A soft mist bottle filling, sealing and capping integrated machine and a soft mist bottle filling, sealing and capping method

Abstract

The invention discloses a soft mist bottle filling, sealing and capping integrated machine, comprising a bottle conveyor line, a bottle tray conveyor line, a bottle body and bottle tray combined conveyor line, a tube tray conveyor line and a bottle body and cylinder combined conveyor line which are arranged in sequence, the bottle conveyor line is provided with a filling device and a capping device in sequence along the conveying direction, the bottle tray conveyor line is provided with a leak detection device, the bottle body and bottle tray combined conveyor line is provided with a film sealing device, the tube tray conveyor line is provided with a tube unloading and tray feeding device, and the bottle body and cylinder combined conveyor line is provided with a bottle-tube assembly and shrinking device; a third transfer device is provided between the bottle body and bottle tray combined conveyor line and the tube tray conveyor line, and a second transfer device is provided between the tube tray conveyor line and the bottle body and cylinder combined conveyor line. A soft mist bottle filling, sealing and capping method is also disclosed, comprising: filling and capping; bottle tray feeding and leak detection; film sealing and bottle tray return; bottle body and cylinder combination transfer and cylinder tray replenishment; bottle-tube assembly and shrinking. The soft mist bottle filling, sealing and capping integrated machine and the soft mist bottle filling, sealing and capping method have good production quality and high production efficiency.

Description

Technical Field

[0001] The invention relates to the technical field of food and medicine packaging machinery and equipment, and in particular to a soft mist bottle filling, sealing and capping integrated machine and a soft mist bottle filling, sealing and capping method. Background Art

[0002] Soft mist is a drug-device combination inhalation preparation product. The soft mist plastic bottle is mainly used to hold liquid medicine with active ingredients and is a soft mist bottle. The soft mist plastic bottle is a specially designed plastic container and comes in two forms. One is a single-layer plastic bottle with a relatively soft bottle body; the other is a double-layer plastic bottle with a harder bottle body. In order to increase the strength and stability of the soft mist plastic bottle during transportation or use, the filled soft mist plastic bottle needs to be placed in an aluminum cylinder, and then the mouth of the aluminum cylinder is sealed to play a role of fixed protection and auxiliary sealing. The aluminum cylinder that wraps the soft mist plastic bottle is open at one end and closed at the other end. The inner diameter of the aluminum cylinder is slightly larger than the outer dimensions of the plastic bottle to ensure that the plastic bottle can be loaded smoothly.

[0003] During the production process of soft mist, filling, capping, film sealing, tube loading and sealing are required. Existing soft mist production equipment cannot realize the flow operation of filling, capping, film sealing, tube loading and sealing of soft mist bottles, resulting in low production quality and low production efficiency. Patent document CN112520661A discloses a soft mist plastic bottle tube loading and sealing equipment, which realizes bottling and sealing by integrating a plastic bottle conveying turntable and a sealing conveying turntable, and can only realize bottle pressing and sealing of the bottles on the turntable at a specific position on the turntable, which has low efficiency. Summary of the invention

[0004] The technical problem to be solved by the present invention is to overcome the deficiencies of the prior art and provide a soft mist bottle filling, sealing and capping integrated machine and a soft mist bottle filling, sealing and capping method with good production quality and high production efficiency.

[0005] In order to solve the above technical problems, the present invention adopts the following technical solutions:

[0006] A filling, sealing and capping integrated machine for soft aerosol bottles, comprising a bottle conveyor line, a bottle tray conveyor line, a bottle body and bottle tray combined conveyor line, a tube tray conveyor line and a bottle body and tube combined conveyor line arranged in sequence, the bottle conveyor line is provided with a filling device and a capping device in sequence along the conveying direction, the bottle tray conveyor line is provided with a leak detection device, the bottle body and bottle tray combined conveyor line is provided with a film sealing device, the tube tray conveyor line is provided with a tube feeding device, and the bottle body and tube combined conveyor line is provided with a bottle tube assembly shrinking device; wherein,

[0007] The bottle tray conveyor line is a circulating conveyor line, and a first transfer device for transferring the bottle body and bottle tray combination on the bottle tray conveyor line to the bottle body and bottle tray combination conveyor line and a return device for transferring the bottle tray on the bottle body and bottle tray combination conveyor line to the bottle tray conveyor line are provided between the bottle tray conveyor line and the bottle body and bottle tray combination conveyor line;

[0008] The tube tray conveyor line is a circulating conveyor line, and a third transfer device for transferring the bottle on the bottle body and bottle tray combined conveyor line to the cylinder on the tube tray conveyor line is provided between the bottle body and bottle tray combined conveyor line and the tube tray conveyor line, and a second transfer device for transferring the bottle body and cylinder combination on the tube tray conveyor line to the bottle body and cylinder combined conveyor line is provided between the tube tray conveyor line and the bottle body and cylinder combined conveyor line.

[0009] As a further improvement of the above technical solution:

[0010] The bottle-barrel assembly shrinking device comprises a bottle pressing mechanism, a bottle depth detection mechanism, a barrel shrinking mechanism and a shrinking detection mechanism which are sequentially arranged along the conveying direction of the bottle-barrel combined conveying line; a first waste rejection mechanism is arranged on one side of the shrinking detection mechanism; and a barrel side labeling mechanism is arranged at the discharge end along the bottle-barrel combined conveying line.

[0011] The first waste rejection mechanism is a waste recovery and rejection mechanism.

[0012] A cylinder bottom labeling mechanism is provided on one side of the cylinder unloading and supporting device.

[0013] The bottle body and bottle tray combined conveying line is provided with a film sealing detection mechanism and a second waste rejection mechanism in sequence downstream of the film sealing device.

[0014] A capping detection mechanism is provided on one side of the capping device, and a third waste rejection mechanism is provided on one side of the capping detection mechanism.

[0015] The bottle body and bottle tray combined conveying line is a circulating conveying line.

[0016] The bottle body and cylinder body combined conveying line is a double-row conveying line.

[0017] A method for filling, sealing and capping a soft mist bottle is implemented by using the above-mentioned soft mist bottle filling, sealing and capping integrated machine, comprising the following steps:

[0018] S1, filling and capping: the bottle is first transported by the bottle conveying line to the filling device for liquid filling, and then transported to the capping device for capping;

[0019] S2. Bottle tray loading and leak detection: put the bottle after capping on the bottle conveyor line onto the bottle tray of the bottle tray conveyor line to form a bottle body and bottle tray assembly, and then perform leak detection on the leak detection device;

[0020] S3, film sealing and bottle tray return: the bottle body and bottle tray assembly on the bottle tray conveyor line is transferred to the bottle body and bottle tray assembly conveyor line by the first transfer device, and then conveyed to the film sealing device by the bottle body and bottle tray assembly conveyor line to seal the bottle body, and the sealed bottle body is transferred to the cylinder on the cylinder tray conveyor line by the third transfer device to form a bottle body and cylinder assembly, and the remaining bottle tray is returned to the bottle tray conveyor line by the return tray device;

[0021] S4, transfer of bottle-barrel assembly and replenishment of barrel trays: the bottle-barrel assembly is transported from the barrel tray conveyor line to the second transfer device, and then transferred from the second transfer device to the bottle-barrel assembly conveyor line. The remaining barrel trays are transported from the barrel tray conveyor line to the barrel unloading and tray loading device for barrel replenishment;

[0022] S5. Bottle-barrel assembly and shrinking: The bottle-barrel assembly is conveyed from the bottle-barrel assembly conveying line to the bottle-barrel assembly and shrinking device for bottle-barrel assembly and shrinking.

[0023] Compared with the prior art, the advantages of the present invention are:

[0024] The soft mist bottle filling, sealing and capping integrated machine of the present invention has the following production process: in the first step, the bottle body is first transported from the bottle body conveying line to the filling device for liquid filling, and then transported to the capping device for capping; in the second step, the bottle body after capping on the bottle body conveying line is placed on the bottle tray of the bottle tray conveying line to form a bottle body and bottle tray assembly, and then a leak detection device is used to detect leaks; in the third step, the bottle body and bottle tray assembly on the bottle tray conveying line is transferred by the first transfer device to the bottle body and bottle tray assembly conveying line, and then transported by the bottle body and bottle tray assembly conveying line to the film sealing device to seal the bottle body , the sealed bottle body is transferred by the third transfer device to the cylinder on the cylinder support conveyor line to form a bottle body cylinder assembly, and the remaining bottle tray is returned to the bottle tray conveyor line by the return tray device; the fourth step, the bottle body cylinder assembly is conveyed by the cylinder support conveyor line to the second transfer device, and transferred by the second transfer device to the bottle body cylinder assembly conveyor line, and the remaining cylinder tray is conveyed by the cylinder support conveyor line to the cylinder unloading and tray device for cylinder replenishment; the sixth step, the bottle body cylinder assembly is conveyed by the bottle body cylinder assembly conveyor line to the bottle cylinder assembly shrinking device for bottle cylinder assembly shrinking. This soft mist bottle filling, capping, film sealing, cylinder loading and sealing integrated machine can realize the flow operation of bottle bodies (such as soft mist bottles), and has good production quality and high production efficiency.

[0025] The soft mist bottle filling and capping method of the present invention can realize the flow-line operation of filling, capping, film sealing, tube loading and sealing of the bottle body (such as the soft mist bottle), and has good production quality and high production efficiency. BRIEF DESCRIPTION OF THE DRAWINGS

[0026] Figure 1 It is a three-dimensional structural schematic diagram of the soft mist bottle filling, sealing and capping integrated machine of the present invention.

[0027] Figure 2 yes Figure 1 Enlarged view of point A in the middle.

[0028] Figure 3 yes Figure 1 Enlarged view of point B in the middle.

[0029] Figure 4 The present invention is a flow chart of a method for filling, sealing and capping a soft mist bottle.

[0030] Figure 5 The present invention is a bottle body process diagram of the method for filling, sealing and capping a soft mist bottle.

[0031] Figure 6 The invention discloses a bottle return support diagram of a filling, sealing and capping method for a soft mist bottle.

[0032] Figure 7 The invention discloses a cylinder return support diagram of a filling, sealing and capping method for a soft mist bottle.

[0033] The symbols in the figure represent:

[0034] 1. Bottle conveyor line; 11. Filling device; 12. Capping device; 13. Capping detection mechanism; 14. Third waste rejection mechanism; 2. Bottle tray conveyor line; 21. Leakage detection device; 3. Bottle and bottle tray combined conveyor line; 31. Film sealing device; 32. Film sealing detection mechanism; 33. Second waste rejection mechanism; 4. Cylinder tray conveyor line; 41. Cylinder unloading and tray feeding device; 411. Cylinder bottom labeling mechanism; 5. Bottle and cylinder combined conveyor line; 51. Bottle-cylinder assembly shrinking device; 511. Bottle pressing mechanism; 512. Bottle depth detection mechanism; 513. Cylinder shrinking mechanism; 514. Shrinking detection mechanism; 515. First waste rejection mechanism; 516. Cylinder side labeling mechanism; 6. First transfer device; 7. Cylinder return device; 8. Second transfer device; 9. Third transfer device. DETAILED DESCRIPTION

[0035] The present invention will be further described in detail below with reference to the accompanying drawings and specific embodiments.

[0036] Embodiment 1:

[0037] Figures 1 to 3 An embodiment of the soft mist bottle filling, sealing and capping integrated machine of the present invention is shown, which comprises a bottle conveying line 1, a bottle tray conveying line 2, a bottle body and bottle tray combined conveying line 3, a cylinder tray conveying line 4 and a bottle body and cylinder combined conveying line 5 which are arranged in sequence. The bottle conveying line 1 is provided with a filling device 11 and a capping device 12 in sequence along the conveying direction, the bottle tray conveying line 2 is provided with a leak detection device 21, the bottle body and bottle tray combined conveying line 3 is provided with a film sealing device 31, the cylinder tray conveying line 4 is provided with a cylinder unloading and traying device 41, and the bottle body and cylinder combined conveying line 5 is provided with a bottle-cylinder assembly shrinking device 51; wherein,

[0038] The bottle tray conveyor line 2 is a circulating conveyor line. A first transfer device 6 for transferring the bottle body and bottle tray combination on the bottle tray conveyor line 2 to the bottle body and bottle tray combination conveyor line 3 and a return device 7 for transferring the bottle tray on the bottle body and bottle tray combination conveyor line 3 to the bottle tray conveyor line 2 are provided between the bottle tray conveyor line 2 and the bottle body and bottle tray combination conveyor line 3.

[0039] The tube tray conveyor line 4 is a circulating conveyor line. A third transfer device 9 for transferring the bottle on the bottle body and bottle tray combination conveyor line 3 to the cylinder on the tube tray conveyor line 4 is provided between the bottle body and bottle tray combination conveyor line 3. A second transfer device 8 for transferring the bottle body and cylinder combination on the tube tray conveyor line 4 to the bottle body and cylinder combination conveyor line 5 is provided between the tube tray conveyor line 4 and the bottle body and cylinder combination conveyor line 5.

[0040] The production process of the soft mist bottle filling, sealing and capping integrated machine is as follows: in the first step, the bottle body is first transported from the bottle body conveying line 1 to the filling device 11 for liquid filling, and then transported to the capping device 12 for capping; in the second step, the bottle body after capping on the bottle body conveying line 1 is placed on the bottle tray of the bottle tray conveying line 2 to form a bottle body and bottle tray combination, and then leak detection is performed on the leak detection device 21; in the third step, the bottle body and bottle tray combination on the bottle tray conveying line 2 is transferred by the first transfer device 6 to the bottle body and bottle tray combination conveying line 3, and then transported by the bottle body and bottle tray combination conveying line 3 to the film sealing device 31 to seal the bottle body, The sealed bottle body is transferred by the third transfer device 9 to the cylinder on the cylinder support conveyor line 4 to form a bottle body cylinder assembly, and the remaining bottle tray is returned to the bottle tray conveyor line 2 by the return device 7; in the fourth step, the bottle body cylinder assembly is conveyed by the cylinder support conveyor line 4 to the second transfer device 8, and transferred by the second transfer device 8 to the bottle body cylinder assembly conveyor line 5, and the remaining cylinder tray is conveyed by the cylinder support conveyor line 4 to the cylinder unloading and loading device 41 for cylinder replenishment; in the sixth step, the bottle body cylinder assembly is conveyed by the bottle body cylinder assembly conveyor line 5 to the bottle cylinder assembly shrinking device 51 for bottle cylinder assembly shrinking. This soft mist bottle filling, capping, film sealing, cylinder loading and sealing integrated machine can realize the flow operation of filling, capping, film sealing, cylinder loading and sealing of bottles (such as soft mist bottles), and has good production quality and high production efficiency.

[0041] In this embodiment, Figure 3As shown, the bottle-barrel assembly and necking device 51 comprises a bottle pressing mechanism 511, a bottle depth detection mechanism 512, a barrel necking mechanism 513 and a necking detection mechanism 514 which are sequentially arranged along the conveying direction of the bottle-barrel combined conveyor line 5. A first waste rejection mechanism 515 is arranged on one side of the necking detection mechanism 514, and a barrel side labeling mechanism 516 is arranged along the discharge end of the bottle-barrel combined conveyor line 5. The bottle pressing mechanism 511 is used to press the bottle body down into the barrel, and the bottle depth detection mechanism 512 is used to detect the bottle pressing effect of the bottle pressing mechanism 511. If the bottle body is located in the barrel body and is at a qualified distance from the top surface of the barrel body, the bottle-barrel combination is continuously conveyed by the bottle-barrel combined conveyor line 5 to the barrel necking mechanism 513. If the distance between the bottle body and the top surface of the barrel is unqualified, it is rejected. The barrel necking mechanism 513 is used to neck the top opening of the barrel, and the necking detection mechanism 514 is used to detect the necking effect of the barrel necking mechanism 513. If the necking effect is up to standard, the bottle barrel assembly is further conveyed by the bottle barrel assembly conveying line 5 to the barrel side labeling mechanism 516, and the side of the barrel is labeled by the barrel side labeling mechanism 516; if the necking effect is up to standard, the bottle barrel assembly is rejected by the first rejection mechanism 515. Specifically, the first rejection mechanism 515 is a recycling rejection mechanism.

[0042] In this embodiment, Figure 1 As shown, a cylinder bottom labeling mechanism 411 is provided on one side of the cylinder unloading and supporting device 41. The cylinder bottom labeling mechanism 411 labels the cylinder bottom, and the labeled cylinder is then transferred by the cylinder unloading and supporting device 41 to the cylinder support on the cylinder support conveying line 4.

[0043] In this embodiment, Figure 2 As shown, the bottle body and bottle tray combined conveyor line 3 is provided with a film sealing detection mechanism 32 and a second waste rejection mechanism 33 in sequence downstream of the film sealing device 31. The bottle body sealed by the film sealing device 31 is then conveyed to the film sealing detection mechanism 32 by the bottle body and bottle tray combined conveyor line 3. The film sealing detection mechanism 32 is used to detect the film sealing effect of the film sealing device 31. If the film sealing of the bottle body meets the standard, it is conveyed to the position of the third transfer device 9 by the bottle body and bottle tray combined conveyor line 3, and then transferred to the cylinder on the cylinder tray conveyor line 4 by the third transfer device 9; if the film sealing of the bottle body does not meet the standard, it is conveyed to the position of the second waste rejection mechanism 33 by the bottle body and bottle tray combined conveyor line 3, and the bottle body is rejected by the second waste rejection mechanism 33. The bottle tray is conveyed to the position of the return tray device 7 by the bottle body and bottle tray combined conveyor line 3, and then returned to the bottle tray conveyor line 2 by the return tray device 7. The film sealing is detected by the film sealing detection mechanism 32, which improves the quality of the product.

[0044] In this embodiment, Figure 1As shown, a capping detection mechanism 13 is provided on one side of the capping device 12, and a third rejecting mechanism 14 is provided on one side of the capping detection mechanism 13. The capping detection mechanism 13 is used to detect the capping effect of the capping device 12 on the bottle mouth. If the bottle body is capped up to standard, it is conveyed to the bottle tray on the bottle tray conveying line 2. If the bottle body is capped not up to standard, it is rejected by the third rejecting mechanism 14.

[0045] In this embodiment, the bottle body and bottle tray combined conveyor line 3 is a circulating conveyor line. One conveying side of the bottle body and bottle tray combined conveyor line 3 is parallel to one conveying side of the bottle tray conveyor line 2, and the layout is reasonable, which improves the transmission efficiency between them.

[0046] In this embodiment, Figure 1 and Figure 3 As shown, the bottle-barrel combined conveying line 5 is a double-row conveying line. The bottle-barrel combined bodies are conveyed in double rows on the bottle-barrel combined conveying line 5, thereby improving the conveying efficiency.

[0047] Embodiment 2:

[0048] Figures 4 to 7 An embodiment of the method for filling, sealing and capping a soft mist bottle of the present invention is shown. The method for filling, sealing and capping a soft mist bottle is performed using the soft mist bottle filling, sealing and capping integrated machine of the first embodiment, and comprises the following steps:

[0049] S1, filling and capping: the bottle is first transported by the bottle conveying line 1 to the filling device 11 for liquid filling, and then transported to the capping device 12 for capping;

[0050] S2, placing the bottle tray and leak detection: placing the bottle after capping on the bottle conveyor line 1 on the bottle tray of the bottle tray conveyor line 2 to form a bottle body and bottle tray assembly, and then performing leak detection on the leak detection device 21;

[0051] S3, film sealing and bottle tray return: the bottle body and bottle tray assembly on the bottle tray conveyor line 2 is transferred to the bottle body and bottle tray assembly conveyor line 3 by the first transfer device 6, and then conveyed to the film sealing device 31 by the bottle body and bottle tray assembly conveyor line 3 to seal the bottle body, and the sealed bottle body is transferred to the cylinder on the cylinder tray conveyor line 4 by the third transfer device 9 to form a bottle body and cylinder assembly, and the remaining bottle tray is returned to the bottle tray conveyor line 2 by the return device 7;

[0052] S4, transfer of bottle-barrel assembly and replenishment of barrel trays: the bottle-barrel assembly is transported by the barrel tray conveyor line 4 to the second transfer device 8, and then transferred by the second transfer device 8 to the bottle-barrel assembly conveyor line 5, and the remaining barrel trays are transported by the barrel tray conveyor line 4 to the barrel unloading and tray loading device 41 for barrel replenishment;

[0053] S5, bottle barrel assembly and necking: the bottle body and barrel assembly is conveyed by the bottle body and barrel assembly conveying line 5 to the bottle barrel assembly and necking device 51 for bottle barrel assembly and necking.

[0054] The soft mist bottle filling, sealing and capping method can realize the flow-line operation of filling, capping, film sealing, tube loading and sealing of a bottle body (such as a soft mist bottle), and has good production quality and high production efficiency.

[0055] like Figures 4 to 6 As shown, the specific flow chart of the method for filling and capping soft aerosol bottles is shown in the figure. The bottle feeding end of the bottle conveyor line 1 is connected to a bottle sorting tray. After the bottles are sorted by the bottle sorting tray, they are sent to the filling station where the filling device 11 is located for filling. Before filling, the bottle bodies after sorting are weighed as empty bottles. If they meet the standards, they are then transported to the filling device 11 for liquid filling. If they do not meet the standards, they are rejected. The total weight of the filled bottles is weighed. If they meet the standards, they are then transported to the capping device 12 for capping. If they do not meet the standards, they are rejected or refilled until they meet the standards. If the bottles after capping are qualified, they are transported to the unloading station of the bottle conveyor line 1 to feed the bottle tray conveyor line 2. Of course, if the subsequent production capacity is insufficient, they are first transported to the buffer station for buffering, and then transported to the unloading station of the bottle conveyor line 1 after the subsequent production capacity catches up; if they do not meet the standards, they are rejected. The qualified bottle bodies on the bottle conveyor line 1 are placed on the bottle trays of the bottle tray conveyor line 2 (into the bottle tray) to form a bottle body and bottle tray assembly, and then leak detection is performed on the leak detection device 21. If the bottle body is qualified, it is transferred to the bottle body and bottle tray assembly conveyor line 3 by the first transfer device 6, and then conveyed to the film sealing device 31 by the bottle body and bottle tray assembly conveyor line 3 to seal the bottle body. If the bottle body is unqualified, it is rejected. The bottle body after film sealing is visually inspected. If it is qualified, it is transferred to the cylinder on the cylinder tray conveyor line 4 by the third transfer device 9 to form a bottle body cylinder assembly. The remaining bottle trays are returned to the bottle tray conveyor line 2 by the return device 7 (return to the bottle tray). If it is unqualified, it is rejected. The bottle placing station on the cylinder tray conveyor line 4 needs to perform cylinder inspection before placing the bottle. If there is no cylinder, the cylinder is added and the bottle is placed. If there is a cylinder, it is cached.

[0056] After the cylinders are sorted, they enter the cylinder bottom labeling mechanism 411 for bottom labeling (bottom labeling). After labeling, the cylinders are tested for bottom labels. If qualified, they are then transferred to the cylinder trays on the cylinder tray conveying line 4 by the cylinder unloading and traying device 41. If unqualified, they are rejected. After the cylinder tray completes the conveying of a bottle body cylinder assembly, it returns to the cylinder bottom labeling mechanism 411 to be put into the cylinder again (return to the cylinder tray).

[0057] On the bottle-barrel combination conveyor line 5, the bottle-barrel combination is first pressed down in the bottle pressing mechanism 511 to make the bottle extend into the barrel, and then conveyed to the bottle depth detection mechanism 512 to detect the bottle pressing effect. If the bottle is in the barrel and is at a qualified distance from the top surface of the barrel, the bottle-barrel combination is further conveyed by the bottle-barrel combination conveyor line 5 to the barrel shrinking mechanism 513. If the distance between the bottle and the top surface of the barrel is unqualified, it is rejected. The bottle-barrel combination is shrunk in the barrel shrinking mechanism 513, and then the shrinking detection mechanism 514 is used to detect the shrinking effect. If the shrinking effect meets the standard, the bottle-barrel combination is further conveyed by the bottle-barrel combination conveyor line 5 to the next station. After the bottle body and barrel assembly are shrunken, they are then subjected to denting, flanging and visual inspection in sequence. If they are qualified, they are unloaded to the barrel side labeling mechanism 516 for side labeling, and then subjected to labeling inspection. If they are qualified, the finished product is unloaded; if they do not meet the standards, they are rejected.

[0058] Although the present invention has been disclosed as above with preferred embodiments, it is not intended to limit the present invention. Any technician familiar with the art can make many possible changes and modifications to the technical solution of the present invention by using the technical content disclosed above without departing from the scope of the technical solution of the present invention, or modify it into an equivalent embodiment of equivalent changes. Therefore, any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the present invention without departing from the content of the technical solution of the present invention should fall within the scope of protection of the technical solution of the present invention.

Claims

1. A soft aerosol bottle filling, sealing and capping machine, characterized by: The invention comprises a bottle conveying line (1), a bottle tray conveying line (2), a bottle body and bottle tray combined conveying line (3), a tube tray conveying line (4) and a bottle body and tube combined conveying line (5) which are arranged in sequence, wherein the bottle conveying line (1) is provided with a filling device (11) and a capping device (12) in sequence along the conveying direction, the bottle tray conveying line (2) is provided with a leak detection device (21), the bottle body and bottle tray combined conveying line (3) is provided with a film sealing device (31), the tube tray conveying line (4) is provided with a tube unloading and tray feeding device (41), and the bottle body and tube combined conveying line (5) is provided with a bottle tube assembly and necking device (51); wherein: The bottle tray conveyor line (2) is a circulating conveyor line, and a first transfer device (6) for transferring the bottle body and bottle tray combination on the bottle tray conveyor line (2) to the bottle body and bottle tray combination conveyor line (3) and a return device (7) for transferring the bottle tray on the bottle body and bottle tray combination conveyor line (3) to the bottle tray conveyor line (2) are provided between the bottle tray conveyor line (2) and the bottle body and bottle tray combination conveyor line (3); The tube tray conveyor line (4) is a circulating conveyor line. A third transfer device (9) for transferring the bottle on the bottle-tray combination conveyor line (3) to the cylinder on the tube tray conveyor line (4) is provided between the bottle-tray combination conveyor line (3) and the tube tray conveyor line (4). A second transfer device (8) for transferring the bottle-cylinder combination on the tube tray conveyor line (4) to the bottle-cylinder combination conveyor line (5) is provided between the tube tray conveyor line (4) and the bottle-cylinder combination conveyor line (5).

2. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 1, characterized in that: The bottle-barrel assembly and necking device (51) comprises a bottle pressing mechanism (511), a bottle depth detection mechanism (512), a barrel necking mechanism (513) and a necking detection mechanism (514) which are sequentially arranged along the conveying direction of the bottle-barrel assembly conveying line (5), a first waste rejection mechanism (515) being arranged on one side of the necking detection mechanism (514), and a barrel side labeling mechanism (516) being arranged at the discharge end along the bottle-barrel assembly conveying line (5).

3. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 2, characterized in that: The first waste rejection mechanism (515) is a waste recovery and rejection mechanism.

4. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 1, characterized in that: A cylinder bottom labeling mechanism (411) is provided on one side of the cylinder unloading and supporting device (41).

5. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 1, characterized in that: The bottle body and bottle tray combined conveying line (3) is provided with a film sealing detection mechanism (32) and a second waste rejection mechanism (33) in sequence downstream of the film sealing device (31).

6. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 1, characterized in that: A capping detection mechanism (13) is provided on one side of the capping device (12), and a third waste rejection mechanism (14) is provided on one side of the capping detection mechanism (13).

7. The soft aerosol bottle filling, sealing and capping integrated machine according to claim 1, characterized in that: The bottle body and bottle tray combined conveying line (3) is a circulating conveying line.

8. The soft aerosol bottle filling, sealing and capping integrated machine according to any one of claims 1 to 7, characterized in that: The bottle body and cylinder body combined conveying line (5) is a double-row conveying line.

9. A method for filling and capping a soft aerosol bottle, characterized in that: The soft mist bottle filling, sealing and capping integrated machine according to any one of claims 1 to 8 is used, comprising the following steps: S1, filling and capping: the bottle is first transported by the bottle conveying line (1) to the filling device (11) for filling with liquid medicine, and then transported to the capping device (12) for capping; S2, placing the bottle tray and checking for leaks: placing the bottle after the capping on the bottle conveyor line (1) on the bottle tray of the bottle tray conveyor line (2) to form a bottle body and bottle tray assembly, and then checking for leaks on the leak detection device (21); S3, film sealing and bottle tray return: the bottle body and bottle tray assembly on the bottle tray conveyor line (2) is transferred by the first transfer device (6) to the bottle body and bottle tray assembly conveyor line (3), and then conveyed by the bottle body and bottle tray assembly conveyor line (3) to the film sealing device (31) to seal the bottle body, and the sealed bottle body is transferred by the third transfer device (9) to the cylinder on the cylinder tray conveyor line (4) to form a bottle body and cylinder assembly, and the remaining bottle tray is returned to the bottle tray conveyor line (2) by the return device (7); S4, transfer of the bottle-barrel assembly and replenishment of the barrel tray: the bottle-barrel assembly is transported by the barrel tray conveyor line (4) to the second transfer device (8), and is transferred by the second transfer device (8) to the bottle-barrel assembly conveyor line (5), and the remaining barrel trays are transported by the barrel tray conveyor line (4) to the barrel unloading and tray loading device (41) for barrel replenishment; S5, bottle barrel assembly and necking: the bottle body and barrel assembly is conveyed from the bottle body and barrel assembly conveying line (5) to the bottle barrel assembly and necking device (51) for bottle barrel assembly and necking.

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