KR102095510B1 - Automatic packing device for skin care material - Google Patents

Abstract

The present invention relates to an automatic packing device for a skin care material. The automatic packing device for a skin care material includes: a case member supply unit supplying a case member having a flat plate unit and a concave container unit; a support transfer unit positioned on the lower side of the case member supply unit and having a tray supporting the case member; a loading unit loading the case member which is waiting on the tray; a skin care solution supply unit supplying a fixed amount of skin care solutions to the container unit; a cover sheet supply unit guiding a cover sheet to be fused on the upper surface of the case member to the upper part of the case member in which the skin care solution is completely injected; a fusion unit sealing the each container by thermally fusing the cover sheet to the case member supported on the tray while the cover sheet passes through the lower part of the fusion unit; and a cutting unit cutting a fused object of the case member and the cover sheet passing through the fusion unit by each container unit and forming a complete product. According to the present invention, the automatic packing device for a skin care material enables rapid packing work by performing a step of thermally fusing the cover sheet after injecting the fixed amount of the skin care solution into each accommodation unit while continuously supplying the case member having the multiple accommodation units and of cutting the case member by a piece, in a line in a lump.

Description

Automatic packing device for skin care material

The present invention relates to an automatic packaging device for skin beauty material, and more specifically, a skin beauty material automatically packaging a container-type skin beauty material containing a sheet member for a cosmetic pack impregnated with a cosmetic liquid and a cosmetic liquid. It relates to a packaging device.

Various ingredients and methods of products have been developed to remove dead skin cells, reduce pores, remove blemishes, improve skin condition, and prevent aging. Among them, the cosmetic pack is intended to improve the soothing and condition of the skin, and is applied by applying a functional cosmetic liquid (e.g., essence) itself to the skin including the face, or by covering the skin with a sheet member impregnated with the cosmetic liquid. Is becoming.

As is known, cosmetic packs have various effects depending on the properties of the ingredients contained in the cosmetic liquid, for example, by removing sebum and impurities in the pores, softening the skin, supplying various nutrients and moisture, shrinking the pores, skin soothing, elasticity It functions to balance the skin through enhancement.

For this reason, not only women who are interested in skin care, but also young men in recent years, it is easy to see how they want to manage their skin using a beauty pack.

There are various types of skin care products related to cosmetic packs, among them, there is also Korean Patent Registration No. 10-1260021 (mask pack with a cover member). The disclosed mask pack includes a stack of sheet members impregnated with various cosmetic nutrients, and a cover member made of polyethylene (PE) material that is temporarily bonded to the sheet member, with an eye opening, a nose incision, a mouth opening, and a border incision formed. It has a structure.

However, since the mask pack is distributed in a state where the sheet member is folded in a thin pouch several times, it is cumbersome to take out the sheet member from the pouch and attach it to the face, and also in the case of packaging the mask pack, the mask pack It has the disadvantage that nutrients may be lost during the process of packaging the pouch in a packaging container.

Accordingly, in Korean Patent Publication No. 10-2016-0061079 (mask pack packaging container and mask pack packaging method), a packaging container comprising a container bottom and a lid is introduced. The lower portion of the container is a container for accommodating the mask and the cosmetic liquid, and has a coupling portion on its upper surface, and the lid portion is adhesively fixed to the coupling portion.

However, the conventional mask pack described above has been cumbersome to package such that the cover portion must be adhesively fixed to the lower portion of the container.

Korean Patent Publication No. 10-2016-0139923 (Mask pack packaging device) Korean Registered Patent Publication No. 10-1593482 (Mask pack packaging device) Korean Patent Publication No. 10-2016-0061079 (Mask pack packaging container and mask pack packaging method)

The present invention was created to solve the above problems, and continuously supplying a case member having a plurality of receiving parts, and applying a skin care material to each receiving part, heat-sealing the cover sheet and cutting the case members individually. It is an object of the present invention to provide an automatic packaging device for skin care materials that enables rapid packaging work because it is performed in one line.

The automatic packaging device for skin care material of the present invention as a solution for solving the problem for achieving the above object is formed in a flat portion having a certain area, and concave in the inner region of the flat plate part, and a plurality of skin beauty materials contained therein A case member supplying part which supports and conveys the case member having the container part, and which has a fixed position plate at an end in the transport direction; A support transfer part located on the downstream side of the case member supply part and including a tray capable of supporting and supporting the case member; A loading unit for picking up the case member reaching the positioning plate and placing it on an upper portion of the tray; A cosmetic liquid supply unit for quantitatively supplying a cosmetic liquid to the container portion of the case member supported by the tray; A cover sheet supply unit for guiding a cover sheet to be fused to the upper surface of the case member to an upper portion of the case member in a state in which the injection of the cosmetic liquid is completed; A fusing part that passes through the cover sheet and heat-seals the case member supported by the tray to seal each container part; The cover sheet and the case member fusion material that has passed through the fusion unit include a cutting unit that is cut into units for each container unit to produce a finished product.

In addition, the case member supply unit; A guide path extending horizontally and providing a transfer path of the case member supplied from the outside, and a reciprocating feeder installed inside the guide path and transferring the case member to the fixed position plate through repetitive lifting and horizontal reciprocating movements. , It is located on the side of the positioning plate and is provided with a sensor for detecting the case member has reached the positioning plate.

In addition, the support transport unit; A support plate slidably supported on a horizontal guide rail facing the fusion unit, a first actuator vertically installed on an upper portion of the support plate, and fixed to an upper end of the piston rod of the first actuator, and supporting the tray It includes a steel plate and a transfer means for reciprocating the tray between the heat-sealed portion and the case member supply portion.

In addition, the cosmetic liquid supply unit; A supply tank in which the cosmetic liquid is stored, and one end thereof connected to the supply tank, a plurality of cosmetic liquid hoses extending to the upper portion of the tray, and a case in a state connected to the other end of the cosmetic liquid hose and placed on the tray A plurality of supply pipes for filling the cosmetic liquid in the container portion of the member is provided.

In addition, the cover sheet supply unit; An electric bobbin for supporting and releasing the cover sheet in a wound state, a plurality of guide rolls supporting the cover sheet released from the electric bobbin and guiding to the fusion side, and a vertical support plate for horizontally supporting the guide roll and , A tension holding unit installed on the vertical support plate to maintain the tension of the cover sheet moving through the guide roll, and a fixed position sensor installed on the transport path of the cover sheet and detecting the correct position of the cover sheet during transport It is provided.

In addition, the guide roll takes the form of a circular rod extending horizontally, both ends thereof are supported on the vertical support plate, vertical slits extending vertically are formed on the vertical support plate, and the tension holding unit; The rack gear fixed to the side of the vertical slit side by side, and both ends thereof are supported to be elevated in a state accommodated in the vertical slit and maintained horizontal, and an inner tube having a ratchet portion formed on an outer circumferential surface, and the inner tube As a hollow tube-shaped member accommodated therein, the outer tube supported on the cover sheet, and installed on the inner circumferential surface of the outer tube to mesh with the ratchet teeth, the pinion gear descends and rotates to rotate the outer tube in the same direction. Rotation, and when the pinion gear rises and rotates, it includes an optional stopper part that allows the inner tube to idle in the outer tube.

In addition, the selection stopper portion; It is disposed in correspondence with the ratchet teeth, and has a one-way stopper that engages with the ratchet teeth when the pinion gear descends, and is separated from the ratchet teeth when the pinion gear rises, and a spring that supports the one-way stopper with the ratchet teeth. do.

In addition, the cutting unit; A frame in an upright state, an upper support fixed to an upper portion of the frame, and a fixed portion on the bottom surface of the upper support, which can cut a plurality of flat plates around the container portion including the container portion in its inner region It has a punching cutter, a cutter passage for accommodating the punching cutter, and is spring-supported on the bottom surface of the upper support, and when pressed by an external force, the presser plate exposing the punching cutter to the bottom through the cutter passage, and the lower part of the presser plate. It is installed so as to be elevated, has the same cutting hole as the cutter passage of the pressing plate, and ascends in a state in which the melt containing the cosmetic liquid is sealed, so that the punching cutter enters the inside of the cutting hole to perform cutting. It includes an elevating mold and a mold actuator for elevating the elevating mold.

The automatic packaging device for skin care material of the present invention made as described above, continuously supplies a case member having a plurality of receiving parts, inserts a skin care material into each receiving part, heat-seals the cover sheet and cuts the case member individually. Because the process is done in one line in a batch, it enables rapid packaging.

1 is a view for conceptually explaining each packaging step using an automatic packaging device for skin care material according to an embodiment of the present invention.
2 is an overall structure diagram of an automatic packaging device for skin care material according to an embodiment of the present invention.
3 is a perspective view showing a part of the case member supply unit and the transfer unit shown in FIG.
4A to 4D are diagrams for explaining an operation method of the support transport unit of FIG. 2.
5 is a cut-away perspective view showing the cover sheet supply unit shown in FIG. 2 separately.
6 is a cross-sectional view showing the internal structure of the tension holding unit shown in FIG. 5.
7A, 7B, and 7C are views for explaining the operating characteristics of the tension holding unit shown in FIG. 5.
8 is a view showing separately the fusion confirmation unit of FIG. 2.
9A and 9B are views for explaining the configuration and operation of the cutting unit shown in FIG. 2.

Hereinafter, one embodiment according to the present invention will be described in more detail with reference to the accompanying drawings.

1 is a view conceptually illustrating a packaging method using an automatic packaging device for skin care material 100 according to an embodiment of the present invention.

As illustrated, the packaging apparatus 100 of this embodiment, after filling the container 12b of the prepared case member 12 with a skin beauty material, seals the container portion 12b with a cover sheet 13, It is a fully automatic device for producing the finished product 19 by cutting the case member 12 with the cover sheet 13 fused along the cutting line 16.

In addition, the skin cosmetic material includes a cosmetic liquid containing a skin beauty component and a sheet member immersed in the cosmetic liquid. The skin care material is used in such a way that the case member is opened and then the sheet member is taken out and attached to the skin. The skin beauty material may include other types of cosmetic liquids as well as cosmetic liquids.

The case member 12, as shown in Figure 1a, has a flat plate portion 12a taking the form of a square plate, and four container portions 12b. The container portion 12b is a concave groove for accommodating the skin beauty material, and its shape and size can be variously changed. The case member 12 is manufactured by pressing a rectangular synthetic resin plate.

1B shows a state in which a cosmetic liquid is filled in the container portion 12b. The supply tube 34a is a pipe for introducing the cosmetic liquid supplied through the cosmetic liquid hose 32 to be described later into the container portion 12b. Needless to say, before the cosmetic liquid is introduced, a sheet member (not shown) is previously accommodated in the container portion 12b.

If the sheet member and the cosmetic liquid, that is, the skin care material is accommodated in the container portion 12b, as shown in FIGS. 1C and 1D, through the heating plate 61a with the cover sheet 13 covered on top of the case member 12 Fusion. That is, the cover sheet 13 is fused to the flat plate portion 12a around the container portion 12b.

The cover sheet 13 is a synthetic resin film having a certain width and is released in a rolled state as shown in FIG. 2 and fused to the upper surface of the case member 12. The finished product after the fusion process is arranged as a semi-finished product 18 at regular intervals along the longitudinal direction of the cover sheet 13.

After completing the fusion process, the finished product 19 is extracted by cutting along the cutting line 16 shown in FIG. 1E. As shown in FIG. 1F, one finished product 19 is composed of one container portion 12b and a cover sheet 13 that seals the container portion 12b. The cover sheet 13 is fused to the flat portion 12a of a certain width remaining around the container portion 12b and maintains a perfect seal.

2 is an overall structure diagram of an automatic packaging device for skin care material 100 according to an embodiment of the present invention.

As shown, the automatic packaging device 100 according to the present embodiment, the case member supply unit 20, the support transfer unit 50, the loading unit 25, the cosmetic liquid supply unit 30, the cover sheet supply unit 40 , A fusion unit 60, a fusion confirmation unit 70, a cutting unit 80, a conveyor 91, a winding reel 93, and a control unit 90.

First, the case member supply unit 20, as shown in Figure 3, a pair of guide spacers (21) spaced apart from each other in parallel, the center wall (21b) installed in the center of the guide path 21, the correct position It has a plate 23, a reciprocating feeder 22, and a sensor 24.

The guide path 21 is constructed by erecting a belt-like member having a predetermined width and extending in the longitudinal direction, and has a sliding groove 21a inside the upper end. The sliding groove 21a serves as a support jaw supporting both ends of the case member 12 in the width direction. The case member 12 is moved to the position plate 23 by the action of the reciprocating feeder 22 in a state caught in the sliding groove 21a.

The center wall 21b is a member disposed in the central portion of the guide path 21 and prevents sagging of the case member 12 and guides linear travel.

The positioning plate 23 is a vertical plate fixed to the distal end of the guide path 21, serves to position the case member 12 reaching the distal end, and has the sensor 24 on its side. The sensor 24 detects the case member 12 reaching the position plate 23 and transmits the detected content to the control unit 90. The control unit 90 receives the signal from the sensor 24 and operates the loading unit 25. Reference numeral 12c denotes an adsorption portion that the adsorption nozzle 25d of the loading portion 25 contacts.

The reciprocating feeder 22 is installed inside the guide path 21 and serves to transport the case member 12 to the fixed position plate 23 through repetitive lifting and horizontal reciprocating motions. The reciprocating feeder 22 includes a horizontal plate 22a in the form of a square plate and two vertical pins 22b, and circulates a path determined by an actuator (not shown) (not shown). For example, it is to repeat the operation of advancing, descending, and reversing with the rising and positioning plate 23.

In the raised state, the two vertical pins 22b are sandwiched between the case members 12 neighboring back and forth as shown in FIG. 3. The front vertical pin 22b pushes and moves the front case member 12 to the position plate 23 side, and the rear vertical pin prevents the rear case member 12 from being pushed forward by inertia.

Referring back to Figure 1, it can be seen that the support member 50 is provided on the downstream side of the case member supply unit 20. The support transfer unit 50 is to reciprocate between the case member supply unit 20 and the main fusion unit 61 to be described later, the support plate 53, the first actuator 52, the lifting plate 54, the first tray (57), a transfer means is provided.

The support transfer section 50 slides by the action of the transfer means in a vertically standing state on the top of the horizontal table 103. To this end, two rows of guide rails 51 are arranged in parallel on the upper surface of the table 103. The guide rail 51 is horizontally fixed between the case member supply part 20 and the main fusion part 61 and supports the slider 53a of the support plate 53. The slider 53a is an accessory fixed to the lower portion of the base plate 53 and is capable of sliding while being raised on the guide rail 51.

The support plate 53 is a plate-like member horizontally supported by the guide rail 51, and has the above-described first actuator 52 at its upper center. The cylinder 52a of the first actuator 52 is bolted to the support plate 53, and the lifting plate 54 is fixed to the upper end of the piston rod 52b. The lifting plate 54 moves up and down by the operation of the first actuator 52.

In addition, four vertical guiders (58a in FIG. 3) and pillars 58b are disposed around the first actuator 52. The vertical guider 58a is a hollow tube extending vertically, and the pillar 58b is a round rod that moves up and down through the vertical guider 58a. The upper end of the pillar 58b is fixed to the lifting plate 54 and guides the lifting movement of the lifting plate 54.

3, the first tray 57 is a square plate having a predetermined thickness, and has four grooves 57a on its upper surface. Each groove 57a accommodates the container portion 12b of the case member 12. The case member 12 is adsorbed to the first tray 57 by using the loading unit 25, and the case member 12 is seated on the first tray 57.

On the other hand, the transfer means, as shown in Figure 2, the first lead screw 55 and horizontally installed on the lower portion of the table 103, the first lead screw 55 and fitted to the support plate 53 It includes a carrier (53b) and a screw motor (56) for rotating the first lead screw (55). Reference numeral 59 denotes a bearing portion supporting the first lead screw 55 and the second lead screw 65k, which will be described later.

Of course, as the screw motor 56 is driven, the first lead screw 55 is axially rotated, and the support transfer unit 50 reciprocates horizontally. In particular, the support transfer unit 50 moves to the left in the drawing and is located under the heating plate 61a of the main fusion unit 61.

On the other hand, the loading portion 25, serves to adsorb the case member 12 waiting at the distal end of the guide path 21 and put it down on the first tray 57. This is made of an actuator (not shown) that is integral to the horizontal nozzle support 25a, the nozzle support 25a, and is fixed to the connection bracket 25b extending to the rear of the guide path 21 and the connection bracket 25b. . The actuator serves to elevate and horizontally move the nozzle support 25a along a predetermined path.

In addition, the nozzle support 25a is provided with four adsorption nozzles 25d and connecting fittings 25c. The connecting fitting 25c serves to connect the vacuum hose 25e to the adsorption nozzle 25d. The vacuum hose 25e is connected to an external vacuum pump and forms a vacuum pressure through an adsorption nozzle 25d.

The adsorption nozzle (25d) is in close contact with the adsorption portion (12c) of the case member (12) is strongly coupled to the case member (12) by the action of negative pressure. In this state, the actuator is operated to place the case member 12 on the first tray 57.

The cosmetic liquid supply unit 30 is to supply the cosmetic liquid to the container portion 12b of the case member 12, a hopper-type supply tank 31, a plurality of cosmetic liquid hoses 32, a metering pump 33, and a cosmetic liquid loader (34).

The supply tank 31 is a container for receiving the cosmetic liquid supplied from the outside therein and has a hose connection part 31a at the lower end. The hose connecting portion 31a is a connecting means for connecting the four cosmetic liquid hoses 32 to the supply tank 31. Since four container portions 12b are formed in the case member 12, the cosmetic liquid hose 32 is also four.

The cosmetic liquid that has flowed into the cosmetic liquid hose 32 through the hose connecting portion 31a is supplied to the cylinder 34b of the cosmetic liquid loader 34 through each metering pump 33. The metering pump 33 serves to pump a certain amount of cosmetic liquid. The four container portions 12b are filled with a cosmetic liquid having the same flow rate by the metering pump 33.

The cosmetic liquid hose 32 is a flexible flexible hose and extends to the upper portion of the waiting first tray 57 and is connected to the cylinder 34b of the cosmetic liquid loader 34. The cylinder (34b) has a vertical supply tube (34a) at its lower portion and sends down the cosmetic liquid received through the cosmetic liquid hose (32) to the supply tube (34a). The cosmetic liquid that has passed through the supply tube 34a is filled in the container portion 12b of the case member 12 mounted on the first tray 57.

On the other hand, the cover sheet supply unit 40, a horizontal electric bobbin (41), a plurality of guide rolls (43), a pair of vertical support plates (42), and a tension holding unit (supporting a cover sheet wound in a roll form) 44), and has a position sensor 45.

The electric bobbin 41 is a horizontal power shaft whose rotation is controlled by the control unit 90. The wound cover sheet 13 is released by rotation of the electric bobbin 41 and is supported by a plurality of guide rolls 43.

The cover sheet 13 is not transferred at a constant speed, but is step-transferred. In other words, it is moved back and forth by a distance corresponding to the distance between the adjacent case member tips. For example, if the distance between the tip portions is 30 cm, the cover sheet 13 has a transport pattern that stops after moving 30 cm and stops after moving 30 cm again. While the cover sheet 13 is stopped, a cosmetic liquid is injected and heat-sealed, and of course, a cutting process to be described later is performed.

This type of transfer will be referred to as step transfer in the following description.

5 is a cut-away perspective view showing a part of the cover sheet supply unit 40 separately, and FIG. 6 is a cross-sectional view showing the internal structure of the tension holding unit 44 shown in FIG. 5. 7A, 7B, and 7C are diagrams for explaining the operating characteristics of the tension holding unit shown in FIG. 5.

As shown, both ends of the guide roll 43 are supported by the vertical support plate 42. The guide roll 43 is a round bar-shaped member that supports the cover sheet 13 moving toward the fusion part 60, and its size or arrangement may be varied as necessary.

The vertical support plate 42 is a rectangular plate having a predetermined thickness, and is spaced apart from each other in parallel and passes the cover sheet 13 therebetween. The plurality of guide rolls 43 are supported by the vertical support plate 42 to maintain parallelism, as described above. Reference numeral 42a is a gap holding rod that maintains the gap between the vertical support plates 42.

In addition, the support plate 42c is fixed to the upper portion of the vertical support plate 42. The support plate 42c is a plate-like member having a predetermined width, and is horizontally fixed to the vertical support plate 42 and passes the cover sheet 13 thereon. The cover sheet 13 passes over the upper surface of the support plate 42c.

In addition, a fixed position sensor 45 is installed on the upper end of one end of the support plate 42c. The exact position sensor 45 serves to detect the correct position of the cover sheet 13 during transport. As shown in FIG. 5, a marking portion 13a is printed on one end in the width direction of the cover sheet 13, which detects the position of the marking portion 13a. The marking portion 13a stops once under the fixed position sensor 45 when the cover sheet 13 is moved, and the fixed position sensor 45 detects the position of the stopped marking portion 13a.

Meanwhile, vertical slits 42b are formed on both sides of the vertical support plate 42. The vertical slit 42b has a predetermined width and extends vertically, and accommodates and supports the end of the inner tube 44c, which will be described later.

The tension holding portion 44 serves to maintain the tension of the moving cover sheet 13, rack gear 44a, pinion gear 44b, inner tube 44c, outer tube 44e, optional It is provided with a stopper part.

First, the rack gear 44a is a gear fixed side by side on the vertical slit 42b. The gear teeth of the rack gear 44a face the vertical slits 42b. The pinion gear 44b is a gear fixed to both ends of the inner tube 44c and meshes with the rack gear 44a. The inner tube 44c passes through the central portion of the pinion gear 44b and is supported by being fitted into the vertical slit 42b. Therefore, the pinion gear 44b maintains a meshing state with the rack gear 44a.

In addition, the pinion gear 44b and the inner tube 44c are fixed to each other. That is, when the pinion gear 44b rotates, the inner tube 44c also rotates at the same time.

In addition, ratchet teeth 44d are provided on the outer circumferential surface of the inner tube 44c. The ratchet tooth portion 44d takes the form of a tooth inclined clockwise, as shown in FIG. 6. The ratchet teeth 44d may be formed on the entire outer circumferential surface of the inner tube 44c, or may be partially formed on the center or side of the inner tube 44c.

The outer tube 44e is a hollow tube-shaped member for receiving the inner tube 44c therein, and the outer circumferential surface is in contact with the cover sheet 13. The conveying cover sheet 13 passes through the lower portion of the outer tube 44e and supports the outer tube 44e. The outer tube 44e or the inner tube 44c is suspended in the air and is subjected to gravity, and thus serves to keep the cover sheet 13 tight during transport. As a result, the cover sheet 13 is affected by the tension corresponding to the weight of the outer tube 44e, the inner tube 44c, the pinion gear 44b, and the selection stopper portion.

The selection stopper part rotates the outer tube 44e in the same direction when the pinion gear 44b descends and rotates in the direction of the arrow s, and when the pinion gear rises and rotates, the inner tube 44c is within the outer tube. Let it idle.

The selection stopper portion includes a one-way stopper 44f, a stopper guider 44g, and a leaf spring 44h. The one-way stopper 44f is a serrated member that can be engaged with the ratchet teeth 44d and is elastically pressed to the ratchet teeth 44d side by the action of the plate spring 44h.

The one-way stopper 44f is caught by the ratchet teeth 44d when the inner tube 44c rotates in the arrow s direction, and transmits the rotational force of the inner tube 44c to the outer tube 44e. The inner tube and the outer tube rotate in the same direction at the same speed. In addition, when the inner tube 44c rotates in the direction of the arrow t, it is out of the engaged state, and the inner tube 44c is caused to idle in the outer tube 44e.

The stopper guider 44g supports the one-way stopper 44f and guides the forward / backward movement of the one-way stopper 44f relative to the ratchet tooth portion 44d.

The operation of the tension holding section 44 having the above configuration is made in the following manner.

Referring to Figure 7a, the outer tube 44e is located at the bottom dead center. In this state, when the cover sheet 13 is pulled in the direction of the arrow z and the electric bobbin 41 is fixed, the outer tube 44e rises and reaches the top dead center as shown in FIG. 7B. It goes without saying that the pinion gear 44b rotates in the direction of the arrow t while the outer tube 44e is raised.

However, when the pinion gear 44b rotates in the direction of the arrow t, the one-way stopper 44f is not caught by the ratchet tooth portion 44d, so the inner tube 44c idles within the outer tube 44e. In other words, even if the inner tube 44c rises and rotates axially, the rotating power is not transmitted to the outer tube 44e, so that the outer tube 44e does not rotate. In addition, since the electric bobbin 41 does not put out the cover sheet 13 at this time, the relative positions of points A and B on both sides of the outer tube 44e are also unchanged.

When the electric bobbin 41 supplies the cover sheet 13 in the state of FIG. 7B, the cover sheet 13 is struck downward by the action of gravity of the outer tube 44e, the inner tube, and the pinion gear. At this time, the pinion gear 44b rotates in the direction of the arrow s and transmits the rotational force to the inner tube 44c.

As the inner tube 44c rotates in the direction of the arrow s, the one-way stopper 44f meshes with the ratchet tooth portion 44d, and transmits the rotational force of the inner tube 44c to the outer tube 44e. As a result, the outer tube rotates in the direction of the arrow s while descending and step-transfers the cover sheet 13. As shown in FIG. 7C, the point B located on the right side of the outer tube 44e is transferred to the left side. In this way, the cover sheet 13 can be maintained in a tensioned state at all times by the operation of the tension holding portion 44.

Referring to FIG. 2 again, the overall structure of the device will be described.

As shown, the fusion section 60 is located on the downstream side of the support transfer section 50. The fusing part 60 is composed of a main fusing part 61 and a fusing stability 65. The main fusing part 61 serves to heat-seal the cover sheet 13 on the upper part of the case member 12 in which the cosmetic liquid is accommodated. The fusion stabilizing portion 65 makes the fusion site one more fusion and presses the fusion surface to have a uniform thickness. In addition, the main fusion unit 61 is fixed in one place, and the fusion stabilizer 65 reciprocates in the left and right directions.

The main fusing part 61 has a heating plate 61a for passing the cover sheet 13 through its lower portion, and a power connecting portion 61b for inducing electric power to the heating plate. The heating plate 61a can be moved up and down by the action of a separate actuator (not shown).

That is, the heating plate 61a descends immediately after the first tray 57 reaches the lower portion of the case member 12 together with the case member 12, and in close contact with the case member 12, generates heat in close contact with the case member ( The cover sheet 13 is fused to the flat plate portion 12a of 12).

4A to 4D are diagrams for explaining the operation method of the support transfer unit 50 and the main fusion unit 61 of FIG. 2.

Referring to the drawing, it can be seen that the first tray 57 is waiting in a descending state from the vertical bottom of the supply tube 34a.

In the standby state, when the first tray 57 rises in the direction of the arrow a1, the loading unit 25 moves to the upper portion of the first tray 57 and lowers the case member 12 to the first tray 57. Let go and fall out. Almost simultaneously with this, the supply tube 34a fills the container portion 12b by sending down the cosmetic liquid.

After the above process is completed, the first tray 57 moves horizontally in the direction of the arrow a2 to stop at the vertical lower portion of the heating plate 61a. Thereafter, the heating plate 61a descends to press the cover sheet 13 against the upper surface of the case member 12 and generate heat at the same time. The cover sheet 13 is heat-sealed to the case member 12 by heat generated from the heating plate 61a. Needless to say, the container portion 12b is sealed through such heat fusion.

The heat-sealed fused product is in a state extending in the longitudinal direction through the cover sheet 13 and is transferred to the fusion confirmation unit 70 by one step step transfer to the fusion stabilization unit 65. If the fusing is completed, the second tray 57 descends and returns to the initial position to wait for the loading of the case member 12.

The plurality of case members 12 are in a state of being fused to the bottom surface of one elongated cover sheet 13 and move toward the cutting portion 80 in accordance with the continuous step transfer of the cover sheet 13.

The fusion stabilization portion 65 includes a second actuator 65a, a base plate 65b, a second tray 65c, and a heating plate 65e.

The second actuator 65a is slidably installed on the upper portion of the guide rail 65h, and has a carrier 65n on the lower portion. The carrier 65n engages with the second lead screw 65k and reciprocates in the longitudinal direction of the second lead screw 65k by rotating the second lead screw 65k by a screw motor 65m. As a result, the fusion stabilizer 65 is to reciprocate between the fusion confirmation part 70 and the main fusion part 61 by a screw motor 65m.

The support plate 65b is a horizontal plate fixed to the upper end of the piston rod of the second actuator 65a, and moves the second tray 65c up and down. The second tray 65c has the same size and shape as the first tray 57.

In addition, the heating plate 65e is supported by the frame 65d and generates heat by electric power applied from the outside, thereby serving to heat the semi-finished product.

The operation of the fusion stabilizer 65 having the above configuration is performed as follows.

Once the second tray 65c descends, it moves toward the main fusion unit 61 and waits for the semi-finished product to be fusion. The term semi-finished product was explained through FIG. 1. Finally, if the semi-finished product, which has been step-transfered, is positioned on the vertical upper portion of the second tray 65c, the second tray 65c rises and presses the semi-finished product toward the heating plate 65e. The semi-finished product is fixed by being bitten by the second tray 65c and the heating plate 65e.

In this state, the heating plate 65e generates heat to heat the fusion site, and at the same time, the screw motor 65m moves the fusion stabilization 65 one step to the left in the drawing. After the step transfer, the second tray 65c descends and returns to its original position, and the semi-finished product moves to the fusion confirmation unit 70.

8 is a view showing the fusion confirmation unit 70 of FIG. 2 separately.

The fusing confirmation part 70 passes the semi-finished product through which the fusing is completed through the fusing part 60, and serves to apply a concentrated load to the fusing part. The fusion confirmation unit 70 is composed of a pass frame 71 in an upright state providing support force, a support roll 73 and a pressure roll 74 installed to be rotatable inside the pass frame 71.

The support roll 73 takes the form of a round bar having a certain diameter and is positioned horizontally on the top of the semi-finished product 18. Further, the pressure roll 74 is a disc-shaped roller and is located under the semi-finished product 18. The pressure roll 74 presses the both ends and the center portion in the width direction of the semi-finished product 18 upward, thereby compressing the fused portion more strongly.

The semi-finished product that has passed through the support roll 73 passes through the cutting unit 80 and is separated to be a finished product (19 in FIG. 1). The finished product is obtained by separating the four container parts 12b included in one case member 12 through a cutting process.

9A and 9B are diagrams for explaining the configuration and operation of the cutting unit 80 shown in FIG. 2.

As mentioned above, the cutting unit 80 is a finished product by cutting the cover sheet and the case member fusion material, that is, the fusion product in a semi-finished state in units of each container.

As shown, the cutting unit 80, the frame 81, the upper support (82b), punching cutter (87), the pressing plate (86), the lifting mold (85), the pedestal (84), mold to provide support It has an actuator 81a.

The frame 81 is a structure erected on the downstream side of the fusing confirmation unit 70, and has a lower support 82a and an upper support 82b. The upper support 82b is horizontally fixed to the upper part of the lower support 82a.

The punching cutter 87 is a cutting member fixed to the bottom surface of the upper support 82b, and has a blade portion 87a at its lower edge. The blade portion 87a is a blade for cutting a semi-finished product along the cutting line 16 shown in FIG. 1E. Naturally, the vertical portion of the blade portion 87a includes the container portion 12b and a portion of the flat plate portion around the container portion.

The pressing plate 86 is a rectangular plate-shaped member having a spring groove 86a and a cutter passage 86b. A spring 88 is built in the spring groove 86a. The spring 88 elastically supports the pressing plate 86 downward.

Cutter passage (86b) is a through-hole for receiving the punching cutter (87), when the pressing plate (86) is pressed upward by the lifting mold 85, the punching cutter (87) protrudes to the lower portion of the cutter passage (86b) By making it possible, the punching cutter 87 performs cutting.

The pedestal 84 is horizontally supported by a plurality of first vertical rods 83 and has a passage 84a in the center as a square plate that moves up and down. The passage is a passage through which the finished product, which has been punched and cut, falls down. The first vertical rod 83 is connected to the mold actuator 81a under the lower support 82a in a state that has passed through the lower support 82a. The mold actuator 81a is operated by the control unit 90 to move the pedestal 84 up and down.

The lifting mold 85 is a square plate fixed to the upper portion of the pedestal 84 and has a plurality of cutting holes 85a. The cutting hole 85a is a through hole having the same size as the cutter passage 86b.

8A shows a state in which the semi-finished product that has passed through the fusion confirmation unit 70 is placed on the upper portion of the elevating mold 85. It goes without saying that the lifting mold 85 moves up and down to raise the semi-finished product to the lifting mold 85.

As described above, in the state where the semi-finished product is raised on the elevating mold 85, when the elevating mold 85 is raised by driving the mold actuator 81a, the elevating mold is placed on the bottom surface of the pressing plate 86 with the semi-finished product interposed therebetween. After reaching, the pressing plate 86 is pushed upward.

As the pressing plate 86 rises, the punching cutter 87 protrudes to the lower portion of the cutter passage 86b and simultaneously cuts the cutting line 16 and descends to the inside of the cutting hole 85a. Four finished products are obtained from one semi-finished product.

The finished product 19 cut by the punch cutter 87 is dropped and discharged in a state loaded on the lower conveyor 91. The remaining post-perforated sheet 14 after the finished product is taken out is wound separately on a winding reel 93.

The automatic packaging device of the present embodiment having the above-described configuration has a feature that each of the constituent parts linearly moves. That is, as the straightening of the entire process is implemented, the movement of each part is minimized, so the overall production speed is fast and the productivity is excellent. In addition, since it is possible to properly control the transfer speed through the control unit, there is no fear of overflowing the cosmetic liquid by the inertia force, and accordingly packaging of the correct capacity is possible.

As described above, the present invention has been described in detail through specific embodiments, but the present invention is not limited to the above embodiments, and various modifications can be made by those skilled in the art within the scope of the technical spirit of the present invention.

12: case member 12a: flat plate portion 12b: container portion
12c: Adsorption part 13: Cover sheet 13a: Marking part
14: post-perforated sheet 16: cutting line 18: semi-finished product
19: Finished product 20: Case member supply part 21: Guide pass
21a: Sliding groove 21b: Center wall 22: Round trip feeder
22a: Horizontal plate 22b: Vertical pin 23: Position plate
24: sensor 25: loading section 25a: nozzle support
25b: connecting bracket 25c: connecting fitting 25d: suction nozzle
25e: vacuum hose 30: non-solution supply part 31: supply tank
31a: hose connection part 32: unused liquid hose 33: fixed volume pump
34: Beauty solution loader 34a: Supply tube 34b: Cylinder
40: cover sheet supply unit 41: electric bobbin 42: vertical support plate
42a: Interval holding rod 42b: Vertical slit 42c: Support plate
43: guide roll 44: tension holding unit 44a: rack gear
44b: pinion gear 44c: inner tube 44d: ratchet teeth
44e: Outer tube 44f: One-way stopper 44g: Stopper guider
44h: Plate spring 45: Precise position sensor 50: Support transfer part
51: Guide rail 52: First actuator 52a: Cylinder
52b: piston rod 53: base plate 53a: slider
53b: carrier 54: lift plate 55: first lead screw
56: screw motor 57: first tray 57a: home
58a: vertical guider 58b: column 59: bearing
60: fusing part 61: main fusing part 61a: heating plate
61b: Power connection 65: Fusion stability 65a: Second actuator
65b: Base plate 65c: Second tray 65d: Frame
65e: Heating plate 65h: Guide rail 65k: Second lead screw
65m: Screw motor 65n: Carrier 70: Fusion confirmation part
71: Pass frame 73: Support roll 74: Pressing roll
80: cutting part 81: frame 81a: mold actuator
82a: lower support 82b: upper support 83: first vertical rod
84: pedestal 84a: passage 85: elevating mold
85a: cutting hole 86: platen 86a: spring groove
86b: cutter passage 87: punch cutter 87a: blade section
88: spring 90: control unit 91: conveyor
93: winding reel 100: automatic packing device 103: table

Claims (8)

delete delete delete delete delete Supporting and conveying a case member having a flat area having a certain area and a plurality of container parts that are formed concavely in the inner area of the flat plate and contain skin beauty material therein. A case member supply unit;
A support transfer part located on the downstream side of the case member supply part and including a tray capable of supporting and supporting the case member;
A loading unit for picking up the case member reaching the positioning plate and placing it on an upper portion of the tray;
A cosmetic liquid supply unit for quantitatively supplying a cosmetic liquid to the container portion of the case member supported by the tray;
A cover sheet supply unit for guiding a cover sheet to be fused to the upper surface of the case member to an upper portion of the case member in a state in which the injection of the cosmetic liquid is completed;
A fusing part that passes through the cover sheet and heat-seals the case member supported by the tray to seal each container part;
As the cover sheet and the case member fusion material that has passed through the fusion unit is cut in units of each container unit, and includes a cutting unit to complete the product,
The cover sheet supply unit;
An electric bobbin that supports and unwinds the cover sheet in a wound state,
A plurality of guide rolls supporting the cover sheet released from the electric bobbin and guiding it to the fusion side;
And a vertical support plate for supporting the guide roll horizontally,
It is installed on the vertical support plate, and a tension holding portion for maintaining the tension of the cover sheet moving through the guide roll,
It is installed on the transport path of the cover sheet, and is provided with a fixed position sensor that detects the correct position of the cover sheet during transport,
The guide roll takes the form of a circular bar extending horizontally, both ends of which are supported by the vertical support plate,
The vertical support plate is formed with a vertical slit extending vertically,
The tension maintaining unit;
A rack gear fixed side by side on the vertical slit,
An inner tube having both ends thereof supported in a vertically slit state and held horizontally in a state accommodated in the vertical slit, and an inner tube having ratchet teeth formed on an outer circumferential surface,
As a hollow tube-shaped member for receiving the inner tube therein, and an outer tube supported on the cover sheet,
It is installed on the inner circumferential surface of the outer tube and meshes with the ratchet tooth part. When the pinion gear descends and rotates, the outer tube rotates in the same direction, and when the pinion gear rises and rotates, the inner tube idles within the outer tube. Automatic packaging device for skin care material, including a selection stopper to make. The method of claim 6,
The selection stopper portion;
It is disposed corresponding to the ratchet teeth, and when the pinion gear is lowered, it meshes with the ratchet teeth, and a one-way stopper separated from the ratchet teeth when the pinion gear is raised,
Automatic packaging device for skin care material having a spring for supporting the one-way stopper with ratchet teeth. delete

Images