TWM509772U - Cutter wheel cutting type pouch dispensing machine - Google Patents

Description

Knife wheel cutting type charter

This creation is about a cutter wheel cutting type charter, especially for the cutting structure technician used to cut the feeding package.

According to the charter machine, the automatic packaging material design is mainly used to produce the serial package of the machine. The package includes food, seasoning, desiccant, etc., and in the package with different sizes, in the package and There are tearing marks between the bags to facilitate manual or machine tearing. If each piece of material needs to be torn by hand, it will not only take up manpower time but also be easily cut by the edge of the material. It is said that there is a great progress in the separation of the packing operation, and the machine only needs to apply the appropriate pulling force between the serially connected packages to separate the two packages. If there is no tearing between the serially connected packages, it is necessary to There is a cutting mechanism, wherein a conventional cutting material package mechanism has a scissor-type cutting module, and the scissors-type cutting module is cut by a double-edged scissors. The double-edged blade is operated by a power element and a linkage member to control the cutting edge of the scissors, and is set. The required position height and displacement distance are cut together between the packages by double-edged interaction. For this cutting mechanism, the control accuracy is high, so the most advantageous action point of the blade does not work. The wide material package covers all the cutting parts, thus affecting some cutting operations such as the edge cutting of the package is not smooth, and the mechanism driving parts used by the scissors type cutting module may have two groups, resulting in cost increase and subsequent maintenance cost more, so Meet the economic cost benefits.

In view of this, the cutting mechanism used to improve the cutting of the serial package is not perfect. The lack of the author, the author of this creation "knife wheel cutting type charter", can be applied to a variety of wide and narrow type of package automatic cutting, the following disclosure as a reference for the implementation of this creation.

The purpose of this creation is to provide a cutter wheel cutting type charting machine, which cuts the feeding package. Cutting a new cutting structure with a round face double-blade cutter wheel to cut the surface of the serial feed bag into a single feeding package with a blade to achieve an efficient cutting operation.

This creation is about a cutter wheel cutting type charter with automation equipment. The rack comprises: a workbench and a control box, wherein the workbench serves as a cutting operation platform for feeding packets in series before and after, the control box has the function of setting and controlling operation, and the feeding package is adjacent to There is an identification area between the feeding packages, and the working platform is provided with a module electrically controlled by the control box. The module comprises a positioning module, a servo transmission module, a cutting module and a discharging module. The control box detects the identification area between the two feeding packages for feedback, and controls the speed of the servo transmission module to deliver the serial feeding package, and delivers the serial feeding package to the cutting module for cutting and connecting. The output module is outputted into a single feeding package. The main features of the creation are as follows: the cutting module is located at the end of the working table and is responsible for cutting the serial feeding package into a single feeding package, and the cutting module is a cutter wheel module. The cutter wheel module comprises a cutter wheel steel frame, a cutter wheel having a round double blade edge, and a steel plate matched with the cutter wheel, the control box controls driving a cylinder disposed on the worktable, the cutter wheel module Located on a sliding block, The workbench is provided with two sliding rods, and the cylinder pushes the sliding column block to slide on the two sliding rods. The steel frame of the cutter wheel has a ㄈ shape, and the cutter wheel is pivotally connected to the lower end of the ㄈ-shaped opening, and the lower side of the ㄈ shape The blade is pivotally connected to the sliding block to tilt the steel frame of the cutter wheel, and the blade of the cutter wheel is slanted against the steel plate. The steel frame of the cutter wheel is provided with an adjusting stud on the 开口-shaped opening, the adjusting stud One end runs through one side of the circular opening and is opposite to the other side of the circular opening A spring is disposed between the adjusting stud and the rotating column end, and the spring is compressed to cause the cutting wheel to generate a downward pressure, and the adjusting stud is rotated tightly to control the blade edge between the cutting wheel and the steel plate. The cutting pressure is so as to separate the cutter wheel into two injection packages and separate into a single feeding package for subsequent packaging operations.

1‧‧‧Rack

10‧‧‧Tugboat

2‧‧‧Workbench

20‧‧‧ feeding kit

21‧‧‧ Identification area

22‧‧‧ ‧

3‧‧‧ Positioning Module

30‧‧‧transmitter

31‧‧‧ sensor

4‧‧‧Servo drive module

40‧‧‧Servo motor

400‧‧‧ gears

41‧‧‧Drive belt

42‧‧‧ Gear shaft set

420‧‧‧ Gears

421‧‧‧External gear

422‧‧ ‧ complex gear

43‧‧‧Conveyor belt

44‧‧‧ module

45‧‧‧ Screw set

5‧‧‧ cutting module

50‧‧‧Cutter wheel steel frame

51‧‧‧Cutter wheel

52‧‧‧ steel plate

520‧‧‧ openings

53‧‧‧ cylinder

54‧‧‧Sliding block

55‧‧‧Slider

56‧‧‧Adjust studs

57‧‧‧ Spring

6‧‧‧Drawing module

60‧‧‧ external gear

61‧‧‧Multi Gear

62‧‧‧ tooth face wheel

63‧‧‧ modules

64‧‧‧ Screw set

65‧‧‧Extension platform

7‧‧‧Control box

70‧‧‧ input panel

71‧‧‧Control switch

The first picture is a front view of the cutter wheel cutting type charter of the present creation.

The second picture is a three-dimensional diagram of each part of the work table of the creation.

The third picture is a schematic diagram of the delivery of the feed package of the present creation.

The fourth picture is a schematic diagram of the cutting and feeding package of the cutter wheel module of the present invention.

The fifth picture is a schematic diagram of the worktable for adjusting the material channel and adding the extension platform.

Please refer to the first to fifth figures. The first picture is the front view of the creative cutter wheel cutting type charter. The second picture is the three-dimensional diagram of each part of the workbench. The third picture is the schematic diagram of the feeding package, and the fourth picture is the tool wheel. The schematic diagram of the module cutting feeding package, the fifth figure is a schematic diagram of the working table adjusting the material channel and the extension platform. The creation chartering machine comprises a frame 1, a working table 2, a control box 7, and the working table 2 is provided The module is electrically controlled by the control box 7. The module includes a positioning module 3, a servo transmission module 4, a cutting module 5, and a discharging module 6.

The frame 1 is an automated equipment rack 1 and a tug set 10 is mounted below to facilitate the movement or fixed implementation of the charter.

The workbench 2 is arranged on the frame 1 as a feeding and cutting work platform, and casts The material package 20 is connected in series, and the adjacent feeding package 20 is provided with an identification area 21 for positioning detection. The identification area 21 can be a hollow area or an opaque area, and the worktable 2 is provided with a material. The track 22 can accommodate the serial feed bag 20 and is restricted from being transported on the material path 22. The material path 22 can be formed by two steel plates.

The positioning module 3 is disposed at the front of the workbench 2 and includes a transmitter 30. An inductor 31 is mounted on the mounting bracket 32 on the table 2, and the inductor 31 is mounted under the surface of the table 2 through the feeding package 20, and the emitter 30 emits a light beam by the sensing The device 31 receives the light beam to identify whether the light beam passes through the identification zone 21 of the feeding package 20.

The servo drive module 4 is located in the middle section of the workbench 2 for supplying serial connection The power transmission module 4 includes a servo motor 40, a transmission belt 41, a gear shaft set 42 and two conveying belts 43 disposed on the table 2, and the servo motor 40 The transmission belt 41 is driven by the gear shaft set 42. The gear shaft set 42 drives two transport belts 43 respectively. The conveyor belts 43 are respectively attached to the surface of the serial feed bag 20 to be transported to the end of the table 2 in the direction of the belt. The transmission belt 41 and the two conveyor belts 43 are time-regulating belts. The outer surface of the timing belt is a flat surface, and the inner surface is a rack surface. The servo motor 40 is sleeved with a gear 400 at the shaft end to engage the inner surface of the transmission belt 41. The gear shaft set 42 is driven by a shaft having a gear, and two shafts of the upper and lower rows are disposed on the table 2, and each shaft is provided with a gear 420 in the middle and two upper rows. The shaft and the lower two shafts are respectively disposed on the gear 420 with two conveying belts 43 for clamping the serial feeding package 20, and one of the two upper shafts of the upper row is outside the working table 2. An outer gear 421 is arranged at the end of the shaft, and one of the two shafts of the lower row is to work. The outer end of the shaft 2 is provided with a double gear 422, the gear 422 is multiplexed external double gear, wherein the inner layer with the outer gear 421 engages drive gear, the outer gear 41 to the drive belt The inner surface is driven and driven together by the servo motor 40 by the transmission belt 41. The compound gear 422 is meshed with the external gear 421 and the steering directions are opposite to each other, so that the upper two shafts and the lower two shafts are The gears 420 respectively drive the upper and lower conveying belts 43 to be opposite to each other, so that the serial feeding packets 20 are conveyed in the same tangential direction to the end of the table 2, and the gear shaft set 42 is on two. The two ends of the shaft rod are respectively fixed on a module 44. The module 44 is provided with a screw set 45 for rotating and adjusting the upper and lower positions of the two upper rows of shafts, thereby adjusting the relative spacing of the upper and lower conveyor belts 43 to adapt The thickness of the feeding package 20 is connected in series and smoothly fed.

The cutting module 5 is located at the end of the workbench 2 and is responsible for cutting the serial feeding package The cutting module 5 comprises a cylinder, a sliding rod group and a cutter wheel module. The cutter wheel module comprises a cutter wheel steel frame 50, a cutter wheel 51 having a round double blade edge, and is matched with the cutter wheel module 51. The cutter wheel 51 cuts a steel plate 52, and the control box 7 controls the cylinder 53 disposed on the table 2. The cutter steel frame 50 is disposed on a sliding block 54. The table 2 is provided with two sliding rods. 55, the cylinder 53 pushes the sliding block 54 to slide on the two sliding rods 55. The cutter steel frame 50 has a meandering shape, and the cutter wheel 51 is pivotally connected to the lower end of the circular opening, and is pivoted at the lower side of the circular shape. Connected to the sliding block 54 to make the cutter steel frame 50 inclined, the cutting edge of the cutter wheel 51 is perpendicular to the steel plate 52. The cutter steel frame 50 is provided with an adjusting stud 56 on the circular opening. The two ends of the adjusting stud 56 are a cap, the cap of one end is operable to rotate by a tool, and a spring 57 is interposed between the cap of the other end penetrating the side of the crotch opening and the other side of the crotch opening, so that the adjusting screw The column 56 can be used to adjust the cutting pressure between the cutter wheel 51 and the steel plate 52, and is convenient for the cutter wheel 51 to be cut between the two feeding packages 20 to be separated into a single feeding package 20 at one time. In order to facilitate the subsequent packaging operation, the steel plate 52 is provided with an opening 520 at the end of the discharge module 6 to cooperate with the output of the separated single feeding package 20.

The discharge module 6 is provided at the end of the table 2 for the upper and lower rows of shafts. Two ends of the two rows of shafts are respectively rotated on one of the modules 63 disposed on one side of the table. The upper row of shafts is provided with an external gear 60 at one end of the outside of the table, and the lower row of shafts is disposed at one end of the outside of the table. There is a complex gear 61. The two rows of shafts are respectively provided with a tooth face wheel 62 in the middle. The complex gear 61 is an inner and outer double gear, wherein the inner gear is meshed with the outer gear 60, and the outer gear meshes with the transmission belt 41. The surface drive is driven together by the servo motor 40 by the drive belt 41. The multi-gear 61 meshes with the external gear 60 and the steering is reversed. The cutting package 20 after the cutter wheel 51 is cut is passed between the two rows of shafts. The pinch is further separated into a single feeding bag 20 by the roller of the tooth surface wheel 62. In addition, the upper row of shafts are arranged on the module 63 for rotation, and a screw set 64 is provided for adjusting the upper and lower shafts to adjust the tooth surface. The relative spacing of the wheels 62 is used to adjust the stripping force of the tandem feed package 20.

The control box 7 is disposed on the frame 1, and the surface of the control box 7 is an input panel 70. A set of control switches 71, wherein a control program is provided to enable the control box 7 to have a function of setting and controlling operations. The control switch 71 includes at least a service program for starting, stopping, and stopping the operation, and the control box 7 is powered. Controlling the positioning module 3, the servo drive module 4, the cutting module 5, and the discharge module 6, the control box 7 controls the servo drive module 4 to transfer the conveying speed of the feeding package 20, and The serially fed material package 20 is transferred to the cutting module 5 for cutting into a single feeding package.

The control program detects the knowledge on the serial feeding package 20 by using the positioning module 3 Each time error of the other area 21 is used as a negative feedback signal of the control program. After the correction program is corrected by the negative feedback signal, the servo transmission module 4 transmits the feeding speed of the feeding package 20 to be stable, so as to facilitate the subsequent processing. The wheel module can accurately cut the serial feed bag 20.

Please refer to the fourth figure together. This creation is to make the cutting and feeding package 20 The cutting wheel is efficiently cut, and the surface of the serial feeding package 20 is cut into a single feeding package by a blade with a rounded double-blade cutting wheel 51. The cylinder 53 drives the cutter wheel module to be controlled by the control program of the control box 7. The reciprocating stroke distance is set to exceed the width of the feeding bag 20, and the adjusting screw 56 cooperates with the spring 57 to rotate the cap, and the spring 57 compresses to generate the downward pressure of the cutter wheel 51, thereby adjusting the cutter wheel 51. The cutting pressure between the steel plate 52 and the steel plate 52 enables the cutter wheel 51 to be cut into a single feeding package 20 in a suitable reciprocating stroke to facilitate subsequent packaging operations.

Please refer to the fifth figure, the workbench 2 of this creation can transport different widths. And the length of the feeding package 20, the table 2 can be designed with the width of the feeding bag 20 to design the width of the channel 22, or the opening 520 of the steel plate 52, or an extension platform of an appropriate area at the end of the table 2. 65. The utility model is used for supporting a single feeding package 20 after cutting to facilitate the subsequent packaging operation. The extension platform 65 can be accommodated in the opening 520 of the steel plate 52, or can be appropriately extended beyond the opening 520.

In summary, this creation is to solve the cutting effect of the conventional feeding package cutting machine. Adaptability, high cost and high efficiency of operation, using a new combination of positioning module, servo drive module, cylinder, cutter wheel module, etc., the control box plans the cutting program of each module with control program, and has positioning module The correction speed of the serial feed packet is corrected, and the cutting belt on the servo drive module, the working distance of the discharge module, and the cutting pressure between the cutter wheel and the steel plate are adjusted, so that the cutter wheel module can accurately draw with the cutter wheel After the series of feeding packages are cut and separated into a single feeding package, the discharging module is peeled off and continuously output, thereby achieving the continuous operation effect of automatic cutting, dividing and packaging operations.

The advantages of this creation are derived from many of the disclosures or teachings herein. Changes and amendments, if the equivalent changes made in accordance with the concept of this creation have not exceeded the spirit of the manual and the schema, shall be deemed to be within the technical scope of this creation. Chen Ming.

2‧‧‧Workbench

20‧‧‧ feeding kit

21‧‧‧ Identification area

22‧‧‧ ‧

3‧‧‧ Positioning Module

30‧‧‧transmitter

4‧‧‧Servo drive module

40‧‧‧Servo motor

41‧‧‧Drive belt

43‧‧‧Conveyor belt

5‧‧‧ cutting module

50‧‧‧Cutter wheel steel frame

51‧‧‧Cutter wheel

52‧‧‧ steel plate

53‧‧‧ cylinder

54‧‧‧Sliding block

55‧‧‧Slider

56‧‧‧Adjust studs

57‧‧‧ Spring

6‧‧‧Drawing module

Claims (9)

The utility model relates to a cutter wheel cutting type charting machine, which has an automatic equipment rack, and the rack comprises: a working table and a control box, wherein the working table serves as a cutting operation platform for feeding the feeding packets in front and rear, the control box has a setting The function of controlling the operation, the feeding package is provided with an identification area between adjacent feeding packages, and the working platform is provided with a module electrically controlled by the control box, wherein the module comprises a positioning module and a servo transmission module. a cutting module and a discharging module, wherein the control box detects the identification area between the two feeding packages for feedback, and controls the speed of the servo transmission module to deliver the serial feeding package, The serial feeding package is sent to the cutting module for cutting, and the discharging module is outputted into a single feeding package, wherein the cutting module is located at the end of the working table and is responsible for cutting the serial feeding package into a single feeding package. The cutting module is a cutter wheel module, and the cutter wheel module comprises a cutter wheel steel frame, a cutter wheel having a round face double blade, and a steel plate matched with the cutter wheel, the control box is controlled to be driven at work. One on the stage The cutter wheel module is disposed on a sliding block, and the working table is provided with two sliding rods, and the cylinder pushes the sliding column block to slide on the two sliding rods. The steel frame of the cutter wheel is in the shape of a dome. The cutter wheel is pivotally connected to the lower end of the opening, and is pivotally connected to the sliding block by a lower corner of the cymbal to tilt the steel frame of the cutter wheel. The blade edge of the cutter wheel is perpendicular to the steel plate. An adjusting stud is disposed on the ㄈ-shaped opening, and one end of the adjusting stud passes through the side of the 开口-shaped opening and a spring is interposed between the opposite side of the ㄈ-shaped opening and the other side of the 螺-shaped opening, and the adjusting stud is pushed by the rotating column end a spring, the spring compresses the lower pressure of the cutter wheel, and the cutting screw is rotated tightly to control the cutting pressure between the cutting edge of the cutter wheel and the steel plate, so that the cutter wheel is cut once between the two feeding packages Separate into a single feeding package for subsequent packaging operations. The cutter wheel cutting type charting machine according to claim 1, wherein the work table is provided with a material path. The cutting and feeding of the serial feeding bag is accommodated and restricted, and the working table can be equipped with an extension platform at the end of the working table to support the cut feeding bag in accordance with the length of the feeding bag, so as to facilitate the subsequent packaging operation. The cutter wheel cutting type charter according to claim 1, wherein the identification zone of the feeding package between the adjacent feeding packages can be a hollow zone or an opaque zone, and the positioning module is disposed in the front section of the workbench. a transmitter, an inductor, the transmitter is mounted on a mounting bracket on the workbench, the inductor is mounted under the working surface of the feeding package, and the emitting device emits a light beam by the sensor to receive the light beam to identify the Whether the beam passes through the identification zone of the feeding package. The cutter wheel cutting type charting machine according to claim 1, wherein the servo transmission module is located in the middle section of the worktable for supplying power for serially feeding the feeding package, and the servo transmission module is disposed on the worktable. a servo motor, a transmission belt, a gear shaft set and two conveying belts, wherein the servo motor is driven by the transmission belt to the gear shaft set, the gear shaft group drives two conveying belts, and the conveying belt is respectively belt surface The upper and lower sides are clamped on the surface of the serial feed bag and transported to the end of the workbench. The cutter wheel cutting type charting machine according to claim 4, wherein the transmission belt and the two conveying belts are time-regulating belts, the outer surface of the timing belt is flat, the inner surface is a rack surface, and the servo motor is at the shaft end sleeve. A gear is meshed on the inner surface of the transmission belt to drive the gear shaft set. The gear shaft set is a shaft with a gear, and two shafts of the upper two rows are arranged on the worktable, and each shaft is provided with a middle in the middle. The gear, the upper two rows of shafts and the lower two shafts are respectively provided with two conveying belts on the gears for pinching the serial feeding packets, one of the two upper shafts on the outer side of the working table The shaft end is provided with an external gear, and one of the two shafts of the lower row is provided with a complex gear at the shaft end of the outer side of the workbench, the complex gear is an inner and outer double-layer gear, wherein the inner gear and the outer gear In the meshing transmission, the outer gear meshes with the inner surface of the transmission belt, and is driven by the servo motor together with the transmission belt. The complex gear meshes with the external gear and the steering is opposite to each other, resulting in two upper shafts and a lower row. The two shafts are respectively driven by the gears to drive the upper and lower conveyor belts to be opposite to each other, and the serial feeding packets are conveyed in the same tangential direction to the end of the table. The cutter wheel cutting type charting machine according to claim 5, wherein the gear shaft set is rotated on two ends of the two upper row shafts on one of the two sides of the worktable, and the module is provided with a screw set. The upper and lower positions of the two upper rows of shafts can be adjusted by rotation, thereby adjusting the relative spacing of the upper and lower conveying belts to be smoothly clamped to the thickness of the serial feeding package. The cutter wheel cutting type charting machine according to claim 4, wherein the discharging module has two upper and lower rows of shafts disposed at the end of the working table, and two ends of the two rows of shafts are respectively disposed on one side of the working table. Rotating on the module, the upper row of shafts is provided with an external gear at one end of the workbench, and the lower row of shafts is provided with a complex gear at one end of the workbench, and the two rows of shafts are respectively provided with a toothed face wheel in the middle. The compound gear is an inner and outer double-layer gear, wherein the inner gear is meshed with the outer gear, the outer gear meshes with the inner surface of the transmission belt, and is driven together by a servo motor with a transmission belt, and the complex gear meshes with the external gear and The steering is opposite to each other. After the cutter wheel is cut, the feeding package is fed up and down between the two rows of shafts, and then separated by a toothed surface roller to form a single feeding package. The cutter wheel cutting type charting machine according to claim 7, wherein the upper shaft of the discharging module is arranged on the module to rotate, and the screw set is arranged to adjust the upper and lower shafts to move up and down, and the upper and lower shafts can be adjusted. The relative spacing of the toothed wheels is arranged side by side to adjust the implementation force of the peeling and parallel feeding package. The cutter wheel cutting type charting machine according to claim 1, wherein the control box is disposed on the frame, the control box has an input panel, a set of control switches, and a control program is provided therein, and the positioning module detects The identification zone between the two feeding compartments, and each time error passing through the identification zone is used as a negative feedback signal of the control program, and the control program uses the negative feedback signal to correct the subsequent conveying speed of the feeding transmission package of the servo transmission module. The conveying speed of the serial feeding package can be stabilized to facilitate the cutting operation of the cutter wheel module. The control program sets the reciprocating stroke distance of the cylinder wheel module, and the stroke distance is set to exceed the width of the feeding package. The cutting stud adjusts the cutting pressure between the cutter wheel and the steel plate, so that the cutter wheel can cut the serially fed packets in a proper reciprocating stroke.