CN102580182A - Insulin infusion treatment system based on Zigbee technology - Google Patents

Abstract

The invention provides an insulin infusion treatment system based on a Zigbee technology, comprising a management terminal and a client terminal, wherein data are transmitted between the management terminal and the client terminal through Zigbee. The management terminal comprises an insulin infusion treatment managing system and a Zigbee network coordinator connected with the insulin infusion treatment managing system, and the client terminal comprises an electronic control unit and a Zigbee wireless module connected with the electronic control unit, wherein the Zigbee wireless module and the Zigbee network coordinator form a Zigbee wireless network. The management terminal receives data from the client terminal through Zigbee wireless connection, then the data are treated through the insulin infusion treatment managing system, and the treated data are sent to the electronic unit of the client terminal through the Zigbee wireless network to control the work of the client terminal. According to the insulin infusion treatment system, the whole setting process of an insulin pump is greatly simplified, and a set interface is concise and clear, is easy to operate and is flexible to amend, in addition, the treatment effect and treatment efficiency are greatly improved, therefore, the medical treatment cost is greatly reduced.

Description

An insulin infusion therapy system based on Zigbee technology

technical field

The invention relates to a medical instrument, and in particular to an insulin infusion treatment system based on Zigbee technology.

Background technique

Diabetes mellitus is an endocrine-metabolic disease characterized by hyperglycemia. It is characterized by metabolic disorders of carbohydrates, proteins, fats, electrolytes, and water due to the absolute or relative insufficiency of insulin secretion by the pancreas and the decreased sensitivity of target cells to insulin. It is mainly divided into type I and type II diabetes. Type I diabetes, also known as insulin-dependent diabetes, can only be treated with insulin, because the insulin-secreting cells of the pancreas in patients with type I diabetes have been completely destroyed and lost the ability to secrete insulin. Type 2 diabetes is also called non-insulin-dependent diabetes. The ability to produce insulin in the patient's body is not completely lost. Some patients even produce too much insulin in the body, but the effect of insulin is greatly reduced. Therefore, the insulin in the patient's body is relatively deficient. , the secretion of insulin in the body can be stimulated by certain oral medications. However, according to clinical statistics, about 50% of patients with type Ⅱ diabetes still need to inject insulin for treatment in the later stage.

Insulin pump is an insulin infusion system used to simulate the secretion of insulin by the human pancreas. Its function is to simulate the human body to provide continuous basal insulin secretion, and it can also provide large doses of insulin before meals to control postprandial hyperglycemia. It achieves the function of simulating the secretion of insulin from the pancreas, making it close to the physiological circadian insulin level, so that the 24-hour blood sugar of diabetic patients can be controlled at an ideal level.

The current insulin pump can only be used as a single pump. The insulin pump is mainly composed of the following parts: a pump main body, a liquid storage cylinder and an infusion line connected thereto. The front end of the infusion line has a guide needle pierced into the skin. The main engine of the pump is mainly composed of battery, MCU, control circuit, LCD display, buttons, drive motor and its speed regulating mechanism, transmission system and so on. The principle is: the motor is driven by the MCU and the control circuit to push the piston on the drug storage device, and inject insulin into the patient's body through the infusion line according to the set dose. The endocrinologist uses several key switches with different functions installed on the pump body to set the insulin infusion plan according to the actual needs of the patient and save it in the pump. The insulin injection volume is controlled by the MCU, and the basal rate and basal volume can be set. And parameters such as large doses before meals, so that blood sugar can be controlled at an ideal level throughout the day.

In order to be portable, the volume of the insulin injection pump is very small, so the size of the membrane buttons installed on it is smaller, and all the setting operations of the pump are set through several buttons and LCD hierarchical menus, and the setting procedures are cumbersome and professional. Strong, setting work is an extremely complicated task for doctors. Once the patient’s diet and life patterns change, parameters such as insulin basal rate and pre-meal dose must be readjusted. The complexity of the insulin pump setting process makes doctors work more efficiently. Low, high technical requirements, resulting in a great waste of medical resources. These shortcomings have greatly restricted the use and promotion of insulin pumps, and also made the cost of insulin pump treatment high. Generally, a diabetic patient will spend more than 10,000 yuan in hospital for intensive treatment for about a week. The high medical expenses make ordinary diabetic patients unbearable.

To sum up, the disadvantages of cumbersome settings and troublesome adjustments when using a single insulin pump at present make doctors' work efficiency low and require high technical skills, resulting in a great waste of medical resources, which is not conducive to reducing treatment costs and increasing patients' medical care. burden.

Contents of the invention

In order to overcome the above-mentioned shortcomings, the present invention provides an insulin infusion therapy system based on Zigbee technology, which greatly simplifies the setting process of the entire insulin pump, and the setting interface is simple and clear, easy to operate, and flexible to modify. With the insulin infusion therapy system, one doctor can complete the inpatient treatment of multiple diabetic patients at the same time, and the treatment effect and efficiency are greatly improved, which can greatly reduce medical costs.

In order to achieve the above purpose, the present invention proposes an insulin infusion treatment system based on Zigbee technology, including a management terminal and a client terminal, and the management terminal and client terminal perform data transmission through Zigbee. The management end includes an insulin infusion treatment management system and a Zigbee network coordinator connected thereto; the client side includes an electronic control unit and a Zigbee wireless module connected thereto, and the Zigbee module forms a Zigbee wireless network with the Zigbee network coordinator, and the management end The data from the client is received through the Zigbee wireless connection, processed by the insulin infusion treatment management system, and the processed data is sent to the electronic control unit of the client through the Zigbee wireless network to control the work of the client.

The client is an insulin pump client worn on the patient, and the management terminal receives address information, system information, current insulin infusion setting information and historical infusion records from the insulin pump client through the above-mentioned Zigbee wireless network, and sends insulin Insulin pump setting system parameters and insulin infusion parameters obtained by the infusion therapy management system based on the address information, system information, current insulin infusion setting information and historical infusion records of the insulin pump client are transmitted to the insulin pump client through the Zigbee wireless network , so as to control the insulin pump client work.

Further, the insulin pump client also includes a motor, a deceleration mechanism, a motor transmission mechanism, a liquid storage cylinder, an infusion catheter, and a guide needle, and the electronic control unit includes a controller (MCU), a display unit (LCD), a button module, and a real-time clock (RTC), storage unit, alarm unit, battery, power module, power monitoring unit, motor drive module, in which MCU is connected to Zigbee wireless module, LCD, key module, RTC, storage unit, alarm unit, power monitoring unit, motor drive module Connect the controller separately, the output end of the motor drive module is connected to the motor, the motor is equipped with a photoelectric switch and a photoelectric encoder disc, and monitors whether the motor has a malfunction. If there is a malfunction, the information will be transmitted to the controller for an alarm. After the voltage is stabilized, it is supplied to the controller and the motor, and the parameters of the insulin pump system and the infusion parameters are set through the interactive operation of the button module and the menu of the display unit.

The client can also be a blood glucose meter client installed on the patient, and the management terminal receives the blood glucose meter address information, system information, current blood glucose value and historical blood glucose value from the blood glucose meter client through the above-mentioned Zigbee wireless network, insulin infusion The treatment management system processes the blood glucose meter address information, system information, current blood glucose value and historical blood glucose value of the blood glucose meter client, and transmits the processed blood glucose meter setting system parameters, upper and lower alarm limits to the blood glucose meter client through Zigbee wireless network , so as to control the blood glucose meter client work.

Among them, the electronic control unit of the blood glucose meter client includes a controller (MCU), a blood glucose sensing unit, a signal conditioning unit, a display unit (LCD), a storage unit, a real-time clock (RTC), an alarm unit, a battery and power management, wherein the control unit The Zigbee wireless transmission unit is connected, and the blood glucose sensing unit, signal conditioning unit, display unit, storage unit, real-time clock, alarm unit, battery and power management are respectively connected to the controller.

Further, the insulin infusion treatment management system in the present invention includes:

The patient management module communicates with the client through the Zigbee wireless network, manages the patients in the Zigbee wireless network, establishes a personal database for each patient, and binds each patient with the client;

The reading module reads the relevant information of the client through the Zigbee wireless network

An analysis module, which analyzes the relevant information of the client read by the reading module;

The setting module obtains the client setting information according to the analysis result of the above-mentioned analysis module, and utilizes the Zigbee wireless network to send the client setting information to the client; and

A display module, displaying relevant information of the client and client setting information read by the reading module.

When the client is a blood glucose meter client, the reading module of the insulin infusion treatment management system is a blood glucose meter reading module, and the relevant information read by the blood glucose meter reading module includes the address information of the blood glucose meter, system information, current blood glucose value and Historical blood glucose values. The setting module of the insulin infusion treatment management system is the blood glucose meter setting module. The client setting information includes the system parameters, the upper and lower alarm limits of the blood glucose meter client in the Zigbee wireless network, and the set system parameters, the upper and lower alarm limits can be passed through the Zigbee wireless network. Download to the corresponding blood glucose meter client.

When the client is a blood glucose meter client and an insulin pump client, the reading module is an insulin pump reading module, and the relevant information read by the insulin pump reading module includes address information, system information, current insulin infusion setting information and history Infusion records. The setting module of the insulin infusion treatment management system is the insulin pump setting module. The client setting information includes the insulin pump system parameters and insulin infusion parameters in the Zigbee wireless network, and the set system parameters and insulin infusion parameters can be passed through the Zigbee wireless network. Download to the corresponding insulin pump client.

The present invention has the following beneficial effects:

The insulin infusion therapy system based on Zigbee technology builds a wireless local area network in the endocrinology ward of the hospital. The network includes several clients and a management terminal. The terminal transmits data or receives data from the management terminal, and there is only one management terminal, which is used to receive data from any client or transmit data to any client. The insulin infusion therapy management system on the management side can be used to manage all patients in the Zigbee wireless network, monitor the blood glucose value of each patient (glucose meter client) in the entire wireless network, and read all patients’ insulin pumps (insulin pump client) stored system parameters, infusion settings, historical infusion records, and error messages, etc., can display, analyze, print and save the read blood glucose data and insulin infusion history records, and can set each client individually System parameters can be set individually for each insulin pump and personalized insulin infusion treatment plan, and transmitted to the corresponding insulin pump client through the Zigbee wireless network. This solves the problems of cumbersome settings and troublesome adjustments when using a single insulin pump, improves the work efficiency of doctors, rationally utilizes medical resources, reduces treatment costs, and most importantly, reduces the medical burden of patients.

Description of drawings

Fig. 1 is a block diagram of an insulin infusion therapy system based on Zigbee technology of the present invention.

Fig. 2 is a functional block diagram of the insulin pump client of the present invention.

Fig. 3 is a block diagram of the electronic control part of the client side of the insulin pump of the present invention.

Fig. 4 is a functional block diagram of the terminal client of the continuous blood glucose meter of the present invention.

Fig. 5 is the operation flow of the insulin pump client software of the present invention.

Fig. 6 is a functional block diagram of the software of the management terminal insulin infusion treatment system of the present invention.

Detailed ways

Zigbee is a new wireless connection technology, which mainly solves low-cost, low power consumption, low complexity, low transmission rate, and short-distance device networking applications. The Zigbee standard is established based on the 802.15.4 protocol stack. It has a powerful device networking function and supports three main types of self-organizing wireless networks, namely star, mesh and cluster structures, and the system nodes have multi-hop routing functions. It is especially suitable for forming a cellular network structure, and has strong network robustness and system reliability. Zigbee wireless technology has the advantages of equipment power saving, reliable communication, strong self-organization and self-healing ability of the network, low cost, large network capacity, and data security. Therefore, adding or deleting nodes in the network, changing the position of nodes, and failing nodes, etc., the network can repair itself without manual intervention to ensure the normal operation of the system. A Zigbee network can accommodate 254 slave devices and one master device. The advantages of Zigbee wireless technology are very conducive to the design of an insulin infusion therapy system suitable for use in the Department of Endocrinology of the hospital. PC host as the central node, so that all hospitalized diabetic patients receiving intensive treatment can be incorporated into the entire wireless network.

In order to better understand the technical content of the present invention, specific embodiments are given together with the attached drawings for description as follows.

Fig. 1 is a system block diagram of an insulin infusion therapy system based on Zigbee technology, the system includes several clients and a management terminal, and the management terminal and the client end perform data transmission through Zigbee. The management end includes the insulin infusion treatment management system and the Zigbee network coordinator connected with it.

Among them, each client can be an insulin pump worn by a diabetic patient, or a continuous blood glucose meter installed on a diabetic patient, and different nodes are connected and transmitted using the Zigbee protocol. The entire wireless network There is only one management terminal in the network, and the node can receive data from any client, and can also transmit data to any client. Doctors can use the insulin infusion therapy management system on the management side to monitor the blood glucose values of all diabetic patients (glucose meter clients) in the entire Zigbee wireless network, and can read the system settings stored in all patients' insulin pumps (insulin pump clients), Infusion settings, insulin history records and error information, etc., can display, analyze, print and save the read blood glucose data and insulin history records, and can set personalized insulin infusion treatment plans for each patient's insulin pump, And send it to the corresponding insulin pump client through the Zigbee wireless network.

Figure 2 is a schematic block diagram of the insulin pump client. The insulin pump includes an electronic control unit, a motor, a reduction mechanism, a transmission mechanism (screw, nut, and piston), a liquid storage cylinder, an infusion catheter, and a guide needle. The fixed insulin infusion scheme drives the motor to rotate, the motor drives the deceleration mechanism to rotate, and the deceleration mechanism pushes the transmission mechanism (screw, nut and piston) to guide the insulin solution in the liquid storage cylinder into the infusion line, and finally inject it into the injection line through the guide needle. in the human abdominal wall.

Fig. 3 is a block diagram of the electronic control unit of the client side of the insulin pump of the present invention. The electronic control unit includes a controller (MCU), a display unit (LCD), a key module, a real-time clock (RTC), a storage unit, an alarm unit, a battery, a power supply module, a power monitoring unit, and a motor drive module, in which the controller is connected to a Zigbee wireless The module, LCD, button module, RTC, storage unit, alarm unit, power monitoring unit, and motor drive module are respectively connected to the MCU. The output end of the motor drive module is connected to the motor. The motor is equipped with a photoelectric switch and a photoelectric encoder to monitor whether the motor is running. If there is a fault, the information will be transmitted to the controller for an alarm. The battery will supply the controller and the motor after the voltage is stabilized by the power supply module. Note the parameter settings.

Please refer to Figures 1 to 3 at the same time. When the client is an insulin pump client worn by the patient, the management terminal receives the address information, system information, current insulin infusion setting information and history from the insulin pump client through the Zigbee wireless network Infusion records, and the insulin pump setting system parameters and insulin infusion parameters obtained by the insulin infusion treatment management system based on the address information, system information, current insulin infusion setting information and historical infusion records of the insulin pump client through Zigbee wireless The network transmits to the insulin pump client to control the work of the insulin pump client.

Fig. 4 is a functional block diagram of the terminal client of the continuous blood glucose meter of the present invention. The electronic control unit of the blood glucose meter client includes a controller (MCU), a blood glucose sensing unit, a signal conditioning unit, a display unit (LCD), a storage unit, a real-time clock (RTC), an alarm unit, a battery and a power management module. Among them, the battery and power management module provide stable power for the whole system, the blood glucose sensing unit, signal conditioning unit, display unit, storage unit, RTC, Zigbee wireless transmission module, and alarm unit are connected to the MCU, and the blood glucose sensing unit dynamically Collect the blood glucose signal of the patient and convert it into a voltage signal. The voltage signal is sent to the signal conditioning unit for amplification and filtering. The processed signal is sent to the control unit for analog-to-digital conversion. The converted digital signal is scaled. Send it to the display unit for real-time display, and at the same time send it to the storage unit for storage. When necessary, the collected blood glucose data can be transmitted to the management terminal through the Zigbee wireless transmission module, and displayed and analyzed in the insulin infusion treatment management system of the management terminal. , print and save. In addition, the system settings from the management terminal can be received through the Zigbee wireless module. When the patient's blood sugar value exceeds the threshold, the alarm unit will activate the sound and light alarm to remind the medical staff to take intervention measures in time. Referring to Figure 1 and Figure 4 at the same time, when the client is a blood glucose meter client installed on the patient, the management terminal receives the blood glucose meter address information, system information, current blood glucose value and historical blood glucose value from the blood glucose meter client through the Zigbee wireless network , the insulin infusion treatment management system processes the blood glucose meter address information, system information, current blood glucose value and historical blood glucose value of the blood glucose meter client, and transmits the blood glucose meter setting system parameters, upper and lower alarm limits through the Zigbee wireless network to Blood glucose meter client, so as to control the blood glucose meter client work

Fig. 5 is the operation flow of the insulin pump client. This process is equivalent to the operation menu of the entire system, which is divided into two menu systems. After power-on, there is a menu system. It is necessary to set the real-time clock information such as time and date, and you can choose to restore the factory settings. Then enter another menu system, that is, the normal main menu system, which is a multi-layer menu structure, in which the first-level menu is divided into four options: clock, dose, charge, and review. The secondary menu of the clock option is divided into two options: date setting and time setting, which are used to set the date and time of the system respectively. The secondary menu of dose options is divided into three options: pre-meal bolus, basal and temporary bolus: after entering the pre-meal bolus option, you can set the meal time and the insulin dose to be infused before meals; enter the basal amount option After that, you can set the segment mode for 24 hours a day. After setting the number of segments, you can further set the total infusion dose and basal infusion rate in each segment step by step; after entering the temporary high-dose option, you can The dose and infusion basal rate required for the temporary bolus infusion mode are determined according to whether it is exercise or eating. The second-level menu of the charging option is divided into two options: motor reset and exhaust. Motor reset is the motor homing operation performed when the insulin solution in the liquid storage cartridge is used up, and the purpose is to install a new liquid storage cartridge; exhaust is Action performed after replacing a reservoir to purge air from the entire fluid line. The secondary menu of the review option is divided into review of the total dose of daily infusion, review of large doses of three meals, review of temporary doses, and review of exhaust times, which can help doctors and patients to keep abreast of the records of insulin infusion doses within a period of time. Control the situation so as to guide the formulation of infusion plans for patients in the future.

Fig. 6 is a functional block diagram of the insulin infusion therapy management system, the insulin infusion therapy management system includes:

The patient management module manages all diabetic patients receiving intensive insulin therapy included in the wireless network, establishes a personal database for each patient, binds each diabetic patient with the blood glucose meter and insulin pump worn by him, and establishes an integrated network between people and equipment. One-to-one correspondence;

Read module, read the relevant information of the client

The analysis module analyzes the relevant information of the client read by the reading module to obtain the client setting information;

a configuration module that configures the client based on the output of the aforementioned analysis module; and

A display module, displaying the relevant information of the client and the client setting information read by the reading module;

The reading module, the setting module and the display module are respectively connected to the analysis module, and the patient management module, the reading module and the setting module are respectively connected to the Zigbee network coordinator.

When the client is a blood glucose meter client, the reading module of the insulin infusion treatment management system is a blood glucose meter reading module, and the blood glucose meter reading module reads the relevant information of each blood glucose meter client in the network as required, including Blood glucose meter address information, system information, current blood glucose level and historical blood glucose level. At this time, the setting module of the insulin infusion treatment management system is the blood glucose meter setting module, which sets system parameters, upper and lower alarm limits for the blood glucose meter client in the Zigbee wireless network, and the set system parameters can be downloaded to the corresponding blood glucose meter through the Zigbee wireless network. instrument client.

When the client is a blood glucose meter client is an insulin pump client, the reading module is an insulin pump reading module, and the insulin pump reading module reads the relevant information of each insulin pump in the network, including address information, system information, current Insulin infusion setting information (basal rate and pre-meal bolus) and historical infusion records (basal rate, pre-meal bolus and daily total, etc.). At this time, the setting module of the insulin infusion therapy management system is the insulin pump setting module, which sets system parameters and insulin infusion parameters (basal rate, pre-meal bolus) for each insulin pump in the Zigbee wireless network, and the setting of the basal rate In the form of a histogram, the division and adjustment of the time period and the setting of the basal rate in each period are simple and fast, not easy to make mistakes, and easy to modify. Use a dedicated data format to download the set insulin pump system parameters and insulin infusion parameters to corresponding insulin pump.

The display module and the analysis module are mainly used for the display and analysis of blood glucose data and the display and analysis of insulin infusion history records. The patient's dynamic blood sugar fluctuation data and insulin history infusion records can be displayed, compared, and statistically analyzed in a variety of charts, and finally saved in the storage module in the form of files. The system can also report the patient's blood sugar fluctuations and insulin treatment The form is output via the print module.

In summary, the insulin infusion therapy system based on Zigbee technology of the present invention changes the existing diabetic insulin single pump therapy mode into a networked therapy mode, that is, a dedicated management system for insulin infusion therapy with the help of Zigbee wireless network and management terminal , the doctor can obtain the dynamic blood glucose value of each patient at any time, and based on this, provide each patient in the network with a personalized insulin infusion treatment plan, and the set insulin infusion parameters and system parameters are passed through the Zigbee wireless network The system parameters, infusion parameters and historical infusion stored in the insulin pump worn by each patient can be transmitted to the insulin pump worn by the corresponding patient and play a role to control the patient's blood sugar at a reasonable level. Records, etc. are transmitted to the insulin infusion therapy software on the management side for display, analysis, printing and storage. The emergence of this networked treatment method has completely changed the shortcomings of cumbersome settings and troublesome adjustments when using a single insulin pump. It will greatly improve the work efficiency of doctors, effectively allocate medical resources, greatly reduce treatment costs, and reduce the medical burden of patients.

Although the present invention has been disclosed above with preferred embodiments, it is not intended to limit the present invention. Those skilled in the art of the present invention can make various changes and modifications without departing from the spirit and scope of the present invention. Therefore, the scope of protection of the present invention should be defined by the claims.

Claims (10)

1. an insulin infusion treatment system based on Zigbee technology, is characterized in that, comprises management end and client end, and described management end and client end carry out data transmission by Zigbee wireless network, management end comprises insulin infusion treatment management system and The Zigbee network coordinator connected with it, the client includes an electronic control unit and a Zigbee wireless module connected thereto, the Zigbee module forms a Zigbee wireless network with the Zigbee network coordinator, and the management terminal receives data from the client through the above-mentioned Zigbee wireless connection The insulin infusion therapy management system is used for processing, and the processed data is sent to the electronic control unit of the client through the Zigbee wireless network to control the work of the client. 2. a kind of insulin infusion treatment system based on Zigbee technology according to claim 1, is characterized in that, client is the insulin pump client that is worn on patient's body, and the insulin infusion treatment management system of management end passes through above-mentioned Zigbee wireless The network receives the address information, system information, current insulin infusion setting information and historical infusion records from the insulin pump client, and passes the insulin pump setting system parameters and insulin infusion parameters processed by the insulin infusion therapy management system through the Zigbee wireless network Send it to the insulin pump client to control the work of the insulin pump client. 3. The insulin infusion therapy system based on Zigbee technology according to claim 2, wherein the insulin pump client also includes a motor, a deceleration mechanism, a motor transmission mechanism, a liquid storage cylinder, an infusion catheter and a guide The electronic control unit includes a controller, a display unit, a key module, a real-time clock, a storage unit, an alarm unit, a battery, a power supply module, a power monitoring unit, and a motor drive module, wherein the controller is connected to a Zigbee wireless module, a display unit, and a key module , real-time clock, storage unit, alarm unit, power monitoring unit, and motor drive module are respectively connected to the controller, and the output end of the motor drive module is connected to the motor. If there is a failure, the information will be transmitted to the controller for an alarm, the battery will supply the controller and motor with the voltage stabilized by the power module, and the insulin pump system parameters and infusion parameters will be set through the interactive operation of the button module and the display unit menu . 4. a kind of insulin infusion therapy system based on Zigbee technology according to claim 1, is characterized in that, client is the blood glucose meter client installed on the patient, and management terminal receives from blood glucose meter client through above-mentioned Zigbee wireless network. The blood glucose meter address information, system information, current blood glucose value and historical blood glucose value of the blood glucose meter terminal, the insulin infusion treatment management system processes the blood glucose meter address information, system information, current blood glucose value and historical blood glucose value of the blood glucose meter client, and will process the The blood glucose meter setting system parameters and the upper and lower alarm limits are obtained and transmitted to the blood glucose meter client through the Zigbee wireless network, thereby controlling the blood glucose meter client to work. 5. A kind of insulin infusion treatment system based on Zigbee technology according to claim 4, it is characterized in that, the electronic control unit of blood glucose meter client comprises controller, blood sugar perception unit, signal conditioning unit, display unit, storage unit, Real-time clock, alarm unit, battery and power management module, wherein the control unit is connected to the Zigbee wireless transmission unit, blood glucose sensing unit, signal conditioning unit, display unit, storage unit, real-time clock, alarm unit, battery and power management module are respectively connected to the controller . 6. a kind of insulin infusion therapy system based on Zigbee technology according to claim 1, is characterized in that, insulin infusion therapy management system comprises: The patient management module communicates with the client through the Zigbee wireless network, manages the patients in the Zigbee wireless network, establishes a personal database for each patient, and binds each patient with the client; The reading module reads the relevant information of the client through the Zigbee wireless network An analysis module, which analyzes the relevant information of the client read by the reading module; The setting module obtains the client setting information according to the analysis result of the above analysis module, and sends the client setting information to the client through the Zigbee wireless network; and A display module, displaying relevant information of the client and client setting information read by the reading module. 7. A kind of insulin infusion treatment system based on Zigbee technology according to claim 6, is characterized in that, wherein client is blood glucose meter client, and the reading module of insulin infusion treatment management system is blood glucose meter reading module The relevant information read by the reading module of the blood glucose meter includes the address information of the blood glucose meter, system information, current blood glucose level and historical blood glucose level. 8. A kind of insulin infusion treatment system based on Zigbee technology according to claim 7, it is characterized in that, the setting module of insulin infusion treatment management system is blood glucose meter setting module, and the client setting information includes the blood glucose in Zigbee wireless network The system parameters, upper and lower alarm limits of the blood glucose meter client, and the set system parameters, upper and lower alarm limits can be downloaded to the corresponding blood glucose meter client through the Zigbee wireless network. 9. A kind of insulin infusion treatment system based on Zigbee technology according to claim 6, it is characterized in that, wherein client is blood glucose meter client is insulin pump client, reading module is insulin pump reading module, insulin The relevant information read by the pump reading module includes address information, system information, current insulin infusion setting information and historical infusion records. 10. A kind of insulin infusion treatment system based on Zigbee technology according to claim 9, it is characterized in that, wherein the setting module of insulin infusion treatment management system is insulin pump setting module, client setting information includes Zigbee wireless network Insulin pump system parameters and insulin infusion parameters, and the set system parameters and insulin infusion parameters can be downloaded to the corresponding insulin pump client through the Zigbee wireless network.

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