JP3130346U - Eye massager - Google Patents

Abstract

The eye massager of the present invention includes a control device, an eye patch, a heating device, a pneumatic device, and a vibration device. The control device has a control circuit. The heating device includes a heating body installed in the eyepatch. The electrode of this heating body is connected to a control circuit. The pneumatic device includes an airbag, an air pump and an electric valve. The air pump carries gas through the trachea to the airbag. Both the air pump and the electric valve are connected to the control circuit. The vibration device includes a motor installed in the eyepatch and a vibrator that performs an eccentric motion by driving the motor. The present invention is based on the joint work of heating device, pneumatic device, vibration device and control device. A massage mode can be realized to effectively promote blood circulation in the eye, relieve visual burden and reduce eye fatigue.
[Selection] Figure 4

Description

  The present invention relates to an eye massager, and more particularly to an eye massager that promotes blood circulation in the eye, relieves visual burden, reduces eye fatigue, and can effectively prevent and treat myopia.

  In today's work and life, people often use their eyes for a long time. For example, using a computer for a long time, watching TV, or reading a book. If the eyes are not rested for a long time, it is easy to affect the normal blood circulation of the eye, causing a relatively large visual burden, causing fatigue of the eye, and worsening the eye and becoming myopic. Prone to results.

  The present invention has been made in view of the above, and is an ocular massage device that promotes blood circulation in the eye, relieves visual burden, reduces eye fatigue, and can effectively prevent and treat myopia. It is an issue to provide.

  That is, the subject of this invention is implement | achieved as follows. The eye massager of the present invention includes an eye patch, a control device, a vibration device, and a pneumatic device. The control device has a control circuit. The vibration device includes a motor attached to the eyepatch and connected to the control circuit, and a vibrator interlocked with the motor. The pneumatic device includes an airbag, an air pump, and an electric valve. The airbag is mounted in the eyepatch. The air pump carries air through the trachea to the airbag. Both the air pump and the electric valve are electrically connected to the control circuit.

  The pneumatic device may further include an airbag connecting column. The airbag connecting column is mounted in the eyepatch and has an air outlet and an air inlet. The air inlet is connected to the air pump through an air supply pipe, and the air outlet is connected to the electric valve through an exhaust pipe. The airbag connecting column is connected to the airbag.

  The eye massager of the present invention may further include a heating device. The heating device includes a heating body mounted in the eyepatch. The electrode of this heating body is connected to a control circuit.

  The vibrator is an eccentric hammer and is attached to the main shaft of the motor.

  The control circuit preferably includes a function push button switch, a microprocessor and a switch circuit. The function push button switch issues an operation command, and the microprocessor receives the operation command and outputs a current to the switch circuit for conduction. The current is output through the switch circuit to the corresponding motor, air pump or electric valve.

  Compared with the prior art, the present invention has the following advantages. 1) The function of air pressure or vibration massage can be realized for the user's eyes through the joint work of the pneumatic device, vibration device and control device. Through the heating device, blood circulation can be promoted, the visual burden can be reduced, and fatigue can be reduced. 2) Through the installation of microprocessor, function push button switch and switch circuit, realize six kinds of eye massage modes of air pressure, vibration, heating, air pressure and heating, air pressure and vibration, heating and vibration, and the user's own Convenience can be provided in selecting the corresponding eye massage mode if necessary.

  The eye massager of the present invention promotes blood circulation in the eye part, relieves visual burden, reduces eye fatigue, and can effectively prevent and treat myopia.

Below, although embodiment of this invention is described using an example of the eye part massage device of this invention, this invention is not limited to this.
As shown in FIGS. 1 to 4, the eye massager of the present invention includes an eye patch, a control device 7 having a control circuit, a pneumatic device, a heating device, and a vibration device. The eyepatch includes an eye protection bag 1 and a plastic base 2 and a lid 5 combined with each other. The eyepatch is tied and fixed to the user's head by a band-shaped fixing device connected to both ends thereof, thereby providing convenience for the user to wear the eyepatch.

  The lid 5 has substantially the same outline shape as the base 2, and the lid is placed on the base 2. The base 2 has a vertically long arch shape, and includes an arcuate groove 23 installed toward one side of the vertically long and a few spiral mounting holes 22 distributed at intervals. In addition, two motors 3, an electric valve 41, and an airbag connecting column are installed on the base 2. The arcuate groove 23 is opposed to the user's nose muscle portion from the front. The two symmetrical motors 3 on both sides of the arcuate groove 23 are attached to a motor mounting seat 31 in which the longitudinal direction of the base 2 is directed to both sides. A vibrator having an eccentric structure is installed on the main shaft 32 of each motor 3, and this vibrator is an eccentric metal bar 21 in an implementation method. The eccentric bar 21 is attached to the main shaft of the motor 3. The eccentric hammer 21 is moved through the operation of the motor 3. The eye massager is vibrated through the eccentric rotation of the eccentric hammer 21. The mounting hole 22 is fixed and connected to the base 2 and the lid 5 with a spiral connector.

  The airbag connecting column 42 is attached at a central position between the two motors 3 and has one air inlet 421 and one air outlet 422. The air inlet 421 is connected to an air supply pipe, the air supply pipe is connected to an air pump 43 mounted in the control device 7, the air pump 43 is connected to an electric valve 41, and the electric valve 41 is connected to a circuit board 72 of the control device 7. Link. The air outlet 422 is connected to the electric valve 41 through an exhaust pipe. The airbag connecting column 42 also includes an airbag column 420 that extends a certain length from the surface of the base 2. The airbag column 420 is installed through the air inlet 421 and the air outlet 422. When the air bag 44 of the eye massager is supplying air, the control device 7 closes the electromagnetic valve 41. Therefore, since the air outlet 422 cannot discharge gas, the air pump 43 fills the airbag 44 with gas. When the supply of air is finished, the control device 7 opens the electromagnetic valve 41. For this reason, the gas in the airbag 44 is slowly discharged through the air outlet 422.

  Around the base 2, some holes 26 are distributed in the nectar, and the eye protection bag 1 is fixed on the base 2 through the holes 26. The eye protection bag 1 is made of a soft material and includes upper and lower eye protection bags 11 and 12 that are substantially the same shape as the base 2. The upper eye protection bag 11 is all fixed around the base 2 through the hole 26. An opening is provided at the position of the airbag column 420 of the base 2 corresponding to the upper eye protection bag 11, and the upper eye protection bag 11 protrudes through this opening. The lower eye protection bag 12 is fixed on the base 2 only around the portion, and thus can be opened or closed corresponding to the upper eye protection bag 11. The lower eye protection bag 12 has at least two stages, and the airbag 44 and the heating element 5 are installed between the two stages. Each of the airbags 44 corresponds to the position of the user's eye and is connected to an airbag column 420 that passes through the opening 111 of the upper eye protection bag 11. Thereby, a gas passage is formed between the airbag 44 and the airbag connecting column 42. The heating body 4 also corresponds to the position of the user's eye, and the electrode is connected to the circuit board 72 of the control device 7 with a conductive wire. Moreover, electromagnetic bodies (not shown in the figure) can be attached to the vertically long sides of the lower eye protection bag 12. The electromagnetic electrode is connected to the circuit board 72. Under the control of the circuit board 72, electricity is conducted to the electromagnetic body to generate an electromagnetic field, thereby massaging the user's eyes with magnetic force.

  The control device 7 includes a shell 71, a circuit board 72 installed in the shell 71, and an operation button 73 installed on the surface of the shell 71. The air pump 43 can also be installed in the eyepatch, but is generally installed in the shell 71. An electronic element is mounted on the circuit board 72. A control circuit of the control device 7 is configured by the electronic elements of the circuit board 72 and the electron beams and electronic elements of the electronic circuit. The electrodes of the operation button 73, the motor 3, the electric valve 41, and the air pump 43 are connected to the circuit board 72 through conductive wires. Through the selection of the operation button 73 and this control circuit, the interaction of each function of the eye massager is realized.

  FIG. 5 is a circuit diagram of a control circuit of the eye massager of the present invention. Among them, U1 is a microprocessor having firmware, and DJ1 is an external load interface installed on the circuit board 72. The motor 3, the electric valve 41 and the air pump 43 are connected to the control circuit through corresponding ports of the DJ1 interface. S1 to S5 are function push button switches. Each function push button switch corresponds to one operation button 73, that is, a function operation such as air pressure, vibration, and heating, and the function push button switch is turned on by pressing the operation button 73. . CON2 and CON3 are used to connect the operation button 73 and the microprocessor U1. Q1 to Q5 are switch transistors (of course, the function can be realized through an ordinary switch circuit), and are used to control the opening and closing of various massage modes. The light emitting diodes A, B, and C are used to indicate the state. For example, it indicates the state of air pressure, vibration or heating. When the corresponding operation button 73 is pressed, the function push button switch issues a corresponding operation command to U1. After receiving the command, U1 outputs a current and turns on the corresponding switch transistor. As a result, the current flows through the corresponding port of the switch transistor and the load interface to rotate the motor 3, the electric valve 41 or the air pump 43 connected to the port, thereby realizing the air pressure, vibration or heating of the eye massager. .

  The pneumatic device according to the present invention includes an airbag connecting column 42, an airbag 44, an electric valve 41, and an air pump 43. The air pump 43 carries the gas to the airbag 44 through the air inlet 421 of the airbag connecting column 42. The electric valve 41 is opened and closed under the control of the control circuit of the control device 7. As a result, pneumatic massage is realized. The heating device comprising the heating body 5 realizes a heating massage. The vibration device composed of the motor 3 and the eccentric hammer 21 realizes vibration massage. Through the control of the control circuit and the selection of operation buttons, the function of the six types of eye massage modes of air pressure, vibration, heating, air pressure and heating, air pressure and vibration, heating and vibration of the eye massager is realized, and blood of the eye Effectively prevent and treat myopia by promoting circulation, reducing visual burden and reducing eye fatigue.

  As described above, the eye massager according to the present invention is useful for effectively preventing or treating myopia by accelerating blood circulation in the eye, relieving visual burden and reducing eye fatigue. .

It is a figure explaining the base of the eye part massage device of this invention, and the element installed on it. It is a figure explaining FIG. 1 seen from another angle. It is a front view of the lid of the eye part massage device of the present invention. It is a top view of the eye part massage device of the present invention. It is a circuit diagram of the control circuit of the eye part massage device of the present invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Eye protection bag 2 Plastic base 3 Motor 4 Heating body 5 Cover body 7 Control apparatus 11 Upper eye protection bag 111 Opening 12 Lower eye protection bag 21 Eccentric hammer 22 Spiral mounting hole 23 Arc-shaped groove 26 Hole 31 Motor mounting seat 32 Spindle 41 Electric valve 42 Airbag connecting column 420 Airbag column 421 Air inlet 422 Air outlet 43 Air pump 44 Airbag 71 Shell 72 Circuit board 73 Operation button U1 Microprocessor DJ1 External load interface S1 to S5 Function push button switch CON2 and CON3 Operation button 73 and connection with microprocessor U1 Q1-Q5 Switch transistors A, B and C Light-emitting diodes

Claims (10)

An eye massager including an eye patch,
In addition, including control device, vibration device and pneumatic device,
The control device has a control circuit;
The vibration device is mounted in the eyepatch and includes a motor connected to the control circuit and a vibrator interlocked with the motor.
The pneumatic device includes an airbag, an air pump and an electric valve;
The air bag is mounted in an eye patch, the air pump carries gas to the air bag through a trachea, and the air pump and an electric valve are electrically connected to the control circuit, respectively.   The pneumatic device further includes an airbag connecting column, the airbag connecting column is mounted in the eyepatch, and has an air outlet and an air inlet, and the air inlet is connected to the air pump through an air supply pipe, and the air outlet The eye massager according to claim 1, wherein the eyepiece is connected to an electric valve through an exhaust pipe, and the airbag connecting column is connected to the airbag.   The airbag connecting column includes an airbag column that protrudes from one side and is connected to the airbag, and the airbag column penetrates the air inlet and the air outlet. 2. An eye massager according to 2.   The eye massager according to claim 1, wherein the vibrator is an eccentric hammer, and the eccentric hammer is attached to a main shaft of the motor.   5. The heating device according to claim 1, further comprising a heating device, wherein the heating device includes a heating body attached in the eyepatch, and an electrode of the heating body is connected to the control circuit. An eye massager as described in 1.   The ocular massage device according to any one of claims 1 to 4, further comprising an electromagnetic body attached to the eyepatch, wherein an electrode of the electromagnetic body is connected to the control circuit.   The eyepatch includes a base and a lid attached on the base, and the vibration device is attached on the base, at a position corresponding to the user's nose muscles on one side of the base. The ocular massage device according to any one of claims 1 to 4, wherein a groove is provided.   The eye patch further includes an eye protection bag fixed on the base, the eye protection bag is divided into upper and lower eye protection bags, and the periphery of the upper eye protection bag is fixed around the base. The eye massager according to claim 7, wherein a part of the lower eye protection bag is combined and fixed to a base.   The eye massager according to claim 8, wherein the airbag is installed in the lower eye protection bag.   The control circuit includes a function push button switch, a microprocessor and a switch circuit, the function push button switch issues an operation command, and the microprocessor receives the operation command and outputs a current to a corresponding switch circuit, The ophthalmic massage device according to any one of claims 1 to 4, wherein conduction is performed and current is output to the corresponding motor, air pump, or electric valve through the switch circuit.

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