CN105812457A - Android system mobile phone APP-based intermediate-frequency household electro-therapeutic apparatus control method - Google Patents

Abstract

A control method for an intermediate frequency home electrotherapy instrument based on an Android system mobile phone APP. The system for realizing the method consists of three parts: a smart phone terminal loaded with an Android system, a communication network, and an intermediate frequency home electrotherapy instrument. This method is realized on the basis of the above-mentioned system. For the smart phone terminal loaded with the Android system, the technical solution adopted is: under the Eclipse development environment configured with the Android SDK, use the Java language programming to develop an application based on the Android system. The APP software of the mobile phone is installed on the smart phone terminal. When the intermediate frequency home electrotherapy device needs to be used, the user can control it through the mobile phone APP; The icons in various APPs are replaced, which realizes the characteristics of portability and simplification, and is easier to use; the invention can promote the miniaturization and portability of the intermediate frequency home electrotherapy instrument to become a part of the smart home through the mobile phone APP, which is convenient for users For the unified use and management of equipment.

Description

A control method for intermediate frequency home electrotherapy apparatus based on Android system mobile phone APP

technical field

The invention relates to the fields of smart phone technology, mobile communication technology and household medical equipment, in particular to a control method for an intermediate frequency home electrotherapy instrument based on an Android system mobile phone APP.

Background technique

With the continuous enhancement of people's awareness of health care, the arrival of my country's aging society, and the increase of sub-healthy people caused by the accelerated pace of social life, people's demand for medical and health care equipment has greatly increased. Household medical devices have been widely developed because of their simple operation, small size, easy to carry, etc., and can meet people's basic health care functions.

Electrotherapy is a method of using various currents or electromagnetic fields to achieve the purpose of preventing and curing diseases. To be precise, this treatment method is to use current to act on the human body to improve people's health and achieve the purpose of preventing and curing diseases and health care. And promote the recovery of the body after illness. The method of treating diseases with an electric current with a frequency of 1 to 100kHZ is called intermediate frequency electrotherapy. Intermediate frequency current has the functions of analgesia, promoting local blood circulation, and exercising muscles. Corresponding to drug treatment, physical therapy is relatively safe and environmentally friendly, and it is very effective for certain diseases. The intermediate frequency electrotherapy instrument is a medical and health care device that can generate different types of therapeutic waveforms to treat diseases, so it has broad market prospects.

The intermediate frequency household electrotherapy instrument forms a variety of prescriptions by arranging and combining different waveforms within a period of time, and various prescriptions correspond to different therapeutic effects. At present, the more common intermediate frequency home electrotherapy instruments include physical buttons and display screens as the control terminal. However, with the popularization of smart phones and the advancement of mobile phone APP research and development technology, mobile phone APP can be used as the control terminal of the intermediate frequency home electrotherapy instrument. It can further reduce the volume of the intermediate frequency home electrotherapy device and make it "pocketable", which can also save costs and reduce resource consumption. It can also upload the usage data to the cloud through the network, providing technology for the integration of the intermediate frequency home electrotherapy device into the smart home Base. In view of this, on the basis of smart phone technology and mobile communication network technology, the present invention proposes a method for controlling an intermediate frequency home electrotherapy instrument based on an Android system mobile phone APP. Control. In addition to providing basic prescription selection and other functions, the mobile APP can also count historical records such as usage time and frequency and upload them to the cloud. Users can view historical records through multiple devices to know their own usage.

Contents of the invention

The purpose of the present invention is to propose a control method for an intermediate frequency home electrotherapy instrument based on an Android system mobile phone APP, aiming at simplifying the hardware equipment and control methods of the existing intermediate frequency home electrotherapy instrument, and its system structure is shown in Figure 1.

The system consists of three parts: a smart phone terminal loaded with Android system, a communication network and an intermediate frequency home electrotherapy device. The smart phone terminal is equipped with an APP control terminal, and the APP control terminal includes a prescription selection module, a dosage adjustment module, a data display module, a historical data module, a timing reminder module, a codec module, a network connection module and a clock module, a prescription selection module, Dose adjustment module, data display module, and historical data module are connected in parallel to the codec module, the codec module is connected to the network connection module, the network connection module is connected to other devices or intermediate frequency home electrotherapy instruments through the data transmission network, and the data transmission network is connected to other devices There is a cloud between them; the timing reminder module is connected with the clock module.

The communication network in the connection of the network connection module is divided into two types, one is the network where the mobile phone APP uses the WiFi network to communicate with the intermediate frequency home electrotherapy device, and the other is the network where the mobile phone APP uses the mobile communication network or the WiFi network to communicate with the cloud; The intermediate frequency household electrotherapy instrument includes an electrotherapy instrument module and a WiFi wireless communication module; the mobile communication network is a 2G or 3G or 4G network.

The present invention proposes a method for controlling an intermediate frequency home electrotherapy device based on an Android system mobile phone APP is realized on the basis of the above-mentioned system. For a smart phone terminal loaded with an Android system, the technical solution adopted is: after configuring Under the Eclipse development environment of AndroidSDK, use Java language programming to develop mobile phone APP software based on the Android system and install it on the smart phone terminal. When the intermediate frequency home electrotherapy device needs to be used, the user controls it through the mobile phone APP. The steps of the control method are as follows:

Step 1: Click the mobile phone APP icon to enter the APP interface. Through the WiFi network and WiFi wireless communication module, the APP is connected with the intermediate frequency home electrotherapy device.

Step 2: Select a prescription through the prescription selection module of the APP.

Step 3: Adjust the appropriate prescription dose through the dose adjustment module of the APP, and click the start button to start the operation of the medium frequency home electrotherapy device.

Step 4: The APP data display module displays the running prescription, dose and remaining time of the intermediate frequency home electrotherapy device. During the running of the prescription, the user can click the buttons such as pause and stop, or continue to adjust the dose.

Step 5: After the use is over, the user can refer to the current use record. Users can also view historical usage records at any time.

Step 6: In order to maintain better control results, use reminders can be set through the timing reminder module in the APP to prevent users from forgetting to use them.

Step 7: When there is a network connection, the historical usage data of the intermediate frequency home electrotherapy device will be automatically updated to the cloud, and users can view the historical records through multiple devices.

Compared with the traditional button and display type electrotherapy instrument, the present invention has the following beneficial effects:

(1) The present invention can not only effectively reduce the weight and volume of the intermediate frequency household electrotherapy device, but also replace the traditional buttons with icons in various APPs, which realizes the characteristics of portability and simplification, and is easier to use.

(2) The present invention allows users to view their own historical use records and understand the use status through different devices when there is a network connection to the APP.

(3) The present invention enables the user to obtain the use reminder through the timing reminder function, so as to avoid forgetting to use and obtain better therapeutic effect.

(4) The present invention can promote the miniaturization and portability of the intermediate frequency household electrotherapy instrument to become a part of the smart home through the mobile phone APP, which is convenient for the user to use and manage the equipment in a unified manner.

Description of drawings

Figure 1 is a system structure diagram.

Fig. 2 is the flow chart of the implementation of the present invention.

detailed description

In order to make the purpose, content and advantages of the present invention more clear and understandable, the present invention will be further described in detail below in conjunction with the accompanying drawings. As shown in Figure 1, the specific steps to implement the case are as follows:

Step 001: Click the APP icon, open the APP, the mobile phone displays the intermediate frequency home electrotherapy device control APP interface, and connect the APP with the intermediate frequency home electrotherapy device through the WiFi network and the WiFi wireless communication module. It is represented as process 4-5 in the figure.

Step 002: Click on the prescription selection module on the APP, select the required treatment prescription, the encoding and decoding module encodes the relevant instructions, and sends them to the intermediate frequency home electrotherapy device through the network. It is represented as process 1-3-4-5 in the figure.

Step 003: Click on the dose adjustment module on the APP to adjust the dose of the selected prescription. The codec module encodes the relevant instructions and sends them to the intermediate frequency home electrotherapy device through the network. It is represented as process 2-3-4-5 in the figure. You can also skip directly to the next step and adjust the dose after the medium frequency home electrotherapy device is running.

Step 004: Click the start button, the encoding and decoding module encodes the relevant instructions, and sends them to the intermediate frequency home electrotherapy device through the network to make it start running.

Step 005: The intermediate frequency home electrotherapy device sends its own status back to the APP through the network. After receiving the corresponding instructions, the APP decodes the instructions through the codec module and sends them to the data display module. At this time, the APP shows that the intermediate frequency home electrotherapy device is running. Prescription, dose size, and time remaining. It is represented as process 5-4-3-6 in the figure. In the middle, users can click buttons such as pause and stop, or continue to adjust the dosage. Until the end of this prescription operation, this is a treatment cycle of the home-use intermediate frequency therapeutic instrument.

Step 006: After the use is over, the APP will automatically save the use record to the local mobile phone, and send it to the cloud when there is a network connection. The process of sending to the cloud is represented as 7-3-4-8 in the figure. Users can also view local historical usage records at any time. When there is a network connection, the user can also check the historical records of other devices on the new mobile terminal, which is shown as the process 7-3-4-8-8-4-3-7 in the figure.

Step 007: In order to avoid forgetting to continue to use and maintain a good therapeutic effect, the user sets a reminder through the timing reminder module in the APP. The timing reminder module starts timing through the clock module. After the timing time is up, the clock module triggers the timing reminder module , so that the APP will pop up a dialog box to remind you that it is time to use. The entire timing reminder process is shown as flow 10-10 in the figure.

In order to illustrate in more detail the control method of a kind of intermediate frequency household electrotherapy instrument based on the Android system mobile phone APP proposed by the present invention, three specific embodiments are given below:

Example 1

The situation of this example is that the user of the medium-frequency home electrotherapy instrument selects a prescription for treatment. Then it will go through step 001 to open the APP, step 002 to select a prescription, step 003 to adjust the required dose, and step 004 to start treatment. Through step 005, he can know the current prescription number, dosage size and remaining time, and continue to adjust the dosage size through step 003 until the prescription runs to the end.

Example 2

The situation of this example is that the user of the intermediate frequency home electrotherapy device checks the history records of other devices on the new mobile terminal. Then it must ensure that when the mobile phone terminal is connected to the network, open the APP through step 001 and click on the historical data module in step 006, and then the historical records such as the usage time and usage frequency of other devices can be inquired.

Example 3

In the case of this example, the user of the intermediate frequency home electrotherapy device directly sets the treatment time reminder. Then it only needs to go through step 001 to open the APP, and step 007 to set the desired reminder time.

Claims (4)

1. An intermediate frequency home electrotherapy instrument control system based on the Android system mobile phone APP, is characterized in that: the system is composed of three parts: a smart phone terminal loaded with an Android system, a communication network and an intermediate frequency home electrotherapy instrument; the smart phone terminal is equipped with APP control terminal, APP control terminal includes prescription selection module, dose adjustment module, data display module, historical data module, timing reminder module, codec module, network connection module and clock module, prescription selection module, dose adjustment module, data display module , The historical data module is connected in parallel to the codec module, the codec module is connected to the network connection module, the network connection module is connected to other devices or intermediate frequency home electrotherapy instruments through the data transmission network, and there is a cloud between the data transmission network and other devices; timing The reminder module is connected with the clock module. 2. a kind of intermediate frequency home electrotherapy instrument control system based on Android system mobile phone APP according to claim 1, is characterized in that: the communication network in the network connection module connection is divided into two classes, and a class is that mobile phone APP uses WiFi network and The network for the communication of the intermediate frequency home electrotherapy instrument is another type of network where the mobile phone APP uses a mobile communication network or a WiFi network to communicate with the cloud; the intermediate frequency home electrotherapy instrument includes an electrotherapy instrument module and a WiFi wireless communication module. 3. A control system for an intermediate frequency home electrotherapy device based on an Android system mobile phone APP according to claim 2, wherein the mobile communication network is a 2G or 3G or 4G network. 4. utilize the described system of claim 1 to carry out a kind of intermediate frequency home electrotherapy instrument control method based on Android system mobile phone APP, it is characterized in that: under the Eclipse development environment that has configured AndroidSDK, utilize Java language programming development to be based on Android system The mobile phone APP software is installed on the smart phone terminal. When the intermediate frequency home electrotherapy device needs to be used, the user controls it through the mobile phone APP. The steps of the control method are as follows: Step 1: Click the APP icon on the mobile phone to enter the APP interface; through the WiFi network and WiFi wireless communication module, connect the APP with the intermediate frequency home electrotherapy device; Step 2: Select a prescription through the prescription selection module of the APP; Step 3: Adjust the appropriate prescription dose through the dose adjustment module of the APP, and click the start button to start the operation of the intermediate frequency home electrotherapy device; Step 4: The APP data display module displays the running prescription, dose and remaining time of the intermediate frequency home electrotherapy device. During the running of the prescription, the user can click the pause, stop and other buttons, or continue to adjust the dose; Step 5: After the use is over, the user can view the current use record; the user can also view the historical use record at any time; Step 6: In order to maintain better control results, use reminders can be set through the timing reminder module in the APP to prevent users from forgetting to use; Step 7: When there is a network connection, the historical usage data of the intermediate frequency home electrotherapy device will be automatically updated to the cloud, and users can view the historical records through multiple devices.