TWM569978U - Bluetooth beacon electronic patrol system - Google Patents

Abstract

This creation is related to a new type of community village patrol patrol system, which mainly provides a high-efficiency patrol mode for the patrol team. The whole system includes a sign-in patrol box, loaded with a Bluetooth beacon (Beacon) transmitter, and the transmitter is equipped with Bluetooth chip control device and battery unit; a Bluetooth beacon receiver connected with a satellite positioning receiver module (GPS), a wireless network module, a Bluetooth chip control module, a power conversion unit and a battery unit; a mobile application; Online scheduling, viewing, and automatic reporting of web pages. When the patrol personnel patrol, they only need to carry the Bluetooth receiver. When each patrol point is reached, the receiver will receive the signal of the transmitter loaded in the patrol box within 20 meters. After the comparison, the data will be uploaded to the cloud. Host for storage. The webpage can instantly watch the patrol location. If it is too long to stay, it may be an accident or other factors. The person staying in the center can call to ask. This creation improves the inconvenience and complexity of manual sign-in, as well as the problem that near field communication (NFC) and radio frequency identification (RFID) need to be transmitted at close range, making patrol units more efficient use. Time, you can add more patrol points in the same time.

Description

Bluetooth beacon electronic patrol system

This creation department is about a village patrol system, especially one that can be used to increase the convenience of patrol and the efficiency of organizing reports. The long distance of the Beacon transmission allows patrol personnel not to get on and off at all times, patrol points. Time data is instantly uploaded to the cloud host, and the GPS location can be viewed and recorded at any time, effectively using the patrol personnel time.

Today, there are patrol teams in various villages in Taiwan, in order to strengthen social security with limited police force. Patrol officers will arrange according to the local manpower. The patrol time is night and the patrol range and method are not exhausted. The same, it may be walking, cycling or driving. The only thing in common is that you need to sign the check-in form at each patrol point, and then put it back into the iron patrol box after the date and time. At the end of the month, the captain of the patrol team will All the check-in forms are taken back, and an electronic report is printed and handed over to the local police station. This manual sign-in behavior is very annoying in winter and rainy days, and the captain must also enter data every month for time and labor.

In recent years, communities or organizations use QR codes to scan at a certain location for sign-in, but the disadvantage is that 2D barcodes can be copied after photographing, even if you don't go out.

Radio Frequency Identification (RFID) and Near Field Communication (NFC) methods require proximity to a few tens of centimeters to sense, and receivers need to replace too many restrictions with general smart phones because there is usually no way for mobile phones. Direct reading of the radio frequency identification system signal, or there may be no near field communication short-distance transmission receiving end.

In addition, the use of GPS alone may result in falsification, and partial drift may occur in poor weather conditions.

When traditionally sign-in encounters heavy rain or humid weather, the paper is easily damaged and inefficient, and it is impossible to check the daily patrol data and route at any time. The radio frequency identification system and near-field communication cannot reach the long-distance transmission, and the patrol personnel still Get off the car and get close to the signal tag.

The present invention provides a Bluetooth beacon electronic patrol system, which comprises a Bluetooth beacon receiver with a wireless network module and a satellite positioning module, a patrol box with a village patrol name printed thereon, and a Bluetooth beacon transmitter such as The module diagram of Figure 2 is embedded in the patrol box, as shown in Figure 1, with the time cutting and sleep algorithm to adjust the power, so that the transmitter can be used normally for more than one year without replacing the battery.

The patrol box is placed in the planned location of each village. The Bluetooth beacon receiver can use the module diagram device developed by the company as shown in Figure 3, or replace it with the mobile phone sold in the general market. After installing the application, you can As a receiver. This creation will first establish information for the village, when the patrol personnel carry the receiver close to the Bluetooth beacon. When the transmitter is within 20 meters, it will compare the patrol point in the receiver. After the correct comparison, the time and date and the patrol personnel data will be uploaded to the cloud host.

The advantage of using long-distance reception is that it can be sensed only by passing, and the distance from the patrol point is in the human eye and the reaction time, which replaces the trouble of getting on and off the train.

The experience of the patrol team of the Hagi City community in Hsinchu City, it took 30 minutes to manually sign in 8 locations. After using this system, it takes only 14 minutes to patrol 8 points. Therefore, the patrol team increased the number of patrol points to 18. You can patrol more places.

At the same time that the Bluetooth beacon receiver is used, the GPS positioning coordinates will always be recorded, so that the person staying in the patrol center can check whether there is normal patrol or an accident, resulting in no change in the GPS dynamic coordinates, after the patrol is completed. Watch the time of each patrol point immediately, as well as the GPS track.

1‧‧‧Bluetooth communication control chip

2‧‧‧ battery unit

3‧‧‧Bluetooth communication control chip

4‧‧‧Power Conversion Unit

5‧‧‧ battery unit

6‧‧‧Satellite Positioning Receiver Module

7‧‧‧Wireless network module

Figure 1 is a diagram of the application environment of the Bluetooth beacon electronic patrol system.

Figure 2 is a diagram of the Bluetooth beacon transmitter module.

Figure 3 is a diagram of the Bluetooth beacon receiver module.

Please refer to FIG. 1 , FIG. 2 and FIG. 3 . The present invention provides a Bluetooth beacon electronic patrol system FIG. 1 , the hardware part of the system includes a waterproof patrol box. And the internal Bluetooth beacon transmitter, the Bluetooth beacon receiver will continue to listen to the Bluetooth beacon transmitter's signal after comparison and upload it to the cloud server for operational storage. The Bluetooth beacon transmitter device module of the system has a Bluetooth communication control chip and a battery unit therein. The Bluetooth beacon receiver device module of the system is internally provided with a Bluetooth communication control chip, a satellite positioning receiver module, a wireless network module, a power conversion unit, and a battery unit.

Claims (4)

A Bluetooth beacon electronic patrol system includes: a waterproof patrol box having a space for placing a Bluetooth beacon transmitter therein; and printing to a waterproof patrol box shell according to different patrol team names in each village, for Identify the range of patrols in different villages; a Bluetooth beacon transmitter placed inside the waterproof patrol box; a Bluetooth beacon receiver for receiving Bluetooth beacon transmitter signals and uploading them to the cloud host. The Bluetooth beacon electronic patrol system according to claim 1, wherein the patrol box is waterproof, and the Bluetooth transmitting signal can be penetrated, and the name of the village patrol team is printed, and the internal space can be placed with the Bluetooth beacon transmitter. . The Bluetooth beacon electronic patrol system according to claim 1, wherein the Bluetooth beacon transmitter is equipped with a battery unit, and uses a self-developed sleep and transmission power algorithm to save power consumption, and the battery of the transmitter can be ensured. The period of use is at least one year. The Bluetooth beacon electronic patrol system according to claim 1, wherein the Bluetooth beacon receiver is also equipped with an unlimited network transmission system such as 3G, 4G, long-distance low-power IoT transmission technology (Long Range, LoRa). With the satellite positioning system, when the Bluetooth beacon receiver receives the Bluetooth beacon transmitter signal, the patrol point comparison is performed, and after the comparison is correct, the time data is uploaded to the cloud host, and the GPS satellite positioning system records the patrol track. Provides instant location to watch patrol players.