CN103106783A - Wireless remote control coordinator and implementation method thereof - Google Patents
Wireless remote control coordinator and implementation method thereof Download PDFInfo
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- CN103106783A CN103106783A CN201110360922XA CN201110360922A CN103106783A CN 103106783 A CN103106783 A CN 103106783A CN 201110360922X A CN201110360922X A CN 201110360922XA CN 201110360922 A CN201110360922 A CN 201110360922A CN 103106783 A CN103106783 A CN 103106783A
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Abstract
The invention provides a wireless remote control coordinator, comprising a microprocessor module, a time module, a receiving module, a transmitting module, a storage module and a display module. The invention also provides an implementation method of the wireless coordinator. By virtue of the wireless remote control coordinator, signal source information can be accepted, identified and stored or forwarded, and also can be transmitted to a server or a terminal device through a network; and meanwhile, the wireless remote control coordinator also supports various wireless remote control chips with fixed codes, and is high in receiving sensitivity, transmitting strength and expandability.
Description
Technical field
The invention belongs to wireless technical field, relate in particular to a kind of wireless remote control telegon and its implementation.
Background technology
Mostly current, common wireless remote control remote alarms main process equipment is by note or telephony mode, and data can not be exported, can't transmit by Internet easily, the wireless remote-controlled alarm main frame of a company generally can only be supported the product of our company simultaneously, is difficult to extensively support.Common learning-oriented wireless remote control device only has receiving function, can't distinguish different signal sources simultaneously, can't transmit.The analyser that wireless remote control is arranged in market, can analyze coding and the pulse width of telepilot, and the emission of analog chip, can only be used for analyzing telepilot, receiving sensitivity and emissive porwer are not high, be difficult to be stored as alerting signal as security alarm main frame and long-distance remote control device, can not be stored as the telepilot format signal; Open serial data output is not provided, is difficult to carry out software development and the network application of secondary.
Summary of the invention
In view of above background, the invention provides a kind of wireless remote control telegon, it can receive, solves, storage, wireless signal emission information; And provide digital communications ports, can be transmitted through the network to server or directly and terminal device carry out alternately, have coordination, warning, three kinds of duties of remote control, support many kinds of fixed code wireless remote control chips, the characteristics such as have the sensitivity of acceptance and emissive porwer is high, and extensibility is strong.
The invention provides a kind of wireless remote control telegon, comprise micro treatment module, time module, receiver module, sending module, memory module, display module;
Micro treatment module, with receiver module, sending module, memory module, and display module is connected, and is used for the analysis of the number of collection of letters and the mutual conversion between digital signal and wireless signal; And processing is from the order of communication port;
Time module, with described micro treatment module, memory module is connected, and is used for reading the current time, and record receives at every turn, the precise time when transmitting;
Receiver module is connected with micro treatment module, is used for reception information;
Sending module is connected with micro treatment module, is used for transmission information;
Memory module is connected with micro treatment module, is used for the storage of information;
Display module is used to indicate the output display of information.
Preferably, telegon also comprises the auxiliary port module, and it provides multiple communication interface and power supply interface for telegon.
Preferably, telegon also comprises battery case, provides electric power energy by battery for telegon.
Preferably, receiver module comprises, two superheterodyne reception heads and isolation shaping module;
The superheterodyne reception head is connected with isolation shaping module, is used for reception and the demodulation of signal;
Isolation shaping module is connected with two superheterodyne reception heads, is used for the shaping of signal.
Receiver module adopts the reception of superhet, first by multiplying each other with local oscillation signal, realizes that intermediate frequency transforms, and reduces carrier frequency; Demodulation is convenient like this, and highly sensitive, jamproof ability is strong, after demodulation, signal is passed through the isolation shaping module shaping, then be transferred to other modules of telegon.
Whole receiving course is under the frequency of 315Mhz and 433Mhz, and this frequency range is the open frequency range of China.
Two superheterodyne reception heads in receiver module, a superheterodyne reception head is used for the signal of the frequency of reception 315Mhz, and another is used for the signal of the frequency of reception 433Mhz, and these two Receivers work alone, and do not interfere with each other.
When having signal to launch on telegon, the signal of the frequency of 315Mhz and 433Mhz can be accepted by the superheterodyne reception head of corresponding frequencies, and passes to micro treatment module and process, further realize this signal corresponding function.
Preferably, sending module comprises, interconnective transmitter module and amplification module;
Transmitter module is used for modulation and the transmission of signal;
Amplification module is used for the power amplification of signal.
Sending module adopts the mode of amplitude modulation, and digital signal modulated is sent to high-frequency again.When signal sends, first multiply each other with carrier signal after amplification module amplifies, then sent by transmitter module.
Preferably, sending module adopts the mode of amplitude modulation, and digital signal modulated is sent to high-frequency again.
Preferably, display module comprises: display screen, loudspeaker and pilot lamp;
Display screen, for the operation prompt information that shows telegon, the transmission status information of the information that receives and the information of transmission etc.;
Loudspeaker is used for the output of prompt tone;
Pilot lamp, by kept burning day and night, long dark or flicker, output prompting.
For realizing purpose of the present invention, the present invention also provides a kind of implementation method of wireless telegon, comprises the following steps:
Steps A: wireless telegon is selected duty;
Step B: wireless telegon receives the signal that signal source is sent;
Step C: wireless telegon is processed to the received signal.
Preferably, above-mentioned signal source comprises the controller of controlling described Digiplex self.
Preferably, above-mentioned steps A: wireless telegon is selected duty, and wherein the selection of duty is by the communication port order or by button artificial selection;
Duty comprises, telegon state, alarm state and telepilot state.
Preferably, above-mentioned steps B: wireless telegon receives the signal that signal source is sent, and comprises the following steps:
Step B1: the superheterodyne reception head that the frequency of the signal that receiver module and signal source are sent is complementary is accepted and is sent this information to isolation shaping module;
Step B2: isolation shaping module is carried out shaping to the received signal, and the signal after shaping is sent to micro treatment module.
Preferably, above-mentioned wireless telegon is processed the information that receives, and comprises the following steps:
Step C1-1: micro treatment module receives signal and resolves the picked up signal type, judgement signal source state, operation indication information etc.;
Step C1-2: micro treatment module sends the information of parsing acquisition to display module and secondary communication port; Display module shows described information;
Step C1-3: micro treatment module is carried out corresponding operating according to the operation indication information.
Corresponding operating comprises launches, forwards, switches telegon state etc. with information.
Preferably, above-mentioned wireless telegon is processed the information that receives, and comprises the following steps:
Step C2-1: micro treatment module receives signal and resolves the picked up signal type, signal source state, operation indication information etc.;
Step C2-2: micro treatment module will resolve in the information that obtains and memory module that canned data compares, if it is identical to encode, make corresponding operation according to original setting of this identical information corresponding device; If coding is different, do not carry out any operation;
Step C2-3: the information that micro treatment module obtains above-mentioned parsing, comparing result, the information of executable operations is sent to display module; Display module shows this information.
Preferably, above-mentioned wireless telegon is processed the information that receives, and comprises the following steps:
Step C3-1: micro treatment module receives signal and resolves remote unit type or telepilot numbering, the information such as opertaing device type or opertaing device numbering of obtaining;
Step C3-2: the information that micro treatment module obtains according to above-mentioned parsing, select corresponding telecommand from memory module, and send by transmitter module.
Beneficial effect of the present invention is, information can be accepted and store to telegon of the present invention, can also be transmitted through the network to server or terminal device, in addition, sensitivity accepted by telegon of the present invention and emissive porwer is high, and extensibility is strong, supports many kinds of fixed code wireless remote control chips.
Description of drawings
Fig. 1 is the structural representation of the wireless remote control telegon of first embodiment of the invention;
Fig. 2 is the structural representation of the wireless remote control telegon of second embodiment of the invention;
Fig. 3 is the process flow diagram of implementation method of the wireless telegon of third embodiment of the invention;
Fig. 4 is the wireless telegon process flow diagram that signal is processed when the telegon state of fourth embodiment of the invention;
Fig. 5 is the wireless telegon process flow diagram that signal is processed when the alarm state of fifth embodiment of the invention;
Fig. 6 is the wireless telegon process flow diagram that signal is processed when the telepilot state of sixth embodiment of the invention.
Embodiment
For the purpose, technical scheme and the advantage that make Internet of things system of the present invention and its implementation is clearer, below specifically in conjunction with the drawings and the specific embodiments, wireless remote control telegon of the present invention is further elaborated.
Fig. 1 is the structural representation of the wireless remote control telegon of first embodiment of the invention, and as shown in Figure 1, wireless remote control telegon of the present invention comprises: micro treatment module, time module, receiver module, sending module, memory module, display module;
The present invention is mainly used in the mutual conversion between the analysis of wireless remote control information and digital signal and wireless signal; Accept wireless signal and be kept at memory module, receive wireless remote control signals and contrast storage signal to determine alarm source, the signal that emission or deletion have been stored; By digital communications ports and display module, various results are demonstrated, received communication port or key commands are made actions such as emission, change state, deletion storage signal.
Micro treatment module receives the information of modules, makes various controls simultaneously, carry out main processing computing, according to the information from the wireless remote control chip that receives, solve main model, pulse width, address code and the numeric data code of this chip, perhaps analyze alarm source in the warning attitude, deliver to communication module and display module.Receive data command or the key commands of digital communications ports, and can simulate the transmission remote information of these chips, storage or deletion alerting signal or remote controller signal.Therefore, telegon of the present invention can be supported multiple fixed code wireless remote control chip.
Micro treatment module, make present device be operated in telegon, alarm, telepilot state by button operation or automatic the selection after start, when being chosen in the telegon state, telegon can be realized the functions such as reception, emission, storage, erasure signal, realizes the two-way coordination function; When being operated in the alarm state, when receiving alerting signal and the signal of storage relatively, when identical signal is arranged, this alerting signal can be sent, during unlike signal, alarm can not made response; When being operated in the telepilot state, can unidirectional reception Serial Port Information or by button, and canned data is sent on remote control equipment, realize operation.When micro treatment module realizes that this equipment is operated in telegon, alarm, telepilot state, have study, storage, delete function, make the new signal of learning equipment, and store, when running into this signal, can practical function, some obsolete signals of having stored equally, can regularly delete, reduce memory space.
Learning functionality of the present invention is that micro treatment module is coordinated receiver module, and memory module etc. are completed jointly, and study newtype signal is kept at memory module with the signal of learning, and deletes obsolete signal.
Micro treatment module, with receiver module, sending module, memory module, and display module is connected, and is used for the analysis of receiving and sending messages and the mutual conversion between digital signal and wireless signal;
Time module, with described micro treatment module, memory module is connected, and is used for reading the current time, and record receives at every turn, the precise time when transmitting;
Receiver module is connected with micro treatment module, is used for reception information;
Sending module is connected with micro treatment module, is used for transmission information;
Memory module is connected with micro treatment module, is used for the storage of information;
Display module is used to indicate the output display of information.
Preferably, as a kind of embodiment, as shown in Figure 2, the wireless remote control telegon of the present embodiment also comprises the auxiliary port module.This module is connected with micro treatment module, for the wireless remote control telegon provides multiple communication interface and power supply interface, and such as serial ports, usb communication port and externally fed interface etc.
Fig. 3 is the process flow diagram of implementation method of the wireless telegon of third embodiment of the invention, as shown in Figure 3, comprises the following steps:
Steps A: wireless telegon is selected duty;
Step B: wireless telegon receives the signal that signal source is sent;
Step C: wireless telegon is processed to the received signal.
Preferably, above-mentioned signal source comprises the controller of controlling described Digiplex self.
Preferably, in above-mentioned steps A, duty comprises, telegon state, alarm state and telepilot state.The selection of wireless telegon duty can be by the communication port order or by button artificial selection.
Fig. 4 is the wireless telegon process flow diagram that signal is processed when the telegon state of fourth embodiment of the invention, and as shown in Figure 4, wireless telegon signal when the telegon state is processed, and comprises the following steps:
Step C1-1: micro treatment module receives signal and resolves the picked up signal type, signal source state, operation indication information etc.;
Step C1-2: micro treatment module sends the information of parsing acquisition to display module; Display module shows described information;
Step C1-3: micro treatment module is carried out corresponding operating according to the operation indication information.
Corresponding operating comprises launches, forwards, switches telegon state etc. with information.
Fig. 5 is the wireless telegon process flow diagram that signal is processed when the alarm state of fifth embodiment of the invention, and as shown in Figure 5, wireless telegon signal when the alarm state is processed, and comprises the following steps:
Step C2-1: micro treatment module receives signal and resolves the picked up signal type, signal source state, operation indication information etc.;
Step C2-2: micro treatment module will resolve in the information that obtains and memory module that canned data compares, if it is identical to encode, make corresponding operation according to original setting of this identical information corresponding device; If coding is different, do not carry out any operation;
Step C2-3: the information that micro treatment module obtains above-mentioned parsing, comparing result, the information of executable operations is sent to display module; Display module shows this information.
Fig. 6 is the wireless telegon process flow diagram that signal is processed when the telepilot state of sixth embodiment of the invention, and as shown in Figure 6, wireless telegon signal when the telepilot state is processed, and comprises the following steps:
Step C3-1: micro treatment module receives signal and resolves remote unit type or telepilot numbering, the information such as opertaing device type or opertaing device numbering of obtaining;
Step C3-2: the information that micro treatment module obtains according to above-mentioned parsing, select corresponding telecommand from memory module, and send by transmitter module.
Wireless telegon of the present invention both can be separately as telepilot with the emission telecommand, can accept alarm command again, also can also unite the telepilot state together with the alarm state separately as alarm emission warning message, realize interlock control, for example, the function that after opening the door evening, i.e. link is turned on light, when opening the door, the signal of wireless door magnetic touches, and wireless telegon receives the signal that opens the door, this moment is the bright signal of emission control lamp group just, and lamp is opened.For example reporting to the police appears in rock gas again, and wireless telegon receives this type of signal, can when send alerting signal, send and open remote control window opener, the order of perhaps opening vent fan.
Should be noted that at last obviously, those skilled in the art can carry out various changes and modification and not break away from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these were revised and modification belongs to the scope of claim of the present invention and equivalent technologies thereof, the present invention also was intended to comprise these changes and modification.
Claims (14)
1. a wireless remote control telegon, is characterized in that, comprises micro treatment module, time module, receiver module, sending module, memory module, display module;
Described micro treatment module, with described receiver module, sending module, memory module, and display module is connected, and is used for the analysis of the number of collection of letters and the mutual conversion between digital signal and wireless signal; And processing is from the order of communication port;
Described time module, with described micro treatment module, memory module is connected, and is used for reading the current time, and record receives at every turn, the precise time when transmitting;
Described receiver module is connected with described micro treatment module, is used for receiving signal;
Described sending module is connected with described micro treatment module, is used for transmitted signal;
Described memory module is connected with described micro treatment module, is used for the storage of information;
Described display module is used to indicate the output display of information.
2. telegon according to claim 1, is characterized in that, described telegon also comprises the auxiliary port module; Described auxiliary port module provides multiple communication interface and power supply interface for described telegon.
3. telegon according to claim 1, is characterized in that, described telegon also comprises battery case, provides electric power energy by battery for telegon.
4. telegon according to claim 1, is characterized in that, described receiver module comprises, two superheterodyne reception heads and isolation shaping module;
Described superheterodyne reception head is connected with isolation shaping module, is used for reception and the demodulation of signal;
Described isolation shaping module is connected with two superheterodyne reception heads, is used for the shaping of signal.
5. telegon according to claim 1, is characterized in that, described sending module comprises, interconnective transmitter module and amplification module;
Described transmitter module is used for modulation and the transmission of signal;
Described amplification module is used for the power amplification of signal.
6. telegon according to claim 1, is characterized in that, described sending module adopts the mode of amplitude modulation, and digital signal modulated is sent to high-frequency again.
7. telegon according to claim 1, is characterized in that, described display module comprises: display screen, loudspeaker and pilot lamp;
Described display screen, for the operation prompt information that shows described telegon, the transmission status information of the information that receives and the information of transmission etc.;
Described loudspeaker is used for the output of prompt tone;
Described pilot lamp, by kept burning day and night, long dark or flicker, output prompting.
8. the implementation method of a wireless telegon, is characterized in that, comprises the following steps:
Steps A: wireless telegon is selected duty;
Step B: wireless telegon receives the signal that signal source is sent;
Step C: wireless telegon is processed to the received signal.
9. the implementation method of wireless telegon according to claim 8, is characterized in that, described steps A: wireless telegon is selected duty, and wherein the selection of duty is by the communication port order or by button artificial selection;
Described duty comprises, telegon state, alarm state and telepilot state.
10. the implementation method of wireless telegon according to claim 8, is characterized in that, described step B: wireless telegon receives the signal that signal source is sent, and comprises the following steps:
Step B1: the superheterodyne reception head that the frequency of the signal that receiver module and signal source are sent is complementary is accepted and is sent this information to isolation shaping module;
Step B2: isolation shaping module is carried out shaping to the received signal, and the signal after shaping is sent to micro treatment module.
11. the implementation method of wireless telegon according to claim 8 is characterized in that, described wireless telegon is processed the information that receives, and comprises the following steps:
Step C1-1: micro treatment module receives signal and resolves the picked up signal type, judgement signal source state, operation indication information etc.;
Step C1-2: micro treatment module sends the information of parsing acquisition to display module and secondary communication port; Display module shows described information;
Step C1-3: micro treatment module is carried out corresponding operating according to the operation indication information.
12. the implementation method of wireless telegon according to claim 8 is characterized in that, described wireless telegon is processed the information that receives, and comprises the following steps:
Step C2-1: micro treatment module receives signal and resolves the picked up signal type, signal source state, operation indication information etc.;
Step C2-2: micro treatment module will resolve in the information that obtains and memory module that canned data compares, if it is identical to encode, make corresponding operation according to original setting of this identical information corresponding device; If coding is different, do not carry out any operation;
Step C2-3: the information that micro treatment module obtains above-mentioned parsing, comparing result, the information of executable operations is sent to display module; Display module shows this information.
13. the implementation method of wireless telegon according to claim 8 is characterized in that, described wireless telegon is processed the information that receives, and comprises the following steps:
Step C3-1: micro treatment module receives signal and resolves and obtains remote unit type and telepilot numbering, thereby obtains the information such as corresponding opertaing device type or opertaing device numbering;
Step C3-2: the information that micro treatment module obtains according to above-mentioned parsing, select corresponding telecommand from memory module, and send by sending module.
14. the implementation method of wireless telegon according to claim 8 is characterized in that, described signal source comprises the controller of controlling described Digiplex self.
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| CN104503327A (en) * | 2014-12-22 | 2015-04-08 | 周育国 | Embedded type wireless control device, switch and remote control device |
| CN108955397A (en) * | 2018-07-18 | 2018-12-07 | 北京航天飞腾装备技术有限责任公司 | A kind of portable radiotelephone Fire Control Equipment realizes the method and system of space base weapon quick change control |
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| CN101158867A (en) * | 2007-10-26 | 2008-04-09 | 海信集团有限公司 | Remote control method of household electrical appliance and alarm capable of controlling household electrical appliance |
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| CN103106783B (en) | 2015-11-25 |
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