CN203646364U - Wireless alarming type luminous float and wireless alarming receiver thereof - Google Patents
Wireless alarming type luminous float and wireless alarming receiver thereof Download PDFInfo
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- CN203646364U CN203646364U CN201420019959.5U CN201420019959U CN203646364U CN 203646364 U CN203646364 U CN 203646364U CN 201420019959 U CN201420019959 U CN 201420019959U CN 203646364 U CN203646364 U CN 203646364U
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Abstract
The utility model relates to a wireless alarming type luminous float. A biting, biting float return and battery undervoltage sensor detection module and a wireless signal transmitting module which are powered by a battery are installed in the float on the basis of the existing vertical float or a spherical Apo float. A light-emitting diode (LED) lamp is arranged in the float, and the LED lamp lights temporarily when putting into water and turns out automatically after the lamp is stable. When biting diving, biting float returning and floating and undervoltage happen, the LED lamp blinks and transmits radio wave simultaneously. When a wireless alarming receiver matched with the LED lamp receives a wireless radio wave signal transmitted by the float, the receiver decodes the signal, restores the signal into a biting diving signal, a biting returning and floating signal and an undervoltage signal, drives corresponding indicators to twinkle and sends out corresponding alarming sound or/and vibration. The float can remind fishermen initiatively, enables the fishermen to take a rest in the fishing process and enables fishing to be true entertainment. The float has the advantage of being sensitive and reliable in action, convenient to use and the like and is an upgraded and updated product of the existing vertical float or the spherical Apo float.
Description
Technical field
The utility model relates to a kind of fishing tackle, particularly a kind of Luminous float for fishing with radio alarming.Belong to fishing tackle.
Background technology
Fishing is that a kind of people generally like conventional motion, if but use common fishing tackle, fan is in whiffing process order in fishing, need to see float for fishing, particularly common float always, volume is little, distance, adds sunlight reflected on daytime, and night, light was too dark, capital is caused and is not seen float real conditions, is difficult to make correct judgement.In order to change this problem not seeing, someone has designed Luminous float for fishing, can in the time having fish to sting to angle, send interrupted flashing signal, can solve to a great extent the problem that does not see Chu, but still need to dig-in float for fishing, it is at all slack to have, and makes people still dog-tired.
Summary of the invention
The purpose of this utility model is the weak point in order to overcome above-mentioned Luminous float for fishing, utilize the cursory housing of doing of existing vertical floating or spherical A Bo, design and a kind ofly sting and angle the radio alarming formula Luminous float for fishing that can also send wireless alarm signal in carrying out luminous instruction fish.
Another object of the present utility model is to be a kind of matching used wireless alarm receiver of above-mentioned radio alarming formula Luminous float for fishing design.
Radio alarming formula Luminous float for fishing of the present utility model, comprise that fish news emitter and vertical floating or spherical A Bo are cursory, it is characterized in that fish news emitter comprises bite electrode P1, return and float electrode P2, enter water electrode P3, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, wireless transmission chip U1, antenna E1, light emitting diode D1 and minicell BT1, wherein, bite electrode P1 is contained in cursory top of floating tail outer casing inner wall, return and float electrode P2 and be contained in cursory middle part or bottom of floating tail outer casing inner wall, enter water electrode P3 and be contained in cursory bottom or the cursory body middle part of floating of floating tail outer casing inner wall, antenna E1 is contained in the cursory inner chamber that floats tail, light emitting diode D1 is contained in cursory top of floating tail, minicell BT1, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, and the emitter circuit board of wireless transmission chip composition is contained in cursory floating in body, 6th～8 pin of described condenser type water level detecting chip U3 be 3 signal input parts respectively with bite electrode P1, return and float electrode P2 and enter water electrode P3 and be connected, condenser type water level detecting chip U3 the 10th pin is that ground terminal is connected with the cursory pin that floats of cursory lower end, the 13rd of condenser type water level detecting chip U3 is connected with the 6th and the 5th pin of storage chip U4 respectively with the 16th pin, 2nd～4 pin of condenser type water level detecting chip U3 are that 3 signal output parts are that 3 signal input parts are connected with 11st～13 pin of single-chip microcomputer process chip U2 respectively, the 2nd pin of single-chip microcomputer process chip U2 is that float for fishing power supply brownout signal test side is connected with divider resistance R1 and R2, the 9th pin of single-chip microcomputer process chip is that index signal output is connected with light emitting diode D1, the 8th of single-chip microcomputer process chip, 4, 7, 6 pin are that 4 code signal outputs are that 4 code signal inputs are connected with 7th～10 pin of wireless transmission chip U1 respectively, the high-frequency emission signal output part of wireless transmission chip U1 is connected with antenna E1 through LC resonance circuit.
Above-mentioned bite electrode P1, return and float electrode P2 and enter water electrode P3 and be respectively a circle becket, described antenna E1 selects metal light wall pipe or helical antenna.
The above-mentioned condenser type water level detecting chip U3 that states selects ADATW05/08 or Pic10F/204/206 or Pic16F61X/88X cake core, storage chip U4 selects 24c02 cake core, single-chip microcomputer process chip U2 selects EM78P154/157/159/259 or Pic16c505 or Pic16F506/526 or Pic16F630/676/684 cake core, and wireless transmission chip U1 selects Mic6sc2 cake core.
For the signal that the radio alarming formula Luminous float for fishing in water can be sent receives and can remind in time rodman, also design the wireless alarm receiver matching used with it, its structure comprises reception antenna E2, wireless receiving chip U5, learning code single-chip microcomputer U6, learning code storage chip U7, power switch button S1, learning code button S2, volume and vibration regulate button S3, localpower indicator lamp D2, return and float signal lamp D3, float for fishing power supply under-voltage indicator lamp D4, bite signal lamp A1, vibrating motor M1, alarming horn LS1, divider resistance R11 and R12, and power supply BT2, its signal annexation is, reception antenna E2 is that the 3rd pin is connected through LC resonance circuit and the input of wireless receiving chip U5, the output of wireless receiving chip U5 i.e. the 10th pin is that the 1st pin is connected with learning code single-chip microcomputer U6 signal input part, learning code single-chip microcomputer U6 the 3rd pin and the 18th pin and the 19th pin respectively with learning code button S2 and power switch button S1, volume and vibration regulate button S3 to connect, learning code single-chip microcomputer U6 the 4th pin is connected with localpower under-voltage indicator lamp D2, learning code single-chip microcomputer U6 the 2nd pin is that localpower under-voltage test side is connected with divider resistance R11 and R12, learning code single-chip microcomputer U6 the 7th pin floats signal lamp D3 and is connected with returning, learning code single-chip microcomputer U6 the 5th pin is connected with float for fishing under-voltage indicator lamp D4, learning code single-chip microcomputer U6 the 8th pin is connected with bite signal lamp A1, learning code single-chip microcomputer U6 the 13rd pin is connected with learning code storage chip U7 the 6th pin and the 5th pin respectively with the 14th pin, learning code single-chip microcomputer U6 the 16th pin is connected with alarming horn LS1 through amplifier, learning code single-chip microcomputer U6 the 17th pin is connected with vibrating motor M1 through amplifier.
Like in order to be convenient to meet the custom that uses many fishing rods to fish, can be on the basis of above-mentioned single channel wireless alarm receiver, have additional multichannel bite signal lamp A2～A5, described bite signal lamp A2～A5 is connected with learning code single-chip microcomputer U6 9th～12 pin respectively.
Above-mentioned wireless receiving chip U5 selects MicRF-211 or SYN500R cake core, learning code single-chip microcomputer U6 selects EM78P260N or Pic16F690/1507/1509 cake core, learning code storage chip U7 selects 24c02 cake core, and indicator lamp D2～D4, indicator lamp A1～A5 select light emitting diode.
For the ease of distinguishing indicator lamp connotation, can set bite signal respectively by the glittering expression of one of indicator lamp A1～A5, return and float signal respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D3, float for fishing power supply under-voltage is respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D4, and localpower under-voltage is by the glittering expression of indicator lamp D2.
Radio alarming formula Luminous float for fishing of the present utility model, can be on existing vertical floating or the cursory basis of spherical A Bo, in float for fishing, installed battery-powered bite, bite move back float, battery undervoltage sensor detection module and wireless signal transmitter module, in float for fishing with LED lamp, enter water bright temporarily, after stablizing, automatically close.Bite enters water, bite returns and floats floating and under-voltage, and LED lamp is glittering, launches radio wave simultaneously.The wireless alarm receiver supporting with it receiving after the radio wave signal of float for fishing transmitting, being reduced to bite through decoding enters water signal, bite and returns and float floating signal or brownout signal, drive corresponding indicator lamp glittering, send corresponding alarm sound or/and vibration simultaneously.Active warning rodman, can fish on rest limit, limit rodman, makes to fish to become real amusement and recreation activity.Owing to adopting capacitive induction to trigger in float for fishing sensor, sensor electrode and water or the external world are nonconducting.So humidity changes, the rainwater spray can not cause variation, only have when sensor electrode enters water capacitance is increased, could trigger.Have and be active in one's movements reliably, the advantage such as easy to use, is existing vertical floating or the cursory upgraded product of spherical A Bo.
Brief description of the drawings
Fig. 1 is a kind of structural representation of vertical floating of the present utility model:
Fig. 2 is the cursory a kind of structural representation of spherical A Bo of the present utility model:
In Fig. 1 and Fig. 21 is light emitting diode D1, the 2nd, and antenna E1, the 3rd, bite electrode P1, the 4th, return and float electrode P2, the 5th, the cursory tail that floats, the 6th, enter water electrode P3, the 7th, emitter circuit board, the 8th, the cursory body that floats, the 9th, minicell BT1, the 10th, the cursory pin that floats.
Fig. 3 is the cursory a kind of electrical block diagram of Fig. 1 or Fig. 2;
Fig. 4 is a kind of electrical block diagram of wireless alarm receiver of the present utility model.
Embodiment
Radio alarming formula Luminous float for fishing of the present utility model, comprise fish news emitter (circuit as shown in Figure 3) and vertical floating (its structure as shown in Figure 1) or spherical A Bo cursory (its structure as shown in Figure 2), wherein, fish news emitter comprises bite electrode P1, return and float electrode P2, enter water electrode P3, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, wireless transmission chip U1, antenna E1, light emitting diode D1 and minicell BT1, wherein, bite electrode P1(3) be contained in cursory top of floating tail (5) outer casing inner wall, return and float electrode P2(4) be contained in cursory middle part (as shown in Figure 1) or bottom (as shown in Figure 2) of floating tail (5) outer casing inner wall, enter water electrode P3(6) be contained in cursory bottom (as shown in Figure 1) of floating tail (5) outer casing inner wall or cursory body (8) middle part (as shown in Figure 2) of floating, antenna E1(2) be contained in the cursory inner chamber that floats tail (5), light emitting diode D1(1) be contained in cursory top of floating tail (5), minicell BT1, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, and the emitter circuit board (7) of wireless transmission chip composition is contained in cursory floating in body (8), its circuit connecting relation as shown in Figure 3, 6th～8 pin of described condenser type water level detecting chip U3 be 3 signal input parts respectively with bite electrode P1, return and float electrode P2 and enter water electrode P3 and be connected, condenser type water level detecting chip U3 the 10th pin is that ground terminal is connected with the cursory pin (10) that floats of cursory lower end, the 13rd of condenser type water level detecting chip U3 is connected with the 6th and the 5th pin of storage chip U4 respectively with the 16th pin, 2nd～4 pin of condenser type water level detecting chip U3 are that 3 signal output parts are that 3 signal input parts are connected with 11st～13 pin of single-chip microcomputer process chip U2 respectively, the 2nd pin of single-chip microcomputer process chip U2 is that float for fishing power supply brownout signal test side is connected with divider resistance R1 and R2, the 9th pin of single-chip microcomputer process chip is that index signal output is connected with light emitting diode D1, the 8th of single-chip microcomputer process chip, 4, 7, 6 pin are that 4 code signal outputs are that 4 code signal inputs are connected with 7th～10 pin of wireless transmission chip U1 respectively, the high-frequency emission signal output part of wireless transmission chip U1 is connected with antenna E1 through LC resonance circuit.
For weight reduction, above-mentioned bite electrode P1, return and float electrode P2 and enter water electrode P3 and be respectively a circle becket, described antenna E1 selects metal light wall pipe or helical antenna.
The above-mentioned condenser type water level detecting chip U3 that states selects ADATW05/08 or Pic10F/204/206 or Pic16F61X/88X cake core, storage chip U4 selects 24c02 cake core, single-chip microcomputer process chip U2 selects EM78P154/157/159/259 or Pic16c505 or Pic16F506/526 or Pic16F630/676/684 cake core, and wireless transmission chip U1 selects Mic6sc2 cake core.
Referring to Fig. 3, when use, when float for fishing enters after water, enter water electrode P3 and enter water, itself and the cursory increase signal that floats the input capacitance between pin are to condenser type water level detecting chip U3 the 8th pin, U3 the 4th pin output high level is to single-chip microcomputer process chip U2 the 11st pin, U2 the 11st pin is received after signal, U2 the 9th pin output high level is bright to light emitting diode D1, U2 control pin (the 1st pin) output triggering signal is to U3 the 1st pin, U3 the 1st pin is received after signal, remove 3 in bite electrode P1(Fig. 1 or Fig. 2) and time float 4 in electrode P2(Fig. 1 or Fig. 2) original capacitance being stored in storage chip U4, detect bite electrode P1 and return the existing capacitance value data of floating electrode P2, now float for fishing enters water and is stable state.Bite electrode P1, on the water surface, returns and floats electrode P2 under the water surface, after program setting is 5～8 seconds, U2 resetting pin (14 pin) output triggering signal is to U3 resetting pin (12 pin), and by bite electrode P1 with return the existing capacitance data of floating electrode P2 and be stored in U4, D1 puts out, U3 starts working.
When fish bite, float for fishing sinks, and bite electrode P1 enters water, itself and cursoryly float capacitance between pin and be greater than original capacitance, U3 the 2nd pin output high level is to U2 the 13rd pin, U2 the 8th pin output high level is to wireless transmission chip U1 the 7th pin, U1 launching code is wireless bite signal, D1 is glittering simultaneously.When bite electrode P1 water outlet, its capacitance is replied original capacitance, and U3 the 2nd pin output low level is to U2-13 pin, and U2 the 8th pin stops output, and U1 quits work, and D1 puts out.
When floating up to back, float for fishing floats electrode P2 water outlet, return and float electrode and cursory capacitance of floating between pin is less than original capacitance, U3 the 3rd pin output high level is to U2 the 12nd pin, and U2 the 4th pin is exported high level to U1 the 8th pin, U1 launching code is wireless time floats signal, and D1 is glittering simultaneously.When float for fishing homing, U3 the 3rd pin output low level is to U2 the 12nd pin, and U2 the 4th pin stops output, and U1 quits work, and D1 puts out.
When mentioning fishing rod, make float for fishing water outlet, enter water electrode P3 water outlet, enter water electrode and cursory capacitance reply initial value of floating between pin, U3 the 4th pin no-output, U2 the 11st pin is low level, and U2 quits work, and D1 puts out, and U1 quits work.In the time that entering water again, repeats by float for fishing above program behavior.
For the signal that the radio alarming formula Luminous float for fishing in water can be sent receives and can remind in time rodman, also design the wireless alarm receiver matching used with it, its structure as shown in Figure 4, comprise reception antenna E2, wireless receiving chip U5, learning code single-chip microcomputer U6, learning code storage chip U7, power switch button S1, learning code button S2, volume and vibration regulate button S3, localpower indicator lamp D2, return and float signal lamp D3, float for fishing power supply under-voltage indicator lamp D4, bite signal lamp A1, vibrating motor M1, alarming horn LS1, divider resistance R11 and R12, and power supply BT2, its signal annexation is, reception antenna E2 is that the 3rd pin is connected through LC resonance circuit and the input of wireless receiving chip U5, the output of wireless receiving chip U5 i.e. the 10th pin is that the 1st pin is connected with learning code single-chip microcomputer U6 signal input part, learning code single-chip microcomputer U6 the 3rd pin and the 18th pin and the 19th pin respectively with learning code button S2 and power switch button S1, volume and vibration regulate button S3 to connect, learning code single-chip microcomputer U6 the 4th pin is connected with localpower under-voltage indicator lamp D2, learning code single-chip microcomputer U6 the 2nd pin is that localpower under-voltage test side is connected with divider resistance R11 and R12, learning code single-chip microcomputer U6 the 7th pin floats signal lamp D3 and is connected with returning, learning code single-chip microcomputer U6 the 5th pin is connected with float for fishing under-voltage indicator lamp D4, learning code single-chip microcomputer U6 the 8th pin is connected with bite signal lamp A1, learning code single-chip microcomputer U6 the 13rd pin is connected with learning code storage chip U7 the 6th pin and the 5th pin respectively with the 14th pin, learning code single-chip microcomputer U6 the 16th pin is connected with alarming horn LS1 through amplifier, learning code single-chip microcomputer U6 the 17th pin is connected with vibrating motor M1 through amplifier.
Like in order to be convenient to meet the custom that uses many fishing rods to fish, can be on the basis of above-mentioned single channel wireless alarm receiver, have additional multichannel bite signal lamp A2～A5, described bite signal lamp A2～A5 is connected with learning code single-chip microcomputer U6 9th～12 pin respectively.
Above-mentioned wireless receiving chip U5 selects MicRF-211 or SYN500R cake core, learning code single-chip microcomputer U6 selects EM78P260N or Pic16F690/1507/1509 cake core, learning code storage chip U7 selects 24c02 cake core, and indicator lamp D2～D4, indicator lamp A1～A5 select light emitting diode.
For the ease of distinguishing indicator lamp connotation, can set bite signal respectively by the glittering expression of one of indicator lamp A1～A5, return and float signal respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D3, float for fishing power supply under-voltage is respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D4, and localpower under-voltage is by the glittering expression of indicator lamp D2.
U5 in above-mentioned wireless alarm receiver is superheterodyne reception chip, high frequency wireless signal forms frequency-selective network via antenna E2 input via L, C, inputted by U5 the 3rd pin, by U5 the 10th pin outupt coded signal, to U6 the 1st pin, receive frequency is elected 433.92MHZ or 916MHZ as.Form learning code decoder by U6 and U7, U6 is decoding single-chip microcomputer, and U7 is decode stored chip, and its program setting is, and: S1 is power switch button, D2 is localpower indicator lamp, clicks S1, and D2 is bright, single-chip microcomputer work, click S1, D2 goes out again, and single-chip microcomputer cuts out; D2 is glittering, localpower under-voltage; S2 is learning code button, and the machine can be stored 5 road float for fishing codings, presses successively learning sequence and is designated as successively float for fishing → A1 indicator lamp No. 1, No. 2 float for fishing → A2 indicator lamps, No. 3 float for fishing → A3 indicator lamps, No. 4 float for fishing → A4 indicator lamps, No. 5 float for fishing → A5 indicator lamps.A1～A5 indicator lamp, indicates float for fishing road number, each road, indicates each float for fishing bite signal simultaneously, floats indicator lamp D3 or float for fishing under-voltage indicator lamp D4 when bright when returning, and A1～A5 only indicates each float for fishing.When D3 and D4 do not work, and the each signal lamp of A1～A5 is when glittering, represents that each float for fishing has sent bite signal.S3 is that loudspeaker SL1 audible alarm is or/and the adjusting button of vibrating motor M1 vibration alarming.When U5, U6 receive after float for fishing transmitting antenna signal, press S2 learning code button, to store successively float for fishing and be encoded in U7, corresponding A1～A5 indicator lamp is glittering, and study completes.For a long time press S2, can remove memory encoding in U7.
Claims (7)
1. a radio alarming formula Luminous float for fishing, comprise that fish news emitter and vertical floating or spherical A Bo are cursory, it is characterized in that fish news emitter comprises bite electrode P1, return and float electrode P2, enter water electrode P3, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, wireless transmission chip U1, antenna E1, light emitting diode D1 and minicell BT1, wherein, bite electrode P1 is contained in cursory top of floating tail outer casing inner wall, return and float electrode P2 and be contained in cursory middle part or bottom of floating tail outer casing inner wall, entering water electrode P3 is contained in and cursoryly floats the bottom of tail outer casing inner wall or float body middle part, antenna E1 is contained in the cursory inner chamber that floats tail, light emitting diode D1 is contained in cursory top of floating tail, minicell BT1, condenser type water level detecting chip U3, storage chip U4, single-chip microcomputer process chip U2, and the emitter circuit board of wireless transmission chip composition is contained in cursory floating in body, 6th～8 pin of described condenser type water level detecting chip U3 be 3 signal input parts respectively with bite electrode P1, return and float electrode P2 and enter water electrode P3 and be connected, condenser type water level detecting chip U3 the 10th pin is that ground terminal is connected with the cursory pin that floats of cursory lower end, the 13rd of condenser type water level detecting chip U3 is connected with the 6th and the 5th pin of storage chip U4 respectively with the 16th pin, 2nd～4 pin of condenser type water level detecting chip U3 are that 3 signal output parts are that 3 signal input parts are connected with 11st～13 pin of single-chip microcomputer process chip U2 respectively, the 2nd pin of single-chip microcomputer process chip U2 is that float for fishing power supply brownout signal test side is connected with divider resistance R1 and R2, the 9th pin of single-chip microcomputer process chip is that index signal output is connected with light emitting diode D1, the 8th of single-chip microcomputer process chip, 4, 7, 6 pin are that 4 code signal outputs are that 4 code signal inputs are connected with 7th～10 pin of wireless transmission chip U1 respectively, the high-frequency emission signal output part of wireless transmission chip U1 is connected with antenna E1 through LC resonance circuit.
2. radio alarming formula Luminous float for fishing as claimed in claim 1, is characterized in that described bite electrode P1, returns and float electrode P2 and enter water electrode P3 and be respectively a circle becket, and described antenna E1 selects metal light wall pipe or helical antenna.
3. radio alarming formula Luminous float for fishing as claimed in claim 1 or 2, it is characterized in that described condenser type water level detecting chip U3 selects ADATW05/08 or Pic10F/204/206 or Pic16F61X/88X cake core, storage chip U4 selects 24c02 cake core, single-chip microcomputer process chip U2 selects EM78P154/157/159/259 or Pic16c505 or Pic16F506/526 or Pic16F630/676/684 cake core, and wireless transmission chip U1 selects Mic6sc2 cake core.
4. the wireless alarm receiver of a radio alarming formula Luminous float for fishing, it is characterized in that comprising that reception antenna E2, wireless receiving chip U5, learning code single-chip microcomputer U6, learning code storage chip U7, power switch button S1, learning code button S2, volume and vibration regulate button S3, localpower indicator lamp D2, return and float signal lamp D3, float for fishing power supply under-voltage indicator lamp D4, bite signal lamp A1, vibrating motor M1, alarming horn LS1, divider resistance R11 and R12 and power supply BT2, its signal annexation is, reception antenna E2 is that the 3rd pin is connected through LC resonance circuit and the input of wireless receiving chip U5, the output of wireless receiving chip U5 i.e. the 10th pin is that the 1st pin is connected with learning code single-chip microcomputer U6 signal input part, learning code single-chip microcomputer U6 the 3rd pin and the 18th pin and the 19th pin respectively with learning code button S2 and power switch button S1, volume and vibration regulate button S3 to connect, learning code single-chip microcomputer U6 the 4th pin is connected with localpower under-voltage indicator lamp D2, learning code single-chip microcomputer U6 the 2nd pin is that localpower under-voltage test side is connected with divider resistance R11 and R12, learning code single-chip microcomputer U6 the 7th pin floats signal lamp D3 and is connected with returning, learning code single-chip microcomputer U6 the 5th pin is connected with float for fishing under-voltage indicator lamp D4, learning code single-chip microcomputer U6 the 8th pin is connected with bite signal lamp A1, learning code single-chip microcomputer U6 the 13rd pin is connected with learning code storage chip U7 the 6th pin and the 5th pin respectively with the 14th pin, learning code single-chip microcomputer U6 the 16th pin is connected with alarming horn LS1 through amplifier, learning code single-chip microcomputer U6 the 17th pin is connected with vibrating motor M1 through amplifier.
5. the wireless alarm receiver of radio alarming formula Luminous float for fishing as claimed in claim 4, characterized by further comprising bite signal lamp A2～A5, and described bite signal lamp A2～A5 is connected with learning code single-chip microcomputer U6 9th～12 pin respectively.
6. as the wireless alarm receiver of the radio alarming formula Luminous float for fishing as described in claim 4 or 5, it is characterized in that described wireless receiving chip U5 selects MicRF-211 or SYN500R cake core, learning code single-chip microcomputer U6 selects EM78P260N or Pic16F690/1507/1509 cake core, learning code storage chip U7 selects 24c02 cake core, and indicator lamp D2～D4, indicator lamp A1～A5 select light emitting diode.
7. the wireless alarm receiver of radio alarming formula Luminous float for fishing as claimed in claim 5, it is characterized in that described bite signal is respectively by the glittering expression of one of indicator lamp A1～A5, return and float signal respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D3, float for fishing power supply under-voltage is respectively by the common glittering expression of one of indicator lamp A1～A5 and indicator lamp D4, and localpower under-voltage is by the glittering expression of indicator lamp D2.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420019959.5U CN203646364U (en) | 2014-01-14 | 2014-01-14 | Wireless alarming type luminous float and wireless alarming receiver thereof |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420019959.5U CN203646364U (en) | 2014-01-14 | 2014-01-14 | Wireless alarming type luminous float and wireless alarming receiver thereof |
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| CN203646364U true CN203646364U (en) | 2014-06-18 |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106665518A (en) * | 2016-03-14 | 2017-05-17 | 杨光献 | Float with automatic ejection function and electronic warning function |
| CN110663654A (en) * | 2019-10-26 | 2020-01-10 | 杨啟波 | Electronic visible float |
| CN113050707A (en) * | 2021-03-12 | 2021-06-29 | 尹业兴 | Water immersion control circuit for medical instrument |
| TWI732168B (en) * | 2018-02-01 | 2021-07-01 | 黃智淵 | Detection device of fishing into water and method thereof |
-
2014
- 2014-01-14 CN CN201420019959.5U patent/CN203646364U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106665518A (en) * | 2016-03-14 | 2017-05-17 | 杨光献 | Float with automatic ejection function and electronic warning function |
| TWI732168B (en) * | 2018-02-01 | 2021-07-01 | 黃智淵 | Detection device of fishing into water and method thereof |
| CN110663654A (en) * | 2019-10-26 | 2020-01-10 | 杨啟波 | Electronic visible float |
| CN113050707A (en) * | 2021-03-12 | 2021-06-29 | 尹业兴 | Water immersion control circuit for medical instrument |
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