Detailed Description
Referring to fig. 1-8, the invention relates to a blanking press-in type high-speed flat pocket bagging machine for fine dried noodles, which is characterized by comprising a frame A, an input device B, a noodle pressing device C, a bag clamping blanking device D, an output device E and a bag supporting device F, wherein the input device B, the noodle pressing device C, the bag clamping blanking device D and the output device E are respectively arranged at the front part and the rear part of the frame A, the noodle pressing device C and the bag clamping blanking device D are respectively arranged at the top end and the lower part of the frame A, and the bag supporting device F is arranged at two sides of the input device B.
The input device B includes: the input conveyor left wallboard 1, the input conveyor right wallboard 2, the driving roller 3, the driven roller 4, the belt supporting plate 5, the belt 6, the input conveyor right fixing frame 7, the input conveyor left fixing frame 8, the driving motor fixing frame 9, the driving motor 10, the driving chain wheel 11, the driven chain wheel 12, the chain 13, the flange fixing plate 14, the left flange 15, the right flange 16, the tensioning block 18, the coming surface detection photoelectric element 21 and the bearing 22, wherein the input conveyor left fixing frame 7 and the input conveyor right fixing frame 8 are respectively fixed on the left side and the right side of the rack A, the input conveyor left wallboard 1 and the input conveyor right wallboard 2 are mutually parallel and respectively fixed on the input conveyor left fixing frame 7 and the input conveyor right fixing frame 8, and the input conveyor left wallboard 1 and the input conveyor right wallboard 2 are mutually connected through a connecting plate 20; the two ends of a driving roller 3 and a driven roller 4 are respectively and rotatably connected between the front and rear positions of the left wall plate 1 of the input conveyor and the right wall plate 2 of the input conveyor, and a belt 6 is wound around the driving roller 3 and the driven roller 4; the belt supporting plate 5 is arranged below the belt 6 and is fixed with the left wall plate 1 of the input conveyor and the right wall plate 2 of the conveyor; the driving motor 10 is arranged on the right input conveying fixing frame 7 through a driving motor fixing frame 9, and an output shaft of the driving motor 10 is in transmission connection with one end of the driving roller 3 through a chain transmission mechanism; a left flange 15 and a right flange 16 are respectively arranged on two sides of the belt, and the left flange 15 and the right flange 16 are correspondingly connected to the left wall plate 1 of the lower input conveyor and the right wall plate 2 of the conveying conveyor respectively through a flange fixing plate 14; the two ends of the driven roller 4 are respectively provided with a tensioning mechanism 18, and the input conveying right wallboard 2 is provided with a surface detection photoelectric element 21.
The dough pressing device C comprises: the cylinder fixing frame 23, the pressure material cylinder 24 and the pressure material plate 25, the pressure material cylinder 24 is arranged at the top end of the frame A through the cylinder fixing frame 23, and the pressure material plate 25 is fixed at the top end of a piston rod at the lower end of the pressure material cylinder 24.
The bag clamping and blanking device D comprises: the servo motor 27 is fixed on a frame A through the servo motor fixing frame 26; the driving synchronous pulley 28 is fixed on the output shaft of the servo motor 27, and the driven synchronous pulley 29 is connected on the driven synchronous pulley mounting frame 30 through a driven shaft 32 and a 6004 bearing 33 and is fixed at the bottom of the input device B; a linear guide rail 38 is respectively fixed on the outer sides of the two upright posts of the frame A, and a movable cross beam 34 is slidably arranged on the linear guide rail 38; two horizontal bag clamping fixing plates 35 are vertically connected to the inner side of the movable cross beam 34, a bag clamping air cylinder 36 is respectively arranged on each bag clamping fixing plate 35, and one end of a piston rod of each bag clamping air cylinder 36 is opposite to each other and is respectively provided with a bag clamping plate 37; a servo motor 27 is arranged at the lower end of the frame A, a synchronous belt mechanism is arranged between an output shaft of the servo motor 27 and the upper part of the frame A, the movable cross beam 34 is connected to a synchronous belt 31 of the synchronous belt mechanism, and the up-and-down linear motion of the movable cross beam 34 is realized through the rotation of the servo motor 27; a proximity switch is mounted on the upper and lower portions of the rack a by an upper proximity switch fixing bracket 40 and a lower proximity switch fixing bracket 39, respectively.
The output device E comprises: the left wallboard 41 and the right wallboard 42 are respectively connected to the frame A through an output belt fixing bracket 64, the first output driving roller 51, the second output belt supporting plate 52, the second output belt 53, an output flange fixing bracket 54, an output flange 55, a first output driving motor 56, a first output driving sprocket 57, a second output driving sprocket 58, a second output driving motor 59, a second output driving sprocket 60, a first output driven sprocket 61, a first output chain 62, a second output chain 63 and an output belt fixing bracket 64, the left wallboard 41 and the right wallboard 42 are respectively connected to the first output driving roller 43 and the first output driven roller 44 in a rotating manner between two ends of the left wallboard 41, the first output belt 46 is arranged on the first output driving roller 43 and the first output driven roller 44 in a surrounding manner, the first output belt 45 is arranged on the right wallboard 45 below the first output belt supporting plate 41 and the right wallboard 45; a first output driving motor 56 is fixed on the left wallboard 41 of the output machine, a first output driving sprocket 57 is arranged on the output shaft of the first output driving motor 56, a first output driven sprocket 58 is arranged at one end of the first output driving roller 43, and a first output chain 62 is connected between the first output driving sprocket 57 and the first output driven sprocket 58; the second output driving motor 59 is fixed on the right wallboard 42 of the output machine, a second output driving sprocket 60 is arranged on the output shaft of the second output driving motor 59, a second output driven sprocket 61 is arranged at one end of the second output driving roller 50, and a second output chain 63 is connected with the second output driving sprocket 60 and the second output driven sprocket 61; the second output belt 53 is wound around the second output driving roller 50 and the second output driven roller 51; the second output belt supporting plate 52 is arranged below the second output belt 53 and is fixed above the left wall plate 41 and the right wall plate 42 of the output machine; two sides above the second output belt 53 are respectively provided with an output flange 55 through an output flange fixing bracket 54, the two output flanges 55 can relatively move under the drive of the moving cylinder 48, and the output flange fixing brackets 54 on the two sides are respectively fixed on the left wallboard 41 and the right wallboard 42 of the output machine; the two coaxially arranged movable cylinders 48 and the movable guard plate 49 are connected together and fixed on the movable cylinder fixing frame 49, and the top ends of piston rods at the opposite ends of the two movable cylinders 48 are respectively connected with the output blocking edge 55.
The bag opening device F comprises: the left fixing frame 65, the right fixing frame 66, the bag-supporting left wallboard 67, the bag-supporting right wallboard 68, the bag-supporting left up-and-down moving cylinder 69, the bag-supporting left moving wallboard 70, the bag-supporting linear guide rail 71, the bag-supporting left clamping cylinder 72, the bag clamping fixing plate 73, the bag clamping plate 74, the left bag-supporting plate fixing frame 75, the left bag-supporting plate 76, the bag-supporting right up-and-down moving cylinder 77, the bag-supporting right moving wallboard 78, the bag-supporting right clamping cylinder 79, the right bag-supporting plate fixing frame 80 and the right bag-supporting plate 81, the bag-supporting left wallboard 67 is fixed on the frame on the right side of the input conveying right wallboard 2, the bag-supporting linear guide rails 71 arranged in two up-and-down directions are arranged on the left side of the bag-supporting left wallboard 67, and the bag-supporting left moving wallboard 70 is slidably arranged on the bag-supporting linear guide rail 71; the right side of the bag-supporting left wallboard 67 is provided with a bag-supporting left up-down moving cylinder 69, a bag-supporting left bag-clamping cylinder 72 is fixed on a bag-supporting left moving wallboard 70, a bag-clamping fixing plate 73 is fixed on the bag-supporting left bag-clamping cylinder 72, a bag-clamping plate 74 is fixed on the bag-supporting left bag-clamping cylinder 72, a right wallboard 68 is fixed on the right fixing frame 66, and a bag-supporting right up-down moving cylinder 77 is fixed on the bag-supporting right wallboard 68; the bag-supporting right movable wallboard 78 and the bag-supporting linear guide rail 71 are connected together and fixed on the bag-supporting right movable wallboard 68; the right bag supporting plate fixing frame 80 is connected with the bag supporting right bag clamping cylinder 79 and is fixed on the bag supporting right up-and-down moving cylinder 69; the right bag-supporting plate is fixed on the right bag-supporting plate fixing frame 80.
When the bag opening device F works, the flat bags are opened according to the requirements in advance, and after the flat bags are opened by the bag opening device F, the bag clamping blanking device D clamps the flat bags at a certain height by driving the synchronous belt 31 through the servo motor 27 to drive the bag clamping plate 37. The plastic package surface packaged by the packaging machine is punched into the flat pocket at high speed through the input device B, each package is punched into the surface in the flat pocket, the surface pressing device C is driven through advanced program control, one-time package pressing action is realized, meanwhile, the bag clamping plate 37 descends the height of one plastic package surface every time the plastic package surface is driven by the servo motor 27, the flat surface is pressed into the flat pocket, and after the number of the packages of the surface reaches the set number of packages, the bag supporting device F is opened, and the surface loaded into the flat pocket is transported out through the output device E.
In the foregoing, the present invention is merely preferred embodiments, which are based on different implementations of the overall concept of the invention, and the protection scope of the invention is not limited thereto, and any changes or substitutions easily come within the technical scope of the present invention as those skilled in the art should not fall within the protection scope of the present invention. Therefore, the protection scope of the present invention should be subject to the protection scope of the claims.