[0046] The present invention will be described below in conjunction with specific embodiment one.
[0047] Such as Figure 1 ~ Figure 5 As shown, the best implementation of the method that can maintain the cupping temperature includes:
[0048] The first step is to set up a main cupping tank body 2 which has an upward vent tube 24, a thermal insulation liquid cavity 3 is set around the vent tube 24, and the thermal insulation liquid cavity 3 is filled with thermal insulation liquid;
[0049] The second step is to install a main tank plug 22 at the port where the vent pipe 24 extends to the end of the heat preservation liquid chamber 3;
[0050] The third step is to set a heat preservation cavity plug seat 32 on the shell of the heat preservation liquid chamber 3, and the heat preservation cavity plug seat 32 is provided with a heat preservation cavity plug seat hole 33 which is connected to the heat preservation cavity; A heat preservation cavity plug 31 includes a plug seat body 34, a plug hole sealing body 36 and a handle body 35. A sliding pipe 37 is arranged in the middle of the heat preservation cavity plug 31. The upper end of the sliding pipe 37 communicates with an exhaust duct 38 for exhaust The outlet of the channel 38 is at the end of the handle body 35; a spring 40 is provided on the upper part of the sliding pipe 37, and under the spring 40 is a sliding block 39, and at the bottom of the sliding pipe 37 is a fixed ring 41;
[0051] The fourth step, after the insulation liquid cavity 3 is sleeved into the vent tube 24 and fixedly connected to the main cupping body 2, the insulation liquid is injected into the insulation liquid cavity 3 through the insulation cavity plug hole 33, and then the insulation is inserted The cavity is plugged 31, and the cupping 1 is put into the heating device to heat;
[0052] Step 5. After heating, the liquid in the heat preservation liquid chamber 3 expands and pushes the gas at the top on the bottom surface of the sliding block 39. The sliding block 39 compresses the spring 40 on it and slides upward. When the heating process is over, the sliding block 39 stop sliding;
[0053] The sixth step, the cupping 1 is taken out of the heating device and inserted into the main tank plug 22. At this time, the cupping operation can be performed. When the liquid in the heat preservation liquid chamber 3 gradually cools down, the liquid shrinks, and the sliding block 39 is pressed downward by the spring 40 slide.
[0054] Such as Figure 1~Figure 10 As shown, the second embodiment: a method for maintaining and observing the cupping temperature, the method includes:
[0055] The first step is to set up a main cupping tank body 2 which has an upward vent tube 24, a thermal insulation liquid cavity 3 is set around the vent tube 24, and the thermal insulation liquid cavity 3 is filled with thermal insulation liquid;
[0056] The second step is to set a main tank plug 22 at the port where the vent pipe 24 extends to the end of the heat preservation liquid chamber 3, set a heat conduction plane 26 on the shell side of the cupping main tank 2, and prepare a magnetic conductive sheet 5 Closely integrated with the heat conduction plane 26;
[0057] A temperature detection display 6 is prepared. There is a magnet 68 on the back of the temperature detection display 6 to attract the magnetic sheet 5; the front has a temperature display 61, a power light 64, a charging indicator 65, and a charging socket 66 and a switch on the side 62. The adjusting knob 63 and the beeper 69 have a circuit board inside; the program memory 81 of the single-chip computer 8 on the circuit board is loaded with a temperature detection display running program:
[0058] Main program module 801, temperature detection program module 802, zero point calibration program module 803, temperature display program module 804, temperature overrun alarm program module 805, battery indicator program module 806, battery exhaustion alarm program module 807, charging indicator program module 808 , PWM output program module 809, A/D conversion program module 810, and table lookup program module 811, the instructions of each program module are suitable for being loaded and executed by the processor 84;
[0059] The third step is to set a heat preservation cavity plug seat 32 on the shell of the heat preservation liquid chamber 3, and the heat preservation cavity plug seat 32 is provided with a heat preservation cavity plug seat hole 33 which is connected to the heat preservation cavity; A heat preservation cavity plug 31 includes a plug seat body 34, a plug hole sealing body 36 and a handle body 35. A sliding pipe 37 is arranged in the middle of the heat preservation cavity plug 31. The upper end of the sliding pipe 37 communicates with an exhaust duct 38 for exhaust The outlet of the channel 38 is at the end of the handle body 35; a spring 40 is provided on the upper part of the sliding pipe 37, and under the spring 40 is a sliding block 39, and at the bottom of the sliding pipe 37 is a fixed ring 41;
[0060] The fourth step, after the insulation liquid cavity 3 is sleeved into the vent tube 24 and fixedly connected to the main cupping body 2, the insulation liquid is injected into the insulation liquid cavity 3 through the insulation cavity plug hole 33, and then the insulation is inserted The cavity is plugged 31, and the cupping 1 is put into the heating device to heat;
[0061] Step 5. After heating, the liquid in the heat preservation liquid chamber 3 expands and pushes the gas at the top on the bottom surface of the sliding block 39. The sliding block 39 compresses the spring 40 on it and slides upward. When the heating process is over, the sliding block 39 stop sliding;
[0062] Step 6. The cupping 1 is taken out of the heating device and inserted into the main tank plug 22. At this time, the cupping operation is performed. When the temperature of the liquid in the heat preservation liquid chamber 3 is gradually reduced, the liquid shrinks, and the sliding block 39 is pressed downward by the spring 40. slide;
[0063] Step 7. When the magnet 68 of the temperature detection display 6 is attracted to the magnetic sheet 5, the switch 62 has been opened at this time, and the temperature detection display 6 works. Since the internal temperature sensor RT and the magnet 68 are tightly integrated and packaged, the liquid is kept warm The temperature of the cavity 3 is transmitted to the temperature sensor RT through the shell of the cupping main tank 2, the magnetic sheet 5, and the magnet 68; at this time, the main program module 801 of the single-chip computer 8 calls the zero point calibration program module 803, and sets P1.4 The zero potential input by the pin is converted into a digital signal by the A/D conversion program module 810, and stored in the program running variable register 83, and then the temperature display program module 804 is called, and the word "00" is displayed on the temperature display 61. When the power-on self-test passed;
[0064] Step 8. Next, the main program module 801 calls the temperature detection program module 802, and converts the output potential of the operational amplifier U3 input by the P1.3 pin into a digital signal by the A/D conversion program module 810, which is stored in the program running variable temporary storage In the device 83, the table look-up program module 811 is then called to find the corresponding temperature value, and the temperature display program module 804 is displayed on the temperature display screen 61.
[0065] Step 8 The data stored in the program running variable register 83 exceeds the maximum value of the table look-up program module 811, and the temperature display program module 804 displays an alarm sign on the temperature display 61, and the main program module 801 Call the temperature overrun alarm program module 805, and the beeper 69 emits a temperature alarm sound.
[0066] The main program module 801 calls the power indicator program module 806 at regular intervals to convert the potential of the second pin of the power chip U3 input by the P1.2 pin into a digital signal by the A/D conversion program module 810, which is stored in the program running variable temporary In the memory 83, the table look-up program module 811 is called to find the corresponding voltage value. According to the voltage value, the PWM output program module 809 is called to drive the lighting level of the power lamp 64; when the power is lower than the set value, the power consumption is The alarm program module 807 drives the power lamp 64 to flash, and the beeper 69 emits a power alarm sound.
[0067] When the main program module 801 detects that the P1.1 pin is low, it calls the charging instruction program module 808 to light up the yellow light in the charging indicator 65; when it detects that the P1.1 pin changes from low to high, Turn off the yellow light, and light up the green light in the charging indicator 65.
[0068] The cupping device capable of maintaining the cupping temperature according to the first method, said cupping device includes: a main cupping body 2 having an upward vent tube 24, and a heat preservation liquid cavity 3 is arranged around the vent tube 24 , And fill the insulation liquid cavity 3 with insulation liquid;
[0069] A main tank plug 22 is provided at the port where the vent pipe 24 extends to the end of the insulating liquid chamber 3;
[0070] The heat preservation liquid cavity 3 is sleeved into the vent pipe 24 and fixedly connected with the cupping main tank body 2.
[0071] A heat preservation cavity plug seat 32 is provided on the shell of the heat preservation liquid cavity 3, and a heat preservation cavity plug seat hole 33 is provided on the heat preservation cavity plug seat 32, which is connected to the heat preservation cavity; The heat preservation cavity plug 31 includes a plug seat body 34, a plug hole sealing body 36 and a handle body 35. A sliding pipe 37 is arranged in the middle of the heat preservation cavity plug 31. The upper end of the sliding pipe 37 communicates with an exhaust duct 38. The outlet of 38 is at the end of the handle body 35; the upper part of the sliding pipe 37 is provided with a spring 40, under the spring 40 is a sliding block 39, and at the bottom of the sliding pipe 37 is a fixed ring 41.
[0072] Such as Picture 11 As shown, a moxa 91 is provided in the inner cavity 23 of the cupping main tank body 2, and the moxa 91 and the mouth of the can are separated by a plastic orifice 92, which is supported by an embedded column 94 In the tank top 27.
[0073] The best embodiment of the cupping device capable of maintaining and observing the cupping temperature of the second method: the cupping device includes: a main cupping body 2 which has an upward vent pipe 24, and the vent pipe A heat preservation liquid cavity 3 is set around 24, and the heat preservation liquid cavity 3 is filled with heat preservation liquid; a main tank plug 22 is set at the port of the vent pipe 24 that extends to the end of the heat preservation liquid cavity 3; the heat preservation liquid cavity 3 is sleeved The vent tube 24 is fixedly connected to the main cupping tank body 2; a heat conduction plane 26 is provided on the side of the main cupping tank body 2, and a magnetic conductive sheet 5 is prepared to closely integrate the heat conduction plane 26; a temperature detection display 6 is prepared There is a magnet 68 on the back of the temperature detection display 6 for attracting the magnetic sheet 5; on the front there are a temperature display 61, a power light 64, a charging indicator 65, and a charging socket 66, a switch 62, an adjustment knob 63 and The beeper 69 has a circuit board inside.
[0074] A temperature sensor RT is connected to the back of the magnet 68, the output end of the temperature sensor RT is connected to the operational amplifier U3, and the output end of the operational amplifier U3 is connected to the P1.3 pin of the single-chip computer 8 on the circuit board;
[0075] The switch 62 is connected to the lithium battery BT1 and the 6th pin of the power chip U2; the adjustment knob 63 is a potentiometer R20, which is connected in series with the resistor R19 and then connected across the output terminal and the reverse input terminal of the operational amplifier U3 .
[0076] Image 6 As shown, the width of the temperature detection display 6 is equivalent to the thickness and diameter of the cupping main tank body 2. Since the temperature detection display 6 is very power-saving, the internal lithium battery BT1 is fully charged once and can be used continuously for 48 hours. Moreover, one temperature detection display 6 can be used on all main cupping tanks 2, and multiple temperature detection displays 6 can be used to observe the difference in the absorption rate of cupping heat by different parts of the human body.
[0077] Such as Picture 9 As shown, R20 can adjust the magnification of operational amplifier U3, which is actually adjusting the accuracy of temperature display.
[0078] The cost of the temperature detection display 6 is more than ten yuan, which can monitor the temperature of the cupping tank to avoid scalding patients.
[0079] The above content of the present invention is only a preferred embodiment of the present invention. For those of ordinary skill in the art, according to the idea of the present invention, there will be changes in the specific implementation and the scope of application. The content of this specification should not be understood To limit the present invention.
