KR100948339B1 - Potable Finger-Pressure Massager - Google Patents

Abstract

The present invention relates to a portable acupressure massager, and in particular, by using the characteristics of the electromagnet to indent the acupressure to make acupressure and at the same time to control the strength of the acupressure, easy disassembly and assembly of the acupressure part, easy to clean and prevent the inflow of foreign substances into the interior. It is about a portable acupressure massager.

Portable acupressure massager of the present invention, the handle case 10; A control unit 20 installed in the handle case 10 to input a set program; An electromagnet 30 fixedly installed at the center portion of the handle case 10 to receive a signal from the control unit 20 and operate at a predetermined number of switching and switching of electrodes; An inner cover 40 integrally assembled at the front of the handle case 10 to fix and install the electromagnet 30; An outer cover 50 protruding in an outward direction and integrally assembled with the inner cover 40; The magnet 70 is integrally embedded on one side to face the electromagnet 30, and the support tube 61 is formed in the outer direction so as to slide forward and backward in the axial direction under the guidance of the guide tube 51. And, the diaphragm 60 of the rubber material fixedly installed between the outer cover (40, 50); A plurality of acupressure protrusions 81a protrude from the outer surface, and the assembly pipe 82 and the flow preventing tube 83 are installed in concentric circles at the center in the inner direction, so that the assembly pipe 82 is a support pipe 61. Assembled to the flow prevention tube (83) is inserted into the outer side of the guide tube 51, the pressure plate (80) to slide; Consists of.

Handle case, control unit, electromagnet, inner and outer cover, diaphragm, magnet, pressure plate

Description

Portable Shiatsu Massager {Potable Finger-Pressure Massager}

The present invention relates to a portable acupressure massager, and in particular, by using the characteristics of the electromagnet to indent the acupressure to make acupressure and at the same time to control the strength of the acupressure, easy disassembly and assembly of the acupressure part, easy to clean and prevent the inflow of foreign substances into the interior. It is about a portable acupressure massager.

In general, the important reaction points (acupuncture points) and the paths connecting these reaction points to the skin and muscles used in herbal medicine and hand therapy (acupuncture, moxibustion, massage, etc.) are called acupuncture points. .

In the real application of acupuncture points and meridians, it is not just to measure the acupuncture points, but to rub the meridians that are associated with the disease.皮膚 疹) Manual treatment should be performed on the back.

Also, acupuncture points and meridians are not regularly arranged on the surface of the body or on the muscles. For home moxibustion or chiropractic application, rub and press lightly according to the meridians, especially if you feel pain or there will be a certain place. That part is exactly where the acupuncture points are.

In order to release the acupuncture points by sweeping, kneading, pressing, pulling, tapping, or moving the body with hands or a special device according to the meridians, it helps to circulate blood and to relieve fatigue. It is said that, by adjusting the modulation of muscles, joints, internal organs to increase its function, and to reduce nerve excitement (手 技 수 法), is also one of the medical aid therapy.

Such massage is effective for insomnia, headache, hypertension, circulatory disorders of blood and body fluids, physical dysfunction of muscles and joints, ataxia of various neuralgia and sympathetic nerves, and dysfunction of the digestive and urinary organs.

Acupressure and massage, which is a method of maintaining blood health by stimulating the meridians and acupuncture points as described above, are appropriate to be treated by a functional practitioner as part of physical therapy, but the procedure is expensive and is performed at a certain time and place. However, there is a problem that the user can not always be treated because of the constraints of place and time.

Thus, to solve the above problems, the massager is formed in a form that beats the massage projections formed with a plurality of protruding projections by vibrating through a power device such as manpower or electric power, and develops a massager that the user contacts and loosens the muscles united by themselves. Has been.

Among them, a massage device in which the registered utility models 20-396484 and 20-389871 are filed is disclosed among those related to the massage device of the present invention.

The massage device of the former (Registration Utility Model No. 20-396484) is a massager vibration unit in which a motor is built so as to operate by a power source therein, a vibration cap having a plurality of massage protrusions projected between the vibration unit and the vibration cap. It is composed of a magnet installed in the vibrating portion to position.

When the massager supplies power, the motor built into the vibrator drives the vibrator to vibrate with a certain intensity, and the vibration is transmitted to the vibrating cap so that the massage protrusion installed on the vibrating cap vibrates to massage the massage part. In this case, the magnet is to help the blood circulation by using the generated magnetic force lines.

This massager is first, the built-in motor in the vibration part to generate vibrations, the vibration part itself generates a vibration when driving, so in order to prevent the positional deviation of the massager due to the vibration during use, the force on the hand without knowing There was a discomfort that can not be used for a long time due to the consumption of physical strength, and second, there is a problem corresponding to the unfinished invention because the technical configuration for generating vibration is not clearly shown.

And the massage device of the latter (Registration Utility Model No. 20-389871), an acupressure massage part which is formed in an elliptic sphere and performs massage and acupressure by rotation and vibration; A rotating vibrator comprising a rotating motor and a vibration motor to assemble and coaxially rotate with the acupressure massage part to rotate and vibrate; The rotating vibration unit is accommodated inside the handle portion formed to facilitate the user grip.

The massage device is to perform the massage and acupressure by driving the rotary vibration unit by the operation of the switch installed in the handle portion to generate a rotation and vibration to be transferred to the acupressure massage unit.

However, the driving of the rotary vibration unit corresponds to an unfinished invention that cannot be realized. That is, the shaft of the rotary motor is integrally assembled with the rotary motor, so that the acupressure massage unit can be rotated. However, the vibration motor does not vibrate the shaft of the rotary motor. There is a problem in that the technical configuration is unclear, and furthermore, when the vibration motor vibrates, the shaft is integrally assembled with the rotating motor, so it is impossible to know how to move forward and backward in the axial direction.

The present invention is to solve such a conventional problem, by using the characteristics of the electromagnet to indent the acupressure projections to make acupressure and at the same time to control the strength of the acupressure, easy to clean by simple disassembly and assembly of the acupressure plate and foreign matter into the interior The purpose is to provide a portable acupressure massager to prevent influx.

Portable acupressure massager for achieving this object of the present invention, the handle case; A control unit installed in the handle case and configured to input a program; An electromagnet fixedly installed at the center portion of the handle case to receive a signal from the control unit and operate at a predetermined number of switching and switching of electrodes; An inner cover which is integrally assembled at the front of the handle case and fixes the electromagnet; An outer cover which protrudes in an outward direction and is integrally assembled with the inner cover; And a diaphragm of rubber material fixedly installed between the inner and outer covers by forming a magnet integrally embedded at one side to face the electromagnet and sliding outward and backward in the axial direction under the guidance of the guide tube. ; A plurality of acupressure protrusions protrude on the outer surface, and the assembling tube and the flow preventing tube are located concentrically in the center in the inner direction so that the assembling tube is assembled to the support tube and the flow preventing tube is inserted into the outer side of the guide tube so as to slide. Acupressure plate; The configuration is a basic feature of the present invention.

In another embodiment of the present invention, the handle case; A control unit installed in the handle case and configured to input a program; A fixed electromagnet fixedly installed at the center portion of the handle case to receive a signal from the control unit and operate at a predetermined number of switching and switching of electrodes; An inner cover which protrudes in the center in the inner direction and is integrally assembled to the front of the handle case; A movable electromagnet assembled to slide in the axial direction opposite to the fixed electromagnet in the guide tube of the inner cover to generate only the same or constant electrode as the electrode of the fixed electromagnet by receiving an electrical signal from the control unit; An outer cover which protrudes in an outward direction and is integrally assembled with the inner cover; A diaphragm made of a rubber material which is integrally assembled with the movable electromagnet, and is formed with a support tube in an outer direction so as to slide forward and backward in the axial direction under the guidance of the guide tube; A plurality of acupressure protrusions protrude on the outer surface, and the assembling pipe and the flow preventing tube are located concentrically in the center in the inner direction, the assembling tube is assembled to the support tube, and the anti-flow tube is inserted into the outside of the guide tube to be slid. Acupressure plate; The configuration is another feature of the present invention.

The diaphragm is a circular plate, and the bellows is bent in a zigzag form so as to smoothly return to the original shape when vibration occurs by the magnetic force of the electromagnet and the magnet or the fixed electromagnet and the movable electromagnet.

The fixed electromagnet and the movable electromagnet allow a constant electrode to be generated in the movable electromagnet by the control unit, and the fixed electromagnet has a weak acupressure when the electrode is switched, and at the same time, a magnetic force pushing and pulling when the electrode is switched. This doubles to make a strong acupressure.

The support tube of the diaphragm and the assembly tube of the pressure plate are each inclined to form an assembling surface so as to be easily assembled and disassembled. Make it easy to clean it by loosening or separating it.

Acupressure protrusions formed on the outer surface of the pressure plate as another additional embodiment, may form a plurality of acupressure protrusions on the circular attachment plate of the rubber material to integrally adhere the attachment plate to the outer surface of the pressure plate.

The handle case comprises a control body, an electromagnet, an inner and outer cover, a case body having a diaphragm, and a separation prevention cap screwed to the case body to guide and assemble the pressure plate while guiding the outer circumferential surface of the bearing plate.

The present invention by using the characteristics of the electromagnets to make acupressure projections to make acupressure at the same time to control the strength of the acupressure, easy to clean by simple disassembly and assembly of the pressure plate has the effect of preventing the inflow of foreign substances into the interior.

Hereinafter, an embodiment of a portable acupressure massager of the present invention will be described.

1 is a cross-sectional view showing the structure of a portable acupressure massager of the present invention (neutral state diagram before operation), Figure 2 is a left side view of Figure 1, Figures 3 and 4 are the forward, backward state of the shiatsu plate during operation of the present invention 5 is a cross-sectional view showing a structure of a portable acupressure massager according to another embodiment of the present invention (neutral state diagram before operation), and FIGS. 6 and 7 show a forward and backward state of the acupressure plate during operation of FIG. It is a cross section.

A portable acupressure massager showing an embodiment of the present invention, as shown in Figure 1 and 2, the handle case 10, the control unit 20, the electromagnet 30, the inner, outer cover 40, 50, diaphragm It consists of 60, the magnet 70, and the pressure plate 80, respectively.

The handle case 10 of the control unit 20, the electromagnet 30, the inner and outer cover 40, 50, the case body (10a) that incorporates the diaphragm 60, and the shiatsu plate 80 Consists of a separation prevention cap (10b) is screwed to the case body (10a) to guide and guide the outer circumferential surface while assembling and separating the acupressure plate (80).

The case body 10a is formed in a straight cylindrical form in the drawing, but may be formed in a "b" shape in which a separate handle part is formed, and the control unit 20 is fixedly installed in the middle part so that the battery is inserted in the rear. The space 11 is formed so that it can be used in a portable manner, and a jack 12 is installed to be used in a home or an office by connecting a power line, and supplying and blocking power to the control unit 20 on an outer circumferential surface thereof. Or a switch unit 13 for adjusting the strength of the acupressure is installed.

The control unit 20 is installed inside the case body 10a to operate a program set when the power is supplied to control the electromagnet 30. That is, the input of the electromagnet 30 to switch the electrode faster or slower, so that the user operates the switch unit 13 to speed up or slow down the pressure.

The electromagnet 30 is operated by the switching of the electrode and the set number of times by receiving a signal from the control unit 20, and fixedly installed in the center so as to be embedded in the case body (10a), wherein the electromagnet 30 is a separate It is preferable to be built in the electromagnet case 90 and fixed to the case body 10a.

The inner cover 40 is integrally assembled to the front of the case body (10a), it is preferable to fix the electromagnet case 90 so that the electromagnet 30 is located in the center.

The outer cover 50 is for guiding the operation of the diaphragm 60 to be described later, the guide tube 51 protrudes in the outward direction and is integrally assembled with the inner cover 40 and the assembly screw 52.

The diaphragm 60 is a rubber material, and integrally embeds a magnet 70 on one side to face the electromagnet 30, and slides forward and backward in the axial direction under the guidance of the guide tube 51 in the outward direction. A support tube 61 is formed and fixedly installed between the inner and outer covers 40 and 50.

The diaphragm 60 is a circular plate, and forms a bellows 62 that is bent in a zigzag form so as to smoothly return to original shape when vibration occurs by the magnetic force of the electromagnet 30 and the magnet 70.

The acupressure plate 80 is a synthetic resin material to directly project a plurality of acupressure protrusions 81a on a curved outer surface, or by attaching a plurality of acupressure protrusions 81a protruding from the rubber attachment plate 81 to integrate. The assembly tube 82 and the flow preventing tube 83 are installed in concentric circles in the center in the inner direction, so that the assembly tube 82 is assembled to the support tube 61 and the flow preventing tube 83 is a guide tube ( 51) to slide outside.

The support tube 61 of the diaphragm 60 and the assembly tube 82 of the acupressure plate 80 form the assembling surfaces 61a and 82a to be inclined to facilitate assembly and disassembly, and also to support the tube 61. The inner circumferential surface of the) and the outer circumferential surface of the pressure plate 80, respectively, to form an assembling ring 63 and the assembly ring groove 84 to be elastically fitted or separated from each other to facilitate easy cleaning.

Portable acupressure massager of the present invention configured as described above, when the power is supplied by the operation of the switch unit 13, the control unit 20 receives the electrical signal to generate a magnetic force on the electromagnet 30, wherein the magnet 70 The magnet 20 is pulled or pushed out by repeatedly switching the electrode of the electromagnet 30 from N → S, S → N by the control unit 20 while maintaining the N pole or the S pole. .

Therefore, since the diaphragm 60 which is integrally embedded with the magnet 70 repeats forward and backward along the axial direction, the support tube 61 of the diaphragm 60 is formed of the guide tube 51 of the outer cover 50. The guide plate is slid, and the acupressure plate 80 integrally assembled with the diaphragm 60 vibrates forward and backward in the axial direction, thereby performing acupressure. (FIGS. 3 and 4 states)

At this time, the bellows 62 is elastically deformed when the diaphragm 60 is moved forward and backward, and the bellows 62 is returned to its original position so that the pressure plate 80 is excessively extended to the outside when the magnetic force is extinguished. It also functions, and also serves to prevent foreign substances from entering the interior.

On the other hand, the vibration of the pressure plate 80 is to receive a signal from the switch 13, the control unit 20 to continuously press the pressure or to increase the number of vibrations to appropriately massage according to the user's situation.

And Figure 5 shows another embodiment of the present invention, but is configured to operate the same configuration as the embodiment of Figure 1, but Figure 5 further includes a technical configuration for adjusting the strength of the acupressure.

That is, the technical configuration for adjusting the strength of the acupressure is made by replacing the electromagnet 30 and the magnet 70 of the above-described embodiment with a fixed electromagnet 30a and a movable electromagnet 30b.

To this end, the fixed electromagnet 30a is fixedly installed in the case body 10a in the same manner as described above, and the movable electromagnet 30b is located at the center of the inner cover 40 so as to be located at the center of the inner cover 40. It is assembled integrally with the guide tube 41 formed. At this time, the fixed electromagnet 30a is fixed to the fixed electromagnet case 90a, and the movable electromagnet 30b is fixedly installed on the movable electromagnet case 90b, but the fixed electromagnet case 90a is provided on the case body 10a and the movable electromagnet case ( 90b) is integrally assembled to the diaphragm 60, respectively, and the stopper 91 is disposed at the rear end of the movable electromagnet case 90b to prevent excessive advance by the strength of the magnetic force during sliding of the movable electromagnet case 90b. Install it.

The stationary electromagnet 30a and the movable electromagnet 30b are connected to the control unit 20 to generate magnetic force by receiving an electrical signal from the control unit 20. In this case, when the strength of the magnetic force is weakened, the movable electromagnet ( 30b) or the fixed electromagnet 30a causes a constant electrode (N pole or S pole) to be generated and the corresponding fixed electromagnet 30a or movable electromagnet 30b repeats the N pole and the S pole to switch the electrodes. In order to increase the strength of the magnetic force, the movable electromagnet 30b and the fixed electromagnet 30a are repeatedly switched between the north pole and the south pole so that the same poles are always pulled or pushed out. 6 and 7 states)

Therefore, instead of switching the electrode of one electromagnet, the two electromagnets that are opposed to each other are switched, thereby increasing the strength of the magnetic force twice, thereby increasing the effect of acupressure.

1 is a cross-sectional view showing the structure of a portable acupressure massager of the present invention (neutral state diagram before operation),

FIG. 2 is a left side view of FIG. 1;

3 and 4 are cross-sectional views showing the forward, backward state of the pressure plate during the operation of the present invention,

5 is a cross-sectional view showing the structure of a portable acupressure massager of another embodiment of the present invention (neutral state diagram before operation),

6 and 7 are cross-sectional views showing the forward and backward states of the pressure plate in the operation of FIG.

Explanation of symbols on the main parts of the drawings

10; handle case 20; control unit

30; electromagnet 30a; fixed electromagnet

30b; movable electromagnet 40, 50; inner and outer cover

41, 51; guide tube 60; vibration plate

61; support tube 62; bellows

70; magnet 80; pressure plate

81; mounting plate 81a; acupressure protrusions

82; Assembly tube 83; Flow prevention tube

Claims (15)

A handle case 10; A control unit 20 installed in the handle case 10 to input a set program; An electromagnet 30 fixedly installed at the center portion of the handle case 10 to receive a signal from the control unit 20 and operate at a predetermined number of switching and switching of electrodes; An inner cover 40 integrally assembled at the front of the handle case 10 to fix and install the electromagnet 30; An outer cover 50 protruding in an outward direction and integrally assembled with the inner cover 40; The magnet 70 is integrally embedded on one side to face the electromagnet 30, and the support tube 61 is formed in the outer direction so as to slide forward and backward in the axial direction under the guidance of the guide tube 51. And, the diaphragm 60 of the rubber material fixedly installed between the outer cover (40, 50); A plurality of acupressure protrusions 81a protrude from the outer surface, and the assembly pipe 82 and the flow preventing tube 83 are installed in concentric circles at the center in the inner direction, so that the assembly pipe 82 is a support pipe 61. Assembled to the flow prevention tube (83) is inserted into the outer side of the guide tube 51, the pressure plate (80) to slide; Portable shiatsu massage, characterized in that configured in. The method of claim 1, wherein the diaphragm 60 is a circular plate, characterized in that the bellows 62 is bent in a zigzag form so as to be smoothly returned to its original shape when vibration occurs by the magnetic force of the electromagnet 30 and the magnet 70. Shiatsu massage. The method of claim 1, wherein the support pipe 61 of the diaphragm 60 and the assembly pipe 82 of the pressure plate 80 is formed to be inclined to each of the assembling surfaces (61a, 82a) to facilitate assembly and disassembly. Portable Shiatsu massager featuring. The portable acupressure of claim 3, wherein the assembly circumference 63 and the assembly ring groove 84 are formed on the inner circumferential surface of the support tube 61 and the outer circumferential surface of the pressure plate 80, respectively, so as to be elastically fitted or separated from each other. Massage. The acupressure plate (80) of claim 1, wherein the acupressure plate (80) is a synthetic resin material, which is formed by directly protruding a plurality of acupressure protrusions (81a) on a curved outer surface. The portable acupressure massager according to claim 1, wherein a plurality of acupressure protrusions (81a) are attached to the outer surface of the acupressure plate (80) to integrally adhere the attachment plate (81). The method according to claim 1, wherein the handle case 10 is the control unit 20, the electromagnet 30, the inner and outer cover 40, 50, the case body (10a) having a built-in diaphragm 60, Portable acupressure massager, comprising a separation prevention cap (10b) screwed to the case body (10a) to guide and guide the outer circumferential surface of the acupressure plate (80) and to assemble and separate the acupressure plate (80). A handle case 10; A control unit 20 installed in the handle case 10 to input a set program; A fixed electromagnet 30a fixedly installed at the center portion of the handle case 10 to receive a signal from the control unit 20 and operate at a predetermined number of switching and switching of electrodes; An inner cover 40 which is integrally assembled to the front of the handle case 10 by protruding the guide tube 41 from the center in the inward direction; It is assembled to slide in the axial direction opposite to the fixed electromagnet (30a) in the guide tube 41 of the inner cover 40 receives the electrical signal of the control unit 20 the same or constant electrode as the electrode of the fixed electromagnet (30a) A movable electromagnet 30b for generating bays; An outer cover 50 protruding in an outward direction and integrally assembled with the inner cover 40; Assembled with the movable electromagnet (30b) integrally, the support tube 61 is formed in the outward direction to be slid forward and backward in the axial direction by the guide of the guide tube 51, the inner and outer cover 40, 50 A diaphragm 60 of rubber material fixedly installed therebetween; A plurality of acupressure protrusions 81a protrude on the outer surface, and the assembly pipe 82 and the flow preventing tube 83 are installed in concentric circles at the center in the inner direction, so that the assembly pipe 82 is assembled to the support pipe. Flow prevention tube 83 is a pressure plate (80) to be inserted into the outside of the guide tube 51 to slide; Portable shiatsu massage, characterized in that configured in. The method according to claim 8, wherein the diaphragm 60 is a circular plate, characterized in that the bellows 62 is formed to be bent in a zigzag to smoothly return to the original when the vibration occurs by the magnetic force of the fixed electromagnet (30a) and the movable electromagnet (30b). Portable shiatsu massager. The portable acupressure massager as set forth in claim 8, wherein the fixed electromagnet (30a) and the movable electromagnet (30b) are controlled by the control unit 20 so that the electrodes are switched at the same time or only at one side thereof to adjust the strength of the acupressure. The method according to claim 8, wherein the support tube 61 of the diaphragm 60 and the assembly tube 82 of the pressure plate 80 is formed to be inclined to each of the assembling surfaces (61a, 82a) to facilitate assembly and disassembly. Portable Shiatsu massager featuring. The portable acupressure of claim 11, wherein the assembly ring 63 and the assembly ring groove 84 are formed on the inner circumferential surface of the support tube 61 and the outer circumferential surface of the pressure plate 80, respectively, to be elastically fitted or separated from each other. Massage. The acupressure plate (80) of claim 8, wherein the acupressure plate (80) is a synthetic resin material, which is formed by directly protruding a plurality of acupressure protrusions (81a) on a curved outer surface. The portable acupressure massager according to claim 8, wherein a plurality of acupressure protrusions (81a) are attached to the outer surface of the acupressure plate (80) to integrally adhere the attachment plate (81). The case body of claim 8, wherein the handle case 10 includes a control unit 20, a fixed electromagnet 30a, a movable electromagnet 30b, an inner and outer cover 40, 50, and a diaphragm 60. Portable acupressure massager comprising a separation prevention cap (10b) that is assembled to the case body (10a) to guide and guide the outer peripheral surface of the pressure plate (80) to the haunting (10a) and at the same time .

Images