JP2001137312A - Finger element shoulder massager - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an easy self remedy or finger element shoulder massager simulating the finger movement of a massager picking and massaging the stiffness of the sholders, SANRI a reflex point of the leg or effective spots of the sole of the foot and capable of being used at home at any time by slight force. SOLUTION: A rotor 2 is built in the upper part of a grip 1 operated by one hand and a bifurcated lever 5 is arranged to the center thereof and a pinhole 7 is utilized to rearwardly move a wire 4 by slight force and a hand 15 having a plurality of finger elements 16, 22 is arranged to the leading end of a proper lightweight bow shaped pipe 13 and a means for rearwardly moving the finger element 22 by the bifurcated lever 5 is devised.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a method for picking a stubborn stiff shoulder or the like and rubbing it with ease. The present invention relates to a self-help therapy that mimics the above, and a finger element shoulder massager.

[0002]

2. Description of the Related Art Conventional arcuate massage devices are available on the market such as one-point acupressure, hot moxibustion, vibration, and ultrasonic stimulation.
Picking and rubbing with multiple fingers is rare, and when picking and rubbing is necessary, put the user's own finger into the device and rub it.
It is difficult to reach the affected area, especially for middle-aged and elderly people.

[0003]

SUMMARY OF THE INVENTION It is an object of the present invention to provide a self-help therapy, a finger element shoulder massager for easily picking and rubbing an affected area, such as a stiff shoulder, which is difficult to reach at home without causing finger fatigue. I do.

[0004]

A bifurcated lever 5 is disposed above a grip 1 held by one hand, and a built-in lower lever is also provided at the upper part.
The wire-4 is moved back in conjunction with the tapper-2, and the lever action of the forked lever 24 and the forked lever 5 disposed on the fist 15 is used to save labor, and the finger element tips 20, 20a The magnet 21, which is said to improve blood circulation,
A means for connecting the grip 1 with the appropriately shaped bow-shaped lightweight rigid pipe 13 and the fist 15 with the built-in vibrating motor 29, using a soft hard resin having a built-in 21a and rubbing it in places hard to reach. It was taken.

[0005]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a side view of the present embodiment, in which a built-in rotor 2 above a grip 1 and a forked lever 5 having a spindle knob 9 floating on a spindle 12 located at the center thereof are arranged. And set the pinhole 7 and rotor stopper 6
a and a motor switch 6 appropriately disposed on the grip 1
3B shows the positional relationship of FIG. 2B, and illustrates the movement of the sliding finger element 16 and the returning finger element 22 by connecting the grip 1 and the fist 15 to the bow-shaped rigid pipe 13.

FIG. 2 is a side view of the fist 15, in which an arcuate lightweight rigid pipe 13 is fixed in the neck of the fist 15, and a wire-4 extending from the cable 10 is connected to a clamp 25 and a spindle 26. A forked lever 24 having a return finger element 22 which is floating on a spindle 28 fixed to the fist 15 and is adjusted to an appropriate shoulder thickness by a joint 23 having an appropriate degree of freedom, and is fixed by a lock bolt 23a, is used as a spring. Move back with 27.
The sliding finger element 16 is integrated with the square shaft 17, and the gap between the grooves 18 cut by the fist 15 is
Moves, is fixed to the fist 15 by the lock bolt 19, the finger element is pinched, and the thickness of the affected area to be rubbed is set.
The magnets 21 and 21a having an appropriate magnetic force are built in the tip ends 20 and 20a of the finger elements, and a vibration motor 29 is provided in the pocket of the fist 15.

FIG. 3 is a front view and a bottom view of the fist 15,
A sliding finger element 16 integral with the square shaft 17 is provided in front of the fist 15, and a returning finger element 22 adjusted by the joint 23 of the forked lever 24 and the lock bolt 23 a is provided in the rear,
Form a three finger picking massage.

FIG. 4 is a front view and a side view of the grip 1, in which a cable 10 penetrating an insole 11 and containing a wire 4 extends to a fist 15.
3 is inserted and fixed to the insole 11 in the head of the grip 1. A rotor-2 and a forked lever 5 are arranged around a spindle 12 above the grip 1, and a winding groove for the wire-4 and a wire-spper-3 are provided at appropriate positions on the outer periphery of the rotor-2. And a plurality of pinholes 7 are arranged at appropriate intervals. In the gap between the inner wall of the grip 1 and the outer circumference of the rotor 2,
A rotor stopper 6a is provided, the spindle knob 9 is lowered, and the rotor 2 is locked when the spindle 6 is moved to an appropriate pinhole 7. The spindle 6 is reinserted into the pinhole 7 at an appropriate position by a spring 8. A motor switch 6b for connecting the dry cell group 14 and the vibration motor 29 is provided at an appropriate position below the grip 1.

Next, a method of using the present invention will be described. First, as shown in FIG. 1, if the returning finger element 22 is flipped up by a joint 23 into a square shape as shown in FIG.

Stubborn stiff shoulders, foot sanri, acupoints on the soles, etc.
The three-finger element of the present invention is used when pinching and rubbing is required. Before the pinching and rubbing, the bifurcated lever 5 is first raised to widen the finger width, and while the pressing finger tip 20a appropriately bent by the joint 23 in the pinching direction is pressed against the affected part, the square shaft 17 is pressed. To move the slide finger element tip 2
The square shaft 17 is fixed with a lock bolt 19 in a direction of picking 0. Next, while pulling the grip 1 with one hand and strongly stimulating the acupuncture point of the affected part, the forked lever 5 is moved up and down with the free hand to pick and rub it with desired strength, but the finger is slid by the motor switch 6b as required. Can also contribute to vibration. If a strong vibration is required, an AC motor driven by an external power supply can be provided.

In order to change the desired position and the picking strength for returning the forked lever 5, the forked lever 5 is pulled down lightly,
Lock the rotor 2 with the rotor stopper 6a, operate the spindle knob 9, insert the spindle 6 into the pin hole 7 at a desired position, and lock with the rotor stopper 6a. The strength can be adjusted by releasing and releasing the forked lever 5 to the desired position.

【The invention's effect】

As described above, even at night, easily at home, without the help of Masseur, stubborn stiffness etc.
It can be used for picking and rubbing without significant finger fatigue, and can also be diverted to a single point acupressure type, which is convenient.

[Brief description of the drawings]

FIG. 1 is a side view of one embodiment of the present invention.

FIG. 2 is a side view of a fist according to one embodiment of the present invention.

FIG. 3 is a front view and a bottom view of the fist of one embodiment of the present invention.

FIG. 4 is a front view and a side view of the grip according to the embodiment of the present invention.

[Explanation of symbols]

 1 ·························· Rotor 3 ····································································· · Spindle 6a · · · · Rotor stopper 6b · · · · Motor switch 7 · · · · · Pinhole 8 · · · · Spring 9 · · · · · spindle knob 9a · · · · ··· Lot 10 ························································································································································································ Slide finger element 17 ··· Square shaft 18 ··· Slide groove 19 ··· Lock bolt 20 ···· Slide finger element tip 20a ··· Return finger element tip 21 ···· Finger element tip Built-in magnet 21a ・ ・ ・ Built-in finger element built-in magnet 22 ・ ・ ・ ・ ・ ・ Return finger element 23 ・ ・ ・Section 23a Lock bolt 24 Bifurcated lever 25 Clamp 26 Spindle 27 Spring 28 Spindle 28a Lock bolt 29 Vibration motor

 ──────────────────────────────────────────────────続 き Continued on the front page F term (reference) 4C100 AD12 AD22 BB01 BB03 BC01 CA01 DA05 EA08 EA09 EA13 4C101 BA01 BB06 BC27 BD12 BE20

Claims (1)

[Claims] 1. A grip (1) of an appropriate thickness to be held with one hand
At the appropriate position on the circumference of the rotor (2) of an appropriate diameter built in the upper part of the wire, a wire stopper (3) is used.
The root of (4) is fixed, and the spindle (6) disposed between the forks of the bifurcated lever (5) has a suitable number of pinholes (7) perforated on the circumference of the rotor (2). It is inserted by a spring (8), and interlocks with the up and down movement of the forked lever (5), turns the rotor (2) and turns the wire (4) in the cable (10).
Is moved back from the head of the grip (1) located in front of the chest, and the tip of a bow-shaped lightweight rigid pipe (13) of an appropriate length, where the sliding finger element (16) reaches the appropriate acupoint of the shoulder. To
Fist (15) with multiple finger elements is arranged at an appropriate angle,
Groove (18) provided in fist (15) according to the thickness of affected part of user
The fingertip width is moved by a sliding finger element (16) integrated with a square shaft (17) locked by a fixing screw (19) and a returning finger element (22) adjusted by a joint (23). Adjusting, the bifurcated lever (24) floats on the spindle (28) fixed to the fist (15), and the finger element interlocks with the wire (4) via the clamp (25) and the spindle (26). Improve picking, slide finger element tip (20),
Vibration driven by the magnet (21) embedded in the tip of the returning finger element (20a) and the magnetic force of the magnet (21a) and the motor switch (6b) disposed at an appropriate position on the grip (1). A self-help therapy, finger element shoulder massager characterized by a movement similar to picking and rubbing the affected part with a finger by using the vibration of a motor (29).