CN1853462A

CN1853462A - Calling electric buoy

Info

Publication number: CN1853462A
Application number: CN 200510067947
Authority: CN
Inventors: 陈国重
Original assignee: KATO ELECTRONIC CO Ltd
Current assignee: KATO ELECTRONIC CO Ltd
Priority date: 2005-04-28
Filing date: 2005-04-28
Publication date: 2006-11-01
Anticipated expiration: 2025-04-28
Also published as: CN100425131C

Abstract

A call-type electric buoy is composed of a motherboard, GPS receiver module for receiving the information about clock, the degrees of longitude and latitude, water temp, flow speed, etc, single-chip microprocessor, master receiver, decoder and FSK emitter.

Description

Calling electric buoy

Technical field

The invention relates to a kind of improved calling electric buoy, GPS location, collection information are closed in outstanding assignment, reach the calling electric buoy that call signal is just breathed out after the decoding comparison is correct.

Background technology

Exhalation machine and receiver are a kind of communication apparatus of unidirectional conduction message, this electric buoy 10 that can use such as navigation and aboard ship receiver 20 (as Fig. 1), traditional navigation has timer with electric buoy 10 inside, fixing control at interval by setting-up time transmits, receiver 20 received signals that orientation detection is aboard ship used, and then differentiate the title and the direction of each electric buoy 10, and because the factor in the time interval, personnel must keep receiver 20 other keeping and listen, again because of grasping the time that each electric buoy 10 will be sent back to, and because the free again error of the timer of each electric buoy 10, the interference that produces signal so launch simultaneously sometimes, and electric buoy 10 at sea can't powered-down, the twenty four hours emission, therefore, very power consumption and must change battery often, business efficiency is relatively poor, in addition, the state of electric buoy 10 because of keeping transmitting is so its position is learnt by other fishing boat easily, make confidentiality poor, fishery harvesting is often arranged, the stolen thing of fishing gear takes place.

Summary of the invention

Therefore, this case inventor is because the above-mentioned person's of commonly using present situation, satisfy and think to reach if can utilize the group number that makes each electric buoy, password is through setting signal for, exhalation machine is not breathed out at ordinary times, electric buoy is not promptly launched, the power saving of not repaying is set, can overcome the aforementioned person's of commonly using disappearance, therefore, satisfy and think again and concrete technology composition, can make calling electric buoy, it comprises the GPS receiver module of motherboard and connection thereof, the single-chip microprocessor, main receiver, decoder, shift frequency key emitter, and the GPS receiver module is can be with information material (as clock, longitude and latitude, water temperature, flow velocity etc.) preserve by the compression of single-chip microprocessor, and the main receiver that only keeps holding state is at ordinary times deciphered via decoder after obtaining call signal, the information material that the single-chip microprocessor is stored.Launch via shift frequency key emitter, make to reach and promote power saving, confidentiality height, noiseless etc. function.

Therefore, main purpose of the present invention makes the calling electric buoy can be at the signal of obtaining group number, password, and after the decoding comparison is correct, the information material that the single-chip microprocessor is stored is launched, and main receiver only keeps special machine state at ordinary times, exhalation machine is not breathed out, and electric buoy is not promptly launched, do not compared, and reaches power saving, confidentiality height, glitch-free superiority target.

Description of drawings

Fig. 1 commonly uses the electric buoy that navigation uses and the enforcement illustration of receiver.

Fig. 2 is a basic block diagram of the present invention.

Fig. 3 is main circuit figure of the present invention.

Fig. 4 is a basic structure calcspar of the present invention.

Fig. 5 is a start flow chart of the present invention.

Fig. 6 is single-chip microcontroller circuit figure of the present invention.

Fig. 7 is a main receiver circuit diagram of the present invention.

Fig. 8 is decoder circuit figure of the present invention.

Fig. 9 is shift frequency key transmitter circuitry figure of the present invention.

Figure 10 is embodiments of the invention figure.

Symbol description:

10............... electric buoy 20............... receiver

1............... motherboard 11............... mu balanced circuit

12............... battery component 13............... total power switch

14............... power supply dial gauge 2...............GPS receiver module

21...............GPS antenna 3............... single-chip microprocessor

31............... temperature inductor 41............... receives/sends out antenna switcher

4............... main receiver 43............... operational amplifier

4............... short-wave antenna 6............... shift frequency key emitter

5............... decoder 8............... positioning buoy receiver

7............... exhalation machine

Embodiment

Modern for making your auditor to the present invention further understanding be arranged, Zi Zuo is illustrated with following specific embodiment.

See also shown in Figure 2ly, calling electric buoy of the present invention includes motherboard 1 at least, and the GPS receiver module 2, single-chip microprocessor 3, main receiver 4, decoder 5, the shift frequency key emitter 6 that connect, wherein:

Motherboard 1 (circuit diagram such as Fig. 3), it has mu balanced circuit 11 and is provided with battery component 12, and be provided with total power switch 13, can be provided with power supply dial gauge 14 in addition, total power switch 13 can be provided with ON, the option of TEST and OFF (as Fig. 2), wherein cut in the ban to TEST, enter the power supply test pattern, can start shift frequency key emitter 6 during power supply test, the consumed power of full machine when power supply dial gauge 14 is then launched in order to measurement, indication does not reach the specific region as pointer, then represents the electric weight deficiency and necessary replacing battery, and pointer indication is if reach the specific region, then can cut to the position of ON to start start.

GPS receiver module 2, it is connected to single-chip microprocessor 3, and be provided with gps antenna 21, and reach relevant walrus data (as clock, longitude and latitude, cell voltage, water temperature, flow velocity etc.), and the information material of receiving is stored in single-chip microprocessor 3 (as Fig. 2, Fig. 4, Fig. 5) in order to the ephemeris data that the reception satellite reaches.

Single-chip microprocessor 3 (circuit diagram such as Fig. 6) is the information material of delivering in order to storage GPS receiver module 2, and it compression is preserved.Single-chip microprocessor 3 is to connect temperature inductor 31 (as Fig. 5, temperature inductor is actually the bottom of being located at electric buoy), makes it can detect water temperature.Main receiver 4 (circuit diagram such as Fig. 7) is provided with receipts/antenna switcher 41 and short-wave antenna 42 (as Fig. 4, Fig. 5), and main receiver 4 is the signals (as group number, password) of breathing out in order to the reception exhalation machine, and it is delivered to decoder 5.It is the accepting state that keeps standby at ordinary times, and standby current has only 2mA, but when using alkaline battery 16 series connection 2 in parallel more than standby half a year.

Decoder 5 (circuit diagram such as Fig. 8), be to decipher in order to the signal that main receiver 4 is delivered to, and compare with the sign indicating number preface of setting, if order is not to then having any action, and if order is correct, then send and control signal to single-chip microprocessor 3, make single-chip microprocessor 3 that the data information (being ephemeris data and relevant marine facies data, as clock, longitude and latitude, cell voltage, water temperature, flow velocity etc.) that stores is delivered to shift frequency key emitter 6.

Shift frequency key emitter 6 (circuit diagram such as Fig. 9), it is connected to a receipts/antenna switcher 41, and it acts on and makes main carrier frequency produce frequency deviation, is sent to and promotes level and power-amplifier stage, and make a receipts/antenna switcher 41 switch to emission state, and information material is launched by short-wave antenna 42.

Hold the group structure and when implementing, power supply opening is after power supply test and mu balanced circuit 11 effects, receive/send out antenna switcher 41 and switch to the formula of touching that receives earlier, make main receiver 4 keep holding state (as Fig. 5), GPS receiver module 2 nationalitys are by gps antenna 21 simultaneously, with information material (as clock, longitude and latitude, cell voltage, water temperature, flow velocity etc.) deliver to single-chip microprocessor 3, information material is organized, store and compression preservation (effect of compression is to make data reduce the space of shared memory and be beneficial to emission to transmit), work as main receiver 4 afterwards and obtain group number (as 100 groups of memories of 00-99), behind the signal of password (as the four figures of 0000-9999), carry out the decoding of serial connection sequence via decoder 5, if the order of audio code or digital code not to the time could not carry out any start again, when right order as if audio code or digital code all meets, then decoder 5 can be delivered to single-chip microprocessor 3 with control signal, the information material that makes single chip microprocessor 3 internal reservoir is (as clock, longitude and latitude, cell voltage, water temperature, flow velocity etc.) deliver to shift frequency key emitter 6, (circuit diagram such as Fig. 9), make a receipts/antenna switcher 41 switch to emission state simultaneously, and information material is launched by short-wave antenna 42.

Hold, during enforcement exhalation machine 7 and the positioning buoy receiver 8 (as Figure 10) that cooperates frequency-selection remote control, calling electric buoy of the present invention is to be in holding state at ordinary times, and obtain the signal of exhalation machine 7 and compare group number at main receiver 4, just begin to start its start (promptly opening micro computer) after password is correct, make its information material can reach positioning buoy receiver 8 on the ship, with the relevant information state of learning electric buoy place (fishing net place) (as clock, longitude and latitude, cell voltage, water temperature, flow velocitys etc.), this can reach power saving, improve latent qualitative, the target of safety.

The above only is preferred embodiment of the present invention.Be not to be used for limiting scope of the invention process.All all expenses of being done according to the present patent application claim change and modify, and are all claim of the present invention and contain.

Claims

1, a kind of calling electric buoy includes motherboard at least, and the GPS receiver module, single-chip microprocessor, main receiver, decoder, the shift frequency key emitter that connect, wherein:

Motherboard, it has mu balanced circuit and is provided with battery component, and is provided with total power switch;

The GPS receiver module, it is connected to the single-chip microprocessor, and is provided with gps antenna, and it is in order to receiving data information, and it is stored in the single-chip microprocessor;

The single-chip microprocessor is the data of delivering in order to storage GPS receiver module, and it compression is preserved;

Main receiver is provided with receipts/antenna switcher and short-wave antenna, and it is that the signal that receives is delivered to decoder, and behind the power supply opening, receive/antenna switcher is a receiving mode, makes main receiver become the state of standby;

Decoder is to decipher in order to the signal that main receiver is delivered to, and compares with the sign indicating number preface of setting, order not to the time do not have an action, and order is sent and is controlled signal to the single-chip microprocessor when correct, makes the single-chip microprocessor that the data information that stores is delivered to shift frequency key emitter;

Shift frequency key emitter, it is connected to a receipts/antenna switcher, and it is to make main carrier frequency produce frequency deviation, is sent to and promotes level and power-amplifier stage, and make a receipts/antenna switcher switch to emission state, and launched by short-wave antenna.

2, calling electric buoy according to claim 1, wherein, motherboard can be provided with the power supply dial gauge in addition, and total power switch is provided with the option of ON, TEST and OFF, is to enter the power supply test pattern when switching to TEST.