CN204173603U - Jumbo bag shedding mechanism - Google Patents
Jumbo bag shedding mechanism Download PDFInfo
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- CN204173603U CN204173603U CN201420600821.4U CN201420600821U CN204173603U CN 204173603 U CN204173603 U CN 204173603U CN 201420600821 U CN201420600821 U CN 201420600821U CN 204173603 U CN204173603 U CN 204173603U
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- jumbo bag
- discharging
- urceolus
- inner core
- discharge tube
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Abstract
The utility model discloses a kind of jumbo bag shedding mechanism, comprise bogey and device for discharging, described bogey is for carrying jumbo bag and being placed in above described device for discharging by described jumbo bag; Described device for discharging comprises a discharge tube vertically arranged, and described discharge tube comprises urceolus and is be arranged at the inner core inside described urceolus with gap; The upper end of described discharge tube forms the inlet point of described device for discharging, and the lower end of described discharge tube forms the discharging opening of described device for discharging, and described inlet point is just to the sack of described jumbo bag.According to the jumbo bag shedding mechanism that the utility model provides, by discharge tube being set to urceolus and inner core double-decker, and interior sack is placed in the inside and outside sack of inner core is placed between inner core and urceolus, material in minimizing jumbo bag and the passage between the external world, thus reduce airborne dust to external diffusion, effectively improve operating environment, airborne dust deposition also utilizes by again simultaneously, thus reduces loss of material.
Description
Technical field
The utility model relates to a kind of shedding mechanism, particularly relates to a kind of jumbo bag shedding mechanism.
Background technology
Jumbo bag is a kind of flexible transport packing container, has the advantage of protection against the tide, dust-proof, radiation hardness, secure, is widely used in the packaging of all kinds of powderies such as chemical industry, building materials, plastics, mineral products, granular, block article.
Publication number is that the Chinese utility model patent of CN103407797A application discloses that a kind of jumbo bag charging device and feeding method, comprises bracing or strutting arrangement, jumbo bag clamping switching mechanism, upset actuating unit, aggregate bin, belt conveyer scale, vacuum absorption device; Ton bagged material is put in upset cage, the hanger of jumbo bag is hung on jumbo bag hook; Vacuum cups is close to bottom jumbo bag by compression, and start vacuum extractor, vacuum cup holds jumbo bag; Starter motor, upset upset cage, the material in jumbo bag flows in aggregate bin, and the suction of vacuum cups makes jumbo bag be held, and material falls gradually, until material is all poured out in jumbo bag; Cage opposite spin will be overturn, close vacuum extractor, take off jumbo bag.
Because jumbo bag is flexible packaging container, be applicable to the article that load volume is less.In fact jumbo bag Many times loading powdery material.Jumbo bag charging device disclosed in above-mentioned Chinese utility model patent application is when applying, and the material of powdery is poured onto on aggregate bin, produces larger airborne dust, and it makes operating environment severe on the one hand, and larger airborne dust makes loss of material larger on the other hand.
Therefore, need a kind of jumbo bag shedding mechanism reducing airborne dust badly, to improve operating environment, reduce loss of material simultaneously.
Utility model content
The purpose of this utility model is to provide a kind of jumbo bag shedding mechanism reducing airborne dust, to improve operating environment, reduces loss of material simultaneously.
To achieve these goals, the utility model discloses a kind of jumbo bag shedding mechanism, comprise bogey and device for discharging, described bogey is for carrying jumbo bag and being placed in above described device for discharging by described jumbo bag; Described device for discharging comprises a discharge tube vertically arranged, and described discharge tube comprises urceolus and is be arranged at the inner core inside described urceolus with gap; The upper end of described discharge tube forms the inlet point of described device for discharging, and the lower end of described discharge tube forms the discharging opening of described device for discharging, and described inlet point is just to the sack of described jumbo bag.
Compared with prior art, the jumbo bag shedding mechanism that the utility model provides, jumbo bag is placed in above device for discharging by bogey, to facilitate the direct discharging of jumbo bag; Discharge tube comprises urceolus and in the inner core be arranged at gap inside urceolus, and the inlet point being positioned at discharge tube upper end is just to the sack of jumbo bag; The sack of jumbo bag includes an interior sack and an outer sack, sack in jumbo bag is placed in inner core, the outer sack of jumbo bag is placed between urceolus and inner core, material in jumbo bag carries out discharging in interior sack discharging to inner core, and while discharging, material produces airborne dust in inner core; When airborne dust is along the gap between interior sack and inner core to external diffusion, enter between urceolus and inner core; Urceolus and be placed in outer sack between urceolus and inner core and blocked by airborne dust and reduce it and continue diffusion, airborne dust deposits and finally to discharge through discharging opening between urceolus and inner core.According to the jumbo bag shedding mechanism that the utility model provides, by discharge tube being set to urceolus and inner core double-decker, and interior sack is placed in the inside and outside sack of inner core is placed between inner core and urceolus, material in minimizing jumbo bag and the passage between the external world, thus reduce airborne dust to external diffusion, effectively improve operating environment, airborne dust deposition also utilizes by again simultaneously, thus reduces loss of material.
Preferably, described device for discharging also comprises the driving latching device being arranged at cover plate above described discharge tube and driving the relative described discharge tube of described cover plate to move up and down, when described cover plate moves near described discharge tube, described driving latching device locking is to locate described cover plate; The corresponding described inlet point of described cover plate offers dodges mouth, and the projection of inwall on horizontal surface of described urceolus upper surface is positioned at the outer because of within the drop shadow spread on horizontal surface of described cover plate; When cover plate moves to close discharge tube, the locking of driving latching device with positioning cover plate, the downside of cover plate covers urceolus completely, make the inlet point only remaining subregion corresponding with dodging mouth, the outer sack of jumbo bag and interior sack enter in discharge tube through dodging mouth respectively.Cover plate improves the leak tightness between outer sack and urceolus, reduces airborne dust from the gap between outer sack and urceolus to external diffusion, thus reduces airborne dust diffusion further.
Preferably, dodge within outer wall that the projection of mouth on horizontal surface the be positioned at described inner core upper surface drop shadow spread on horizontal surface described in; Described cover plate moves to when described discharge tube, and the gap of described cover plate and described inner core is less than the thickness of described jumbo bag; The size dodging mouth is come little compared with the size of inner core, when cover plate moves to close discharge tube, the locking of driving latching device with positioning cover plate, the gap of cover plate and inner core is less than the thickness of jumbo bag, cover plate presses on the jumbo bag on described inner tube wall, improve the leak tightness between interior sack and inner core, avoid airborne dust from the gap between interior sack and inner core to the interstitial diffusion between urceolus and inner core, further reduce airborne dust diffusion.
In one embodiment, the upper surface of described inner core and the upper surface of described urceolus are positioned at same plane.
In another embodiment, the upper surface of described inner core is positioned at below the upper surface of described urceolus; Described cover plate moves to when described discharge tube, and the downside of described cover plate is supported mutually with the upper surface of described urceolus or fits.
Preferably, forming cross-sectional plane between the inwall of described urceolus and the outer wall of described inner core is circular spatia, and described spatia is communicated in described inlet point and described discharging opening; Spatia is communicated with inlet point and discharging opening, makes the airborne dust that deposits between the inwall and the outer wall of inner core of urceolus directly discharge with by material recycle through discharging opening.
Preferably, the diameter of described urceolus lower end is less than the diameter of described urceolus upper end; The diameter of urceolus lower end is less than the diameter of urceolus upper end, and the airborne dust being convenient to enter spatia produces deposition.
Preferably, described jumbo bag shedding mechanism also comprises auxiliary feeding apparatus, and described auxiliary feeding apparatus is arranged at above described device for discharging; Described auxiliary feeding apparatus comprises pushing away to be rubbed plate and promotes cylinder, describedly push away that to rub plate be that downside is obliquely installed away from the direction of described device for discharging near described inlet point, upper side direction, described pushing away is rubbed plate and is connected to described bogey rotationally, and described in push away the turning cylinder rubbing plate and be parallel to described inlet point place plane; Described promotion cylinder is arranged at described bogey, and the mouth of described promotion cylinder be connected to described in push away and rub plate, and the mouth of described promotion cylinder and the described junction of rubbing plate that pushes away are positioned on the upside of described turning cylinder or downside; Promote cylinder to push away and rubs plate, make to push away and rub plate and rotate relative to bogey the material pushed in jumbo bag, make it be able to smooth discharging.
Accompanying drawing explanation
Fig. 1 is the block diagram of the utility model jumbo bag shedding mechanism.
Fig. 2 is the block diagram of the jumbo bag shedding mechanism behind the upper portion concealing bogey.
Fig. 3 is the block diagram of device for discharging.
Fig. 4 is the front elevation of jumbo bag shedding mechanism under the first state.
Fig. 5 is the section-drawing of device for discharging under the first state.
Fig. 6 is under the first state, is opposite to the view that the jumbo bag above device for discharging positions.
Fig. 7 is the front elevation of jumbo bag shedding mechanism under the second state.
Fig. 8 is the section-drawing under device for discharging second state.
Fig. 9 is under the second state, is opposite to the view that the jumbo bag above device for discharging positions.
Detailed description of the invention
By describing technology contents of the present utility model, structural attitude in detail, realized object and effect, accompanying drawing is coordinated to be explained in detail below in conjunction with embodiment.
Jumbo bag shedding mechanism as Figure 1-Figure 2, comprises bogey 100, device for discharging 200 and auxiliary feeding apparatus.Bogey 100 is for carrying jumbo bag A00 and being placed in by jumbo bag A00 above device for discharging 200; Device for discharging 200 comprises a discharge tube 210 vertically arranged, shown in composition graphs 5 and Fig. 6, the upper end of discharge tube 210 forms the inlet point 210a of device for discharging 200, the lower end of discharge tube 210 forms the discharging opening 210b of device for discharging 200, inlet point 210a is just to the sack of jumbo bag A00, and the material in jumbo bag A00 discharges to realize discharging through discharge tube 210 by device for discharging 200; Auxiliary feeding device 300, by pushing the material in jumbo bag A00, makes the material in jumbo bag A00 be transferred to smoothly in discharge tube 210.Shown in composition graphs 3-Fig. 9, more specifically:
As depicted in figs. 1 and 2, bogey 100 comprises a main frame, and the upside of main frame arranges an engine installation 110, and engine installation 110 is in order to sling jumbo bag A00 and to move to target location, and this engine installation 110 can be electric block; The downside of main frame is provided with device for discharging 200, and the inlet point 210a of device for discharging 200 upward, discharging opening 210b down, device for discharging 200 still has a segment distance apart from the bottom of bogey 100, so that the discharging of discharging through discharging opening 210b enters the feeding device (not shown) be arranged on the downside of discharging opening 210b, feeding device can be material conveyor belt etc., is transferred to manufacturing line with the material of being discharged by discharging opening 210b; Main frame is also provided with auxiliary feeding apparatus 300, and auxiliary feeding apparatus 300 is arranged at the top of inlet point 210a.
Shown in composition graphs 3-Fig. 9, device for discharging 200 comprises a discharge tube 210 vertically arranged, and discharge tube 210 comprises urceolus 211 and is be arranged at the inner core 212 inside urceolus 211 with gap; Wherein, urceolus 211 and inner core 212 upper end form inlet point 210a, and the lower end of urceolus 211 and inner core 212 forms discharging opening 210b.Certainly, if the end face of urceolus 211 and inner core 212 also may not in same plane, now, one stretch out longer one and form inlet point 210a or discharging opening 210b in urceolus 211 and inner core 212.For example: the upper surface of urceolus 211 is positioned at the top of the upper surface of inner core 212, then the upper end of urceolus 211 forms inlet point 210a; The lower surface of urceolus 211 is positioned at the below of the lower surface of inner core 212, then the lower end of urceolus 211 forms discharging opening 210b.
Forming cross-sectional plane between the inwall of urceolus 211 and the outer wall of inner core 212 is circular spatia, and spatia is communicated in inlet point 210a and discharging opening 210b.Concrete: the sack of jumbo bag A00 includes an an interior sack A20 and outer sack A10, and the accommodating intracavity inter-connection of interior sack A20 and jumbo bag A00, outer sack A10 does not communicate with the accommodating inner chamber of jumbo bag A00; When jumbo bag A00 is positioned, as shown in Fig. 6 and Fig. 9, sack A20 in jumbo bag A00 is placed in inner core 212, the outer sack A10 of jumbo bag A00 is placed between urceolus 211 and inner core 212, material in jumbo bag A00 is from interior sack A20 discharging in inner core 212, and material produces airborne dust in inner core 212; When airborne dust is along the gap between interior sack A20 and inner core 212 to external diffusion, enter between urceolus 211 and inner core 212, urceolus 211 and be placed in outer sack A10 between urceolus 211 and inner core 212 and blocked by airborne dust and reduce it and continue diffusion, airborne dust deposits and finally to discharge through discharging opening 210b between urceolus 211 and inner core 212.By discharge tube 210 being set to urceolus 211 and inner core 212 double-decker, and interior sack A20 is placed in the inside and outside sack A10 of inner core 212 is placed between inner core 212 and urceolus 211, material in minimizing jumbo bag A00 and the passage between the external world, thus reduce airborne dust to external diffusion, effectively improve operating environment, airborne dust deposition also utilizes by again simultaneously, thus reduces loss of material.The diameter of urceolus 211 lower end is less than the diameter of urceolus 211 upper end, thus produces a dip plane or cascaded surface in the inwall of urceolus 211, and the airborne dust being convenient to enter spatia deposits.
Preferably, as shown in Figure 4 and Figure 5, device for discharging 200 also comprises the driving latching device 230 being arranged at cover plate 220 above discharge tube 210 and driving the relative discharge tube 210 of cover plate 220 to move up and down, when cover plate 220 moves near discharge tube 210, latching device 230 is driven to lock with positioning cover plate 220; The corresponding inlet point 210a of cover plate 220 offers and dodges a mouthful 220a, and the projection of urceolus 211 inwall on horizontal surface is positioned at the outer because of within the drop shadow spread on horizontal surface of cover plate 220.Concrete: when cover plate 220 moves near discharge tube 210, and when driving latching device 230 to lock with positioning cover plate 220, the downside of cover plate 220 covers urceolus 211 completely, make the inlet point 210a only remaining subregion corresponding with dodging mouthful 220a, the outer sack A10 of jumbo bag A00 and interior sack A20 enters in discharge tube 210 through dodging a mouthful 220a respectively, namely, cover plate 220 improves the leak tightness between outer sack A10 and urceolus 211, reduce airborne dust from the gap between outer sack A10 and urceolus 211 to external diffusion, thus reduce airborne dust diffusion further.Further, latching device 230 is driven to comprise the guidepost 231 be arranged at outside discharge tube 210 and between cover plate 220, guidepost 231 is arranged with elastic component 232, in the process that guidepost 231 moves up and down at cover plate 220, it is led, elastic component 232 is when driving latching device 230 not by the position of extremely close for cover plate 220 locking positioning discharge tube 210, cover plate 220 is raised, sack A20 in jumbo bag A00 and outer sack A10 is mounted to discharge tube 210.
Further, dodge within outer wall that the projection of mouthful 220a on horizontal surface the be positioned at inner core 212 upper surface drop shadow spread on horizontal surface, cover plate 220 moves to when discharge tube 210, and cover plate 220 is less than the thickness of jumbo bag A00 with the gap of inner core 212, the size dodging mouthful 220a is come little compared with the outside dimension of inner core 212, cover plate 220 moves near discharge tube 210, when driving latching device 230 to lock with positioning cover plate 220, cover plate 220 is less than the thickness of jumbo bag A00 with the gap of inner core 212, the outer sack A10 stretched to after dodging mouthful 220a between urceolus 211 and inner core 212 is pressed on inner core 212 by cover plate 220, improve the leak tightness between interior sack A20 and inner core 212, avoid airborne dust from the gap between interior sack A20 and inner core 212 to the interstitial diffusion between urceolus 211 and inner core 212, further reduce airborne dust diffusion.
In one embodiment, the upper surface of inner core 212 and the upper surface of urceolus 211 are positioned at same plane.
In another embodiment, the upper surface of inner core 212 is positioned at below the upper surface of urceolus 211; Cover plate 220 moves to when discharge tube 210, and the downside of cover plate 220 is supported mutually with the upper surface of urceolus 211 or fits.
Jumbo bag shedding mechanism also comprises auxiliary feeding apparatus 300, and auxiliary feeding apparatus 300 is arranged at above device for discharging 200; Auxiliary feeding apparatus 300 comprises pushing away to be rubbed plate 310 and promotes cylinder 320, pushing away and rubbing plate 310 is that downside is obliquely installed away from the direction of device for discharging 200 near inlet point 210a, upper side direction, push away and rub plate 310 and be connected to bogey 100 rotationally, and push away the turning cylinder rubbing plate 310 and be parallel to inlet point 210a place plane; Promote cylinder 320 and be arranged at bogey 100, and promote the mouth of cylinder 320 and be connected to push away and rub plate 310, and the mouth promoting cylinder 320 with push away the junction of rubbing plate 310 and be positioned on the upside of turning cylinder or downside; Promote cylinder 320 to push away and rubs plate 310, make to push away and rub plate 310 and rotate relative to bogey 100 material pushed in jumbo bag A00, make it be able to smooth discharging.
Below in conjunction with Figure of description 1-9, the working process of the jumbo bag shedding mechanism that the utility model provides is described in detail:
During the non-place in operation of jumbo bag shedding mechanism, in state shown in Fig. 4: drive latching device 230 in release the lock state, elastic component 232 ejection cover plate 220 is away from discharge tube 210.
When jumbo bag shedding mechanism place in operation, the engine installation 110 being arranged at bogey 100 is sling the side of a jumbo bag A00, makes at least one sack of jumbo bag A00 down; Jumbo bag A00 is moved to target location by engine installation 110.This target location, means the top that jumbo bag A00 is positioned at device for discharging 200 and auxiliary feeding apparatus 300, and the interior sack A20 of jumbo bag A00 and outer sack A10 is all lower than inlet point 210a.
As shown in Figure 6, by sack A20 in jumbo bag A00 and outer sack A10 all through after dodging mouthful 220a, sack A20 in jumbo bag A00 is placed in inner core 212, the outer sack A10 of jumbo bag A00 is placed between urceolus 211 and inner core 212; Operation drives latching device 230, is moved downward near discharge tube 210 to drive cover plate 220; When the outer sack A10 of downside and jumbo bag A00 that cover plate 220 moves to cover plate 220 is affixed, locking drives latching device 230, makes cover plate 220 push down the outer sack A10 of jumbo bag A00, reduces airborne dust further and overflows.So far, the discharging of jumbo bag A00 is ready to complete.
The interior sack A20 of jumbo bag A00 and outer sack A10 is untied in operation, and the material in jumbo bag A00, under gravity along the downward discharging of interior sack A20, through dodging after mouthful 220a and inlet point 210a enters discharge tube 210, is discharged through discharging opening 210b to realize material loading.The mouth promoting cylinder 320 pushes away rubs plate 310, so that the material in jumbo bag A00 is discharged.
After the material discharging in a jumbo bag A00 is complete, reverse operating drives latching device 230, and cover plate 220 upwards flicks under elastic component 232 drives, and removes this jumbo bag A00, and engine installation 110 is sling the side of another jumbo bag A00, repeats above-mentioned steps.
The jumbo bag shedding mechanism that the utility model provides, jumbo bag A00 is placed in above device for discharging 200 by bogey 100, to facilitate the direct discharging of jumbo bag A00; Discharge tube 210 comprises urceolus 211 and is be arranged at the inner core 212 inside urceolus 211 with gap, sack A20 in jumbo bag A00 is placed in inner core 212, the outer sack A10 of jumbo bag A00 is placed between urceolus 211 and inner core 212, material in jumbo bag A00 is from interior sack A20 discharging in inner core 212, and material produces airborne dust in inner core 212; When airborne dust is along the gap between interior sack A20 and inner core 212 to external diffusion, enter between urceolus 211 and inner core 212, airborne dust blocks and reduces its continuation diffusion by the outer sack A10 be placed between urceolus 211 and inner core 212, and airborne dust deposits between urceolus 211 and inner core 212 and final discharge through discharging opening 210b realizes discharging.According to the jumbo bag shedding mechanism that the utility model provides, by discharge tube 210 being set to urceolus 211 and inner core 212 double-decker, and interior sack A20 is placed in the inside and outside sack A10 of inner core 212 is placed between inner core 212 and urceolus 211, material in minimizing jumbo bag A00 and the passage between the external world, thus reduce airborne dust to external diffusion, effectively improve operating environment, airborne dust deposition also utilizes by again simultaneously, thus reduces loss of material; Auxiliary feeding device 300, by pushing the material in jumbo bag A00, makes the material in jumbo bag A00 be able to smooth discharging.
Above disclosedly be only preferred embodiment of the present utility model, certainly can not limit the interest field of the utility model with this, therefore according to the equivalent variations that the utility model claim is done, still belong to the scope that the utility model is contained.
Claims (8)
1. a jumbo bag shedding mechanism, comprises bogey and device for discharging, and described bogey is for carrying jumbo bag and being placed in above described device for discharging by described jumbo bag; It is characterized in that: described device for discharging comprises a discharge tube vertically arranged, described discharge tube comprises urceolus and is be arranged at the inner core inside described urceolus with gap; The upper end of described discharge tube forms the inlet point of described device for discharging, and the lower end of described discharge tube forms the discharging opening of described device for discharging, and described inlet point is just to the sack of described jumbo bag.
2. jumbo bag shedding mechanism as claimed in claim 1, it is characterized in that: described device for discharging also comprises the driving latching device being arranged at cover plate above described discharge tube and driving the relative described discharge tube of described cover plate to move up and down, when described cover plate moves near described discharge tube, described driving latching device locking is to locate described cover plate; The corresponding described inlet point of described cover plate offers dodges mouth, and the projection of inwall on horizontal surface of described urceolus upper surface is positioned at the outer because of within the drop shadow spread on horizontal surface of described cover plate.
3. jumbo bag shedding mechanism as claimed in claim 2, is characterized in that: described in dodge within outer wall that the projection of mouth on horizontal surface the be positioned at described inner core upper surface drop shadow spread on horizontal surface; Described cover plate moves to when described discharge tube, and the gap of described cover plate and described inner core is less than the thickness of described jumbo bag.
4. jumbo bag shedding mechanism as claimed in claim 3, is characterized in that: the upper surface of described inner core and the upper surface of described urceolus are positioned at same plane.
5. jumbo bag shedding mechanism as claimed in claim 3, is characterized in that: the upper surface of described inner core is positioned at below the upper surface of described urceolus; Described cover plate moves to when described discharge tube, and the downside of described cover plate is supported mutually with the upper surface of described urceolus or fits.
6. jumbo bag shedding mechanism as claimed in claim 1, is characterized in that: forming cross-sectional plane between the inwall of described urceolus and the outer wall of described inner core is circular spatia, and described spatia is communicated in described inlet point and described discharging opening.
7. jumbo bag shedding mechanism as claimed in claim 1, is characterized in that: the internal diameter of described urceolus lower end is less than the internal diameter of described urceolus upper end.
8. jumbo bag shedding mechanism as claimed in claim 1, it is characterized in that: described jumbo bag shedding mechanism also comprises auxiliary feeding apparatus, described auxiliary feeding apparatus is arranged at above described device for discharging; Described auxiliary feeding apparatus comprises pushing away to be rubbed plate and promotes cylinder, describedly push away that to rub plate be that downside is obliquely installed away from the direction of described device for discharging near described inlet point, upper side direction, described pushing away is rubbed plate and is connected to described bogey rotationally, and described in push away the turning cylinder rubbing plate and be parallel to described inlet point place plane; Described promotion cylinder is arranged at described bogey, pushes away and rub plate described in the mouth of described promotion cylinder is connected to, and the mouth of described promotion cylinder and describedly push away upside or the downside that the junction of rubbing plate is positioned at described turning cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420600821.4U CN204173603U (en) | 2014-10-16 | 2014-10-16 | Jumbo bag shedding mechanism |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420600821.4U CN204173603U (en) | 2014-10-16 | 2014-10-16 | Jumbo bag shedding mechanism |
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| CN204173603U true CN204173603U (en) | 2015-02-25 |
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| CN201420600821.4U Active CN204173603U (en) | 2014-10-16 | 2014-10-16 | Jumbo bag shedding mechanism |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104326274A (en) * | 2014-10-16 | 2015-02-04 | 广东宏工物料自动化系统有限公司 | Ton bag unloading mechanism |
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2014
- 2014-10-16 CN CN201420600821.4U patent/CN204173603U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104326274A (en) * | 2014-10-16 | 2015-02-04 | 广东宏工物料自动化系统有限公司 | Ton bag unloading mechanism |
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Address after: 523000 Building 429B, Dazhou Community Qiaochang Road (Dazhou Section), Qiaotou Town, Dongguan City, Guangdong Province Patentee after: Honggong Technology Co., Ltd Address before: Li Wu Cun town bridge 523535 Guangdong city of Dongguan Province Li Long Road No. 192B-2 Patentee before: ONGOAL MATERIAL AUTOMATION EQUIPMENT Co.,Ltd. |