KR102349968B1 - Mixing ball automatic input device for eyeliner - Google Patents

Abstract

The present invention is to put the mixing ball inside the eyeliner for eye makeup, and more particularly, a guide rail for guiding the moving block into which the eyeliner container is inserted on the upper plate of the table, and an actuator for transporting the moving block. And, a ball input means for putting the mixing ball into the eyeliner container of the moving block in the guide rail is mounted on the table top plate, and the rotational circulation of the moving block by the actuator and the eyeliner container in the process of circulation of the moving block By configuring the mixing bowl to be automatically put,
Product productivity and work efficiency for eyeliner can be greatly improved by not only automatically inserting a small, round-shaped mixing ball into the eyeliner container, but also quickly and effectively inserting the mixing ball into the eyeliner container. It is possible to input and sort the mixing bowl for the mixing bowl, thereby reducing the cost by reducing the labor cost, and it is very economical because mass production of eyeliner in a stabilized state is possible due to the automated input process for the mixing bowl.

Description

Automatic mixing ball input device for eyeliner {Mixing ball automatic input device for eyeliner}

The present invention is for inserting the mixing ball inside the eyeliner for eye makeup, and more particularly, in the manufacturing process of the eyeliner, the mixing ball inserted into the housing in which the eyeliner cosmetic material is accommodated is automatically inserted. The present invention relates to an automatic mixing ball input device for eyeliner that can improve the mixing bowl input process, which had been relied on manually, quickly and effectively, thereby increasing the production efficiency of the eyeliner as well as further improving work efficiency such as labor cost reduction.

The conventional concept of “Eye Line” is a makeup method that draws lines on the eyelids with eyeliner to make the eyes stand out. Originally, it was used in the Egyptian era to make big eyes look thin and long, but in modern times, eye shadow and eyeliner are used. It is widely used to make the eyes bigger and more distinct.

In particular, in order to make a different first impression, the eyeliner for expressing clear and distinct eyes can be drawn naturally from the top of the eyes to the corners of the eyes to create a deep eye. It is used to show that the beauty of the face and the entire face are in harmony.

On the other hand, pencil-shaped eyeliner is used as it is and painted on the tip of the eyelids, so it has a natural feel, but it is difficult to color and easily erased. By drawing in a wide area, you can create a relatively clear and clear eye makeup compared to the pencil-shaped ones.

In addition, in most cases of Liquid Eye Liner as described above, since the colored brush is installed on the container lid and the liquid cosmetic is charged in the container body, shake the eyeliner well before use. It is necessary to take out the coloring brush from the lid of the container, and to use the ink, which is the content, from the container body.

At this time, the cosmetic is made by mixing an appropriate amount of raw materials such as petrolatum, lanolin, and pigment, and as time passes, the desired viscosity and color cannot be produced due to the material separation phenomenon. It should be shaken, and it is common for a separately provided mixing ball to be inserted into the eyeliner container in order to obtain a sufficient mixing state and viscosity for the cosmetic.

That is, Patent Registration No. 10-0897854 discloses a sleeve holder having an open front end and closed with a sealing cap at the open rear end, fixed within the open front end of the sleeve holder, and fixed with a porous concentration regulator at the front end A cosmetic brush made of artificial hair that is provided with an accessory and has a plurality of cosmetic control grooves on the outer circumference between the flange and the rear end, and the pointed end is exposed to the outside through the open tip of the sleeve holder. and a connecting core fitted into a hole formed in the axial direction to communicate with a part of the cosmetic control groove of the regulator, and a cosmetic storage unit formed between the rear end of the regulator and the sealing cap and storing liquid cosmetics; A porous concentration regulator installed between the brush and the connecting core provided in the regulator to maintain and supply a constant concentration of liquid cosmetics having different specific gravity to the cosmetic brush from the cosmetic storage unit, and the cosmetic storage unit Liquid cosmetics having different specific gravity are composed of a ball provided to flow to prevent the cosmetics stored therein from being deposited, and a brush protection cap that is detachably covered to protect the cosmetic brush on the open front end of the sleeve holder. It can be seen that the ball is inserted in the cosmetic storage unit while devising and registering a liquid cosmetic that enables uniform and stable makeup without color change by maintaining and supplying a constant concentration according to the compounding and use of .

Then, in the case of Patent Registration No. 10-1274866, a cosmetic solution supply unit; a cosmetic solution supply unit housing; a cosmetic solution cartridge; body and; a lid coupled to the front portion of the cosmetic solution supply unit housing to protect the cosmetic solution supply unit; Doedoe is installed on the lid and consists of a heat dissipation means for dissipating heat generated from the lid to the outside; The lid includes an outer cap having a space therein; an inner cap coupled to the inner side of the outer cap and having a space therein; It is installed on the inner side of the outer cap and the outer side of the inner cap is made to include a coil spring for elastically supporting the inner cap; The heat dissipation means includes forming an inner heat dissipation metal layer on the inside of the inner cap, forming the inner cap protrusion into a heat dissipating metal band, and forming a penetrating heat dissipation metal layer on the outer cap to which the inner cap protrusion is in contact, the penetrating heat dissipation It can be seen that while designing and registering an eyeliner container made by connecting a metal layer to form an outer heat dissipation metal layer on the outer periphery of the outer cap, a ball is inserted into the cosmetic solution cartridge.

In addition, in the case of Patent Registration No. 10-1226853, the first holder body located on the front side, the second holder body extending to the rear of the first holder body, and the first screw part formed on the rear side, and the first holder body a holder having a fitting protrusion extending toward the second holder body; a concentration control unit coupled to the inside of the first holder body; a press-fitted holder press-fitted and coupled to the front side of the first holder body; a brush unit having a brush protruding toward the front side of the press-fit holder; As a liquid cosmetic pigment is filled, a detachable pigment passage having a second screw portion screwed to the first screw portion and a fitting end into which the fitting protrusion is inserted; a ball for opening the fitting end while closing the fitting end and then being pushed into the fitting protrusion to be inserted into the removable pigment box; a connecting core passing through the concentration control unit and connecting the removable pigment passage and the brush unit; In devising an eyeliner pencil comprising a sealing cap detachably connected to the front of the first holder body, it can be seen that the ball is inserted in the removable pigment box.

As such, a mixing ball made of a steel material for mixing various cosmetics in the container is inserted into the recent eyeliner container. As the eyeliner container is shaken several times before using the eyeliner, the mixing ball moves up and down inside the container. It shakes and mixes the cosmetics sufficiently so that the original viscosity and color of the cosmetics can be produced intact.

However, in the case of mixing balls that must be inserted inevitably in the process of manufacturing the above eyeliner, most of them depend on the manual work of the operator. It requires a very complicated device, and in most existing manufacturing processes, the mixing ball is put into the eyeliner container through manual work using tweezers or the like.

Therefore, the eyeliner produced by hand has significantly lower productivity, and the mixing ball is frequently dropped during the process of holding and transporting and inputting the mixing ball using tweezers, or many workers cannot easily and stably hold the mixing ball. At the same time, it has extremely uneconomical problems, such as being put into the mixing bowl insertion process.

In addition, since the mixing ball is manually inputted to a large amount of injection containers one by one, an eyeliner in which the mixing ball is omitted due to a work mistake frequently occurs, so the economic loss due to defective products is also huge.

Republic of Korea Patent 10-0897854 (Registered on May 8, 2009) Republic of Korea Patent Registration 10-1274866 (Registered on June 7, 2013) Republic of Korea Patent 10-1226853 (Registered on Jan. 21, 2013)

The present invention is an improvement of the aforementioned problems, and a guide rail for guiding the moving block into which the eyeliner container is inserted is mounted on the upper plate of the table, and an actuator for transporting the moving block, and the guide rail is provided on the upper plate of the table. By installing a ball input means that allows the mixing ball to be put into the eyeliner container of the moving block, the mixing ball is automatically put into the eyeliner container during the rotational circulation of the moving block and the circulation of the moving block by the actuator,

It is possible to automatically put the mixing ball into the eyeliner container without relying on manual work, which greatly improves productivity and work efficiency. It is an object of the present invention to provide.

In the present invention for achieving the above object, a guide rail is fixedly formed on the upper plate of a table, and a separately provided moving block for inserting an eyeliner container upward is continuously disposed between the guide rails, A push actuator for advancing the moving block in the guide rail is mounted on the upper plate of the table, and a ball input means for inserting the mixing ball into the eyeliner container is mounted on the moving path of the moving block.

The eyeliner container in the moving block transported to the lower side of the ball input means by driving the push actuator is discharged from the ball input means by the operation of the lifting actuator in the ball input means. It is configured so that it can be inputted through the interior.

According to the present invention, product productivity and work efficiency for the eyeliner can be greatly improved by not only automatically inserting a small, round-shaped mixing ball into the eyeliner container, but also quickly and effectively putting the mixing ball into the eyeliner container. It is possible to input and sort the mixing ball into the eyeliner container of .

1 is an overall perspective view of an automatic mixing bowl input device according to the present invention;
Figure 2 is an enlarged perspective view of the main part of the automatic mixing bowl input device according to the present invention;
3 is an enlarged perspective view of the ball input means of the automatic mixing bowl input device according to the present invention;
4 is an exploded perspective view of the ball input means of the automatic mixing bowl input device according to the present invention;
5 is an enlarged exploded perspective view of the main part of the ball input means of the automatic mixing bowl input device according to the present invention;
6 is an overall cross-sectional view of the automatic mixing bowl input device according to the present invention to the ball input means;
7 is an operating perspective view showing the mixing ball loading state for the ball input means of the automatic mixing bowl input device according to the present invention;
Figure 8 is an enlarged operational perspective view of the main part of the ball input means according to Figure 7;
9 is an operating perspective view showing a mixing ball discharge state with respect to the ball input means of the automatic mixing bowl input device according to the present invention;
10 is an enlarged operational perspective view of the main part of the ball input means according to FIG.

Additional objects, features and advantages of the present invention may be more clearly understood from the following detailed description and accompanying drawings.

Prior to the detailed description of the present invention, the present invention can make various changes and can have various embodiments, and the examples described below and shown in the drawings are not intended to limit the present invention to specific embodiments. No, it should be understood to include all modifications, equivalents, and substitutes included in the spirit and scope of the present invention.

In addition, when it is said that a certain component is "connected" or "connected" to another component, it may be directly connected or connected to the other component, but other components may exist in between. It should be understood that there is On the other hand, when it is said that a certain element is "directly connected" or "directly connected" to another element, it should be understood that the other element does not exist in the middle.

Next, the terms used herein are used only to describe specific embodiments, and are not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise. In the present specification, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

In addition, terms such as "...unit", "...unit", "...module", etc. described in the specification mean a unit that processes at least one function or operation, which includes hardware or software or hardware and It can be implemented by a combination of software.

In addition, in the description with reference to the accompanying drawings, the same components are given the same reference numerals regardless of the reference numerals, and the overlapping description thereof will be omitted. In describing the present invention, if it is determined that a detailed description of a related known technology may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

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

1 is an overall perspective view of an automatic mixing ball input device according to the present invention, FIG. 2 is an enlarged perspective view of the main part of the automatic mixing ball input device according to the present invention, and FIG. 3 is a ball input means of the automatic mixing ball input device according to the present invention. An enlarged perspective view, Figure 4 is an exploded perspective view of the ball input means of the automatic mixing ball input device according to the present invention, Figure 5 is an enlarged exploded perspective view of the main part of the ball input means of the automatic mixing ball input device according to the present invention, Figure 6 is the present invention It is an overall cross-sectional coupling diagram of the automatic mixing ball input device according to

As shown, the automatic mixing ball input device in the eyeliner container according to the present invention includes guide rails 110 and 110 ′ and push actuators 120 and 120 ′ on the surface of the upper plate 100 of the table made by the connection of the profile extrudate. ) and the ball input means 200 are mounted, and the separately provided moving blocks 400 and 400' are moved along the guide rails 110 and 110', and the push actuators 120 and 120' ), the moving blocks 400 and 400' are sequentially moved to the lower side of the ball input means 200, and an eyeliner container is provided above the moving blocks 400 and 400'. (300) is inserted.

Accordingly, when the moving blocks 400 and 400' are moved to the lower side of the ball input means 200 due to the operation of the push actuators 120 and 120', the lifting actuator provided in the ball input means 200 is 210 is operated to discharge and drop the mixing ball 301 stored in the ball input means 200 in a single individual form so that it is put into the inside through the tip of the eyeliner container 300, and the mixing ball ( 301) is completed, the push actuators 120 and 120' described above are operated to move another moving block 400, 400' to the lower side of the ball input means 200. As it is continuously performed, the automatic input operation of the mixing ball 301 to the large amount of the eyeliner container 300 is made.

That is, the guide rails 110 and 110 ′ fixed to the table top 100 are formed by arranging each bar spaced apart from each other in the form of a square track on a plane, and the electric moving block 400 along between the respective bars. ) 400' repeatedly circulates along the guide rails 110 and 110' in the shape of a square track.

At this time, from the outside of the guide rails 110 and 110 ′ toward the inside of the guide rails 110 and 110 ′, the push actuators 120 and 120 ′ are fixed to the upper plate 100 in all directions on a plane. , when the push actuators 120 and 120' are operated forward, the moving blocks 400 and 400' in the guide rails 110 and 110' interfere with the moving blocks 400, 400') It serves to advance the movement block 400, 400' in the guide rails 110 and 110' in the shape of a square track due to the sequential operation of the push actuators 120 and 120' arranged in all directions. A continuous circulation is made by intermittent movement within the guide rails 110 and 110'.

In addition, the ball input means 200 is installed in the moving section of the moving blocks 400 and 400', and the moving blocks 400 and 400' are push actuators 120 and 120'. When the ball input means 200 is moved downward by the operation of When the new moving blocks 400, 400' are moved to the lower side of the ball input means 200 by the operation of the push actuators 120 and 120', the mixing ball 301 automatically falls as described above. In the process of circulating the moving blocks 400 and 400' along the guide rails 110 and 110' as described above, the mixing ball is placed in the eyeliner container 300 due to the operation of the ball input means 200. (301) is continuously added.

In particular, since the mixing ball 301 is put into the eyeliner container 300 in the moving blocks 400 and 400 ′ that are discharged and moved from the ball input means 200 , the worker has the corresponding moving blocks 400 , 400 . ') is to be separated from the eyeliner container 300 and put into the product production process, and the empty eyeliner container ( When the mixing bowl 301 is automatically inserted in the cycle of the moving blocks 400 and 400' by newly inserting 300), mass production is achieved.

Therefore, even with one worker, mass production of an eyeliner container having a mixing bowl is possible, as well as continuous supply of an empty eyeliner container can be performed at the same time. it's big

Next, the ball input means 200 is provided with a vertical support 220 fixed to the upper plate 100 of the table, and a horizontal feeder 230 is mounted on the upper end of the vertical support 220, and the The upper side of the horizontal feeder 230 is made of a support 240 having a lifting actuator 210 is coupled.

Here, a downwardly inclined ball receiving part 231 is formed on one side of the upper side of the horizontal feeder 230 and a pair of ball guide grooves 232 and 232' inclined downward from one side of the viewing receiving part 231 are formed. It is formed to extend to the other side of the horizontal feeder 230, and is formed by forming a ball inlet 233 penetrating vertically through the horizontal feeder 230 at the ends of the ball guide grooves 232 and 232'. , due to the inclined bowl receiving part 231 and the ball guide grooves 232, 232', the mixing ball 301 naturally flows down from the bowl receiving part 231 along the ball guide grooves 232 and 232' in a line. will be.

In addition, at the lower end of the lifting actuator 210, a first blocking plate 211 and a second blocking plate 212 disposed in front and rear along the ball guide grooves 232 and 232' are coupled and formed, and the A first through hole 211a and a second through hole 212a having different heights are respectively formed in the first and second blocking plates 211 and 212, and on the horizontal supply stand 230, the first As the blocking plate 211 and the second blocking plate 212 are inserted and configured by forming the cutout grooves 234 and 234 ′, the ball from the ball receiving part 231 by the operation of the lifting actuator 210 is performed. It is configured to sequentially discharge each mixing ball 301 flowing down along the guide grooves 232 and 232'.

At this time, the first passing hole 211a of the first blocking plate 211 located on the side of the water receiving part 231 is higher than the position of the second passing hole 212a of the second blocking plate 212. , Due to the lifting action of the first blocking plate 211 and the second blocking plate 212 due to the operation of the lifting actuator 210, the first through hole 211a and the second through hole 212a are formed in the ball guide groove. While repeatedly opening or blocking the 232 and 232' in sequence, the mixing ball 301 continuously provided along the bowl receiving part 231 and the ball guide grooves 232, 232' is a single entity. (233) will be discharged sequentially.

In addition, a separately provided alignment actuator 250 is mounted on the lower portion of the horizontal supply unit 230 , and the upper side of the alignment actuator 250 penetrates the horizontal supply unit 230 and sees the bottom of the portion 231 . As the alignment block 251 is combined and formed to match the surface, the mixing ball 301 in the viewing portion 231 is the viewing portion by the operation of the alignment actuator 250 and the lifting action of the alignment block 251 ( 231) is repeatedly aligned within the ball guide grooves 232, 232' to be smoothly discharged.

In particular, a ball supply tub 260 having an open lower portion is coupled to the upper side of the bowl receiving part 231 of the horizontal supply pedestal 230 , and a ball injection hole 261 is formed on the upper side of the ball supply trough 260 . ) is formed so that a large amount of mixing balls 301 can be input and supplied on the bowl receiving part 231 by the ball supply barrel 260 .

Next, the first blocking plate 211 and the second blocking plate 212 of the ball input means 200 are inserted into the slot 271 on the ball guide grooves 232 and 232 ′ of the horizontal feeder 230 . ) (271') formed by coupling the transparent cover 270, the ball guide grooves 232 and 232' are prevented from being contaminated by foreign substances by the transparent cover 270, and at the same time, the ball guide grooves 232 are formed. ) is configured so that the mixing ball 301 moving along the 232' can be visually confirmed.

Accordingly, in the state in which the mixing ball 301 is sufficiently filled on the ball receiving part 231 on the inside of the ball supply tub 260 and the horizontal supply 230 through the ball injection hole 261 of the ball supply tub 260, As the lifting actuator 210 in the ball input means 200 descends, the first blocking plate 211 and the second blocking plate 212 descend at the same time as shown in FIGS. 7 and 8 .

Accordingly, the first through hole 211a of the first blocking plate 211 is aligned with the ball guide grooves 232 and 232' in a horizontal state to open the ball guide grooves 232 and 232'. The mixing bowl 301 positioned at the rear side of the first blocking plate 211 passes through the first through hole 211a and advances to the second blocking plate 212 .

At this time, since the second through-hole 212a of the second blocking plate 212 is inserted into the cut-out grooves 234 and 234' of the horizontal feeder 230 by descending, eventually the first through-hole 211a ), the mixing ball 301 passing through is blocked by the second blocking plate 212 and has a standby state that can no longer advance.

In this state, when any one of the moving blocks 400, 400' is positioned below the ball input device 200 by the operation of the push actuators 120 and 120', the ball input means 200 ) while the lifting actuator 210 lifts, as shown in FIGS. 9 and 10 , the first blocking plate 211 and the second blocking plate 212 are simultaneously raised.

Therefore, the first through hole 211a of the first blocking plate 211 rises to a higher position than the ball guide grooves 232 and 232', and eventually the mixing ball ( 301) is blocked by the first blocking plate 211 and is in a state in which it cannot advance further, and only the mixing bowl 301 of a single entity blocked by the second blocking plate 212 is the second blocking plate 212. Advances along the ball guide grooves 232 and 232' through the second through hole 212a by matching the second through hole 212a and the ball guide grooves 232 and 232' due to the rise of The ball guide grooves 232 and 232' reach the end of the ball input hole 233 and fall downward, and the movement block 400, 400' is put into the inside through the tip of the eyeliner container 300. it can be

Here, the mutual interval between the first blocking plate 211 and the second blocking plate 212 is made to be slightly larger than the diameter of the mixing bowl 301 described above. As only the mixing bowl 301 of a single entity is positioned between the plates 212, the first blocking plate 211 due to the rising and falling actions of the first blocking plate 211 and the second blocking plate 212. The mixing bowl 301 of a single entity between the and the second blocking plate 212 can be continuously discharged and dropped intermittently and repeatedly.

As such, when the mixing ball 301 of a single entity is discharged by the lifting operation of the lifting actuator 210, the lifting actuator 210 descends again to separate the first blocking plate 211 and the second blocking plate 212. When the first passing hole 211a and the ball guide grooves 232 and 232' communicate with each other due to the lowering of the first blocking plate 211, the mixing ball 301 of a single entity moves forward again The standby state blocked by the second blocking plate 212 is maintained.

Accordingly, by the sequential operation of the push actuators 120 and 120 ′ and the lifting actuator 210 , the moving blocks 400 and 400 ′ are continuously moved and supplied and the supplied moving blocks 400 and 400 ′ are within the The input of the mixing ball 301 to the eyeliner container 300 can be continuously and automatically, and the operator removes the eyeliner container 300 in the state in which the mixing ball 301 is put and inserts a new empty container. It is very economical and efficient because continuous ball input operation can be made accordingly.

The configuration shown in the embodiments and drawings described in the present specification as described above is merely the most preferred embodiment of the present invention and does not represent all of the technical spirit of the present invention, so various equivalents and modifications that can be substituted for them It should be understood that there may be examples.

100: top plate
110,110': guide rail
120,120' : push actuator
200: ball input means
210: lifting actuator 211: first blocking plate
212: second blocking plate
220: vertical support
230: horizontal feeder 231: part for viewing
232,232': ball guide groove 233: ball input hole
234,234': incision hole
240: support
250: alignment actuator 251: alignment block
260: ball supply container 261: ball injection hole
270: transparent cover 271,271': slot
300: eyeliner container 301: mixing ball
400,400' : moving block

Claims (7)

A separate moving block in which guide rails 110 and 110' are fixed to the upper plate 100 of the table, and the eyeliner container 300 is inserted upwardly between the guide rails 110 and 110'. 400 and 400' are continuously arranged, and on the upper plate 100 of the table, a push actuator 120 for advancing the moving blocks 400 and 400' in the guide rails 110 and 110'. 120' is mounted, and on the movement path of the moving blocks 400 and 400', a ball input means 200 that allows the mixing ball 301 to be introduced into the eyeliner container 300 is mounted. to configure it,
The eyeliner container 300 in the moving blocks 400 and 400' transported to the lower side of the ball input means 200 by the driving of the push actuators 120 and 120' is the ball input means 200. The mixing ball for eyeliner is configured so that the mixing ball 301 is discharged and dropped from the ball input means 200 by the operation of the inner lifting actuator 210 and can be put into the inside through the tip of the eyeliner container 300 . In the input device,
The ball input means 200, the horizontal feeder 230 is mounted on the upper end of the vertical support 220, the upper side of the horizontal feeder 230, the support 240 having a lifting actuator 210 is coupled, , A downwardly inclined ball receiving part 231 is formed on one side of the upper side of the horizontal feeder 230 and a pair of ball guide grooves 232 and 232' inclined downward from one side of the viewing receiving part 231 are horizontal. It is formed to extend to the other side of the supply stage 230, and at the ends of the ball guide grooves 232 and 232', a ball input hole 233 penetrating vertically through the horizontal supply stage 230 is formed. At the lower end of the lifting actuator 210, a first blocking plate 211 and a second blocking plate 212 disposed in front and rear along the ball guide grooves 232 and 232' are coupled and formed, and the first And the second blocking plates 211 and 212 are respectively formed with a first through hole 211a and a second through hole 212a having different heights, and the first blocking plate is formed on the horizontal feeder 230 . As the cut-out grooves 234 and 234 ′ through which the 211 and the second blocking plate 212 are inserted are formed and configured, the ball guide groove is formed from the ball receiving part 231 by the operation of the lifting actuator 210 . Automatic mixing ball input device for eyeliner, characterized in that it is configured to sequentially discharge each mixing ball 301 flowing down along (232) and (232').
The method of claim 1,
A separately provided alignment actuator 250 is mounted on the lower portion of the horizontal supply unit 230 , and the horizontal supply unit 230 passes through the upper side of the alignment actuator 250 to match the bottom surface of the viewing unit 231 . As the alignment block 251 is coupled and formed, the mixing ball 301 in the viewing portion 231 is operated and the alignment block 251 is raised and lowered according to the operation of the alignment actuator 250. In the viewing portion 231 Automatic mixing ball input device for eyeliner, characterized in that it is repeatedly aligned and is configured to be smoothly discharged into the ball guide grooves (232, 232').
The method of claim 1,
On the upper side of the ball receiving part 231 of the horizontal supply stand 230, a separate ball supply cylinder 260 with an open lower part is coupled and formed, and the ball injection hole 261 is penetrated at the upper side of the ball supply cylinder 260. The automatic mixing ball input device for eyeliner, characterized in that it is configured to input and supply a large amount of mixing balls (301) onto the bowl receiving part (231) by the ball supply barrel (260).
The method of claim 1,
Slots 271 and 271 through which the first blocking plate 211 and the second blocking plate 212 of the ball input means 200 are inserted on the ball guide grooves 232 and 232 ′ of the horizontal feeder 230 . ') formed by coupling the formed transparent cover 270 to prevent the ball guide grooves 232, 232' from being contaminated by foreign substances by the transparent cover 270, and at the same time, the ball guide grooves 232, 232 ') Automatic mixing ball input device for eyeliner, characterized in that it is configured to visually check the mixing ball 301 moving along the.
The method of claim 1,
The first passing hole 211a of the first blocking plate 211 located on the side receiving part 231 is configured to be higher than the position of the second passing hole 212a of the second blocking plate 212, and the lifting actuator ( Due to the lifting action of the first blocking plate 211 and the second blocking plate 212 due to the operation of the While repeatedly opening or blocking 232'), the mixing ball 301 continuously provided from the bowl receiving part 231 is a single object along the ball guide grooves 232 and 232'. Automatic mixing bowl input device for eyeliner, characterized in that it is configured to be discharged in sequence. delete delete

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