A comprehensive production line with several printing and coating machines

Abstract

A comprehensive production line with multiple printing and coating machines, including multiple printing machines (100) and coating machines (200), characterized by: It also includes a conveying mechanism arranged between the printing machine (100) and the coating machine (200) and serving to transport products printed by the printing machine (100) to the coating machine (200); The conveying mechanism has a total conveying groove (301), a middle conveying groove (302), a side conveying groove (303), a conveyor belt mechanism (304), and an adjusting frame mechanism; one end of the total conveying groove (301) is symmetrically provided with a side conveying groove (303), a middle conveying groove (302) is arranged between the two side conveying grooves (303), the middle conveying groove (302) and the side conveying groove (303) are all connected to the total conveying groove (301);The central conveying groove (302) is connected to two lateral conveying grooves (303); the bottom of the central conveying groove (302) is provided with a conveyor belt mechanism (304); one end of the lateral conveying groove (303) is provided with a straight conveying groove (305) which is connected to the lateral conveying groove (303); the bottom of the lateral conveying groove (303) and the straight conveying groove (305) are all provided with a conveyor belt mechanism (304); the bottom of the entire conveying groove (301) is provided with a conveyor belt mechanism (304); one end of the entire conveying groove (301) is provided with a coating machine (200); the ends of the central conveying groove (302) and the lateral conveying groove (303) are all provided with a printing machine (100); and the two sides of the adjusting frame mechanism are arranged on the side of two lateral conveying grooves (303);The position where the straight conveying groove (305) and the lateral conveying groove (303) are connected, and the position where the entire conveying groove (301) and the lateral conveying groove (303) are connected, are provided with notches (306); the notch (306) is provided with a guide roller (307).

Description

Technical FieldThe utility model relates to the technical field of the print production line, specifically relates to a comprehensive production line with multiple printing machines and coating machines.Background TechnologyIn conventional printing and coating production lines, manual work or simple mechanical devices are generally required after the printing task is completed by the printing press in order to transfer the printed material to the coating machine for further processing. This transfer method is not only inefficient, but also susceptible to damage or contamination to the product during the transfer process, affecting the quality of the final product.Therefore, in order to solve the above-described technical problems, there is an urgent need for a comprehensive production line having a plurality of printing machines and coating machines.Content of the Utility ModelThe technical problem to be solved by the utility model is to overcome the shortcomings of the above technology and to provide a comprehensive production line with multiple printing machines and coating machines. In order to solve the above technical problems, the technical solution provided in the invention is a comprehensive production line including a plurality of printing machines and coating machines, and is characterized by:It also comprises a conveying mechanism which is arranged between the printing press and the coating machine and serves to transport products printed by the printing press to the coating machine.The conveying mechanism includes an overall conveying groove, a middle conveying groove, a lateral conveying groove, a conveying belt mechanism, and an adjusting frame mechanism. One end of the overall conveying groove is symmetrically provided with a lateral conveying groove, a central conveying groove is disposed between the two lateral conveying grooves, the central conveying groove and the lateral conveying groove are all connected to the overall conveying groove. The middle conveying groove is connected to two lateral conveying grooves. The bottom of the middle conveying groove is provided with a conveyor belt mechanism. One end of the side conveying groove is provided with a straight conveying groove connected to the side conveying groove, the bottom of the side conveying groove and the straight conveying groove are all provided with a conveyor belt mechanism. The bottom of the entire conveying groove is provided with a conveyor belt mechanism. One end of the entire feed groove is provided with a coating machine. The ends of the middle conveying groove and the side conveying groove are all provided with a printing machine, and the both sides of the moving frame mechanism are disposed on the side of two side conveying grooves.The position where the straight conveying groove and the lateral conveying groove are connected and the position where the entire conveying groove and the lateral conveying groove are connected are provided with notches. The notch is provided with a guide roller.The advantages of this utility model over the existing technology are: 1. the conveying mechanism effectively combines a plurality of printing machines and a coating machine, so that the products produced by each printing machine can be transported to the coating machine for reprocessing, thereby eliminating the labor of manual transfer and improving productivity. 2. the position of the connection between the straight conveying channel and the lateral conveying channel and the position of the connection between the general conveying channel and the lateral conveying channel are all provided with guide rollers, so that when the product enters the lateral conveying groove from the straight conveying channel and enters the general conveying groove from the lateral conveying channel, the guide roller can play a guiding role, so that the product is rotated and is conducive to the conveyance of the product.Description with DrawingsFig. 1 is a side view of a comprehensive production line with multiple printing and coating machines of the utility model. Fig. 2 is a plan view of a comprehensive production line with multiple printing machines and coating machines of the utility model. FIG. 3 is a schematic three-dimensional structural diagram of a comprehensive production line with multiple printing machines and coating machines of the utility model. FIG. 4 is a partially enlarged view of the position A in FIG. 1.As shown in the image:100. Printing Machine, 200. Coating machine, 301. Total feed groove, 302th Mittlere feed groove, 303th Seitliche feed groove, 304. Conveyor belt mechanism, 305. straight conveyor groove, 306. Notch 307. Guide roller 308, It is a guide roller. Support feet 401. U-shaped support 402. Servo motor 403. Electric telescopic rod, 404. Guide plate.The specific embodimentThe technical solutions in the embodiments of the utility model will be clearly and fully described below in connection with the accompanying drawings in the embodiments of the utility model, and it is understood that the described embodiments are some embodiments of the utility model, not all embodiments.Combined with the accompanying drawings 1-4, a comprehensive production line having multiple printing machines and coating machines, including multiple printing machines 100 and coating machines 200, is characterized by:It also comprises a conveying mechanism which is arranged between the printing press (100) and the coating machine (200) and serves to transport products printed by the printing press (100) to the coating machine (200).The conveying mechanism includes an overall conveying groove (301), a middle conveying groove (302), a lateral conveying groove (303), a conveying belt mechanism (304), and a moving frame mechanism. One end of the overall conveying groove (301) is symmetrically provided with a lateral conveying groove (303), a central conveying groove (302) is disposed between the two lateral conveying grooves (303), the central conveying groove (302) and the lateral conveying groove (303) are all connected to the overall conveying groove (301). The middle conveying groove (302) is connected to two lateral conveying grooves (303). The bottom of the middle conveying groove (302) is provided with a conveyor belt mechanism (304). One end of the side conveying groove (303) is provided with a straight conveying groove (305) connected to the side conveying groove (303), the bottom of the side conveying groove (303) and the straight conveying groove (305) are all provided with a conveying belt mechanism (304). The bottom of the entire conveying groove (301) is provided with a conveying belt mechanism (304). One end of the entire conveying groove (301) is provided with a coating machine (200). The ends of the middle conveying groove (302) and the side conveying groove (303) are all provided with a printing machine (100), and the both sides of the moving frame mechanism are disposed on the side of two side conveying grooves (303).The position where the straight conveying groove (305) and the side conveying groove (303) are connected and the position where the entire conveying groove (301) and the side conveying groove (303) are connected are provided with notches (306). The notch (306) is provided with a guide roller (307).The adjusting frame mechanism includes a U-shaped bracket ( 401), a servo motor ( 402), and an electric telescopic rod ( 403). The two sides of the U-shaped support (401) are respectively disposed on the two lateral conveying grooves (303). The central part of the upper end of the U-shaped bracket (401) is provided with a servomotor (402). The rotating shaft of the servomotor (402) extends to the lower part of the U-shaped bracket (401). The servomotor (402) extends up to the rotating shaft of the U-shaped bracket (401) and is provided with an electric telescopic rod (403), and the lower end of the electric telescopic rod (403) is provided with a guide plate (404).The lower part of the overall conveying groove (301), the middle conveying groove (302) and the lateral conveying groove (303) are all provided with a plurality of supporting legs (308).When the concrete implementation is concerned:A plurality of printing presses 100 may be distributed at the ends of the middle conveying groove 302 and two side conveying grooves 303, and may be configured flexibly according to the production requirement.When the printing machine 100 has finished printing, the product is conveyed to the corresponding conveying grooves and conveyed by the conveying belt mechanism 304. When the product enters the conveying side groove 303 from the conveying straight groove 305 and enters the overall conveying groove 301 from the conveying side groove 303, the guide roller 307 plays a guide roller and makes the product rotate.When entering the overall conveying groove 301 from the side conveying groove, the electric telescopic rod 403 may be driven to rotate by the servomotor 402, the direction of the guide plate 404 is adjusted, the rotation angle of the servomotor 402 is arranged, and when the electric telescopic rod 403 presses down the guide plate 404, the both ends of the guide plate 404 are respectively at the connection point of the middle conveying groove 302 and the side conveying groove 303, and at the connection point of the side conveying groove 303 and the overall conveying groove 301. In this way, the products that pass from the lateral conveying groove into the overall conveying groove 301 can be guided.Finally, the product is conveyed to the coating machine 200 for coating treatment.The utility model and its embodiments have been described above. This description is not limiting. What is shown in the drawings is only one embodiment of the utility model, and the actual structure is not limited thereto.

Claims

A comprehensive production line including a plurality of printing machines and coating machines including a plurality of printing machines (100) and coating machines (200), characterized by further comprising a conveying mechanism disposed between the printing machine (100) and the coating machine (200) and for conveying products printed by the printing machine (100) to the coating machine (200); the conveying mechanism includes a total conveying groove (301), a middle conveying groove (302), a lateral conveying groove (303), a conveying belt mechanism (304), and a moving frame mechanism; an end of the total conveying groove (301) is symmetrically provided with a lateral conveying groove (303), a middle conveying groove (302) is disposed between the two lateral conveying grooves (303), the middle conveying groove (302), and the lateral conveying groove (303) are all connected to the total conveying groove (301); the middle conveying groove (302) is connected to two side conveying grooves (303); the bottom of the middle conveying groove (302) is provided with a conveyor belt mechanism (304); one end of the side conveying groove (303) is provided with a straight conveying groove (305) connected to the side conveying groove (303), the bottom of the side conveying groove (303) and the straight conveying groove (305) are all provided with a conveyor belt mechanism (304); the bottom of the entire conveying groove (301) is provided with a conveyor belt mechanism (304); one end of the entire conveying groove (301) is provided with a coating machine (200); the ends of the middle conveying groove (302) and the side conveying groove (303) are all provided with a printing machine (100), and the both sides of the moving frame mechanism are disposed on the side of two side conveying grooves (303); the position where the straight conveying groove (305) and the side conveying groove (303) are connected and the position where the entire conveying groove (301) and the side conveying groove (303) are connected are provided with notches (306); the notch (306) is provided with a guide roller (307).A comprehensive production line with a plurality of printing machines and coating machines according to claim 1, characterized by: the moving frame mechanism comprises a U-shaped support (401), a servo motor (402), and an electric telescopic rod (403); the two sides of the U-shaped support (401) are respectively disposed on the two lateral conveyance grooves (303); the center part of the upper end of the U-shaped support (401) is provided with a servo motor (402); the rotating shaft of the servo motor (402) extends to the lower part of the U-shaped support (401); the servo motor (402) extends to the rotating shaft of the U-shaped support (401) and is provided with an electric telescopic rod (403); and the lower end of the electric telescopic rod (403) is provided with a guide plate (404); The lower part of the overall conveying groove (301), the middle conveying groove (302) and the lateral conveying groove (303) are all provided with a plurality of supporting legs (308).

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