KR20130066212A - Informastion collection for bus statiion system using solar photovoltaic - Google Patents

Abstract

PURPOSE: A bus stop information collecting system is provided to include an information collecting device and a server, thereby enabling a manager to remotely monitor an emergency situation occurring to a passenger in a bus stop or to the bus stop. CONSTITUTION: A sunlight absorbing panel installed in a roof frame of a bus stop absorbs sunlight and generates power. A chair generates heat by using the power generated by the sunlight absorbing panel. A bus stop stand supplies a charging function using the power generated by the sunlight absorbing panel and displays bus arriving schedule information. A sensor(300) installed in the bus stop stand delivers location information or an emergency signal to a bus stop managing server(500) or an emergency center when an emergency situation occurs at the bus stop. [Reference numerals] (100) Bus stop; (110) Bus stop analysis processing unit; (120) Location checking unit; (130) Self measuring unit; (140) Sense measurement information collecting unit; (150) BIS signal analysis diagnosing unit; (160) Analysis program updating unit; (170) Control unit; (180,220) Storage unit; (190,250,510) Communication unit; (200) Bus stop information collecting device; (210) Display unit; (230,560) Bus stop information managing unit; (240) Bus stop information transmitting unit; (300) Sensor; (400) Network; (500) Bus stop managing server; (520) Emergency processing unit; (530) Information determining unit; (540) Medical emergency processing unit; (550) Sensor study and analysis program updating unit; (570) Bus stop information analyzing unit; (600) Local government analysis center; (700) Emergency medical center; (80) Third DB; (800) First DB; (810) Second DB

Description

Bus platform information collection system using solar power generation {INFORMASTION COLLECTION FOR BUS STATIION SYSTEM USING SOLAR PHOTOVOLTAIC}

The present invention relates to a bus platform information collection system using photovoltaic power generation, and more particularly, to install a photovoltaic power generation device on the bus platform, the power obtained here can be used in the bus platform, the sensor and emergency installed in the bus platform The present invention relates to a bus platform information collection system using photovoltaic power generation, which can monitor the location and situation of bus stops in local government analysis centers and emergency medical centers through a status check device.

As the traffic information collection system is developed, the installation of a traffic information notification device in front of a bus stop is commercialized. The traffic information notification device provides information such as the scheduled arrival time of the bus, the location of the current passing station, the weather, and the playback of news. However, such a traffic information notification device has a disadvantage that it is difficult to know the situation of the bus stand itself.

In addition, the conventional bus stand has the inconvenience that the passengers waiting to use the bus in the weather such as winter is cold.

In addition, there is a disadvantage that there is no separate system for monitoring the emergency situation occurred to customers using the bus platform.

The present invention collects bus platform information using a photovoltaic power generation that can be monitored from a remote location by the administrator using the bus platform or the customer to use the bus platform by configuring the information collection device and the server to supplement the above-mentioned disadvantages It is an object to provide a system.

In addition, by using the power from the solar power generation to install a heating wire on the seats provided in the bus platform to wait for the bus warmly in cold weather, and to temporarily charge the electronic devices such as mobile phones or laptops The purpose is to provide a bus platform information collection system using power generation.

Bus platform information collection system using the photovoltaic power generation of the present invention to solve the above problems and to achieve the above object,

Solar absorption panel is installed on the roof frame of the bus platform to absorb the sunlight to generate power; A chair that generates heat using power generated by the solar absorption panel; It is possible to charge the electronic device by using the power generated from the solar absorption panel, a stand for displaying the bus arrival schedule information, comprising a, when an emergency occurs in the bus stand by installing a sensor on the stand Characterized in that the location information and emergency signal of the bus platform to pass to the platform management server or emergency center.

Here, the sensor is characterized in that any one or more of the CCTV driving in the event of an emergency, such as a fire generated by the detection of a person's movement in the bus platform, lighting the lights on the bus platform, fire.

Bus platform information collection system using the solar power generation of the present invention comprises a sensor board to collect and determine the sensor signal and emergency signal detected in the bus platform; Platform management server for receiving, determining and storing the sensor signal and the emergency signal generated and confirmed in the platform; A board information collection device installed in the board and configured to check and check the current state of the board, wherein the board is configured to transmit a sensor signal and an emergency signal to a board management server through a network, and the sensor signal and emergency The signal may be transmitted to the municipal analysis center or emergency medical center.

The platform may include a platform analysis processing unit, a positioning unit, a self-measurement unit, a sensor measurement information collection unit, a BIS signal analysis diagnosis unit, an analysis program update unit, a controller, a storage unit, and a communication unit. The program controls the analysis processor, positioning unit, self-measurement unit, sensor measurement information collection unit, and BIS signal analysis diagnosis unit. Characterized in that it can.

The platform management server includes an emergency processor, an information discriminator, a medical emergency processor, a sensor learning and analysis program updater, a platform information manager, a platform information analyzer, a first DB, a second DB, a third DB, and a communication unit. The communication unit receives a sensor signal and an emergency signal from the landing unit through the network unit, determines the importance in the information determination unit, and enters the platform and the signal processing method for the signal from the emergency processing unit In addition, it is characterized by transmitting the processing signal to the local government analysis center and emergency medical center.

The platform information collecting device may include a display unit, a storage unit, a platform information management unit, a platform information transmitter and a communication unit, and receive and manage a sensor signal and an emergency signal from the platform unit through a communication unit, and display it on the display unit. And storing in the storage unit.

According to the characteristics of the present invention, the bus platform information collection system using the solar power of the present invention can monitor the emergency situation occurred in the customer or bus station itself using the bus platform in the external municipal analysis center or emergency medical center It works.

In addition, by using the power obtained through solar power generation, the seats provided in the bus platform can be heated to wait for the bus warmly even in cold weather, and users can temporarily charge electronic devices such as mobile phones or laptops. There is an effect that you can use the bus stop conveniently.

1 is a view showing the configuration of a bus platform information collection system using solar power generation according to the present invention,
2 is a view schematically showing an embodiment in which a sensor signal and an emergency signal are transmitted in a bus platform information collection system using photovoltaic power generation according to the present invention.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a view showing the configuration of a bus platform information collection system using solar power generation according to the present invention. As shown in Figure 1, the bus platform information collection system using the photovoltaic power generation of the present invention comprises a platform 100, platform management server 500 and platform information collection device 200, these network (400) Send and receive signals through). The present invention installs a solar absorption panel on the bus platform roof frame, and operates the heating wire to the chair installed in the bus platform using the power generated from the solar absorption panel. In addition, the power generated from the solar absorption panel is configured to rapidly charge electronic devices such as mobile phones, notebooks in the platform stand. Here, the platform stand may display traffic information and bus arrival schedule information, and the sensor stand 300 may be configured to include location information and emergency signals of the bus platform 100 when an emergency situation occurs in the bus platform 100. Deliver to the platform management server 500 or emergency center 700. The sensor 300 detects the movement of a person in the bus stop 100 and, when a movement is detected, generates heat by operating a heating wire on the chair, or lights a lamp in the bus stop 100, an emergency situation such as a fire. In case of occurrence, the provided CCTV can be operated.

More specifically, the landing unit 100 is the landing analysis unit 110, positioning unit 120, self-measurement unit 130, sensor measurement information collection unit 140, BIS signal analysis diagnostic unit 150 , The analysis program updater 160, the controller 170, the storage 180, and the communication unit 190 are configured. Here, the control unit 170 is a program for controlling the platform analysis processing unit 110, the positioning unit 120, self-measurement unit 130, sensor measurement information collection unit 140, BIS signal analysis diagnostic unit 150 As a result, the information checked and processed by the controller 170 may be stored in the storage 180, and the program of the controller 170 may be updated through the analysis program updater 160. At this time, the platform analysis processing unit 110 and the location confirmation unit 120 holds the general information and the location information of the bus platform, respectively. The self-measurement unit 130 itself determines whether there is no error or a defect in the apparatus 100 of the landing unit 100. The sensor measurement information collecting unit 140 may receive and collect a sensor signal detected from the sensor 300 connected to the communication unit 190, and may store the sensor signal in the storage unit 180 connected to the control unit 170. In addition, the BIS signal analysis diagnosis unit 150 analyzes traffic information such as bus arrival information.

The platform management server 500 is an emergency processing unit 520, information discriminating unit 530, medical emergency processing unit 540, sensor learning and analysis program update unit 550, platform information management unit 560, platform information analysis unit 570, a first DB 800, a second DB 810, a third DB 820, and a communication unit 510. Here, the communication unit 510 receives the sensor signal and the emergency signal from the landing unit 100 through the network 400, the information determining unit 530 determines the importance of the sensor signal and the emergency signal, the emergency processing unit In 520, a signal processing method for the corresponding platform and the corresponding signal is input. The processing signal input from the emergency processing unit 520 is transmitted to the network 400 through the communication unit 510, and is transmitted to any one of the landing unit 100, the local government analysis center 600, and the emergency medical center 700. .

The emergency signal having a high importance among the sensor signal and the emergency signal received from the boarding unit 100 is the information determining unit 530 and the boarding point information management unit 560 through the medical emergency processing unit 540 and the boarding point information analyzing unit 570. You can perform the same operation as performed in. In addition, the sensor learning and analysis program updater 550 may update the sensor signal analysis program. In addition, the first DB 800, the second DB 820, and the third DB 830 receive and store information from a corresponding configuration as shown in FIG. 1, but are not limited thereto.

The boarding point information collecting device 200 includes a display unit 210, a storage unit 220, a boarding point information management unit 230, a boarding point information transmitter 240, and a communication unit 250. Here, the communication unit 250 receives and manages the sensor signal and the emergency signal from the landing unit 100 and displays them on the display unit 210 or stores them in the storage unit 220. The boarding point information collecting device 200 has a role different from that of the boarding point stand described above, and is configured for an administrator so that the control box can be corrected when an error occurs in the bus stand information collecting system of the present invention.

FIG. 2 is a view schematically showing an embodiment in which a sensor signal and an emergency signal are transmitted in a bus platform information collection system using photovoltaic power generation according to the present invention. Hereinafter, with reference to Figure 2 will be described an embodiment of the transfer process of the sensor signal and the emergency signal in the bus platform information collection system using the photovoltaic power generation of the present invention. First, the occurrence of the emergency signal from the sensor of the landing stand in the landing hall 100 is detected. The detected emergency signal is analyzed by the sensor measurement information collecting unit 140, and after confirming the emergency, if it is confirmed that the emergency emergency signal, the location information and emergency signal of the corresponding bus platform where the emergency signal is generated from the positioning unit 120 , Transmits the situation information to the platform management server (500). At this time, it is obvious that the signal is transmitted through the communication unit 190, the network 400, the communication unit 510 when the signal is transmitted from the landing unit 100 to the platform management server 500. In response to the signal being received, the server 500 determines the importance of the signal from the information determining unit 530, and if the signal is an important signal, transmits a signal about the location information and the situation of the platform to the emergency medical center 700, and provides an emergency. The signal evaluation result is received from the medical center 700. Alternatively, although not shown, the emergency processor 520 may generate a processing signal for how to process the signal. After receiving the signal evaluation result from the emergency medical center 700, the signal learning and analysis program update unit 550 of the platform management server 500 may update the sensor signal analysis program according to the signal evaluation result. This is transmitted to the landing unit 100 can be updated accordingly in the analysis program update unit 160 of the landing unit 100, but is not limited thereto.

While the present invention has been particularly shown and described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, Of course, this is possible. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the equivalents as well as the claims that follow.

100: platform 200: platform information collection device
300 sensor 400 network
500: platform management server 600: local government analysis center
700: Emergency Medical Center

Claims (6)

Solar absorption panel is installed on the roof frame of the bus platform to absorb the sunlight to generate power;
A chair that generates heat using power generated by the solar absorption panel;
And a platform stand capable of charging the electronic device using the power generated from the solar absorption panel and displaying bus arrival schedule information.
By installing a sensor on the platform stand, bus stop information collection system using a solar power generation, characterized in that to transmit the location information and emergency signal of the bus platform to the platform management server or emergency center in case of emergency in the bus platform. The method of claim 1,
The sensor generates a heat in the chair by detecting the movement of a person at the bus stop, lighting the lights on the bus stop, at least one of the CCTV driving in the event of an emergency, such as fire, characterized in that the bus using solar power generation Platform information collection system. A board unit configured to collect and determine a sensor signal and an emergency signal detected at a bus board by including a sensor;
Platform management server for receiving, determining and storing the sensor signal and the emergency signal generated and confirmed in the platform;
And a boarding point information collecting device installed at the boarding point and capable of checking and checking the current state of the boarding point.
The platform may transmit sensor signals and emergency signals to a platform management server through a network, and the sensor signals and emergency signals may be transmitted to a local government analysis center or an emergency medical center. Collection system. The method of claim 3,
The landing unit comprises a platform analysis processing unit, positioning unit, self-measurement unit, sensor measurement information collection unit, BIS signal analysis diagnostic unit, analysis program update unit, control unit, storage unit and communication unit,
The control unit is a program for controlling a platform analysis processing unit, a positioning unit, a self-measuring unit, a sensor measurement information collection unit, and a BIS signal analysis diagnosis unit. The information checked and processed by the control unit is stored in a storage unit, and the analysis program update unit Bus platform information collection system using solar power, characterized in that the program can be updated. The method of claim 3,
The platform management server comprises an emergency processing unit, information discriminating unit, medical emergency processing unit, sensor learning and analysis program update unit, platform information management unit, platform information analysis unit, the first DB, the second DB, the third DB and the communication unit Become,
The communication unit receives a sensor signal and an emergency signal from the landing unit through the network unit, determines the importance in the information determining unit, and enters the platform and the signal processing method for the corresponding signal in the emergency processing unit, the platform and local government analysis center And bus stop information collection system using photovoltaic power generation, characterized in that to transmit the treatment signal to the emergency medical center. The method of claim 3,
The platform information collecting device is configured to include a display unit, storage unit, platform information management unit, platform information transmitter and communication unit,
Bus platform information acquisition system using solar power, characterized in that for receiving and managing the sensor signal and emergency signal from the platform via a communication unit, and storing it in the display unit and the storage unit.

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