An intelligent human body state assessment system based on neuromuscular stimulator

Abstract

The present invention discloses an intelligent human body state assessment system based on a neuromuscular stimulator, which relates to the field of human body state assessment, and comprises an acquisition module for acquiring limb information of a user, selecting a target limb that needs to be exercised based on the limb information to obtain the target limb information, a selection module connected with the acquisition module, for selecting implantation position information of a neuromuscular stimulator based on the target limb information, a formulation module connected with the selection module, for formulating neuromuscular nursing program information based on the target limb information, a nursing module connected with the formulation module, for nursing the target limb based on the neuromuscular nursing program information, and a judgment module connected with the nursing module, for obtaining an accurate index of human body state information based on a human body monitoring model. The present invention can ensure the effectiveness of muscle stimulation by a neuromuscular stimulator.

Description

Technical Field

[0001] The invention relates to the field of human body state assessment, and in particular to an intelligent human body state assessment system based on a neuromuscular stimulator. Background Art

[0002] With the continuous advancement of technology, neuromuscular stimulators have developed from traditional medical devices to devices with intelligent functions. These devices can monitor and treat in real time according to the physiological reactions and behavioral patterns of the human body. Existing neuromuscular stimulators have realized the functions of the Internet of Things. Data security is a fundamental issue in the operation of human state assessment. It is currently difficult to judge the security and accuracy of the data, and it is difficult to ensure the accuracy of human state assessment. Therefore, an intelligent human state assessment system based on neuromuscular stimulators is proposed. Summary of the invention

[0003] The technical problem to be solved by the present invention is to provide an intelligent human body state assessment system based on a neuromuscular stimulator.

[0004] The present invention solves the above technical problems through the following technical solutions, which include:

[0005] An acquisition module is used to acquire the limb information of the user, select the target limb that needs to be exercised based on the limb information to obtain the target limb information, and register the user end based on the target limb information;

[0006] A selection module, connected to the acquisition module, is used to select implantation location information of the neuromuscular stimulator based on the target limb information, and to construct a human monitoring model based on the implantation location information;

[0007] A formulation module, connected to the selection module, is used to formulate neuromuscular care program information based on the target limb information, and bind the neuromuscular care program information with the user end;

[0008] The nursing module is connected to the formulation module and is used to provide nursing care for the target limb based on the neuromuscular nursing plan information, collect physiological signals of the target limb in real time and transmit them to the cloud server through a two-way transmission channel and the information group in the information transmission matrix to update the human body monitoring model;

[0009] The judgment module is connected to the nursing module and is used to obtain an accurate index of human body status information based on the human body monitoring model.

[0010] Furthermore, the acquisition module includes:

[0011] An information acquisition unit, used to acquire limb muscle information and nerve information of a user as limb information, select a limb to be exercised as a target limb according to the limb information, and extract information corresponding to the target limb based on the limb information as the target limb information;

[0012] The registration unit is used to obtain the personal identity information corresponding to the target limb information as the registration information, store the registration information in the corresponding cloud server and register it to obtain the user end.

[0013] Furthermore, the selection module includes:

[0014] an acquisition unit, configured to acquire connection information between nerves and muscles of the target limb based on the target limb information, wherein the connection information includes a connection mode and a connection position;

[0015] A construction unit is used to construct a limb model of the user end based on the connection information, select the implantation position information of the neuromuscular stimulator based on the limb model and mark it in the limb model to obtain a human body monitoring model, wherein the implantation position information includes the limb position point of the neuromuscular stimulator in the limb model and the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb.

[0016] Furthermore, the construction unit includes:

[0017] A configuration unit, configured to configure a standard human body model corresponding to the user end, wherein the standard human body model includes universal muscle position information, universal nerve position information, and universal connection mode and connection position information between nerves and muscles;

[0018] A marking unit, used to mark the limb corresponding to the target limb of the user end in the standard human body model;

[0019] A replacement unit is used to construct a limb model of the user end based on the connection information, and replace the limbs marked in the standard human body model with the limb model to obtain a monitoring model;

[0020] A position determination unit, used for selecting the position information of the limb position point of the neuromuscular stimulator in the limb model and the corresponding position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb as the implantation position information;

[0021] The management unit is used to obtain identification information between the limb model and the corresponding implantation position information, and mark the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model.

[0022] Furthermore, the management unit includes:

[0023] A selection unit is used to select a limb position point of the neuromuscular stimulator in the limb model as a first monitoring point;

[0024] A setting unit, used to set a second monitoring point based on the target limb, mark both the first monitoring point and the second monitoring point in the monitoring model, and establish positional relationship information between the first monitoring point and the second monitoring point based on the monitoring model, wherein the positional relationship information is the positional distance and angle value between the first monitoring point and the second monitoring point when the limb movement is preset;

[0025] The binding unit is used to bind the position relationship information with the corresponding first monitoring point and the second monitoring point as identification information, and mark the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model and store it in the cloud server of the corresponding user end.

[0026] Furthermore, the formulation module includes:

[0027] A formulation unit, configured to formulate neuromuscular nursing program information based on the target limb information, wherein the neuromuscular nursing program information includes the target limb nursing intensity and the corresponding nursing time;

[0028] The information binding unit is used to bind the neuromuscular care program information with the corresponding user end and store it in the cloud server corresponding to the user end.

[0029] Furthermore, the nursing module includes:

[0030] A transmission establishment unit, used for establishing a bidirectional transmission channel between the cloud server and the neuromuscular stimulator, setting a verification point in the bidirectional transmission channel, and setting an information transmission matrix at both the bidirectional transmission ports between the cloud server and the neuromuscular stimulator;

[0031] A division unit, for dividing the neuromuscular care program information based on the cloud server to obtain multiple information groups and placing them in the information transmission matrix respectively, assigning verification information to the corresponding information groups respectively and recording the verification information in the verification points in the bidirectional transmission channel;

[0032] An information transmission unit, used for transmitting the information group in the information transmission square matrix to the neuromuscular stimulator based on a bidirectional transmission channel, while copying and retaining the information group in the information transmission square matrix, and verifying the verification information of the information group based on the verification point;

[0033] A judgment unit, used for destroying the corresponding information group if the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point, and resending the information group in the information transmission matrix corresponding to the destroyed information group until the neuromuscular care program information is completely transmitted to the information transmission matrix in the neuromuscular stimulator;

[0034] Nursing unit, used for the neuromuscular stimulator to provide nursing care to the target limb according to the neuromuscular nursing program information and collect physiological signals of the target limb in real time;

[0035] The information providing unit is used for the neuromuscular stimulator to transmit physiological signals to the cloud server through a bidirectional transmission channel to update the human body monitoring model.

[0036] Furthermore, the judging module includes:

[0037] A calculation unit, used to obtain an accurate index of human body status information based on a human body monitoring model;

[0038] The information judgment unit is used to regard the muscle stimulation of the neuromuscular stimulator corresponding to the accurate index of the human body state information that does not meet the preset conditions as an invalid operation.

[0039] Compared with the prior art, the present invention has the following advantages: it can improve the efficiency of information group transmission, will not affect the transmission of normal information, and then re-transmit the information group corresponding to the verification information that cannot be verified, until all neuromuscular care plan information is completely transmitted to the information transmission matrix in the neuromuscular stimulator, and the transmission is completed. The position of the neuromuscular stimulator can be monitored to ensure the stability of the position of the neuromuscular stimulator, and then the effectiveness of the neuromuscular stimulator on muscle stimulation can be ensured, making the system more worthy of popularization and use. BRIEF DESCRIPTION OF THE DRAWINGS

[0040] Figure 1 It is a system connection frame diagram of the present invention. DETAILED DESCRIPTION

[0041] The following is a detailed description of an embodiment of the present invention. This embodiment is implemented on the premise of the technical solution of the present invention, and a detailed implementation method and a specific operation process are given, but the protection scope of the present invention is not limited to the following embodiment.

[0042] like Figure 1 As shown, this embodiment provides a technical solution: an intelligent human body state assessment system based on a neuromuscular stimulator, comprising:

[0043] An acquisition module is used to acquire the limb information of the user, select the target limb that needs to be exercised based on the limb information to obtain the target limb information, and register the user end based on the target limb information;

[0044] A selection module, connected to the acquisition module, is used to select implantation location information of the neuromuscular stimulator based on the target limb information, and to construct a human monitoring model based on the implantation location information;

[0045] A formulation module, connected to the selection module, is used to formulate neuromuscular care program information based on the target limb information, and bind the neuromuscular care program information with the user end;

[0046] The nursing module is connected to the formulation module and is used to provide nursing care for the target limb based on the neuromuscular nursing plan information, collect physiological signals of the target limb in real time and update them into the human body monitoring model;

[0047] A judgment module, connected to the nursing module, is used to obtain an accurate index of human body status information based on a human body monitoring model;

[0048] It is further explained that with the continuous advancement of technology, neuromuscular stimulators have developed from traditional medical equipment to equipment with intelligent functions. These devices can monitor and treat in real time according to the physiological reactions and behavioral patterns of the human body. Existing neuromuscular stimulators have realized the function of the Internet of Things, but the security of data is an item that needs to be managed in the process of the Internet of Things. It is a basic issue of data security in the operation of human state assessment. It is currently difficult to judge the security and accuracy of the data, and it is difficult to ensure the accuracy of human state assessment. The present application can improve the efficiency of information group transmission, and can not affect the transmission of normal information. After that, the information group corresponding to the verification information that cannot be verified will be transmitted again until all the neuromuscular care plan information is completely transmitted to the information transmission matrix in the neuromuscular stimulator, that is, the transmission is completed, and the position of the neuromuscular stimulator can be monitored to ensure the stability of the position of the neuromuscular stimulator, thereby ensuring the effectiveness of the neuromuscular stimulator on muscle stimulation;

[0049] In one embodiment, the acquisition module includes:

[0050] An information acquisition unit, used to acquire limb muscle information and nerve information of a user as limb information, select a limb to be exercised as a target limb according to the limb information, and extract information corresponding to the target limb based on the limb information as the target limb information;

[0051] A registration unit, used to obtain the identity information of the person corresponding to the target limb information as registration information, store the registration information in the corresponding cloud server and register it to obtain a user end;

[0052] To further explain, first, the user's limb muscle information, such as muscle strength, fatigue level, spasm level and other information, and nerve information, such as electroencephalogram (EEG), electromyogram (EMG) or induced electromagnetic spectrum (SSEP) and other information, are obtained. The limb muscle information and nerve information are used as limb information, and then the limb that needs to be trained is extracted from the limb information as the target limb, and then the information corresponding to the target limb is obtained based on the limb information as the target limb information, and then the corresponding person identity information is obtained, such as the name, gender, age and other personal information of the person identity information, and the person identity information corresponding to the target limb information is used as registration information, and the registration information is stored in the corresponding cloud server and registered to obtain the user end, which can formulate accurate personal limb training management information for the person, and has a good information management and storage function;

[0053] In one embodiment, the selection module includes:

[0054] an acquisition unit, configured to acquire connection information between nerves and muscles of the target limb based on the target limb information, wherein the connection information includes a connection mode and a connection position;

[0055] A construction unit is used to construct a limb model of the user end based on the connection information, select the implantation position information of the neuromuscular stimulator based on the limb model and mark it in the limb model to obtain a human body monitoring model, wherein the implantation position information includes the limb position point of the neuromuscular stimulator in the limb model and the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb;

[0056] To further explain, here, it is first necessary to collect the connection information between the nerves and muscles of the target limb of the user in the target limb information. The connection information here includes the connection method and the connection position. The connection method and specific position between the nerves and muscles of each person may be different. Therefore, it is necessary to collect the connection information of the individual user to prepare for the subsequent implantation of the neuromuscular stimulator in the target limb. Then, the limb model of the user is constructed based on the connection information. The limb model is a detailed model of the muscle and nerve connection information of the target limb of the user. Then, the implantation position information of the neuromuscular stimulator in the human body is selected with reference to the limb model. The implantation position information here includes the limb position point of the neuromuscular stimulator in the limb model and the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb, so that the implantation status of the neuromuscular stimulator can be accurately understood. Then, the implantation position information is marked in the limb model, and the human body monitoring model is obtained according to the overall human body model combined with the limb model, which can be better used for subsequent understanding of the status information of the target limb and has good reference value.

[0057] In one embodiment, the building block comprises:

[0058] A configuration unit, configured to configure a standard human body model corresponding to the user end, wherein the standard human body model includes universal muscle position information, universal nerve position information, and universal connection mode and connection position information between nerves and muscles;

[0059] A marking unit, used to mark the limb corresponding to the target limb of the user end in the standard human body model;

[0060] A replacement unit is used to construct a limb model of the user end based on the connection information, and replace the limbs marked in the standard human body model with the limb model to obtain a monitoring model;

[0061] A position determination unit, used for selecting the position information of the limb position point of the neuromuscular stimulator in the limb model and the corresponding position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb as the implantation position information;

[0062] A management unit, used for obtaining identification information between the limb model and the corresponding implantation position information, marking the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model;

[0063] To further explain, here first a standard human body model is configured for the user end, wherein the standard human body model is a display model of a three-dimensional universal muscle position information, universal nerve position information, universal connection mode between nerves and muscles, and connection position information of a human body. The universal here refers to the muscle position information and nerve position information of most people based on big data and the universal connection mode between nerves and muscles, as well as the connection position information. Here, as a universal information, if the limb connection information of the user end is inconsistent with the limb connection information in the universal standard human body model, then it is necessary to construct a limb model through the connection information of the user end, and replace the corresponding marked limbs in the standard human body model through the limb model to obtain a monitoring model, which has a better display of limb muscle and nerve composition, and can facilitate subsequent monitoring of the limbs. Perform monitoring and evaluation, then select the limb position point of the neuromuscular stimulator in the limb model and the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb as the implantation position information, wherein the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb is the distance and azimuth angle between the neuromuscular stimulator and the nerve and muscle connection position of the target limb, then obtain identification information between the limb model and the corresponding implantation position information, and the identification information is used for subsequent monitoring of the position of the neuromuscular stimulator to ensure the stability of the position of the neuromuscular stimulator, thereby ensuring the effectiveness of the neuromuscular stimulator on muscle stimulation, and avoiding the inability to effectively exercise the muscles due to changes in position, and then mark the implantation position information in the corresponding limb model in the monitoring model to obtain a human monitoring model;

[0064] In one embodiment, the management unit includes:

[0065] A selection unit is used to select a limb position point of the neuromuscular stimulator in the limb model as a first monitoring point;

[0066] A setting unit, used to set a second monitoring point based on the target limb, mark both the first monitoring point and the second monitoring point in the monitoring model, and establish positional relationship information between the first monitoring point and the second monitoring point based on the monitoring model, wherein the positional relationship information is the positional distance and angle value between the first monitoring point and the second monitoring point when the limb movement is preset;

[0067] A binding unit, used to bind the position relationship information with the corresponding first monitoring point and the corresponding second monitoring point as identification information, mark the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model and store it in the cloud server of the corresponding user end;

[0068] To further illustrate, the limb position point of the neuromuscular stimulator in the limb model is used as the first monitoring point, which is the location where the neuromuscular stimulator is implanted. Then, the second monitoring point is set based on the target limb, and the first monitoring point and the second monitoring point are both marked in the monitoring model. The position relationship information between the first monitoring point and the second monitoring point is established based on the monitoring model, wherein the position relationship information is the position distance and angle value between the first monitoring point and the second monitoring point during the preset limb movement. The second monitoring point here is an external positioning module, which is used to understand whether the position of the first monitoring point has changed through the second monitoring point. For example, a ring is worn on one of the designated fingers as the second monitoring point, and then A preset limb action is set, wherein, for example, the preset limb action can be to put the feet together and put the hands down to stand close to the trouser seams on both sides. Under the preset limb action, the angle information and the position distance between the first monitoring point and the second monitoring point can be understood, and the information can be used as identification information. Then, the implantation position information and the identification information are marked in the corresponding limb model in the monitoring model to obtain a human monitoring model, which can ensure the accuracy of the user end muscle maintenance and better be used for human body state assessment. Before performing muscle stimulation care, the preset limb action is first performed to monitor the position of the first monitoring point (neuromuscular stimulator), and then the muscle stimulation care operation is performed, which can greatly improve the effectiveness of muscle care;

[0069] In one embodiment, the formulation module includes:

[0070] A formulation unit, configured to formulate neuromuscular nursing program information based on the target limb information, wherein the neuromuscular nursing program information includes the target limb nursing intensity and the corresponding nursing time;

[0071] An information binding unit, used to bind the neuromuscular care program information with the corresponding user end and store it in the cloud server corresponding to the user end;

[0072] Further explanation: medical staff will use the limb muscle information and nerve information of the target limb of the user to formulate the target limb care intensity and the corresponding care time. The target limb care intensity here is the electrical stimulation intensity, and the care time is the stimulation time of the muscle by the neuromuscular stimulator. Then, the neuromuscular care plan information is bound to the corresponding user end, so that an independent care plan can be carried out for the corresponding user end.

[0073] In one embodiment, the care module comprises:

[0074] A transmission establishment unit, used for establishing a bidirectional transmission channel between the cloud server and the neuromuscular stimulator, setting a verification point in the bidirectional transmission channel, and setting an information transmission matrix at both the bidirectional transmission ports between the cloud server and the neuromuscular stimulator;

[0075] A division unit, for dividing the neuromuscular care program information based on the cloud server to obtain multiple information groups and placing them in the information transmission matrix respectively, assigning verification information to the corresponding information groups respectively and recording the verification information in the verification points in the bidirectional transmission channel;

[0076] An information transmission unit, used for transmitting the information group in the information transmission square matrix to the neuromuscular stimulator based on a bidirectional transmission channel, while copying and retaining the information group in the information transmission square matrix, and verifying the verification information of the information group based on the verification point;

[0077] A judgment unit, used for destroying the corresponding information group if the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point, and resending the information group in the information transmission matrix corresponding to the destroyed information group until the neuromuscular care program information is completely transmitted to the information transmission matrix in the neuromuscular stimulator;

[0078] Nursing unit, used for the neuromuscular stimulator to provide nursing care to the target limb according to the neuromuscular nursing program information and collect physiological signals of the target limb in real time;

[0079] An information providing unit, used for the neuromuscular stimulator to transmit physiological signals to the cloud server through a bidirectional transmission channel to update the human body monitoring model;

[0080] Further explanation: in order to ensure the security of information transmission between the cloud server and the neuromuscular stimulator, it is necessary to set a verification point in the two-way transmission channel. Information transmission matrices are set at the two-way transmission ports between the cloud server and the neuromuscular stimulator. The information transmission matrix is ​​a multi-port same-channel transmission method for dividing the neuromuscular care plan information and placing it in preparation for transmission. The cloud server divides the neuromuscular care plan information into multiple information groups and places them in the information transmission matrix respectively. Verification information is assigned to the corresponding information groups respectively and the verification information is recorded in the verification point in the two-way transmission channel. Before transmission, the verification point will obtain the verification information corresponding to the information group in advance. The information group in the information transmission matrix is ​​transmitted to the neuromuscular stimulator based on the two-way transmission channel, and the information group in the information transmission matrix is ​​copied and retained. The verification information of the information group is verified based on the verification point. The information group in the information transmission matrix is ​​retained here in order to transmit the information group again when the verification information of the information group that cannot be verified appears. If the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point The corresponding information group is destroyed, and the information group in the information transmission matrix corresponding to the destroyed information group is sent again until the neuromuscular care program information is completely transmitted to the neuromuscular stimulator. The neuromuscular stimulator takes care of the target limb according to the neuromuscular care program information, collects the physiological signals of the target limb in real time, and the neuromuscular stimulator transmits the physiological signals to the cloud server through the two-way transmission channel to update the human body monitoring model. Here, the operation of the neuromuscular stimulator transmitting the physiological information to the cloud server is consistent with the operation of transmitting the information group in the information transmission matrix to the neuromuscular stimulator based on the two-way transmission channel, which can ensure the security and accuracy of the information group, and at the same time improve the efficiency of the information group transmission, and can not affect the transmission of normal information. After that, the information group corresponding to the verification information that cannot be verified is transmitted again. The information transmission process of small data is faster, which is faster than the transmission of the overall information, and the information transmission efficiency is improved in disguise when abnormal data exists. All neuromuscular care program information is completely transmitted to the information transmission matrix in the neuromuscular stimulator to complete the transmission;

[0081] In one embodiment, the determination module includes:

[0082] The calculation unit is used to obtain an accurate index of human body status information based on the human body monitoring model, wherein the calculation formula of the human body status information includes:

[0083] ,in, It is an accurate index of human body status information. is the distance difference between the actual position distance between the first monitoring point and the second monitoring point during the preset limb movement and the position distance between the first monitoring point and the second monitoring point during the preset limb movement, is the angle difference between the actual angle information value of the first monitoring point and the second monitoring point during the preset limb movement and the angle value of the first monitoring point and the second monitoring point during the preset limb movement, It is the number of times that the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point during the two-way transmission between the cloud server and the neuromuscular stimulator. Transmit weight coefficients between the cloud server and the neuromuscular stimulator, is the deviation coefficient between the first monitoring point and the second monitoring point, and are all constants greater than zero. It should be noted that , and The larger the value of The larger the value of , the lower the accuracy of the human body status information;

[0084] An information judgment unit, used for treating the muscle stimulation of the neuromuscular stimulator corresponding to the accurate index of the human body state information that does not meet the preset conditions as an invalid operation;

[0085] To further explain, the accurate index of human body status information obtained here based on the human body monitoring model can determine whether the position of the neuromuscular stimulator affects the effect of muscle stimulation and make a comprehensive judgment on the security of data during the transmission process. Obtaining the accurate index of human body status information can greatly improve the accuracy of muscle care and better assist the rehabilitation work of users.

[0086] In addition, the terms "first" and "second" are used for descriptive purposes only and should not be understood as indicating or implying relative importance or implicitly indicating the number of the indicated technical features. Therefore, the features defined as "first" and "second" may explicitly or implicitly include at least one of the features. In the description of the present invention, the meaning of "plurality" is at least two, such as two, three, etc., unless otherwise clearly and specifically defined.

[0087] In the description of this specification, the description with reference to the terms "one embodiment", "some embodiments", "example", "specific example", or "some examples" etc. means that the specific features, structures, materials or characteristics described in conjunction with the embodiment or example are included in at least one embodiment or example of the present invention. In this specification, the schematic representations of the above terms do not necessarily refer to the same embodiment or example. Moreover, the specific features, structures, materials or characteristics described may be combined in any one or more embodiments or examples in a suitable manner. In addition, those skilled in the art may combine and combine the different embodiments or examples described in this specification and the features of the different embodiments or examples, without contradiction.

[0088] Although the embodiments of the present invention have been shown and described above, it is to be understood that the above embodiments are exemplary and are not to be construed as limitations of the present invention. A person skilled in the art may change, modify, replace and vary the above embodiments within the scope of the present invention.

Claims

1. An intelligent human body state assessment system based on a neuromuscular stimulator, characterized in that: include: An acquisition module is used to acquire the limb information of the user, select the target limb that needs to be exercised based on the limb information to obtain the target limb information, and register the user end based on the target limb information; A selection module, connected to the acquisition module, is used to select the implantation position information of the neuromuscular stimulator based on the target limb information, and to construct a human body monitoring model based on the implantation position information; A formulation module, connected to the selection module, is used to formulate neuromuscular care program information based on the target limb information, and bind the neuromuscular care program information with the user end; The nursing module is connected to the formulation module and is used to provide nursing care for the target limb based on the neuromuscular nursing plan information, collect physiological signals of the target limb in real time and transmit them to the cloud server through a two-way transmission channel and the information group in the information transmission matrix to update the human body monitoring model; A judgment module, connected to the nursing module, is used to obtain an accurate index of human body status information based on a human body monitoring model; The selection module includes: an acquisition unit, configured to acquire connection information between nerves and muscles of the target limb based on the target limb information, wherein the connection information includes a connection mode and a connection position; A construction unit is used to construct a limb model of the user end based on the connection information, select the implantation position information of the neuromuscular stimulator based on the limb model and mark it in the limb model to obtain a human body monitoring model, wherein the implantation position information includes the limb position point of the neuromuscular stimulator in the limb model and the position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb; The building block comprises: A configuration unit, configured to configure a standard human body model corresponding to the user end, wherein the standard human body model includes universal muscle position information, universal nerve position information, and universal connection mode and connection position information between nerves and muscles; A marking unit, used to mark the limb corresponding to the target limb of the user end in the standard human body model; A replacement unit is used to construct a limb model of the user end based on the connection information, and replace the limbs marked in the standard human body model with the limb model to obtain a monitoring model; A position determination unit, used for selecting the position information of the limb position point of the neuromuscular stimulator in the limb model and the corresponding position information of the neuromuscular stimulator in the nerve and muscle connection position of the target limb as the implantation position information; A management unit, used for obtaining identification information between the limb model and the corresponding implantation position information, marking the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model; The management unit comprises: A selection unit is used to select a limb position point of the neuromuscular stimulator in the limb model as a first monitoring point; A setting unit, used to set a second monitoring point based on the target limb, mark both the first monitoring point and the second monitoring point in the monitoring model, and establish positional relationship information between the first monitoring point and the second monitoring point based on the monitoring model, wherein the positional relationship information is the positional distance and angle value between the first monitoring point and the second monitoring point when the limb movement is preset; A binding unit, used to bind the position relationship information with the corresponding first monitoring point and the corresponding second monitoring point as identification information, mark the implantation position information and the identification information in the corresponding limb model in the monitoring model to obtain a human body monitoring model and store it in the cloud server of the corresponding user end; The nursing module includes: A transmission establishment unit, used for establishing a bidirectional transmission channel between the cloud server and the neuromuscular stimulator, setting a verification point in the bidirectional transmission channel, and setting an information transmission matrix at both the bidirectional transmission ports between the cloud server and the neuromuscular stimulator; A division unit, for dividing the neuromuscular care program information based on the cloud server to obtain multiple information groups and placing them in the information transmission matrix respectively, assigning verification information to the corresponding information groups respectively and recording the verification information in the verification points in the bidirectional transmission channel; An information transmission unit, used for transmitting the information group in the information transmission square matrix to the neuromuscular stimulator based on a bidirectional transmission channel, while copying and retaining the information group in the information transmission square matrix, and verifying the verification information of the information group based on the verification point; A judgment unit, used for destroying the corresponding information group if the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point, and resending the information group in the information transmission matrix corresponding to the destroyed information group until the neuromuscular care program information is completely transmitted to the information transmission matrix in the neuromuscular stimulator; A nursing unit, which is used for the neuromuscular stimulator to provide nursing care for the target limb according to the neuromuscular nursing program information and collect physiological signals of the target limb in real time; An information providing unit, used for the neuromuscular stimulator to transmit physiological signals to the cloud server through a bidirectional transmission channel to update the human body monitoring model; The judging module comprises: A calculation unit, used to obtain an accurate index of human body status information based on a human body monitoring model; An information judgment unit, used for treating the muscle stimulation of the neuromuscular stimulator corresponding to the accurate index of the human body state information that does not meet the preset conditions as an invalid operation; The calculation formula of human body status information includes: ,in, It is an accurate index of human body status information. is the distance difference between the actual position distance between the first monitoring point and the second monitoring point during the preset limb movement and the position distance between the first monitoring point and the second monitoring point during the preset limb movement, is the angle difference between the actual angle information value of the first monitoring point and the second monitoring point during the preset limb movement and the angle value of the first monitoring point and the second monitoring point during the preset limb movement, It is the number of times that the verification information corresponding to the information group is inconsistent with the verification information recorded in the verification point during the two-way transmission between the cloud server and the neuromuscular stimulator. Transmit weight coefficients between the cloud server and the neuromuscular stimulator, is the deviation coefficient between the first monitoring point and the second monitoring point, and are all constants greater than zero.

2. The intelligent human body state assessment system based on a neuromuscular stimulator according to claim 1, characterized in that: The acquisition module comprises: An information acquisition unit, used to acquire limb muscle information and nerve information of a user as limb information, select a limb to be exercised as a target limb according to the limb information, and extract information corresponding to the target limb based on the limb information as the target limb information; The registration unit is used to obtain the personal identity information corresponding to the target limb information as the registration information, store the registration information in the corresponding cloud server and register it to obtain the user end.

3. The intelligent human body state assessment system based on a neuromuscular stimulator according to claim 1, characterized in that: The formulation module includes: A formulation unit, configured to formulate neuromuscular nursing program information based on the target limb information, wherein the neuromuscular nursing program information includes the target limb nursing intensity and the corresponding nursing time; The information binding unit is used to bind the neuromuscular care program information with the corresponding user end and store it in the cloud server corresponding to the user end.

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