TW201928851A - Monitoring and management system for comparing sentinel message with patrol message and method thereof - Google Patents

Abstract

A monitoring and management system for comparing a sentinel message with a patrol message and a method thereof are provided. By transmitting a position data from a portable device to a sentinel device when the sentinel device detects the portable device, transmitting a sentinel message including the position data from the sentinel device to a server, transmitting a patrol message including the position data and at least one patrol image from the portable device to the server after the portable device captures the patrol image, comparing the sentinel message with the patrol message by the server, and monitoring and managing based on the patrol message by the server when the patrol message matches the sentinel message, the system and the method can make inspector does not need carry additional equipment and management staff does not set positioning data for sentinel device, and can achieve the effect of making management staff knows situation of inspection point immediately.

Description

Fixed point patrol management system and method thereof

A monitoring management system and method for a patrol inspection point and an inspection personnel, in particular, a fixed-point patrol management system and a method thereof.

Most of the early police officers and the community's inspection methods set up several inspection points (patrol stations) in the inspection area, and conducted inspections according to fixed routes. When the police or the person in charge of the inspection arrives at the inspection point, the time record of the arrival will be recorded and signed on the check-in book of the inspection point. After a period of time, the check-in books of each inspection point are collected for archiving.

However, managing the inspection area with human records can not only immediately and surely control the time when the inspection personnel arrive and leave the inspection points, and it is impossible to immediately know the status of the inspection personnel and the inspection points, thus forming a tour. The dead angle in the inspection operation also caused the inspection data recorded in the inspection operation to be unreliable, and anyone can read the check-in book. If the heart is small, the route and time of the inspection will be clarified by the check-in book. It is more likely to endanger local security.

Therefore, most of the current inspection operations are changed to electronic operations. The inspection personnel are equipped with inspection equipment. When the inspection personnel arrive at the inspection point, the inspection equipment can be approached to the inspection point device set at the inspection point, so that the inspection equipment receives the positioning data of the inspection point device. The received location data and the current time are transmitted to the server to provide management personnel for monitoring and management.

However, the current inspection operation method must configure the inspection equipment for the inspection personnel, and each inspection point device installed at the inspection point needs to set the positioning data in advance, which not only increases the cost, but also increases the management personnel. The amount of work.

In summary, it has been known in the prior art that there has been a long-standing problem that the inspector needs to carry additional equipment and needs to preset the positioning data of the inspection point device. Therefore, it is necessary to propose an improved technical means to solve this problem.

In view of the prior art, there is a problem that the inspector needs to carry additional equipment and needs to preset the positioning data of the inspection point device. The present invention discloses a fixed-point patrol management system and a method thereof, wherein:

The fixed-point patrol management system disclosed in the present invention is applicable to a portable electronic device, and includes at least: a communication module for receiving patrol task information, the patrol task information includes a task instruction, and the task command includes a preset patrol point. a patrol point message and a corresponding preset patrol time; and a fixed point signal for detecting a patrol point device recorded by the patrol point message; a display module for displaying a task command; and a recording module for When the communication module detects the fixed-point signal, the patrol time corresponding to the fixed-point signal is obtained; the determining module is configured to determine the task progress state of the task command according to the fixed-point signal and the patrol time, wherein the fixed-point signal and the patrol point message When the match and the patrol time match the preset patrol time, the task command is judged to be the task completion state.

The fixed-point patrol management method disclosed in the present invention is applicable to a portable electronic device, and the steps thereof at least include: receiving patrol task information, the patrol task information includes a task command, and the task command includes a patrol point of the preset patrol point. The message and the corresponding preset patrol time; displaying the task command and starting the detection of the fixed point signal of the patrol point device recorded by the patrol point message, and when detecting the fixed point signal, obtaining the patrol time corresponding to the fixed point signal; The fixed-point signal and the patrol time determine the task progress state of the task command, wherein when the fixed-point signal matches the patrol point message and the patrol time matches the preset patrol time, the task command is judged to be the task completion state.

The system and method disclosed in the present invention are different from the prior art in that the present invention detects the fixed point information of the patrol point device according to the task command in the patrol task information after receiving the patrol task information through the portable electronic device. After detecting the fixed-point signal of the patrol device, the patrol time is generated, and the task progress state of the task command is judged according to the fixed-point signal and the patrol time, thereby solving the problem of the prior art, and the patrol inspection can be achieved. The technical efficacy of the required hardware cost.

The features and embodiments of the present invention will be described in detail below with reference to the drawings and embodiments, which are sufficient to enable those skilled in the art to fully understand the technical means to which the present invention solves the technical problems, and The achievable effects of the present invention.

The invention allows the inspector to use the portable electronic device to patrol the patrol point. The portable electronic device is a device having a data processing function, a communication function, an image capturing function, and a positioning function, including but not limited to a mobile phone, a tablet, a navigation device, a multimedia player, an e-book reader, an electronic dictionary, and a television. Musical instruments, etc. Generally, the portable electronic device can install an application or an application software, and the portable electronic device can provide the inspection personnel to perform inspection after executing the application or application software including the present invention.

Hereinafter, the operation of the system of the present invention will be described with reference to the "1st diagram" of the fixed-point patrol management system architecture diagram of the present invention. As shown in FIG. 1 , the system of the present invention is applied to a portable electronic device 100. The system of the present invention includes a communication module 110, a display module 120, a recording module 130, and a determination module 150, and An additional login module 160, an image capture module 170, and a search module 180 are provided.

The communication module 110 is responsible for receiving patrol task information. The patrol task information received by the communication module 110 may include one or more task instructions, each task command includes a patrol point message of a preset patrol point and a preset patrol corresponding to the preset patrol point. Time, in some embodiments, the task command may further include the associated data of the inspection image. The patrol point information records the data related to the preset patrol point, including but not limited to the data indicating the fixed point signal sent by the patrol point device 420 disposed at the preset patrol point, and the positioning of the preset patrol point. For information, etc., the associated data also includes the location, angle, direction, and/or related description of the patrol image. For example, the window at the right side of the patrol point device, the corner of the corridor in front of the patrol point, The present invention is not particularly limited in view of the 30 degree angle of the left rear of the patrol point device or the like.

In general, the communication module 110 can communicate with the monitoring server 410 through a mobile communication network such as 3G or 4G to receive data or signals transmitted by the monitoring server 410, and transmit the data or signals to the monitoring server 410. For example, the communication module 110 can receive the patrol task information transmitted by the monitoring server 410, receive the patrol target pass signal or the patrol target abnormal signal, and can also transmit the patrol record and/or patrol generated by the recording module 130. The status is recorded to the monitoring server 410 and the like.

The communication module 110 is also responsible for detecting the fixed point signal of the patrol point device 420 recorded by the received patrol point message. The communication module 110 can detect the signal sent by the patrol point device 420 or transmit data or signals to the patrol point device 420 through wireless communication technologies such as Bluetooth, WiFi (IEEE 802.11), Zigbee, and near-end communication, but The invention is not limited thereto.

The display module 120 is responsible for displaying the task instructions included in the patrol task information received by the communication module 110. In general, the display module 120 can display the task command when the portable electronic device 100 enters the patrol mode, but the invention is not limited thereto. For example, the display module 120 can also be received by the communication module 110. When the patrol task information is displayed, the task command is displayed immediately.

The display module 120 can also hide the task instruction of the task completion state, that is, the task instruction that does not display the task completion status.

The display module 120 can also be alerted according to the patrol target abnormal signal received by the communication module 110 to generate a corresponding prompt message. The display module 120 can display a warning message, a prompt sound, a blinking light, etc., but the warning mode generated by the display module 120 is not limited to the above.

The recording module 130 is responsible for obtaining the current time after the communication module 110 detects the fixed point signal of the patrol point device 420 to generate a patrol time corresponding to the detected fixed point signal.

The recording module 130 can also obtain the current time to generate the patrol time corresponding to the fixed-point signal detected by the communication module 110, or can obtain the shooting time of the image capturing module 170 to capture the patrol image.

The recording module 130 can also generate and store patrol records and/or patrol status records. The patrol records generated by the recording module 130 can include the fixed-point signals detected by the communication module 110 and the patrols generated by the recording module 130. The patrol status record generated by the recording module 130 includes the patrol image captured by the image capturing module 170 and the imaging time taken by the image capturing module 170 obtained by the recording module 130 to capture the patrol image. .

The determining module 150 is responsible for determining the task progress status of the task command according to the fixed point signal detected by the communication module 110 and the inspection time generated by the determining module 150. When the determining module 150 determines that the fixed point signal in the patrol record matches the preset patrol point corresponding to the task instruction included in the patrol task information received by the communication module 110, and the patrol time and the task instruction in the patrol record When the preset patrol time matches, the task instruction is judged to be the task completion state. The judging module 150 can determine that the patrol time matches the preset patrol time when the patrol time is the same as the preset patrol time, or the error between the patrol time and the preset patrol time is within a predetermined range.

The login module 160 can provide input user login data, and verify the user identity and user rights according to the entered user login data, so that the communication module 110 can verify the user login data through the login module 160. User identity and user rights receive corresponding patrol task information. The user login data provided by the present invention is sufficient to identify the data of the inspector, including but not limited to an account password, a fingerprint, and the like.

The image capturing module 170 can capture one or more inspection images and transmit the captured inspection images to the monitoring server 410 through the communication module 110. The image of the inspection image captured by the image capturing module 170 can be a general planar image or a panoramic image. Any image that can record the environment around the patrol point can be used as the inspection image of the present invention. The invention is not particularly limited.

In some embodiments, the image capturing module 170 can capture one or more inspection images after the communication module 110 detects the fixed-point signal, and can record the time of capturing the inspection image. In the invention, the time for capturing the inspection image is referred to as "shooting time".

The search module 180 can provide input search data when the search component (not shown) on the portable electronic device 100 is triggered, and search for one or more task commands hidden by the display module 120 according to the search data. The display module 120 is caused to display the task command searched by the search module 180. The search component may be a hardware button on the portable electronic device 100, or may be an icon for displaying the button displayed on the display module 120, but the invention is not limited thereto.

Next, an operational system and method of the present invention will be described with reference to an embodiment, and reference is made to the flowchart of the fixed-point patrol management method proposed by the present invention in "2A". In this embodiment, it is assumed that the portable electronic device 100 is a smart phone, but the invention is not limited thereto.

First, the inspector can install an application supporting the present invention on the mobile phone (portable electronic device 100) used. After the mobile phone installs and executes the application supporting the present invention, the communication module 110 can receive the task instruction. Patrol mission information (step 220). In this embodiment, assuming that the patrol task information received by the communication module 110 includes a plurality of task commands, one of the task commands includes a patrol point message set with a preset patrol point of the patrol point device 420. .

Similarly, after the mobile phone executes the application supporting the present invention, the patrol personnel can select the patrol component displayed by the display module 120 to set the portable electronic device 100 to enter the patrol mode, and when the portable electronic device 100 enters the patrol In the detection mode, the display module 120 can display the task command received by the communication module 110 (step 235).

Similarly, after the portable electronic device 100 enters the patrol mode, the communication module 110 can start detecting the fixed point signal of the patrol point device 420. Thus, the communication module 110 can continuously detect whether the patrol point device 420 is received. The fixed point signal is sent (step 250).

When the patrol personnel arrives near the preset patrol point, so that the communication module 110 detects the fixed point signal sent by the patrol point device 420, the recording module 130 can obtain the current time to generate the detected fixed point signal. Corresponding patrol time (step 261), and the generated patrol time and the detected fixed point signal can be stored as a patrol record (step 265).

After the recording module 130 generates the patrol time, the determining module 150 can determine the task received by the communication module 110 according to the fixed-point signal detected by the generated communication module 110 and the patrol time generated by the recording module 130. The task progress status of the instruction (step 270), wherein when the fixed point signal matches the preset patrol point and the patrol time matches the preset patrol time, the task progress status of the task instruction is determined to be the task completion status, and vice versa. If the signal does not match the preset patrol point or the patrol time does not match the preset patrol time, the task progress status of the task instruction is determined to be the task incomplete status.

In this way, through the invention, the inspector can use the portable electronic device 100 such as a mobile phone or a tablet that is usually carried with him to carry out inspection work, and no need to carry a traditional inspection device such as a patrol stick, in addition to facilitating the inspection personnel. It also reduces hardware costs.

In the above embodiment, if the application executed by the portable electronic device 100 further includes the login module 160, as shown in the flow of "FIG. 2B", after the application is executed, the login module 160 can provide input. The user logs in the data (step 211) and can verify the user identity and user rights based on the entered user login data (215). The communication module 110 can receive the patrol task information corresponding to the user identity and the user authority after the login module 160 determines that the input user login data has been verified (step 220).

In addition, in the above embodiment, if the application executed by the portable electronic device 100 further includes the image capturing module 170, the communication module 110 detects the patrol as shown in the flow of "2C". After the fixed point signal sent by the device 420 (step 250), that is, after the patrol personnel arrives around the preset patrol point, the patrol personnel can operate the portable electronic device 100, so that the image capturing module 170 shoots the patrol. The image is detected (step 281), so as to record the situation around the preset patrol point, the recording module 130 can obtain the shooting time of the image capturing module 170 to capture the patrol image to generate a patrol corresponding to the captured patrol image. The status record is recorded (step 285), that is, the patrol status record including the patrol image and the shooting time is generated, and the communication module 110 can transmit the patrol status record generated by the recording module 130 to the monitoring server 410 (step 289). ).

After receiving the patrol status record transmitted by the portable electronic device 100, the monitoring server 410 can determine whether the patrol image and the shooting time in the patrol status record meet the preset patrol requirement (step 291). In this embodiment, it is assumed that the preset patrol request is that each object in the patrol image is at a predetermined position, there is no object or shadow that should not appear, and the shooting time meets the preset patrol time, then the monitoring service The terminal 410 can perform image analysis on the inspection image to determine whether each object in the inspection image is in a predetermined position, whether there is an object or a shadow that should not appear, and whether the shooting time meets the preset patrol time. If the inspection image and the shooting time meet the preset inspection requirements, the monitoring server 410 can generate the inspection target passing signal, and the generated inspection target is transmitted back to the portable electronic device 100 by the signal; The image and the shooting time are not in compliance with the preset inspection requirements, and the monitoring server 410 can generate the inspection target abnormal signal, and the generated inspection target is transmitted back to the portable electronic device 100 by the signal.

After the communication module 110 receives the patrol target pass signal from the monitoring server 410 (step 299), the display module 120 can hide the corresponding task command, that is, hide the preset patrol corresponding to the patrol target through the signal. If the communication module 110 receives the inspection target abnormal signal from the monitoring server 410, the display module 120 can generate a corresponding prompt according to the inspection target abnormal signal received by the communication module 110. The message is alerted (step 299).

In addition, in the above embodiment, if the application executed by the portable electronic device 100 further includes the search module 180, after the patrol personnel clicks on the search component displayed by the display module 120, the search module 180 can The input search data is provided, and the task command hidden by the display module 120 is searched according to the input search data, so that the display module 120 displays the task command searched by the search module 180.

In summary, it can be seen that the difference between the present invention and the prior art is that after the portable electronic device receives the patrol task information, the fixed-point signal of the patrol point device is detected according to the task command in the patrol task information, and After detecting the fixed-point signal of the patrol point device, the patrol time is generated, and the technical means of determining the task progress state of the task command according to the fixed-point signal and the patrol time can be used to solve the patrol personnel needs of the prior art by using a technical means. The problem of additional carrying equipment and the need to pre-set the positioning data of the patrol point device, thereby achieving the technical effect of reducing the hardware cost required for the inspection.

Furthermore, the fixed-point patrol management method of the present invention can be implemented in hardware, software or a combination of hardware and software, or can be implemented in a centralized manner in a computer system or spread over several interconnected computer systems with different components. The way of decentralization is achieved.

While the embodiments of the present invention have been described above, the above description is not intended to limit the scope of the invention. Any modification of the form and details of the practice of the present invention, which is a matter of ordinary skill in the art to which the present invention pertains, is a patent protection of the present invention. range. The scope of the invention is to be determined by the scope of the appended claims.

100‧‧‧Portable electronic devices

110‧‧‧Communication module

120‧‧‧ display module

130‧‧‧recording module

150‧‧‧Judgement module

160‧‧‧ Login Module

170‧‧‧Image capture module

180‧‧‧Search Module

410‧‧‧Monitoring server

420‧‧‧ 巡点点装置

Step 211‧‧‧ Provide input user login information

Step 215‧‧‧Verify user identity and user rights based on user login data

Step 219‧‧‧User login data verified

Step 220‧‧‧ Receive patrol mission information, patrol mission information includes task instructions

Step 235‧‧‧ Display task instructions

Step 250‧‧‧ Is the fixed point signal of the patrol point device detected?

Step 261‧‧‧ Obtain the inspection time corresponding to the fixed-point signal

Step 265‧‧‧Storage of fixed-point signals and inspection time as inspection records

Step 270‧‧‧ Determine the task progress status of the task command according to the fixed point signal and the patrol time. When the fixed point signal matches the preset patrol point and the patrol time matches the preset patrol time, the task instruction is judged to be the task completion status.

Step 281‧‧‧ Shooting inspection images

Step 285‧‧‧Get the shooting time to generate the inspection status record corresponding to the inspection image

Step 289‧‧‧Transfer inspection status record to monitoring server

Step 291‧‧‧Determining whether the inspection image and shooting time are consistent with the preset inspection requirements

Step 295‧‧‧ Receive the inspection target pass signal from the monitoring server and hide the corresponding task command

Step 299‧‧‧ Receive the inspection target abnormal signal from the monitoring server, and send a warning message according to the inspection target abnormal signal to alert

The first figure is a structural diagram of the fixed-point patrol management system proposed by the present invention. 2A is a flow chart of a method for managing a fixed point patrol according to the present invention. FIG. 2B is a flow chart of the login portable electronic device according to the present invention. 2C is a flow chart of an additional method of the fixed point patrol management method proposed by the present invention.

Claims (10)

A fixed-point patrol management method is applicable to a portable electronic device, and the method includes at least the following steps: receiving a patrol task information, where the patrol task information includes at least one task command, where the task command includes a preset patrol point a patrol point message and a corresponding preset patrol time; displaying the at least one task command and starting to detect a certain point signal of the patrol point device recorded by the patrol point message, when the fixed point signal is detected Obtaining a current time to generate a patrol time corresponding to the fixed point signal; and determining a task progress status of the at least one task command according to the fixed point signal and the patrol time, wherein the fixed point signal matches the patrol point message And when the patrol time matches the preset patrol time, determining that the at least one task command is a task completion state. The method for managing a fixed-point patrol as described in claim 1, wherein before the step of receiving the information of the patrol task, the method further includes: inputting a user login data to verify a user identity and a user authority, and When the user login data is verified, the corresponding step of the patrol task information is received according to the user identity and the user authority. The method for managing a fixed-point patrol as described in claim 1, further comprising the step of generating and storing a patrol record including the fixed-point signal and the patrol time. The method for managing a fixed-point patrol according to the first aspect of the invention, further comprising: capturing at least one patrol image after detecting the fixed-point signal, obtaining a shooting time to generate a corresponding image of the at least one patrol image; Recording status of one of the inspection statuses, and transmitting the inspection status record to a monitoring server; when the inspection image recorded in the inspection status and the shooting time meet a preset inspection requirement, the monitoring server is Receiving a patrol target passing signal and hiding the task command; and receiving a patrol target abnormal signal from the monitoring server when the patrol image recorded in the patrol state does not meet the preset patrol request A step of alerting by generating a prompt message according to the inspection target abnormal signal. The fixed-point patrol management method of claim 1, further comprising: hiding the at least one task instruction in a task completion state, and providing a triggering search element to search for the hidden at least one task instruction to display step. A fixed-point patrol management system, which is applicable to a portable electronic device, the system at least comprising: a communication module, configured to receive a patrol task information, the patrol task information includes at least one task command, the task command includes a a preset patrol point message and a corresponding preset patrol time, and a certain point signal for detecting one of the patrol point devices recorded by the patrol point message; a display module for displaying The at least one task command; a recording module for obtaining a patrol time corresponding to the fixed point signal when the communication module detects the fixed point signal; and a determining module for ???said determining signal and Determining, by the patrol time, a task progress status of the at least one task command, wherein, when the fixed point signal matches the patrol point message and the patrol time matches the preset patrol time, determining that the at least one task command is task completion status. The fixed-point patrol management system of claim 6 further includes a login module for providing input of a user login data to verify a user identity and a user authority. The communication module is further configured to receive the corresponding patrol task information according to the user identity and the user authority when the user login data is verified by the login module. The patrol patrol management system of claim 6, wherein the recording module is further configured to generate and store a patrol record including the fixed point signal and the patrol time. The image-based patrol management system of the sixth aspect of the invention, further comprising an image capture module, wherein the image capture module is configured to capture at least the fixed-point signal after the communication module detects a recording image, the recording module is further configured to obtain a shooting time corresponding to the at least one inspection image to generate a inspection status record corresponding to the at least one inspection image, and the communication module is further configured to transmit The patrol state is recorded to a monitoring server; when the patrol image recorded in the patrol state and the shooting time meet a preset patrol request, the communication module is further configured to receive a ping from the monitoring server. The patrol target passes the signal, and the display module is further used to hide the task command; when the patrol target image recorded by the patrol target state does not meet the preset patrol request, the communication module is further used for The monitoring server receives a patrol target abnormal signal, and the display module is further configured to generate a prompt message according to the patrol target abnormal signal to alert. The fixed-point patrol management system of claim 6, further comprising a search module, wherein the search module searches for at least one task hidden by the display module when a search component is triggered The display module is further configured to display a task command searched by the search module.