KR101681380B1 - Assembling Unit for Mirror of Cosmetic Vessel and Assembling Apparatus for Cosmetic Vessel Having the Same - Google Patents

Abstract

The present invention provides a mirror assembly unit for a cosmetic container that can automatically assemble a mirror on a cap covering a case, and a cosmetic container assembling apparatus having the same. A mirror assembly unit for a cosmetic container according to the present invention includes a mirror supply unit for supplying a mirror, a mirror pickup head for picking up a mirror, and a mirror pick-up head for picking up a mirror supplied by the mirror supply unit, And a mirror pick-up head moving mechanism for moving the mirror pick-up head so as to be attached to the mirror pick-up head. The mirror pick-up head includes a first pick-up head provided on the upper side of the mirror feeder so as to pick up a mirror supplied by the mirror feeder at one end, and a mirror pick-up head for picking up a mirror picked up by the first pick- And a second pick-up head spaced apart from the first pick-up head on an upper side of the first pick-up head, wherein a height difference between an end of the first pick-up head picked up by the mirror and a tip end of the second pickup head, At least one of the head and the second pick-up head moves up and down relative to the other.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mirror assembly unit for a cosmetic container,

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cosmetic container assembling apparatus, and more particularly, to a mirror assembling unit for a cosmetic container which can automatically assemble a mirror on a cap covering a case storing the cosmetic container and a cosmetic container assembling apparatus having the same.

The cosmetic container accommodates basic cosmetics, color cosmetics, functional cosmetics, and the like, and is designed to be easily and conveniently used by the user. 2. Description of the Related Art Generally, a cosmetic container has a structure in which a cap for opening and closing an inlet is coupled to a case containing a cosmetic product to protect the cosmetic product and prevent foreign matter from penetrating into the container.

Cosmetic containers are manufactured in various forms depending on the type of cosmetics. For example, cosmetic containers for storing gel-like cosmetics such as hand creams take the form of tubes. The high-priced cosmetics in the form of perfume or liquid have a structure provided with a pump for discharging cosmetics by a predetermined amount by a pressing operation. Cosmetics such as cold cream or massage cream, which the user uses with their fingers, have a structure in which a cap is rotatably coupled to a case having a wide opening. In addition, the compact has a structure with a large inlet for storing solid powder, a puff that allows the user to put powder on the skin, and a cap to cover the entrance. Generally, a mirror is installed on the cap. The compact is used not only for solid powder but also for gel-like cosmetics containing volatile substances.

In the case of a compact, the cost of manufacturing a cosmetic container is high, and since it is excellent in durability, it is not preferable to dispose of the contents after use. For this reason, a refillable cosmetic container has been developed in which an inner container for storing cosmetics inside the compact is detachably coupled.

Thus, the structure of the cosmetic container is very diverse, and the assembling apparatus and the assembling method for assembling the cosmetic container are also various. Such an assembling apparatus and a method of assembling the cosmetic container are disclosed in Patent Publication No. 0596711 (2006. 07. 04.), Registered Patent Publication No. 1074364 (Oct. 17, 2011), Registered Utility Model No. 0356862 (Apr. 07. 19.) and so on.

However, in a cosmetic container having a mirror attached to a cap covering the case, such as a compact, it is not easy to automatically attach a mirror to the cap, so that it often depends on manual operation. Therefore, there is a problem that the productivity is lowered and the manufacturing cost is increased.

SUMMARY OF THE INVENTION It is an object of the present invention to provide a mirror assembly unit for a cosmetic container which can automatically mount a mirror on a cap covering a case and a cosmetic container assembly apparatus having the same.

According to an aspect of the present invention, there is provided a mirror assembly unit for a cosmetic container, comprising: a mirror supply unit for assembling a mirror on a cap covering a case for a cosmetic container; A first pick-up head provided on an upper side of the mirror feeder so as to pick up the mirror supplied by the mirror feeder to one end thereof, and a second pickup head installed on the mirror feeder to pick up the mirror picked up by the first pick- And a second pick-up head provided on the upper side of the first pick-up head so as to be spaced apart from the first pick-up head, wherein a height difference is generated between an end of the first pickup head and a tip of the second pick- Wherein at least one of the first pick-up head and the second pick-up head ascends and descends relative to the other so that the first pick-up head and the second pick-up head can tilt; And a mirror pick-up head moving mechanism for moving the mirror pick-up head so that the mirror pick-up head picks up the mirror supplied by the mirror feeder and attaches to the inside of the cap placed outside the mirror feeder, Wherein the pick-up head further comprises a head support coupled to the mirror pick-up head moving mechanism for supporting the first pick-up head and the second pick-up head, wherein at least one of the first pick- And is lowered with respect to the head support body by its own weight in a state in which the mirror is picked up.

To achieve the above object, according to the present invention, there is provided a cosmetic container assembling apparatus for assembling a cosmetic container having a mirror attached to a cap covering a case, comprising a case and a transfer stage for loading the cap, A transfer unit for transferring the case and the cap along a predetermined transfer path; A mirror feeder installed in a mirror assembly working position where the cap stops during a conveying path by the conveying unit to supply the mirror; A first pick-up head provided on an upper side of the mirror feeder so as to pick up the mirror supplied by the mirror feeder to one end thereof, and a second pick-up head provided at the other end of the mirror feeder for picking up the mirror picked up by the first pick- And a second pick-up head provided on the upper side of the first pick-up head so as to be spaced apart from the first pick-up head, wherein a difference in height is generated between an end of the first pick- Wherein at least one of the first pick-up head and the second pick-up head ascends and descends relative to the other so that the first pick-up head and the second pick-up head can tilt; A mirror pick-up head moving mechanism for moving the mirror pick-up head so that the mirror pick-up head picks up the mirror supplied by the mirror feeder and attaches to the inside of the cap; And a pick-up head capable of picking up one of the case and the cap loaded on the transfer stage, wherein in a cooperative working position in which the case and the cap are stopped during a conveying path by the conveying unit, And a pickup unit for picking up any one of the plurality of pickup heads with the pick-up head and incorporating the pick-up head with the other pick-up head.

The cosmetic container assembling apparatus according to the present invention can automatically assemble the cosmetic container hinged to the case and the cap while the case and the cap are continuously conveyed along the conveying path by the conveying unit. In particular, the mirror can be quickly and stably assembled by inserting the mirror in a tilted state inside the cap which is conveyed along the conveying path by using the mirror assembling unit. Therefore, it is possible to quickly and smoothly perform a difficult mirror assembly work, and as a result, the productivity of the cosmetic container can be enhanced.

1 is a plan view showing a cosmetic container assembling apparatus according to an embodiment of the present invention.
2 is a side view of an apparatus for assembling a cosmetic container according to an embodiment of the present invention.
3 shows parts of a cosmetic container assembled by a cosmetic container assembling apparatus according to an embodiment of the present invention and a cosmetic container assembled.
4 is a plan view showing a transfer unit of the cosmetic container assembling apparatus according to an embodiment of the present invention and some components coupled thereto.
5 is a plan view showing a hook assembly unit of a cosmetic container assembling apparatus according to an embodiment of the present invention.
6 is a side view showing an adhesive applying unit of the cosmetic container assembling apparatus according to an embodiment of the present invention.
7 is a side view showing a mirror assembly unit of a cosmetic container assembling apparatus according to an embodiment of the present invention.
FIGS. 8 to 10 are views for explaining the mirror assembling process by the mirror assembling unit shown in FIG.
11 is a side view showing an intermediate support assembly unit of a cosmetic container assembling apparatus according to an embodiment of the present invention.
12 is a side view showing an assembling unit of a cosmetic container assembling apparatus according to an embodiment of the present invention.
13 is a plan view showing a pickup head and a pickup head moving mechanism of the pickup unit shown in Fig.
Figs. 14 and 15 are for explaining the process of combining the case and the cap by the combination unit shown in Fig. 12. Fig.
16 and 17 are a side view and a plan view of a transfer unit and a hinge pin assembly unit of a cosmetic container assembling apparatus according to an embodiment of the present invention.
Figs. 18 and 19 are for explaining a hinge pin assembling process by the hinge pin assembling unit shown in Figs. 16 and 17. Fig.

Hereinafter, a mirror assembly unit for a cosmetic container according to the present invention and an apparatus for assembling a cosmetic container having the same will be described in detail with reference to the accompanying drawings.

FIG. 1 is a plan view showing a cosmetic container assembling apparatus according to an embodiment of the present invention, FIG. 2 is a side view showing a cosmetic container assembling apparatus according to an embodiment of the present invention, FIG. 3 is a cross- FIG. 2 shows parts of a cosmetic container assembled by a cosmetic container assembling apparatus according to the present invention and a completed cosmetic container.

1 and 2, a cosmetic container assembling apparatus 100 according to an embodiment of the present invention includes a transfer unit 101, a hook assembly unit 102, an adhesive application unit 103, The intermediate supporting body pressing unit 107, the combining unit 108, the hinge pin assembling unit 109, the discharging unit 106, the intermediate supporting body pressing unit 107, the combining unit 104, the mirror pressing unit 105, A unit 110, and a controller 111. [ The cosmetic container assembling apparatus 100 according to the present embodiment can automatically and continuously assemble the case 10 with the cosmetic container 45 having the mirror 25 attached on the inner surface of the cap 15. [ The operation of the operation units constituting the cosmetic container assembling apparatus 100 and the overall operation of the cosmetic container assembling apparatus 100 are controlled by the controller 111. [

3, the cosmetic container assembling apparatus 100 according to the present embodiment assembles the components such as the case 10, the cap 15, and the intermediate support 30 to form the cosmetic container 45 . The case 10 and the cap 15 are hinged by the hinge pin 40. The case 10 includes a coupling groove 11 and a pair of first pin engagement holes 12 arranged in a straight line on both sides of the coupling groove 11 with the coupling groove 11 interposed therebetween, 13). The coupling groove 11 and the pair of first pin engagement holes 12 are for hinge coupling with the cap 15. The hook fixing portion 13 is for fixing the hook 20. The hook 20 locks the cap 15 to the case 10 with the cap 15 closed. The cap 15 has an engaging projection 16 to be inserted into the engaging groove 11 of the case 10 and a pair of second pins 16 corresponding to the pair of first pin engaging holes 12 of the case 10, And includes an engagement hole 17. The pair of second pin engagement holes 17 are arranged in a straight line and are closed between them. A mirror 25 is attached to the inner surface of the cap 15. The intermediate support 30 serves to fix an inner container (not shown) installed inside the case 10 and detachably coupled to the inside of the case 10.

1, 2 and 4, the conveying unit 101 is for conveying the case 10 and the cap 15 along a predetermined conveying path, in which the case 10 and the cap 15 are loaded Stage 115 as shown in FIG. The transfer stage 115 is composed of a two-stage rotary turntable structure in which a case transfer stage 116 for transferring the case 10 and a cap transfer stage 117 for transferring the cap 15 are vertically arranged. A support table 118 is fixedly mounted on the transfer stage 115. The support table 118 is provided with a controller 111, a seating jig moving mechanism 177 of a hinge pin assembling unit 109 to be described later, a container pickup head moving mechanism 195 of a discharging unit 110 to be described later, and the like.

The transfer stage 115 constituted by the case transfer stage 116 and the cap transfer stage 117 rotates together in the predetermined direction by the rotation mechanism 119. [ The case 10 and the cap 15 loaded on the transfer stage 115 are moved along the circular transfer path as the transfer stage 115 rotates. The rotating mechanism 119 intermittently rotates the transfer stage 115 at a predetermined rotation angle interval. Accordingly, a plurality of working positions P1 to P11 for stopping the case 10 or the cap 15 loaded on the transfer stage 115 are provided in the circular transfer path by the transfer stage 115.

1, the rotation mechanism 119 intermittently rotates the transfer stage 115 clockwise at intervals of 30 degrees. The conveyance path by the conveyance stage 115 includes a loading operation position P1 where the case 10 or the cap 15 is stopped, a hook assembly operation position P2, an adhesive application operation position P3, The assembling operation position P4 and the mirror pressing operation position P5 and the intermediate support assembly assembling operation position P6 and the intermediate support body pressuring operation position P7 and the merging operation position P8, (P9, P10) and a discharge work position P11 are provided in order. Work units for performing the corresponding work for the case 10 or the cap 15 that stops at the work positions P1 to P11 are respectively disposed at the work positions P1 to P11 around the transfer stage 115 . Here, each of the working positions P1 to P11 provided in the conveying path is not limited to the area on the conveying stage 115 on which the case 10 or the cap 15 is stopped, And an area outside the transfer stage 115 extending in the radial direction from the position where the cap 15 is stopped. For example, the mirror feeder 142 of the mirror assembly unit 104, which will be described later, is mounted not directly above the transfer stage 115 where the cap 15 is stationary, (115), it is assumed to be installed at the mirror assembly working position (P4) in the transfer path.

The figure shows that the transfer stage 115 intermittently rotates in the clockwise direction at intervals of 30 degrees and two hinge pin assembly working positions P9 and P10 among the transfer paths by the transfer stage 115 are provided. However, the number, sequence, and types of working positions provided in the rotation angle interval of the transfer stage 115 and the transfer route by the transfer stage 115 can be variously changed. In this case, no work unit is installed in the loading work position P1 and the loading operation of the case 10 and the cap 15 is manually performed by the operator. However, in the loading operation position P1, And a loading device capable of automatically loading the cap 15 may be provided.

The case transfer stage 116 of the transfer stage 115 is provided with a plurality of seating jigs 120 for fixing the case 10 to be loaded in the case transfer stage 116. The plurality of seating jigs 120 are arranged at regular angular intervals and are installed so as to horizontally move in the radial direction with respect to the case transfer stage 116. The seating jig 120 is provided with a fixing groove 121, a pair of pin insertion holes 122 (see FIG. 17), and a stopper coupling groove 123 (see FIG. 17). The fixing groove 121 is located at the center of the seating jig 120, and the case 10 is placed and fixed. The pair of pin insertion holes 122 are disposed in a mutually straight line as passages through which the hinge pin 40 hinging the case 10 and the cap 15 pass. The pin insertion hole 122 of the seating jig 120 and the first pin engagement hole 12 of the case 10 are positioned in a straight line when the case 10 is fixed to the seating jig 120. [ The stopper engaging groove 123 is formed at a portion where the stopper 179 provided in the hinge pin assembling unit 109 is inserted when the seating jig 120 is transferred to the hinge pin assembling stage 176 of the hinge pin assembling unit 109 to be.

The movable rail 124 is coupled to the seating jig 120 and the movable rail 124 is installed to slide on the rail guide 126 fixed to the case transfer stage 116. The movable rail 124 is guided by the rail guide 126 and is linearly transported radially with respect to the case transfer stage 116. The movable rail 124 is provided with a protrusion 125. The protrusion 125 has a roller structure that rotates about a rotational axis parallel to the rotational center axis of the case transfer stage 116. Further, the movable rail (124) is coupled with the elastic member (127). The elastic member 127 exerts an elastic force in a direction of retreating with respect to the seating jig 120 advanced to the hinge pin assembly stage 176 of the hinge pin assembling unit 109.

A plurality of fixing jigs 128 for fixing the cap 15 to be loaded on the cap transfer stage 117 are installed in the cap transfer stage 117 disposed below the case transfer stage 116. [ The fixing jig 128 is provided with a fixing groove 129 to which the cap 15 is fixed. The plurality of fixing jigs 128 are disposed outside the edge of the case transfer stage 116 so that the fixing grooves 129 thereof are not covered by the case transfer stage 116. The plurality of fixing jigs 128 are arranged at regular angular intervals to mate with the plurality of seating jigs 120. A through hole 130 is formed in a portion of the cap transfer stage 117 where the fixing jig 128 is positioned and a through hole 131 corresponding to the through hole 130 is formed in the fixing jig 128.

Referring to Figs. 1 and 5, the hook assembly unit 102 is installed in the hook assembly working position P2 during the conveyance path by the conveyance unit 101. Fig. The hook assembly unit 102 includes a hook feeder 134, a hook pickup head 135, and a hook pickup head moving mechanism 136. The hook feeder 134 stores a plurality of hooks 20 and has a hook alignment stage 137 in which the hooks 20 are arranged in order. The hook alignment stage 137 is provided outside the edge of the transfer stage 115. The hook pickup head 135 is movably installed above the hook alignment stage 137 so as to pick up the hook 20 placed on the hook alignment stage 137. The hook pick-up head moving mechanism 136 moves the hook pick-up head 135 to the inside of the case 10 which picks up the hook 20 aligned in the hook alignment stage 137 and stops at the hook assembly operation position P2 The hook pick-up head 135 is moved.

The hook pickup head 135 may have various structures that can pick up the hook 20 by various methods such as a mechanical clamping method and an adsorption method. The hook pick-up head moving mechanism 136 can move the hook pick-up head 135 or move the hook pick-up head 135 from the hook feeder 134 to the case 10 loaded in the transfer stage 115 It can be made in various structures. The hook assembly unit 102 picks up the hook 20 with the hook pick-up head 135 and engages with the hook fixing portion 13 of the case 10 at the hook assembly working position P2. Of course, since some hooks may be assembled to the cap in the cosmetic container, the hook assembly unit 102 may perform an operation of assembling the hook 20 to the cap 15. [

Referring to Figs. 1 and 6, the adhesive applying unit 103 is installed in the adhesive applying operation position P3 in the conveying path by the conveying unit 101. Fig. The adhesive application unit 103 includes a nozzle 139 and a nozzle moving mechanism 140. The adhesive application unit 103 applies adhesive to the inside of the cap 15 stopped at the adhesive application work position P3 by the nozzle 139. [ As the adhesive, various kinds of adhesive materials such as hot melt can be used. The nozzle moving mechanism 140 moves the nozzles 139 so that the nozzles 139 can uniformly apply the adhesive to the inner surface of the cap 15 or the nozzles 139 can apply the adhesive sequentially to the inside of the plurality of caps 15. [ (139).

1, 7, and 10, the mirror assembling unit 104 is installed in the mirror assembling operation position P4 during the conveying path by the conveying unit 101 to assemble the mirror 25 to the cap 15 . The mirror assembly unit 104 includes a mirror feeder 142, a mirror pickup head 145, and a mirror pickup head movement mechanism 152. The mirror feeder 142 includes a storage magazine 143 for storing a plurality of mirrors 25 and a magazine rotation mechanism 144 for rotating the storage magazine 143. The storage magazine 143 is provided with a double row of mirror lamination columns in which a plurality of mirrors 25 are sequentially stacked. The magazine rotation mechanism 144 rotates the storage magazine 143 about a rotation axis that is perpendicular to the transfer stage 115 to sequentially position the mirror stacking row under the mirror pick-up head 145.

The mirror pick-up head 145 is installed above the mirror feeder 142 so as to pick up the mirror 25 supplied by the mirror feeder 142. The mirror pick-up head 145 includes a first pick-up head 146, a second pick-up head 147, and a head support 148. The head support 148 is coupled to the mirror pick-up head moving mechanism 152 and supports the first pick-up head 146 and the second pick-up head 147. The first pick-up head 146 and the second pick-up head 147 are coupled to the head support 148 such that one end of each of the first pick-up head 146 and the second pick-up head 147 faces the mirror 25 of the mirror feeder 142. The first pick-up head 146 has a first elastic attachment member 149 at one end and the second pick-up head 147 has a second elastic attachment member 150 at one end. The first elastic attachment member 149 and the second elastic attachment member 150 can be stably stuck to the mirror 25 while being elastically deformed. The first pick-up head 146 and the second pick-up head 147 pick up the mirror 25 with a vacuum attraction force. To this end, the air tube 151 is coupled to the first pickup head 146 and the second pickup head 147, respectively. The air tube 151 is connected to a vacuum pressure generator (not shown) to provide a vacuum to the first pick-up head 146 and the second pick-up head 147.

The first pick-up head 146 does not slide relative to the head support 148 but the second pick-up head 147 is coupled to the head support 148 to slide against the head support 148. That is, the height of the lower end of the second pick-up head 147 may be different from the height of the lower end of the first pick-up head 146 by moving up and down with respect to the first pick-up head 146. If the height of the lower end of the second pick-up head 147 is lowered while the mirror 25 is attracted to the lower end of the first pick-up head 146 and the lower end of the second pick-up head 147, Can be tilted in one state.

The second pick-up head 147 is slid with respect to the head support 148 by its own weight. When the external force is not applied as shown in Fig. 7, the second pick-up head 147 descends with respect to the head support 148, Is lower than the lower end height of the pick-up head 146. Of course, the second pick-up head 147 may be structured to be lifted and lowered by a separate elevating mechanism. When the second pick-up head 147 is moved up and down to a separate elevator, the inclination of the picked-up mirror 25 can be variously adjusted. In addition, the first pick-up head 146 as well as the second pick-up head 147 may be elevated by a separate elevating mechanism.

The mirror pickup head moving mechanism 152 moves the mirror pickup head 145 so that the mirror pickup head 145 picks up the mirror 25 and attaches to the inside of the cap 15 stopped at the mirror assembly working position P4. . The mirror pick-up head moving mechanism 152 includes a lift mechanism 153 for lifting the mirror pick-up head 145 and a mirror pick-up head 145 for moving the mirror pickup head 145 from the mirror feeder 142 to the cap 15 of the transfer stage 115 And a horizontal feed mechanism 154 for feeding the sheet.

When the elevating mechanism 153 lowers the mirror pick-up head 145 with the mirror pick-up head 145 positioned above the mirror feeder 142, the first pick-up head 146 of the mirror pick- 2 pick-up head 147 contacts the mirror 25 to pick up the mirror 25. At this time, the elevating mechanism 153 is provided with a first elastic attaching member 149 of the first pick-up head 146 so that both the first pick-up head 146 and the second pick-up head 147 can contact the mirror 25 The mirror pick-up head 145 is lowered until it comes into contact with the mirror 25. The second pick-up head 147 is positioned at the lower end of the first pick-up head 146 after the second resilient attachment member 150 first contacts the mirror 25 while the first pick- The first elastic attachment member 149 is slid with respect to the head support 148 until it reaches the mirror absorption position. The first pick-up head 146 and the second pick-up head 147 are brought into contact with the first resilient attaching member 149 and the second resilient attaching member 149 by the first resilient attaching member 149 of the first pick- And the second elastic attachment member 150 adsorbs the mirror 25 at the same height.

When the elevating mechanism 153 raises the mirror pick-up head 145 with the first pick-up head 146 and the second pick-up head 147 picking up the mirror 25, the first pickup head 146 and the second pick- Pickup head 147 picks up the mirror 25 and separates it from the mirror feeder 142. [ 10, the second pick-up head 147 descends with respect to the head support 148 by its own weight, so that the height of the end of the mirror picked up by the mirror 25 is smaller than the height of the end of the first pickup head 146 Lt; / RTI > The mirror 25 picked up by the mirror pick-up head 145 is tilted due to the height difference between the first pick-up head 146 and the second pick-up head 147. The first elastic attachment member 149 provided at the end of the first pick-up head 146 and the second elastic attachment member 150 provided at the end of the second pick-up head 147 when the mirror 25 is inclined, Thereby stably maintaining the mirror 25 in close contact with the mirror 25. Thus, even if the mirror 25 is inclined, the first pick-up head 146 and the second pick-up head 147 can maintain a constant attraction force with respect to the mirror 25.

The horizontal transfer mechanism 154 transfers the mirror pickup head 145 onto the cap 15 on the transfer stage 115 with the mirror pick-up head 145 picking up the mirror 25 in an inclined state. The mirror pick-up head 145 can lower the mirror pick-up head 145 so that the mirror 25 can be inserted into the cap 15 with the mirror 25 inclined.

The inner surface of the cap 15 to which the mirror 25 is attached is partially obscured by the engaging projection 16 of the cap 15 when viewed from above the cap 15 placed on the transfer stage 15. Therefore, it is not easy to insert the mirror 25 into the inner surface of the cap 15 from above the cap 15 horizontally with respect to the cap 15. [ On the other hand, the mirror assembly unit 104 of this embodiment tilts the mirror 25 to assemble it into the cap 15, so that the mirror 25 is stably held in the cap 15 In the present invention. When the mirror 25 is inserted into the cap 15 from above the cap 15 horizontally with respect to the cap 15, an adhesive applied on the inner surface of the cap 15 and the mirror 25 The bubbles may be introduced and the adhesive force of the adhesive may be lowered. On the other hand, the mirror assembly unit 104 of this embodiment inserts the mirror 25 into the cap 15, so that the mirror 25 is gradually moved from one outer edge to the other outer edge of the cap 15, As shown in Fig. Therefore, the air bubble between the adhesive and the mirror 25 can be smoothly discharged while the mirror 25 is attached to the inner surface of the cap 15, and the mirror 25 can be assembled more firmly into the cap 15 .

1 and 2, the mirror pressing unit 105 is installed in the mirror pressing operation position P5 during the conveying path by the conveying unit 101 to press the mirror 25 assembled with the cap 15 The cap 15 is attached firmly. The mirror pressing unit 105 includes a mirror pressing member 156 and a mirror pressing member moving mechanism 157. The mirror pressing member 156 abuts on the mirror 25 mounted on the cap 15 to press the mirror 25 against the inner surface of the cap 15 to prevent the mirror 25 from being damaged by a mirror 25). The mirror pressing member moving mechanism 157 moves the mirror pressing member 156 up and down so that the mirror pressing member 156 can press the mirror 25 located below the mirror pressing member 156 at a constant pressure.

1 and 11, the intermediate support assembly unit 106 is installed in the intermediate support assembly assembling operation position P6 in the conveying path by the conveyance unit 101 to assemble the intermediate support body 30 in the case 10 . The intermediate support assembly unit 106 includes an intermediate support feeder 159, an intermediate support pick-up head 162 and an intermediate support pick-up head move mechanism 163. The intermediate support feeder 159 includes a storage magazine 160 for storing a plurality of intermediate supports 30 and a magazine rotation mechanism 161 for rotating the storage magazine 160. The storage magazine 160 is provided with a double row of intermediate support stacks in which a plurality of intermediate supports 30 are sequentially stacked. The magazine rotation mechanism 161 rotates the storage magazine 160 about a rotation axis that is perpendicular to the transfer stage 115 to sequentially position the intermediate support stacking heat below the intermediate support pickup head 162.

The intermediate support pick-up head 162 is installed above the intermediate support feeder 159 to pick up the intermediate support 30 supplied by the intermediate support feeder 159. The intermediate support pick-up head 162 is of a variety of constructions capable of picking up the intermediate support 30 as shown in the mechanical clamping method, or of picking up the intermediate support 30 in various other ways, Can be used. The intermediate support pick-up head moving mechanism 163 moves the intermediate support pick-up head 162 so that the intermediate support pick-up head 162 picks up the intermediate support 30 and assembles to the inside of the case 10 stopped at the intermediate support assembly working position P6. The head 162 is moved. The intermediate support pick-up head moving mechanism 163 includes a lift mechanism 164 for lifting the intermediate support pick-up head 162 and an intermediate support pick-up head 162 from the intermediate support feeder 159 to the case of the transfer stage 115 10 to the horizontal direction.

1, the intermediate support pressurizing unit 107 is installed at the intermediate support pressurizing position P7 in the conveying path by the conveying unit 101. [ The intermediate support pressing unit 107 performs an operation of pressing the intermediate support 30 assembled inside the case 10 by the intermediate support assembly unit 106 and tightly coupling the intermediate support 30 to the case 10. The intermediate support pressing unit 107 includes a pressing member (not shown) for pressing the intermediate support 30 in contact with the intermediate support 30 and a moving mechanism (not shown) for moving the pressing member. The intermediate supporting body pressing unit 107 may have the same structure as the mirror pressing unit 105 or various structures capable of pressing the intermediate supporting body 30 assembled in the case 10 into the case 10. A detailed description of the specific structure of the intermediate support pressing unit 107 will be omitted.

Referring to Figs. 1 and 12 to 15, the coalescing unit 108 includes a case 10 provided in the coalescing operation position P8 in the conveying path by the conveying unit 101 and assembled with the intermediate support 30, And the operation of incorporating the cap 15 with the mirror 25 assembled therein is carried out. The combining unit 108 includes a lifter 167, a pick-up head 169, and a pick-up head moving mechanism 171.

The lifter 167 is provided below the transfer stage 115. One end of the lifter 167 is provided with a pedestal 168 which ascends and descends through the through hole 130 provided in the transfer stage 115. The pedestal 168 is lifted through the through hole 130 of the transfer stage 115 and the through hole 131 of the fixing jig 128 so that the cap 15 placed on the fixing jig 128 is moved to the transfer stage 115, It can be lifted upwards.

The pick-up head 169 is installed above the transfer stage 115 so that the lifter 167 can pick up the lifted cap 15. The pick-up head 169 includes a pair of opposing fingers 170, and the pair of fingers 170 can grip the cap 15 tightly in a gathering or widening motion. 13 shows that the pickup head 169 is provided with two pairs of fingers 170, but the number of the fingers 170 provided in the pickup head 169 can be variously changed to more than one pair. The pick-up head can also be modified into various other structures that can hold the cap 15 in addition to the structure having the fingers 170 as shown.

The pick-up head moving mechanism 171 moves the pickup head 169 so that the pick-up head 169 picks up the lifter 167 lifted cap 15 to be incorporated into the case 10 placed on the transport stage 115 It moves. The pick-up head moving mechanism 171 includes an elevating mechanism 172 for moving the pick-up head 169 up and down and a rotation mechanism 159 for rotating the pick-up head 169 relative to the horizontal rotary shaft of the case 10 placed on the transfer stage 115 And a horizontal conveying mechanism 174 for horizontally conveying the pick-up head 169 from the fixing jig 128 on which the cap 15 is seated to the seating jig 120 on which the case 10 is seated.

The merging process of the case 10 and the cap 15 by the merging unit 108 is the same as shown in Figs. 14 and 15. Fig. First, when the lifter 167 lifts the cap 15 stopped at the cooperative work position P8 to the upper side of the transfer stage 115, the pickup head 169 moves the cap 15 placed on the pedestal 168 of the lifter 167 ). When the pick-up head 169 picks up the cap 15, the lifter 167 falls to the original position. The horizontal feed mechanism 174 of the pick-up head moving mechanism 171 horizontally feeds the pick-up head 169 to the upper portion of the case 10 on the transfer stage 115 and the rotation mechanism 173 rotates the pickup head 169 And the cap 15 that is picked up by the pick-up head 169 is turned upside down. At this time, the inner surface of the cap 15 picked up by the pick-up head 169 faces the inner surface of the case 10. The elevating mechanism 172 of the pick-up head moving mechanism 171 moves the pick-up head 169 to the case 10 with the engaging projection 16 of the cap 15 facing the engaging groove 11 of the case 10. [ The coupling protrusion 16 of the cap 15 is inserted into the coupling groove 11 of the case 10 so that the case 10 and the cap 15 are combined with each other.

The first pin engagement hole 12 provided in the case 10 and the second pin engagement hole 17 provided in the cap 15 are formed on the seating jig 120 by the action of the merging unit 108 in a straight line An intermediate assembly 35 is formed in which the case 10 and the cap 15 are assembled together. And the first pin engagement hole 12 and the second pin engagement hole 17 of the intermediate assembly 35 are placed in line with the pin insertion hole 122 of the seating jig 120. [ The merging unit 108 may pick up any one of the case 10 and the cap 15 transferred to the merging working position P8 by the transfer stage 115 and incorporate them into the other one, 35 may be formed.

1, 2, and 16 to 19, the hinge pin assembling unit 109 is installed at the hinge pin assembling operation positions P9 and P10 in the conveying path by the conveying unit 101, 35 of the hinge pin 40 are assembled. The hinge pin assembly unit 109 includes a hinge pin assembly stage 176, a seating jig moving mechanism 177, a pair of hinge pin alignment stages 180, a hinge pin feeder 181, A pin aligner 185, a pair of striking rods 189, and a pair of striking rod driving mechanisms 190.

The hinge pin assembly stage 176 is mounted on the outside of the edge of the case transfer stage 116 so that the intermediate assembly 35, which is seated on the seating jig 120 and transferred to the hinge pin assembling operation positions P9 and P10, do. The intermediate assembly 35 that is seated on the seating jig 120 and transferred to the hinge pin assembling operation positions P9 and P10 is moved to the hinge pin assembly stage 176 by the seating jig moving mechanism 177 And is fixed to the hinge pin assembly stage 176 by advancing. The hinge pin 40 is assembled to the intermediate assembly 35 at the hinge pin assembly stage 176. The seating jig moving mechanism 177 presses the seating jig 120 which stops at the hinge pin assembling operation positions P9 and P10 among the plurality of seating jigs 120 provided on the transfer stage 115 and moves the hinge pin assembly stage 176 (Not shown). The seating jig moving mechanism 177 has a rail pressing portion 178 for pressing the projection 125 of the moving rail 124 coupled to the seating jig 120. When the seating jig 120 is stopped at the hinge pin assembling operation positions P9 and P10, the protrusion 125 of the moving rail 124 coupled to the seating jig 120 is moved to the rail pressing portion 177 of the seating jig moving mechanism 177 178).

 16 and 18, when the seating jig moving mechanism 177 presses the movable rail 124 with the rail pressing portion 178, the movable rail 124 is moved to the rail guide (not shown) provided on the case transport stage 116 126, respectively. And the seating jig 120 on which the intermediate assembly 35 is seated is advanced to the hinge pin assembly stage 176. [ At this time, the elastic member 127 coupled to the movable rail 124 is compressed. Conversely, if the seating jig moving mechanism 177 retracts the moving rail 124 from the hinge pin assembly stage 176, the seating jig 120 is returned to its original position on the case transfer stage 116. Of course, even if the seating jig moving mechanism 177 does not move the moving rail 124 back, the compressed elastic member 127 applies an elastic force in the direction of retracting relative to the seating jig 120 to return the seating jig 120 to its original position Can be returned.

Although the seating jig moving mechanism 177 is shown as being configured to move the seating jig 120 in both directions, the seating jig moving mechanism advances the seating jig 120 to the hinge pin assembly stage 176 A structure capable of being transported only in one direction. In addition, the elastic member 127 may be omitted, and the seating jig moving mechanism may be changed into various other structures capable of transporting the seating jig 120. [ Further, the mounting position of the seating jig moving mechanism is not limited to the support table 118. For example, the seating jig moving mechanism may be provided outside the edge of the transfer stage 115. In addition, a plurality of seating jig moving mechanisms may be provided so as to be respectively coupled to the plurality of seating jigs 120.

The hinge pin assembly stage 176 is provided with a stopper 179 for fixing the seating jig 120 to be transferred to the hinge pin assembly stage 176 to the hinge pin assembly stage 176. The stopper 179 is inserted into the stopper engaging groove 123 of the seating jig 120 so that the seating jig 120 moves to the hinge pin assembling stage 176 when the seating jig moving mechanism 177 advances the seating jig 120 to the hinge pin assembling stage 176. [ ) To the correct position on the hinge pin assembly stage 176.

17, a pair of hinge pin alignment stages 180 are provided so as to face each other with a hinge pin assembly stage 176 interposed therebetween. In the hinge pin alignment stage 180, the hinge pins 40 to be assembled to the intermediate assembly 35 are aligned. The hinge pin 40 aligned with the hinge pin alignment stage 180 is engaged with the first pin engagement hole 12 and the second pin engagement hole 17 of the intermediate assembly 35 placed on the hinge pin assembly stage 176, Are arranged in a straight line. The hinge pin alignment stage 180 is supplied with a hinge pin 40 from the hinge pin feeder 181 one by one. The hinge pin feeder 181 includes a hinge pin storage part 182 for storing a plurality of hollow hinge pins 40 and a hinge pin 40 stored in the hinge pin storage part 182, (Not shown). The hinge pin feed portion 183 includes a pin feed tube 184 extending from the hinge pin storage portion 182 to the hinge pin alignment stage 180. The pin feed tube 184 has an internal passageway through which the hinge pin 40 passes.

The hinge pin alignment stage 180 is provided with a hinge pin aligner 185 for aligning the hinge pin 40 supplied from the hinge pin feeder 181. The hinge pin aligner 185 includes a push member 186 pushing the hinge pin 40 supplied to the hinge pin alignment stage 180 to the alignment surface 188 of the hinge pin alignment stage 180, And a push member moving mechanism 187 for moving the push member. The hinge pin aligner 185 pushes the hinge pin 40 toward the alignment surface 188 with the push member 186 to bring the hinge pin 40 into close contact with the alignment surface 188 so that the hinge pin 40 is aligned with the hinge pin alignment Aligns with the first pin engagement hole 12 and the second pin engagement hole 17 of the intermediate assembly 35 placed on the stage 180. [

The striking rod 189 and the striking rod driving mechanism 190 are disposed on the outer side of each of the pair of hinge pin alignment stages 180 so as to strike the hinge pin 40 placed on each of the pair of hinge pin assembly stages 176 Respectively. The striking rod 189 is disposed in alignment with the hinge pin 40 that rests on the hinge pin alignment stage 180 on the outside of the hinge pin alignment stage 180. The striking rod 189 is hit by the striking rod driving mechanism 190 toward the intermediate assembly 35 which is linearly transported and placed on the hinge pin alignment stage 180 to place the hinge pin 40 on the hinge pin assembly stage 176 .

The striking rod driving mechanism 190 includes a striking rod engaging member 191 coupled with the striking rod 189. The impact rod engaging member 191 is slidably mounted on the guide rail 192. The striking rod driving mechanism 190 moves the striking rod engaging member 191 along the guide rail 192 to move the striking rod 189 forward and backward. Of course, the striking rod driving mechanism 190 may be modified into various other structures capable of linearly transferring the striking rod 189 in addition to the structure shown.

Referring to Figs. 1 and 2, the discharge unit 110 is installed in the discharge operation position P11 in the conveyance path by the conveyance unit 101. Fig. The discharge unit 110 includes a container pickup head 194, a container pickup head moving mechanism 195, and a discharge chute 196. The container pick-up head 194 is installed on the transfer stage 115 so that the hinge pin 40 is inserted into the intermediate assembly 35 to pick up the finished cosmetic container 45. The container pickup head moving mechanism 195 can pick up the cosmetic container 45 seated on the seating jig 120 and discharge it to the discharge chute 196 installed outside the edge of the transfer stage 115 Lt; RTI ID = 0.0 > 194 < / RTI > The container pick-up head 194 can take various structures that can pick up the cosmetic container 45 by various methods such as a mechanical clamping method and an adsorption method.

Hereinafter, a method for assembling the cosmetic container 45 by the cosmetic container assembling apparatus 100 according to the present embodiment will be described.

First, the operation of loading the case 10 and the cap 15 into the seating jig 120 and the fixing jig 128 of the transfer stage 115 at the loading operation position P1 is performed. When the case 10 is loaded, the case 10 is inserted into the seating jig 120 so that the first pin engagement hole 12 of the case 10 is aligned with the pin insertion hole 122 of the seating jig 120 Rest.

After the loading of the case 10 and the cap 15, the transfer unit 101 is operated to move the holding jig 120 and the fixing jig 128, which are loaded with the case 10 and the cap 15, (P2). Referring to FIGS. 1 and 5, after the case 10 and the cap 15 are stopped at the hook assembling operation position P2, the hook assembling unit 102 is operated to perform a hook assembling operation. The hook assembly unit 102 picks up the hook 20 placed on the hook alignment stage 137 with the hook pickup head 135 and assembles the case 10 fixed to the seating jig 120. [ After the hook 20 is assembled, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the adhesive application work position P3.

1 and 6, after the case 10 and the cap 15 are stopped at the adhesive applying operation position P3, the adhesive applying unit 103 is operated to perform the adhesive applying operation. The adhesive applying unit 103 applies an adhesive to the inner surface of the cap 15 fixed to the fixing jig 128 with the nozzle 139. [ When the application of the adhesive is completed, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the mirror assembly working position P4.

Referring to Figs. 1 and 7 to 10, after the case 10 and the cap 15 are stopped at the mirror assembling operation position P4, the mirror assembling unit 104 is operated to perform the mirror assembling operation. The mirror assembly unit 104 picks up the mirror 25 supplied by the mirror feeder 142 to the mirror pickup head 145 and attaches the mirror 25 to the inside of the cap 15 on the transfer stage 115 with the mirror 25 inclined do. At this time, since the mirror pick-up head 145 enters the inside of the cap 15 with the mirror 25 inclined, the mirror 25 does not hinder the coupling protrusion 16 of the cap 15, ). ≪ / RTI > Since the mirror pickup head 145 is inserted into the inner surface of the cap 15 with the mirror 25 inclined, the air bubble is not trapped between the adhesive applied on the inner surface of the cap 15 and the mirror 25, . Therefore, it is possible to stably attach the mirror 25 to the cap 15 by preventing the inflow of air bubbles between the adhesive and the mirror 25. When the mirror assembly is completed, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the mirror pressing operation position P5.

Referring to Figs. 1 and 2, after the case 10 and the cap 15 are stopped at the mirror pressing operation position P5, the mirror pressing unit 105 is operated to perform the mirror pressing operation. The mirror pressing unit 105 firmly attaches the mirror 25 to the cap 15 by pressing the mirror 25 assembled with the cap 15 to the cap 15 with the mirror pressing member 156. When the mirror pressing operation is completed, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the intermediate support assembly assembling operation position P6.

1 and 11, after the case 10 and the cap 15 are stopped at the intermediate support assembly assembling operation position P6, the intermediate support assembly unit 106 is operated to perform the intermediate support assembly operation. The intermediate support assembly unit 106 picks up the intermediate support 30 supplied by the intermediate support feeder 159 to the intermediate support pick-up head 162 so that the hooks 20 on the transfer stage 115 are assembled to the assembled case 10, Assembly. When the intermediate support assembly is completed, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the intermediate support pressurizing operation position P7.

1, after the case 10 and the cap 15 are stopped at the intermediate support pressurizing operation position P7, the intermediate support pressurizing unit 107 is operated to perform the intermediate support assembly operation The position P6 is pressed toward the case 10 and tightly coupled to the case 10. [ When the intermediate support pressing operation is completed, the transfer unit 101 is operated to transfer the case 10 and the cap 15 to the merging working position P8.

1 and 12 to 15, after the case 10 and the cap 15 are stopped at the cooperative working position P8, the coalescing unit 108 is operated to turn the case 10 and the cap 15, . First, as shown in Fig. 14, the coalescing unit 108 lifts the cap 15 with the mirror 25 on the transfer stage 115 assembled thereon with the lifter 167 above the transfer stage 115, 169). 15, the cap 15 picked up by the pick-up head 169 is reversed upside down so that the engaging projection 16 of the cap 15 is engaged with the engaging groove 16 of the case 10 fixed to the seating jig 120, The cap 15 is incorporated into the case 10 in a state in which the cap 15 faces the cap 11. At this time, when the engaging projection 16 of the cap 15 is inserted into the engaging groove 11 of the case 10, the first pin engaging hole 12 of the case 10 and the second pin engaging hole 16 of the cap 15 The hole 17 lies on a straight line.

After the assembling operation using the assembling unit 108, the hinge pin assembling unit 109 is used to perform a hinge pin assembling operation. First, as shown in Figs. 16 and 17, when the transfer unit 101 is operated and the intermediate assembly 35 formed at the cooperating work position P8 is seated on the seating jig 120, the hinge pin assembly operation position P9, P10. When the intermediate assembly 35 is transferred to the hinge pin assembling operation positions P9 and P10 and stops in front of the hinge pin assembly stage 176 of the hinge pin assembly unit 109, The seating jig moving mechanism 177 of the holding mechanism 109 is operated to move the seating jig 120 on which the intermediate assembly 35 is seated to the hinge pin assembly stage 176. [ At this time, the stopper 179 of the hinge pin assembly stage 176 is inserted into the stopper engagement groove 123 of the seating jig 120, so that the seating jig 120 is fixed on the hinge pin assembly stage 176, The first pin engagement hole 12 and the second pin engagement hole 17 of the intermediate assembly 35 that are seated on the striking rods 120 are disposed in alignment with the striking rod 189. [

On the other hand, the hinge pin 40 is supplied to the pair of hinge pin alignment stages 180 provided on both sides of the hinge pin assembly stage 176 using the hinge pin feeder 181. The hinge pin aligner 185 is operated to move the hinge pin 40 of the hinge pin aligning stage 180 to the first pin engaging hole 12 of the intermediate assembly 35 located in the hinge pin assembling stage 176, Alignment with the two-pin engagement hole 17. After a pair of hinge pins 40 are aligned on both sides of the intermediate assembly 35 located on the hinge pin assembly stage 176, a pair of striking rod driving mechanisms 190 are simultaneously driven And the hinge pin 40 aligned with each hinge pin alignment stage 180 is struck toward the intermediate assembly 35 by a pair of striking rods 189 provided on the outer side of each hinge pin alignment stage 180. At this time, the pair of hinge pins 40 pass through the pin insertion holes 122 on both sides of the seating jig 120 located in the hinge pin assembly stage 176, (12) and the second pin engagement hole (17).

The hinge pin 40 is assembled to the intermediate assembly 35 on the seating jig 120 located on the hinge pin assembly stage 176 to thereby mount the casing 10 and the cap 15 on the seating jig 120, The container 45 is completed. After the cosmetic container 45 is completed, the seating jig 120 on which the cosmetic container 45 is mounted is mounted on the hinge pin assembly using the elastic member 127 connected to the seating jig moving mechanism 177 and the seating jig 120. [ And is returned from the stage 176 to the transfer stage 115.

When the hinge pin assembly by the hinge pin assembly unit 109 is completed, the transfer unit 101 is operated to transfer the cosmetic container 45 seated on the seating jig 120 to the discharge operation position P11. 1 and 2, after the seating jig 120 in which the cosmetic container 45 is seated is stopped at the discharging operation position P11, the discharge unit 110 is operated to discharge the cosmetic container 45 . The discharge unit 110 picks up the cosmetic container 45 seated in the seating jig 120 with the container pickup head 194 and transfers it to the discharge chute 196 installed outside the edge of the transfer stage 115.

As described above, the cosmetic container assembling apparatus 100 according to the present embodiment includes the case 10 and the cap 15 while continuously transferring the case 10 and the cap 15 along the conveying path by the conveying unit 101. [ The hinge-coupled cosmetic container 45 can be automatically assembled. In particular, the mirror 25 can be quickly and stably assembled by inserting the mirror 25 in an inclined state inside the cap 15, which is conveyed along the conveyance path, using the mirror assembly unit 104. [

Although the preferred embodiments of the present invention have been described above, the scope of the present invention is not limited to the embodiments described above.

For example, although two of the hinge pin assembling units 109 are shown as being installed in the circular transfer path by the transfer unit 101, the number of the hinge pin assembling units 109 installed in the transfer path may be one or more And can be changed to various numbers. Further, the number of the remaining working units other than the hinge pin assembling unit 109 may be plural.

Although the drawing shows that the transfer stage 115 of the transfer unit 101 is rotated by one rotating mechanism 119 to simultaneously transfer the case 10 and the cap 15 along the circular transfer path, The case transfer stage in which the case 10 is loaded and the cap transfer stage in which the cap 15 is loaded are separately operated by separate rotation mechanisms to change to another structure for transferring the case 10 and the cap 15 separately . Although the drawing shows the rotary turntable structure having the transfer stage 115 in which the transfer unit 101 rotates, the structure of the transfer unit can be changed into various other structures. For example, the transfer unit may consist of a horizontal transfer type conveyor structure for horizontally transferring the case 10 and the cap 15 along a straight conveying path, a curved conveying path, or a bent straight conveying path.

The figure also shows a seating jig 120 protruding from the upper surface of the case transfer stage 116 for fixing the case 10 and the cap 15 on the transfer stage 115 and a projection jig 120 projecting from the upper surface of the cap transfer stage 117 The fixing jig 128 and the fixing jig 128 may be omitted. In this case, a fixing groove or a clamping mechanism for fixing the case 10 and the cap 15 to the transfer stage may be provided.

It is also shown in the drawing that the seating jig 120 is installed on the transfer stage 115 in a movable structure so that the intermediate assembly 35 is seated in the seating jig 120 and the hinge pin assembly unit 109 The intermediate assembly 35 is moved to the hinge pin assembly stage 176 of the hinge pin assembly unit 109 in the transfer path of the transfer unit 101 The structure can be varied in various ways.

It is also shown that the cosmetic container assembling apparatus 100 having the mirror assembling unit 104 assembles the cosmetic container 45 in which the case 10 and the cap 15 are hinged to each other, The container assembling device may be used to assemble a cosmetic container of another structure to which a mirror is attached to the cap.

10: Case 11: Coupling groove
12, 17: first and second pin engagement holes 15: cap
16: engaging projection 20: hook
25: mirror 30: intermediate support
35: intermediate assembly 40: hinge pin
45: Cosmetic container 100: Cosmetic container assembling device
101: transfer unit 102: hook assembly unit
103: adhesive applying unit 104: mirror assembly unit
105: mirror pressurizing unit 106: intermediate support assembly unit
107: intermediate support pushing unit 108: coalescing unit
109: Hinge pin assembly unit 110: Exhaust unit
111: controller 115: transfer stage
116: case transfer stage 117: cap transfer stage
118: support table 119, 144, 161, 173: rotation mechanism
120, 198: seating jig 122: pin insertion hole
124: movable rail 126: rail guide
127: elastic member 128, 199: fixed jig
134: Hook feeder 135: Hook pickup head
136: hook pickup head moving mechanism 137: hook alignment stage
139: nozzle 140: nozzle moving mechanism
142: mirror feeder 145: mirror pickup head
146, 147: first and second pick-up heads 148:
149, 150: first and second elastic attachment members 152: mirror pick-up head moving mechanism
153, 164, 172, 202: elevating mechanism 154, 165, 174:
156: mirror pressing member 157: mirror pressing member moving mechanism
159: intermediate support feeder 162: intermediate support pick-up head
163: intermediate support pick-up head moving mechanism
167: lifter 168: pedestal
169, 201: pickup head 170: finger
171: pick-up head moving mechanism 176: hinge pin assembling stage
177: seat jig moving mechanism 179: stopper
180: Hinge pin alignment stage 181: Hinge pin feeder
185: hinge pin aligner 186: push member
187: Push member moving mechanism 188: Aligning surface
189: Striking rod 190: Striking rod driving mechanism
194: container pickup head 195: container pickup head moving mechanism
196: Discharge chute 200: Transport unit
203: rotating frame

Claims (12)

A mirror assembly unit for a cosmetic container for assembling a mirror on a cap covering a casing for a cosmetic container,
A mirror supply for supplying the mirror;
A first pick-up head provided on an upper side of the mirror feeder so as to pick up the mirror supplied by the mirror feeder to one end thereof, and a second pickup head installed on the mirror feeder to pick up the mirror picked up by the first pick- And a second pick-up head provided on the upper side of the first pick-up head so as to be spaced apart from the first pick-up head, wherein a difference in height is generated between an end of the first pick- Wherein at least one of the first pick-up head and the second pick-up head ascends and descends relative to the other so that the first pick-up head and the second pick-up head can tilt; And
And a mirror pick-up head moving mechanism for moving the mirror pick-up head so that the mirror pick-up head picks up the mirror supplied by the mirror feeder and attaches to the inside of the cap placed outside the mirror feeder,
Wherein the mirror pick-up head further comprises a head support coupled to the mirror pick-up head moving mechanism to support the first pick-up head and the second pick-up head,
Wherein at least one of the first pick-up head and the second pick-up head is engaged with the head supporting body so as to be slid and descends relative to the head supporting body by its own weight in a state in which the mirror is picked up, Assembly unit. The method according to claim 1,
A first elastic attachment member provided at one end of the first pick-up head so as to be elastically deformed and brought into close contact with the mirror; And
And a second elastic attachment member provided at one end of the second pick-up head so as to be elastically deformed and brought into close contact with the mirror. 3. The method according to claim 1 or 2,
Wherein the first pick-up head and the second pick-up head adsorb the mirror with vacuum pressure. delete A cosmetic container assembling apparatus for assembling a cosmetic container with a mirror attached to a cap covering the case,
A transfer unit having a transfer stage on which the case and the cap are loaded and moving the transfer stage to transfer the case and the cap along a predetermined transfer path;
A mirror feeder installed in a mirror assembly working position where the cap stops during a conveying path by the conveying unit to supply the mirror;
A first pick-up head provided on an upper side of the mirror feeder so as to pick up the mirror supplied by the mirror feeder to one end thereof, and a second pickup head installed on the mirror feeder to pick up the mirror picked up by the first pick- And a second pick-up head provided on the upper side of the first pick-up head so as to be spaced apart from the first pick-up head, wherein a difference in height is generated between an end of the first pick- Wherein at least one of the first pick-up head and the second pick-up head ascends and descends relative to the other so that the first pick-up head and the second pick-up head can tilt;
A mirror pick-up head moving mechanism for moving the mirror pick-up head so that the mirror pick-up head picks up the mirror supplied by the mirror feeder and attaches to the inside of the cap; And
And a pick-up head capable of picking up any one of the case and the cap loaded on the transfer stage, wherein in a merging working position in which the case and the cap are stopped during a transfer path by the transfer unit, And a combining unit for picking up one of the plurality of pick-up heads with the pick-up head and incorporating the other pick-up head with the other pick-up head. 6. The method of claim 5,
An adhesive application unit for applying an adhesive to the inside of the cap at an application operation position where the cap is stopped during a conveyance path by the conveyance unit, the adhesive application unit including a nozzle for applying an adhesive for bonding the mirror to the inside of the cap; Wherein the cosmetic container assembly further comprises: The method according to claim 5 or 6,
And a mirror pressing member capable of pressing the mirror attached to the inside of the cap, wherein the mirror, which is assembled inside the cap with the mirror pressing member, is pressed against the inner surface of the cap, And a mirror pressing unit for pressing the mirror pressing unit against the inner surface. 6. The method of claim 5,
Wherein the merging unit comprises:
And a pedestal which is vertically movably disposed at a lower portion of the transfer stage so as to pass through the through hole provided in the transfer stage of the transfer unit, A lifter for lifting any one of the plurality of lifting stages to an upper side of the transfer stage,
A pick-up head provided above the transfer stage to pick up one of the case and the cap lifted by the lifter,
And a pick-up head moving mechanism for moving the pick-up head so that the pick-up head picks up any one of the case and the cap lifted by the lifter so as to be combined with the other one placed on the transfer stage. Container assembly device. 6. The method of claim 5,
An intermediate supporting body feeder installed in an intermediate supporting body assembling operation position where the case is stopped in a conveying path by the conveying unit to supply an intermediate supporting body which is disposed inside the case and fixes an inner container detachably coupled to the case;
An intermediate support pick-up head installed above the intermediate support feeder to pick up the intermediate support supplied by the intermediate support feeder; And
The intermediate support pick-up head moves the intermediate support pick-up head to move the intermediate support pick-up head so that it can be inserted into the case, which picks up the intermediate support supplied by the intermediate support feeder and stops at the intermediate support assembly- Wherein the cosmetic container assembly further comprises: 6. The method of claim 5,
A hook assembling operation position in which the case and the cap are stopped from the transfer path by the transfer unit to supply a hook to be assembled to one of the case and the cap to lock the cap to the case in a state that the case is closed, A hook supply unit installed in the housing;
A hook pick-up head installed above the hook feeder to pick up the hook supplied by the hook feeder; And
And a hook pick-up head moving mechanism for moving the hook pick-up head so that the hook pick-up head picks up the hook and is assembled inside any one of the case and the cap positioned at the hook assembly working position Wherein the cosmetic container assembly device comprises: 6. The method of claim 5,
Wherein the conveying unit comprises a rotatable turntable structure. 6. The method of claim 5,
Wherein the conveying unit comprises a horizontal conveying type conveyor structure.

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