KR200352882Y1 - Electrical impulse apparatus for facial massage - Google Patents

Abstract

The electrical stimulator for facial massage includes a microprocessor, a stimulator, and a pad. The microprocessor controls the stimulation generator to generate a pulse signal to two electrodes on the pad through two wires. When the pad is attached to the facial skin, the electronic muscle stimulus is applied to the facial muscles by using a set of switch buttons to power on / off the pulse generation and increase or decrease the intensity of the pulse generation, thereby causing blood in the surroundings. Increase circulation. Because of that, muscle tone and elasticity of the facial skin tissue are improved to minimize sagging and wrinkles of facial muscles due to aging progression.

Description

Electric Stimulator for Facial Massage {ELECTRICAL IMPULSE APPARATUS FOR FACIAL MASSAGE}

The present invention relates to an electrical stimulation device for facial massage, and more particularly to a facial tone device that provides an electronic muscle stimulation for training the facial muscles.

It is well known that as a person ages, the facial muscles of the individual tend to lose color and stretch. Loss of elasticity and tone of facial muscles creates wrinkles and sagging flesh on people's faces. No one, especially women, is generally considered undesirable in appearance and does not want age lines or depressions that become somewhat protruding parts of their facial features. Because of that, many products and devices are on the market claiming to slow, stop or reverse the aging process of the skin. One of them is by clinic prescription, such as by face lift or botulinus treatment. In particular, topical creams for moisturizing, naturalizing and shrinking facial or body skin are common. Various creams, lotions and skin conditioners can be used to reduce or eliminate negative external exposure of these age lines. However, they must continue to be used and do not have an immediate effect.

The present invention provides an electrical stimulation device for facial massage that generates irritation to the epidermis of the skin in order to stimulate muscle contraction and increase blood circulation. Thereby, the elasticity and color tone of the facial skin can be left continuously, which delays aging of the skin and minimizes sagging and wrinkles of the facial muscles.

In addition, the present invention provides an electrical stimulation device for facial massage using a pad that can be attached to the face for transmitting electro-musclestimulation (EMS) to the body without acupuncture. Therefore, there is no invasion of germs into skin tissue and it is more safe.

In addition, the present invention provides a cost effective electric stimulator for facial massage by using electric power. Thus, it is suitable for the user.

The electrical stimulation device for facial massage provided by the present invention includes a circuit for generating pulse signals, which are transmitted by two wires to two electrodes mounted on the pad. Thus, when the pad is attached to the facial skin, EMS is used to train the facial muscles to prevent aging progression and to enhance the tone and strengthening of the muscles.

These and other objects of the present invention will become apparent to those skilled in the art upon reading the description of the preferred embodiments described below.

It will be understood that the above general description and the description set forth below are exemplary and are intended to provide further description of the invention as claimed.

1 is a perspective view of a first embodiment provided by the present invention;

2 is a perspective view of a second embodiment provided by the present invention;

3 is a circuit diagram of the present invention;

4 is a flow chart for operation of the present invention;

5 is an operating cycle of the present invention; And

6 shows an application for attachment to a face.

<Description of the symbols for the main parts of the drawings>

1: Controller 2: Pad

11: housing 13; wire

14: circuit board 15: light emitting device

21: electrode 121, 122: button

DETAILED DESCRIPTION A detailed description will now be made of the preferred embodiments of the present invention, examples of which are shown in the accompanying drawings. Wherever possible, the same reference numbers are used in the drawings or the description to refer to the same or similar parts.

Physical training is triggered by the nervous system. Muscles provide strength to make the skeleton complete. The nervous system has a central and peripheral portion. Nerve fibers of the peripheral nervous system trigger a central response due to stimulation. The training message sent by the brain is a stimulus delivered from the neurons one by one to the muscles. This stimulus reflects the change in voltage. That is, the voltage value of the neuron is -70 mV in the static state and +30 mV in the dynamic state. Thus, the stimulus has a waveform as a pulse.

Electronic muscle stimulation (EMS), on the other hand, is well known in the medical arts. This technique uses conductive pads or electrodes to apply very weak currents to muscles or muscle groups from the outside and shrink them. The electrodes receive electrical stimulation signals from external voltage / current sources such as EMS machines. The stimulus signal can be adjusted by amplitude, polarity, frequency, waveform, and the like. EMS is used for general training of functional muscles to improve muscle tone and strength.

The condition of the face also indicates the first impression of age. Dry skin, loss of firmness and elasticity, wrinkles and sagging are accompanied by the progress of aging. If this negative aspect of appearance is improved, anti-aging aging is achieved. Therefore, the present invention achieves the goal by providing EMS stimulation to the facial skin to train the muscles.

As shown in FIG. 1, the electrical stimulation device for facial massage provided by the present invention includes a controller 1 and a pad 2. The controller 1 includes a circuit board 14 installed in the housing 11. At least two buttons 121, 122 are set on the surface of the housing 11. One of the buttons 121 is for powering the device when the device is powered off, and then the strength of the output stimulus when the device is powered on. To increase. Similarly, another button 122 is to reduce the strength and power off the device. Another kind of pressing device may be used to perform this function, i.e. when the device is powered on, pressing the button 122 will continue to reduce the intensity of the output stimulus until the power is turned off. . In addition, a light emitting device 15 is installed in the housing 11 to indicate whether the device is powered on or off. The circuit board 14 includes two wires 13 connected to two electrodes 21, respectively. The electrodes 21 are mounted in a fixed arrangement on the pad 2. The pad 2 has one surface that can be attached to the facial skin. The controller 1 and the pad 2 can be separated by the connection of the electric wire 13. Because of that, the user can hold the controller 1 by hand when performing facial massage. However, the controller 1 and the pad 2 may be combined together as shown in FIG. 2. In this preferred embodiment, external wires 13 are not necessary.

3 shows a circuit diagram of the electrical stimulation device. As shown, the circuit board 14 includes a microprocessor 141 and a stimulus generator 142. The stimulus generator 142 is controlled by the microprocessor 141 to generate a pulse signal. The signals may be transmitted to the electrode 21 by an external wire 13. The button switch 12 and the light generator 15 are connected to the microprocessor 141. To output the stimulus, the user presses the switch 12 to activate the microprocessor 141. The microprocessor 141 also controls the light generating device 15 to indicate an on / off state of the device.

A flowchart for operating the electrical stimulation device is shown in FIG. 4. As shown, after the device is powered on, the pulse signals are sequentially from the stimulation generator 142 to the electrode 21. Is sent. If the intensity of the output stimulus is varied by the user, the stimulus generator is controlled by the microprocessor 141 to adjust the amplitude of the pulse wave for the change. After the operation cycle is completed, the microprocessor 141 will automatically power off the device until it is operated again by the user. The operating cycle is as shown in FIG. It has a total of 30 minutes in a row, including 10 sessions. The first session outputs a stimulus having pulse waves that are 100 Hz wide and 100 Hz frequency for three consecutive minutes. The second session outputs a stimulus having a pulse wave that is 80 Hz wide and 130 Hz frequency for three consecutive minutes. The third session outputs a stimulus having pulse waves that are 100 Hz wide and 100 Hz frequency for four consecutive minutes. The fourth session outputs a stimulus having a pulse wave having a width of 20 Hz and a frequency of 8 Hz for two consecutive minutes. The fifth session outputs a stimulus having pulse waves that are 100 Hz wide and 100 Hz frequency for four consecutive minutes. The sixth session outputs a stimulus having a pulse wave having a width of 30 Hz and a frequency of 5 Hz for two consecutive minutes. The seventh session outputs a stimulus having a pulse wave that is 80 Hz wide and 130 Hz frequency for four consecutive minutes. The eighth session outputs a stimulus having a pulse wave having a width of 20 Hz and a frequency of 8 Hz for two consecutive minutes. The ninth session outputs a stimulus having a pulse wave having a width of 80 Hz and a frequency of 130 Hz for four consecutive minutes. The tenth session outputs a stimulus having a pulse wave having a width of 30 Hz and a frequency of 5 Hz for two consecutive minutes.

There are three preferred locations for attaching the pads. As shown in FIG. 6, the first position 3 is from the cheekbone to the lip corner. The effect of the stimulus is to activate and elevate the cheek muscles. The second position 4 is from the cheekbone to the jawbone. The effect of the stimulus is to prevent deformation of the face and deformation of the jaw. The third position 5 is from the temple to the nostrils. This location is quite sensitive.

The effect of the stimulus will get bright smile pleasure and train the eyes. The same effect is also achieved by massaging these three locations, ie, increasing blood circulation in the surroundings, minimizing sagging and wrinkles of the facial skin.

This description provides an exemplary embodiment of the present invention. The scope of the present description is not limited by these exemplary embodiments. Whether explicitly provided by the specification or implied by the specification, numerous changes, such as shape changes, structures, dimensions, types of materials, or manufacturing processes, may be readily performed by those skilled in the art in light of the present description.

Claims (9)

In the electric stimulation device for facial massage, Microprocessor; A stimulus generator controlled by the microprocessor to generate a pulse signal; A switch coupled to the microprocessor for entering operation; A pad having one side that can be attached to the facial skin; And Including two electrodes mounted on the pad for electrically connecting to the stimulation generator. 1st session with pulse waves with a width of 100 Hz and a frequency of 100 Hz for 3 consecutive minutes, a second session with pulse waves with a width of 80 Hz and a frequency of 130 Hz for 3 consecutive minutes, 100 for 4 consecutive minutes A third session with a pulse width of 폭 and a frequency of 100 Hz, a fourth session with a pulse wave of 20 kHz and a frequency of 8 Hz for 2 consecutive minutes, a width of 100 kHz and a frequency of 100 Hz for 4 consecutive minutes A fifth session with a pulse wave as frequency, a sixth session with a pulse wave with a width of 30 Hz and a frequency of 5 Hz for two consecutive minutes, a pulse wave with a width of 80 Hz and a frequency of 130 Hz for four consecutive minutes Session 7, Session 8, with pulsed wave width of 20 Hz and frequency of 8 Hz for 2 consecutive minutes Session 9, Session 9 with pulse wave, Width of 130 Hz and frequency of 130 Hz for 4 consecutive minutes, continuous An operating cycle with a tenth session with a pulse wave of 30 Hz width and a frequency of 5 Hz for 2 minutes. Electrical stimulation device for facial characterized in that. The method of claim 1, All sessions are continuous in order to obtain an overall 30-minute working cycle. The method of claim 1, An electrical stimulation device for a facial massage further comprising a housing for installing a microprocessor and a stimulator therein, and buttons installed on a surface of the housing. The method of claim 3, And the pad is positioned directly in the housing. The method of claim 3, The electrical stimulation device for a facial massage further comprises two wires connected between the stimulation generator and each electrode. The method of claim 1, An electrical stimulation device for a facial massage further comprising a light generating device connected to the microprocessor to indicate an operating state. The method of claim 1, And the switch includes two buttons for increasing and decreasing the intensity of the pulse generation. The method of claim 7, wherein And said intensity increasing button is a power-on switch in operation. The method of claim 7, wherein And said intensity reducing button is a power-off switch after a continuous reduction.