CN105261175A - Wireless protocol information converting method and gateway - Google Patents
Wireless protocol information converting method and gateway Download PDFInfo
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- CN105261175A CN105261175A CN201510658551.1A CN201510658551A CN105261175A CN 105261175 A CN105261175 A CN 105261175A CN 201510658551 A CN201510658551 A CN 201510658551A CN 105261175 A CN105261175 A CN 105261175A
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Abstract
The invention discloses a wireless protocol information converting method. The method includes the steps that a ZigBee module converts received information transmitted by ZigBee equipment and transmits the converted information to a Wi-Fi module in a preset communication mode; the Wi-Fi module transmits a generated first control signal to the ZigBee module in a preset communication mode; the ZigBee module transmits the received first control signal to the ZigBee equipment; an infrared module converts received information transmitted by infrared equipment and transmits the converted information to the Wi-Fi module; the Wi-Fi module transmits a generated second control signal to the infrared module; the infrared module transmits the received second control signal to the infrared equipment. Information conversion among three wireless protocols can be achieved. The invention further discloses a wireless protocol information converting gateway.
Description
Technical field
The present invention relates to radio transmission technical field, particularly relate to a kind of information conversion method and gateway of wireless protocols.
Background technology
At present, the mode of wireless transmission mainly contains Wi-Fi, infrared and ZigBee.Wi-Fi technology based on IEEE802.11 standard is a wireless network communication technique based on series standard, the advantage such as have wide coverage, short range and long distance wireless is connected, and is mainly used in the aspects such as industry, agricultural, military affairs, medical treatment and Smart Home; Infrared communication has lower cost, applies widely, especially in field of household appliances; Zigbee protocol based on IEEE802.15.4 standard has self-organization, good stability, strong interference immunity, the advantage such as low in energy consumption, is mainly used in the aspects such as industry, agricultural, military affairs, medical treatment and household electrical appliance.But these three kinds of wireless transmission methods existing can only realize the information conversion between two kinds of different radio agreements, the information conversion between three kinds of wireless protocols can not be realized simultaneously.
Summary of the invention
The invention provides a kind of information conversion method of wireless protocols, the information conversion between three kinds of wireless protocols can be realized.
The invention provides a kind of information conversion method of wireless protocols, comprising:
The information that the ZigBee equipment received sends is changed by ZigBee module, and the information after conversion is sent to Wi-Fi module by the communication modes preset;
The first control signal generated is sent to described ZigBee module by the communication modes preset by described Wi-Fi module;
Described first control signal received is sent to described ZigBee equipment by described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
The information that the infrared equipment received sends is changed by infrared module, and the information after conversion is sent to Wi-Fi module;
The second control signal generated is sent to described infrared module by described Wi-Fi module;
Described second control signal received is sent to described infrared equipment, in order to control described infrared equipment by described infrared module.
Preferably, described method also comprises:
The 3rd control signal generated is sent to Wi-Fi equipment, in order to control described Wi-Fi equipment by described Wi-Fi module.
Preferably, the information after conversion is sent to Wi-Fi module by default communication modes and is specially by described ZigBee module:
Information after conversion is sent to Wi-Fi module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described ZigBee module.
Preferably, the first control signal generated is sent to described ZigBee module by default communication modes and is specially by described Wi-Fi module:
The first control signal generated is sent to described ZigBee module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described Wi-Fi module.
An information transfer gateway for wireless protocols, comprising: ZigBee module, Wi-Fi module and infrared module; Wherein:
Described ZigBee module is connected with described Wi-Fi module, after the information that the ZigBee equipment received sends is changed by described ZigBee module, the information after conversion is sent to described Wi-Fi module by the communication modes preset;
The first control information generated is sent to described ZigBee module by the communication modes preset by described Wi-Fi module;
Described first control signal received is sent to described ZigBee equipment by described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
Described infrared module is connected with described Wi-Fi module, and the information that the infrared equipment received sends is changed by described infrared module, and the information after transforming is sent to described Wi-Fi module;
The second control information generated is sent to connected described infrared module by described Wi-Fi module, and the second control information received is sent to described infrared equipment by described infrared module, in order to control described infrared equipment.
Preferably, the 3rd control signal generated also is sent to Wi-Fi equipment, in order to control described Wi-Fi equipment by described Wi-Fi module.
Preferably, the information after conversion is sent to Wi-Fi module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described ZigBee module.
Preferably, the first control signal generated is sent to described ZigBee module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described Wi-Fi module.
From such scheme, the information conversion method of a kind of wireless protocols provided by the invention, ZigBee module is sent to Wi-Fi module after the information that the ZigBee equipment received sends can being changed, control signal can be sent to ZigBee module by Wi-Fi module simultaneously, thus controls ZigBee equipment; Simultaneously, infrared module is sent to Wi-Fi module after the information that infrared equipment sends can being changed, control signal can be sent to infrared module by Wi-Fi module simultaneously, thus controls infrared equipment, achieves the information conversion between three kinds of wireless protocols.
Accompanying drawing explanation
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, be briefly described to the accompanying drawing used required in embodiment or description of the prior art below, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
The process flow diagram of Fig. 1 a kind of information conversion method of wireless protocols disclosed in the embodiment of the present invention;
The process flow diagram of Fig. 2 information conversion method of another kind of wireless protocols disclosed in the embodiment of the present invention;
The structural representation of Fig. 3 a kind of information transfer gateway of wireless protocols disclosed in the embodiment of the present invention;
The structural representation of Fig. 4 information transfer gateway of another kind of wireless protocols disclosed in the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
As shown in Figure 1, a kind of information conversion method of wireless protocols disclosed in the embodiment of the present invention, comprising:
The information that the ZigBee equipment received sends is changed by S101, ZigBee module, and the information after conversion is sent to Wi-Fi module by the communication modes preset;
When the ZigBee equipment in network outwards sends information, such as, outwards send the information such as product information, running status, state of a control.ZigBee module receives the information that ZigBee equipment sends, the information received is changed according to corresponding agreement, and the information after conversion is sent to Wi-Fi module by the communication modes preset, Wi-Fi module can be controlled by the equipment of other communication modes to other according to the information received.
The first control signal generated is sent to described ZigBee module by the communication modes preset by S102, Wi-Fi module;
When needs are controlled ZigBee equipment by Wi-Fi module, Wi-Fi module generates the first control signal according to demand for control, and the first control signal generated is sent to ZigBee module by the communication modes preset;
Described first control signal received is sent to described ZigBee equipment by S103, described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
ZigBee module receives the first control signal that Wi-Fi module sends, and changes according to corresponding agreement the first control signal, is controlled accordingly ZigBee equipment by the first control signal after conversion.
The information that the infrared equipment received sends is changed by S104, infrared module, and the information after conversion is sent to Wi-Fi module;
When the infrared equipment in network outwards sends information, infrared receiving circuit in infrared module receives the information that infrared equipment sends, and being sent to Wi-Fi module after the information received being changed, Wi-Fi module can be controlled by the equipment of other communication modes to other according to the information received.Such as, according to the information received, by ZigBee module, ZigBee equipment is controlled.
The second control signal generated is sent to described infrared module by S105, described Wi-Fi module;
When needs are controlled infrared equipment by Wi-Fi module, Wi-Fi module generates the second control information according to demand for control, and the second control signal generated is sent to infrared module.
Described second control signal received is sent to described infrared equipment, in order to control described infrared equipment by S106, described infrared module.
Infrared transtation mission circuit in infrared module is sent to infrared equipment after the second control information received is converted to corresponding infrared signal, controls accordingly infrared equipment.
In sum, in the above-described embodiments, ZigBee module is sent to Wi-Fi module after the information that the ZigBee equipment received sends can being changed, and control signal can be sent to ZigBee module by Wi-Fi module simultaneously, thus controls ZigBee equipment; Simultaneously, infrared module is sent to Wi-Fi module after the information that infrared equipment sends can being changed, control signal can be sent to infrared module by Wi-Fi module simultaneously, thus infrared equipment is controlled, achieve the information conversion between Wi-Fi, infrared and ZigBee tri-kinds of wireless protocols.
As shown in Figure 2, the information conversion method of another kind of wireless protocols disclosed in the embodiment of the present invention, comprising:
The information that the ZigBee equipment received sends is changed by S201, ZigBee module, and the information after conversion is sent to Wi-Fi module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement;
When the ZigBee equipment in network outwards sends information, such as, outwards send the information such as product information, running status, state of a control.ZigBee module receives the information that ZigBee equipment sends, the information received is changed according to corresponding agreement, and by the information after conversion by UART (UniversalAsynchronousReceiver/Transmitter, universal asynchronous receiving-transmitting transmitter) protocol data packet format or I/O port analog communication protocol data packet format be sent to Wi-Fi module, and Wi-Fi module can be controlled by the equipment of other communication modes to other according to the information received.
The first control signal generated is sent to described ZigBee module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by S202, Wi-Fi module;
When needs are controlled ZigBee equipment by Wi-Fi module, Wi-Fi module generates the first control signal according to demand for control, and the first control signal generated is sent to ZigBee module by UART (UniversalAsynchronousReceiver/Transmitter, universal asynchronous receiving-transmitting transmitter) protocol data packet format or I/O port analog communication protocol data packet format;
Described first control signal received is sent to described ZigBee equipment by S203, described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
ZigBee module receives the first control signal that Wi-Fi module sends, and changes according to corresponding agreement the first control signal, is controlled accordingly ZigBee equipment by the first control signal after conversion.
The information that the infrared equipment received sends is changed by S204, infrared module, and the information after conversion is sent to Wi-Fi module;
When the infrared equipment in network outwards sends information, infrared receiving circuit in infrared module receives the information that infrared equipment sends, and being sent to Wi-Fi module after the information received being changed, Wi-Fi module can be controlled by the equipment of other communication modes to other according to the information received.Such as, according to the information received, by ZigBee module, ZigBee equipment is controlled.
The second control signal generated is sent to described infrared module by S205, described Wi-Fi module;
When needs are controlled infrared equipment by Wi-Fi module, Wi-Fi module generates the second control information according to demand for control, and the second control signal generated is sent to infrared module.
Described second control signal received is sent to described infrared equipment, in order to control described infrared equipment by S206, described infrared module;
Infrared transtation mission circuit in infrared module is sent to infrared equipment after the second control information received is converted to corresponding infrared signal, controls accordingly infrared equipment.
The 3rd control signal generated is sent to Wi-Fi equipment, in order to control described Wi-Fi equipment by S207, Wi-Fi module.
When needs are controlled Wi-Fi equipment by Wi-Fi module, Wi-Fi module generates the 3rd control signal according to demand for control, and the 3rd control signal generated wirelessly is sent to Wi-Fi equipment, controls accordingly Wi-Fi equipment.
In sum, in the above-described embodiments, ZigBee module is sent to Wi-Fi module after the information that the ZigBee equipment received sends can being changed, and control signal can be sent to ZigBee module by Wi-Fi module simultaneously, thus controls ZigBee equipment; Simultaneously, infrared module is sent to Wi-Fi module after the information that infrared equipment sends can being changed, control signal can be sent to infrared module by Wi-Fi module simultaneously, thus infrared equipment is controlled, Wi-Fi module can also need control information to be directly sent to Wi-Fi equipment according to control, controls Wi-Fi equipment; Achieve the information conversion between Wi-Fi, infrared and ZigBee tri-kinds of wireless protocols.
As shown in Figure 3, be the information transfer gateway of a kind of wireless protocols disclosed by the invention, comprise: ZigBee module 31, Wi-Fi module 32 and infrared module 33; Wherein:
ZigBee module 31 is connected with Wi-Fi module 32, after the information that the ZigBee equipment 34 received sends is changed by ZigBee module 31, the information after conversion is sent to Wi-Fi module 32 by the communication modes preset;
The first control information generated is sent to ZigBee module 31 by the communication modes preset by Wi-Fi module 32;
Described first control signal received is sent to ZigBee equipment 34 by ZigBee module 31, and described first control signal is in order to control ZigBee equipment 34;
Infrared module 33 is connected with Wi-Fi module 32, and the information that the infrared equipment 35 received sends is changed by infrared module 33, and the information after transforming is sent to Wi-Fi module 32;
The second control information generated is sent to connected infrared module 33 by Wi-Fi module 32, and the second control information received is sent to infrared equipment 35 by infrared module 33, in order to control infrared equipment 35.
Concrete, the principle of work of above-described embodiment is: when the outside transmission information of the ZigBee equipment 34 in network, such as, outwards send the information such as product information, running status, state of a control.ZigBee module 31 receives the information that ZigBee equipment 34 sends, the information received is changed according to corresponding agreement, and the information after conversion is sent to Wi-Fi module 32 by the communication modes preset, Wi-Fi module 32 can be controlled by the equipment of other communication modes to other according to the information received.
When needs are controlled by Wi-Fi module 32 pairs of ZigBee equipment 34, Wi-Fi module 32 generates the first control signal according to demand for control, and the first control signal generated is sent to ZigBee module 31 by the communication modes preset; ZigBee module 31 receives the first control signal that Wi-Fi module 32 sends, and changes according to corresponding agreement the first control signal, is controlled accordingly ZigBee equipment 34 by the first control signal after conversion.
When the outside transmission information of the infrared equipment 35 in network, infrared receiving circuit in infrared module 33 receives the information that infrared equipment 35 sends, and being sent to Wi-Fi module 32 after the information received being changed, Wi-Fi module 32 can be controlled by the equipment of other communication modes to other according to the information received.Such as, according to the information received, by ZigBee module, ZigBee equipment is controlled.
When needs are controlled by Wi-Fi module 32 pairs of infrared equipments 35, Wi-Fi module 32 generates the second control information according to demand for control, and the second control signal generated is sent to infrared module 33.Infrared transtation mission circuit in infrared module 33 is sent to infrared equipment 35 after the second control information received is converted to corresponding infrared signal, controls accordingly infrared equipment 35.
In sum, in the above-described embodiments, ZigBee module is sent to Wi-Fi module after the information that the ZigBee equipment received sends can being changed, and control signal can be sent to ZigBee module by Wi-Fi module simultaneously, thus controls ZigBee equipment; Simultaneously, infrared module is sent to Wi-Fi module after the information that infrared equipment sends can being changed, control signal can be sent to infrared module by Wi-Fi module simultaneously, thus infrared equipment is controlled, achieve the information conversion between Wi-Fi, infrared and ZigBee tri-kinds of wireless protocols.
As shown in Figure 4, be the information transfer gateway of a kind of wireless protocols disclosed by the invention, comprise: ZigBee module 41, Wi-Fi module 42 and infrared module 43; Wherein:
ZigBee module 41 is connected with Wi-Fi module 42, after the information that the ZigBee equipment 44 received sends is changed by ZigBee module 41, the information after conversion is sent to Wi-Fi module 42 by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement;
The first control information generated is sent to ZigBee module 41 by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by Wi-Fi module 42;
Described first control signal received is sent to ZigBee equipment 44 by ZigBee module 41, and described first control signal is in order to control ZigBee equipment 44;
Infrared module 43 is connected with Wi-Fi module 42, and the information that the infrared equipment 45 received sends is changed by infrared module 43, and the information after transforming is sent to Wi-Fi module 42;
The second control information generated is sent to connected infrared module 43 by Wi-Fi module 42, and the second control information received is sent to infrared equipment 45 by infrared module 43, in order to control infrared equipment 45;
The 3rd control signal generated is sent to Wi-Fi equipment 46, in order to control Wi-Fi equipment 46 by Wi-Fi module 42.
Concrete, the principle of work of above-described embodiment is: when the outside transmission information of the ZigBee equipment 44 in network, such as, outwards send the information such as product information, running status, state of a control.ZigBee module 41 receives the information that ZigBee equipment 44 sends, the information received is changed according to corresponding agreement, and by the information after conversion by UART (UniversalAsynchronousReceiver/Transmitter, universal asynchronous receiving-transmitting transmitter) protocol data packet format or I/O port analog communication protocol data packet format be sent to Wi-Fi module 42, and Wi-Fi module 42 can be controlled by the equipment of other communication modes to other according to the information received.
When needs are controlled by Wi-Fi module 42 pairs of ZigBee equipment 44, Wi-Fi module 42 generates the first control signal according to demand for control, and the first control signal generated is sent to ZigBee module 41 by UART (UniversalAsynchronousReceiver/Transmitter, universal asynchronous receiving-transmitting transmitter) protocol data packet format or I/O port analog communication protocol data packet format; ZigBee module 41 receives the first control signal that Wi-Fi module 42 sends, and changes according to corresponding agreement the first control signal, is controlled accordingly ZigBee equipment 44 by the first control signal after conversion.
When the outside transmission information of the infrared equipment 45 in network, infrared receiving circuit in infrared module 43 receives the information that infrared equipment 45 sends, and being sent to Wi-Fi module 42 after the information received being changed, Wi-Fi module 42 can be controlled by the equipment of other communication modes to other according to the information received.Such as, according to the information received, by ZigBee module, ZigBee equipment is controlled.
When needs are controlled by Wi-Fi module 42 pairs of infrared equipments 45, Wi-Fi module 42 generates the second control information according to demand for control, and the second control signal generated is sent to infrared module 43.Infrared transtation mission circuit in infrared module 43 is sent to infrared equipment 45 after the second control information received is converted to corresponding infrared signal, controls accordingly infrared equipment 45.
When needs are controlled by Wi-Fi module 42 pairs of Wi-Fi equipment 46, Wi-Fi module 42 generates the 3rd control signal according to demand for control, and the 3rd control signal generated wirelessly is sent to Wi-Fi equipment 45, Wi-Fi equipment 45 is controlled accordingly.
In sum, in the above-described embodiments, ZigBee module is sent to Wi-Fi module after the information that the ZigBee equipment received sends can being changed, and control signal can be sent to ZigBee module by Wi-Fi module simultaneously, thus controls ZigBee equipment; Simultaneously, infrared module is sent to Wi-Fi module after the information that infrared equipment sends can being changed, control signal can be sent to infrared module by Wi-Fi module simultaneously, thus infrared equipment is controlled, Wi-Fi module can also need control information to be directly sent to Wi-Fi equipment according to control, controls Wi-Fi equipment; Achieve the information conversion between Wi-Fi, infrared and ZigBee tri-kinds of wireless protocols.
If the function described in the present embodiment method using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computing equipment read/write memory medium.Based on such understanding, the part of the part that the embodiment of the present invention contributes to prior art or this technical scheme can embody with the form of software product, this software product is stored in a storage medium, comprising some instructions in order to make a computing equipment (can be personal computer, server, mobile computing device or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention.And aforesaid storage medium comprises: USB flash disk, portable hard drive, ROM (read-only memory) (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.
In this instructions, each embodiment adopts the mode of going forward one by one to describe, and what each embodiment stressed is the difference with other embodiment, between each embodiment same or similar part mutually see.
To the above-mentioned explanation of the disclosed embodiments, professional and technical personnel in the field are realized or uses the present invention.To be apparent for those skilled in the art to the multiple amendment of these embodiments, General Principle as defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention can not be restricted to these embodiments shown in this article, but will meet the widest scope consistent with principle disclosed herein and features of novelty.
Claims (8)
1. an information conversion method for wireless protocols, is characterized in that, comprising:
The information that the ZigBee equipment received sends is changed by ZigBee module, and the information after conversion is sent to Wi-Fi module by the communication modes preset;
The first control signal generated is sent to described ZigBee module by the communication modes preset by described Wi-Fi module;
Described first control signal received is sent to described ZigBee equipment by described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
The information that the infrared equipment received sends is changed by infrared module, and the information after conversion is sent to Wi-Fi module;
The second control signal generated is sent to described infrared module by described Wi-Fi module;
Described second control signal received is sent to described infrared equipment, in order to control described infrared equipment by described infrared module.
2. method according to claim 1, is characterized in that, also comprises:
The 3rd control signal generated is sent to Wi-Fi equipment, in order to control described Wi-Fi equipment by described Wi-Fi module.
3. method according to claim 2, is characterized in that, the information after conversion is sent to Wi-Fi module by the communication modes preset and is specially by described ZigBee module:
Information after conversion is sent to Wi-Fi module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described ZigBee module.
4. method according to claim 3, is characterized in that, the first control signal generated is sent to described ZigBee module by the communication modes preset and is specially by described Wi-Fi module:
The first control signal generated is sent to described ZigBee module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described Wi-Fi module.
5. an information transfer gateway for wireless protocols, is characterized in that, comprising: ZigBee module, Wi-Fi module and infrared module; Wherein:
Described ZigBee module is connected with described Wi-Fi module, after the information that the ZigBee equipment received sends is changed by described ZigBee module, the information after conversion is sent to described Wi-Fi module by the communication modes preset;
The first control information generated is sent to described ZigBee module by the communication modes preset by described Wi-Fi module;
Described first control signal received is sent to described ZigBee equipment by described ZigBee module, and described first control signal is in order to control described ZigBee equipment;
Described infrared module is connected with described Wi-Fi module, and the information that the infrared equipment received sends is changed by described infrared module, and the information after transforming is sent to described Wi-Fi module;
The second control information generated is sent to connected described infrared module by described Wi-Fi module, and the second control information received is sent to described infrared equipment by described infrared module, in order to control described infrared equipment.
6. gateway according to claim 5, is characterized in that, the 3rd control signal generated also is sent to Wi-Fi equipment, in order to control described Wi-Fi equipment by described Wi-Fi module.
7. gateway according to claim 6, is characterized in that, the information after conversion is sent to Wi-Fi module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described ZigBee module.
8. gateway according to claim 7, is characterized in that, the first control signal generated is sent to described ZigBee module by universal asynchronous receiving-transmitting transmission communication agreement or I/O port analog communication agreement by described Wi-Fi module.
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