CN203832815U - Ultra-high-speed box pushing system and full-automatic ultra-high-speed box unpacking machine - Google Patents
Ultra-high-speed box pushing system and full-automatic ultra-high-speed box unpacking machine Download PDFInfo
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- CN203832815U CN203832815U CN201420255723.1U CN201420255723U CN203832815U CN 203832815 U CN203832815 U CN 203832815U CN 201420255723 U CN201420255723 U CN 201420255723U CN 203832815 U CN203832815 U CN 203832815U
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Abstract
The utility model discloses an ultra-high-speed box pushing system and a full-automatic ultra-high-speed box unpacking machine. The ultra-high-speed box pushing system comprises a drive mechanism, an upper box pushing mechanism and a lower box sucking and pushing mechanism. The drive mechanism is connected with the upper box pushing mechanism and the lower box sucking and pushing mechanism. The full-automatic ultra-high-speed box unpacking machine comprises a machine frame, a material storage groove system, the ultra-high-speed box pushing system, box sucking systems, cover folding systems and tape pasting devices. The material storage groove system is arranged at one end of the machine frame. The ultra-high-speed box pushing system is connected with the material storage groove system. The two sides of the ultra-high-speed box pushing system are provided with the box sucking systems, the cover folding systems and the tape pasting devices in the conveying direction of carton boxes. According to the ultra-high-speed box pushing system, cross operation can be achieved, the boxes can be pushed continuously, the box pushing speed is effectively increased, manual work and labor force are greatly reduced, and the ultra-high-speed box pushing system has the advantages of being simple in structure, high in stability and low in cost.
Description
Technical field
The utility model relates to the technical field of package packing machine, relates in particular to a kind of hyper-speed box push system and full automaticity hyper-speed case unpacker.
Background technology
At present domestic case unpacker taking 8-12 case/point and 20-30 case/point productive capacity as main, also do not have hyper-speed 40 casees/point full automaticity hyper-speed case unpacking machine.Hyper-speed case unpacker can be equivalent to several low speed case unpackers, and original case unpacker large and unstable properties of volume comparatively speaking.Therefore, it is stable that the applicant is devoted to develop a kind of transmission performance, and can intersect and push away continuously hyper-speed box push system and the full automaticity hyper-speed case unpacker of case.
Utility model content
The purpose of this utility model, proposes a kind of transmission performance stable exactly, and can intersect and push away continuously hyper-speed box push system and the full automaticity hyper-speed case unpacker of case.
The utility model, for solving the problems of the technologies described above, provides a kind of hyper-speed box push system, comprises that driver train, top push away draw box mechanism and bottom suction box pushes away draw box mechanism, and described driver train connects that described top pushes away draw box mechanism and bottom suction box pushes away draw box mechanism.
Described top pushes away draw box mechanism and comprises that top sprocket wheel, top chain, top first push away case group and top second pushes away case group, and described bottom suction box pushes away draw box mechanism and comprises that bottom sprocket wheel, bottom chain, bottom first push away case group, bottom second pushes away case group, the first sucker group and the second sucker group.
Described in one top chain horizontal winding be located at two described on the sprocket wheel of top, described in two described top sprocket wheels and, top chain is arranged in the same level of frame, and described top first pushes away case group and described top second and pushes away case group and be separately positioned on described top chain and be on heterodromous segment.
Described in one bottom chain horizontal winding be located at two described on the sprocket wheel of bottom, described in two described bottom sprocket wheels and, bottom chain is arranged in the same level of frame, described bottom first pushes away case group and described bottom second and pushes away case group and be separately positioned on described bottom chain and be on heterodromous segment, described the first sucker group is arranged on described bottom first and pushes away in case group, and described the second sucker group is arranged on described bottom second and pushes away in case group.
Described top sprocket wheel and described top chain are set in parallel in the top of described bottom sprocket wheel and described bottom chain, described top first pushes away case group and top second and pushes away case group and arrange down, and described bottom first pushes away case group, the first sucker group, bottom second pushes away case group and the second sucker group arranges upward.
Preferably, described top first pushes away case group, top second and pushes away case group, bottom first and push away case group and bottom second and push away and in case group, be provided with respectively two pushing blocks of upspringing that can reset.
Preferably, described driver train comprises drive motor connecting rod mechanism, pushes away the connecting plate of draw box mechanism for connecting described bottom suction box, for for the optical axis and the column that pushes away draw box mechanism for being connected described top of described connecting plate sliding block joint, described connecting plate is slidably located on described optical axis, described drive motor connecting rod mechanism drives described connecting plate and described column to move back and forth, described connecting plate connects described bottom first and pushes away case group, and described column connects described top first and pushes away case group.
The utility model has also proposed a kind of full automaticity hyper-speed case unpacker, comprise: frame, for the stock chest system of storing cardboard, the hyper-speed box push system of carrying for carton, for cardboard being strutted to the suction box system that forms carton, for carton being carried out to the fold system of fold, and for carton being carried out to the belt adhibiting device of adhesive tape.
Described hyper-speed box push system is above-mentioned hyper-speed box push system, described stock chest system is arranged on described frame one termination, described hyper-speed box push system connects described stock chest system, is furnished with suction box system, fold system and belt adhibiting device at described hyper-speed box push system along the both sides of carton throughput direction.
Preferably, described fold system comprises the front lid mechanism of folding and folding rear cover mechanism, described folding rear cover mechanism comprises that cam drive, S. A., first are taken the lead and second takes the lead, described cam drive connects described S. A. and drives its rotation, and described first takes the lead and described second take the lead and be arranged on described S. A..
Preferably, described suction box system comprises that sucting cover structure descends cover structure with suction, under described suction, cover structure comprises sucker, sucker position and lifting mechanism is installed, described sucker is arranged on described installation sucker position, described installation sucker position is arranged on described lifting mechanism, and described lifting mechanism drives described sucker to move up and down.
Preferably, the entrance of described belt adhibiting device is provided with upper guide box bar for rolling over upper cover and for being folded down the lower guide box bar of lid, described upper guide box bar is by the outward-dipping setting upward in top, entrance of described belt adhibiting device, and described lower guide box bar is by the outward-dipping setting down in bottom, entrance of described belt adhibiting device.
Preferably, the below of described belt adhibiting device is provided with the screw lift structure for driving belt adhibiting device rise and fall, described screw lift structure comprises screw mandrel and synchronization chain, and described in two, screw mandrel is arranged on the below of described belt adhibiting device, and described synchronization chain winding is on screw mandrel described in two.
Preferably, described full automaticity hyper-speed case unpacker also comprises that described control setup connects described hyper-speed box push system, described stock chest system, suction box system, fold system and belt adhibiting device for case unpacker being moved to the control setup of controlling.
Preferably, described control setup comprises the PLC device for programming and the touch-screen for entering the operating instructions.
The beneficial effect that the utility model hyper-speed box push system and full automaticity hyper-speed case unpacker have is as follows:
1) hyper-speed box push system of the present utility model can be realized crossing operation, continuous pushes away case action, effectively raises and pushes away case speed, has greatly reduced artificial and labour power, and have advantages of simple in structure, stability is high and cost is low.
2) full automaticity hyper-speed case unpacker of the present utility model very fast speed cardboard is converted into carton, greatly reduced artificial and labour power.The individuality that can only be applicable to of relatively traditional low speed case unpacker produces, and can not produce fast, and the speed of unpacking is slow, and the trouble of simultaneously changing product has had lifting greatly.
3) full automaticity hyper-speed case unpacker of the present utility model has improved existing folding rear cover mechanism, by driving S. A. rotation, drive described first to take the lead and described second take the lead and do spinning movement, a doubles mechanism makes fold efficiency and all corresponding raisings of success ratio before and after carton.
4) existing low speed case unpacker utilizes cylinder that case lid under carton is drawn and fixed mostly, and speed is low, unstable.And full automaticity hyper-speed case unpacker of the present utility model has improved cover structure under existing suction, by lifting mechanism, sucker is moved up and down, hold carton and position.Accurate positioning, moves simple and reliable, rapidly stable.
5) original low speed case unpacker belt adhibiting device needs carton to roll in advance upper and lower covers well, and speed is slow.Full automaticity hyper-speed case unpacker of the present utility model is rolled carton upper and lower covers well by upper guide box bar and lower guide box bar, stable reliable rapidly.In addition, belt adhibiting device passes through a screw mandrel, and two optical axis fulcrums are unstable, easily rock, and belt adhibiting device of the present utility model moves by two screw mandrels and the rise and fall simultaneously of synchronization chain combination do, and stability improves greatly.
Brief description of the drawings
Fig. 1 is the structural representation that the top of specific embodiment hyper-speed box push system pushes away draw box mechanism.
Fig. 2 be Fig. 1 push away case principle schematic
Fig. 3 is the structural representation that the bottom suction box of specific embodiment hyper-speed box push system pushes away draw box mechanism.
Fig. 4 be Fig. 3 push away case principle schematic.
Fig. 5 is the structural upright schematic diagram of the full automaticity hyper-speed case unpacker of specific embodiment.
Fig. 6 is the floor plan schematic diagram of the full automaticity hyper-speed case unpacker of specific embodiment.
Fig. 7 is the structural representation of the folding rear cover mechanism of specific embodiment.
Fig. 8 is the structural representation of cover structure under the suction of specific embodiment.
Fig. 9 is the structural representation of the belt adhibiting device of specific embodiment.
Number in the figure explanation:
Hyper-speed box push system 100, top pushes away draw box mechanism 110, top sprocket wheel 111, top chain 112, top first pushes away case group 113, top second pushes away case group 114, bottom suction box pushes away draw box mechanism 120, bottom sprocket wheel 121, bottom chain 122, bottom first pushes away case group 123, bottom second pushes away case group 124, the first sucker group 125, the second sucker group 126, pushing block 127, connecting plate 130, optical axis 140, column 150, frame 200, stock chest system 300, suction box system 400, inhale lower cover structure 410, sucker position 411 is installed, lifting mechanism 412, fold system 500, folding rear cover mechanism 510, cam drive 511, S. A. 512, first takes the lead 513, second takes the lead 514, belt adhibiting device 600, upper guide box bar 610, lower guide box bar 620, screw lift structure 630, screw mandrel 631, synchronization chain 632, control setup 700.
Detailed description of the invention
In order to be illustrated more clearly in the utility model embodiment or technical scheme of the prior art, to the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described below, apparently, accompanying drawing in the following describes is only embodiment more of the present utility model, for those of ordinary skill in the art, do not paying under the prerequisite of creative work, can also obtain according to these accompanying drawings other accompanying drawing.
Embodiment mono-:
Fig. 1 is the structural representation that the top of specific embodiment hyper-speed box push system pushes away draw box mechanism, and Fig. 3 is the structural representation that the bottom suction box of specific embodiment hyper-speed box push system pushes away draw box mechanism.As shown in figures 1 and 3, a kind of hyper-speed box push system of the present embodiment, comprise that driver train (not shown), top push away draw box mechanism 110 (as shown in Figure 1) and bottom suction box pushes away draw box mechanism 120 (as shown in Figure 2), described driver train connection top pushes away draw box mechanism 110 and bottom suction box pushes away draw box mechanism 120.As shown in Figure 1, top pushes away draw box mechanism 110 and comprises that top sprocket wheel 111, top chain 112, top first push away case group 113 and top second pushes away case group 114.As shown in Figure 3, bottom suction box pushes away draw box mechanism 120 and comprises that bottom sprocket wheel 121, bottom chain 122, bottom first push away case group 123, bottom second pushes away case group 124, the first sucker group 125 and the second sucker group 126.
As depicted in figs. 1 and 2, one top chain 112 horizontal windings are located on two top sprocket wheels 111, two top sprocket wheels 111 and a top chain 112 are arranged in the same level of frame, and top first pushes away case group 113 and top second and pushes away case group 114 and be separately positioned on top chain 112 and be on heterodromous segment.
As shown in Figure 3 and Figure 4, one bottom chain 122 horizontal windings are located on two bottom sprocket wheels 121, two bottom sprocket wheels 121 and a bottom chain 122 are arranged in the same level of frame, bottom first pushes away case group 123 and bottom second and pushes away case group 124 and be separately positioned on bottom chain 122 and be on heterodromous segment, the first sucker group 125 is arranged on bottom first and pushes away in case group 123, and the second sucker group 126 is arranged on bottom second and pushes away in case group 124.
The top sprocket wheel 111 of the present embodiment and top chain 112 are set in parallel in the top of bottom sprocket wheel 121 and bottom chain 122, top first pushes away case group 113 and top second and pushes away case group 114 and arrange down, and bottom first pushes away case group 123, the first sucker group 125, bottom second pushes away case group 124 and the second sucker group 126 arranges upward.Top first pushes away case group 113, top second and pushes away case group 114, bottom first and push away case group 123 and bottom second and push away and in case group 124, be provided with respectively two pushing blocks 127 of upspringing that can reset.
Concrete, shown in Fig. 1 and Fig. 3, the driver train of the present embodiment comprises drive motor connecting rod mechanism (not shown), pushes away the connecting plate 130 of draw box mechanism 120 for connecting bottom suction box, for optical axis 140 and the column 150 that pushes away draw box mechanism 110 for being connected top for connecting plate 130 sliding block joints, connecting plate 130 is slidably located on optical axis 140, described drive motor connecting rod mechanism drives connecting plate 130 and column 150 to move back and forth, connecting plate 130 connects bottom first and pushes away case group 123, and column 150 connects top first and pushes away case group 113.
Exemplary, the hyper-speed box push system of the present embodiment be by top as shown in Figure 1 push away draw box mechanism 110 be arranged on bottom suction box as shown in Figure 3 push away draw box mechanism 120 directly over, form continuously the conveying passageway that intersection pushes chest between the two, on described conveying passageway perpendicular separation and same parts, the spacing of two pushing blocks all can be adjusted according to the size of carton, top first pushes away case group 113 and top second pushes away case group 114 and bottom first pushes away case group 123, the first sucker group 125, bottom second pushes away case group 124 and the second sucker group 126 arranges in opposite directions, after carton is inputted in described conveying passageway, bottom suction box pushes away draw box mechanism 120 carton bottom is held and clamped, top pushes away draw box mechanism 110 carton top is clamped, then synchronously push away case action.As shown in Figure 2 and Figure 4, described drive motor connecting rod mechanism by win in succession 130 and column 150 drive respectively top first to push away case group 113 and bottom first to push away case group 123 and push away case action, simultaneously by chain sprocket effect, driving top second to push away case group 114, bottom second pushes away case group 124 and the second sucker group 126 counter motions and gets back to initial position and push away case warming-up exercise, both crossing operations, realize intersection stable, rapidly, continuously and push away case action.
Embodiment bis-:
Fig. 5 is the structural upright schematic diagram of the full automaticity hyper-speed case unpacker of specific embodiment, the floor plan schematic diagram of the full automaticity hyper-speed case unpacker that Fig. 6 is specific embodiment.As shown in Figure 5 and Figure 6, the present embodiment has proposed a kind of full automaticity hyper-speed case unpacker, comprise: frame 200, for the stock chest system 300 of storing cardboard, the hyper-speed box push system 100 of carrying for carton, for cardboard being strutted to the suction box system 400 that forms carton, for carton being carried out to the fold system 500 of fold, and for carton being carried out to the belt adhibiting device 600 of adhesive tape.
As shown in Figure 6, the hyper-speed box push system 100 of the present embodiment adopts the hyper-speed box push system described in embodiment mono-, stock chest system 300 is arranged on frame 200 1 terminations, hyper-speed box push system 100 connects stock chest system 300, is furnished with suction box system 400, fold system 500 and belt adhibiting device 600 at hyper-speed box push system 100 along the both sides of carton throughput direction.
Fig. 7 is the structural representation of the folding rear cover mechanism of specific embodiment.The fold system 500 of the present embodiment comprises the front lid mechanism of folding and folding rear cover mechanism 510.As shown in Figure 7, folding rear cover mechanism 510 comprises that cam drive 511, S. A. 512, first are taken the lead and 513 and second takes the lead 514, cam drive 511 connects S. A. 512 and drives its rotation, and first takes the lead 513 and second takes the lead and 514 be arranged on described S. A..Concrete, the cam drive 511 of the present embodiment utilizes cam (not shown) and brace and connecting rod framework to drive S. A. rotation, and first 513 and second take the lead 514 the free ends of taking the lead adopt arc transition to form elbow shape.
Fig. 8 is the structural representation of cover structure under the suction of specific embodiment.The suction box system 400 of the present embodiment comprises that sucting cover structure descends cover structure 410 with suction.As shown in Figure 8, under the suction of the present embodiment, cover structure 410 comprises sucker (not shown), sucker position 411 and lifting mechanism 412 is installed, described sucker is arranged on to be installed on sucker position 411, sucker position 411 is installed and is arranged on lifting mechanism 412, lifting mechanism 412 drives described sucker to move up and down.
Fig. 9 is the structural representation of the belt adhibiting device of specific embodiment.As shown in Figure 9, the entrance of belt adhibiting device 600 is provided with upper guide box bar 610 for rolling over upper cover and for being folded down the lower guide box bar 620 of lid, upper guide box bar 610 is by the outward-dipping setting upward in top, entrance of belt adhibiting device 600, and lower guide box bar 620 is by the outward-dipping setting down in bottom, entrance of belt adhibiting device 600.In the present embodiment, the below of belt adhibiting device 600 is also provided with the screw lift structure 630 for driving belt adhibiting device 600 rise and fall, screw lift structure 630 comprises screw mandrel 631 and synchronization chain 632, two screw mandrels 631 are arranged on the below of belt adhibiting device 600, synchronization chain 632 windings are on two screw mandrels 631, input rotary power is given a wherein rhizoid bar, driving belt adhibiting device 600 rise and fall that can be stable by the effect of synchronization chain 632 and two screw mandrels 631.
Exemplary, the full automaticity hyper-speed case unpacker of the present embodiment also comprises for case unpacker being moved to the control setup 700 of controlling, control setup 700 connects hyper-speed box push system 100, stock chest system 300, suction box system 400, fold system 500 and belt adhibiting device 600, and described control setup comprises the PLC device for programming and the touch-screen for entering the operating instructions.
Frame 200 in the present embodiment adopts carbon steel structure welding, and stock chest system 300, suction box system 400, fold system 500, belt adhibiting device 600 and control setup 700 can adopt market to commonly use outsourcing piece according to actual conditions, repeat no more herein.
Exemplary, as shown in the figure, the specific works flow process of the present embodiment is as follows:
Cardboard is overlayed in stock chest system 300, adjust the height of circle plate by cal(l)iper, allow the height of circle plate can allow bottom cardboard pass through smoothly, all the other cardboards are all stuck on circle plate.First the bottom first that pushes away draw box mechanism 120 by the bottom suction box of hyper-speed box push system 100 pushes away case group 123 and the first sucker group 125 when coming to draw a carton and pushing to moulding position, inhaling case lid under lower cover structure 410 rising absorption cartons is fixed, suct cover structure and get off to draw carton return, complete forming paper box action.Bottom second pushes away case group 124 and top second and pushes away case group 114 cartons that are shaped are pushed on adhesive tape station, before folding, lid mechanism is turned up with the front and rear covers that folding rear cover mechanism completes carton, the upper and lower covers that upper guide box bar 610 and lower guide box bar 620 complete carton is turned up, belt adhibiting device 600 completes after the adhesive tape of carton, bottom second pushes away case group 124, the second sucker group 126 and top second and pushes away case group 114 the carton release that completes whole unpacking action, then starts back to move.Now, bottom first pushes away case group 123, the first sucker group 125 moves to suction box position, starts to draw another carton moving to moulding displacement, continue to draw carton, inhale lower cover, be shaped, the carton that simultaneously promotes to be shaped moves a station, completes fold, adhesive tape is moved and releases.Bottom first pushes away case group 123, the first sucker group 125 and top first and pushes away case group 113 and push away case group 124, the second sucker group 126 and top second with bottom second and push away case group 114 cross motions, realizes the hyper-speed continuous wave output of carton.The whole process of full automaticity hyper-speed case unpacker of the present embodiment can, by Cam Detection group and photoelectricity, complete by PLC electrical control and cam drive mechanical action, fluent movements, and simple and fast, with low cost.
With above-mentioned be only preferred implementation of the present utility model; it should be pointed out that for those skilled in the art, do not departing under the prerequisite of the utility model principle; can also make some improvements and modifications, these improvements and modifications also should be considered as protection domain of the present utility model.
Claims (10)
1. a hyper-speed box push system, is characterized in that: comprise that driver train, top push away draw box mechanism and bottom suction box pushes away draw box mechanism, described driver train connects that described top pushes away draw box mechanism and bottom suction box pushes away draw box mechanism;
Described top pushes away draw box mechanism and comprises that top sprocket wheel, top chain, top first push away case group and top second pushes away case group, and described bottom suction box pushes away draw box mechanism and comprises that bottom sprocket wheel, bottom chain, bottom first push away case group, bottom second pushes away case group, the first sucker group and the second sucker group;
Described in one top chain horizontal winding be located at two described on the sprocket wheel of top, described in two described top sprocket wheels and, top chain is arranged in the same level of frame, and described top first pushes away case group and described top second and pushes away case group and be separately positioned on described top chain and be on heterodromous segment;
Described in one bottom chain horizontal winding be located at two described on the sprocket wheel of bottom, described in two described bottom sprocket wheels and, bottom chain is arranged in the same level of frame, described bottom first pushes away case group and described bottom second and pushes away case group and be separately positioned on described bottom chain and be on heterodromous segment, described the first sucker group is arranged on described bottom first and pushes away in case group, and described the second sucker group is arranged on described bottom second and pushes away in case group;
Described top sprocket wheel and described top chain are set in parallel in the top of described bottom sprocket wheel and described bottom chain, described top first pushes away case group and top second and pushes away case group and arrange down, and described bottom first pushes away case group, the first sucker group, bottom second pushes away case group and the second sucker group arranges upward.
2. hyper-speed box push system as claimed in claim 1, is characterized in that: described top first pushes away case group, top second and pushes away case group, bottom first and push away case group and bottom second and push away and in case group, be provided with respectively two pushing blocks of upspringing that can reset.
3. hyper-speed box push system as claimed in claim 1, it is characterized in that: described driver train comprises drive motor connecting rod mechanism, pushes away the connecting plate of draw box mechanism for connecting described bottom suction box, for for the optical axis and the column that pushes away draw box mechanism for being connected described top of described connecting plate sliding block joint, described connecting plate is slidably located on described optical axis, described drive motor connecting rod mechanism drives described connecting plate and described column to move back and forth, described connecting plate connects described bottom first and pushes away case group, and described column connects described top first and pushes away case group.
4. a full automaticity hyper-speed case unpacker, is characterized in that: comprise
Frame,
For the stock chest system of storing cardboard,
The hyper-speed box push system of carrying for carton,
For cardboard being strutted to the suction box system that forms carton,
For carton being carried out to the fold system of fold, and
For carton being carried out to the belt adhibiting device of adhesive tape;
Described hyper-speed box push system is the hyper-speed box push system described in claims 1 to 3 any one, described stock chest system is arranged on described frame one termination, described hyper-speed box push system connects described stock chest system, is furnished with suction box system, fold system and belt adhibiting device at described hyper-speed box push system along the both sides of carton throughput direction.
5. full automaticity hyper-speed case unpacker as claimed in claim 4, it is characterized in that: described fold system comprises the front lid mechanism of folding and folding rear cover mechanism, described folding rear cover mechanism comprises that cam drive, S. A., first are taken the lead and second takes the lead, described cam drive connects described S. A. and drives its rotation, and described first takes the lead and described second take the lead and be arranged on described S. A..
6. full automaticity hyper-speed case unpacker as claimed in claim 4, it is characterized in that: described suction box system comprises that sucting cover structure descends cover structure with suction, under described suction, cover structure comprises sucker, sucker position and lifting mechanism is installed, described sucker is arranged on described installation sucker position, described installation sucker position is arranged on described lifting mechanism, and described lifting mechanism drives described sucker to move up and down.
7. full automaticity hyper-speed case unpacker as claimed in claim 4, it is characterized in that: the entrance of described belt adhibiting device is provided with upper guide box bar for rolling over upper cover and for being folded down the lower guide box bar of lid, described upper guide box bar is by the outward-dipping setting upward in top, entrance of described belt adhibiting device, and described lower guide box bar is by the outward-dipping setting down in bottom, entrance of described belt adhibiting device.
8. full automaticity hyper-speed case unpacker as claimed in claim 7, it is characterized in that: the below of described belt adhibiting device is provided with the screw lift structure for driving belt adhibiting device rise and fall, described screw lift structure comprises screw mandrel and synchronization chain, described in two, screw mandrel is arranged on the below of described belt adhibiting device, and described synchronization chain winding is on screw mandrel described in two.
9. the full automaticity hyper-speed case unpacker as described in claim 4-8 any one, it is characterized in that: described full automaticity hyper-speed case unpacker also comprises that described control setup connects described hyper-speed box push system, described stock chest system, described suction box system, fold system and belt adhibiting device for case unpacker being moved to the control setup of controlling.
10. full automaticity hyper-speed case unpacker as claimed in claim 9, is characterized in that: described control setup comprises the PLC device for programming and the touch-screen for entering the operating instructions.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420255723.1U CN203832815U (en) | 2014-05-19 | 2014-05-19 | Ultra-high-speed box pushing system and full-automatic ultra-high-speed box unpacking machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420255723.1U CN203832815U (en) | 2014-05-19 | 2014-05-19 | Ultra-high-speed box pushing system and full-automatic ultra-high-speed box unpacking machine |
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| CN203832815U true CN203832815U (en) | 2014-09-17 |
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| CN201420255723.1U Expired - Fee Related CN203832815U (en) | 2014-05-19 | 2014-05-19 | Ultra-high-speed box pushing system and full-automatic ultra-high-speed box unpacking machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109625464A (en) * | 2018-12-29 | 2019-04-16 | 陈建豪 | Full-automatic cartoning sealing machine joint sealing height automatic regulating apparatus |
| CN113428411A (en) * | 2021-07-27 | 2021-09-24 | 淮安市昊天自动化设备有限公司 | Unpacking mechanism of horizontal high-speed unpacking machine |
-
2014
- 2014-05-19 CN CN201420255723.1U patent/CN203832815U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109625464A (en) * | 2018-12-29 | 2019-04-16 | 陈建豪 | Full-automatic cartoning sealing machine joint sealing height automatic regulating apparatus |
| CN113428411A (en) * | 2021-07-27 | 2021-09-24 | 淮安市昊天自动化设备有限公司 | Unpacking mechanism of horizontal high-speed unpacking machine |
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