CN205346346U - A device of breaking a jam for finished product fragment of brick brick pillar - Google Patents
A device of breaking a jam for finished product fragment of brick brick pillar Download PDFInfo
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- CN205346346U CN205346346U CN201620120981.8U CN201620120981U CN205346346U CN 205346346 U CN205346346 U CN 205346346U CN 201620120981 U CN201620120981 U CN 201620120981U CN 205346346 U CN205346346 U CN 205346346U
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Abstract
The utility model relates to a fragment of brick field of breaking a jam especially relates to a device of breaking a jam for finished product fragment of brick brick pillar. The to -be -solved technical problem of the utility model is to provide a device of breaking a jam for finished product fragment of brick brick pillar of easy operation is convenient again can continuous operation. An elevating system presses the buttress subassembly including square support and four pneumatic cylinders and four ejector pads, pushes away the buttress subassembly including a pneumatic cylinder and an ejector pad that a device of breaking a jam for finished product fragment of brick brick pillar, including lifting unit, press the buttress subassembly, push away the buttress subassembly, lifting unit including four the same. A device of breaking a jam for finished product fragment of brick brick pillar, have easy operation convenience, weak point consuming time, low in labor strength's an advantage, has reached and has accelerated job progress, has improved that the operation is automatic, reinforcing production continuity's effect.
Description
Technical field
This utility model relates to fragment of brick de-stacking field, particularly relates to a kind of de-stacking device for finished product fragment of brick piled bricks.
Background technology
Existing tradition fragment of brick enterprise is labour-intensive, many operations are still completed by manpower, the manual labor of this high intensity not only expends time in length, the building block of carrying is also had damage partly, more due to the development in epoch, rising steadily of value of labour power, directly limit the development prospect of enterprise.
In order to make adobe uniformity of temperature profile and air in calcination process circulate smoothly under existing mode, the stacking firing adobe have employed the form of overlapping change layer by layer, and part direction exists between brick and brick the interval of a bit, the adobe that stacking completes is sent in kiln by piled bricks supporting plate and calcines, after having calcined kiln discharge cooling, re-start marshalling subpackage, in calcining, rich in moisture adobe overlap pile together, under the effect of pressure and temperature, the adobe contacted with each other there will be a degree of bonding after having fired, at this moment it is accomplished by being easily separated the fragment of brick being bonded together, carry out marshalling subpackage packing again, but because the stacking form that adobe is fired, a device cannot be passed through again under existing mode be automatically kept completely separate by the fragment of brick being bonded together, so many enterprises are still separated into master with manual work, but manual work is by the separation of bonding fragment of brick, not only labor intensity is big, length consuming time, have impact on the progress of operation, the automatic continuous production more directly resulting in operation cannot be carried out.
Utility model content
(1) to solve the technical problem that
This utility model is in order to overcome finished product fragment of brick de-stacking labor intensity length big, consuming time under existing mode, drag slow job scheduling, reduce operation automation, weaken the shortcoming of continuous production, and the technical problems to be solved in the utility model is to provide a kind of de-stacking device for finished product fragment of brick piled bricks that can run continuously again simple to operation.
(2) technical scheme
In order to solve above-mentioned technical problem, this utility model provides the such a de-stacking device for finished product fragment of brick piled bricks, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set, hydraulic cylinder I, pushing block I, hydraulic cylinder II, pushing block II, hydraulic cylinder III, pushing block III, hydraulic cylinder IV, pushing block IV, on rear side of hydraulic cylinder I is arranged in square set frame, the dead ahead of hydraulic cylinder I is connected to pushing block I, on the right side of hydraulic cylinder II is arranged in square set frame, the dead ahead of hydraulic cylinder II is connected to pushing block II, on front side of hydraulic cylinder III is arranged in square set frame, the dead ahead of hydraulic cylinder III is connected to pushing block III, on the left of hydraulic cylinder IV is arranged in square set frame, the dead ahead of hydraulic cylinder IV is connected to pushing block IV；Lifting assembly includes four identical elevating mechanisms, and four elevating mechanisms are separately mounted to the position, four, center all around on square set frame；Pushing away buttress assembly and include hydraulic cylinder V, pushing block V, hydraulic cylinder V is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V is connected to pushing block V.
Preferably, elevating mechanism is hydraulic cylinder, and the front end of hydraulic cylinder is connected on square set.
Preferably, elevating mechanism includes electric gear, tooth bar, and tooth bar is vertically connected on square set, and electric gear and tooth bar engage.
Preferably, elevating mechanism includes motorized pulleys, roller, hoist cable, and roller is pivotally arranged on above square set, and motorized pulleys are arranged on below roller side, and motorized pulleys and square set utilize hoist cable to walk around roller connection.
Preferably, also including control system, elevating mechanism, hydraulic cylinder I, hydraulic cylinder II, hydraulic cylinder III, hydraulic cylinder IV, hydraulic cylinder V are connected with control system all respectively.
Operation principle: the stacking form firing adobe now have employed the form of overlapping change layer by layer, and part direction exists between brick and brick the interval of a bit, ultimate principle of the present utility model is exactly in layer fragment of brick is pushed away piled bricks from top to bottom, namely in layer clamp bottom layer piled bricks second from the bottom from down to up and be lifted to certain altitude, and one layer of fragment of brick of bottommost is pushed away piled bricks, conversion direction continues above action, is repeated up to thereafter de-stacking and completes.
During plant running, hydraulic cylinder I, hydraulic cylinder II, hydraulic cylinder III, hydraulic cylinder IV, the initial position of the piston rod of hydraulic cylinder V is all retracted in bottom, lifting assembly initial position rises to highest point for pressure is piled up neatly assembly, when the finished product piled bricks fired is sent to this device, finished product piled bricks is placed on supporting plate, and it is positioned at the lower section at square set center, first, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly, the i.e. height of layer second from the bottom bottom piled bricks, after arrival, hydraulic cylinder I and hydraulic cylinder III drive pushing block I and pushing block III respectively forwardly and rearward movement, move a segment distance compress piled bricks, after stable, piled bricks and pressure buttress assembly are risen overally a segment distance by lifting assembly, after reaching, hydraulic cylinder V drives pushing block V to move right a segment distance, the fragment of brick of layer last bottom piled bricks and piled bricks are pushed away, and the fragment of brick separated is released to the right supporting plate always, after stable, hydraulic cylinder V drives pushing block V to move back into initial position to the left, after arrival, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly again, piled bricks is placed on supporting plate, after stable, hydraulic cylinder I and hydraulic cylinder III drive pushing block I and pushing block III respectively backward and travel forward and return to initial position and unclamp piled bricks.
Pressure is piled up neatly assembly and is risen to certain position by lifting assembly again, after arrival, hydraulic cylinder II and hydraulic cylinder IV drive pushing block II and pushing block IV respectively to the left and move right, move a segment distance compress piled bricks, after stable, piled bricks and pressure buttress assembly are risen overally a segment distance by lifting assembly, after reaching, hydraulic cylinder V drives pushing block V to move right a segment distance, the fragment of brick of layer last bottom piled bricks and piled bricks are pushed away, and the fragment of brick separated is released to the right supporting plate always, after stable, hydraulic cylinder V drives pushing block V to move back into initial position to the left, after arrival, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly again, piled bricks is placed on supporting plate, after stable, hydraulic cylinder II and hydraulic cylinder IV drive pushing block II and pushing block IV to move back into initial position to right and left respectively to unclamp piled bricks, pressure is piled up neatly assembly and is risen to certain position by lifting assembly again, after arrival, hydraulic cylinder I and hydraulic cylinder III drive pushing block I and pushing block III respectively forwardly and rearward movement, move a segment distance compress piled bricks, this step is identical with above-mentioned steps, undertaken by above-mentioned identical step cycle again, because the stacking form firing adobe now all adopts the form of overlapping change layer by layer, so, as long as repeating by above-mentioned steps, piled bricks just constantly can be carried out de-stacking separation, finally after piled bricks splits layer by layer completely, hydraulic cylinder I, hydraulic cylinder II, hydraulic cylinder III, hydraulic cylinder IV, the piston rod of hydraulic cylinder V is all retracted into initial position, pressure is piled up neatly assembly and is risen to initial position by lifting assembly, so repeat the fractionation of finished product piled bricks.
(3) beneficial effect
A kind of de-stacking device for finished product fragment of brick piled bricks described in the utility model, has short, advantage that labor intensity is low simple to operation, consuming time, has reached to accelerate job scheduling, improves operation automation, has strengthened the effect of continuous production.
Accompanying drawing explanation
Fig. 1 is plan structure schematic diagram of the present utility model.
Fig. 2 is the A-A face sectional schematic diagram of this utility model Fig. 1.
Fig. 3 is axonometric drawing of the present utility model.
Fig. 4 is the A-A face section structure schematic diagram of this utility model Fig. 1 embodiment 3.
Fig. 5 is the A-A face section structure schematic diagram of this utility model Fig. 1 embodiment 4.
Fig. 6 is the plan structure schematic diagram of this utility model embodiment 5.
Being labeled as in accompanying drawing: 1-square set, 2-hydraulic cylinder I, 3-pushing block I, 4-hydraulic cylinder II, 5-pushing block II, 6-hydraulic cylinder III, 7-pushing block III, 8-hydraulic cylinder IV, 9-pushing block IV, 10-elevating mechanism, 11-hydraulic cylinder V, 12-pushing block V, 13-piled bricks, 14-supporting plate, 15-controls system, 101-electric gear, 102-tooth bar, 103-motorized pulleys, 104-roller, 105-hoist cable.
Detailed description of the invention
Below in conjunction with drawings and Examples, this utility model is further described.
Embodiment 1
A kind of de-stacking device for finished product fragment of brick piled bricks, as shown in Figure 1-Figure 3, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set 1, hydraulic cylinder I 2, pushing block I 3, hydraulic cylinder II 4, pushing block II 5, hydraulic cylinder III 6, pushing block III 7, hydraulic cylinder IV 8, pushing block IV 9, on rear side of hydraulic cylinder I 2 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder I 2 is connected to pushing block I 3, on the right side of hydraulic cylinder II 4 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder II 4 is connected to pushing block II 5, on front side of hydraulic cylinder III 6 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder III 6 is connected to pushing block III 7, on the left of hydraulic cylinder IV 8 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder IV 8 is connected to pushing block IV 9；Lifting assembly includes four identical elevating mechanisms 10, and four elevating mechanisms 10 are separately mounted to the position, four, center all around on square set 1 frame；Pushing away buttress assembly and include hydraulic cylinder V 11, pushing block V 12, hydraulic cylinder V 11 is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V 11 is connected to pushing block V 12.
Embodiment 2
A kind of de-stacking device for finished product fragment of brick piled bricks, as shown in Figure 1-Figure 3, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set 1, hydraulic cylinder I 2, pushing block I 3, hydraulic cylinder II 4, pushing block II 5, hydraulic cylinder III 6, pushing block III 7, hydraulic cylinder IV 8, pushing block IV 9, on rear side of hydraulic cylinder I 2 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder I 2 is connected to pushing block I 3, on the right side of hydraulic cylinder II 4 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder II 4 is connected to pushing block II 5, on front side of hydraulic cylinder III 6 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder III 6 is connected to pushing block III 7, on the left of hydraulic cylinder IV 8 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder IV 8 is connected to pushing block IV 9；Lifting assembly includes four identical elevating mechanisms 10, and four elevating mechanisms 10 are separately mounted to the position, four, center all around on square set 1 frame；Pushing away buttress assembly and include hydraulic cylinder V 11, pushing block V 12, hydraulic cylinder V 11 is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V 11 is connected to pushing block V 12.
Elevating mechanism 10 is hydraulic cylinder, and the front end of hydraulic cylinder is connected on square set 1, can pass through hydraulic cylinder and regulate the height of pressure buttress assembly.
Embodiment 3
A kind of de-stacking device for finished product fragment of brick piled bricks, as Figure 1-Figure 4, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set 1, hydraulic cylinder I 2, pushing block I 3, hydraulic cylinder II 4, pushing block II 5, hydraulic cylinder III 6, pushing block III 7, hydraulic cylinder IV 8, pushing block IV 9, on rear side of hydraulic cylinder I 2 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder I 2 is connected to pushing block I 3, on the right side of hydraulic cylinder II 4 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder II 4 is connected to pushing block II 5, on front side of hydraulic cylinder III 6 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder III 6 is connected to pushing block III 7, on the left of hydraulic cylinder IV 8 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder IV 8 is connected to pushing block IV 9；Lifting assembly includes four identical elevating mechanisms 10, and four elevating mechanisms 10 are separately mounted to the position, four, center all around on square set 1 frame；Pushing away buttress assembly and include hydraulic cylinder V 11, pushing block V 12, hydraulic cylinder V 11 is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V 11 is connected to pushing block V 12.
Elevating mechanism 10 includes electric gear 101, tooth bar 102, and tooth bar 102 is vertically connected on square set 1, and electric gear 101 and tooth bar 102 engage, and elevating mechanism 10 can pass through rotating of electric gear 101 and regulate the height pressing buttress assembly.
Embodiment 4
A kind of de-stacking device for finished product fragment of brick piled bricks, such as Fig. 1, Fig. 2, Fig. 3, shown in Fig. 5, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set 1, hydraulic cylinder I 2, pushing block I 3, hydraulic cylinder II 4, pushing block II 5, hydraulic cylinder III 6, pushing block III 7, hydraulic cylinder IV 8, pushing block IV 9, on rear side of hydraulic cylinder I 2 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder I 2 is connected to pushing block I 3, on the right side of hydraulic cylinder II 4 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder II 4 is connected to pushing block II 5, on front side of hydraulic cylinder III 6 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder III 6 is connected to pushing block III 7, on the left of hydraulic cylinder IV 8 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder IV 8 is connected to pushing block IV 9；Lifting assembly includes four identical elevating mechanisms 10, and four elevating mechanisms 10 are separately mounted to the position, four, center all around on square set 1 frame；Pushing away buttress assembly and include hydraulic cylinder V 11, pushing block V 12, hydraulic cylinder V 11 is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V 11 is connected to pushing block V 12.
Elevating mechanism 10 includes motorized pulleys 103, roller 104, hoist cable 105, roller 104 is pivotally arranged on above square set 1, motorized pulleys 103 are arranged on below roller 104 side, motorized pulleys 103 and square set 1 utilize hoist cable 105 to walk around roller 104 to connect, and what elevating mechanism 10 can pass through motorized pulleys 103 rotates the height regulating pressure buttress assembly.
Embodiment 5
A kind of de-stacking device for finished product fragment of brick piled bricks, such as Fig. 1, Fig. 2, Fig. 3, shown in Fig. 6, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set 1, hydraulic cylinder I 2, pushing block I 3, hydraulic cylinder II 4, pushing block II 5, hydraulic cylinder III 6, pushing block III 7, hydraulic cylinder IV 8, pushing block IV 9, on rear side of hydraulic cylinder I 2 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder I 2 is connected to pushing block I 3, on the right side of hydraulic cylinder II 4 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder II 4 is connected to pushing block II 5, on front side of hydraulic cylinder III 6 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder III 6 is connected to pushing block III 7, on the left of hydraulic cylinder IV 8 is arranged in square set 1 frame, the dead ahead of hydraulic cylinder IV 8 is connected to pushing block IV 9；Lifting assembly includes four identical elevating mechanisms 10, and four elevating mechanisms 10 are separately mounted to the position, four, center all around on square set 1 frame；Pushing away buttress assembly and include hydraulic cylinder V 11, pushing block V 12, hydraulic cylinder V 11 is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V 11 is connected to pushing block V 12.
Elevating mechanism 10 is hydraulic cylinder, and the front end of hydraulic cylinder is connected on square set 1, can pass through hydraulic cylinder and regulate the height of pressure buttress assembly.
Also include control system 15, elevating mechanism 10, hydraulic cylinder I 2, hydraulic cylinder II 4, hydraulic cylinder III 6, hydraulic cylinder 8, hydraulic cylinder V 11 are connected with control system 15 all respectively, and elevating mechanism 10, hydraulic cylinder I 2, hydraulic cylinder II 4, hydraulic cylinder III 6, hydraulic cylinder IV 8, hydraulic cylinder V 11 can be controlled by control system 15 respectively.
Operation principle: the stacking form firing adobe now have employed the form of overlapping change layer by layer, and part direction exists between brick and brick the interval of a bit, ultimate principle of the present utility model is exactly that fragment of brick in layer pushes away piled bricks 13 from top to bottom, namely in layer clamp bottom layer piled bricks 13 second from the bottom from down to up and be lifted to certain altitude, and one layer of fragment of brick of bottommost is pushed away piled bricks 13, conversion direction continues above action, is repeated up to thereafter de-stacking and completes.
During plant running, hydraulic cylinder I 2, hydraulic cylinder II 4, hydraulic cylinder III 6, hydraulic cylinder IV 8, the initial position of the piston rod of hydraulic cylinder V 11 is all retracted in bottom, lifting assembly initial position rises to highest point for pressure is piled up neatly assembly, when the finished product piled bricks 13 fired is sent to this device, finished product piled bricks 13 is placed on supporting plate 14, and it is positioned at the lower section at square set 1 center, first, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly, the i.e. height of layer second from the bottom bottom piled bricks 13, after arrival, hydraulic cylinder I 2 and hydraulic cylinder III 6 drive pushing block I 3 and pushing block III 7 respectively forwardly and rearward movement, move a segment distance compress piled bricks 13, after stable, piled bricks 13 and pressure buttress assembly are risen overally a segment distance by lifting assembly, after reaching, hydraulic cylinder V 11 drives pushing block V 12 to move right a segment distance, the fragment of brick of layer last bottom piled bricks 13 and piled bricks 13 are pushed away, and the fragment of brick separated is released to the right supporting plate 14 always, after stable, hydraulic cylinder V 11 drives pushing block V 12 to move back into initial position to the left, after arrival, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly again, piled bricks 13 is placed on supporting plate 14, after stable, hydraulic cylinder I 2 and hydraulic cylinder III 6 drive pushing block I 3 and pushing block III 7 respectively backward and travel forward and return to initial position and unclamp piled bricks 13.
Pressure is piled up neatly assembly and is risen to certain position by lifting assembly again, after arrival, hydraulic cylinder II 4 and hydraulic cylinder IV 8 drive pushing block II 5 and pushing block IV 9 respectively to the left and move right, move a segment distance compress piled bricks 13, after stable, piled bricks 13 and pressure buttress assembly are risen overally a segment distance by lifting assembly, after reaching, hydraulic cylinder V 11 drives pushing block V 12 to move right a segment distance, the fragment of brick of layer last bottom piled bricks 13 and piled bricks 13 are pushed away, and the fragment of brick separated is released to the right supporting plate always, after stable, hydraulic cylinder V 11 drives pushing block V 12 to move back into initial position to the left, after arrival, pressure is piled up neatly assembly and is dropped to certain position by lifting assembly again, piled bricks 13 is placed on supporting plate 14, after stable, hydraulic cylinder II 4 and hydraulic cylinder IV 8 drive pushing block II 5 and pushing block IV 9 to move back into initial position to right and left respectively and unclamp piled bricks 13, pressure is piled up neatly assembly and is risen to certain position by lifting assembly again, after arrival, hydraulic cylinder I 2 and hydraulic cylinder III 6 drive pushing block I 3 and pushing block III 7 respectively forwardly and rearward movement, move a segment distance compress piled bricks 13, this step is identical with above-mentioned steps, undertaken by above-mentioned identical step cycle again, because the stacking form firing adobe now all adopts the form of overlapping change layer by layer, so, as long as repeating by above-mentioned steps, piled bricks 13 just constantly can be carried out de-stacking separation, finally after piled bricks splits layer by layer completely, hydraulic cylinder I 2, hydraulic cylinder II 4, hydraulic cylinder III 6, hydraulic cylinder IV 8, the piston rod of hydraulic cylinder V 11 is all retracted into initial position, pressure is piled up neatly assembly and is risen to initial position by lifting assembly, so repeat the fractionation of finished product piled bricks 13.
Embodiment described above only have expressed preferred implementation of the present utility model, and it describes comparatively concrete and detailed, but therefore can not be interpreted as the restriction to this utility model the scope of the claims.It should be pointed out that, for the person of ordinary skill of the art, without departing from the inventive concept of the premise, it is also possible to make some deformation, improvement and replacement, these broadly fall into protection domain of the present utility model.Therefore, the protection domain of this utility model patent should be as the criterion with claims.
Claims (5)
1. the de-stacking device for finished product fragment of brick piled bricks, it is characterized in that, include lifting assembly, pressure buttress assembly, push away buttress assembly, pressure buttress assembly includes square set (1), hydraulic cylinder I (2), pushing block I (3), hydraulic cylinder II (4), pushing block II (5), hydraulic cylinder III (6), pushing block III (7), hydraulic cylinder IV (8), pushing block IV (9), on rear side of hydraulic cylinder I (2) is arranged in square set (1) frame, the dead ahead of hydraulic cylinder I (2) is connected to pushing block I (3), on the right side of hydraulic cylinder II (4) is arranged in square set (1) frame, the dead ahead of hydraulic cylinder II (4) is connected to pushing block II (5), on front side of hydraulic cylinder III (6) is arranged in square set (1) frame, the dead ahead of hydraulic cylinder III (6) is connected to pushing block III (7), on the left of hydraulic cylinder IV (8) is arranged in square set (1) frame, the dead ahead of hydraulic cylinder IV (8) is connected to pushing block IV (9)；Lifting assembly includes four identical elevating mechanisms (10), and four elevating mechanisms (10) are separately mounted to the position, four, center all around on square set (1) frame；Pushing away buttress assembly and include hydraulic cylinder V (11), pushing block V (12), hydraulic cylinder V (11) is arranged on the lower left of pressure buttress assembly, and the dead ahead of hydraulic cylinder V (11) is connected to pushing block V (12).
2. a kind of de-stacking device for finished product fragment of brick piled bricks according to claim 1, it is characterised in that elevating mechanism (10) is hydraulic cylinder, and the front end of hydraulic cylinder is connected on square set (1).
3. a kind of de-stacking device for finished product fragment of brick piled bricks according to claim 1, it is characterized in that, elevating mechanism (10) includes electric gear (101), tooth bar (102), tooth bar (102) is vertically connected on square set (1), and electric gear (101) and tooth bar (102) engage.
4. a kind of de-stacking device for finished product fragment of brick piled bricks according to claim 1, it is characterized in that, elevating mechanism (10) includes motorized pulleys (103), roller (104), hoist cable (105), roller (104) is pivotally arranged on square set (1) top, motorized pulleys (103) are arranged on below roller (104) side, and motorized pulleys (103) and square set (1) utilize hoist cable (105) to walk around roller (104) connection.
5. a kind of de-stacking device for finished product fragment of brick piled bricks according to claim 1, it is characterized in that, also including control system (15), elevating mechanism (10), hydraulic cylinder I (2), hydraulic cylinder II (4), hydraulic cylinder III (6), hydraulic cylinder IV (8), hydraulic cylinder V (11) are connected with control system (15) all respectively.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620120981.8U CN205346346U (en) | 2016-02-15 | 2016-02-15 | A device of breaking a jam for finished product fragment of brick brick pillar |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620120981.8U CN205346346U (en) | 2016-02-15 | 2016-02-15 | A device of breaking a jam for finished product fragment of brick brick pillar |
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| CN205346346U true CN205346346U (en) | 2016-06-29 |
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| CN201620120981.8U Active CN205346346U (en) | 2016-02-15 | 2016-02-15 | A device of breaking a jam for finished product fragment of brick brick pillar |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106865140A (en) * | 2017-04-18 | 2017-06-20 | 东莞市鹏翼自动化科技有限公司 | A kind of automation conveying equipment |
| CN106988534A (en) * | 2017-04-18 | 2017-07-28 | 东莞市鹏翼自动化科技有限公司 | One kind automation feeder equipment |
| CN107043026A (en) * | 2017-02-08 | 2017-08-15 | 武汉理工大学 | A kind of bulk cargo terminals collect together goods device |
| CN107055114A (en) * | 2017-03-27 | 2017-08-18 | 泉州市启盛机械制造有限公司 | The automatic stacking system of fragment of brick |
-
2016
- 2016-02-15 CN CN201620120981.8U patent/CN205346346U/en active Active
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107043026A (en) * | 2017-02-08 | 2017-08-15 | 武汉理工大学 | A kind of bulk cargo terminals collect together goods device |
| CN107055114A (en) * | 2017-03-27 | 2017-08-18 | 泉州市启盛机械制造有限公司 | The automatic stacking system of fragment of brick |
| CN106865140A (en) * | 2017-04-18 | 2017-06-20 | 东莞市鹏翼自动化科技有限公司 | A kind of automation conveying equipment |
| CN106988534A (en) * | 2017-04-18 | 2017-07-28 | 东莞市鹏翼自动化科技有限公司 | One kind automation feeder equipment |
| CN106988534B (en) * | 2017-04-18 | 2019-05-28 | 江山市艺康化学有限公司 | A kind of automation feeder equipment |
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Address after: Ganzhou City, Jiangxi province 341000 Matsu Shuidong town rock village after Patentee after: Ganzhou Shuangma Intelligent Equipment Co., Ltd Address before: Ganzhou City, Jiangxi province 341000 Matsu Shuidong town rock village after Patentee before: GANZHOU SHUANGMA SETTING SYSTEM Co.,Ltd. |
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| CP01 | Change in the name or title of a patent holder |