KR20160000865U - Smart strongbox system with accessor auto-sensing and transmission function - Google Patents

Abstract

In the present invention, a person who approaches a safe is stored at a proper distance in a safe for storing important items such as cash or precious metal, and after storing the information, Management, and security.

Description

{Smart strongbox system with accessor auto-sensing and transmission function}

In the present invention, a person who approaches a safe is stored at a proper distance in a safe for storing important items such as cash or precious metal, and after storing the information, Management, and security.

As is well known, the demand for home and hotel safes has been increasing year by year, and accordingly, crime related to safe is increasing in proportion to this. However, due to the nature of the safe, it is relatively expensive and the main document is kept.

Also, even if the safe is damaged or stolen, the response is slow. However, if a crime occurs without damaging the safe, the user can not open the safe and check the security of the stored item. There is a big problem.

On the other hand, according to the prior art relating to the conventional safe described below, the accessor can not be effectively recognized because the accessor is merely a function of simply photographing and storing the accessor. Before the administrator confirms the photographed image, And so on. Therefore, real - time security is very weak.

Patent Registration No. 10-1077933 (Publication Date: October 31, 2011)

The present invention is based on the above problems and necessity, and a smart safe system having an automatic access detecting function and a transfer function is designed to detect an accessor from time to time, and when the accessor approaches within an effective distance, To save it.

And touches the touch keypad to open the safe to transmit photos stored in one or more smart devices associated with the safe to maximize the real-time responsiveness of the safe-related crime.

According to an aspect of the present invention, there is provided a safe, comprising: a camera lens installed to be exposed frontward; a camera module constituting a proximity sensor, a distance sensor, and an illumination LED and processing an image of the camera lens; An illuminance sensor for detecting the illuminance of the surroundings, a door sensor for detecting the opening of the safe door, an operation display LED, and a central processing unit for controlling the entire storage device.

When the proximity sensor detects the accessor approaching to open or close the safe by the control of such a configuration, if the accessor is positioned at a relatively middle position of the image to be photographed through the image processing function, the photograph is taken, And when it detects a door open operation, it transmits it to the smart device of the external manager.

According to the present invention as described above, detection is made in the process of approaching a person to the safe, an appropriate image is photographed at a suitable distance, and at the moment when the accessor takes an action of opening and closing the safe, Of smart devices, and it is a useful devise to enable the management and security of safes to be very effective by this operation.

Fig. 1 is an exemplary diagram for explaining control of photographing time of the present invention
Fig. 2 is a block diagram

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

This design basically includes a CPU, a camera module, a sensor module for accessor detection, a JPEG module for compressing sensed images, and a communication module (LAN, RF, Wi-Fi, etc.) It was developed based on environment equipped with wireless video transmission system.

The main constitution of the present invention is installed inside the safe so that the camera lens 14-1, the proximity sensor 11 (infrared ray PIR), the distance sensor 13 and the lighting LED 12 are exposed on the front face of the safe do.

The safe includes a camera module 14 and a central processing unit 15 for overall control, an illuminance sensor 16 for sensing illumination around the safe, a door sensor 17 for detecting the opening of the safe door, The display LED 18, the storage device 19, and the like are organically combined with each other.

The external configuration of the safe includes a communication unit 20 that receives a signal from the central processing unit 15 and transmits the signal to the outside, a cloud server 21 that receives a signal by the communication unit, The manager's smart device 23 becomes a necessary component and the push server 22 is configured to inform that the cloud server 21 has data to be transmitted to the manager's smart device associated with the safe.

Hereinafter, a control process by the central processing unit 15 of the present invention will be described.

When the proximity sensor 11 detects an accessor approaching to open and close the safe, the accessor photographs the corresponding photograph when the accessor is positioned at a relatively middle position of the image to be photographed, as shown in FIG.

The blue square box in Fig. 1 represents the area where object or person detection is performed, and the red square box represents the minimum size for judging object or human detection. In other words, when an object of a size equal to or larger than a red rectangular box appears in a blue rectangular box, the subject is located at the center of the photograph by photographing the photograph. At this time, the size of each rectangular box is variable and can be selected by programming in the central processing unit.

The photographed image is transmitted to one or more smart devices 23 associated with the safe by touching the touch keypad or pressing the button key to input a password to attempt opening and closing of the safe, You can check in real time.

Through the above-described smart device and image, information of the dispenser can be confirmed in real time, and the user can confirm it, thereby safely keeping the safe and the storage article, and maximizing the dynamic responsiveness.

Hereinafter, the overall operation of the present invention will be described in accordance with the symbol order shown in the drawings.

A. Activate the camera module when the object is accessed within the detection range (for example, within 3m / 170 °) of the set proximity sensor (11).

B. Check the illuminance with the illuminance sensor (16).

B-1. At low illumination, the illuminating LED 12 secures illumination.

C. If the ultrasonic distance sensor (13) detects an approach within 1.5M, it senses the motion within the set 480X480 (CMOS output format 640X480) within the shooting or 170 ° angle of view.

Motion detection can be detected by the ISP's Motion Detection function.

C-1. The central processing unit 15 determines whether or not the motion is detected.

D. The central processing unit 15 instructs the camera module 15 to shoot and stores the image data in a buffer as a jpg file.

E. When the door sensor 17 detects opening / closing of the safe, the central processing unit 15 transmits door open information.

F. The display 18 displays information according to the operating state.

G. The output jpg file or the door open information is stored in the memory 19.

H. Transfers the jpg file and door open information to the repeater module via the communication means 20 selected according to the model or environment.

I. Send the received image or door open information to the cloud server (21).

J. The cloud server 21 informs the push server 22 that there is data to be transmitted to the smart device 23 associated with the smart safe.

K. The smart device 23, which receives the push message from the push server 22, tries to access the cloud server 21.

The smart device 23 receiving the push message from the L. push server 22 accesses the cloud server 21 in which the actual data is stored to confirm the image and the door open information.

11: proximity sensor
12: Lighting LED
13: Ultrasonic distance sensor
14: Camera module
14-1: Camera lens
15: central processing unit
16: Light sensor
17: Door sensor
18: Display LED
19: Memory
20: Communication means
21: Gloss Server
22: Push server
23: Smart Devices

Claims (3)

A camera lens 14-1 installed in a safe for storing valuables and exposed to the front side, a proximity sensor 11 (infrared ray PIR), a distance sensor 13 and an illumination LED 12,
A camera module 14 for processing an image of a camera lens, an illuminance sensor 16 for sensing illuminance around the safe, a door sensor 17 for detecting the opening of the safe door, an operation display LED 18, 19 are combined with each other by a central processing unit 15 for overall control,
When the proximity sensor 11 detects an accessor approaching to open and close the safe, the accessory photographs the photograph when the accessor is located at a relatively middle position of the image to be photographed through the image processing function. Then, Operation and door opening of the smart device are detected, the smart device is transmitted to the smart device of the external manager. The method according to claim 1,
When the object is approached within the detection range of the set proximity sensor 11, the camera module is activated and the illuminance is checked by the illuminance sensor 16 to secure illumination with the illuminating LED 12 in the low illuminance, When the approach is detected within 1.5M, the camera detects the motion within the set 480X480 within the shooting or 170 DEG angle of view, and the central processing unit 15 commands the camera module 15 to shoot the image data and buffers the image data into a jpg file. Wherein the access control system is configured to store the access control information in the smart access system. The method according to claim 1, further comprising the steps of: setting a blue square box representing an area where an object or a person is detected in a photo image frame input to the camera lens, a red square box indicating a minimum size for determining an object or a person detection, Wherein the function is controlled so as to take a picture when an object of a size equal to or larger than a red square box appears in the smart safe box system.

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