The Internet of Things wireless infrared repeater
Technical field
The utility model relates to the Infrared Ray Remote Control Technology field, particularly a kind of Internet of Things wireless infrared repeater.
Background technology
Development along with society, the raising of people's living standard, existing every household all has been equipped with the infrared remote control products such as air-conditioning, televisor, DVD disc player, power amplifier, sound equipment, set-top box, each product has been equipped with corresponding telepilot, telepilot quantity is various, and these telepilots often can not be general, in actual use unusual inconvenience.Secondly, a fatal shortcoming of current all kinds of Infrared remote controller can't realize penetrating barrier, long-distance remote control exactly.
Can sum up, infrared remote control equipment has following shortcoming at present: 1) telepilot is of a great variety, and not general mutually; 2) infrared coding is single, can not realize simultaneously many equipment controls; 3) infrared control has the dead angle, can not realize in-plant full angle control; 3) can't penetrate the barrier controls such as body of wall, door cabinet; 4) can't realize remote, remote wireless control.
The utility model content
The purpose of this utility model provides a kind of Internet of Things wireless infrared repeater, can receive all kinds of control commands such as network wifi, note, voice, radio frequency, can realize wireless, the remote real_time control of mobile phone, computer, IPAD.
The utility model adopts following scheme to realize: a kind of Internet of Things wireless infrared repeater is characterized in that comprising: a MCU and the RS232/ISP circuit that is connected with this MCU, FLASH storer, infrared learning circuit, infrared transmitting circuit, power supply stabilization circuit, embedded wifi wireless communication module, GSM/GPRS/CDMA wireless communication module, ZigBee wireless communication module and 315M/433M wireless communication module.
In the utility model one embodiment, described power supply stabilization circuit is by 90 ~ 250V Alternating Current Power Supply.
In the utility model one embodiment, described MCU is 32 flush bonding processors.
In the utility model one embodiment, also comprise a shell, described shell can be installed by ceiling type.
In the utility model one embodiment, described infrared transmitting circuit is high-power, full angle infrared transmitting circuit.
In the utility model one embodiment, described high-power, full angle infrared transmitting circuit is provided with 8 Infrared High-Power power valves.
The utlity model has following advantage:
1) be equipped with highly sensitive infrared receiving terminal, 32 flush bonding processors at a high speed, reach efficient decoding software and can learn any infrared coding, infrared coding length can reach 2048;
2) infra-red remote controls such as comprehensive compatible air-conditioning, televisor, DVD, DVR, power amplifier, sound equipment, set-top box
Product;
3) be equipped with large capacity memory chips, can store 300 groups of infrared codings (1024 long infrared codings), perhaps can store 150 groups of infrared codings (2048 long infrared codings);
4) be equipped with full angle (360 degree), Infrared High-Power power valve, can realize the full angle control of infrared equipment;
5) be equipped with the GSM/GPRS wireless communication module, can receive the signals such as note, voice;
6) be equipped with the ZigBee wireless communication module, can receive the wireless control signal of ZigBee (2.4G);
7) be equipped with the WiFi wireless communication module, can receive the WiFi network control signal;
8) be equipped with the 315M/433M wireless communication module, can receive the 315M/433M radio frequency signal;
9) can realize by mobile phone, computer, IPAD, carry out long-range, real-time control;
10) adopt 90 ~ 250V Alternating Current Power Supply, exempt from wiring and install;
11) adopt ceiling type to install, infrared emission is wider general.
Description of drawings
Fig. 1 is the utility model one embodiment circuit catenation principle block diagram.
Embodiment
Below in conjunction with drawings and Examples the utility model is described further.
As shown in Figure 1, a kind of Internet of Things wireless infrared repeater is characterized in that comprising: a MCU and the RS232/ISP circuit that is connected with this MCU, FLASH storer, infrared learning circuit, infrared transmitting circuit, power supply stabilization circuit, embedded wifi wireless communication module, GSM/GPRS/CDMA wireless communication module, ZigBee wireless communication module and 315M/433M wireless communication module.
In the utility model one embodiment, this transponder also comprises a shell, but described shell ceiling type is installed.Described infrared transmitting circuit is high-power, full angle infrared transmitting circuit.Described power supply stabilization circuit is by 90 ~ 250V Alternating Current Power Supply.Described FLASH storer is a large capacity memory chips, can store 300 groups of infrared codings (1024 long infrared codings), perhaps can store 150 groups of infrared codings (2048 long infrared codings).
In order to allow those skilled in the art better understand the utility model, the below does several parts of this transponder and specifies: 1, the study of infrared coding and storage: this transponder has been equipped with highly sensitive infrared receiving terminal, has reached jumbo storage chip, can learn all kinds of infrared codings, can learn storage to the infrared coding of each telepilot, can certainly directly download and store each infrared coding by each interfaces such as wifi wireless communication module, GSM/GPRS modules.2, site infrare control: transponder adopts ceiling type installation, direct 90 ~ 250V to exchange input, and is easy for installation simple; Full angle (360 degree) has been equipped with 8 Infrared High-Power power valves simultaneously, can carry out simultaneously comprehensive control to the infrared equipment at scene.3, Wireless remote control: receive networking command by the wifi module, receive SMS, networking command by GSM/GPRS, accept LAN (Local Area Network) control order by ZigBee, 315M/433M module, by being equipped with corresponding client software, can realize wireless, the remote real_time control of mobile phone, computer, IPAD.
Sum up its workflow as follows:
Arrange infrared transponder-" each infrared coding of work-place study (or wireless downloading)-" store each infrared coding-" receive each controlled in wireless order (radio communication mold by correspondence receives all kinds of control commands: wifi networking command, GSM/GPRS order, ZigBee order, 315/433M radio-frequency command)---" control each infrared equipment.
Concrete, when the utility model uses, at first the perform region of this converter arrangement at infrared equipment, can be to inhale the top to install, such as multi-functional conference room, parlor, multi-media sound system chamber, room etc., by described high-power, full angle (360 degree) infrared transmitting tube, just can launch each pre-stored infrared coding like this, each infrared equipment in this perform region is carried out straighforward operation.Because this transponder has been equipped with various wireless communication modules, can receive all kinds of control commands such as network wifi, note, voice, radio frequency, therefore by the client software of outfit, just can realize wireless, the remote real_time control of mobile phone, computer, IPAD.
The above only is preferred embodiment of the present utility model, and all equalizations of doing according to the utility model claim change and modify, and all should belong to covering scope of the present utility model.