JPS60261453A - Massager - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Technical Field 1] The present invention relates to a pine surger machine in which a treatment element is eccentrically provided, is rotationally driven, has a disk shape, and is movable along a support base. It is.

[Background Art] Japanese Patent Publication No. 56-27266 discloses a device in which a treatment element can be moved in parallel with the treatment operation by driving the treatment element. In this system, the drive shaft that drives the treatment element and the take-up drum that moves the treatment element are operated simultaneously, so that the treatment operation can be performed while moving the treatment element. The movement speed of the treatment child is fast, and the human body's
The treatment effect was difficult because the treatment element moved to another area before sufficient treatment was performed on a certain area where the acupuncture point was located.

[Object of the Invention] The present invention has been made in view of the above points, and its object is to provide a pine surger that improves the therapeutic effect on each "point" of the human body.

[Disclosure of the Invention 1 The present invention provides a pair of disk-shaped treatment elements that are both eccentric and movably supported on a support base, a rotation shaft that rotates the treatment elements around the eccentric axis, and a support base that rotates the treatment elements. In a pine surgery machine that is equipped with a moving axis that moves along the rotational axis and a motor that drives the rotating axis and the moving axis so that the treatment element can be rotated and moved, the speed at which the treatment element is moved and the treatment The ratio of the rotation of the treatment element to the angular velocity is such that the rotation of the treatment element is at least 1 while the treatment element passes through a minute area corresponding to the size of the human body's tail.
The device is characterized in that it is set to rotate more than once, so that when the treatment element moves, the treatment element always presses the human body's tail at least once.

The present invention will be described in detail below based on the illustrated embodiments.
FIG. 4 shows an embodiment of the present invention,
The pine-surge machine here is constructed as a bench-like device that can be removed by lying down the upper body, and the support stand 51, which is stretched in a slightly sagging state with the seat 6 on the open upper surface, is a disk-shaped treatment device. A mechanism section is provided for rotationally driving the treatment element 2 and moving the treatment element 2 in the longitudinal direction of the support base 5. The support stand 5 is constructed of a pipe frame, and has legs 41 at each end in the longitudinal direction, side frames 43 on both sides, and a kungjon body 42 on the upper surface of each leg 41. A rail member opening on the inner surface and a rack 8 extending along the rail 7 are attached to both sides of the upper part of the support stand 5, respectively.

The mechanism section is constructed between the pair of rails 7 of the support table 5, is self-propelled in the longitudinal direction of the support table 5, and rotates around the rotating shaft 1 to which the pair of treatment elements 2 are attached. It is provided with a motor M1 for driving and a motor M2 for making the mechanism section self-propelled. The rotating shaft 1 has a motor support stand 9 on one end side and a gear box 10 on the other end side.
is attached to each cylinder, and cylinders 16 are rotatably attached to each end of the cylinder, and each cylinder 32 is provided with a guide roller 17 that runs within the rail 7. The motor M1 mentioned above has a motor holder attached to the stand 9, and a motor M2 attached to the gearbox 1o. As shown in FIG. 4, the rotating shaft 1 is hollow, and the moving shaft 3 passes through it, and the pair of cylinders 16 are fixed to both ends of the moving shaft 3. In addition to the guide rollers 17, these cylindrical bodies 16 have a pinion 1 that meshes with a rack 8 attached to the rail 7.
5 are provided respectively.

The connection between the rotating shaft 1 for rotationally driving the treatment element 2 and the motor M1 on the motor holder 9 is shown in FIGS. 3 and 4.
As shown in the figure, a belt 31, a pulley 34, a two-ohm shaft 13, a two-ohm wheel 14, an elliptical gear 19 fixed to the same shaft 18 as the two-ohm wheel 14, and a rotating This is achieved by an elliptical gear 20 fixed to the shaft 1. gear box 1
01 Kotori 1) The attached motor M2 has a built-in speed reducer, and its deceleration output is transmitted to the two-ohm shaft 11 in the gear box 10, and the motor M2 meshes with the two-ohm shaft 11. The ohm wheel 12 is fixed to a cylindrical body 16 at one end of the moving shaft 3. When the motor M1 is rotated, a pair of treatment elements 2 are rotated around the rotating shaft 1, and when the motor M2 is rotated, the pair of treatment elements 2 are rotated around the rotating shaft 1.
Since it is rotationally driven, the mechanical part, that is, the treatment element 2 is self-propelled by the engagement between the pinion 15 and the rank 8.

As is clear from FIG. 4, both disk-shaped treatment elements 2 have an inner ring 21 fixed eccentrically and inclined to the rotating shaft 1, and a steel ball 24 on the outer periphery of the inner ring 21. It is composed of an outer ring 22 which is freely rotatable via a retainer 23, and although the eccentric direction of both treatment elements 2 is the same, the inclination directions are opposite. As the rotating shaft 1 rotates, both treatment elements 2 change the amount of protrusion toward the seat 6 to apply acupressure to the human body, and at the same time change the distance between the parts in contact with the seat 6. Gives a massaging effect to the human body. Further, when the treatment element 2 is moved, the outer ring 22 rotates freely with respect to the inner ring 21. In this way, the operation of adding movement of the treatment element 2 to the eccentric and inclined rotation of the treatment element 2 adds movement in the direction of the body's back muscles to the treatment action caused by the rotation of the treatment element 2. It is possible to achieve a texture that involves the action of moving muscles in multiple directions, which is not achieved manually.

However, when using this pine surge machine,
1i, '1%@5') Yo, Yu'a [t7.7. oh.

It drives the knee 81 and motor M2. Since the treatment element 2, which is rotationally driven by the motor M1, is attached to the rotation shaft 1 in an eccentric and inclined state, as described above, as the treatment element 2 rotates, it rotates toward the seat 6 side, the tip I).
changes the amount of protrusion toward the body and at the same time changes the distance between the pair of treatment elements 2 on the sheet 6 side, thereby not only applying simple pressure to the body but also a massaging action. Since the moving shaft 3 is rotated by the operation of the motor M2,
In parallel with the above-mentioned treatment operation by rotating the treatment element 2, the support base 5 of the treatment element 2 is moved along the direction of the technique. In the figure, when the movement of the MS barge structure reaches the end of the rail 7, an actuator 39 is driven by a protrusion (not shown) attached to the end of the rail 7, thereby operating the rimming switch. This is to detect the limit of movement of the part.

Here, a motor M for moving the treatment element 2 is used.
2 is a device whose rotation direction is variable, and the rotation speed is variable, and the variable range of the rotation speed is the moving distance of the treatment element 2 during one rotation by the motor M1. can be changed by an opening of approximately 3 to 50 mm. In view of the fact that it is not preferable to apply a strong pine surge to the human body, the rotational speed of the motor M2 is changed according to the progress of the pine surge. That is, as shown in FIG. 6, although the motor M1 is directly connected to the power supply (2), the motor M2 is connected to the power supply V via the control circuit C to which the timer T is connected and the motor rotation speed changing circuit RC.
As shown in FIG. Therefore, the rotation speed n of the Renimotor M2 is set to nl, and the motor M2 is adjusted so that the movement amount of the treatment element 2 during one rotation is approximately 3 to 9I in the middle period from now on until the time T2 has elapsed. The number of rotations n is set to n2, and the final stage until the power is turned off after the elapse of time T3 is controlled so that the number of revolutions is such that almost the same amount of movement of the treatment element 2 as in the initial stage can be obtained. Initially, in order for the body to adapt to the pine massage, the treatment element 2 is moved quickly and the acupressure pine massage, which includes the kneading action performed by the rotating eccentric and inclined treatment element 2, is performed lightly. In addition, in order to prepare the body, the last stage has a light pine surge similar to the early stage, but the middle stage, which is the main Manzano period, corresponds to the size of the human body, which is said to be 3 to 9 mm. While the treatment element 2 passes through the minute area, the rotation of the treatment element 2 is at least one rotation or more, and each acupuncture point on the human body is always rotated once by the sheet 6.
This means that the treatment element 2 is pressed by the treatment element 2, which has a larger amount of protrusion toward the side.

In the above-mentioned embodiment, the treatment element 2 is shown as having the inner ring 21 attached to the rotary shaft 1 which is rotationally driven, and the outer ring 22 which is freely rotatable with respect to the inner ring 21. It may be one that rotates together with the rotating shaft 1, and may not be inclined with respect to the rotating shaft 1.

The embodiment shown in Fig. 5 is such that the rotational drive of the treatment element 2 and the movement of the treatment element 2 are performed by a single motor M with a fastening rod (which can be rotated in forward and reverse directions). , the motor M is installed at one end of the support base 5 in the longitudinal direction. On the other hand, both rails 7
The mechanism section installed between them includes a rotating shaft 61 to which rollers 63 are freely rotatably mounted on both ends and a pair of treatment elements 2 both eccentrically inclined are attached, and this rotating shaft 6.
1, and rollers 64 are freely rotatably provided at both ends of the moving shaft 62, and both shafts 61.
62, a pinion 65 fixed to the end of the moving shaft 62 and meshing with the rack 8 of the support base 5, a pulley 66 attached to the moving shaft 62, and a pinion 66 attached to the rotating shaft 61. The rotation of the motor M is made up of a belt 68 and the like that connects the motor M and the boo IJ 67 provided at the other end of the support base 5.
73, the wire 72 is connected to the moving shaft 62.
The signal is transmitted to the moving shaft 62 by connecting it to a bearing body 70 attached to the shaft.

;) When the mechanical part is moved along the longitudinal direction of the support base 5 by pulling and tensioning the moving shaft 62, the rack 8 and the pinion 65 engage with each other. The moving shaft 132 rotates, and this rotation is transmitted to the rotating shaft 61 via the bell 68, so that the rotating shaft 61, which the treatment element 2 is mounted on, also rotates. At this time, out of the pair of boots 1J66.67 on which the belt 68 is attached, the diameter of the boot 1166 attached to the moving shaft 62 is reduced.
The rotation of the moving shaft 62 is increased in speed and transmitted to the rotating shaft 61, and as a result of this speed increase, the amount of movement of the treatment element 2 during one rotation of the treatment element 2 is approximately 3 to 9+ nm. This is what I am trying to do. Further, in this case, although the rotating shaft 61 and the moving shaft 62 are driven by a single motor M, if the speed increasing ratio of the part where the speed is increased is made variable, the same effect as in the above embodiment can be achieved. , it is possible to obtain something that changes the amount of movement of the treatment element 2 in the initial, middle, and final stages of pine surge.

[Effect of the invention 1 As described above, in the present invention, when moving the eccentric treatment element, the rotating treatment element always applies acupressure to each pressure point on the human body. The user can clearly identify where the pain is and where the tender points are, and can confirm which areas should not be treated intensively. In addition to being effective, there is a risk of inflammation if the treatment operation is continued for a long time on a certain area, but since the treatment is performed on slightly shifted positions, it is necessary to concentrate treatment on external areas. Therefore, effective treatment can be performed without the need for manual operation to shift the position of the treatment element.

[Brief explanation of the drawing]

Fig. 1 is a cutaway perspective view of the first embodiment of the present invention, Fig. 2 is a side view of the same, Fig. 3 is a bottom view of the mechanism part of the above, Fig. 4 is a sectional view of the mechanism part of the above, and Fig. 5 The figure is a broken perspective view of the second embodiment of the present invention, FIG. 6 is a block circuit diagram of the first embodiment, and FIG. 7 is a 70-chart of the first embodiment. , 2 is a treatment element, 3 and 62 are moving axes, 5
are support stands, Ml, M2. M indicates a motor.

Claims (3)

[Claims] (1) A pair of disk-shaped treatment elements that are movably supported on a support base, both eccentric, a rotation shaft that rotates the treatment elements around the eccentric axis, and a movement axis that moves the treatment elements along the support base. and a motor that drives a rotating shaft and a moving shaft, and is capable of rotating and moving a treatment element, the speed at which the treatment element is moved, and the angular velocity of rotation of the treatment element. is set such that the rotation of the treatment element is at least one rotation or more while the treatment element passes through a minute area corresponding to the size of the tail of a human body due to movement of the treatment element. Pine surge machine. (2) The rotation axis and the movement axis are each driven by a dedicated motor.
Depending on the rotation speed and reduction ratio of each motor,
The pine surgical machine according to claim 1, wherein a ratio between the speed at which the treatment element is moved and the angular velocity of the treatment element is set. (3) The rotating shaft and the moving shaft are driven by a single motor, and the motor power is transmitted to the other shaft through one shaft, and the speed at which the treatment element is moved and 2. The massager') machine according to claim 1, wherein the ratio between the angular velocity and the angular velocity is set by a reduction ratio between the rotating shaft and the moving shaft.