KR102134234B1 - Acupuncture device using lazer - Google Patents

Abstract

The present invention relates to a laser acupuncture device, which performs acupuncture treatment by determining whether an acupuncture point of an acupuncture treatment part is an acupuncture point corresponding to an acupuncture point divided for each pre-selected meridian system of a human body (for example, a 12 meridian system, a 14 meridian system including the 12 meridian system, conception vessel, and governor vessel, or the like), displaying the same, and penetrating laser light with an adjusted penetration depth and penetration range into human body muscles, into the acupuncture treatment part. The present invention determines whether an acupuncture point of an acupuncture treatment part of a human body is correct, and displays the same to notify a user, and thus laser acupuncture treatment can be performed regardless of a location of a patient by being easily carried by an ordinary person as well as an oriental medicine doctor, acupuncturist or doctor. In particular, laser light with an adjusted penetration depth and penetration range into human body muscles is penetrated into an acupuncture point of an acupuncture treatment part, thereby expecting an optimal acupuncture treatment effect.

Description

Acupuncture device using lazer}

The present invention relates to an acupuncture device, and more particularly, to a laser acupuncture device for performing laser acupuncture treatment by determining whether or not the acupuncture site of the acupuncture treatment site is correct.

Many patients are reluctant to use acupuncture because the acupuncture used for acupuncture treatment is directly inserted into the treatment area, such as the human muscle, causing severe pain in the patient and the risk of infection or scarring at the site.

A portable laser needle published in Patent Document 1 has been developed as an acupuncture device for solving the inconvenience or problems associated with the use of the above-mentioned needle.

The laser needle published in Patent Document 1 has a shape similar to a writing instrument such as a ballpoint pen or fountain pen, and the ceramic needle protrudes to the outside of the lower case by pressing the rotary hatch button without inserting the needle directly into the human body muscle. In the state, the laser beam is emitted through the light path formed inside the ceramic needle to reach the human body.

However, the conventional laser acupuncture as disclosed in Patent Document 1 can be easily carried by an oriental medical practitioner or a person who has been trained in professional acupuncture procedures (for example, an acupuncturist or doctor) to perform laser acupuncture procedures regardless of where the patient is located. It has the advantage of being present, but it is difficult for the general public who does not know exactly the acupuncture point of the acupuncture site due to the disease to directly perform acupuncture.

KR 10-0360617 B1

The present invention is to solve the above-mentioned conventional problems, the object of the present invention is the meridians of the human body preselected acupuncture sites (e.g. 12 meridians or 12 meridians and 14 meridians including vein and venom) It is to provide a laser acupuncture device for determining and displaying whether or not a blood spot corresponding to a blood spot classified by stars is correct and penetrating a laser beam having a controlled penetration depth and penetration range into a human body muscle. .

In order to achieve the object of the present invention as described above, the laser acupuncture device according to the present invention is separated and combined into an upper case, an intermediate case, and a lower case, and laser light is emitted through an optical path formed in a lower portion of the lower case. A case; A power switch installed on an upper portion of the upper case to turn on or off the power of the battery installed inside the case; An hour hand button installed on the upper surface of the upper case; A meridian selection switch installed on the connection portion of the upper case and the intermediate case to select and select the blood spots of the acupuncture treatment sites according to the meridian of the human body (eg, 12 meridians or 12 meridians and 14 meridians including vein and venom); A laser light control switch installed at a lower end of the lower case to adjust a penetration depth and a penetration range of laser light penetrating into human body muscles; It is installed inside the case, and when the power switch is turned on, it displays on the display, and when the hour hand button is pressed, it outputs a laser light driving signal for diagnosis and displays on the display that blood pressure is being diagnosed. When an optical detection signal is input, the corresponding detection signal is compared with a diagnostic detection signal stored in the memory in advance to determine whether the blood spot of the acupuncture treatment site corresponds to the blood spot corresponding to the blood spot classified for each meridian of the pre-selected body. When the hour hand button is pressed again when the blood spot is corrected, the treatment laser light driving signal is output and the treatment unit is being displayed at the same time. When the treatment laser light driving signal is output, the hour hand button is pressed again. A main control unit (MCU) for stopping the hour hand by blocking the output of the therapeutic laser light driving signal; A diagnostic laser generating unit that is installed inside the case and emits diagnostic laser light when the diagnostic laser light driving signal is input; When installed in the case and the driving signal for the treatment laser light is input, a treatment laser generator for emitting a treatment laser light having a controlled penetration depth and a penetration range into the human body muscles and penetrating the acupuncture treatment site to treat acupuncture ; A light emitting unit installed inside the case to alternately emit the diagnostic laser light or the therapeutic laser light; It is characterized in that it is configured to be installed inside the case and penetrates into the human body muscles and detects the reflected laser light for diagnosis and applies the diagnostic laser light detection signal to the main control unit (MCU).

In the laser acupuncture device according to the present invention, the case is characterized in that it is formed in a shape of any one of a ballpoint pen or a fountain pen to which a pocket clip is attached.

In the laser acupuncture apparatus according to the present invention, the power switch, the meridian selection switch, and the laser light adjustment switch are characterized in that they are formed of a rotary switch that rotates along the outer circumferential surface of the case.

In the laser acupuncture apparatus according to the present invention, the display unit is characterized in that the power-on state and blood spot diagnosis, blood spot determination and treatment are indicated by different equalization signals or audio signals.

In the laser acupuncture apparatus according to the present invention, the diagnostic laser generator and the therapeutic laser generator are characterized by being composed of a laser driving part and a laser diode (LD).

In the laser acupuncture apparatus according to the present invention, the light emitting portion dichroic filter (dichroic filter) for passing the reflected light of the diagnostic laser light and the therapeutic laser light and the diagnostic laser light; And the depth formed in the lower case of the lower case by adjusting the penetration depth and the penetration range of the diagnostic laser light and the therapeutic laser light into the human muscle by alternately passing the dichroic filter by the operation of the laser light adjustment switch. It characterized in that it is configured to include; a lens unit for adjusting the laser light emitted through the passage.

In the laser acupuncture apparatus according to the present invention, the lens portion for adjusting the laser light is a flat convex lens converging the laser light emitted in the lower direction of the lower case and a double concave lens emitting and emitting the laser light passing through the flat convex lens. It is characterized in that the depth of penetration and the range of penetration of the diagnostic laser light and the therapeutic laser light into the human body muscles are controlled by adjusting the interval with.

In the laser acupuncture apparatus according to the present invention, the light emitting unit further includes a reflection mirror unit that forms a path through which the diagnostic laser light emitted from the diagnostic laser generator in the front end of the dichroic filter enters the dichroic filter. It is characterized by being configured to include.

In the laser acupuncture device according to the present invention, the main control unit (MCU) is electrically connected to any one of a smart device (eg, a smart phone, a smart watch, etc.) and a wired or wireless method, and the power switch and the hour hand button, It is characterized by receiving the power of the smart device in place of the functions of the meridian selection switch and the laser light adjustment switch to control the hour hand operation, hour hand time, and meridian selection operation.

In the laser acupuncture device according to the present invention, the smart device displays the meridians of the human body, displays the disease symptoms and acupuncture treatment methods for each acupuncture points of each meridian, or displays the acupuncture points for acupuncture treatment when the disease symptoms are input through the index function. It is characterized by displaying or displaying an acupuncture treatment method for each health therapy for health management of the user, and an app (APP) that displays a blood spot for acupuncture treatment for each health therapy through an index function is mounted.

Since the present invention determines whether or not the acupuncture site of the human acupuncture site is correct and displays it so that the user can understand it, laser acupuncture treatment can be performed regardless of the place where the patient is located, as it is easily carried by a general practitioner, acupuncturist, or doctor. In particular, it is possible to expect an optimal acupuncture treatment effect because laser light having a controlled penetration depth and penetration range into the human body muscles penetrates into the acupuncture site of the acupuncture treatment site.

1 is an embodiment showing a laser acupuncture device according to the present invention.
Figure 2 is an embodiment showing the internal configuration of the laser acupuncture apparatus according to the present invention.
Figure 3 is a block diagram showing the main substrate configuration of the laser acupuncture apparatus according to the present invention.

Hereinafter, embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

The laser acupuncture apparatus according to the present invention described below is not limited to the following embodiments, and anyone who has ordinary knowledge in the art can perform it by changing it without departing from the gist of the technology claimed in the claims. The technical spirit is to the extent possible.

1 to 3, the case 110 of the laser acupuncture apparatus 100 according to the present invention is preferably formed in a portable bar or writing instrument shape, such as a ballpoint pen or fountain pen, to which a pocket clip 111a is attached. .

The case 110 is separated and combined into an upper case 111, an intermediate case 112, and a lower case 113, and laser light is emitted through an optical path 113a formed at a lower end of the lower case 113. .

A power switch 120 for turning on or off the power of the battery 120a installed inside the case 110 is installed at an upper end of the upper case 111.

The battery 120a is preferably a replaceable disposable battery or a rechargeable battery.

The hour hand button 130 is installed on the upper surface of the upper portion of the upper case 111.

The meridians to select and select the acupuncture points of the acupuncture points by the meridian of the human body (e.g., 12 meridians or 12 meridians and 14 meridians including veins and venoms) are connected to the connection parts of the upper case 111 and the intermediate case 112. Selection switch 140 is installed.

A laser light control switch 150 is provided at a lower end of the lower case 113 to control the penetration depth and the penetration range of the laser light penetrating the human body muscles.

The power switch 120, the meridian selection switch 140 and the laser light control switch 150 is preferably formed of a rotary switch that rotates along the outer circumferential surface of the case 110.

For reference, FIG. 1 illustrates a rotary power switch 120 that is turned on or off as it rotates along the outer circumferential surface of the case 110 to turn on or off the power of the battery 120a.

For reference, in FIG. 1, the blood spots of the acupuncture treatment sites are divided according to the meridians of the human body (for example, 12 meridians or 12 meridians and 14 meridians including lymph veins and venoms) as they rotate along the outer circumferential surface of the case 110. The rotary meridian selection switch 140 to be selected is exemplified, and the 12 meridians or 14 meridians selected by the rotary meridian selection switch 140 are displayed as numbers (for example, 1, 2, 3, etc.) for convenience.

For reference, FIG. 1 illustrates a rotary laser light control switch 150 that controls the penetration depth and penetration range of laser light that penetrates into the human body muscle as it rotates along the outer circumferential surface of the case 110, and the corresponding rotary laser light When the adjustment switch 150 is rotated in the positive (+) direction, the penetration depth becomes deeper and the penetration range becomes narrower, and when it is rotated in the negative (-) direction, the penetration depth becomes shallower and the penetration range becomes wider.

A main control unit (MCU) 160 is installed inside the case 110.

The main control unit (MCU) 160 displays on the display unit 161 that the power is on in the power switch 120 is turned on and outputs a diagnostic laser light driving signal when the hour hand button 130 is pressed. At the same time, it displays on the display unit 161 that the blood spot is being diagnosed.

When the diagnostic laser light detection signal is input, the main control unit (MCU) 160 compares the detection signal with a diagnostic detection signal previously stored in the memory 162 and meridians of the human body where the blood spot of the acupuncture site is preselected. It is determined whether or not the blood spot corresponding to the blood spot divided by the stars is correct and displayed on the display unit 161.

The main control unit (MCU) 160 outputs a laser light driving signal for treatment when the hour hand button 130 is pressed again when the blood pressure is correct, and simultaneously displays the treatment unit 161 on the display unit 161.

The main control unit (MCU) 160 stops tacking by blocking the output of the therapeutic laser light driving signal when the hour hand button 130 is pressed again after the therapeutic laser light driving signal is output.

The display unit 161 may display that the power is on, that the blood is being diagnosed, and that the blood is being judged and treated as different equalization signals or audio signals. For example, in the case of the display unit 161 made of an LED (LED), the power is turned on and the blood spot is being diagnosed by red lighting, and the blood spot correcting determination is displayed in green, or the blood spot wrong determination is displayed in red. And, it can be displayed by lighting up in blue while being treated, and when an equalization signal is displayed, a voice guidance message or a warning sound can be output through a speaker or a buzzer.

For reference, although the speaker or the buzzer is not shown in FIGS. 1 to 3, it can be installed in a suitable place on the case 110, and is preferably installed on the upper case 111.

A diagnostic laser generator 170 for emitting diagnostic laser light is provided inside the case 110 when the diagnostic laser light driving signal is input.

When the driving laser light driving signal is input inside the case 110, a therapeutic laser beam is generated that emits therapeutic laser light with controlled penetration depth and penetration range into the human body muscles and penetrates the acupuncture treatment site. The unit 170a is installed.

The diagnostic laser generator 170 and the therapeutic laser generator 170a are preferably composed of a laser driving unit and a laser diode (LD). For example, it consists of a laser driving unit and a laser diode (LD) generating laser light in the wavelength range of 630 to 660 nm or 805 to 970 nm for diagnosis, and a laser driving unit and laser diode for generating laser light in the wavelength range of 660 to 970 nm for treatment. It is preferably composed of (LD).

Inside the case 110, a light emitting unit 180 for alternately emitting the diagnostic laser light or the therapeutic laser light is installed.

The light emitting unit 180 includes a dichroic filter (dichroic filter) 181 and a laser light adjusting lens unit 182.

The dichroic filter 181 passes the diagnostic laser light, the therapeutic laser light, and the reflected light of the diagnostic laser light.

The lens unit 182 for adjusting the laser light penetrates the human muscle of the diagnostic laser light and the therapeutic laser light that have passed through the dichroic filter 181 alternately by the operation of the laser light control switch 150. By controlling the depth and penetration range, it is emitted through the optical path 113a formed at the lower end of the lower case 113.

The lens unit 182 for adjusting the laser light emits and emits laser light that has passed through the flat convex lens 182a and the convex lens 182a converging the laser light emitted in the lower direction of the lower case 113. By adjusting the distance between the double-sided concave lenses 182b, the penetration depth and penetration range of the diagnostic laser light and the therapeutic laser light into the human muscle are adjusted.

The light emitting unit 180 forms a path for the diagnostic laser light emitted from the diagnostic laser generator 170 to flow into the dichroic filter 181 at the front end of the dichroic filter 181. It is configured to further include a reflective mirror (183).

For reference, FIG. 2 illustrates a state in which two half mirrors 183a are arranged at a predetermined interval or at a predetermined angle range so as to form a path for the diagnostic laser light to flow into the dichroic filter 181.

Inside the case 110 is installed a light detection unit 190 for detecting the diagnostic laser light that is reflected after penetrating into the human body muscles and applying the diagnostic laser light detection signal to the main control unit (MCU) 160. .

The photodetector 190 is preferably configured with a laser light sensor.

The main control unit (MCU) of the laser acupuncture apparatus 100 according to the present invention configured as described above is electrically connected to a smart device (for example, a smart phone, a smart watch, etc.) by either wired or wireless methods (for example, Connector and cable connection or Bluetooth connection, etc.) to replace the functions of the power switch 120, the hour hand button 130, and the meridian selection switch 140, the power of the smart device is supplied, and the hour hand operation or hour hand time, Meridian selection operation can be controlled.

The smart device displays the meridian of the human body, displays disease symptoms and acupuncture treatment methods for each blood spot of each meridian, displays the blood spot for acupuncture treatment when entering disease symptoms through the index function, or health therapy for user's health management It is desirable to drive by installing an app (APP) that displays acupuncture treatment methods for each health therapy and displays acupuncture points for each health therapy through an index function.

The laser acupuncture apparatus 100 according to the present invention configured as described above is used as follows.

The laser acupuncture device 100 may be conveniently carried by a user (eg, an oriental medicine doctor, acupuncture doctor, doctor, and general public).

The user turns on the power switch 120 to treat acupuncture to a patient using the laser acupuncture device 100.

When the power switch 120 of the laser acupuncture device 100 is turned on, the battery 120a of the laser acupuncture device 100 supplies power to each part, and the red light indicates that the display unit 161 is in a power-on state. Or, through a speaker or buzzer, it outputs a voice prompt message or a warning sound to indicate that the power is on.

When the laser acupuncture device 100 is displayed on the display unit 161 in a state that the power is on, the user complies with acupuncture knowledge to determine a human acupuncture treatment site for disease or health care, or displays the meridian of the human body And refer to the printouts showing disease symptoms and acupuncture treatment methods for each meridian of each meridian, or refer to printouts showing acupuncture treatment methods for each health therapy for health care and blood spots for acupuncture treatment for each health therapy, The app (APP) of the smart device can be utilized.

After determining the body acupuncture treatment site, the user adjusts the meridian selection switch 140 to select a meridians (for example, 12 meridians or 12 meridians and 14 meridians including vein and venom).

In addition, the user adjusts the penetration depth and penetration range of the laser light penetrating into the human body muscle by selecting the meridians and adjusting the laser light control switch 150 as described above.

After the meridian is selected and the penetration depth and penetration range of the laser light are adjusted as described above, when the user presses the hour hand button 130, the main control unit (MCU) 160 outputs a diagnostic laser light driving signal. At the same time, the display unit 161 lights red to indicate that the blood spot is being diagnosed, or outputs a voice guidance message or a warning sound indicating that the blood spot is being diagnosed through a speaker or a buzzer.

When the main control unit (MCU) 160 outputs a diagnostic laser light driving signal, the diagnostic laser generating unit 170 emits a diagnostic laser light, and the diagnostic laser light passes through the light emitting unit 180 to the lower portion. It penetrates into the muscle of the human acupuncture treatment site through the optical passage 113a formed at the lower end of the case 113.

As described above, when a diagnostic laser light having a controlled penetration depth and a penetration range is emitted and penetrates into the acupuncture treatment site, the main control unit detects the diagnostic laser light reflected after the photodetector 190 penetrates into the human muscle. A diagnostic laser light detection signal is applied to the (MCU) 160.

Accordingly, the main control unit (MCU) 160 compares the input diagnostic laser light detection signal with the diagnostic detection signal stored in the memory 162 in advance, according to the meridians of the human body where the blood spot of the acupuncture site is preselected. It is determined whether the blood spot corresponding to the distinguished blood spot is correct.

If, at this time, the blood spot of the current acupuncture treatment site matches the blood spot corresponding to the blood spot divided by each meridian of the pre-selected body, the display unit 161 lights up the blood spot matching determination green or displays it through a speaker or a buzzer. It outputs a voice guidance message or a warning sound informing the person of the correct placement.

On the other hand, if the blood spot of the current acupuncture treatment site does not match the blood spot corresponding to the blood spot divided by each meridian of the pre-selected human body, the display unit 161 displays the blood spot wrong determination by red lighting or displays a speaker or a buzzer. Through this, a voice guidance message or a warning sound informing of the determination of an incorrect blood position is output. In this case, the user changes the direction of the optical path 113a of the lower case 113 and tries to determine the blood spot again.

As described above, in a state in which the acupuncture point determination is confirmed, when the user presses the hour hand button 130 again, the main control unit (MCU) 160 outputs a laser light driving signal for treatment and at the same time, the display unit 161 ) Lights up in blue to indicate that it is being treated, or outputs a voice guidance message or warning sound indicating that it is being treated through a speaker or buzzer.

When the main control unit (MCU) 160 outputs a therapeutic laser light driving signal, the therapeutic laser generator 170a emits a therapeutic laser light, and the therapeutic laser light emits a light emitting unit 180. Through the light passage 113a formed at the lower end of the lower case 113 via the body, it penetrates into the muscle of the acupuncture site of the human body and performs acupuncture treatment.

At this time, the hour hand can be set to a predetermined time after the user presses the hour hand button 130 again and the main control unit (MCU) 160 outputs a laser light driving signal for treatment. 120) When the user turns off the hour hand button 130 after turning off or outputting the treatment laser light driving signal, the main control unit (MCU) 160 blocks the output of the treatment laser light driving signal to stop the hour hand. You can do it.

As described above, when the therapeutic laser generator 170a emits therapeutic laser light having a controlled penetration depth and a penetration range controlled by the control of the main control unit (MCU) 160 and penetrates into the blood spot of the acupuncture treatment site, Depending on the disease, the optimal acupuncture treatment effect can be expected.

100: laser acupuncture device 110: case
111: upper case 111a: pocket clip
112: middle case 113: lower case
113a: optical path 120: power switch
120a: battery 130: hour hand button
140: meridian selection switch 150: laser light control switch
160: main control unit 161: display unit
162: memory 170: diagnostic laser generator
170a: laser generating unit for treatment 180: light emitting unit
181: dichroic filter 182: laser light control lens section
182a: flat convex lens 182b: double-sided concave lens
183: reflective mirror section 183a: half mirror
190: photodetector

Claims (10)

A case in which laser light is emitted through an optical path formed at a lower end of the lower case and separated and combined into an upper case, an intermediate case, and a lower case;
A power switch installed on an upper portion of the upper case to turn on or off the power of the battery installed inside the case;
An hour hand button installed on the upper surface of the upper case;
A meridian selection switch installed on the connection portion of the upper case and the intermediate case to select and select the blood spots of the acupuncture treatment sites by each meridian;
A laser light control switch installed at a lower end of the lower case to adjust a penetration depth and a penetration range of laser light penetrating human body muscles;
It is installed inside the case, and when the power switch is turned on, it displays on the display, and when the hour hand button is pressed, it outputs a laser light driving signal for diagnosis and displays on the display that blood pressure is being diagnosed. When an optical detection signal is input, the corresponding detection signal is compared with a diagnostic detection signal stored in the memory in advance to determine whether the blood spot of the acupuncture treatment site corresponds to the blood spot corresponding to the blood spot classified for each meridian of the pre-selected body. When the hour hand button is pressed again when the blood spot is corrected, the treatment laser light driving signal is output and the treatment unit is being displayed. When the treatment laser light driving signal is output, the hour hand button is pressed again. A main control unit (MCU) for stopping the hour hand by blocking the output of the therapeutic laser light driving signal;
A diagnostic laser generating unit that is installed inside the case and emits diagnostic laser light when the diagnostic laser light driving signal is input;
When installed in the case and the driving signal for the treatment laser light is input, a treatment laser generator for emitting a treatment laser light having a controlled penetration depth and a penetration range into the human body muscles and penetrating the acupuncture treatment site to treat acupuncture ;
A light emitting unit installed inside the case to alternately emit the diagnostic laser light or the therapeutic laser light; And
A light detection unit installed inside the case and detecting the diagnostic laser light reflected after penetrating into the human body muscle and applying the diagnostic laser light detection signal to the main control unit (MCU);
Laser acupuncture device, characterized in that consisting of. The method of claim 1, wherein the case is a laser acupuncture device, characterized in that formed in the shape of any one of a ballpoint pen or a fountain pen with a pocket clip attached. The laser acupuncture apparatus according to claim 1, wherein the power switch, the meridian selection switch, and the laser light adjustment switch are formed of a rotary switch that rotates along the outer circumferential surface of the case. The laser acupuncture apparatus according to claim 1, wherein the display unit displays power-on status, blood spot diagnosis, blood spot determination and treatment with different equalization signals or voice signals. The laser acupuncture apparatus according to claim 1, wherein the diagnostic laser generator and the therapeutic laser generator comprise a laser driving unit and a laser diode (LD). The method of claim 1, wherein the light emitting portion
A dichroic filter for passing the diagnostic laser light, the therapeutic laser light, and the reflected light of the diagnostic laser light; And
The optical path formed at the lower end of the lower case by adjusting the penetration depth and the penetration range of the diagnostic laser light and the therapeutic laser light into the human muscle by alternately passing the dichroic filter by the operation of the laser light adjustment switch. Lens unit for adjusting the laser light emitted through;
Laser acupuncture device, characterized in that comprises a. The method of claim 6, wherein the lens portion for adjusting the laser light is spaced between the flat convex lens converging the laser light emitted in the lower direction of the lower case and the double-sided concave lens emitting and emitting the laser light passing through the flat convex lens. Laser acupuncture device, characterized in that to adjust the penetration depth and penetration range of the diagnostic laser light and the therapeutic laser light into the human muscle. The method of claim 6, wherein the light emitting portion is further configured to further include a reflective mirror that forms a path through which the diagnostic laser light emitted from the diagnostic laser generator in front of the dichroic filter enters the dichroic filter. Laser acupuncture device, characterized in that. According to claim 1, The main control unit (MCU) is electrically connected to any one of a smart device and a wired or wireless method to replace the functions of the power switch and the hour hand button, the meridian selection switch and the laser light control switch The laser acupuncture device, characterized in that receiving the power of the smart device to control the hour hand operation, hour hand time, meridian selection operation. The method of claim 9, wherein the smart device displays the meridian of the human body, displays the disease symptoms and acupuncture treatment methods for each blood spot of each meridian, or displays the blood spot for acupuncture treatment when the disease symptoms are entered through the index function or the user's Laser acupuncture device characterized in that it is equipped with an app (APP) that displays acupuncture treatment methods for each health therapy for health care and displays blood spots for acupuncture treatment for each health therapy through an index function.

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