CN208179720U - The rim charge cleaning machine of automatic waste clearing machine - Google Patents
The rim charge cleaning machine of automatic waste clearing machine Download PDFInfo
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- CN208179720U CN208179720U CN201820632141.9U CN201820632141U CN208179720U CN 208179720 U CN208179720 U CN 208179720U CN 201820632141 U CN201820632141 U CN 201820632141U CN 208179720 U CN208179720 U CN 208179720U
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- China
- Prior art keywords
- lower template
- elevating mechanism
- top piece
- rim charge
- cleaning machine
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Abstract
A kind of rim charge cleaning machine of automatic waste clearing machine, including rack, cope plate, binder frame, binder frame elevating mechanism, top piece elevating mechanism and multiple top pieces, binder frame is set to the surface of cope plate, and each top piece is in the surface of cope plate and is in the inside of binder frame；Rim charge cleaning machine further includes lower template, lower template elevating mechanism and multiple ejector beam groups, lower template is set to the underface of cope plate, cope plate is equipped with the multiple upper through-holes being arranged in a matrix, lower template is equipped with multiple limit holes, limit hole is identical as the quantity of upper through-hole and corresponds, and limit hole is in the underface of through-hole；Ejector beam group is identical as the quantity of the top piece and position corresponds, and each ejector beam group includes multiple ejector beams moved towards up and down, and each ejector beam lower end is mounted in lower template in corresponding limit hole.The rim charge that the utility model can adapt to different structure die cut paper sheet is removed, and easy to operate, can effectively reduce production cost.
Description
Technical field
The utility model relates to printing product process equipments, and in particular to a kind of rim charge cleaning machine of automatic waste clearing machine.
Background technique
In the production technology of printing product (especially cross cutting paper products), die-cutting machine according to designed printing product shape,
Multiple printing article units are cut out on cardboard, and in order to accelerate the cross cutting speed of printing product, die-cutting machine is all using endless at present
The mode cut off entirely is to be sticked together between each printing article unit and rim charge by tiny dentation block after cross cutting.Cause
This, after die-cutting machine cross cutting, it is also necessary to which the Working position that whole folded (multiple) die cut paper sheet is placed into rim charge cleaning machine is enterprising
Row rim charge is removed, and is that will be torn between each printing article unit and rim charge by tiny dentation block, by each printing product list
Member is separated with rim charge.
A kind of rim charge cleaning machine of existing trash-cleaning machine, including rack, die station (i.e. cope plate), binder frame, binder
Frame elevating mechanism, top piece elevating mechanism, lower top flat elevating mechanism, multiple top pieces and multiple lower top flats, die station, binder side
Frame elevating mechanism, top piece elevating mechanism and lower top flat elevating mechanism are respectively mounted on the rack；Binder frame is being set to die station just
Top, binder frame are mounted on the power output end of binder frame elevating mechanism；Each top piece is installed in top piece lifting
On the power output end of mechanism, each top piece is in the surface of die station and is in the inside of binder frame；Lower top flat with it is upper
The quantity of top flat is identical and corresponds, and lower top flat is in the underface of top piece, each lower top flat with lower top flat elevating mechanism
Power output end connection；Die station is equipped with multiple channels moved towards up and down, and channel is identical as the quantity of lower top flat and position one
One is corresponding, and each channel matches with the form and dimension of corresponding lower top flat.In general, the position of above-mentioned each lower top flat, shape and
Size printing article unit corresponding with die cut paper sheet matches.When work, after whole folded die cut paper sheet is placed in die station,
Binder frame elevating mechanism drives the decline of binder frame, and the rim charge position of each die cut paper sheet is compressed；Top piece elevating mechanism drives
It moves each top piece to decline together, is pushed down printing article unit corresponding in each die cut paper sheet by each top piece；Then, lower top flat
Elevating mechanism drives each lower top flat to rise together, pushes each printing article unit group and each top piece to rise together, by each printing
It is torn between article unit and rim charge by tiny dentation block, separates each printing article unit with rim charge.
Although the rim charge that the rim charge cleaning machine of above-mentioned trash-cleaning machine can disposably complete multiple die cut paper sheets is removed,
The rim charge that can only adapt to a kind of structure die cut paper sheet is removed, that is, realizes the printing article unit and rim charge of a certain specific shape and size
Separation, and can not adapt to the die cut paper sheet of different structure rim charge remove.In actual production, when needing to other structures
When die cut paper sheet carries out rim charge removing, generally (article unit can be respectively printed in die cut paper sheet according to the specific structure of die cut paper sheet
Location and shape size), the lower top flat of respective shapes and size is made to be replaced, this is not only inconvenient, and
And cause production cost higher.
Utility model content
The technical problem to be solved by the utility model is to provide a kind of rim charge cleaning machine of automatic waste clearing machine, this sides
The rim charge that material cleaning machine can adapt to the die cut paper sheet of different structure is removed, and easy to operate, be can effectively reduce and is produced into
This.The technical solution adopted is as follows:
A kind of rim charge cleaning machine of automatic waste clearing machine, including rack, cope plate, binder frame, binder frame elevator
Structure, top piece elevating mechanism and multiple top pieces, cope plate, binder frame elevating mechanism and top piece elevating mechanism are installed in
In rack, binder frame is set to the surface of cope plate, and binder frame is mounted on the power output end of binder frame elevating mechanism
On；Each top piece is installed on the power output end of top piece elevating mechanism, and each top piece is in the surface of cope plate
And be in the inside of binder frame, it is characterised in that: the rim charge cleaning machine further include lower template, lower template elevating mechanism and
Multiple ejector beam groups, lower template are set to the underface of cope plate, and lower template elevating mechanism is mounted on the rack, and lower template is mounted on
On the power output end of lower template elevating mechanism；The cope plate is equipped with multiple upper through-holes for being arranged in a matrix, in lower template
Equipped with multiple limit holes, limit hole is identical as the quantity of upper through-hole and corresponds, and limit hole is in the underface of through-hole；Top
Expect that bar group is identical as the quantity of the top piece and position corresponds, each ejector beam group includes multiple liftouts moved towards up and down
Bar, each ejector beam lower end are mounted in lower template in corresponding limit hole.
In above-mentioned rim charge cleaning machine, the knot of the quantity and installation site and die cut paper sheet of ejector beam in each ejector beam group
Structure (the location of article unit, form and dimension are respectively printed in die cut paper sheet) is corresponding.When work, (multiple) are being folded by one
After die cut paper sheet is placed on cope plate, binder frame elevating mechanism drives the decline of binder frame, by the rim charge of each die cut paper sheet
It pushes down completely；Top piece elevating mechanism drives each top piece decline, and printing article unit group corresponding in each die cut paper sheet is pushed down；
Then, lower template elevating mechanism driving lower template and each ejector beam thereon rise that (each ejector beam is from cope plate at this time together
Corresponding upper through-hole passes through), each printing article unit is withstood by each ejector beam and pushes each printing article unit group and each top piece
Rise together, will be torn between each printing article unit and rim charge by tiny dentation block, make each printing article unit and side
Material separates.When needing the die cut paper sheet to other structures to carry out rim charge removing, as long as according to the specific knot of die cut paper sheet
Structure (respectively prints the location of article unit and shape size) in die cut paper sheet, arrangement and printing article unit on corresponding position
The ejector beam group that shape matches is to install ejector beam in limit hole corresponding with each printing product cell position, makes each
The quantity and installation site of ejector beam and position and shape size phase that article unit is respectively printed in die cut paper sheet in ejector beam group
Match, in this way, the rim charge that can adapt to the die cut paper sheet of different structure as long as through the adjustment to each ejector beam group is removed, is not necessarily to
Lower top flat is in addition made as the prior art, can effectively reduce production cost, and the adjustment of each ejector beam group is relatively easy,
It is easy to operate.Above-mentioned rim charge cleaning machine by cope plate, binder frame, binder frame elevating mechanism, top piece elevating mechanism,
Cooperation between lower template, lower template elevating mechanism, multiple top pieces and multiple ejector beam groups, can disposably complete multiple moulds
The rim charge of cut paper plate is removed, and the rim charge for adapting to the die cut paper sheet of different structure is removed.
In preferred embodiment, multiple mounting holes are additionally provided in above-mentioned lower template, mounting hole is identical as the quantity of the limit hole
And correspond, mounting hole is in the front of limit hole and is connected to limit hole, and mounting hole and limit hole are blind hole, peace
The aperture for filling the aperture ratio limit hole in hole is big, and the depth of mounting hole is less than the depth of limit hole；The rim charge cleaning machine also wraps
Lifting support and translation mechanism are included, the lower template is mounted on the dynamic of lower template elevating mechanism by lifting support, translation mechanism
On power output end, wherein lifting support is mounted on the power output end of lower template elevating mechanism, and translation mechanism is mounted on lifting
On bracket, lower template is mounted on the power output end of translation mechanism.When each ejector beam is installed, translation mechanism drive lower template to
After translate, so that the mounting hole in lower template is in the underface of through-hole；By each ejector beam from cope plate corresponding upper through-hole
It passes through, and enters the lower end of each ejector beam in the corresponding mounting hole of lower template (due to the hole of the aperture ratio limit hole of mounting hole
Diameter is big, it can be ensured that the lower end of ejector beam can smoothly enter into mounting hole)；Subsequent translation mechanism driving lower template is put down forward
It moves, until each limit hole in lower template is on cope plate immediately below corresponding upper through-hole；Since the position of cope plate is fixed
It is constant, therefore each ejector beam is relatively moved with lower template, ejector beam lower end is mobile up to falling from mounting hole towards limit hole
In limit hole.Since the aperture of the aperture ratio limit hole of mounting hole is big, it can avoid ejector beam occur when installation ejector beam in this way
Lower end can not be successfully makes the installation of ejector beam more easy into the situation in limit hole.
In more preferable scheme, above-mentioned lower template elevating mechanism includes the first lifting cylinder of left and right two side-by-side, and each first
The cylinder body of lifting cylinder is installed in the rack, the piston rod of each first lifting cylinder upward and with the lifting support
Connection；Translation mechanism includes left and right two side-by-side flat-removing air cyclinder, and the cylinder body of each flat-removing air cyclinder is installed on lifting support simultaneously
And be arranged along the longitudinal direction, the piston rod of each flat-removing air cyclinder is connect with the lower template.In this way, can be gone up and down by two first
The piston rod of oil cylinder stretches that lifting support, translation mechanism, lower template and each ejector beam is driven to rise or decline together centainly
Distance；It can be stretched by the piston rod of two flat-removing air cyclinders to drive lower template to translate certain distance forward or backward.
Still more preferably in scheme, above-mentioned lower template elevating mechanism further includes that multiple first guide sleeves and multiple first are led
Xiang Zhu, each first guide sleeve are installed on the lifting support, and the first guide post is identical as the quantity of the first guide sleeve and one
One is corresponding, and the first guide post is in the first guide sleeve；Each first guide post is installed in the rack and with described
One lifting cylinder is parallel.In this way, can by the cooperation between each first guide sleeve and each first guide post, make lifting support,
The lifting of translation mechanism, lower template and each ejector beam is more steady.
In preferred embodiment, above-mentioned binder frame elevating mechanism includes the second lifting cylinder of left and right two side-by-side, and each second
The cylinder body of lifting cylinder be installed in the rack and for up and down trend, the piston rod of each second lifting cylinder with it is described
The connection of binder frame.In this way, can by two the second lifting cylinder piston rods it is flexible come drive binder frame rise or under
Drop, to realize the rim charge compression to each die cut paper sheet on cope plate or unclamp.In more preferable scheme, above-mentioned binder frame liter
Descending mechanism further includes multiple second guide sleeves and multiple second guide posts, and each second guide sleeve is mounted on the rack, and second
Guide post is identical as the quantity of the second guide sleeve and corresponds, and the second guide post is in the second guide sleeve；Each second guiding
Column is installed in the rack and parallel with second lifting cylinder.In this way, can be by each second guide sleeve and each
Cooperation between second guide post keeps the lifting of binder frame more steady.
In preferred embodiment, above-mentioned top piece elevating mechanism includes multiple top piece lifting cylinders, top piece lifting cylinder with
The quantity of the top piece is identical and corresponds, and the cylinder body of top piece lifting cylinder is mounted on the rack, top piece liter
The piston rod of sending down abnormally ascending cylinder is connect downward and with top piece.In this way, can be stretched by the piston rod of each top piece lifting cylinder to drive
It moves corresponding top piece and rises perhaps to decline and compressed or pine with realizing to respectively printing article unit in die cut paper sheet on cope plate
It opens.
In preferred embodiment, left side, the right side of above-mentioned cope plate are respectively equipped with a limit plate.In this way, two limit plates can be passed through
Each die cut paper sheet on cope plate is limited, it is ensured that the position of die cut paper sheet will not occur on cope plate during the work time
Offset advantageously ensures that going on smoothly for rim charge removing.Die cut paper sheet on multiple is fitly stacked on upper mold in addition, can facilitate
On plate, keep operation more easy.In general, the position-adjustable of above-mentioned two limit plate in the lateral direction, for example, by using bolt with
Cooperation between nut is adjusted, and is removed with the rim charge for adapting to different in width die cut paper sheet.
The rim charge cleaning machine of the utility model passes through cope plate, binder frame, binder frame elevating mechanism, top piece liter
Cooperation between descending mechanism, lower template, lower template elevating mechanism, multiple top pieces and multiple ejector beam groups, can be disposable complete
It is removed at the rim charge of multiple die cut paper sheets, and the rim charge for being suitable for different structure die cut paper sheet is removed；And it can be by each
The rim charge that the adjustment of group ejector beam just can adapt to the cardboard of different structure is removed, under in addition making as the prior art
Top flat can effectively reduce production cost, and the adjustment of each group ejector beam is relatively easy, easy to operate.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the preferred embodiment in the utility model.
Fig. 2 is the structural schematic diagram of lower template in the rim charge cleaning machine of automatic waste clearing machine shown in Fig. 1.
Specific embodiment
As shown in Figure 1 and Figure 2, the rim charge cleaning machine of this automatic waste clearing machine includes rack 1, cope plate 2, binder frame
3, binder frame elevating mechanism 4, top piece elevating mechanism 5 and multiple top pieces 6, cope plate 2,4 and of binder frame elevating mechanism
Top piece elevating mechanism 5 is installed in rack 1, and binder frame 3 is set to the surface of cope plate 2, and binder frame 3 is mounted on pressure
On the power output end for expecting frame elevating mechanism 4；Each top piece 6 is installed on the power output end of top piece elevating mechanism 5,
Each top piece 6 is in the surface of cope plate 2 and is in the inside of binder frame 3；Under the rim charge cleaning machine further includes
Template 7, lower template elevating mechanism 8, multiple ejector beam groups 9, lifting support 10 and translation mechanism 11, lower template 7 are set to cope plate 2
Underface, lower template elevating mechanism 8 is mounted in rack 1, and lower template 7 is mounted on by lifting support 10, translation mechanism 11
On the power output end of lower template elevating mechanism 8, wherein lifting support 10 is mounted on the power output of lower template elevating mechanism 8
On end, translation mechanism 11 is mounted on lifting support 10, and lower template 7 is mounted on the power output end of translation mechanism 11；Upper mold
Plate 2 is equipped with the multiple upper through-holes 21 being arranged in a matrix, and lower template 7 is equipped with multiple limit holes 71 and multiple mounting holes 72, limit
Position hole 71 is identical as the quantity of upper through-hole 21 and corresponds, and limit hole 71 is in the underface of through-hole 21；Mounting hole 72 with
The quantity of limit hole 71 is identical and corresponds, and mounting hole 72 is in the front of limit hole 71 and is connected to limit hole 71, and
Mounting hole 72 and limit hole 71 are blind hole, and the aperture of the aperture ratio limit hole 71 of mounting hole 72 is big, and the depth of mounting hole 72 is small
In the depth of limit hole 71；Ejector beam group 9 is identical as the quantity of top piece 6 and position corresponds, and each ejector beam group 9 includes
Multiple ejector beams 91 moved towards up and down, each 91 lower end of ejector beam is mounted in lower template 7 in corresponding limit hole 71.Each liftout
The quantity and installation site of ejector beam 91 and the structure of die cut paper sheet (are respectively printed locating for article unit in die cut paper sheet in bar group 9
Position, form and dimension) it is corresponding.
In the present embodiment, lower template elevating mechanism 8 include the first lifting cylinder of left and right two side-by-side 81, each first liter
The cylinder body of drop oil cylinder 81 is installed in rack 1, and the piston rod of each first lifting cylinder 81 connects upward and with lifting support 10
It connects；Translation mechanism 11 includes left and right two side-by-side flat-removing air cyclinder 111, and the cylinder body of each flat-removing air cyclinder 111 is installed in lifting branch
It is arranged on frame 10 and along the longitudinal direction, the piston rod of each flat-removing air cyclinder 111 is connect with lower template 7.
In the present embodiment, binder frame elevating mechanism 4 include the second lifting cylinder of left and right two side-by-side 41, each second
The cylinder body of lifting cylinder 41 be installed in rack 1 and for up and down trend, the piston rod of each second lifting cylinder 41 with pressure
Expect that frame 3 connects.
In the present embodiment, top piece elevating mechanism 5 includes multiple top piece lifting cylinders 51, top piece lifting cylinder 51
And one-to-one correspondence, the cylinder body of top piece lifting cylinder 51 identical as the quantity of top piece 6 are mounted in rack 1, top piece lifting
The piston rod of cylinder 51 is connect downward and with top piece 6.
The brief description once working principle in this rim charge cleaning machine:
When work, after folded (a multiple) die cut paper sheet is placed on cope plate 2, two the second lifting cylinder 41 drivings
Binder frame 3 declines, and the rim charge of each die cut paper sheet is pushed down completely；Each top piece lifting cylinder 51 drives corresponding top piece 6
Decline together, printing article unit group corresponding in each die cut paper sheet is pushed down；Then, two the first lifting cylinder 81 driving liftings
Bracket 10, translation mechanism 11, lower template 7 and each ejector beam 91 rise that (each ejector beam 91 is corresponding from cope plate 2 at this time together
Upper through-hole 21 passes through), each printing article unit is withstood by each ejector beam 91 and pushes each printing article unit group and each top piece 6 one
It rises and rises, will be torn between each printing article unit and rim charge by tiny dentation block, make each printing article unit and rim charge
It separates.
When needing the die cut paper sheet to other structures to carry out rim charge removing, as long as according to the specific structure of die cut paper sheet
(the location of article unit and shape size are respectively printed in die cut paper sheet), arrangement and printing article unit shape on corresponding position
The ejector beam group 9 that shape matches is the installation ejector beam 91 in limit hole 71 corresponding with each printing product cell position, makes every
Position and the shape size of article unit are respectively printed in a ejector beam group 9 in the quantity and installation site Yu die cut paper sheet of ejector beam 91
Match.When installing each ejector beam 91, two flat-removing air cyclinders 111 drive lower template 7 to translate backward, make the installation in lower template 7
Hole 72 is in the underface of through-hole 21；By each ejector beam 91, corresponding upper through-hole 21 is passed through from cope plate 2, and makes each liftout
The lower end of bar 91 enter in the corresponding mounting hole 72 of lower template 7 (since the aperture of the aperture ratio limit hole 71 of mounting hole 72 is big, can
Ensure that the lower end of ejector beam 91 can smoothly enter into mounting hole 72)；With latter two flat-removing air cyclinder 111 drive lower template 7 to
Preceding translation, until each limit hole 71 in lower template 7 is on cope plate 2 immediately below corresponding upper through-hole 21；Due to cope plate 2
Position immobilize, therefore each ejector beam 91 is relatively moved with lower template 7, and 91 lower end of ejector beam is from 72 direction of mounting hole
Limit hole 71 is mobile until falling in limit hole 71.
In addition, it should be noted that, the specific embodiments described in this specification, each section title etc. can not
Together, all equivalent or simple changes done according to structure, feature and principle described in the concept of the patent of the utility model are included in this
In the protection scope of utility model patent.Those skilled in the art of the present invention can be to described specific reality
Example is applied to do various modifications or additions or be substituted in a similar manner, structure without departing from the utility model or
Beyond the scope defined by this claim, it all should belong to the protection range of the utility model.
Claims (8)
1. a kind of rim charge cleaning machine of automatic waste clearing machine, including rack, cope plate, binder frame, binder frame elevator
Structure, top piece elevating mechanism and multiple top pieces, cope plate, binder frame elevating mechanism and top piece elevating mechanism are installed in
In rack, binder frame is set to the surface of cope plate, and binder frame is mounted on the power output end of binder frame elevating mechanism
On；Each top piece is installed on the power output end of top piece elevating mechanism, and each top piece is in the surface of cope plate
And be in the inside of binder frame, it is characterised in that: the rim charge cleaning machine further include lower template, lower template elevating mechanism and
Multiple ejector beam groups, lower template are set to the underface of cope plate, and lower template elevating mechanism is mounted on the rack, and lower template is mounted on
On the power output end of lower template elevating mechanism；The cope plate is equipped with multiple upper through-holes for being arranged in a matrix, in lower template
Equipped with multiple limit holes, limit hole is identical as the quantity of upper through-hole and corresponds, and limit hole is in the underface of through-hole；Top
Expect that bar group is identical as the quantity of the top piece and position corresponds, each ejector beam group includes multiple liftouts moved towards up and down
Bar, each ejector beam lower end are mounted in lower template in corresponding limit hole.
2. the rim charge cleaning machine of automatic waste clearing machine according to claim 1, it is characterised in that: described
Multiple mounting holes are additionally provided in lower template, mounting hole is identical as the quantity of the limit hole and corresponds, at mounting hole
Limit hole front and be connected to limit hole, and mounting hole and limit hole are blind hole, the aperture ratio limit hole of mounting hole
Aperture it is big, the depth of mounting hole is less than the depth of limit hole；The rim charge cleaning machine further includes lifting support peace telephone-moving
Structure, the lower template are mounted on the power output end of lower template elevating mechanism by lifting support, translation mechanism, wherein are risen
Descending branch frame is mounted on the power output end of lower template elevating mechanism, and translation mechanism is mounted on lifting support, lower template installation
On the power output end of translation mechanism.
3. the rim charge cleaning machine of automatic waste clearing machine according to claim 2, it is characterised in that: the lower template elevator
Structure includes the first lifting cylinder of left and right two side-by-side, and the cylinder body of each first lifting cylinder is installed in the rack, and each
The piston rod of one lifting cylinder is connect upward and with the lifting support；Translation mechanism includes left and right two side-by-side translation gas
Cylinder, the cylinder body of each flat-removing air cyclinder are installed on lifting support and are arranged along the longitudinal direction, and the piston rod of each flat-removing air cyclinder is equal
It is connect with the lower template.
4. the rim charge cleaning machine of automatic waste clearing machine according to claim 3, it is characterised in that: the lower template elevator
Structure further includes multiple first guide sleeves and multiple first guide posts, and each first guide sleeve is installed on the lifting support, the
One guide post is identical as the quantity of the first guide sleeve and corresponds, and the first guide post is in the first guide sleeve；Each first leads
It is installed in the rack to column and parallel with first lifting cylinder.
5. the rim charge cleaning machine of automatic waste clearing machine according to claim 1-4, it is characterised in that: the binder
Frame elevating mechanism includes the second lifting cylinder of left and right two side-by-side, and the cylinder body of each second lifting cylinder is installed in the machine
It is connect with the binder frame on frame and for trend, the piston rod of each second lifting cylinder up and down.
6. the rim charge cleaning machine of automatic waste clearing machine according to claim 5, it is characterised in that: the binder frame lifting
Mechanism further includes multiple second guide sleeves and multiple second guide posts, and each second guide sleeve is mounted on the rack, and second leads
And one-to-one correspondence, second guide post identical as the quantity of the second guide sleeve to column are in the second guide sleeve；Each second guide post
It is installed in the rack and parallel with second lifting cylinder.
7. the rim charge cleaning machine of automatic waste clearing machine according to claim 1-4, it is characterised in that: the upper top
Piece elevating mechanism includes multiple top piece lifting cylinders, and top piece lifting cylinder is identical as the quantity of the top piece and one is a pair of
Answer, the cylinder body of top piece lifting cylinder is mounted on the rack, the piston rod of top piece lifting cylinder downward and and top piece
Connection.
8. the rim charge cleaning machine of automatic waste clearing machine according to claim 1-4, it is characterised in that: the upper mold
Left side, the right side of plate are respectively equipped with a limit plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820632141.9U CN208179720U (en) | 2018-04-28 | 2018-04-28 | The rim charge cleaning machine of automatic waste clearing machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820632141.9U CN208179720U (en) | 2018-04-28 | 2018-04-28 | The rim charge cleaning machine of automatic waste clearing machine |
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| Publication Number | Publication Date |
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| CN208179720U true CN208179720U (en) | 2018-12-04 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111516030A (en) * | 2020-04-28 | 2020-08-11 | 东阳蓬臻智能装备有限公司 | Small-size cardboard removes slitter edge machine |
-
2018
- 2018-04-28 CN CN201820632141.9U patent/CN208179720U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111516030A (en) * | 2020-04-28 | 2020-08-11 | 东阳蓬臻智能装备有限公司 | Small-size cardboard removes slitter edge machine |
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