A multi-tray bottled beverage filling equipment

Abstract

The present invention relates to the field of bottle cap transportation technology, and in particular to a multi-disc coordinated bottled beverage filling device. The device comprises a bottle body running platform, a filling body for bottle body filling is arranged on one side of the bottle body running platform, a cap screwing assembly is arranged on the other side of the bottle body running platform, and a bottle cap lifting mechanism is arranged on the side of the bottle body running platform away from the cap screwing assembly. The present invention can adjust the channel width of the sliding channel according to the cap height and shape of the bottle cap through the combined action of the adjustable slideway assembly, the adjustable transport track and the limiting ring, and can also adjust the position of the adjustable side rod and the linkage corner rod on both sides of the basic track rod to adaptively adjust the width and shape of the rectangular sliding space formed between the two adjustable side rods and the parallel rod body of the basic track rod, thereby achieving adaptive adjustment of the bottle cap transportation mechanism.

Description

Technical Field

[0001] The invention relates to the technical field of bottle cap transportation, in particular to a multi-tray matched bottled beverage filling device. Background Art

[0002] The beverage filling production line is a production line that can quickly complete the production of bottled beverages through the coordination of bottling, capping, capping and running parts.

[0003] During the beverage filling process, after the beverage is poured into the beverage bottle, the bottle cap of the beverage bottle is generally transported and guided by a transport device to be covered on the beverage bottle, and then the cap is screwed on by a screwing mechanism.

[0004] Due to the different types of beverages, such as ordinary beverages and sports drinks, the bottle caps used are also different. In the actual production process, ordinary caps and sports caps cannot be perfectly matched on the same transport track equipment, which can easily cause the bottle caps to shift and the cap body to be unstable, resulting in jamming or shifting when the caps are subsequently dropped. If additional transport track equipment suitable for different bottle caps is purchased, the cost will be greatly increased. Summary of the invention

[0005] The purpose of the present invention is to provide a multi-disc matched bottled beverage filling device to solve the problem that ordinary caps and sports caps cannot be perfectly matched on the same transport track device, which easily causes the bottle caps to deviate and the cap body to be unstable, resulting in jamming or deviation when the caps are subsequently dropped.

[0006] In order to achieve the above-mentioned object, the present invention provides a multi-plate matched bottled beverage filling equipment, comprising a bottle body running platform, a filling body for bottle body filling is arranged on one side of the bottle body running platform, a capping assembly is arranged on the other side of the bottle body running platform, and a bottle cap lifting mechanism is arranged on the side of the bottle body running platform away from the capping assembly;

[0007] A bottle cap transport mechanism, wherein the bottle cap transport mechanism is arranged between the bottle cap lifting mechanism and the bottle body running platform, the bottle cap transport mechanism comprises an adjustable slide assembly, an adjustable transport track, a limiting ring and a cap drop assembly, the adjustable slide assembly is arranged on the side of the bottle cap lifting mechanism facing the bottle body running platform, the cap drop assembly is arranged on one side of the end of the bottle body running platform, the adjustable transport track is arranged between the adjustable slide assembly and the cap drop assembly, the limiting ring is arranged on the outside of the adjustable transport track, and the limiting ring can form a structural support for the track on the outside of the adjustable transport track.

[0008] As a further improvement of the technical solution, the adjustable slide assembly includes a sliding channel, a shielding soft plate and a regulating extrusion member, the sliding channel is arranged on one side of the bottle cap lifting mechanism, and the sliding channel is connected to the bottle cap lifting mechanism, the side wall of the sliding channel is opened, the shielding soft plate is shielded outside the side wall opening of the sliding channel, the regulating extrusion member is arranged at the connection between the bottle cap lifting mechanism and the sliding channel, and the regulating extrusion member acts on the shielding soft plate, so that the shielding soft plate can slide inward at the side wall opening of the sliding channel, so as to adjust the slide width of the sliding channel to adapt to different bottle caps;

[0009] The sliding channel is an inclined channel, so that after the bottle cap is lifted by the bottle cap lifting mechanism and then enters the sliding channel, it can rotate and slide down under the action of gravity and enter the adjustable transport track to continue rotating and sliding down.

[0010] As a further improvement of the technical solution, the regulating extrusion member includes a positioning outer frame, an extrusion arc frame and an extrusion cylinder, the positioning outer frame is arranged at the connection between the bottle cap lifting mechanism and the sliding channel, and the frame body of the positioning outer frame is horizontally placed outside the opening of the side wall of the sliding channel, the extrusion arc frame is slidably installed on the positioning outer frame, and the extrusion arc frame is in contact with the shielding soft plate, the extrusion cylinder is arranged on the frame body of the positioning outer frame, and the end of the extrusion cylinder extrudes the extrusion arc frame;

[0011] Wherein, the sliding direction of the extruded arc frame is facing the shielding soft board.

[0012] As a further improvement of the technical solution, the adjustable transport track includes a basic track rod, an adjustable side rod and a linkage corner rod, the basic track rod is arranged between the sliding channel and the drop cover assembly, the adjustable side rods are horizontally slidably installed on both sides of the basic track rod, and the adjustable side rods and the basic track rod form a sliding track, and the linkage corner rods are arranged on the upper and lower sides of the adjustable side rods;

[0013] Among them, the basic track rod includes two upper and lower parallel track rods, and the two ends of the basic track rod are respectively fixedly connected to the sliding channel and the cover drop assembly, and the adjustable side rods are distributed on both sides of the track rod parallel to the basic track rod, so that the two adjustable side rods and the upper and lower parallel track rods of the basic track rod are distributed on four sides, forming a sliding track of a rectangular sliding space, and the linkage corner rods are located on the upper and lower sides of the adjustable side rods, and are also located in the corners of the rectangular sliding space.

[0014] As a further improvement of the technical solution, the linkage corner rod comprises a linkage block, a positioning side plate and an adjustable corner rod, the linkage blocks are arranged on both sides of the rod body of the adjustable corner rod, and one linkage block is slidably installed in the horizontal direction on the side of the sliding channel away from the bottle cap lifting mechanism, and the other linkage block is slidably installed in the horizontal direction on the cover drop assembly, so that the adjustable corner rod is restricted by the linkage blocks on both sides, and the adjustable corner rod is located on both sides of the basic track rod, the positioning side plates are arranged on the upper and lower sides of the linkage block, and the positioning side plates are inclined so that the positioning side plates are opposite to the center of the parallel rod body of the basic track rod, the adjustable corner rod is arranged on the positioning side plates, and the rod body part of the adjustable corner rod is located on the upper and lower sides of the adjustable side rod;

[0015] Among them, the positioning side plate is provided with a limiting groove along the positioning side plate body, and the adjustable corner rod includes an arc-shaped corner rod body and an adjusting rotary rod spirally penetrating the limiting groove of the positioning side plate, and the end of the adjusting rotary rod is connected to the corner rod body, so that the movement of the adjusting rotary rod in the limiting groove of the positioning side plate can control the position of the corner rod body between the adjustable side rod and the basic track rod, and the corner rod body and each part of the adjustable side rod are similar in shape.

[0016] As a further improvement of the technical solution, the limiting ring includes a base ring, a sliding block and a corner block, the base ring is arranged around the outside of the parallel rod body of the base track rod, the sliding block is connected to the adjustable side rod, and the sliding block is perpendicular to the edge of the base ring and slidably installed, the corner block is connected to the rod body part of the linkage corner rod, and the corner block is slidably installed between the sliding block and the base ring;

[0017] The base ring is a rectangular ring frame, and the side frames on both sides are respectively connected to the upper and lower parallel rod bodies of the base track rod, so that the base ring forms a rectangular ring frame outside the parallel rod bodies of the base track rod.

[0018] As a further improvement of the technical solution, a plurality of the limiting rings are arranged on the basic track rod, and the rod body of the linkage corner rod is connected to a plurality of corner blocks, so that the rod body of the linkage corner rod is divided into a plurality of parts by the corner blocks;

[0019] Among them, the rod bodies of the linkage corner rods divided into multiple parts by the corner blocks are all soft rods, so that when the linkage corner rods move, the rod bodies between multiple restriction rings will deform to adapt to the various curvatures of the basic track rods and the adjustable side rods.

[0020] As a further improvement of the technical solution, the corners of the sliding block and the corner block close to the middle part of the base ring are all arc-shaped edges.

[0021] Compared with the prior art, the present invention provides a multi-tray bottled beverage filling device, which has the following beneficial effects:

[0022] The present invention can adjust the channel width of the sliding channel according to the cap height and shape of the bottle cap through the combined effect of the adjustable slideway assembly, the adjustable transport track and the limiting ring, and can also adaptively adjust the width and shape of the rectangular sliding space formed between the two adjustable side rods and the parallel rod body of the basic track rod by adjusting the positions of the adjustable side rods and the linked corner rods on both sides of the basic track rod, thereby achieving adaptive adjustment of the bottle cap transport mechanism.

[0023] Since the cross-section of most sports drink bottle caps is convex, when transporting this type of bottle cap, the linked corner rods can be controlled to be inserted into the rectangular sliding space formed between the two adjustable side rods and the parallel rod bodies of the basic track rods, thereby forming support for the protruding corners of the convex bottle caps, so that the rectangular space becomes a convex sliding space, thereby stabilizing the transportation of the convex bottle caps and preventing the convex bottle caps from shifting during transportation. BRIEF DESCRIPTION OF THE DRAWINGS

[0024] Figure 1 It is a schematic diagram of the overall structure of the present invention;

[0025] Figure 2 It is a schematic diagram of the overall structure of the present invention from another perspective;

[0026] Figure 3 It is a schematic diagram of the structural distribution of the adjustable slideway assembly and the regulating extrusion member in the present invention;

[0027] Figure 4 It is a schematic diagram of the structure of the adjustable slideway assembly after some of the adjustable side rods in the present invention are disassembled;

[0028] Figure 5 for Figure 4 A magnified view of the structure at center;

[0029] Figure 6 It is a schematic diagram of the structural distribution of the bottle cap lifting mechanism and the bottle cap transport mechanism in the present invention;

[0030] Figure 7 for Figure 6 A magnified view of the structure at B in the middle;

[0031] Figure 8 A schematic diagram of the structural distribution of the bottle cap lifting mechanism and the bottle cap transport mechanism from another perspective in the present invention;

[0032] Fig. 9 for Figure 8 Enlarged view of the structure at point C in the middle.

[0033] In the figure: 1. Bottle body turning table; 2. Filling body; 3. Cap screwing assembly; 4. Bottle cap lifting mechanism; 5. Bottle cap transport mechanism; 51. Adjustable slide assembly; 511. Sliding channel; 512. Shielding soft board; 52. Adjustable transport track; 521. Basic track rod; 522. Adjustable side rod; 53. Limiting ring; 531. Basic ring; 532. Sliding block; 533. Corner block; 54. Cap drop assembly; 6. Control extrusion member; 601. Positioning outer frame; 602. Extrusion arc frame; 603. Extrusion cylinder; 7. Linkage corner rod; 701. Linkage block; 702. Positioning side plate; 703. Adjustable corner rod. DETAILED DESCRIPTION

[0034] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0035] Reference Figure 1-9 , a multi-disc coordinated bottled beverage filling equipment, in order to adapt to different bottle caps for transportation and reduce the cost of purchasing transportation tracks suitable for different bottle caps, is provided here including a bottle body running platform 1 and a bottle cap transportation mechanism 5. A filling body 2 for bottle filling is provided on one side of the bottle body running platform 1. The filling body 2 is a device for injecting beverage liquid into the bottle body through an injection pipe, which is not described here. A screw cap assembly 3 is provided on the other side of the bottle body running platform 1. The screw cap assembly 3 is used to help the bottle body filled with beverage liquid to screw on the bottle cap part. A bottle cap lifting mechanism 4 is provided on the side of the bottle body running platform 1 away from the screw cap assembly 3. The bottle cap lifting mechanism 4 is a mechanism for lifting the bottle cap by cyclic rotation of a belt and a shield plate, and when the bottle cap is lifted, the bottle cap lifting mechanism 4 can make the bottle cap mouth face outward and stand up laterally, so as to facilitate the subsequent sliding into the subsequent bottle cap transportation mechanism 5.

[0036] The bottle cap transport mechanism 5 is arranged between the bottle cap lifting mechanism 4 and the bottle body running platform 1, and the bottle cap transport mechanism 5 includes an adjustable slide assembly 51, an adjustable transport track 52, a limiting ring 53 and a drop cap assembly 54. The adjustable slide assembly 51 is arranged on the side of the bottle cap lifting mechanism 4 facing the bottle body running platform 1, and the drop cap assembly 54 is arranged on the side of the end of the bottle body running platform 1. A channel is arranged on one side of the drop cap assembly 54, and the channel is connected to the adjustable transport track 52, so that the bottle caps transported by the adjustable transport track 52 can be covered on the top of the bottle body brought by the operation of the bottle body running platform 1 after entering the drop cap assembly 54. After the capping is completed, it is transported to the bottom of the screw cap assembly 3 to complete the screwing. The adjustable transport track 52 is arranged between the adjustable slide assembly 51 and the drop cap assembly 54, and the limiting ring 53 is arranged on the outside of the adjustable transport track 52, and the limiting ring 53 can form a structural support for the track on the outside of the adjustable transport track 52.

[0037] The adjustable slide assembly 51 includes a sliding channel 511, a shielding soft plate 512 and a regulating extrusion member 6. The sliding channel 511 is arranged on one side of the bottle cap lifting mechanism 4, and the sliding channel 511 is connected to the bottle cap lifting mechanism 4. The side wall of the sliding channel 511 is opened, and the shielding soft plate 512 is arranged outside the side wall opening of the sliding channel 511 to block. The shielding soft plate 512 is a transparent plate body, so that when the shielding soft plate 512 blocks the side wall opening of the sliding channel 511, the movement of the bottle cap inside the sliding channel 511 can also be directly observed. The regulating extrusion member 6 is arranged at the connection between the bottle cap lifting mechanism 4 and the sliding channel 511, and the regulating extrusion member 6 acts on the shielding soft plate 512, so that the shielding soft plate 512 can slide inward at the side wall opening of the sliding channel 511, so as to adjust the slide width of the sliding channel 511 to adapt to different bottle caps.

[0038] The sliding channel 511 is an inclined channel, so that after the bottle cap is lifted by the bottle cap lifting mechanism 4 and then enters the sliding channel 511, it can rotate and slide down under the action of gravity and enter the adjustable transport track 52 to continue rotating and sliding down.

[0039] The regulating extrusion member 6 includes a positioning outer frame 601, an extrusion arc frame 602 and an extrusion cylinder 603. The positioning outer frame 601 is arranged at the connection between the bottle cap lifting mechanism 4 and the sliding channel 511, and the frame body of the positioning outer frame 601 is horizontally placed outside the side wall opening of the sliding channel 511. The extrusion arc frame 602 is slidably installed on the positioning outer frame 601, and the extrusion arc frame 602 is in contact with the shielding soft plate 512. The extrusion cylinder 603 is arranged on the frame body of the positioning outer frame 601, and the end of the extrusion cylinder 603 extrudes the extrusion arc frame 602, so that the extrusion cylinder 603 can drive the extrusion arc frame 602 and extrusion the shielding soft plate 512 to slide in the side wall opening of the sliding channel 511, so as to adjust the width of the channel in the sliding channel 511;

[0040] The sliding direction of the extruded arc frame 602 is directly facing the shielding soft board 512 .

[0041] The adjustable transport track 52 includes a basic track rod 521, an adjustable side rod 522 and a linkage corner rod 7. The basic track rod 521 is arranged between the sliding channel 511 and the drop cover assembly 54. The adjustable side rod 522 is horizontally slidably installed on both sides of the basic track rod 521, and the adjustable side rod 522 and the basic track rod 521 form a sliding track. The linkage corner rod 7 is arranged on the upper and lower sides of the adjustable side rod 522.

[0042] Among them, the basic track rod 521 includes two parallel track rods in the upper and lower parts, and the two ends of the basic track rod 521 are fixedly connected to the sliding channel 511 and the cover drop assembly 54 respectively. The adjustable side rods 522 are distributed on both sides of the track rods parallel to the basic track rod 521, so that the two adjustable side rods 522 are distributed on four sides of the upper and lower parallel track rods of the basic track rod 521, forming a sliding track of a rectangular sliding space. A rectangular sliding space based on the basic track rod 521 and distributed on both sides by the adjustable side rods 522 is formed between the sliding channel 511 and the cover drop assembly 54, which can adapt to the rotation, side sliding and transportation of different ordinary bottle caps. The arc shapes of various parts of the basic track rod 521 and the adjustable side rods 522 are similar, so that the sliding spaces formed by the parallel rod bodies of the two adjustable side rods 522 and the basic track rod 521 at various positions are all similar, ensuring the smooth sliding of the bottle cap in the sliding space. The linkage corner rods 7 are located on the upper and lower sides of the adjustable side rods 522, and are also located at the corners of the rectangular sliding space.

[0043] The linkage corner rod 7 includes a linkage block 701, a positioning side plate 702 and an adjustable corner rod 703. The linkage blocks 701 are arranged on both sides of the rod body of the adjustable corner rod 703, and one linkage block 701 is horizontally slidably installed on the side of the sliding channel 511 away from the bottle cap lifting mechanism 4, and the other linkage block 701 is horizontally slidably installed on the cover drop assembly 54, so that the adjustable corner rod 703 is restricted by the linkage blocks 701 on both sides, and the adjustable corner rod 703 is located on both sides of the basic track rod 521, such as Figure 5 and Fig. 9As shown, the connection between the linkage block 701 and the sliding channel 511 and the connection between the linkage block 701 and the cover drop assembly 54 are both provided with an adjusting screw for rotating and squeezing the linkage block 701 to slide. The linkage block 701 can be squeezed toward the side of the basic track rod 521 by rotating the adjusting screw, thereby driving the adjustable side rod 522 and the linkage corner rod 7 to approach the basic track rod 521, so as to achieve the effect of controlling the width of the rectangular sliding space formed by the basic track rod 521, the adjustable side rod 522 and the linkage corner rod 7. The positioning side plates 702 are arranged on the upper and lower sides of the linkage block 701, and the positioning side plates 702 are inclined so that the positioning side plates 702 are directly opposite to the center of the parallel rod body of the basic track rod 521, and the adjustable corner rod 703 is arranged on the positioning side plates 702, and the rod body parts of the adjustable corner rod 703 are located on the upper and lower sides of the adjustable side rod 522.

[0044] Among them, the positioning side plate 702 is provided with a limiting groove along the positioning side plate 702 plate body, and the adjustable corner rod 703 includes an arc-shaped corner rod body and an adjustment rotary rod spirally penetrating the limiting groove of the positioning side plate 702, and the end of the adjustment rotary rod is connected to the corner rod body, such as Figure 5 and Fig. 9 As shown, a positioning pad is provided between the adjustment rod and the limiting groove of the positioning side plate 702, so that after the adjustment rod moves in the limiting groove of the positioning side plate 702, the position can be locked by the pad, so that the movement of the adjustment rod in the limiting groove of the positioning side plate 702 can control the position of the corner rod body between the adjustable side rod 522 and the basic track rod 521, and at the same time, Figure 5 As shown, a rotating plate connected is provided between the corner rod body and the adjustable side rod 522, so that when the corner rod body moves toward the sliding space between the basic track rod 521 and the adjustable side rod 522, the rotating plate rotates and forms a guiding structure between the two adjustable side rods 522 to prevent the end of the corner rod body from blocking the bottle cap from entering the sliding space when the corner rod body is displaced to the sliding space between the basic track rod 521 and the adjustable side rod 522. In addition, the corner rod body and the adjustable side rod 522 have similar shapes in various parts, so that when the corner rod body moves toward the center of the basic track rod 521 under the action of the adjusting rotating rod, the rectangular sliding space can be adjusted to become a convex sliding space. Since the bottle caps of sports drinks are mostly convex, it can adapt to the transportation of bottle caps of sports drinks.

[0045] The limiting ring 53 includes a base ring 531, a sliding block 532 and a corner block 533. The base ring 531 is arranged around the outer side of the parallel rod body of the basic track rod 521. The sliding block 532 is connected to the adjustable side rod 522, and the sliding block 532 is perpendicular to the edge of the base ring 531 and is slidably installed, so that when the adjustable side rod 522 moves horizontally, it can drive the sliding block 532 to slide synchronously at the edge of the base ring 531. The corner block 533 is connected to the rod body part of the linkage corner rod 7, and the corner block 533 is slidably installed between the sliding block 532 and the base ring 531, so that when the rod body part of the linkage corner rod 7 moves, the corner block 533 will slide synchronously between the sliding block 532 and the base ring 531.

[0046] Among them, the base ring 531 is a rectangular ring frame, and the side frames on both sides are respectively connected to the upper and lower parallel rod bodies of the basic track rod 521, so that the base ring 531 forms a rectangular ring frame outside the parallel rod bodies of the basic track rod 521. By utilizing the rectangular base ring 531, a structurally reinforced frame can be formed outside the adjustable transport track 52, which helps to improve the transportation stability of the adjustable transport track 52.

[0047] Further, a plurality of limiting rings 53 are provided on the base track rod 521, and the rod body portion of the linkage corner rod 7 is connected to a plurality of corner blocks 533, so that the rod body portion of the linkage corner rod 7 is divided into a plurality of portions by the corner blocks 533;

[0048] Among them, the rod bodies of the linkage corner rod 7 divided into multiple parts by the corner blocks 533 are all soft rods, so that when the linkage corner rod 7 moves, the rod bodies between the multiple limiting rings 53 will be deformed to adapt to the various curvatures of the basic track rod 521 and the adjustable side rod 522, to prevent the linkage corner rod 7 from moving at different distances due to the influence of the curvature of the linkage corner rod 7, thereby causing different distances between the various parts of the linkage corner rod 7, the basic track rod 521 and the adjustable side rod 522, affecting the smoothness of the sliding space.

[0049] Furthermore, the corners of the sliding block 532 and the corner block 533 close to the middle part of the base ring 531 are all arc-shaped edges, which prevents the corners of the sliding block 532 and the corner block 533 from forming an obstruction in the middle of the base ring 531, affecting the space for the bottle cap to pass through the center of the base ring 531 and the base track rod 521.

[0050] In this embodiment, according to the type of bottle cap required, the extrusion cylinder 603 is first started to push the extrusion arc frame 602 to squeeze the shielding soft plate 512 to slide in the side wall opening of the sliding channel 511 to adjust the width of the channel in the sliding channel 511. Since the bottle cap rotates and slides down in the rectangular sliding space formed between the two adjustable side rods 522 and the parallel rod body of the basic track rod 521, the linkage block 701 can be adjusted to move toward the side of the basic track rod 521 according to the height of the bottle cap by rotating the regulating screw to adjust the horizontal distance between the adjustable side rod 522 and the basic track rod 521, thereby adjusting the width of the rectangular sliding space to achieve the effect of controlling the width of the rectangular sliding space according to the height of the bottle cap. At the same time, if it is necessary to transport a convex moving bottle cap, the adjusting rotary rod in the limiting groove of the positioning side plate 702 can also be moved to control the rod body part of the adjustable corner rod 703 to move toward the center of the basic track rod 521 under the action of the adjusting rotary rod, so that the rectangular The sliding space becomes a convex sliding space due to the entry of the rod body part of the adjustable corner rod 703, which can adapt to the use of convex moving bottle caps. Through the adjustment of the above two items, the adaptive adjustment of the bottle cap transportation mechanism 5 can be achieved according to the height and shape of the bottle cap. After the adjustment is completed, the bottle cap opening can be turned outward and lifted vertically by the bottle cap lifting mechanism 4, so that the bottle cap rises to one side of the sliding channel 511. At this time, the bottle cap will slide into the sliding channel 511, slide down through the inclined inner wall of the channel and enter the sliding space formed by the adjustable side rod 522 and the basic track rod 521 and continue to rotate and slide down, and finally the bottle cap enters the cap drop assembly 54 under the adjustable transport track 52. At this time, the bottle body running platform 1 will run the filled beverage bottle completed by the filling main body 2 to the bottom of the cap drop assembly 54. After the bottle cap is dropped by the cap drop assembly 54, the bottle body running platform 1 continues to operate, driving the bottle body and the bottle cap to the bottom of the screw cap assembly 3 to complete the screw cap operation, thereby completing the entire bottled beverage filling process.

[0051] The above shows and describes the basic principles, main features and advantages of the present invention. Those skilled in the art should understand that the present invention is not limited by the above embodiments. The above embodiments and descriptions are only preferred examples of the present invention and are not intended to limit the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A multi-tray bottled beverage filling device, characterized in that: include: A bottle body running platform (1), wherein a filling body (2) for bottle filling is arranged on one side of the bottle body running platform (1), a capping assembly (3) is arranged on the other side of the bottle body running platform (1), and a bottle cap lifting mechanism (4) is arranged on the side of the bottle body running platform (1) away from the capping assembly (3); A bottle cap transport mechanism (5), the bottle cap transport mechanism (5) being arranged between the bottle cap lifting mechanism (4) and the bottle body running platform (1), the bottle cap transport mechanism (5) comprising an adjustable slideway assembly (51), an adjustable transport track (52), a limiting ring (53) and a cap drop assembly (54), the adjustable slideway assembly (51) being arranged on a side of the bottle cap lifting mechanism (4) facing the bottle body running platform (1), the cap drop assembly (54) being arranged on a side of an end of the bottle body running platform (1), the adjustable transport track (52) being arranged between the adjustable slideway assembly (51) and the cap drop assembly (54), the limiting ring (53) being arranged outside the adjustable transport track (52), and the limiting ring (53) being able to form a structural support for the track outside the adjustable transport track (52); The adjustable slideway assembly (51) comprises a sliding channel (511), a shielding soft plate (512) and a regulating extrusion member (6); the sliding channel (511) is arranged on one side of the bottle cap lifting mechanism (4), and the sliding channel (511) is connected to the bottle cap lifting mechanism (4); the sliding channel (511) has a side wall opening; the shielding soft plate (512) is shielded outside the side wall opening of the sliding channel (511); the regulating extrusion member (6) is arranged at the connection between the bottle cap lifting mechanism (4) and the sliding channel (511), and the regulating extrusion member (6) acts on the shielding soft plate (512) so that the shielding soft plate (512) can slide inwardly at the side wall opening of the sliding channel (511), so as to adjust the slideway width of the sliding channel (511) to adapt to different bottle caps; The sliding channel (511) is an inclined channel, so that after the bottle cap is lifted by the bottle cap lifting mechanism (4) and then enters the sliding channel (511), it can rotate and slide down under the action of gravity and enter the adjustable transport track (52) to continue rotating and sliding down; The adjustable transport track (52) comprises a basic track rod (521), an adjustable side rod (522) and a linkage corner rod (7); the basic track rod (521) is arranged between the sliding channel (511) and the cover drop assembly (54); the adjustable side rods (522) are slidably mounted on both sides of the basic track rod (521) in a horizontal direction, and the adjustable side rods (522) and the basic track rod (521) form a sliding track; and the linkage corner rods (7) are arranged on the upper and lower sides of the adjustable side rods (522); The basic track rod (521) comprises two parallel track rods, one above the other, and the two ends of the basic track rod (521) are respectively fixedly connected to the sliding channel (511) and the cover drop assembly (54); the adjustable side rods (522) are distributed on both sides of the track rods parallel to the basic track rod (521), so that the two adjustable side rods (522) and the upper and lower parallel track rods of the basic track rod (521) are distributed on four sides, forming a sliding track of a rectangular sliding space; the linkage corner rods (7) are located on the upper and lower sides of the adjustable side rods (522), and are also located at the corners of the rectangular sliding space.

2. The multi-disc bottled beverage filling equipment according to claim 1, characterized in that: The regulating extrusion member (6) comprises a positioning outer frame (601), an extrusion arc frame (602) and an extrusion cylinder (603); the positioning outer frame (601) is arranged at the connection between the bottle cap lifting mechanism (4) and the sliding channel (511), and the frame body of the positioning outer frame (601) is horizontally placed outside the side wall opening of the sliding channel (511); the extrusion arc frame (602) is slidably mounted on the positioning outer frame (601), and the extrusion arc frame (602) is in contact with the shielding soft plate (512); the extrusion cylinder (603) is arranged on the frame body of the positioning outer frame (601), and the end of the extrusion cylinder (603) extrudes the extrusion arc frame (602); The sliding direction of the extruded arc frame (602) is directly facing the shielding soft plate (512).

3. The multi-disc bottled beverage filling equipment according to claim 1, characterized in that: The linkage corner rod (7) comprises a linkage block (701), a positioning side plate (702) and an adjustable corner rod (703). The linkage blocks (701) are arranged on both sides of the rod body of the adjustable corner rod (703), and one linkage block (701) is slidably mounted in the horizontal direction on a side of the sliding channel (511) away from the bottle cap lifting mechanism (4), and the other linkage block (701) is slidably mounted in the horizontal direction on the cover drop assembly (54), so that the adjustable corner rod (703) is slidably mounted on both sides of the linkage blocks (701). 701), the adjustable corner rod (703) is located on both sides of the basic track rod (521), the positioning side plates (702) are arranged on the upper and lower sides of the linkage block (701), and the positioning side plates (702) are arranged obliquely, so that the positioning side plates (702) are directly opposite to the center of the parallel rod body of the basic track rod (521), the adjustable corner rod (703) is arranged on the positioning side plates (702), and the rod body part of the adjustable corner rod (703) is located on the upper and lower sides of the adjustable side rod (522); The positioning side plate (702) is provided with a limiting groove along the positioning side plate (702) plate body, and the adjustable corner rod (703) comprises an arc-shaped corner rod body and an adjustment rotary rod spirally penetrating the limiting groove of the positioning side plate (702), and the end of the adjustment rotary rod is connected to the corner rod body, so that the movement of the adjustment rotary rod in the limiting groove of the positioning side plate (702) can control the position of the corner rod body between the adjustable side rod (522) and the basic track rod (521), and the corner rod body and the adjustable side rod (522) are similar in shape.

4. The multi-disc bottled beverage filling equipment according to claim 3, characterized in that: The limiting ring (53) comprises a base ring (531), a sliding block (532) and a corner block (533); the base ring (531) is arranged around the outside of the parallel rod body of the base track rod (521); the sliding block (532) is connected to the adjustable side rod (522); the sliding block (532) is perpendicular to the edge of the base ring (531) and is slidably installed; the corner block (533) is connected to the rod body portion of the linkage corner rod (7); and the corner block (533) is slidably installed between the sliding block (532) and the base ring (531); The base ring (531) is a rectangular ring frame, and the side frames on both sides are respectively connected to the upper and lower parallel rod bodies of the base track rod (521), so that the base ring (531) forms a rectangular ring frame outside the parallel rod bodies of the base track rod (521).

5. The multi-disc bottled beverage filling equipment according to claim 4, characterized in that: A plurality of the limiting rings (53) are arranged on the base track rod (521), and a rod body portion of the linkage corner rod (7) is connected to a plurality of corner blocks (533), so that the rod body portion of the linkage corner rod (7) is divided into a plurality of portions by the corner blocks (533); The rod bodies of the linkage corner rod (7) divided into multiple parts by the corner blocks (533) are all soft rods, so that when the linkage corner rod (7) moves, the rod bodies between the multiple restriction rings (53) will deform to adapt to the various curvatures of the basic track rod (521) and the adjustable side rod (522).

6. The multi-disc bottled beverage filling equipment according to claim 5, characterized in that: The corners of the sliding block (532) and the corner block (533) close to the middle part of the base ring (531) are both arc-shaped edges.

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