KR20100028204A

KR20100028204A - Parking information on cell phone

Info

Publication number: KR20100028204A
Application number: KR1020080087127A
Authority: KR
Inventors: 김봉겸
Original assignee: 김봉겸
Priority date: 2008-09-04
Filing date: 2008-09-04
Publication date: 2010-03-12

Abstract

PURPOSE: A parking position guide system using cellular phone is provided to conveniently confirm the parking position through the cellular phone and to reduce unnecessary time and effort to look for the parking position. CONSTITUTION: A transmitter(3) transmits its own location using a character, voice and an image. A receiver(1) receives information including its own location, a generic number, the voice, the image, and other data. A bluetooth device(2) is attached to vehicle. The bluetooth device is connected to engine operation situation. A data / system server(4) takes charge of certification of users, administration of pop up of a stand-by screen, and rental fee charging.

Description

Parking location guidance system using a mobile phone {parking information on cell phone}

The present invention is a technology that records the location when parking the car and conveniently displays on the mobile phone Bluetooth technology and the standby screen / pop-up display technology of the mobile phone and the user's authentication and dedicated standby screen / pop-up There is a technology that allows you to install and manage pop-ups.

In general, in order to check the position of a vehicle, a mobile phone module is mounted on the vehicle and a signal transmission method is used. This includes a method of transmitting a latitude and longitude with a GPS and a method of calculating and transmitting a location based on a signal emitted from a base station. The present invention maximizes the user's convenience by including a text, voice, video, etc. in the location information transmitted from the base station and the technology that enables the positioning by interlocking with the moment the engine is turned off by using the Bluetooth function of the mobile phone. It is.

The present invention is to reduce the time and stress by telling the driver the parking position to the driver (cell phone, etc.). It is more convenient, inexpensive, and accurate to check the location of the car than installing the mobile phone module in the car to check the location of the car relatively broadly and incorrectly.

In other words, after storing information from transmitters (such as picocells / femtocells) in the path that the receiver has passed, the mobile phone owner can show the mobile phone owner in various forms such as text, voice, video, etc. It is a system. It is useful for checking the parking position in large parking lots and checking the route inside and outside large buildings. In particular, the bidirectional function can also be used to guide the way.

The parking positioning system is divided into four parts. Receiver (mobile phone), vehicle-mounted Bluetooth, transmitter (such as pico / femto cell), data / system server.

1. Transmitter (picocell) that transmits its location as text, voice, video, etc.

2. A receiver (mobile phone, etc.) that receives information such as its location, unique number, voice, video, or other data

3. Bluetooth device attached to the vehicle and linked to engine operation

4. Data / System Server

The transmitter transmits its pre-stored location for 24 hours. It transmits longitude, latitude, and commonly known names in text, voice, and video. For example, "Seoul Baseball Stadium, Heated South", or "Seoul Bldg. 5th Floor" is transmitted to indicate the location on the mobile phone receiving it.

When the receiver approaches the transmitter, the receiver receives the location information and time sent by the transmitter. If the receiver continuously receives the information from the same receiver, it updates only the time tag indicating the time of receiving the first information and the time of the last reception. .

As the information transmission method, the receiver follows the RF method at the time of mobile phone, and other receivers can use Infra Red, LED communication. Information transmission and reception method can use both unilateral braodcasting and hand shaking.

The transmitter can transmit the location information received from the GPS as well as the transmitter of the cellular network of the mobile phone provider outdoors, and can transmit the location information including the information calculated in the structure of the building indoors.

The receiver stores information of the transmitter received when the engine is turned off in association with the vehicle engine and displays the information on the LCD screen. In other words, the Bluetooth device installed inside the vehicle is waiting when the engine is turned on.When the engine is turned off, the Bluetooth device of the cellular phone equipped with the Bluetooth function is instructed to receive and store location information from a nearby transmitter. This information is recorded in the pre-assigned parking information column and displayed on the screen if the user needs it. The receiver can be a cell phone or a standalone wireless device with built-in Bluetooth.

Parking your car and not remembering your location can waste your time and effort. In particular, if you do not remember where you parked in a large parking lot (sports stadium, large mart, amusement park, etc.), more time and effort are required.

After storing information from transmitters (such as picocells / femtocells) in the path that the receiver has passed, it can be displayed to the owner of the mobile phone in various forms such as text, voice, video, etc. System. It is useful for checking the parking position in large parking lots and checking the route inside and outside large buildings. In particular, the bidirectional function can also be used to guide the way.

You can park your car and check the parked location conveniently using your mobile phone to avoid unnecessary time and effort.

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

As described in detail with the functional block table in the Bluetooth controller of FIG. 2, when the engine of the vehicle is turned off, the Bluetooth equipment linked thereto commands the cellular phone to record the position received from the transmitter until the same engine is turned on.

The system of FIG. 1 stores information from a transmitter (such as a picocell / femtocell) in a path passed by the receiver, and then displays the cell phone owner in various forms such as text, voice, video, etc. It shows the system that enables the base service. It is useful for checking the parking position in large parking lots and checking the route inside and outside large buildings. In particular, the bidirectional function can also be used to guide the way.

The parking positioning system is divided into four parts. Receiver (mobile phone), vehicle-mounted Bluetooth, transmitter (picocell / femtocell, etc.), data / system server.

1. Transmitter (picocell / femtocell, etc.) to transmit its location as text, voice, video, etc.

3. Bluetooth device attached to the vehicle and linked to engine operation

4. Data / System Server

The data / system server is responsible for authenticating users, managing pop-ups of idle screens, and charging usage fees if necessary.

In FIG. 1, a vehicle-attached Blutus refers to a device that determines whether an engine is operating and connects to a mobile phone.

Claims

Accurate parking location guidance system using a dedicated receiver or mobile phone

1. Parking position recording operation method using Bluetooth, RF, Infra Red, LED communication light in claim 1

2. The method according to claim 1, wherein the transmitter transmits its position stored 24 hours in advance

3. The method of claim 1, wherein location transmission is based on longitude and latitude, and commonly known names as text, voice, video, and the like.

4. Parking position marking method using the standby screen / pop-up according to claim 1

5. Method of using the user authentication and standby screen / pop-up for parking only in claim 1

6. According to claim 1, when the engine of the vehicle is turned off, the Bluetooth device attached to the two vehicles receives the positioning signal from the three transmitters that generate the closest signal to the first cellular phone which has the Bluetooth function activated and transmits the data to the flash memory. How to save.

7. The method of claim 1, wherein the fourth data / system server manages user authentication and installation of an optimized screen using pop-ups on the user's mobile phone.