CN105185090A - Bidirectional communication optimization method of voltage reactive signal - Google Patents
Bidirectional communication optimization method of voltage reactive signal Download PDFInfo
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- CN105185090A CN105185090A CN201510427897.0A CN201510427897A CN105185090A CN 105185090 A CN105185090 A CN 105185090A CN 201510427897 A CN201510427897 A CN 201510427897A CN 105185090 A CN105185090 A CN 105185090A
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Abstract
The invention discloses a bidirectional communication optimization method of a bidirectional communication optimization method of a voltage reactive signal. A voltage reactive signal processing module is arranged in foreground processing terminals, a background processing terminal broadcasts a unique key value received by the background processing terminal, the unique key value is received by the processing modules of the foreground processing terminals, the foreground processing terminals send a request instruction to the background processing terminal, the background processing terminal simultaneously sends the voltage reactive signal to the foreground processing terminals and sends a signal packet for requesting bidirectional transmission, and adds the keyboard and mouse input of a user to the signal packet, and the foreground processing terminals receive the signal packet of the foreground processing terminals and then emits a response signal in order to realize communication of the foreground processing terminals and the background processing terminal; and the unique key value broadcasted by the background processing terminal corresponds several voltage reactive signals and several signals for requesting the bidirectional transmission. The method effectively solves the repeated use of the voltage reactive signal with the unique key value, and improves the use efficiency and the signal transmission speed.
Description
Technical field
The present invention relates to voltage power-less processing technology field, particularly relate to a kind of both-way communication optimization method of voltage power-less signal.
Background technology
Voltage power-less signal demand improves the correctness of monitoring, the pattern of two-way transmission signals cannot be formed with the transmit leg of voltage power-less signal overcoming simple to operate, can not get the response of the take over party of voltage power-less signal, while the problem of the signal realization polymerization of the take over party of the voltage power-less signal with unique key assignments that can not transmit towards some modes, also introduce cryptographic algorithm to ensure the security of Signal transmissions, but while solving such problem, owing to there being the operation of subsidiary deciphering, and make the random location mode of the signal received cause follow-up signal processing load to strengthen, and there is the problem of inefficiency.
Summary of the invention
The object of this invention is to provide a kind of both-way communication optimization method of voltage power-less signal, after deciphering, the signal of the request transmitted in both directions after deciphering is referred to as filename to deposit according to the name of user according to each self-corresponding user, be shown to user and check to this foreground processing terminal simultaneously, effectively solve owing to there being the operation of subsidiary deciphering and make the random location mode of the signal received cause follow-up signal processing load to strengthen and the problem of inefficiency.
The technical solution used in the present invention is:
A both-way communication optimization method for voltage power-less signal, comprises the following steps:
A: the unique key assignments of the voltage power-less signal in background process terminal with its corresponding transmit leg with voltage power-less signal is bound mutually, and being identified within the scope of data delivery area of the transmit leg with voltage power-less signal is broadcasted;
The broadcast singal that B:n foreground processing terminal is sent by the transmit leg with voltage power-less signal that the inner voltage power-less signal processing module be provided with reads background process terminal, and obtain unique key assignments of the transmit leg with voltage power-less signal, n foreground processing terminal is to the request instruction of background process terminal output voltage without function signal, and the request instruction of voltage power-less signal includes the unique key assignments with the transmit leg of voltage power-less signal;
C: after background process terminal obtains the request instruction of voltage power-less signal, the signal transmission of voltage power-less corresponding for unique key assignments of the transmit leg of the voltage power-less signal in the request instruction with this voltage power-less signal in the processing terminal of foreground, simultaneously, by the mode that the signal bag of request transmitted in both directions is sent to foreground processing terminal be the request voltage power-less signal relying on foreground processing terminal to transmit instruction in contain user place, local year number, month number, hourage, the secondary numerical value of the number of minutes and number of seconds and applying unit time obtains corresponding voltage power-less signal and is sent to foreground processing terminal with the signal of request transmitted in both directions,
D: foreground processing terminal shows with the signal of request transmitted in both directions the signal transmitting the voltage power-less come to user, and user by keyboard or mouse lead into signal be attached to request transmitted in both directions signal in, then be attached with user by keyboard or mouse lead into the signal of request transmitted in both directions of signal be encrypted, then the request two-way transmission signals after encryption is turned back in background process terminal;
E: background process terminal obtain be attached with user by keyboard or mouse lead into signal request transmitted in both directions signal after, just response signal is transmitted to the foreground processing terminal of correspondence, and after deciphering, be shown to user to this foreground processing terminal the signal of the request transmitted in both directions after deciphering check.
The corresponding signal of some voltage power-less of unique key assignments of the described transmit leg with voltage power-less signal and the signal of some request transmitted in both directions.
The present invention utilizes in the processing terminal of foreground and is provided with for voltage power-less signal processing module, unique key assignments that background process terminal broadcast is received by foreground processing terminal, received by the processing module of foreground processing terminal, foreground processing terminal sends request instruction to backstage processing terminal, background process terminal sends voltage power-less signal to foreground processing terminal and sends request the signal bag of transmitted in both directions simultaneously, and the keyboard of user and mouse input are attached in signal bag, after foreground processing terminal receives the signal bag of foreground processing terminal, send response signal, both communicate, background process terminal broadcast the corresponding signal of some voltage power-less of unique key assignments and the signal of some request transmitted in both directions, the present invention effectively solves the voltage power-less signal Reusability that can allow with unique key assignments, improves service efficiency and allows the speed of conveying signal improve.
Accompanying drawing explanation
Fig. 1 is schematic block circuit diagram of the present invention.
Embodiment
As shown in Figure 1, the present invention includes following steps:
A: the unique key assignments of the voltage power-less signal in background process terminal with its corresponding transmit leg with voltage power-less signal is bound mutually, and being identified within the scope of data delivery area of the transmit leg with voltage power-less signal is broadcasted;
The broadcast singal that B:n foreground processing terminal is sent by the transmit leg with voltage power-less signal that the inner voltage power-less signal processing module be provided with reads background process terminal, and obtain unique key assignments of the transmit leg with voltage power-less signal, n foreground processing terminal is to the request instruction of background process terminal output voltage without function signal, and the request instruction of voltage power-less signal includes the unique key assignments with the transmit leg of voltage power-less signal;
C: after background process terminal obtains the request instruction of voltage power-less signal, the signal transmission of voltage power-less corresponding for unique key assignments of the transmit leg of the voltage power-less signal in the request instruction with this voltage power-less signal in the processing terminal of foreground, simultaneously, by the mode that the signal bag of request transmitted in both directions is sent to foreground processing terminal be the request voltage power-less signal relying on foreground processing terminal to transmit instruction in contain user place, local year number, month number, hourage, the secondary numerical value of the number of minutes and number of seconds and applying unit time obtains corresponding voltage power-less signal and is sent to foreground processing terminal with the signal of request transmitted in both directions,
D: foreground processing terminal shows with the signal of request transmitted in both directions the signal transmitting the voltage power-less come to user, and user by keyboard or mouse lead into signal be attached to request transmitted in both directions signal in, then be attached with user by keyboard or mouse lead into the signal of request transmitted in both directions of signal be encrypted, then the request two-way transmission signals after encryption is turned back in background process terminal;
E: background process terminal obtain be attached with user by keyboard or mouse lead into signal request transmitted in both directions signal after, just response signal is transmitted to the foreground processing terminal of correspondence, and after deciphering, be shown to user to this foreground processing terminal the signal of the request transmitted in both directions after deciphering check.
The corresponding signal of some voltage power-less of unique key assignments of the described transmit leg with voltage power-less signal and the signal of some request transmitted in both directions.
What attach troops to a unit mutually with this invention is the signal communications system of the voltage power-less of the optimization process corresponded, containing background process terminal and foreground processing terminal, unique key assignments of the transmit leg with voltage power-less signal that the signal being provided with voltage power-less in described background process terminal is bound mutually with it and optimization process module, and being identified within the scope of data delivery area of the transmit leg with voltage power-less signal is broadcasted, the processing module for voltage power-less signal is provided with in described foreground processing terminal, this processing module being used for voltage power-less signal obtains unique key assignments of the transmit leg with voltage power-less signal through reading this broadcast singal, and all foreground processing terminals are all with unique key assignments that the respective take over party as voltage power-less signal is general within the scope of data delivery area, such foreground processing terminal just exports the instruction of request voltage power-less signal by unique key-value pair background process terminal of the transmit leg with voltage power-less signal obtained, the instruction of described request voltage power-less signal includes the unique key assignments with the transmit leg of voltage power-less signal, after background process terminal obtains the instruction of request voltage power-less signal, the signal transmission of voltage power-less corresponding for unique key assignments of the transmit leg of the voltage power-less signal in the instruction with this request voltage power-less signal in the processing terminal of foreground, and signal bag to the mode of foreground processing terminal together transmitting request transmitted in both directions be the request voltage power-less signal relying on foreground processing terminal to transmit instruction in contain user place, local year number, month number, hourage, the secondary numerical value of the number of minutes and number of seconds and applying unit time obtains corresponding voltage power-less signal and is sent to foreground processing terminal with the signal of request transmitted in both directions, when foreground processing terminal shows with the signal of request transmitted in both directions the signal transmitting the voltage power-less come to user, and user by keyboard or mouse lead into signal be attached to request transmitted in both directions signal in, then be attached with user by keyboard or mouse lead into the signal of request transmitted in both directions of signal be encrypted by encryption processing module, like this signal of the request transmitted in both directions after encryption is turned back in described background process terminal, background process terminal obtain be attached with user by keyboard or mouse lead into signal request transmitted in both directions signal after, just response signal is transmitted to the foreground processing terminal of correspondence, and starting guide processing module is referred to as the signal of the request transmitted in both directions after deciphering filename to deposit according to the name of user according to each self-corresponding user after deciphering, is shown to user to this foreground processing terminal simultaneously and checks.
The above, it is only this practical preferred embodiment, not any pro forma restriction is done to the present invention, although the present invention discloses as above with preferred embodiment, but and be not used to limit the present invention, any those skilled in the art, do not departing within the scope of technical solution of the present invention, make a little change when the technology contents of above-mentioned announcement can be utilized or be modified to the Equivalent embodiments of equivalent variations, in every case be do not depart from technical solution of the present invention content, according to this practical technique essence, within this practicality spirit and principle, to any simple amendment that above embodiment is done, equivalent replacement and improvement etc., within the protection domain all still belonging to technical solution of the present invention.
Claims (2)
1. a both-way communication optimization method for voltage power-less signal, is characterized in that: comprise the following steps:
A: the unique key assignments of the voltage power-less signal in background process terminal with its corresponding transmit leg with voltage power-less signal is bound mutually, and being identified within the scope of data delivery area of the transmit leg with voltage power-less signal is broadcasted;
The broadcast singal that B:n foreground processing terminal is sent by the transmit leg with voltage power-less signal that the inner voltage power-less signal processing module be provided with reads background process terminal, and obtain unique key assignments of the transmit leg with voltage power-less signal, n foreground processing terminal is to the request instruction of background process terminal output voltage without function signal, and the request instruction of voltage power-less signal includes the unique key assignments with the transmit leg of voltage power-less signal;
C: after background process terminal obtains the request instruction of voltage power-less signal, the signal transmission of voltage power-less corresponding for unique key assignments of the transmit leg of the voltage power-less signal in the request instruction with this voltage power-less signal in the processing terminal of foreground, simultaneously, by the mode that the signal bag of request transmitted in both directions is sent to foreground processing terminal be the request voltage power-less signal relying on foreground processing terminal to transmit instruction in contain user place, local year number, month number, hourage, the secondary numerical value of the number of minutes and number of seconds and applying unit time obtains corresponding voltage power-less signal and is sent to foreground processing terminal with the signal of request transmitted in both directions,
D: foreground processing terminal shows with the signal of request transmitted in both directions the signal transmitting the voltage power-less come to user, and user by keyboard or mouse lead into signal be attached to request transmitted in both directions signal in, then be attached with user by keyboard or mouse lead into the signal of request transmitted in both directions of signal be encrypted, then the request two-way transmission signals after encryption is turned back in background process terminal;
E: background process terminal obtain be attached with user by keyboard or mouse lead into signal request transmitted in both directions signal after, just response signal is transmitted to the foreground processing terminal of correspondence, and after deciphering, be shown to user to this foreground processing terminal the signal of the request transmitted in both directions after deciphering check.
2. the both-way communication optimization method of voltage power-less signal according to claim 1, is characterized in that: the corresponding signal of some voltage power-less of unique key assignments of the described transmit leg with voltage power-less signal and the signal of some request transmitted in both directions.
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| CN201510427897.0A CN105185090A (en) | 2015-07-21 | 2015-07-21 | Bidirectional communication optimization method of voltage reactive signal |
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| CN202737577U (en) * | 2011-12-02 | 2013-02-13 | 李明 | Interaction system between intelligent power distribution network and users |
| CN203165199U (en) * | 2012-11-30 | 2013-08-28 | 云南云铝涌鑫铝业有限公司 | Electronic architecture system |
| CN104506306A (en) * | 2014-12-17 | 2015-04-08 | 张君 | Encrypted signal bidirectional transmission method for liquid food filling production |
| CN104506307A (en) * | 2014-12-17 | 2015-04-08 | 张君 | Encrypted signal bidirectional transmission system for liquid food filling production |
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2015
- 2015-07-21 CN CN201510427897.0A patent/CN105185090A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20110084849A1 (en) * | 2008-10-24 | 2011-04-14 | Neil Young | Intelligent vehicle dashboard |
| CN202737577U (en) * | 2011-12-02 | 2013-02-13 | 李明 | Interaction system between intelligent power distribution network and users |
| CN203165199U (en) * | 2012-11-30 | 2013-08-28 | 云南云铝涌鑫铝业有限公司 | Electronic architecture system |
| CN104506306A (en) * | 2014-12-17 | 2015-04-08 | 张君 | Encrypted signal bidirectional transmission method for liquid food filling production |
| CN104506307A (en) * | 2014-12-17 | 2015-04-08 | 张君 | Encrypted signal bidirectional transmission system for liquid food filling production |
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Application publication date: 20151223 |