TW201417051A - Patrolling management system - Google Patents

Abstract

The present invention relates to a patrolling management system. Particularly, at least one hand-held electronic unit is provided in the system and each electronic unit is further provided with a built-in data reader for reading RFID sensing data and a built-in NFC data exchange unit for exchange of data in each of hand-held electronic units. Still, when a patrol arrives at a patrol location, A GPS unit in the location may sense the electronic unit being held by the patrol and then transmit sensing signals to a main control platform. Consequently, this invention is able to allow any patrol to make his or her rounds of inspection on the spot through the hand-held electronic unit and cooperate with the main control platform to transmit and exchange data for environmental safety, effective performance of patrol works, management and control of patrol data and effective cooperation between patrols and managements.

Description

Patrol in place management system

The invention relates to a patrol inspection in place management system, in particular to a management device capable of implementing the patrol inspection in place, by which the main control station and the patrol inspection personnel can communicate with each other to achieve an effective inspection project and ensure Environmental safety is the first to invent the inventor.

According to the general traditional preservation and community patrol mode, several patrol points (stations) are set up in the patrol area to be patrolled, and each patrol point (station) has a record book, which is kept by the patrol. When personnel or people patrol the patrol point (station), the time record and signature of the arrival will be collected, and after a period of time, the record books of each patrol point (station) will be collected and collected, and finally managed and established by humans. Storage of the database. However, because the above-mentioned manual management records the patrol area, it is not only impossible to immediately and surely control the arrival and departure time of each patrol point, and it is also impossible to immediately know the arrival personnel, the information or password of each patrol point (station), and the like. As a result, the formation of a dead angle in the patrol operation also caused each piece of data collected during the inspection operation to be unreliable.

Because the traditional manual record management method has many human factors, if it is used in the petrochemical industry, it will lead to a gradual increase in the incidence of industrial safety incidents. Due to the lack of such defects, the industry has successively developed a large number of inspection equipment. As disclosed in Announce No. I303044, a handheld wireless identification patrol device with satellite positioning is mainly provided with an RFID receiving module, a micro processing unit, a GPS receiving module, an RTC instant clock component and a USB main chip set in the patrol mobile phone. Etc., RFID is a comprehensive patrol for real-time monitoring and effective management.

Or the inspection management system of an unmanned computer room of M281353, mainly for the inspection personnel of enterprises (such as power companies or telecommunication companies, railway bureaus, etc.) with many unmanned computer rooms or places everywhere, for each unmanned aircraft room. Each of the electromechanical equipment performs a complete and systematic inspection work, which is mainly carried out by a main control station, a plurality of wireless electronic tags, a plurality of sensors, at least one palm-sized computer (PDA), and a remote wireless transmission. The receiving unit and the at least one access control system are configured, wherein the access control system is disposed at an entrance and exit of the unmanned computer room and connected to the remote wireless transmission receiving unit, and the wireless electronic tag and the sensor are pre-defined and set in each periodicity. On the electromechanical equipment for inspection, the handheld computer (PDA) is a portable product and can read the data on the electronic tag or write the data into the wireless electronic tag, and has various inspections built therein. The form can be inspected and filled in by the inspector, and the handheld computer (PDA) can perform data in various wired or wireless manners with the remote wireless transmission receiving unit and the main control station. Lose. With the aforementioned device, the person in charge of the inspection can perform visual or instrumental inspection on many electromechanical devices in each unmanned computer room, and use the palmtop computer (PDA) to quickly read or write the results to each electromechanical device. In the wireless electronic tag, the remote wireless transmission receiving unit transmits the data to the main control station for data collection and management, and uses the remote data transmission network management system to connect the main control station for data collection and management, which can effectively grasp The patrol inspection progress and abnormal conditions of the drone room are automatically linked to the print order. It is not only convenient and quick, but the management center can also log in the data through the constantly updated access control system, and it is true that the patrol inspection work is carried out and the inspection progress is carried out. Greatly improve the efficiency of inspection work.

And M387328, a hand-held patrol device with instant global positioning, to use the RFID and GPS modules to enable the patrol personnel to patrol the patrol point time and latitude and longitude coordinate data can be immediately transmitted to the remote background and then monitored by the personnel. In turn, the logistician can immediately contact the patrol personnel with a short message or a call to achieve instant two-way emotional transfer, thereby greatly improving the safety of the patrol personnel.

However, the above-mentioned inspection device using RFID or GPS equipment can solve the traditional manual man-made lack, but it is also a place where the use is not ideal, as follows:

1. Common RFID has the purpose of in-situ sensing, but it is impossible to determine whether the inspector is in the real place or inspecting the data with the main console.
2. GPS global satellite positioning has positioning errors and it is not possible to determine whether the inspector has observed the real location.
3. By RFID in-position sensing and GPS satellite positioning, complementary shortcomings are formed. The satellite positioning proves that it is indeed away from the target location, and the RFID can be confirmed in place for the required confirmation target, but it cannot be exchanged with the main control station for inspection data.

Nowadays, the inventor is still in the light of the indefatigable spirit of the above-mentioned existing exhibits in the actual display implementation, and is supported by its rich professional knowledge and years of practical experience. Improvements have been made and the present invention has been developed based on this.

The main purpose of the present invention is to provide a patrol in-position management system for improving the phenomenon that the existing equipment is not fully implemented for inspection. By the design of the invention, the main control station and the inspection personnel can communicate with each other to achieve the project in place and inspected. To ensure the safety of the environment.

In order to achieve the above-mentioned implementation, the inventors have developed the following implementation technology, which is mainly constructed in a handheld electronic unit with a data reader and a data exchangeable NFC data exchange unit capable of respectively reading the RFID in-position sensing. Cooperate with the GPS positioning unit; thereby, through the fact that the handheld electronic unit can be surely obtained by the inspection personnel, and the exchange and transmission with the main control station data, the use of information management and the mutual cooperation between inspection and management are realized. So that it can carry out inspections and ensure the safety of the environment.

The patrol in place management system as described above, wherein an RFID wireless electronic tag is provided on the patrolling device of the patrol point (for recording the basic information of the device such as: date of manufacture, brand, model, number and capacity specification, etc.) And RFID recording sensor (for the electromechanical equipment to regularly measure the obtained data such as: voltage, current and temperature, etc.), and then the handheld electronic unit is equipped with an RFID data reader, which can directly read the RFID wireless The various data records recorded on the electronic label are also provided with various inspection forms for the patrol personnel to call out, and visual inspections are carried out item by item according to the items listed on the electronic form.

The patrol in place management system as described above, wherein the GPS positioning system is for confirming that the handheld electronic unit arrives at the patrol fixed point, and the GPS locating unit can transmit the signal to the console.

The patrol in place management system as described above, wherein the NFC data exchange unit is a mechanism for data exchange and exchange, so that when the patrol personnel repeatedly patrol the equipment, the data obtained by the patrol can be transmitted to the exchanger.

The patrol in-place management system as described above, wherein the handheld electronic unit transmits data to and from the main control station via a data synchronization signal transmission unit (3G/GPRS), and the main control station is provided with a data synchronization signal receiving unit to receive the data.

The patrol in place management system as described above, wherein the handheld electric unit is one of a smart phone, a PDA, a tablet or a notebook.

The object of the present invention and its structural design and advantages will be explained in the light of the preferred embodiments shown in the following drawings, so that the reviewing committee can have a more in-depth and specific understanding of the present invention.

First, please refer to the first to second figures, which are schematic diagrams of a three-dimensional appearance and a cross-sectional view of the inspection in-position management system of the present invention, which include:

At least one patrol fixed point (1), the patrol fixed point (1) is provided with a GPS positioning unit (2) for confirming whether the patrol personnel are actually in place;

At least one patrol device (3) having an RFID wireless electronic tag (31) and an RFID recording sensor (32);

At least one handheld electronic unit (4) having a built-in RFID data reader (33) for reading the RFID wireless electronic tag (31) of the patrol device and the RFID recording sensor (32), and a mutual An NFC data exchange unit (5) for transmitting data in the handheld electronic unit (4), and a manual form (41) is built in the handheld electronic unit (4), which can be inspected by the inspection personnel according to the form (41) and directly Log in to check the results;

A main console (6) communicates with the handheld electronic unit (4) by wire or wirelessly, and simultaneously receives a signal connected to the GPS positioning unit (2) to obtain the handheld electronic unit (4). The location and the information obtained by the inspection.

Please refer to the first to third figures together, the schematic diagram of the use state of the inspection in place management system of the present invention, which is mainly provided with an RFID wireless electronic tag on each inspection device (3) that needs to perform regular inspections (31). And an RFID recording sensor (32), the RFID wireless electronic tag (31) records basic information of the device, such as: date of manufacture, brand, model, number, and capacity specifications, and the RFID record The sensor (32) periodically measures the obtained data for the device, such as: voltage, current, temperature, etc.; when a patrol personnel arrives at a patrol fixed point (1), the GPS positioning at the patrol point is performed. The unit (2) senses the handheld electronic unit (4) of the inspector, and then causes the GPS positioning unit (2) to transmit a signal to the main control station (6), so that the main control station (6) obtains the handheld electronic unit (4) ) at the fixed point position to confirm whether the inspector is actually in place, and then let the inspector use the RFID data reader (33) of the handheld electronic unit (4) to read the inspection device. The RFID wireless electronic tag (31) and the RFID record sensor (32), and a standard form (41) is built in the handheld electronic unit (4) for the patrol personnel to itemize according to the form (41) Check and directly log in the inspection result. Then, the data obtained by the handheld electronic unit (4) is transmitted to the main control station (6) via the data synchronization signal transmission unit (71), and the main control station (6) is set. There is a data synchronization signal receiving unit (72) to receive the receiver.

In addition, the data synchronization signal transmitting unit (71) and the data synchronization signal receiving unit (72) may be various wireless transmission technologies, such as Group Special Mobile (GSM), GPRS (General Packet Radio Service). , Global Positioning System (GPS) or 3G transmission.

Then, when the inspection equipment inspected by many inspectors is repeated or needs to be transmitted, the two handheld electronic units (4) can be accessed by the NFC data exchange unit (5) in the handheld electronic unit (4). ) The information can be passed on to each other.

According to the above, the inspection in place management system of the present invention has many advantages compared with the prior art, and the details are as follows:

1. The patrol in place management system of the present invention proves that the exact location of the patrol fixed point is confirmed by the RFID in-position sensing and GPS satellite positioning.
2. The patrol in place management system of the present invention is set by the NFC data exchange unit to have a mechanism for data exchange and transmission without manual input of data.
3. The inspection in-position management system of the invention, when the receiving end is an NFC data exchange unit, can utilize the principle of NFC POINT-POINT hardware architecture to achieve the principle of 3G instant return transmission.

In summary, the present invention can achieve the intended use efficiency by the above-disclosed embodiments, and the present invention has not been disclosed before the application, and has fully complied with the requirements and requirements of the patent law.爰Issuing an application for a patent for invention in accordance with the law, and asking for a review, and granting a patent, is truly sensible.

The illustrations and descriptions of the present invention are merely preferred embodiments of the present invention, and are not intended to limit the scope of the present invention; those skilled in the art, which are characterized by the scope of the present invention, Equivalent variations or modifications are considered to be within the scope of the design of the invention.

<present invention>

(1). . . Patrol fixed point

(2). . . GPS positioning unit

(3). . . Patrol equipment

(31). . . RFID wireless electronic label

(32). . . RFID recording sensor

(33). . . RFID data reader

(4). . . Handheld electronic unit

(41). . . Form

(5). . . NFC data exchange unit

(6). . . Main console

(71). . . Data synchronization signal transmission unit

(72). . . Data synchronization signal receiving unit

First: Schematic diagram of the architecture of the present invention

Second: Schematic diagram of the handheld electronic unit of the present invention

Third figure: the process representation of the present invention

(1). . . Patrol fixed point

(2). . . GPS positioning unit

(3). . . Patrol equipment

(31). . . RFID wireless electronic label

(32). . . RFID recording sensor

(33). . . RFID data reader

(4). . . Handheld electronic unit

(5). . . NFC data exchange unit

(6). . . Main console

(71). . . Data synchronization signal transmission unit

(72). . . Data synchronization signal receiving unit

Claims (4)

A patrol in place management system comprising:
At least one patrol fixed point, the patrol fixed point is provided with a GPS positioning unit to confirm whether the patrol personnel are actually in place;
At least one patrol device having an RFID wireless electronic tag and an RFID recording sensor;
At least one handheld electronic unit having a built-in architecture includes an RFID data reader for reading RFID wireless electronic tags and RFID recording sensor data of the inspection device, and an NFC data exchange unit for transmitting data in the handheld electronic unit to each other. And the built-in electronic unit has a standard form built in, which can be used by the inspection personnel to check the items one by one according to the form and directly log in to the inspection result;
A main console, which communicates with the handheld electronic unit by means of wired or wireless means, and simultaneously receives signals connected to the GPS positioning unit to obtain the location of the handheld electronic unit and the information obtained by the inspection. The patrol in place management system described in claim 1, wherein the handheld electric unit is one of a smart phone, a PDA, a tablet or a notebook. The patrol in place management system according to the first or second aspect of the patent application, wherein the handheld electronic unit transmits data to the main control station correspondingly by the data synchronization signal transmission unit, and the main control station is provided with the data synchronization signal receiving unit to receive By. For example, the patrol in place management system described in claim 3, wherein the data synchronizing signal transmitting unit and the data synchronizing signal receiving unit are using Group Mobile Mobile (GSM) and wireless mobile network GPRS (General Packet). Radio Service), Global Positioning System (GPS) or 3G.