CN208632882U - A kind of production equipment of two-part paper matrix packaging - Google Patents
A kind of production equipment of two-part paper matrix packaging Download PDFInfo
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- CN208632882U CN208632882U CN201821206398.4U CN201821206398U CN208632882U CN 208632882 U CN208632882 U CN 208632882U CN 201821206398 U CN201821206398 U CN 201821206398U CN 208632882 U CN208632882 U CN 208632882U
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Abstract
The utility model provides a kind of production equipment of two-part paper matrix packaging, including pulp feeding system, formation system, transfer system, hot-press solidifying system, shaping system, product collection system and body, and formation system and hot-press solidifying system constitute two-part structure；Formation system includes molding lower die and molding hydraulic cylinder；Pulp feeding system is connected by pipeline with molding lower die；Molding lower die is connected in the extension end of molding hydraulic cylinder, and molding hydraulic cylinder drives molding lower die to move up and down；Hot-press solidifying system includes hot pressing lower die and hot pressing hydraulic cylinder, and hot pressing lower die is connected in the extension end of hot pressing hydraulic cylinder, and hot pressing hydraulic cylinder drives hot pressing lower die to move up and down；The surface of molding lower die is arranged in transfer system, and under heat right above mould, transfer system and shaping system are moved horizontally for shaping system setting, so that transfer system is moved to right above hot pressing lower die.There is the utility model paper matrix to exempt from trimming, the high advantage of production qualification rate.
Description
Technical field
The utility model relates to machine processing fields, specifically, being related to a kind of production of two-part paper matrix packaging
Equipment.
Background technique
China started the work of " administering foamed plastic " and " white pollution ", low-carbon environment-friendly paper pulp packet early in 1995
Dress (table ware) is the most ideal environmentally friendly green package (table ware) for substituting foamed plastic packaging (table ware), is met
Magnificent people's republic's degradable disposable dinner (beverage) containers general technology GB18006.1-1999 national standard, and passed through the world
" BPI " certification, U.S. world FDA, Europe SGS, Japanese health ministry (Ministry of Public Health) are examined；Low-carbon environment-friendly paper pulp packaging (use by food and drink
Tool) meet the renewable sources of energy exploitation of International Environmental Protection tissue, " BPI " can top dressing new material, develop recyclable economy, protection green from
Right environment improves the pollution-free industry of the healthy water product of the people, keeps low-carbon green packaging more humanized.
The manufacturing machine production qualification rate of paper matrix is low in the prior art, and a big chunk paper matrix is not the higher paper matrix of water content
It is softer, it is exactly that paper matrix shape is unqualified, corner has remaining paper pulp block, subsequent also to need to carry out deburring, strong influence paper matrix
Production efficiency.
Utility model content
In place of solving above-mentioned the deficiencies in the prior art, the purpose of this utility model is to provide a kind of two-part paper matrixs
The production equipment and its production technology of packaging, to overcome defect in the prior art.
To achieve the goals above, the utility model provides a kind of production equipment of two-part paper matrix packaging, including supplies
Slurry system, formation system, transfer system, hot-press solidifying system, shaping system, product collection system and body, wherein molding system
System includes molding lower die, pulsating pump and molding hydraulic cylinder；Pulsating pump is connected with molding lower die；Molding lower die is connected in shaping dope
The extension end of cylinder pressure, so that molding hydraulic cylinder drives molding lower die to move up and down；Pulp feeding system passes through pipeline and molding lower die phase
Connection；Hot-press solidifying system includes hot pressing lower die and hot pressing hydraulic cylinder, and hot pressing lower die is connected in the extension end of hot pressing hydraulic cylinder, with
Make hot pressing hydraulic cylinder that hot pressing lower die be driven to move up and down；Transfer system includes transfer upper mold and vacuum pump, and transfer upper mold setting exists
It forms the surface of lower die and shifts upper mold and move horizontally, so that transfer upper mold is moved to right above hot pressing lower die；Sizing system
System includes sizing upper mold and charging absorption pump, and sizing upper mold is arranged right above mould under heat and upper mold of being formed moves horizontally, so that
Sizing upper mold is moved to right above product collection system.
Make paper pulp can be along the inner wall flowing of molding lower die, in turn using the consistency of paper pulp by using above-mentioned technical proposal
It is formed shelly-shaped, then condenses at normal temperature, then siphoned away excessive moisture by pulsating pump, make paper pulp more quick setting, and absorbing water
In the process, it is collected to paper pulp in molding lower die and is uniformly distributed, avoid paper pulp is exposed from forming residual side, guarantee that paper matrix edge is neat
It is whole, achieve the effect that exempt from trimming；Retain portion of water simultaneously and be not only convenient for transporting, also makes paper matrix also and have and is certain plastic
Property, paper matrix shape is further moulded using hot-pressing forming system later, paper matrix shape is made to reach required specification, guarantees life
The paper matrix of output has high qualification rate, and according to sampling observation data, qualification rate is up to 99%, while the pollution-free substance of production process
Generate, the moisture siphoned away can also secondary use, it is very environmentally friendly.
As the further explanation to production equipment described in the utility model, it is preferable that pulp feeding system include pulping pond,
Deckered stock chest, mud pit and stock pump, pulping pond are connected by pipeline with deckered stock chest, and deckered stock chest is connected by pipeline with mud pit, are matched
Stock tank is connected by pipeline with stock pump, and stock pump is communicated by pipeline with molding lower die.
By using above-mentioned technical proposal, cardboard can be deployed into required paper pulp raw material, structure is simple, convenient for safeguarding.
As the further explanation to production equipment described in the utility model, it is preferable that body is hollow cube, is supplied
Slurry system is erected at extra-organismal left side, and product collection system is erected at extra-organismal right side, and formation system is erected in body
The bottom left of side, transfer system are erected at the left top on the inside of body, and hot-press solidifying system is erected at the right bottom on the inside of body,
Shaping system is erected at the right top on the inside of body.It is highly preferred that having fixedly connected to the inner side sliding rail at the top of body, shifting upper mold and having determined
Type upper mold is slidably connected with sliding rail, and vacuum pump is connected on the outside at the top of body, and vacuum pump is connected with transfer upper mold；It inhales
Material pump is connected on the outside at the top of body, and charging absorption pump is connected with sizing upper mold.
By using above-mentioned technical proposal, make transfer upper mold not only can be preliminary to paper matrix progress molding with synthesis type lower die
Work also realizes the transport to paper matrix using Negative Pressure Difference, kills two birds with one stone.
As the further explanation to production equipment described in the utility model, it is preferable that the right outside at the top of body
On be fixed with material platform, material platform stretches out outside body, and the bottom of material platform is also fixed with sliding rail, so that sizing upper mold is moved to heat
It depresses right above mould or immediately below material platform.
By using above-mentioned technical proposal, the paper matrix after can making sizing upper mold will be hot-forming is transported to product collection system
On, while space can be provided for production next time, make the sustainable production of equipment, and then can be mass-produced, improves production effect
Rate.
As the further explanation to production equipment described in the utility model, it is preferable that product collection system includes upper
Conveyer belt, plateau, lower conveyor belt and low, plateau are erected at immediately below material platform, and low rack is located on the right side of plateau, upper conveyor belt
It is erected in plateau, lower conveyor belt is erected on low platform.It is highly preferred that the height of low lower conveyor belt is lower than the upload of plateau
The height of band is sent, so that the paper matrix fallen on upper conveyor belt stacks on lower conveyor belt.,
By using above-mentioned technical proposal, paper matrix falls in the number computable number amount on upper conveyor belt, while upper conveyor belt
Movement, paper matrix is transported on lower conveyor belt, and lower conveyor belt is motionless at this time, and paper matrix is realized on lower conveyor belt and stacked, until it is folded
After being put into predetermined quantity, lower conveyor belt moves again, and paper matrix is transported to carton, is automatically performed the work of transportation and packing, saves
Manpower.
In order to realize the another object of the utility model, the utility model, which additionally provides, a kind of utilizes the full-automatic section
Can paper matrix packaging production equipment production technology, include the following steps: 1), paperboard stock is put into pulping pond and impregnates, smash,
It is subsequently placed into deckered stock chest, paper pulp shape is become by allotment water, is then introduced into mud pit, is finally determined paper pulp by stock pump
Amount is sent into molding lower die；Preferably, waterproof material and grease proofing material can be added.2), paper pulp is flowed along molding lower die inner wall, to
After room temperature cooling is at paper matrix, the moisture in paper matrix is sucked out water suction pump work, and paper matrix water content is made to reach requirement；3), paper matrix contains
After water reaches requirement, molding hydraulic cylinder stretching abuts transfer upper mold with paper matrix；4), paper matrix is adsorbed on and turns by vacuum pump startup
Upper mold is moved, lower die is formed later and resets, transfer upper mold is moved to right above hot pressing upper mold；5), hot pressing hydraulic cylinder stretching makes hot pressing
Lower die is contacted with paper matrix, and subsequent vacuum pump stops working, and hot pressing lower die resets, and is shifted upper mold later and is resetted, hot pressing lower die is again
Rise and is abutted with sizing upper mold；6), hot pressing lower die electrified regulation stops heating after paper matrix water content is lower than 5%；7), suction
Pump startup makes upper mold absorption paper matrix of being formed, and hot pressing lower die resets, and sizing upper mold is moved to right above upper conveyor belt；8), charging absorption pump
It stops working, paper matrix is fallen on upper conveyor belt, and upper conveyor belt rotation later falls paper matrix to stack on lower conveyor belt；9),
After paper matrix is stacked to predetermined quantity, lower conveyor belt is started turning, and the paper matrix stacked is transported in carton and is packed.
As the further explanation to production technology described in the utility model, it is preferable that absorb water pump work in step 2)
Moisture in paper matrix is sucked out, control paper matrix water content reaches 20%~30% (V/V).
As the further explanation to production technology described in the utility model, it is preferable that hot pressing lower die) electrified regulation,
Temperature is controlled in 80 DEG C~110 DEG C ranges.
The utility model has the following beneficial effects: 1, the utility model passes through setting formation system and hot-pressing forming system
Two-part structure, improve the qualification rate of paper matrix production, while improving production efficiency, achieve the effect that exempt from trimming；2, by setting
Set transfer system and shaping system not only auxiliary paper mold forming, moreover it is possible to play translocation, kill two birds with one stone；3, pass through setting product
Collection system is packed convenient for transporting paper matrix in carton, saves manpower.
Detailed description of the invention
Fig. 1 is the general assembly effect picture of the utility model；
Fig. 2 is the front view of the utility model.
Description of symbols:
1, pulp feeding system；11, pulping pond；12, deckered stock chest；13, mud pit；14, stock pump；2, formation system；21, under forming
Mould；22, pulsating pump；23, hydraulic cylinder is formed；3, transfer system；31, upper mold is shifted；32, vacuum pump；4, hot-press solidifying system；
41, hot pressing lower die；42, hot pressing hydraulic cylinder；5, shaping system；51, sizing upper mold；52, charging absorption pump；6, product collection system；61,
Upper conveyor belt；62, plateau；63, lower conveyor belt；64, low；7, body；71, material platform；72, sliding rail.
Specific embodiment
In order to further appreciate that the structure, feature and other purposes of the utility model, now in conjunction with appended preferable implementation
Example is accompanied by attached drawing, and detailed description are as follows, this attached drawing embodiment described is merely to illustrate the technical solution of the utility model, and
Non-limiting the utility model.
A kind of production equipment and its production technology of two-part paper matrix packaging, as shown in Figure 1, including pulp feeding system 1, molding
System 2, transfer system 3, hot-press solidifying system 4, shaping system 5, product collection system 6 and body 7, body 7 are hollow cubic
Body, pulp feeding system 1 are erected at the left side outside body 7, and product collection system 6 is erected at the right side outside body 7,2 frame of formation system
It is located at the bottom left of 7 inside of body, transfer system 3 is erected at the left top of 7 inside of body, and hot-press solidifying system 4 is erected at machine
The right bottom of 7 inside of body, shaping system 5 are erected at the right top of 7 inside of body；Wherein, formation system 2 and hot-press solidifying system
4 constitute two-part structure, carry out just one-step forming to paper matrix using formation system 2, then finally determine by hot-press solidifying system 4
Type makes paper matrix form-factor be easier to reach criterion of acceptability.
In conjunction with Fig. 1, Fig. 2, pulp feeding system 1 includes pulping pond 11, deckered stock chest 12, mud pit 13 and stock pump 14, pulping pond 11
It is connected by pipeline with deckered stock chest 12, deckered stock chest 12 is connected by pipeline with mud pit 13, and mud pit 13 passes through pipeline and stock pump
14 are connected, and stock pump 14 is communicated by pipeline with formation system 2；It is initially that the plant of annual growth is fine to be transported convenient for raw material
Plate is made in dimension, reed, sugarcane, straw pulp of rice and wheat, when needing to produce, paperboard stock is put into pulping pond 11, ten minutes later
Cardboard softens, and cardboard is broken into paper pulp shape by stirring, is subsequently introduced in deckered stock chest 12, becomes paper pulp by allotment water
Shape；It is then introduced into mud pit 13, addition waterproof and grease proofing equal materials into mud pit 13, after finally being mixed by stock pump 14
Paper pulp be quantitatively sent into formation system 2, make paper pulp become have excellent waterproof and oilproof performance and safety and environmental protection, system structure
Simply, convenient for safeguarding.
In conjunction with Fig. 1, Fig. 2, formation system 2 includes molding lower die 21, pulsating pump 22 and molding hydraulic cylinder 23, two shaping dopes
Cylinder pressure 23 is connected in 7 left bottom of body, and molding 23 telescopic direction of hydraulic cylinder is vertical direction, and molding lower die 21 is square metal
Plate, upper surface are provided with die hole, and die hole upper end is connected with stock pump 14 by pipeline, and molding 21 bottom face of lower die is connected in shaping dope
23 extension end of cylinder pressure, pulsating pump 22 are connected on the body 7 of 21 lower section of molding lower die, and pulsating pump 22 passes through pipeline and die hole side wall
It is connected；When needing to form, paper pulp is pumped into die hole by stock pump 14, and paper pulp is flowed along die hole inner wall, to room temperature cooling at paper
After mould, the moisture in paper matrix is sucked out the work of pulsating pump 22, and paper matrix water content is made to reach 20%~30%.
Make paper pulp can be along the inner wall flowing of molding lower die 21 using the consistency of paper pulp in conjunction with Fig. 1, Fig. 2, and then forms shell
Shape then condenses at normal temperature, then is siphoned away excessive moisture by pulsating pump 22, makes paper pulp more quick setting, and in water absorption course
In, it is collected to paper pulp in molding lower die 21 and is uniformly distributed, avoid paper pulp is exposed from forming residual side, guarantee that paper matrix edge is neat,
Achieve the effect that exempt from trimming；Retain portion of water simultaneously to be not only convenient for transporting, also making paper matrix also has certain plasticity, just
In the subsequent amendment to shape, and the moisture being sucked away can also secondary use, it is very environmentally friendly.
In conjunction with Fig. 1, Fig. 2, transfer system 3 includes transfer upper mold 31 and vacuum pump 32, and transfer upper mold 31 is square metal plate,
Transfer 31 bottom face of upper mold is fixed with boss, and boss shape is identical as die hole shape；7 inside top of body is fixed with sliding rail 72,
Be fixed with rack gear (not shown) on sliding rail 72, transfer upper mold 31 is equipped with motor and gear (not shown), motor with
Gear rotation connection, wheel and rack engagement so that transfer upper mold 31 is slided on sliding rail 72, and it is initial when shift upper mold 31
Immediately below molding lower die 21, molding hydraulic cylinder 23, which stretches out, can make to shift the mould that the boss in upper mold 31 is inserted into molding lower die 21
In hole；Vacuum pump 32 is connected in 7 outside top of body, and vacuum pump 32 is connected with the plateau sidewall in transfer upper mold 3.
In conjunction with Fig. 1, Fig. 2, after paper matrix water content reaches requirement, the molding stretching of hydraulic cylinder 23 makes to shift upper mold 31 and paper matrix
It abuts, paper matrix is adsorbed in transfer upper mold 31 by the subsequent starting of vacuum pump 32 using Negative Pressure Difference, is formed hydraulic cylinder 23 later and is shunk
Make to form the reset of lower die 21, transfer upper mold 31 is moved to right above hot-press solidifying system 4 along sliding rail 72；Setting transfer system 3 makes
Shifting upper mold 31 not only can carry out preliminary molding work to paper matrix with synthesis type lower die 21, also realize using Negative Pressure Difference to paper
The transport of mould, kills two birds with one stone.
In conjunction with Fig. 1, Fig. 2, hot-press solidifying system 4 includes hot pressing lower die 41 and hot pressing hydraulic cylinder 42, two hot pressing hydraulic cylinders
42 are connected in 7 bottom right side of body, and 42 telescopic direction of hot pressing hydraulic cylinder is vertical direction；Hot pressing lower die 41 is square metal plate,
41 upper surface of hot pressing lower die also offers die hole, and 41 lower end surface of hot pressing lower die is connected in the extension end of hot pressing hydraulic cylinder 42；When turn
When shifting upper mold 31 is moved to hot pressing 41 surface of lower die, the stretching of hot pressing hydraulic cylinder 42 contacts hot pressing lower die 41 with paper matrix, then
Vacuum pump 32 stops working, and the contraction of hot pressing hydraulic cylinder 42 resets hot pressing lower die 41, shifts upper mold 31 later and resets, hot pressing lower die
41 again rise abutted with shaping system 5.
In conjunction with Fig. 1, Fig. 2, shaping system 5 includes sizing upper mold 51 and charging absorption pump 52, and sizing upper mold 51 is square metal plate,
Sizing 51 lower end surface of upper mold is also fixed with boss, and sizing upper mold 51 is equipped with motor and gear (not shown), motor and tooth
Wheel rotation connection, wheel and rack engagement, so that sizing upper mold 51 is slided on sliding rail 72, and be formed upper mold 51 and transfer upper mold
31 move simultaneously；Charging absorption pump 52 is connected in 7 outside top of body, and charging absorption pump 72 is connected with the plateau sidewall of sizing upper mold 51,
7 right hand top of body is fixed with material platform 71, and material platform 71 stretches out outside body, and 71 bottom of material platform is also fixed with sliding rail 72, fixed
Right above 51 slip of type upper mold to hot pressing lower die 41 or immediately below material platform 71；The stretching of hot pressing hydraulic cylinder 42 makes upper mold 51 of being formed
Boss insertion hot pressing lower die 41 die hole in.
In conjunction with Fig. 1, Fig. 2, after hot pressing lower die 41 is abutted with sizing upper mold 51,41 electrified regulation of hot pressing lower die, by temperature
80 DEG C~110 DEG C are risen to, stops heating after paper matrix water content is lower than 5%, the subsequent starting of charging absorption pump 52 inhales sizing upper mold 51
Attached paper matrix, hot pressing lower die 41 reset, and sizing upper mold 51 is moved to immediately below material platform 71；It is fixed to be cooperated using hot-pressing forming system 4
Type system 5 further moulds paper matrix shape, and paper matrix shape is made to reach required specification, guarantees that the paper matrix produced has pole
High qualification rate, according to sampling observation data, qualification rate is up to 99%；Setting shaping system 5 can make sizing upper mold 51 will be hot-forming
Paper matrix afterwards is transported out outside body 7, can provide space for production next time, makes the sustainable production of equipment, and then can high-volume
Production improves production efficiency；The pollution-free substance of production process generates simultaneously, very environmentally friendly.
In conjunction with Fig. 1, Fig. 2, product collection system 6 includes upper conveyor belt 61, plateau 62, lower conveyor belt 63 and low 64, high
Platform 62 is rotatably connected on immediately below material platform 71, and upper conveyor belt 61 is erected in plateau 62, and low 64 is erected at 62 right side of plateau,
Lower conveyor belt 63 is rotatably connected on low 64, and 63 height of lower conveyor belt is lower than upper conveyor belt 61；When sizing upper mold 51 is moved to
When 61 surface of upper conveyor belt, charging absorption pump 52 stops working, and paper matrix is fallen on upper conveyor belt 61, at this time according to the number fallen
Computable number amount, while upper conveyor belt 61 moves, and paper matrix is transported on lower conveyor belt 63, lower conveyor belt 63 is motionless at this time, paper
Mould is realized on lower conveyor belt 63 and is stacked, until lower conveyor belt 63 moves again after being stacked to predetermined quantity, paper matrix is transported to paper
In case, it is automatically performed the work of transportation and packing, saves manpower.
It is to be understood that above-mentioned utility model content and specific embodiment are intended to prove the provided skill of the utility model
The practical application of art scheme should not be construed as the restriction to scope of protection of the utility model.Those skilled in the art are practical at this
In novel spirit and principle, when can various modifications may be made, equivalent replacement or improvement.The protection scope of the utility model is with appended power
Subject to sharp claim.
Claims (7)
1. a kind of production equipment of two-part paper matrix packaging, which is characterized in that the production equipment include pulp feeding system (1), at
Type system (2), transfer system (3), hot-press solidifying system (4), shaping system (5), product collection system (6) and body (7),
In,
Formation system (2) includes molding lower die (21), pulsating pump (22) and molding hydraulic cylinder (23)；Under pulsating pump (22) and molding
Mould (21) is connected；Molding lower die (21) is connected in the extension end of molding hydraulic cylinder (23), so that molding hydraulic cylinder (23) drives
Lower die (21) are formed to move up and down；
Pulp feeding system (1) is connected by pipeline with molding lower die (21)；
Hot-press solidifying system (4) includes hot pressing lower die (41) and hot pressing hydraulic cylinder (42), and hot pressing lower die (41) is connected in hot pressing liquid
The extension end of cylinder pressure (42), so that hot pressing hydraulic cylinder (42) drives hot pressing lower die (41) to move up and down；
Transfer system (3) includes transfer upper mold (31) and vacuum pump (32), and transfer upper mold (31) setting is in molding lower die (21)
It surface and shifts upper mold (31) and moves horizontally, so that transfer upper mold (31) is moved to right above hot pressing lower die (41)；
Shaping system (5) includes sizing upper mold (51) and charging absorption pump (52), and sizing upper mold (51) is arranged under heat that mould (41) is being just
Top and upper mold of being formed (51) moves horizontally, so that sizing upper mold (51) is moved to right above product collection system (6).
2. production equipment according to claim 1, which is characterized in that pulp feeding system (1) includes pulping pond (11), deckered stock chest
(12), mud pit (13) and stock pump (14), pulping pond (11) are connected by pipeline with deckered stock chest (12), and deckered stock chest (12) passes through pipe
Road is connected with mud pit (13), and mud pit (13) is connected by pipeline with stock pump (14), and stock pump (14) passes through under pipeline and molding
Mould (21) communicates.
3. production equipment according to claim 1, which is characterized in that body (7) is hollow cube, pulp feeding system (1)
It is erected at the left side of body (7) outside, product collection system (6) is erected at the right side of body (7) outside, and formation system (2) is erected at
Bottom left on the inside of body (7), transfer system (3) are erected at the left top on the inside of body (7), and hot-press solidifying system (4) is set up
Right bottom on the inside of body (7), shaping system (5) are erected at the right top on the inside of body (7).
4. production equipment according to claim 1 or 3, which is characterized in that fixedly connected to the inner side sliding rail at the top of body (7)
(72), upper mold (31) are shifted and sizing upper mold (51) is slidably connected with sliding rail (72)；Vacuum pump (32) is connected in body (7) top
On the outside in portion and vacuum pump (32) is connected with transfer upper mold (31)；Charging absorption pump (52) is connected in the outside at the top of body (7)
Upper and charging absorption pump (52) is connected with sizing upper mold (51).
5. production equipment according to claim 4, which is characterized in that be fixed with and put on the right outside at the top of body (7)
Expect platform (71), material platform (71) stretches out body (7) outside, and the bottom of material platform (71) is also fixed with sliding rail (72), so that in sizing
Mould (51) is moved to right above hot pressing lower die (41) or immediately below material platform (71).
6. production equipment according to claim 1 or 3, which is characterized in that product collection system (6) includes upper conveyor belt
(61), plateau (62), lower conveyor belt (63) and low (64), plateau (62) are erected at immediately below material platform (71), and low (64)
It is erected on the right side of plateau (62), upper conveyor belt (61) is erected on plateau (62), and lower conveyor belt (63) is erected on low (64).
7. production equipment according to claim 6, which is characterized in that the height of the lower conveyor belt (63) of low (64) is lower than
The height of the upper conveyor belt (61) of plateau (62) is folded on lower conveyor belt (63) so as to fall in the paper matrix on upper conveyor belt (61)
It puts.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821206398.4U CN208632882U (en) | 2018-07-27 | 2018-07-27 | A kind of production equipment of two-part paper matrix packaging |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201821206398.4U CN208632882U (en) | 2018-07-27 | 2018-07-27 | A kind of production equipment of two-part paper matrix packaging |
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| CN208632882U true CN208632882U (en) | 2019-03-22 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108677622A (en) * | 2018-07-27 | 2018-10-19 | 泉州市大创机械制造有限公司 | A kind of production equipment and its production technology of two-part paper matrix packaging |
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2018
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108677622A (en) * | 2018-07-27 | 2018-10-19 | 泉州市大创机械制造有限公司 | A kind of production equipment and its production technology of two-part paper matrix packaging |
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Effective date of registration: 20220111 Address after: 361000 No. 529, Ji'an Road, Tong'an industrial concentration zone, Tong'an District, Xiamen City, Fujian Province Patentee after: Xiamen Zhongqian Machinery Co.,Ltd. Address before: 362000 No.1 Yuanfu North Road, roadside community, Changtai street, Licheng District, Quanzhou City, Fujian Province Patentee before: QUANZHOU DACHUANG MACHINERY MANUFACTURING Co.,Ltd. |