CN105383091A - Gift box production system - Google Patents
Gift box production system Download PDFInfo
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- CN105383091A CN105383091A CN201510790219.0A CN201510790219A CN105383091A CN 105383091 A CN105383091 A CN 105383091A CN 201510790219 A CN201510790219 A CN 201510790219A CN 105383091 A CN105383091 A CN 105383091A
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- facial tissue
- paper
- cutting
- cardboard
- conveyer belt
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B44—DECORATIVE ARTS
- B44C—PRODUCING DECORATIVE EFFECTS; MOSAICS; TARSIA WORK; PAPERHANGING
- B44C7/00—Paperhanging
- B44C7/02—Machines, apparatus, tools or accessories therefor
Abstract
The invention relates to a gift box production system. The production system comprises a laminating machine used for laminating segmented surface paper, and the laminating machine comprises a first paper turning mechanism; the first paper turning mechanism comprises a first surface paper conveying roller and a third surface paper conveying roller which are arranged on a first rack sequentially in parallel; a first paper turning roller and a second paper turning roller are arranged between the first surface paper conveying roller and the third surface paper conveying roller; the first paper turning roller and the second paper turning roller are perpendicularly and vertically arranged; second surface paper conveying rollers are arranged on the outer side of the first paper turning roller and the outer side of the second paper turning roller, and the height of the second surface paper conveying rollers ranges from the height of the first paper turning roller and the height of the second paper turning roller; and the second surface paper conveying rollers are perpendicular to the first surface paper conveying roller and the third surface paper conveying roller, and 45-degree included angles are formed between the first surface paper conveying roller, the second surface paper conveying rollers and the third surface paper conveying roller and the first paper turning roller and between the first surface paper conveying roller, the second surface paper conveying roller and the third surface paper conveying roller and the second paper turning roller. According to the production system, production continuity of a packaging box can be effectively improved, continuous production of a high-grade packaging box is achieved, the production efficiency is improved, and the production cost is reduced.
Description
Technical field
The present invention relates to packaging field, be specifically related to a kind of gift box production system.
Background technology
Gift box, packing box are usually used in productive life, because the structure of gift box and packing box is comparatively complicated relative to its structure of general packing box, material structure requires more complicated, therefore artificial production, more particularly for the gift box of high-grade gift wrap is mostly adopted at present.Therefore be necessary to provide a kind of production line that can be used in high-grade gift box and produce, enhance productivity and reduce production cost.
Summary of the invention
Object of the present invention is just to provide a kind of gift box production system, and it can be used for the production of gift box or packing box.
For achieving the above object, present invention employs following technical scheme:
A kind of gift box production system, it is characterized in that: comprise the first slicing machine cardboard being carried out to cutting, cardboard after cutting is carried out to the first die-cutting machine of cross cutting shape, lining paper is carried out to the second slicing machine of cutting, lining paper after cutting is posted to the first Paper-pasting machine of the cardboard inner surface after cross cutting, for the printing machine printed facial tissue, for carrying out the 3rd slicing machine of cutting to the facial tissue after printing, for carrying out the laminating machine of overlay film to the facial tissue after cutting, for the facial tissue after overlay film being posted to the second Paper-pasting machine of the cardboard outer surface putting up lining paper, for carrying out to putting up the cardboard after facial tissue the second die-cutting machine that cross cutting windows, for carrying out pasting the window adhering machine of window to cutting the cardboard after window, and for carrying out sticking with paste the shaping paste box machine of box to the cardboard after subsides window,
Laminating machine comprises the first frame, first frame is provided with following mechanism: for carrying out the first paper-feeding mechanism of arrangement charging conveying to the facial tissue after cutting, for carrying out the first film supplying unit of feed to film, for the first rubber-coated mechanism to film surface coating glue, for film being attached to the film-covering mechanism on facial tissue surface, for carrying out the 4th cutting mechanism of cutting to the facial tissue after overlay film, be provided with between film-covering mechanism and the 4th cutting mechanism and first of paper is turned over to facial tissue turn over mechanism of paper, 4th cutting mechanism comprises the first facial tissue transfer guide roller group set gradually along facial tissue throughput direction, second facial tissue transfer guide roller group and the first facial tissue conveyer belt, first, the 4th cutting assembly for carrying out cutting to facial tissue is provided with between two facial tissue transfer guide roller groups, facial tissue is first, reduce gradually with throughput direction in skewed layout and the height of facial tissue between two facial tissue transfer guide rollers, 4th cutting assembly is included in the 4th cutting knife of the edge cut of facial tissue, the transporting velocity of the first facial tissue conveyer belt is greater than the transporting velocity of the second facial tissue transfer guide roller group, the downside of the upper strata belt body of the first facial tissue conveyer belt is provided with facial tissue backing roll, the upside of the upper strata belt body of the first facial tissue conveyer belt is provided with the first installation shaft and the first pressure roller, first installation shaft arranges the first hold-down arm along the throughput direction interval of the first facial tissue conveyer belt, each first hold-down arm installs the first pressure roller respectively, first pressure roller and facial tissue backing roll positioned opposite, the top of the first facial tissue conveyer belt feed end is provided with the first mounting rod and paper led by facial tissue, facial tissue is led paper and is arranged respectively in the subordinate side, both sides of facial tissue, paper led by facial tissue is that a stub is formed, stub along the first facial tissue conveyer belt bandwidth direction arrange and stub cross section inwardly reduced gradually by the edge of facial tissue, facial tissue backing roll, first installation shaft, first mounting rod is all arranged along the bandwidth direction of the first facial tissue conveyer belt, first mounting rod arranges the first platen bar along the bandwidth direction interval of the first facial tissue conveyer belt, one end of first platen bar and the first mounting rod form to be rotatably assorted along the bandwidth direction of the first facial tissue conveyer belt and are connected, the other end of the first platen bar is extended to the first pressure roller side along the throughput direction of the first facial tissue conveyer belt, first turns over mechanism of paper comprises the first and third facial tissue conveying roller paralleling layout that the first frame sets gradually, be provided with first and second between first and third facial tissue conveying roller and turn over paper bowl, first and second turns over paper bowl is the upper and lower layout of vertical configuration, first and second arranged outside of turning over paper bowl has the second facial tissue conveying roller, the height of the second facial tissue conveying roller turns between paper bowl height between first and second, second facial tissue conveying roller and the perpendicular layout of first and third facial tissue conveying roller, first and second turns over paper bowl and first, second and third facial tissue conveying roller angle all at 45 ° is arranged.
A production method for gift box, is characterized in that, comprises following operation:
Step one: the cardboard of volume bundle shape is cut into bulk, then carries out cross cutting shape; The lining paper of the volume printed bundle shape is cut into the paper of the size that to adapt with cardboard; The facial tissue of volume bundle shape is carried out printed patterns, and be cut into the paper of the size that to adapt with cardboard after printed patterns, overlay film is carried out on the facial tissue surface subsequently after cutting, and overlay film carries out on laminating machine;
Step 2: inner surface lining paper being posted in cardboard, facial tissue is posted in the outer surface of cardboard, window is cut at cardboard patrix, and paste hyaline membrane at window place, finally by cardboard stickup shaping, packing box after shaping is packed, lining paper, mounts putting up of paper and carry out on first and second Paper-pasting machine respectively.
The production system provided in technique scheme or method, it effectively can improve the continuity that packing box is produced, and realizes the continuous seepage of high-grade packing box, enhances productivity and reduce production cost.
Accompanying drawing explanation
Fig. 1 is the structural representation of production system provided by the invention;
Fig. 2 is the fundamental diagram of laminating machine;
Fig. 3 is the fundamental diagram of first and second Paper-pasting machine;
Fig. 4 is the fundamental diagram of window adhering machine;
Fig. 5 is the first structural representation turning over mechanism of paper and the 4th cutting mechanism;
Fig. 6 is the top view of Fig. 5;
Fig. 7 is the structural representation of the 4th cutting assembly;
Fig. 8 mounts paper feeding machanism, mounts paper material fetching mechanism and mounts the partial structurtes schematic diagram of paper conveyer belt;
Fig. 9, Figure 10 are respectively the perspective view of mounting paper material fetching mechanism;
Figure 11 is the perspective view of hold-down mechanism;
Figure 12 is the assembly structure schematic diagram of the second material stirring-up mechanism;
Figure 13 is the front view of Figure 12;
Figure 14 is the top view of Figure 12;
Figure 15 is the perspective view of the second material stirring-up mechanism;
Figure 16 is the structural representation of holder;
Figure 17 is the structural representation of cardboard material guiding parts;
Figure 18 is the structural representation of the 3rd feeding machanism;
Figure 19 is the structural representation of the 3rd shedding mechanism.
Detailed description of the invention
In order to make objects and advantages of the present invention clearly understand, below in conjunction with embodiment, the present invention is specifically described.Should be appreciated that following word only in order to describe one or more concrete embodiments of the present invention, considered critical is not carried out to the protection domain that the present invention specifically asks.
High-grade gift box or packing case its relative to general packing box, it needs to mount paper respectively to the inside and outside surface of cardboard, the lining paper used, the material of facial tissue are more high-grade relative to general packing box, choosing for material, be not described in detail at this, paste the operation of lining paper owing to adding cardboard inner surface, therefore, need to improve traditional packing box production system.Technical scheme provided by the present invention is the improvement carried out on existing packing box production line, the equipment adopted in system is all identical with original production system (as first, two, three slicing machines, first die-cutting machine 44, printing machine 47, second die-cutting machine 45, stick with paste box machine 46, it directly commercially obtains) or on the basis of original production equipment improve obtain (as laminating machine 10, first, two Paper-pasting machine 20A, 20B, window adhering machine 30, it improves to obtain on the off-the-shelf hardware bought), certainly other packing box production equipments with same function also can be adopted to carry out equivalent replacement.
The improvement of gift box production system provided by the invention is mainly as follows:
1, the facial tissue discharging of laminating machine 10 is improved, the facial tissue that tradition laminating machine 10 exports, its overlay film one side surface upward, therefore directly cannot be delivered to Paper-pasting machine not have a side surface of overlay film to carry out gluing at it to mount paper to cardboard, intermediate demand carries out gathering materials and overturn cloth operation, increase operation and production cost, overlay film one side surface of its facial tissue exported of laminating machine 10 after the present invention improves down, the paper conveyer belt 23 of mounting that directly can export the second Paper-pasting machine 20B to carries out gluing production, the process of passing in the middle of reducing.Its cutting for facial tissue of laminating machine 10 after simultaneously improving is more reliable, quick, otch is neat.
2, first, two Paper-pasting machine 20A, second material stirring-up mechanism 26 is set between 20B, owing to needing in cardboard, outer surface attaches lining paper and facial tissue respectively, and Paper-pasting machine can only complete cardboard one side surface mount paper (paper is puted up), therefore employing two Paper-pasting machines are needed to operate, due to traditional Paper-pasting machine not having setting to turn over mechanism of paper, therefore need to be carried out collection upset after cardboard one side surface attaches lining paper, and then facial tissue is puted up on the opposite side surface of carrying out accurately locating backward cardboard, collection turning operation is loaded down with trivial details and all completed by manual operation, time and effort consuming, and need after upset to re-start location conveying to cardboard, operation inconvenience.And between first and second Paper-pasting machine 20A, 20B of the present invention's improvement, second turn over mechanism of paper by what arrange and cardboard overturn and carries, avoid needing manually to turn over paper, and turning in paper process the accurate charging realized the second Paper-pasting machine 20B, enhancing productivity and reducing production cost.Also improving mounting paper material fetching mechanism 22 in first and second Paper-pasting machine 20A, 20B in addition, even if make to have occurred skew in cardboard course of conveying, also can rectify a deviation in time, improve Paper-pasting machine reliability of operation.
3, the 3rd feeding machanism 31 of window adhering machine 30 and the 3rd shedding mechanism 34 are improved, improve feed efficiency and discharging efficiency, shorten the production cycle.
The scheme specifically taked is as follows:
As shown in Figure 1, gift box/packing box production system, comprise the first slicing machine 41 cardboard being carried out to cutting, cardboard after cutting is carried out to the first die-cutting machine 44 of cross cutting shape, lining paper is carried out to the second slicing machine 42 of cutting, lining paper after cutting is posted to the first Paper-pasting machine 20A (the first leather cover machine) of the cardboard inner surface after cross cutting, for the printing machine 47 printed facial tissue, for carrying out the 3rd slicing machine 43 of cutting to the facial tissue after printing, for carrying out the laminating machine 10 of overlay film to the facial tissue after cutting, for the facial tissue after overlay film being posted to the second Paper-pasting machine 20B (the second leather cover machine) of the cardboard outer surface putting up lining paper, for carrying out to putting up the cardboard after facial tissue the second die-cutting machine 45 that cross cutting windows, for carrying out pasting the window adhering machine 30 of window to cutting the cardboard after window, and for carrying out sticking with paste the shaping paste box machine 46 of box to the cardboard after subsides window.
Adopt native system to produce the method for gift box/packing box, comprise following operation:
Step one: the cardboard of volume bundle shape is cut into bulk on the first slicing machine 41, then carries out cross cutting shape on the first die-cutting machine 44; The lining paper of the volume printed bundle shape is cut on the second slicing machine 42 paper of the size that to adapt with cardboard; Will facial tissue printed patterns on printing machine 47 of volume bundle shape, on the 3rd slicing machine 43, be cut into the paper of the size that to adapt with cardboard after printed patterns, the facial tissue after cutting is delivered to laminating machine 10 and carries out overlay film on its surface;
Step 2: the inner surface by the first Paper-pasting machine 20A, lining paper being posted in cardboard, by the second Paper-pasting machine 20B, facial tissue is posted in the outer surface of cardboard, then window is cut by the second die-cutting machine 45 at cardboard patrix, and paste hyaline membrane by window adhering machine 30 at window place, finally by paste box machine 46 by cardboard stickup shaping, the packing box after shaping is packed.
The scheme that laminating machine 10 is taked is concrete as Fig. 2, 5, 6, shown in 7, laminating machine 10 comprises the first frame, first frame is provided with following mechanism: for carrying out the first paper-feeding mechanism 11 of arrangement charging conveying to the facial tissue after cutting, for carrying out the first film supplying unit 14 of feed to film, for the first rubber-coated mechanism 13 to film surface coating glue, for film being attached to the film-covering mechanism 12 on facial tissue surface, for carrying out the 4th cutting mechanism 16 of cutting to the facial tissue after overlay film, be provided with between film-covering mechanism 12 and the 4th cutting mechanism 16 and first of paper is turned over to facial tissue turn over mechanism of paper 15, 4th cutting mechanism 16 comprises the first facial tissue transfer guide roller group 161 set gradually along facial tissue throughput direction, second facial tissue transfer guide roller group 162 and the first facial tissue conveyer belt 163, first, two facial tissue transfer guide rollers 161, the 4th cutting assembly 164 for carrying out cutting to facial tissue is provided with between 162 groups, facial tissue is first, two facial tissue transfer guide rollers 161, reduce gradually with throughput direction in skewed layout and the height of facial tissue between 162, 4th cutting assembly 164 is included in the 4th cutting knife of the edge cut of facial tissue, the transporting velocity of the first facial tissue conveyer belt 163 is greater than the transporting velocity of the second facial tissue transfer guide roller group 162, the downside of the upper strata belt body of the first facial tissue conveyer belt 163 is provided with facial tissue backing roll 165, the upside of the upper strata belt body of the first facial tissue conveyer belt 163 is provided with the first installation shaft 166 and the first pressure roller 167, first installation shaft 166 arranges the first hold-down arm 168 along the throughput direction interval of the first facial tissue conveyer belt 163, each first hold-down arm 168 installs the first pressure roller 167 respectively, first pressure roller 167 and facial tissue backing roll 165 positioned opposite, the top of the first facial tissue conveyer belt 163 feed end is provided with the first mounting rod 169 and paper 1691 led by facial tissue, facial tissue is led paper 1691 and is arranged respectively in the subordinate side, both sides of facial tissue, facial tissue lead paper 1691 be a stub form (or facial tissue to lead paper 1691 be a wedge formation of arranging along the bandwidth direction of the first facial tissue conveyer belt 163, the cross section of wedge is inwardly reduced gradually by the edge of facial tissue, the upper surface that paper led by facial tissue should be arcwall face, prevent facial tissue from leading paper and form cut on overlay film), stub along the first facial tissue conveyer belt 163 bandwidth direction arrange and stub cross section inwardly reduced gradually by the edge of facial tissue, facial tissue backing roll 165, first installation shaft 166, first mounting rod 169 is all arranged along the bandwidth direction of the first facial tissue conveyer belt 163, first mounting rod 169 arranges the first platen bar 1692 along the bandwidth direction interval of the first facial tissue conveyer belt 163, one end of first platen bar 1692 and the first mounting rod 169 form to be rotatably assorted along the bandwidth direction of the first facial tissue conveyer belt 163 and are connected, the other end of the first platen bar 1692 is extended to the first pressure roller 167 side along the throughput direction of the first facial tissue conveyer belt 163, first turn over mechanism of paper 15 comprise the first frame sets gradually parallel first of layout, three facial tissue conveying rollers 151, 153, first, three facial tissue conveying rollers 151, first is provided with between 153, two turn over paper bowl 15a, 15b, first, two turn over paper bowl 15a, 15b is on vertical configuration, lower layout, first, two turn over paper bowl 15a, the arranged outside of 15b has the second facial tissue conveying roller 152, the height of the second facial tissue conveying roller 152 is between first, two turn over paper bowl 15a, between 15b height, second facial tissue conveying roller 152 and first, three facial tissue conveying rollers 151, 153 perpendicular layouts, first, two turn over paper bowl and first, two, three facial tissue conveying rollers angle all at 45 ° is arranged.
Laminating machine 10 improves on traditional laminating machine 10, and therefore, the enforcement of the first paper-feeding mechanism 11, first film supplying unit 14, first rubber-coated mechanism 13, film-covering mechanism 12 can operate with reference to the embodiment of existing laminating machine 10.First turning over mechanism of paper by first makes the overlay film of facial tissue to face down layout, facial tissue turns over layout on mechanism of paper as shown in phantom in Figure 5 first, then by the junction cut of the 4th cutting assembly 164 at adjacent facial tissue, then by the differential of the first facial tissue conveyer belt 163 and the second facial tissue transfer guide roller group 162, two facial tissues are broken along otch, realize the cutting between facial tissue, the facial tissue after cutting is directly transported to the outer surface that the second Paper-pasting machine 20B is pasted onto cardboard.Facial tissue is led arranging of paper 1691 and to be lifted the edge of facial tissue and rectify a deviation, and the otch that facial tissue edge is cut opens, and differential tear fracture can be completed instantaneously, makes the otch between two facial tissues neat.First platen bar 1692 can be a ferro-aluminum plate and forms, and it compresses facial tissue, prevents from upspringing during facial tissue cutting, avoid causing follow-up transportation problem, ensure the neat fast cutting of facial tissue, during cutting, the conveying of whole production line is uninterrupted and reduction of speed, and therefore speed of production is enhanced.
Concrete is, the two ends of the first installation shaft 166 are rotatably installed in the first frame, first installation shaft 166 is connected with its first driving mechanism carrying out rotating of adjustment, first pressure roller 167 and the first hold-down arm 168 form slide-and-guide along the short transverse of the first hold-down arm 168 and are connected, the first hold-down arm 168 is also provided with (for) the first latch assembly 276 that the first pressure roller 167 (installation site) is locked; Spacing on each first pressure roller 167 and the first facial tissue conveyer belt 163 between conveyor surface reduces gradually along direction A, and direction A is the direction that a side portion that facial tissue arranges the 4th cutting assembly 164 points to facial tissue opposite side edge, as shown in Figure 6.4th cutting assembly 164 comprises the 4th cutter shaft 1644, 4th cutter shaft 1644 is provided with the 4th cutterhead 1641 be positioned on the downside of facial tissue, the upper surface of the 4th cutterhead 1641 is arranged at intervals with the 4th projection 1642 along its circumference, the thickness of the 4th projection 1642 reduces gradually along the direction of rotation of the 4th cutter shaft 1644, 4th cutter shaft 1644 is also provided with horizontally disposed the 4th blade 1643 for the edge cut at facial tissue, 4th blade 1643 is arranged along the circumferential interval of the 4th cutter shaft 1644, 4th blade 1643 is positioned at the upside of the 4th projection 1642 and both numbers are identical, 4th blade 1643 and the 4th projection about 1642 interval-staggered.
Regulate the first installation shaft 166 to rotate by the first driven unit, thus regulate the position relationship between whole first pressure roller 167 and the first facial tissue conveyer belt 163, to adapt to the production of different-thickness facial tissue.First pressure roller 167 and the first hold-down arm 168 form slide-and-guide along the short transverse of the first hold-down arm 168 and are connected, and can regulate separately, to make cutting best results the installation site of single first pressure roller 167.In addition, the spacing between each first pressure roller 167 and the conveyor surface of the first facial tissue conveyer belt 163 reduces gradually along direction A.Gap between first pressure roller 167 and the first facial tissue conveyer belt 163 is less, and the pulling force of generation is larger, therefore by the difference of adjusting play, to adapt to the characteristic of tongue tear cutting, makes cutting neat.When facial tissue edge cut, first by the 4th projection 1642, the edge of facial tissue is lifted, the edge of facial tissue is arranged horizontal by angle, the 4th blade 1643 horizontally rotated of follow-up like this follow-up just can form otch to the edge cutting of facial tissue, thus realizes the continuous cutting of facial tissue.
For first and second Paper-pasting machine 20A, 20B improvement its as shown in Fig. 3,8,9,10,11,12,13,14,15,16,17, concrete is:
First, two Paper-pasting machine 20A, the structure of 20B is identical, first Paper-pasting machine 20A comprises the second frame, second frame is provided with and horizontally disposed mounts paper conveyer belt 23, the discharge port mounting the front end of paper conveyer belt 23 and the second slicing machine 42 is positioned opposite, the middle part arranged outside of mounting paper conveyer belt 23 has mounts paper feeding machanism 21 for what carry out feed and conveying to cardboard, be provided with for the second rubber-coated mechanism 28 to lining paper surface coating glue above the middle part of mounting paper conveyer belt 23, and paper conveyer belt 23 carries out with the lining paper of coating glue superimposed mount paper material fetching mechanism 22 for the cardboard mounted on paper feeding machanism 21 being moved to mount, the rear end of mounting paper conveyer belt 23 sets gradually the edge covering mechanism 24 for lining paper to be carried out bound edge to cardboard edge, cardboard after bound edge is carried out to the first discharging conveyer belt 25 of discharging, first discharging conveyer belt 25 is mounted the corresponding layout of paper feeding machanism 21 with the second Paper-pasting machine 20B's and is provided with the second material stirring-up mechanism 26 cardboard being carried out to stirring between the two, the front end of mounting paper conveyer belt 23 on second Paper-pasting machine 20B and the discharge port of laminating machine 10 positioned opposite.Mount paper feeding machanism 21, second rubber-coated mechanism 28, edge covering mechanism 24, air extractor all to implement with reference to existing full-automatic Paper-pasting machine (or Full-automatic peel hull machine).The present invention mainly improves and mounts paper material fetching mechanism 22, increases hold-down mechanism 27 and the second material stirring-up mechanism 26.Mount paper material fetching mechanism 22 and comprise mount and arrange above paper conveyer belt 23 first, two mount paper guide rail and first, two travel(l)ing rests 221, 222, first, two mount paper guide rail arranges perpendicular to mounting paper conveyer belt 23, first, two mount paper guide rail extends to the top of mounting paper feeding mechanism, mount paper feeding mechanism and can be the 7th conveyer belt formation, first mount paper guide rail is provided with its along first mount that paper rail length direction forms that slide-and-guide is connected first to be slidably installed a 22a, second mount paper guide rail is provided with its along second mount that paper rail length direction forms that slide-and-guide is connected second to be slidably installed a 22b, first, two travel(l)ing rests 221, 222 arrange (setting) along the throughput direction mounting paper conveyer belt 23 respectively, first travel(l)ing rest 221 arranges the sucker 221a of shape setting for drawing cardboard, sucker 221a is connected with air extractor by tracheae, first travel(l)ing rest 221 and the second travel(l)ing rest 222 form slide-and-guide along vertical and are connected, first mounts paper driving mechanism orders about the first travel(l)ing rest 221 and moves up and down, one end of second travel(l)ing rest 222 is provided with the 3rd and mounts paper guide rail 223, 3rd mounts paper guide rail 223 mounts paper guide rail layout perpendicular to first, 3rd mount paper guide rail 223 is provided with its along the 3rd mount that paper guide rail 223 length direction forms that slide-and-guide is connected mount paper slide block, mount paper slide block and be connected (or mount paper slide block be rotatably installed in first by the first linking arm 2241 be slidably installed on a 22a) by the first linking arm 2241 and first 22a that is slidably installed, the other end of the second travel(l)ing rest 222 is rotatably installed in second by the second linking arm 2241 and is slidably installed on a 22b, second mounts paper driving mechanism orders about first, two are slidably installed seat first, two mount on paper guide rail and move, second frame is also provided with and whether offsets to mounting the cardboard that paper material fetching mechanism 22 is drawn the first sensor detected, the signal of detection is delivered to control unit by first sensor, the running status of paper driving mechanism is mounted in control unit regulation and control second.
Second mounts paper driving mechanism can be the synchronous drive mechanism that the seat that to be slidably installed with first and second is connected, and synchronous drive mechanism is provided with clutch, and clutch connects the be slidably installed connection of seat of synchronous drive mechanism and first and second and disconnects; Or second mounts paper driving mechanism comprises first and second driver element, and first and second driver element regulates and controls first and second seat that is slidably installed respectively and moves.First mounts paper driving mechanism can be cylinder/motor and transmission component forms.The operational process of mounting paper material fetching mechanism 22 is as follows: time initial, first, two travel(l)ing rests 221, 222 move to the side mounting paper conveyer belt 23, first travel(l)ing rest 221 comes downwards to cardboard that low level will to mount on paper feeding machanism 21 conveying and to draw and up, the driving of mounting paper driving mechanism by second makes cardboard move to the top of facial tissue, meanwhile by first sensor whether cardboard offset and detect, if detect, cardboard offsets, after then cardboard runs and puts in place, control device regulation and control second are mounted paper driving mechanism and are regulated first, two travel(l)ing rests 221, the 222 corresponding deflections of generation in horizontal plane (that is, second mounts paper driving mechanism only regulates second 22b that is slidably installed to move, first be slidably installed 22a keeps leaving standstill, such first, two travel(l)ing rests 221, 222 there is corresponding deflection in level, to correct the skew of cardboard), make to regulate back cardboard to align mutually with facial tissue, the descending face paper and paperboard that makes of first travel(l)ing rest 221 is pasted subsequently, cardboard departs from from the first travel(l)ing rest 221, mount paper material fetching mechanism 22 and return back to original state, thus complete the action that a time feeding regulates, the cardboard realized there is skew carries out reliable feeding and correction.
Control unit regulation and control second are mounted paper driving mechanism and are in feed status and correction state, feed status is second mount paper driving mechanism and order about first and second seat that is slidably installed and be synchronized with the movement, and correction state is second mount paper driving mechanism and regulate first and second to mount the paper seat that is slidably installed to carry out differential motion (both translational speeds are not identical) or only regulate one wherein to move.
Concrete scheme is, first sensor is photoelectricity (correction) sensor, can arrange the skew of multiple first sensor to cardboard all directions and accurately detect, to obtain best rectifying effect.First travel(l)ing rest 221 comprises the mounting rod that paper conveyer belt 23 throughput direction layout is mounted on two edges, be connected as a single entity by head rod part between two mounting rods, each mounting rod arranges mounting blocks along its interval, height direction respectively, and sucker 221a founds shape and is arranged on each mounting blocks; Second travel(l)ing rest 222 can be a crossbeam and forms, the first pilot hole is offered at the two ends of crossbeam respectively, the two ends of the first travel(l)ing rest 221 arrange the first guide post of vertical shape layout respectively, and the first guide post and the first pilot hole form slide-and-guide and coordinate, and realize the reliable feeding of cardboard.
Second material stirring-up mechanism 26 comprises second rotating shaft 261 of rotating and being fixed in the second frame, second rotating shaft 261 is arranged perpendicular to the throughput direction of the first discharging conveyer belt 25, the axle body of the second rotating shaft 261 is provided with the holder 262 for clamping cardboard, holder 262 arranges even number along the circumferential interval of the second rotating shaft 261, and holder 262 is by be parallel to each other first, second splint 2621, 2622 are formed, and first, second splint 2621, 2622 are less than the width of cardboard along the first discharging conveyer belt 25 throughput direction, first along the width of the second rotating shaft 261 radial direction, second splint 2621, 2622 are less than the width of cardboard along the second rotating shaft 261 axis along the width of the second rotating shaft 261 axis, second rotating shaft 261 and mounting between paper feeding machanism 21 of the second Paper-pasting machine 20B are provided with cardboard material guiding parts 263, cardboard material guiding parts 263 comprise that holder 262 liang of outsides arrange respectively first, two stock guides 2631, 2632, first, two stock guides 2631, 2632 symmetrically shape arrange, first, two stock guides 2631, the lower end of 2632 and the corresponding layout of the conveyor surface mounting paper feeding machanism 21 of the second Paper-pasting machine 20B, first, two stock guides 2631, spacing between 2632 increases from the bottom to top gradually, and first, two stock guides 2631, spacing between 2632 lower ends is consistent along the width of the second rotating shaft 261 axis with cardboard, and first, two stock guides 2631, the side of 2632 is also provided with the pusher mounted on paper feeding machanism 21 cardboard of clamping in holder 262 being pushed to the second Paper-pasting machine 20B.During operation, the cardboard of medial surface stickup lining paper is delivered in holder 262 horizontally disposed in the second rotating shaft 261, the local of cardboard is positioned at the outside of holder 262, cardboard is with after axis of rotation 180 °, the local of cardboard is set up and is mounted on paper feeding machanism 21 at the second Paper-pasting machine 20B, by the promotion of pusher, cardboard moves to mounting on paper feeding machanism 21 of the second Paper-pasting machine 20B and carries out the operation that outer surface puts up facial tissue, does not need artificially collect cardboard, turn-over and re-start location.Arranging of cardboard material guiding parts 263 can be rectified a deviation to during cardboard stirring and adjust, and ensures the accurate location after cardboard turn-over, ensures putting up of facial tissue.
Pusher specifically can adopt the following two kinds technical scheme to implement:
One is: pusher comprises horizontally disposed pusher cylinder, the piston rod of pusher cylinder is arranged pusher part, and pusher part promotes cardboard and carries out translation to mounting on paper feeding machanism 21 of the second Paper-pasting machine 20B.Pusher part can be a horizontally disposed straight-bar formation, and the end of straight-bar arranges U-shaped part, and the opening of U-shaped part points to mounts paper feeding machanism 21.Or pusher part is that Y-shaped rod member is formed, and Y-shaped rod member carries out level to the cardboard end be positioned at outside holder and pushes.
It two is: the inner side of first and second stock guide 2631,2632 lower end arranges first and second horizontally disposed pusher conveyer belt 2633 respectively, the conveyor surface of first and second pusher conveyer belt 2633 is mutually concordant with the conveyor surface mounting paper feeding machanism 21 of the second Paper-pasting machine 20B, holder 262 is between first and second pusher conveyer belt 2633, and pusher is that first and second pusher conveyer belt 2633 conveyer belt is formed.
In addition, mount paper material fetching mechanism 22 and mount mounting between paper edge covering mechanism 24 and above paper conveyer belt 23, to be provided with hold-down mechanism 27 for pressing cardboard and lining paper, hold-down mechanism 27 comprises horizontally disposed depression bar 273, the length direction of depression bar 273 is consistent with the throughput direction mounting paper conveyer belt 23, depression bar 273 is arranged along the bandwidth direction interval of mounting paper conveyer belt 23, the top of each depression bar 273 is respectively arranged with the first cross bar 271, first cross bar 271 and depression bar 273 parallel layout, connected by two first montants 275 between each first cross bar 271 and depression bar 273, the shaft of the first montant 275 between the first cross bar 271 and depression bar 273 is provided with Compress Spring, the lower end of the first montant 275 is fixedly connected with depression bar 273, first cross bar 271 is offered the first through hole passed for the first montant 275 upper end, the diameter of the first through hole is greater than the diameter of the first montant 275, the top of the first cross bar 271 is provided with two second cross bars 272, first, the perpendicular layout of two cross bars, second cross bar 272 offers chute, first cross bar 271 and the second cross bar 272 form slide-and-guide along the bandwidth direction mounting paper conveyer belt 23 and are connected, second cross bar 272 is provided with the latch assembly 276 that the slip of the first cross bar 271 is locked, the top of the second cross bar 272 is provided with the binder cylinder 274 of vertical shape layout, binder cylinder 274 is fixed on installing rack that the second frame is arranged, the piston rod of binder cylinder 274 lower end is connected with two second cross bars 272 by connection bracket.The setting of Compress Spring, the thrust that binder cylinder 274 can be made to apply can be distributed to cardboard everywhere uniformly, and the face paper and Board of making closely is pasted, and ensures follow-up bound edge process.First cross bar 271 and the second cross bar 272 form slide-and-guide along the bandwidth direction of the first conveyer belt and are connected, and can carry out adaptation regulate, to adapt to the production of different model cardboard the position of each depression bar 273.Detailed is operating as: depression bar 273 is section bar formation, the outline in section bar cross section is rectangle, section bar is that the angle-shaped piece (cross section is the plate of L shape) arranged respectively outside square bar blocks and bar blocks four bight forms by cross section, be connected by the second connecting plate between bar blocks with each angle-shaped piece, separated layout between adjacent angle-shaped piece, the lower surface of such depression bar 273 forms vacancy portion.The hold-down mechanism 27 of such formation can apply larger thrust to cardboard, and can not be taken up by depression bar 273 when depression bar 273 is separated with cardboard, prevents cardboard from offseting.In addition on cardboard sometimes due to design requirement, form the raised line of local crowning on the surface of cardboard after excision forming, vacancy portion can protect raised line not damaged by pressure.
In addition, first, second splint 2621, 2622 set gradually along the rotation direction of the second rotating shaft 261, first clamping plate 2621 are greater than the width of the second clamping plate 2622 along the second rotating shaft 261 radial direction along the width of the second rotating shaft 261 radial direction, first clamping plate 2621 are arranged to away from the inner plate surface of the second rotating shaft 261 side that step-like (forming step-like shoulder height is h, that is first the medial surface of clamping plate 2621 be arranged to step-like, comprise the first plate face 262a and the second plate face 262b, first plate face 262a is positioned at the outside of the second plate face 262b, first, spacing between two plate faces is h), the side of the delivery end of the first discharging conveyer belt 25 arranges respectively and carries out the first spacing limit assembly to the rotation of holder 262, first limit assembly comprises along the first horizontally disposed limited block 264 of the width of the first discharging conveyer belt 25, first limited block 264 is arranged respectively in the both sides portion of the first discharging conveyer belt 25, the thickness of the first limited block 264 is consistent with the shoulder height (h) on the first clamping plate 2621 interior plate face, first limited block 264 is connected with its limiting cylinder carrying out movement along the first discharging conveyer belt 25 width of driving, the upper surface of the first limited block 264 and the conveyor surface phase flush arrangement of the first discharging conveyer belt 25.First limited block 264 is consistent along the width value of the second rotating shaft 261 radial direction with the first plate face along the width value mounting paper conveyer belt 23 throughput direction, by the setting of the first limited block 264, when can ensure that each cardboard is delivered in holder 262, carry out spacing to the rotation of the second rotating shaft 261, the inner plate surface of the first clamping plate 2621 is filled simultaneously, the inner plate surface of the first clamping plate 2621 is made to be concordant shape, what make that the cardboard mounted on paper conveyer belt 23 can be smooth-going is delivered in holder 262, ensures the reliability of cardboard stirring.
For window adhering machine 30 improvement its as shown in Figure 18,19, concrete is:
Window adhering machine 30 comprises the 3rd frame, and the 3rd frame is provided with following mechanism: for the 3rd feeding machanism 31 that the cardboard being cut with window carried out to feed and the 4th conveying mechanism 32 carried cardboard, the fenestrated membrane feeding machanism 35 of feed and the 3rd rubber-coated mechanism 36 for applying glue to transparent attachment film surface are carried out to transparent pad pasting, for transparent pad pasting being attached to the film pasting mechanism 33 at the window place of cardboard and transparent pad pasting being carried out to the cutting mechanism 37 of cutting, and the 3rd shedding mechanism 34 of discharging is carried out to the cardboard after pad pasting, the 3rd described feeding machanism 31 comprises the first horizontally disposed cardboard conveyer belt 311, the arranged outside of the first cardboard conveyer belt 311 feed end has the first chipboard holder 312 for bracketing cardboard, the bandwidth direction interval of the first chipboard holder 312 near the end of the first cardboard conveyer belt 311 along the first cardboard conveyer belt 311 arranges the first roller 313, the axis of the first roller 313 is arranged in the horizontal direction and is paralleled with the bandwidth direction of the first cardboard conveyer belt 311, (Local Convex of the first roller 313 is for the supporting surface of the first chipboard holder 312, ) the first cardboard conveyer belt 311 middle part above be provided with gear limit assembly, gear limit assembly comprises the second mounting bracket 315 of the blend stop 314 and fixing blend stop 314 arranged along vertical, blend stop 314 is arranged along bandwidth direction interval on the second mounting bracket 315 of the first cardboard conveyer belt 311, blend stop 314 and the corresponding layout of the first roller 313, blend stop 314 lower end is consistent with the thickness of individual cardboard apart from the spacing of the conveyor surface of the first cardboard conveyer belt 311, the gear limit plate that vertical shape is arranged is set outside the first chipboard holder 312 (along the first cardboard conveyer belt 311 bandwidth direction) two respectively, the apex height of the first roller 313 is greater than the height of the first cardboard conveyer belt 311 conveyor surface, cardboard code is stacked to be deposited on cardboard feeding machanism, one end of cardboard and blend stop 314 carry out against, the other end of cardboard is supported by the first roller 313.Fenestrated membrane feeding machanism 35 is that material roller and deflector roll are formed, and the 3rd rubber-coated mechanism 36, cutting mechanism 37, film pasting mechanism 33 all can refer to the window adhering machine 30 that existing market is sold and implement.By adopting above-mentioned 3rd feeding machanism 31, the cardboard of the stacked layout of code many pieces ofly can be delivered to the 4th conveying mechanism 32 fast and be carried out carrying that (cardboard of bottom is detached a sheet by a sheet by the first cardboard conveyer belt 311, enter the 4th conveying mechanism 32 uniformly to carry), be convenient to follow-up continuous subsides window operation, enhance productivity.
Second mounting bracket 315 arranges dovetail groove along vertical, blend stop 314 is fastened in dovetail groove, side positioned opposite with arcwall face 314a on blend stop 314 offers locking bayonet socket, latch assembly 276 comprises the screw mandrel 3151 arranged along vertical, screw mandrel 3151 and the second mounting bracket 315 form feed screw nut's governor motion, the lower end of screw mandrel 3151 is provided with horizontally disposed annular element 3152, the edge of annular element 3152 is fastened in bayonet socket, and annular element 3152 and screw mandrel 3151 form to be rotatably assorted along vertical and be connected.Blend stop 314 and the second mounting bracket 315 are formed slide-and-guide along vertical be connected, adapt to the production of different-thickness cardboard.Quick adjustment can be carried out to blend stop 314 lower end apart from the spacing between the first cardboard conveyer belt 311 conveyor surface by rotary screw rod 3151.Blend stop 314 and the second mounting bracket 315 form slide-and-guide along vertical and are connected, and the second mounting bracket 315 are provided with second latch assembly 276 of locking blend stop 314; The side that blend stop 314 leans with cardboard end is arcwall face 314a, and the nock of this arcwall face 314a points to the 3rd shedding mechanism 34 side.Cardboard one end of such stacked and blend stop 314, against rear, carry out code and open between adjacent cardboard, prevent bonding between adjacent cardboard from causing paperboard.Level interval between blend stop 314 lower end and the first roller 313 is M, spacing between first roller 313 summit and the conveyor surface of the first conveyer belt is m, tan α=m/M, the control of α size is to ensureing that the stable charging of cardboard is particularly important, preferably α is controlled between 2 ~ 3 °, the best is 2.25 °, such paper feeding speed and uniformity the best.
In addition, second mounting bracket 315 is also provided with floating mounting-holder 316, blend stop 314 and floating mounting-holder 316 set gradually and floating mounting-holder 316 layout corresponding with blend stop 314 along the throughput direction of the first conveyer belt, and floating mounting-holder 316 arranges the second roller along the throughput direction of the first cardboard conveyer belt 311 successively interval; Be arranged on the second mounting bracket 315 by the second mounting bracket 315 being arranged Compress Spring by floating for floating mounting-holder 316, it is prevent packaging carton from takeofing that the second roller is arranged, and ensures follow-up conveying and pastes window.4th conveying mechanism comprises the 4th cardboard conveyer belt and the 4th deflector roll delivery groups that set gradually along throughput direction, 3rd shedding mechanism comprises the 3rd cardboard conveyer belt 341 arranged of postponing with the 4th deflector roll delivery groups, the height of the conveyor surface of the 3rd cardboard conveyer belt 341 horizontal by 2 ~ 5 ° of angles layouts and along throughput direction conveyor surface increases gradually, the 3rd mounting bracket 342 is provided with above the middle part of the 3rd cardboard conveyer belt 341, 3rd mounting bracket 342 there is the 9th support bar 343 to the side of close 4th deflector roll delivery groups is extended obliquely, the shaft of the 9th support bar 343 offers the 9th chute along its bar length direction, 9th support bar 343 is provided with the 9th slide bar 344 be in tilted layout, 9th slide bar 344 forms slide-and-guide away from one end of the 4th deflector roll delivery groups and the 9th support bar 343 and is connected, the other end of the 9th slide bar 344 installs cardboard pinch roller 345, cardboard pinch roller 345 forms to be rotatably assorted in the horizontal direction with the 9th slide bar 344 and is connected, cardboard pinch roller 345 is arranged along the bandwidth direction interval of the 3rd cardboard conveyer belt 341, 9th slide bar 344, the incline direction of the 3rd cardboard conveyer belt 341 is consistent.On the 3rd cardboard conveyer belt 341, collection can be stacked successively from the cardboard after the 4th deflector roll delivery groups pad pasting out like this, then tire out and build up buttress, realize the quick collection of cardboard.
By above-mentioned improvement everywhere, effectively can improve the continuity that packing box is produced, realize the continuous seepage of high-grade packing box, enhance productivity and reduce production cost.
The above is only the preferred embodiment of the present invention; should be understood that; for those skilled in the art; to know in the present invention after contents; under the premise without departing from the principles of the invention; can also make some equal conversion to it and substitute, these convert on an equal basis and substitute and also should be considered as belonging to protection scope of the present invention.
Claims (2)
1. a gift box production system, it is characterized in that: comprise the first slicing machine cardboard being carried out to cutting, cardboard after cutting is carried out to the first die-cutting machine of cross cutting shape, lining paper is carried out to the second slicing machine of cutting, lining paper after cutting is posted to the first table paper machine of the cardboard inner surface after cross cutting, for the printing machine printed facial tissue, the 3rd slicing machine of cutting is carried out for the facial tissue after mapping brush, for carrying out the laminating machine of overlay film to the facial tissue after cutting, for the facial tissue after overlay film being posted to the second Paper-pasting machine of the cardboard outer surface putting up lining paper, for carrying out to putting up the cardboard after facial tissue the second die-cutting machine that cross cutting windows, for carrying out pasting the window adhering machine of window to cutting the cardboard after window, and for carrying out sticking with paste the shaping paste box machine of box to the cardboard after subsides window,
Laminating machine comprises the first frame, first frame is provided with following mechanism: for carrying out the first paper-feeding mechanism of arrangement charging conveying to the facial tissue after cutting, for carrying out the first film supplying unit of feed to film, for the first rubber-coated mechanism to film surface coating glue, for film being attached to the film-covering mechanism on facial tissue surface, for carrying out the 4th cutting mechanism of cutting to the facial tissue after overlay film, be provided with between film-covering mechanism and the 4th cutting mechanism and first of paper is turned over to facial tissue turn over mechanism of paper, 4th cutting mechanism comprises the first facial tissue transfer guide roller group set gradually along facial tissue throughput direction, second facial tissue transfer guide roller group and the first facial tissue conveyer belt, first, the 4th cutting assembly for carrying out cutting to facial tissue is provided with between two facial tissue transfer guide roller groups, facial tissue is first, reduce gradually with throughput direction in skewed layout and the height of facial tissue between two facial tissue transfer guide rollers, 4th cutting assembly is included in the 4th cutting knife of the edge cut of facial tissue, the transporting velocity of the first facial tissue conveyer belt is greater than the transporting velocity of the second facial tissue transfer guide roller group, the downside of the upper strata belt body of the first facial tissue conveyer belt is provided with facial tissue backing roll, the upside of the upper strata belt body of the first facial tissue conveyer belt is provided with the first installation shaft and the first pressure roller, first installation shaft arranges the first hold-down arm along the throughput direction interval of the first facial tissue conveyer belt, each first hold-down arm installs the first pressure roller respectively, first pressure roller and facial tissue backing roll positioned opposite, the top of the first facial tissue conveyer belt feed end is provided with the first mounting rod and paper led by facial tissue, facial tissue is led paper and is arranged respectively in the subordinate side, both sides of facial tissue, paper led by facial tissue is that a stub is formed, stub along the first facial tissue conveyer belt bandwidth direction arrange and stub cross section inwardly reduced gradually by the edge of facial tissue, facial tissue backing roll, first installation shaft, first mounting rod is all arranged along the bandwidth direction of the first facial tissue conveyer belt, first mounting rod arranges the first platen bar along the bandwidth direction interval of the first facial tissue conveyer belt, one end of first platen bar and the first mounting rod form to be rotatably assorted along the bandwidth direction of the first facial tissue conveyer belt and are connected, the other end of the first platen bar is extended to the first pressure roller side along the throughput direction of the first facial tissue conveyer belt, first turns over mechanism of paper comprises the first and third facial tissue conveying roller paralleling layout that the first frame sets gradually, be provided with first and second between first and third facial tissue conveying roller and turn over paper bowl, first and second turns over paper bowl is the upper and lower layout of vertical configuration, first and second arranged outside of turning over paper bowl has the second facial tissue conveying roller, the height of the second facial tissue conveying roller turns between paper bowl height between first and second, second facial tissue conveying roller and the perpendicular layout of first and third facial tissue conveying roller, first and second turns over paper bowl and first, second and third facial tissue conveying roller angle all at 45 ° is arranged.
2. gift box production system according to claim 1, it is characterized in that: the two ends of the first installation shaft are rotatably installed in the first frame, first installation shaft is connected with its first driving mechanism carrying out rotating of adjustment, first pressure roller and the first hold-down arm form slide-and-guide along the short transverse of the first hold-down arm and are connected, and the first hold-down arm are also provided with first latch assembly of locking the first pressure roller; Spacing on each first pressure roller and the first facial tissue conveyer belt between conveyor surface reduces gradually along direction A, and direction A is the direction that a side portion that facial tissue arranges the 4th cutting assembly points to facial tissue opposite side edge.
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| CN201510790219.0A CN105383091B (en) | 2015-11-16 | 2015-11-16 | A kind of gift box production system |
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| CN201510790219.0A CN105383091B (en) | 2015-11-16 | 2015-11-16 | A kind of gift box production system |
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| CN105383091B CN105383091B (en) | 2017-12-29 |
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| CN106042445A (en) * | 2016-07-20 | 2016-10-26 | 嘉兴市新发现机械制造有限公司 | Automatic detecting and removing device for cup bottom paper joints |
| CN107297938A (en) * | 2017-06-07 | 2017-10-27 | 黄山富田精工制造有限公司 | Material switching mechanism, cutting upset set composite and its manufacture method |
| CN109573677A (en) * | 2018-12-17 | 2019-04-05 | 佛山市金银河智能装备股份有限公司 | A kind of turn-over rig and overturning method |
| CN111169102A (en) * | 2020-01-18 | 2020-05-19 | 长兴县泗安民丰彩印厂 | Corrugated board composite output equipment and production line thereof |
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| US3357322A (en) * | 1965-01-12 | 1967-12-12 | Lester D Gill | Coated box and method of making |
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|---|---|
| CN105383091B (en) | 2017-12-29 |
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Effective date of registration: 20171207 Address after: 310000 Zhejiang city of Shaoxing province Xinchang County Qixing Street Jinhui building 2172 Applicant after: Xinchang County Control Technology Co., Ltd. Address before: 230088 Anhui Province, Hefei City Garden District 4 Building 302 room Applicant before: Wang Li |
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Effective date of registration: 20190410 Address after: 310000 Bailongshan Street and Xinlu No.9, Yunhe County, Lishui City, Zhejiang Province Patentee after: Zhejiang faith toys Group Co., Ltd. Address before: 310000 Jinhui Commercial Building, Qixing Street, Xinchang County, Shaoxing City, Zhejiang Province 2172 Patentee before: Xinchang County Control Technology Co., Ltd. |
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Granted publication date: 20171229 Termination date: 20191116 |