KR102034194B1 - Automatic extraction homomixer device for customized cosmetics with multiple functions - Google Patents

Abstract

The present invention relates to an automatic extraction homogenizer having multiple functions for customized cosmetics. More specifically, the automatic extraction homogenizer comprises a sterilizing UV LED means (A), an exhaust doctor means (B), and a raw material residue removal means (C). According to the present invention, the automatic extraction homogenizer can protect an extracted raw material from being contaminated with bacteria; can prevent such bacteria from turning into the kind harmful to a human body; does not cause fouling problems within equipment; and can pre-empt contaminations such as bacterial growth.

Description

Automatic extraction homomixer device for customized cosmetics with multiple functions}

The present invention relates to an automatic extracting homo mixer for custom cosmetics having a multifunction, and more particularly, microorganisms harmful to the human body in the overall process of homogeneous cutting and extracting the raw materials in the raw material pack (pouch) during the process of manufacturing a customized cosmetics The present invention relates to an automatic extracting homo mixer for cosmetics having a multifunctional function by preventing bacterial propagation, preventing contamination due to raw material residues, and improving pouch operability.

In general, cosmetics are divided into several skin types and mass-produced for each type and are provided to consumers.

These cosmetics are usually manufactured so as not to cause trouble for everyone or the majority of people, rather than to meet the needs of many types of consumers.

However, consumers are demanding cosmetics that are optimized for their skin condition, and it is very difficult for cosmetics produced so as not to cause trouble to most people as described above to fit a particular consumer's taste or skin condition. .

In other words, it is desirable to purchase and use cosmetics that are suitable for one's own preferences and / or skin characteristics because there are various differences in preferences and skin characteristics for each person. Considering the characteristics of the situation can not be purchased.

Accordingly, recently, a cosmetic manufacturing apparatus has been developed in which a user can directly manufacture a customized cosmetic product according to his / her skin characteristics, and related technologies are disclosed in Korean Patent Publication No. 2010-0119990, Korean Patent Publication No. 2012-0130369 and It is disclosed in Korean Unexamined Utility Model No. 2012-0001782.

In the cosmetic manufacturing apparatus according to the prior art, according to the cosmetic recipe provided separately, the user directly puts the cosmetic material into the manufacturing container, and the cosmetics accommodated in the manufacturing container using the impeller while heating the manufacturing container through the heating module provided in the manufacturing apparatus. It is configured to produce a cosmetic by mixing the materials.

However, this prior art takes a long time as the heating and cooling are performed together, there is a hassle in washing the heating cup according to the heating and waste of raw materials left in the heating cup, and environmental pollution problems also occur.

In addition, when one user needs to operate the entire manufacturing process, cosmetic raw materials of other users may be mixed or ingredient ratios may be incorrectly mixed.

The present applicant (inventor) has solved this problem and filed with the Korean Patent Office as a "automatic extraction homo mixer for personalized cosmetics" and registered as Patent No. 10-1943066.

That is, Patent No. 10-1943066 (name: automatic extract homo mixer for custom cosmetics) is a self-extracting homo mixer for custom cosmetics is equipped with a rotating mounting means for mounting a plurality of raw material packs fitted in the pouch clip and sequentially rotating, Raw material pack pressing means for transferring the driving force of the pressing motor and the pressing motor for cutting and squeeze the raw material pack configured and mounted to the front of the rotary mounting means and press-fixed to the pressing plate, and the lower of the raw material pack pressing means Raw material pack cutting means for cutting the nozzle of the raw material pack by cutting the cutting block equipped with a cutter holder composed of the cutter blade and the pressing rib by the screw shaft and the guide shaft by the driving force of the cutting block transfer motor, and the raw material When rotating the screw shafts on both sides by transmitting a plurality of gears to both sides of the driving force of the roller feed motor, which is configured as the front upper side of the pack cutting means. Squeeze means for extracting the raw material by squeezing the raw material pack by squeezing the raw material pack by lowering the rollers engaged in the holder together with the screw shaft, and a homomixer cup is mounted on the lower side of the squeeze means and the raw material is placed in the container. The solution was solved by mixing the raw materials by the homo mixer by the driving of the mixing driving motor, and by constructing the homo mixing means that together constitute the scraper driven by the driving motor to increase the mixing efficiency.

However, Patent No. 10-1943066 (name: automatic extract homo mixer for custom cosmetics) is harmful to the human body that is multiplying on the blade when cutting by the raw material pack cutting means to extract the cosmetic raw material in the pouch for homo mixing If the cutting is carried out in the presence of bacteria may cause a problem that infects the extracted raw material.

In addition, raw material residues remain in the extraction part (nozzle part) of the cut pouches, causing contamination of the device as well as contamination of the device.

And homo-mixing and heating of the cosmetic raw material by the homo-mixing means is generated in this case, the oil vapor and water vapor is generated and is deposited as organic matter in the device to grow into harmful bacteria.

In addition, the pouch containing the raw material was flexible as a pack form and was mounted in the device to cause wrinkles or flow when cutting for raw material extraction, resulting in poor cutting precision and poor operability of mounting and detaching the device.

Korean Patent Publication No. 2010-0119990 (Published: 2010.11.12) "Cosmetic Manufacturing Equipment" Korean Patent Publication No. 2012-0130369 (published: 2012.12.03) "Household cosmetics manufacturing machine" Korean Utility Model Publication No. 2012-0001782 (published: 2012.03.09) "Production apparatus for cosmetics" Korean Registered Patent Publication No. 10-1520386 (Announcement date: 2015.05.15) "Personal customized cosmetic manufacturing device" Korean Registered Patent Publication No. 10-1943066 (Announcement date: 2019.01.29) "Automatic homo extractor for customized cosmetics"

Therefore, an object of the present invention is to solve the above problems and to improve the patent No. 10-1943066, vapor in the process of homo-mixing the raw material in the raw material pack (pouch) during the process of manufacturing the customized cosmetics And customized cosmetics with multifunction to prevent bacterial growth of microorganisms harmful to human body due to water vapor generation, to prevent bacterial transmission when cutting pouches, to prevent contamination due to raw material residues on pouch extraction parts, and to improve pouch operation. To provide an automatic extraction homo blender for.

In order to achieve the above object, the present invention, by mounting a pouch (Pouch) with a personalized cosmetic raw material is rotated to cut the nozzle portion (extraction) of the pouch and extract the raw material to homomix in a homomixer cup As a self-extracting homo blender for personalized cosmetics,

Sterilization UV LED means for sterilization on the cutting blade for cutting the nozzle portion (extracting portion) of the pouch, which is mounted inside the front of the customized cosmetic automatic extracting homo mixer;

An exhaust doctor means configured to be mounted on the front side of the sterilizing UV LED means and the upper side of the homomixer cup and forcibly discharging the vapor and water vapor generated from the homomixer cup to the outside;

Raw material residue removal means for cleaning and removing the raw material residues buried in the nozzle portion (extraction unit) of the cut pouch formed on one side of the exhaust doctor means;

The upper and rear of the UV LED means for sterilization is configured to detach the pouch holder holding the pouch in the rotating mounting means for mounting a plurality of pouches (raw material pack) and rotate sequentially.

Automatic extract homo mixer for personalized cosmetics having a multifunction according to the present invention,

First, by disinfecting germs harmful to the human body propagating on the blade portion of the cutting blade by the UV LED means for sterilization, it is possible to prevent the infection of the raw material extracted during cutting.

Second, oil vapor and water vapor generated during the homomixing by the exhaust doctor means are prevented from being deposited as organic matter in the device and propagating into harmful bacteria.

Third, by completely removing the raw material residue that was buried in the nozzle portion of the raw material pack (pouch) cut by the raw material residue removing means does not generate dirt in the device, as well as to prevent contamination such as bacteria propagation.

Fourth, the pouch holder maintains the shape of the pouch and prevents creasing according to the fixing of the pouch, improves the cutting accuracy when cutting the nozzle part of the pouch, maintains a stable mounting in the machine, improves operability, storage and Handling such as transportation can be made convenient.

Figure 1 is a perspective view of the front view showing the overall configuration of the "automatic extracting homo mixer for custom cosmetics having a multi-function" according to the present invention.
Figure 2 is a perspective view seen from the left side showing the overall configuration of the "automatic extracting homo mixer for custom cosmetics having a multi-function" according to the present invention.
Figure 3 is a perspective view seen from the right side showing the overall configuration of the "automatic extraction homo blender for custom cosmetics having a multi-function" according to the present invention.
Figure 4 is a cross-sectional view showing the overall configuration of the "automatic extract homo mixer for custom cosmetics having a multi-function" according to the present invention.
5 is a "compression mixer for a custom cosmetic having a multi-function automatic extracting homo mixer according to the present invention" by pressing the raw material pack compression means and the raw material pack pressing means for mounting the raw material pack and the raw material pack is pressed into the pouch holder It is sectional drawing in which the squeeze means which squeezes internal raw material and extracts a raw material is partly comprised.
6 to 9 are explanatory diagrams for explaining the sterilizing UV LED means configured in the cutting means of the "automatic extraction homo mixer for multi-functional cosmetics according to the invention",
Fig. 6 is a perspective view of the entire structure, Fig. 7 is a perspective view showing a state of cutting the nozzle portion (extraction portion) of the raw material pack to the cutting means, and Fig. 8 shows the nozzle portion (extraction portion) of the raw material pack by a cutting blade. FIG. 9 is a flowchart illustrating cutting, and FIG. 9 is a perspective view illustrating a housing in which a sterilizing UV LED is configured.
10 to 12 are explanatory diagrams for explaining the exhaust doctor means of the "automatic extraction homo mixer for a custom cosmetics having a multi-function" according to the present invention,
FIG. 10 is a perspective view showing a state in which the exhaust doctor means is mounted to an upper side of the homo mixer cup; FIG.
11 is an exploded perspective view of the exhaust doctor means,
12 is a cross-sectional view taken from the exhaust doctor means.
13 to 15 illustrate the configuration of the raw material residue removing means and the procedure for cleaning and removing the raw material residue of the "automatic extracting homo mixer for a custom cosmetic having a multifunction" according to the present invention.
FIG. 13 is a state diagram before cleaning, FIG. 14 is a state diagram cleaning, and FIG. 15 is a state diagram in which cleaning is completed.
16 to 24 are examples of the "pouch holder" of the "automatic extraction homo mixer for a custom cosmetic with multi-function" according to the present invention,
16 is an overall external perspective view of the pouch holder,
17 is a perspective view showing the internal structure of the pouch holder is locked by locking the pouch,
18 is a perspective view illustrating an internal structure of the pouch holder, illustrating a state in which the pouch is separated from the holder.
19 is a partially exploded perspective view of the pouch holder,
20 is an excerpt perspective view of the pouch guider, pouch hook, push knob and pouch,
21 is a view illustrating a process of separating the pouch from the pouch hook,
22 is a front view for explaining that the magnet is configured in the internal structure of the pouch holder,
23 is a sectional view seen from the side for explaining that the magnet is configured in the internal structure of the pouch holder,
24 is a view for explaining the convenience of handling and management by adsorbing a plurality of pouch holder by the magnetic force of the magnet as the magnet is configured in the internal structure of the pouch holder.

Hereinafter, described in detail with reference to the accompanying drawings shown as a preferred embodiment as follows.

Terms defined in the description of the present invention are defined in consideration of functions and forms of the present invention, and should not be understood as meanings that limit the technical components of the present invention.

Since the present invention may be modified in various ways and have various forms, embodiments (or embodiments) will be described in detail in the text. However, this is not intended to limit the present invention to the specific form disclosed, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In addition, in the drawings, the components are exaggerated in size (or thick) in size (or thick) in size (or thin) or simplified in consideration of the convenience of understanding and the like, thereby limiting the scope of protection of the present invention. It should not be.

The terminology used herein is for the purpose of describing particular embodiments (suns, aspects, and embodiments) (or embodiments) only and is not intended to be limiting of the invention.

Terms such as those defined in the commonly used dictionaries should be construed as having meanings consistent with the meanings in the context of the related art, and shall not be construed in ideal or excessively formal meanings unless expressly defined in this application. .

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

First, a description will be given with reference to FIGS. 1 to 5.

1 is a perspective view of the front view showing the overall configuration of the automatic extracting homo mixer for custom cosmetics having a multifunctional according to the present invention.

Figure 2 is a perspective view of the left side showing the overall configuration of the automatic extracting homo mixer for cosmetics having a multifunctional according to the present invention.

Figure 3 is a perspective view of the right side showing the overall configuration of the automatic extracting homo mixer for cosmetics having a multifunctional according to the present invention.

Figure 4 is a cross-sectional view showing the overall configuration of the automatic extracting homo mixer for custom cosmetics having a multifunctional according to the present invention.

5 is a rotary mounting means for mounting the raw material pack fitted to the pouch holder and a raw material pack compression means for compressing and fixing the raw material pack in the automatic self-extracting homo mixer for cosmetics having a multifunctional according to the present invention by pressing the raw material pack inside It is sectional drawing in which the squeeze means which squeezes a raw material and extracts a raw material is comprised in part.

In order to achieve the above object, the present invention, first, as shown in Figs. 1 to 5 by mounting a pouch (Pouch) with a built-in personalized cosmetic raw material is cut to cut the nozzle portion (extraction) of the pouch and the raw material It is an automatic extracting homo blender for personalized cosmetics having multi-function to homo-mix in the homo mixer cup by extracting

Sterilizing UV LED means (A) for sterilization on the cutting blade for cutting the nozzle portion (extracting portion) of the pouch and configured to be mounted inside the front of the self-extracting homo-mixer for personalized cosmetics having the multifunction,

An exhaust doctor means (B) configured to be mounted on the front side of the sterilizing UV LED means and the upper side of the homo mixer cup and forcibly discharging oil vapor and water vapor generated from the homo mixer cup to the outside;

And a raw material residue removing means (C) configured to clean and remove raw material residues on the nozzle part (extracting part) of the cut pouch formed on one side of the exhaust doctor means,

It is configured to detach the pouch holder (P) holding the pouch in the rotating mounting means for rotating the sequential mounting and rotating a plurality of pouches (raw material pack) is configured in the upper rear of the sterilizing UV LED means.

That is, the automatic extracting homo mixer for the personalized cosmetics is composed of an upper rear and a rear mounting means E for mounting a plurality of pouches (raw material packs) and sequentially rotating them, and the rotating mounting means E is a pouch holder ( Rotation mounting part 3 is constituted by a plurality of mounting parts 2 for mounting a pouch (raw material pack) 1 fitted in P), and the rotation mounting part 3 is coupled to a rotation shaft 4 and a rotation shaft 4. At the lower end, the pulley 5, the timing belt 6, and the motor pulley 7 and the driving motor 8 arranged on the motor shaft are sequentially formed, and the driving motor 8 includes the support frame 9 at the lower side. Installed on

As the drive motor 8 is driven, rotational force is sequentially transmitted to the motor pulley 7, the timing belt 6, the pulley 5, and the rotation shaft 4 such that the disk-shaped rotation mounting part 3 rotates. The raw material pack is extracted from the raw material packs mounted on the mounting portion 2 of the raw material pack so that the raw material packs to be homomixed are placed in the front raw material pack pressing means (F), the cutting means (K) and the squeeze means (G). The raw material pack is fixed to the means F, the nozzle part (extracting part) of the raw material pack is cut by the raw material pack cutting means, and then the raw material is extracted by the squeeze means G and the homomixer cup H of the homo mixing means. ) To complete homomixing with heating.

The above-mentioned automatic extracting homo mixer for personalized cosmetics is a UV sterilizing means (A) for sterilization on a cutting blade which is mounted on the inside of the front and cuts the nozzle portion (extraction portion) of the pouch, as shown in FIGS. 6 to 9. Explain accordingly.

6 to 9 are explanatory views for explaining the sterilizing UV LED means configured in the cutting means according to the present invention, Figure 6 is a perspective view of the overall configuration, Figure 7 is a nozzle portion (extraction) of the raw material pack to the cutting means Figure 8 is a perspective view showing a state of cutting, Figure 8 shows a flow chart for cutting the nozzle portion (extracting portion) of the raw material pack by the cutting blade, Figure 9 is a perspective view showing a housing in which the UV LED for sterilization is configured. .

First, as the cutting means K, the screw shaft 10 and the guide shaft 11 are installed in the supporting frame 12 in the transverse direction, and one side of the screw shaft 10 has a reduction gear 13 installed thereon. The drive gear 14 is engaged with the reduction gear 13, and the drive gear 14 is coupled with the drive motor 15 by a motor shaft.

The cutting block 16 is coupled to the screw shaft 10 and the guide shaft 11 so as to be transported in the transverse direction, and the cutting block 16 is equipped with a cutter holder 18 to which the cutter blade 17 is coupled.

The cutter blade 17 is coupled to the cutter holder 18 to which the cutter 18 is coupled to form a housing 19, and the housing 19 constitutes a disinfecting UV LED 20 at the upper and lower inner sides.

In addition, the housing 19 is fixedly installed on the support frame 22 of the device main body by protruding the coupling bracket rib 21 (see FIGS. 1 and 2).

As described above, the sterilizing UV LED means configured in the cutting means K drives the driving motor 15 for cutting block transport, and the driving force of the driving motor 15 is screwed through the driving gear 14 and the reduction gear 13. Rotate the shaft 10.

When the screw shaft 10 rotates, the cutting block 16 arranged between the screw shaft 10 and the guide shaft 11 is transferred in the transverse direction, and the cutter holder 18 coupled to the cutting block 16 is also transferred together and the cutter The raw material pack inserted between the grooves of the cutter holder 18 is inserted into the lower portion of the pouch (raw material pack) 1 by the transfer of the holder 18, and inserted between the grooves of the cutter holder 18. The lower part of the cuts the nozzle part 1a of the pouch (raw material pack) 1 with the cutter blade 17 (refer FIG. 8).

When the cutting of the nozzle unit 1a of the pouch (raw material pack) 1 is completed, when the driving motor 15 is driven back, the cutting block 16 is guided back to its original state, and thus the cutter blade 17 is configured. The holder 18 is also guided in its original state and guided into the dish-shaped housing 19 to stop.

In this case, the germicidal UV LEDs 20 formed in the upper and lower portions of the housing 19 are emitted to project light rays to sterilize the cutter blades 17 formed in the cutter holder 18.

Therefore, by disinfecting the bacteria harmful to the human body propagating on the blade portion of the cutting blade it is possible to prevent the infection of bacteria in the raw material extracted during cutting.

Next, according to FIGS. 10 to 12, the exhaust doctor means B configured to be mounted on the front side of the sterilizing UV LED means and the upper side of the homomixer cup and forcibly discharges the vapor and steam generated from the homomixer cup to the outside do.

The homomixer cup (H) is detachably mounted on the lower side where the raw material in the raw material pack is extracted and dropped as shown in FIG. 4 and is configured to mix while heating the raw materials so that the raw materials contained in the container 23 are evenly mixed. do.

The exhaust doctor means (B) is installed as shown in FIGS. 3 and 10 above the homomixer cup (H) as described above.

The exhaust doctor means (B) constitutes an exhaust passage section (25) having a suction port (24), and the exhaust passage section (25) is a dish fan for forcibly discharging oil vapor and steam generated from the homomixer cup (H). Combination configuration with (DC Fan) (26).

The dish fan 26 is coupled to the discharge grill 28 having an exhaust hole 27 and the discharge grill 28 is fixedly installed on the side support frame 22a of the apparatus body (see FIG. 3). .

Exhaust doctor means (B) configured as above the homomixer cup (H) is the homomixer cup (H) is mixed while heating the raw material so that the raw material accommodated in the container 23 of the homomixer cup (H) evenly mixed Oil vapor and water vapor discharged and discharged through the discharge hole 29 of H) is sucked into the suction port 24 by the driving of the dish fan 26 and discharged through the exhaust passage part 25. It is discharged to the outside through the exhaust hole 27 of the 28.

Therefore, the oil vapor and the water vapor generated during the homomixing process are prevented from being deposited as organic matter in the device and propagating into harmful bacteria.

Next, FIG. 13 to FIG. 13 show raw material residue removing means (C) which is formed at one side of the exhaust doctor means and cleans and removes the raw material residue buried in the nozzle portion (extracting portion) of the cut pouch. Explain in accordance with 15.

13 to 15 illustrate the structure of the raw material residue removing means according to the present invention and a procedure for cleaning and removing the raw material residue.

FIG. 13 is a state diagram before cleaning, FIG. 14 is a state diagram cleaning, and FIG. 15 is a state diagram in which cleaning is completed.

First, the pouch (raw material pack) is mounted to the mounting portion (2) of the rotary mounting means (E) in the state fitted to the pouch holder (P) as shown in Figures 1 to 5 and the disk-shaped rotary mounting portion ( 3) When the pouch (raw material pack) is rotated in turn, the rotating pouch reaches the raw material pack pressing means (F), the raw material pack cutting means (K), and the squeeze means (G). The raw material pack is fixed to (F), the nozzle part (extraction) of the raw material pack is cut by the raw material pack cutting means (K), and then the raw material residue is removed by extracting the raw material by the squeeze means (C). Pass through).

When passing through the raw material residue removing means (C) to remove the raw material residue on the nozzle portion (extraction) of the pouch (raw material pack).

The raw material residue removing means (C) will be described in detail below.

The raw material residue removing means (C) constitutes a lever 30 so that one side end of the raw material residue removal linkage connecting the connecting shaft 33 of the solede 32 by the connecting pin 31 and the solade 32 ) Is fixedly installed on the support frame in the device body by a fixing bracket 34, the rotating shaft 35 and the hinge ribs 36 are coupled to the other end of the lever 30, and the hinge ribs 36 are It is fixed to the support frame in the device body is configured so that the lever 30 is rotated from the rotation axis 35 as the starting point and the other end of the lever 30 is raised and lowered up and down.

The holder 37 is coupled to one side of the lever 30 in the opposite direction corresponding to the pivot shaft 35, and the holder 37 may be assembled and separated by a pair of cleaner blocks 38 and 38a. The pair of cleaner blocks 38 and 38a are configured to include an insertion guide portion 39 having an all-optical narrow view in the front, and a cleaner portion 40 for cleaning in the rear. do.

In addition, the cleaner unit 40 may be separately configured as a sheet for cleaning as needed.

When the raw material residue removing means (C) as described above pulls the connecting shaft 33 by the operation of the solenoid 32, the lever 30 connected to the flow by the connecting pin 31 is the starting point of the rotation shaft 35 While rotating in the direction of the tip, the tip of the lever 30 rises upward, and at the same time, the holder 37 and the cleaner blocks 38 and 38a are also raised to maintain a horizontal state.

At this time, as shown in Fig. 14, the nozzle portion (extraction portion) 1a of the raw material pack is guided and inserted into the insertion guide portion 39 formed by the pair of cleaner blocks 38 and 38a, followed by the cleaner portion 40. The nozzle portion 1a of the pouch (raw material pack) 1 is cleaned while passing through to remove the raw material residue.

When the nozzle portion 1a of the pouch 1 passes the cleaner portion 40, the holder 37 and the cleaner blocks 38 and 38a, which are driven up by driving the solenoid 32 back down, are lowered again to return to their original states. (See FIG. 15). After that, it waits for cleaning of the next raw material pack nozzle part which arrives sequentially.

When the raw material residue of the pouch nozzle part is removed by the pair of cleaner blocks 38 and 38a, the removed raw material residue is dropped downward and stored in a collection chamber (not shown).

When the pair of cleaner blocks 38 and 38a are cleaned several times, the pair of cleaner blocks 38 and 38a are separated from the holder 37, washed, and then assembled and used again.

As described above, the raw material residue removing means (C) completely removes the raw material residues from the nozzles of the cut pouch, thereby preventing contamination of the bacteria and the like.

Next, the pouch holder P holding the pouch mounted on the rotating rotating mounting means will be described with reference to FIGS. 16 to 24.

16 to 24 are embodiments of the pouch holder according to the present invention,

Figure 16 is a perspective view of the overall appearance of the pouch holder, Figure 17 is a perspective view representing the internal structure of the pouch holder is a locked state coupled to the pouch, Figure 18 is a perspective view showing the internal structure of the pouch holder is a state in which the pouch is separated from the holder Figure is a diagram.

19 is a partially exploded perspective view of the pouch holder, FIG. 20 is an excerpt perspective view of the pouch guider, the pouch hook, the push knob and the pouch, and FIG. 21 is a view illustrating a process of detaching the pouch from the pouch hook.

FIG. 22 is a front view illustrating a magnet configured in an internal structure of the pouch holder, and FIG. 23 is a cross-sectional view viewed from a side to illustrate that the magnet is configured in an internal structure of the pouch holder, and FIG. 24 is a pouch holder. As the magnet is configured in the internal structure of the figure, it is a view for explaining the convenience of handling and management by adsorbing a plurality of pouch holder by the magnetic force of the magnet.

First, as shown in FIGS. 16 to 20, the pouch clip 42 has a handle part 41, and the pouch clip 42 is formed by a panel coupled to the front and rear surfaces thereof, and the material is made of synthetic resin.

The pouch clip 42 has a built-in pouch hook 43, the installation configuration and the pouch hook 43 forms a hook bar 44 in the transverse direction and is elastic to both lower sides of the hook bar 44 A rocker 45 is formed to protrude, and the hook bar 44 and the intermediate portion of the rocker 45 to form a rotation axis 46 in the transverse direction, and the first side having an inclined surface on one side of the hook bar 44 The slide portion 47 is formed.

One side of the first slide portion 47 is configured to be able to flow the push knob 48, the push knob 48 to form a second slide portion 49 having an inclined surface to the first slide portion 47 The sliding ribs 51 and 51a are formed in the inside of the pouch clip 42 by protruding the coupling ribs 50 and 50a upward and downward on the sides of the push knob 48. ) And a coil spring 53 (see FIG. 20) by a protrusion 52 between the coupling ribs 50 and 50a to be coupled to each other.

The rotating shaft 46 of the pouch hook 43 is rotatably coupled to the coupling rib 54 formed on the inner wall of the pouch clip 42.

In addition, the rotating shafts 46 on both sides are supported by the support frame 55 protruding from the inner wall of the pouch clip 42 and are stably assembled. The pouch hooks 43 are prevented from being pushed from side to side to the rocker 45. Accurate locking of the pouch can be performed.

Both sides of the pouch clip 42 is combined with the pouch guiders 56 and 56a to prevent wrinkles of the pouch and to fix the left and right sides to maintain the shape and to increase the precision of the cutting when cutting and to maintain a stable coupling state. Configure.

And the inside of both sides of the pouch clip 42, as shown in Figs.

The pouch holder P as described above, as shown in FIGS. 17 and 21, inserts and pushes the pouch 1 between the pouch guiders 56 and 56a on both sides of the rocker 45 of the elastic pouch hook 43. The lock hole 1b formed at the upper end of the pouch 1 is fitted into the lock.

When the pouch is inserted and coupled to the pouch holder P as described above, the handle 41 may be grasped and conveniently mounted to the mounting part 2 of the rotation mounting means (E).

As the pouch is fixed by the pouch guiders 56, 56a and the rocker 45, it maintains the shape of the pouch, prevents wrinkles, increases cutting precision when cutting the nozzle part of the pouch, and provides a stable mounting state in the device. It keeps and improves operability.

Mounted on the mounting portion (2) of the rotary mounting means (E) of the automatic extracting homo mixer for custom cosmetics, when the extraction of the raw material is completed, the handle 41 is gripped and taken out, the push knob configured on the side of the pouch holder (P) Press (48).

When the push knob 48 is pressed, the first and second slide parts 47 and 49 having inclined surfaces are abutted and slid as shown in FIG. 19 while compressing the coil spring 53, and the pouch hook 43 The hook bar 44 is pulled forward from the rotation axis 46 and the rocker 45 is pulled backward.

In this case, the rocker 45 is separated from the lock hole 1b of the pouch and the pouch 1 is completely separated from the pouch holder P (see FIG. 21).

Meanwhile, as shown in FIG. 22 and FIG. 23, the magnet 57 is installed on both sides of the pouch clip 42 so that the pouch clips 42 are absorbed and stored as shown in FIG. And handling can be made convenient.

As described above, according to the present invention, by sterilizing germs harmful to the human body propagated on the cutting edge of the cutting blade by the UV LED means (A) for sterilization, it is possible to prevent the infection of the raw material extracted during cutting and to prevent the infection. The raw material pack cut by the raw material residue removal means (C) is prevented from being deposited as organic matter in the device by the organic vapor and water vapor generated in the process of homomixing by the doctor means (B). By completely removing the raw material residue on the nozzle part of the (pouch), it does not generate dirt in the apparatus and also prevents contamination such as bacteria propagation.

In addition, the pouch holder (P) maintains the shape of the pouch and prevents wrinkles by fixing the pouch, improves the cutting accuracy when cutting the nozzle portion of the pouch, maintains a stable mounting state in the machine and improves operability, Handling and storage can be made convenient.

A: UV LED means for sterilization B: Exhaust doctor means
C: Raw material residue removal means E: Rotary mounting means
F: Raw material pack pressing means G: Squeeze means
H: homomixer cup K: cutting means
P: Pouch Holder
1: pouch 1a: nozzle part
2: mounting portion 3: rotating mounting portion
4: axis of rotation 5: pulley
6: timing belt 7: motor pulley
8: drive motor 9: support frame
10: screw shaft 11: guide shaft
12: support frame 13: reduction gear
14: drive gear 15: drive motor
16: cutting block 17: cutter blade
18: cutter holder 19: housing
20: UV LED for sterilization 21: Mounting bracket rib
22: support frame 23: container
24: suction port 25: exhaust passage
26: dish pan 27: vent hole
28: discharge grill 29: discharge hole
30: lever 31: connecting pin
32: Solde 33: connecting shaft
34: Fixed bracket 35: Rotating shaft
36: hinge rib 37: holder
38, 38a: cleaner block 39: insertion guide
40: cleaner portion 41: handle portion
42: pouch clip 43: pouch hook
44: hook bar 45: rocker
46: rotation shaft 47: first slide portion
48: push knob 49: second slide portion
50,50a: combined rib 51,51a: rib
52: protrusion 53: coil spring
54: rib 55: support frame
56, 56a: pouch guider 57: magnet

Claims (9)

It is a self-extracting homo mixer for personalized cosmetics that has a multifunctional function of cutting the nozzle part of the pouch by rotating the pouch with the personalized cosmetic raw material embedded therein, extracting the raw material, and homomixing in the homo mixer cup.
It is configured to be mounted on the front inside of the automatic extracting homo-mixer for personalized cosmetics having the multifunction, and to configure the sterilization UV LED means (A) for sterilizing the cutting blade for cutting the nozzle portion of the pouch,
The sterilizing UV LED means (A) is coupled to the cutting block 16 and the cutting block 16 coupled to the transverse direction to the screw shaft 10 and the guide shaft 11 of the cutting means (K), A cutter holder 18 having a cutter blade 17 formed therein, and a housing 19 so as to surround the cutter holder 18, and the housing 19 constitutes a sterilizing UV LED 20 at the upper and lower inner sides thereof. ,
An exhaust doctor means (B) configured to be mounted on the front side of the sterilizing UV LED means and the upper side of the homo mixer cup and forcibly discharging oil vapor and water vapor generated from the homo mixer cup to the outside;
Automatic extraction for personalized cosmetics having a multi-function including a raw material residue removing means (C) for cleaning and removing the raw material residue buried in the nozzle portion of the cut pouch configured on one side of the exhaust doctor means Homo blender. The method of claim 1, further comprising a multi-function comprising a detachable pouch holder (P) holding the pouch in the rotary mounting means consisting of the upper and rear of the UV LED means for sterilization to mount a plurality of pouches and rotate sequentially Having a self extracting homo blender for personalized cosmetics. delete The exhaust doctor means (B) constitutes an exhaust passage section (25) having a suction port (24), and the exhaust passage section (25) forcibly discharges the vapor and water vapor generated from the homomixer cup. Combined with a DC fan (26) and the dish fan 26 is combined with the discharge grill 28 having an exhaust hole 27, characterized in that configured for automatic extraction of the customized cosmetic having a multi-function Homo blender. The method of claim 1, wherein the raw material residue removing means (C) constitutes a lever (30) to one end of the connecting pin (33) by means of a connecting pin (31) so as to flow-coupled to the coupling shaft (33) At the other end of the lever 30, the pivot shaft 35 and the hinge rib 36 are coupled to each other so that the lever 30 rotates around the pivot shaft 35 and the other tip of the lever 30 is rotated. Is configured to be moved up and down, the holder 37 is coupled to one side of the lever 30 in the opposite direction corresponding to the pivot shaft 35, and the holder 37 has a pair of cleaner blocks 38 ( 38a) is configured to be assembled and detachable, the pair of cleaner blocks 38, 38a is characterized in that the insertion guide portion 39 is configured to the front and the cleaner portion 40 for cleaning the rear is configured Automatic extract homo blender for personalized cosmetics with multifunction. 7. The automatic extracting homo mixer for personalized cosmetics having multifunctionality according to claim 5, wherein the cleaner portion 40 is constituted by a sheet of paper for cleaning. According to claim 2, the pouch holder (P) has a handle portion 41 and constitutes a pouch clip 42, the pouch clip 42 is configured by the panel to the front and rear surfaces,
Inside the pouch clip 42, the pouch hook 43 has a built-in installation configuration,
The pouch hook 43 forms a hook bar 44 in the transverse direction and protrudes a rocker 45 having elasticity on both sides of the hook bar 44 under the hook bar 44 and the hook bar 44 and the rocker 45. The intermediate portion forms a rotation axis 46 in the transverse direction,
On the upper side of the hook bar 44 is formed a first slide portion 47 having an inclined surface,
One side of the first slide portion 47 is configured to be able to flow the push knob 48, the push knob 48 to form a second slide portion 49 having an inclined surface to the first slide portion 47 ) And make sliding sliding,
The coil spring 53 is inserted into and coupled to the side of the push knob 48,
Rotating shaft 46 of the pouch hook 43 is rotatably coupled to the coupling rib 54 formed on the inner wall of the pouch clip 42, characterized in that the automatic extracting homo mixer for multi-functional cosmetics . 8. The automatic extracting homo mixer for personalized cosmetics having multifunctionality according to claim 7, characterized in that the pouch guiders (46, 46a) are coupled to both sides of the pouch clip (42). 8. The automatic extracting homo mixer for personalized cosmetics having multifunction according to claim 7, characterized in that a magnet (57) is built in both sides of the pouch clip (42).

Images