TR2023019224Y - A STOP DEVICE FOR USE ON A CONVEYOR LINE - Google Patents

Abstract

The invention relates to a stopping device (10) to allow pausing of the box (K) on a conveyor line (20) that allows the transport of at least one box (K). The novelty of the invention is characterized by comprising at least one fixing element (11) for positioning in the vicinity of the conveyor line (20), at least one driving element (13) positioned on said fixing element (11), at least one stopping shoe (12) configured to move between a free position (P2) that allows the passage of the box (K) and a stopping position (P1) that allows pausing of the box (K) by the movement of said driving element (13). Figure 2

Description

DESCRIPTION: A STOPPING DEVICE FOR USE ON A CONVEYOR LINE. TECHNICAL FIELD: The invention relates to a stopping device for pausing boxes on a conveyor line that allows at least one box to be transported. BACKGROUND: Box stoppers used on conveyor lines are devices that stop the moving boxes at a specific point. These stoppers are generally placed on the conveyor belt and, activated by a specific signal or control, stop the flow of boxes. Box stoppers are used in production lines where boxes must be stopped at a specific process or control point. For example, box stoppers can be used on a packaging line to stop boxes at labeling or control points. This allows for an appropriate time for correct labeling or control of products. Can stoppers can generally operate with electric or pneumatic systems. Electric can stoppers usually stop the cans when they receive a specific signal from a control system. Pneumatic can stoppers, on the other hand, have a mechanism that stops the cans using air pressure. These types of stoppers are used to regulate flow in the production line and ensure the smooth operation of certain processes. Some disadvantages of can stoppers used in conveyor lines include: Maintenance Requirement: Can stoppers can wear out or fail over time. This can necessitate regular maintenance. Maintenance can lead to production line downtime and increased maintenance costs. Mechanical Failures and Investment Costs: Mechanical components in electric or pneumatic systems can fail. This can lead to unexpected production line stoppages and may require repairs. The installation and integration of can stopper systems often incur additional costs. Investment costs can be significant for small businesses. Flexibility Issues: In some cases, achieving flexibility in production line processes can be challenging. If systems that can quickly adapt to changing production needs are preferred, a disadvantage is that can stoppers can limit this flexibility. Integration Challenges: Integrating can stoppers into an existing production line can sometimes be difficult. This can lead to long-term downtime. Consequently, all the problems mentioned above have necessitated innovation in the relevant technical field. BRIEF DESCRIPTION OF THE INVENTION The present invention relates to a stopper device that eliminates the aforementioned disadvantages and introduces new advantages to the relevant technical field. One aim of the invention is to provide a stopper device that allows cans on conveyor lines to be stopped while the conveyor is being advanced. In order to achieve all the objectives mentioned above and which will emerge from the detailed description below, the present invention is a stopping device for pausing a box on a conveyor line that allows for the transport of at least one box. Accordingly, its novelty lies in the fact that it comprises at least one fixing element for positioning adjacent to the conveyor line, at least one drive element positioned on said fixing element, and at least one stop shoe configured to shift between a free position allowing for box passage and a stop position allowing for the box to be paused upon actuation of said drive element. Thus, controlled stops can be provided in production lines during stages such as safety, quality control, packaging, or labeling. A characteristic of a possible embodiment of the invention is that said stop shoe has at least partial freedom to rotate around a rotation axis. This allows for flexibility and precision in stopping boxes on the conveyor line. Another possible embodiment of the invention is characterized by at least one pivot bracket positioned on the drive element to rotate the stop shoe around the said pivot axis. This allows the position of the stop shoe to be adjusted and adapted to different stopping angles. Another possible embodiment of the invention is characterized by at least one cocoon on the said pivot bracket and at least one pin on the stop shoe for positioning within the cocoon. This allows for more precise configuration of the configuration to control the movement of the pivot bracket and determine the position of the stop shoe. Another possible embodiment of the invention is characterized by the drive element being a pneumatic cylinder containing at least one piston. Thus, the pneumatic cylinder controlling the stop shoe offers the advantages of fast response times and energy efficiency. BRIEF DESCRIPTION OF THE FIGURES In Figure 1, a representative schematic view of the conveyor line on which the inventive stopping device (10) is positioned is given. In Figure 2, a representative perspective view of the inventive stopping device is given. In Figure 3, a representative side view of the inventive stopping device is given. In Figure 4, a representative cross-sectional view of the inventive stopping device is given. DETAILED DESCRIPTION OF THE FIGURES In this detailed description, the subject of the invention is explained only with examples that will not create any limiting effect for a better understanding of the subject. In Figure 1, a representative schematic view of the conveyor line (20) on which the inventive stopping device (10) is positioned is given. Accordingly, the inventive stopping device (10) is positioned on the conveyor line (20). The conveyor line (20) essentially comprises a belt (21) and a conveyor motor (22) that allow food products to be transported. Boxes (K) containing food products are carried on the belt (21). The conveyor motor (22) enables the back and forth movement of the belt (21). A representative perspective view of the inventive stopping device (10) is shown in Figure 2. Accordingly, the inventive stopping device (10) is a mechanism generally used in conveyor lines (20) or similar automated transport systems. The stopping device (10) is a system that stops the transported products at a specific point or slows them down in a controlled manner. The stopping device (10) ensures that products stop at a specific point to perform certain operations on production lines. Stopping devices (10) are used in production processes in stages such as safety, quality control, packaging, or labeling. These systems are integrated to regulate product flow on the production line and ensure the smooth execution of a specific process. The stopping device (10) is positioned adjacent to the conveyor line (20) and allows the box (K) carried on it to be stopped. A representative side view of the stopping device (10) in question is shown in Figure 3. Accordingly, the stopping device (10) is fixed to the conveyor line (20) by means of at least one fixing element (11). The stopping device (10) includes at least one stop shoe (12) and at least one drive element (13). The drive element (13) is configured to displace the stop shoe (12) between at least one stop position (P1) and at least one free position (P2). The drive element (13) is essentially a pneumatic cylinder. The pneumatic cylinder is a component that provides mechanical movement using compressed air. When the pneumatic cylinder in the stop device (10) receives a specific control signal, it moves the stop shoe (12) with the reciprocating movement of its piston (14). The stop shoe (12) is a blocker used to stop the boxes (K) carried on the conveyor line (20). The stop shoe (12), controlled by the drive element (13), stops the movement of the boxes (K) on the conveyor line (20) when the piston (14) moves forward. A representative cross-sectional view of the inventive stopping device (10) is shown in Figure 4. Accordingly, the stopping device (10) includes at least one rotation bracket (15) between the drive element (13) and the stop shoe (12). The rotation bracket (15) allows the linear motion coming from the piston (14) to be converted into a circular motion on the stop shoe (12) side. For this purpose, the rotation bracket (15) positions the stop shoe (12) at a certain angle. The rotation bracket (15), controlled by the drive element (13), is adjustable to ensure that the stop shoe (12) correctly stops the boxes (K) on the conveyor line (20). The rotation bracket (15) is fixedly positioned on the piston (14). The rotation bracket (15) may have at least one cocoon (16) and at least one pin (17) on the stop shoe (12). The reciprocating movement of the piston (14) allows the pin (17) to change position within the cocoon (16) to rotate the stop shoe (12) around a rotation axis (l). The rotation of the stop shoe (12) around the said rotation axis (l) allows for a change between the stop position (P1) and the free position (P2). The stop device (10) is preferably integrated into a control system. The control system detects a situation requiring the boxes (K) on the conveyor line (20) to stop at a specific process or control point, and achieves this by using the stop shoe (12) and the rotation bracket (15) via the drive element (13). This regulates the flow of the production line, ensuring that the boxes (K) are stopped at a specific process or control point. This process can be performed individually for all boxes (K) required on the conveyor line (20). The benefits provided by the stopping device (10) described above can be listed as follows: Control and Regulation on the Production Line: The stopping device (10) regulates the product flow by controlling it at specific processes or control points on the production line. Thanks to the drive element (13) and the swivel bracket (15), the stopping device (10) is adjustable and can be adapted to different product sizes or processes. Increased Safety: The stopping device (10) can help ensure worker and equipment safety by increasing safety measures on the conveyor line (20). In particular, it can prevent hazardous situations by providing emergency stops. Pauses on the production line ensure the smooth execution of certain processes. This improves quality control processes. Fast Response Time: The pneumatic actuator (13) generally has a fast response time. This allows the stop device (10) to act quickly when it receives a control signal. Pneumatic systems can provide energy efficiency. Because energy transfer occurs using compressed air, they can be more efficient than electrically operated systems. Controlled Pauses in Production Processes: Pauses can be implemented in a controlled manner when needed to complete or control a specific stage in the production process. Quality control and regulations can increase production efficiency. Proper product stopping ensures more efficient operations. Wide Application Area: The stopping device (10) has a wide application area in conveyor lines (20) and automatic transport systems, and can be used especially in the transportation and processing of sensitive products such as food products. The scope of protection of the invention is specified in the appended claims and cannot be limited to those explained in this detailed description for illustrative purposes. It is clear that a person skilled in the art can create similar embodiments in the light of the above-mentioned without departing from the main theme of the invention. REFERENCE NUMBERS GIVEN IN THE FIGURE Stopping Device 11 Fixing Element 12 Stopping Shoe 13 Drive Element 14 Piston Rotation Bracket 16 Boll 17 Pin Conveyor Line 21 Belt 22 Conveyor Motor P1 Stopping Position P2 Free Position TR TR TR

Claims (1)

1.