CN104477085B - It is applicable to the turning prompting equipment that lorry delivery overlength goods uses - Google Patents
It is applicable to the turning prompting equipment that lorry delivery overlength goods uses Download PDFInfo
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- CN104477085B CN104477085B CN201410762697.6A CN201410762697A CN104477085B CN 104477085 B CN104477085 B CN 104477085B CN 201410762697 A CN201410762697 A CN 201410762697A CN 104477085 B CN104477085 B CN 104477085B
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Abstract
It is applicable to the turning prompting equipment that lorry delivery overlength goods uses, it is made up of remote control unit, left-hand bend mechanism, right-hand bend mechanism and reception unit, left-hand bend mechanism, right-hand bend mechanism are made up of shell, static line, lampshade and bulb, receive cellular installation at left-hand bend mechanism shell inner bottom right end, the wireless signal that remote control unit sends acts on reception unit, receives unit and left-hand bend mechanism, the bulb of right-hand bend mechanism connected by wire. When lorry delivers overlength goods, left and right turning mechanism is arranged on two ends, left and right, goods rear portion respectively; Officer is positioned at, by pressing, the different electrical power switching push button driven on indoor remote control unit wireless transmission circuit, can allow the bulb continuous flashing as required of left and right turning mechanism, reminds lorry rear end vehicle driver's lorry turn left or turned right; Prevent truck back vehicle driver owing to being not easy to see the working order of lorry from lamp of turning with it, easily thus cause the drawback of traffic accident.
Description
Technical field
The present invention relates to signals of vehicles device, particularly a kind of when lorry delivers overlength goods, receive unit, left-hand bend mechanism and right-hand bend mechanism can be easily installed in the two ends, afterbody left and right of goods, during use, officer presses the different key being positioned at and driving on indoor remote control unit as required, under the effect receiving unit, left-hand bend mechanism, the bulb of right-hand bend mechanism can respectively electric flashing, thus visual cues lorry rear end vehicle driver, lorry is in left-hand bend or right-hand bend state, prevent truck back vehicle driver, owing to the goods overlength of lorry delivery is not easy to see the working order of lorry from lamp of turning with it, easily thus cause the turning prompting equipment being applicable to lorry delivery overlength goods use of traffic accident.
Background technology
At present, known lorry, there is no a kind of special turning signal prompt device used in time delivering overlength goods, when lorry delivers overlength goods, the overlength of goods causes lorry rear end vehicle driver, it is not easy to see the working order of lorry from lamp of turning with it, when lorry turns left or turns right, owing to front vehicle officer's sight line is obstructed, it is easy to thus cause traffic accident.
Summary of the invention
In order to overcome existing lorry, there is no a kind of special turning signal prompt device used in time delivering overlength goods, when lorry delivers overlength goods, the overlength of goods causes lorry rear end vehicle driver, it is not easy to see the working order of lorry from lamp of turning with it, when lorry turns left or turns right, owing to front vehicle officer's sight line is obstructed, easily thus cause the drawback of traffic accident, the present invention provides a kind of when lorry delivers overlength goods, receive unit, left-hand bend mechanism and right-hand bend mechanism can be easily installed in the two ends, afterbody left and right of goods, during use, officer presses the different key being positioned at and driving on indoor remote control unit as required, under the effect receiving unit, left-hand bend mechanism, the bulb of right-hand bend mechanism can respectively electric flashing, thus visual cues lorry rear end vehicle driver, lorry is in left-hand bend or right-hand bend state, prevent truck back vehicle driver, owing to the goods overlength of lorry delivery is not easy to see the working order of lorry from lamp of turning with it, easily thus cause the turning prompting equipment being applicable to lorry delivery overlength goods use of traffic accident.
The technical solution adopted for the present invention to solve the technical problems is:
It is applicable to the turning prompting equipment that lorry delivery overlength goods uses, it is characterized in that by remote control unit, left-hand bend mechanism, right-hand bend mechanism and reception unit are formed, left-hand bend mechanism is by shell, static line, lampshade and bulb composition, static line has two, article two, static line is arranged on the two ends, outside left and right of shell respectively, front middle part at shell has a round hole, lampshade is red transparent plastics material, lampshade is arranged on shell front middle part round hole front end, bulb is installed in the enclosure, bulb is positioned at lampshade rear end, right-hand bend mechanism is by shell, static line, lampshade and bulb composition, static line has two, article two, static line is arranged on the two ends, outside left and right of shell respectively, front middle part at shell has a round hole, lampshade is red transparent plastics material, lampshade is arranged on shell front middle part round hole front end, bulb is installed in the enclosure, bulb is positioned at lampshade rear end, receive the inside bottom right end of cellular installation at left-hand bend mechanism shell, the wireless signal that remote control unit sends acts on reception unit, the bulb power input terminus of the first pole and left-hand bend mechanism that receive unit two power output end first ends is wherein connected by wire one end, the bulb power input terminus the other end of the 2nd pole and left-hand bend mechanism that receive unit two power output end first ends is connected by wire, the bulb power input terminus of the first pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is wherein connected by wire one end, the bulb power input terminus the other end of the 2nd pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is connected by wire.
Described remote control unit is made up of plastic housing, power supply and radio transmitter, power supply is the special battery of 12V radio transmitter, radio transmitter is ZYO300-A72 type radio transmitter finished product, power supply and radio transmitter are arranged on plastic shell, radio transmitter has four power switches, there are four perforates plastic housing front end, on radio transmitter, the button of four power switches exposes outside four perforates of plastic housing front end, the positive and negative electrode of power supply respectively positive and negative power supply input terminus with radio transmitter connected by wire.
Described reception unit is by power supply, power switch, silicon rectifier diode, wireless receiving circuit, resistance, NPN triode, rly. and chemical capacitor composition, resistance, NPN triode, chemical capacitor respectively has two, rly. has four, and power supply is 6V/4AH lead acid cell, and wireless receiving circuit is ZYO300-A72 type wireless receiving circuit finished product, positive source and power switch one end are connected by wire, the power switch the other end and silicon rectifier diode positive pole, first relay power input anode, first rly. one normally opened contact end, 3rd relay power input anode, 3rd rly. one normally opened contact end is connected by wire, and 1 pin of silicon rectifier diode negative pole and wireless receiving circuit is connected by wire, 3 pin of power cathode and wireless receiving circuit, first NPN transistor emitter, 2nd NPN transistor emitter, 2nd relay power input cathode, 4th relay power input cathode is by wire ground connection, 5 pin of wireless receiving circuit and first resistance one end are connected by wire, first resistance the other end and first NPN transistor base are connected by wire, first NPN transistor collector and first relay power input cathode are connected by wire, first another normally opened contact end of rly. and first chemical capacitor positive pole, 2nd rly. one normally closed contact end is connected by wire, 6 pin of wireless receiving circuit and the 2nd resistance one end are connected by wire, 2nd the resistance the other end and the 2nd NPN transistor base are connected by wire, 2nd NPN transistor collector and the 3rd relay power input cathode are connected by wire, the 3rd another normally opened contact end of rly. and the 2nd chemical capacitor positive pole, 4th rly. one normally closed contact end is connected by wire.
The present invention, when lorry delivers overlength goods, fastens the rear left end at goods the two of left-hand bend mechanism static lines, the two of right-hand bend mechanism static lines is fastened the rear right-hand member at goods, and remote control unit is placed in wheel house. The invention has the beneficial effects as follows, when lorry turns left, when officer presses first power switch button of remote control unit wireless transmission circuit, now, receive the wireless signal that unit can receive remote control unit wireless transmission circuit and send, and the light that the bulb making left-hand bend structure constantly sends flicker reminds lorry rear end vehicle driver's lorry to turn left with this; When lorry is turned right, when officer presses the 2nd power switch button of remote control unit wireless transmission circuit, now, receive the wireless signal that unit can receive remote control unit wireless transmission circuit and send, and the light that the bulb making right-hand bend structure constantly sends flicker reminds lorry rear end vehicle driver's lorry to turn right with this; Due to, energy visual cues lorry rear end vehicle driver of the present invention, lorry is in left-hand bend or right-hand bend state, prevent the goods overlength that truck back vehicle driver delivers due to lorry, it is not easy to see the working order of lorry from lamp of turning with it, easily thus cause the drawback of traffic accident, so having good application prospect.
Accompanying drawing explanation
Fig. 1 is present configuration schematic diagram.
Fig. 2 is power supply, the radio transmitter of remote control unit of the present invention, receives unit, left-hand bend mechanism bulb, the schematic circuit between right-hand bend structure bulb.
In Fig. 1: 1 is remote control unit, and 1-1 is the plastic housing of remote control unit, 1-2,1-3,1-4,1-5 are four power switches on remote control unit wireless transmission circuit; 2 is left-hand bend mechanism, and 2-1 is the shell of left-hand bend mechanism, and 2-2 is the static line of left-hand bend mechanism, and 2-3 is the lampshade of left-hand bend mechanism, and 2-4 is the bulb of left-hand bend mechanism; 3 is right-hand bend mechanism, and 3-1 is the shell of right-hand bend mechanism, and 3-2 is the static line of right-hand bend mechanism, and 3-3 is the lampshade of right-hand bend mechanism, and 3-4 is the bulb of right-hand bend mechanism; 4 is receive unit; 5 is the wire connecting and receiving unit two power output ends the 2nd end and right-hand bend mechanism bulb power input terminus.
Fig. 2, A1 are the radio transmitters of remote control unit, are ZYO300-A72 type radio transmitter finished products; G2 is the power supply of remote control unit; SB1, SB2, SB3, SB4 are four on radio transmitter A1 power switches. Receive in unit: G1 is power supply, is 6V/4AH lead acid cell; S is power switch, is Miniature Power Unit tumbler switch; VD is silicon rectifier diode, and model is IN4007; A2 is wireless receiving circuit, is ZYO300-A72 type wireless receiving circuit finished product; R1, R2 are resistance, and resistance is 1K; VT1, VT2 are NPN triodes, and model is 9013, K1, K2, K3, K4 is rly., and model is JRC/21F/YG4100/DC5V; C1, C2 are chemical capacitors, and model is 2000UF/25V. H1 is the bulb of left-hand bend mechanism, and H2 is the bulb of right-hand bend mechanism, and model is 5W/6V.
Embodiment
Shown in Fig. 1, it is applicable to the turning prompting equipment that lorry delivery overlength goods uses, by remote control unit 1, left-hand bend mechanism 2, right-hand bend mechanism 3 and reception unit 4 are formed, left-hand bend mechanism 2 is by shell 2-1, static line 2-2, lampshade 2-3 and bulb 2-4 forms, static line 2-2 has two, article two, static line 2-2 is arranged on the two ends, outside left and right of shell 2-1 respectively, front middle part at shell 2-1 has a round hole, lampshade 2-3 is red transparent plastics material, lampshade 2-3 is arranged on shell 2-1 front middle part round hole front end, bulb 2-4 is arranged in shell 2-1, bulb 2-4 is positioned at lampshade 2-3 rear end, right-hand bend mechanism is by shell 3-1, static line 3-2, lampshade 3-3 and bulb 3-4 forms, static line 3-2 has two, article two, static line 3-2 is arranged on the two ends, outside left and right of shell 3-1 respectively, front middle part at shell 3-1 has a round hole, lampshade 3-3 is red transparent plastics material, lampshade 3-3 is arranged on shell 3-1 front middle part round hole front end, bulb 3-4 is arranged in shell 3-1, bulb 3-4 is positioned at lampshade 3-3 rear end, receive bottom right, the inside end that unit 4 is arranged on left-hand bend mechanism shell 2-1, the wireless signal that remote control unit 1 sends acts on and receives unit 4, the bulb 2-4 power input of the first pole and left-hand bend mechanism that receive unit 4 two power output end first ends is wherein connected by wire one end, the bulb 2-4 power input the other end of the 2nd pole and left-hand bend mechanism that receive unit 4 two power output end first ends is connected by wire, the bulb power input terminus 3-4 of the first pole and right-hand bend mechanism that receive unit 4 two power output ends the 2nd end is wherein connected by wire one end, the bulb power 3-4 input terminus the other end of the 2nd pole and right-hand bend mechanism that receive unit 4 two power output ends the 2nd end is connected by wire. remote control unit 1 is by plastic housing 1-1, power supply and radio transmitter composition, power supply is the special battery of 12V radio transmitter, radio transmitter is ZYO300-A72 type radio transmitter finished product, it is inner that power supply and radio transmitter are arranged on plastic housing 1-1, radio transmitter has four power switches, there are four perforates plastic housing 1-1 front end, four power switch 1-2 on radio transmitter, 1-3, 1-4, the button of 1-5 exposes outside four perforates of plastic housing 1-1 front end, the positive and negative electrode of power supply respectively positive and negative power supply input terminus with radio transmitter connected by wire. the present invention, when lorry delivers overlength goods, fastens the rear left end at goods the two of left-hand bend mechanism 2 static line 2-2, the two of right-hand bend mechanism 3 static line 3-2 is fastened the rear right-hand member at goods, and remote control unit 1 is placed on wheel house. when lorry turns left, when officer presses first the power switch 1-2 button being positioned at and driving on indoor remote control unit 1 radio transmitter, the radio transmitter of remote control unit 1 can launch the wireless closure signal of the first via, now, receive the wireless closure signal of the first via that unit 4 can receive remote control unit 1 radio transmitter and send, and the light that the bulb 2-4 making left-hand bend structure 2 constantly sends flicker reminds lorry rear end vehicle driver's lorry to turn left with this, after lorry turns left, do not need prompting front vehicle, when officer presses the 3rd on remote control unit 1 radio transmitter power switch 1-4 button, the radio transmitter of remote control unit 1 can launch the wireless cut-off signal of the first via, so, receive the wireless cut-off signal of the first via that unit 4 receives remote control unit 1 radio transmitter and sends, and the bulb 2-4 making left-hand bend structure 2 stops luminous.When lorry is turned right, when officer presses the 2nd the power switch 1-3 button being positioned on wheel house remote control unit 1 radio transmitter, the radio transmitter of remote control unit 1 can launch the 2nd wireless closure signal in road, now, receive the 2nd wireless closure signal in road that unit 4 can receive remote control unit 1 radio transmitter and send, and the light that the bulb 3-4 making right-hand bend structure 3 constantly sends flicker reminds lorry rear end vehicle driver's lorry to turn right with this; After lorry is turned right, do not need prompting front vehicle, when officer presses the 4th on remote control unit 1 radio transmitter power switch 1-5 button, the radio transmitter of remote control unit 1 can launch the 2nd wireless cut-off signal in road, so, receive the 2nd wireless cut-off signal in road that unit 4 receives remote control unit 1 radio transmitter and sends, and the bulb 3-4 making right-hand bend structure 3 stops luminous. Due to, energy visual cues lorry rear end of the present invention vehicle, lorry is in left-hand bend or right-hand bend state, truck back vehicle driver is prevented to be not easy to see the working order of lorry from lamp of turning with it due to goods overlength that lorry delivers, easily thus cause the drawback of traffic accident, so the application prospect having had.
Shown in Fig. 2, A1 is the radio transmitter of remote control unit, G2 is the power supply of remote control unit, and SB1, SB2, SB3, SB4 are four on radio transmitter A1 power switches, the positive and negative electrode of power supply G2 respectively positive and negative power supply input terminus with radio transmitter A1 connected by wire. by power supply G1, power switch S, silicon rectifier diode VD, wireless receiving circuit A2, resistance R1, R2, NPN triode VT1, VT2, relay K 1, K2, K3, K4 and chemical capacitor C1, C2 composition receives unit, resistance, NPN triode, chemical capacitor respectively has two, rly. has four, power supply is 6V/4AH lead acid cell, wireless receiving circuit is ZYO300-A72 type wireless receiving circuit finished product, power supply G1 positive pole and power switch S one end are connected by wire, the power switch S the other end and silicon rectifier diode VD positive pole, first relay K 1 power input positive pole, first relay K 1 one normally opened contact end, 3rd relay K 3 power input positive pole, 3rd relay K 3 one normally opened contact end is connected by wire, 1 pin of silicon rectifier diode VD negative pole and wireless receiving circuit A2 is connected by wire, 3 pin of power supply G1 negative pole and wireless receiving circuit A2, first NPN triode VT1 emtting electrode, 2nd NPN triode VT2 emtting electrode, 2nd relay K 2 power input negative pole, 4th relay K 4 power input negative pole is by wire ground connection, 5 pin of wireless receiving circuit A2 and first resistance R1 one end are connected by wire, first resistance R1 the other end and first NPN triode VT1 base stage are connected by wire, first NPN triode VT1 collector electrode and first relay K 1 power input negative pole are connected by wire, first another normally opened contact end of relay K 1 and first chemical capacitor C1 positive pole, 2nd relay K 2 one normally closed contact end is connected by wire, 6 pin of wireless receiving circuit A2 and the 2nd resistance R2 one end are connected by wire, 2nd the resistance R2 the other end and the 2nd NPN triode VT2 base stage are connected by wire, 2nd NPN triode VT2 collector electrode and the 3rd relay K 3 power input negative pole are connected by wire, 3rd another normally opened contact end of relay K 3 and the 2nd chemical capacitor C2 positive pole, 4th relay K 4 one normally closed contact end is connected by wire. H1 left-hand bend mechanism bulb, H2 right-hand bend structure bulb. the wireless signal that remote control unit wireless transmission circuit A1 sends acts on and receives unit wireless receiving circuit A2, the bulb H1 power input of the first pole chemical capacitor C1 negative pole and left-hand bend mechanism that receive unit two power output end first ends is wherein connected by wire one end, the bulb H1 power input the other end of another normally closed contact end of the 2nd pole relay K 2 and left-hand bend mechanism of receiving unit two power output end first ends is connected by wire, the bulb H2 power input of the first pole chemical capacitor C2 negative pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is wherein connected by wire one end, the bulb H2 power input the other end of another normally closed contact end of the 2nd pole relay K 4 and right-hand bend mechanism of receiving unit two power output ends the 2nd end is connected by wire. at Fig. 2, receiving in unit, after power switch S opens, power supply G1 positive pole can enter 1 pin of wireless receiving circuit A2 through silicon rectifier diode VD, so, wireless receiving circuit A2 obtains electric work and is in standby state,Owing to the operating voltage of wireless receiving circuit A2 is about 5V, the voltage of power supply G1 is 6V, and silicon rectifier diode VD has the volts lost of about 0.8V, so through the hypotensive effect of silicon rectifier diode VD, the 1 pin voltage entering wireless receiving circuit A2 is exactly about 5.2V. when vehicle carrying overlength goods needs to turn left, when officer presses first the power switch SB1 button being positioned at and driving on indoor remote control unit wireless transmission circuit A1, the radio transmitter A1 of remote control unit can launch the wireless closure signal of the first via, now, the wireless receiving circuit A2 being positioned at left-hand bend mechanism shell inner bottom right end can receive the wireless closure signal of the first via that radio transmitter A1 sends, so, 5th pin of wireless receiving circuit A2 exports high level, the high level exported is through resistance R1 current limliting, NPN triode VT1 power magnification, enter relay K 1 power input negative pole, so, relay K 1 obtains two normally opened contact of electric adhesive and closes, when relay K 1 two normally opened contact of electric adhesive closed after, 6V direct supply can charge to chemical capacitor C1 through closed relay K 1 two normally opened contacts, when just starting, there is the coil of very big charging current by relay K 2, so, relay K 2 obtains two normally closed contact of electric adhesive and disconnects, at this moment, chemical capacitor C1 continues charging, and charging current reduces gradually, then, relay K 2 dead electricity disconnect two normally closed contact close, due to, the bulb H1 power input of the first pole chemical capacitor C1 negative pole and left-hand bend mechanism that receive unit two power output end first ends is wherein connected by wire one end, the bulb H1 power input the other end of another normally closed contact end of the 2nd pole relay K 2 and left-hand bend mechanism of receiving unit two power output end first ends is connected by wire, so, chemical capacitor C1 is fully charged, relay K 2 dead electricity disconnect two normally closed contact closed after, the power supply filled on chemical capacitor C1 will discharge through bulb H1, so, bulb H1 obtains electroluminescence, the power supply filled on chemical capacitor C1 is after bulb H1 releases, 6V direct supply can charge to chemical capacitor C1 through closed relay K 1 two normally opened contacts again, then, relay K 2 obtains two normally closed contact of electric adhesive and disconnects, bulb H1 dead electricity stops luminous, constantly circulate with this, when vehicle carrying overlength goods needs to turn left, when officer presses first the power switch SB1 button being positioned at and driving on indoor remote control unit wireless transmission circuit A1, bulb H1 will remind lorry rear end vehicle driver's lorry to turn left constantly to send the light mode of flicker, after lorry turns left, do not need prompting front vehicle, when officer presses the 3rd the power switch SB3 button being positioned at and driving on remote control unit wireless transmission circuit A1, the radio transmitter A1 of remote control unit can launch the wireless cut-off signal of the first via, after wireless receiving circuit A2 receives the wireless cut-off signal of the first via that remote control unit wireless transmission circuit A1 sends, its the 5th pin can export lower level, so, relay K 1 dead electricity disconnects, chemical capacitor C1, relay K 2, bulb H1 due to without the 6V direct supply through the input of relay K 1 two normally opened contacts also would not again electric work. when vehicle carrying overlength goods needs to turn right, when officer presses the 2nd the power switch SB2 button being positioned at and driving on indoor remote control unit wireless transmission circuit A1, the radio transmitter A1 of remote control unit can launch the 2nd wireless closure signal in road, now, the wireless receiving circuit A2 being positioned at left-hand bend mechanism shell inner bottom right end can receive the 2nd wireless closure signal in road that radio transmitter A1 sends, 6th pin of wireless receiving circuit A2 exports high level, the high level exported is through resistance R2 current limliting, NPN triode VT2 power magnification, enter relay K 3 power input negative pole, so, relay K 3 obtains two normally opened contact of electric adhesive and closes,When relay K 3 two normally opened contact of electric adhesive closed after, 6V direct supply can charge to chemical capacitor C2 through closed relay K 3 two normally opened contacts, when just starting, there is the coil of very big charging current by relay K 4, so, relay K 4 obtains two normally closed contact of electric adhesive and disconnects, at this moment, chemical capacitor C2 continues charging, and charging current reduces gradually, then, relay K 4 dead electricity disconnect two normally closed contact close, due to, the bulb H2 power input of the first pole chemical capacitor C2 negative pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is wherein connected by wire one end, the bulb H2 power input the other end of another normally closed contact end of the 2nd pole relay K 4 and right-hand bend mechanism of receiving unit two power output ends the 2nd end is connected by wire, so, chemical capacitor C2 is fully charged, relay K 4 dead electricity disconnect two normally closed contact closed after, the power supply filled on chemical capacitor C2 will discharge through bulb H2, so, bulb H2 obtains electroluminescence, the power supply filled on chemical capacitor C2 is after bulb H2 releases, 6V direct supply can charge to chemical capacitor C2 through closed relay K 3 two normally opened contacts again, then, relay K 4 obtains two normally closed contact of electric adhesive and disconnects, bulb H2 dead electricity stops luminous, constantly circulate with this, when vehicle carrying overlength goods needs to turn right, when officer presses the 2nd the power switch SB2 button being positioned at and driving on indoor remote control unit wireless transmission circuit A1, bulb H2 will remind lorry rear end vehicle driver's lorry to turn right constantly to send the light mode of flicker, after lorry is turned right, do not need prompting front vehicle, when officer presses the 4th the power switch SB4 button being positioned at and driving on remote control unit wireless transmission circuit A1, the radio transmitter A1 of remote control unit can launch the 2nd wireless cut-off signal in road, after wireless receiving circuit A2 receives the 2nd wireless cut-off signal in road that remote control unit wireless transmission circuit A1 sends, its the 6th pin can export lower level, so, relay K 3 dead electricity disconnects, chemical capacitor C2, relay K 4, bulb H2 due to without the 6V direct supply through the input of relay K 2 two normally opened contacts also would not again electric work. through above circuit effect, when vehicle carrying overlength goods, officer just can press the different electrical power switching push button being positioned at and driving on indoor remote control unit wireless transmission circuit A1 as required, under relevant circuit effect, bulb H1 or H2 is allowed constantly to send the light of flicker, prompting truck back vehicle driver's lorry is in left-hand bend or right-hand bend state, truck back vehicle driver is prevented to be not easy to see the working order of lorry from lamp of turning with it due to goods overlength that lorry delivers, it is easy to thus to cause the drawback of traffic accident.
Claims (2)
1. it is applicable to the turning prompting equipment that lorry delivery overlength goods uses, it is characterized in that by remote control unit, left-hand bend mechanism, right-hand bend mechanism and reception unit are formed, left-hand bend mechanism is by shell, static line, lampshade and bulb composition, static line has two, article two, static line is arranged on the two ends, outside left and right of shell respectively, front middle part at shell has a round hole, lampshade is red transparent plastics material, lampshade is arranged on shell front middle part round hole front end, bulb is installed in the enclosure, bulb is positioned at lampshade rear end, right-hand bend mechanism is by shell, static line, lampshade and bulb composition, static line has two, article two, static line is arranged on the two ends, outside left and right of shell respectively, front middle part at shell has a round hole, lampshade is red transparent plastics material, lampshade is arranged on shell front middle part round hole front end, bulb is installed in the enclosure, bulb is positioned at lampshade rear end, receive the inside bottom right end of cellular installation at left-hand bend mechanism shell, the wireless signal that remote control unit sends acts on reception unit, the bulb power input terminus of the first pole and left-hand bend mechanism that receive unit two power output end first ends is wherein connected by wire one end, the bulb power input terminus the other end of the 2nd pole and left-hand bend mechanism that receive unit two power output end first ends is connected by wire, the bulb power input terminus of the first pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is wherein connected by wire one end, the bulb power input terminus the other end of the 2nd pole and right-hand bend mechanism that receive unit two power output ends the 2nd end is connected by wire.
2. the turning prompting equipment being applicable to lorry delivery overlength goods and using according to claim 1, it is characterized in that receiving unit by power supply, power switch, silicon rectifier diode, wireless receiving circuit, resistance, NPN triode, rly. and chemical capacitor composition, resistance, NPN triode, chemical capacitor respectively has two, rly. has four, power supply is 6V/4AH lead acid cell, wireless receiving circuit is ZYO300-A72 type wireless receiving circuit finished product, positive source and power switch one end are connected by wire, the power switch the other end and silicon rectifier diode positive pole, first relay power input anode, first rly. one normally opened contact end, 3rd relay power input anode, 3rd rly. one normally opened contact end is connected by wire, 1 pin of silicon rectifier diode negative pole and wireless receiving circuit is connected by wire, 3 pin of power cathode and wireless receiving circuit, first NPN transistor emitter, 2nd NPN transistor emitter, 2nd relay power input cathode, 4th relay power input cathode is by wire ground connection, 5 pin of wireless receiving circuit and first resistance one end are connected by wire, first resistance the other end and first NPN transistor base are connected by wire, first NPN transistor collector and first relay power input cathode are connected by wire, first another normally opened contact end of rly. and first chemical capacitor positive pole, 2nd rly. one normally closed contact end is connected by wire, 6 pin of wireless receiving circuit and the 2nd resistance one end are connected by wire, 2nd the resistance the other end and the 2nd NPN transistor base are connected by wire, 2nd NPN transistor collector and the 3rd relay power input cathode are connected by wire, 3rd another normally opened contact end of rly. and the 2nd chemical capacitor positive pole, 4th rly. one normally closed contact end is connected by wire.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410762697.6A CN104477085B (en) | 2014-12-14 | 2014-12-14 | It is applicable to the turning prompting equipment that lorry delivery overlength goods uses |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410762697.6A CN104477085B (en) | 2014-12-14 | 2014-12-14 | It is applicable to the turning prompting equipment that lorry delivery overlength goods uses |
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| Publication Number | Publication Date |
|---|---|
| CN104477085A CN104477085A (en) | 2015-04-01 |
| CN104477085B true CN104477085B (en) | 2016-06-01 |
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|---|---|---|---|
| CN201410762697.6A Expired - Fee Related CN104477085B (en) | 2014-12-14 | 2014-12-14 | It is applicable to the turning prompting equipment that lorry delivery overlength goods uses |
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| CN204279219U (en) * | 2014-12-14 | 2015-04-22 | 郭礼 | Be applicable to the turning prompt facility that lorry delivery exceptional length freight use |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070069881A1 (en) * | 2005-09-29 | 2007-03-29 | Dohan Jewel L | Vehicle U-turn safety signal device |
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|---|---|---|---|---|
| US6067010A (en) * | 1998-12-17 | 2000-05-23 | Papacy Products Co., Ltd. | Auxiliary safety warning lamp system for a vehicle |
| US7944349B2 (en) * | 2007-08-14 | 2011-05-17 | X Y E Computer Co., Ltd | Vehicle deceleration warning apparatus |
| CN202378780U (en) * | 2011-12-30 | 2012-08-15 | 洛阳理工学院 | Contactless flash controller circuit for turn lights of trailing truck |
| CN204279219U (en) * | 2014-12-14 | 2015-04-22 | 郭礼 | Be applicable to the turning prompt facility that lorry delivery exceptional length freight use |
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| CN104477085A (en) | 2015-04-01 |
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