JP2011045705A - Treatment device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a treatment device with which a patient can receive a treatment while relaxing without hurting feelings. <P>SOLUTION: The treatment device includes a metal plate 50 for a Guasa therapy and a cylinder 10 fixed perpendicularly to the plane of the plate 50, and is used the Guasa therapy by gripping a part of the cylinder 10. The cylinder 10 has a metal cylinder 20 one end of which is fixed to the plate 50 and a nonmetal extension cylinder 40 connected to the other end of the metal cylinder 20. The metal cylinder 20 is provided with an incense holding means for holding the incense in its inside. The incense is burned during the Guasa therapy, and the plate 50 is warmed by the combustion heat of the incense. The patient can receive the Guasa therapy while relaxing without feeling coldness even if the plate 50 touches the skin. Also, the patient can receive the treatment comfortably in a fragrant atmosphere. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to an improvement of a surgical instrument used in traditional Chinese medicine.

A medical treatment that has been used for thousands of years as a folk remedy in China is called “Cassa” (GUASA). In this treatment, a flat and smooth plate-like surgical instrument is used to rub the skin and stimulate meridians and acupoints. As a result of this treatment, where the waste is accumulated, the waste is pulled out near the skin and a reaction product such as subcutaneous bleeding appears on the skin surface. After the treatment, circulation and lymph flow improve, waste products are discharged outside the body, and the reaction product disappears cleanly in about one week.
In the past, copper coins, handle parts of copper spoons, porcelain astragalus, etc. were used as instruments for the cassas, but recently, plates made of buffalo horns have been used.
In recent years, in Japan, the number of cases where this cassava treatment is implemented by incorporating it into one menu such as diet, beauty, and beauty is increasing.

  It is also said that the kite was invented in China. In ancient China, not only the needles that penetrate the skin, but also the surgical tools that use the skin to supplement the blood and suppress the skin to remove the fever. The various forms of cocoons used at that time are classified into nine categories and are called "Ancient Jiufen". Among them, “Zan-an” with a large bun is intended to remove migratory fever on the surface of the skin. It is used to supplement the blood by removing the transvenous vein near the end of the limb without inserting into the limb, and to remove the illness. In addition, the “round rice cake” with a rounded tip like an egg is used to circulate stagnant blood without damaging the flesh and removing the wickedness of the shallow meat.

The present inventor has previously developed a device suitable for Chinese folk remedies and disclosed in Patent Document 1 below. A device with the functions of “Kashiwa” and “Yen” is shown as a “treatment tool”.
This treatment tool is formed of a metal body, and can be attached to and detached from one end of a cylindrical portion that accommodates a hot body. The practitioner couples the treatment tool to the cylindrical portion in a state where the warmth body is not accommodated, grasps the cylindrical portion, applies the peripheral edge of the treatment tool to the patient's body, and performs processing such as cassava.
After this treatment, the treatment tool is removed from the tubular portion, and the ignited warming body is attached to the tubular portion newly joined with the handle. Then, holding the handle, the cylindrical part is moved on the skin of the patient in which the reaction product appears, and warm care of the affected part is performed.

JP 2007-259876 A

However, in the treatment instrument of Patent Document 1, the treatment tool is made of metal, and when performing the cassage treatment, the cold metal body touches the patient's skin, so the tension runs on the patient and the treatment is performed in a relaxed state. There is a problem of not being able to receive it. Such tension state reduces the effect of the treatment.
Usually, the cassava treatment is performed after aroma oil is applied to the patient's skin, but the coldness of the aroma oil may strain the patient's body.
In addition, the practitioner hangs the aroma oil in the container on the hand and applies it to the patient, then wipes the hand with a towel and then grasps the treatment instrument, but it is difficult to wipe off the sticky oil in a short time, The surgical instrument is easily soiled. In addition, towels that are soiled by wiping their hands, or aroma oil stains in the place where the aroma oil container is placed, are not preferable for a treatment room intended for cleanliness.
The present invention was devised in view of these circumstances, and provides a surgical instrument that allows a patient to receive a treatment relaxed without impairing the mood, and that is less likely to be contaminated with aroma oil. It is aimed.

The surgical instrument of the present invention comprises a metal plate-like body for cassage processing that has added the role of a bowl, a bowl, and a round rod, and a cylindrical body that is erected perpendicularly to the plane of the plate-like body. A surgical instrument for gripping a part of the cylindrical body and performing a casser treatment, the scent holding means for holding the scent inside the cylindrical body, and a combustion chamber for burning the scent And the incense is burned during the cassage treatment, and the plate-like body is warmed by the combustion heat of the incense.
Because the metal plate is warmed by the burning heat of the incense, the patient can be treated in a relaxed state without feeling cold, and the patient can be treated well while the incense is scented. be able to.

Further, in the surgical instrument of the present invention, the cylindrical body is composed of a metal cylinder portion having one end fixed to the plate-like body and a non-metallic extension cylinder portion coupled to the other end of the metal cylinder portion. A combustion chamber may be formed in the metal cylinder part, and a scent holding means may be provided inside the metal cylinder part.
The metal plate is warmed by the burning heat of the incense burning in the metal cylinder.

Moreover, in the surgical instrument of this invention, you may provide a bulging part in the terminal end side of the said extension cylinder part.
By doing so, when the practitioner grasps the extension tube portion and performs the cassage treatment, the bulge portion increases the frictional resistance between the hand and the extension tube portion, and against the plate-like body that touches the patient's skin. It becomes easy to apply a stable force.

In the treatment instrument of the present invention, the extension tube portion is provided with a storage chamber for storing the aroma oil spray container, and the aroma oil in the container stored in the storage chamber is warmed by the combustion heat of the incense. You may be allowed to.
When performing the cassada treatment while spraying the aroma oil on the patient's skin, the aroma oil is warmed, so the patient can receive the treatment without feeling cold. Further, since the practitioner does not have to touch the aroma oil, it is possible to avoid contamination of the surgical instrument and towel.

Further, the surgical instrument of the present invention includes the cylindrical body, a metal cylinder portion that forms the combustion chamber, and an extended cylinder portion that is coupled to an end portion of the metal cylinder portion that is far from the plate-like body. It is preferable that the incense holding means is provided in the extension cylinder portion, and the tip of the incense held by the incense holding means on the plate-like body side is burned.
With such a configuration, the burning location of the incense is opposed to the plate-like body, so that combustion heat can be efficiently transmitted to the plate-like body.

In the treatment instrument of the present invention, a knock portion is provided at the rear end of the extension tube portion, and the length of the incense held by the incense holding means protruding into the combustion chamber is varied by the knock of the knock portion. You may do it.
Even when the incense is burning, the length of the incense in the combustion chamber can be adjusted with a simple operation.

In the treatment instrument of the present invention, an aroma oil container may be installed on the surface of the plate-like body, and the aroma oil in the container may be warmed by the combustion heat of the incense.
Since the burning part of the incense faces the plate-like body, the metallic plate-like body is efficiently warmed, and accordingly, the aroma oil in the container provided on the plate-like body is also efficiently warmed.

When the surgical instrument of the present invention is used, the part of the instrument that touches the patient is warm, and the treatment is performed in a good scent, so that the patient can receive a cassage treatment in a relaxed mood without being nervous.
In addition, the warmed device promotes the metabolism of the patient's cells to increase the effect of waste removal from the body, and facilitates the burning of subcutaneous fat, thereby improving the slimming effect.
In addition, in a surgical instrument in which an aroma oil spray container is accommodated in the extension tube part or an aroma oil container is provided on the surface of the plate-like body, not only the aroma oil is warmed, but also a surgical instrument or towel made of aroma oil. Dirt such as can be avoided.

The perspective view which shows the treatment instrument which concerns on the 1st Embodiment of this invention Side view of the surgical instrument of FIG. The side view which shows the state which isolate | separated the metal cylinder part and extension cylinder part of the surgical instrument of FIG. FIG. 3 is an exploded side view showing components of the metal cylinder portion of FIG. The figure which shows the mounting | wearing operation | movement of the incense in the metal cylinder part of FIG. The side view which shows the storage chamber of the extension cylinder part of FIG. The perspective view which shows the treatment instrument which concerns on the 2nd Embodiment of this invention. The figure which shows the plate-shaped body and aroma oil container of the surgical instrument of FIG. Sectional drawing which shows the extension cylinder part of the surgical instrument of FIG. The figure explaining operation | movement of the extension cylinder part of FIG. The figure explaining the incense holding | maintenance operation | movement of the extension cylinder part of FIG. The figure which shows the positional relationship of the plate-shaped object and incense of the surgical instrument of FIG.

(First embodiment)
As shown in the perspective view of FIG. 1 and the side view of FIG. 2, the surgical instrument according to the first embodiment of the present invention includes a metallic plate-like body 50 for performing a cassar treatment, and a plate-like body 50. And a cylindrical body 10 fixed perpendicularly to the plane. The tubular body 10 is composed of a metallic tubular portion 20 and an extended tubular portion 40 formed of a synthetic resin, and these are coupled. The extended cylindrical portion 40 accommodates an aroma oil spray container 60 as will be described later.
FIG. 3 shows the metal cylindrical portion 20 and the extended cylindrical portion 40 in a separated state.

As shown in FIG. 1, the plate-like body 50 is a slid metal plate having a curved peripheral edge, and the curve of the peripheral portion 51 having a large curvature radius has a function of a cassard plate and a “sag”. The curve of the peripheral portion 52 having the smallest curvature radius is set so as to have the functions of “鍼 鍼” and “鍼 鍼”.
As shown in the exploded side view of FIG. 4, the plate-like body 50 is integrally formed with a circular hole 53 and a short cylindrical portion 54 erected around the circular hole 53 and having a male screw cut on the outer periphery. Has been.
The female screw 21 cut on the inner periphery of the metal cylindrical portion 20 is screwed into the male screw on the outer periphery of the short cylindrical portion 54, and the plate-like body 50 and the metal cylindrical portion 20 are coupled.
The metallic cylindrical portion 20 constitutes an incense combustion chamber and incorporates an incense holder 30 for holding the incense. An air hole 22 whose inner side is covered with a wire mesh is provided in the cylindrical surface of the metallic cylindrical portion 20 in order to maintain the burning of incense. The scent of incense drifts from the air hole 22 to the outside.
Further, in addition to the female screw 21, a female screw 24 for fixing the incense holder 30 is provided on the inner periphery of the metal cylindrical portion 20, and a connection end side with the extended cylindrical portion 40 is provided. Is provided with a concave groove 23 for coupling with the extended cylindrical portion 40.

The incense holder 30 includes a ring 32 coupled to the location of the female screw 24 of the metal tubular portion 20, a cylindrical portion 31 fixed to the hole of the ring 32, a clamping piece 33 for clamping the incense, and a clamping piece A rod-shaped body 35 to which 33 is fixed by a screw 34, a cap-shaped portion 37 fixed to the rod-shaped body 35 by a screw 39, and a spring that urges the cap-shaped portion 37 in a direction to push out the circular hole 53 of the plate-shaped body 50. 36.
The ring 32 has a male screw cut on the outer periphery, and this male screw is screwed into the female screw 24 of the metal tubular portion 20.
The cylindrical portion 31 is fixed to the ring 32 by being closely fitted into the hole of the ring 32.
The clamping piece 33 consists of four pieces with springiness, and is inserted in the cylindrical part 31 so that a movement is possible. The clamping piece 33 is coupled to the cap-shaped portion 37 via the rod-shaped body 35. When the cap-shaped portion 37 is pressed, the clamping piece 33 moves in the cylindrical portion 31 to the right in the figure, and the spring 36 is repelled. When the cap-shaped portion 37 is returned by force, it moves in the left direction in the figure.

FIG. 5A shows a state in which the metal cylindrical portion 20 with the incense holder 30 attached and the plate-like body 50 are assembled. The spring 36 is incorporated between the ring 32 and the flange 38 of the cap-shaped portion 37 and acts so as to widen the distance between the two. Therefore, the cap-shaped portion 37 is urged so that the tip protrudes slightly from the plane of the plate-shaped body 50 through the short cylindrical portion 54 of the plate-shaped body 50. Further protrusion is prevented by the flange 38 of the cap-shaped portion 37 coming into contact with the end surface of the short cylindrical portion 54 of the plate-like body 50. The spring 36 also serves to stop loosening of the screwing between the female screw 24 of the metal cylindrical portion 20 and the male terminal of the ring 32.
In the state of FIG. 5A, since most of the sandwiching piece 33 is drawn into the cylindrical portion 31, the tip of the sandwiching piece 33 is in a “shrunk” state.

When the cap-shaped portion 37 protruding from the flat surface of the plate-like body 50 is pushed against the spring 36, most of the sandwiching piece 33 protrudes from the cylindrical portion 31 as shown in FIG. At this time, the holding piece 33 released from the restriction on the inner periphery of the cylindrical portion 31 widens the “squeezed” tip.
In this state, as shown in FIG. 5C, when one end of the rod-shaped or conical incense 70 is inserted into the holding piece 33 and the force applied to the cap-shaped portion 37 is removed, FIG. ), The spring 36 moves the cap-shaped portion 37 to the position of FIG. 5A, and accordingly, the holding piece 33 drawn into the cylindrical portion 31 pulls the incense 70 to be narrowed. Hold it.
Further, when removing the incense held by the sandwiching piece 33 and its burning residue from the sandwiching piece 33, the cap-shaped portion 37 is pushed against the spring 36 and brought into the state of FIG. You can remove the object that was sandwiched between the two without touching it.

As shown in FIGS. 3 and 6, the extended cylindrical portion 40 formed of synthetic resin has a plurality of hemispherical protrusions 42 formed on the cylindrical end surface on the side coupled to the metallic cylindrical portion 20. An engagement piece 41 is provided. The engagement piece 41 integrally formed with the main body of the extended tubular portion 40 has elasticity in the radial direction of the cylinder, and is somewhat bent when the extended tubular portion 40 is coupled to the metal tubular portion 20. In this state, the metal tube 20 is inserted into the metal cylindrical portion 20, and the bending is eliminated when the hemispherical protrusion 42 is fitted in the concave groove 23 of the metal cylindrical portion 20. The shaped part 40 is positioned.
On the other hand, if the joined metallic cylindrical portion 20 is grasped with one hand and the extended tubular portion 40 is grasped with the other hand and pulled apart with some force, the metallic tubular portion 20 is extended. The tubular portion 40 can be removed.

On the other end side of the extended cylindrical portion 40, a bulging portion 45 having an increased thickness is formed.
As shown in FIG. 6, a storage chamber 43 for a spray container 60 containing aroma oil is provided inside the extended cylindrical portion 40. The accommodation chamber 43 has an opening on the end surface of the extended tubular portion 40 on the bulging portion 45 side, and has a bottom that communicates with the internal space of the metallic tubular portion 20. In addition, a step 46 for positioning the aroma oil spray container 60 and a plurality of hemispherical protrusions 44 for elastically holding the aroma oil spray container 60 are provided inside the storage chamber 43.
The spray container 60 is a commercially available product, and when the nozzle portion 62 is pushed, the aroma oil accommodated in the container is atomized and sprayed from the spray port 61.

This surgical instrument is used as follows.
As shown in FIG. 3, the metallic cylindrical portion 20 fixed to the plate-like body 50 and the extended cylindrical portion 40 are separated.
Next, as shown in FIG. 5, the cap-shaped portion 37 is pushed into the metal tubular portion 20, and one end of the incense 70 is inserted into the sandwiching piece 33 in a state where the sandwiching piece 33 is widened. The indentation of the shape portion 37 is released, and the incense 70 is held by the sandwiching piece 33 (FIG. 5D).
Further, the aroma oil spray container 60 is accommodated in the accommodation chamber 43 of the extended cylindrical portion 40.

Next, the incense 70 attached to the metal tubular portion 20 is ignited, and the metal tubular portion 20 and the extended tubular portion 40 are joined.
The incense 70 secures necessary oxygen from the air flowing in through the air holes 22 of the metal cylindrical portion 20 and continues to burn, and the scent diffuses from the air holes 22 to the outside. The combustion heat of the incense 70 is conducted to the plate-like body 50 through the metal cylindrical portion 20 and the incense holder 30, and aroma is obtained through convection of air that occupies the space of the metal cylindrical portion 20 and the extended cylindrical portion 40. The oil spray container 60 is warmed. However, the extended cylindrical portion 40 made of a synthetic resin having low thermal conductivity does not become hot and can be held by hand.
The practitioner waits for the aroma oil in the plate-like body 50 and the aroma oil spray container 60 to be warmed by the combustion heat of the incense 70.

When the plate-like body 50 and the aroma oil are warmed and preparation for treatment is completed, the extension tubular portion 40 is grasped, a finger is put on the nozzle portion 62 of the aroma oil spray container 60, and the aroma oil is sprayed on the treatment place of the patient. .
Next, the extended cylindrical part 40 is gripped, the peripheral part 51 of the plate-like body 50 is applied to the patient's skin to perform the cassage treatment, and the affected part of the patient is pushed by the peripheral part 52 to circulate the remaining blood. .
Such aroma oil spraying and cassava treatment are repeated as appropriate.
When the treatment for the patient is completed, the metallic cylindrical portion 20 and the extended cylindrical portion 40 are separated, and the cap-shaped portion 37 is attached to the metallic cylindrical portion 20 as shown in FIG. It pushes in and the clamping piece 33 is expanded and the unburned residue of the incense 70 currently held is removed.

Thus, in this surgical instrument, since the plate-like body and aroma oil which touch a patient's skin are warmed with the burning heat of an incense, a patient does not feel cold. Therefore, the patient can be treated with a relaxed feeling without being nervous or stiffening the body.
The scent of incense heals the patient's mood and makes them feel at ease.
In addition, metabolism of the patient's cells whose temperature has increased due to contact with a warm plate or aroma oil is promoted, and the effect of waste removal from the body is improved. Moreover, it becomes easy to burn subcutaneous fat, and a diet effect, a small face effect, etc. improve.

The practitioner can apply the aroma oil to the patient's skin without touching the aroma oil. Therefore, the time for wiping hands with a towel can be shortened, and contamination of the surgical instrument and towel can be avoided. Further, since it is not necessary to place the aroma oil container in another place, the place where the container is placed does not become dirty, and the aroma oil container is not searched for during the treatment.
Moreover, the bulging part 45 provided in the terminal side of the extension cylindrical part 40 increases the frictional resistance to a practitioner's hand. Therefore, it becomes easy to apply a stable force to the plate-like body 50 that touches the patient's skin.

(Second Embodiment)
The surgical instrument according to the second embodiment of the present invention is devised so that the combustion heat of the incense is efficiently transmitted to the plate-like body.
Since the surgical instrument according to the first embodiment holds the portion of the incense plate-like body side with the incense holder 30, the burning spot at the tip of the incense will place a distance from the plate-like body 50, Further, the incense holder 30 prevents heat conduction from the combustion location to the plate-like body 50.
In order to improve such points, the treatment instrument according to the second embodiment is configured such that the burning portion of the incense faces the plate-like body 50 side.

As shown in FIG. 7A, this surgical instrument constitutes a plate-like body 50 provided with an aroma oil container 63, a metal cylinder portion 71 constituting an incense combustion chamber, and an incense holding means. An extension cylinder 80 is provided.
Here, as shown in the exploded view of FIG. 7 (b), the male threaded portion 72 of the metal cylindrical portion 71 is screwed into the short cylindrical portion 54 of the plate-like body 50, and the male threaded portion 81 of the extended tubular portion 80 is made of metal. These are coupled by screwing into the female threaded portion 73 of the tube-making part 71, but it is of course possible to couple them using push-pull type engaging means 23, 41, 42 as shown in FIG. It is.
The metal cylinder part 71 which comprises a combustion chamber is a hollow cylindrical body, and in order to maintain burning of incense, the air hole 22 by which the inner side was covered with the metal net | network is provided in the cylinder surface.

FIG. 8A shows a plan view of a plate-like body 50 provided with an aroma oil container 63, and FIG. 8B shows a side view thereof. The container 63 is provided so as to surround the short cylindrical portion 54 erected on the plate-like body 50, and a liquid discharge device (dispenser pump) 100 for taking out the aroma oil accommodated in the container 63 is attached. ing. FIG. 8C shows a state in which the liquid ejection device 100 is removed from the mouth portion 64 of the container 63. When the aroma oil is stored in the container 63, as shown in FIG. 8C, the liquid ejection device 100 is removed from the container 63, the aroma oil is injected from the mouth portion 64, and then the liquid ejection device 100 is placed in the mouth portion 64. Wear.
The liquid discharge device 100 is widely used for shampoos, lotions, and the like. This device includes a cap 103 screwed into a mouth portion 64 of a container 63, a cylinder 104 fixed to the cap 103, a pump head 101 to be pressed, and a liquid discharged when the pump head 101 is pressed. And a pipe 105 for supplying the liquid in the container 63 into the cylinder 104.

When the pump head 101 is pressed, the shaft connected to the pump head 101 is lowered in the cylinder 104, so that the pressure in the cylinder 104 rises and the liquid accumulated in the cylinder 104 is discharged from the discharge port 102. The When the force applied to the pump head 101 is removed, the pump head 101 returns to its original position by the force of the spring. At this time, the inside of the cylinder 104 becomes negative pressure, and the liquid in the container 63 enters the cylinder 104 through the pipe 105. Infiltrate.
Thus, a required amount of aroma oil can be taken out from the discharge port 102 by repeatedly pressing the pump head 101.

  FIG. 9 shows a cross section of the extension cylinder part 80 constituting the incense holding means. The incense holding means includes an outer cylinder 82 of the extension cylinder 80, a movable tube 83 that moves within the permitted range within the outer cylinder 82, and a chuck portion 84 that grips and releases the incense at the tip of the movable tube 83. The cap 86 that covers the incense insertion port 85 at the rear end of the movable tube 83, the ring 88 that restricts the opening of the chuck portion 84, and the movable tube 83 are attached to the rear end side (the upper side in the figure) of the outer cylinder 82. The spring 87 is energized, and the elastic tip 89 holds the incense. In addition, a groove 821 that defines a moving range of the ring 88 is provided on the inner periphery of the outer cylinder 82.

This incense holding means operates as follows.
When the cap 86 is pushed down against the urging force of the spring 87 from the state shown in FIG. 9, the movable tube 83 and the chuck portion 84 are lowered as shown in FIG. Move down in 821. At this time, the opening of the chuck portion 84 is limited by the ring 88 and is a “narrow opening” indicated by an arrow A.
When the cap 86 is further pushed down from the state of FIG. 10A, the lowering of the ring 88 is limited by the lower end of the groove 821 as shown in FIG. 10B, so that the chuck portion 84 penetrates the ring 88. Therefore, the opening of the chuck portion 84 is a “wide opening” indicated by an arrow B.

When the force applied to the cap 86 is removed from the state shown in FIG. 10B, the movable tube 83 and the chuck portion 84 are raised by the biasing force of the spring 87 as shown in FIG. At this time, the chuck portion 84 rises while maintaining the “wide opening” indicated by the arrow B, and is pushed by the chuck portion 84 to raise the ring 88 in the groove 821.
When the chuck portion 84 is further raised from the state of FIG. 10C, as shown in FIG. 10D, the rise of the ring 88 is limited by the upper end of the groove 821, so that the chuck portion 84 is pulled into the ring 88. Accordingly, the opening of the chuck portion 84 is a “narrow opening” indicated by an arrow A.

FIG. 11 shows a procedure for holding the incense 70 by the extension cylinder 80.
As shown in FIG. 11A, the cap 86 is removed from the movable tube 83, and the incense 70 is inserted into the movable tube 83 from the insertion port 85. As shown in FIG. 11 (b), the incense 70 enters a position where it comes into contact with the “narrow opening” chuck portion 84. When the cap 86 is fitted to the movable tube 83 and the cap 86 is knocked, as shown in FIG. 11 (c), the chuck portion 84 is “wide open” (state of FIG. 10 (b)), and the tip of the incense 70 Passes through the chuck portion 84 and is held between the elastic tips 89.
When the force applied to the cap 86 is removed, the chuck portion 84 rises in the “wide open” state (FIG. 10C) and then moves to the “narrow open” state (FIG. 10D). As shown in FIG. 11 (d), the intermediate position of the incense 70 is grasped.

When the cap 86 is knocked again, the chuck portion 84 is lowered in the “narrow open” state (FIG. 10A) that has grasped the incense 70, and as a result, as shown in FIG. The holding position of the incense 70 moves. Thereafter, as shown in FIG. 11 (f), the chuck portion 84 shifts to the “wide open” state, releases the incense 70, rises in the “wide open” state, and then enters the “narrow open” state. Move and grab the upper part of the incense 70.
Thus, by repeating knocking of the cap 86, the incense 70 is fed out from the extension cylinder part 80, as shown in FIG.11 (g). The length of the incense 70 extending from the tip of the extension cylinder part 80 can be adjusted by the number of knocks. Since the incense 70 in the state of FIG. 11G is gripped by the chuck portion 84, it is stably held by the extension cylinder portion 80.
Instead of inserting the incense 70 from the insertion port 85 at the rear end of the extension cylinder part 80, the incense 70 can be inserted from the front end of the extension cylinder part 80 and held by the chuck part 84. In this case, the cap 86 is pushed to keep the chuck portion 84 in a “wide open” state, and after inserting the incense 70 from the front end of the extension cylinder portion 80, the pressing of the cap 86 is released and the incense 70 is gripped by the chuck portion 84. Make it.

This surgical instrument is used as follows.
Aroma oil is accommodated in a container 63 provided on the plate-like body 50 and the liquid discharge device 100 is mounted, and the plate-like body 50 and the metal cylinder portion 71 are coupled.
Next, the tip of the incense 70 held by the extension cylinder 80 is ignited, the extension cylinder 80 is coupled to the metal cylinder 71, and the cap 86 is knocked to adjust the tip position of the incense 70.
FIG. 12 shows the positional relationship between the plate-like body 50 and the incense 70 of the surgical instrument thus joined.
When the aroma oil in the plate-like body 50 or the container 63 is warmed by the combustion heat of the incense 70, the practitioner pushes the pump head 101 of the liquid ejection device 100 of the container 63 and hangs the aroma oil on the treatment site of the patient. Next, the extension cylindrical part 80 is grasped, the peripheral part 51 of the plate-like body 50 is applied to the patient's skin to perform the cassage treatment, and the affected part of the patient is pushed by the peripheral part 52 to circulate the remaining blood. .
Further, when the burning of the incense 70 progresses and the distance between the tip position of the incense 70 and the plate-like body 50 is too far, the cap 86 is knocked to adjust the tip position of the incense 70.

In this manner, in this surgical instrument, the incense burning portion and the plate-like body 50 face each other, and there is no thing blocking the heat transfer between them, so the burning heat of the incense is transferred to the plate-like body 50 or the plate-like body 50. It can be efficiently transmitted to the aroma oil container 63 provided above.
Moreover, the space | interval of the burning position of an incense and the plate-shaped body 50 can be adjusted easily, and the heat transfer to the plate-shaped body 50 can be controlled by this adjustment.
The shape, material, coupling mechanism, treatment method, and the like shown here are merely examples, and the present invention is not limited to them.

  The surgical instrument of the present invention can be widely used in Chinese folk remedies and procedures performed for the purpose of bringing beauty, health and youth to the mind and body, such as the beauty field, health field, and anti-aging field.

DESCRIPTION OF SYMBOLS 10 Cylindrical body 20 Metal cylindrical part 21 Female screw 22 Air hole 23 Concave groove 24 Female screw 30 Incense holder 31 Cylindrical part 32 Ring 33 Clamping piece 34 Screw 35 Rod-shaped body 36 Spring 37 Cap-shaped part 38 ３９ 39 Screw 40 Extended cylindrical part 41 Engagement piece 42 Protrusion 43 Accommodating chamber 44 Protrusion 45 Swelling part 46 Step 50 Plate-like body 51 Peripheral part having a large curvature radius 52 Peripheral part having the smallest curvature radius 53 Circular hole 54 Short cylindrical part 60 Aroma oil Spray container 61 Spray port 62 Nozzle part 63 Aroma oil container 64 Port part 70 Incense 71 Metal cylinder part 72 Male thread part 73 Female thread part 80 Extension cylinder part 81 Male thread part 82 Outer cylinder 83 Movable pipe 84 Chuck part 85 Insertion port 86 Cap 87 Spring 88 Ring 89 Elastic tip 100 Liquid discharge device 101 Pump head 102 Discharge port 10 3 Cap 104 Cylinder 105 Pipe 821 Groove

Claims (7)

It has a metal plate-like body for performing the cassage process and a cylindrical body that stands upright perpendicular to the plane of the plate-like body, and performs a casser process by grasping a part of the cylindrical body A surgical instrument,
The cylindrical body has incense holding means for holding the incense and a combustion chamber for burning the incense, and the incense is burned during the cassage treatment, and the plate-like body is heated by the combustion heat of the incense A surgical instrument characterized by being warmed.   The surgical instrument according to claim 1, wherein the cylindrical body is made of a metal cylinder part having one end fixed to the plate-like body, and a non-metallic substance joined to the other end of the metal cylinder part. A surgical instrument, comprising: an extension cylinder part, wherein the metal cylinder part forms the combustion chamber, and the scent holding means is provided inside the metal cylinder part.   It is a surgical instrument of Claim 2, Comprising: The said extension cylinder part has a bulging part in the terminal end side, The surgical instrument characterized by the above-mentioned.   The surgical instrument according to any one of claims 1 to 3, wherein the extension cylinder portion includes a storage chamber for storing an aroma oil spray container, and the aroma in the container stored in the storage chamber. A surgical instrument characterized in that oil is warmed by the burning heat of the incense.   It is a surgical instrument of Claim 1, Comprising: The said cylindrical body was couple | bonded with the metal cylinder part which forms the said combustion chamber, and the edge part on the side far from the said plate-shaped body of the said metal cylinder part. A surgical instrument, comprising: an extension cylinder part, wherein the incense holding means is provided in the extension cylinder part, and the tip of the incense held by the incense holding means on the plate-like body side is burned.   The surgical instrument according to claim 5, wherein a knock portion is provided at a rear end of the extension cylinder portion, and a length of the incense held by the incense holding means is projected into the combustion chamber, A surgical instrument characterized by being varied by knocking of the knocking portion.   The surgical instrument according to claim 5 or 6, wherein an aroma oil container is installed on the surface of the plate-like body, and the aroma oil in the container is warmed by the heat of combustion of the incense. Instruments.