CN204096133U - Solid coil paper code layer packing device - Google Patents

Solid coil paper code layer packing device Download PDF

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Publication number
CN204096133U
CN204096133U CN201420443448.6U CN201420443448U CN204096133U CN 204096133 U CN204096133 U CN 204096133U CN 201420443448 U CN201420443448 U CN 201420443448U CN 204096133 U CN204096133 U CN 204096133U
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China
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endless apron
coil paper
flattening
code layer
driver train
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CN201420443448.6U
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Chinese (zh)
Inventor
胡坚晟
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Oke Technology Co.,Ltd.
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JIANGXI OK TECHNOLOGY Co Ltd
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Abstract

The utility model discloses a kind of structure simple, middle bag packaging efficiency is higher, the full automaticity solid coil paper code layer packing device that middle bag packaging is more attractive in appearance, it comprises frame, and the first endless apron be arranged on frame, flatten mechanism, pulling mechanism of paper, code layer mechanism and the first driver train, first driver train drives the first endless apron right-hand circular to slide, first driver train can adopt chain, Timing Belt or gear-driven mode realize, first endless apron drives the solid coil paper being located thereon surface to enter and flattens mechanism, flattening mechanism is utilized the solid coil paper on the first endless apron to be carried out flattening process, to form the coil paper of flats, facilitate follow-up middle bag packaging, the coil paper of flats on first endless apron is sent to code layer mechanism by pulling mechanism of paper by row, utilize code layer mechanism by code neat for the coil paper after flattening together, ensure the aesthetic property of follow-up middle bag packaging.

Description

Solid coil paper code layer packing device
Technical field
The utility model relates to a kind of packaging facilities of middle bag packaging of solid coil paper, and specifically, relate to a kind of structure simple, middle bag packaging efficiency is higher, the full automaticity solid coil paper code layer packing device that middle bag packaging is more attractive in appearance.
Background technology
In solid coil paper in bag technology of the package, because the length of solid coil paper is generally greater than its coil diameter, so when solid roll packaging, can not pack side by side as hollow coil paper, and pack after needing first code layer.But, traditional solid roll packaging mode is after being erected by many ADFs ball, both sides wallboard is promoted to pressure with cylinder, bagging packaging after solid coil paper is flattened, this manner of packing also cannot realize full-automatic production at present, causes the middle bag packaging of solid coil paper very unsightly, in addition, because the technics comparing that will realize the automatic code layer of solid coil paper is complicated, also there is no more satisfactory solution at present, cause bag packaging in solid coil paper to be difficult to realize automation.
Utility model content
For above deficiency, it is simple that the utility model provides a kind of structure, middle bag packaging efficiency is higher, the full automaticity solid coil paper code layer packing device that middle bag packaging is more attractive in appearance, it comprises frame, described frame is provided with the first endless apron, flatten mechanism, pulling mechanism of paper, code layer mechanism and the first driver train, first driver train drives the first endless apron circulation to slide, first endless apron drives the solid coil paper being located thereon surface to enter successively and flattens mechanism and pulling mechanism of paper, flattening mechanism is utilized the solid coil paper on the first endless apron to be carried out flattening process, utilize pulling mechanism of paper that the coil paper of the flats on the first endless apron is sent to code layer mechanism by row, utilize code layer mechanism by code neat for the coil paper after flattening together.
In order to realize the present invention further, described flattening mechanism comprises the flattening assembly be arranged on described frame, described flattening assembly comprises the load-transfer device mounting bracket be installed in described frame, described load-transfer device mounting bracket is provided with the second endless apron and the second driver train, second driver train drives described second endless apron circulation to slide, second endless apron is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the basal surface of the second endless apron and the upper surface of the first endless apron, the spacing that this squeezing groove is positioned at solid coil paper feeding mouth is greater than the spacing of its discharging opening.
In order to realize the present invention further, described flattening mechanism comprises at least two of being arranged on described frame along the first endless apron line of travel interval and flattens assembly, flatten assembly described in each and comprise the load-transfer device mounting bracket be installed in described frame, described load-transfer device mounting bracket is provided with the second endless apron and the second driver train, second driver train drives described second endless apron circulation to slide, second endless apron is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the basal surface of the second endless apron and the upper surface of the first endless apron, the spacing that this squeezing groove is positioned at solid coil paper feeding mouth is greater than the spacing of its discharging opening.
In order to realize the present invention further, described flattening assembly also comprises and is installed on lifting bracket on frame and guiding trestle, and be installed on lifting handwheel on described lifting bracket and be arranged at the pilot bar on described load-transfer device mounting bracket, described lifting bracket is provided with the screw engaged with the outside thread of described lifting handwheel, described lifting handwheel is passed down through the screw of described lifting bracket, the bottom promoting handwheel is rotationally connected load-transfer device mounting bracket, described guiding trestle is provided with the slide opening that can slide up and down for pilot bar.
In order to realize the present invention further, described flattening mechanism comprises the flattening assembly be arranged on described frame, described flattening assembly comprises the pressing plate mounting bracket be installed on described frame, described pressing plate mounting bracket is provided with the 3rd driver train, and the horizontally disposed pressing plate driving it to move up and down by described 3rd driver train, described pressing plate is positioned at directly over the first endless apron, forms the squeezing groove for flattening solid coil paper between the upper surface of pressing plate and the first endless apron.
In order to realize the present invention further, described flattening mechanism comprises at least two of being arranged on described frame along the first endless apron line of travel interval and flattens assembly, flatten assembly described in each and comprise the pressing plate mounting bracket be installed on described frame, described pressing plate mounting bracket is provided with the 3rd driver train, and the horizontally disposed pressing plate driving it to move up and down by described 3rd driver train, described pressing plate is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the upper surface of pressing plate and the first endless apron.
In order to realize the present invention further, described flattening mechanism also comprises and is fixedly installed in lifting bracket on described frame and guiding trestle, and be installed on lifting handwheel on described lifting bracket and be arranged at the pilot bar on described pressing plate mounting bracket, described lifting bracket is provided with the screw engaged with the outside thread of described lifting handwheel, described lifting handwheel is passed down through the screw of described lifting bracket, the bottom promoting handwheel is rotationally connected pressing plate mounting bracket, described guiding trestle is provided with the slide opening that can slide up and down for pilot bar.
In order to realize the present invention further, be arranged in parallel between the upper surface of described pressing plate and described first endless apron,
In order to realize the present invention further, described pulling mechanism of paper comprises the four-wheel drive mechanism be fixedly mounted on frame, and the pushing block to be connected with described four-wheel drive mechanism, four-wheel drive mechanism drives described pushing block that the coil paper of the flats on the first endless apron is sent to code layer mechanism by row.
In order to realize the present invention further, described code layer mechanism comprises supporting plate, two the 5th driver trains, two mounting bases, several pilot bar and baffle plate, described supporting plate is horizontally disposed flat board, one of them mounting base is fixedly mounted on frame, one of them the 5th driver train is fixedly mounted on this mounting base, another mounting base connects the mouth of the 5th driver train, on mounting base above another the 5th driver train is fixedly mounted on and is positioned at, supporting plate is fixedly connected with the mouth of the 5th driver train, described baffle plate is fixedly mounted on supporting plate.
The beneficial effects of the utility model:
1, the utility model utilizes the first driver train to drive the first endless apron circulation to slide, first endless apron drives the solid coil paper being located thereon surface to enter successively and flattens mechanism and pulling mechanism of paper, flattening mechanism is utilized the solid coil paper on the first endless apron to be carried out flattening process, utilize pulling mechanism of paper that the coil paper of the flats on the first endless apron is sent to code layer mechanism by row, utilize code layer mechanism by code neat for the coil paper after flattening together, the unattended operation of the middle bag packaging of solid coil paper can be realized, structure is simple, easy to operate.
2, the flattening operation of the solid coil paper of flattening mechanism of the present utility model can be completed by the extruding of the second endless apron and the first endless apron, and also can be completed by the extruding of pressing plate and the first endless apron, structure is simple, flattens easy to operate.
3, flattening the second endless apron of mechanism of the present utility model or the height adjustable of pressing plate, the utility model can be made to be applicable to the solid coil paper of different-diameter, and commonality is stronger.
4, code layer mechanism of the present utility model comprises supporting plate, two the 5th driver trains, two mounting bases, several pilot bar and baffle plates, utilize the cooperation of two the 5th driver trains and two mounting bases, the height realizing supporting plate declines step by step, to facilitate pulling mechanism of paper, the coil paper of the flats on the first endless apron is sent to supporting plate surface by row, by code neat for the coil paper after flattening together, the aesthetic property of follow-up middle bag packaging is ensured.
Accompanying drawing explanation
Fig. 1 is the structural representation of solid coil paper code layer packing device of the present utility model;
Fig. 2 is the structural representation of the embodiment one of flattening mechanism of the present utility model;
Fig. 3 is the structural representation of the embodiment two of flattening mechanism of the present utility model;
Fig. 4 is the structural representation of code layer mechanism of the present utility model.
Detailed description of the invention
Be further elaborated the utility model below in conjunction with accompanying drawing, wherein, direction of the present utility model take Fig. 1 as standard.
As shown in Figure 1, solid coil paper code layer packing device of the present utility model comprises frame 1, first endless apron 2, flattening mechanism 3, pulling mechanism of paper 4, code layer mechanism 5, first driver train 6 and baffle plate 7, first endless apron 2, flattening mechanism 3, pulling mechanism of paper 4, code layer mechanism 5, first driver train 6 and baffle plate 7 and is arranged on frame 1.First driver train 6 drives the first endless apron 2(cw) circulation slip, first driver train 6 can adopt chain, Timing Belt or gear-driven mode realize, first endless apron 2 drives the solid coil paper being located thereon surface to enter and flattens mechanism 3, flattening mechanism 3 is utilized the solid coil paper on first endless apron 2 to be carried out flattening process, to form the coil paper of flats, facilitate follow-up middle bag packaging, baffle plate 7 is by overall according to packing requirements arrangement for the coil paper after flattening one by one, coil paper according to the flats of packing requirements marshalling on first endless apron 2 is sent to code layer mechanism 5 by pulling mechanism of paper 4 by row, utilize code layer mechanism 5 by code neat for the coil paper after flattening together, ensure the aesthetic property of follow-up middle bag packaging.
Frame 1 adopts tower structure, facilitates the location and installation that other structure forms.
First endless apron 2 adopts synchronous crawler belt or synchronous belt to realize, and the distribution in left and right directions of the first endless apron 2, the upper surface of the first endless apron 2 is in being horizontally disposed with.
As shown in Figure 2, flattening mechanism 3 of the present utility model can adopt following scheme: flatten mechanism 3 and comprise at least one the flattening assembly 31 being arranged on frame 1, in time becoming assembly 31 containing multiple pressure, all pressure change assemblies 31 are arranged on directly over the first endless apron 2 along the line of travel interval of the first endless apron 2.Flatten assembly to comprise lifting bracket 311, guiding trestle 312, promote handwheel 313, second endless apron 314, load-transfer device mounting bracket 315, second driver train 316 and pilot bar 317, wherein, lifting bracket 311 is fixedly mounted in frame 1, it is positioned at the side of the first endless apron 2, lifting bracket 311 is provided with and the screw promoting handwheel 313 and engage; Guiding trestle 312 is fixedly mounted in frame 1, and it is positioned at the opposite side of the first endless apron 2, guiding trestle 312 is provided with the slide opening that can slide up and down for pilot bar 317; Promote handwheel 313 in longitudinally arranging, its outer wall is provided with outside thread, and promote handwheel 313 and screw in downwards and the screw passing lifting bracket 311, the bottom promoting handwheel 313 is rotationally connected load-transfer device mounting bracket 315 by bearing; Second endless apron 314 is arranged on load-transfer device mounting bracket 315, it is positioned at directly over the first endless apron 2, second endless apron 314 is arranged in left and right directions, second endless apron 314 adopts synchronous crawler belt or synchronous belt to realize, the squeezing groove for flattening solid coil paper is formed between the basal surface of the second endless apron 314 and the upper surface of the first endless apron 2, this squeezing groove is greater than the spacing of its discharging opening (right-hand member) near the spacing of feeding mouth (left end), and squeezing groove near the spacing of feeding mouth slightly larger than the diameter of solid coil paper; Load-transfer device mounting bracket 315 is tower structure, and its inner connection promotes handwheel 313, and its outer end connects guiding trestle 312; Second driver train 316 is arranged on load-transfer device mounting bracket 315, to drive the second endless apron 314(conter clockwise) circulation slip, the second driver train 316 can adopt chain, Timing Belt or gear-driven mode to realize; Pilot bar 317 is fixedly connected with the outer end of load-transfer device mounting bracket 315, its quantity can be multiple, pilot bar 317 is distribution in front and back, and the outer end of pilot bar 317 penetrates the slide opening of guiding trestle 312, slides up and down along the slide opening of guiding trestle 312 to assist load-transfer device mounting bracket 315.
Like this, first endless apron 2 drives the solid coil paper of its upper surface to slide to the right, when solid coil paper enters the feeding mouth flattening assembly time, second driver train 316 drives the second endless apron 314 conter clockwise to slide, second endless apron 314 and the first endless apron 2 continue in the process of sliding to the right driving solid coil paper, second endless apron 314 and the first endless apron 2 utilize squeezing groove to extrude solid coil paper, the solid coil paper skidded off from squeezing groove (flatten assembly discharging opening) is the coil paper of flattening, better effect is flattened in order to reach, along the direction of slip interval of the first endless apron 2, multiple flattening assembly can be installed, first endless apron 2 drives solid coil paper to enter each by row and flattens assembly, better effect is flattened to reach by repeating to flatten process.In addition, because the diameter of the solid coil paper of different size is different, the utility model can change spacing between the basal surface of the second endless apron 314 and the upper surface of the first endless apron 2 by promoting handwheel 313, to realize carrying out flattening process to the solid coil paper of different size, commonality is stronger.
As shown in Figure 3, flattening mechanism 3 of the present utility model can also adopt following scheme: flatten mechanism 3 and comprise at least one the flattening assembly 32 being arranged on frame 1, in time becoming assembly 32 containing multiple pressure, all pressure change assemblies 32 are arranged on directly over the first endless apron 2 along the line of travel interval of the first endless apron 2.Flatten assembly 32 to comprise lifting bracket 321, guiding trestle 322, promote handwheel 323, pressing plate 324, pressing plate mounting bracket 325, the 3rd driver train 326 and pilot bar 327, wherein, the overall profile of lifting bracket 321 is in " n " font, two supporting legs of lifting bracket 321 are fixedly connected with frame 1 respectively, pass between two supporting legs for the first endless apron 2, lifting bracket 321 is provided with and the screw promoting handwheel 323 and engage, the overall profile of guiding trestle 322 is in " n " font, and two supporting legs of guiding trestle 322 are fixedly connected with frame 1 respectively, pass, guiding trestle 322 is provided with the slide opening slided up and down along pilot bar 327 for the first endless apron 2 between two supporting legs, promote handwheel 323 in longitudinally arranging, its outer wall is provided with outside thread, and promote handwheel 323 and screw in downwards and the screw passing lifting bracket 321, the bottom promoting handwheel 323 is rotationally connected pressing plate mounting bracket 325 by bearing, pressing plate 324 is arranged on pressing plate mounting bracket 325, it is positioned at directly over the first endless apron 2, pressing plate 324 is a horizontally disposed surface plate, it is that left and right directions is arranged, the squeezing groove for flattening solid coil paper is formed between pressing plate 324 and the upper surface of the first endless apron 2, be arranged in parallel between pressing plate 324 and the upper surface of the first endless apron 2, squeezing groove near the spacing of feeding mouth slightly larger than the diameter of solid coil paper, pressing plate mounting bracket 325 is a horizontally disposed surface plate, and its one end connects lifting handwheel 323, and its other end connects guiding trestle 322 by pilot bar 327, 3rd driver train 326 is arranged on pressing plate mounting bracket 325, 3rd driver train 326 drives pressing plate 324 to slide up and down relative to pressing plate mounting bracket 325, 3rd driver train 326 can adopt the mode of air cylinder driven to realize, namely the cylinder longitudinally arranged is fixedly mounted on pressing plate mounting bracket 325, pressing plate 324 is fixedly connected with the piston rod of cylinder, 3rd driver train 326 also can adopt motor to drive the mode of screw mandrel to realize, namely the motor longitudinally arranged is fixedly mounted on pressing plate mounting bracket 325, screw mandrel is fixedly connected with the output shaft of motor, pressing plate 324 is provided with the screw engaged with screw mandrel, pilot bar 327 is fixedly connected with pressing plate mounting bracket 325, and its quantity can be multiple, and pilot bar 327 is in longitudinally arranging, and the top of pilot bar 327 penetrates the slide opening of guiding trestle 322, slides up and down along the slide opening of guiding trestle 322 to assist pressing plate mounting bracket 325.
Like this, first endless apron 2 drives the solid coil paper of its upper surface to slide to the right, when solid coil paper enters the squeezing groove between pressing plate 324 and the upper surface of the first endless apron 2 time, 3rd driver train 326 drives pressing plate 324 to move downward, to extrude solid coil paper, the solid coil paper skidded off from squeezing groove (flatten assembly discharging opening) is the coil paper of flattening, better effect is flattened in order to reach, along the direction of slip interval of the first endless apron 2, multiple flattening assembly can be installed, first endless apron 2 drives solid coil paper to enter each by row and flattens assembly, better effect is flattened to reach by repeating to flatten process.In addition, because the diameter of the solid coil paper of different size is different, the utility model can change spacing between the basal surface of pressing plate 324 and the upper surface of the first endless apron 2 by promoting handwheel 323, and process to realize carrying out to the solid coil paper of different size flattenings, commonality is stronger.
Baffle plate 7 is fixedly installed in frame 1, baffle plate 7 is positioned at directly over the upper surface of the first endless apron 2, baffle plate 7 is distribution in fore-and-aft direction, baffle plate 7 is a little more than the upper surface of the first endless apron 2, like this, when in the process that the coil paper after flattening slides backward along with the first endless apron 2, because the stop of baffle plate 7, the coil paper of flats can overall according to packing requirements arrangement (row).
Pulling mechanism of paper 4 is fixedly mounted in frame 1, pulling mechanism of paper 4 is positioned at the side (front side) of the first endless apron 2, and be positioned at the right side of flattening mechanism 3, and the left side of baffle plate 7, pulling mechanism of paper 4 comprises pushing block 41 and four-wheel drive mechanism 42, four-wheel drive mechanism 42 is fixedly mounted in frame 1, four-wheel drive mechanism 42 is distribution in fore-and-aft direction, pushing block 41 connects four-wheel drive mechanism 42, pushing block 41 is the flat board longitudinally arranged, its length direction is consistent with the line of travel of the first endless apron 2, four-wheel drive mechanism 42 is utilized to drive pushing block 41 to make front-rear reciprocation movement, so that the coil paper of the flats that the first endless apron 2 arranges is sent to code layer mechanism 5 by row.Four-wheel drive mechanism 42 can adopt the mode of air cylinder driven to realize, and the cylinder that namely fore-and-aft direction is arranged is fixedly mounted in frame 1, and pushing block 41 is fixedly connected with the piston rod of cylinder.
As shown in Figure 4, code layer mechanism 5 is fixedly mounted in frame 1, it is positioned at the opposite side relative to pulling mechanism of paper 4 (rear side) of the first endless apron 2, code layer mechanism 5 comprises supporting plate 51, two the 5th driver trains 52, two mounting bases 53, several pilot bar 54 and baffle plate 55, supporting plate 51 is horizontally disposed flat board, two the 5th driver trains 52 are in longitudinally arranging, one of them mounting base 53 is fixedly mounted in frame 1, one of them the 5th driver train 52 is fixedly mounted on this mounting base 53, another mounting base 53 connects the mouth of the 5th driver train 52, the 5th driver train 52 is utilized to drive the mounting base 53 above being positioned to move up and down relative to the mounting base 53 being positioned at below, on mounting base 53 above another the 5th driver train 52 is fixedly mounted on and is positioned at, supporting plate 51 is fixedly connected with the mouth of the 5th driver train 52, utilize the 5th driver train 52 drive supporting plate 51 relative to be positioned at top mounting base 53 move up and down, pilot bar 54 is installed between two mounting bases 53, and between the mounting base 53 and supporting plate 51 of top, to assist to be positioned at the mounting base 53 of top and moving up and down of supporting plate 51, baffle plate 55 is the flat board longitudinally arranged, baffle plate 55 is fixedly mounted on supporting plate 51, the coil paper of baffle plate 55 to the flattening sent on supporting plate 51 is utilized to carry out spacing.5th driver train 52 can adopt the mode of air cylinder driven to realize, namely two cylinders longitudinally arranged are fixed and are arranged on two mounting bases 53 respectively, supporting plate 51 is fixedly connected with the piston rod being positioned at top cylinder, and the mounting base 53 being positioned at top is fixedly connected with the piston rod being positioned at below cylinder; 5th driver train 52 also can adopt motor to drive the mode of screw mandrel to realize.
Time code layer mechanism 5 works, the 5th driver train 52 being positioned at top is first utilized to adjust the height of supporting plate 51, make supporting plate 51 concordant with the first endless apron 2, facilitate the use pulling mechanism of paper 4 and the coil paper of the flattening on the first endless apron 2 is pushed on supporting plate 51; After the coil paper code that first row flattens is complete, when the coil paper that second row flattens arrives pre-code layer position, the 5th driver train 52 adjustment being positioned at top is positioned at the height of the mounting base 53 of top, until the upper surface of the coil paper of flattening on supporting plate 51 is concordant with the first endless apron 2, so that second time utilizes pulling mechanism of paper 4 coil paper that second on first endless apron 2 flattens to be pushed to the upper surface of a upper coil paper flattened, the code layer operation of two-layer coil paper so just can be completed.
The foregoing is only better embodiment of the present invention, the present invention is not limited to above-mentioned embodiment, the structural modification that local is small may be there is in implementation process, if do not depart from the spirit and scope of the present invention to various change of the present invention or modification, and belonging within claim of the present invention and equivalent technologies scope, then the present invention is also intended to comprise these change and modification.

Claims (10)

1. a solid coil paper code layer packing device, it comprises frame, it is characterized in that, described frame is provided with the first endless apron, flatten mechanism, pulling mechanism of paper, code layer mechanism and the first driver train, first driver train drives the first endless apron circulation to slide, first endless apron drives the solid coil paper being located thereon surface to enter successively and flattens mechanism and pulling mechanism of paper, flattening mechanism is utilized the solid coil paper on the first endless apron to be carried out flattening process, utilize pulling mechanism of paper that the coil paper of the flats on the first endless apron is sent to code layer mechanism by row, utilize code layer mechanism by code neat for the coil paper after flattening together.
2. solid coil paper code layer packing device according to claim 1, it is characterized in that, described flattening mechanism comprises the flattening assembly be arranged on described frame, described flattening assembly comprises the load-transfer device mounting bracket be installed in described frame, described load-transfer device mounting bracket is provided with the second endless apron and the second driver train, second driver train drives described second endless apron circulation to slide, second endless apron is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the basal surface of the second endless apron and the upper surface of the first endless apron, the spacing that this squeezing groove is positioned at solid coil paper feeding mouth is greater than the spacing of its discharging opening.
3. solid coil paper code layer packing device according to claim 1, it is characterized in that, described flattening mechanism comprises at least two of being arranged on described frame along the first endless apron line of travel interval and flattens assembly, flatten assembly described in each and comprise the load-transfer device mounting bracket be installed in described frame, described load-transfer device mounting bracket is provided with the second endless apron and the second driver train, second driver train drives described second endless apron circulation to slide, second endless apron is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the basal surface of the second endless apron and the upper surface of the first endless apron, the spacing that this squeezing groove is positioned at solid coil paper feeding mouth is greater than the spacing of its discharging opening.
4. the solid coil paper code layer packing device according to Claims 2 or 3, it is characterized in that, described flattening assembly also comprises and is installed on lifting bracket on frame and guiding trestle, and be installed on lifting handwheel on described lifting bracket and be arranged at the pilot bar on described load-transfer device mounting bracket, described lifting bracket is provided with the screw engaged with the outside thread of described lifting handwheel, described lifting handwheel is passed down through the screw of described lifting bracket, the bottom promoting handwheel is rotationally connected load-transfer device mounting bracket, described guiding trestle is provided with the slide opening that can slide up and down for pilot bar.
5. solid coil paper code layer packing device according to claim 1, it is characterized in that, described flattening mechanism comprises the flattening assembly be arranged on described frame, described flattening assembly comprises the pressing plate mounting bracket be installed on described frame, described pressing plate mounting bracket is provided with the 3rd driver train, and the horizontally disposed pressing plate driving it to move up and down by described 3rd driver train, described pressing plate is positioned at directly over the first endless apron, forms the squeezing groove for flattening solid coil paper between the upper surface of pressing plate and the first endless apron.
6. solid coil paper code layer packing device according to claim 1, it is characterized in that, described flattening mechanism comprises at least two of being arranged on described frame along the first endless apron line of travel interval and flattens assembly, flatten assembly described in each and comprise the pressing plate mounting bracket be installed on described frame, described pressing plate mounting bracket is provided with the 3rd driver train, and the horizontally disposed pressing plate driving it to move up and down by described 3rd driver train, described pressing plate is positioned at directly over the first endless apron, the squeezing groove for flattening solid coil paper is formed between the upper surface of pressing plate and the first endless apron.
7. the solid coil paper code layer packing device according to claim 5 or 6, it is characterized in that, described flattening mechanism also comprises and is fixedly installed in lifting bracket on described frame and guiding trestle, and be installed on lifting handwheel on described lifting bracket and be arranged at the pilot bar on described pressing plate mounting bracket, described lifting bracket is provided with the screw engaged with the outside thread of described lifting handwheel, described lifting handwheel is passed down through the screw of described lifting bracket, the bottom promoting handwheel is rotationally connected pressing plate mounting bracket, described guiding trestle is provided with the slide opening that can slide up and down for pilot bar.
8. the solid coil paper code layer packing device according to claim 5 or 6, is characterized in that, be arranged in parallel between the upper surface of described pressing plate and described first endless apron.
9. solid coil paper code layer packing device according to claim 1, it is characterized in that, described pulling mechanism of paper comprises the four-wheel drive mechanism be fixedly mounted on frame, and the pushing block to be connected with described four-wheel drive mechanism, four-wheel drive mechanism drives described pushing block that the coil paper of the flats on the first endless apron is sent to code layer mechanism by row.
10. solid coil paper code layer packing device according to claim 1, it is characterized in that, described code layer mechanism comprises supporting plate, two the 5th driver trains, two mounting bases, several pilot bar and baffle plate, described supporting plate is horizontally disposed flat board, one of them mounting base is fixedly mounted on frame, one of them the 5th driver train is fixedly mounted on this mounting base, another mounting base connects the mouth of the 5th driver train, on mounting base above another the 5th driver train is fixedly mounted on and is positioned at, supporting plate is fixedly connected with the mouth of the 5th driver train, described baffle plate is fixedly mounted on supporting plate.
CN201420443448.6U 2014-08-07 2014-08-07 Solid coil paper code layer packing device Active CN204096133U (en)

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Application Number Priority Date Filing Date Title
CN201420443448.6U CN204096133U (en) 2014-08-07 2014-08-07 Solid coil paper code layer packing device

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201420443448.6U CN204096133U (en) 2014-08-07 2014-08-07 Solid coil paper code layer packing device

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CN204096133U true CN204096133U (en) 2015-01-14

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Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107054730A (en) * 2017-04-18 2017-08-18 成都三可实业有限公司 A kind of tablet gum packing machine with sugared device
CN109720669A (en) * 2018-12-25 2019-05-07 重庆三好纸业有限公司 A kind of bamboo paper automatic packing apparatus

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN107054730A (en) * 2017-04-18 2017-08-18 成都三可实业有限公司 A kind of tablet gum packing machine with sugared device
CN109720669A (en) * 2018-12-25 2019-05-07 重庆三好纸业有限公司 A kind of bamboo paper automatic packing apparatus
CN109720669B (en) * 2018-12-25 2020-07-28 重庆三好纸业有限公司 Automatic packaging device for bamboo pulp paper

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