KR101379821B1 - Mooring service pedestal system - Google Patents

Abstract

The present invention relates to a pedestal device installed in a mooring for vessels, boats, and yachts. The pedestal device is composed of a body, a cover part formed on the top of the body, and a flange part horizontally protruding from the bottom of the body to combine the body with the mooring. The device is installed in a marina for yachts at regular intervals. A power supply device supplying power to the yachts or vessels is formed in the body of the device. A fueling device supplying fuel to the yachts or vessels is formed in the bottom of the power supply device. A water supply device supplying water to the yachts or vessels is formed in the bottom of the fueling device. A vessel mooring service system according to the invention manages the unit devices for water supply, fueling, and power supply by integrating them with the pedestal device. In addition, costs and resources can be saved by changing only a module having a problem because the unit devices are separated into modules, installed, and integrally managed.

Description

Ship mooring service system using remote control system {Mooring Service Pedestal System}

The present invention supplies electricity, water, fuel, etc. required for anchored yachts and boats, and uses a remote control system composed of a pedestal device that serves as a lighting facility for berthing and pedestrian traffic at night. A mooring service system for ships.

Conventional pedestal devices have not developed significantly due to lack of awareness of marine leisure and policy priorities.

However, with the recent activation of marine leisure and sports, the demand and interest of the marina port is increasing, and the demand for ship or yacht mooring facilities required for the marina operation is also increasing rapidly.

As a result, the Korean government established the first marina port basic plan and invested KRW 1.7 trillion by 2019, setting the estimated demand for leisure ships to 46,600 ships at 46 locations nationwide, and mooring 5,600 vessels, or 54% of them. Has announced plans to develop a marina port.

Accordingly, Korea will expand the base of marine leisure sports such as yachts in order to leap to the yacht marina hub that leads Northeast Asia by 2015, and based on this, marina industry development measures to foster the marina industry as the future growth engine of Korea. Resolved. If the Marina Industry Promotion Plan is implemented, it will have a great impact on related industries such as marine leisure and sports equipment manufacturing, such as yachting, food and lodging and tourism service, and will improve the quality of life of the people. It is expected to contribute greatly to the economy.

However, the marina pedestal system, which is a core device of the ship mooring service system, has developed around some marine countries abroad, and typically includes Tellykey of Denmark, Plus Marine of England, and Sistema Walcon of Italy. The equipment was just a supply of water and electricity.

United States Patent Publication 10/572438

The present invention is to solve and improve the conventional problems as described above, an object of the present invention is to provide a one-stop complex service for the ships moored in the marina pedestal device for the ship mooring service system It is to.

Another purpose is to integrate the unit management system that manages the water supply, oil supply, and feeder installed on the pedestal, and apply the remote control system and payment system to provide convenience to users when mooring vessels such as yachts in the marina. It is to provide.

Another purpose is to make the pedestal device operate conveniently by using an internal management system using the LCD display by operating software that performs a command function during configuration of the pedestal device.

Ship mooring service system using a remote control system of the present invention for achieving the above-mentioned problems is connected to the pedestal device and the main server installed in the marina anchored by the ship, boat or yacht by a wired or wireless communication network, the main The server connects to the central monitor computer to operate the pedestal device.

The pedestal device has a cover formed on the upper portion of the main body and the main body, a flange protruding in the horizontal direction from the bottom of the main body so that the main body can be fastened to the marina bottom with a bolt or the like to fix the flange to the bottom yacht The pedestal device is fixedly installed at a fixed interval in the marina where the vessel is moored. The main body of the pedestal device is a power supply for supplying power to the ship or yacht and the lower portion of the power supply to supply a fuel to the vessel or yacht and the lower portion of the oil supply to supply water to the vessel or yacht A water supply device is formed.

The pedestal device includes an RF card reading unit that reads RF (Radio Frequency) card information of the user, and one side of the pedestal device main body transmits and displays the user's electricity, fuel, and water usage information, and billing and payment information with the main server. The touch LCD display device is installed. In addition, the LED lighting is installed on the upper part of the pedestal device main body and a cover portion is formed above the LED lighting. RF card reading part is composed of contactless type of operating distance 2 ~ 7cm, frequency band 10 ~ 15Mhz.

The pedestal device has a main control unit that controls the structural units of the pedestal device. The main control unit is equipped with command execution software for management of a power supply module, a water supply module, an oil supply module, a communication module, and a user approval module, and the software monitors a pedestal device, a main server, and a central monitor computer connected to the main server. Function to control the process of

The billing and payment information of the wired or wireless communication network connecting the pedestal device and the main server and the touch-type LCD display device is transmitted and received with the main server, and the data is transmitted and received by the data transceiver mounted on the pedestal device. Is performed.

The power supply of the pedestal unit detects the power supply status and is managed by the power supply module with built-in emergency shutoff device in the event of a short circuit, the oil supply unit is managed by the oil supply module, and the water supply is supplied with water. The water supply status is managed by the module.

The ship mooring service system according to the present invention is to integrate and manage unit devices such as water supply, oil supply and power supply to the pedestal device. In addition, since the unit unit of the pedestal unit is separately mounted and integrated by modules, when the unit module has a problem, it is possible to save a lot of money and resources by replacing only the problem module instead of replacing the pedestal unit as a whole. This has the advantage that the replacement can be done quickly.

In addition, ships such as yachts moored in the marina can be conveniently used because they can be serviced and paid in one place.

1 is a perspective view of a pedestal device according to the present invention.
2 is a conceptual diagram illustrating a unit configuration of a pedestal device according to the present invention.

Hereinafter, a pedestal device of a ship mooring service system of the present invention will be described in detail with reference to the accompanying drawings. However, these drawings are for illustrative purposes only and the present invention is not limited thereto.

1 is a perspective view of a pedestal device according to the present invention, Figure 2 is a conceptual diagram of a unit configuration of the pedestal device according to the present invention.

As shown in Figure 1, the ship mooring service system of the present invention is to be fixed by the fixing device (4) on the bottom of the port or marina in the cover part (2) formed on the main body 1 and the upper body and the lower body. It consists of a flange (3). An LED light 19 is installed between the pedestal body 1 and the cover 2.

The present invention is for the integrated management of the ship mooring service system using a remote control system to remotely control the pedestal device installed in the marina (marina) where the ship, boat or yacht anchored by a wired or wireless communication network, the user pedestal device Using various supplies of energy and supplies, paying for the amount used, payment information is stored on the main server, and the central monitoring board computer is able to identify the situation and respond quickly.

The main body 1 of the pedestal device includes a power supply device 15 for supplying power to a ship or yacht, and an oil supply device 22 for supplying fuel to the ship or yacht is formed below the power supply device. In the lower part of the device is formed a water supply device 17 for supplying water to a ship or yacht. An RF card reading unit configured to read RF card information of the user of the pedestal device is configured. The RF card reading part is referred to as the card payment device 23 in the present invention because the user can pay the amount of the supply, and when the user is charged, including the RF card. The RF card reading unit 23 is configured as a contactless RF card having an operating distance of 2 to 7 cm and a frequency band of 10 to 15 MHz. The card payment device 23 including the RF card reading unit may attach an RFID module to introduce an electronic payment system.

On one side of the pedestal device main body 1, a touch-type LCD display 20 for transmitting and displaying a user's electricity, fuel and water usage information, and billing and payment information with the main server is installed.

LED lighting 19 is installed on the pedestal device main body 1, the cover portion 2 is formed above the LED lighting, the main control unit 11 for controlling the configuration of the pedestal device is mounted. The main control unit 11 is equipped with command execution software for the management of the power supply module 14, water supply module 16, lubrication module 21, communication module 18, use approval module 13 and And control the processes of the pedestal device, the main server (not shown) and the central monitor computer (not shown) connected to the main server by the software.

The wired or wireless communication network connecting the pedestal device and the main server and the billing and payment information of the touch-type LCD display 20 device to and from the main server are operated by a data transceiver mounted on the pedestal device.

The power supply device 15 of the pedestal device detects the power supply status and is managed by a power supply module with an emergency shut-off device in the event of a short circuit, and the oil supply device is managed by the oil supply module, and the water supply status is managed. The device is managed by the water supply module.

The billing and settlement of the user of the pedestal device is controlled by the main control unit 11 so that the supply used by the user is displayed on the LCD display 20, the LCD display 20 and the RF card reading Payment is processed in the card payment device 23 configured as a unit, and the billing and payment information is transmitted through a wired or wireless communication network by a data transmitter (not shown) operated by the communication module 18. The charging data transmission and reception by the communication module 18 transmits the compressed data to the main server through TCP / IP, and transmits the data processed by the main server to the pedestal device charging service system again.

The user of the pedestal device displays the card user information such as the RF card, the usage of electricity, water and fuel, and the charging information accordingly, and the user displays the charging information, usage statistics, and history on the LCD display 20. You can connect to the main server and check it in real time.

The payment information processing of the pedestal device user enables electronic payment using a card or a smart phone, and the transaction information is generated at the pedestal device and transmitted to the main server. Wired or wireless communication with the main server is made possible by the communication unit operating by the communication module 21. In the main server, transaction approval processing, payment purchase and settlement processing are performed and these information are displayed on the LCD display 20 mounted on the pedestal device.

The control management through the main control unit 11 performs the start and end of the ship mooring service system automatically or manually, generates usage information of the pedestal device user, displays the charging data on the LCD display, and statistics on data transmission and reception. It transmits the data to the main server to diagnose itself and take action in case of abnormality.

The LED lighting 19 is configured on the upper part of the main body 1, and is protected from the external environment by the cover part 2 and controlled by the main control unit 11. The LED light (19) is to be able to safely guide the ship to the marina at night, to apply the LED lighting technology to smooth the night work, to look aesthetics, to control by pedestal device or group control do.

The central monitoring panel computer connected to the main server remotely monitors the operation and service status of the pedestal device, and displays the real-time status and status of the pedestal device installed in Marina Port in real time and displays the relevant data.

The use approval module 13 is the power supply module 14, the water supply module 16, the oil supply module 21, the communication module 18, the card payment device 23, under the control of the main control unit 11, The LED lighting 19 and the LCD display 20 will function to enable or disable the service individually or in groups.

The data backup memory 12 performs a function of backing up the generation and transaction information of the main control unit 11.

Those skilled in the art to which the present invention pertains may implement the present invention in other specific forms without changing the technical spirit or essential features, and all changes or modifications derived from the claims and the equivalent concept of the present invention. Should be construed as being included in the scope of the invention.

1 body 2 cover part
3: flange 4: fixing device
11: main control unit 12: data backup memory
13: use approval module 14: power supply module
15: power supply device 16: water supply module
17: water supply device 18: communication module
19: LED light 20: LCD display
21: oil supply module 22: oil supply device
23: card payment device

Claims (5)

In ship mooring service system using a remote control system,
The ship mooring service system is composed of a pedestal device installed in the mooring dock or the yacht and the main server connected to the pedestal device by a wired or wireless communication network, the main server is connected to the central monitoring board computer,
The pedestal device comprises a flange protruding in the horizontal direction to the lower portion of the main body to fasten the pedestal device main body to the mooring station, the cover portion formed on the upper portion of the main body and the upper portion and the cover portion of the pedestal device main body Between the LED lights controlled by the main control unit is installed,
The main body of the pedestal device is configured with a power supply for supplying power to the boat or yacht, the lower portion of the power supply is formed with a fuel supply for supplying fuel to the boat or yacht, the lower portion of the oil supply device boat or Install a water supply device for supplying water to the yacht, wherein the power supply device detects the power supply status and is managed by a power supply module having an emergency shut-off device in the event of a short circuit, and the oil supply device is refueled by the fuel supply module. The water supply is managed by the water supply module, and the water supply status is managed.
A card payment device including an RF card reading unit for reading the RF card information of the user of the pedestal device is configured in the main body, but the RF card reading unit of the card payment device has an operating distance of 2 to 7 cm and a frequency band of 10 to 15 MHz. Wealth,
On one side of the pedestal device main body is installed a touch-type LCD display device that transmits and displays the user's electricity, fuel and water usage information and billing, payment information and the like with the main server,
When the billing and payment information of the touch type LCD display device is transmitted and received with the main server by the wired or wireless communication network, the data transmission and reception is performed by a data transmission / reception unit operated by a communication module mounted on the pedestal device. The LCD display mounted on the pedestal device displays transaction approval, payment purchase and settlement information.
The central monitoring panel computer connected to the main server remotely monitors the operation status and service status of the pedestal device, and displays in real time the current status and status of the pedestal device installed in the mooring area.
A pedestal device of a ship mooring service system, characterized in that the main control unit for controlling the configuration of the pedestal device is mounted on one side of the main body.
The method of claim 1,
The main control unit includes a command execution software for management of a power supply module, a water supply module, an oil supply module, a communication module, and a user approval module, and a main server for transmitting and receiving data to and from the pedestal device by the command execution software. Pedestal device of the ship mooring service system, characterized in that to perform the function of controlling the process of the central monitoring board computer connected to the main server. delete delete delete

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