A rust-proof wet wipe and its fully automatic production line

Abstract

The present invention belongs to the technical field of wet wipe production, and specifically relates to a fully automatic production line for rust-proof wet wipes, including a wet wipe forming device, a storage device, a packaging device, and a packaging film transmission device, wherein the wet wipe forming device, the storage device, and the packaging device are arranged in sequence, and the packaging film transmission device is located below the packaging device. The present invention provides an anti-rust wet wipe and a fully automatic production line thereof, wherein the wet wipe body absorbs the anti-rust liquid to form the anti-rust wet wipe, and is packaged, so that it is convenient to carry and can be directly torn open for use, and the wet wipe is folded, soaked, and cut by the wet wipe forming device, and then transmitted to the packaging device by the storage device, and packaged and transmitted in cooperation with the packaging film transmission device, so as to realize fully automatic production.

Description

Technical Field

[0001] The invention belongs to the technical field of wet wipes production, and specifically relates to an anti-rust wet wipe and a full-automatic production line thereof. Background Art

[0002] Mechanical equipment needs regular maintenance when used for a long time, otherwise it will easily rust, causing equipment aging and affecting the use of the equipment. Some equipment used outdoors needs to be wiped and maintained in time, otherwise it will be more likely to rust after being exposed to water.

[0003] At present, the commonly used method of cleaning instruments is to use towels, cotton silk, deerskin water and other materials to spray and clean the instruments. Although this can achieve a certain cleaning effect, when using towels, cotton silk, deerskin water and other materials, it is necessary to carry spray liquid or anti-rust oil separately. Especially when going out to clean instruments in winter, it is even more inconvenient to carry multiple tools. Summary of the invention

[0004] In view of the deficiencies in the prior art, the technical problem to be solved by the present invention is to provide an anti-rust wet wipe and a fully automatic production line thereof, which can be conveniently carried and directly torn open for use.

[0005] In order to solve the above technical problems, the technical solution adopted by the present invention is: a fully automatic production line for rust-proof wet wipes, comprising a wet wipes forming device, a storage device, a packaging device and a packaging film transmission device, wherein the wet wipes forming device, the storage device and the packaging device are arranged in sequence, and the packaging film transmission device is located below the packaging device;

[0006] The packaging film transmission equipment includes a guide component, a first electrostatic adsorption conveyor, a second electrostatic adsorption conveyor, an aluminum film roll conveyor and a transparent film roll conveyor. The guide component is installed at the input of the packaging equipment. The first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor are arranged side by side up and down, and the input end of the guide component is located between the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor. The aluminum film roll conveyor and the transparent film roll conveyor are respectively located at the input of the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor.

[0007] Preferably, the first electrostatic adsorption transmitter includes a first mounting plate, a first horizontally movable transmission roller, a first lifting transmission roller, a first electrostatic generator, a first electrostatic transmission belt and a plurality of first guide rollers, the first mounting plate is located below the packaging equipment, the first horizontally movable transmission roller is movably mounted on the first mounting plate, and is located on the side of the first mounting plate close to the aluminum film roll conveyor, the first lifting transmission roller is lifted and mounted on the first mounting plate, a plurality of the first guide rollers are rotatably mounted on the first mounting plate, and the centers of the rotating shafts of the first horizontally movable transmission roller, the first lifting transmission roller, the first electrostatic generator and the plurality of first guide rollers are interconnected to form a regular pentagon, the first electrostatic transmission belt is wound around the first horizontally movable transmission roller, the first lifting transmission roller, the first electrostatic generator and the plurality of first guide rollers, the first electrostatic generator is mounted on the first mounting plate and the output end of the first electrostatic generator is arranged in contact with the first electrostatic transmission belt.

[0008] Preferably, the second electrostatic adsorption transmitter includes a second mounting plate, a second horizontally movable transmission roller, a second lifting transmission roller, a second electrostatic generator, a second electrostatic transmission belt and a plurality of second guide rollers, the second mounting plate is located below the packaging equipment, the second horizontally movable transmission roller is movably mounted on the second mounting plate, and is located on the side of the second mounting plate close to the aluminum film roll conveyor, the second lifting transmission roller is lifted and mounted on the second mounting plate, a plurality of the second guide rollers are rotatably mounted on the second mounting plate, and the centers of the rotating shafts of the second horizontally movable transmission roller, the second lifting transmission roller, the second electrostatic generator and the plurality of second guide rollers are interconnected to form a regular pentagon, the second electrostatic transmission belt is wound around the second horizontally movable transmission roller, the second lifting transmission roller, the second electrostatic generator and the plurality of second guide rollers, the second electrostatic generator is mounted on the second mounting plate and the output end of the second electrostatic generator is arranged in contact with the second electrostatic transmission belt.

[0009] Preferably, the aluminum film roll conveyor includes an aluminum film roll transmission tunnel, an aluminum film roll pushing cylinder, an aluminum film roll drive roller, a first unwinding member and an unwinding transmission tunnel, the aluminum film roll transmission tunnel and the unwinding transmission tunnel are connected side by side, the output port side wall of the aluminum film roll transmission tunnel is provided with an aluminum film roll passing groove connected to the input port of the aluminum film roll transmission tunnel, the aluminum film roll pushing cylinder is installed at the output port of the aluminum film roll transmission tunnel, and the pushing direction is set toward the aluminum film roll passing groove, the aluminum film roll drive roller is rotatably installed at the input port of the aluminum film roll transmission tunnel, and is correspondingly arranged with the aluminum film roll pushing cylinder, the first unwinding member includes a first driving cylinder, three first guide rods and a first pushing ring, the first driving cylinder and the three first guide rods are equidistantly installed on the side wall of the unwinding transmission tunnel around the aluminum film roll drive roller, the first pushing ring is sleeved on the aluminum film roll drive roller, and is connected to the driving end of the first driving cylinder.

[0010] Preferably, the transparent film roll conveyor includes a transparent film roll transmission tunnel, a transparent film roll pushing cylinder, a transparent film roll drive roller, a second unwinding member and a roll transmission tunnel, the transparent film roll transmission tunnel and the roll transmission tunnel are connected side by side, the output port side wall of the transparent film roll transmission tunnel is provided with a transparent film roll passing groove connected to the input port of the transparent film roll transmission tunnel, the transparent film roll pushing cylinder is installed at the output port of the transparent film roll transmission tunnel, and the pushing direction is set toward the transparent film roll passing groove, the transparent film roll drive roller is rotatably installed at the input port of the transparent film roll transmission tunnel, and is correspondingly arranged with the transparent film roll pushing cylinder, the second unwinding member includes a second driving cylinder, three second guide rods and a second pushing ring, the second driving cylinder and the three second guide rods are equidistantly installed on the side wall of the roll transmission tunnel around the transparent film roll drive roller, the second pushing ring is sleeved on the transparent film roll drive roller, and is connected to the driving end of the second driving cylinder.

[0011] Preferably, the guide assembly includes a semicircular tunnel and two guide transmission roller belts, the output end of the semicircular tunnel is docked with the packaging equipment, the input end of the semicircular tunnel is located between the first electrostatic adsorption transmitter and the second electrostatic adsorption transmitter, and the two guide transmission roller belts are respectively installed on the two arc-shaped surfaces of the semicircular tunnel.

[0012] Preferably, the storage device comprises two lifting drive frames, two transition conveyor belts and a plurality of storage conveyor components. The two lifting drive frames are arranged side by side, and a lifting seat is installed on the lifting ends of the two lifting drive frames. The two transition conveyor belts are respectively connected to the wet wipes forming equipment and the packaging equipment. The two lifting drive frames are located between the two transition conveyor belts. The plurality of storage conveyor components are divided into two groups in equal numbers and are respectively installed on the lifting seats of the two lifting drive frames, and the plurality of storage conveyor components are arranged equidistantly along the lifting direction of the lifting seats.

[0013] Preferably, the storage transmission member comprises a main driving roller, a driven roller and a storage belt, the main driving roller and the driven roller are both installed on a lifting seat, and the storage belt is wound around the main driving roller and the driven roller.

[0014] A rust-proof wet wipe comprises a wet wipe bag and a wet wipe body. The wet wipe body is placed in the wet wipe bag. The wet wipe body contains rust-proof liquid. The bag wall of the wet wipe bag comprises an aluminum film layer and a transparent film layer.

[0015] Compared with the prior art, the present invention has the following beneficial effects:

[0016] 1. The present invention provides an anti-rust wet wipe, wherein the wet wipe body absorbs the anti-rust liquid to form the anti-rust wet wipe, and is packaged so as to be convenient to carry and can be directly torn open for use.

[0017] 2. The present invention provides a fully automatic production line for rust-proof wet wipes, which folds, soaks and cuts the wet wipes through a wet wipe forming device, and then transfers them to a packaging device through a storage device, and cooperates with a packaging film transmission device for packaging and transmission, thereby realizing fully automatic production.

[0018] 3. The present invention provides a fully automatic production line for rust-proof wet wipes. After the packaging of the packaging film transmission equipment is used up, the formed wet wipes can be temporarily stored in the storage device, and then the aluminum film roll conveyor removes the old roll and fills the new aluminum film roll, and then the new aluminum film roll is adsorbed by the first electrostatic adsorption conveyor to transmit the aluminum film, and the transparent film roll conveyor also cooperates with the second electrostatic adsorption conveyor to transmit the transparent film, so that the aluminum film and the transmitted transparent film are superimposed, and then transmitted by the guide component and placed in the packaging equipment to wait for the wet wipes transmission, and finally the wet wipes are transmitted through the storage device, so that when the packaging film is automatically replaced, the wet wipes forming equipment does not need to stop and can continue production, thereby increasing production efficiency.

[0019] 4. The present invention provides a fully automatic production line for rust-proof wet wipes. When film adsorption is to be performed, the first horizontally movable transmission roller moves toward the aluminum film roll conveyor, and the first lifting transmission roller descends, so that the first electrostatic transmission belt moves toward the aluminum film roll conveyor and adheres to the aluminum film roll on the aluminum film roll conveyor, and then the first electrostatic generator generates static electricity, and conducts it to the first electrostatic transmission belt, so that the first electrostatic transmission belt is static, and the aluminum film roll conveyor drives the aluminum film roll to rotate, so that the end of the aluminum film on the aluminum film roll is attached to the first electrostatic transmission belt, thereby electrostatically adsorbing the end of the aluminum film on the aluminum film roll, and then the first horizontally movable transmission roller and the first lifting transmission roller move and reset, so that the aluminum film is located between the first electrostatic adsorption transmitter and the second electrostatic adsorption transmitter, thereby realizing automatic grabbing and transmission of the aluminum film.

[0020] 5. The present invention provides a fully automatic production line for rust-proof wet wipes. When film adsorption is to be performed, the second horizontally movable transmission roller moves toward the transparent film roll conveyor, and the second lifting transmission roller descends, so that the second electrostatic transmission belt moves toward the transparent film roll conveyor and adheres to the transparent film roll on the transparent film roll conveyor, and then the second electrostatic generator generates static electricity, and conducts it to the second electrostatic transmission belt, so that the second electrostatic transmission belt is electrostatic, and the transparent film roll conveyor drives the transparent film roll to rotate, so that the end of the transparent film on the transparent film roll is attached to the second electrostatic transmission belt, thereby electrostatically adsorbing the end of the transparent film on the transparent film roll, and then the second horizontally movable transmission roller and the second lifting transmission roller move and reset, so that the transparent film is located between the second electrostatic adsorption transmitter and the second electrostatic adsorption transmitter, thereby realizing automatic grabbing of the transparent film and transmission. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 This is a schematic diagram of the structure of the anti-rust wet wipes of the present invention;

[0022] Figure 2 It is an enlarged structural schematic diagram of the wet wipes bag layer structure of the present invention;

[0023] Figure 3 This is a schematic diagram of the structure of the fully automatic production line for rust-proof wet wipes of the present invention;

[0024] Figure 4 It is a structural schematic diagram of the packaging film transmission device of the present invention;

[0025] Figure 5 It is a schematic structural diagram of the first electrostatic adsorption transmitter of the present invention;

[0026] Figure 6 is a schematic structural diagram of a second electrostatic adsorption transmitter of the present invention;

[0027] Figure 7 It is a structural schematic diagram of the guide assembly of the present invention;

[0028] Figure 8 It is a structural schematic diagram of an aluminum film roll conveyor and a transparent film roll conveyor of the present invention;

[0029] Fig. 9 It is an enlarged structural schematic diagram of the first unwinding member of the present invention;

[0030] Fig.10 It is an enlarged structural schematic diagram of the second unwinding member of the present invention;

[0031] Fig.11 It is a structural schematic diagram of the storage device of the present invention;

[0032] Fig.12 It is a schematic diagram of the structure of the storage transmission component of the present invention.

[0033] Markings in the figure: 1. wet wipes bag; 2. wet wipes body; 3. aluminum film layer; 4. transparent film layer; 5. wet wipes forming equipment; 6. storage equipment; 61. lifting drive frame; 62. transition conveyor belt; 63. storage conveyor; 64. main driving roller; 65. driven roller; 66. storage belt;

[0034] 7. Packaging equipment; 8. Packaging film transmission equipment; 81. Guide assembly; 811. Semicircular tunnel; 812. Guide transmission roller belt;

[0035] 82, first electrostatic adsorption conveyor; 821, first mounting plate; 822, first horizontal moving conveyor roller; 823, first lifting conveyor roller; 824, first electrostatic generator; 825, first electrostatic conveyor belt; 826, first guide roller;

[0036] 83, second electrostatic adsorption transmission device; 831, second mounting plate; 832, second horizontal movable transmission roller; 833, second lifting transmission roller; 834, second electrostatic generator; 835, second electrostatic transmission belt; 836, second guide roller;

[0037] 84, aluminum film roll conveyor; 841, aluminum film roll transmission tunnel; 842, aluminum film roll pushing cylinder; 843, aluminum film roll driving roller; 844, first unwinding member; 845, unwinding transmission tunnel; 846, first driving cylinder; 847, first guide rod; 848, first pushing ring;

[0038] 85. Transparent film roll conveyor; 851. Transparent film roll transmission tunnel; 852. Transparent film roll pushing cylinder; 853. Transparent film roll transmission roller; 854. Second unwinding member; 855. Roll transmission tunnel; 856. Second driving cylinder; 857. Second guide rod; 858. Second pushing ring. DETAILED DESCRIPTION

[0039] In order to make the above features and advantages of the present invention more obvious and easy to understand, embodiments are given below with reference to the accompanying drawings for detailed description as follows.

[0040] like Figure 1-Figure 12As shown, the present embodiment provides a fully automatic production line for rust-proof wet wipes, comprising a wet wipes forming device 5, a storage device 6, a packaging device 7 and a packaging film transmission device 8. The wet wipes forming device 5, the storage device 6 and the packaging device 7 are arranged in sequence, and the packaging film transmission device 8 is located below the packaging device 7; specifically, the packaging film transmission device 8 comprises a guide component 81, a first electrostatic adsorption conveyor 82, a second electrostatic adsorption conveyor 83, an aluminum film roll conveyor 84 and a transparent film roll conveyor 85, the guide component 81 is installed at the input of the packaging device 7, the first electrostatic adsorption conveyor 82 and the second electrostatic adsorption conveyor 83 are arranged side by side up and down, and the input end of the guide component 81 is located between the first electrostatic adsorption conveyor 82 and the second electrostatic adsorption conveyor 83, the aluminum film roll conveyor 84 and the transparent film roll conveyor 85 are respectively located at the input of the first electrostatic adsorption conveyor 82 and the second electrostatic adsorption conveyor 83. When the anti-rust wet wipes are being produced, the wet wipes are folded, soaked and cut by the wet wipes forming device 5, and then transferred to the packaging device 7 by the storage device 6, and packaged and transferred in cooperation with the packaging film transmission device 8, so as to realize fully automatic production. After the packaging of the packaging film transmission device 8 is used up, the formed wet wipes can be temporarily stored in the storage device 6, and then the aluminum film roll conveyor 84 removes the old roll and fills the new aluminum film roll, and then the aluminum film is transferred by the first electrostatic adsorption conveyor 82 adsorbing the opening of the new aluminum film roll, and the transparent film roll conveyor 85 also cooperates with the second electrostatic adsorption conveyor 83 to transfer the transparent film, so that the aluminum film and the transferred transparent film are superimposed, and then transferred by the guide component 81 and placed in the packaging device 7 to wait for the wet wipes to be transferred, and finally the wet wipes are transferred by the storage device 6, so that when the packaging film is automatically replaced, the wet wipes forming device 5 can continue to produce without stopping, thereby increasing production efficiency.

[0041] Furthermore, the first electrostatic adsorption conveyor 82 includes a first mounting plate 821, a first horizontally movable conveying roller 822, a first lifting conveying roller 823, a first electrostatic generator 824, a first electrostatic conveying belt 825 and a plurality of first guide rollers 826. The first mounting plate 821 is located below the packaging device 7. The first horizontally movable conveying roller 822 is movably mounted on the first mounting plate 821 and is located on a side of the first mounting plate 821 close to the aluminum film roll conveyor 84. The first lifting conveying roller 823 is lifted and mounted on the first mounting plate 821. The plurality of first guide rollers 826 The first electrostatic transmission belt 825 is installed on the first mounting plate 821, and the centers of the rotating shafts of the first horizontal movable transmission roller 822, the first lifting transmission roller 823, the first electrostatic generator 824 and the first guide rollers 826 are connected to form a regular pentagon. The first electrostatic transmission belt 825 is arranged around the first horizontal movable transmission roller 822, the first lifting transmission roller 823, the first electrostatic generator 824 and the first guide rollers 826. The first electrostatic generator 824 is installed on the first mounting plate 821 and the output end of the first electrostatic generator 824 is arranged in contact with the first electrostatic transmission belt 825. Specifically, the first horizontal rodless cylinder and the first lifting rodless cylinder that drive the first horizontal movable transmission roller 822 and the first lifting transmission roller 823 to move are installed on the first mounting plate 821. When the film is to be adsorbed, the first horizontally movable transmission roller 822 moves toward the aluminum film roll conveyor 84, and the first lifting transmission roller 823 descends, so that the first electrostatic transmission belt 825 moves toward the aluminum film roll conveyor 84 and adheres to the aluminum film roll on the aluminum film roll conveyor 84, and then the first electrostatic generator 824 generates static electricity and conducts it to the first electrostatic transmission belt 825, so that the first electrostatic transmission belt 825 is static, and the aluminum film roll conveyor 84 drives the aluminum film roll to rotate, so that the end of the aluminum film on the aluminum film roll is attached to the first electrostatic transmission belt 825, thereby adsorbing the end of the aluminum film on the aluminum film roll through static electricity, and then the first horizontally movable transmission roller 822 and the first lifting transmission roller 823 move and reset, so that the aluminum film is located between the first electrostatic adsorption conveyor 82 and the second electrostatic adsorption conveyor 83, thereby realizing automatic grabbing and transmission of the aluminum film.

[0042] Furthermore, the second electrostatic adsorption conveyor 83 includes a second mounting plate 831, a second horizontally movable conveying roller 832, a second lifting conveying roller 833, a second electrostatic generator 834, a second electrostatic conveying belt 835 and a plurality of second guide rollers 836. The second mounting plate 831 is located below the packaging device 7. The second horizontally movable conveying roller 832 is movably mounted on the second mounting plate 831 and is located on a side of the second mounting plate 831 close to the aluminum film roll conveyor 84. The second lifting conveying roller 833 is lifted and mounted on the second mounting plate 831. The plurality of second guide rollers 836 The second mounting plate 831 is rotatably mounted, and the centers of the rotating shafts of the second horizontal movable transmission roller 832, the second lifting transmission roller 833, the second electrostatic generator 834 and the plurality of second guide rollers 836 are connected to each other to form a regular pentagon, the second electrostatic transmission belt 835 is wound around the second horizontal movable transmission roller 832, the second lifting transmission roller 833, the second electrostatic generator 834 and the plurality of second guide rollers 836, the second electrostatic generator 834 is mounted on the second mounting plate 831 and the output end of the second electrostatic generator 834 is arranged in contact with the second electrostatic transmission belt 835. Specifically, the second mounting plate 831 is provided with a second horizontal rodless cylinder and a second lifting rodless cylinder for driving the second horizontal movable transmission roller 832 and the second lifting transmission roller 833 to move. When the film is to be adsorbed, the second horizontally movable transmission roller 832 moves toward the transparent film roll conveyor 85, and the second lifting transmission roller 833 descends, so that the second electrostatic transmission belt 835 moves toward the transparent film roll conveyor 85 and adheres to the transparent film roll on the transparent film roll conveyor 85, and then the second electrostatic generator 834 generates static electricity and conducts it to the second electrostatic transmission belt 835, so that the second electrostatic transmission belt 835 is static, and the transparent film roll conveyor 85 drives the transparent film roll to rotate, so that the end of the transparent film on the transparent film roll is attached to the second electrostatic transmission belt 835, thereby adsorbing the end of the transparent film on the transparent film roll through static electricity, and then the second horizontally movable transmission roller 832 and the second lifting transmission roller 833 move and reset, so that the transparent film is located between the second electrostatic adsorption conveyor 83 and the second electrostatic adsorption conveyor 83, thereby realizing automatic grabbing and transmission of the transparent film.

[0043] Furthermore, the aluminum film roll conveyor 84 includes an aluminum film roll transmission tunnel 841, an aluminum film roll pushing cylinder 842, an aluminum film roll driving roller 843, a first unwinding member 844 and an unwinding transmission tunnel 845. The aluminum film roll transmission tunnel 841 and the unwinding transmission tunnel 845 are arranged in parallel. The side wall of the output port of the aluminum film roll transmission tunnel 841 is provided with an aluminum film roll passing groove connected to the input port of the aluminum film roll transmission tunnel 841. The aluminum film roll pushing cylinder 842 is installed at the output port of the aluminum film roll transmission tunnel 841, and the pushing direction is set toward the aluminum film roll passing groove. The roll drive roller 843 is rotatably installed at the input port of the aluminum film roll transmission tunnel 841, and is arranged corresponding to the aluminum film roll pushing cylinder 842. The first unwinding member 844 includes a first driving cylinder 846, three first guide rods 847 and a first pushing ring 848. A first driving cylinder 846 and three first guide rods 847 are equidistantly installed around the aluminum film roll drive roller 843 on the side wall of the unwinding transmission tunnel 845. The first pushing ring 848 is sleeved on the aluminum film roll drive roller 843 and is connected to the driving end of the first driving cylinder 846. When changing the roll, the first driving cylinder 846 of the first unwinding member 844 first drives the first pushing ring 848, so that the first pushing ring 848 moves along the aluminum film roll drive roller 843, and pushes the old roll on the aluminum film roll drive roller 843 away from the aluminum film roll drive roller 843 and falls on the unwinding transmission tunnel 845. The old roll is transmitted through the unwinding transmission tunnel 845, and at the same time, the aluminum film roll transmission tunnel 841 transmits the new aluminum film roll and places it on the pushing end of the aluminum film roll pushing cylinder 842. Then, the new aluminum film roll is pushed and placed on the aluminum film roll drive roller 843 by the aluminum film roll pushing cylinder 842, thereby realizing automatic roll changing, reducing worker labor and increasing production efficiency.

[0044] Furthermore, the transparent film roll conveyor 85 includes a transparent film roll transmission tunnel 851, a transparent film roll pushing cylinder 852, a transparent film roll driving roller 853, a second unwinding member 854 and a roll transmission tunnel 855. The transparent film roll transmission tunnel 851 is connected to the roll transmission tunnel 855 in parallel. A transparent film roll passing groove connected to the input port of the transparent film roll transmission tunnel 851 is provided on the side wall of the output port of the transparent film roll transmission tunnel 851. The transparent film roll pushing cylinder 852 is installed at the output port of the transparent film roll transmission tunnel 851, and the pushing direction is toward the transparent film roll passing groove. The transparent film roll drive roller 853 is rotatably installed at the input port of the transparent film roll transmission tunnel 851, and is correspondingly arranged with the transparent film roll pushing cylinder 852. The second unwinding member 854 includes a second driving cylinder 856, three second guide rods 857 and a second pushing ring 858. A second driving cylinder 856 and three second guide rods 857 are equidistantly installed around the transparent film roll drive roller 853 on the side wall of the roll transmission tunnel 855. The second pushing ring 858 is sleeved on the transparent film roll drive roller 853 and is connected to the driving end of the second driving cylinder 856. When changing the roll, the second driving cylinder 856 of the second unwinding member 854 first drives the second pushing ring 858, so that the second pushing ring 858 moves along the transparent film roll drive roller 853, and pushes the old roll on the transparent film roll drive roller 853 away from the transparent film roll drive roller 853 and falls on the unwinding transmission tunnel 845. The old roll is transmitted through the unwinding transmission tunnel 845, and at the same time, the transparent film roll transmission tunnel 851 transmits the new transparent film roll and places it on the pushing end of the transparent film roll pushing cylinder 852, and then the new transparent film roll is pushed and placed on the transparent film roll drive roller 853 by the transparent film roll pushing cylinder 852, thereby realizing automatic roll changing, reducing the labor of workers and increasing production efficiency.

[0045] Furthermore, the guide assembly 81 includes a semicircular tunnel 811 and two guide transmission roller belts 812. The output end of the semicircular tunnel 811 is docked with the packaging device 7. The input end of the semicircular tunnel 811 is located between the first electrostatic adsorption conveyor 82 and the second electrostatic adsorption conveyor 83. The two guide transmission roller belts 812 are respectively installed on the two arc-shaped surfaces of the semicircular tunnel 811. There is a channel for transmitting the packaging film between the two guide transmission roller belts 812 in the semicircular tunnel 811. Through the clamping and transmission of the two guide transmission roller belts 812, the packaging film is stably transmitted in the semicircular tunnel 811 and placed in the packaging device 7 for folding and packaging.

[0046] Furthermore, the storage device 6 includes two lifting drive frames 61, two transition conveyor belts 62 and a plurality of storage conveyor components 63. The two lifting drive frames 61 are arranged side by side, and a lifting seat is installed on the lifting ends of the two lifting drive frames 61. The two transition conveyor belts 62 are respectively connected to the wet wipes forming device 5 and the packaging device 7. The two lifting drive frames 61 are located between the two transition conveyor belts 62. The plurality of storage conveyor components 63 are divided into two groups of equal numbers and are respectively installed on the lifting seats of the two lifting drive frames 61, and the plurality of storage conveyor components 63 are arranged equidistantly along the lifting direction of the lifting seat. Specifically, the storage conveyor component 63 includes a main driving roller 64, a driven roller 65 and a storage belt 66. The main driving roller 64 and the driven roller 65 are both installed on the lifting seat, and the storage belt 66 is wound around the main driving roller 64 and the driven roller 65. When replacing the packaging film, the wet wipes forming device 5 transfers the wet wipes to a transition conveyor belt 62, and transfers them to the lowest storage conveyor member 63 on the lifting drive frame 61 on this side through the transition conveyor belt 62, and then transfers them to the highest storage conveyor member 63 on another lifting drive frame 61, and the lifting drive frame 61 drives multiple storage conveyor members 63 to rise, so that the second storage conveyor member 63 on this side is docked with the lowest storage conveyor member 63 on the other lifting drive frame 61, so that the wet wipes are transferred one by one to the multiple storage conveyor members 63 of the lifting drive frame 61, and after the multiple storage conveyor members 63 on this side are full of wet wipes, the wet wipes will be directly transferred to the multiple storage conveyor members 63 on another lifting drive frame 61 for the second storage, and after the packaging film is replaced, the lifting drive frame 61 near the packaging device 7 is driven by the packaging device 7. The storage and transmission components 63 at the lower end of the movable frame 61 quickly transmit the wet wipes to the packaging device 7. The transmission speed of the wet wipes forming device 5 is even faster, and the lifting drive frame 61 drives multiple storage and transmission components 63 to move downward. Compared with the transmission speed of all storage and transmission components 63 and the packaging device 7, the wet wipes of multiple storage and transmission components 63 are all transmitted and placed in the packaging device 7. Then, the storage and transmission components 63 on this side cooperate with the lifting drive frame 61 on this side to dock the wet wipes on the storage and transmission components 63 close to the wet wipes forming device 5, and then quickly transmit them to the packaging device 7, and the transmission speed of the wet wipes forming remains unchanged. After all the wet wipes of the two lifting drive frames 61 are transmitted out, the two lifting drive frames 61 drive multiple storage and transmission components 63 to reset, and all transmission speeds are synchronized, so that the wet wipes forming device 5 can continue production without stopping and the packaging film can be automatically replaced at the same time.

[0047] A rust-proof wet wipe comprises a wet wipe bag 1 and a wet wipe body 2, wherein the wet wipe body 2 is placed in the wet wipe bag 1, the wet wipe body 2 contains rust-proof liquid, and the bag wall of the wet wipe bag 1 comprises an aluminum film layer 3 and a transparent film layer 4. Specifically, the main components of the rust-proof liquid are film-forming substances, antioxidants, corrosion inhibitors and base oils, wherein the film-forming substances are natural resins, and can form solid films through oxidation reactions to protect the equipment. The wet wipe body 2 absorbs the rust-proof liquid to form rust-proof wet wipes, and is packaged, so that it is convenient to carry and can be directly torn open for use. In addition, a transparent film layer 4 is provided to prevent the rust-proof liquid on the wet wipe body 2 from reacting with the aluminum film layer 3, and the aluminum film layer 3 activates a protective shading effect, and the aluminum film layer 3 and the transparent film layer 4 are connected only at the sealing part of the wet wipe bag 1, and the other parts are not connected, so that after the aluminum film layer 3 is cut, the transparent film layer 4 will not be cut continuously at the part where it is not connected to the aluminum film layer 3 as if the connection part is in one place.

[0048] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. Those skilled in the art should understand that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for illustrating the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which shall fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A fully automatic production line for rust-proof wet wipes, characterized by: It includes wet wipes forming equipment, storage equipment, packaging equipment and packaging film transmission equipment, the wet wipes forming equipment, storage equipment and packaging equipment are arranged in sequence, and the packaging film transmission equipment is located below the packaging equipment; The packaging film conveying device comprises a guide assembly, a first electrostatic adsorption conveyor, a second electrostatic adsorption conveyor, an aluminum film roll conveyor and a transparent film roll conveyor, wherein the guide assembly is installed at the input of the packaging device, the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor are arranged side by side up and down, and the input end of the guide assembly is located between the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor, and the aluminum film roll conveyor and the transparent film roll conveyor are respectively located at the input of the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor; The first electrostatic adsorption conveyor includes a first mounting plate, a first horizontally movable conveying roller, a first lifting conveying roller, a first electrostatic generator, a first electrostatic conveying belt and a plurality of first guide rollers, wherein the first mounting plate is located below the packaging device, the first horizontally movable conveying roller is movably mounted on the first mounting plate and is located on a side of the first mounting plate close to the aluminum film roll conveyor, the first lifting conveying roller is lifted and mounted on the first mounting plate, a plurality of the first guide rollers are rotatably mounted on the first mounting plate, and the centers of the rotating shafts of the first horizontally movable conveying roller, the first lifting conveying roller, the first electrostatic generator and the plurality of first guide rollers are interconnected to form a regular pentagon, the first electrostatic conveying belt is wound around the first horizontally movable conveying roller, the first lifting conveying roller, the first electrostatic generator and the plurality of first guide rollers, the first electrostatic generator is mounted on the first mounting plate and the output end of the first electrostatic generator is arranged in contact with the first electrostatic conveying belt; The second electrostatic adsorption conveyor includes a second mounting plate, a second horizontally movable conveying roller, a second lifting conveying roller, a second electrostatic generator, a second electrostatic conveying belt and a plurality of second guide rollers, wherein the second mounting plate is located below the packaging device, the second horizontally movable conveying roller is movably mounted on the second mounting plate and is located on a side of the second mounting plate close to the aluminum film roll conveyor, the second lifting conveying roller is lifted and mounted on the second mounting plate, a plurality of the second guide rollers are rotatably mounted on the second mounting plate, and the centers of the rotating shafts of the second horizontally movable conveying roller, the second lifting conveying roller, the second electrostatic generator and the plurality of second guide rollers are interconnected to form a regular pentagon, the second electrostatic conveying belt is wound around the second horizontally movable conveying roller, the second lifting conveying roller, the second electrostatic generator and the plurality of second guide rollers, the second electrostatic generator is mounted on the second mounting plate and the output end of the second electrostatic generator is arranged in contact with the second electrostatic conveying belt; The aluminum film roll conveyor comprises an aluminum film roll transmission tunnel, an aluminum film roll pushing cylinder, an aluminum film roll driving roller, a first unwinding member and an unwinding transmission tunnel, wherein the aluminum film roll transmission tunnel is connected to the unwinding transmission tunnel in parallel, and an aluminum film roll passing groove communicating with an input port of the aluminum film roll transmission tunnel is provided on a side wall of an output port of the aluminum film roll transmission tunnel, the aluminum film roll pushing cylinder is installed at an output port of the aluminum film roll transmission tunnel, and a pushing direction is arranged toward the aluminum film roll passing groove, the aluminum film roll driving roller is rotatably installed at an input port of the aluminum film roll transmission tunnel, and is arranged corresponding to the aluminum film roll pushing cylinder, the first unwinding member comprises a first driving cylinder, three first guide rods and a first pushing ring, the first driving cylinder and the three first guide rods are equidistantly installed on the side wall of the unwinding transmission tunnel around the aluminum film roll driving roller, the first pushing ring is sleeved on the aluminum film roll driving roller, and is connected to a driving end of the first driving cylinder; The transparent film roll conveyor comprises a transparent film roll transmission tunnel, a transparent film roll pushing cylinder, a transparent film roll driving roller, a second unwinding member and a roll transmission tunnel, the transparent film roll transmission tunnel and the roll transmission tunnel are connected and arranged side by side, the output port side wall of the transparent film roll transmission tunnel is provided with a transparent film roll passing groove which is connected with the input port of the transparent film roll transmission tunnel, the transparent film roll pushing cylinder is installed at the output port of the transparent film roll transmission tunnel, and the pushing direction is arranged toward the transparent film roll passing groove, the transparent film roll driving roller is rotatably installed at the input port of the transparent film roll transmission tunnel, and is arranged corresponding to the transparent film roll pushing cylinder, the second unwinding member comprises a second driving cylinder, three second guide rods and a second pushing ring, the second driving cylinder and the three second guide rods are equidistantly installed on the side wall of the roll transmission tunnel around the transparent film roll driving roller, the second pushing ring is sleeved on the transparent film roll driving roller, and is connected with the driving end of the second driving cylinder; The guide assembly includes a semicircular tunnel and two guide transmission roller belts, the output end of the semicircular tunnel is docked with the packaging equipment, the input end of the semicircular tunnel is located between the first electrostatic adsorption conveyor and the second electrostatic adsorption conveyor, and the two guide transmission roller belts are respectively installed on the two arc-shaped surfaces of the semicircular tunnel; The storage device includes two lifting drive frames, two transition conveyor belts and multiple storage and transmission components. The two lifting drive frames are arranged side by side, and lifting seats are installed on the lifting ends of the two lifting drive frames. The two transition conveyor belts are respectively connected to the wet wipes forming equipment and the packaging equipment. The two lifting drive frames are located between the two transition conveyor belts. The multiple storage and transmission components are divided into two groups in equal numbers and are respectively installed on the lifting seats of the two lifting drive frames, and the multiple storage and transmission components are equidistantly arranged along the lifting direction of the lifting seats.

2. The fully automatic production line for anti-rust wet wipes according to claim 1 is characterized by: The storage transmission member comprises a main driving roller, a driven roller and a storage belt. The main driving roller and the driven roller are both installed on a lifting seat, and the storage belt is wound around the main driving roller and the driven roller.

3. An anti-rust wet wipe, produced using the anti-rust wet wipe fully automatic production line as claimed in claim 1, characterized in that: The wet wipe bag comprises a wet wipe body, wherein the wet wipe body is placed in the wet wipe bag, the wet wipe body contains anti-rust liquid, and the bag wall of the wet wipe bag comprises an aluminum film layer and a transparent film layer.

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