JP3150845U - Therapeutic instrument - Google Patents

Abstract

[PROBLEMS] To activate the local part of the human body by effective stimulation and ionic action to the nervous system with a more stable strength, and to enhance the healing power of the human to reduce or eliminate pain, cure allergic diseases, A therapeutic instrument that achieves muscle recovery after surgery, etc. is provided. A cylindrical main body 10, a sliding operation member 26 slidable along a central axis of the cylindrical main body within the cylindrical main body, and a distal end region 20 of the sliding operation member are disposed. The ion generating member 30, the hammer member 40 that strikes the sliding operation member toward the distal end side, and the non-operating position, the sliding operation member is positioned on the distal end side, and the therapeutic instrument is treated The slide actuating member is moved to the proximal end side 22 together with the hammer member by pressing against the proximal end side, and the slide actuating member or a member integrated therewith reaches the proximal end side end of the sliding range. A treatment instrument is configured by installing a control unit 50 for releasing the hammer member and causing the hammer member to collide with the sliding operation member. [Selection] Figure 2

Description

  The present invention activates by pressing the local part of the human body, for example, the affected part or acupoint, and enhances the healing power of humans, realizing pain reduction / disappearance, healing of allergic diseases, muscle recovery after surgery, etc. The present invention relates to a therapeutic instrument.

The basic treatments described above are massage, squeezing, tapping, and pressing with the hands and fingers of the practitioner. These have the advantage that the local reaction by the practitioner's hands and fingers can be analyzed by experience to find the optimal site, and to squeeze, strike and press the optimal strength. However, this requires long experience / training and special abilities, while it requires a great deal of physical strength, and there is a problem that treatment varies among practitioners.
In addition, it is difficult to efficiently perform the massage by unraveling, hitting, and pressing by these practitioners with their hands and fingers.

  In order to solve these problems, at least a conductive metal part of the main body is provided with a different metal part having an ionization tendency different from that of the conductive metal, and a crystal or tourmaline crystal as necessary. By pressing the conductor part or dissimilar metal part of the main body against the patient's skin, the pain such as muscle pain, neuralgia, headache, back pain disappears, and it is effective for allergies such as asthma, functional recovery after surgery, etc. In addition, there is a proposal for a treatment instrument that is safe and free from the risk of contact infection, such as AIDS virus, and that exhibits an epoch-making therapeutic effect without using external electricity like an electric treatment device ( For example, see Patent Document 1).

  In addition, in order to give a constant stimulus, by hitting the upper end of the attached center bar penetrating the body with a palm, the center bar slides a certain amount in a certain direction, and the tip part contacts the skin for a stable stimulus. A hitting device that can be given has been proposed (see, for example, Patent Document 2).

  Furthermore, a pressure member made of germanium is provided at the distal end portion of the acupressure body having a heating means, and the pressure material made of germanium provided at the distal end portion of the acupressure device body is heated, and a vibrator or an ultrasonic wave is provided. In addition to normal acupressure effects and massage effects on the acupuncture points, blood vessels expand due to local heating, creating a temperature difference from the non-heated area, stimulating with the nervous system, relaxing muscles, and germanium There is provided a shiatsu device that penetrates from the skin due to the generation of a large amount of ions, activates electron exchange of cells, increases the demand for oxygen, and promotes waste discharge (for example, see Patent Document 3).

  Furthermore, it took time and effort to push the pots by hand. In addition, considering the case where it is pushed too much by an amateur, the case will be worsened, and a gentle convex part is provided on the vase body made of plastic etc., and titanium or tourmaline, magnet etc. are convex part or Place the clip on the opposite side where the convex part is provided, place a clip etc. on the opposite side, apply some pressure to the body, and fix the object that has a convex part in the mask, etc. There has been proposed a vase pusher that can be attached to the outside (see, for example, Patent Document 4).

JP 11-164870 A JP 2002-136568 A JP 2004-202200 A Japanese Patent Laid-Open No. 2006-6868

In the above-described conventional treatment instrument, the action of ions generated by different metal parts having different ionization tendency from the conductive metal, the pressing action by pressing the different metal parts against the skin, the center bar is constant in a certain direction The amount of sliding, the tip touches the skin and gives a stable stimulus, local heating causes the blood vessels to dilate, creating a temperature difference from the non-heated part, the nerve system gives the stimulus, relaxes the muscles, and the germanium When ions are generated in large quantities, they permeate through the skin, activate cell electron exchange, and increase the demand for oxygen.
However, the action / stimulation is unstable and not sufficient, and effective stimulation and ionic action on the nervous system with more stable strength is required.

The present invention
A cylindrical body for the practitioner to grasp;
It is slidable along the central axis of the cylindrical body within the cylindrical body, and the sliding range is limited at the distal end side and the proximal end side opposite thereto, and the distal end with respect to the cylindrical body A sliding actuating member biased toward the side;
An ion generating member disposed in a distal end region of the sliding operation member and in contact with the treatment object;
A hammer member that is biased toward the distal end side with respect to the cylindrical main body and taps the sliding operation member toward the distal end side;
When not operating, the sliding operation member is positioned on the distal end side, and the sliding device is moved together with the hammer member to the proximal end side by pressing a treatment instrument against the treatment object, and the sliding operation is performed. And a control unit that releases the hammer member and causes the hammer member to collide with the sliding operation member when the operation moving member or a member integrated with the movement moving member reaches the proximal end side end of the sliding range. It is a therapeutic device characterized.

  An embodiment of the present invention is characterized in that the ion generating member is tourmaline.

  According to the present invention, the electrical stimulation from the ion generating member and the mechanical stimulation by the sliding operation member are simultaneously applied to act synergistically, and further, these stimulations are made to bring the ion generating member and the part to be treated very close to each other. By performing, it has the effect of being able to give an effective electrical stimulation to the nervous system of a more stable intensity.

It is a perspective view of the treatment instrument of the present invention. It is sectional drawing and the partial enlarged view of the treatment instrument of this invention, and shows the state most extended at the time of non-operation. It is sectional drawing and the partial enlarged view of the treatment instrument of this invention, and shows the state which pushed in the cylindrical main body a little. It is sectional drawing and the partial expanded view of the treatment instrument of this invention, and shows the state which the edge part by the side of the proximal end of an internal sliding member contact | abutted to the proximal end inner surface 44 of the proximal end cap. It is sectional drawing and the partial enlarged view of the treatment instrument of this invention, and shows the state just before a hammer member is released. It is sectional drawing of the treatment instrument of this invention, and its partial enlarged view, and shows the state where the hammer member contacted the butting ring. It is sectional drawing of the treatment instrument of this invention, and its partial enlarged view, and shows the state which the hammer member contact | abutted against the cap. It is sectional drawing of the treatment instrument of this invention, and its partial enlarged view, and shows the state just before a butting ring hits a cap and a 2nd large diameter part hits a butting cap. It is explanatory drawing which shows the use start state of the treatment instrument of this invention. It is explanatory drawing which shows the use condition of the treatment instrument of this invention.

Hereinafter, an embodiment of a treatment device of the present invention will be described with reference to the drawings.
As shown in FIG. 1, the treatment instrument 1 includes a cylindrical main body 10 for a practitioner to grasp, and a sliding operation member 26 that is slidable along the central axis of the cylindrical body 10.

  The internal structure of the treatment instrument 1 is slidable along the center axis O of the cylindrical main body 10 and the cylindrical main body 10 within the cylindrical main body 10 as shown in FIGS. A sliding actuating member 26 having a range limited on the distal end side and the opposite proximal end side and biased toward the distal end portion 20 relative to the tubular body 10; 26, an ion generating member 30 that is disposed at the distal end portion 20 and contacts the treatment target B, and a cylindrical hammer member 40 that strikes the sliding operation member 26 toward the distal end portion 20 side. The hammer member 40 has a bearing ball recess 43 that receives a part of the bearing ball 92 inside the distal end side thereof.

  As shown in FIGS. 2 to 8, the treatment instrument 1 further moves the slide actuating member 26 to the distal end side when it is not actuated, and presses the treatment instrument 1 against the body B to be treated. 26 is moved to the proximal end portion 22 side together with the hammer member 40, and when the sliding actuating member 26 reaches the proximal end portion 22 side limit, that is, the sliding actuating member 26 or a member integral therewith is approached. When it hits the proximal end inner surface 44 of the distal end cap 68, it has a control part 50 that releases the hammer member 40 and causes the hammer member 40 to collide with the sliding operation member 26.

  The control unit 50 includes a first hammer compression spring 41 and a second hammer compression spring 42 disposed between the hammer member 40 and the proximal end inner surface 44 of the tubular body 10. A spring washer 45 is disposed between the first hammer compression spring 41 and the second hammer compression spring 42.

  In the cylindrical main body 10, a cap 66 with a hole 64 is screwed to the distal end portion 20 side of the cylindrical member 62, and a proximal end cap 68 having a proximal end inner surface 44 is screwed to the proximal end portion 22 side. I am letting.

  As shown in FIG. 2, the sliding operation member 26 has a hard acrylic cap 72 with a hole 70 screwed into the distal end portion 20. A copper pipe 74 is embedded in the periphery of the hole 70, and the ion generating member 30 that is, for example, a tourmaline granular material made of tourmaline powder is embedded in the copper pipe 74 so as not to fall off. The copper pipe 74 is electrically connected to the cylindrical member 62 via a germanium 77 (not shown). The copper pipe 74 may be electrically connected to a solar cell (not shown) attached to the cylindrical main body 10 via a germanium 77. The germanium 77 has a function of flowing current only in one direction. The germanium 77 and its connecting line are kept electrically insulated from the sliding operation member 26 by the insulating cylinder 79.

The sliding actuating member 26 is also fixed by a pin 82 with an abutting ring 80 that abuts against the cap 66 and determines a sliding range on the distal end portion side of the sliding actuating member 26.
The sliding actuating member 26 is also moved by the hammer member 40 to move the sliding actuating member 26 toward the proximal end by the hammer member 40 and toward the proximal end of the inner sliding member 90 protruding from the hole 89. The abutment cap 84 is screwed to prevent the slipping off of the cap.
The sliding operation member 26 further has a bearing hole 94 for receiving the bearing ball 92.

  The internal sliding member 90 is biased from the distal end side to the proximal end side by the compression spring 100 with respect to the sliding operation member 26. The internal sliding member 90 is inclined at 45 degrees by the first large diameter portion 104 for holding the spring guide portion 102 for guiding the compression spring 100 and the bearing ball 92 in the bearing hole 94, and the bearing ball 92 is moved to the bearing hole 94. A tapered portion 106 for allowing the bearing ball 92 to be taken in and out, a small diameter portion 108 for preventing the bearing ball 92 from projecting outward from the bearing hole 94, and abutting cap 84 against the inner sliding member 90 and sliding work The second large-diameter portion 110 for moving the moving member 26 integrally, and the abutting protrusion 122 that abuts the proximal end inner surface 44 to limit the sliding range of the inner sliding member 90 on the proximal end side. Consists of.

  The hammer member 40 slides on the sliding operation member 26 between the butting ring 80 and the butting cap 84.

Operation | movement of the therapeutic instrument 1 of the structure mentioned above is demonstrated. When no force is applied, the treatment instrument 1 extends the longest as shown in FIG.
As shown in FIG. 9, the practitioner grasps the cylindrical body 10 and applies the distal end portion 20 of the sliding operation member 26 to the treated portion B, and covers the tip portions of the ion generating member 30 and the copper pipe 74. The treatment part B is brought into contact. Subsequently, as shown in FIG. 10, the practitioner gradually brings the cylindrical main body 10 closer to the treatment portion B against the extension force of the first hammer compression spring 41 and the second hammer compression spring 42.

  In the treatment instrument 1, as shown in FIG. 3, this operation is performed with respect to the cylindrical main body 10 by the engagement of the bearing ball 92 and the bearing ball recess 43 and the action of the compression spring 100. The hammer member 40 and the inner sliding member 90 are integrally moved to the proximal end side. This operation continues until the proximal end of the inner sliding member 90 abuts the proximal end inner surface 44 of the proximal end cap 68, as shown in FIG.

After the proximal end side end of the internal sliding member 90 hits the proximal end inner surface 44 of the proximal end cap 68, when the practitioner further presses the tubular body 10, The sliding member 90 is displaced to the distal end side.
As a result, the bearing ball 92 is partially received in the bearing ball recess 43 in the bearing hole 94 by the action of the slope on the proximal end side of the bearing ball recess 43 and the tapered portion 106, as shown in FIG. 6, the hammer member 40 is not locked by the bearing ball 92 because it does not protrude from the bearing hole 94 to the outside, that is, the hammer member 40 side.

  As a result, as shown in FIG. 6, the hammer member 40 is caused to collide with the abutment ring 80 by the extension force of the first hammer compression spring 41 and the second hammer compression spring 42, and this collision energy is applied to the sliding operation member 26. Is transmitted to the distal end portion, and a mechanical impact is applied to the treated portion B. Due to this impact, the treatment of the sliding actuating member 26 is synergistically effected by electrical stimulation and mechanical stimulation, so that the treatment is performed efficiently.

Thereafter, when the practitioner weakens the pressing force against the cylindrical body 10, as shown in FIG. 7, the cylindrical force is applied to the sliding operation member 26 by the extension force of the first hammer compression spring 41 and the second hammer compression spring 42. The mold body 10 is displaced to the proximal end side to a position where the cap 66 and the hammer member 40 abut against each other.
At the same time, as shown in FIG. 8, the second large-diameter portion 110 of the internal sliding member 90 is displaced toward the proximal end side by the action of the compression spring 100 until it abuts against the abutting cap 84. As a result, the initial state shown in FIG. 1 is restored.

B treatment object 1 treatment instrument 10 cylindrical main body 20 distal end portion 22 proximal end portion 26 sliding operation member 30 ion generating member 40 hammer member 41 first hammer compression spring 42 second hammer compression spring 43 bearing ball recess 44 Proximal end inner surface 50 Control unit 62 Cylindrical member 66 Cap 68 Proximal end cap 72 Hard acrylic cap 80 Abutting ring 84 Abutting cap 90 Internal sliding member 92 Bearing ball 100 Compression spring 104 First large diameter portion 106 110 2nd large diameter part 122 Butting projection part

Claims (2)

A cylindrical body for the practitioner to grasp;
It is slidable along the central axis of the cylindrical body within the cylindrical body, and the sliding range is limited at the distal end side and the proximal end side opposite thereto, and the distal end with respect to the cylindrical body A sliding actuating member biased toward the side;
An ion generating member disposed in a distal end region of the sliding operation member and in contact with the treatment object;
A hammer member that is biased toward the distal end side with respect to the cylindrical main body and taps the sliding operation member toward the distal end side;
When not operating, the sliding operation member is positioned on the distal end side, and the sliding device is moved together with the hammer member to the proximal end side by pressing a treatment instrument against the treatment object, and the sliding operation is performed. And a control unit that releases the hammer member and causes the hammer member to collide with the sliding operation member when the operation moving member or a member integrated with the movement moving member reaches the proximal end side end of the sliding range. Therapeutic instrument characterized.   The therapeutic instrument according to claim 1, wherein the ion generating member is tourmaline.

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