An auxiliary examination management method, system and terminal based on data analysis

Abstract

The application relates to a data analysis-based auxiliary examination management method and system and a terminal, and relates to the field of data management, which comprises the following steps: obtaining content filling conditions of a preset data viewing device; when the content filling conditions are consistent with preset complete filling conditions, obtaining data synchronization requirements; when the data synchronization requirements are consistent with preset necessary synchronization data, obtaining specific filling content; matching a synchronization department from a preset synchronization database according to the specific filling content; controlling the data viewing device to synchronize the content filling conditions to a department corresponding to the synchronization department; and when the data synchronization requirements are inconsistent with the necessary synchronization data, controlling the data viewing device to transmit the content filling conditions to a preset data storage terminal. The application has the effect of improving work efficiency.

Description

TECHNICAL FIELD

[0001] The present application relates to the field of data management, and in particular to an auxiliary inspection management method and system based on data analysis. BACKGROUND

[0002] The auxiliary inspection management method based on data analysis refers to a method of using data analysis technology to manage and optimize the links in the auxiliary inspection process to improve the efficiency, accuracy and service quality of auxiliary inspection.

[0003] For social governance, a large number of key groups are involved, and different groups need to set different visit inspection rules. Staff will regularly visit and inspect different groups according to the content, and then save the collected visit inspection data.

[0004] After saving the visit inspection data, because a large number of key groups are involved, and different groups will have corresponding relevant departments for processing, after saving the visit inspection data, the relevant departments cannot immediately understand the visit information of the key groups corresponding to their departments, and thus cannot further work, reducing work efficiency and needing improvement. SUMMARY

[0005] In order to improve work efficiency, the present application provides an auxiliary inspection management method and system based on data analysis.

[0006] In a first aspect, the present application provides an auxiliary inspection management method based on data analysis, which adopts the following technical solution:

[0007] An auxiliary inspection management method based on data analysis, comprising:

[0008] Obtaining the content filling situation of a preset data viewing device;

[0009] When the content filling situation is consistent with the preset completed filling situation, obtaining data synchronization requirements;

[0010] Based on the condition that the data synchronization requirements are consistent with the preset necessary synchronization data, obtaining specific filling content;

[0011] According to the specific filling content, matching the synchronization department from the preset synchronization database;

[0012] Controlling the data viewing device to synchronize the content filling situation to the department corresponding to the synchronization department;

[0013] Based on the condition that the data synchronization requirements are inconsistent with the necessary synchronization data, controlling the data viewing device to transmit the content filling situation to the preset data storage terminal.

[0014] By adopting the technical scheme, when the content filling condition is consistent with the completion filling condition, the consistency between the data synchronization requirement and the necessary synchronization data is understood to know the synchronization condition. When the content filled in the data viewing device needs to be synchronized, the synchronization department is understood to control the data viewing device to synchronize the content filling condition to the department corresponding to the synchronization department, thereby improving the coordination between departments and improving the work efficiency.

[0015] Optionally, the method further comprises a preset limiting viewing method, and the limiting viewing method comprises:

[0016] obtaining device lock screen information of the data viewing device;

[0017] based on the consistency between the device lock screen information and the preset screen unlocking information, obtaining observation image information;

[0018] According to the observation image information and the preset portrait feature, the portrait identity information is matched from the preset portrait database;

[0019] According to the portrait identity information, the viewing permission is matched from the preset permission database;

[0020] According to the viewing permission, the data viewing device is controlled to unlock the content corresponding to the viewing permission.

[0021] By adopting the technical scheme, the consistency between the device lock screen information and the screen unlocking information is understood to know the screen unlocking condition of the data viewing device. When the screen of the data viewing device is unlocked, the portrait identity information is known by understanding the observation image information and the portrait feature, and then the viewing permission can be matched to control the data viewing device to unlock the content corresponding to the viewing permission, thereby improving the privacy of the data.

[0022] Optionally, the method further comprises a preset viewing content verification method, and the viewing content verification method comprises:

[0023] obtaining device location information of the data viewing device;

[0024] According to the portrait identity information, the reference visiting object position is matched from the visiting database;

[0025] According to the device location information, the current visiting object is matched from the preset visiting database;

[0026] based on the consistency between the device location information and the reference visiting object position, according to the viewing permission and the current visiting object, the main viewing content is matched from the visiting database;

[0027] controlling the data viewing device to display the viewing content corresponding to the main viewing content;

[0028] If the device location information is inconsistent with the benchmark visited object location, a visiting location error prompt is reported, and a guidance route is matched from a preset route database based on the device location information and the benchmark visited object location;

[0029] The data viewing device is controlled to provide route guidance to visitors.

[0030] By adopting the above technical solution, the arrival status of the visitor can be known by understanding the consistency between the device location information and the benchmark visit object location. When the device location information is consistent with the benchmark visit object location, it means that the visitor has arrived at the correct location, and then the main viewing content can be matched, thereby controlling the viewing device to display the viewing content corresponding to the main viewing content. When the device location information is inconsistent with the benchmark visit object location, it means that the visitor has not arrived at the correct location, and a visit location error prompt needs to be reported, and the visitor is guided through the route guidance, thereby improving the accuracy of the visit.

[0031] Optionally, the content verification method also includes:

[0032] Based on the consistency between the device location information and the reference visited object location, the sensed air pressure value is obtained;

[0033] Match the current floor information from the preset floor database according to the sensed air pressure value;

[0034] Matching benchmark floor information from the visit database according to the benchmark visit object location;

[0035] Based on the inconsistency between the current floor information and the reference floor information, the control data viewing device prompts a floor error message and displays the floor corresponding to the reference floor information.

[0036] By adopting the above technical solution, when the device location information is consistent with the reference visitor location, the current floor information is determined by understanding the sensed air pressure value. Furthermore, by understanding the consistency between the current floor information and the reference floor information, the exact floor the visitor has reached is determined. If the visitor reaches the wrong floor, the data viewing device is controlled to display the floor error information and the floor corresponding to the reference floor information, prompting the visitor to the correct floor, thereby further improving the accuracy of the visit.

[0037] Optionally, a preset duress detection method is also included, wherein:

[0038] Obtain the current palmprint information of the preset detection device;

[0039] Match palmprint identity information from a preset palmprint database according to current palmprint information;

[0040] Match misleading content from a preset misleading database according to viewing permissions based on the case that palmprint identity information is inconsistent with portrait identity information;

[0041] Control the data viewing device to display the misleading content and control the detection equipment to report a coercion prompt;

[0042] Based on the case that palmprint identity information is consistent with portrait identity information, obtain the press number information of a preset counting sensing device;

[0043] Based on the case that the press number information is consistent with a preset reference press number, match misleading content from a preset misleading database according to viewing permissions;

[0044] Control the data viewing device to display the misleading content and control the detection equipment to report a coercion prompt.

[0045] By adopting the above technical solutions, the consistency between palmprint identity information and portrait identity information is understood to know the coercion situation. When the palmprint identity information is consistent with the portrait identity information, the consistency between the press number information and the reference press number is further understood to further know the coercion situation. When there is a coercion situation, the misleading content is displayed by controlling the data viewing device, and the detection equipment is controlled to report a coercion prompt, thereby reducing the risk of data leakage.

[0046] Optionally, it further includes a preset rainy day processing method, which includes:

[0047] Obtain current weather information;

[0048] Based on the case that the current weather information is consistent with a preset rainy weather, obtain the area humidity value of a preset sensing area;

[0049] Based on the case that the area humidity value exceeds a preset reference humidity value, control the preset protection device to start to protect the counting sensing device;

[0050] After the counting sensing device is protected by the protection device, control the counting sensing device to press itself with a preset self-check press number, and obtain an actual self-check press number;

[0051] Based on the case that the actual self-check press number is inconsistent with the self-check press number, report a counting sensing device abnormal prompt;

[0052] Based on the case that the actual self-check press number is consistent with the self-check press number, control the counting sensing device to press itself again with the self-check press number after a preset detection time, and update the actual self-check press number.

[0053] By adopting the above technical scheme, when the current weather information is consistent with the rainy weather, the water inflow condition of the sensing area is known by understanding the exceeding condition between the area humidity value and the reference humidity value. When the sensing area is waterlogged, the counting sensing device is protected by controlling the protection device to start, and the abnormal condition of the counting sensing device is known by understanding the consistency condition between the actual self-check pressing times and the self-check pressing times, and when the counting sensing device is abnormal, the counting sensing device abnormal prompt is reported to prompt the visiting personnel that the counting sensing device is abnormal, thereby improving the accuracy of the self-check of the counting sensing device.

[0054] Optionally, it further includes a preset pause self-check method, and the pause self-check method includes:

[0055] Based on the self-pressing of the counting sensing device, the data checking device is controlled to perform a self-check prompt;

[0056] Based on the self-check prompt of the data checking device, the trigger information of the detection equipment is acquired;

[0057] Based on the consistency condition between the trigger information and the preset palmprint acquisition information, the counting sensing device is controlled to stop self-pressing;

[0058] After the counting sensing device stops self-pressing, the pressing times information of the counting sensing device is acquired.

[0059] By adopting the above technical scheme, the acquisition condition of the detection equipment is known by understanding the consistency condition between the trigger information and the palmprint acquisition information. When the detection equipment is acquiring the current palmprint information, the counting sensing device is controlled to stop self-checking, so that the visiting personnel can use the counting sensing device when being coerced, thereby reducing the risk of data leakage when the visiting personnel is coerced.

[0060] Optionally, the coercion detection method further includes:

[0061] Based on the inconsistency condition between the actual self-check pressing times and the self-check pressing times, it is determined whether the actual self-check pressing times exceed the preset reference pressing times;

[0062] Based on the condition that the actual self-check pressing times exceed the reference pressing times, the data checking device is controlled to perform a vibration prompt with a preset prompt parameter;

[0063] Based on the condition that the actual self-check pressing times do not exceed the reference pressing times, a counting sensing device damage prompt is reported, and a preset timing sensing device device pressure value is acquired;

[0064] Based on the condition that the device pressure value exceeds the preset reference device pressure value, a pressing time value is acquired;

[0065] Based on the situation that the pressing time value exceeds the preset reference time value, misleading content is matched from a preset misleading database according to the viewing authority;

[0066] The data viewing device is controlled to display misleading content, and the detection device is controlled to report a duress prompt.

[0067] By adopting the above technical solution, when the actual number of self-test presses is inconsistent with the self-test press count, the counting sensor device is detected to be damaged by understanding the difference between the actual number of self-test presses and the reference number of presses. When the counting sensor device is damaged, the difference between the press time value and the reference time value is understood to indicate that the visitor is under duress. If the visitor is under duress, the data viewing device is controlled to display misleading content, and the detection device is controlled to report a duress prompt, thereby reducing the risk of data leakage.

[0068] In a second aspect, the present application provides an auxiliary inspection management system based on data analysis, which adopts the following technical solutions:

[0069] An auxiliary inspection management system based on data analysis, comprising:

[0070] The acquisition module is used to obtain the content filled in, data synchronization requirements, specific filled in content, device lock screen information, observation image information, device location information, sensor pressure value, current palm print information, press count information, current weather information, regional humidity value, actual self-test press count, trigger information, device pressure value and press time value;

[0071] A memory for storing a program of any one of the aforementioned auxiliary inspection management methods based on data analysis;

[0072] The program in the processor and the memory can be loaded and executed by the processor to implement any of the above-mentioned auxiliary inspection management methods based on data analysis.

[0073] In a third aspect, the present application provides a smart terminal that adopts the following technical solution:

[0074] An intelligent terminal includes a memory and a processor, wherein the memory stores a computer program that can be loaded by the processor and execute any of the above-mentioned auxiliary inspection management methods based on data analysis.

[0075] In summary, this application includes at least one of the following beneficial technical effects:

[0076] 1. When the content filling situation is consistent with the completed filling situation, the synchronization situation is known by understanding the consistency between the data synchronization requirement and the necessary synchronization data. When the content filled in the data viewing device needs to be synchronized, the synchronization department is understood to control the data viewing device to synchronize the content filling situation to the department corresponding to the synchronization department, thereby improving the coordination between departments and improving the work efficiency;

[0077] 2. The screen unlocking situation of the data viewing device is known by understanding the consistency between the device lock screen information and the screen unlocking information. When the screen of the data viewing device is unlocked, the portrait identity information is known by understanding the observation image information and the portrait feature, and the viewing permission can be matched, thereby controlling the data viewing device to unlock the content corresponding to the viewing permission, and improving the privacy of the data;

[0078] 3. When the actual self-check pressing times are inconsistent with the self-check pressing times, the damage situation of the counting induction device is known by understanding the exceeding situation between the actual self-check pressing times and the reference pressing times. When the counting induction device is damaged, the coercion situation of the visited personnel is known by understanding the exceeding situation between the pressing time value and the reference time value. When the visited personnel is coerced, the misleading content is displayed by controlling the data viewing device, and the coercion prompt is reported by controlling the detection equipment, thereby reducing the risk of data leakage. BRIEF DESCRIPTION OF DRAWINGS

[0079] Figure 1 is a flowchart of an auxiliary inspection management method based on data analysis in an embodiment of the present application;

[0080] Figure 2 is a method flowchart of a restricted viewing method in an embodiment of the present application;

[0081] Figure 3 is a method flowchart of one of the viewing content verification methods in an embodiment of the present application;

[0082] Figure 4 is a method flowchart of another viewing content verification method in an embodiment of the present application;

[0083] Figure 5 is a method flowchart of one of the coercion detection methods in an embodiment of the present application;

[0084] Figure 6 is a method flowchart of a rain day processing method in an embodiment of the present application;

[0085] Figure 7 is a method flowchart of a self-check suspension method in an embodiment of the present application;

[0086] Figure 8is a method flow chart of another stress detection method in embodiments of the present application. DETAILED DESCRIPTION

[0087] The present application will be further described in detail below with reference to the accompanying drawings and embodiments.

[0088] Embodiments of the present application disclose a data analysis-based auxiliary examination management method. When it is necessary to synchronize the content filled in the data viewing device to the department, the data viewing device is controlled to synchronize the filled content to the department. When interviewing the interviewee, the portrait feature of the interviewer is identified to know the portrait identity information, and the corresponding viewing permission can be matched. When the device position information is consistent with the reference interviewee position, the interview process can be performed. When the interviewer is under stress, the misleading content is displayed by controlling the data viewing device.

[0089] Reference Figure 1 A data analysis-based auxiliary examination management method includes the following steps:

[0090] Step 100: Obtain the content filling situation of a preset data viewing device.

[0091] The data viewing device refers to a device for collecting and recording various information obtained in the field investigation or interview process. The content filling situation refers to whether the required information in the form for recording the relevant information of the interviewee on the data viewing device has been filled in completely according to the requirements. After the content is input into the form, the data is synchronized to the preset data storage terminal, and each form is provided with a different number in the data storage terminal. The content filling situation can be obtained by calling the corresponding number of the form from the data storage terminal. The data storage terminal refers to a terminal for receiving, storing and managing the relevant data and information of each interviewee. The data storage terminal is set by the person skilled in the art in advance, and is not described here.

[0092] Step 101: Obtain the data synchronization requirement based on the consistency of the content filling situation and the preset complete filling situation.

[0093] The complete filling situation refers to that the required information in the form has been filled in completely according to the requirements. The complete filling situation is set by the person skilled in the art in advance, and is not described here. The data synchronization requirement refers to whether the content filled in the form needs to be synchronized to the database corresponding to other departments. The data synchronization requirement is obtained by the interviewer in real time. When the content filling situation is consistent with the complete filling situation, it indicates that the required information in the form has been filled in completely according to the requirements, and the data synchronization requirement needs to be obtained for the subsequent steps.

[0094] Step 102: obtaining specific filling content based on the case that the data synchronization requirement is consistent with the preset necessary synchronization data.

[0095] The necessary synchronization data refers to the content filled in the form which needs to be synchronized to the database corresponding to other departments. The necessary synchronization data is set by a person skilled in the art in advance, and will not be described here. The specific filling content refers to the content filled in by the visiting personnel after filling in the data synchronization requirement. The specific filling content is obtained by real-time operation of the visiting personnel. When the data synchronization requirement is consistent with the necessary synchronization data, it means that the content filled in the form needs to be synchronized to the database corresponding to other departments, and the specific filling content needs to be obtained for subsequent steps.

[0096] Step 103: matching the synchronization department from the preset synchronization database according to the specific filling content.

[0097] The synchronization department refers to the department to which the content filled in the form needs to be synchronized. The synchronization database can match the synchronization department corresponding to the specific filling content, which contains the correspondence between the specific filling content and the synchronization department. The synchronization database is a database set by a person, and will not be described here.

[0098] Step 104: controlling the data viewing device to synchronize the content filling situation to the department corresponding to the synchronization department.

[0099] The control data viewing device synchronizes the content filling situation to the database corresponding to the department of the synchronization department. The specific synchronization method and the specific database are selected by a person skilled in the art, and will not be described here.

[0100] Step 105: controlling the data viewing device to transmit the content filling situation to the preset data storage terminal based on the case that the data synchronization requirement is inconsistent with the necessary synchronization data.

[0101] The data storage terminal refers to a terminal for receiving, storing and managing the relevant data and data of each person being visited. When the data synchronization requirement is inconsistent with the necessary synchronization data, it means that the content filled in the form does not need to be synchronized to the database corresponding to other departments, and the data viewing device can directly control the data viewing device to transmit the content filling situation to the data storage terminal.

[0102] Reference Figure 2 The method for limiting viewing includes the following steps:

[0103] Step 200: obtaining the device lock screen information of the data viewing device.

[0104] The data viewing device refers to a device for collecting and recording various information obtained in the process of field investigation or visit. In this embodiment, the data viewing device is a tablet computer. The device lock screen information refers to the on or off screen condition of the current screen of the data viewing device. The device lock screen information is obtained through the light sensor.

[0105] Step 201: Based on the condition that the device lock screen information is consistent with the preset screen unlocking information, the observation image information is obtained.

[0106] The screen unlocking information refers to the fact that the data viewing device has been unlocked and the screen is on. The screen unlocking information is set by a person skilled in the art in advance, and will not be described here. The observation image information refers to the image in front of the screen of the data viewing device, and the observation image information is obtained by taking a photo through the camera on the data viewing device. When the device lock screen information is consistent with the screen unlocking information, it means that the data viewing device has been unlocked and the screen is on, and the observation image information can be obtained for subsequent steps.

[0107] Step 202: According to the observation image information and the preset portrait feature, the portrait identity information is matched from the preset portrait database.

[0108] The portrait feature refers to the feature of the image when a person is present. The portrait feature is set by a person skilled in the art in advance, and will not be described here. The portrait identity information refers to the information content that can be used to identify the identity of an individual by extracting and associating the facial image of the person. The portrait identity information corresponding to the observation image information and the portrait feature can be matched through the portrait database, which contains the corresponding relationship between the observation image information, the portrait feature and the portrait identity information. The portrait database is a database set by a person, and will not be described here.

[0109] Step 203: According to the portrait identity information, the viewing permission is matched from the preset permission database.

[0110] The viewing permission refers to the permission setting of allowing or restricting the visit personnel corresponding to the portrait identity information to view the visit information and data. The visit personnel refers to the staff responsible for visiting, investigating, understanding the situation and collecting information of key groups. The key groups are defined by a person skilled in the art, and will not be described here.

[0111] The viewing permission corresponding to the portrait identity information can be matched through the permission database, which contains the corresponding relationship between the portrait identity information and the viewing permission. The permission database is a database set by a person, and will not be described here.

[0112] Step 204: According to the viewing permission, the data viewing device is controlled to unlock the content corresponding to the viewing permission.

[0113] The data viewing device is controlled to unlock the content corresponding to the viewing permission for the visit personnel to view.

[0114] Referring to Figure 3 , the viewing content checking method comprises the following steps:

[0115] Step 300: Obtain device location information of the data viewing device.

[0116] The device location information refers to the current location of the data viewing device. The device location information is obtained through a GPS positioning chip arranged on the data viewing device.

[0117] Step 301: Match the reference interviewee location from the interview database according to the portrait identity information.

[0118] The reference interviewee location refers to the location of the object that the interviewee corresponding to the portrait identity information should visit and investigate. The reference interviewee location corresponding to the portrait identity information can be matched through the interview database, which contains the corresponding relationship between the portrait identity information and the reference interviewee location.

[0119] Step 302: Match the current interviewee from the preset interview database according to the device location information.

[0120] The current interviewee refers to the interviewee corresponding to the device location information. The current interviewee corresponding to the device location information can be matched through the interview database, which contains the corresponding relationship between the device location information and the current interviewee. The interview database is a database set by human beings, which will not be described here.

[0121] Step 303: Based on the consistency of the device location information and the reference interviewee location, match the main viewing content from the interview database according to the viewing permission and the current interviewee.

[0122] The main viewing content refers to the main content of the interviewee when interviewing the interviewee corresponding to him. When the device location information and the reference interviewee location are consistent, it means that the interviewee has reached the corresponding location, and the main viewing content corresponding to the viewing permission and the current interviewee needs to be matched through the interview database to record the interview. The interview database contains the corresponding relationship among the viewing permission, the current interviewee, and the main viewing content.

[0123] Step 304: Control the data viewing device to display the viewing content corresponding to the main viewing content.

[0124] The data viewing device is controlled to display the viewing content corresponding to the main viewing content, so that the interviewee can record.

[0125] Step 305: based on the case that the device location information is inconsistent with the reference interviewee location, report the interview location error prompt, and match the guide route from the preset route database according to the device location information and the reference interviewee location.

[0126] The interview location error prompt refers to the prompt that the interviewee goes to the wrong location of the corresponding interviewee. The guide route refers to the route for guiding the interviewee to the location of the corresponding interviewee. When the device location information is inconsistent with the reference interviewee location, it means that the interviewee goes to the wrong location, and the interview location error prompt needs to be reported, and the guide route corresponding to the device location information and the reference interviewee location is matched through the route database, which contains the corresponding relationship between the device location information, the reference interviewee location and the guide route. The route database is a database set by human beings, which will not be described here.

[0127] Step 306: control the data viewing device to guide the interviewee with the guide route.

[0128] The data viewing device is controlled to guide the interviewee with the guide route, so as to guide the interviewee to the location of the corresponding interviewee.

[0129] Reference Figure 4 The content checking method further includes the following steps:

[0130] Step 400: based on the case that the device location information is consistent with the reference interviewee location, obtain the sensing air pressure value.

[0131] The sensing air pressure value refers to the atmospheric pressure value of the floor where the interviewee is currently located. The sensing air pressure value is measured and obtained by the air pressure sensor arranged on the data viewing device.

[0132] When the device location information is consistent with the reference interviewee location, since the GPS positioning chip on the device location information can only obtain the latitude and longitude of the location, it cannot know the altitude under the same latitude and longitude. Therefore, when there are multiple interviewees on the same latitude and longitude, it will cause errors in the interviewees, and further cause errors in the main viewing content. Therefore, the sensing air pressure value needs to be obtained for subsequent steps.

[0133] Step 401: match the current floor information from the preset floor database according to the sensing air pressure value.

[0134] The current floor information refers to the floor where the interviewee is currently located. The current floor information corresponding to the sensing air pressure value can be matched through the floor database, which contains the corresponding relationship between the sensing air pressure value and the current floor information. The floor database is a database set by human beings, which will not be described here.

[0135] Step 402: According to the reference visit object position, the reference floor information is matched from the visit database.

[0136] The reference floor information refers to the floor where the visited person is located. The reference floor information corresponding to the reference visit object position can be matched from the visit database, which contains the corresponding relationship between the reference visit object position and the reference floor information.

[0137] Step 403: Based on the inconsistency between the current floor information and the reference floor information, the data viewing device is controlled to prompt the floor error information, and the floor corresponding to the reference floor information is displayed.

[0138] The floor error information refers to the information when the floor visited by the visit personnel is wrong. When the current floor information is inconsistent with the reference floor information, it means that the floor visited by the visit personnel is wrong, and the data viewing device needs to be controlled to prompt the floor error information and display the floor corresponding to the reference floor information.

[0139] In this embodiment, because a large number of key groups are involved, the contents required by different groups are different, so the key groups responsible by different visit personnel are different.

[0140] Referring to Figure 5 , the stress detection method comprises the following steps:

[0141] Step 500: Obtain the current palmprint information of the preset detection device.

[0142] The detection device refers to a device that detects the identity information of the person holding the data viewing device by recognizing the palmprint. The detection device is arranged on the data viewing device. The current palmprint information refers to the palmprint of the person currently holding the data viewing device. The current palmprint information is obtained by a palmprint collector on the detection device.

[0143] Step 501: According to the current palmprint information, the palmprint identity information is matched from the preset palmprint database.

[0144] The palmprint identity information refers to the identity of the person corresponding to the palmprint information collected by the detection device. The palmprint identity information corresponding to the current palmprint information can be matched from the palmprint database, which contains the corresponding relationship between the current palmprint information and the palmprint identity information. The palmprint database is a database set by human, which will not be described here.

[0145] Step 502: Based on the inconsistency between the palmprint identity information and the portrait identity information, the misleading content is matched from the preset misleading database according to the viewing permission.

[0146] The misleading content is content for misleading irrelevant personnel who visit irrelevant places. When the palmprint identity information is inconsistent with the portrait identity information, it indicates that the person holding the data viewing device is not a visitor, and it is possible that an irrelevant person is coercing the visitor. The misleading database is used to match the corresponding misleading content of the viewing permission, which contains the corresponding relationship between the viewing permission and the misleading content. The misleading database is a database set by humans and will not be described here.

[0147] Step 503: Control the data viewing device to display the misleading content, and control the detection equipment to report the coercion prompt.

[0148] The coercion prompt is a prompt when the visitor is coerced. When coercion occurs, the data viewing device displays the misleading content, and the detection equipment reports the coercion prompt.

[0149] Step 504: Based on the consistency of the palmprint identity information and the portrait identity information, obtain the preset press number information of the counting sensing device.

[0150] The counting sensing device is a device that further detects whether the visitor is coerced by recording the number of presses. In this embodiment, the counting sensing device is arranged in the shoe, and the number of presses is detected by the pressing of the foot. The press number information is the number of presses received by the counting sensing device. The press number information is recorded by an electronic counter arranged on the counting sensing device. When the palmprint identity information is consistent with the portrait identity information, it is considered that the visitor is coerced when holding the data viewing device, and the press number information of the counting sensing device is obtained for subsequent steps.

[0151] Step 505: Based on the consistency of the press number information and the preset reference press number, the misleading content is matched from the preset misleading database according to the viewing permission.

[0152] The reference press number is the number of presses required when the visitor is coerced. The reference press number is set by a person skilled in the art in advance and will not be described here. When the press number information is consistent with the reference press number, it indicates that the visitor is coerced, and the misleading content corresponding to the viewing permission is matched through the misleading database.

[0153] Step 506: Control the data viewing device to display the misleading content, and control the detection equipment to report the coercion prompt.

[0154] When coercion occurs, the data viewing device displays the misleading content, and the detection equipment reports the coercion prompt.

[0155] Reference Figure 6 The rainy day processing method includes the following steps:

[0156] Step 600: Obtain current weather information.

[0157] The current weather information refers to the current weather of the area where the visitor is located. The current weather information is obtained through a weather APP on the data viewing device, and obtaining the current weather information through the weather APP is well known to those skilled in the art, and will not be repeated here.

[0158] Step 601: Based on the condition that the current weather information is consistent with the preset rainy weather, obtain the area humidity value of the preset sensing area.

[0159] Rainy weather refers to the weather when it rains in the area. The rainy weather is set by those skilled in the art in advance, and will not be repeated here. The sensing area refers to the area for placing the counting sensing device. In the present embodiment, the sensing area is located in the shoe, and the specific part of the shoe is set by those skilled in the art, and will not be repeated here. The area humidity value refers to the water vapor content around the sensing area. The area humidity value is measured and obtained by the humidity sensor arranged in the sensing area. Based on the condition that the current weather information is consistent with the rainy weather, it is indicated that it rains in the area where the visitor is located, and the area humidity value of the sensing area needs to be obtained for subsequent steps.

[0160] Step 602: Based on the condition that the area humidity value exceeds the preset reference humidity value, control the preset protection device to start to protect the counting sensing device.

[0161] The reference humidity value refers to the humidity value when the sensing area is too humid. The reference humidity value is set by those skilled in the art in advance, and will not be repeated here. The protection device refers to the device for protecting the counting sensing device. When there is no humidity in the sensing area of the protection device, the protection device is in the state of shutdown and storage.

[0162] When the area humidity value exceeds the reference humidity value, it indicates that the sensing area is too humid, and water may enter, so the protection device needs to be controlled to start to protect the counting sensing device.

[0163] Step 603: After the protection device protects the counting sensing device, control the counting sensing device to press itself for a preset self-checking pressing number of times, and obtain the actual self-checking pressing number of times.

[0164] The self-checking press times refer to the self-pressing times set by the counting sensing device for self-checking. The self-checking press times are set by the person skilled in the art in advance, and will not be described here. The actual self-checking press times refer to the press times actually recorded by the electronic counter on the counting sensing device. The actual self-checking press times are recorded by the electronic counter on the counting sensing device. When the protection device protects the counting sensing device, the counting sensing device is controlled to self-press for the self-checking press times, and the actual self-checking press times are obtained for subsequent steps.

[0165] Step 604: based on the inconsistency between the actual self-checking press times and the self-checking press times, reporting the counting sensing device abnormality prompt.

[0166] The counting sensing device abnormality prompt refers to the prompt when the electronic counter on the counting sensing device is abnormal. When the actual self-checking press times are inconsistent with the self-checking press times, it means that the electronic counter on the counting sensing device is abnormal, and the counting sensing device abnormality prompt needs to be reported.

[0167] Step 605: based on the consistency between the actual self-checking press times and the self-checking press times, controlling the counting sensing device to self-press again for the self-checking press times after a preset detection time, and updating the actual self-checking press times.

[0168] The detection time refers to the time interval for detecting the abnormality of the counting sensing device. The detection time is set by the person skilled in the art in advance, and will not be described here. When the actual self-checking press times are consistent with the self-checking press times, it means that the counting sensing device has not yet appeared abnormal, and the counting sensing device needs to be controlled to self-press again for the self-checking press times after the detection time, and the actual self-checking press times are obtained again. The actual self-checking press times obtained again are compared with the self-checking press times for consistency.

[0169] If the actual self-checking press times obtained again are inconsistent with the self-checking press times, step 604 is performed.

[0170] If the actual self-checking press times obtained again are consistent with the self-checking press times, step 605 is performed until the area humidity value in the sensing area does not exceed the reference humidity value.

[0171] Referring to Figure 7 , the suspension self-checking method comprises the following steps:

[0172] Step 700: based on the self-pressing of the counting sensing device, controlling the data viewing device to perform a self-checking prompt.

[0173] The self-checking prompt refers to the prompt of the counting sensing device when it is performing self-pressing. When the counting sensing device is performing self-pressing, the data viewing device needs to control the self-checking prompt to the visiting personnel.

[0174] Step 701: Based on the self-checking prompt of the data viewing device, the trigger information of the detection equipment is obtained.

[0175] The trigger information refers to the information triggered after the detection equipment is held. The trigger information is obtained through the pressure sensor on the detection equipment. When the data viewing device is performing self-checking prompt, the trigger information of the detection equipment needs to be obtained for subsequent steps.

[0176] Step 702: Based on the condition that the trigger information is consistent with the preset palmprint acquisition information, the counting sensing device is controlled to stop self-pressing.

[0177] The palmprint acquisition information refers to the information when the detection equipment is acquiring the palmprint of the person holding the detection equipment. The palmprint acquisition information is set by the person skilled in the art in advance, which is not described here. When the trigger information is consistent with the palmprint acquisition information, it means that the detection equipment is performing palmprint acquisition, and then it means that the visiting personnel starts to interview the interviewee, and the counting sensing device needs to be controlled to stop self-pressing for subsequent steps.

[0178] Step 703: After the counting sensing device stops self-pressing, the pressing times information of the counting sensing device is obtained.

[0179] When the counting sensing device stops self-pressing, the pressing times information of the counting sensing device needs to be obtained to know whether the visiting personnel is under coercion, and then steps 505 to 506 can be executed.

[0180] Reference Figure 8 , the coercion detection method further comprises the following steps:

[0181] Step 800: Based on the condition that the actual self-checking pressing times is inconsistent with the self-checking pressing times, it is determined whether the actual self-checking pressing times exceeds the preset reference pressing times.

[0182] The reference pressing times refers to the number of times used to detect whether the electronic counter on the counting sensing device can count. In this embodiment, the reference pressing times is zero. When the actual self-checking pressing times is inconsistent with the self-checking pressing times, it means that the electronic counter on the counting sensing device has an abnormality, and it is needed to determine whether the actual self-checking pressing times exceeds the reference pressing times, so as to know whether the electronic counter can count.

[0183] Step 801: Based on the condition that the actual self-checking pressing times exceeds the reference pressing times, the data viewing device is controlled to perform vibration prompt with preset prompt parameters

[0184] The prompting parameter refers to the amplitude and frequency of the vibration of the data viewing device for prompting the visitor when the electronic counter on the counting sensing device can count, but the counting result may be abnormal. The prompting parameter is set by the person skilled in the art in advance, and is not described here. When the actual self-check pressing times exceeds the reference pressing times, it indicates that the electronic counter on the counting sensing device can count, but the counting result may be abnormal, and the data viewing device needs to be controlled to prompt the visitor with the prompting parameter.

[0185] Step 802: Based on the condition that the actual self-check pressing times does not exceed the reference pressing times, report the counting sensing device damage prompt, and obtain the device pressure value of the preset timing sensing device.

[0186] The counting sensing device damage prompt refers to the prompt when the electronic counter on the counting sensing device cannot count. The timing sensing device refers to a device that further detects whether the visitor is coerced by recording the pressing duration. The device pressure value refers to the pressure value of the timing sensing device. The device pressure value is obtained by the pressure sensor on the timing sensing device.

[0187] When the actual self-check pressing times does not exceed the reference pressing times, it indicates that the actual self-check pressing times is zero, and further indicates that the electronic counter cannot count, and the counting sensing device damage prompt needs to be reported.

[0188] Step 803: Based on the condition that the device pressure value exceeds the preset reference device pressure value, obtain the pressing time value.

[0189] The reference device pressure value refers to the pressure value when the visitor does not apply additional pressure to the timing sensing device. The reference device pressure value is set by the person skilled in the art in advance, and is not described here. The pressing time value refers to the duration when the device pressure value of the timing sensing device exceeds the reference device pressure value. The pressing time value is obtained by the electronic timer on the timing sensing device. When the device pressure value of the timing sensing device exceeds the reference device pressure value, the electronic timer starts timing, and until the device pressure value of the timing sensing device does not exceed the reference device pressure value, the electronic timer resets to zero and stops timing.

[0190] When the device pressure value exceeds the reference device pressure value, it indicates that the visitor applies additional pressure to the timing sensing device, and the pressing time value needs to be obtained for subsequent steps.

[0191] Step 804: Based on the condition that the pressing time value exceeds the preset reference time value, match the misleading content from the preset misleading database according to the viewing authority.

[0192] The reference time value refers to a time value set for detecting whether the visited person is threatened. The reference time value is set by a person skilled in the art in advance, which is not described here.

[0193] When the pressing time value exceeds the reference time value, it indicates that the visited person is threatened, and the misleading database needs to be matched to the misleading content corresponding to the viewing permission.

[0194] Step 805: The control data viewing device displays the misleading content, and controls the detection equipment to report the threat prompt.

[0195] When the threat occurs, the control data viewing device displays the misleading content, and controls the detection equipment to report the threat prompt.

[0196] Based on the same inventive concept, the embodiment of the present application provides an auxiliary inspection management system based on data analysis, comprising:

[0197] The acquisition module is configured to acquire the content filling situation, the data synchronization demand, the specific filling content, the device lock screen information, the observation image information, the device location information, the sensed air pressure value, the current palmprint information, the pressing frequency information, the current weather information, the regional humidity value, the actual self-checking pressing frequency, the trigger information, the device pressure value, and the pressing time value.

[0198] The memory is configured to store a program of the auxiliary inspection management method based on data analysis.

[0199] The processor is configured to load and execute the program in the memory, and implement the auxiliary inspection management method based on data analysis.

[0200] Based on the same inventive concept, the embodiment of the present application provides an intelligent terminal, comprising a memory and a processor, and the memory stores a computer program capable of being loaded and executed by the processor to implement an auxiliary inspection management method based on data analysis.

[0201] Those skilled in the art can clearly understand that, for the convenience and brevity of description, only the division of the above functional modules is taken as an example for illustration, and in actual application, the above functions can be completed by different functional modules according to needs, that is, the internal structure of the device is divided into different functional modules to complete all or part of the functions described above. The specific working process of the above-described system, device and unit can refer to the corresponding process in the foregoing method embodiments, which will not be described here.

[0202] The above merely describes the preferred embodiments of the present application, and the protection scope of the present application is not limited to the above-described embodiments. Any technical solution falling within the concept of the present application shall fall within the protection scope of the present application. It should be noted that, for ordinary skilled persons in the art, some improvements and refinements without departing from the principles of the present application shall also be considered as falling within the protection scope of the present application.

Claims

1. A data analysis-based assisted inspection management method, characterized by, The method comprises the following steps: obtaining the content filling situation of the preset data viewing device; when the content filling situation is consistent with the preset completed filling situation, obtaining the data synchronization requirement; when the data synchronization requirement is consistent with the preset necessary synchronization data, obtaining the specific filling content; matching the synchronization department from the preset synchronization database according to the specific filling content; controlling the data viewing device to synchronize the content filling situation to the department corresponding to the synchronization department; when the data synchronization requirement is inconsistent with the preset necessary synchronization data, controlling the data viewing device to transmit the content filling situation to the preset data storage terminal; The method further comprises a preset restriction viewing method, which comprises the following steps: obtaining the device lock screen information of the data viewing device; when the device lock screen information is consistent with the preset screen unlocking information, obtaining the observation image information; matching the portrait identity information from the preset portrait database according to the observation image information and the preset portrait feature; matching the viewing permission from the preset permission database according to the portrait identity information; controlling the data viewing device to unlock the content corresponding to the viewing permission according to the viewing permission; The method further comprises a preset viewing content verification method, which comprises the following steps: obtaining the device location information of the data viewing device; matching the reference interviewee location from the interview database according to the portrait identity information; matching the current interviewee from the preset interview database according to the device location information; when the device location information is consistent with the reference interviewee location, matching the main viewing content from the interview database according to the viewing permission and the current interviewee; controlling the data viewing device to display the viewing content corresponding to the main viewing content; when the device location information is inconsistent with the reference interviewee location, reporting a visit location error prompt, and matching the guide route from the preset route database according to the device location information and the reference interviewee location; controlling the data viewing device to guide the route for the interviewee according to the guide route; The method further comprises a preset coercion detection method, which comprises the following steps: obtaining the current palmprint information of the preset detection equipment; matching the palmprint identity information from the preset palmprint database according to the current palmprint information; when the palmprint identity information is inconsistent with the portrait identity information, matching the misleading content from the preset misleading database according to the viewing permission; controlling the data viewing device to display the misleading content and controlling the detection equipment to report a coercion prompt; when the palmprint identity information is consistent with the portrait identity information, obtaining the pressing frequency information of the preset counting sensing device; when the pressing frequency information is consistent with the preset reference pressing frequency, matching the misleading content from the preset misleading database according to the viewing permission; controlling the data viewing device to display the misleading content and controlling the detection equipment to report a coercion prompt.

2. The data analysis-based assisted inspection management method according to claim 1, characterized in that, The viewing content verification method further comprises the following steps: when the device location information is consistent with the reference interviewee location, obtaining the sensing air pressure value; matching the current floor information from the preset floor database according to the sensing air pressure value; matching the reference floor information from the interview database according to the reference interviewee location; Based on the case that the current floor information is inconsistent with the reference floor information, the floor error information is prompted by the data viewing device, and the floor corresponding to the reference floor information is displayed.

3. The data analysis-based assisted inspection management method of claim 1, wherein, The preset rain day processing method includes: Obtain current weather information; Based on the case that the current weather information is consistent with the preset rainy weather, obtain the area humidity value of the preset sensing area; Based on the case that the area humidity value exceeds the preset reference humidity value, control the preset protection device to start to protect the counting sensing device; After the counting sensing device is protected by the protection device, the counting sensing device is controlled to perform self-pressing at a preset self-check pressing frequency, and the actual self-check pressing frequency is obtained; Based on the case that the actual self-check pressing frequency is inconsistent with the self-check pressing frequency, report an abnormal prompt of the counting sensing device; Based on the case that the actual self-check pressing frequency is consistent with the self-check pressing frequency, control the counting sensing device to perform self-pressing again at the self-check pressing frequency after a preset detection time, and update the actual self-check pressing frequency.

4. The data analysis-based assisted inspection management method according to claim 3, characterized in that, The preset pause self-check method includes: Based on the case that the counting sensing device is performing self-pressing, control the data viewing device to perform a self-check prompt; Based on the case that the data viewing device is performing a self-check prompt, obtain trigger information of the detection equipment; Based on the case that the trigger information is consistent with the preset palmprint acquisition information, control the counting sensing device to stop self-pressing; After the counting sensing device stops self-pressing, obtain pressing frequency information of the counting sensing device.

5. The data analysis-based assisted inspection management method according to claim 3, characterized in that, The stress detection method further includes: Based on the case that the actual self-check pressing frequency is inconsistent with the self-check pressing frequency, determine whether the actual self-check pressing frequency exceeds a preset reference pressing frequency; Based on the case that the actual self-check pressing frequency exceeds the reference pressing frequency, control the data viewing device to perform a vibration prompt with a preset prompt parameter; Based on the case that the actual self-check pressing frequency does not exceed the reference pressing frequency, report a damage prompt of the counting sensing device, and obtain a device pressure value of a preset timing sensing device; Based on the case that the device pressure value exceeds a preset reference device pressure value, obtain a pressing time value; Based on the case that the pressing time value exceeds a preset reference time value, match misleading content from a preset misleading database according to a viewing authority; Control the data viewing device to display the misleading content, and control the detection equipment to report a stress prompt.

6. A data analysis-based secondary inspection management system characterized by comprising: It includes: The acquisition module is used to acquire content filling conditions, data synchronization requirements, specific filling content, device lock screen information, observation image information, device location information, sensing air pressure value, current palmprint information, pressing frequency information, current weather information, area humidity value, actual self-check pressing frequency, trigger information, device pressure value, and pressing time value; The memory is used to store the program of the auxiliary examination management method based on data analysis according to any one of claims 1 to 5; The processor can load and execute the program in the memory, and realize the auxiliary examination management method based on data analysis according to any one of claims 1 to 5.

7. A smart terminal, characterized by A computer program stored on a memory and loadable onto a processor, the computer program being capable of being executed by the processor to perform a method of managing an assisted inspection based on data analysis as claimed in any one of claims 1 to 5.

Images