JP2006055626A5 - - Google Patents

Description

Fingertip low frequency therapy device

  This invention is in a state where most modern people have poor blood flow in the veins that return to the heart due to bloody muddy conditions, and are prone to cold hands, high cholesterol, myocardial infarction, cerebral infarction, and the like. Therefore, the present invention relates to a fingertip low-frequency treatment device that can easily improve the bloody muddy state anywhere.

Many modern people are suffering from symptoms such as cold hands and high cholesterol due to lifestyle-related diseases due to food, exercise and environment. One of these causes is that there are surprisingly many people with poor blood flow at their hands, and the countermeasures have not been properly implemented.
Therefore, if a low-frequency treatment device that improves the blood flow of the hand easily and accurately in order to improve the coldness of the hand and high cholesterol can be provided, it is greatly appreciated by modern people and can greatly contribute to society.
However, in the conventional open utility model publications Nos. 2-30355 and 2-30356, a method of projecting electrodes sandwiched between fingers and an electrode on one end side of a wearing tool made of a cylindrical insulating material fitted on the fingertips. There is a method provided toward the base side of the base, and in the Japanese Utility Model Publication No. Sho 62-12354, a flexible support member is disposed at substantially the center of the flexible support member and a conductive sheet portion disposed below the flexible member. However, these are not structures that apply a low-frequency pulse by simply and precisely pressing the arteriovenous anastomosis position on both sides of the nail line, which is regarded as a point to improve blood flow at the fingertips, It is particularly difficult to apply to the acupuncture points of each finger at the same time because each finger has a different length (especially thumb, middle finger, little finger) and the thickness of each finger varies from person to person. It ’s something that can absorb the difference. No, because that is not made in exactly the structure of its purpose, it can not be sufficiently exhibited effect to improve the fingertips of blood flow.

  Next, in Japanese Utility Model Publication No. 54-0000294, a low frequency diaphragm and DC electric + and-plates are placed in a cylindrical shape and a weak current is applied. The method of applying mechanical vibrations to the upper part of the fingertip abdomen and the method of applying a weak current to the fingertips of the + and-electrodes of DC electricity, both of which include the arteriovenous anastomosis inside the fingertips on both sides of the fingertip It is completely different from the therapeutic effect that improves blood flow in the arteriovenous anastomosis (artery and vein bypass) by applying low-frequency pulses (intermittent current) in the state. Furthermore, it is not a structure of a method in which a person absorbs the difference in the thickness of each finger and the electrodes press the both side surfaces of the fingertip acupoint part (arteriovenous anastomosis part) easily and accurately. Next, in order to improve the blood flow of the fingertips, it is preferable to apply low frequency pulses three times a day, morning, noon, and night, but all fingertips can be applied simultaneously or continuously depending on the thickness of the fingers. Since automatic switching application is difficult and the structure is not capable of absorbing the difference, it is a method of operating and applying to one finger at a time, so it takes time, is troublesome, and is likely to cause a failure.

The problem to be solved is that there has been a treatment device that applies a low-frequency pulse to the finger, but on both sides of the acupuncture point (arteriovenous anastomosis) that maximizes the blood flow at the fingernail at the fingertip By simply inserting each finger of one hand at a time, the difference in finger length and finger thickness can be absorbed easily and accurately, and the conductor can be pressed together accurately. There is no treatment device that improves the blood flow by applying a low-frequency pulse by the finger sequential continuous automatic switching method, and it is also possible to combine the fingertip element body with one device that can also do the same operation for all fingers on the opposite side There was no.

In order to solve the above-mentioned problems, the present invention provides a fingertip characterized in that five fingertip insertion holes are provided in each of the left and right molded cases, and a fingertip element body provided with a conductor portion is attached to the insertion hole. Low frequency treatment device.

Features fingertip insertion holes in the left and right molded case that can be inserted in the form of fingertips with the surfaces of the five fingertips aligned so that the position of the fingertip element body can be pressed against the arteriovenous anastomosis of the fingertips The fingertip low frequency treatment device according to claim 1.

3. The structure according to claim 1, wherein a fingertip element body fixing portion is provided on both sides of the fingertip element body, and the arteriovenous anastomosis portion can be pressure-contacted from the fingertip element body fixing portion toward the center of the fingertip element body. Fingertip low frequency therapy device.

The fingertip low-frequency treatment device according to any one of the above-mentioned 1, 2, 3, or 1, characterized in that a thermal heater is arranged on the fingertip element body.

According to the configuration of the first aspect, a low frequency pulse can be applied to all fingers of one hand at the same time or by each finger sequential continuous automatic switching method. Is. In addition, all fingers on the opposite side can be made in the same manner, and one device can be used for both left and right hands.

The guide part can be easily and accurately inserted into the arteriovenous anastomosis part of all fingertips of one hand by absorbing the difference in finger length by the structure that can be inserted with the fingertips in a state where the surfaces of the five fingertips are aligned. Can be pressed together.

According to the configuration of the fingertip element body according to the third aspect, the difference in the thickness of the finger by a person can be absorbed, and the guide portion can be press-contacted easily and accurately to the arteriovenous anastomosis portion of all fingertips of one hand.

The synergistic effect can be obtained by providing both the thermal effect from the outside and the effect of improving the blood flow from the inside by the configuration in which the thermal heater according to claim 4 is provided .

As described above, the present invention absorbs the difference in finger length and finger thickness in the acupuncture part (arteriovenous anastomosis part) of one finger and easily and accurately presses the conductor part, and transmits the low frequency pulse. The fingertip low frequency which applies the finger simultaneous or each finger sequential continuous automatic switching and makes the opposite one hand all fingers also be able to use the same fingertip element body, and further arranges the heater element on the fingertip element body to make a synergistic effect It is a therapeutic device and an invention that is socially required.

The present invention is designed to improve the coldness of the hands and the symptoms of high cholesterol in modern humans, with the fingertip insertion hole configuration of the left and right molded case that can be inserted in the form of a fingertip with the surfaces of the five fingertips aligned. On both sides of the acupoint (arteriovenous anastomosis) that absorbs the difference between the electrodes and provides a different electrode conductor made of a stretchable conductor to improve blood flow easily and accurately at the nail The structure of the fingertip element body that can absorb and press the difference in the thickness of the fingertips depending on the person, and further apply a low-frequency pulse to both sides of each fingertip acupuncture point (arteriovenous anastomosis) simultaneously or with each finger sequential continuous automatic switching method A fingertip low-frequency treatment device that has a structure that can be used as a fingertip element body for all fingertips in both the left and right hands, and that provides a synergistic effect by placing a thermal heater on the fingertip element body.

Hereinafter, the structure and examples of the fingertip low frequency treatment device 1 of the present invention will be described in detail.
First, the structure of the fingertip element body 19 will be described with reference to FIGS. 2, 3, 5, 6, and 7. It consists of a molding material (rubber, plastic resin, or synthetic resin thereof) having flexibility and holding strength, and the inner diameter dimension C of the fingertip element body fixing portions A and A1 is left and right molding cases 2 and 3 respectively. Cylindrical dimensions that can be fixed to the element body fixing convex part and that each finger can be inserted sufficiently (however, since the outer dimensions of the thumb and the little finger generally differ greatly, this inner diameter C is usually used for the thumb and index finger. (Three-stage sizes for middle finger, ring finger, and little finger are good) The thickness E should be sufficient to provide a holding force. Next, in the fingertip element body pressure contact portion B, the acupoint portions 40 and 40-1 improve the blood flow at the nail growth of the human fingertip from the cylindrical shape toward the center from the boundary with the fingertip element body fixing portions A and A1. As shown in FIGS. 3, 6, 10, and 11, both sides of the (arteriovenous anastomosis part) are deformed into a vertical elliptical shape up to an inner diameter dimension F that can be pressed, and the thicknesses of the fingertip element body fixing parts A and A1 The thickness G is thinner than E so that the strength can be maintained, so that the difference in finger thickness can be absorbed.
Furthermore, the guide sticking windows 16 and 16-1 (however, the sympathetic nerve is attached to the ring fingertip) at the portion where the acupoints 40 and 40-1 (arteriovenous anastomosis portion) for improving the blood flow at the fingernail are best pressed. The structure of the fingertip element molded body 15 provided with the conductor pasting windows 16 and 16-1 for applying a low frequency pulse in order to stimulate and shrink the blood vessel . In this case, in order to improve the overall strength of the fingertip element molded body 15, a method in which the fingertip element body mechanism bone 18 (metal or reinforced resin or the like) of FIG. Moreover, you may provide the rotation stop recessed part 41 in the fingertip element body fixing | fixed part A and A1.
Next, as shown in FIG. 5 and FIG. 6, a conductor part of a different electrode made of elastic conductive material having a conductor lead wire 21 attached to the conductor pasting windows 16, 16-1 of the fingertip element molded body 15. structure of the fingertip element body 19 fitted with thermal heater 22 and the heater lead wires 23 around the 20,20-1 further by a patch poppy need this Shirubeko portion 20,20-1.

Next, the structure of the fingertip low frequency treatment device 1 will be described with reference to FIGS.
First, as shown in FIG. 7, the body shape of the fingertip low-frequency treatment device 1 is formed by two pairs of left and right molded cases 2 and 3 which are molded, and the thumbtip element body is fixed inside the left molded case 2 on one side. A convex portion 25, an index finger element fixing pin 26, a middle finger tip element fixing convex portion 27, a ring finger tip element fixing convex portion 28, and a little finger tip element fixing convex portion 29 are provided. The fingertip element body 19 corresponding to each finger size is inserted into. Next, the necessary conductors such as the conductor lead wire 21 of each fingertip element body 19 and the low frequency pulse generation circuit, the power switch 11, the waveform mode switch 12, each finger continuous automatic changeover switch 13, and the timer switch 14 are assembled. After that, the fingertip low frequency treatment device 1 having a structure in which the right molded case 3 on the opposite side is completed as shown in FIGS.

  Finally, the actual use state of the fingertip low frequency treatment device 1 will be described with reference to FIGS. 8, 9, 10, and 11. The fingertip to be initially treated with low frequency is, for example, the fingertips 32, 33, 34, 35, and 36 of the left hand 31 (however, the ring finger tip 35 does not apply a low frequency pulse or the like in order to stimulate the sympathetic nerve and shrink the blood vessel). When it is desired to improve the blood flow, as shown in FIG. 8, the fingertip insertion holes 6 and 7 of the left molded case 2 of the fingertip low-frequency treatment device 1 are prepared by placing five fingertips on a table or the like and aligning the surface J of each fingertip. , 8, 9, 10 to the fingertip figure K state. Next, as shown in FIG. 9, the fingers 32, 33, 34, 35, and 36 are inserted into the fingertip insertion holes 6, 7, 8, 9, and 10 in the fingertip form K state. In this case, for example, when the index finger 33 is taken as an example, as shown in FIG. 11, the fingertip position of the fingertip element body 19 is set so that the tip of the fingertip does not protrude from the index fingertip insertion hole 7-1 of the right molded case 3 on the opposite side. Depending on the shape of the vertical ellipsoidal fingertip element body pressure contact portion B, the acupuncture point portions 40 and 40-1 at the edge of the fingertip absorb the difference in finger thickness depending on the person, and the conductor portions 20 and 20 automatically and accurately. -1 is in pressure contact.

After the above operation, the power switch is turned on, and the desired mode, time, thermal heater and simultaneous or each finger sequential continuous automatic switching are selected and started. In this case, since the ring finger tip stimulates the sympathetic nerve and contracts the blood vessel, it is better not to apply a low frequency pulse or the like, so the guide portion 2020-1 is not attached. If the blood flow of the left fingertip is improved in this way, the right fingertip is then inserted into each finger insertion hole 6-1, 7-1, 8-1, 9-1, 10-1 of the right molded case 3, In the same way, both hands are used in a symmetrical structure that can apply a low-frequency pulse (intermittent current) to the acupuncture points 40, 40-1 at the fingertip nail line to improve blood flow, and put all in the case A fingertip low-frequency treatment device 1 that is easy to carry with little failure.

  The present invention is simple and accurate on both sides of the acupoint 40, 40-1 (arteriovenous anastomosis) that improves the blood flow at the fingernail at the fingertips in order to improve the coldness of hands and high cholesterol. The electrodes 20 and 20-1 of the electrode are pressed against each other, and all fingers of one hand apply a low frequency pulse simultaneously or each finger sequentially and continuously to improve blood flow. Similarly, the fingertip low-frequency treatment device 1 that easily improves blood flow with one finger on the opposite side is also greatly appreciated both socially and industrially.

(A) Perspective view from left side of fingertip low frequency treatment device of the present invention (b) Perspective view from right side of fingertip low frequency treatment device of the present invention Perspective view of a fingertip element molded body Cross section of center D-D1 part of fingertip element molded body Perspective view of fingertip element body mechanism bone Perspective view of fingertip element body Sectional view of the center H-H1 part of the fingertip element body The perspective view which inserted the fingertip element body into the molding case Perspective view before inserting left fingertip into fingertip low frequency treatment device Perspective view of the left fingertip inserted into the fingertip low frequency treatment device Cross section viewed from the front of the fingertip with the index finger inserted into the fingertip element body Cross section viewed from the top of the nail with the index finger inserted into the fingertip element body Perspective view of index finger

Explanation of symbols

1. 1. The fingertip low frequency treatment device of the present invention 2. Left molding case Right molding case 4. Case mounting screw Case mounting nut 6. 6. Thumb tip insertion hole for left hand 7. Index finger insertion hole for left hand 8. Middle fingertip insertion hole for left hand 9. The ring finger tip insertion hole of the left hand Little fingertip insertion hole for left hand 6-1. 7. Right thumb tip insertion hole 7-1. Inserting hole of index fingertip of right hand 8-1. Middle fingertip insertion hole for right hand 9-1. Right ring fingertip insertion hole 10-1. 10. Little fingertip insertion hole for right hand Power switch 12. Waveform mode switch 13. Changeover switch 14. Timer switch 15. Fingertip element molded body 16. Guide sticking window 16-1. Conductor pasting window 17. Fingertip insertion opening 18. Fingertip element body mechanism bone 19. Fingertip element body 20. Conductor part 20-1. Conductor part 21. Conductor lead wire 22. Thermal heater 23. Heater lead 24. Conductor part sticking fixing part 25. 25. Thumb tip element body fixing convex portion of left hand Left index fingertip element body fixing convex portion 27. 27. Middle fingertip element body fixing convex portion of the left hand Left ring fingertip element body fixing convex portion 29. Little fingertip element body fixing convex portion 25-1. Right thumb tip element body fixing convex portion 26-1. Right finger index fingertip element fixing convex portion 27-1. Middle fingertip element body fixing convex portion 28-1. Right ring fingertip element body fixing convex portion 29-1. Right fingertip element body fixing convex portion 30. Case fixing hole 31. Left hand 32. Left thumb 33. Left hand index finger 34. Middle left finger 35. Left hand ring finger 36. Left hand little finger 37. Claw 38. Artery 39. Vein 40. Acupoint 40-1. Acupoint part 41. Anti-rotation recess A. Fingertip element body fixing part A1. Fingertip element body fixing part B. Fingertip element body pressure contact part C.I. Inner dimension of fingertip element body fixing part D-D1. Central cross section of fingertip element molded body E. Thickness of fingertip element body fixing portion F. G. Inner Diameter of Vertical Elliptical Part of Fingertip Element Molded Body G. Thickness of vertical ellipsoidal shaped part of fingertip element molded body H-H1. Central cross section of fingertip element body Face of each fingertip K. Fingertip

Claims (4)

A fingertip low-frequency treatment device, wherein five fingertip insertion holes are provided in each of the left and right molded cases, and a fingertip element body having a conductor portion is attached to the insertion holes. Features fingertip insertion holes in the left and right molded case that can be inserted in the form of fingertips with the surfaces of the five fingertips aligned so that the position of the fingertip element body can be pressed against the arteriovenous anastomosis of the fingertips The fingertip low frequency treatment device according to claim 1. 3. The structure according to claim 1, wherein a fingertip element body fixing portion is provided on both sides of the fingertip element body, and the arteriovenous anastomosis portion can be pressure-contacted from the fingertip element body fixing portion toward the center of the fingertip element body. Fingertip low frequency therapy device. The fingertip low-frequency treatment device according to any one of the above-mentioned 1, 2, 3, or 1, characterized in that a thermal heater is arranged on the fingertip element body.