MESH CUTTING DEVICE

Abstract

The invention relates to a mesh cutting apparatus (A) that enables the cutting of rolled mesh (F) to specified dimensions for wrapping industrial products.

Description

1 TARIFF MESH CUTTING DEVICE TECHNICAL FIELD The invention relates to the production of rolled netting in specified dimensions for wrapping industrial products. It relates to the mesh cutting device that enables the cutting. 5 PREVIOUS TECHNIQUE Protection against deformation problems that occur during the transportation of industrial products. To ensure safety, it is common practice to place products inside mesh bags. This method is used especially for transporting delicate products such as pins, bolts, and nuts. Current technology presents some challenges and disadvantages. For example, mesh cutting 10 time loss in the processes, occupational health and safety problems, and also low-quality cutting. Problems such as these are encountered. Currently, net cutting operations are generally performed manually, and this This process both increases labor requirements and reduces production speed. In addition, unwanted deformation of the nets during cutting can damage the transported products. This can negatively affect protection. Furthermore, manual processes are prone to operator error. The open nature of the mesh can lead to non-standard cuts. In this case, the cut mesh... It causes financial losses because it leads to the items being discarded. In the technical literature, different solutions for cutting the nets have been proposed; however, this Solutions generally have certain limitations. For example, in current systems, the cutoff is 20. To optimize the process to increase speed or prevent file deformation. The solutions that have been implemented are insufficient. In this context, occupational health and safety... a system that improves standards while also increasing cutting precision and production speed Improvements are essential. Considering the problems mentioned above, industrial products 25 a net that allows the rolled net to be cut to specified dimensions for wrapping. A cutting tool is needed. 2 In conclusion, all the problems mentioned above necessitate innovation in the relevant field. It has brought it to this state. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned problems and provide technical solutions in the relevant field. It is introduced with the aim of creating an innovation. 5 The purpose of the invention is to produce nets in the desired dimensions and with minimum capacity without deformation. The aim is to speed up the production process by ensuring that it is interrupted within a certain period. The purpose of the invention is to precisely adjust and measure the length of the mesh to be cut. Standard and repeatable cutting processes without the need for repetition. The goal is to ensure its realization. 10 The purpose of the invention is to enable operators to perform the cutting process without experiencing ergonomic difficulties. to enable it to happen. The purpose of the invention is to perform the cutting process without creating occupational health and safety risks. to make it happen. The purpose of the invention is to enable the net to be cut smoothly without deformation. 15 to provide. The aim of the invention is to enable the processing of mesh rolls of different diameters without difficulty. A BRIEF DESCRIPTION OF THE INVENTION All the purposes mentioned above and those that will emerge from the detailed explanation below. The present invention is a net cutting apparatus. 20 The invention consists of a body which acts as a chassis, and a feeding drum to which the rolled mesh is connected. two to which the feed drum is connected to ensure positioning on the body support plate, guide for adjusting the length of the mesh to be cut, length To ensure that the adjusted mesh is cut without deformation; to the body The lower guillotine shear is connected to the lower guillotine shear via a pin; the upper guillotine is connected to the lower guillotine shear via a pin. 25 The shears should be positioned so that there is a distance between the lower guillotine shears and the upper guillotine shears. The spring that connects the upper guillotine shear to the body to ensure it stops. The cutter, containing the aforementioned spring force, activates the upper guillotine shear and removes the net. 3 A pedal connected to the upper guillotine shear to enable cutting, from the feed drum The first drive drum is used to ensure the incoming net moves towards the cutter, and second drive drum connected to the housing, second drive drum of the first drive drum to ensure its positioning on it; the shaft connected to the first drive drum and the shaft of the Two shaft bearings connected to the housing to provide support for the aforementioned shaft, 5 Therefore, the first drive drum is moved in the specified direction and speed by the operator. It is characterized by containing a lever that connects to the shaft to enable its rotation. for wrapping industrial products, in roll form, in specified dimensions. It relates to the mesh cutting device that enables the cutting. A preferred configuration of the invention is preferably 10 to facilitate transport. It includes moving elements that are connected to the aforementioned body. A preferred design of the invention is the movement of the body during the cutting process. It includes a braking mechanism connected to the moving parts to prevent it from malfunctioning. A preferred configuration of the invention is for the roll of mesh with varying diameter values. To ensure compatibility, the position of the feed drum on the vertical axis must be 15. on the support plate arranged vertically to allow for its replacement It contains multiple slots that can be configured. A preferred configuration of the invention is for the aforementioned guide to have two channels. The first plate, which is attached to the body, ensures the mesh remains stable during the cutting process. a second plate with a fastening element that allows the mesh to be held or compressed; Second 20 After determining the position of the first plate on the first plate, the position of the second plate on the first plate... It includes two connecting elements that allow it to connect to the channels on the plate. A preferred design of the invention is that the length of the mesh to be cut can be precisely determined. the first plate configured to be metric to allow for adjustment It includes. 25 A preferred configuration of the invention addresses ergonomic challenges faced by the operator. To perform the cutting operation without any delay, the operator moves the pedal with their foot. It includes a pedal mount that can be configured on the pedal to allow it to be operated. A preferred design feature of the invention is that the net does not slip when fed into the cutter. or will have a ribbed surface to prevent clumping 30 The configuration includes a first drive drum and a second drive drum. 4 A preferred configuration of the invention is that the net emerging from the feed drum can be placed in any to ensure the first and second drive drums move smoothly and evenly without getting stuck on the ground such that the first and second drive drums are located between the feed drums. It includes a flow chamber with a sloping shape that connects to the casing. BRIEF DESCRIPTION OF THE FIGURES 5 Figure 1 shows the isometric view of the mesh cutting apparatus. Figure 2 shows a detailed view of the mesh cutting device. Figure 3 shows a detailed view of the mesh cutting device. Figure 4 shows a detailed view of the cutter of the mesh cutting device. Figure 5 shows the isometric view of the guide for the mesh cutting apparatus. 10 EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES A. File cutting tool 1. Body 2. Feeding drum 3. Support plate 15 31. Crack 4. Guide 41. First plate Channel 411 42. Second license plate 20 421. Fastening element 43. Fastener 5. Cutter 51. Lower guillotine shear 52nd Pin 53. Upper guillotine shear 54th Spring 6. Pedal 61. Pedal mount 5 7. First drive drum 8. Second drive drum 9th Mile 10. Shaft bearing 11th Column 10 12. Flow chamber F. File DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention, the file cutting apparatus (A), is only to provide a better understanding of the subject. It is explained with examples that do not create any limiting effects so that it can be understood. 15 Products manufactured in industrial facilities are placed inside mesh (F) to ensure they are transported without damage. This is done especially to prevent products such as pins, bolts, and nuts from deforming. For transportation, the products are placed inside nets (F) that are cut to the required size. However, the existing In technology, time loss in mesh (F) cutting operations, occupational health and safety problem, poor quality There are disadvantages such as cutting. Eliminating these disadvantages mentioned above is 20 The invention developed for this purpose is the net cutting apparatus (A), and thanks to its structure Rolled mesh (F) in specified dimensions for wrapping industrial products. without deformation, in minimum time, and without occupational health and safety risks. It refers to the cutting off of something. The invention includes a body (1) which acts as a chassis, as shown in Figure 1. Transport 25 The movement is preferably connected to the mentioned body (1) in order to provide ease. It includes elements. Also, the movement of the body (1) during the cutting process. 6 a braking mechanism connected to the moving parts to prevent it from malfunctioning It includes. The invention relates to the feeder to which the rolled mesh (F) is connected, as shown in figures 1 and 2. the feed drum (2) to ensure positioning on the housing (1) (2) includes two support plates (3) to which it is connected. On the support plate (3) there are vertical 5 There are multiple slits (31) configured to be aligned on the axis. The feeding drum (2) is placed in these slits (31). The rolled net (F) According to the changing diameter values, the feed drum (2) fits into the appropriate slot (31) They are connected. This allows the use of mesh (F) rolls of different diameters. This ensures flexibility in working conditions. 10 The invention allows for the adjustment of the length of the mesh (F) to be cut, as shown in figures 1 and 2. It includes the guide (4) that provides. As seen in Figure 5, the aforementioned guide (4) contains two The first plate (41) connected to the body (1) having several channels (411); cutting during the operation, the net (F) remains stationary by holding or clamping it (F). Second plate (42) with fixing element (421); Second plate (42) of first plate (41) 15 After determining its position on the second plate (42) the first plate (41) It includes two connecting elements (43) that enable connection to the channels (411). The first plate is designed to ensure precise adjustment of the length of the mesh (F) to be cut. (41) is configured to be a metric plate. The aforementioned guide (4) has The mesh (F) length setting to be cut for product lengths that vary with the existing structure is 20 It enables the process of determining the length of the mesh (F) to be cut. after completion, that is, after the first plate (41) and the second plate (42) are connected to each other There is no need to re-measure the mesh (F) to be cut for that product. It is connected to the fixing element (421) and cut off. In this way, time Savings are achieved. For example: mesh (F) 25 for 2 thousand pins 7 cm long. When it needs to be cut, first the second plate (42) is cut on the first plate (41) By positioning, the length is adjusted to 7 cm and the first plate (41) with connecting elements (43) and the second plate (42) are connected to each other. Thus, the length of 7 cm becomes a fixed value. There is no need to measure the mesh (F) length individually for 2,000 pins. For 2,000 pins If the pin size changes after the file (F) cutting process is finished, the length of file (F) to be cut will be 30 guide (4) is readjusted. The invention relates to the deformation of the height-adjustable net (F) as shown in figures 1 and 2. It contains a cutter (5) that allows it to be cut without being damaged. As seen in Figure 4. 7 The aforementioned cutting tool (5) is connected to the body (1) by the lower guillotine shear (51); to the lower guillotine shear (51) The upper guillotine shear (53) connected by means of pin (52); the lower guillotine shear (51) to ensure that the upper guillotine shears (53) are positioned with a distance between them spring (54) which connects the upper guillotine shear (53) to the body (1) It includes. The lower and upper guillotine shears (51,53) allow the net (F) to deform without 5 It ensures that it is cut smoothly. Thanks to the aforementioned spring (54), the top The guillotine shears (53) suddenly closing / falling due to an unforeseen reason This prevents accidents and thus eliminates occupational health and safety risks. The invention is based on overcoming the mentioned spring (54) force, as seen in figures 1 and 2. To activate the guillotine shears (53) and cut the net (F), the upper guillotine 10 It includes a pedal (6) connected to the scissors (53). The pedal (6) mentioned can be configured on it. It includes a pedal holder (61). Thanks to the pedal holder (61), the operator can pedal with his foot. (6) is enabled to move. Thus, ergonomic difficulties are avoided by the operator. The cutting process is carried out without exposure to sunlight. The invention relates to the mesh (F) 15 coming from the feeding drum (2) as shown in figures 1, 2 and 3. to enable the first drive drum (7) and the housing (1) to move toward the cutter (5) The connected second drive drum (8) includes the net (F) during the feeding of the cutter (5). to ensure that it does not slip or clump, the first drive drum (7) and the second The driver drum (8) is configured to have a knurled surface form. 20 Ensure that the first drive drum (7) is positioned on the second drive drum (8) to ensure the bearing of the shaft (9) connected to the first drive drum (7) and the shaft (9). It contains two shaft bearings (10) connected to the housing (1). The mentioned shaft (9) Therefore, the first drive drum (7) is driven by the operator in the specified direction and speed. It includes a lever (11) connected to the shaft (9) to enable its rotation. The invention includes a flow chamber (12) as shown in figures 1 and 2. The mentioned flow 25 between the hopper (12), the first and second drive drum (7,8) and the feed drum (2) It is connected to the body (1) in such a way as to the flow chamber (12); the mesh (F) is strained. from the feed drum (2), first and second drive to advance without exposure. It is configured to have a decreasing slope towards the drum (7,8). The roll of mesh (F) is first attached to the feeding drum (2) and the mesh (F) to be cut is 30 The guide (4) is adjusted for the length. Afterwards, the end of the file (F) is placed in the flow chamber. (12), the first and second drive drum (7,8) and the lower guillotine shear (51) in the cutter (5) and the upper 8 It is passed through the guillotine shear (53) and attached to the fixing element (421). Then the net (F) is cut by means of the pedal (6). Afterwards, the net (F) is turned by turning the lever (11). It is pushed forward again and attached to the fixing element (421) by means of the pedal (6) is cut. This process continues until the specified number of cut files (F) is reached. It is doing. 5 The scope of protection of the invention is specified in the claims attached hereto, and these details are strictly adhered to. The explanation cannot be limited to those given for illustrative purposes. Because a technically skilled person... the person, without deviating from the main theme of the invention, in light of what has been described above, similar It is clear that these structures can emerge.

Claims

9 REQUESTS 1. The invention relates to the designation of a roll of mesh (F) for wrapping industrial products. The mesh cutting apparatus (A) enables cutting to the specified dimensions, and its feature is;  The body which acts as the chassis (1),  The feeding drum (2) to which the rolled mesh (F) is connected, 5  Feeding to ensure positioning on the body (1) two support plates (3) to which the drum (2) is connected,  Guide (4) that allows adjustment of the length of the mesh (F) to be cut,  Cutting the mesh (F) with the adjusted length without deformation to provide; 10 The lower guillotine shear (51) connected to the body (1); to the lower guillotine shear (51) upper guillotine shears (53) connected by means of pin (52); lower distance between the guillotine shear (51) and the upper guillotine shear (53) to ensure that the upper guillotine shear remains in place (53) cutter (5) containing spring (54) which connects to the body (1), 15  By overcoming the mentioned spring (54) force, the upper guillotine shear (53) circuit connected to the upper guillotine shear (53) to enable it to enter and cut the net (F). pedal (6),  The net (F) coming from the feed drum (2) moving towards the cutter (5) to provide the first drive drum (7) and the second 20 connected to the body (1). driver drum (8),  The first drive drum (7) is on the second drive drum (8) To ensure its positioning; the shaft (9) connected to the first drive drum (7) and two shafts connected to the housing (1) to provide bearing of the shaft (9) bed (10), 25  The specified shaft (9) and therefore the first drive drum (7) to enable the shaft to be rotated by the operator in the direction and speed (9) connecting arm (11), It is characterized by its inclusion.

2. The mesh cutting device (A) conforming to Claim 1, its feature is to provide ease of transport. 30 preferably the moving elements connected to the mentioned body (1) It includes.

3. The mesh cutting apparatus (A) conforming to Claim 1, its feature is; during the cutting process connected to the moving elements to ensure that the body (1) does not move It includes a braking mechanism.

4. The mesh cutting apparatus (A) conforming to Claim 1, its feature is; for cutting the mesh in roll form (F) In order to adapt to the changing diameter values, the vertical of the feed drum (2) to change its position on the vertical axis Multiple slots configured on the support plate (3) to be arranged in a row (31) includes. 10 5. The file cutting apparatus (A) conforming to Claim 1 is; two of the aforementioned guide (4). The first plate (41) connected to the body (1) having several channels (411); To keep the net (F) stable during the cutting process, hold the net (F) or Second plate (42) with a clamping element (421); Second 15 After the position of the plate (42) on the first plate (41) is determined, the second two that connect plate (42) to channels (411) on plate (41) It contains 43 connecting elements.

6. The mesh cutting apparatus (A) conforming to Request 5, its feature is; the length of the mesh (F) to be cut is 20 configured to be metric to allow for precise adjustment. The first plate issued contains (41).

7. The file cutting apparatus (A) conforming to Claim 1, its feature is; by the operator 25 for the cutting process to take place without experiencing ergonomic difficulties pedal (6) to enable the operator to move the pedal (6) with his foot It contains a configurable pedal mount (61).

8. The net cutting apparatus (A) conforming to claim 1, its feature is; the net (F) to the cutter (5) 30 ribbed surface to ensure it does not slip or clump during application. The first drive drum (7) is configured to have a surface form and The second driver is the drum (8). 11 9. The file cutting apparatus (A) conforming to claim 1, its feature is; from the feeding drum (2) The net (F) that comes out, without getting caught anywhere, in a proper form, first and second First and second drive drums to enable the drive drum (7,8) to advance. connected to the body (1) in such a way that it is between (7,8) and the feed drum (2). It includes a flow chamber (12) with a sloping shape. 5

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