KR100256797B1 - Hair restoring apparatus - Google Patents

Abstract

PURPOSE: An apparatus for promoting hair proliferation is provided for delivering output of oscillator means and continuously stimulating particular portions of scalp to accelerate blood circulation by arranging multiple pins at equal distances over the portions of scalp to be stimulated and receive the output of oscillator. CONSTITUTION: The apparatus for promoting hair proliferation to continuously stimulate and provide the output of oscillator means comprises an oscillator means to periodically generate impact wave; a plurality of pins(20) to introduce output of the means into the scalp at desired distances; an artificial skin part(30) arranged with the pins in a contour form and in isolation state one another at equal intervals and supporting heads(30) the pins(20) to be exposed toward the scalp part; fixtures(40) to secure rear side of the skin part(30) to the inside of a cap(60); and a connection wire to provide the output of the oscillator means corresponding to the pins(20).

Description

Promotion device of hair groth

The present invention relates to a device for promoting hair growth, wherein the output of the oscillation means for generating a shock wave of a certain period is provided to the scalp through a plurality of pins installed at regular intervals in the area of the poor hair growth, the pins are artificial skin It relates to a hair growth promoting device configured to be fixed to the part to continuously stimulate a certain part.

In general, alopecia is caused by genetic factors, weakness due to misuse of drugs, mental stress, etc., and capillary contraction causes itching and hair breaks away from scalp tissue. This is a phenomenon in which a lot of hair continues to decrease and the density of hair decreases. Various methods for treating this have been proposed, but there are drug treatment methods such as applying a woolen agent to an oral medicine or scalp. However, the drug treatment method was cumbersome and long-term treatment, which was not only economically burdensome, but also limited in preventing hair loss, promoting hair growth, and turning it into shiny hair.

It is an object of the present invention to provide a hair growth promoting device for stimulating blood circulation by forcibly stimulating capillaries of the scalp, which causes hair loss.

To this end, the present invention is to provide the output of the oscillating means for generating a shock wave of a certain period to the scalp through a plurality of pins installed at regular intervals in the area of poor hair growth, the pins are fixed to the artificial skin It is possible to continuously stimulate a certain portion, the pins can physically stimulate the scalp by the pin head, and also to provide the output of the shock wave to the corresponding scalp to maximize the effect of providing the scalp of the output, the skin Since the cushioning material is installed on the back side, the space between the cap and the scalp to be used is secured to achieve breathability, thereby preventing side effects due to use.

1 is a schematic configuration diagram of the present invention,

2 is a schematic configuration diagram showing a connection state of the present invention;

3 is a plan view showing an example of the connection state of the present invention,

Figure 4 is a longitudinal cross-sectional view showing a connection state of the present invention,

5 is an equivalent principle diagram illustrating the principle of the present invention,

6 is a longitudinal sectional view showing a state of use of the present invention,

7 is a longitudinal sectional view showing the connection jack structure of the present invention,

8 is a circuit diagram of the oscillation means of the present invention;

9 is a waveform diagram showing an example of the shock pulse of the present invention.

* Explanation of symbols for main parts of the drawings

10: oscillation means 20: pin

22: fixing part 23: pin head

30: skin part 32: cushioning material

40: fixing means 50: connecting wire

60: hat 62: barrel

64: connection jack

In other words, the present invention, the oscillation means for generating a shock wave periodically, a plurality of pins in contact with the scalp to provide the output of the oscillation means to the scalp, the plurality of pins are arranged in a contour form at regular intervals from each other and the pin head of the pin scalp It is to provide a hair growth promoting device comprising a skin portion for supporting the side, a fixing means for fixing the back surface of the skin portion to the inner surface of the hat, and a connecting wire for providing the output of the oscillating means to each pin.

Hereinafter, the present invention will be described in detail with reference to the drawings.

1 is a schematic configuration diagram of the present invention, the oscillation means for generating a shock wave 10, the pin 20 is arranged in a contour form so that the output of the oscillation means 10 is provided through the connection wire 50 at the same time, It consists of a connecting wire 50 which provides the output of the oscillation means 10 to the pin 20. The pins 20 are installed in a contour form on the artificial skin portion 30 at a predetermined interval, the artificial skin portion 30 is installed to be detachable to the cap 60.

Figure 2 is a schematic configuration showing the connection state of the present invention, the output of the oscillation means 10 is applied to the plurality of pins 20 through the connecting wire (50). The connecting wire 50 is provided to each pin 20 through the connecting jack 64, the connecting wire 50 is divided into a first jack (J1) and a second jack (J2), each jack (J1) , J2) is connected to the first output unit 51 and the second output unit 52, so that the pin 20 is connected to the corresponding loop, respectively.

3 is an enlarged plan view showing an example of the connection state of the present invention. In the skin unit 30, a plurality of pins 20 are arranged in a contour form at regular intervals, and each pin forms a group. For example, the first output unit 51 is disposed at the center portion of the skin unit 30, and the second output unit 52 is disposed at the portion surrounding the first output unit 51. That is, the pin 20 included in the first output part 51 is connected to form several closed loops formed in the form of coaxial contours by the connecting wire 50-1, and each loop has a + polarity and a -polarity. Alternately arranged so as to be connected to the first jack (J1). In addition, the pins 20 included in the second output unit 52 are connected to form several closed loops formed coaxially by the connecting wire 50-1, and each loop is alternately formed to have + and − polarities. It is arranged and connected to the second jack (J2). The polarity is shown here for the purpose of explanation and the polarity may be changed, and the arrangement may be changed within the scope of implementing the technique of the present invention. In addition, the first and second parts are connected to the middle portions of the respective loops by the connecting tires 50-1 having the same polarity potential at the first and second output parts 51 and 52 so as to eliminate voltage drop and potential difference. It is preferable to connect with wires 53 and 54.

4 is an enlarged longitudinal cross-sectional view corresponding to FIG. 2 showing a connection state of the present invention, wherein a plurality of pins 20 are arranged in the skin part 30, and each pin 20 is connected through a connecting wire 50-1. The first and second jacks J1 and J2 installed in the connection jack 64 are configured to be dividedly connected.

5 is an equivalent principle illustrating the principle of the present invention, in which a shock wave (+ polarity) through a connecting wire 50-1 is intermittently in the pin head 23 of one pin 20 in contact with the scalp 1. Is applied to the other pin 20 in the adjacent position, and -polarity is also applied, and the shock wave is continuously provided by the body's resistance naturally occurring through the scalp, which naturally causes a clogged capillary which causes hair loss. It can help to nourish the hair by piercing or stimulating the flow of blood vessels. The pin 20 is fixed to allow conduction by inserting and crimping the connecting wire 50-1, and a fixing part 22 to which a part of the outer circumference is coupled to the skin part 30, and an inner surface of the skin part 30. And a pin head 23 which is exposed to and integral with the fixing part 22. In this case, the connection wire 50-1 is preferably inserted into the coupling groove 21 formed in the fixing portion 22, and then the fixing portion 22 is compressed to fix the mutual coupling. In this case, the pin head 23 is preferably built in a configuration that is shot by the inner spring not shown so that the tip touches the scalp. This is because the planar state of the surface of the scalp is not constant according to the user, which is advantageous to always make contact with the scalp.

Figure 6 is a longitudinal cross-sectional view showing a state of use of the present invention, Figure 7 is a longitudinal cross-sectional view showing the structure of the connection jack portion of the present invention, the connection of the oscillation means 10 to generate a shock wave periodically connecting wire 50- 1) a plurality of pins 20 which are provided through the scalp to contact the scalp to be provided to the scalp, and the plurality of pins 20 support the pin heads 23 of the pins 20 at a predetermined distance from each other. Skin portion 30, and the fixing means 40, such as magic tape to secure the back surface of the skin portion 30 to the inner surface of the hat (60). If the skin portion 30, the cushioning material 32 is integrally installed to prevent disconnection of the connecting wire 50 and to secure a space between the cap 60 and the scalp.

The cushion member 32 is attached to the magic tape is a fixing means 40 is made to fix the skin portion 30 to the inner surface of the hat (60). Several ventilation holes 62 are formed in a portion other than the skin portion 30 corresponding portion of the cap 60, and the output of the oscillation means 10 is connected to the connecting wire 50 at one portion of the cap 60. The connecting jack 64 is provided.

8 is a circuit diagram of an oscillation means according to the present invention. The oscillation means 10 includes a first transistor TR1 that is intermittently biased by a time constant by a resistor and a capacitor by receiving a DC power supply, and outputs an output pulse. When the second transistor TR2 switching in conjunction with the output of the first transistor TR1 and the second transistor TR2 are switched on, the output pulse is provided to the output connection wire 50 and the oscillation means 10 is provided. Shock wave oscillation means (15) based on an output transformer (T) for separating circuits and the connection wires (50), and a resistor portion (R6) for setting an output level at an arbitrary position of the connection wire which is an output pulse output terminal; An external power switching unit 17 for applying the selected internal power or external power to the shock wave oscillation means 15 in association with the connection outlet 16 for applying internal power or external power; It is configured to include.

The shock wave oscillation means 15 is composed of two shock wave oscillation means 15-1 and 15-2 of the same configuration, each of which is a DC power supply end n1, n2 to which power is supplied through the connection outlet 16. ) Is connected in parallel.

The external power switching unit 17 has two bypass input terminals T3 and T2 connected to the power connection outlet 16, and normally, the switching transistor TR5 is turned off so that the power supply of the internal power supply is shock wave oscillation means ( 15), and when the external power is applied, the connection outlet 16 cuts the negative power of the internal power and receives the external power through the two bias input terminals T3 and T2 to apply the bias resistors R7 to R9. Switching transistor TR5 is turned on; The diode D1 for protecting the switching transistor TR5 is connected between the external power switching unit 17 and the internal power supply.

(C1, C2, C6, C7) described in Figure 8 is a circuit protection capacitor, (R1-R6, Rb) is a resistor, (C3, C4) is a capacitor, C5 is an electrolytic capacitor, (D2, D3) is a diode, (LED) is a light emitting diode which allows the operation of the shock wave oscillation means 15 to be known, (L1, L2) is the primary winding of the transformer (T), and (L3) is the secondary winding of the transformer (T).

The oscillation means 10 configured as described above is supplied to the node n2 through the input terminal 2 of the connection outlet 16 when the internal power source (for example, B1) is used, so that the shock wave oscillation means ( 15 is applied to the shock wave oscillation means 15 at the node n1 via the timer SW1 contact. In this case, since the negative power is applied to the base of the transistor TR5 of the external power switching unit 17 through the input terminal T2, and since the transistor TR5 is an npn transistor, no bias is provided so that the external power switching unit ( 17) turns off. In this state, the transistors TR1 of the shock wave oscillation means 15 (the respective shock wave oscillation means 15-1 and 15-2 are the same and are described with reference to (15-1)) are resistors Rb and R4. , Is biased by R5). In addition, the + power supply through the node n1 is turned on by biasing the transistor TR2 through the resistor R1 and the diode D2 through the coil L1 of the transformer T, thereby turning on the transistor TR1. The output of is induced into the coil (L3) through the coil (L2) of the transformer (T) is applied to the jack (J1) through the connecting wire (50). However, a capacitor C4 having one end grounded is connected to the base of the transistor TR1, and is charged by the time constant of the resistor Rb and the capacitor C4, and then discharged when the charging is completed. Is blocked and the output of the transistor TR1 reaches a low level after a certain shock pulse time as shown in FIG. 9. This is naturally output through the transformer T to the connection wire 5 as it is. Therefore, the transistor TR1 repeats on and off intermittently (time constants of the resistor Rb and the capacitor C4 are repeated), which means that the intermittent shock wave is output through the connecting wire 5. In this case, when the resistors R6-1 and R6-2 constituting the resistor unit 6 are selected, the output through the connecting wire 50 can be selected in a high and low state (resistors R6-1 and R6-). Selection of 2) is preferably used in advance according to the user's condition). In addition, according to the present invention, the effect is increased when the user variably or weakly adjusts the period or output intensity of the output trigger pulse by varying the resistance Rb according to the user's physical condition (hair growth state). You can. On the other hand, when the external power is applied using the battery power source or the external adapter of the vehicle without using the internal power source B1, when the connection jack of the external power source is plugged in, the input terminal T2 of the connection outlet 16 is connected to the internal power source ( Since the power supply of B1) is cut off and the power supply of the external power is configured to be applied, and the + power source is configured to be connected to the input terminal T3, the switching terminal of the connecting outlet 16 is actually connected to the input terminal. Configuration is simple because only T2 needs to be configured to switch. When the external power is applied in this way, the -power is naturally supplied through the nodes n2 and n2-1, the + power is biased through the resistors R8 and R9, and the node (through the diode D1). +1 is supplied to n1, n1-1).

The output of the oscillating means 10 acting in this way is applied to the jacks J1 and J2 as shown in FIGS. 2, 3 and 4 via the connecting wire 50. Preferably, the resistors 6-1 and 6-2 of the shock wave oscillating means 15-1 and 15-2 are adapted such that the jack J1 is applied with a high output and the jack J2 is applied with a low output (or vice versa). Use after setting opposite to each other. The classification of the output level is different depending on the position even if the hair density of the hair loss state is the same, and even if the position is similar, the sensitivity is different depending on the constitution so that it can be used according to the constitution to enhance the use effect. For sake. For this reason, the present invention sets the shape and size of the artificial skin part 30 according to the type of hair loss of the individual, and further distinguishes a portion having a low density and a relatively high portion according to the degree of hair loss. Since the hair loss mainly starts at the crown part and the crown part is more severe than its surroundings, in the present invention, the shock wave output applied to the first output part 51 corresponding to the crown in FIG. 2 and FIG. 3 is the second output. It is set to be higher than the shock wave output applied to the unit 52. This divides the output of the shock wave oscillation means 15-1 and 15-2 of FIG. 8 into jacks J1 and J2 to be applied to the first and second output parts 51 and 52. This is because the level of the shock wave output is held differently according to the degree of hair loss, so that the hair growth state grows uniformly. In this case, the shock wave outputs applied through the jacks J1 and J2 form a constant level, and thus, polarity is indicated by + and-for convenience of description. At this time, the pin 20 may be made of a good conductive material, such as silver (Ag), and, if necessary, only the pin head 23 is made of a good conductive material, the remaining part can be molded of plastic This is to save material value. In this case, it is better to leave the coupling groove 21 in the fixing part 22. The connecting wire 50-1 is inserted therein and crimped without a separate soldering process (diameter of the fixing part 22 in FIG. 5). It can be confirmed that the compression is reduced) because the connection wire 50-1 can be coupled to the pin (20). As a result, the present invention, since the adjacent pins 20 form conductive paths having different polarities as shown in FIG. 5, the shock pulse (the output level and period of the pulse is not particularly limited, and the illustration of the output is also omitted. Since the sensitivity to the output varies from person to person, the variable resistor Rb or the resistor portion R6 of FIG. 8 can be selected and used. For example, the oscillation frequency (Hz) of the shock pulse is 1 / ((C4) ( Rb) (B1) (1 + n)), where n is the value of L3 / (L1), which is the winding ratio of the transformer T, preferably L1; L2; L3 = 1; 2; 24) may form a mutually closed loop through the scalp (1), in which a shock pulse is applied to the scalp (1) to stimulate the blocked portion of the capillary tube, which causes hair loss, thereby increasing the pressure of the flowing blood vessel. Because it flows in a forced state, it receives various nutrients through the capillary tube, which increases the reproduction rate of the hair where the hair root is alive. After the liver, you can see the effect of hair growth can be recognized by the eye. In addition, the present invention reduces the contact area with the scalp 1 because the surface of the head 23 of the pin 20 forms a curved surface, thereby allowing the shock pulse to be constantly provided to the scalp, and sweaty Even a human can reduce the contact area with the scalp and maintain the effect of providing the shock pulse. This actually increases the effect when used as shown in Figures 6 and 7, using a magic tape 40 to the shape of the general hat 60, the skin portion 30 is coupled to the hat 60, the vent hole in the hat 60 By placing (62) to make it breathable, even those who sweat a lot can use it. In addition, the cap 60 and the skin portion 30 is provided with a cushioning material 32 to maintain the distance between the cap 60 and the skin portion 30, thereby further improving breathability. In addition, the pin 20 has a pin head 23, and physically compresses the scalp 1, so that there is a shiatsu effect to activate blood circulation to fill the supply of nutrients of the hair remaining with the shock pulse wave Since the hair is suppressed and the physical stimulus is sustained and well-ventilated, the dandruff and the like disappears naturally, and the cause of acquired hair loss due to dermatitis is eliminated, and the hair growth is vigorous. In addition, since the level of the shock pulse wave is applied separately according to the degree of hair loss, the degree of hair growing in the overall hair loss condition is similar, so the hair growth effect according to hair loss is great. The present invention connects the jacks (J1, J2) to the connecting jack 64 as necessary, as shown in Figure 7, it can conceal the use of the device of the present invention, to ensure the privacy of the wearer.

The present invention described above is not limited to the above-described embodiments and drawings, and various permutations, modifications, and changes can be made without departing from the technical spirit of the present invention. It will be apparent to those who have

As described above, the present invention provides shock wave pulses through the pins at regular intervals on the depilated scalp, so that the shock wave pulses stimulate the capillaries of the scalp together with the human body's biological rhythm to force blood circulation to supply nutrients to the hair. By improving the growth of hair, it prevents hair loss and achieves shiny hair.Pin head is placed on the pin to physically stimulate the scalp, eliminating dandruff generated on the scalp and preventing dermatitis. This can also prevent hair loss, and when it is worn, it is bound to a hat having a ventilator, and the hat is integrally formed with a connecting jack to reduce the disgust of others. A cushioning material is attached to increase the distance from the hat to increase the ventilation effect, and perspiration area per unit area of the scalp As the resistance is reduced, the output of the shock pulse is prevented from being lowered, so that the continuous shock pulse can be provided to prevent hair loss. In addition, the output of the oscillation means is output to two places, and if the level of each output is different, the level of the shock pulse provided according to the degree of hair loss varies, so that the growth effect of the hair grows uniformly by giving a differential to the stimulation of the scalp caused by Get the effect.

Claims (2)

Oscillation means (10) for periodically generating shock waves; A plurality of pins 20 to provide the output of the oscillation means 10 to the scalp at regular intervals; Artificial skin portion 30 for arranging the plurality of pins 20 in a contour form in a mutually insulated state at a predetermined interval from each other and supporting the pin head 23 of the pin 20 to be exposed toward the scalp; Fixing means (40) for fixing the back surface of the skin portion (30) to the inner surface of the hat (60); And a connecting wire (50) for providing the output of the oscillating means (10) corresponding to each pin (20). The oscillator (10) according to claim 1, wherein the oscillating means (10) comprises: a first transistor (TR1) and a first transistor (TR1) which are intermittently biased by a time constant by a resistor and a capacitor to receive a direct current voltage and output a sorting pulse; When the second transistor (TR2) and switching in conjunction with the output of the second transistor (TR2) is switched on state, the output pulse is provided to the output connection wire 50, the oscillation means 10 and the connection wire (50) Shock wave oscillation means (15) consisting of an output transformer (T) for separating circuit) and a resistor (R6) for setting an output level at an arbitrary location of a connection wire which is an impact pulse output terminal; An external power switch 17 for applying the selected power to the shock wave oscillation means 15 in association with the connection outlet 16 for applying the internal power or the external power; Hair growth promoting device characterized in that it comprises a.