CN105551304A - State-interaction electronic prompting apparatus and monitoring method thereof - Google Patents
State-interaction electronic prompting apparatus and monitoring method thereof Download PDFInfo
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- CN105551304A CN105551304A CN201510978756.8A CN201510978756A CN105551304A CN 105551304 A CN105551304 A CN 105551304A CN 201510978756 A CN201510978756 A CN 201510978756A CN 105551304 A CN105551304 A CN 105551304A
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- G—PHYSICS
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- G08G1/00—Traffic control systems for road vehicles
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- G08G1/166—Anti-collision systems for active traffic, e.g. moving vehicles, pedestrians, bikes
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Abstract
The invention discloses a state-interaction electronic prompting apparatus and a monitoring method thereof. The apparatus comprises a pressure sensor, a geomagnetic sensor, an infrared sensor, a controller, an LED display apparatus and alarm equipment. The pressure sensor, the geomagnetic sensor and the infrared sensor arranged on a main road and a non-motor vehicle road are used to carry out detection, distinguishing and direction determination on an automobile, an electric bicycle and pedestrians so as to realize bidirectional information interaction and prompting of the main road and the non-motor vehicle road.
Description
Technical field
The invention belongs to the induction of people's car and alarm set, be specifically related to a kind of state interactive electronic alarm set and monitoring method.
Background technology
Garage, more and more important in daily life.It is not only automobile, many electric motor cars also leave in garage, the pedestrian adding bicycle parking and pick up the car, the importance of garage safety is self-evident, especially in the bicycle track in garage and the crossing of A-road, because the vision dead zone of causing of blocking of some buildings has brought inconvenience especially.
Summary of the invention
The technical matters that the present invention solves there is provided a kind of easy to maintenance, highly sensitive, antijamming capability is strong, false drop rate is low and can accurate detection pedestrian and vehicle the state interactive electronic alarm set reminded in time and monitoring method.
The present invention adopts following technical scheme for solving the problems of the technologies described above, state interactive electronic alarm set and monitoring method, it is characterized in that: in underground garage, arranged crosswise has bicycle track and A-road, A-road wherein near side, bicycle track is opposite direction A-road, the A-road of opposite side is positive dirction A-road, and the direction in the other direction A-road driving towards bicycle track along automobile is provided with the 3rd infrared sensor successively, 4th infrared sensor, second earth inductor, second pressure transducer, second panalarm and the 4th panalarm, the direction that positive dirction A-road drives towards bicycle track along automobile is provided with the first infrared sensor successively, second infrared sensor, first geomagnetic sensor, first pressure transducer, first panalarm and the 3rd panalarm, the direction that A-road is driven towards along bicycle or pedestrian in side, bicycle track is provided with the 5th infrared sensor successively, 6th infrared sensor, 3rd geomagnetic sensor and the first LED display, the position that bicycle track opposite side is relative with the first LED display is provided with the second LED display, the first described infrared sensor, second infrared sensor, 3rd infrared sensor, 4th infrared sensor, 5th infrared sensor, 6th infrared sensor, first geomagnetic sensor, second geomagnetic sensor, 3rd geomagnetic sensor, first pressure transducer, second pressure transducer, first panalarm, second panalarm, 3rd panalarm, 4th panalarm, first LED display is connected with control respectively by circuit with the second LED display, and whole device is by 220V Power supply,
The detailed process of monitoring method is:
(1) at positive dirction A-road, first infrared sensor is laid on positive dirction A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track, second infrared sensor, first geomagnetic sensor and the first pressure transducer are laid on positive dirction A-road respectively with the first infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after first infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the second infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the first infrared sensor detects, if the second infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the second LED display display pedestrian now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the first geomagnetic sensor detects signal, if the first pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the second LED display display electric bicycle now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the first geomagnetic sensor detects signal, if the first pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the second LED display display automobile now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through,
(2) at opposite direction A-road, 3rd infrared sensor is laid on A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track in the other direction, 4th infrared sensor, second geomagnetic sensor and the second pressure transducer are laid on opposite direction A-road respectively with the 3rd infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after 3rd infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 4th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 3rd infrared sensor detects, if the 4th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the first LED display display pedestrian now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the second geomagnetic sensor detects signal, if the second pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the first LED display display electric bicycle now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the second geomagnetic sensor detects signal, if the second pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the first LED display display automobile now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through,
(3) in bicycle track, 5th infrared sensor is laid on bicycle track one lateral extent A-road and distant place, 15 meters, crossing, bicycle track, 6th infrared sensor and the 3rd geomagnetic sensor to be laid in bicycle track respectively with the 5th infrared sensor homonymy and distance A-road and 11 meters, crossing, bicycle track and 3 meters of distant places, after 5th infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 6th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 5th infrared sensor detects, if the 6th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, now the first panalarm of A-road both sides and the second panalarm glimmer 5 seconds respectively, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor detected signal in 2 seconds, then judge that thing of advancing is electric bicycle, now the 3rd panalarm of A-road both sides and the 4th panalarm glimmer 5 seconds respectively.
The present invention is simple, and required apparatus structure is simple, and measurement range is wide and precision is high, can detect vehicle and pedestrian simultaneously like clockwork and send warning in time.
Accompanying drawing explanation
Fig. 1 is structural representation of the present invention;
Fig. 2 is line module figure of the present invention.
In figure: 1, first infrared sensor, 2, second infrared sensor, 3, first geomagnetic sensor, 4, first pressure transducer, 5, 3rd infrared sensor, 6, 4th infrared sensor, 7, second geomagnetic sensor, 8, second pressure transducer, 9, 5th infrared sensor, 10, 6th infrared sensor, 11, 3rd geomagnetic sensor, 12, first panalarm, 13, second panalarm, 14, 3rd panalarm, 15, 4th panalarm, 16, first LED display, 17, second LED display, 18, A-road, 19, bicycle track.
Embodiment
Describe particular content of the present invention by reference to the accompanying drawings in detail.State interactive electronic alarm set and monitoring method, in underground garage, arranged crosswise has bicycle track 19 and A-road 18, A-road wherein near side, bicycle track 19 is opposite direction A-road, the A-road of opposite side is positive dirction A-road, and the direction in the other direction A-road driving towards bicycle track 19 along automobile is provided with the 3rd infrared sensor 5 successively, 4th infrared sensor 6, second earth inductor 7, second pressure transducer 8, second panalarm 13 and the 4th panalarm 15, the direction that positive dirction A-road drives towards bicycle track 19 along automobile is provided with the first infrared sensor 1 successively, second infrared sensor 2, first geomagnetic sensor 3, first pressure transducer 4, first panalarm 12 and the 3rd panalarm 14, the direction that A-road 18 is driven towards along bicycle or pedestrian in side, bicycle track 19 is provided with the 5th infrared sensor 9 successively, 6th infrared sensor 10, 3rd geomagnetic sensor 11 and the first LED display 16, the position that bicycle track 19 opposite side is relative with the first LED display 16 is provided with the second LED display 17, the first described infrared sensor 1, second infrared sensor 2, 3rd infrared sensor 5, 4th infrared sensor 6, 5th infrared sensor 9, 6th infrared sensor 10, first geomagnetic sensor 3, second geomagnetic sensor 7, 3rd geomagnetic sensor 11, first pressure transducer 4, second pressure transducer 8, first panalarm 12, second panalarm 13, 3rd panalarm 14, 4th panalarm 15, first LED display 16 is connected with control respectively by circuit with the second LED display 17, and whole device is by 220V Power supply.
At positive dirction A-road, first infrared sensor is laid on positive dirction A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track, second infrared sensor, first geomagnetic sensor and the first pressure transducer are laid on positive dirction A-road respectively with the first infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after first infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the second infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the first infrared sensor detects, if the second infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the second LED display display pedestrian now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the first geomagnetic sensor detects signal, if the first pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the second LED display display electric bicycle now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the first geomagnetic sensor detects signal, if the first pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the second LED display display automobile now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through.
At opposite direction A-road, 3rd infrared sensor is laid on A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track in the other direction, 4th infrared sensor, second geomagnetic sensor and the second pressure transducer are laid on opposite direction A-road respectively with the 3rd infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after 3rd infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 4th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 3rd infrared sensor detects, if the 4th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the first LED display display pedestrian now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the second geomagnetic sensor detects signal, if the second pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the first LED display display electric bicycle now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the second geomagnetic sensor detects signal, if the second pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the first LED display display automobile now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through.
In bicycle track, 5th infrared sensor is laid on bicycle track one lateral extent A-road and distant place, 15 meters, crossing, bicycle track, 6th infrared sensor and the 3rd geomagnetic sensor to be laid in bicycle track respectively with the 5th infrared sensor homonymy and distance A-road and 11 meters, crossing, bicycle track and 3 meters of distant places, after 5th infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 6th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 5th infrared sensor detects, if the 6th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, now the first panalarm of A-road both sides and the second panalarm glimmer 5 seconds respectively, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor detected signal in 2 seconds, then judge that thing of advancing is electric bicycle, now the 3rd panalarm of A-road both sides and the 4th panalarm glimmer 5 seconds respectively.
More than show and describe ultimate principle of the present invention, principal character and advantage, without departing from the spirit and scope of the present invention, the present invention also has various changes and modifications, and these changes and improvements all fall into claimed scope of the present invention.
Claims (1)
1. state interactive electronic alarm set and monitoring method, it is characterized in that: in underground garage, arranged crosswise has bicycle track and A-road, A-road wherein near side, bicycle track is opposite direction A-road, the A-road of opposite side is positive dirction A-road, and the direction in the other direction A-road driving towards bicycle track along automobile is provided with the 3rd infrared sensor successively, 4th infrared sensor, second earth inductor, second pressure transducer, second panalarm and the 4th panalarm, the direction that positive dirction A-road drives towards bicycle track along automobile is provided with the first infrared sensor successively, second infrared sensor, first geomagnetic sensor, first pressure transducer, first panalarm and the 3rd panalarm, the direction that A-road is driven towards along bicycle or pedestrian in side, bicycle track is provided with the 5th infrared sensor successively, 6th infrared sensor, 3rd geomagnetic sensor and the first LED display, the position that bicycle track opposite side is relative with the first LED display is provided with the second LED display, the first described infrared sensor, second infrared sensor, 3rd infrared sensor, 4th infrared sensor, 5th infrared sensor, 6th infrared sensor, first geomagnetic sensor, second geomagnetic sensor, 3rd geomagnetic sensor, first pressure transducer, second pressure transducer, first panalarm, second panalarm, 3rd panalarm, 4th panalarm, first LED display is connected with control respectively by circuit with the second LED display, and whole device is by 220V Power supply,
The detailed process of monitoring method is:
(1) at positive dirction A-road, first infrared sensor is laid on positive dirction A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track, second infrared sensor, first geomagnetic sensor and the first pressure transducer are laid on positive dirction A-road respectively with the first infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after first infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the second infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the first infrared sensor detects, if the second infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the second LED display display pedestrian now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the second infrared sensor detects thing of advancing, if the first geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the first geomagnetic sensor detects signal, if the first pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the second LED display display electric bicycle now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through, from the first geomagnetic sensor detects signal, if the first pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the second LED display display automobile now near 2 meters high far from ground, the first infrared sensor side in bicycle track passes through,
(2) at opposite direction A-road, 3rd infrared sensor is laid on A-road one lateral extent A-road and distant place, 20 meters, crossing, bicycle track in the other direction, 4th infrared sensor, second geomagnetic sensor and the second pressure transducer are laid on opposite direction A-road respectively with the 3rd infrared sensor homonymy and apart from A-road and 16 meters, crossing, bicycle track, 8 meters and 4 meters of distant places, after 3rd infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 4th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 3rd infrared sensor detects, if the 4th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, the first LED display display pedestrian now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the 4th infrared sensor detects thing of advancing, if the second geomagnetic sensor detected signal in 2 seconds, controller resets and restarts timing, then judge that thing of advancing is automobile or electric bicycle, from the second geomagnetic sensor detects signal, if the second pressure transducer does not detect thing of advancing in 1.5 seconds, then judge that thing of advancing is electric bicycle, the first LED display display electric bicycle now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through, from the second geomagnetic sensor detects signal, if the second pressure transducer detects thing of advancing in 1.5 seconds, then judge that automobile is driving towards A-road and bicycle track crossing, the first LED display display automobile now near 2 meters high far from ground, the 3rd infrared sensor side in bicycle track passes through,
(3) in bicycle track, 5th infrared sensor is laid on bicycle track one lateral extent A-road and distant place, 15 meters, crossing, bicycle track, 6th infrared sensor and the 3rd geomagnetic sensor to be laid in bicycle track respectively with the 5th infrared sensor homonymy and distance A-road and 11 meters, crossing, bicycle track and 3 meters of distant places, after 5th infrared sensor detects thing of advancing, by signal transmission to controller, controller starts timing, if the 6th infrared sensor does not detect thing of advancing in 4 seconds, then controller resets the signal that the 5th infrared sensor detects, if the 6th infrared sensor detects thing of advancing in 4 seconds, controller resets and restarts timing, namely judge to have learnt that object is advanced to A-road and crossing, bicycle track, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor does not detect thing of advancing in 2 seconds, then judge to advance thing as pedestrian, now the first panalarm of A-road both sides and the second panalarm glimmer 5 seconds respectively, from the 6th infrared sensor detects thing of advancing, if the 3rd geomagnetic sensor detected signal in 2 seconds, then judge that thing of advancing is electric bicycle, now the 3rd panalarm of A-road both sides and the 4th panalarm glimmer 5 seconds respectively.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201510978756.8A CN105551304B (en) | 2015-12-24 | 2015-12-24 | State interactive electronic alarm set and monitoring method |
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| CN201510978756.8A CN105551304B (en) | 2015-12-24 | 2015-12-24 | State interactive electronic alarm set and monitoring method |
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| CN105551304A true CN105551304A (en) | 2016-05-04 |
| CN105551304B CN105551304B (en) | 2018-02-13 |
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| CN106846909A (en) * | 2017-02-24 | 2017-06-13 | 青岛智慧城市产业发展有限公司 | Intelligent road anticollision accessory system |
| CN110111591A (en) * | 2019-06-05 | 2019-08-09 | 上海市城市建设设计研究总院（集团）有限公司 | Non-motorized vehicle lane running indicates system and its operation method |
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| CN105551304B (en) | 2018-02-13 |
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