CN211003799U - Continuous folding paper receiving mechanism of full-automatic printing machine - Google Patents
Continuous folding paper receiving mechanism of full-automatic printing machine Download PDFInfo
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- CN211003799U CN211003799U CN201922104108.6U CN201922104108U CN211003799U CN 211003799 U CN211003799 U CN 211003799U CN 201922104108 U CN201922104108 U CN 201922104108U CN 211003799 U CN211003799 U CN 211003799U
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Abstract
The utility model provides a continuous folding and paper-receiving mechanism of a full-automatic printing machine, which comprises a buffering paper-storing mechanism and a folding and paper-receiving mechanism; the buffer paper storage mechanism comprises a buffer paper storage mounting frame, a fixed roller, a floating roller and a floating roller vertical lifting driving unit; the folding paper collecting mechanism comprises a folding paper collecting mounting frame, a driving paper carrying roller, a telescopic paper pressing roller, a swing folding mechanism group, a paper cutting mechanism, a liftable paper collecting table, a paper pusher and a conveying belt. Adopt full-automatic printing machine to fold paper receiving mechanism in succession, form advance paper and fold in the paper receiving platform through the band paper roll, when every pile of product reaches required quantity when printing production, cut the mechanism through the paper and decide the paper automatically, push the paper to conveyer belt through the paper pusher is automatic. The whole process printing machine does not need to be stopped, manual intervention is not needed at all, automatic operation of the paper delivery mechanism is achieved, labor cost is greatly reduced, and the use efficiency of equipment is improved.
Description
Technical Field
The utility model belongs to the technical field of paper printing processing unit, concretely relates to continuous folding paper receiving mechanism of full-automatic printing machine.
Background
In the printing technology, the final delivery process of the product generally comprises three modes of continuous curling delivery, continuous folding delivery and single sheet delivery, wherein the continuous folding delivery is one of the most common delivery processes and becomes the standard configuration of the printing machine.
However, the existing continuous folding paper delivery mechanism of the printing machine has single function, only has the function of folding and conveying out products processed by the printing machine, and the subsequent tearing and subpackaging are completely finished manually, so that the production efficiency is greatly reduced, and the labor cost is improved. Taking the logistics label as an example, when the printer is used for production at the machine speed of 100 m/min, 2-3 people are required to specially tear and subpackage subsequently, the labor amount is very large, and the labor cost is very high.
SUMMERY OF THE UTILITY MODEL
The defect to prior art exists, the utility model provides a full-automatic printing machine is folding paper receiving mechanism in succession can effectively solve above-mentioned problem.
The utility model adopts the technical scheme as follows:
the utility model provides a continuous folding and paper-receiving mechanism of a full-automatic printing machine, which comprises a buffering paper-storing mechanism (100) and a folding and paper-receiving mechanism (200);
the buffer paper storage mechanism (100) comprises a buffer paper storage mounting frame (101), a fixed roller (102), a floating roller (103) and a floating roller vertical lifting driving unit; the number of the fixed rollers (102) is multiple, the fixed rollers are transversely and fixedly arranged on the buffer paper storage mounting frame (101) at intervals, and each fixed roller (102) can rotate; the floating roller (103) is arranged on the front side of the buffer paper storage mounting frame (101) and is driven by the floating roller vertical lifting driving unit to perform lifting motion; according to the paper advancing direction, paper sequentially passes through the roller surface of the fixed roller (102) at the front end, the roller surface of the floating roller (103) and the roller surface of each fixed roller (102) at the rear end, and extends out of the roller surface of the fixed roller (102) at the rearmost end;
the folding paper collecting mechanism (200) comprises a folding paper collecting mounting frame (201), a driving paper carrying roller (202), a telescopic paper pressing roller (203), a swing folding mechanism group (204), a paper cutting mechanism (205), a liftable paper collecting table (206), a paper pusher (207) and a conveying belt (208);
the driving paper carrying roller (202) is arranged on the folding paper collecting mounting frame (201); the telescopic paper pressing roller (203) is arranged above the active paper taking roller (202); the swing folding mechanism group (204) is arranged below the active paper carrying roller (202), and the swing folding mechanism group (204) comprises a crank (2041) and a swing arm (2042); the swing arm (2042) is provided with a paper passing channel; the paper cutting mechanism (205) is arranged at the paper outlet end of the swing folding mechanism group (204); the liftable paper collecting table (206) is arranged below the paper cutting mechanism (205); one side of the liftable paper receiving table (206) is provided with the paper pusher (207); the other side of the liftable paper receiving table (206) is provided with the conveying belt (208); the paper output by the buffer paper storage mechanism (100) sequentially passes through the roller surface of the driving paper carrying roller (202), the paper passing channel of the swing folding mechanism group (204) and the paper cutting mechanism (205) and then falls into the liftable paper collection table (206).
Preferably, the floating roller vertical lifting driving unit is a resistance air cylinder.
Preferably, the telescopic paper pressing roller (203) is driven by a vertical hydraulic mechanism to move.
Preferably, the liftable paper receiving table (206) is a paper receiving table driven to lift by a vertical hydraulic mechanism.
Preferably, the paper pusher (207) is a paper pusher which is driven by a telescopic motor to move horizontally.
Preferably, the paper cutting mechanism (205) includes a horizontally telescopically moving blade (2051).
The utility model provides a full-automatic printing machine folds paper receiving mechanism in succession has following advantage:
adopt full-automatic printing machine to fold paper receiving mechanism in succession, form advance paper and fold in the paper receiving platform through the band paper roll, when every pile of product reaches required quantity when printing production, cut the mechanism through the paper and decide the paper automatically, push the paper to conveyer belt through the paper pusher is automatic. The whole process printing machine does not need to be stopped, manual intervention is not needed at all, automatic operation of the paper delivery mechanism is achieved, labor cost is greatly reduced, and the use efficiency of equipment is improved.
Drawings
Fig. 1 is a schematic structural view of the buffer paper storage mechanism provided by the present invention in a buffer paper storage state;
fig. 2 is a schematic structural view of the buffering paper storing mechanism provided by the present invention in a normal working state;
fig. 3 is a schematic structural view of the folding and paper-receiving mechanism in a normal folding and paper-receiving state provided by the present invention;
fig. 4 is a schematic structural view of the folding paper delivery mechanism in the automatic cutting and feeding state provided by the present invention.
Detailed Description
In order to make the technical problem, technical solution and advantageous effects solved by the present invention more clearly understood, the following description is given in conjunction with the accompanying drawings and embodiments to further explain the present invention in detail. It should be understood that the specific embodiments described herein are for purposes of illustration only and are not intended to limit the invention.
The utility model provides a full-automatic printing machine is folding paper receiving mechanism in succession, refer to fig. 1, fig. 2 and fig. 3, the major structure includes two parts, is buffering paper storing mechanism 100 and folding paper receiving mechanism 200 respectively. The following describes the buffer storing mechanism 100 and the folding and delivery mechanism 200 in detail:
buffer paper storage mechanism 100
The buffer paper storage mechanism 100 comprises a buffer paper storage mounting frame 101, a fixed roller 102, a floating roller 103 and a floating roller vertical lifting drive unit;
the number of the fixed rollers 102 is multiple, the fixed rollers are transversely and fixedly arranged on the buffer paper storage mounting frame 101 at intervals, and each fixed roller 102 can rotate; in fig. 1, three fixed rollers are provided in total.
The floating roller 103 is arranged on the front side of the buffer paper storage mounting frame 101 and is driven by the floating roller vertical lifting driving unit to perform lifting motion; in practical application, the floating roller vertical lifting driving unit can adopt a hydraulic mechanism. Preferably, a resistance cylinder is adopted for control, so that the paper tension is stable when the floating roller floats up and down. The application is not limited to the specific structure of the floating roller vertical lifting drive unit, as long as the floating roller 103 can be driven to perform lifting motion. In addition, the number of the floating rollers is more than one, in the attached drawings, two floating rollers are arranged, the floating rollers are assembled into a whole through a shell, and the floating rollers synchronously perform lifting motion under the driving of a floating roller vertical lifting driving unit.
The paper 300 sequentially passes through the roller surface of the front end fixed roller 102, the roller surface of the floating roller 103, and the roller surfaces of the rear end fixed rollers 102 in the paper traveling direction, and protrudes from the roller surface of the rearmost fixed roller 102.
The main functions of the buffer paper storage mechanism 100 are as follows: the length of the paper in the buffer paper storage area is changed by moving the floating roller up and down.
(II) folding paper delivery mechanism 200
The folding paper collecting mechanism 200 comprises a folding paper collecting mounting frame 201, a driving paper taking roller 202, a telescopic paper pressing roller 203, a swing folding mechanism group 204, a paper cutting mechanism 205, a liftable paper collecting table 206, a paper pusher 207 and a conveying belt 208;
the active paper carrying roller 202 is arranged on the folding paper receiving mounting frame 201; the driving paper carrying roller 202 is a driving roller with power and can rotate; after the paper is delivered out of the buffer paper storage mechanism 100, the paper is conveyed to the driving paper taking roller 202;
a telescopic paper pressing roller 203 is arranged above the driving paper taking roller 202; in practical application, the retractable platen roller 203 is a platen roller driven by a vertical hydraulic mechanism. The present application does not limit the driving mechanism of the retractable platen roller 203, as long as the platen roller can be lifted in the vertical direction. When the paper pressing roller of the telescopic paper pressing roller 203 descends to the surface of the active paper taking roller 202, the paper can be pressed on the surface of the active paper taking roller 202, so that the paper can not move any more; when the platen roller of the retractable platen roller 203 rises, the pressure on the paper is released and the paper can move.
A swing-folding mechanism group 204 is arranged below the driving paper carrying roller 202, and the swing-folding mechanism group 204 comprises a crank 2041 and a swing arm 2042; the swing arm 2042 is provided with a paper passing channel; the swing-folding mechanism group 204 is used for folding the paper. Specifically, crank 2041 rotates, drives swing arm 2042 swing, and the paper passes through the paper passageway of swing arm 2042, consequently, at swing arm 2042 swing in-process, realizes the paper folding effect. Crank swing arm mechanism also is crank swing arm mechanism commonly used, and this application is not the restriction to crank swing arm mechanism's concrete structural style.
The paper cutting mechanism 205 is installed at the paper output end of the swing folding mechanism group 204; in practice, the paper cutting mechanism 205 includes a horizontally extending and contracting blade 2051. After the paper is output from the bending mechanism group 204, the blade 2051 is controlled to horizontally extend the blade 2051, so that the paper can be cut along the outlet of the bending mechanism.
The liftable paper collecting table 206 is installed below the paper cutting mechanism 205; in practical application, the liftable paper receiving table 206 is a paper receiving table driven to lift by a vertical hydraulic mechanism, and the lifting distance of the liftable paper receiving table 206 can be controlled according to the thickness of paper received by the paper receiving table and the like. This application is not restricted to making the delivery table carry out the concrete actuating mechanism form of vertical motion, as long as can realize delivery table elevating movement can. The liftable delivery table 206 is used for storing the folded paper.
A paper pusher 207 is installed on one side of the liftable paper receiving table 206; in practical application, the paper pusher 207 is driven by a telescopic motor to move horizontally, and the telescopic movement is controlled by sensing the position of the paper receiving table.
A conveying belt 208 is arranged on the other side of the liftable paper receiving table 206; therefore, the sheet pusher pushes the sheet accommodated in the liftable sheet receiving table 206 from the sheet receiving table onto the conveying belt. The conveying belt is arranged outside the paper receiving platform and conveys the paper pushed out of the paper receiving platform to the outside of the paper receiving mechanism.
Therefore, the sheet output from the buffer sheet storage mechanism 100 sequentially passes through the roller surface of the driving sheet feeding roller 202, the sheet passing path of the flap mechanism group 204, and the sheet cutting mechanism 205, and then falls on the liftable sheet delivery table 206.
The utility model provides a full-automatic printing machine is folding paper receiving mechanism in succession, its theory of operation is:
different from the common traditional folding paper receiving mechanism, the continuous folding paper receiving mechanism of the full-automatic printing machine is divided into two working states, wherein the first state is a normal folding paper receiving state, and the second state is an automatic cutting and product sending state.
In a normal folding paper receiving state, referring to fig. 2, the floating roller floats to the top end in the buffer paper storage area, and the paper directly passes through the buffer paper storage area without storing the paper; referring to fig. 3, in the folding paper collecting area, the active paper carrying roller 202 feeds the paper from the buffer paper storing area to the swing folding mechanism group 204 by rotating, and at this time, the retractable platen roller 203 above the active paper carrying roller 202 is in a folded state; the swing folding mechanism group 204 folds and sends the paper to the issued liftable paper receiving table 206 through a swing arm, and counts the sent products through the inductor; the delivery table below the swing folding mechanism group 204 is lifted to a proper position and continuously descends according to the increase of the number of products on the delivery table; at this time, the sheet pusher 207 is in the retracted state; the sheet cutting mechanism 205 is in the retracted state. When the number of the products sent out to the liftable paper receiving table 206 by the swing folding mechanism group 204 reaches the initial set number, the device enters the state of automatically cutting and sending out the products.
At this time, as shown in fig. 4, first, the driving paper feed roller 202 stops rotating to feed paper, and the retractable platen roller 203 at the upper end of the driving paper feed roller 202 extends to firmly press the paper against the driving paper feed roller 202 to prevent the paper from slipping; the paper in the paper receiving area is in a static state, then the paper cutting mechanism 205 ejects a blade to cut the paper along the paper outlet at the lower end of the paper swinging and folding mechanism group 204, the paper is completely folded into a pile on the liftable paper receiving table 206 according to the required quantity, the liftable paper receiving table 206 is lowered to the horizontal position of the paper pusher 207 at the moment, and the paper pusher 207 pushes the product on the liftable paper receiving table 206 out to the conveying belt 208 to send out the product 400. In the process, because the paper in the folding paper collecting area stops conveying and the printing equipment is not stopped, the paper is continuously conveyed into the buffering paper storing area, and the buffering paper storing area is changed into the state shown in figure 1, namely: the dancer roller 103 is continuously lowered to extend the paper path for storing paper. After the product is sent out of the liftable paper receiving table 206, the paper pusher 207 is retracted, the liftable paper receiving table 206 is raised, the paper cutting mechanism 205 is returned, the telescopic paper pressing roller 203 is raised, the active paper taking roller 202 starts to rotate to feed paper and restores to a normal folding paper receiving state, the operation is repeated in a circle, full-automatic operation is completely realized, manual intervention is not needed, equipment shutdown cannot be caused, normal production of the equipment is influenced, the labor cost is greatly reduced, the production efficiency is improved, and great practical value is achieved.
The utility model provides a full-automatic printing machine is folding paper receiving mechanism in succession has following advantage:
adopt full-automatic printing machine to fold paper receiving mechanism in succession, form advance paper and fold in the paper receiving platform through the band paper roll, when every pile of product reaches required quantity when printing production, cut the mechanism through the paper and decide the paper automatically, push the paper to conveyer belt through the paper pusher is automatic. The whole process printing machine does not need to be stopped, manual intervention is not needed at all, automatic operation of the paper delivery mechanism is achieved, labor cost is greatly reduced, and the use efficiency of equipment is improved.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of improvements and decorations can be made without departing from the principle of the present invention, and these improvements and decorations should also be viewed as the protection scope of the present invention.
Claims (6)
1. A continuous folding and paper-receiving mechanism of a full-automatic printing machine is characterized by comprising a buffering paper storage mechanism (100) and a folding and paper-receiving mechanism (200);
the buffer paper storage mechanism (100) comprises a buffer paper storage mounting frame (101), a fixed roller (102), a floating roller (103) and a floating roller vertical lifting driving unit; the number of the fixed rollers (102) is multiple, the fixed rollers are transversely and fixedly arranged on the buffer paper storage mounting frame (101) at intervals, and each fixed roller (102) can rotate; the floating roller (103) is arranged on the front side of the buffer paper storage mounting frame (101) and is driven by the floating roller vertical lifting driving unit to perform lifting motion; according to the paper advancing direction, paper sequentially passes through the roller surface of the fixed roller (102) at the front end, the roller surface of the floating roller (103) and the roller surface of each fixed roller (102) at the rear end, and extends out of the roller surface of the fixed roller (102) at the rearmost end;
the folding paper collecting mechanism (200) comprises a folding paper collecting mounting frame (201), a driving paper carrying roller (202), a telescopic paper pressing roller (203), a swing folding mechanism group (204), a paper cutting mechanism (205), a liftable paper collecting table (206), a paper pusher (207) and a conveying belt (208);
the driving paper carrying roller (202) is arranged on the folding paper collecting mounting frame (201); the telescopic paper pressing roller (203) is arranged above the active paper taking roller (202); the swing folding mechanism group (204) is arranged below the active paper carrying roller (202), and the swing folding mechanism group (204) comprises a crank (2041) and a swing arm (2042); the swing arm (2042) is provided with a paper passing channel; the paper cutting mechanism (205) is arranged at the paper outlet end of the swing folding mechanism group (204); the liftable paper collecting table (206) is arranged below the paper cutting mechanism (205); one side of the liftable paper receiving table (206) is provided with the paper pusher (207); the other side of the liftable paper receiving table (206) is provided with the conveying belt (208); the paper output by the buffer paper storage mechanism (100) sequentially passes through the roller surface of the driving paper carrying roller (202), the paper passing channel of the swing folding mechanism group (204) and the paper cutting mechanism (205) and then falls into the liftable paper collection table (206).
2. The continuous folding delivery mechanism of a full automatic printing press according to claim 1, characterized in that the dancer vertical lift drive unit is a resistance cylinder.
3. The continuous folding delivery mechanism of a fully automatic printing press according to claim 1, characterised in that the retractable platen roller (203) is a platen roller moved by a vertical hydraulic mechanism.
4. The continuous folding delivery mechanism of a full-automatic printing press according to claim 1, characterized in that the liftable delivery table (206) is a delivery table lifted by a vertical hydraulic mechanism.
5. The continuous folding and delivery mechanism of a full-automatic printing machine as claimed in claim 1, wherein the paper pusher (207) is a paper pusher which is driven by a telescopic motor to move horizontally.
6. The continuous fold delivery mechanism of a full automatic printing press as recited in claim 1, wherein the sheet cutting mechanism (205) includes a horizontally telescoping blade (2051).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922104108.6U CN211003799U (en) | 2019-11-29 | 2019-11-29 | Continuous folding paper receiving mechanism of full-automatic printing machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201922104108.6U CN211003799U (en) | 2019-11-29 | 2019-11-29 | Continuous folding paper receiving mechanism of full-automatic printing machine |
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| Publication Number | Publication Date |
|---|---|
| CN211003799U true CN211003799U (en) | 2020-07-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201922104108.6U Active CN211003799U (en) | 2019-11-29 | 2019-11-29 | Continuous folding paper receiving mechanism of full-automatic printing machine |
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| Country | Link |
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| CN (1) | CN211003799U (en) |
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- 2019-11-29 CN CN201922104108.6U patent/CN211003799U/en active Active
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