CN103235320A - GPS (global positioning system) positioner and method for extending standby time and service time of GPS positioner - Google Patents
GPS (global positioning system) positioner and method for extending standby time and service time of GPS positionerDownload PDFInfo
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- CN103235320A CN103235320ACN2012104608394ACN201210460839ACN103235320ACN 103235320 ACN103235320 ACN 103235320ACN 2012104608394 ACN2012104608394 ACN 2012104608394ACN 201210460839 ACN201210460839 ACN 201210460839ACN 103235320 ACN103235320 ACN 103235320A
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- 238000010295mobile communicationMethods0.000abstractdescription4
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- Y—GENERAL 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
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02D—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN INFORMATION AND COMMUNICATION TECHNOLOGIES [ICT], I.E. INFORMATION AND COMMUNICATION TECHNOLOGIES AIMING AT THE REDUCTION OF THEIR OWN ENERGY USE
- Y02D30/00—Reducing energy consumption in communication networks
- Y02D30/70—Reducing energy consumption in communication networks in wireless communication networks
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Abstract
Description
Technical field
The present invention relates to GPS orientator field, relate in particular to method and a kind of GPS steady arm of the standby of a kind of GPS of raising steady arm and service time.
Background technology
The terminal of the GPS steady arm has been built-in generally GPS module and mobile communication module, be used for locator data that the GPS module is obtained and reach a station server on the Internet by mobile communication module, thereby can be implemented in inquiry terminal position on the computer, mobile communication module mainly is gsm network or gprs network.The space segment of GPS is made up of 24 GPS work satellites, and these GPS work satellites have been formed the gps satellite constellation jointly, and wherein 21 is the satellites that can be used for navigating, and 3 is movable backup satellite.These 24 satellite distribution are to move around the earth on 55 ° the track at 6 inclination angles.The cycle of operation of satellite was about for 12 sidereal time.Every GPS work satellite all sends the signal for navigator fix.GPS user utilizes these signals to carry out work just.But existing GPS steady arm generally is continuous reception and sends positioning signal, this can consume a large amount of electric energy, and existing battery capacity is not enough to keep very many time, sometimes work as the GPS steady arm and be positioned at depopulated zone or meagrely-populated local time, change battery or all inconveniences that charges the battery, the GPS steady arm can't be worked because power supply exhausts.
Summary of the invention
The technical matters that patent of the present invention will solve is at the deficiencies in the prior art, provides a kind of and can prolong the standby of GPS steady arm and the method for service time; The present invention also provides a kind of GPS steady arm, and this GPS steady arm can be started shooting conserver power source by discontinuous.
For realizing above-mentioned technical purpose, the technical scheme that the present invention takes is: the method for the standby of a kind of GPS of raising steady arm and service time may further comprise the steps:
At first, use service platform to send the SMS that is used for control GPS steady arm to the GPS steady arm; Described service platform is the server that the note cat is housed; Described GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply;
Secondly, start controller;
The 3rd, receive SMS and send SMS to controller by gsm module, controller carries out data to the content of the SMS that receives to be handled, controller according to this when start of The results of data processing selection control and or enter common station-keeping mode or accurate station-keeping mode during the next time start, controller selects whether to enter frequency setting pattern for the start frequency of setting controller next time according to The results of data processing simultaneously;
When controller is selected common station-keeping mode, controller this and or when start next time start gsm module and GPRS module, by the GPRS module GSM base station code of gsm module position is sent to service platform, close gsm module and GPRS module then;
When selecting accurate station-keeping mode, controller starts the GPS module, makes the GPS module that the GPS locating information of GPS module position is sent to service platform, closes the GPS module then;
When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn;
As further improved technical scheme of the present invention, the controller of described setting start next time frequency is start in 1 day 1 time, starts shooting 3-5 minute at every turn.
As further improved technical scheme of the present invention, described battery is composed in parallel by the lithium-thionyl chloride of 6 joint 2000mah.
For realizing above-mentioned technical purpose, another technical scheme that the present invention takes is: a kind of GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply; When controller is started shooting, during this start of SMS selection control that controller receives according to gsm module and or enter common station-keeping mode or accurate station-keeping mode during the next time start, the SMS that receives according to gsm module of controller selects whether to enter the frequency setting pattern for the start frequency of setting controller next time simultaneously; When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn; When selecting common station-keeping mode, controller starts gsm module and GPRS module, by the GPRS module GSM base station code of gsm module position is sent to service platform, closes gsm module and GPRS module then; When selecting accurate station-keeping mode, controller starts the GPS module, makes the GPS module that the GPS locating information of GPS module position is sent to service platform, closes the GPS module then.
As further improved technical scheme of the present invention, the controller of described setting start next time frequency is start in 1 day 1 time, starts shooting 3-5 minute at every turn.
As further improved technical scheme of the present invention, described battery is composed in parallel by the lithium-thionyl chloride of 6 joint 2000mah.
The method that the present invention improves the standby of GPS steady arm and service time by SMS can long-range setting GPS steady arm the start frequency, make the start of GPS steady arm compartment, each start only needs to continue in 10 minutes, conserver power source so greatly prolongs standby and the service time of GPS steady arm.When the GPS steady arm is started shooting, can also set common station-keeping mode or accurate station-keeping mode by SMS.GPS steady arm of the present invention by SMS can long-range setting GPS steady arm the start frequency, make the start of GPS steady arm compartment, each start only needs to continue in 10 minutes, and conserver power source so greatly prolongs standby and the service time of GPS steady arm.When the GPS steady arm is started shooting, can also set common station-keeping mode or accurate station-keeping mode by SMS.
Description of drawings
Fig. 1 is structural representation of the present invention.
Below in conjunction with accompanying drawing the specific embodiment of the present invention is described further.
Embodiment
Embodiment 1
Referring to Fig. 1, this raising GPS steady arm standby and the method for service time may further comprise the steps:
At first, use service platform to send the SMS that is used for control GPS steady arm to the GPS steady arm; Described service platform is the server that the note cat is housed; Described GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply;
Secondly, start controller;
The 3rd, receive SMS and send SMS to controller by gsm module, controller carries out data to the content of the SMS that receives to be handled, controller according to this when start of The results of data processing selection control and or enter common station-keeping mode or accurate station-keeping mode during the next time start, controller selects whether to enter frequency setting pattern for the start frequency of setting controller next time according to The results of data processing simultaneously;
When controller is selected common station-keeping mode, start gsm module and GPRS module during controller start next time, by the GPRS module GSM base station code of gsm module position is sent to service platform, close gsm module and GPRS module then;
When selecting accurate station-keeping mode, controller starts the GRS module, makes the GPS module that the GPS locating information of GPS module position is sent to service platform, closes the GPS module then;
When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn; In the present embodiment, as preferred version, the controller of described setting start next time frequency is start in 1 day 1 time, starts shooting 3-5 minute at every turn.Described battery is composed in parallel by the lithium-thionyl chloride of 6 joint 2000mah.
The present invention by SMS can long-range setting GPS steady arm the start frequency, make the start of GPS steady arm compartment, each start only needs to continue in 10 minutes, conserver power source so greatly prolongs standby and the service time of GPS steady arm.When the GPS steady arm is started shooting, can also set common station-keeping mode or accurate station-keeping mode by SMS.Service platform is used for positioning signal is handled, thereby realizes the location.In the prior art, owing to receive continuously and the transmission positioning signal, after the start, power consumption per hour is about 400ma, and in the present embodiment, the power consumption of each start per hour is about 5ma.Controller, GPS module, GPRS module and gsm module all can adopt prior art.
In the present embodiment, service platform comprises server, and the note cat is installed on the server, and the note cat makes GPS steady arm receiving control information by sending way of short messages, selects operational mode and switching on and shutting down frequency again, and then plays the economize on electricity effect.Gprs when poor signal, easily connection failure, or the data of transmitting-receiving are incomplete, and by short message channel, do not have this problem.Very power consumption when gprs connects in addition, power consumption can reach the 400-500 MAH.Because the GPS steady arm can only pass through the gprs reporting position information, need not continue to connect by gprs in order to wait for steering order, can economize on electricity like this.The Gsm module has only the 2-4 MAH substantially when work.The note term of validity is the longest 72 hours, and the control note can both be received in general GPS steady arm start back in 3 minutes.When the user needed Long-distance Control, the control note of service platform can be dealt among the mobile network immediately, did not send out sure the receiving in back 3 minutes because the GPS steady arm is started shooting when not needing to wait the start of DPS steady arm again; The GPS steady arm also can cut out the gprs passage fully, initiatively sends position note, a conservation of power so more to server note cat after start." in this patent, can realize, and be one of function of this patent.
Embodiment 2
Referring to Fig. 1, this GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply; When controller is started shooting, during this start of SMS selection control that controller receives according to gsm module and or enter common station-keeping mode or accurate station-keeping mode during the next time start, the SMS that receives according to gsm module of controller selects whether to enter the frequency setting pattern for the start frequency of setting controller next time simultaneously; When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn; When selecting common station-keeping mode, controller starts gsm module and GPRS module, by the GPRS module GSM base station code of gsm module position is sent to service platform, closes gsm module and GPRS module then; When selecting accurate station-keeping mode, controller starts the GPS module, makes the GPS module that the GPS locating information of GPS module position is sent to service platform, closes the GPS module then.As preferred version, in the present embodiment, the controller of described setting start next time frequency is start in 1 day 1 time, starts shooting 3-5 minute at every turn, and described battery is composed in parallel by the lithium-thionyl chloride of 6 joint 2000mah.
The present invention by SMS can long-range setting GPS steady arm the start frequency, make the start of GPS steady arm compartment, each start only needs to continue in 10 minutes, conserver power source so greatly prolongs standby and the service time of GPS steady arm.When the GPS steady arm is started shooting, can also set common station-keeping mode or accurate station-keeping mode by SMS.Service platform is used for positioning signal is handled, thereby realizes the location.In the prior art, owing to receive continuously and the transmission positioning signal, after the start, power consumption per hour is about 400ma, and in the present embodiment, the power consumption of each start per hour is about 5ma.Controller, GPS module, GPRS module and gsm module all can adopt prior art.
In the present embodiment, service platform comprises server, and the note cat is installed on the server, and the note cat makes GPS steady arm receiving control information by sending way of short messages, selects operational mode and switching on and shutting down frequency again, and then plays the economize on electricity effect.Gprs when poor signal, easily connection failure, or the data of transmitting-receiving are incomplete, and by short message channel, do not have this problem.Very power consumption when gprs connects in addition, power consumption can reach the 400-500 MAH.Because the GPS steady arm can only pass through the gprs reporting position information, need not continue to connect by gprs in order to wait for steering order, can economize on electricity like this.The Gsm module has only the 2-4 MAH substantially when work.The note term of validity is the longest 72 hours, and the control note can both be received in general GPS steady arm start back in 3 minutes.When the user needed Long-distance Control, the control note of service platform can be dealt among the mobile network immediately, did not send out sure the receiving in back 3 minutes because the GPS steady arm is started shooting when not needing to wait the start of DPS steady arm again; The GPS steady arm also can cut out the gprs passage fully, initiatively sends position note, a conservation of power so more to server note cat after start." in this patent, can realize, and be one of function of this patent.
Claims (6)
1. method that improves the standby of GPS steady arm and service time may further comprise the steps:
At first, use service platform to send the SMS that is used for control GPS steady arm to the GPS steady arm; Described service platform is the server that the note cat is housed; Described GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply;
Secondly, start controller;
The 3rd, receive SMS and send SMS to controller by gsm module, controller carries out data to the content of the SMS that receives to be handled, controller according to this when start of The results of data processing selection control and or enter common station-keeping mode or accurate station-keeping mode during the next time start, controller selects whether to enter frequency setting pattern for the start frequency of setting controller next time according to The results of data processing simultaneously;
When controller is selected common station-keeping mode, controller this and or when start next time start gsm module and GPRS module, by the GPRS module GSM base station code of gsm module position is sent to service platform, close gsm module and GPRS module then;
When selecting accurate station-keeping mode, controller starts the GPS module, and the GPS locating information of GPS module position is sent to service platform, closes the GPS module then;
When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn.
2. raising GPS steady arm standby according to claim 1 and the method for service time is characterized in that: the controller start next time frequency of described setting is start in 1 day 1 time, starts shooting 3-5 minute at every turn.
3. raising GPS steady arm standby according to claim 1 and 2 and the method for service time is characterized in that: described battery is composed in parallel by the lithium-thionyl chlorides of 6 joint 2000mah.
4. a GPS steady arm comprises for the gsm module, controller, battery, GPS module and the GPRS module that receive SMS; Gsm module, GPS module and GPRS module are electrically connected with controller respectively; Battery is gsm module, controller, GPS module and GPRS module for power supply; When controller is started shooting, during this start of SMS selection control that controller receives according to gsm module and or enter common station-keeping mode or accurate station-keeping mode during the next time start, the SMS that receives according to gsm module of controller selects whether to enter the frequency setting pattern for the start frequency of setting controller next time simultaneously; When selecting the frequency setting pattern, the controller of setting start next time frequency be start in the every 1-3 of controller days once, started shooting 3-10 minute at every turn; When selecting common station-keeping mode, controller starts gsm module and GPRS module, by the GPRS module GSM base station code of gsm module position is sent to service platform, closes gsm module and GPRS module then; When selecting accurate station-keeping mode, controller starts the GPS module, makes the GPS module that the GPS locating information of GPS module position is sent to service platform, closes the GPS module then.
5. GPS steady arm according to claim 4, the controller start next time frequency of described setting is start in 1 day 1 time, starts shooting 3-5 minute at every turn.
6. according to claim 4 or 5 described GPS steady arms, described battery is composed in parallel by the lithium-thionyl chloride of 6 joint 2000mah.
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| CN2012104608394ACN103235320A (en) | 2012-11-16 | 2012-11-16 | GPS (global positioning system) positioner and method for extending standby time and service time of GPS positioner |
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| CN2012104608394ACN103235320A (en) | 2012-11-16 | 2012-11-16 | GPS (global positioning system) positioner and method for extending standby time and service time of GPS positioner |
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Cited By (4)
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| CN103906231A (en)* | 2014-03-03 | 2014-07-02 | 福建省道生网络科技有限公司 | Positioning type safety hand bracelet for children |
| CN104750224A (en)* | 2013-12-27 | 2015-07-01 | 中国科学院沈阳自动化研究所 | Mobile device having positioning energy-saving function |
| CN105282845A (en)* | 2014-07-22 | 2016-01-27 | 中兴通讯股份有限公司 | Control method, device, and system |
| CN114723364A (en)* | 2022-04-01 | 2022-07-08 | 上海巨鲲科技有限公司 | Supervision method of foundation pit steel support turnover |
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