CN204162978U - A kind of microlith block laying paver - Google Patents
A kind of microlith block laying paver Download PDFInfo
- Publication number
- CN204162978U CN204162978U CN201420622817.8U CN201420622817U CN204162978U CN 204162978 U CN204162978 U CN 204162978U CN 201420622817 U CN201420622817 U CN 201420622817U CN 204162978 U CN204162978 U CN 204162978U
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- block
- microlith
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- way block
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Abstract
The utility model relates to a kind of microlith block laying paver, comprise support body, paving pressure device, material containing device, guide rail and power set, described guide rail comprises way block, described way block side by side parallel is arranged, the end of described way block is bolted and realizes splicing, the inner side of described way block offers rectangular channel on the length direction of way block, described power set are positioned on way block, the upper end of described power set is connected with support body, and described paving pressure device, material containing device are arranged on support body.The utility model has reasonable in design, automaticity is high and lay efficiency advantages of higher, microlith block can be paved fast, thus the man-hour shortened spent by the laying of microlith block, instead of artificial automatic charging, save manpower, reduce the labour intensity of workman and the cost of engineering construction.
Description
Technical field
The utility model relates to a kind of at road construction equipment, a kind of microlith block laying paver specifically.
Background technology
Many road constructions all need to lay microlith block in roadbed part.Existing road construction many employings Manual microlith block, need to employ a large amount of manpowers, the efficiency paved is lower, labour intensity is large, labour cost is high, can cause the in uneven thickness of laying when paving, and rolls add trouble to road roller, need repeatedly to roll and can smooth, make man-hour longer, Construction Cost drops into comparatively large, has had a strong impact on the progress that highway is built.
Utility model content
Technical problem to be solved in the utility model be to provide a kind of reasonable in design, automaticity is high, to lay efficiency high, microlith block can be paved fast thus the device shortening the man-hour spent by the laying of microlith block, i.e. a kind of microlith block laying paver.
Technical problem to be solved in the utility model realizes by the following technical solutions:
A kind of microlith block laying paver, comprise support body, paving pressure device, material containing device, guide rail and power set, described guide rail comprises way block, described way block side by side parallel is arranged, the end of described way block is bolted and realizes splicing, and the inner side of described way block offers rectangular channel on the length direction of way block, and described power set are positioned on way block, the upper end of described power set is connected with support body, and described paving pressure device, material containing device are arranged on support body.Power set drive support body, paving pressure device, material containing device at moving on rails, while motion, while discharge microlith block, while pave on road by microlith block, paving to microlith block can be completed, instead of artificial automatic charging, save manpower, reduce the labour intensity of workman, shorten the man-hour that microlith block is laid simultaneously, reduce the cost of engineering construction.
Described support body comprises two foundation, two beam columns, two left support posts, two middle support columns, two right support posts, high crossbeam, low crossbeam, support board, left swash plate and right swash plate, be arranged in parallel between described two foundation, described two beam columns respectively correspondence are positioned at directly over two foundation, and be equipped with the gradient fine strain of millet that straight line from left to right raises on the left of two beam columns, described two left support posts respectively correspondence are arranged on two foundation, between the left part of two beam columns, described two middle support columns respectively correspondence are arranged on two foundation, between the middle part of two beam columns, described two right support posts respectively correspondence are arranged on two foundation, between the right part of two beam columns, described high crossbeam and low crossbeam are between gradient fine strain of millet, described high crossbeam and low crossbeam axis being parallel, and described high crossbeam is positioned at the right part of low crossbeam, described left swash plate is connected horizontally between two middle support columns, described right swash plate is connected horizontally between two right support posts, and described support board is contained in the right-hand member on left swash plate top.The structure design of support body, for the installation location of paving pressure device, material containing device provides guarantee.
Described paving pressure device comprises front stand stone wheels, rear stand stone wheels, pull bar and pressure stone roller, described front stand stone wheels, rear stand stone wheels respectively correspondence are arranged on high crossbeam, low crossbeam, described pull bar right-hand member is corresponding to be connected with two left support posts, and pull bar left end is connected with pressure stone roller.At work, front stand stone wheels are higher than the setting height(from bottom) of rear stand stone wheels, namely utilize front stand stone wheels to carry out first time to microlith block slightly to shakeout, to reduce the height that microlith block is stacked, rear stand stone wheels carry out second time to microlith block slightly to shakeout, finally haul stone roller by pull bar again to carry out carefully shakeouing for the last time, give security for final road roller rolls.
Described material containing device comprises material containing box, mixing drum, inner bearing, right baffle-plate, right baffle plate, left spring, right spring, belt pulley one, belt, belt pulley two and motor, described inner bearing is positioned in the middle part of material containing box rear end face, described motor is fixed on support board, described belt pulley two is connected with motor, be wrapped on belt pulley two on the left of described belt, be wrapped on belt pulley one on the right side of belt, described mixing drum periphery is provided with helical mixing blade, described mixing drum front end is connected with belt pulley one, mixing drum rear end is connected with inner bearing, described mixing drum is positioned at material containing box, described right baffle-plate and material containing box left end lower hinge, described right baffle plate and material containing box right-hand member lower hinge, described left spring left end and left swash plate are connected, left spring right-hand member and right baffle-plate are connected, described right spring left end and right baffle plate are connected, right spring right-hand member and right swash plate are connected.After microlith block puts into material containing box, motor drives mixing drum to rotate by V belt translation, helical mixing blade is allowed to stir microlith block, microlith block is evenly distributed in material containing box, after the weight of the microlith block added in material containing box reaches certain value, weight can overstock on right baffle-plate, right baffle plate, and then compresses left spring and right spring, open downwards by right baffle-plate and right baffle plate, microlith block can drop into road surface to be laid from bottom.
Described power set correspondence is arranged on two foundation, described power set comprise fixed head, wheel hub motor and driven pulley, described fixed head upper end correspondence is arranged on two foundation, described wheel hub motor is arranged on fixed head top, described wheel hub motor is positioned on the upper surface of way block, described driven pulley is positioned at immediately below wheel hub motor, described driven pulley is arranged on fixed head bottom, the upper end of described driven pulley and the upper surface of rectangular channel fit, the benefit of this design is: current stand stone wheels, rear stand stone wheels, when pressure stone roller rolls on microlith block, if it is uneven that microlith block is laid, can to front stand stone wheels, rear stand stone wheels, pressure stone roller produces opposite force upwards, namely to topple power, the upper surface of driven pulley and rectangular channel is utilized to fit, can the power of toppling be applied on way block, thus ensure that overall stability.Drive power set to advance by wheel hub motor, so synchronous make paving pressure device, material containing device moves, continuous print blanking can be realized and pave, greatly improving the efficiency that microlith block is laid.
The axial width of described wheel hub motor is not more than way block width, ensures that wheel hub motor operationally can match with way block fully.
Described driven pulley axial width is not more than the groove depth of rectangular channel, to ensure fully coordinating of driven pulley and rectangular channel.
Described front stand stone wheels, rear stand stone wheels are all taken turns to fit successively along axis direction face and face by single stone to form, such convenience is changed single stone wheel, simultaneously, also the surface finish ensureing front stand stone wheels, rear stand stone wheels is contributed to, after rolling meticulous stone, the flatness that microlith block is laid also can be ensured.
Described pressure stone roller inside is placed with the roller that diameter does not wait, when pressing stone roller to roll, roller can be in pressure stone roller inside all the time bottom under the Action of Gravity Field of self, can utilize the rolling impact of roller in pressure stone roller, realize rolling microlith block.
Helical mixing blade comprises rear blade and front vane, and the hand of spiral of described rear blade and front vane is contrary.Can be more concentrated when microlith block is thrown in material containing box, utilize the revolution of rear blade and front vane, the both sides of microlith block towards material containing box can be spread out uniformly, like this when microlith block is from right baffle-plate, right baffle plate blanking, can ensure along the microlith block distribution on the width on road surface relatively uniform, thus reduce the difficulty of laying, shorten the time spent by the laying of microlith block.
The beneficial effects of the utility model are: the utility model has reasonable in design, automaticity is high and lay efficiency advantages of higher, microlith block can be paved fast, thus the man-hour shortened spent by the laying of microlith block, instead of artificial automatic charging, save manpower, reduce the labour intensity of workman and the cost of engineering construction.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the utility model is further illustrated.
Fig. 1 is perspective view of the present utility model;
Fig. 2 is main TV structure schematic diagram of the present utility model;
Fig. 3 is plan structure schematic diagram of the present utility model;
Fig. 4 is the perspective view of support body of the present utility model;
Fig. 5 is pressure stone roller internal construction schematic diagram of the present utility model;
Fig. 6 is the perspective view that the utility model removes the material containing device after right baffle-plate and right baffle plate;
Fig. 7 is material containing device internal construction schematic diagram of the present utility model;
Fig. 8 is the perspective view of power set of the present utility model;
Fig. 9 is the structural representations of power set of the present utility model when coordinating with way block.
Detailed description of the invention
The technological means realized to make the utility model, creation characteristic, reaching object and effect is easy to understand, below the utility model being set forth further.
As shown in Figures 1 to 9, a kind of microlith block laying paver, comprise support body 1, paving pressure device, material containing device, guide rail and power set, described guide rail comprises way block 18, described way block 18 side by side parallel is arranged, the end of described way block 18 is bolted and realizes splicing, the inner side of described way block 18 offers rectangular channel 18a on the length direction of way block 18, described power set are positioned on way block 18, the upper end of described power set is connected with support body 1, and described paving pressure device, material containing device are arranged on support body 1.Power set drive support body 1, paving pressure device, material containing device at moving on rails, while motion, while discharge microlith block, while pave on road by microlith block, paving to microlith block can be completed, instead of artificial automatic charging, save manpower, reduce the labour intensity of workman, shorten the man-hour that microlith block is laid simultaneously, reduce the cost of engineering construction.
Described support body 1 comprises two foundation 101, two beam columns 102, two left support posts 103, two middle support columns 104, two right support posts 105, high crossbeam 106, low crossbeam 109, support board 107, left swash plate 108L and right swash plate 108R, be arranged in parallel between described two foundation 101, described two beam columns 102 respectively correspondence are positioned at directly over two foundation 101, the gradient fine strain of millet 102a that straight line from left to right raises is equipped with on the left of two beam columns 102, described two left support posts 103 respectively correspondence are arranged on two foundation 101, between the left part of two beam columns 102, described two middle support columns 104 respectively correspondence are arranged on two foundation 101, between the middle part of two beam columns 102, described two right support posts 105 respectively correspondence are arranged on two foundation 101, between the right part of two beam columns 102, described high crossbeam 106 and low crossbeam 109 are between gradient fine strain of millet 102a, described high crossbeam 106 and low crossbeam 109 axis being parallel, and described high crossbeam 106 is positioned at the right part of low crossbeam 109, described left swash plate 108L is connected horizontally between two middle support columns 104, described right swash plate 108R is connected horizontally between two right support posts 105, described support board 107 is contained in the right-hand member on left swash plate 108L top.The structure design of support body 1, for the installation location of paving pressure device, material containing device provides guarantee.
Described paving pressure device comprises front stand stone wheels 2, rear stand stone wheels 3, pull bar 4 and pressure stone roller 5, described front stand stone wheels 2, rear stand stone wheels 3 respectively correspondence are arranged on high crossbeam 106, low crossbeam 109, described pull bar 4 right-hand member is corresponding to be connected with two left support posts 103, and pull bar 4 left end is connected with pressure stone roller 5.At work, front stand stone wheels 2 are higher than the setting height(from bottom) of rear stand stone wheels 3, namely utilize front stand stone wheels 2 pairs of microlith blocks to carry out first time slightly to shakeout, to reduce the height that microlith block is stacked, rear stand stone wheels 3 carry out second time to microlith block slightly to shakeout, finally haul stone roller 5 by pull bar 4 again to carry out carefully shakeouing for the last time, give security for final road roller rolls.
Described material containing device comprises material containing box 6, mixing drum 7, inner bearing 8, right baffle-plate 9L, right baffle plate 9R, left spring 10L, right spring 10R, belt pulley 1, belt 12, belt pulley 2 13 and motor 14, described inner bearing 8 is positioned in the middle part of material containing box 6 rear end face, described motor 14 is fixed on support board 107, described belt pulley 2 13 is connected with motor 14, be wrapped on the left of described belt 12 on belt pulley 2 13, be wrapped on belt pulley 1 on the right side of belt 12, described mixing drum 7 periphery is provided with helical mixing blade 7a, described mixing drum 7 front end is connected with belt pulley 1, mixing drum 7 rear end is connected with inner bearing 8, described mixing drum 7 is positioned at material containing box 6, described right baffle-plate 9L and material containing box 6 left end lower hinge, described right baffle plate 9R and material containing box 6 right-hand member lower hinge, described left spring 10L left end and left swash plate 108L are connected, left spring 10L right-hand member and right baffle-plate 9L are connected, described right spring 10R left end and right baffle plate 9R are connected, right spring 10R right-hand member and right swash plate 108R are connected.After microlith block puts into material containing box 6, motor drives mixing drum 7 to rotate by V belt translation, helical mixing blade 7a is allowed to stir microlith block, microlith block is evenly distributed in material containing box 6, after the weight of the microlith block added in material containing box 6 reaches certain value, weight can overstock on right baffle-plate 9L, right baffle plate 9R, and then compression left spring 10L and right spring 10R, open downwards by right baffle-plate 9L and right baffle plate 9R, microlith block can drop into road surface to be laid from bottom.
Described power set correspondence is arranged on two foundation 101, described power set comprise fixed head 15, wheel hub motor 16 and driven pulley 17, described fixed head 15 upper end correspondence is arranged on two foundation 101, described wheel hub motor 16 is arranged on fixed head 15 top, described wheel hub motor 16 is positioned on the upper surface of way block 18, described driven pulley 17 is positioned at immediately below wheel hub motor 16, described driven pulley 17 is arranged on fixed head 15 bottom, the upper end of described driven pulley 17 and the upper surface of rectangular channel 18a fit, the benefit of this design is: current stand stone wheels 2, rear stand stone wheels 3, when pressure stone roller 5 rolls on microlith block, if it is uneven that microlith block is laid, can to front stand stone wheels 2, rear stand stone wheels 3, pressure stone roller 5 produces opposite force upwards, namely to topple power, driven pulley 17 is utilized to fit with the upper surface of rectangular channel 18a, the power of toppling can be applied on way block 18, thus ensure that overall stability.Drive power set to advance by wheel hub motor 16, so synchronous make paving pressure device, material containing device moves, continuous print blanking can be realized and pave, greatly improving the efficiency that microlith block is laid.
The axial width of described wheel hub motor 16 is not more than way block 18 width, ensures that wheel hub motor 16 operationally can match with way block 18 fully.
Described driven pulley 17 axial width is not more than the groove depth of rectangular channel 18a, to ensure fully coordinating of driven pulley 17 and rectangular channel 18a.
Described front stand stone wheels 2, rear stand stone wheels 3 are all taken turns to fit successively along axis direction face and face by single stone to form, such convenience is changed single stone wheel, simultaneously, also the surface finish ensureing front stand stone wheels 2, rear stand stone wheels 3 is contributed to, after rolling meticulous stone, the flatness that microlith block is laid also can be ensured.
Described pressure stone roller 5 inside is placed with the roller 5a that diameter does not wait, when pressing stone roller 5 to roll, roller 5a can be in pressure stone roller 5 inside all the time bottom under the Action of Gravity Field of self, can utilize the rolling impact of roller 5a in pressure stone roller 5, realize rolling microlith block.
Helical mixing blade 7a comprises rear blade 7b and front vane 7c, and the hand of spiral of described rear blade 7b and front vane 7c is contrary.Can be more concentrated when microlith block is thrown in material containing box 6, utilize the revolution of rear blade 7b and front vane 7c, the both sides of microlith block towards material containing box 6 can be spread out uniformly, like this when microlith block is from right baffle-plate 9L, right baffle plate 9R blanking, can ensure along the microlith block distribution on the width on road surface relatively uniform, thus reduce the difficulty of laying, shorten the time spent by the laying of microlith block.
Before use, first waiting that guide rail lays by the both sides of highway way block 18 spreading microlith, and the mode coordinated according to the rectangular channel 18a of driven pulley 17 and way block 18 li by automatic microlith block paver is to complete installation.
During use, only need wheel hub motor 16 to start, wheel hub motor 16 and driven pulley 17 will drive entirety to travel on guide rail.When automatic microlith block paver drives to the assigned address of paving the way, manually start to add microlith block in material containing box 6.At this moment, motor 14 drives mixing drum 7 to rotate by V belt translation, helical mixing blade 7a is allowed to be evenly distributed by microlith block, microlith block forces left spring 10L and right spring 10R to compress to two ends by self gravitation, and then right baffle-plate 9L and right baffle plate 9R is opened downwards, occur breach, microlith block realizes blanking from indentation, there; After the weight of microlith block is reduced to certain value, left spring 10L and right spring 10R, under the effect of the elastic restoring force of self, promotes right baffle-plate 9L and right baffle plate 9R and resets, and namely realizes the function stopping blanking.
The microlith block dropped on road surface moves backward relative to automatic microlith block paver, in this process, first slightly shakeout through front stand stone wheels 2 first time the height reducing the stacking of microlith block, the height again reducing microlith block and stack slightly is shakeout again through spreading out stone wheels 3 second time later, last again by pressing stone roller 5 to carry out carefully shakeouing for the last time, microlith block is paved completely in particular link.Wherein press the roller in stone roller 5 can help drive the traveling of pressure stone roller 5 and flatten microlith block.
More than show and describe general principle of the present utility model, principal character and advantage of the present utility model.The technician of the industry should understand; the utility model is not restricted to the described embodiments; the just principle of the present utility model described in above-described embodiment and manual; under the prerequisite not departing from the utility model spirit and scope; the utility model also has various changes and modifications, and these changes and improvements all fall in claimed the utility model.The claimed scope of the utility model is defined by appending claims and equivalent thereof.
Claims (6)
1. a microlith block laying paver, comprise support body (1), paving pressure device, material containing device, guide rail and power set, it is characterized in that: described guide rail comprises way block (18), described way block (18) side by side parallel is arranged, the end of described way block (18) is bolted and realizes splicing, the inner side of described way block (18) offers rectangular channel (18a) on the length direction of way block (18), described power set are positioned on way block (18), the upper end of described power set is connected with support body (1), described paving pressure device, material containing device is arranged on support body (1),
Described support body (1) comprises two foundation (101), two beam columns (102), two left support posts (103), two middle support columns (104), two right support posts (105), high crossbeam (106), low crossbeam (109), support board (107), left swash plate (108L) and right swash plate (108R), be arranged in parallel between described two foundation (101), described two beam columns (102) respectively correspondence are positioned at directly over two foundation (101), two beam column (102) left sides are equipped with the gradient fine strain of millet (102a) of straight line rising from left to right, described two left support posts (103) respectively correspondence are arranged on two foundation (101), between the left part of two beam columns (102), described two middle support columns (104) respectively correspondence are arranged on two foundation (101), between the middle part of two beam columns (102), described two right support posts (105) respectively correspondence are arranged on two foundation (101), between the right part of two beam columns (102), described high crossbeam (106) and low crossbeam (109) are positioned between gradient fine strain of millet (102a), described high crossbeam (106) and low crossbeam (109) axis being parallel, and described high crossbeam (106) is positioned at the right part of low crossbeam (109), described left swash plate (108L) is connected horizontally between two middle support columns (104), described right swash plate (108R) is connected horizontally between two right support posts (105), described support board (107) is contained in the right-hand member on left swash plate (108L) top,
Described paving pressure device comprises front stand stone wheels (2), rear stand stone wheels (3), pull bar (4) and pressure stone roller (5), described front stand stone wheels (2), rear stand stone wheels (3) respectively correspondence are arranged on high crossbeam (106), low crossbeam (109), described pull bar (4) right-hand member is corresponding to be connected with two left support posts (103), and pull bar (4) left end is connected with pressure stone roller (5);
Described material containing device comprises material containing box (6), mixing drum (7), inner bearing (8), right baffle-plate (9L), right baffle plate (9R), left spring (10L), right spring (10R), belt pulley one (11), belt (12), belt pulley two (13) and motor (14), described inner bearing (8) is positioned in the middle part of material containing box (6) rear end face, described motor (14) is fixed on support board (107), described belt pulley two (13) is connected with motor (14), described belt (12) left side is wrapped on belt pulley two (13), belt (12) right side is wrapped on belt pulley one (11), described mixing drum (7) periphery is provided with helical mixing blade (7a), described mixing drum (7) front end is connected with belt pulley one (11), mixing drum (7) rear end is connected with inner bearing (8), described mixing drum (7) is positioned at material containing box (6), described right baffle-plate (9L) and material containing box (6) left end lower hinge, described right baffle plate (9R) and material containing box (6) right-hand member lower hinge, described left spring (10L) left end and left swash plate (108L) are connected, left spring (10L) right-hand member and right baffle-plate (9L) are connected, described right spring (10R) left end and right baffle plate (9R) are connected, right spring (10R) right-hand member and right swash plate (108R) are connected,
Described power set correspondence is arranged on two foundation (101), described power set comprise fixed head (15), wheel hub motor (16) and driven pulley (17), described fixed head (15) upper end correspondence is arranged on two foundation (101), described wheel hub motor (16) is arranged on fixed head (15) top, described wheel hub motor (16) is positioned on the upper surface of way block (18), described driven pulley (17) is positioned at immediately below wheel hub motor (16), described driven pulley (17) is arranged on fixed head (15) bottom, the upper end of described driven pulley (17) and the upper surface of rectangular channel (18a) fit.
2. a kind of microlith block laying paver according to claim 1, is characterized in that: the axial width of described wheel hub motor (16) is not more than way block (18) width.
3. a kind of microlith block laying paver according to claim 1, is characterized in that: described driven pulley (17) axial width is not more than the groove depth of rectangular channel (18a).
4. a kind of microlith block laying paver according to claim 1, is characterized in that: described front stand stone wheels (2), rear stand stone wheels (3) are all taken turns to fit successively along axis direction face and face by single stone to form.
5. a kind of microlith block laying paver according to claim 1, is characterized in that: described pressure stone roller (5) inside is placed with the roller (5a) that diameter does not wait.
6. a kind of microlith block laying paver according to claim 1, it is characterized in that: helical mixing blade (7a) comprises rear blade (7b) and front vane (7c), and the hand of spiral of described rear blade (7b) and front vane (7c) is contrary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420622817.8U CN204162978U (en) | 2014-10-17 | 2014-10-17 | A kind of microlith block laying paver |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420622817.8U CN204162978U (en) | 2014-10-17 | 2014-10-17 | A kind of microlith block laying paver |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204162978U true CN204162978U (en) | 2015-02-18 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420622817.8U Expired - Fee Related CN204162978U (en) | 2014-10-17 | 2014-10-17 | A kind of microlith block laying paver |
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| Country | Link |
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| CN (1) | CN204162978U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107178026A (en) * | 2017-05-27 | 2017-09-19 | 重庆教育建设（集团）有限公司 | A kind of lamina wear-resisting haydite road surface construction machinery equipment and construction method |
| CN107268397A (en) * | 2017-07-04 | 2017-10-20 | 中国核工业华兴建设有限公司 | A kind of accurate type rail mounted roadway paving apparatus |
-
2014
- 2014-10-17 CN CN201420622817.8U patent/CN204162978U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107178026A (en) * | 2017-05-27 | 2017-09-19 | 重庆教育建设（集团）有限公司 | A kind of lamina wear-resisting haydite road surface construction machinery equipment and construction method |
| CN107178026B (en) * | 2017-05-27 | 2019-08-20 | 重庆教育建设（集团）有限公司 | A kind of lamina wear-resisting haydite road surface construction machinery equipment and construction method |
| CN107268397A (en) * | 2017-07-04 | 2017-10-20 | 中国核工业华兴建设有限公司 | A kind of accurate type rail mounted roadway paving apparatus |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150218 Termination date: 20151017 |
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| EXPY | Termination of patent right or utility model |