KR200407151Y1 - Cosmetics case removing apparatus - Google Patents

Abstract

The present invention has a first conveying means having a conveyor for conveying the empty holder for fixing the cosmetic container having a different diameter to the cosmetic container conveying means; Cosmetic container feeding means for forcibly opening the arm of the holder transferred by the first transfer means and putting the cosmetic container into the arm and restoring it to its original state so that the arm can hold the cosmetic container; A direction switching means for shifting the holder fixed to the cosmetic container after a predetermined distance and changing the direction of the holder to move on the conveyor of the second transfer means; And a second conveying means having a conveyor for conveying the cosmetic container of the holder conveyed by the direction switching means in a process for filling and packing the contents.

Therefore, the present invention is to hold the cosmetic container of the bottle shape having a different diameter by using a single holder and then automatically transfer it along the conveyor to form different forms without replacing part or all of the device for filling and packaging cosmetics It is possible to automatically fill and package the contents in the cosmetic container of (diameter).

Cosmetic containers, container holders, working pins, conveyors, grippers.

Description

Cosmetic container conveying apparatus {Cosmetics case removing apparatus}

1 is a block diagram of a cosmetic container transfer device according to the present invention.

2 is a perspective view of a holder capable of holding cosmetic containers of different diameters.

3 is an exploded perspective view of a holder capable of holding cosmetic containers of different diameters.

4 and 5 are cross-sectional views of the holder.

6A and 6B are operation state diagrams of the holder.

※ Explanation of code for main part of drawing

10, 11: conveyor 12: holder

13: Arm 14: Container Inlet

15: cosmetic container 16: the guide

17 sensor 18 vertical operating lever

19: direction switching part 20: rotating plate

21: horizontal operation lever 22: frame

23: support panel 24: gripping groove

25: operation panel 26: cover

27: mounting groove 28: working bundle

29: operating lever 30: rotary shaft

31, 32, 32a: roller 33: guide panel

34, 34a, 45: guide groove 35: bundle of guides

36: working shaft 37a, 37b, 50a, 50b: fixed ring

38: through hole 39: guide rod

40a, 40b: spring 41: holding pin

42: horizontal panel 43: vertical panel

44: joining panel 46: through hole

47: operating surface 48: fixed groove

49: engaging jaw 51: adjusting screw

52: operation ball 53: horizontal plane

The present invention relates to a cosmetic container transfer device for automatically filling and packaging the contents in a container such as cosmetics. In particular, the present invention relates to a cosmetic container transfer device that can hold the cosmetic container of the bottle shape having a different diameter with one holder and then transport it along the conveyor to automatically fill and package the contents in the cosmetic container.

In general, the filling and packaging operations of containers such as cosmetics are difficult to automate as assembly and are highly dependent on manual work. Therefore, only the filling operation for the container for cosmetics and the like is only automated, and other capping and capping operations are performed. Since the work and the taking out of the target container completed until the capping are all performed by hand, a large number of people are required for assembly work.

In addition, conventionally, the container filled with the contents is transferred in a straight direction by the conveyor and the number of assembling members are arranged along the conveying direction of the conveyor to fill and package the cosmetics, so the volume of the apparatus is increased. It requires a lot of space.

Therefore, in the related art, various types of cosmetic filling and packaging devices have been developed for filling and packaging cosmetic contents in a container. Korean Patent Application Publication No. 1996-10457 (vessel filling and packaging automation device) and Korean Patent Application Publication No. 2005-2111 (automatic filling and capping device) are examples.

However, the conventional devices as described above can slightly reduce the number of people required in the process of filling and packaging the cosmetic contents, but there is a difficulty in filling and packaging the contents in different types (diameter) cosmetic containers. . That is, when the container for filling the contents is different, there is a need to replace or reconfigure part or most of the apparatus.

It is an object of the present invention to provide a cosmetic container transfer device for automatically filling and packaging the contents in a cosmetic container by holding a cosmetic container having a bottle diameter having a different diameter and then transporting it along a conveyor. have.

Cosmetic container conveying apparatus according to the present invention for achieving the object as described above, the first conveying means having a conveyor for transporting the empty holder for fixing the cosmetic container having a different diameter to the cosmetic container conveying means ; Cosmetic container feeding means for forcibly opening the arm of the holder transferred by the first transfer means and putting the cosmetic container into the arm and restoring it to its original state so that the arm can hold the cosmetic container; A direction switching means for shifting the holder fixed to the cosmetic container after a predetermined distance and changing the direction of the holder to move on the conveyor of the second transfer means; And a second conveying means having a conveyor for conveying the cosmetic container of the holder conveyed by the direction switching means in a process for filling and packing contents.

In addition, in the present invention, the holder is composed of an operation mechanism for pushing the operation panel outward by the external pressure by the operation pin on the upper end of the frame, the operation to the support panel coupled to both rear ends of the frame It is preferable that the spring is fixed to the center to pull the operation panel moved to the outside by the mechanism, the arm that can hold the cosmetic containers of different diameter on the operation panel is preferably mounted in a state capable of separating and coupling. .

In addition, in the present invention, the operation mechanism, the lower end is coupled to the upper and lower movable guide shaft fixed to the guide bundle fixed to the guide panel (guide panel) the operating shaft located on the upper side of the operating bundle exposed to the outside and The rollers are coupled to the front and rear ends of the operation lever which rotates about a rotation axis fixed to the guide panel so that the rollers face forward and backward, and the roller located at the top of the operation lever is the guide groove of the guide panel and the combined panel operating surface of the operation panel. And a roller positioned at a lower end of the operation lever are disposed to abut on a horizontal surface of the guide groove and the operation bundle of the guide panel.

In addition, in the present invention, it is preferable that the adjustment screw that can adjust the vertical movement distance of the operation bundle is coupled to the lower end of the operation bundle.

In addition, in the present invention, two or more guide rods are installed on the inner surface of the support panel to guide the movement of the operation panel, and the coupling panel of the operation panel is horizontally formed in the guide groove for coupling with the guide rod. It is preferable.

In addition, in the present invention, one end portion of the spring for imparting a restoring force to the operation panel so that the operation panel can move to the original position for holding the cosmetic container is coupled to the fixing ring of the support panel, the other end portion It is preferable to be coupled to the fixing ring of the coupling panel on the opposite side.

In addition, in the present invention, it is preferable that a fixing pin is formed on an upper portion of the horizontal panel of the operation panel, and a fixing groove for coupling with the fixing pin is formed on a lower end of the arm seated on the horizontal panel.

In addition, in the present invention, it is preferable that an arc-type gripping groove is formed on the two inner surfaces of the arm so as to easily hold the cosmetic container.

In addition, in the present invention, the two arms for holding the cosmetic container is preferably made of a material such as synthetic resin or rubber to minimize the impact applied to the cosmetic container at the moment of holding the cosmetic container.

In addition, in the present invention, the holder is fixed to the cosmetic container is transferred to the conveyor by a pneumatic cylinder, the holder is fixed to the cosmetic container is preferably the direction is switched by a rotating plate that is linked to a power source such as a motor.

Hereinafter, the present invention will be described in detail.

1 shows a cosmetic container conveying apparatus according to the present invention, a holder 12 capable of holding a conveyor 11 driven by a power source, such as a motor, not shown, to hold cosmetic containers of different diameters, as shown in the drawing. Likewise, they are sequentially moved from right to left. At this time, the pair of holder 12 arms 13 is kept in a narrowed state at the minimum interval.

The holder 12 transported to the container inlet 14 by the conveyor 11 is opened with a pair of arms 13 (in FIG. 1) in conjunction with the raising of the operation pin 60. One cosmetic container 15 transported by the guide 16 is introduced between the pair of arms 13 thus opened. At this time, the container input portion 14 is provided with a sensor 17, which is a sensor for detecting whether the cosmetic container 15 is correctly inserted between the holder 12, the arm (13). That is, the system control unit for controlling the overall driving of the device outputs a warning signal notifying the manager when the cosmetic container 15 is not correctly input to the holder 12 arm 13 by the sensor 17 or not. Alternatively, the device can be paused to minimize errors in subsequent processes.

When the cosmetic container 15 is inserted between the arms 13 of the holder 12, the cosmetic container 15 is narrowed by the restoring force of the springs 40a and 40b by the lowering of the operation pin 60. ) Is firmly bound to the arm 13 so that the cosmetic container 15 remains bound to the holder 12 in spite of the vibration generated when the holder 12 is transported on the conveyor 11.

With the lowering of the actuating pin 60, with the cosmetic container 15 fixed between the arms 13 of the holder 12, the actuation of the vertical actuating lever 18 interlocked with a power source, such as a pneumatic cylinder, not shown. The holder 12 is conveyed (up in the figure) to the direction switching section 19 in the direction of the arrow.

The direction switching unit 19 has a rotating plate 20 interlocked with a power source such as a motor, not shown, and faces the direction suitable for putting the cosmetic container 15 between the arms 13 of the holder 12. The holder 12 is a device for switching the cosmetic container 15 in a direction suitable for filling the contents.

The holder 12 whose direction is changed in conjunction with the rotating plate 20 of the direction switching unit 19 is transferred from the left to the right (in the drawing) by the horizontal w operating lever 21 and is seated on the conveyor 10. . That is, the cosmetic container 15 fixed to the holder 12 is transferred to the space for performing the process of filling the cosmetic container 15 with the contents.

In this way, the cosmetic container 15 transported on the conveyor 10 is taken out as a finished product through a filling process of the cosmetic contents, a process of closing a cap (cap), and a packaging process. Of course, it should be obvious that the configuration for separating the cosmetic container 15 fixed between the holder 12 and the arm 13 is finally required.

FIG. 2 shows a holder 12 for holding a cosmetic container 15 transported on a conveyor 10 or 11 for filling or packaging cosmetic contents, which is fixed to the upper rear end of the frame 22. FIG. Mechanical mechanism for operating the arm 13, ie the operating panel 25 on which the arm 13 is seated, by the restoring force of the actuating pin and the spring between two vertically spaced support panels 23 The upper part of this support panel 23 is covered with a cover 26.

On the two operation panels 25 operated by the mechanism mechanisms configured in the support panel 23, arms 13 for holding the cosmetic container are separately coupled, and the inner side of the arm 13, that is, the cosmetic container. On one side of the arm 13 which is in direct contact with the gripping groove 24 is formed to hold the cosmetic container. At this time, the gripping groove 24 of the arm 13, since most cosmetic containers are made of round or oval bottles, it is preferable to have a shape close to a circle to be suitable for holding a cosmetic container of such a shape.

3 shows a holder 12 for holding the cosmetic container 15 transported on the conveyor 10, 11 for filling or packaging cosmetic contents, which is the basis of the holder 12 The support groove 23 is screwed upwardly so that the support panel 23 can be maintained at right angles to the frame 22 in the mounting grooves 27 formed at the rear ends of both sides of the frame 22, and the frame 22 is provided on the rear surface of the support panel 23. Guide panel 33 is coupled to abut on the upper surface of the.

The support panel 23 is formed with fixing rings 37a and 37b for fixing the through holes 38 and the springs 40a and 40b for coupling the guide rods 39 to the guide panel 23. Guide grooves 34 for engaging the rollers 32a of the actuating lever 29 are formed.

Here, the through hole 38 is formed up and down with a predetermined interval so as to couple the two guide rods 39 to induce a stable movement of the operating panel 25 including the coupling panel 44, the fixed ring 37a and 37b are formed at different heights on each support panel 23 so that the two coupling panels 44 can be pulled in different directions.

That is, as shown in FIG. 4, the two guide rods 39 screwed horizontally to the inner surface of the support panel 23 are coupled to the guide grooves 45 of the coupling panel 44. The operation panel 25 is moved horizontally along the guide rod 39. In addition, the spring 40a fixed to the fixing ring 37a of the supporting panel 23 is coupled to the fixing ring 50a of the coupling panel 44 on the opposite side through the through hole 46, and the supporting panel 23 is supported. Spring 40b fixed to the fixed ring (37b) of the coupling) is coupled to the fixed ring (50b) of the coupling panel 44 on the opposite side through the through hole 46, the coupling panel is coupled to the guide rod (39) The operating panel 25 including the 44 is moved inward by the pulling force of the springs 40a and 40b.

An operation ball 52 penetrating up and down is formed at the center rear end of the frame 22 as shown in FIG. 5, and the operation hole 52 allows a portion of the operation bundle 28 to be adjusted. The adjustment screw 51 screwed to the lower end of the bundle 28 is seated so as to be exposed to the outside, the operating shaft 36 screwed to the top of the operation bundle 28 is a guide fixed to the guide panel 33 It is coupled to the bundle 35 to be moved up and down.

In addition, the operation lever 29 coupled to the guide panel 33 so as to be rotatable about the rotation axis 30 has a shape bent at an angle as shown in the figure, and the roller ( 32) 32a are attached, and at the end of the lower end, a roller 31 is attached to the front, and one roller 32 located at the upper end is connected to the operating surface 47 of the coupling panel 44. Abuts and pushes the coupling panel 44 out,

The other roller 32a located at the top serves to guide the rotation of the actuating lever 29 while moving along the guide groove 34 of the guide panel 33, and the roller 31 at the bottom actuates a bundle. When the working bundle 28 is raised in contact with the horizontal surface 53 of the 28 (28) to move inward, that is to the center serves to enable the operating lever 29 to rotate about the rotation axis (30). Of course, when the working bunch 28 descends, it moves in reverse.

In particular, a roller facing in a direction opposite to the roller 31 of the actuating lever 29 facing forward is formed at the lower end of the actuating lever 29, and a guide groove 34a for guiding its movement is provided in the guide panel 33. It is formed so that it can induce a stable operation of the operating lever 29 for operating the operating panel 25.

In front of the coupling panel 44 coupled to the guide rod 39, the vertical panel 43 and the horizontal panel 42 are sequentially coupled to form an operation panel 25 for holding a cosmetic container. In the center of the top of the horizontal panel 42 is fixed to be separated from the fixing groove 48 of the arm 13 made of a material that can minimize the force applied to the cosmetic container at the moment of holding the cosmetic container, such as synthetic resin or rubber The pins 41 stand, and the fixing grooves 48 of the arms 13 are detachably coupled so that the arms 13 are seated on the operation panel 25. At this time, the arm 13 seated on the upper side of the horizontal panel 42 has only the engaging jaw 49 formed at the lower end of the arm 13 seated on the horizontal panel 42 and the rest of the arm 13 is closely coupled to the side of the horizontal panel 42. Since it has a structure that can be made, the arm 13 does not rotate even if the fixing groove 48 is separated and coupled to one fixing pin 41.

6A and 6B are cross-sectional views showing the operating state of the holder. In the state in which the working bundle 28 is not operated, the operating panel 25 is collected in the center by the pulling force of the springs 40a and 40b in FIG. 6A. The two arms 13 maintain a minimum gap.

On the other hand, when the actuating bunch 28 is raised by the actuating pin as shown in FIG. 6B, the actuating lever 29 rotates about the rotating shaft 30 while the roller 31 is moved to the horizontal plane ( 53) as it moves inward and the roller 32 pushes the operating surface 47 of the joining panel 44 from the inside out, so that the operating panel 25 and the arm 13 seated thereon are opened. do.

Thus, the cosmetic container 15 can be easily introduced between the two open arms 13.

Although the present invention has been described in detail only with respect to the specific embodiments described, it will be apparent to those skilled in the art that various modifications and changes are possible within the technical spirit of the present invention, and such modifications and modifications belong to the appended claims. will be.

As described above, the present invention not only drastically reduces the number of people for filling and packaging cosmetics by holding bottle-shaped cosmetic containers having different diameters using one holder and then automatically transferring them along the conveyor. And it is effective to automatically fill and package the contents in different types (diameter) cosmetic containers without replacing part or all of the device for packaging.

Claims (4)

First conveying means having a conveyor for conveying empty holders capable of fixing cosmetic containers having different diameters to cosmetic container conveying means; Cosmetic container feeding means for forcibly opening the arm of the holder transferred by the first transfer means and putting the cosmetic container into the arm and restoring it to its original state so that the arm can hold the cosmetic container; A direction switching means for shifting the holder fixed to the cosmetic container after a predetermined distance and changing the direction of the holder to move on the conveyor of the second transfer means; And Second conveying means having a conveyor for conveying the cosmetic container of the holder conveyed by the direction changing means in a process for filling and packing contents; Cosmetic container transfer device comprising a. The method of claim 1, The holder consists of an actuating mechanism for pushing the actuating panel outwardly by an external pressure by an actuating pin on the upper end of the frame, and is moved outwardly by the actuating mechanism on a support panel coupled to both aft ends of the frame. A spring for fixing the operation panel is fixed to the center, cosmetic container transport apparatus characterized in that the arm that can hold a cosmetic container of different diameter on the operation panel is seated in a state capable of separating coupling. The method of claim 2, The actuation mechanism is coupled so that the actuating shaft located at the top of the actuated bundle exposed to the outside through the actuating ball is movable up and down to the guide bundle fixed to the guide panel, and rotates about the axis of rotation fixed to the guide panel. The roller is coupled to the upper and lower ends of the operation lever to face forward and backward, and the roller located at the top of the operation lever is disposed to abut the guide groove of the guide panel and the engaging panel operation surface of the operation panel, the lower end of the operation lever The roller is located in the cosmetic container conveying apparatus, characterized in that arranged in contact with the horizontal surface of the guide groove and the working bundle of the guide panel. The method of claim 2, The two arms inner surface is cosmetic container conveying apparatus, characterized in that the arc-shaped holding groove is formed to facilitate the holding of the cosmetic container.

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