Flexible automatic winebottle trademark water scraping device for special-shaped bottles

Abstract

The invention discloses a flexible automatic winebottle trademark water scraping device for special-shaped bottles, and belongs to the field of white spirit processing and production. The water scraping device is suitable for the water scraping process of trademarks (hereinafter collectively referred to as round labels) in the wine bottle labeling technology. Comprising two sets of round label water scraping mechanisms which are basically the same in appearance and slightly different in internal structure and actual function, and the two sets of round label water scraping mechanisms are installed on a stepping type annular conveying body and are sequentially installed in the conveying direction of the stepping type annular conveying body; the same parts of the two sets of round mark water scraping mechanisms are each formed by splicing and embedding a mechanism vertical plate, a mechanism main plate, a track linear rail, a water scraping frame, a limiting air cylinder, an air cylinder connecting and installing plate, a groove fixing block and a pneumatic assembly. The difference is that the round mark water scraping mechanism 1 carries a round mark pressing assembly used for fixing, pressing and discharging bubbles, and the round mark water scraping mechanism 2 carries a round mark water scraping assembly used for round mark compaction and water discharging. After the wine bottles pasted with the round label stickers enter the round label water scraping mechanism in the running direction of the conveying line, the water scraping processes of pressing, bubble discharging, water discharging and fixing are sequentially carried out, and the round label stickers can be firmly pasted to the designated positions of the wine bottles; wherein the direction angle of the round label pressing assembly is adjustable, the angle of the round label scraping assembly is adjustable, scraper parts support customization and quick change, and the device can be perfectly matched with water scraping operation of different types of special-shaped wine bottle labels.

Description

Technical Field

[0001] The invention belongs to the field of liquor processing and manufacturing, and particularly relates to a device responsible for completing the scraping and fixing of a wine bottle round label in a wine bottle labeling process. Background Art

[0002] In the normal production process, wine bottles need to be labeled after the firing and shaping process is completed. The general wine bottle labels on the market are mainly divided into the corresponding wine product name (large label) and the winery trademark (circular label), which are affixed to different positions of the wine bottle. Since the main body of the wine bottle is basically cylindrical without special design, it is impossible to use traditional flat labeling machines for automatic labeling operations. In addition, with the improvement of aesthetic level and bottle making technology in recent years, non-traditional cylindrical special-shaped bottles have gradually become mainstream, and irregular curved surfaces have further increased the difficulty of automatic labeling.

[0003] Since most of the common labels on the market are water-based stickers, the stickers need to be removed from the flower paper that stores the stickers and pasted to the designated position of the wine bottle in a humid environment. That is, the stickers will carry a lot of moisture during the pasting process. When the stickers are placed on the wine bottles that are taken out of heating furnaces such as kilns and are dry and still have a certain temperature, a large number of water droplets and bubbles will form between the stickers and the wine bottles. If they are not removed, the stickers cannot be fixed. There is a risk of displacement or even damage in subsequent processing, and the residual moisture on the bottle body will also interfere with the subsequent workflow of pasting round labels.

[0004] At present, the labeling work for wine bottles is mainly done by skilled labelers arranged along the production line, that is, manually placing the trademark - manually scraping water and bubbles - manually pressing the label; because wine bottle stickers are mostly water-based stickers, the labeling is firm but the sticker itself is very fragile and easy to damage. In addition, the wine bottle trademark is used as a promotional tool, and the appearance and posture are extremely high. This puts very high demands on the proficiency and concentration of the workers. If the production rate or product quantity is increased, the labor cost will be further increased. Summary of the invention

[0005] The present invention provides a scraper and fixation device for label paper used in the labeling operation of special-shaped wine bottles. The device can complete the scraping, fixing and correction of large labels independently without manual work, and the device can adapt to the processing conditions of wine bottles with different appearances, label papers with different thicknesses and different on-site temperatures by adjusting the posture of the scraper end carried by itself.

[0006] The technical solution adopted by the present invention is as follows: a flexible automatic wine bottle trademark scraping device for special-shaped bottles is installed on a step-type circular conveyor (1) for automatic wine bottle labeling equipment, and the device includes two sets of large-label scraping mechanisms with similar structures and slightly different functions. The two sets of mechanisms are arranged in parallel along the running direction of the step-type circular conveyor line (1.2) to sequentially complete the scraping and fixing process of the round label sticker; the same parts of the two sets of round label scraping mechanisms are that they include a mechanism vertical plate (2.1), a mechanism main plate (2.2) , track rail (2.3), wiper frame (2.4), frame cylinder (2.5), limit cylinder (2.6), cylinder connection mounting plate (2.7), groove fixing block (2.8) and pneumatic assembly (2.9); two mechanism vertical plates (2.1) are set up in parallel on the frame of the external equipment stepping conveyor line as columns, and the mechanism main board (2.2) is installed between the two mechanism vertical plates (2.1) and maintained in a clamping state. Since the installation hole of the mechanism vertical plate (2.1) is a circular hole and a circle with the circular hole as the center, The arc hole is formed, so the main board (2.2) of the mechanism can be manually adjusted to change and maintain the angle with the horizontal plane; three equal-length rails (2.3) are installed at the same height on the main board (2.2) of the mechanism and parallel to the vertical board (2.1) of the mechanism, and a rail slider is inserted into each rail rail (2.3) and the rail rail (2.3) is sealed with rail blocks at the top and bottom; the wiper frame (2.4) is installed on the rail slider, and the top and bottom of the center line of the vertical board (2.1) of the mechanism are connected to the mounting plate (2.7) through a cylinder ) are respectively installed with a frame cylinder (2.5) and a limit cylinder (2.6); the extended end of the frame cylinder (2.5) is downward and fixedly connected to the wiper frame (2.4) through a groove fixing block (2.8); the extended end of the limit cylinder (2.6) is upward and points to the center of the wiper frame (2.4); the frame mechanism drives the wiper frame (2.4) to move forward and backward along the track rail (2.3) by extending and contracting, and the limit cylinder (2.6) controls the retreat end point of the wiper frame (2.4) by extending and maintaining a certain distance.

[0007] Furthermore, the scraper frame (2.4) has slightly different scraper end points depending on the mechanism in which it is located; in the round mark scraper mechanism 1 (2), the scraper frame (2.4) includes an L-shaped crossbeam (2.4.1) and a round mark pressing assembly (2.4.2), wherein the L-shaped crossbeam (2.4.1) is fixedly connected to the linear rail slider, with the vertical end facing backward, and the round mark pressing assembly (2.4.2) is installed on the outer surface of the column part with the end facing downward, and the number of round mark pressing assemblies (2.4.2) is determined according to the maximum number of wine bottles that stay under the round mark scraper mechanism 1 (2) at the same time; the round mark pressing assembly (2.4.2) includes a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing adapter plate and a silicone pressing head (2.4.2.4 ), wherein the pressing cylinder (2.4.2.1) is fixedly connected to the vertical end of the L-shaped beam (2.4.1) and the extended end is downward, one end of the pressing column (2.4.2.2) is fixedly connected to the extended end of the pressing cylinder (2.4.2.1), and the other end is provided with a circular hole, through which the pressing transfer roller (2.4.2.3) passes; a group of axially symmetrical and concentric arc holes are provided at the mounting end of the pressing transfer roller (2.4.2.3), so that the pressing transfer roller (2.4.2.3) can rotate within a certain angle range, and a plane is cut out at the other end and fixedly connected to the silicone pressing head (2.4.2.4); the silicone pressing head (2.4.2.4) is made of relatively soft silicone material as a whole, and can achieve a change in orientation angle within a certain range following the rotation of the pressing transfer roller (2.4.2.3).

[0008] Furthermore, in the round mark wiper mechanism 2 (3), the wiper frame (2.4) includes an L-shaped crossbeam (2.4.1) and a round mark scraper assembly (3.4.2), which is the same as the round mark wiper mechanism 2 (3), wherein the L-shaped crossbeam (2.4.1) is fixedly connected to the linear rail slider, and the vertical end is backward, and the round mark scraper assembly (3.4.2) is installed on the outer surface of the column part with the end facing downward, and the number of the round mark scraper assembly (3.4.2) is determined according to the maximum number of wine bottles staying under the round mark wiper mechanism 2 (3) at the same time; the round mark scraper assembly (3.4.2) includes a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing adapter plate and a silicone scraper (3.4.2.1), wherein the pressing cylinder ( 2.4.2.1) is fixedly connected to the vertical end of the L-shaped beam (2.4.1) and the extended end is downward, one end of the pressing column (2.4.2.2) is fixedly connected to the extended end of the pressing cylinder (2.4.2.1), and the other end is provided with a circular hole, through which the pressing transfer roller (2.4.2.3) passes; a group of axially symmetrical and concentric arc holes are provided at the installation end of the pressing transfer roller (2.4.2.3), so that the pressing transfer roller (2.4.2.3) can rotate within a certain angle range, and a plane is cut out at the other end and fixedly connected to the silicone scraper (3.4.2.1); the silicone scraper (3.4.2.1) is made of relatively soft silicone material as a whole, and can achieve a change in direction angle within a certain range following the rotation of the pressing transfer roller (2.4.2.3). BRIEF DESCRIPTION OF THE DRAWINGS

[0009] Figure 1 It is a three-dimensional view of the overall structure of the device of the present invention.

[0010] Figure 2 It is a top view of the approximate position of the device of the present invention on the split-type stepping annular conveyor (external equipment).

[0011] Figure 3 It is a schematic diagram of the top view of the split stepping ring conveyor (external equipment).

[0012] Figure 4 It is a three-dimensional view of the overall structure (same parts) of the large-scale wiper mechanisms 1 and 2 in the device of the present invention.

[0013] Figure 5 It is a three-dimensional view of the scraper frame inside the round mark wiper mechanism 1.

[0014] Figure 6 This is a three-dimensional view of the inner round mark pressing component of the round mark wiper mechanism 1.

[0015] Figure 7 It is a three-dimensional view of the scraper frame inside the round mark wiper mechanism 2.

[0016] Figure 8It is a three-dimensional view of the inner round mark scraping component of the round mark wiper mechanism 2.

[0017] In the figure: 1. Step-by-step circular conveyor; 1.1. Split conveyor line frame; 1.2. Step-by-step circular conveyor line; 1.3. Self-locking wine bottle fixing seat; 2. Round mark wiper mechanism 1; 2.1. Mechanism vertical plate; 2.2. Mechanism main board; 2.3. Track line rail; 2.4. Wiper frame; 2.4.1. L-shaped beam; 2.4.2. Round mark pressing assembly; 2.4.2.1. Pressing cylinder; 2.4.2.2. Pressing column; 2.4.2.3. Pressing transfer roller; 2.4.2.4. Silicone pressing head; 2.5. Frame cylinder; 2.6. Limiting cylinder; 2.7. Cylinder connecting mounting plate; 2.8. Groove fixing block; 3. Round mark wiper mechanism 2; 3.4.2. Round mark scraper assembly; 3.4.2.1. Silicone scraper. Implementation

[0018] like Figure 1-Figure 3 As shown, a flexible automatic wine bottle trademark wiper device for special-shaped bottles comprises a round trademark wiper mechanism 1 (2) and a round trademark wiper mechanism 2 (3), wherein the two mechanisms are sequentially and parallelly fixed to a designated position of a split conveyor line frame (1.1) according to the running direction of a step-type circular conveyor line (1.2) and cover a small section of the step-type circular conveyor line (1.2) from above; the same parts of the round trademark wiper mechanism 1 (2) and the round trademark wiper mechanism 2 (3) include a mechanism vertical plate (2.1), a mechanism main plate (2.2), a track line rail (2.3), a wiper frame (2.4), a frame cylinder (2.5), a limit cylinder (2.6), a cylinder connection mounting plate (2.7), a groove fixing block (2.8) and a pneumatic component (2.9). The wiper end mounted on the round mark wiper mechanism 1 (2) is a round mark pressing component (2.4.2), and the wiper end mounted on the round mark wiper mechanism 2 (3) is a round mark scraper component (3.4.2).

[0019] like Figure 4As shown, the two sets of round mark wiper mechanisms are similar in that the mechanism main board (2.2) is a rectangular aluminum plate, with threaded holes symmetrically opened at appropriate distances on the two short sides, and rectangular through holes arrayed in the lower front part. The long side size of the rectangular through holes is basically the same as the length of the self-locking wine bottle holder (1.3), and the short side size is slightly shorter than the width of the self-locking wine bottle holder (1.3). The number is determined by the number of self-locking wine bottle holders (1.3) that can perform the wiper process at the same time according to actual needs; two identical "L"-shaped mechanism vertical plates (2.1) are vertically installed on the external equipment, and the step-by-step circular At the designated position of the conveying body (1), the spacing is determined according to the long side size of the mechanism main board (2.2). The end of the long side of the mechanism vertical plate (2.1) is connected to the split conveyor line frame (1.1) through the anchor parts, and a hole is opened in the corner above the short side end. Then, with the hole as the center of the circle, the spacing of the threaded holes on the side of the mechanism main board (2.2) is a circular arc hole with a diameter of 45°-60°, and the diameter of the circular arc hole is the same as the diameter of the round hole; the mechanism vertical plate (2.1) is connected to the mechanism main board (2.2) through corresponding holes, and the mechanism vertical plate (2.1) can be tilted at a certain angle with the help of the circular arc hole; At a position close to the top of the front of the plate (2.1), three equal-length rails (2.3) are installed at the same height on the mechanism main board (2.2) and parallel to the mechanism vertical board (2.1), the left and right rails (2.3) are located at the two ends of the long side of the mechanism main board (2.2), and the third is located at the center line of the long side. The tops of the three rails (2.3) are all flush with the long side of the mechanism vertical board (2.1); a rail slider is inserted into each of the rails (2.3), and the rails (2.3) are sealed with rail blocks at the top and bottom; the wiper frame (2.4) is fixedly connected to the rail slider and maintained parallel to the long side of the mechanism main board (2.2); a cylinder connection mounting plate (2.7) is respectively installed at the top and bottom of the midline of the long side of the mechanism main board (2.2); the top cylinder connection mounting plate (2.7) is fixedly connected to the frame cylinder (2.5) and the extended end of the frame cylinder (2.5) is downward; the bottom cylinder connection mounting plate (2.7) is fixedly connected to the limit cylinder (2.6) and the extended end is upward; the extended end of the frame cylinder (2.5) is fixedly connected to the groove fixing block (2.8); the pneumatic components are arranged at the top of the mechanism main board (2.2) without affecting the moving position of all components.

[0020] like Figure 5-Figure 6As shown, the wiper frame (2.4) in the round mark wiper mechanism 1 (2) includes an L-shaped crossbeam (2.4.1) and a round mark pressing assembly (2.4.2). The horizontal end of the L-shaped crossbeam (2.4.1) is fixedly connected to the linear rail slider, and a "U"-shaped groove is opened in the center of the vertical end and a groove fixing block (2.8) is embedded therein; the groove fixing block (2.8) is a cylindrical shaft body with thick ends and thin middle, and the diameter of the thin shaft part is the same as the diameter of the U-shaped groove opened by the L-shaped crossbeam (2.4.1), and the height is the same as that of the L-shaped crossbeam (2.4.1). The vertical ends have the same thickness; a number of round label pressing assemblies (2.4.2) are hoisted at the vertical ends; the number of round label pressing assemblies (2.4.2) is determined by the number of wine bottles passing under the round label wiper mechanism 1 (2) at the same time, and the end of the round label pressing assembly (2.4.2) is directly opposite to the mid-vertical line of the wine bottle and points to the place where the round label is pasted; the round label pressing assembly (2.4.2) includes a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing transfer roller (2.4.2.3) and a silicone pressing head (2. 4.2.4); the pressing cylinder (2.4.2.1) is fixedly connected to the vertical end of the L-shaped crossbeam (2.4.1), and the extended end is fixedly connected to one end of the pressing column (2.4.2.2); the other end of the pressing column (2.4.2.2) is opened according to the diameter of the thin shaft end of the pressing transfer roller (2.4.2.3), and two threaded holes are opened on the outer edge of the hole at a certain interval with the center of the hole; the thin shaft end of the pressing transfer roller (2.4.2.3) passes through the through hole of the pressing column (2.4.2.2), and the thick shaft end is centered on the axis of the pressing column. The threaded holes on the column (2.4.2.2) are spaced at a diameter, and two symmetrical arc holes are opened, with an arc range of 45° to 60°, so that the pressing and transferring roller (2.4.2.3) can rotate along its axis within a certain angle; a plane is cut out at the end of the thin shaft of the pressing and transferring roller (2.4.2.3) parallel to the axis and a silicone pressing head (2.4.2.4) is installed; the silicone pressing head (2.4.2.4) is made of soft silicone material and can rotate with the pressing and transferring roller (2.4.2.3).

[0021] like Figure 7-Figure 8As shown, similar to the round mark wiper mechanism 1 (2), the wiper frame (2.4) in the round mark wiper mechanism 2 (3) includes an L-shaped crossbeam (2.4.1) and a round mark scraper assembly (3.4.2). The horizontal end of the L-shaped crossbeam (2.4.1) is fixedly connected to the linear rail slider, and the vertical end is hoisted with a plurality of groups of round mark scraper assemblies (3.4.2); the number of round mark scraper assemblies (3.4.2) is determined by the number of round mark scraper assemblies (3.4.2) passing through the bottom of the round mark wiper mechanism 2 (3) at the same time. The number of wine bottles is determined by the number of wine bottles, and the end of the round label scraping assembly (3.4.2) is directly opposite to the mid-vertical line of the wine bottles and points to the place where the round label is pasted; the round label scraping assembly (3.4.2) includes a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing transfer roller (2.4.2.3) and a silicone scraper (3.4.2.1); the pressing cylinder (2.4.2.1) is fixedly connected to the vertical end of the L-shaped beam (2.4.1), and the extension end is connected to the pressing cylinder (2.4.2.1). One end of the column (2.4.2.2) is fixedly connected; the other end of the pressing column (2.4.2.2) is opened according to the diameter of the thin shaft end of the pressing transfer roller (2.4.2.3), and two threaded holes are opened on the outer edge of the hole with a certain distance from the center of the hole; the thin shaft end of the pressing transfer roller (2.4.2.3) passes through the through hole of the pressing column (2.4.2.2), and the thick shaft end takes the axis as the center of the circle, and the threaded holes on the pressing column (2.4.2.2) are opened with a diameter of Two symmetrical circular holes, with an arc range of 45° to 60°, allow the pressing and transferring roller (2.4.2.3) to rotate along its axis within a certain angle; a plane is cut out at the end of the thin shaft of the pressing and transferring roller (2.4.2.3) parallel to the axis and a silicone scraper (3.4.2.1) is installed; the silicone scraper (3.4.2.1) is made of soft silicone material and can rotate with the pressing and transferring roller (2.4.2.3).

[0022] The working process of the device of the present invention is as follows: after the self-locking wine bottle fixing seat (1.3) carrying the wine bottle enters the working range of the round mark wiper mechanism, it first stays below the round mark wiper mechanism 1 (2), and the frame cylinder (2.5) inside the round mark wiper mechanism 1 (2) pushes the wiper frame (2.4) to move backward so that the silicone pressing head (2.4.2.4) approaches the wine bottle; then the pressing cylinder (2.4.2.1) is appropriately expanded to drive the silicone pressing head (2.4.2.4) to approach and squeeze the round mark, so that the moisture and bubbles between the round mark and the wine bottle are discharged outside the round mark; after the pressing process is completed, the silicone pressing head (2.4.2.4) leaves the wine bottle, and the self-locking wine bottle fixing seat (1.3) continues to move forward to reach the round mark wiper. After reaching the designated position below the mechanism 2 (3), the mechanism stops running. The frame cylinder (2.5) inside the round label wiper mechanism 2 (3) pushes the wiper frame (2.4) to move backwards so that the silicone scraper (3.4.2.1) is close to the wine bottle; then the pressing cylinder (2.4.2.1) is appropriately expanded, driving the silicone scraper (3.4.2.1) to approach and squeeze the round label, and then the frame cylinder (2.5) reciprocates to contract and extend, driving the silicone scraper (3.4.2.1) to rub back and forth in a small range at the wine bottle round label affixed, completely removing moisture and keeping it away from the vicinity of the wine bottle round label; from then on, the round label wiper process for the wine bottle is completely completed, and the self-locking wine bottle holder (1.3) is operated again, carrying the wine bottle to the next process.

[0023] The present invention is described above by way of example in conjunction with the accompanying drawings. It is obvious that the specific implementation of the present invention is not limited to the above-mentioned method. As long as various non-substantial improvements are made using the method concept and technical solution of the present invention, or the concept and technical solution of the present invention are directly applied to other occasions without improvement, they are all within the protection scope of the present invention.

Claims

1. A flexible automatic wine bottle label wiper device for special-shaped bottles, installed on a step-by-step annular conveyor (1), comprising a round label wiper mechanism 1 (2) for fixing and exhausting the round label and a round label wiper mechanism 2 (3) for draining and compacting the round label; the round label wiper mechanism 1 (2) and the round label wiper mechanism 2 (3) are identical in that they comprise a mechanism vertical plate (2.1), a mechanism main plate (2.2), a track linear rail (2.3), a wiper frame (2.4), a frame cylinder (2.5), a limit cylinder (2.6), a cylinder connection mounting plate (2.7), a groove fixing block (2.8) and a pneumatic component (2.9); ... The round mark pressing component (2.4.2) is hoisted on the inner wiper frame (2.4) of the round mark wiper mechanism 1 (2), and the round mark scraper frame is hoisted on the inner wiper frame (2.4) of the round mark wiper mechanism 2 (3); one end of the mechanism vertical plate (2.1) (a total of 2 pieces) respectively clamps the two ends of the mechanism main board (2.2) to form a C-shaped frame with an opening downward, and the other end is fixedly connected to the split conveyor line frame (1.1) of the device external equipment; the mechanism main board (2.2) can freely adjust the inclination angle between the mechanism vertical plates (2.1); the wiper frame (2.4) is fixedly connected to the mechanism main board (2.2) through the track line rail (2.3) and The wiper frame (2.4) can be moved forward and backward along the direction of the track rail (2.3); the frame cylinder (2.5) and the limit cylinder (2.6) are respectively installed at the upper and lower ends of the wiper frame (2.4) and control the forward and backward movement range and the stop position of the wiper frame (2.4); in the wiper frame (2.4) of the round mark wiper mechanism 1 (2), an equal number of round mark pressing components (2.4.2) are hoisted according to the number of wine bottles parked below; the round mark pressing components (2.4.2) squeeze the round mark placed on the wine bottle through a stretching action and use the forward and backward movement of the wiper frame (2.4) to complete the air bubble discharge and fixation of the round mark. The invention relates to a method for fixing a round mark wiper mechanism 2 (3); in the wiper frame (2.4) of the round mark wiper mechanism 2 (3), an equal number of round mark scraper assemblies (3.4.2) are hoisted according to the number of wine bottles parked below; the round mark scraper assemblies (3.4.2) contact the round mark by stretching and move along one end of the round mark with the help of the front and rear movement of the wiper frame (2.4), thereby completing the process of removing water from the round mark and positioning the round mark; the main structures of the round mark pressing assembly (2.4.2) and the round mark scraper assembly (3.4.2) are both made of soft materials, and both can change their own orientation according to the actual outer contour direction of the wine bottle to be processed, so as to adapt to the round mark scraper fixing process of different wine bottles.

2. A flexible automatic wine bottle label wiper device for special-shaped bottles according to claim 1, characterized in that: The mechanism stand (2.1) is an aluminum plate cut into a rectangle, and a rectangular hollow is cut on the surface; the long side of the rectangular hollow is determined by the length of the self-locking wine bottle fixing seat (1.3) carrying the wine bottle in the step-type circular conveyor (1) of the external device, and the width is slightly shorter than the self-locking wine bottle fixing seat (1.3); the long end of the rectangular hollow is parallel to the long side of the mechanism main board (2.2), and the number of hollows is determined by the self-locking wine bottle fixing seat (1.3) passing under the large-mark wiper mechanism at the same time; the mechanism stand (2.1) is an L-shaped aluminum right-angle plate, and the far end of the long side of the mechanism stand (2.1) is connected to the split conveyor line frame (1.1) in the step-type circular conveyor (1) of the external device. The mechanism upright plate (2.1) is connected to the mechanism main plate (2.2) by screws, two threaded holes are opened at a certain distance on both end surfaces of the mechanism main plate (2.2), a circular hole is opened on one side of the far end of the short side of the mechanism upright plate (2.1), and an arc hole is opened outside the corresponding distance with the circular hole as the center, and the mechanism upright plate (2.1) is fixedly connected to the mechanism main plate (2.2) through the group of holes. At this time, the mechanism main plate (2.2) is suspended above the stepping circular conveyor line (1.2) in the stepping circular conveyor body (1), and can be adjusted to maintain any angle with the horizontal plane, thereby indirectly changing the angle between the end of the round mark pressing component (2.4.2) or the round mark scraping component (3.4.2) and the horizontal plane.

3. A flexible automatic wine bottle label wiper device for special-shaped bottles according to claim 1, characterized in that: A track rail (2.3) of equal length is installed at the same height as the center of the upper surface of the mechanism vertical plate (2.1) at both ends and parallel to the short side of the mechanism vertical plate (2.1). A track rail slider is inserted into each of the track rails (2.3) and the upper and lower ends are sealed with a track block; the wiper frame (2.4) is installed on the track rail slider of the track rail (2.3), and the wiper frame (2.4) can move freely up and down along the track block; the cylinder connection mounting plate (2.7) is installed at the center of the upper and lower long sides of the mechanism main plate (2.2); the air cylinder connection mounting plate (2.7) is installed at the upper end ... The frame cylinder (2.5) is installed on the cylinder connection mounting plate (2.7), the moving end of the frame cylinder (2.5) is downward and is fixedly connected to the wiper frame (2.4) by installing the groove fixing block (2.8); the limit cylinder (2.6) is installed on the cylinder connection mounting plate (2.7) below, the moving end of the limit cylinder (2.6) is upward and points to the wiper frame (2.4); the wiper frame (2.4) is controlled by the frame cylinder (2.5) and the limit cylinder (2.6) to stay at any position on the track rail (2.3).

4. The wiper frame (2.4) according to claim 2, characterized in that In a round mark wiper mechanism 1 (2), the wiper frame (2.4) comprises an L-shaped crossbeam (2.4.1) and a round mark pressing assembly (2.4.2), wherein the L-shaped crossbeam (2.4.1) is parallel to the long side of the mechanism main board (2.2) and is installed on the linear rail slider of the track linear rail (2.3), and a groove is opened at the center of the vertical plate part of the L-shaped crossbeam (2.4.1), and the groove fixing block (2.8) is embedded in the groove; The extended end of the frame cylinder (2.5) is fixedly connected to the groove fixing block (2.8); the round mark pressing assembly (2.4.2) is hoisted below the L-shaped beam (2.4.1), and the number of the round mark pressing assemblies (2.4.2) is determined by the number of wine bottles carried in the step-type annular conveyor (1) of the external device; the round mark pressing assembly (2.4.2) comprises a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing transfer roller (2.4.2.3) and a silicone pressing head (2.4.2.4); the extended end of the pressing cylinder (2.4.2.1) is connected to one end of the pressing column (2.4.2.2), the other end of the pressing column (2.4.2.2) is opened and is connected to the pressing transfer roller (2.4.2.3). The pressing transition roller (2.4.2.3) is used to pass through the installation surface connected to the pressing column (2.4.2.2), and a circular arc hole is opened on the installation surface with the pressing transition roller (2.4.2.3) as the center of the circle and arranged opposite to each other for adjusting its own angle direction; a plane is cut out at the end of the pressing transition roller (2.4.2.3) and the silicone pressing head (2.4.2.4) is installed, and the direction of the pressing silicone head is changed by rotating and locking the pressing transition plate; the round mark pressing assembly (2.4.2) is connected to the vertical plate of the L-shaped beam (2.4.1) through its pressing cylinder (2.4.2.1), ensuring that the center line of the silicone pressing head (2.4.2.4) is directly above the mid-vertical line of the wine bottle where the round mark of the wine bottle is located.

5. The wiper frame (2.4) according to claim 2, characterized in that In the round mark wiper mechanism 2 (3), the wiper frame (2.4) comprises an L-shaped crossbeam (2.4.1) and a round mark wiper assembly (3.4.2), which is the same as the round mark wiper mechanism 1 (2), wherein the L-shaped crossbeam (2.4.1) is parallel to the long side of the mechanism main board (2.2) and is installed on the linear rail slider of the track linear rail (2.3), and a groove is opened at the center of the vertical plate part of the L-shaped crossbeam (2.4.1), and the groove fixing block (2.8) is embedded in the groove; The extended end of the frame cylinder (2.5) is fixedly connected to the groove fixing block (2.8); the round label scraping assembly (3.4.2) is hoisted under the L-shaped beam (2.4.1), and the number is determined by the number of wine bottles carried in the step-type annular conveyor (1) of the external device; the round label scraping assembly (3.4.2) is similar to the round label pressing assembly (2.4.2), including a pressing cylinder (2.4.2.1), a pressing column (2.4.2.2), a pressing transfer roller (2.4.2.3) and a silicone scraper (3.4.2.1); the pressing cylinder The extended end of the cylinder (2.4.2.1) is connected to one end of the pressing column (2.4.2.2), the other end of the pressing column (2.4.2.2) is opened with a hole and the pressing transfer roller (2.4.2.3) passes through the gap, and the pressing transfer roller (2.4.2.3) is used to open the installation surface connected to the pressing column (2.4.2.2) with arc holes arranged opposite to the pressing transfer roller (2.4.2.3) as the center of the circle for adjusting its own angle direction; a plane is cut out at the end of the pressing transfer roller (2.4.2.3) and the silicone scraper ( 3.4.2.1), the direction of the silicone scraper (3.4.2.1) is changed by rotating and locking the pressing adapter plate; the round mark pressing assembly (2.4.2) is connected to the vertical plate of the L-shaped beam (2.4.1) through its pressing cylinder (2.4.2.1), ensuring that the center line of the silicone scraper (3.4.2.1) is directly above the mid-vertical line of the wine bottle where the wine bottle round mark is located.

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