JPH0412995Y2 - - Google Patents

Description

[Detailed description of the invention] [Industrial application field] This invention recovers muscle fatigue, increases blood circulation, and stimulates acupuncture points and meridians by applying vibration and intermittent special current from the surface of the body. The present invention relates to a pine surge device that can simultaneously provide pine surge and electrical stimulation to the top of the head and both sides of the head of the human body.

[Prior art and its problems]

Conventionally, vibrating pine surge devices have been widely known that apply vibrations to the surface of the body to relieve stiff shoulders and lower back pain, increase blood circulation, and stimulate acupuncture points called acupuncture points. For example, there are portable types that can be held in the hand and placed on a desired part of the body, and stationary types that are fixed in advance at an arbitrary position and that presses the desired position of the body against the vibrating part to perform pine surge.
Each is used appropriately.

However, due to the rapid spread of office automation equipment, televisions, Famicom computers, etc., the number of people complaining of eye fatigue and nervous stress is increasing, and conventional pine surgers are being used to treat the temporal areas such as the top of the head and temples. When using pine surge for a long time, the handle gets tired and it is difficult to adjust the pressure. give,
In addition, there is a long-awaited need for a simple pine surger for the head that relieves fatigue and relieves stress without having to be held by hand.

[Means for Solving the Problems] In view of the above-mentioned problems, the present invention uses acupuncture points (acupoints) called "Hyakue" on the top of the human head and "sun" points on the temples on both sides of the head. In order to provide intermittent electrical stimulation to the acupuncture points (acupoints) and their surrounding areas at the same time as the pine surge, the headhorn type eliminates the need to support the head with your hands, and it moves to the desired position on the head over time. The purpose is to perform pine surgery and electrical stimulation at the same time, to enable the effects of pine surgery and electrical stimulation at the same time without fatigue, and to provide a synergistic effect, especially on the head.

[Structure of the idea]

The structure of the present invention is to form a vibrating surface on one side of the main body of the pine surge device using an electrically conductive and flexible material, and to contact the vibration generating section with the back surface of the vibrating surface. A cord connected to the pulse generator is disposed, an insertion part is formed through which a horseshoe-shaped elastic band is inserted into the main body of the pine surge device, and the elastic band is inserted into the insertion part from one end. The structure is such that at least three sets of pine surge device bodies can be slid and stopped at arbitrary positions on the elastic band.

〔Example〕

Next, the present invention will be explained in detail based on drawings of embodiments.

Fig. 1 is a perspective view of a pine surge device according to an embodiment of the present invention in use on the head, and Fig. 2 is an explanatory view showing a part of the principal part of the pine surge device body of the present invention in cross section.

This invention is specifically designed to provide pine surge therapy to the top of the head and both sides of the head to recover from fatigue, increase blood circulation, and stimulate acupuncture points and meridians by applying vibration and intermittent special current from the surface of the head of the body. A vibrating surface 2 is formed on one side of the pine surge device main body 1 of the box using a material that has electrical conductivity and flexibility, and a vibration surface 2 is formed on the back surface of the vibrating surface 2 using a motor 3 as a driving source. A cord 5 that contacts the generator 4 and is electrically connected to a pulse generator P that intermittently generates a special current to the back surface of the vibrating surface 2 is disposed, and the cord 5 is connected to the vibrating surface 2 to the pine surge device main body 1. A penetrating part 6 is formed that penetrates in a direction parallel to the penetrating part 6, and from one end of an elastic band 7 having the same shape and length, the cross-sectional shape is curved into a horseshoe shape that follows the shape of a human head. The elastic band 7 is inserted from one end with the vibrating surface 2 directed toward the head of the human body, and at least three sets of the pine surge device main bodies 1 can be slid and stopped at arbitrary positions along the entire length of the elastic band 7. This is what was accomplished.

That is, the vibrating surface 2 on one side of the pine surge device main body 1 of the present invention that contacts the head of the human body is made of a material that has electrical conductivity and flexibility, such as a flexible synthetic material that has electrical conductivity. It is made of rubber or soft plastic resin, etc., and the drive source is a motor 3 that is electrically connected to a power source A provided outside the pine surge body on the back side of the vibrating surface 2. The vibration generating part 4, which is a cam-shaped or non-circular rotary body mounted on an axis, rotates together with the motor 3, and the vibration surface 2 is caused by the bulge of the rotary body.
Vibration generator 4 that generates vibration by pressing the back side of
A pulse generator P that is electrically connected to an external power source A and generates a special current intermittently is installed inside the pine surge device main body 1, or placed externally by connecting it with a cord 5 or the like. The vibration surface 2 is electrically connected to the back surface of the vibrating surface 2.

A penetration part 6 is formed in the pine surge device main body 1 and penetrates in a direction parallel to the vibration surface 2, so that the elastic body 7 can be slid and locked at any desired position along the entire length of the elastic body 7. It was created by

The elastic band 7 used in the present invention has a length and is made of an elastic material such as metal or hard plastic resin with the same cross-sectional shape over the entire length, and is shaped like a human head. It is curved into a headhorn-shaped horseshoe shape that applies a slight force to the head when worn, and is used to cover the head.The ends of both sides are attached to the sides by appropriate elastic pressure when worn. The head is pressed from both sides, and is inserted from one end of the elastic band 7 into the insertion part 6 formed in the pine surge device main body 1, so that it can freely slide over the entire length of the elastic band 7 in the longitudinal direction, and , which can be inserted through it so that it can be locked at any position.

The elastic body 7 is inserted into the insertion portions 6 of at least three sets of the pine surger main bodies 1 with the vibration surfaces 2 directed toward the head of the human body.
By sliding the elastic band 7 to an arbitrary position along the entire length and stopping it at the desired position, for example, pine surges can be applied to three or more areas at the same time, such as the top of the head and the temples on both sides of the head. In addition, the cord 5 is electrically connected to a pulse generator P that intermittently flows a special current to the vibrating surface 2, and the special current is intermittently generated in the form of pulses to produce the effect of electrical stimulation and pine surge. At the same time, the effects of

The central part of the elastic band 7 bent and molded into the shape of a horseshoe of the present invention is in contact with the top of the head where there are acupuncture points (acupoints) called "hyakukai", and in order to apply pine surge to the acupuncture points, it is necessary to From one end to the pine surge device body 1
The pine surge device body 1 is inserted into the penetration part 6 of the head and can be freely slid to the desired crown of the head. The device is moved to perform pine surgery at desired positions on the top of the head, the forehead, and the back of the head.Furthermore, each pine surgery device main body 1 is slid to the vicinity of the center of the elastic band 7 and brought together to perform pine surgery intensively. It is also possible.

Power supply A is an external power supply AC12V for automobiles, or
It does not matter if the structure is such that the electrical connection is made by incorporating an appropriate adapter from power supply A such as DC100V of a commercial power supply and inserting a pin plug that matches the above plug, and a controller is added in the middle of the line to adjust the strength, weakness, and time. It is also possible to construct a structure that allows control of such factors.

[Effects of the invention] As mentioned above, the present invention uses an elastic band with a horseshoe-shaped headhorn type, so that it can be securely fixed to the head and has an appropriate pressing force to simultaneously obtain the pine surge effect and electrical stimulation. , your hands won't get tired when using it over time, and it can be adjusted to fit any person's head size or shape, and it can be slid and stopped, so it can be used on the top of the head, both sides of the head, etc., which are acupuncture points. This device can perform pine surges to desired locations simultaneously or sequentially, and the power source is obtained from an AC 12V power source such as an automobile, or a commercial DC 100V power source, which relieves eye fatigue and reliably relieves headaches and headaches. This is an innovative and practical idea that has a soothing effect.

[Brief explanation of the drawing]

FIG. 1 is a perspective view of a state in which a pine surge device for the head according to an embodiment of the present invention is used. FIG. 2 is an explanatory diagram showing a cross section of a part of the main part of the pine surge device body of the present invention. A...Power supply, P...Pulse generator. DESCRIPTION OF SYMBOLS 1... Pine surge device main body, 2... Vibration surface, 3... Motor, 4... Vibration generating part, 5... Cord, 6... Penetrating part, 7... Elastic band.

Claims (1)

[Scope of utility model registration request] A vibrating surface is formed on one side of the pine surge device main body of the box using a material that has electrical conductivity and flexibility, and a vibration generating section driven by a motor is brought into contact with the back side of the vibrating surface. A cord electrically connected to a pulse generator that intermittently generates a special current is disposed on the back surface of the pine surge device, and a penetration portion is formed that penetrates the main body of the pine surge device in a direction parallel to the vibration surface. The vibrating surface is inserted from one end of an elastic band curved into a horseshoe shape that follows the shape of a human head from one end of the elastic band having the same shape and length toward the head of the human body, and at least three sets of A pine surge device with a pulse generator, characterized in that the pine surge device main body can be slid and stopped at any position along the entire length of the elastic band.