JP4560641B2 - Rolling health equipment - Google Patents

Description

  The present invention relates to a rolling health device of the type that stimulates the peripheral system of the body. More specifically, the peripheral force, peripheral blood vessels, and muscles of the limbs are stimulated and activated by pressing force (pressure) and rolling friction (friction force) using a number of rolling rollers, thereby restoring and maintaining health. The present invention relates to a roll-type health device for performing or improving.

  “Satsuma”, “Massage”, “Shiatsu”, etc. have been widely used in Japan since long ago as therapies to restore, maintain and improve health. Of these, Satsuma (acupuncture), which focuses on massaging, improves muscle circulation by removing muscle induration, thereby increasing metabolism and nutritional functions. On the other hand, massage (light rubbing method) promotes blood and lymph circulation mainly by stroking the circulatory system. This also promotes metabolism and strengthens nutritional function and resistance, so it will have a significant effect on visceral function and hormone secretion. Furthermore, the finger pressure mainly gives a stimulus of one point pressurization for the reaction point appearing in the living body. In the case of acupressure, the function of the nerves and muscles is adjusted by reflex mechanism for one-point pressurization and the modulation of the living body is corrected, so it is effective for promoting natural healing power, removing the cause of fatigue, promoting health, etc. Has been.

  These therapies are safe, have no side effects, are simple, can be performed by anyone, and are effective. Therefore, the general penetration is remarkable. Along with this, many health appliances for simply and effectively carrying out “Satsuma”, “Massage” and “Shiatsu” are provided.

  What is disclosed in Patent Document 1 below is an example of an invention product developed as this type of health device. With regard to this, the sole stimulation health device of Patent Document 1 is one in which a large number of pressing stimulus imparting bodies are rotatably attached to a frame via support bars. Furthermore, this is a structure in which a large number of rotatable pressing stimulus imparting bodies in the shape of rollers such as abacus balls are arranged vertically and horizontally with their outer peripheral portions protruding from the upper surface of the frame. Therefore, it can be said that the thing of patent document 1 is a structure similar to abacus. When using this sole stimulation health device, the foot is moved back and forth while stepping on a number of pressure stimulus imparting bodies with the foot. By doing this, acupoints on the soles of the feet (specific points where peripheral nerves and blood vessel ends are gathered) are stimulated all over the place, which promotes natural healing power, eliminates the cause of fatigue, promotes health, etc. The effect described above will be achieved.

Japanese Patent Application Laid-Open No. 09-074415

The sole stimulation health device of Patent Document 1 has a simple structure and no particular difficulty in use. In addition, no power source is required. Therefore, this can be said to be a desirable technique for a type of health device that stimulates the soles. Nonetheless, in Patent Document 1, the following points (1) to (5) point out the effective stimulation of the acupuncture point, the usability of the instrument, the strength and durability of the instrument, and the manufacturability of the instrument. There is still room for improvement.
(01) In Patent Document 1, all pressing stimulus imparting bodies are at the same level on a common plane. Stimulation is obtained by stepping on this with a foot, but at that time, the pressing stimulus imparting body often does not come into contact with the dent (the arch) of the sole. For this reason, it is impossible to stimulate the treads without leaving the entire sole. In the sole stimulation health device of Patent Document 1, it is also practiced to give a difference in height for each row of pressure stimulus imparting bodies, or to vary the outer diameter of each pressure stimulus imparting body in one row, Even with these technical contents, it is difficult to stimulate the treading pressure without leaving the entire sole.
(02) In the sole stimulating health device of Patent Document 1, both ends of the support rod are supported in such a manner as to penetrate both side walls of the frame inward and outward. In the case of such a support structure, the support bar cannot be supported higher than the upper surface of the frame. As a result, more than half of each pressing stimulus imparting body or the like held by the support rod is depressed in the frame, and the amount of protrusion to the upper surface of the frame is small. Thus, when each pressing stimulus imparting body is depressed in the frame, a sufficient tread pressure stimulus to the sole cannot be obtained.
(03) In the sole stimulation health device of Patent Document 1, since each pressing stimulus imparting body is depressed in the frame, when the feet are put on them and moved back and forth, the toes and the heels move the front and rear walls of the frame. Or the sides of the sole may rub against the side walls of the frame.
(04) When reducing the amount of depression in the frame of each pressure stimulus imparting body with the sole stimulation health device of Patent Document 1, the position of the through hole with respect to both side walls of the frame is made as high as possible to support the support rod at both ends at high positions. There must be. In such a case, the thickness of both side walls of the frame on the upper surface of the through hole becomes extremely small, which becomes a structural weak portion. That is, the frame is easily cracked or chipped on the upper surface side of the through hole.
(05) The sole stimulation health device of Patent Document 1 has both end portions of each support bar penetrating both side walls of the frame. Such a structure has insufficient technical considerations in the combination structure of each support bar and the frame, so that the strength of the entire health device cannot be increased, and conversely, the above-described problems occur.
(06) When stimulating the peripheral system to improve health, it is effective to stimulate the palm as well as the soles. Regarding this palm stimulation health device, Patent Document 1 does not disclose any technical suggestion.

  In view of such technical problems, the present invention is a rolling health device that can satisfy appropriate stimulation to the peripheral system, tread pressure adjustment, comfortable feeling of use, structural stability and strength, low cost, etc. Is to provide.

(11) rolling pressure health equipment for feet according to the present invention shall be the features of the following means for solving problems To achieve the intended purpose. Sunawa Chi rolling pressure health equipment for feet according to the present invention, a number of compaction which has an outer peripheral surface an annular projection for the rolling pressure stimulus along the circumferential direction have a through-hole in the axial portion A roller, a plurality of support shafts for supporting a plurality of compaction rollers in a row and rotatably supporting them, a frame for assembling a number of support shafts in a column, and a plurality of support shafts . Each supporting shaft that passes through the rolling roller and is held in a row and rotatably has a longitudinal axis on both ends, and passes through a number of the rolling rollers. Are supported on the upper surface side of the frame body with the front-rear interval parallel to each other , and the longitudinal axis portions at both ends of the respective support shafts. both but the respective support shaft whose frame is rising fixed from the upper surface of the frame side portions When the support shaft is divided into three parts, one in the front region, one in the rear region, and one in the central region between the front and rear regions, the three in the central region Each of the above-mentioned support shafts has a raised portion that rises with an ascending gradient from an intermediate portion between both side portions of the frame body toward one side portion of the frame body, and of the three or more support shafts. The highest support shaft having the highest raised portion is interposed between the foremost support shaft and the last support shaft, and the region in the frame on the upper surface side of the frame body is provided with each support shaft. A large number of rolling rollers supported so as to be freely rotatable in the front-rear direction are scattered and distributed adjacent to the front, rear, left and right, and the lower portions of the respective rolling-roller rollers are higher than the upper surfaces of both sides of the frame, and Among these rolling rollers, each rolling roller at the raised portion of the spindle maintains a predetermined raised height. Other compaction roller with which is characterized in that arranged in a flat shape.
(12) rolling pressure fitness tool for hand according to the present invention shall be the features of the following means for solving problems To achieve the intended purpose. Sunawa Chi rolling pressure fitness tool for hand according to the present invention, a number of compaction which has an outer peripheral surface an annular projection for the rolling pressure stimulus along the circumferential direction have a through-hole in the axial portion A roller, an arch shape for holding a number of rolling rollers in a row and rotatably supporting them, a number of support shafts having downward vertical axes at both ends, and a number of support shafts in columns A frame for assembling, and the supporting shafts penetrating a number of rolling rollers and holding them in a row and rotatably hold the front and rear intervals parallel to each other. body with are arranged before and after the upper surface side of the vertical axis portion at the opposite ends of each support shaft is bridged over both sides of the rising fixed to the frame body than the upper surface of the frame side portions, and In the frame area on the top side of the frame body, it is supported so that it can be rotated back and forth by each spindle. Numerous compaction rollers are adjacent to and fro, and, together are dotted distribution at an longitudinal direction long arcuate surface shape, the lower portion of the rolling pressure rollers from the upper surface of the frame side portions Is also located at a high position .

The foot rolling health device according to the present invention has the following effects.
(21) For foot-type rolling health equipment, when the user steps on the foot with the foot placed on it, some of the rolling-roller groups in a raised arrangement state are depressed on the sole of the foot through the annular protrusion. The remaining rolling roller group comes into close contact with the other part of the sole through the annular projections in close contact with the arch and in a flat array state. In this state, when the foot is moved back and forth several times, each rolling roller that rotates back and forth in response to the pressure force stimulates the rolling with almost no entire area of the sole due to the reaction force against the pedaling pressure. This means that each point on the sole is properly stimulated without excess or deficiency, which leads to activation of peripheral nerves, peripheral blood vessels, muscles, etc. of the foot. Therefore, it is possible to safely and easily recover, maintain, and promote health by determining the implementation date and the number of implementations per day and repeatedly performing such a rolling stimulation repeatedly. This is also particularly good in terms of health, regardless of age or gender, because the foot exercises are also performed simultaneously when stimulating the soles.
(22) There are many acupoints on the soles of the foot such as “back yard”, “spring”, “foot” and “sleeplessness”. Above all, the “spring” located on the foot of the sole is considered important for improving the physical strength of the whole body and enhancing the function of the internal organs. As is obvious, the level of dent varies depending on the individual. In addition, the treading pressure by stepping on the appliance should be adjusted depending on each person's preference and physical condition. On the other hand, in the rolling compaction health device for legs, three or more support shafts in a predetermined central region are raised with an ascending slope from an intermediate portion between both sides of the frame toward one side of the frame, A rolling roller is also present in the raised portion. Therefore, the above-mentioned treading pressure can be appropriately adjusted by adjusting the degree of covering of the arch and the degree of stepping on the raised portion. As an example, in the case of a person who has a large depression in the arch or a person who needs a strong treading pressure, it is only necessary to put the arch on the higher side of the raised portion and step on the instrument. As another example, in the case of a person with a small arch dent or a person who only needs a weak treading pressure, it is sufficient to step on the arch while keeping the covering of the arch on the lower side of the ridge. In other cases, the covering degree of the arch may be changed within the range from the lower side of the raised portion to the higher side. This means that an appropriate treading pressure adjustment can be performed with the ease of simply changing the footrest position with respect to the instrument.
(23) As described above, the foot-type health appliance for the foot is stimulated by the reaction force when the foot is stepped on it. In this case, the treading pressure can be adjusted by the user including the arch portion, and thereby a comfortable foot stimulation can be obtained, so that comfortable use can be ensured in such usage.
(24) Regarding the rolling-type health appliance for the foot, there is an embodiment in which each support shaft constructed over both sides of the frame has a downward vertical axis at each end. In the case of such a support shaft having a vertical axis portion, the vertical axis portion is set up between predetermined portions by being raised from the upper surfaces of both sides of the frame body and fixed. When the support shaft and the assembly structure thereof are such, it is easy to hold each rolling roller on the frame without sinking into the frame. In addition, if the upper half or more of each rolling pressure roller held by such a support shaft protrudes from the frame body, if the outer diameter of each rolling pressure roller is relatively small or a large stepping pressure is applied to this Even if it is a case, the sole does not sink into the frame. Therefore, when the foot is placed on the instrument and moved back and forth, there is no possibility that the toe or the heel collides with the front and rear walls of the frame body or the both sides of the soles rub against the side walls of the frame body.
(25) As described above, the rolling type health equipment for feet where the downward vertical axis portions of both ends of the support shaft rise from the upper surface of both sides of the frame body, the respective support shafts are connected via the downward vertical axis portions. It can be firmly fixed to the frame. Moreover, the vertical axis of each spindle does not weaken both sides of the frame. On the other hand, each support shaft binds both sides of the frame body like a casket. As a result, the rolling health device for the foot sufficiently secures structural stability and strength.
(26) As is apparent from the above, the rolling health device for the foot allows the user to move the foot back and forth while applying the treading pressure, thereby obtaining stimulation to the peripheral system. This does not require any special power source. In addition, there are few main types of parts such as frames, support shafts, and rolling rollers, and the overall configuration is simple. Therefore, depending on these, the rolling health device for feet can be provided at low cost.

The hand rolling health device according to the present invention has the following effects.
(31) With regard to a rolling compaction health device for hand, when the user places his / her hand on it and presses it, the corresponding annular projection of each compacting roller is in close contact with the inner surface of the palm or finger. When the hand is moved back and forth in this state, each rolling roller that rotates back and forth along with the hand stimulates the rolling pressure almost without leaving the entire inner surface of the hand due to the reaction force against the pressure. This means that the acupuncture points on the inner surface of the hand are properly stimulated without excess or deficiency, leading to activation of the peripheral nerves, peripheral blood vessels, muscles, etc. of the hand. Therefore, it is possible to safely and easily recover, maintain, and promote health by determining the implementation date and the number of implementations per day and repeatedly performing such rolling pressure stimulation. This is also particularly good in terms of health, regardless of age or gender, because hand movement is also performed simultaneously when stimulating the inner surface of the hand.
(32) There are acupuncture points on the inner side of the hand, such as “Naka-on”, “Rugung”, and “Small”. These acupoints are said to be able to improve various organs and physiological functions by stimulating them. Speaking of the hand, there is a dent in the palm, and each finger warps when the finger is extended to the limit. On the contrary, when you loosen each finger to make it close and feel relaxed, or loosen each finger by bending slightly, the entire inner surface of the hand from the palm to each fingertip is naturally slender arched ) Or such a hand shape can be made without difficulty. On the other hand, a rolling compaction health device for hand has an arch surface in which a large number of compaction rollers supported so as to be able to rotate back and forth on each support shaft are adjacent to each other in the frame area on the upper surface side of the frame and are long in the front-rear direction. It is distributed in a scattered manner. When a hand is placed on such a group of rolling rollers, the inner surface of the hand is also arched so that almost the entire surface comes into close contact with the group of rolling rollers. Therefore, in this state, the above-mentioned effective rolling pressure stimulation can be easily realized by pressing the inner surface of the hand against the rolling roller group and repeatedly moving back and forth.
(33) As described above, the hand-rolled health device for hand is one in which the user is stimulated by the reaction force when the hand is put on it and pressed. The pressing at this time can be adjusted by the user including the palm portion, and thereby a comfortable inner surface stimulation of the hand can be obtained, so that comfortable use can be ensured in such usage.
(34) In the hand rolling health device, the arch-shaped support shaft holds each rolling roller on the frame. Specifically, the upper half or more of each rolling roller protrudes on the frame. When a hand-rolled health device is such, the inner surface of the hand may be submerged in the frame even when the outer diameter of each roller is relatively small or when a large pressure is applied to it. Absent. Therefore, when the hand is placed on the instrument and moved back and forth, there is no possibility that the peripheral part of the hand including the fingertip will collide with or rub against the front and rear walls or both side walls of the frame.
(35) Each of the support shafts has a strength depending on the arch shape in the hand-rolled health equipment. Such a support shaft can be firmly fixed to the frame body through the downward vertical axis portions at both ends thereof. Moreover, the vertical axis portion of each support shaft does not weaken both sides of the frame. On the other hand, each support shaft binds both sides of the frame body like a casket. As a result, the hand-rolled health device for the hand ensures sufficient structural stability and strength.
(36) As is apparent from the above, the hand-rolling health device for the hand moves the hand back and forth while applying pressure, thereby obtaining stimulation to the peripheral system. This does not require any special power source. In addition, there are few main types of parts such as frames, support shafts, and rolling rollers, and the overall configuration is simple. Therefore, depending on these, it is possible to provide a hand-rolled health device at a low cost.

  First, an embodiment of a foot device will be described with reference to the accompanying drawings for a rolling health device according to the present invention.

  1 to 5, 11 indicates a frame, 21 indicates a support shaft, and 31 indicates a pressure roller.

  1 to 2, the frame 11 is configured by assembling a plurality of frame members into a rectangular frame shape. Therefore, the frame 11 has a front side portion 12, a rear side portion 13, a left side portion 14, and a right side portion 15. Among these, a protruding portion 16 for increasing the height is integrally formed in the central region of the upper surface of the right side portion 15. About the frame 11, the front side part 12 and the rear side part 13, and / or the left side part 14 and the right side part 15 may each consist of inner and outer double frame materials. The upper surface of the frame 11 is fully opened. The lower surface of the frame 11 is either fully open, fully closed, or partially closed (partially opened). The frame 11 in the illustrated example is partially closed (partially opened) as shown in FIGS. That is, the central portion of the frame body 11 is opened, and the bottom portion 17 is provided on the front lower surface and the rear lower surface of the frame body 11 and is closed. The frame 11 shown in FIGS. 1 and 2 is also provided with a plate-like anti-slip material 18 on the lower surfaces of the four corners. When the frame 11 is made of a material having an anti-slip effect, the anti-slip material 18 may be omitted.

  In the frame body 11 as described above, the frame material and the bottom material for constituting the front side portion 12, the rear side portion 13, the left side portion 14, the right side portion 15, the bottom material 16, etc. are made of wooden or synthetic resin (hard rubber (Including products) ・ Made of metal or composite material made of these. The anti-slip material 18 is made of rubber or synthetic resin having an anti-slip effect. When assembling and configuring the frame 11 using such a constituent material, those constituent materials are mutually connected by any one or more of metal fitting fixing means, adhesive means, welding means, etc., depending on the material. Fixed. The size of the frame 11 is length≈300 to 400 mm, width≈120 to 200 mm, and height≈20 to 50 mm. As a typical example, in the case of the wooden frame 11, length = 350 mm, width = 140 mm, and height = 30 mm.

  1 to 2, the support shafts 21 to 24 have downward vertical axis portions 25 and 26 integrally formed at both ends thereof. As a typical example, the lower ends of the vertical axis portions 25 and 26 have a sharp shape similar to a nail. In the support shaft 21, a portion extending between the two vertical axis portions 25 and 26 is a horizontal portion 21a. In the case of the support shaft 22, the horizontal portion 22 a and the inclined raised portions 22 b and 22 c are between both the vertical axis portions 25 and 26. In the case of the support shaft 23, the horizontal portion 23 a and the inclined raised portions 23 b and 23 c are between both the vertical axis portions 25 and 26. Further, in the case of the support shaft 24, the horizontal portion 24 a and the inclined raised portions 24 b and 24 c are located between the two vertical axis portions 25 and 26. Accordingly, each of the support shafts 22 to 24 has three vertical portions 25, each of which includes one horizontal portion (22a, 23a, 24a) and two raised portions (22b, 22c, 23b, 23c, 24b, 24c).・ It can be said that it has between 26. In both raised portions 22b and 22c of the support shaft 22, a relatively low raised portion 22b is a concave curve curved downward, and a relatively high raised portion 22c is a convex curve curved upward. In both the bulging portions 23b and 23c of the support shaft 23, the relatively low bulging portion 23b has a concave curve curved downward, and the relatively high bulging portion 23c has a convex curve curved upward. Further, in both raised portions 24b and 24c of the support shaft 24, a relatively low raised portion 24b is formed of a concave curve curved downward, and a relatively high raised portion 24c is formed of a convex curve curved upward. In the illustrated example, the heights of the raised portions 22b, 22c, 23b, 23c, 24b, and 24c with respect to the horizontal line are (22b = 23b) <(22c = 23c) <(24b) <(24 24c).

  A typical constituent material for each of the support shafts 21 to 24 is a metal. A typical example is a metal such as steel. In addition, each of the support shafts 21 to 24 may be made of FRP or other synthetic resin-based high-strength material. The diameter of each spindle 21-24 exists in the range of 2-4 mm. The dimensions over both ends of each of the support shafts 21 to 24 correspond to the dimensions between both side portions (left side portion 14 and right side portion 15) of the frame body 11.

  Each of the rolling rollers 31 in FIGS. 1 to 2 has a shape such that two truncated cones are butted together at the bottom as clearly shown in FIG. This is like a abacus ball. Each of the rolling rollers 31 has a through hole 32 in the axial center portion, and an annular protrusion 33 for rolling pressure stimulation along the circumferential direction is provided on the outer peripheral surface. The rolling roller 31 may be as shown in FIG. 3B or as shown in FIG. Incidentally, in FIG. 3B, the annular protrusion 33 is sharper than that in FIG. 3A, and in FIG. 3C, the annular protrusion 33 has a thin plate shape like a blade.

  Each rolling roller 31 is either made of wood, made of synthetic resin (including hard rubber), metal, or a composite material made of these. Each rolling roller 31 has a maximum diameter portion (annular protrusion 33) within a range of 10 to 30 mm, and an axial dimension within a range of 6 to 15 mm. A typical example of the rolling roller 31 has a maximum diameter of 15 mm and an axial dimension of 8 mm in a wooden one.

  With reference to FIGS. 1-2, the rolling type health device for legs is assembled and constructed as follows. Each of the support shafts 21 to 24 is configured to rotatably hold a predetermined number of the compaction rollers 31 between the two longitudinal axis portions 25 and 26, so that the support shafts 21 to 24 pass through the roller through holes 32. A predetermined number of rolling rollers 31 are respectively fitted. Further, ring-shaped or tube-shaped stoppers 27 are fitted on both side portions of the respective support shafts 21 to 24 holding the pressure roller so as to prevent separation of the pressure roller. The stopper 27 is made of rubber, synthetic resin, or metal. The stopper 27 is fixed to a predetermined portion of each of the support shafts 21 to 24 by adhesion or other means as necessary. In addition, a washer may be fitted inside the stopper 27. Thus, the respective support shafts 21 to 24 equipped with the predetermined number of rolling rollers 31 are arranged in the front-rear direction on the upper surface side of the frame body 11 while maintaining a parallel front-rear interval, and both side portions of the frame body 11 are arranged. It is constructed over (the left part 14 and the right part 15), and is supported at both ends by this. Specifically, both longitudinal axis portions 25 and 26 of the respective support shafts 21 to 24 are inserted into the inside thereof from the upper surface of the left side portion 14 and the upper surface of the right side portion 15 of the frame body 11 so that the respective support shafts 21 to 24 are It is installed between the predetermined parts in a predetermined arrangement state.

  When the above-mentioned support shafts 21 to 24 are divided into those in the front region Z1, the rear region Z3, and the central region Z2 therebetween as shown in FIG. 1, the three in the central region Z2 The above-described support shafts 22 to 24 have ridges that rise with an ascending gradient from an intermediate portion between both sides of the frame toward one side of the frame, that is, the ridges 22b, 22c, 23b, 23c, 24b, and 24c. is doing. More specifically, the highest support shaft 24 having the highest raised portion 24c is interposed between the foremost support shaft 22 and the last support shaft 23 among the three or more support shafts 22 to 24. . Therefore, in the case of the instrument of this embodiment, in the frame area on the upper surface side of the frame body 11, a large number of rolling rollers 31 supported by the respective support shafts 21 to 24 so as to be able to rotate back and forth are adjacent to the front and rear and right and left. It is distributed. Of these rolling rollers 31, the rolling rollers 31 in the raised portions 22b, 22c, 23b, 23c, 24b, and 24c of the support shafts 22 to 24 each have a predetermined raised height, And the other rolling roller 31 is arranged in flat form. The number of the supporting shafts 22 to 24 with raised portions is preferably about 3 to 9. In this case, the raised portions of the respective support shafts 22 to 24 are gradually lowered from the highest support shaft 24 toward the front and rear support shafts.

  The above-described embodiment is merely an example of a rolling compaction health device for a foot. As another example, as shown in FIG. 3, the support shaft 21 without the raised portion and / or the support shafts 22 to 24 with the raised portion penetrate both side portions (the left side portion 14 and the right side portion 15) of the frame body 11. In some embodiments, both ends may be supported. In the case of the support shafts 21 to 24 laid between both side portions of the frame body 11 by such means, the vertical axis portions 25 and 26 at both ends thereof are omitted.

  About the rolling type health device for legs concerning the present invention, when using this for the purpose of health recovery, health maintenance, health promotion, etc., it becomes as follows. That is, as shown in FIG. 5, the user puts his / her foot on the foot device of the present invention and steps on the upper surface side of each rolling roller 31 with an appropriate force, and in this state, the foot is repeatedly moved back and forth in the direction of the arrow in FIG. Move. When this is done, the rolling rollers 31 in the raised state and the annular protrusions 33 of the rolling rollers 31 arranged in a flat state stimulate the rolling pressure without leaving the entire sole (including the arch). It becomes like this. More specifically, the reaction force of the roller treading pressure and the rolling friction of the roller give the entire sole of the foot stimulation similar to or equivalent to massage, massage, and finger pressure, thereby causing peripheral nerves, peripheral blood vessels, muscles, etc. of the foot Is activated. In addition, the back and forth movement of the foot has a synergistic effect.

  The roll-type health device for feet according to the present invention can be applied to the right foot and the left foot by flipping back and forth, but it is usually desirable to prepare two such devices as a pair and simultaneously stimulate the soles of both feet. . When using the two devices at the same time, sit down on a chair, etc., put your feet on both devices placed in front of your feet and step on as described above. Just do it. In this case, the back and forth movement of the foot may be an arbitrary number set by each person. As an example, the number of back and forth movements that will be 40 reciprocations for both feet may be set as 1 set, and about 3 sets per day may be performed.

  Next, an embodiment of a hand instrument for a rolling health instrument according to the present invention will be described with reference to the accompanying drawings.

  6 to 8, the frame body 11 is substantially the same as or similar to that of the above embodiment except that the right side portion 15 does not have the protruding portion 16. Therefore, the description of the frame 11 illustrated in FIGS. 6 to 8 is omitted by referring to the contents of the embodiment.

  In the embodiment of FIGS. 6 to 8, the size of the frame 11 is length≈250 to 400 mm, width≈110 to 200 mm, and height≈15 to 40 mm. As a typical example, in the case of the wooden frame 11, length = 330 mm, width = 135 mm, and height = 25 mm.

  6 to 8, the support shaft 21 has downward vertical axis portions 25 and 26 integrally formed at both ends thereof, as in the above-described embodiment. As a typical example, the vertical axis portions 25 and 26 also have a sharp shape similar to a nail at the lower end. The support shaft 21 has an arch-shaped curved portion 21b in a portion extending between the two vertical axis portions 25 and 26. The other matters regarding the respective spindles 21 in FIGS. 6 to 8 are substantially the same as or similar to the contents of the embodiment. Therefore, description of the constituent materials, dimensions, and others related to the support shaft 21 illustrated in FIGS. 6 to 8 will be omitted by referring to the contents of the embodiment.

  Each of the rolling roller 31 in FIGS. 6 to 8 is substantially the same as or similar to that of the above embodiment. Therefore, the description of the frame 11 illustrated in FIGS. 6 to 8 is omitted by referring to the contents of the embodiment. Of course, in the embodiment shown in FIGS. 6 to 8, in addition to the pressure roller 31 shown in FIG. 3A, a pressure roller 31 as shown in FIGS.

  6 to 8, each rolling roller 31 has a maximum diameter portion (annular protrusion 33) within a range of 8 to 30 mm and an axial dimension within a range of 6 to 15 mm. A typical example of the rolling roller 31 is a wooden roller having a maximum diameter portion dimension = 12 mm and an axial dimension = 8 mm.

  The hand-rolled health appliances as shown in FIGS. 6 to 8 are assembled and configured as follows in the same manner as in the above embodiment. Each of the support shafts 21 holds a predetermined number of rolling rollers 31 between the two longitudinal axis portions 25 and 26 so as to freely rotate. Therefore, a predetermined number of them are passed through the roller through holes 32. Each of the rolling roller 31 is fitted. Further, similarly to the above, stoppers 27 for preventing the separation of the pressure roller are fitted on both side portions of the respective support shafts 21 holding the pressure roller, and washers are fitted as necessary. Thus, the respective support shafts 21 equipped with the predetermined number of rolling rollers 31 are arranged in the front-rear direction on the upper surface side of the frame body 11 while maintaining a front-rear interval parallel to each other, and both side portions (left side portion 14. It is constructed over the right side 15) and is supported at both ends by this. Specifically, both longitudinal axis portions 25 and 26 of the respective support shafts 21 are inserted into the inside thereof from the upper surface of the left side portion 14 and the upper surface of the right side portion 15 of the frame body 11 so that the respective support shafts 21 are arranged between predetermined portions. It is installed in a predetermined arrangement state.

  Also in the embodiment of FIGS. 6 to 8, in the frame area on the upper surface side of the frame body 11, a large number of rolling rollers 31 supported by the respective support shafts 21 so as to be rotatable in the front-rear direction are adjacent to the front-rear side and the left-right direction The arch surface is long and distributed in the front-rear direction.

  The hand-rolled health device according to the present invention is used as follows when it is used for the purpose of health recovery, health maintenance, health promotion, and the like. That is, as shown in FIG. 8, the user places his / her hand on the hand-held device of the present invention and pushes the upper surface side of each rolling roller 31 with an appropriate force, and in this state, the hand is repeated in the direction of the arrow in FIG. Move. When doing so, the annular protrusion 33 of each rolling roller 31 that is in close contact with the inner surface of the palm or finger stimulates the rolling pressure without leaving almost the entire inner surface of the hand. More specifically, the reaction force of the roller treading pressure and the rolling friction of the roller give the entire inner surface of the hand a stimulus equivalent to or similar to that of massage, massage, and finger pressure, thereby causing peripheral nerves, peripheral blood vessels, muscles, etc. of the hand Is activated. The back and forth movement of the hand has a synergistic effect.

  Although the hand-rolling health device for hand according to the present invention can be applied to both the right hand and the left hand, it is usually preferable to prepare two such devices as a pair and simultaneously stimulate the inner surface of the right hand and the inner surface of the left hand. . When two instruments are used at the same time, place both hands on both instruments placed on a desk or the like and press them as described above, and both hands move back and forth in the same or alternate manner. In this case, the back and forth movement of the hand may be any number of times set by each person. In one example, the number of forward and backward movements for a total of 40 reciprocations for both hands may be set as one set, and about 3 sets per day may be performed.

  The hand / foot rolling health device according to the present invention is simple to manufacture and easy to use. Nevertheless, it solves the problems of the prior art and satisfies the appropriate stimulation to the peripheral system, adjustment of treading pressure, comfortable feeling of use, structural stability and strength, and low cost. Therefore, industrial applicability is high.

[BRIEF DESCRIPTION OF THE DRAWINGS] It is the perspective view which showed the one Embodiment about the rolling type health device for legs based on this invention. It is a longitudinal cross-sectional view of the principal part in the rolling type health appliance of FIG. It is a front view of the various rolling rollers used with the rolling type health appliance of FIG. It is the principal part longitudinal cross-sectional view which showed other one Embodiment about the rolling-type health appliance for legs which concerns on this invention. FIG. 2 is a perspective view schematically showing a usage state of the rolling health device of FIG. 1. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing an embodiment of a hand rolling health device according to the present invention. It is a longitudinal cross-sectional view of the principal part in the rolling type health appliance of FIG. FIG. 7 is a perspective view schematically showing a usage state of the rolling health device of FIG. 6.

Explanation of symbols

DESCRIPTION OF SYMBOLS 11 Frame 12 Front side part of frame 13 Rear side part of frame 14 Left side part of frame 15 Right side part of frame body 21 Support shaft 21a Horizontal part of support shaft 21b Curved part of support shaft 22 Support shaft (frontmost row support) axis)
22a Horizontal portion of support shaft 22b Rising portion of support shaft 22c Raised portion of support shaft 23 Support shaft (last row support shaft)
23a Horizontal portion of support shaft 23b Rising portion of support shaft 23c Raised portion of support shaft 24 Support shaft (highest support shaft)
24a Horizontal portion of the support shaft 24b Raised portion of the support shaft 24c Raised portion of the support shaft 25 Vertical axis portion of the support shaft 26 Vertical axis portion of the support shaft 31 Rolling roller 32 Through-hole of the pressure roller 33 Annular protrusion of the pressure roller Z2 central area

Claims (2)

A large number of compaction rollers that have through holes in the shaft center and annular projections for compaction stimulation along the circumferential direction on the outer peripheral surface, and a large number of compaction rollers are held in rows and are rotatable A plurality of support shafts for supporting the plurality of support shafts, and a frame for assembling the plurality of support shafts in a column, and through a plurality of rolling rollers, these are held in a row and rotatably. Each of the supporting shafts has a downward vertical axis portion at both ends, and each supporting shaft that penetrates a number of rolling rollers and holds them in a row and rotatably, The front and back are arranged on the upper surface side of the frame body while maintaining a parallel front-rear spacing, and the vertical axis portions at both ends of each support shaft are raised and fixed from the upper surfaces of both side portions of the frame body to The shaft is installed over both sides of the frame, and each support Is divided into a front region, a rear region, and a central region between the front and rear regions, and three or more support shafts in the central region are located between the sides of the frame. Each of which has a raised portion that rises with an upward gradient from the portion toward one side of the frame body, and between the front row support shaft and the last row support shaft among the three or more support shafts. Has a highest support shaft having the highest raised portion, and in the frame area on the upper surface side of the frame body, there are a number of rolling rollers supported by the respective support shafts so as to be able to rotate back and forth. Scattering is distributed adjacent to the front, rear, left and right, and the lower part of each rolling roller is higher than the upper surface of both sides of the frame body, and the protruding part of the support shaft among these rolling rollers Each of the compaction rollers has a predetermined raised height and the other compaction rollers are flat. Rolling pressure health equipment for the foot which is characterized in that the side-by-side. A large number of compaction rollers that have through holes in the shaft center and annular projections for compaction stimulation along the circumferential direction on the outer peripheral surface, and a large number of compaction rollers are held in rows and are rotatable A plurality of support shafts having a longitudinal longitudinal axis portion at both ends, a frame for assembling the plurality of support shafts in a column, and a plurality of support shafts. each of the support shaft extending through the compaction roller holding these rows and rotatably, together with are arranged before and after the upper surface side of the frame holding the longitudinal spacing parallel to each other, each of the support shaft of the vertical axis portion located at both ends are bridged over both sides of the rising fixed to the frame body than the upper surface of the frame side portions, and, in the frame region of the frame upper surface, each of the support shaft A large number of rolling rollers supported by the front and rear are freely And, together are dotted distribution at an longitudinal direction long arcuate surface shape, the rolling pressure health for hand bottom of the rolling pressure rollers, characterized in that at a position higher than the upper surface of the frame side portions Instruments.

Images