WO2015034113A1 - Device for manufacturing cosmetic puff - Google Patents

Abstract

The present invention relates to a device for manufacturing cosmetic puffs, the device comprising: an automatic transfer unit (10); a puff supply unit (20); a solid powder forming unit (30); a puff cap supply unit (40); a joining unit (50); and a transfer unit (60). The automatic transfer unit has mounting cups (11) connected to the upper part thereof at regular intervals and move around a track having a constant distance in one direction. The puff supply unit (20) sequentially mounts puff bodies (71) into the mounting cups (11) from one side of the automatic transfer unit (10) so that the inside of the puff bodies (71) can face upward. The solid powder forming unit (30) sequentially supplies a predetermined amount of powder (P) together with a porous mesh (M) to a guide pipe (310) of an index table (31) that rotates, by driving a motor, by a predetermined angle at each predetermined time; mixes the supplied powder (P) and inserts the powder into the porous mesh (M) by a suction force having a uniform pressure, and compresses, with a uniform pressure, the porous mesh (M), into which the powder (P) is inserted, to form the solid powder (72), and then puts the solid powder (72) on the puff bodies (71) mounted in the mounting cups (11) of the automatic transfer unit (10) that are sequentially transferred from the bottom thereof. The puff cap supply unit (40) supplies puff caps (73) to be mounted on the upper part of the puff bodies (71) having the solid powder (72) put thereon at a position after the automatic transfer unit (10) moves a predetermined distance from the solid powder forming unit (30). The joining unit (50) performs ultrasonic welding along an outer periphery formed between the puff bodies (71) having the solid powder (72) put thereon and the puff caps (73) mounted on the upper part thereof at a position after the automatic transfer unit (10) moves a predetermined distance from the puff cap supply unit (40). The transfer unit (60) separates manufactured puffs (70) mounted in the mounting cups (11) from the mounting cups (11) and transfers the manufactured puffs (70) to a packaging line (80) at a position after the automatic transfer unit (10) moves a predetermined distance from the joining unit (50).

Description

Cosmetic Puff Maker

The present invention relates to a cosmetic puff manufacturing apparatus, and more specifically, the combination of the puff and the built-in solid powder and the cover for each of the built-in solid powder more easily and quickly in a minimal working environment by automatically performing through a conveyor It relates to a cosmetic puff manufacturing apparatus.

In general, cosmetic puffs are cosmetic tools used to use liquid foundation or twin cakes immediately after basic makeup.

Cosmetic puff is mainly manufactured by mixing various additives, such as latex or NR (Nitrile Rubber) as a main raw material, is a cosmetic auxiliary tool that can be used for facial makeup by filling the powder filled in a separate case.

Thus, the cosmetic puff is provided separately from the case filled with powder to be included in the case to be purchased or to be purchased separately from the case.

Accordingly, the applicant of the present invention is to insert a powder powder into the inside of the porous member to form a solid powder by compression in order to make it more portable and easy to use, and the puff to be provided integrally with the solid powder inside the puff Has been proposed by Patent Application No. 2011-0068 (name: puff manufacturing method and puff manufactured thereby).

However, although a method for manufacturing a puff through the present invention has been presented, but for the manufacturing process, it is necessary to implement a device that can concretely implement, that is, to manufacture a puff containing a solid powder.

The present invention has been made in view of the above-mentioned conventional necessity, and the present invention allows a finished product to be made in a state in which solid powder is performed inside through a simpler process with a minimum manpower, thereby making the puff faster and more economical. It is a main object to provide a cosmetic puff making apparatus that can be manufactured.

In another aspect, the present invention is to provide a device for producing a cosmetic puff to make the puff more easily and accurately by increasing the automation rate of the process by only supplying the material by the manpower during the process.

Apparatus for manufacturing a cosmetic puff according to the present invention for achieving the above object is, the upper cup is coupled to the settled cup at regular intervals, automatic transfer unit for circulating a track of a certain distance in one direction; A puff supply unit for placing the puff body in a settling cup which is sequentially moved from one side of the automatic transfer unit; A guide table having a hollow having a predetermined diameter is coupled to the outer periphery of the plate surface at regular intervals, and an index table having a shutter to open and close the lower end of the guide tube at the bottom thereof rotates a predetermined angle every predetermined time by driving the motor. And supplying a porous mesh sequentially to each guide tube of the index table, supplying a predetermined amount of powdered powder to the upper portion of the porous mesh, and mixing the supplied powdered powder to be mixed by suction force of a predetermined pressure. The powdery powder is inserted into the porous mesh, and the porous mesh into which the powdery powder is inserted is pressed to a predetermined pressure to form a solid powder, and then placed in the settling cup of the automatic conveying part which is sequentially moved from the bottom thereof. Solid powder to allow the solid powder to rest on the puff body A forming portion; A puff cap supply unit which allows a puff cap to be seated on an upper portion of the puff body in which the solid powder is seated in the automatic transfer unit at a position moved from the solid powder forming unit by a predetermined distance; A joint for performing ultrasonic welding along the outer circumferential surface between the puff body in which the solid powder is seated and the puff cap seated thereon in the automatic transfer part at a position moved from the puff cap supply part by a predetermined distance; It is a structure which consists of a conveying part which removes the puff finished product settled in an anthographic cup from the anthography cup, and transfers it to a packaging line in the said automatic conveyance part of the position moved a predetermined distance from the said junction part.

In the above configuration, it is most preferable that the movement cycle of moving the settle cup of the automatic transfer unit and the rotation cycle of rotating the index table in the solid powder forming unit are performed in the same manner.

The cosmetic puff manufacturing apparatus of the present invention according to the above configuration by moving and rotating at regular intervals in the cup and the guide tube with a puff body and a puff cap, together with the supply of a porous mesh and powder-type powder and the production of solid powder Along with the solid powder inside the puff to make it easier to make cosmetic puffs.

In addition, the present invention has the effect of providing a very economical advantage to minimize the production space and manpower while maximizing productivity.

1 is a plan view showing an embodiment of a cosmetic puff manufacturing apparatus according to the present invention,

Figure 2 is a side cross-sectional view showing a configuration in which the puff body is placed in the settle cup in the automatic transfer unit according to the present invention,

Figure 3 is a side cross-sectional view showing a configuration in which a porous mesh and a powder-type powder is inserted into the guide tube of the index table in the solid powder forming unit according to the present invention,

Figure 4 is a side cross-sectional view showing a configuration in which the puff cap in the puff cap supply unit according to the present invention.

Hereinafter, described in detail with reference to the accompanying drawings a preferred embodiment of the cosmetic puff manufacturing apparatus according to the present invention.

1 is a plan view showing an embodiment of a cosmetic puff manufacturing apparatus according to the present invention, the cosmetic puff manufacturing apparatus of the present invention is largely an automatic transfer unit 10 and the puff supply unit 20 and the solid powder forming unit ( 30), the puff cap supply part 40, the joining part 50, and the conveyance part 60 are comprised.

Figure 2 is a side cross-sectional view showing a configuration in which the puff body is placed in the settle cup in the automatic transfer unit according to the present invention, the automatic transfer unit 10 of the present invention as a conveyor for circulating a track of a certain distance in one direction, the An upper cup 11 is fixedly coupled to the upper surface at regular intervals. Settle cup 11 is made of a plate shape of a relatively low height of the outer peripheral end, the settle cup 11 may be provided with one on the same horizontal line, as shown in the figure is provided with two at regular intervals You can also do In particular, the automatic transfer unit 10 to be provided in the form of a long hole or a square by using a plurality of motors (12). In the automatic transfer unit 10, the cup cup 11 to move a predetermined distance at a predetermined time period.

And the puff supply unit 20 of the present invention is a position to allow the puff body 71 is placed in the settle cup 11 that is sequentially moved from one side of the automatic transfer unit (10). In other words, the puff supply unit 20 is a position where the puff body 71, which is separately manufactured, is automatically placed in the settling cup 11, and the operation of moving the puff body 71 to the settling cup 11 of the puff body 71 is performed manually. You can either do it or let it run automatically.

Figure 3 is a side cross-sectional view showing a configuration in which the porous mesh and the powder-like powder is inserted into the guide tube of the index table in the solid powder forming unit according to the present invention, the solid powder forming unit 30 of the present invention as shown As a configuration for manufacturing a solid powder to be inserted into the interior of the cosmetic puff, the solid powder forming unit 30 is prepared with a powdery powder (P) with a porous mesh (M) that is a component for forming a solid powder, respectively Do it. The solid powder forming unit 30 supplies the porous mesh M and the powdered powder P at regular intervals along the index table 31 together with the disk-shaped index table 31 to the porous mesh M. After the powder-like powder (P) is sucked and is compressed to form a solid powder is formed. At this time, the index table 31 is coupled to the guide tube 310 having a hollow having a predetermined diameter along the outer periphery of the plate surface at regular intervals, the bottom of the plate surface to open and close the lower end of the guide tube 310 shutter ( 311) is provided. The index table 31 rotates a predetermined angle every predetermined time by the driving of the step motor 32. Thus, the porous mesh M is sequentially supplied to the guide tube 310 of the index table 31, and the powder type powder P is supplied to the upper portion of the porous mesh M, and the powder powder is supplied. While mixing (P) to be further subdivided, the mixed powder powder (P) is sucked into the inside of the porous mesh (M) by the suction force of a constant pressure. When the powdered powder (P) is inserted into the porous mesh (M) and pressed at a predetermined pressure, the powdered powder (P) is compressed in the compressed porous mesh (M) to form a solid powder. . When the solid powder is formed, the inside of the puff main body 71 which is already settled in the settle cup 11 of the automatic transfer unit 10 which is located at the lower side from one side of the index table 31 and sequentially moved at regular intervals. To allow solid powder to settle.

4 is a side cross-sectional view showing a configuration in which the puff cap is placed in the puff cap supply unit according to the present invention. As shown, the puff cap supply unit 40 of the present invention includes a solid powder 72 forming unit 30. It is provided to the puff cap 73 so that the puff cap 73 is placed in the upper portion of the puff body 71 in which the solid powder 72 is placed is provided at a position moved from the automatic transfer unit 10 is provided to be.

Bonding portion 50 is a puff cap (73) to be placed on top with a puff body (71) to allow the solid powder 72 to be seated in the automatic transfer portion 10 moved a certain distance from the puff cap supply (40) Ultrasonic welding is performed along the outer peripheral surface of the liver.

On the other hand, the conveying part 60 is provided in the automatic conveying part 10 which has moved a predetermined distance from the joint part 50, and wraps the finished product puff 70 which is settled in the settle cup 11 from the settle cup 11 from the packing line 80. It is configured to move to. At this time, the movement means from the settle cup 11 to the packaging line 80 may be manually performed by an operator, or may be automatically performed by using a robot.

This will be described in more detail with respect to the effect by the cosmetic puff manufacturing apparatus of the present invention according to the above configuration as follows.

The present invention is to prepare the puff body 71 and the porous mesh (M) and the powdered powder (P) and puff cap (73) constituting the cosmetic puff, respectively and supply them at regular intervals manually or automatically transport them automatically And to be combined.

To this end, the present invention allows the line for supplying the puff body 71 and the puff cap 73 and the line for making the solid powder 72 by supplying the porous mesh (M) and the powdered powder (P).

That is, the puff main body 71 and the puff cap 73 are supplied in the automatic transfer part 10 of the present invention, and the puff main body 71 and the puff cap 73 are mixed in the solid powder forming part 30. .

Therefore, the puff supply unit 20 at one side of the automatic transfer unit 10 is to be placed in the interior of the settling cup 11 while the inner surface is automatically directed upward by the puff body 71 manually or by a robot.

At this time, in the solid powder forming unit 30 is provided at a predetermined distance in the moving direction of the automatic transfer unit 10 from the puff supply unit 20, the settle cup 11 in the automatic transfer unit 10, the index table 31 is a predetermined period It rotates in the same period as this moving period.

Since a plurality of guide tubes 310 are formed at a predetermined angle on the upper surface of the index table 31, the porous mesh M is supplied to the guide tube 310 from one side of the index table 31 at regular intervals.

When the guide tube 310 supplied with the porous mesh M rotates at a predetermined cycle, the powdered powder P is supplied to the upper portion of the porous mesh M, and then the powdered powder P is subdivided by mixing. The granular powder P is inserted into the porous mesh M by a suction pressure of a predetermined pressure.

When the powdery powder (P) is inserted into the porous mesh (M) is pressed at a predetermined pressure to form a solid powder (72) while the powdery powder (P) does not fall out of the porous mesh (M), so formed solid The powder 72 is moved to the upper portion of the puff body 71 settled in the settle cup 11, which has been moved at a predetermined period from the automatic transfer unit 10 located at the lower side of the guide tube 310 on one side of the index table 31. Allow them to rest.

Meanwhile, in the index table 31, the shutter 311 causes the lower end of the guide tube 310 to be closed at a position where the porous mesh M inserted in the guide tube 310 should not be separated downward.

In particular, when the rotation cycle of the index table 31 and the movement cycle of the automatic feeder 10 are made the same, the solid powder 72 falling down from the guide tube 310 of the index table 31 is automatically transferred to the feeder 10. The puff body 71 is placed in a state that is sequentially seated in the settle cup (11).

Thus, the puff body (71) on which the solid powder (72) is seated, the puff cap (73) is placed on the puff cap supply unit (40) manually or by a robot, and the puff cap (73) is mounted on the joint portion. In 50, the separate ultrasonic equipment to be welded between the outer peripheral surface of the puff body 71 and the puff cap 73.

As such, when the puff cap 73 is combined in a state in which the solid powder 72 is built into the puff body 71, the finished product of the cosmetic puff 70 is manufactured, and the settling cup thus manufactured ( 11) the puff 70 settled in the transfer unit 60 to be moved to the packaging line 80 manually or by a robot, etc., the settle cup 11 is continuously moved to an empty state and the puff supply unit 20 again The above operation is repeatedly performed while circulating to.

Meanwhile, the puff 70 supplied to the packaging line 80 may be immediately packaged by an operator, or may be packaged after being moved by a conveyor to a required position.

In this process, while supplying the puff body 71 to the settling cup 11 and the guide tube 310, which moves and rotates at regular intervals, the porous mesh (M) and the powdered powder (P) are supplied and combined and compressed. The puff cap 73 is ultrasonically welded to the upper portion of the solid powder 72 produced by the solid powder 72 seated on the puff main body 71 so that the cosmetic puff can be manufactured and packaged very easily.

Therefore, if the process is carried out while moving and rotating at regular intervals along the automatic transfer unit 10 and the solid powder forming unit 30, the productivity is further improved while minimizing the work space and manpower, and thus making the puff more stable and easy to manufacture. do.

The present invention relates to a cosmetic puff manufacturing apparatus, can be used in the puff manufacturing industry that is a tool for using cosmetics.

Claims (2)

An upper cup is coupled to the upper settled cup at regular intervals, the automatic transfer unit for circulating a track of a certain distance in one direction; A puff supply unit for placing the puff main body in an orderly upward direction in the settling cup at one side of the automatic transfer unit; A guide table having a hollow having a predetermined diameter is coupled to the outer periphery of the plate surface at regular intervals, and an index table having a shutter to open and close the lower end of the guide tube at the bottom thereof rotates a predetermined angle every predetermined time by driving the motor. And supplying a porous mesh sequentially to each guide tube of the index table, supplying a certain amount of powdered powder to the upper portion of the porous mesh (M), and mixing the supplied powdered powder by suction force of a predetermined pressure. The mixed powder powder powder is inserted into the porous mesh, and the porous mesh into which the powder powder is inserted is compressed to a predetermined pressure to form a solid powder, and then the cup of the automatic transfer part which is sequentially moved from the lower part thereof. Solid powder to allow the solid powder to rest on the puff body A further forming portion; A puff cap supply unit which allows a puff cap to be seated on an upper portion of the puff body in which the solid powder is seated in the automatic transfer unit at a position moved from the solid powder forming unit by a predetermined distance; A joint for performing ultrasonic welding along the outer circumferential surface between the puff body in which the solid powder is seated and the puff cap seated thereon in the automatic transfer part at a position moved from the puff cap supply part by a predetermined distance; And a conveying part for separating the finished puff product placed in the settling cup from the settling cup and transferring it to a packaging line in the automatic feeding part at a position moved by a certain distance from the joint part. The method according to claim 1, The cosmetic cycle puff manufacturing apparatus so that the movement cycle of moving the settle cup of the automatic transfer unit and the rotation cycle of rotating the index table in the solid powder forming unit is performed the same.

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