TW201635245A - Patrol and signature device, method, and computer program product thereof - Google Patents

Abstract

The present invention relates to a patrol and signature device, a method and a computer program product thereof. The patrol and signature device accesses patrol mission information corresponding to a patrol site, and analyzes and determines whether a patrol mode of patrol personnel fits and corresponds to the patrol mission information of the patrol site in order to determine and provide response information. As such, the present invention allows for effectively auditing a patrol mission of the patrol personnel and helping the patrol personnel to watch out for each other in a proper range around a predetermined patrol site to positively achieve an effect of watching mission in which watching and patrol are simultaneously achieved.

Description

Patrol device, method and computer program product thereof

The invention relates to a patrol device, a method and a computer program product thereof, in particular to a patrol device, a method and a computer program product thereof, which can immediately audit the patrol task of the patrol personnel and assist the patrol personnel to watch the service.

When the current police or security company patrols the jurisdiction, the patrol box is set up at each patrol point for the patrol personnel to sign in to indicate that the patrol has been patrolled here. However, the current plan will not be recovered until the registration is completed. Therefore, the management terminal cannot immediately know whether the patrol personnel have performed the patrol task.

Since each patrol point has different precautions, for example, some patrol points have poor security, patrol personnel need to patrol at that point for a long time, while some patrol points have high-risk facilities (such as petrochemical pipelines), patrol personnel When you arrive at this patrol point, you need to pay attention to whether the operation value of the equipment is normal. The current practice is to inform the patrol personnel of their patrol focus by means of personnel training before patrolling. However, such manual communication methods are easily missed, so it is not reliable.

The prior art also provides patrol personnel to use the electronic sign-in technology such as QR CODE or RFID to provide patrol personnel to use patrol mode for patrol check-in. Although the foregoing method can improve the functions of patrol personnel to quickly check in and provide patrol records, it is impossible to enable the patrol personnel to perform the watch operation within the specified range of the patrol fixed point, so that the patrol check-in is only in the form. Due to the patrol mission It is not just the sign-in operation. The core meaning is that the patrol personnel can perform the lookouts, warnings and other general police duties, and take the patrol on foot in a timely manner. They can go deep into the community and contact the people, and they can effectively play the patrol service function.

In summary, how to provide a technology that can promptly prompt and audit the patrol personnel's patrol tasks, so that the patrol personnel can indeed achieve the "patrol and escort" watch service operations, is a technical problem that needs to be solved in this field.

In order to solve the problems disclosed above, it is an object of the present invention to provide an apparatus, method and computer program product for patrolling operations and assisting patrol personnel to watch the service.

To achieve the above object, the present invention provides a patrol device. The device accesses the information of the patrol task corresponding to the patrol location, and analyzes whether the patrol mode of the patrol personnel satisfies the information of the patrol task corresponding to the patrol site to determine to provide a response message.

To achieve the above object, the present invention further provides a patrol method for applying to a patrol device, comprising the steps of: first, accessing patrol task information corresponding to a patrol location. Next, it is analyzed whether the patrol mode of the patrol personnel satisfies the information of the patrol task corresponding to the patrol location to determine the response information.

In order to achieve the above object, the present invention further provides a patrol computer program product, which can complete the steps described in the foregoing method when the computer device loads and executes the product.

In summary, the patrol device, method and computer program product of the present invention can remind the patrol personnel of the patrol focus and the instant audit patrol content when the patrol personnel arrive at the fixed point, and assist the patrol personnel to complete the watch service operation and provide management. More convenient patrol management and control program.

1‧‧‧Throughing device

11‧‧‧ Watching Logic Module

12‧‧‧ Positioning Module

13‧‧‧Image capture module

14‧‧‧ tag reading module

2‧‧‧Tagged patrol box

3‧‧‧Remote Server

S101~S102‧‧‧Steps

S200~S212‧‧‧Steps

S300~S313‧‧‧Steps

Fig. 1 is a block diagram showing the patrol apparatus of the first embodiment of the present invention.

Figure 2 is a block diagram showing the patrol apparatus of the second embodiment of the present invention.

Figure 3 is a block diagram showing the patrol apparatus of the fourth embodiment of the present invention.

Figure 4 is a block diagram showing the tag reading module of the patrol device of the first to fourth embodiments of the present invention.

Figure 5 is a flow chart of the patrol method of the fifth embodiment of the present invention.

Figure 6 is a block diagram of the operating device of the first mode of operation of the present invention.

7A-7B are flow charts of the operation flow of the first operation mode of the present invention.

8A-8B are flow charts of the operation flow of the second operation mode of the present invention.

The specific embodiments are described below to illustrate the embodiments of the invention, but are not intended to limit the scope of the invention.

Please refer to FIG. 1 , which is a block diagram of a patrol device 1 according to a first embodiment of the present invention. The patrol device 1 includes a watch logic module 11. The watch logic module 11 can be selected as a software and hardware device with computing power, such as a processor, a digital logic circuit, a program module, and the like. The watch logic module 11 accesses the patrol task information corresponding to the patrol location, and analyzes whether the patrol mode of the patrol personnel satisfies the patrol task information corresponding to the patrol site to determine the response information to prompt the user to adjust the patrol state. . The patrol device 1 of the present case is provided to a police operator or a security personnel to assist the handheld computing device during patrol watch, such as a smart phone, a handheld computer, a tablet computer, a notebook computer, and the like. When the patrol device 1 starts to operate, it will first obtain the patrol mission information of the patrol site, and record and analyze the patrol personnel's patrol status to compare whether the patrol personnel's current patrol mode meets the patrol range, patrol time, or capture images. Various types of patrol conditions, and appropriate Remind the patrol personnel of the matter of attention.

Please refer to FIG. 2 , which is a block diagram of a patrol device 1 according to a second embodiment of the present invention. The second embodiment is similar to the first embodiment except that the second embodiment further includes a positioning module 12 connected to the watch logic module 11. The positioning module 12 provides positioning information of the patrol device 1. In this embodiment, the patrol task information is a patrol range based on the patrol location, and the watch logic module 11 further analyzes whether the location information is located within the patrol range to determine and provide response information. For example, when the patrol location is the main entrance of the bank, and the patrol range is centered on the main entrance of the bank, the radius is within 300 meters. Therefore, when the user operates the patrol device 1, the watch logic module 11 can arrive at the watch. Time, or patrol personnel, before the completion of the patrol, whether the patrolling position of the user is within the reasonable patrol range of the watch, and may send a prompt message to the user when the deviation is made, and inform the patrol personnel to swipe the card again (for example, prompting the patrol personnel to read The tag on the patrol box is taken to transmit the record to the remote server via the communication module.

The present invention further provides a third embodiment. The third embodiment is similar to the second embodiment except that the watch logic module 11 of the third embodiment analyzes whether the positioning information of the patrol device 1 is within a specified time interval. Located within the patrol area to determine and provide response information. For example, it is stipulated that the user must patrol for 30 minutes within the patrol range to satisfy the patrol condition.

Please refer to FIG. 3 , which is a block diagram of a patrol device 1 according to a fourth embodiment of the present invention. The fourth embodiment is similar to the first embodiment except that the fourth embodiment further includes an image capturing module 13 connected to the watch logic module 11. The image capturing module 13 is configured to provide one of the patrol locations to capture images, and the watch logic module 11 analyzes whether the captured image matches a predetermined content; or analyzes whether a captured image is obtained to determine whether to provide a response message. . For example, when the patrol location is a petrochemical storage tank, one of the patrol conditions is a pressure gauge for photographing the storage tank, and After the user captures the image, the watch logic module 11 performs image recognition on the captured image to determine whether the image is a predetermined image, and can be read through the watch logic module 11 or transmitted to the remote management terminal. Take the pressure value of the pressure gauge in the image to meet the safety value to achieve the purpose of control. Another example shows that when the patrol location is the main entrance of the silver building, the information of the patrol mission is to ask the police to take a picture of the main entrance of the silver building and the convenient super business, and record a 30-second film. After the shooting, watch the logic module. The image is captured to determine whether the environment in the image is a predetermined environmental image, or whether the captured image is obtained, and can be transmitted through the watch logic module 11 and can be transmitted to the remote management terminal. For post-mortem analysis and auditing purposes. Capture image

Referring to FIG. 4, selected from the first embodiment to the fifth embodiment, a tag reading module 14 is further included. The tag reading module 14 is connected to the watch logic module 11 for accessing an external tag information, such as a tag of a graphic bar code (QR CODE, etc.), a tag of a radio frequency form (blue bud, RFID, etc.), so as to be watched. The logic module 11 obtains patrol task information (including address information of the patrol box, location information, watch time information, etc.) of the patrol box according to the tag information. The label information can be selected on the patrol box of the patrol site, and the label reading module 14 is a module for accessing the information, such as an image capture module for a barcode image, an RFID scanner, and the like. The foregoing patrol task information is accessed in a database, which may be selected as a local database of the patrol device 1 or a remote database of the management terminal.

Please refer to FIG. 5, which is a schematic flowchart of a patrol method according to a sixth embodiment of the present invention, which includes the following steps:

S101: Accessing patrol task information corresponding to one of the patrol locations.

S102: Analyze whether the patrol mode of the patrol personnel satisfies the patrol task information to determine and provide a response information.

The present invention further provides a seventh embodiment. The seventh embodiment is similar to the sixth embodiment except that the seventh embodiment further accesses a positioning information, and the patrol task information is the patrol range of the patrol site, and the positioning is analyzed. Whether the information is within the patrol area to determine and provide response information.

The present invention further provides an eighth embodiment. The eighth embodiment is similar to the seventh embodiment except that the eighth embodiment further analyzes whether the positioning information is within the patrol range within a specified time interval to determine and provide response information.

The present invention further provides a ninth embodiment, which is similar to the eighth embodiment except that the ninth embodiment further accesses the captured image of the patrol location and analyzes whether the captured image matches the predetermined content (for example, confrontation) Take images for image recognition and analyze whether the identified image content matches the predetermined content) to determine and provide response information.

The method of the foregoing sixth to ninth embodiments can obtain the patrol task information of the patrol place (which includes the address, location, watch time, etc. of the patrol box) by accessing the external tag information and according to the tag information.

The present invention further provides a tenth embodiment. The tenth embodiment is a patrol computer program product. When the computer device loads and executes the product, the method of any of the foregoing sixth to ninth embodiments can be completed. step.

Please refer to FIGS. 6 and 7 , which are respectively the patrol device 1 of the first operation mode of the present invention and a flowchart thereof. The first mode of operation is selected using the contents of the first to tenth examples. The aforementioned operating device is a smart handheld mobile communication device and includes a login module. The situation of the operation mode is that the patrol personnel hold the patrol device 1 to perform the patrol watch service, and the patrol personnel use the patrol device 1 to read the tag patrol box 2 after performing the patrol fixed point, and execute the following Process:

Start.

S200: The user logs in to the patrol device 1 through the login module.

S201: The tag reading module 14 accesses the tag information on the tag patrol box 2. Taking the QR code as an example, the patrol person obtains the unique identification code "F0110001" of the QR code information at 08:00.

S202: Next, it is determined whether the connection with the remote server 3 can be obtained. If yes, execute S204; if no, execute S203.

S203: When the connection is unsuccessful, the old patrol task information in the watch logic module 11 is obtained, and the watch watch is started for n minutes (for example, 5 minutes).

S204: When the connection is successful, the identification code "F0110001" is transmitted to the server, so that the watch logic module 11 obtains the patrol task information numbered "F0110001" from the remote server 3, and starts counting for n minutes. (for example 5 minutes).

S205: The patrol task information includes a unique identification code "F0110001", a watch range of 200 meters, a positioning time of the positioning module 12 to obtain a patrol personnel position every 20 seconds, and a patrol to be displayed, for example: "Yesterday If there is a robbery, please strengthen the patrol!" or "Morning gas in the morning, please take a photo of the scene!", etc., etc., to remind the patrol personnel of the patrol or the work items to be completed for the patrol service, and display the patrol mission information to remind the patrol personnel. .

S206: At this time, the positioning module 12 uses the GPS satellite positioning and the electronic compass combined positioning mode, and obtains the latitude and longitude position of the alarm once every m seconds, and records the patrol trajectory.

S207: The image capturing module 13 captures the live image, the device or the scene image P1~Py, and writes the positioning information into the file.

S208: Determine whether the n+1th minute (5+1=6 minutes) is reached? If yes, execute S209; if not, execute Line S206.

S209: The watch logic module 11 performs calculation or comparison according to the patrol task information.

S209A: Determine whether the patrol task condition is met? If yes, execute S210; if not, execute S209B.

S209B: The reminder completes the patrol task condition, and then executes S206.

S210: Judging is the completion of the watch condition? If yes, execute S212; if no, execute S211. For example, when the watch logic module 112 obtains the latitude and longitude values of L1 latitude and longitude coordinates of "25.0332548, 121.5088563" and Lx latitude and longitude coordinates of "25.032866, 121.5428447", calculate the distance LD between two points L1 and Lx, assuming the patrol box " The reasonable range of the watch of F0110001 is 200 meters. The watch logic module 11112 will judge whether the LD value is within the watch range. If the LD value is <=200 meters, the LD value is within the reasonable range of the watch. If the LD value is > 200 meters, the LD value is not within the reasonable range of the watch

S211: Reminder does not reach the watch: When the watch logic module 11 judges the distance LD, which is not within the reasonable distance range of the watch, the watch logic module 11 vibrates to remind the police and displays the reminder information, requesting the police to re-use the smart hand The tag reading module 14 in the mobile device 11 reads the information of the QR code on the patrol box.

S212: Completing the patrol service: When the watch position is within a reasonable distance, or when the policeman is not within the watch range, according to the reminder, after re-acquiring the QR code information on the patrol box, the police complete the patrol service.

End.

Please refer to FIG. 8, which is a flow chart of the second mode of operation of the present invention. The second mode of operation is selected using the contents of the first to tenth examples and the operating device shown in FIG. The operating mode of the second mode of operation is to arrive at the patrol personnel for the patrol time. A reasonable range near the patrol fixed point, first perform the watch service operation, and then use the patrol device 1 to read the tag patrol box 2 to complete the patrol task after the patrol is completed. The process is as follows:

Start.

S300: When the patrol personnel arrive at the patrol check-in point, they first log in to their portable patrol device 1.

S301: After logging in, the latitude and longitude of the patrol personnel is obtained by the positioning module 12, for example, the latitude and longitude coordinate L0 is "25.0332186, 121.5427294".

S302: Obtain a connection with the remote server 3.

S303: If the connection fails, the old patrol task information in the watch logic module 11 is obtained, and the watch watch is started for n minutes. For example, the latitude and longitude position L0 is obtained within a reasonable range, and all the patrol boxes contain the old patrol box. Patrol mission information, assuming that there are 3 patrol boxes within the reasonable range of L0, the identification codes are "F0110003", "F0110004", "F0110005", then the patrol personnel select the patrol box to be patrolled to obtain their patrol mission. News.

S304: If the connection is successful, the L0 "25.0332186, 121.5427294" is transmitted to the server, so that the watch logic module 11 obtains the patrol box in the reasonable range of L0 from the remote server 3, and the patrol personnel selects the patrol Sign the patrol box to get information on its patrol mission and start watching for n minutes (for example, 5 minutes).

S305: Display patrol task information.

S306: The positioning module 12 positions L1~Lx once every m seconds, and records the track of L1~Lx.

S307: The image capturing module 13 captures the scene, the device or the scene image P1~Py, and writes the positioning information into the file.

S308: The tag reading module 14 reads the tag information of the patrol box.

S309: The watch logic module 11 performs calculation or comparison according to the patrol task information.

S309A: Determine whether the patrol task condition is met? If yes, execute S310; if no, execute 309B.

S309B: Remind that the patrol task condition is not completed, and then execute S306.

S310: Determine whether the patrol watch patrol watch time and position meet the watch condition? If yes, execute S311; if no, execute S312.

S311: Complete the patrol service.

S312: The reminder did not reach the watch.

S313: Determine whether to continue patrol? If yes, execute S306; if no, execute S311.

End.

After the patrol personnel complete the aforementioned patrol and watch service steps, the patrol record, watch information, patrol track and on-site captured images P1~Py are uploaded to the remote server 3 to provide relevant watch records. The unit needs to review or audit the patrol personnel's patrol record usage.

The detailed description of the preferred embodiments of the present invention is intended to be limited to the scope of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

1‧‧‧Throughing device

11‧‧‧ Watching Logic Module

12‧‧‧ Positioning Module

13‧‧‧Image capture module

14‧‧‧ tag reading module

2‧‧‧Tagged patrol box

3‧‧‧Remote Server

Claims (16)

A patrol device that accesses patrol task information corresponding to a patrol location and analyzes whether the patrol mode of the patrol personnel satisfies the patrol task information to determine and provide response information. The patrol device of claim 1, wherein the patrol task information is a patrol range and a watch time of the patrol place, and the patrol device further analyzes whether the location information is located within the patrol range to determine whether the response is provided. News. The patrol device of claim 2 further analyzes whether the positioning information of the patrol device is within the patrol range within a specified time interval to determine and provide the response information. The patrol device according to claim 1 further analyzes whether the captured image of the patrol location matches the predetermined content to determine and provide the response information. The patrol device of claim 4 further performs an image analysis operation on the captured image, and analyzes whether the identified image content matches the predetermined content to determine that the response information is provided. The patrol device described in claim 1 further analyzes whether or not the captured image is obtained to determine and provide the response information. The patrol device of claim 1 further accesses the external tag information, and according to the tag information, obtains at least one of address information, location information, and watch time information of the patrol location. The patrol device of any one of claims 1 to 7, wherein the patrol task information is accessed in a database, the database being selectable as a local database of the patrol device, or remotely Remote database. A patrol method for applying to a patrol device includes the steps of: accessing patrol task information corresponding to a patrol location; and analyzing whether the patrol mode of the patrol personnel satisfies the patrol task information to determine and provide a response News. The patrol method of claim 9, further comprising the steps of: accessing location information of the patrol device, wherein the patrol task information is a patrol range and a watch time of the patrol location; and analyzing whether the location information is located Within the scope of the patrol, to determine and provide the response information. The patrol method of claim 10 further includes the step of: analyzing whether the positioning information is located within the patrol range within a specified time interval to determine and provide the response information. The patrol method of claim 9, further comprising the steps of: accessing the captured image according to the patrol task information of the patrol location; and analyzing whether the captured image matches the predetermined content to determine and provide the response information . The method for patrolling the request item 12 further includes the following steps: performing image recognition on the captured image, and analyzing whether the identified image content matches the predetermined content to determine and provide the response information. The method for patrolling the claim 9 further includes the following steps: analyzing whether the captured image is obtained to determine and provide the response information. The patrol method of claim 9 further includes the steps of: accessing the external tag information, and obtaining at least one of the address information, the location information, and the watch time information of the patrol location according to the tag information. A patrol computer program product, the steps of any one of claims 9 to 15 being completed when the computer device loads and executes the computer program product.