JPS62275462A - Massage method by up-and-down inverse proportional continuous operation - 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] 3. Detailed Description of the Invention This invention relates to a group of protrusions A for manosars and a protrusion 8 for pine sars.
This device is used in combination depending on the purpose, and is used in combination depending on the purpose. Go against the lower layer 43 and muscles 44 2
By creating different waveforms, it makes the movement of the subcutaneous layer 43 and muscles 44 more effective than conventional pine surge devices, and has features such as increasing the uniformity of the effect on the area where it is used and opening the 9 pores.

A specific device that utilizes the above effects is a pine surge device that relieves fatigue from the soles of the feet. A pine surge device for loosening the muscles of arms, legs, shoulders, etc. For beauty purposes, this pine massage device is designed to promote metabolism, remove excess fat, and adjust bloated skin by using 2 types of massage, a gentle massage and a complex and intense massage, depending on the body's fat parts. A pine surge device is used to widen pores in order to apply facial creams, beauty creams, etc. to the body and allow them to penetrate into the skin for the purpose of beautifying the face and skin. To promote hair growth, a pine surge device is used to widen the pores in order to sprinkle and penetrate hair growth promoters on the head and other areas. For the back, it is attached to a chair, etc. and can be moved as shown in Figure 19.
There are pine surge devices etc. for the purpose of acupressure on closed and closed acupuncture points.

Fig. 3 shows a mechanism for continuously operating the Pine Surge rods A and B in reverse proportions, with rotations from various motors and speed reducers being transmitted by belt pulleys, etc. 6.
rotates around the bearing 5. As the shaft and cam 7 rotates, the top of the cam lifts up the pine surge rod A group 2, and the pine surge rod A group 2, which rotates half a rotation, is lifted to the bottom by the lowering spring 8. 1 On the contrary, the pine serge rods B group 3 move to the top, and at that time pine surge devices A and B
Slide fixing plate M 1 prevents Group 2.3 from falling down on the left and right rear. Arrange the rotating shaft/cam 7 and its pond in several rows. Figure 4 shows the 2 holes installed in the center of the rotating shaft.
Each cam moves the upper plate 9° and 10. Fifth
In the figure, one cam is semi-fixed to the rotating shaft with a screw, etc. so that it can rotate once around A, J, etc., and the outer cam is also semi-fixed in the same way.

It is supported by slide fixing plate 12 for O.

Figure 6 shows two rotating shafts and cams 7, and the power transmission between them is done by gears, etc., and the push-up plates 9 and 1o are each pushed up by different rotating shafts and cams 7. Figure 8 shows a system in which a cam at the end of one rotating shaft/cam 7 is used to move up and down, and the upper part of the cam is placed at a certain distance from the lower part of the cam as a rack, and the semi-fixed spur gear is rotated in the opposite direction. Vertical inverted proportional device 17 using various gears that transmits power to the side rack
゜Figure 12 shows a rack at the end of the hydraulic and air cylinders.
It is equipped with an upside-down ratio side bag using various gears. 1st
Figure 5 shows the rotation of the full-rotation shaft 35 being transmitted to the half-rotation shaft 34 by a noyaft 1, which is then further transferred to an inverted vertical proportionality device 1 using various gears.
In this case, the upper plate 9.10 of the vertical inverse proportional device 17 is driven by various gears on one side.
Sometimes the rank that pushes up is installed in the opposite direction.

In FIG. 11, continuous forward and reverse motion by various clutches is transmitted to the male screw of the clutch base, and is converted into vertical motion by a female screw fixing plate 28, which is provided at regular intervals. A female screw semi-fixed plate n which can be slid up and down is made to be vertically inversely proportioned. An inverted vertical proportional device using a screw. Figure 10 shows an electromagnet 21 in which a current is passed through a coil fixed to the pine surge device body, and an electromagnet n fixed under the push-up plates 9 and 10.
By reversing the magnetic poles of the 9 and 10, you can move the magnet and the pusher closer together, or use the lifting spring 23 to move the plate 9 and 10 upwards. At this time, use the lower coil as the electromagnet 21,
A switch controls the current that causes magnetism to be lost. In some cases, a permanent magnet is used instead of an electromagnet, and it becomes a magnet or loses its magnetism in one rotation. Figure 14 shows that the magnetic poles of the electromagnets 21 and 22 fixed under the push-up plate 9 and 10 are different, and when the electromagnet 22 and the electromagnet 22 fixed to the main body of the pine surger are energized, a coil with opposite magnetism is provided, and each magnet is Take advantage of the nature of trying to peck and the nature of trying to move away.

The control of the current to make it a magnet or to make it lose its magnetism is controlled by a switch, and the push-up plate q, tot is made to move vertically and inversely proportionally.As in Figure 10, a permanent magnet is used instead of an electromagnet, In some cases, the combination of magnetic poles may be changed or an iron plate may be used instead of a magnet. Pine surge rods A and B installed inside and outside of the pine surge device
As a device that acts through groups 2 and 3, there is a rt installed under the push-up plate 9.10 for producing a thermal effect as shown in Fig. 4.
It is a heating device of 64 types. In order to produce a low frequency effect, connect the basic oscillation circuit to the modulation oscillation circuit and then to the modulation circuit inside and outside the pine surge device, and connect the low frequency signal 14 in Figure 5 from the output circuit and protection circuit to switch B15. through,
Pine surge rods A and B groups 2 and 3 are used as conductors to energize the human body. To produce the Bypre-Noyon effect, a current 36 is passed through the fill 37 using an electromagnetic system as shown in Figure 16.
Fixed core 38. Vibration, < 39° A method of causing vibration with a movable iron core 46, and a motor type weight shaft 41 as shown in Fig. 17.
There are two methods using a weight of 40. To create a magnetic effect, push up under the plate 9.10 or slide the fixed plate M.
Attach a permanent magnet or electromagnet below or above No.1. The shape of the outer periphery of the pine surge rods A and B groups 2.3 and slide fixing plate M 1 can be rectangular as shown in Figure 1, circular as shown in Figure 2, or other shapes. Similarly, the surface shape is flat as shown in Figure 5.

There are shapes such as rows and chevrons as shown in Figure 8, combinations of flat parts and chevrons as shown in Figure 15, and combinations of flats, chevrons and rows that match the surface of a single body.

The right side of Figures 9 and 13 and Figures 10 and 14 is a switch.

By embedding nine circular conductor parts cut here and there in multiple layers in an object made of insulator with a slightly hollow center, the insulator object is made into a complex shape. A connection terminal is provided at the bottom of each part, and 10,000 terminals for taking in or taking out the current to the switch are connected to one conductor part. The rotating shaft is rotated seven times, and a rotating plate 19 made of several conductive parts and insulating parts is attached to the top of the rotating shaft.

The conductor part of the rotary plate 19 covers the conductor part of the upper part of the current intake terminal and the conductor part of the upper part of the take-out terminal.9 A switch for energizing, and a co/1 roll of an electromagnet for vertically inverse proportional movement of the pine surge device. The rotating shaft is rotated by a motor, etc. to make it one cycle.

Figure 21 shows an automatic comprehensive treatment machine that allows one person to be placed on a bed 56, with a pine surger that operates continuously in reverse proportion to the upper and lower sides, an automatic needle treatment device 50, an automatic acupressure device 49, and a total of 49 various acupuncture point detectors. It is built into the feeding table 52, and a computer is connected to the general treatment device, and the method of treatment with the three treatment devices according to the patient's symptoms, the area to be treated, and the patient's height, chest circumference, and waist circumference1.
Based on the data stored in the computer in advance, the size of the foot length, etc., and the approximate position and distance of the acupuncture points are processed in the computer based on the data stored in the computer in advance. By transmitting the rotation of 51 to various 7 pins 53, it moves in the vertical direction, and the horizontal feed table 52 also moves the sliding bevels etc. 55 inside the vertical feed table 54,
The mechanism is such that the rotation of various motors 51 is transmitted to various screws to move the body in the lateral direction. , stop the various pressure point detectors at the approximate position of the pressure points, lower them and operate them to find out the exact position of the pressure points, raise the various pressure point detectors, and place them above the correct pressure points. Transverse feed table 52 so that one of the three treatment devices is placed
Move the treatment device a little, lower one of the treatment devices with the telescopic device, operate it to perform treatment, and when finished, raise it, the transverse feed table 52 will move, and the first rough acupuncture point will be placed above the various I will bring a pressure point detector with me, as shown in Figures 20 and 22.
The figure shows the cross feed table 52 when viewed from a different direction.

Figures 23, 24, and 25 show an acupuncture point detection processor and a part thereof, and a group of acupoint detection rods 5 of constant length and weight are mounted on a support plate A61.
7, a stopper 63 is attached to prevent the acupoint detection rod group 57 from falling below a certain height, and a support plate B62 is attached to prevent the upper part of the acupoint detection rod 57 from swinging. Acupuncture point detection stick group 57 for those who
By touching the tip of the
The weight of each acupuncture point detection rod is applied to each part, and the degree to which it penetrates into each part of the body varies.
The shape and skeleton of the muscles with a considerable amount of fat removed from the body will appear unevenly on the tip and top of the acupuncture point detection rod group 57. At this time, it will be slightly above the middle of the acupuncture point detection sensor. An automatic film winding mechanism 58 controlled by a computer spreads the film, which records the unevenness of the surroundings of each pressure point for each body type (in the middle specification), according to the purpose, and then rolls out the film according to the purpose. The computer uses CNC to move the horizontal and vertical feed tables 52 and 54 in order to overlap the unevenness appearing on the top of the pressure point detection rod R57 with the unevenness appearing on the top of the pressure point detection rod R57, and calculates the rotational speed of the various motors 51 and the magnescale. By 60, positive U(n
This is an acupressure point detector that is characterized by showing the acupuncture point locations.

[Brief explanation of the drawing]

The drawings show an embodiment of the present invention, and Fig. 1゜2 is a schematic plan view of a pine surger, Fig. 3, 4, 5゜6.8.10.
11.12.14.15.19 is a schematic cross-sectional view of a part of the pine surge device and the switch, and Figure 9.13 is a schematic plan view of the switch.
Figure 1.6.17 is the original form of the vibration device, a schematic front view, Figure 18
Figures 20.21.22 and 23.21.22 are schematic cross-sectional diagrams of parts of the single-motion comprehensive treatment machines, and Figures 23.2.4 and 25 are schematic diagrams of acupoint detection processors and their partial slopes. A schematic cross-sectional view, Figure 7 is a schematic side view of a part of the camera. Patent Application No. 14430) M
Name of the invention: Based on continuous operation in reverse proportion to the top and bottom. Pine surge method 3, relationship with the case of the person making the amendment Patent applicant 5, subject of the amendment There is a drawing number in Figure 15 of the drawing. Write the figure number outside the figure. 6. Contents of the amendment By drawing a reduced version of Figure 15, the written amendment of the special procedure (method) % formula % [ 1゜ Display of the case Method 3 of Patent Application No. 14430 of 1985, the case of the person making the amendment. Relationship between patent applicant 5 and the subject of amendment
Stay. Please provide an explanation for Figure 25.

Claims (7)

[Claims] (1) Within a certain area, a group A of 2 to 10,000 massage protrusions and a group B of 1 to 10,000 massage protrusions located between them move up and down in inverse proportion. , a method of massage characterized by continuous repetition. (2) Lift up and lower the massage sticks B group 3 with the push-up plate 9, make a hole in the push-up plate 9 in the middle of the massage sticks B group 3, insert the massage sticks A group 2 into it, and with it inserted, Push up the massage stick A group 2 and the plate 10
The massage device according to claim 1, characterized by a structure that can be raised and lowered by. (3) The outer periphery of the push-up plates 9 and 10 consisting of the upper and lower two stages on which each massage bar is placed is used as a sliding surface, and the force for raising and lowering the upper push-up plate 9 is transmitted through holes in the lower push-up plate 10. Open it or press the upper push-up plate 9.
Make it longer than the lower push-up plate 10 and apply it directly to the longer part, or do it from between the upper and lower push-up plates 9 and 10.The force can be transmitted to the upper push-up plate 9 in the above three ways. The massage device according to claim 2, which is operated by. (4) A massage device that operates continuously in reverse proportion to the top and bottom, with various devices that produce effects such as vibration, heat, magnetism, and low frequency installed inside and outside, and act through massage sticks A and B groups 2 and 3. In addition, in the case of a massage device that operates continuously in reverse proportion to move the spine, a space is provided in the spine, and massage rods A, B groups 2 and 3 are placed symmetrically around the space, and the massage rods A, B
A massage device with wheels 48 attached to the tips of groups 2 and 3. (5) Conductor parts and insulator parts from 2 to 50 places are provided alternately on the surface of each circle from 2 to 20 layers, with an insulator between each circle, and a cavity in the center of the circle. A, B, and C can be obtained by attaching a rotating shaft to the rotating shaft, attaching a rotating plate 19 made of an insulator part and a conductive part to the rotating shaft, and continuously rotating the rotating plate 19 in one direction using the rotating shaft as a fulcrum. , D circuit, etc. →
It is a switch that repeats the function of OFF → E, F, G, H circuits, etc. ON → OFF, and when the rotary plate 19 passes, it covers two circular conductor parts of different sizes and made of insulators. A switch characterized by allowing current to pass through it. (6) A total of four devices, including a massage device with vertical inverse proportional continuous operation, an automatic acupuncture device 50, an automatic shiatsu device 49, and various acupuncture point detectors, are installed in a horizontal carriage, and are placed at a constant height from the person lying on the bed. At the same time, the transverse feed table is moved by CNC, and when the various acupuncture point detectors come to the approximate position of the acupuncture point, it is stopped, lowered and operated by the telescopic device, and when the exact acupoint position is known, it is raised and the exact acupoint position is detected. Depending on the patient's symptoms, one of the three treatment devices is moved and lowered, and when the treatment is finished, it is raised and moved to the next general acupuncture point position. An automatic comprehensive treatment machine that moves. (7) A state in which the pressure point detection rod group 57 is brought into contact with the body of a person lying on a bed, etc., and then lowered a little further to push the body with the weight of each pressure point detection rod itself, removing a large amount of fat from the body. The shape and skeleton of the muscles are the same as in the acupuncture point detection stick group 5.
An automatic film winding mechanism 58 that is controlled by a computer and located above the center of the pressure point detection sensor is used to spread the film, which records the unevenness around each pressure point, according to the purpose. Furthermore, through the lens 49, the computer uses a CNC to superimpose the unevenness appearing on the film on the unevenness appearing on the top of the acupoint detection rod group 57.
This acupressure point detection sensor is characterized by moving horizontal and vertical feed tables 52 and 54 to accurately locate acupoint positions.