to the instruction that receives from the openwrt wireless router, the stepper motor that control is connected with window shutter rotates regulates indoor light, the Single-chip Controlling instruction judges manual control model or automatic control mode by decision logic, press the manual control selection key of Android mobile phone, the Single-chip Controlling instruction according to one group of the Android mobile phone control button open the window shutter button, the brightness regulation key, close window shutter by key control, press the automatic control selection key of Android mobile phone, the numerical quantities of changing the indoor light brightness transition one-tenth that photoresistance is monitored by A/D is read in the Single-chip Controlling instruction, this value is shown by the LED charactron simultaneously, the brightness value of setting with the brightness value setting key of Android mobile phone is controlled after relatively through Compare Logic.

Compared with prior art, advantage of the present invention is apparent, is mainly manifested in:

1. simple to operation, the user directly, at the enterprising line operate of Android mobile phone, can select the indoor light brightness value, selects automatically control or manually control, and selects remote internet to control.

2. range of control is wide, the user can be at home by the router in the direct connected system of mobile phone WIFI, also can be by the router bridge joint that is connected into internet, control window shutter in any place that can accessing Internet.

3. the scope of application is general, and Android mobile phone usage comparison is general, and client can directly be moved on the Android mobile phone.

Description of drawings

The present invention has accompanying drawing 3 width.

Fig. 1 is composition and working principle figure of the present invention;

Fig. 2 is that a group in Fig. 1 is controlled button figure;

Fig. 3 is control circuit figure.

in figure, 1, software module, 11, the android mobile phone, 111, the android mobile phone is controlled software, 112, control button for one group, 1121, open the window shutter button, 1122, the brightness regulation key, 1123, close the window shutter button, 113, manually control selection key, 114, the brightness value setting key, 115, automatically control selection key, 116, the Long-distance Control selection key, 2, communication module, 21, the openwrt wireless router, 22, internet, 3, operational module, 31, single-chip microcomputer, 311, the Single-chip Controlling instruction, 312, decision logic, 313, Compare Logic, 314, the A/D conversion, 315, the brightness value of setting, 32, stepper motor, 33, window shutter, 34, the LED charactron, 35, indoor light, 36, photoresistance.

Embodiment

A kind of application mobile phone is realized the window shutter automatic control system as shown in Figure 1, 2, comprises software module 1, communication module 2 and operational module 3, completes respectively function separately.

Software module: software module 1 is used eclipse software, writes the client software that can move on the Android mobile phone.Use the socket programming to carry out network operation, realize that client conducts interviews to fixing IP port.When specific implementation, on the basis of the original main thread of software, a newly-built sub-thread that is specifically designed to network operation again, complete and maintenance and wireless router on fixing linking of IP port, when the user clicks the corresponding button on client, send corresponding data command in the sub-thread of network, realize that the user sends the function of instruction in client.Can move on the Android system more than 1.6 versions at all with the client of eclipse software programming.

The function of software module is that the user can be connected to the fixed port of system at the Android cell-phone customer terminal, and the automatic shutter window system is sent instruction.Its characteristics: 1. upper general at Android mobile phone (system version is more than 1.6); 2. control and be divided into automatic control (one group of radio button) and manually control.

During communication module work, wireless router is connected with mobile phone by WIFI, completed the monitoring of the fixedly IP port that mobile phone Android client is set by the ser2net firmware, when client has data to import into, the ser2net firmware is responsible for the data command that sends on the Android client,, by the TTL serial ports, be forwarded on the single-chip microcomputer of operational module.Single-chip microcomputer reads and analysis instruction by serial port.

The function of communication module is that the wireless router through repacking is connected with mobile phone by WIFI, and the fixed port of mobile phone setting is monitored, and the instruction that mobile phone is sent is forwarded on single-chip microcomputer by the TTL serial port, realizes communicating by letter between mobile phone and single-chip microcomputer.Its characteristics: 1. be wireless connections between mobile phone and router, scope is the wireless router coverage; 2. the router through repacking can be bridged on internet by the router of another accessing Internet, and the user just can control system in the place of any energy accessing Internet like this.

Example one, be bridged to internet by other routers

At first the router that needs family expenses, can go up outer net, and this router is exactly as linking up automatic shutter window system and extraneous bridge.Selected the TP-LinkWR641G+ router here.The 192.168.1.1 administration interface of router, find and forward rule---" virtual server.Because the operation of our WIFI robot need to be opened two ports, port 8080 is video port, and port 2001 is control port, so we add two port repeat rules, use 192.168.1.108 as the destination client that forwards, Here it is WIFI plate IP address.This IP can be own fixed, but be necessary for fixing.And in the dhcp scope of router.Arrange by this, will resend on the client of this IP of 192.168.1.108 from the access to 8080 ports and 2001 ports of outer net, namely our WIFI plate.

Operational module: operational module is take single-chip microcomputer as core, and single-chip microcomputer, according to the data command that receives from serial port, is controlled the motor action on window shutter.Single-chip microcomputer can be divided into manual control model and automatic control mode to the control of motor.Under manual control model, single-chip microcomputer only is responsible for the motor action instruction that sends according to Android client host computer, controls the open and close of motor forward, counter-rotating and window shutter in the window shutter actuating range; Under automatic control mode, need by the indoor light intensity of photoresistance Real-Time Monitoring, and by A/D, change and convert thereof into a numerical quantities, and display it.The brightness value that the numerical value that single-chip microcomputer constantly monitors this and client are set compares, motor on window shutter is operated accordingly, adjust window shutter and open and close situation, indoor light intensity is remained in setting range, realize that window shutter controls automatically.

Control circuit figure as shown in Figure 3, the Singlechip clock circuit, use the 12MHz crystal oscillator, and for the work of single-chip microcomputer provides time clock, the Configuration of baud rate that the timing of single-chip microcomputer, counting, serial ports receive etc. all needs to carry out according to clock circuit; Reset circuit, system reset while pushing button; Stepper motor driving circuit.Single-chip microcomputer,, is controlled and is passed into the main circuit (forceful electric power) of motor, thereby realize the driving of single-chip microcomputer to stepper motor by motor drive ic to P1.3 mouth output steering order (light current) at the P1.0 mouth; Digital pipe display circuit.Charactron adopts common-anode, uses the static state of charactron to show, the single-chip microcomputer delivery outlet is directly received on the LED charactron, controls the demonstration of charactron by the corresponding value of output on P0 mouth and P2 mouth; Single-chip microcomputer-router connecting circuit, be connected by the TTL serial ports between single-chip microcomputer and router, will notice during connection that TXD and RXD are cross-linked (as figure); The photoresistance circuit, the resistance of photoresistance can change along with the variation of light intensity, and single-chip microcomputer is by the variation of monitoring photoresistance a certain point voltage value, variation that just can calculated resistance ambient light intensity level.Its characteristics: 1. connect single-chip microcomputer and router by the TTL serial ports, the data exchange between having realized both; 2. in the embedded work system take single-chip microcomputer as core, realized that advanced capable data collection, data show, then according to the data that collect, carried out the integrated automatic adjusting of Electric Machine Control.

The characteristics of whole system maximum are: it is one and combines the exploitation of Android cell phone software, embedded system development, can realize easily light is controlled, and has the baby networked system of feedback regulation.

During system works, the user arranges the light intensity value in mobile phone A ndroid client,, by wireless router (another router bridge joint that perhaps connects outer net) and single chip communication, by the motor on the Single-chip Controlling window shutter, thereby controls the window shutter action.

Simultaneously all right Real-time Collection and display light line strength value, contrast at the intensity level that cell-phone customer terminal sets with the user, the motor of controlling on window shutter produces the indoor light intensity of corresponding action change, indoor light intensity is maintained in setting range all the time, realize that window shutter controls automatically.

Claims (1)

1. an application mobile phone is realized the window shutter automatic control system, comprise software module (1), communication module (2) and operational module (3), it is characterized in that described software module (1) setup control value, select communication and control mode, be delivered to the pass of operational module (3) adjusting louver window by communication module (2), close and aperture, software module (1) is controlled software (111) by being provided with the android mobile phone, control button (112) for one group, manually control selection key (113), brightness value setting key (114), automatically control selection key (115), the Android mobile phone (11) of Long-distance Control selection key (116) forms, wherein control button (112) and comprise and open window shutter button (1121) for one group, brightness regulation key (1122), close window shutter button (1123), communication module (2) is comprised of openwrt wireless router (21) and internet (22), openwrt wireless router (21) is installed and is used for serial-port communication ser2net firmware, be connected with Android mobile phone (11) by WIFI, the fixed port that mobile phone is set is monitored, the instruction that Android mobile phone (11) is sent is forwarded on single-chip microcomputer (31) by the TTL serial port, when openwrt wireless router (21) is pressed Long-distance Control selection key (116) at Android mobile phone (11), accept by internet (22) instruction that Android mobile phone (11) sends, operational module (3) is by single-chip microcomputer (31), stepper motor (32), window shutter (33), LED charactron (34), indoor light (35), photoresistance (36) forms, wherein single-chip microcomputer (31) includes Single-chip Controlling instruction (311), decision logic (312), Compare Logic (313), A/D changes (314), the brightness value (315) of setting, single-chip microcomputer (31) is according to the instruction that receives from openwrt wireless router (21), control the stepper motor (32) that is connected with window shutter (33) and rotate adjusting indoor light (35), Single-chip Controlling instruction (311) is manual control model or automatic control mode by decision logic (312) judgement, press the manual control selection key (113) of Android mobile phone (11), Single-chip Controlling instruction (311) according to one group of Android mobile phone (11) control button (112) open window shutter button (1121), brightness regulation key (1122), closing window shutter button (1123) controls, press the automatic control selection key (115) of Android mobile phone (11), Single-chip Controlling instruction (311) is read by A/D and is changed the numerical quantities that indoor light (35) brightness transition that (314) monitor photoresistance (36) becomes, this value is shown by LED charactron (34) simultaneously, the brightness value (315) of setting with the brightness value setting key (114) of Android mobile phone (11) is controlled after relatively through Compare Logic (313).
CN201310335665.3A 2013-08-02 2013-08-02 System for achieving automatic control of shutter by applying mobile phone CN103389720B (en)

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CN104166416A (en) * 2014-08-01 2014-11-26 青岛大学 Internet-of-things system for controlling indoor light illumination temperature
CN104533220A (en) * 2014-12-31 2015-04-22 无锡职业技术学院 Intelligent wind and rain window system and control method thereof
CN105913639A (en) * 2016-05-18 2016-08-31 吴自达 Control method for electric intelligent casement window
CN106444486A (en) * 2016-08-31 2017-02-22 余姚市西蒙房车电器有限公司 Dust concentration detection based window opening mode control system
CN106488634A (en) * 2016-12-09 2017-03-08 西华大学 Room brilliancy automatic control system
AT518001A1 (en) * 2015-12-04 2017-06-15 Embyt E U Method for configuring a sun-dependent control of shading devices
CN109252802A (en) * 2018-11-19 2019-01-22 四川长虹电器股份有限公司 A kind of indoor light intensity adjustment system and adjusting method based on intelligent shutter

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Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103728962A (en) * 2014-01-18 2014-04-16 王忠烨 Intelligent home control system
CN104166416A (en) * 2014-08-01 2014-11-26 青岛大学 Internet-of-things system for controlling indoor light illumination temperature
CN104533220A (en) * 2014-12-31 2015-04-22 无锡职业技术学院 Intelligent wind and rain window system and control method thereof
AT518001A1 (en) * 2015-12-04 2017-06-15 Embyt E U Method for configuring a sun-dependent control of shading devices
CN105913639A (en) * 2016-05-18 2016-08-31 吴自达 Control method for electric intelligent casement window
CN106444486A (en) * 2016-08-31 2017-02-22 余姚市西蒙房车电器有限公司 Dust concentration detection based window opening mode control system
CN106488634A (en) * 2016-12-09 2017-03-08 西华大学 Room brilliancy automatic control system
CN109252802A (en) * 2018-11-19 2019-01-22 四川长虹电器股份有限公司 A kind of indoor light intensity adjustment system and adjusting method based on intelligent shutter

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