Operation monitoring control system of intelligent pen

Abstract

The invention discloses an operation monitoring control system of an intelligent pen, and belongs to the technical field of intelligent pen supervision. The technical problems that in an existing scheme, an intelligent pen is poor in multi-dimensional supervision effect on the real-time use state when a user uses the intelligent pen, and the autonomous adjustment effect of implementation of an intelligent pen operation monitoring control scheme is poor are solved. Monitoring statistics and data processing analysis are carried out on the real-time use state of a user when the intelligent pen is used from different aspects, the posture of the user using the intelligent pen is dynamically prompted according to the processing analysis result, and all the processing analysis results are permuted and combined; according to the real-time use state monitoring processing set, all abnormal use data occurring when the intelligent pen is used by the user are processed and evaluated in different aspects, and according to an evaluation result, an existing operation monitoring control scheme of the intelligent pen is dynamically regulated and controlled.

Description

Technical Field

[0001] The present invention relates to the technical field of smart pen supervision, and in particular to an operation monitoring and control system of a smart pen. Background Art

[0002] When implementing the existing operation monitoring and control scheme of the smart pen, it is impossible to conduct supervision and analysis on the real-time usage status of different aspects of the smart pen during use, and to adaptively and dynamically control the real-time operation of the smart pen according to the supervision and analysis results of different aspects. At the same time, it is also impossible to adaptively and dynamically adjust the subsequent implementation of the smart pen operation monitoring and control scheme according to the supervision and analysis results of all aspects. As a result, the multi-dimensional supervision effect of the real-time usage status of the smart pen when used by the user is poor, and the autonomous adjustment effect of the implementation of the smart pen operation monitoring and control scheme is poor. Summary of the invention

[0003] The purpose of the present invention is to provide an operation monitoring and control system for a smart pen, which is used to solve the technical problems that the existing scheme has poor multi-dimensional supervision effect on the real-time usage status of the smart pen when the user uses it, and the autonomous adjustment effect of the smart pen operation monitoring and control scheme is poor.

[0004] The purpose of the present invention can be achieved through the following technical solutions:

[0005] An operation monitoring and control system of a smart pen, comprising:

[0006] The smart pen operation status monitoring processing prompt module is used to monitor and count the user's real-time usage status when the smart pen is used from different aspects and perform data processing and analysis, dynamically prompt the user's posture when using the smart pen according to the processing and analysis results, and arrange and combine all the processing and analysis results to obtain a real-time usage status monitoring processing set;

[0007] The smart pen operation status monitoring control adjustment module is used to perform different aspects of processing and evaluation on all abnormal usage data that occurs when the smart pen is used by the user based on the real-time usage status monitoring processing set, and dynamically adjust the existing operation monitoring and control scheme of the smart pen based on the evaluation results.

[0008] Preferably, when the smart pen is used, a usage supervision instruction is generated, and a first straight-line interval distance and a second straight-line interval distance between an implementation monitoring point on the smart pen and the user are monitored and acquired according to the usage supervision instruction;

[0009] When the local use state processing and analysis of the corresponding monitoring items are performed on the first straight line interval distance and the second straight line interval distance, the obtained first straight line interval distance and the second straight line interval distance are respectively input into the real-time use state recognition function for data analysis, and the corresponding local use state value JZk is output;

[0010] The local use status value includes a value of 0 or 1; a local use status value of 0 indicates that the local use status of the smart pen in the corresponding monitoring item is normal;

[0011] A local use status value of 1 indicates that the local use status of the smart pen in the corresponding monitoring item is abnormal;

[0012] Control the smart pen to pause operation according to the local use state value of 1;

[0013] The local use state values ​​obtained by calculating the first straight line interval distance and the second straight line interval distance are sorted and combined to obtain a local use state processing sequence.

[0014] Preferably, the expression of the real-time usage status identification function is: Wherein, k is 1, 2; DJk is DJ1, DJ2, which are the first straight-line interval distance and the second straight-line interval distance respectively; Uk is U1, U2, which are the standard range of the straight-line interval distance between the implementation monitoring point and the first target monitoring point, and the standard range of the straight-line interval distance between the implementation monitoring point and the second target monitoring point respectively; JZk is JZ1, JZ2, which are the local use status value corresponding to the first straight-line interval distance, and the local use status value corresponding to the second straight-line interval distance respectively.

[0015] Preferably, data analysis is performed on the local use state processing sequence to determine the corresponding real-time use state of the smart pen when it is used by the user;

[0016] If all elements in the local use state processing sequence are 0, it indicates that the real-time use state of the smart pen when used by the user is normal;

[0017] If there is an element with a value other than 0 in the local usage status processing sequence, it is prompted that the real-time usage status of the monitoring item to which the element with a value other than 0 belongs is partially abnormal when the smart pen is used by the user, and the first target monitoring point or the second target monitoring point to which the element with a value other than 0 belongs is obtained, and the distance influence degree JY of the first straight line interval distance or the second straight line interval distance corresponding to the element with a value other than 0 and the corresponding straight line interval distance standard range is calculated through the distance influence formula JY=DJk-U0k; wherein U0k is the median value of the range between the first straight line interval distance or the second straight line interval distance and the corresponding straight line interval distance standard range.

[0018] Preferably, according to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with abnormal real-time usage status, until the real-time usage status of the corresponding monitoring items is normal, and the smart pen is synchronously controlled to resume operation;

[0019] If all elements in the local usage status processing sequence are not 0, it is prompted that the real-time usage status of the smart phone when used by the user is abnormal, and the distance influence JY between the first target monitoring point and the second target monitoring point and the corresponding straight line interval distance standard range is calculated by the distance influence formula;

[0020] According to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with overall abnormal real-time usage status until the real-time usage status of all monitoring items is normal, and the smart pen is synchronously controlled to resume operation.

[0021] Preferably, the duration of the element whose value is not 0 from the beginning of its appearance to the suspension of the operation of the smart pen is monitored and counted to obtain the first local abnormality duration; and the duration of the smart pen from the suspension of the operation to the resumption of the operation of the smart pen is monitored and counted to obtain the second local abnormality duration;

[0022] Associating the calculated distance influence, the first local abnormality duration, and the second local abnormality duration with the elements in the local usage status processing sequence to obtain a local usage status processing update sequence;

[0023] The processing and analysis results are arranged and combined in the order of usage monitoring time to obtain a real-time usage status monitoring processing set.

[0024] Preferably, when the local use supervision states corresponding to different monitoring items when the smart pen is used by the user are processed and analyzed according to the real-time use state monitoring processing set;

[0025] Obtain the total number of overall abnormalities NYk of real-time usage status corresponding to different monitoring items in the real-time implementation status monitoring processing set;

[0026] And, all the first local abnormality durations and the second local abnormality durations corresponding to the monitoring statistics of different monitoring items are obtained and summed up respectively to obtain the first local abnormality total duration TY1 and the second local abnormality total duration TY2 corresponding to the different monitoring items;

[0027] The total number of overall abnormalities in real-time usage status obtained by monitoring different monitoring items and the total duration of local abnormalities are calculated through the formula Calculate and obtain the local abnormal influence coefficient JYk corresponding to the monitoring item; where exp() is an exponential function with the natural constant e as the base; NY0 is the total number of abnormal occurrence standards corresponding to different monitoring items for the total time the smart pen has been used; TS is the total time the smart pen has been used; Ak is A1 and A2, which are the standard duration of abnormal processing and the standard duration of abnormal adjustment respectively; [*] is a rounding function, which represents the maximum integer not exceeding the real number *;

[0028] The local abnormality impact coefficients of different monitoring items are sorted and combined to obtain a local abnormality impact processing sequence, and data analysis is performed on the local abnormality impact processing sequence to determine the existing implementation supervision status corresponding to the smart pen.

[0029] Preferably, if all elements in the local abnormal impact processing sequence are 1, a prompt is generated that the existing implementation supervision status is normal;

[0030] If the element in the local abnormal impact processing sequence is not 1, a prompt of abnormality in the existing monitoring state is generated, and the existing operation monitoring control scheme of the smart pen is adaptively adjusted to an operation monitoring optimization control scheme.

[0031] Preferably, the optimization effect of the operation monitoring optimization control scheme is retroactively analyzed, and the total number of overall abnormalities of real-time usage status adjustment corresponding to different monitoring items in the same supervision cycle of the operation monitoring optimization control scheme and the operation monitoring control scheme is counted, as well as the total duration of the first local abnormal adjustment TY′1 and the total duration of the second local abnormal adjustment TY′2 corresponding to different monitoring items;

[0032] The total number of overall abnormalities and the total duration of local abnormality adjustment are adjusted by the formula Calculate and obtain the local scheme optimization validity YZk of the operation monitoring optimization control scheme corresponding to different monitoring items; where B and C are different proportion values, and the value range is (0, 100);

[0033] Data analysis was performed on the optimization validity of the local schemes corresponding to different monitoring items of the operation monitoring optimization control scheme to determine the local monitoring processing effects and local prompt response effects corresponding to different monitoring items after the implementation of the operation monitoring optimization control scheme.

[0034] Preferably, if the local scheme optimization validity of different monitoring items is 0, then the local monitoring processing effect and the local prompt reaction effect of the smart pen are normal, and the operation monitoring optimization control scheme is controlled to be subsequently implemented;

[0035] If the local scheme optimization validity of different monitoring items has a value other than 0, then the local monitoring processing effect abnormality and / or the local prompt reaction effect abnormality corresponding to the monitoring item to which the value is not 0 is generated, and the operation monitoring optimization control scheme is controlled to continue to be optimized and adjusted subsequently.

[0036] Compared with the existing solutions, the present invention achieves the following beneficial effects:

[0037] The present invention monitors, counts, processes and analyzes the real-time usage status of the smart pen from different aspects, dynamically prompts the user's posture when using the smart pen according to the processing and analysis results, and arranges and combines all the processing and analysis results, thereby realizing multi-dimensional supervision of the use of the smart pen and implementing targeted multi-dimensional data expansion processing for real-time usage status anomalies in the supervision analysis, thereby improving the multi-dimensional supervision effect of the smart pen on the real-time usage status of the user.

[0038] The present invention performs different aspects of processing and evaluation on all abnormal usage data that occur when the smart pen is used by the user based on the real-time usage status monitoring processing set, and dynamically adjusts the existing operation monitoring and control scheme of the smart pen based on the evaluation results, thereby realizing a retrospective analysis of the subsequent implementation effect of the optimized and adjusted operation monitoring and optimization control scheme, and adaptively and dynamically managing the subsequent implementation of the operation monitoring and optimization control scheme based on the analysis results, thereby realizing the autonomous resolution and optimization of the smart pen when facing different abnormal scenarios, and improving the autonomous adjustment effect of the implementation of the smart pen operation monitoring and control scheme. BRIEF DESCRIPTION OF THE DRAWINGS

[0039] The present invention will be further described below in conjunction with the accompanying drawings.

[0040] Figure 1 The present invention is a flowchart of the steps of implementing the operation monitoring and control system of a smart pen.

[0041] Figure 2 This is a flowchart of analyzing and determining the existing implementation supervision status corresponding to the smart pen in the present invention. DETAILED DESCRIPTION

[0042] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0043] like Figure 1 As shown, the present invention is an operation monitoring and control system of a smart pen, including a smart pen operation status monitoring and processing prompting module and a smart pen operation status monitoring and control adjustment module;

[0044] The smart pen operation status monitoring processing prompt module is used to monitor and count the real-time user usage status of the smart pen from different aspects and perform data processing and analysis, dynamically prompt the user's posture when using the smart pen according to the processing and analysis results, and arrange and combine all the processing and analysis results to obtain a real-time usage status monitoring processing set; including:

[0045] When the smart pen is used, a usage supervision instruction is generated, and a first straight-line interval distance and a second straight-line interval distance between an implementation monitoring point on the smart pen and the user are monitored and acquired according to the usage supervision instruction;

[0046] The user may be a child; the implementation monitoring point on the smart pen may be a location point on the smart pen for monitoring the user, the location point is provided with an infrared distance sensor, and a number of distances between the implementation monitoring point and the user are monitored and acquired by the infrared distance sensor, the distance with the smallest value among the number of non-horizontal distances is set as the first straight line interval distance, and the horizontal distance acquired by monitoring is set as the second straight line interval distance;

[0047] The first straight-line distance is specifically the shortest distance between the smart pen and the user's head; the second straight-line distance is specifically the straight-line distance between the smart pen and the user's chest;

[0048] It is understandable that when a user uses a smart pen with an abnormal posture, the distance between the user's eyes and chest and the smart pen will be abnormal. However, when monitoring the posture of existing smart pens, most of them only monitor the eye position dimension and process data, and the reliability and diversity of the monitoring of the posture of smart pens are poor.

[0049] When the local use state processing and analysis of the corresponding monitoring items are performed on the first straight line interval distance and the second straight line interval distance, the obtained first straight line interval distance and the second straight line interval distance are respectively input into the real-time use state recognition function for data analysis, and the corresponding local use state value JZk is output;

[0050] Among them, the expression of the real-time usage state identification function is: Wherein, k is 1, 2; DJk is DJ1, DJ2, which are the first straight line interval distance and the second straight line interval distance respectively; Uk is U1, U2, which are the standard range of the straight line interval distance between the implementation monitoring point and the first target monitoring point, and the standard range of the straight line interval distance between the implementation monitoring point and the second target monitoring point respectively, which are determined according to the operation design requirement data of the smart pen and the children's myopia prevention requirement data; JZk is JZ1, JZ2, which are the local use state value corresponding to the first straight line interval distance and the local use state value corresponding to the second straight line interval distance respectively;

[0051] The local use status value includes a value of 0 or 1; a local use status value of 0 indicates that the local use status of the smart pen in the corresponding monitoring item is normal;

[0052] A local use status value of 1 indicates that the local use status of the smart pen in the corresponding monitoring item is abnormal;

[0053] Control the smart pen to pause operation according to the local use state value of 1;

[0054] The local use state values ​​obtained by calculating the first straight line interval distance and the second straight line interval distance are sorted and combined to obtain a local use state processing sequence;

[0055] In the embodiment of the present invention, by processing and calculating the monitoring data of different monitoring items when the smart pen is used, the local use state values ​​and local use states corresponding to the different monitoring items are obtained, which can not only realize the digital representation of the local use states corresponding to the different monitoring items when different smart pens are used, but also provide reliable data support for the subsequent processing and analysis of posture position adjustment;

[0056] Performing data analysis on the local use state processing sequence to determine the corresponding real-time use state of the smart pen when it is used by the user;

[0057] If all elements in the local use state processing sequence are 0, it indicates that the real-time use state of the smart pen when used by the user is normal;

[0058] If there is an element with a value other than 0 in the local use state processing sequence, it is prompted that the real-time use state of the monitoring item to which the element with a value other than 0 belongs is partially abnormal when the smart pen is used by the user, and the first target monitoring point or the second target monitoring point to which the element with a value other than 0 belongs is obtained, and the distance influence JY between the first straight line spacing distance or the second straight line spacing distance corresponding to the element with a value other than 0 and the corresponding straight line spacing distance standard range is calculated by the distance influence formula JY=DJk-U0k; wherein U0k is the median value of the range between the first straight line spacing distance or the second straight line spacing distance and the corresponding straight line spacing distance standard range;

[0059] The distance influence can be a positive value or a negative value. Generally, it is a negative value, which means that the eyes and chest of the corresponding smart pen are too close to the smart pen when the user uses it, which does not meet the requirements for preventing myopia in children. Targeted sitting posture adjustment is needed to prevent myopia.

[0060] According to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with abnormal real-time usage status, until the real-time usage status of the corresponding monitoring items is normal, and the smart pen is controlled to resume operation synchronously; for example, the adjustment of the distance between the eyes and the smart pen requires the adjustment of the head posture; or the adjustment of the distance between the chest and the smart pen requires the adjustment of the waist posture;

[0061] If all elements in the local usage status processing sequence are not 0, it is prompted that the real-time usage status of the smart phone when used by the user is abnormal, and the distance influence JY between the first target monitoring point and the second target monitoring point and the corresponding straight line interval distance standard range is calculated by the distance influence formula;

[0062] According to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with overall abnormal real-time usage status until the real-time usage status of all monitoring items is normal, and the smart pen is controlled to resume operation synchronously; the distance between the eyes and the smart pen and the distance between the chest and the smart pen both need to be adjusted;

[0063] And, monitoring and counting the duration of the element whose value is not 0 from the beginning to the suspension of the operation of the smart pen, to obtain the first local abnormality duration; and monitoring and counting the duration of the operation of the smart pen from the suspension to the resumption of the operation of the smart pen, to obtain the second local abnormality duration;

[0064] It is worth noting that by monitoring and counting the abnormal duration of different data items detected by the smart pen and the adjustment duration of the user's normal posture, reliable local supervision duration data support can be provided for subsequent abnormal processing status analysis in different aspects;

[0065] Associating the calculated distance influence, the first local abnormality duration, and the second local abnormality duration with the elements in the local usage status processing sequence to obtain a local usage status processing update sequence;

[0066] Arrange and combine the results of the processing and analysis in the order of usage monitoring time to obtain a real-time usage status monitoring processing set;

[0067] In the embodiment of the present invention, the real-time usage status of the user when using the smart pen is monitored, counted, and data processed and analyzed from different aspects, and the user's posture when using the smart pen is dynamically prompted according to the processing and analysis results, and all the results of the processing and analysis are arranged and combined, thereby realizing multi-dimensional supervision of the use of the smart pen, and implementing targeted multi-dimensional data expansion processing for the real-time usage status anomalies of the supervision analysis, thereby improving the multi-dimensional supervision effect of the smart pen on the real-time usage status when the user uses it.

[0068] The smart pen operation status monitoring control adjustment module is used to process and evaluate all abnormal usage data generated when the smart pen is used by the user according to the real-time usage status monitoring processing set, and dynamically adjust the existing operation monitoring control scheme of the smart pen according to the evaluation results; including:

[0069] When processing and analyzing the local use supervision status corresponding to different monitoring items when the smart pen is used by the user according to the real-time use status monitoring processing set;

[0070] Obtain the total number of overall abnormalities NYk of real-time usage status corresponding to different monitoring items in the real-time implementation status monitoring processing set;

[0071] And, all the first local abnormality durations and the second local abnormality durations corresponding to the monitoring statistics of different monitoring items are obtained and summed up respectively to obtain the first local abnormality total duration TY1 and the second local abnormality total duration TY2 corresponding to the different monitoring items;

[0072] The total number of overall abnormalities in real-time usage status obtained by monitoring different monitoring items and the total duration of local abnormalities are calculated through the formula Calculate and obtain the local abnormal influence coefficient JYk corresponding to the monitoring item; where exp() is an exponential function with the natural constant e as the base; NY0 is the total number of abnormal occurrence standards corresponding to the total usage time of the smart pen for different monitoring items; TS is the total usage time of the smart pen, which is obtained by summing up all the usage time from the first use of the smart pen to the current real-time use; Ak is A1 and A2, which are the standard duration of abnormal processing and the standard duration of abnormal adjustment respectively; [*] is a rounding function, which represents the maximum integer that does not exceed the real number *; the total number of abnormal occurrence standards, the standard duration of abnormal processing, and the standard duration of abnormal adjustment for different monitoring items can all be determined according to the operation design requirement data of the smart pen;

[0073] In the embodiment of the present invention, by expanding and integrating the individual monitoring abnormal data of different monitoring items in the early stage, the local abnormal impact coefficients corresponding to different monitoring items are obtained, which can not only realize the digital representation of the local abnormal impact status corresponding to different monitoring items, but also provide reliable local expansion and integration data support for the subsequent data analysis of the existing supervision status of the smart pen;

[0074] like Figure 2 As shown, the local abnormal impact coefficients of different monitoring items are sorted and combined to obtain a local abnormal impact processing sequence, and the local abnormal impact processing sequence is analyzed for data to determine the existing implementation supervision status corresponding to the smart pen;

[0075] If all elements in the local abnormal impact processing sequence are 1, a prompt is generated that the existing implementation supervision status is normal;

[0076] If the element in the local abnormal impact processing sequence is not 1, a prompt of abnormality of the existing monitoring state is generated, and the existing operation monitoring control scheme of the smart pen is adaptively adjusted to an operation monitoring optimization control scheme;

[0077] Among them, the operation monitoring optimization control scheme has stricter requirements on the total number of overall abnormalities, the total duration of the first local abnormality adjustment, and the total duration of the second local abnormality adjustment in real-time use status adjustment compared with the existing operation monitoring control scheme, so as to improve the supervision and adjustment effect of the user's posture when using the smart pen;

[0078] Conduct a retrospective analysis on the optimization effect of the implementation of the operation monitoring optimization control scheme, and count the total number of overall abnormalities NY′k of real-time usage status adjustments corresponding to different monitoring items in the same supervision cycle of the operation monitoring optimization control scheme and the operation monitoring control scheme, as well as the total duration TY′1 of the first local abnormal adjustment and the total duration TY′2 of the second local abnormal adjustment corresponding to different monitoring items;

[0079] The total number of overall abnormalities and the total duration of local abnormality adjustment are adjusted by the formula Calculate and obtain the local scheme optimization validity YZk of the operation monitoring optimization control scheme corresponding to different monitoring items; where B and C are different proportional values, and the value range is (0, 100). The specific values ​​of B and C are not limited and can be customized according to the actual application scenario and the actual user's vision;

[0080] In the embodiment of the present invention, the local scheme optimization validity is used to perform data calculation on different abnormal monitoring data after the implementation of the operation monitoring optimization control scheme and different abnormal monitoring data within the same supervision cycle of the operation monitoring control scheme, so as to digitally represent the local monitoring processing effect and local prompt reaction effect after the adjustment of different monitoring items;

[0081] Among them, the local monitoring processing effect is used to indicate the abnormal monitoring processing state of the monitoring and analysis of the smart pen; the local prompt reaction effect is used to indicate the posture adjustment processing state of the monitoring and analysis of the user using the smart pen;

[0082] Conduct data analysis on the optimization validity of local schemes corresponding to different monitoring items of the operation monitoring optimization control scheme, and determine the local monitoring treatment effects and local prompt response effects corresponding to different monitoring items after the implementation of the operation monitoring optimization control scheme;

[0083] If the local scheme optimization validity of different monitoring items is 0, the local monitoring processing effect and local prompt reaction effect of the smart pen are normal, and the control operation monitoring optimization control scheme is subsequently implemented;

[0084] If the local scheme optimization validity of different monitoring items has a value other than 0, then the local monitoring processing effect abnormality and / or the local prompt reaction effect abnormality corresponding to the monitoring item to which the value is not 0 is generated, and the operation monitoring optimization control scheme is controlled to continue to be optimized and adjusted subsequently.

[0085] In the embodiment of the present invention, all abnormal usage data that occurs when the smart pen is used by the user are evaluated in different aspects according to the real-time usage status monitoring processing set, and the existing operation monitoring and control scheme of the smart pen is dynamically adjusted according to the evaluation results, so as to realize the retrospective analysis of the subsequent implementation effect of the optimized and adjusted operation monitoring optimization control scheme, and adaptively manage the subsequent implementation of the operation monitoring optimization control scheme according to the analysis results, so as to realize the autonomous resolution and optimization of the smart pen when facing different abnormal scenarios, and improve the autonomous adjustment effect of the implementation of the smart pen operation monitoring and control scheme.

[0086] In addition, the formulas involved in the above are all dimensionless and numerical calculations. They are a formula that is closest to the actual situation obtained by collecting a large amount of data and simulating it with simulation software.

[0087] In the several embodiments provided by the present invention, it should be understood that the disclosed system can be implemented in other ways. For example, the above-described embodiments of the invention are only illustrative, for example, the division of modules is only a logical function division, and there may be other division methods in actual implementation.

[0088] The modules described as separate components may or may not be physically separated, and the components shown as modules may or may not be physical modules, and may be located in one place or distributed on multiple network modules. Some or all of the modules may be selected according to actual needs to achieve the purpose of the solution of this embodiment.

[0089] In addition, each functional module in each embodiment of the present invention may be integrated into one processing module, or each module may exist physically separately, or two or more modules may be integrated into one module. The above-mentioned integrated module may be implemented in the form of hardware or in the form of hardware plus software functional modules.

[0090] It is obvious to a person skilled in the art that the present invention is not limited to the details of the exemplary embodiments described above, and that the present invention can be implemented in other specific forms without departing from the essential characteristics of the present invention.

[0091] Finally, it should be noted that the above embodiments are only used to illustrate the technical solution of the present invention rather than to limit it. Although the present invention has been described in detail with reference to the preferred embodiments, those skilled in the art should understand that the technical solution of the present invention can be modified or replaced by equivalents without departing from the spirit and scope of the technical solution of the present invention.

Claims

1. An operation monitoring and control system of a smart pen, characterized in that: include: The smart pen operation status monitoring processing prompt module is used to monitor and count the user's real-time usage status when the smart pen is used from different aspects and perform data processing and analysis, dynamically prompt the user's posture when using the smart pen according to the processing and analysis results, and arrange and combine all the processing and analysis results to obtain a real-time usage status monitoring processing set; The smart pen operation status monitoring control adjustment module is used to perform different aspects of processing and evaluation on all abnormal usage data that occurs when the smart pen is used by the user based on the real-time usage status monitoring processing set, and dynamically adjust the existing operation monitoring and control scheme of the smart pen based on the evaluation results.

2. The operation monitoring and control system of a smart pen according to claim 1, characterized in that: When the smart pen is used, a usage supervision instruction is generated, and a first straight-line interval distance and a second straight-line interval distance between an implementation monitoring point on the smart pen and the user are monitored and acquired according to the usage supervision instruction; When the local use state processing and analysis of the corresponding monitoring items are performed on the first straight line interval distance and the second straight line interval distance, the obtained first straight line interval distance and the second straight line interval distance are respectively input into the real-time use state recognition function for data analysis, and the corresponding local use state value JZk is output; The local use status value includes a value of 0 or 1; a local use status value of 0 indicates that the local use status of the smart pen in the corresponding monitoring item is normal; A local use status value of 1 indicates that the local use status of the smart pen in the corresponding monitoring item is abnormal; Control the smart pen to pause operation according to the local use state value of 1; The local use state values ​​obtained by calculating the first straight line interval distance and the second straight line interval distance are sorted and combined to obtain a local use state processing sequence.

3. The operation monitoring and control system of a smart pen according to claim 2, characterized in that: The expression of the real-time usage state identification function is: Wherein, k is 1, 2; DJk is DJ1, DJ2, which are the first straight-line interval distance and the second straight-line interval distance respectively; Uk is U1, U2, which are the standard range of the straight-line interval distance between the implementation monitoring point and the first target monitoring point, and the standard range of the straight-line interval distance between the implementation monitoring point and the second target monitoring point respectively; JZk is JZ1, JZ2, which are the local use status value corresponding to the first straight-line interval distance, and the local use status value corresponding to the second straight-line interval distance respectively.

4. The operation monitoring and control system of a smart pen according to claim 2, characterized in that: Performing data analysis on the local use state processing sequence to determine the corresponding real-time use state of the smart pen when it is used by the user; If all elements in the local use state processing sequence are 0, it indicates that the real-time use state of the smart pen when used by the user is normal; If there is an element with a value other than 0 in the local usage status processing sequence, it is prompted that the real-time usage status of the monitoring item to which the element with a value other than 0 belongs is partially abnormal when the smart pen is used by the user, and the first target monitoring point or the second target monitoring point to which the element with a value other than 0 belongs is obtained, and the distance influence degree JY of the first straight line interval distance or the second straight line interval distance corresponding to the element with a value other than 0 and the corresponding straight line interval distance standard range is calculated through the distance influence formula JY=DJk-U0k; wherein U0k is the median value of the range between the first straight line interval distance or the second straight line interval distance and the corresponding straight line interval distance standard range.

5. The operation monitoring and control system of a smart pen according to claim 4, characterized in that: According to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with abnormal real-time usage status, until the real-time usage status of the corresponding monitoring items is normal, and the smart pen is controlled to resume operation synchronously; If all elements in the local usage status processing sequence are not 0, it is prompted that the real-time usage status of the smart phone when used by the user is abnormal, and the distance influence JY between the first target monitoring point and the second target monitoring point and the corresponding straight line interval distance standard range is calculated by the distance influence formula; According to the calculated distance influence value and symbol, the user is prompted to adjust the corresponding posture position for the monitoring items with overall abnormal real-time usage status until the real-time usage status of all monitoring items is normal, and the smart pen is synchronously controlled to resume operation.

6. The operation monitoring and control system of a smart pen according to claim 5, characterized in that: Monitor and count the duration of the element whose value is not 0 from the beginning of its appearance to the time when the smart pen stops running, and obtain the duration of the first local abnormality; and monitoring and counting the duration from when the smart pen is suspended to when the smart pen is resumed, to obtain the duration of the second local abnormality; Associating the calculated distance influence, the first local abnormality duration, and the second local abnormality duration with the elements in the local usage status processing sequence to obtain a local usage status processing update sequence; The processing and analysis results are arranged and combined in the order of usage monitoring time to obtain a real-time usage status monitoring processing set.

7. The operation monitoring and control system of a smart pen according to claim 6, characterized in that: When processing and analyzing the local use supervision status corresponding to different monitoring items when the smart pen is used by the user according to the real-time use status monitoring processing set; Obtain the total number of overall abnormalities NYk of real-time usage status corresponding to different monitoring items in the real-time implementation status monitoring processing set; And, all the first local abnormality durations and the second local abnormality durations corresponding to the monitoring statistics of different monitoring items are obtained and summed up respectively to obtain the first local abnormality total duration TY1 and the second local abnormality total duration TY2 corresponding to the different monitoring items; The total number of overall abnormalities in real-time usage status obtained by monitoring different monitoring items and the total duration of local abnormalities are calculated through the formula Calculate and obtain the local abnormal influence coefficient JYk corresponding to the monitoring item; where exp() is an exponential function with the natural constant e as the base; NY0 is the total number of abnormal occurrence standards corresponding to different monitoring items for the total time the smart pen has been used; TS is the total time the smart pen has been used; Ak is A1 and A2, which are the standard duration of abnormal processing and the standard duration of abnormal adjustment respectively; [*] is a rounding function, which represents the maximum integer not exceeding the real number *; The local abnormality impact coefficients of different monitoring items are sorted and combined to obtain a local abnormality impact processing sequence, and data analysis is performed on the local abnormality impact processing sequence to determine the existing implementation supervision status corresponding to the smart pen.

8. The operation monitoring and control system of a smart pen according to claim 7, characterized in that: If all elements in the local abnormal impact processing sequence are 1, a prompt is generated that the existing implementation supervision status is normal; If the element in the local abnormal impact processing sequence is not 1, a prompt of abnormality in the existing monitoring state is generated, and the existing operation monitoring control scheme of the smart pen is adaptively adjusted to an operation monitoring optimization control scheme.

9. The operation monitoring and control system of a smart pen according to claim 8, characterized in that: Conduct a retrospective analysis on the optimization effect of the implementation of the operation monitoring optimization control scheme, and count the total number of overall abnormalities NY′k of real-time usage status adjustments corresponding to different monitoring items in the same supervision cycle of the operation monitoring optimization control scheme and the operation monitoring control scheme, as well as the total duration TY′1 of the first local abnormal adjustment and the total duration TY′2 of the second local abnormal adjustment corresponding to different monitoring items; The total number of overall abnormalities and the total duration of local abnormality adjustment are adjusted by the formula Calculate and obtain the local scheme optimization validity YZk of the operation monitoring optimization control scheme corresponding to different monitoring items; where B and C are different proportion values, and the value range is (0, 100); Data analysis was performed on the optimization validity of the local schemes corresponding to different monitoring items of the operation monitoring optimization control scheme to determine the local monitoring processing effects and local prompt response effects corresponding to different monitoring items after the implementation of the operation monitoring optimization control scheme.

10. The operation monitoring and control system of a smart pen according to claim 9, characterized in that: If the local scheme optimization validity of different monitoring items is 0, the local monitoring processing effect and local prompt reaction effect of the smart pen are normal, and the control operation monitoring optimization control scheme is subsequently implemented; If the local scheme optimization validity of different monitoring items has a value other than 0, then the local monitoring processing effect abnormality and / or the local prompt reaction effect abnormality corresponding to the monitoring item to which the value is not 0 is generated, and the operation monitoring optimization control scheme is controlled to continue to be optimized and adjusted subsequently.

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