Cosmetic automatic packaging production line

Abstract

This application discloses an automatic cosmetic packaging production line, wherein the automatic cosmetic packaging production line includes a main body, a capping device, a packaging device, and a bottling device. The capping device is disposed on the main body and is used to thread a cap onto a cosmetic bottle. The packaging device is disposed on the main body and is used to pull apart the two opposite packaging surfaces of a packaging box to form a bottling space, and to seal both ends of the packaging box after the cosmetic bottle is fed into the bottling space. The bottling device is disposed on the main body and is used to feed the cosmetic bottle with the cap threaded onto it into the bottling space of the packaging box.

Description

Technical Field

[0001] The utility model relates to the technical field of cosmetic production, in particular to an automatic cosmetic packaging production line. Background Art

[0002] Cosmetics are daily chemical industrial products that are spread on any part of the human body surface (such as skin, hair, nails, lips) by rubbing, spraying or other similar methods to achieve the purposes of cleansing, eliminating bad odors, skin care, beauty and modification.

[0003] In the existing production process, cosmetic liquid is first loaded into a cosmetic bottle, and then the bottle cap is installed on the bottle mouth of the cosmetic bottle. In order to avoid scratches on the cosmetic bottle due to friction during transportation, which affects the appearance and further affects sales due to scratches on the cosmetic bottle, after the bottle cap is installed on the bottle mouth of the cosmetic bottle, the cosmetic bottle is manually loaded into a packaging box to finally complete the production of the product.

[0004] With the development of society, labor costs continue to increase. In the existing product production process, cosmetic bottles need to be put into packaging boxes manually. After working for a long time, the efficiency of manual labor will be reduced due to fatigue. This makes it impossible to always maintain the best efficiency of product production due to the use of manual labor, which in turn affects the production efficiency of the product. Utility Model Content

[0005] In order to solve the above technical problems and achieve at least one advantage of the utility model, the utility model provides an automatic cosmetic packaging production line, wherein the automatic cosmetic packaging production line comprises:

[0006] An equipment body, the equipment body having a cover mounting frame;

[0007] A capping device, the capping device comprising:

[0008] A capping conveying assembly, the capping conveying assembly comprising a capping conveying member and a capping conveying driving member, the capping conveying member being arranged on the capping mounting frame, the capping conveying driving member being arranged on the capping conveying member, the capping conveying member being movably arranged on an output end of the capping conveying driving member, the capping conveying member forming a capping conveying space, the capping conveying space being used for placing cosmetic bottles;

[0009] A cap conveying assembly, the cap conveying assembly is arranged on the capping conveying assembly, and is used to convey the bottle cap to a predetermined position above the capping conveying member, so as to place the bottle cap on the upper end of the cosmetic bottle when the cosmetic bottle passes under the bottle cap driven by the capping conveying member;

[0010] A capping assembly, the capping assembly being arranged on the capping mounting frame, and being used for threading the bottle caps of different sizes onto the cosmetic bottles during the process of the cosmetic bottles being conveyed by the capping conveyor;

[0011] A packaging device, comprising:

[0012] a package storage member, the package storage member being arranged on the device body, the package storage member comprising a package storage space, a package placement opening communicating with the upper end of the package storage space, and a package removal opening communicating with the lower end of the package storage space, wherein the package surfaces of a plurality of packages are placed into the package storage space through the package placement opening in a manner that the packages are opposite to and in contact with each other, and the package removal opening is used to remove the packages from the package storage space;

[0013] A packaging suction component, which is arranged on the device body and is used to take out the packaging box from the packaging port and move the packaging box to a predetermined position;

[0014] A first box-sticking assembly, which is disposed on the device body and is used to take out adhesive from an adhesive box and spray it on one end of the packaging box;

[0015] A box opening and bottom sealing component, which is arranged on the device body and is used to pull the packaging surfaces of the packaging boxes that are opposite to each other to form a bottling space and seal one end of the packaging box with an adhesive;

[0016] A sealing component, which is disposed on the device body and is used to spray adhesive to the other end of the packaging box and seal the other end of the packaging box;

[0017] A bottling device is arranged on the equipment body, and is used to deliver the cosmetic bottle with the bottle cap threadedly connected to the bottling space of the packaging box.

[0018] According to an embodiment of the utility model, the cap transport assembly includes a cap transport mounting frame, at least one cap transport member, at least one pair of anti-dropping members and a cap arranging member, the cap transport mounting frame is arranged on the cap sealing conveying member, the cap transport member is arranged on the cap transport mounting frame, the cap transport member forms a cap transport space for transmitting the bottle caps, one end of the cap transport member also forms a cap transport inlet connected to the cap transport space, the cap arranging member is arranged on the equipment body and is adjacent to the cap transport member, and the cap arranging member has a cap arranging outlet The cap arranging outlet is arranged to be connected to the cap transporting inlet, the cap arranging member is used to adjust the posture of the bottle caps entering the cap transporting inlet from the cap arranging outlet, the other end of the cap transporting member also has a cap dropping space connected to the cap transporting space, the cap dropping space is located at a predetermined position above the cap sealing conveying member, a pair of the anti-dropping members are symmetrically arranged on the cap transporting member and close to the cap dropping space, and the pair of the anti-dropping members are used to make the bottle caps stay in the cap dropping space in a manner that the cap opening part is suspended at the end of the cap transporting member.

[0019] According to one embodiment of the utility model, the screw cap assembly includes a screw cap mounting frame, a plurality of first screw cap components, a second screw cap component having the same number as the first screw cap components, and a screw cap adjusting component, the screw cap mounting frame is arranged on the cap mounting frame, the first screw cap component and the second screw cap component are movably arranged on the screw cap mounting frame through the screw cap adjusting component, the first screw cap component and the second screw cap component are arranged in an array on both sides of the direction in which the cosmetic bottle drives the bottle cap to move, a screw cap space is provided between the first screw cap component and the second screw cap component, the screw cap adjusting component is used to adjust the size of the screw cap space between the first screw cap component and the second screw cap component, and the first screw cap component and the second screw cap component are used to thread the bottle cap to the cosmetic bottle.

[0020] According to one embodiment of the utility model, the packaging suction component includes a picking-up drive member, a rotating disk, at least one picking-up telescopic member and a suction member corresponding to the picking-up telescopic member, the picking-up drive member is arranged on the device body, the rotating disk is movably coaxially connected to the output end of the picking-up drive member, the suction member is movably arranged at the output end of the picking-up telescopic member, the picking-up telescopic member is arranged on the rotating disk, and the suction member has at least one suction part, and the suction part is arranged to pass under the packaging removal port in a manner that the packaging box in the packaging removal port can be picked up.

[0021] According to an embodiment of the utility model, the first box-sticking assembly includes a first spraying member and a first box-sticking moving member, the first spraying member is arranged on the first box-sticking moving member, the first spraying member has a first discharge portion, the first box-sticking moving member is arranged on the equipment body, the first spraying member is used to take out the adhesive from the adhesive box and spray it to an end surface of the packaging box through the first discharge portion, and the first box-sticking moving member is used to move the first spraying member to a predetermined position.

[0022] According to an embodiment of the utility model, the box opening and bottom sealing assembly includes a box opening member, a bottom sealing member, a suction and pull mounting member and a box opening and bottom sealing movable member, the suction and pull mounting member includes a suction and pull mounting member and a suction and pull driving member, the suction and pull mounting member is movably mounted on the output end of the suction and pull driving member, the suction and pull driving member is arranged on the box opening and bottom sealing movable member, the box opening and bottom sealing movable member is arranged on the device main body, the box opening member and the bottom sealing member are both arranged on the suction and pull mounting member, the box opening member has at least one suction and pull portion, the suction and pull portion is located at a position opposite to the suction portion, and the suction and pull portion can suck the packaging box, the box opening member is used to separate the packaging surfaces of the packaging box that are opposite to each other to form the bottling space, the bottom sealing member is used to seal one end of the packaging box with adhesive, and the box opening and bottom sealing movable member is used to move the suction and pull portion and the bottom sealing member to a predetermined position.

[0023] According to one embodiment of the utility model, the sealing assembly includes a clamping movable part, a second box sticking component, a sealing component and a sealing installation component, the clamping movable part and the sealing installation component are both installed on the device body, the clamping movable part is used to move the packaging box whose one end is closed by the bottom sealing component to a predetermined position, the second box sticking component and the sealing component are both arranged on the sealing installation component, the sealing installation component is used to move the second box sticking component and the sealing component to a predetermined position, the second box sticking component has a second discharge portion, the second box sticking component is used to take out the adhesive from the adhesive box and spray it to the other end surface of the packaging box through the second discharge portion, and the sealing component is used to seal the other end of the packaging box with adhesive.

[0024] According to one embodiment of the utility model, the bottling device includes a bottle transport assembly and a bottle pushing component, both of which are arranged on the equipment body, the bottle transport assembly is used to transport the cosmetic bottle connected to the bottle cap to a predetermined position, and the bottle pushing component is used to push the cosmetic bottle at the predetermined position and connected to the bottle cap into the bottling space.

[0025] According to an embodiment of the utility model, the bottle transport assembly includes a bottle-turning conveyor and a bottle-filling conveyor, the bottle-turning conveyor is arranged on the equipment body and has a bottle-turning conveying space and a bottle-turning space, one end of the bottle-turning conveying space is connected to the capping conveying space of the capping conveyor, and the other end of the bottle-turning conveying space is connected to the bottle-turning space, the bottle-filling conveyor includes a conveyor belt and at least two bottle body limiting components, the conveyor belt is arranged on the equipment body and is arranged below a predetermined height of the bottle-turning conveyor, and the bottle body limiting components are spaced a predetermined distance apart. The bottle-pushing member is arranged above the ground on the conveyor belt, and forms a bottle-transmitting space between the two bottle-limiting members, the bottle-transmitting space is arranged to be connected to the bottle-inverting space, the extension direction of the bottle-limiting member is arranged to be toward the bottling space, the bottle-pushing member includes a pushing member and a bottle-pushing driving member, the bottle-pushing driving member is arranged on the bottling conveyor, one end of the pushing member is movably connected to the output end of the bottle-pushing driving member, and the other end of the pushing member is arranged to correspond to the bottle-transmitting space in a manner that the cosmetic bottle located in the bottle-transmitting space can be pushed to the bottling space. According to one embodiment of the utility model, the bottling device also includes a bottle-inverting member, the bottle-inverting member includes at least one blocking member and a bottle-blocking driving member corresponding to the blocking member, the bottle-blocking driving member is arranged at one end of the bottle-inverting conveyor away from the capping conveyor, one end of the blocking member is movably connected to the output end of the bottle-blocking driving member, and the other end of the blocking member is arranged at the bottle-inverting space in a manner that the cosmetic bottle can be abutted. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 A three-dimensional schematic diagram of a preferred embodiment of the utility model is shown.

[0027] Figure 2 A schematic three-dimensional view of the capping device at an angle is shown.

[0028] Figure 3 A schematic three-dimensional diagram of the capping device at another angle is shown.

[0029] Figure 4 Shows Figure 3 Schematic diagram of the enlarged view of point A in the middle.

[0030] Figure 5 A schematic three-dimensional diagram of some components of the transport cover assembly is shown.

[0031] Figure 6 A schematic three-dimensional diagram of the capping conveying assembly and the capping assembly from one perspective is shown.

[0032] Figure 7 A schematic three-dimensional diagram of the capping conveying assembly and the capping assembly from another viewing angle is shown.

[0033] Figure 8 A schematic perspective view of the device body and the packaging device is shown.

[0034] Fig. 9 A schematic three-dimensional diagram of the package storage component, the package suction component, the first box gluing component and the box opening and bottom sealing component is shown.

[0035] Fig.10 Shows Fig. 9 Schematic diagram of the enlarged view of point B in the middle.

[0036] Fig.11 A schematic perspective view of the sealing assembly and the finished product conveying member is shown.

[0037] Fig.12 Shows Fig.11 Schematic diagram of the enlarged view at point C in the middle.

[0038] Fig.13 A schematic perspective view of the bottling device is shown.

[0039] Fig.14 Shows Fig.13 Schematic diagram of the enlarged view at point D in the middle. DETAILED DESCRIPTION

[0040] The following description is used to disclose the utility model so that those skilled in the art can implement the utility model. The preferred embodiments described below are only examples, and those skilled in the art can think of other obvious variations. The basic principles of the utility model defined in the following description can be applied to other embodiments, variations, improvements, equivalents, and other technical solutions that do not deviate from the spirit and scope of the utility model.

[0041] Those skilled in the art should understand that, in the disclosure of the present invention, the terms "longitudinal", "lateral", "up", "down", "front", "back", "left", "right", "vertical", "horizontal", "top", "bottom", "inside", "outside" and the like indicating the orientation or position relationship are based on the orientation or position relationship shown in the drawings, which are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation. Therefore, the above terms should not be understood as limiting the present invention.

[0042] It is to be understood that the term "one" should be understood as "at least one" or "one or more", that is, in one embodiment, the number of an element may be one, while in another embodiment, the number of the element may be multiple, and the term "one" should not be understood as a limitation on the quantity.

[0043] refer to Figures 1 to 14 The automatic cosmetic packaging production line according to a preferred embodiment of the utility model will be described in detail below, wherein the automatic cosmetic packaging production line includes an equipment body 10, a capping device 20, a bottling device 30 and a packaging device 40.

[0044] Specifically, the capping device 20 is used to thread a bottle cap 91 to a cosmetic bottle 92. The capping device 20 includes a capping conveying component 21, a capping delivery component 22 and a capping screwing component 23.

[0045] The device body 10 has a capping mounting frame 11, and the capping conveying assembly 21 includes a capping conveying member 211 and a capping conveying driving member 212. The capping conveying member 211 is arranged on the capping mounting frame 11. The capping conveying driving member 212 is arranged on the capping conveying member 211. The capping conveying member 211 is movably arranged at the output end of the capping conveying driving member 212 to operate by the drive of the capping conveying driving member 212. The capping conveying member 211 has a capping conveying space, and the capping conveying space is used to place the cosmetic bottle 92. In another modified embodiment, the capping conveying member 211 and the capping conveying driving member 212 are both arranged on the capping mounting frame 11, and the capping conveying member 211 is movably arranged at the output end of the capping conveying driving member 212 to operate by the drive of the capping conveying driving member 212.

[0046] In this embodiment, the cap conveying assembly 22 is used to convey the bottle cap 91 to a predetermined position above the cap conveying member 211, and the cosmetic bottle 92 is driven by the cap conveying member 211 to drop the bottle cap 91 to the upper end of the cosmetic bottle 92. The cap conveying assembly 22 includes a cap conveying mounting frame 221, at least one cap conveying member 222, at least one pair of anti-falling members 223 and a cap aligning member 224. The cap conveying mounting frame 221 is disposed on the cap conveying assembly 21. The cap conveying member 222 is disposed on the cap conveying mounting frame 221, and the cap conveying member 222 has a cap conveying space 22202 for conveying the bottle cap 91. One end of the cap conveying member 222 also has a cap conveying inlet 22201 connected to the cap conveying space 22202. The cap aligning member 224 is disposed on the device body 10 and is disposed adjacent to the cap transporting member 222. The cap aligning member 224 has a cap aligning outlet 22401, and the cap aligning outlet 22401 is disposed to be connected to the cap transporting inlet 22201. The cap aligning member 224 is used to adjust the posture of the bottle caps 91 entering the cap transporting inlet 22201 from the cap aligning outlet 22401, so as to transfer the bottle caps 91 through the cap transporting inlet 22201 to the cap transporting space 22202 with the cap opening facing downward through the cap aligning member 224. The other end of the cap transporting member 222 also has a cap dropping space 22203 connected to the cap transporting space 22202, and the cap dropping space 22203 is located at a predetermined position above the capping conveying member 211. A pair of the anti-falling components 223 are symmetrically arranged on the cover transporting member 222 and close to the cover falling space 22203. The pair of the anti-falling components 223 are used to make the bottle cap 91 stay in the cover falling space 22203, and make the cover mouth part of the bottle cap 91 located in the cover falling space 22203 suspended at the end of the cover transporting member 222 and will not fall from the cover falling space 22203 due to gravity.

[0047] Preferably, the anti-falling component 223 includes a rebound member 2231 and a blocking plate 2232, one end of the blocking plate 2232 abuts against the bottle cap 91, and the other end of the blocking plate 2232 is movably arranged on the cover transporting member 222 through the rebound member 2231, and the blocking plate 2232 is used to prevent the cover opening part of the bottle cap 91 located in the cover falling space 22203 from falling from the cover falling space 22203 due to gravity after being suspended at the end of the cover transporting member 222.

[0048] Those skilled in the art will appreciate that, when a plurality of the bottle caps 91 enter the cap delivery space 22202 from the cap delivery inlet 22201 with the cap openings facing downwards through the cap delivery outlet 22401 of the cap arranging member 224, the plurality of the bottle caps 91 in the cap delivery space 22202 will move from the cap delivery space 22202 to the cap falling space 22203 due to mutual squeezing, and eventually the cap openings of the bottle caps 91 located in the cap falling space 22203 will be partially suspended above the end of the cap delivery member 222 under the restriction of the blocking plate 2232.

[0049] At the same time, since the bottle cap 91 is arranged with the cover opening facing downward, the cosmetic bottle 92, driven by the capping conveyor 211, moves the upper end of the cosmetic bottle 92 toward the cover opening of the bottle cap 91 located in the cap-dropping space 22203 and partially suspended at the end of the cap-transporting member 222. At the same time, the upper end of the cosmetic bottle 92 will abut against the suspended part of the cover opening of the bottle cap 91 and push the bottle cap 91 during the movement of the cosmetic bottle 92, so that the bottle cap 91 is pushed away from the cap-dropping space 22203 and falls on the upper end of the cosmetic bottle 92. When the cosmetic bottle 92 follows the movement of the capping conveyor 211, the screw cap assembly 23 will threadably connect the bottle cap 91 to the cosmetic bottle 92.

[0050] It is worth mentioning that, when the bottle cap 91 is pushed away from the cover-dropping space 22203 by the upper end of the cosmetic bottle 92, one end of the blocking plate 2232 of the pair of anti-dropping members 223 against the bottle cap 91 will be pressed and relatively moved away due to the movement of the bottle cap 91, and the resilient member 2231 disposed at the other end of the blocking plate 2232 of the pair of anti-dropping members 223 will be compressed due to the force. After the bottle cap 91 located in the cover-dropping space 22203 leaves the cover-dropping space 22203, one end of the blocking plate 2232 of the pair of anti-dropping members 223 is no longer pressed by the bottle cap 91, and the resilient member 2231 disposed at the other end of the blocking plate 2232 of the pair of anti-dropping members 223 will rebound due to no longer being subjected to the force.

[0051] Furthermore, another bottle cap 91 will enter the cap-dropping space 22203 due to the mutual squeezing of the multiple bottle caps 91 in the cap-transporting space 22202, and the cover opening of another bottle cap 91 will also be partially suspended at the end of the cap-dropping space 22203, and will be prevented from falling from the cap-dropping space 22203 under the restriction of the blocking plate 2232 of the anti-falling member 223, and another cosmetic bottle 92 will also be driven by the capping conveying member 211, so that the upper end of another cosmetic bottle 92 moves toward the other bottle cap 91 located in the cap-dropping space 22203 and partially suspended at the end of the cap-transporting member 222 1, the upper end of the other cosmetic bottle 92 will abut against the suspended part of the cover of the other bottle cap 91, and push the other bottle cap 91 during the movement of the other cosmetic bottle 92, so that the other bottle cap 91 is pushed away from the cap-dropping space 22203, and the other bottle cap 91 falls on the upper end of the other cosmetic bottle 92. In the process that the other cosmetic bottle 92 follows the movement of the other capping conveyor 211, the screw cap assembly 23 will threadably connect the other bottle cap 91 to the other cosmetic bottle 92, so as to achieve the purpose of continuously connecting the bottle cap 91 to the cosmetic bottle 92.

[0052] It should be noted that when the multiple bottle caps 91 in the cap transporting space 22202 of the cap transporting member 222 are squeezed against each other, there is a risk that the bottle caps 91 will fall from both sides of the cap transporting space 22202 of the cap transporting member 222 in the transmission direction.

[0053] Preferably, the cap transport assembly 22 further includes at least one pair of protective members 225, at least one pair of the protective members 225 are arranged on the cap transport mounting frame 221, at least one pair of the protective members 225 are located on both sides of the extension direction of the cap transport member 222, and at least one pair of the protective members 225 are used to prevent the bottle caps 91 from falling from both sides of the cap transport space 22202 of the cap transport member 222 in the transmission direction.

[0054] Preferably, in this embodiment, the cover aligning member 224 is implemented to include a vibration plate.

[0055] In this embodiment, the capping assembly 23 is used to thread the bottle caps 91 of different sizes to the cosmetic bottle 92 during the process of the cosmetic bottle 92 being conveyed by the capping conveyor 211. The capping assembly 23 includes a capping mounting frame 231, a plurality of first capping members 232, a second capping member 233 having the same number as the first capping members 232, and a capping adjustment member 234. The capping mounting frame 231 is disposed on the capping mounting frame 11. The first capping member 232 and the second capping member 233 are movably disposed on the capping mounting frame 231 through the capping adjustment member 234, and a capping space 2301 is provided between the first capping member 232 and the second capping member 233. The capping adjustment member 234 is used to adjust the positions of the first capping member 232 and the second capping member 233 to adjust the size of the capping space 2301, so as to achieve the purpose of threading the bottle caps 91 of different sizes to the cosmetic bottle 92. The first cover screwing member 232 and the second cover screwing member 233 are arranged in an array on both sides of the cosmetic bottle 92 in the direction in which the bottle cap 91 moves. The first cover screwing member 232 and the second cover screwing member 233 are used to thread the bottle cap 91 to the cosmetic bottle 92.

[0056] Preferably, the capping adjustment member 234 includes at least one capping positioning rail 2341, at least one capping screw 2342, at least one capping adjustment driving member 2343, at least one first capping adjustment member 2344 and at least one second capping adjustment member 2345. The capping positioning rail 2341 is arranged on the capping mounting frame 231, and the extension direction of the capping positioning rail 2341 is arranged to be perpendicular to the moving direction of the cosmetic bottle 92. The first capping adjustment member 2344 and the second capping adjustment member 2345 are movably arranged on the capping positioning rail 2341. The capping adjustment driving member 2343 is arranged on the capping mounting frame 231, and the capping screw 2342 is rotatably arranged at the output end of the capping adjustment driving member 2343, and the extension direction of the capping screw 2342 is arranged to be consistent with the extension direction of the capping positioning rail 2341. The screw rod 2342 for rotating the cap is divided into a first screw rod for rotating the cap 23421 and a second screw rod for rotating the cap 23422. The first screw rod for rotating the cap 23421 is arranged to be connected to the second screw rod for rotating the cap 23422, and the surface thread direction of the first screw rod for rotating the cap 23421 is opposite to that of the second screw rod for rotating the cap 23422, so that after the screw rod 2342 is movably passed through the first screw rod for rotating the cap 2344 and the second screw rod for rotating the cap 2345, the first screw rod for rotating the cap 2344 and the second screw rod for rotating the cap 2345 are movably arranged on the first screw rod for rotating the cap 23421 and the second screw rod for rotating the cap 23422, respectively.

[0057] Further, the first cover-turning member 232 includes a first rotating disk 2321 and a first cover-turning driving member 2322, wherein the first rotating disk 2321 is rotatably disposed at the output end of the first cover-turning driving member 2322. The first cover-turning driving member 2322 is disposed on the first cover-turning adjusting member 2344 to move following the movement of the first cover-turning adjusting member 2344. The second cover-turning member 233 includes a second rotating disk 2331 and a second cover-turning driving member 2332, wherein the second rotating disk 2331 is rotatably disposed at the output end of the second cover-turning driving member 2332. The second cover-turning driving member 2332 is disposed on the second cover-turning adjusting member 2345 to move following the movement of the second cover-turning adjusting member 2345. The cover-turning space 2301 is formed between the first rotating disk 2321 and the second rotating disk 2331. The direction in which the first rotary cover driving member 2322 drives the first rotating disk 2321 to rotate is consistent with the direction in which the second rotary cover driving member 2332 drives the second rotating disk 2331 to rotate.

[0058] Specifically, the first rotating disk 2321 and the second rotating disk 2331 are located in the extending direction of the capping conveyor 211 , and are set at a height corresponding to the bottle caps 91 located on the cosmetic bottles 92 .

[0059] It is worth mentioning that when the capping conveyor 211 drives the cosmetic bottle 92 provided with the bottle cap 91 to move in the extension direction of the capping conveyor 211 and makes the bottle cap 91 enter the capping space 2301, the first rotating disk 2321 and the second rotating disk 2331 will abut against the two sides of the bottle cap 91 in the moving direction. Driven by the first capping driving member 2322 and the second capping driving member 2332, the first rotating disk 2321 and the second rotating disk 2331 will drive the bottle body 292 to rotate, so that the bottle cap 91 is finally threadedly connected to the cosmetic bottle 92.

[0060] It is understood by those skilled in the art that, since the surface threads of the first capping adjustment part 23421 and the second capping adjustment part 23422 are in opposite directions, when the capping screw rod 2342 is driven to rotate by the capping adjustment driving member 2343, the first capping adjustment member 2344 and the second capping adjustment member 2345 will move toward or in the opposite direction due to the limitation of the capping positioning track 2341, and then the first rotating disk 2321 and the second rotating disk 2331 are driven to move toward or in the opposite direction through the first capping driving member 2322 and the second capping driving member 2332, so as to achieve the purpose of adjusting the size of the capping space 2301. That is, when the size of the bottle cap 91 changes, there is no need to customize and replace the new capping assembly 23, and only the relative positions of the first capping member 232 and the second capping member 233 need to be adjusted, so that the bottle caps 91 of different sizes can be threadedly connected to the cosmetic bottle 92.

[0061] In this embodiment, the packaging device 40 is used to pull the packaging surfaces of a packaging box 93 opposite to each other to form a bottling space 9301 , and to close the two ends of the packaging box 93 after the cosmetic bottle 92 is sent into the bottling space 9301 .

[0062] The packaging device 40 includes a packaging storage component 41, a packaging suction component 42, a first box-sticking component 43, a box-opening and bottom-sealing component 44, and a sealing component 45. The packaging storage component 41, the packaging suction component 42, the first box-sticking component 43, the box-opening and bottom-sealing component 44, and the sealing component 45 are all arranged on the device body 10.

[0063] The packaging storage piece 41 has a packaging storage space 4101, a packaging placement port 4102 connected to the upper end of the packaging storage space 4101, and a packaging removal port 4103 connected to the lower end of the packaging storage space 4101. The packaging surfaces of multiple packaging boxes 93 are placed into the packaging storage space 4101 through the packaging placement port 4102 in a manner of being opposite and contacting each other, and fall to the packaging removal port 4103 due to gravity.

[0064] The packaging suction component 42 is used to take out the packaging box 93 from the packaging port 4103 and move the packaging box 93 to a predetermined position. The first box-adhering component 43 is used to take out adhesive from an adhesive box and spray it on one end of the packaging box 93. The box-opening and bottom-sealing component 44 is used to pull the packaging surfaces of the packaging box 93 opposite to each other to form the bottling space 9301, and after the bottling device 30 sends the cosmetic bottle 92 connected with the bottle cap 91 into the bottling space 9301, seal one end of the packaging box 93 with adhesive. The sealing component 45 is used to spray adhesive on the other end of the packaging box 93 and seal the other end of the packaging box 93.

[0065] It should be noted that, in order to facilitate the transportation and storage of the packaging box 93, the packaging surfaces of the packaging box 93 facing each other are in a pressed state. In order to prevent the packaging box 93 from falling from the packaging opening 4103 after falling to the packaging opening 4103 due to gravity, the inner diameter of the packaging opening 4103 is set to match the outer diameter of the packaging box 93 in the pressed state.

[0066] Specifically, the packaging suction component 42 includes a pick-up drive member 421, a rotating disk 422, at least one pick-up telescopic member 423, and a suction member 424 corresponding to the pick-up telescopic member 423. The pick-up drive member 421 is disposed on the device body 10, and the rotating disk 422 is movably coaxially connected to the output end of the pick-up drive member 421. The suction member 424 is movably disposed at the output end of the pick-up telescopic member 423, and the pick-up telescopic member 423 is disposed on the rotating disk 422. In other words, the path along which the pick-up telescopic member 423 moves through the suction member 424 following the rotation of the rotating disk 422 is a circular path. The suction member 424 has at least one suction portion 4241 , and the suction portion 4241 passes under the packaging removal opening 4103 of the packaging storage member 41 on the circular path of the taking telescopic member 423 so as to take the packaging box 93 in the packaging removal opening 4103 through the suction portion 4241 .

[0067] Those skilled in the art can understand that the retractable member 423 is implemented to include a retractable cylinder, and the suction portion 4241 is implemented to include a suction cup. When the suction portion 4241 moves to a predetermined position below the package taking opening 4103, the output end of the retractable member 423 lifts up the suction member 424, and the suction portion 4241 of the suction member 424 sucks the packaging box 93 located in the packaging taking opening 4103. During the process of the output end of the retractable member 423 falling, the packaging box 93 will be taken out of the packaging taking opening 4103 by the suction portion 4241.

[0068] In one embodiment, the first box-adhesive assembly 43 includes a first spraying member 431, which is disposed on the device body 10. The first spraying member 431 is used to take out adhesive from the adhesive box and spray it to one end surface of the packaging box 93 through the first discharge portion 4311. The first spraying member 431 has a first discharge portion 4311, which is located on the moving circumferential path of one end of the packaging box 93 when the suction portion 4241 drives the packaging box 93 to move, so that the adhesive is sprayed to one end surface of the packaging box 93 through the first discharge portion 4311 during the movement of the packaging box 93.

[0069] It should be noted that, since the shape of the packaging box 93 is changeable, after the packaging box 93 is sucked by the suction portion 4241, the circular path of movement of one end of the packaging box 93 is uncertain. This results in that in the above embodiment, the first spray part 431 cannot spray the adhesive onto the surface of one end of the packaging box 93 through the first discharge portion 4311.

[0070] In another preferred embodiment, the first box-sticking assembly 43 includes a first spraying member 431 and a first box-sticking moving member 432. The first spraying member 431 is arranged on the first box-sticking moving member 432, and the first spraying member 431 has a first discharge portion 4311. The first box-sticking moving member 432 is arranged on the device body 10. The first spraying member 431 is used to take out the adhesive from the adhesive box and spray it to an end surface of the packaging box 93 through the first discharge portion 4311. The first box-sticking moving member 432 is used to move the first spraying member 431 to a predetermined position, so as to move the first discharge portion 4311 to an end surface of the packaging box 93 to which the adhesive to be sprayed is sucked by the suction portion 4241.

[0071] It is worth mentioning that, through the movement of the first sticking box moving member 432 , the first discharge portion 4311 moves on the surface of one end of the packaging box 93 , so that the adhesive is evenly applied to the surface of one end of the packaging box 93 .

[0072] In one embodiment, the box opening and bottom sealing assembly 44 includes a box opening member 441, a bottom sealing member 442 and a suction-pull mounting member 443. The suction-pull mounting member 443 includes a suction-pull mounting part 4431 and a suction-pull driving member 4432, and the suction-pull mounting part 4431 is movably mounted on the output end of the suction-pull driving member 4432. The suction-pull driving member 4432 is disposed on the device body 10. The box opening member 441 and the bottom sealing member 442 are both disposed on the suction-pull mounting part 4431. The box opening member 441 has at least one suction-pull part 4411, and the suction-pull part 4411 is located at a predetermined position above the moving circular path of the packaging box 93 when the suction part 4241 drives the packaging box 93 to move, so as to suck the packaging box 93 through the movement of the suction-pull mounting part 4431. The box opening member 441 is used to separate the packaging surfaces of the packaging box 93 that are opposite to each other to form the bottling space 9301. The bottom sealing member 442 is used to push the end of the packaging box 93 with the adhesive to seal it with the adhesive.

[0073] Those skilled in the art will appreciate that, when adhesive is applied to one end of the packaging box 93 and the packaging box 93 is moved to the bottom of the suction portion 4411 by the suction portion 4241, the output end of the suction-pull driving member 4432 will be extended and retracted to push the suction portion 4411 of the box opening member 441 toward and suck the packaging box 93 from the top through the suction-pull mounting member 4431. Since the suction portion 4241 sucks the packaging box 93 from the bottom of the packaging box 93, the suction portion 4411 can be moved by telescopic movement of the output end of the suction-pull driving member 4432 to separate the packaging surfaces of the packaging box 93 that are opposite to each other, thereby finally forming the bottling space 9301, so that the cosmetic bottle 92 connected with the bottle cap 91 can be delivered into the bottling space 9301 through the bottling device 30.

[0074] Furthermore, after the cosmetic bottle 92 connected with the bottle cap 91 is sent into the bottling space 9301 by the bottling device 30, the bottom sealing member 442 pushes one end of the packaging box 93 with the adhesive to seal it.

[0075] It should be noted that, since the shape of the packaging box 93 is changeable, the circular path of the movement of one end of the packaging box 93 driven by the suction portion 4241 is uncertain. This results in the above embodiment that the bottom cover member 442 cannot touch the one end of the packaging box 93, and thus the one end of the packaging box 93 with adhesive cannot be pushed to be closed by the bottom cover member 442.

[0076] In another preferred embodiment, the box opening and bottom sealing assembly 44 includes a box opening member 441, a bottom sealing member 442, a suction and pull installation member 443 and a box opening and bottom sealing moving member 444. The suction and pull installation member 443 includes a suction and pull installation member 4431 and a suction and pull driving member 4432, and the suction and pull installation member 4431 is movably installed at the output end of the suction and pull driving member 4432. The suction and pull driving member 4432 is arranged on the box opening and bottom sealing moving member 444. The box opening and bottom sealing moving member 444 is arranged on the device body 10. The box opening member 441 and the bottom sealing member 442 are both arranged on the suction and pull installation member 4431. The box opening member 441 has at least one suction portion 4411, and the suction portion 4411 is located at a predetermined position above the moving circular path of the packaging box 93 when the suction portion 4241 drives the packaging box 93 to move, so as to suck the packaging box 93 through the movement of the suction-pull mounting member 4431. The box opening member 441 is used to separate the packaging surfaces of the packaging boxes 93 that are opposite to each other to form the bottling space 9301. The bottom sealing member 442 is used to push the end of the packaging box 93 with an adhesive to be closed by the adhesive. The box opening bottom sealing moving member 444 is used to move the suction portion 4411 and the bottom sealing member 442 to a predetermined position, so that the suction portion 4411 can suck the packaging box 93 and the bottom sealing member 442 can push the end of the packaging box 93 with an adhesive to be closed.

[0077] Preferably, the suction and pulling portion 4411 is implemented to include a suction cup, and the suction and pulling driving member 4432 is implemented to include a telescopic cylinder.

[0078] In one embodiment, the sealing assembly 45 includes a clamping movable member 451, a second box-sticking member 452, a sealing member 453 and a sealing mounting member 454. The clamping movable member 451 and the sealing mounting member 454 are both mounted on the device body 10. The clamping movable member 451 is used to clamp the packaging box 93, one end of which is closed by the bottom sealing member 442, to a predetermined position. The second box-sticking member 452 and the sealing member 453 are both arranged on the sealing mounting member 454. The sealing mounting member 454 is used to move the second box-sticking member 452 and the sealing member 453 to a predetermined position. The second box-sticking member 452 has a second discharge portion 4521. The second box-sticking member 452 is used to take out the adhesive from the adhesive box and spray it through the second discharge portion 4521 to the other end surface of the packaging box 93 clamped by the clamping movable member 451. The sealing member 453 is used to push the other end of the packaging box 93 with adhesive to close it.

[0079] It is worth mentioning that, by moving the sealing installation component 454 , the second discharge portion 4521 is moved on the other end surface of the packaging box 93 , so that the adhesive is evenly applied to the other end surface of the packaging box 93 .

[0080] In another modified embodiment, the sealing assembly 45 includes a clamping movable member 451, a second box-sticking member 452 and a sealing member 453. The clamping movable member 451, the second box-sticking member 452 and the sealing member 453 are all installed on the device body 10. The second box-sticking member 452 has a second discharge portion 4521. The second box-sticking member 452 is used to take out the adhesive from the adhesive box and spray it through the second discharge portion 4521 to the other end surface of the packaging box 93 clamped by the clamping movable member 451. The sealing member 453 is used to push the other end of the packaging box 93 with the adhesive to close it. The clamping movable member 451 clamps the other end of the packaging box 93 to the second discharge portion 4521 and to the sealing member 453 in turn.

[0081] It is worth mentioning that, through the movement of the clamping movable member 451 , the second discharge portion 4521 is moved on the other end surface of the packaging box 93 , so that the adhesive is evenly applied to the other end surface of the packaging box 93 .

[0082] Specifically, after the other end of the packaging box 93 is closed by the second box-adhering member 452 , the clamping movable member 451 will place the packaging box 93 at a predetermined position, thereby completing the production.

[0083] Preferably, the packaging device 40 further comprises a finished product conveying member 46, which is disposed on the equipment body 10 and has a finished product conveying space 4601 for conveying the packaging box 93. After the other end of the packaging box 93 is closed by the second box-sticking member 452, the clamping moving member 451 will place the packaging box 93 in the finished product conveying space 4601 of the finished product conveying member 46, so as to be transported to a predetermined position by the finished product conveying member 46.

[0084] Specifically, the bottling device 30 is used to deliver the cosmetic bottle 92 threadedly connected with the bottle cap 91 to the bottling space 9301 of the packaging box 93.

[0085] The bottling device 30 includes a bottle transporting assembly 31 and a bottle pushing member 32. The bottle transporting assembly 31 is used to transport the cosmetic bottle 92 connected with the bottle cap 91 to a predetermined position. The bottle pushing member 32 is used to push the cosmetic bottle 92 connected with the bottle cap 91 at a predetermined position into the bottling space 9301.

[0086] In this embodiment, the extension direction of the bottling space 9301 formed by the packaging box 93 needs to be kept horizontal, so that after the bottle pushing member 32 pushes the cosmetic bottle 92 connected with the bottle cap 91 at a predetermined position from one end of the packaging box 93 into the bottling space 9301, the cosmetic bottle 92 connected with the bottle cap 91 will not fall out of the bottling space 9301 from the other end of the packaging box 93 due to gravity. The cosmetic bottle 92 connected with the bottle cap 91 transmitted from the capping transmission space of the capping transmission member 211 is in a vertical state, so it is necessary to set the cosmetic bottle 92 connected with the bottle cap 91 in a vertical state to a horizontal state during the process of the cosmetic bottle 92 connected with the bottle cap 91 being transmitted by the bottle transporting assembly 31, and the extension direction of the cosmetic bottle 92 connected with the bottle cap 91 needs to be set toward one end of the packaging box 93 and consistent with the extension direction of the bottling space 9301.

[0087] Specifically, the bottle transporting assembly 31 includes a bottle-turning conveyor 311 and a bottle-loading conveyor 312. The bottle-turning conveyor 311 is disposed on the device body 10 and has a bottle-turning conveying space 31101 and a bottle-turning space 31102. One end of the bottle-turning conveying space 31101 is connected to the capping conveying space of the capping conveyor 211, and the other end of the bottle-turning conveying space 31101 is connected to the bottle-turning space 31102. So that the cosmetic bottle 92 connected with the bottle cap 91 enters the bottle-turning conveying space 31101 from the capping conveying space, and then moves to the bottle-turning space 31102 through the bottle-turning conveying space 31101.

[0088] The bottling conveyor 312 includes a conveyor belt 3121 and at least two bottle body limiting members 3122. The conveyor belt 3121 is arranged on the equipment body 10 and is arranged to be lower than the bottle inverting conveyor 311 by a predetermined distance. The bottle body limiting members 3122 are arranged on the conveyor belt 3121 at a predetermined distance, and a bottle transfer space 312201 is formed between the two bottle body limiting members 3122. The bottle transfer space 312201 is arranged to be connected to the bottle inverting space 31102, and the extension direction of the bottle body limiting members 3122 is arranged to be toward the bottling space 9301.

[0089] It is worth mentioning that due to the height difference between the bottle pouring conveyor 311 and the bottling conveyor 312, the cosmetic bottle 92 connected with the bottle cap 91 will change from a vertical state to a horizontal state when moving from the bottle pouring space 31102 to the bottle transfer space 312201.

[0090] Specifically, the bottle pushing member 32 includes a pushing member 321 and a bottle pushing driving member 322. The bottle pushing driving member 322 is disposed on the bottling conveyor 312. One end of the pushing member 321 is movably connected to the output end of the bottle pushing driving member 322, and the other end of the pushing member 321 is disposed corresponding to the bottle transfer space 312201, so that the cosmetic bottle 92 connected with the bottle cap 91 located in the bottle transfer space 312201 can be pushed into the bottling space 9301 by the pushing member 321.

[0091] It should be noted that, in the process of the cosmetic bottle 92 connected with the bottle cap 91 moving from the bottle inverting space 31102 to the bottle transferring space 312201, the cosmetic bottle 92 connected with the bottle cap 91 may be unable to pass through the height difference between the bottle inverting conveyor 311 and the bottling conveyor 312, and change from a vertical state to a horizontal state.

[0092] Preferably, the bottling device 30 further comprises a bottle inverting member 313. The bottle inverting member 313 comprises at least one stopper 3131 and a bottle stopper driving member 3132 corresponding to the stopper 3131, and the bottle stopper driving member 3132 is disposed at an end of the bottle inverting conveyor 311 away from the capping conveyor 211. One end of the stopper 3131 is movably connected to the output end of the bottle stopper driving member 3132, and the other end of the stopper 3131 is disposed at the bottle inverting space 31102 and is used to abut against the cosmetic bottle 92 connected with the bottle cap 91 at the bottle inverting space 31102, so that the bottom of the cosmetic bottle 92 located in the bottle inverting space 31102 is in a partially suspended state.

[0093] Those skilled in the art will appreciate that, when the cosmetic bottle 92 moves to the bottle inverting space 31102 and its bottom is partially suspended due to the obstruction of the blocking member 3131, the bottle pushing driving member 322 will drive the pushing member 321 to move out of the bottle inverting space 31102, so that the cosmetic bottle 92 connected to the bottle cap 91 can be smoothly inverted from the bottle inverting space 31102 to the bottle transferring space 312201, so that the cosmetic bottle 92 connected to the bottle cap 91 can be smoothly transformed from a vertical state to a horizontal state, so that it can be successfully pushed into the bottling space 9301 by the pushing member 321.

[0094] It should be understood by those skilled in the art that the embodiments of the present invention described above and shown in the accompanying drawings are only examples and do not limit the present invention. The advantages of the present invention have been fully and effectively realized. The functions and structural principles of the present invention have been demonstrated and explained in the embodiments, and the embodiments of the present invention may be deformed or modified in any way without departing from the principles.

Claims

1. The automatic cosmetic packaging production line is characterized by: The cosmetics automatic packaging production line includes: An equipment body, the equipment body having a cover mounting frame; A capping device, the capping device comprising: A capping conveying assembly, the capping conveying assembly comprising a capping conveying member and a capping conveying driving member, the capping conveying member being arranged on the capping mounting frame, the capping conveying driving member being arranged on the capping conveying member, the capping conveying member being movably arranged on an output end of the capping conveying driving member, the capping conveying member forming a capping conveying space, the capping conveying space being used for placing cosmetic bottles; A cap conveying assembly, the cap conveying assembly is arranged on the capping conveying assembly, and is used to convey the bottle cap to a predetermined position above the capping conveying member, so as to place the bottle cap on the upper end of the cosmetic bottle when the cosmetic bottle passes under the bottle cap driven by the capping conveying member; A capping assembly, the capping assembly being arranged on the capping mounting frame, and being used for threading the bottle caps of different sizes onto the cosmetic bottles during the process of the cosmetic bottles being conveyed by the capping conveyor; A packaging device, comprising: a package storage member, the package storage member being arranged on the device body, the package storage member comprising a package storage space, a package placement opening communicating with the upper end of the package storage space, and a package removal opening communicating with the lower end of the package storage space, wherein the package surfaces of a plurality of packages are placed into the package storage space through the package placement opening in a manner that the packages are opposite to and in contact with each other, and the package removal opening is used to remove the packages from the package storage space; A packaging suction component, which is arranged on the device body and is used to take out the packaging box from the packaging port and move the packaging box to a predetermined position; A first box-sticking assembly, which is disposed on the device body and is used to take out adhesive from an adhesive box and spray it on one end of the packaging box; A box opening and bottom sealing component, which is arranged on the device body and is used to pull the packaging surfaces of the packaging boxes that are opposite to each other to form a bottling space and seal one end of the packaging box with an adhesive; A sealing component, which is disposed on the device body and is used to spray adhesive to the other end of the packaging box and seal the other end of the packaging box; A bottling device is arranged on the equipment body, and is used to deliver the cosmetic bottle with the bottle cap threadedly connected to the bottling space of the packaging box.

2. The automatic cosmetic packaging production line according to claim 1 is characterized in that: The cap conveying assembly comprises a cap conveying mounting frame, at least one cap conveying member, at least one pair of anti-dropping members and a cap aligning member, the cap conveying mounting frame is arranged on the cap sealing conveying member, the cap conveying member is arranged on the cap conveying mounting frame, the cap conveying member forms a cap conveying space for transmitting the bottle caps, one end of the cap conveying member also forms a cap conveying inlet communicated with the cap conveying space, the cap aligning member is arranged on the equipment main body and is arranged adjacent to the cap conveying member, the cap aligning member has a cap aligning outlet, the cap aligning outlet is arranged to be communicated with the cap conveying inlet, the cap aligning member is used to adjust the posture of the bottle cap entering the cap conveying inlet from the cap aligning outlet, the other end of the cap conveying member also has a cap dropping space communicated with the cap conveying space, the cap dropping space is located at a predetermined position above the cap sealing conveying member, a pair of the anti-dropping members are symmetrically arranged on the cap conveying member and close to the cap dropping space, and a pair of the anti-dropping members are used to make the bottle cap stay in the cap dropping space in a manner that the cap opening portion is suspended above the end of the cap conveying member.

3. The automatic cosmetic packaging production line according to claim 2 is characterized in that: The screw-on cap assembly includes a screw-on cap mounting frame, a plurality of first screw-on cap components, a second screw-on cap component having the same number as the first screw-on cap components, and a screw-on cap adjusting component, the screw-on cap mounting frame is arranged on the capping mounting frame, the first screw-on cap component and the second screw-on cap component are movably arranged on the screw-on cap mounting frame through the screw-on cap adjusting component, the first screw-on cap component and the second screw-on cap component are arranged in an array on both sides of the direction in which the bottle cap is moved by the cosmetic bottle, a screw-on cap space is provided between the first screw-on cap component and the second screw-on cap component, the screw-on cap adjusting component is used for adjusting the size of the screw-on cap space between the first screw-on cap component and the second screw-on cap component, and the first screw-on cap component and the second screw-on cap component are used for threading the bottle cap to the cosmetic bottle.

4. The automatic cosmetic packaging production line according to claim 3 is characterized in that: The packaging suction component includes a picking-up drive member, a rotating disk, at least one picking-up telescopic member and a suction member corresponding to the picking-up telescopic member, the picking-up drive member is arranged on the equipment body, the rotating disk is movably coaxially connected to the output end of the picking-up drive member, the suction member is movably arranged at the output end of the picking-up telescopic member, the picking-up telescopic member is arranged on the rotating disk, and the suction member has at least one suction part, and the suction part is arranged to pass under the packaging removal port in a manner that the packaging box in the packaging removal port can be picked up.

5. The automatic cosmetic packaging production line according to claim 4 is characterized in that: The first box-sticking assembly includes a first spraying member and a first box-sticking moving member, the first spraying member is arranged on the first box-sticking moving member, the first spraying member has a first discharge portion, the first box-sticking moving member is arranged on the equipment body, the first spraying member is used to take out the adhesive from the adhesive box and spray it to an end surface of the packaging box through the first discharge portion, and the first box-sticking moving member is used to move the first spraying member to a predetermined position.

6. The automatic cosmetic packaging production line according to claim 5 is characterized in that: The box opening and bottom sealing assembly includes a box opening member, a bottom sealing member, a suction-pull mounting member and a box opening and bottom sealing moving member, the suction-pull mounting member includes a suction-pull mounting member and a suction-pull driving member, the suction-pull mounting member is movably mounted on the output end of the suction-pull driving member, the suction-pull driving member is arranged on the box opening and bottom sealing moving member, the box opening and bottom sealing moving member is arranged on the device main body, the box opening member and the bottom sealing member are both arranged on the suction-pull mounting member, the box opening member has at least one suction and pull portion, the suction and pull portion is located at a position opposite to the suction portion, and the suction and pull portion can suck the packaging box, the box opening member is used to separate the packaging surfaces of the packaging box that are opposite to each other to form the bottling space, the bottom sealing member is used to seal one end of the packaging box with adhesive, and the box opening and bottom sealing moving member is used to move the suction and pull portion and the bottom sealing member to a predetermined position.

7. The automatic cosmetic packaging production line according to claim 6 is characterized in that: The sealing assembly includes a clamping movable part, a second box sticking component, a sealing component and a sealing installation component, the clamping movable part and the sealing installation component are both installed on the device body, the clamping movable part is used to move the packaging box whose one end is closed by the bottom sealing component to a predetermined position, the second box sticking component and the sealing component are both arranged on the sealing installation component, the sealing installation component is used to move the second box sticking component and the sealing component to a predetermined position, the second box sticking component has a second discharge portion, the second box sticking component is used to take out the adhesive from the adhesive box and spray it to the other end surface of the packaging box through the second discharge portion, and the sealing component is used to seal the other end of the packaging box with adhesive.

8. The automatic cosmetic packaging production line according to any one of claims 2 to 7, characterized in that: The bottling device includes a bottle transport assembly and a bottle pushing component, both of which are arranged on the equipment body. The bottle transport assembly is used to transport the cosmetic bottle connected with the bottle cap to a predetermined position, and the bottle pushing component is used to push the cosmetic bottle at the predetermined position and connected with the bottle cap into the bottling space.

9. The automatic cosmetic packaging production line according to claim 8, characterized in that: The bottle transport assembly includes a bottle-turning conveyor and a bottle-filling conveyor, the bottle-turning conveyor is arranged on the equipment body and has a bottle-turning conveying space and a bottle-turning space, one end of the bottle-turning conveying space is connected to the capping conveying space of the capping conveyor, and the other end of the bottle-turning conveying space is connected to the bottle-turning space, the bottle-filling conveyor includes a conveyor belt and at least two bottle body limiting components, the conveyor belt is arranged on the equipment body and is arranged below a predetermined height of the bottle-turning conveyor, and the bottle body limiting components are arranged at a predetermined distance from the The conveyor belt is configured to form a bottle-transferring space between the two bottle-limiting members, the bottle-transferring space is configured to be connected to the bottle-inverting space, the extending direction of the bottle-limiting member is configured to be toward the bottling space, the bottle-pushing member includes a pushing member and a bottle-pushing driving member, the bottle-pushing driving member is configured to be on the bottling conveyor, one end of the pushing member is movably connected to the output end of the bottle-pushing driving member, and the other end of the pushing member is configured to correspond to the bottle-transferring space in a manner that the cosmetic bottle located in the bottle-transferring space can be pushed to the bottling space.

10. The automatic cosmetic packaging production line according to claim 9, characterized in that: The bottling device also includes a bottle-inverting component, which includes at least one stopper and a bottle-stopping driving component corresponding to the stopper, wherein the bottle-stopping driving component is arranged at an end of the bottle-inverting conveying component away from the capping conveying component, one end of the stopper is movably connected to an output end of the bottle-stopping driving component, and the other end of the stopper is arranged at the bottle-inverting space in a manner that it can stop the cosmetic bottle.

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