KR101247438B1 - The manufacturing method of a patch for preventing drowsed driving - Google Patents

Abstract

PURPOSE: A method for manufacturing a sleepiness prevention patch is provided to quickly and continuously prevent the sleepiness of a driver. CONSTITUTION: A method for manufacturing a sleepiness prevention patch comprises a step(S10) of coating one side of a cushion pad with a patch additive, a step(S20) of drying the cushion pad in a drying room through infrared ray irradiation, a step(S30) of coating one side of a support pad with a natural adhesive, a step(S40) of spraying an adhesive solution to the junction of the support pad and cushion pad, a step(S50) of adhering release paper to the upper side of the cushion pad and support pad, and a step(S60) of packing the support pad. [Reference numerals] (AA) White of an egg:malt = 50:50; (BB) Natural adhesive: purified water = 50:50; (S10) Cushion pad immersing step; (S20) Drying step; (S30) Adhesive layer forming step; (S40) Pad loading step; (S50) Release paper adhering step; (S60) Patch packing step

Description

The manufacturing method of a patch for preventing drowsed driving}

The present invention relates to a method of manufacturing a drowsiness driving prevention patch that is attached to the skin to block the drowsiness of the driver, more specifically, using a natural egg white and malt in the composition of the adhesive component that provides adhesion to the skin Minimize adverse effects on sensitivity and absorb the rodwood essential oil, peppermint essential oil and saccharin components that make up the patch additives into the skin's epidermal layer, enabling active accidents and vitality of the body, resulting in drowsy driving It relates to a method of manufacturing a drowsiness operation prevention patch that can be prevented in advance.

Drivers who feel fatigue due to excessive night shift, shift work or lack of sleep often have drowsiness when driving a vehicle, causing large accidents or casualties. In particular, professional workers such as surrogate drivers who drive mainly at night are exposed to the vulnerability to drowsy driving. Accordingly, many inventions have been made to prevent drowsy driving through various forms and techniques.

Korean Patent Publication No. 10-1094989 discloses 2 to 4 wt% citric acid, 1 to 1.5 wt% lemon juice, 0.5 to 0.9 wt% capsaicin, 1.0 to 1.5 wt% mint, 0.7 to 1.0 wt% mustard and sugar and Disclosed is a drowsiness candy comprising 99.1 to 94.8 wt% of a mixture of starch syrup in a 5.3: 4.7 weight ratio.

In addition, Korean Patent Publication No. 10-0869700 discloses water citric acid 24.070% by weight, peppermint flavor 1.000% by weight, sodium citrate 0.500% by weight, apple juice concentrate 1.500% by weight, Cheongung extract 0.145% by weight, Angelica extract 0.145% by weight, pineapple flava 0.100% by weight, enzyme treatment stevioside 0.030% by weight, grapefruit seed extract 0.030% by weight, the balance discloses a drowsiness preventing mixture, characterized in that the injection of 0.12ml of a single injection amount of the red pepper mixture in the oral cavity.

All of the above patents are taken by the subject directly by ingestion or injection into the oral cavity with the main composition of a food composition, which is composed of a mixture of additives, including ingredients that stimulate the body to eliminate drowsiness to prevent drowsy driving. The composition for the delivery of the substance to the body, or the method for the delivery of the component material is a one-time, there is a need to supplement a little to achieve the long-term effect persistence, and allergic reaction to this when ingesting a specific substance It is expected to be difficult to apply to those who can feel vomiting.

Therefore, the present invention has been invented to solve the above-mentioned problems, and improves the application method of the composition containing the anti-drowsiness component to maintain the effect of anti-drowsiness due to one use, and to improve the application method of the composition To provide a manufacturing method of the drowsiness operation prevention patch, characterized in that the drowsiness prevention effect can be displayed quickly and continuously while reducing the objection to the body by focusing on eco-friendliness in the additional processes and materials according to the present invention. It is a task.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems.

The present invention is 70% by weight of purified water, 1% by weight of Haicel, 14% by weight of hyaluronic acid, 2% by weight of water-soluble natural preservatives, 3% by weight of olive liquid, 6% by weight of saccharin, 3% by weight of Rodwood essential oil and 1% of peppermint essential oil Apply the patch additive, which is composed of%, to one side of the cushion pad, injecting the patch additive into a tray heated at 30 to 35 ° C. and supplied with microwave at 500 to 1000 MHz, and then, one side of the cushion pad is applied to the patch additive. Cushion pad immersion step (S10) to immerse for 30 seconds; and Drying step (S20) for drying the cushion pad by infrared irradiation in a drying chamber maintained at 15 to 20 ℃; And, the weight ratio of egg white and malt 50 : A pressure-sensitive adhesive layer forming step of coating a natural adhesive consisting of 50 to one side of the support pad to a thickness of 2 to 5 mg / ㎠ (S30); And, after seating the cushion pad on one side of the support pad and the natural adhesive refine A pad seating step (S40) of spraying a pressure-sensitive adhesive liquid mixed at a weight ratio of 50:50 onto the joint portion of the cushion pad and the support pad; and supporting the release paper so as to overlap in an up and down direction from both ends of the support pad toward the center; The release paper attaching step (S50) attached to the upper surface of the pad and the cushion pad; And, after the guide pad with the release paper and the cushion pad is attached to the inside of the packaging bag, by pressing the opening of the packaging bag through ultrasonic welding It is characterized in that consisting of; vacuum packaging patch packaging step (S60) ;.

The patch additive is a viscosity forming step (P10) to add a 1% by weight of the high cell to 70% by weight of purified water heated to 60 to 70 ℃ until the solution becomes transparent; and, 14 weights of hyaluronic acid in a solution having a viscosity Hygroscopicity forming step (P20) to dissolve while maintaining a heating range of 30 to 40 ℃ after the addition of%; And, water-soluble natural consisting of 1% by weight of cypress essential oil and 1% by weight of tea tree oil in a solution of hyaluronic acid dissolved Preservative addition step (P30) to add a preservative 2% by weight and stirring at a rotational force of 5 to 10 rps; And, Solubilization step (P40) by adding 3% by weight of olive liquid to a solution containing a water-soluble natural preservative; , A functional addition step of stirring by adding 6% by weight of saccharin, 3% by weight of rodwood essential oil and 1% by weight peppermint essential oil in a solution containing olive liquid; characterized in that it comprises a.

The natural adhesive is extracted from the white components remaining in the egg shell, but is formed by adjusting the moisture content within 35% by ultrasonic drying the mixture added 50 parts by weight of malt oil to 50 parts by weight of egg whites sterilized by ozone generator. It features.

The present invention uses a natural adhesive composed of egg white and malt in the process of forming a pressure-sensitive adhesive layer of the support pad to minimize the rejection of the skin, by allowing the rodwood essential oil, peppermint essential oil and saccharin components to be absorbed into the skin's epidermal layer Active thinking and vitality of the body can be maintained to prevent drowsy driving. On the other hand, in coating the patch additive on the cushion pad is configured to contain the patch additive in a tray heated to a predetermined temperature has the advantage of maintaining the viscosity of the patch additive to increase the adsorption force on the cushion pad. In addition, by supplying microwaves in the state in which the cushion pad is immersed in the patch additive, the molecular movement of the patch additive becomes active, and the patch additive is uniformly fixed in the fine pores of the cushion pad, thereby maximizing the efficiency of delivering the component of the patch additive to the skin. It is effective.

1 is a manufacturing method of the drowsiness operation prevention patch according to the present invention.
Figure 2 is a configuration step of the patch additive contained in the drowsy operation prevention patch.
Figure 3 is a cross-sectional view of the drowsiness driving prevention patch according to the present invention.

The present invention is not limited to the scope of the present invention and is not intended to limit the scope of the present invention, And that this is only limited by

The present invention is 70% by weight of purified water, 1% by weight of Haicel, 14% by weight of hyaluronic acid, 2% by weight of water-soluble natural preservatives, 3% by weight of olive liquid, 6% by weight of saccharin, 3% by weight of rodwood essential oil, 1% of peppermint essential oil The main function is to prevent vehicle accidents by reconstructing the patch additive, which is composed of%, into a patch form that can be attached to the skin to quickly escape from drowsiness when the driver's drowsiness occurs. In particular, in the configuration of the support pad having a tack so that it can be attached in direct contact with the skin epidermis, using a pressure-sensitive adhesive to realize the tackiness, but using a natural adhesive composed of egg white and malt oil to minimize the rejection of the skin In the coating of the patch additive on the cushion pad, the tray is heated to a predetermined temperature to contain the patch additive, thereby maintaining the viscosity of the patch additive to increase the adsorption force on the cushion pad, and the cushion pad is immersed in the patch additive. By supplying the microwave at the active molecular movement of the patch additive is active, so that the patch additive is uniformly fixed in the micro voids of the cushion pad can be maximized the efficiency of the component of the patch additive is delivered to the skin.

Now, the basic configuration of the present invention and the function and action relationship according to each configuration will be described in detail.

Attached Figure 1 relates to a method for producing a drowsy driving prevention patch according to the present invention, purified water 70% by weight, Haicel 1% by weight, hyaluronic acid 14% by weight, water-soluble natural preservative 2% by weight, olive liquid 3% by weight, saccharin 6 wt%, 3 wt% of rodwood essential oil, 1 wt% peppermint essential oil is added to the tray heated to 30 to 35 ℃, and then supplied with microwave at 500 to 1000 MHz, one side of the cushion pad A cushion pad immersing step (S10) for immersing in a patch additive for 10 to 30 seconds; and, drying step (S20) for drying the cushion pad through infrared irradiation in a drying chamber maintained at 15 to 20 ℃; and, on one side A pressure-sensitive adhesive layer forming step (S30) of coating a support pad with a thickness of 2 to 5 mg / ㎠ a natural adhesive consisting of a weight ratio of egg white and malt 50: 50; and a cushion pad containing a patch additive brother A pad seating step (S40) of spraying the adhesive liquid mixed with the natural adhesive and purified water in a weight ratio of 50:50 after being seated on the supported support pad (S40); and at both ends of the support pad The release paper attaching step (S50) of attaching the release paper overlapped to the center to the upper surface of the support pad and the cushion pad to form a patch; and, the opening of the packaging bag through the ultrasonic welding by guiding the formed patch into the packaging bag Compress the patch packaging step to form a patch package (S60); shows that the drowsy driving prevention patch is configured.

The cushion pad immersion step (S10) is 70% by weight of purified water, 1% by weight of high cells, 14% by weight of hyaluronic acid, 2% by weight of water-soluble natural preservatives, 3% by weight of olive liquid, 6% by weight of saccharin, 3% by weight of roadwood essential oil , Coating a patch additive composed of 1% by weight of peppermint essential oil on a cushion pad to warm the tray containing the patch additive within a range of 30 to 35 ° C. in order to maintain the viscosity of the patch additive to some extent. do. At this time, the contained height of the patch additive is formed 2 to 5 times higher than the height of the cushion pad, but if it exceeds the height range it is preferable to follow the above range because the heating amount of heating the tray to maintain a constant viscosity of the patch additive is required. Do. Therefore, it is appropriate that the patch additive is continuously fed at a constant flow rate toward the tray through a tube connected with the tray so that a small amount of the patch additive can be continuously supplied to the tray. In addition, if the height of the patch additive is less than twice the height of the cushion pad is formed so that sufficient immersion action does not occur on the cushion pad, so that the height of the patch additive is applied mutatis mutandis can perform the function of this step faithfully. I will.

On the other hand, under the above conditions, by supplying the ultra high frequency (Ultra High Frequency) to the liquid patch additive in the form of gel or sol having a certain degree of viscosity for a predetermined time to activate the molecular activity of the patch additive between the fine pores of the cushion pad The patch additive may be configured to be adsorbed evenly. At this time, the material of the cushion pad is preferably made of cotton fibers having a plurality of hollow structure, the synthetic fiber layer of the network structure may be further laminated on the upper surface of the cushion pad. The microwave has a frequency range of 500 to 1000 MHz. In the microwave oven, the microwave is irradiated with microwaves in the range lower than 2450 MHz in consideration of generating microwaves of 2450 MHz at 700 W rated operation. It is desirable to minimize the physical change of the patch additive by preventing microwave exposure and irradiating the microwave for only 10 to 30 seconds while the cushion pad is immersed in the patch additive.

The drying step (S20) is a step of drying the cushion pad coated with a patch additive in a drying room maintained at 15 to 20 ℃, preferably without the separate drying means to dry naturally, but shortens the time required for the process Infrared irradiation procedures can be employed to make this possible. The infrared ray is a drying means that also has a drying function and also a sterilization function, so that a plurality of incandescent lamps are installed in a drying chamber in a lattice arrangement so that the drying function is made at a uniform speed.

The adhesive layer forming step (S30) is a step of applying the adhesive on the upper surface of the support pad to give the adhesive to the support pad which is fixed by direct contact with the skin, the weight ratio of egg white and malt is composed of 50:50 It is to use a natural adhesive composition. The egg white used in the natural adhesive may be used immediately after the egg is broken, but the egg white that is eluted, but used in the cooking process or the production process of the food is extracted separately from the remaining eggshell remaining in the egg shell sterilization process using an ozone generator It can also be used as a rough. On the other hand, malt is a food ingredient containing adhesive glucan (glucan) has an excellent effect on skin diseases such as atopy and is an component that exhibits an antioxidant function. However, in some cases, a separate sterilization process through an ozone generator may be performed even for malt. After mixing 50 parts by weight of egg white and 50 parts by weight of malt based on the above, a natural adhesive mixture is formed, and then ultrasonic irradiation is performed a number of times until the moisture content is within 35% by ultrasonic drying. It is well known that the frequency range of the ultrasonic waves can be set based on the conventional ultrasonic dryer usage. Now, the natural adhesive is applied to the coating process to a thickness of 2 to 5 mg / ㎠ over the entire upper surface of the support pad. When the coating thickness exceeds 5 mg / ㎠, the adhesion increases but the unity between the skin and the support pad decreases slightly, resulting in increased foreign body feeling in the drowsy driving prevention patch, and the wearer may feel uncomfortable. Since it is difficult to maintain the adhesive force, it would be desirable to observe the above thickness range.

The pad seating step (S40) is a step of bonding a cushion pad coated with a patch additive on a support pad having a pressure-sensitive adhesive layer, wherein the natural adhesive agent and purified water are 50:50 in a state where the cushion pad is seated on the support pad. It is preferable to improve the binding force of the cushion pad with respect to the support pad by spraying the adhesive liquid mixed with the cushion pad and the support pad.

The release paper attaching step (S50) is a step of forming a patch by attaching the release paper overlapping to the center at both ends of the support pad to the upper surface of the support pad and the cushion pad, wherein the release paper is exposed on the outside of the paper The inner surface which is made of a material and is in direct contact with the coating layer of the cushion pad and the adhesive layer of the support pad is preferably coated with a silicone liquid so that the peeling process can be easily performed. On the other hand, a pair of release paper that is attached in a form overlapping each other toward the center at the left and right ends of the support pad should be configured to overlap each other by a predetermined distance so that the lower cushion pad and the support pad is not exposed.

The patch packaging step (S60) is a step of vacuum-packing by inserting the drowsiness operation prevention patch consisting of a cushion pad, a support pad, a release paper in a separate packaging bag, and crimps the opening of the packaging bag in the packaging process of this step and the packaging bag The edge of the bonding means for sealing is preferably configured through ultrasonic welding.

Ultrasonic welding process generates power through high frequency power generator (HF power generator) equipped with ultrasonic welding machine and generates vibration through ultrasonic transducer (inverter) to induce frictional heat by activating molecular movement between adherends (packaging bags). By doing so, the to-be-adhered object composed of the upper and lower two layers is closely bonded, but no direct heat is applied to prevent physical and chemical deformation of the drowsy driving prevention patch received in the packaging bag after the bonding process.

As described above, the technology for the patch manufacturing method of the drowsiness operation prevention patch according to the present invention has been made, and it is intended to grasp the construction steps for forming a patch additive which is a main component constituting the patch.

The patch additive is a viscosity forming step (P10) for stirring until the solution becomes transparent by adding 1% by weight of the high cell to 70% by weight of purified water heated to 60 to 70 ℃ as shown in Figure 2; Hyaluronic acid 14% by weight to the solution is formed after the hygroscopic formation step (P20) to maintain the warming and dissolving at 30 to 40 ℃; and 1% by weight of cypress essential oil and 1% by weight of tea tree oil in the hygroscopic solution 2 wt% of a water-soluble natural preservative comprising a preservative addition step of stirring at 5 to 10 rps (P30); and a solubilization step (P40) of adding 3 wt% of olive liquid to a preservative-forming solution; And, by adding 6% by weight of saccharin, 3% by weight of rodwood essential oil and 1% by weight of peppermint essential oil in the solubilized solution and stirring to form a patch additive functional addition step (P50);

The viscosity forming step (P10) is a step of increasing the viscosity of the purified water by adding a high cell to the purified water, first hot water of the purified water so that the high cell is easily dissolved by boiling a beaker containing 70% by weight purified water at 60 to 70 ℃ In a high state, it is preferable to add 1% by weight of the high cell and stir a plurality of times until the vividness of the solution becomes transparent so that the high cell component can be evenly mixed in the whole purified water.

The hygroscopicity forming step (P20) is a step of imparting hygroscopicity to a solution in which a viscosity is formed, and 14 wt% of hyaluronic acid showing a uniform level of hygroscopicity at all times regardless of low humidity or high humidity is added to the solution at 30 to 40 ° C. It is a composition that dissolves through the stirring process while the solution is continuously heated. In this case, the configuration of the hyaluronic acid to be supplied through the tube or the inclined surface so as not to generate bubbles in the process of adding the hyaluronic acid to the solution will be a method of reducing the time required for the dissolution process.

The preservative addition step (P30) is a step of activating the antiseptic function of the patch additive by adding a water-soluble natural preservative to the solution given the hygroscopic function, the water-soluble natural preservative 1% by weight of cypress essential oil and tea tree oil 1% by weight It can be configured as. The cypress essential oil and tea tree oil is a natural substance having an antimicrobial effect, antioxidant and anti-inflammatory effect and will be a preferred preservative component in view of the present invention focused on minimizing irritation to the human body. 2% by weight of the water-soluble natural preservative prepared as described above is added to the solution provided with the hygroscopic function, and stirred for 5 to 10 minutes at a low speed of 5 to 10 rps so that the water-soluble natural preservative can be dissolved in the solution.

The solubilization step (P40) is a step of solubilizing so that the solution having a preservative function is dissolved in oil, solubilizing the solution by mixing and stirring 3% by weight of olive liquid in the solution. The olive liquid exhibits functions as a softening agent, an emulsifying adjuvant, and a moisturizing agent in addition to the solubilizing function, and has a viscosity of 170 to 250 cps at 25 ° C.

The functional addition step (P50) is a step of imparting a drowsiness prevention function by adding 6% by weight of saccharin, 3% by weight of rodwood essential oil and 1% by weight of peppermint essential oil in the solubilized solution, wherein the saccharin is aspartame which is a synthetic sweetener. It contains a major component, phenylalanine, which produces Norepinephrine, a neurotransmitter for the brain and nerve cells, and improves active thinking and vitality. On the other hand, rodwood essential oil and peppermint essential oil are basically anti-infective, antihistamine and anti-allergic, and peppermint essential oil is mainly composed of menthol and menhone to prevent embalming, anticonvulsion and expectoration. Will be effective.

As described above, a description has been made of the configuration step of forming a patch additive, and now to demonstrate the effectiveness of the present invention for the configuration of the drowsy driving prevention patch according to the present invention.

In the present embodiment, the optimal patch additive compound ratio will be derived by measuring the anti-drowsiness effect of the composition which is differently formed according to the compounding ratio of each component of the patch additive.

end. How to Add Patch Additives

Table 1 below shows the compounding ratio of each component of the patch additive, the control group consists of subjects who do not wear drowsy driving prevention patch, Experimental groups 1 to 5 consists of subjects to the composition 1 to 5 attached to the body, respectively.

(Unit: weight%)
division

Composition 1
Composition 2
Composition 3
Composition 4
Composition 5
Purified water

70
72
72
69
72
Hessel

One

One

One
2
One
Hyaluronic acid

14
14
14
14
14
Water Soluble Natural Preservative

2
2
2
2
2
Olive Liquid

3
3
3
3
3
saccharin

6
6
4
6
2
Roadwood Essential Oil

3
One
3
3
3
Peppermint Essential Oil

One
One
One
One
3

I. Experimental composition

This experiment is a physiological indicator reflecting the arousal level and the Skin Impedance Level (SIL) and the Skin Impedance Level (SIL) from the Skin Impedance Change (SIC) signal, which is a kind of Electrodermal Activity (EDA). Skin Impedance Response (SIR) signal is separated and detected, and the arousal evaluation index is calculated from the correlation of the two signals according to the change in the arousal level to prevent drowsiness operation including the patch additives according to the compositions 1 to 5 above. By grasping the change in the arousal state of the subject wearing the patch and the subject not wearing the patch to determine the effectiveness of the patch additive according to the present invention.

The SIC signal was detected from the palm of the subject by using a three-electrode method of energizing a constant current of 10 Hz and 30 Hz, and the amplification process of the detected SIC signal reflected the skin impedance level but was controlled by the slow SIL signal and the autonomic nervous system. This rapid SIR signal was separated, and the SIR expression interval was measured from an IRI (Inter SIR Interval) signal in which the SIR signal was shaped into a square wave.

On the other hand, the electrode for signal detection uses a stainless steel wire to prevent oxidation, such as corrosion caused by sweat generated at the measurement site during long time measurement, the distance between the electrodes is arranged to 10 mm, the contact length of the palm of the electrode Consisted of 40 mm.

In the process of awakening from sleep state, IRI becomes longer and SIR expression disappears and SIL is gradually increased.In case of returning from sleep state to re-wake state, the lost SIR starts to appear rapidly and IRI becomes It will shorten and decrease the SIL level. At this time, the base impedance is measured by averaging the average value by measuring SIL value for 3 minutes after stabilizing time for 5 minutes after attaching the electrode to the subject to remove individual differences and generalizing the SIL evaluation index. SIL index was computed by normalizing the following measured value with BI. As shown in Table 2 below, normalized SIL indicators and arousal levels classified according to SIR intervals are shown.

Arousal level

SIL indicator (SIL / BI)
SIR interval (min)
Arousal

<1.3
<1
Sleepiness

1.3 to 2.0
1.5 to 3.0

Based on the above values, the sleep time is configured differently as shown in Table 3, and when the subject taking the sleep wears the drowsy driving prevention patch, the total number of transitions from the awake state to the drowsiness state and the measured retention time of each drowsiness state An average value was calculated to demonstrate the functionality of the patch according to the invention. In this experiment, the total number of subjects consisted of 10 persons, and each subject who took a sleep according to the sleep time specified in Table 3 operates a driving vehicle for 5 hours according to each sleep time for 1 hour. However, the subject who performed one sleep and simulated driving has a normal life for three days and proceeds to the same experiment according to the next sleep time on the fourth day. For example, a subject who took 5 hours of sleep and performed a simulated driving, after 3 days of normal life, sleeps for 4 hours and performs a simulated driving again on the 4th day. 2 hours, 1 hour in order to change the sleep time will be the same experiment. At this time, the number of sleepy state transitions performed by 10 subjects was expressed as 'total number', and the average value of the dwell time measurement value of drowsiness state was indicated as 'drowsiness time'.

division

Control group
(Non-wearing)

Composition 1
Composition 2
Composition 3
Composition 4
Composition 5
Sleep
time

Total

drowsiness
time
(sec)
Total
drowsiness
time
(sec)

Total
drowsiness
time
(sec)
Total
drowsiness
time
(sec)
Total
drowsiness
time
(sec)
Total
drowsiness
time
(sec)
5

0.6
30
0.3
12.0

0.6
12.0
0.5
12
0.6
18.0
0.4
12.0
4

2.7
66
1.3
12.6
2.2
11.4
1.9
15
2.0
13.2
1.6
10.8
3

4.1
96
2.4
19.2
3.2
17.4
2.8
16.2
3.1
16.8
2.9
18.6
2

6.1
108
2.6
17.4
3.3
13.2
2.9
18.6
3.4

18.6
2.8
16.2
One

7.9
114
3.2
21.0
3.7
21.6
3.4
19.8
3.9
22.2
3.5
21.0

As shown in Table 3, it can be seen that the sleepiness transition number (total number) of the subjects to which the compositions 1 to 5 are attached is significantly less than the sleepy transition number (total number) of the subject who does not wear the patch. 'Drowsiness time', which is a dwelling time of sleepiness, also shows that the results according to the compositions 1 to 5 are shorter than those of the control group (not worn), and thus the effect of the drowsiness driving prevention patch according to the present invention was remarkable.

On the other hand, as the composition 1 showed the lowest frequency in the 'total number' among the compositions 1 to 5, it was found that the compounding ratio of the patch additive according to the composition 1 exhibits the most effective drowsiness prevention function, the high cell 2 In case of composition 4 blended in% by weight, anti-drowsiness function was relatively weak compared to composition 1 or composition 5, and composition 2 or composition 5 containing 1% by weight of rodwood essential oil Compared to the drowsiness prevention function is shown to be somewhat lower than that in the formulation of the patch additives, it can be seen that it is preferable to apply the patch additive formulation of composition 1 or composition 5 to effectively improve the drowsiness prevention function. However, in the case of the composition 5, the weight of peppermint essential oil is composed of 3% by weight may be somewhat strong smell to prevent the drowsiness operation that contains a patch additive according to the composition 1 to the user who may exhibit a smell-sensitive reaction It would be desirable to use patches.

As described above, the drowsiness driving prevention patch according to the present invention minimizes allergic or rejection that may occur on the skin due to the components of the natural essential oils and natural adhesives used in the manufacturing process of the patch containing the drowsiness preventing function, thereby preventing drowsiness prevention function. It is a configuration that has an excellent effect on preventing drowsy driving by reducing the burden on the human body while increasing the weight.

The foregoing and other objects, features and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings. It will be understood by those skilled in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined by the appended claims. It is necessary to clarify the belonging.

S10: cushion pad dipping step S20: drying step
S30: adhesive layer forming step S40: pad seating step
S50: release paper attaching step S60: patch packaging step
P10: viscosity forming step P20: hygroscopic forming step
P30: preservative addition step P40: solubilization step
P50: Addition of Functionality

Claims (3)

Drowsiness operation consisting of a support pad which is in contact with the skin surface to support the area, a cushion pad which is fixed to one surface of the support pad and includes a drowsiness-preventing patch additive, and a surface which peels off the support pad and one surface of the cushion pad from outside In the manufacturing method of the prevention patch,
70% by weight purified water, 1% by weight of Haicel, 14% by weight of hyaluronic acid, 2% by weight of water-soluble natural preservative, 3% by weight of olive liquid, 6% by weight of saccharin, 3% by weight of Rodwood essential oil and 1% by weight of peppermint essential oil The patch additive is applied to one surface of the cushion pad, and the patch additive is put into a tray heated at 30 to 35 ° C. and supplied with microwave at 500 to 1000 MHz, and then one surface of the cushion pad is applied to the patch additive for 10 to 30 seconds. Dipping cushion pad dipping step (S10); And,
Drying step (S20) for drying the cushion pad in the drying room maintained at 15 to 20 ℃ through infrared irradiation; And,
A pressure-sensitive adhesive layer forming step (S30) of coating a surface of the support pad to a thickness of 2 to 5 mg / ㎠ a natural adhesive consisting of a weight ratio of egg white and malt 50: 50; and,
After the cushion pad is seated on one surface of the support pad, the pad seating step (S40) of spraying the adhesive liquid mixed with the natural adhesive and purified water in a weight ratio of 50: 50 to the junction of the cushion pad and the support pad;
A release paper attaching step (S50) for attaching the release paper to the upper surface of the support pad and the cushion pad so as to overlap in an up and down direction toward the center at both ends of the support pad;
After the guide pad with the release paper and the cushion pad is attached to the inside of the packaging bag, the patch packaging step of compressing the vacuum packaging by pressing the opening of the packaging bag through ultrasonic welding (S60); drowsiness operation, characterized in that consisting of Method of making the prevention patch.
The method of claim 1,
The patch additive is a viscosity forming step (P10) to add a 1% by weight of the high cell to 70% by weight of purified water heated to 60 to 70 ℃ until the solution becomes transparent; and,
Hyaluronic acid 14% by weight to the solution formed with a viscosity hygroscopicity forming step (P20) to maintain while maintaining a heating range of 30 to 40 ℃; and,
Preservative addition step (P30) to add a water-soluble natural preservative 2% by weight consisting of 1% by weight of cypress essential oil and 1% by weight of tea tree oil in a solution of hyaluronic acid dissolved at a rotational force of 5 to 10 rpm;
Solubilization step (P40) by adding 3% by weight of olive liquid to a solution containing a water-soluble natural preservative; And,
A functional addition step of stirring by adding 6% by weight of saccharin, 3% by weight of rodwood essential oil and 1% by weight of peppermint essential oil in a solution containing olive liquid; Manufacturing method.
The method of claim 1,
The natural adhesive is extracted from the white components remaining in the egg shell, but is formed by adjusting the moisture content within 35% by ultrasonic drying the mixture added 50 parts by weight of malt oil to 50 parts by weight of egg whites sterilized by ozone generator. Drowsiness operation prevention patch characterized in that the manufacturing method.

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