JP2003203284A - Abnormality information system of drainage facility of road - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide an abnormality information system of a drainage facility of a road capable of directly informing a drainage facility caretaker of an abnormality of the drainage facility of the road. <P>SOLUTION: This drainage facility 3 of the road is equipped with various abnormality monitoring sensors and an information device 17, and the telephone number of a telephone 20 of the drainage facility caretaker is registered beforehand in the information device 17. When some abnormality monitoring sensor detects an abnormality in the drainage facility 3, the sensor informs automatically the drainage facility manager by the information device 17. Hereby, the drainage facility manager receiving the information can cope therewith quickly and surely, to thereby prevent beforehand submergence of the road. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a road drainage system abnormality reporting system for automatically reporting a drainage system abnormality such as rainwater provided on a roadway to a drainage system manager in a remote place.

[0002]

2. Description of the Related Art In a place where a road or a railroad crosses, each road may be crossed three-dimensionally in order to facilitate smooth traffic. One of the methods is as shown in FIG. There is a so-called underpass, in which one road or railway is made to go underground and passes through the lower side of the other road or railway. In this case, since the underpass road is lower than the surrounding land due to its structure, most of the rainwater that falls around due to rainfall etc. flows into the underpass road, and it can easily be flooded if the amount of rainfall increases. there were. In consideration of such a situation, drainage facilities are often installed on the underpass road so that rainwater that flows in is collected and discharged to a river by a drainage pump.

Although such drainage facilities are generally under the jurisdiction of the national and local governments, direct management such as facility maintenance is often outsourced to private management companies. It's a reality.

[0004]

However, when a problem such as a drain pump failure or clogging occurs in the drainage facility, the facility manager goes around to see the site or until there is a notification from the residents. It may not be noticed, and the first notification from residents etc. may be the country or local government that has jurisdiction over the drainage facility, and the management company may be contacted from there, so the response may be delayed. was there. Especially in emergency situations such as typhoons and torrential rains, such a delay in the initial action can cause great damage.

In view of the above points, it is an object of the present invention to provide a road drainage abnormality report system capable of directly reporting a road drainage abnormality to a drainage facility manager.

[0006]

SUMMARY OF THE INVENTION In order to solve the above problems, the present invention provides a road drainage system abnormality notification system as set forth in claim 1, wherein the drainage system such as rainwater provided on the road has various faults. With a monitoring sensor and a reporting device,
A contact telephone number of a drainage facility manager is registered in advance in the notification device, and when the abnormality monitoring sensor detects an abnormality in the drainage facility, the notification device automatically notifies the contact telephone number. It is characterized by having done.

Further, in the road drainage facility abnormality notification system according to the second aspect, there are a plurality of the drainage facility managers, and contact numbers of the respective drainage facility managers are registered in advance in the reporting device. In addition, each contact telephone number is given a priority order, and when the abnormality monitoring sensor detects an abnormality in the drainage facility, the notification device automatically notifies the highest priority contact telephone number, If it is not possible to contact them, it will automatically notify each contact telephone number sequentially based on the above priority, and this will be continued until one of the drainage facility managers can be contacted. .

Further, in the road drainage system abnormality notification system according to the third aspect of the present invention, even if all the telephone numbers registered by the notification device are reported, any drainage system manager can be contacted. If there is not, it is characterized in that each contact telephone number is automatically notified again based on the priority.

[0009]

DETAILED DESCRIPTION OF THE INVENTION According to the abnormality notification system for a road drainage facility according to claim 1 of the present invention, various drainage facility abnormalities such as a drainage pump failure and a water collecting port clogging are detected by various abnormality monitoring sensors. If it is detected, a notification device such as a mobile phone provided in the drainage system automatically notifies the telephone number of the fixed-line phone or mobile phone owned by the drainage system manager. The drainage system manager who receives the notification can know the abnormality of the drainage system without delay and can express the situation to the site.

As described above, even if some abnormality occurs in the drainage equipment of the road, the drainage equipment manager can be immediately notified directly, and the drainage equipment manager can take prompt action.

According to the abnormality notification system for a drainage facility of a road according to the second aspect of the invention, if the abnormality of the drainage facility is detected by various abnormality monitoring sensors, the notification device provided in the drainage facility gives the highest priority to the telephone. Automatically call the number. At this time, if the drainage facility manager of this telephone number cannot receive the notification for some reason, the reporting device automatically reports to another telephone number registered in advance based on the priority order. In addition, if there is no contact with the drainage manager, then the drainage manager with the next priority will be notified. In this way, the reporting device keeps reporting until one of the registered drainage facility managers can be contacted based on the priority.

As described above, even if it is difficult to contact the drainage facility manager on holidays, at night, or in an emergency such as a typhoon or a torrential rain, any drainage facility manager may have an abnormality in the drainage facility. Can be reported, and it is possible to respond reliably.

Further, according to the abnormality notification system for road drainage facilities according to claim 3, the notification device sequentially notifies each telephone number registered based on the priority order, and notifies all telephone numbers. If no drainage system manager is contacted after the completion, the phone number will be restarted from the highest priority phone number.

As described above, even in a situation where it is extremely difficult to contact the drainage facility manager, it is possible to definitely report the abnormality of the drainage facility.

[0015]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a diagram for explaining an underpass type overpass where one of the three-dimensionally intersecting roads passes under the other road.
Road 1 paved on normal ground and Underpass Road 2
Is made up of.

FIG. 2 is a diagram for explaining an abnormality notification system for drainage equipment according to the present invention installed on the underpass road 2. Reference numeral 3 in the figure collects rainwater flowing on the road and collects it in a river. A drainage pump 4 for discharging rainwater on the road to rivers, a dust remover 5 for removing dust such as driftwood contained in the rainwater, and the drainage pump 4 A generator 6 for supplying operating electricity, a fuel tank 7 for storing fuel for operating the generator 6, a control panel 8 for controlling the operation of each of these devices, and the like. Each of these devices is equipped with various abnormality monitoring sensors for detecting an abnormality such as a failure.

More specifically, for each device, a submersible pump for sewage is adopted as the drainage pump 4, and rainwater on the road is sucked up from a water intake 10 provided at a lower portion of the pump body 9 to drain water. Discharge through mouth 11. In addition, a water level gauge 12 is provided near the drainage pump 4 to constantly measure the water level of rainwater or the like staying on the underpass road, and if this water level exceeds a certain amount (set appropriately), some abnormality will occur in the drainage facility 3. It is designed so that it can be detected by determining that a problem has occurred.

The dust remover 5 removes dust such as dust and driftwood flowing along with rainwater by scraping the rake portion,
The drainage pump 4 is for preventing dust from being sucked in, and a clogging detection sensor 13 is provided in the upper portion of the rake portion, and when a certain amount or more of clogging occurs in the rake portion, it can be determined and detected as abnormal. I am trying to.

The generator 6 is for supplying electricity for operating the drainage pump 4, the control panel 8 and the like,
A self-diagnosis system sensor 14 is built in the generator 6, and a diagnosis of the self-diagnosis system sensor 14 allows a failure of the generator 6 itself to be determined and detected.

The fuel tank 7 is for storing and supplying the fuel for power generation to the generator 6, and an ultrasonic level sensor 15 is provided on the ceiling of the fuel tank 7, The fuel storage amount is constantly measured accurately, and when the remaining amount of the fuel becomes less than a certain amount (appropriately set), it is determined that the fuel is out and can be detected.

The control panel 8 is for operating and controlling each of the above-mentioned devices, and like the generator 6, it has a self-diagnosis system sensor 16 built-in inside the control panel 8. Diagnosis by the diagnosis system sensor 16 generator 6
It is designed so that it can detect and detect the failure of itself.

In the present embodiment, the abnormality monitoring sensor provided in each device of the drainage facility 3 has been described above, but in addition to this, for example, an earth leakage detection sensor, a fire detector, or drainage. A sensor for detecting an illegal intruder into the equipment 3 may be provided, or conversely, if the equipment investment is to be suppressed, the drainage equipment 3 operates even if only the water level gauge 12 provided in the drainage pump 4 is used. You can at least know the non-operation.

Reference numeral 17 is a notification device for taking in the respective abnormality signals detected by the various abnormality monitoring sensors and notifying the drainage facility manager of the abnormality occurrence of the drainage facility 3, which is connected to the various abnormality monitoring sensors. Notification device body 18
And a mobile phone 19 for making a call to the contact telephone number of the drainage facility manager.

Reference numeral 20 is a fixed telephone or a mobile telephone owned by a drainage facility manager who manages the drainage facility 3.

Then, the telephone number of the telephone 20 owned by the drainage facility manager is registered in advance in the mobile phone 19, and when the reporting device main body 18 receives an abnormal signal from various abnormality monitoring sensors, the mobile telephone 19 is notified. It is configured to automatically notify the telephone number of the telephone 20 of the drainage facility manager who has been registered.

Explaining the above-mentioned processing concretely, some trouble occurs in the drainage facility 3 and the drainage function does not function sufficiently,
For example, when rainwater or the like is accumulated around the drainage pump 4 and the water level detected by the water level gauge 12 provided in the pump body 9 is determined to be an abnormal water level, an abnormal signal is sent to the notification device body 18 of the notification device 17. Send. Receiving this abnormal signal, the reporting device body 18 issues a call command to the mobile phone 19, and the mobile phone 19 receiving the call command reads the telephone number of the drainage facility manager's telephone 20 registered in advance and makes a call. Apply.

If there are a plurality of drainage facility managers, the number of telephones 20 to be registered as the call destinations of the mobile phone 19 of the drainage facility 3 is the same as that of the drainage facility managers. , 20n are registered, and the telephone numbers of these contacts are prioritized.

When the reporting device body 18 receives an abnormality signal from various abnormality monitoring sensors, the mobile phone 19 first automatically reports to the highest priority contact telephone number, for example, the telephone 20a. If there is no contact with this telephone 20a, the priority is set to the next telephone 20 based on the priority.
Report to b. In this way, either telephone 20a, 20
b, ..., 20n are sequentially notified to each contact telephone number based on the priority order. In addition, even if such a notification is made, any of the telephones 20a, 20b, ..., 20n
If both cannot be contacted, it returns to the top of the priority again and starts reporting from the telephone 20a. By doing so, the contact with the drainage manager is increased.

As described above, conventionally, when a typhoon or the like is required, the drainage facility manager needs to be very sensitive to the condition of the drainage facility, which is a heavy burden, and the drainage facility manager is very frequent. Unless you checked the above, you will not notice the malfunction of the drainage system unless the road is flooded, and there is a risk that the response will be delayed and the damage will spread. For example, even when a typhoon occurs, the drainage system administrator does not need to use any nerves, and even if the drainage system fails, it can be promptly dealt with at an early stage, and damage such as flooding of the road can be prevented. It can be prevented. Further, since the system is configured only by the abnormality monitoring sensor and the notification device provided in each device of the drainage facility, it is very inexpensive and easy to install, and it can be installed easily in the existing drainage facility.

In this embodiment, the notification device 17 merely notifies the drainage facility manager when an abnormality occurs in the drainage facility 3, but the abnormality is detected at the time of reporting. If the individual voice data is transmitted so that the type of the abnormality monitoring sensor and the degree of abnormality can be discriminated, the drainage facility manager can more appropriately take appropriate measures accordingly.

As a notification method, an e-mail may be used. In this case, the drainage facility manager can visually check the information, which increases the certainty, and the communication cost is lower and the abnormality is easy. It is preferable that the type of monitoring sensor and the degree of abnormality can be notified.

Further, in this embodiment, an example in which it is installed on an underpass road as an abnormality notification system for a road drainage facility is given, but the invention is not particularly limited to this and the road position is low and rainwater or the like is accumulated. It can be widely adopted for drainage facilities installed in easy places.

[0034]

As described above, according to the abnormality notification system for the road drainage facility according to the first aspect of the present invention, the drainage facility for rainwater provided on the road is provided with various abnormality monitoring sensors and a notification device. , The contact telephone number of the drainage facility manager is registered in advance in the notification device, and when the abnormality monitoring sensor detects an abnormality in the drainage facility, the notification device automatically notifies the contact telephone number. Therefore, even if some abnormality occurs in the drainage equipment on the road, the drainage equipment manager is immediately notified directly, and the drainage equipment manager can take prompt action. Also, since the system configuration is simple, it can be installed easily in existing drainage facilities.

In addition, according to the abnormality notification system for road drainage facilities according to claim 2, the drainage facility managers are plural in number and the contact telephone numbers of the respective drainage facility managers are registered in advance in the notification device. In addition, prioritize each contact telephone number, and if the abnormality monitoring sensor detects an abnormality in the drainage facility, the notification device will automatically notify the highest priority contact telephone number, if If we cannot contact us, we will automatically notify each contact telephone number based on the above priority and continue until we can contact one of the drainage facility managers. It is possible to prevent omissions of notifications to be made and to reliably handle wastewater treatment.

Further, according to the abnormality notification system for drainage equipment of a road according to claim 3, even if the notification is made to all contact telephone numbers registered by the notification device, it is not possible to contact any drainage equipment manager. In this case, since the contact telephone numbers are automatically notified again in order based on the priority, it is possible to more reliably notify the drainage facility manager.

[Brief description of drawings]

FIG. 1 is a diagram illustrating an underpass road, which is one of installation targets of an abnormality notification system for a road drainage facility according to the present invention.

FIG. 2 is a schematic configuration diagram showing an embodiment of an abnormality notification system for a road drainage facility according to the present invention.

[Explanation of Codes] 3 ... Drainage facility 4 ... Drainage pump 5 ... Dust remover 6 ... Generator 7 ... Fuel tank 8 ... Control panel 12 ... Water level gauge (abnormality monitoring sensor) 13 ... Clogging detection sensor (abnormality monitoring sensor) 14, 16 ... Self-diagnosis system sensor (abnormality monitoring sensor) 15 ... Ultrasonic level sensor (abnormality monitoring sensor) 17 ... Notification device 19 ... Mobile phone 20 ... Telephone

Continued front page    F term (reference) 5C086 AA12 AA34 AA40 AA41 BA30                       CA01 CA30 CB40 DA10 DA14                       FA06 FA18                 5C087 AA02 AA03 AA24 AA25 AA37                       BB12 BB18 BB74 DD02 DD08                       DD33 DD49 EE05 EE16 FF01                       FF02 FF04 FF19 FF20 GG08                       GG11 GG12 GG18 GG23 GG31                       GG32 GG66 GG67 GG70 GG71                       GG83

Claims (3)

[Claims] 1. A drainage facility such as rainwater provided on a road is provided with various abnormality monitoring sensors and a reporting device, and a contact telephone number of a drainage facility manager is registered in advance in the reporting device to monitor the abnormality. An abnormality notification system for a drainage facility on a road, wherein when a sensor detects an abnormality in the drainage facility, a notification device automatically notifies the contact telephone number. 2. A plurality of the drainage facility managers, the contact telephone numbers of the drainage facility managers are registered in advance in the notification device, and each contact telephone number is given a priority. Every time the abnormality monitoring sensor detects an abnormality in the drainage facility, the notification device automatically notifies the telephone number of the highest priority contact number, and if the contact cannot be made, each contact is sequentially based on the priority order. 2. The road drainage system abnormality notification system according to claim 1, wherein the telephone number is automatically notified and this is continued until contact is made with any drainage system manager. 3. When contacting any of the contact telephone numbers registered by the notification device cannot contact any of the drainage facility managers, the contact telephone numbers are sequentially reapplied based on the priority order. 3. The road drainage system abnormality notification system according to claim 2, wherein the notification system automatically notifies the abnormality.