[0056]Example two
[0057]Such asFigure 8 As shown, this embodiment provides a working method of a massage device for leg health treatment, including the following working steps:
[0058]S101: The processing unit 3 outputs a first opening signal to the driving unit 4, and the driving unit 4 drives the first rotating device 7 to rotate upward by 90 degrees;
[0059]S102: The pressure sensor 13 detects the first force value of the ball-shaped massage body 11 and sends the first force value to the processing unit 3;
[0060]S103: The processing unit 3 extracts a first force value that is less than a first preset force value, and the telescopic device 10 corresponding to the first force value;
[0061]S104: The processing unit 3 outputs a first elongation signal to the driving unit 4, and the driving unit 4 drives the telescopic device 10 to extend until the first force value corresponding to the telescopic device 10 is greater than or Equal to the first preset force value;
[0062]S105: The pressure sensor 13 detects the second force value of the arc-shaped massage body 12 and sends the second force value to the processing unit 3;
[0063]S106: The processing unit 3 extracts a second force value that is less than a second preset force value, and the telescopic device 10 corresponding to the second force value;
[0064]S107: The processing unit 3 outputs a second elongation signal to the driving unit 4, and the driving unit 4 drives the telescopic device 10 to extend until the second force value corresponding to the telescopic device 10 is greater than or Equal to the second preset force value;
[0065]S108: The processing unit 3 outputs a massage signal to the driving unit 4, and the driving unit 4 drives the massage cylinder 9 to start.
[0066]The processing unit 3 obtains the number of clamping angles set by the user, and outputs a second opening signal to the driving unit 4, and the driving unit 4 drives the second rotating device 17 to expand to the number of clamping angles.
[0067]The processing unit 3 receives the heating signal sent by the user, and outputs the heating signal to the driving unit 4, and the driving unit 4 drives the heating device to start.
[0068]The processing unit 3 receives the heat dissipation signal sent by the user and outputs the heat dissipation signal to the driving unit 4, and the driving unit 4 drives the heat dissipation device 18 to start.
[0069]Specifically, in S101, the processing unit 3 controls the first rotating device 7 to rotate upward by 90 degrees through the driving unit 4. At this time, the upper cylinder portion 6 and the lower cylinder portion 5 are opened, and the user puts the calf into In the lower tube portion 5.
[0070]After a preset time, the processing unit 3 controls the first rotating device 7 to rotate downward by 90 degrees through the driving unit 4, and at this time, the upper cylinder portion 6 and the lower cylinder portion 5 are closed.
[0071]In S102, the pressure sensor 13 inside the partially cylindrical massage body on the lower tube 5 can detect the first force value. Because the muscles on the back of the calf are not flat, some pressure sensors 13 cannot detect the force. The role of.
[0072]In S103, the processing unit 3 has a built-in first preset force value. When the first force value detected by the pressure sensor 13 on the lower cylinder portion 5 is less than the first preset force value, it indicates that the ball The massage body 11 does not fully contact the back side of the calf.
[0073]The processing unit 3 extracts a first force value that is less than a first preset force value and a telescopic device 10 corresponding to the first force value, and the telescopic device 10 and the ball in the connected connecting column 8 The pressure sensor 13 in the curved massage body 11 or the arc massage body 12 has a corresponding relationship.
[0074]In S104, the processing unit 3 controls the expansion device 10 to gradually extend through the drive unit 4, and at the same time monitors the first force value sent by the pressure sensor 13 corresponding to the expansion device 10. When a force value is greater than or equal to the first preset force value, the processing unit 3 controls the telescopic device 10 to stop extending through the driving unit 4.
[0075]In S105, the pressure sensor 13 inside the partial arc-shaped massage body on the upper cylinder 2 can detect the second force value, and the partial pressure sensor 13 cannot detect the effect of the force.
[0076]In S106, the processing unit 3 has a built-in second preset force value, and the second preset force value is less than the first preset force value. When the pressure sensor 13 on the upper cylinder 6 detects When the obtained second force value is less than the second preset force value, it indicates that the arc massage body 12 is not in full contact with the front side of the calf.
[0077]The processing unit 3 extracts a second force value smaller than a second preset force value and the telescopic device 10 corresponding to the second force value.
[0078]In S107, the processing unit 3 controls the extension of the telescopic device 10 through the drive unit, and at the same time detects the second force value sent by the pressure sensor 13 corresponding to the telescopic device 10. When the force value is greater than or equal to the second preset force value, the processing unit 3 controls the telescopic device 10 to stop extending through the driving unit 4.
[0079]In S108, after the ball-shaped massage body 11 and the arc-shaped massage body 12 are in place, the processing unit 3 controls the activation of the massage cylinder 9 through the drive unit 4, and the massage cylinder 9 provides vibration massage.
[0080]When using the present invention, a user can use a smart phone to establish a connection with the processing unit 3, and can control the opening and closing angle of the second rotating device 17, the heating device, and the heat dissipation device 18 through the smart phone.