Wire coil product printing and mylar attaching device
By designing an automated wire disk product printing and attaching Maila device, the positioning and conveying devices are used to achieve accurate positioning and transmission of products, solving the problem of inaccurate printing and attaching positions of disc products, and improving production efficiency and product quality .
Patent Information
- Application Number
- CN202420253069.4
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-02-02
- Publication Date
- 2024-12-10
- Estimated Expiration
- 2034-02-02
AI Technical Summary
In the processing and manufacturing of plastic parts, there are often problems with inaccurate position during the printing and label adhesion of disc products, resulting in low production efficiency and unqualified product appearance.
A wire-disk product printing and attaching device is designed, including feeding device, positioning device, conveying device, printing device and attaching device, and uses duckbill-type positioning mechanism and conveying motor to realize automatic positioning of the product. and convey, ensuring the accuracy of printing and attachment locations.
It improves production efficiency, reduces the waste of human resources, ensures the uniformity and quality of product appearance, and solves the problem of printing and adhesion position offset.
Smart Images
Figure CN222136236U_ABST
Abstract
Description
Technical Field
[0001] The utility model belongs to a Mylar device for printing and attaching a wire drum product, in particular to a Mylar device for printing and attaching a wire drum product with a positioning function. Background Art
[0002] Usually, in the plastic parts processing and manufacturing industry, when a product needs to be manufactured through multiple processes, it is produced through conventional injection molding. After the injection molding is completed, printing, labeling and other processes need to be carried out step by step. When the corresponding post-processing processes are carried out step by step, human resources are wasted and production efficiency is low.
[0003] During the printing and labeling process of disc products, certain defects are prone to occur, such as: the printing position is inaccurate, the required position cannot be reached, and there is a tail at the logo position during printing; the label attachment position is inaccurate, and the label attachment is prone to position deviation. The above problems during the printing and labeling of disc products affect the appearance of the product and cause the product appearance to be unqualified.
[0004] Therefore, the above situation needs to be resolved urgently. Utility Model Content
[0005] Purpose of the utility model: In order to overcome the above shortcomings, the utility model provides a Mylar device for printing and attaching a wire drum product, and specifically relates to a Mylar device for printing and attaching a wire drum product with a positioning function.
[0006] Technical solution: In order to achieve the above-mentioned purpose, the utility model provides a device for printing and attaching Mylar to a wire drum product, including a feeding device, a positioning device, a conveying device, a printing device, and a Mylar attaching device. A positioning device is provided at one end of the feeding device, and the positioning device is connected to the conveying device by driving. A printing device and a Mylar attaching device are provided along one side of the conveying device. During operation, the product is placed on the feeding device, the feeding device transports the product to the positioning device, the positioning device positions the product, the conveying device conveys the product to the printing device, the printing device starts to print the product, the printing is finished, the printing device is reset, the conveying device continues to convey the product to the Mylar attaching device, the Mylar attaching device attaches Mylar to the product, the Mylar attaching device is reset, and the task is completed. The device changes the problem that printing and label attaching are carried out step by step in the traditional production process, which wastes manpower and has low production efficiency. In addition, the positioning device is used to prevent the product from being offset during the entire production process, the printing position and label attaching are accurate, the product appearance is uniform, and the entire production process is automated, which reduces the burden on workers, improves product production efficiency, and ensures product quality.
[0007] Furthermore, in the above-mentioned Mylar device for printing and attaching the wire drum product, the positioning device includes a positioning plate, a duckbill positioning mechanism, a push block, and a positioning cylinder. The positioning plate is connected to the conveying device by driving, and the upper side of the positioning plate has a groove, and the duckbill positioning mechanism is arranged in the groove of the positioning plate. The positioning cylinder is arranged on the bracket, and the push block is connected to the cylinder shaft of the positioning cylinder, and the push block is provided with a positioning groove. The feeding device delivers the product to the positioning device, and the positioning cylinder pushes the push block, and the upper side of the product is inserted into the positioning groove provided on the push block. The positioning cylinder continues to push the push block, so that the duckbill positioning mechanism is in the center hole of the wire drum, and the duckbill positioning mechanism limits the groove in the center hole of the wire drum product to achieve the purpose of product positioning. The structure is simple, easy to implement, accurate in positioning, and it is not easy to cause positioning failure during the production process. The product is easy to take and put, and it will not affect the production efficiency.
[0008] Furthermore, in the above-mentioned Mylar device for printing and attaching the wire drum product, the duckbill positioning mechanism includes a cylinder, the diameter of the top surface of the cylinder is slightly larger than the diameter of the bottom surface, and a limiting step is formed on the side of the cylinder. A duckbill-shaped notch is provided on the top surface of the cylinder facing the push block. The moving direction from the feeding device to the Mylar attaching device is defined as the conveying direction, and the top surface of the cylinder adjacent to the push block is provided with an inclined surface from low to high along the conveying direction, and the top surface of the cylinder away from the push block is provided with a convex block, and the top surface of the convex block is an inclined surface from low to high along the conveying direction, and the convex block points to one side of the push block at an acute angle. During the printing and attaching process, the push block pushes the wire drum product to move, and the center hole of the wire drum moves toward the direction of the convex block under the guidance of the inclined surface provided on the top surface of the cylinder. At this time, the acute angle of the convex block pointing to the side of the push block guides the movement of the product, and the push block continues to push the wire drum product to move until the convex block falls into the notch of the center circular hole of the product, thereby limiting and fixing the product. The limiting step supports the product in this process.
[0009] Furthermore, in the above-mentioned Mylar device for printing and attaching the reel product, the feeding device includes a feeding motor, a belt, and a first guide plate. The belt is mounted on a bracket, and the feeding motor is connected to the belt drive, and the feeding motor drives the belt to rotate. The first guide plate is Z-shaped, and there are two or more first guide plates. The first guide plate is arranged on the upper side of the belt to form a bell mouth. A push rod is arranged on the outside of the bell mouth formed by the first guide plate. The push rod and the first guide plate are driven and arranged. The push rod is arranged on the brackets on both sides of the belt. The push rod adjusts the distance between the first guide plates, and the first guide plate forms a small mouth of the bell mouth close to the conveying device. When starting work, the positioning device is on the side of the small mouth of the bell mouth formed by the first guide plate, and the product is placed on the belt. The feeding motor drives the belt to rotate, and the belt sends the product to the positioning device. In this process, the distance between the two first guide plates is adjusted by the push rod so that the product can pass through the small mouth of the bell mouth formed by the first guide plate, and the first guide plate guides the product to the upper side of the positioning device.
[0010] Furthermore, in the above-mentioned Mylar device for printing and attaching the wire drum product, the transmission device includes: a transmission motor, a transmission gear, a driving worm, a driving platform, a movable guide rail, and a second guide plate. The movable guide rail is mounted on the bracket, the driving worm is mounted on the bracket parallel to the movable guide rail, and the second guide plate is mounted on the bracket parallel to the driving worm. The transmission motor is connected to the driving worm through the transmission gear. The driving platform is provided with a threaded through hole that matches the driving worm, and the driving worm passes through the threaded through hole and is connected to the driving platform. At the same time, the driving platform and the movable guide rail are connected in a sliding manner. The transmission motor drives the driving worm to rotate through the transmission gear, and the driving worm drives the driving platform to slide along the movable guide rail, thereby driving the positioning device provided on the driving platform to move toward the printing device and the Mylar attaching device. The second guide plate is a long plate with an L-shaped cross-section, and the second guide plate is two and forms a groove for the product to pass through. The horizontal end of the second guide plate supports the product, and the vertical end of the second guide plate guides the product to move along the movable guide rail. The transmission motor is a stepper motor or a servo motor.
[0011] Furthermore, the above-mentioned Mylar device for printing and attaching the reel product, the printing device includes an ink cartridge cylinder, an ink cartridge, a printing steel plate, a printing rubber head, a first rubber head cylinder, a printing guide rail, a first vertical guide column, and a second rubber head cylinder. The printing steel plate is arranged on a bracket, the ink cartridge is arranged on the upper part of the printing steel plate, and the ink cartridge and the ink cartridge cylinder are drivingly connected. During operation, the ink cartridge slides back and forth on the printing steel plate driven by the ink cartridge cylinder, and the ink in the ink cartridge is left in the groove of the printing steel plate. The printing guide rail is arranged on a bracket on one side of the conveying device. A printing substrate and a first vertical guide column are arranged on the upper side of the printing rubber head, the printing rubber head and the first vertical guide column are fixedly connected, the first vertical guide column is perpendicular to the printing substrate, the first vertical guide column passes through the through hole provided on the printing substrate, the printing rubber head and the cylinder rod of the second rubber head cylinder are drivingly connected, and the second rubber head cylinder drives the printing rubber head to move up and down along the axis of the first vertical guide column. The printing substrate is connected to the printing guide rail in a sliding manner, and the printing substrate is connected to the cylinder shaft of the first rubber head cylinder in a driving manner. The first rubber head cylinder drives the printing substrate to move along the printing guide rail, thereby driving the printing rubber head to move along the printing guide rail from the side of the printing steel plate to the conveying device. During the printing process, the ink cartridge slides on the printing steel plate under the drive of the ink cartridge cylinder, leaving the ink in the printing groove on the printing steel plate, and the ink cartridge is reset under the drive of the ink cartridge cylinder. The second rubber head cylinder drives the printing rubber head to move downward along the axis of the first vertical guide column. After absorbing the ink, the second rubber head cylinder drives the printing rubber head to reset. The first rubber head cylinder drives the printing rubber head to move above the product at the conveying device, and the second rubber head cylinder drives the printing rubber head to move downward and print at the product. After printing is completed, the second rubber head cylinder drives the printing rubber head to lift and reset, and finally the first rubber head cylinder drives the printing rubber head to reset. If the printing pattern is changed, only the printing steel plate needs to be replaced. The ink cartridge is circular, and a circular scraper is provided on the lower opening surface of the ink cartridge. An annular scraper is arranged on the lower opening surface of the ink cartridge to remove excess ink while retaining the ink in the groove of the printing steel plate, thereby ensuring the quality of printing.
[0012] Furthermore, the above-mentioned Mylar device for printing and attaching a coil product comprises a material tray, an adsorption conveyor, a tension adjustment plate, a recovery device, and a Mylar adsorption device. The adsorption conveyor is arranged on a bracket, and the material tray is arranged on a bracket below the inlet of the adsorption conveyor, and the material tray can rotate around the center. A tension adjustment plate is arranged at the outlet of the adsorption conveyor, one end of the tension adjustment plate is connected to the adsorption conveyor, and the other end is suspended on the upper side of the recovery device. The material belt passes through the outlet of the adsorption conveyor, passes through the upper side of the tension adjustment plate, and is sent to the recovery device. The tension adjustment plate produces plastic deformation due to the extrusion of the material belt, and the tension adjustment plate produces elastic force due to the plastic deformation, thereby tensioning the material belt. The recovery device is arranged on a bracket below the tension adjustment plate. A Mylar adsorption device is arranged above the outlet of the adsorption conveyor. When working, the material belt on the material tray is sent into the inlet of the adsorption conveyor, and the adsorption conveyor sends the material belt out from the outlet. The Mylar adsorption device adsorbs the label to be attached on the material belt and sends the label to the upper side of the product conveyed by the conveyor for label attachment. The recycling device rotates to recycle the waste materials with the labels sucked out from the outlet of the adsorption conveyor device.
[0013] Furthermore, in the above-mentioned Mylar device for printing and attaching a wire drum product, the adsorption and transmission device includes a first driven roller, a second driven roller, a first active roller, a second active roller, and an adsorption transmission motor. The first driven roller and the second driven roller are horizontally arranged on the frame, the first driven roller can rotate along the axis, the second driven roller is slidably arranged on the bracket through the first sliders at both ends, and the first driven roller and the second driven roller are arranged close to each other with a gap. The first driven roller is provided with limit plates at both ends, and the second driven roller is arranged between the limit plates. The second driven roller is provided with a first adjusting screw at both ends, and the first adjusting screw squeezes the first slider to adjust the size of the gap between the first driven roller and the second driven roller. The first active roller is slidably arranged on the frame through the second sliders at both ends, the first active roller can rotate along the axis, and there are one or more first active rollers. There are one or more second active rollers, and one second active roller is connected to the motor shaft of the adsorption transmission motor. The first active roller and the second active roller are arranged close to each other with a gap, and the first active roller is provided with a second adjusting screw at both ends, and the second adjusting screw squeezes the second slider to adjust the gap between the first active roller and the second active roller. The material belt passes through the gap between the first and second driven rollers from the limit plates at both ends of the first driven roller, and comes out from the gap between the first active roller and the second active roller. The first adjusting screw adjusts the gap between the first and second driven rollers, and the second adjusting screw can also adjust the gap between the first active roller and the second active roller to squeeze the material belt. The adsorption transmission motor drives a second active roller to rotate, so that the material belt passes through the gap between the first and second driven rollers and comes out from the gap between the first active roller and the second active roller. The adsorption transmission motor is a servo motor.
[0014] Furthermore, the Mylar adsorption device for printing and attaching the reel product mentioned above includes: an adsorption guide rail, a first adsorption cylinder, a first adsorption bottom plate, a second adsorption bottom plate, a suction cup, and a second adsorption cylinder. The adsorption guide rail and the first adsorption cylinder are parallel and fixed to the bracket, the cylinder shafts of the first adsorption bottom plate and the first adsorption cylinder are drivingly connected, the first adsorption bottom plate and the adsorption guide rail are slidingly connected, and the first adsorption cylinder drives the first adsorption bottom plate to slide along the adsorption guide rail. A second adsorption bottom plate is provided below the first adsorption bottom plate, and a second vertical guide column is vertically provided on the second adsorption bottom plate, the second vertical guide column passes through the first adsorption bottom plate, and the second vertical guide column and the first adsorption bottom plate are slidingly connected. The second adsorption cylinder is fixedly provided on the first adsorption bottom plate, the cylinder shaft of the second adsorption cylinder is drivingly connected to the second adsorption bottom plate, and the second adsorption cylinder drives the second adsorption bottom plate to move up and down. The second adsorption bottom plate is provided with a connecting column, which is a hollow column, and the cylinder provided on the suction cup passes through the connecting column, the suction cup and the connecting column are slidingly connected, and the cylinder sleeve provided on the suction cup is provided with a spring, and the suction cup can slide along the connecting column under pressure. When labeling, the suction cup moves down to absorb the Mylar or stick to the Mylar, and the spring is squeezed to exert a gradually increasing thrust on the suction cup. When the suction cup moves up, the spring loses pressure and resets the suction cup.
[0015] Furthermore, in the above-mentioned Mylar device for printing and attaching a wire drum product, the recycling device includes a recycling material tray and a recycling motor. The recycling motor and the recycling material tray are arranged on a bracket, the recycling material tray can rotate along an axis, the recycling material tray is connected to the recycling motor, and the recycling motor drives the recycling material tray to rotate to recycle materials, thereby saving manpower and improving production efficiency.
[0016] It can be seen from the above technical scheme that the utility model has the following beneficial effects: the utility model is a device for printing and attaching Mylar labels to wire drum products. By arranging a feeding device, a positioning device, a conveying device, a printing device, and a Mylar attaching device, the wire drum products that originally required multiple steps can be printed and attached to Mylar labels in just one step, thus saving human resources and improving production efficiency. The positioning device is used to solve the problem of positional deviation during printing and label attachment of disc-type products during the production process, thereby ensuring the consistency of product appearance and improving product quality. BRIEF DESCRIPTION OF THE DRAWINGS
[0017] Figure 1 This is a structural schematic diagram of a Mylar device for printing and attaching a wire drum product according to the utility model;
[0018] Figure 2 It is a partial enlarged view of the positioning device of the utility model;
[0019] Figure 3 It is a partial enlarged view of the duckbill type positioning mechanism of the utility model;
[0020] Figure 4 This is an enlarged view of the installation and positioning of the cable drum product described in the utility model;
[0021] Figure 5 It is a partial enlarged view of the feeding device of the utility model;
[0022] Figure 6 It is a partial enlarged view of the conveying device of the utility model;
[0023] Figure 7 It is a partial enlarged view of the printing device of the utility model;
[0024] Figure 8 It is a partial enlarged view of the Mylar attachment device of the utility model;
[0025] Fig. 9 It is a partial enlarged view of the adsorption and conveying device of the utility model;
[0026] Fig.10 It is a partial enlarged view of the Mylar adsorption device of the utility model;
[0027] Fig.11 For this utility model Fig.10 The enlarged partial view shown;
[0028] Fig.12 It is a partial enlarged view of the recovery device described in the utility model.
[0029] In the figure: 1 feeding device, 12 feeding motor, 13 belt, 14 first guide plate, 15 push rod, 12 positioning device, 21 positioning plate, 22 duckbill positioning mechanism, 221 cylinder, 222 bump, 223 limit step, 23 push block, 24 positioning cylinder, 3 conveying device, 32 conveying motor, 33 transmission gear, 34 driving worm, 35 driving platform, 36 moving guide rail, 37 second guide plate, 4 printing device, 41 ink cartridge cylinder, 42 ink cartridge, 43 printing steel plate, 44 printing rubber head, 45 first rubber head cylinder, 46 printing guide rail, 47 first vertical guide column, 48 second rubber head cylinder, 49 printing substrate, 5 Mylar attaching device, 51 material tray, 52 adsorption conveying device, 5211 first driven roller, 5212 second driven roller, 5221 first active roller, 5222 second active roller, 523 adsorption transmission motor, 5241 first adjusting screw, 5242 second adjusting screw, 5251 first slider, 5252 second slider, 53 tension adjustment plate, 54 recovery device, 541 recovery material tray, 542 recovery motor, 55 Mylar adsorption device, 551 adsorption guide rail, 552 first adsorption cylinder, 553 first adsorption bottom plate, 554 second adsorption bottom plate, 555 suction cup, 5551 connecting column, 5552 spring, 556 second adsorption cylinder, 557 second vertical guide column, 56 wire drum product. DETAILED DESCRIPTION
[0030] Example 1
[0031] like Figure 1 The device for printing and attaching Mylar tape to a wire drum product shown in the figure comprises a feeding device 1, a positioning device 2, a conveying device 3, a printing device 4, and a Mylar tape attaching device 5. A positioning device 2 is provided at one end of the feeding device 1, and the feeding device 1 delivers the product to the positioning device 2, and the positioning device 2 positions the product, and the positioning device 2 is connected to the conveying device 3 by driving. A printing device 4 and a Mylar tape attaching device 5 are provided along one side of the conveying device 3, and the positioning device 2 moves from the feeding device 1 to the Mylar tape attaching device 5 under the driving of the conveying device 3. During operation, the product is placed on the feeding device 1, and the feeding device 1 transports the product to the positioning device 2, and the positioning device 2 positions the product, and the conveying device 3 transports the product to the printing device 4, and the printing device 4 starts to print the product, and the printing is completed, and the printing device 4 is reset, and the conveying device 3 continues to transport the product to the Mylar tape attaching device 5, and the Mylar tape attaching device 5 attaches the product to the Mylar tape, and the Mylar tape attaching device 5 is reset, and the task is completed.
[0032] like Figure 2 A Mylar device for printing and attaching a reel product is shown, and the positioning device 2 includes a positioning plate 21, a duckbill positioning mechanism 22, a push block 23, and a positioning cylinder 24. The positioning plate 21 is connected to the conveying device 3 by driving, and the upper side of the positioning plate 21 has a groove, and the duckbill positioning mechanism 22 is arranged in the groove of the positioning plate 21. The positioning cylinder 24 is arranged on the bracket, and the cylinder shafts of the push block 23 and the positioning cylinder 24 are connected, and the push block 23 is provided with a positioning groove. The feeding device 1 delivers the product to the positioning device 2, and the positioning cylinder 24 pushes the push block 23, and the upper side of the product is stuck in the positioning groove provided on the push block 23, and the positioning cylinder 24 continues to push the push block 23, and the duckbill positioning mechanism 22 is in the product centerline circular hole, and the duckbill positioning mechanism 22 limits and fixes the product.
[0033] like Figure 3-4The illustrated embodiment is a Mylar device for printing and attaching a reel product, wherein a duckbill positioning mechanism 22 comprises a cylinder 221, the top surface diameter of the cylinder 221 is slightly larger than the bottom surface diameter, a limiting step 223 is formed on the side of the cylinder 221, and a duckbill notch is provided on the top surface of the cylinder 221 facing the push block 23. The moving direction from the feeding device 1 to the Mylar attaching device 5 is the conveying direction, the top surface of the cylinder 221 adjacent to the push block 23 is provided with an inclined surface from low to high along the conveying direction, and the top surface of the cylinder 221 away from the push block 23 is provided with a convex block 222, the top surface of the convex block 222 is an inclined surface from low to high along the conveying direction, and the convex block 222 points to the side of the push block 23 at an acute angle. The feeding device 1 delivers the product to the positioning device 2, and the positioning cylinder 24 pushes the push block 23. The upper side of the product is inserted into the positioning groove on the push block 23. The positioning cylinder 24 continues to push the push block 23, and the product moves along the inclined surface of the top surface of the cylinder 221. The acute angle of the protrusion 222 pointing to one side of the push block 23 guides the product to move until the protrusion 222 falls into the notch of the product, forming a limit for the product. In this process, the limit step 223 supports the product.
[0034] like Figure 5 A Mylar device for printing and attaching a reel product is shown, and the feeding device 1 includes a feeding motor 12, a belt 13, and a first guide plate 14. The belt 13 is mounted on a bracket, and the feeding motor 12 and the belt 13 are drivingly connected, and the feeding motor 12 drives the belt 13 to rotate. The first guide plate 14 is Z-shaped, and there are two first guide plates 14. The first guide plate 14 is arranged on the upper side of the belt 13 to form a bell mouth. The first guide plate 14 forms a bell mouth and is provided with a push rod 15 outside. The push rod 15 and the first guide plate 14 are driven and arranged. The push rod 15 is arranged on the brackets on both sides of the belt 13. The push rod 15 adjusts the distance between the first guide plates 14, and the first guide plate 14 forms a bell mouth with a small opening close to the conveying device 3. When starting work, the positioning device 2 is on the side of the small opening of the bell-shaped mouth formed by the first guide plate 14, the product is placed on the belt 13, the feeding motor 12 drives the belt 13 to rotate, and the belt 13 delivers the product to the positioning device 2. During this process, the distance between the two first guide plates 14 is adjusted by the push rod 15, so that the product can pass through the small opening of the bell-shaped mouth formed by the first guide plate 14, and the first guide plate 14 guides the product to the upper side of the positioning device 2.
[0035] like Figure 6A device for printing and attaching Mylar to a wire drum product is shown, wherein the conveying device 3 comprises: a conveying motor 32, a transmission gear 33, a driving worm 34, a driving platform 35, a movable guide rail 36, and a second guide plate 37. The movable guide rail 36 is mounted on a bracket, the driving worm 34 is mounted on the bracket parallel to the movable guide rail 36, and the second guide plate 37 is mounted on the bracket parallel to the driving worm 34. The conveying motor 32 is connected to the driving worm 34 through the transmission gear 33. The driving platform 35 is provided with a threaded through hole matched with the driving worm 34, and the driving worm 34 passes through the threaded through hole and is connected to the driving platform 35. At the same time, the driving platform 35 is connected to the movable guide rail 36 in a sliding manner. The conveying motor 32 drives the driving worm 34 to rotate through the transmission gear 33, and the driving worm 34 drives the driving platform 35 to slide along the movable guide rail 36, thereby driving the positioning device 2 arranged on the driving platform 35 to move toward the printing device 4 and the Mylar attaching device 5. The second guide plate 37 is a long plate with an L-shaped cross-section. The second guide plate 37 has two grooves formed thereon for the product to pass through. The horizontal end of the second guide plate 37 supports the product, and the vertical end of the second guide plate 37 guides the product to move along the movable guide rail 36 .
[0036] like Figure 7The device for printing and attaching Mylar to a wire drum product is shown, and the printing device 4 includes an ink cartridge cylinder 41, an ink cartridge 42, a printing steel plate 43, a printing rubber head 44, a first rubber head cylinder 45, a printing guide rail 46, a first vertical guide column 47, and a second rubber head cylinder 48. The printing steel plate 43 is arranged on a bracket, and the ink cartridge 42 is arranged on the upper part of the printing steel plate 43. The ink cartridge 42 is connected to the ink cartridge cylinder 41 by driving. When working, the ink cartridge 42 slides back and forth on the printing steel plate 43 under the drive of the ink cartridge cylinder 41, and the ink in the ink cartridge 42 is left in the groove of the printing steel plate 43. The printing guide rail 46 is arranged on the bracket on one side of the conveying device 3. A printing substrate 49 and a first vertical guide post 47 are provided on the upper side of the printing rubber head 44. The printing rubber head 44 and the first vertical guide post 47 are fixedly connected. The first vertical guide post 47 is perpendicular to the printing substrate 49. The first vertical guide post 47 passes through a through hole provided on the printing substrate 49. The printing rubber head 44 is connected to the cylinder shaft of the second rubber head cylinder 48 by driving. The second rubber head cylinder 48 drives the printing rubber head 44 to move up and down along the axis of the first vertical guide post 47. The printing substrate 49 is connected to the printing guide rail 46 by sliding. The printing substrate 49 is connected to the cylinder shaft of the first rubber head cylinder 45 by driving. The first rubber head cylinder 45 drives the printing substrate 49 to move, thereby driving the printing rubber head 44 to move along the printing guide rail 46 from the upper side of the printing steel plate 43 to the conveying device 3. During the printing process, the ink cartridge 42 slides on the printing steel plate 43 under the drive of the ink cartridge cylinder 41, leaving the ink in the printing groove on the printing steel plate 43, and the ink cartridge 42 is reset under the drive of the ink cartridge cylinder 41. The second rubber head cylinder 48 drives the printing rubber head 44 to move downward along the axis of the first vertical guide column 47. After the ink is dipped, the second rubber head cylinder 48 drives the printing rubber head 44 to reset. The first rubber head cylinder 45 drives the printing rubber head 44 to move above the product at the conveyor 3. The second rubber head cylinder 48 drives the printing rubber head 44 to move downward and print at the product. After the printing is completed, the second rubber head cylinder 48 drives the printing rubber head 44 to lift and reset. Finally, the first rubber head cylinder 45 drives the printing rubber head 44 to reset. The ink cartridge 42 is circular, and a circular scraper is provided on the lower opening surface of the ink cartridge 42.
[0037] like Figure 8A Mylar device for printing and attaching a coil product is shown, and the Mylar attaching device 5 includes a material tray 51, an adsorption conveying device 52, a tension adjustment plate 53, a recovery device 54, and a Mylar adsorption device 55. The adsorption conveying device 52 is arranged on a bracket, and the material tray 51 is arranged on a bracket below the inlet of the adsorption conveying device 52, and the material tray 51 can rotate around the center. A tension adjustment plate 53 is arranged at the outlet of the adsorption conveying device 52, one end of the tension adjustment plate 53 is connected to the adsorption conveying device 52, and the other end of the tension adjustment plate 53 is suspended on the upper side of the recovery device 54. The recovery device 54 is arranged on a bracket below the tension adjustment plate 53. A Mylar adsorption device 55 is arranged above the outlet of the adsorption conveying device 52. When working, the material belt on the material tray 51 is sent into the inlet of the adsorption conveying device 52, and the adsorption conveying device 52 sends the material belt out from the outlet. The Mylar adsorption device 55 adsorbs the label to be attached on the material belt and sends the label to the upper side of the product of the conveying device 3 for attachment. The material belt passes through the outlet of the adsorption conveyor 52, passes through the upper side of the tension adjustment plate 53, and is sent to the recovery device 54. At this time, the tension adjustment plate 53 is plastically deformed due to the extrusion of the material belt, and the tension adjustment plate 53 generates elastic force due to the plastic deformation, thereby tensioning the material belt. The recovery device 54 rotates to recover the waste material that has been adsorbed by the label.
[0038] like Fig. 9A Mylar device for printing and attaching a wire drum product is shown, and the adsorption and conveying device 52 includes a first driven roller 5211, a second driven roller 5212, a first active roller 5221, a second active roller 5222, and an adsorption transmission motor 523. The first driven roller 5211 and the second driven roller 5212 are horizontally arranged on the frame, and the first driven roller 5211 can rotate along the axis. The second driven roller 5212 is slidably arranged on the bracket through the first sliders 5251 at both ends. The first driven roller 5211 and the second driven roller 5212 are arranged close to each other with a gap. The first driven roller 5211 is provided with limit plates 5214 at both ends, and the second driven roller 5212 is arranged between the limit plates 5214. The second driven roller 5212 is provided with first adjustment screws 5241 at both ends, and the first adjustment screws 5241 squeeze the first slider 5251 to adjust the size of the gap between the first driven roller 5211 and the second driven roller 5212. The first active roller 5221 is slidably arranged on the frame through the second sliders 5252 at both ends. The first active roller 5221 can rotate along the axis. There are one or more first active rollers 5221. There are one or more second active rollers 5222. One second active roller 5222 is connected to the motor shaft of the adsorption transmission motor 523. The first active roller 5221 and the second active roller 5222 are arranged close to each other with a gap. The first active roller 5221 is provided with second adjusting screws 5242 at both ends. The second adjusting screws 5242 squeeze the second slider 5252 to adjust the gap between the first active roller 5221 and the second active roller 5222. The material belt passes through the gap between the first driven roller 5211 and the second driven roller 5212 between the limit plates 5214 provided at both ends of the first driven roller 5211, and comes out from the gap between the first active roller 5221 and the second active roller 5222. The first adjusting screw 5241 adjusts the gap between the first driven roller 5211 and the second driven roller 5212, and the second adjusting screw 5242 adjusts the gap between the first active roller 5221 and the second active roller 5222 to squeeze the material belt. The adsorption transmission motor 523 drives a second active roller 5222 to rotate, so that the material belt enters from the gap between the first driven roller 5211 and the second driven roller 5212, and comes out from the gap between the first active roller 5221 and the second active roller 5222.
[0039] like Figure 10-11A Mylar device for printing and attaching a reel product is shown, and the Mylar adsorption device 55 includes: an adsorption guide rail 551, a first adsorption cylinder 552, a first adsorption bottom plate 553, a second adsorption bottom plate 554, a suction cup 555, and a second adsorption cylinder 556. The adsorption guide rail 551 and the first adsorption cylinder 552 are parallel and fixed to the bracket, the cylinder shafts of the first adsorption bottom plate 553 and the first adsorption cylinder 552 are drivingly connected, the first adsorption bottom plate 553 and the adsorption guide rail 551 are slidably connected, and the first adsorption cylinder 552 drives the first adsorption bottom plate 553 to slide along the adsorption guide rail 551. A second adsorption bottom plate 554 is provided below the first adsorption bottom plate 553, and a second vertical guide column 557 is vertically provided on the second adsorption bottom plate 554, the second vertical guide column 557 passes through the first adsorption bottom plate 553, and the second vertical guide column 557 and the first adsorption bottom plate 553 are slidably connected. The second adsorption cylinder 556 is fixedly arranged on the first adsorption bottom plate 553, and the cylinder shaft of the second adsorption cylinder 556 is drivingly connected to the second adsorption bottom plate 554, and the second adsorption cylinder 556 drives the second adsorption bottom plate 554 to move up and down. The second adsorption bottom plate 554 is provided with a connecting column 5551, and the connecting column 5551 is a hollow column. The cylinder provided on the suction cup 555 passes through the connecting column 5551, and the suction cup 555 and the connecting column 5551 are slidably connected. The cylinder sleeve provided on the suction cup 555 is provided with a spring 5552, and the suction cup 555 can slide along the connecting column 5551 under pressure. When labeling, the suction cup 555 moves down to absorb the Mylar or attach the Mylar, and the spring is squeezed to apply a gradually increasing thrust to the suction cup. When the suction cup moves up, the spring loses pressure and the spring resets the suction cup.
[0040] like Fig.12 A Mylar device for printing and attaching a bobbin product is shown, and the recovery device 54 includes a recovery material tray 541 and a recovery motor 542. The recovery motor 542 and the recovery material tray 541 are arranged on a bracket, and the recovery material tray 541 can rotate along an axis. The recovery material tray 541 and the recovery motor 542 are drivingly connected, and the recovery motor 542 drives the recovery material tray 541 to rotate to recover materials.
[0041] The above embodiments are exemplary, and their purpose is to illustrate the technical concept and features of the utility model so that people familiar with this field can understand the content of the utility model and implement it accordingly, and they cannot limit the protection scope of the utility model in turn. Any equivalent changes or modifications made according to the spirit of the utility model should be included in the protection scope of the utility model.
Claims
1. A Mylar device for printing and attaching a wire drum product, characterized in that: The invention comprises a feeding device (1), a positioning device (2), a conveying device (3), a printing device (4), and a Mylar attaching device (5); a positioning device (2) is provided at one end of the feeding device (1), the positioning device (2) positions and fixes the product, and the positioning device (2) and the conveying device (3) are connected by driving; a printing device (4) and a Mylar attaching device (5) are provided along one side of the conveying device (3), and the positioning device (2) moves from the feeding device (1) to the Mylar attaching device (5) under the driving of the conveying device (3).
2. A Mylar device for printing and attaching a wire drum product according to claim 1, characterized in that: The positioning device (2) comprises a positioning plate (21), a duckbill positioning mechanism (22), a push block (23), and a positioning cylinder (24); the positioning plate (21) is arranged on a bracket, the positioning plate (21) and the conveying device (3) are drivingly connected, the upper side of the positioning plate (21) has a groove, the duckbill positioning mechanism (22) is arranged in the groove of the positioning plate (21), and the duckbill positioning mechanism (22) and the positioning plate (21) are fixedly connected; the positioning cylinder (24) is arranged on the bracket, the push block (23) and the cylinder shaft of the positioning cylinder (24) are drivingly connected; the push block (23) is provided with a positioning groove on the side facing the printing device (4), and the positioning cylinder (24) pushes the push block (23) to move in the direction of the printing device (4).
3. The Mylar device for printing and attaching a wire drum product according to claim 2, characterized in that: The duckbill-shaped positioning mechanism (22) comprises a cylinder (221), the top surface diameter of the cylinder (221) is slightly larger than the bottom surface diameter, a limiting step (223) is formed on the side of the cylinder (221), and a duckbill-shaped notch is provided on the top surface of the cylinder (221) facing the push block (23); The moving direction from the feeding device (1) to the Mylar attaching device (5) is the conveying direction, the top surface of the cylinder (221) is close to the push block (23) and is provided with an inclined surface from low to high along the conveying direction, and the top surface of the cylinder (221) is away from the push block (23) and is provided with a protrusion (222), the top surface of the protrusion (222) is provided with an inclined surface from low to high along the conveying direction, and the protrusion (222) points to the side of the push block (23) at an acute angle.
4. The Mylar device for printing and attaching a wire drum product according to claim 1, characterized in that: The feeding device (1) comprises a feeding motor (12), a belt (13), and a first guide plate (14); the belt (13) is mounted on a bracket, and the feeding motor (12) and the belt (13) are connected in driving manner; the first guide plate (14) is Z-shaped, and there are two or more first guide plates (14); the first guide plate (14) is arranged on the upper side of the belt (13) to form a bell mouth; a push rod (15) is arranged on the outer side of the bell mouth formed by the first guide plate (14); the push rod (15) is arranged on the brackets on both sides of the belt (13); the push rod (15) and the first guide plate (14) are driven and arranged; the push rod (15) adjusts the distance between the first guide plates (14); the first guide plate (14) forms a bell mouth at a position close to the conveying device (3); when starting to work, the positioning device (2) is located on the side of the bell mouth formed by the first guide plate (14).
5. The Mylar device for printing and attaching a wire drum product according to claim 1, characterized in that: The conveying device (3) comprises a conveying motor (32), a transmission gear (33), a driving worm (34), a driving platform (35), a movable guide rail (36), and a second guide plate (37); the movable guide rail (36) is mounted on a bracket, the driving worm (34) is mounted on the bracket parallel to the movable guide rail (36), and the second guide plate (37) is mounted on the bracket parallel to the driving worm (34); the conveying motor (32) is connected to the driving worm (34) through the transmission gear (33); the driving platform (35) is provided with a The driving worm (34) passes through the threaded through hole and is drivingly connected to the driving platform (35); the driving platform (35) is slidably connected to the movable guide rail (36), and the driving worm (34) drives the driving platform (35) to slide along the movable guide rail (36); the second guide plate (37) is a long plate with an L-shaped cross-section, one end of the second guide plate (37) is arranged in a horizontal state, and the other end of the second guide plate (37) is in a vertical state, the horizontal ends of the second guide plate (37) are arranged to face each other for supporting the product, and the vertical end of the second guide plate (37) guides the product to move along the movable guide rail (36).
6. The Mylar device for printing and attaching a wire drum product according to claim 1, characterized in that: The printing device (4) comprises an ink cartridge cylinder (41), an ink cartridge (42), a printing steel plate (43), a printing rubber head (44), a first rubber head cylinder (45), a printing guide rail (46), a first vertical guide column (47), and a second rubber head cylinder (48); the printing steel plate (43) is arranged on a bracket, the ink cartridge (42) is arranged on the upper part of the printing steel plate (43), and the cylinder shaft of the ink cartridge cylinder (41) is drivingly connected to the ink cartridge (42); when working, the ink cartridge (42) slides back and forth on the printing steel plate (43) under the drive of the ink cartridge cylinder (41); the printing guide rail (46) is arranged on a bracket on one side of the conveying device (3); a printing substrate (49) and a first vertical guide column (47) are arranged on the upper side of the printing rubber head (44), and the printing rubber head (44) and the first vertical guide column (47) are connected to each other. ) is fixedly connected, the first vertical guide column (47) is perpendicular to the printing substrate (49), the first vertical guide column (47) passes through the through hole provided on the printing substrate (49), and the first vertical guide column (47) and the printing substrate (49) are slidably connected; the printing rubber head (44) and the cylinder shaft of the second rubber head cylinder (48) are driven and connected, and the second rubber head cylinder (48) drives the printing rubber head (44) to move up and down along the axis of the first vertical guide column (47); the printing substrate (49) and the printing guide rail (46) are slidably connected, the printing substrate (49) and the cylinder shaft of the first rubber head cylinder (45) are driven and connected, and the first rubber head cylinder (45) drives the printing substrate (49) to move back and forth, thereby driving the printing rubber head (44) to move along the printing guide rail (46) from the upper side of the printing steel plate (43) to the conveying device (3).
7. The Mylar device for printing and attaching a wire drum product according to claim 1, characterized in that: The Mylar attachment device (5) comprises a material tray (51), an adsorption conveying device (52), a tension adjustment plate (53), a recovery device (54), and a Mylar adsorption device (55); the adsorption conveying device (52) is arranged on a bracket, the material tray (51) is arranged on a bracket below the inlet of the adsorption conveying device (52), and the material tray (51) can be rotatably arranged around the center; a tension adjustment plate (53) is arranged on the lower side of the outlet of the adsorption conveying device (52), one end of the tension adjustment plate (53) is connected to the adsorption conveying device (52), and the other end of the tension adjustment plate (53) is suspended on the upper side of the recovery device (54); the recovery device (54) is arranged on a bracket below the tension adjustment plate (53); and a Mylar adsorption device (55) is arranged above the outlet of the adsorption conveying device (52).
8. The Mylar device for printing and attaching a wire drum product according to claim 7, characterized in that: The adsorption conveying device (52) comprises a first driven roller (5211), a second driven roller (5212), a first active roller (5221), a second active roller (5222), an adsorption transmission motor (523), a first adjusting screw (5241), a second adjusting screw (5242), a first slider (5251), and a second slider (5252); the first driven roller (5211) and the second driven roller (5212) are horizontally arranged on a frame, and the first driven roller (521 1) The second driven roller (5212) can be rotatably arranged along the axis. The second driven roller (5212) is slidably arranged on the bracket through the first sliders (5251) at both ends. The first driven roller (5211) and the second driven roller (5212) are arranged close to each other with a gap. The first driven roller (5211) is provided with limit plates (5214) at both ends, and the second driven roller (5212) is arranged between the limit plates (5214). The second driven roller (5212) is provided with first adjusting screws (52 41), the first adjusting screw (5241) squeezes the first slider (5251) to adjust the gap size between the first driven roller (5211) and the second driven roller (5212); the first active roller (5221) and the second active roller (5222) are horizontally arranged on the frame; the first active roller (5221) and the second active roller (5222) can be rotatably arranged along the axis, and the first active roller (5221) is slidably arranged on the frame through the second sliders (5252) at both ends; the second active roller (5222) is one or more, a second active roller (5222) is connected to the motor shaft of the adsorption transmission motor (523); the first active roller (5221) and the second active roller (5222) are arranged close to each other with a gap, and second adjusting screws (5242) are arranged at both ends of the first active roller (5221), and the second adjusting screw (5242) squeezes the second slider (5252) to adjust the gap between the first active roller (5221) and the second active roller (5222).
9. The Mylar device for printing and attaching a wire drum product according to claim 7, characterized in that: The Mylar adsorption device (55) comprises: an adsorption guide rail (551), a first adsorption cylinder (552), a first adsorption bottom plate (553), a second adsorption bottom plate (554), a suction cup (555), and a second adsorption cylinder (556); the adsorption guide rail (551) and the first adsorption cylinder (552) are fixed in parallel to a bracket, the cylinder shafts of the first adsorption bottom plate (553) and the first adsorption cylinder (552) are drivingly connected, the first adsorption bottom plate (553) and the adsorption guide rail (551) are slidably connected, and the first adsorption cylinder (552) drives the first adsorption bottom plate (553) to slide along the adsorption guide rail (551); a second adsorption bottom plate (554) is provided below the first adsorption bottom plate (553), and a second vertical guide column (557) is vertically provided on the second adsorption bottom plate (554), and the second vertical guide column (557) is provided on the second vertical guide column (557). The column (557) passes through a through hole provided on the first adsorption bottom plate (553), and the second vertical guide column (557) and the first adsorption bottom plate (553) are slidably connected; the second adsorption cylinder (556) is fixedly provided on the first adsorption bottom plate (553), and the cylinder shaft of the second adsorption cylinder (556) is drivingly connected to the second adsorption bottom plate (554), and the second adsorption cylinder (556) drives the second adsorption bottom plate (554) to move up and down along the axis of the second vertical guide column (557); the second adsorption bottom plate (554) is provided with a connecting column (5551), and the connecting column (5551) is a hollow column, and a cylinder provided on the suction cup (555) passes through the connecting column (5551), and the suction cup (555) and the connecting column (5551) are slidably connected, and a cylinder sleeve provided on the suction cup (555) is provided with a spring (5552).
10. The Mylar device for printing and attaching a wire drum product according to claim 7, characterized in that: The recovery device (54) comprises a recovery material tray (541) and a recovery motor (542); the recovery motor (542) and the recovery material tray (541) are arranged on a bracket; the recovery material tray (541) can be rotatably arranged along an axis; the recovery material tray (541) and the recovery motor (542) are drivingly connected; the recovery motor (542) drives the recovery material tray (541) to rotate.