KR20060018905A - Parking place confirmation system - Google Patents

Abstract

The present invention relates to a parking positioning system, and after parking in a parking lot with a parking facility, a driver can hear a preset voice through a speaker and check the location of his vehicle after getting off the vehicle and going to a destination.

The system detects whether the vehicle is parked by sensors attached to the ceiling of the parking space or other facilities such as raceways, and when the detection is confirmed, the control calculates the approximate time when the driver opens the car door. At that time, you will hear a voice set through the speakers and the driver will see where you parked.

The loudspeakers may be installed in a place where the driver can hear near the pillar walls or near the parking surface, and may enter inside other facilities such as induction in other parking lots.

In addition, through the computer and the upper controller, you can deliver the preset contents to the drivers in the parking lot at the same time through all the speakers installed in the parking lot, and the parking lot manager can not find his own vehicle. can do.

The driver also knows where his car is, so he can save time traveling around the parking lot to find his car. In addition, by installing emergency switch near pillar wall or parking surface for crime prevention and customer service in parking lot, the driver immediately outputs alarm sound or guidance sound in case of emergency or other manager's help. You can tell the location.

Sensor, Controller, Built-in Speaker_Speech Module, Emergency Switch, Upper Controller    

Description

Parking Location Verification System {PARKING PLACE CONFIRMATION SYSTEM}

 1 is an overall configuration diagram (front view) of a parking position checking system.

 2 is an overall block diagram of a parking position checking system.

 3 is an overall flow chart of the parking positioning system.

 4 is an example of the underground parking lot of the parking positioning system (top view).

The present invention relates to large parking facilities in downtown areas such as large shopping centers, airports and department stores. Such a large parking lot has a large number of parking spaces, but the driver has to move a lot of spaces in search of empty spaces. Therefore, the driver is likely to lose his or her sense of direction and cannot think about checking the location of the parked vehicle after thinking about the purpose of his visit after parking. In addition, due to the nature of the parking lot, there are many ways to request help from the administrator in case of various crimes and other emergency in the parking lot.

Of course, there are CCTVs, but this is not a system that a blind spot exists and the manager can know immediately in an emergency.

 The present invention seeks to minimize the waste of time by finding a parked car and to secure and help the user in an emergency, as well as to improve the efficiency of parking lot management.

 In the case of large parking lots, much effort has been made for customers who cannot find their own parked cars. For example, it is not uncommon to find printed materials on the wall posts such as "Please check the location of the vehicle after parking" or "We will find the vehicle. Please contact the following phone number." However, modern people live in the flood of advertisements, so they are not interested in these prints, and among many prints, such phrases are not easily noticeable.

Recently, to overcome this problem, a parking position printing machine or an RFID reader has been installed all over the parking lot, but it is necessary for all drivers to contact the machine with their own parking ticket, which also cannot be installed on all parking surfaces. It is the reality that is hardly used.

The same applies to the safety and service of the parking lot. In reality, it is difficult to have a large number of people in the parking lot due to labor cost burden. Moreover, in the case of large hospitals and large marts, 24 hours are more common, and this cannot be ignored in the increasing number of crimes in parking lots.

The present invention benefits both the user of the parking facility and the manager and manager of the parking facility. For the driver, the present invention saves the time and parking costs of finding a parked vehicle, can be assisted through an emergency switch in case of an emergency or other manager's help, and is used to find a customer's vehicle. It can protect labor costs and customers from crime, and increase customer service by minimizing complaints.

The present invention can also provide a high-quality service because the parking lot manager and manager can inform the driver in real time or periodically through the speaker at a minimum cost to inform the driver.

1 is a front view of a parking lot divided into several floors or sections used to implement the invention. Fig. 1 is an example of one parking lot in which the essential elements of the present invention can be applied to one of various parking lot forms. As shown in Fig. 1, the parking lot includes an ultrasonic sensor 1, a built-in speaker_voice module 3, and a controller ( 2), an emergency switch 8, a buzzer 9, and the like.

As shown in FIG. 1, as shown in FIG. 1, the ultrasonic sensor 1 determines whether the vehicle is parked and transmits this information to the controller 2. FIG. The controller 2, which receives the information, decodes whether the vehicle is parked and outputs a preset voice through a speaker built-in voice module 3 after a predetermined time when parking is confirmed.

(E.g. Please check your parking location!)

As a second embodiment, as shown in FIG. 1, when the user presses the emergency switch 8, the controller 2 detects this and guides the sound through the buzzer 9 or the speaker built-in voice module 3. Output

(E.g. Please wait a minute, security officer will arrive soon.)

 The controller 2 transmits a signal to the upper controller 6 and the upper controller 6 transmits the signal to the computer 7. The computer 7 checks the code number (ID) and displays the corresponding position on the monitor. An alarm will sound to alert the administrator.

As a third embodiment, as shown in Fig. 1, the driver must pass through the door to complete the parking and enter the building from the parking lot. The door switch 5 checks the driver's door and displays this information. 2) is decoded to output a preset voice through the speaker built-in voice module (3).

(Example: You! Your car parked at the basement 2nd floor parking lot.)

As a fourth embodiment, as shown in Fig. 2, the computer 7 sends voice data to the driver to the upper controller 6, and the upper controller 6 sends the controller 2 back to the controller 2. Receive parking information from the ultrasonic sensor (1), access door information from the door switch (5), and outputs the voice data received from the upper controller (6) through the speaker built-in voice module (3).

(E.g., "Please check your parking location" when parking,

 It can be changed to "Please do not park the public because this parking lot is handicapped."

As a fifth embodiment, as shown in Fig. 2, the computer 7 can immediately deliver the voice information to all the drivers and managers in the parking lot. The computer 7 sends the voice data to be immediately or periodically transmitted to the host controller. 6) and the upper controller 6 sends the controller 2 back to the controller 2, and the controller 2 immediately outputs the voice data through the built-in speaker_voice module 2 regardless of whether the vehicle is parked or the door is closed. .

At this time, all the speaker built-in voice module (2) in the parking lot operates at the same time, so the transmission of information is certain. (For example, please note that the entire parking area is a non-smoking area. Please use the designated area for smoking.)

Parking position confirmation system proposed in the present invention, the driver can save the time and parking costs to find a parked vehicle, and the information to be conveyed to the parking lot managers and managers through the hearing without any additional time or effort It may be delivered.

In addition, the emergency switch not only ensures the driver's safety from crime, but also immediately calls for assistance from the parking lot manager if necessary.

The parking positioning system proposed in the present invention can realize the advanced service by informing the parking lot manager and manager of the labor cost of finding a customer's vehicle, and other information easily and quickly to the driver. In addition, it is possible to solve the complaints of drivers and users by sending a person in charge immediately when crime prevention and driver's help request in the main window, thus significantly reducing the waiting personnel in the parking lot.

If the parking confirmation system proposed in the present invention is a passive technology, it is judged that it is possible to considerably reduce the number of drivers discharging the parking lot to find their own vehicle as well as natural using human hearing.

Claims (4)

When the ultrasonic sensor 1 installed to check whether the vehicle is parked transmits the parking status information to the controller 2, the controller 2 advances through the built-in speaker_voice module 3 after a certain time after the parking is confirmed. Parking confirmation system that outputs the voice recorded in the car so that the driver from the car can hear the voice and recognize the parking position of his vehicle. (See Fig. 2) The controller 2 confirms the input of the emergency switch 8, and when the input is confirmed, it outputs the guide voice through the buzzer (9) sound or the built-in speaker_voice module (3) and transmits it to the upper controller (6) again. The controller 6 transmits back to the computer 7 and the computer 7 checks the code number (ID) to display the corresponding position on the monitor and to generate a beep so that the administrator can know it (see Fig. 2). The door switch (5) checks whether the user's door or not, and the controller 2 reads out the information through the speaker built-in voice module (3) to inform the user of the location of the current location System. (See Fig. 2) The computer 7 sends the voice data to be sent immediately or periodically to the upper controller 6, and the upper controller 6 sends the controller 2 back to the controller 2. The controller 2 parks the vehicle. System that delivers various information to the user by outputting the voice through the speaker built-in voice module (3) at the time of presence or absence, door or door or parking lot operator and manager. (See Fig. 2)

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