CN101787670B - Road gutter slipforming machine - Google Patents
Road gutter slipforming machine Download PDFInfo
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- CN101787670B CN101787670B CN2010101195850A CN201010119585A CN101787670B CN 101787670 B CN101787670 B CN 101787670B CN 2010101195850 A CN2010101195850 A CN 2010101195850A CN 201010119585 A CN201010119585 A CN 201010119585A CN 101787670 B CN101787670 B CN 101787670B
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Abstract
The invention discloses a road gutter slipforming machine. A diesel engine (1) is connected with a worm wheel and worm speed reducer (3); a rail groove (6) is arranged on a stand in parallel; a linear connecting rod (7) is arranged on the rail groove (6); the linear connecting rod (7) connected with a stamp hammer (10) is connected with a connecting rod (5) which is connected with an output shaft of the worm wheel and worm speed reducer (3); a driving feeding chain wheel (22) and a driven feeding chain wheel (23) are arranged at the front end and the rear end of the bottom of a hopper (11); a feeding chain (20) forms an annular conveyor belt through a scratch board (21); a power chain wheel (17) is connected with a power driven dual chain wheel (18) through a power chain wheel (19), and the power driven dual chain wheel (18) is connected with the driving feeding chain wheel (22); a hydraulic rod of a hydraulic cylinder (14) communicated with a hydraulic pump (15) is connected with a skid (12); and a die (9) in a shape of gutter is connected with a material-collecting bin. The mechanical construction is carried out by adopting a slipforming machine and a road gutter is integrated for one step. The invention has the advantages of omitting prefabrication, shortening the work period, stabilizing the quality and improving the work efficiency.
Description
Technical field
The present invention relates to the engineering machinery of road construction, be specifically related to a kind of road gutter slipforming machine.
Background technology
As everyone knows, in order to guarantee the soundness of road foundation, road both sides design gutter.At present, the road drainage gutter be because the particularity of position can only adopt conventional construction method, i.e. the Prefabricated block in prefabricated place when module reaches certain concrete strength, is transported to on-the-spot the installation again.There is following problem in tradition construction: 1, module is prefabricated and deposit and need take certain prefabricated place, and cost of production is high; 2, module reaches certain concrete strength and could carry, and curing time is long, and the construction period is of a specified duration; 3, in handling process, be easy to cause carrying to damage, waste is serious; 4, owing to be artificial the installation, there is big, linear poor, the phenomenon that is uneven in slit in gutter, and quality can not get guaranteeing; If it is blank that 5 gutters exist, leak for a long time to form and subside, there is the hidden danger that washes out roadbed; To sum up, the prefabricated construction of road ditch is difficult to satisfy the requirement of modernized road construction duration and quality.
Summary of the invention
The objective of the invention is to: a kind of road gutter slipforming machine is provided, adopts the sliding formwork machine to carry out mechanized construction, once-forming road drainage gutter is cancelled prefabricated; Reduce and install, practice thrift cost, smoothly smooth and easy, prevent to leak; Reduction of erection time, stabilised quality improves work efficiency.
Technical solution of the present invention is: this sliding formwork machine is a linear reciprocating; Linear reciprocating sliding formwork machine is made up of rack-mounted power set, pressing device, pay-off, navigation device and shaped device; Described power set are made up of rack-mounted diesel engine, clutch and turbine worm reductor, and diesel engine connects the turbine worm reductor through clutch; Described pressing device is made up of eccentric wheel, connecting rod, rail groove, straight line connecting rod, roller and beater; Two parallel rail grooves are installed on frame; Two straight line connecting rods are installed on the rail groove through roller respectively; One end of straight line connecting rod connects beater altogether, and the other end of straight line connecting rod is coupler link one end respectively, and the other end of connecting rod is connected on two output shafts of turbine worm reductor through eccentric wheel respectively; Described pay-off is made up of rack-mounted hopper, power chain, the passive double-stranded wheel of power, power chain, feeding chain, active feeding sprocket wheel, passive feeding sprocket wheel, material scraping plate and collecting bin; Hopper is installed on frame; At the front end of feed hopper bottom passive feeding sprocket wheel is installed; In the rear end of feed hopper bottom initiatively feeding sprocket wheel is installed, feeding chain annular connects initiatively feeding sprocket wheel and passive feeding sprocket wheel, connects some material scraping plates between two feeding chains and forms cycloconveyor belt; On two output shafts of turbine worm reductor, power chain is installed respectively; Power chain connects the passive double-stranded wheel of power through power chain, and the passive double-stranded wheel of power connects initiatively feeding sprocket wheel, and collecting bin is installed in and is positioned at initiatively feeding sprocket wheel below on the frame; Described navigation device is made up of skid, hydraulic cylinder and hydraulic pump, on frame, through support hydraulic cylinder is installed, and skid is installed in the hydraulic stem end of hydraulic cylinder, and hydraulic cylinder is through oil pipe UNICOM hydraulic pump; Described shaped device is made up of mould, and mould is the gutter shape, and mould is connected in the discharging opening place that is positioned at collecting bin on the collecting bin.
Road gutter slipforming machine of the present invention; The sliding formwork machine is the traction vibration-type; Traction vibration-type sliding formwork machine is made up of rack-mounted power set, draw-gear, pay-off, navigation device, shaped device and vibrating device; Described power set are made up of rack-mounted diesel engine, clutch and turbine worm reductor, and diesel engine connects the turbine worm reductor through clutch; Described draw-gear is made up of hoist engine, wire rope, and hoist engine is installed on frame, and hoist engine connects the turbine worm reductor, and the wire rope of hoist engine is not held and is connected on certain traction and fixation point; Described pay-off is made up of rack-mounted hopper, power chain, the passive double-stranded wheel of power, power chain, feeding chain, active feeding sprocket wheel, passive feeding sprocket wheel, material scraping plate and collecting bin; Hopper is installed on frame; At the front end of feed hopper bottom passive feeding sprocket wheel is installed; In the rear end of feed hopper bottom initiatively feeding sprocket wheel is installed, feeding chain annular connects initiatively feeding sprocket wheel and passive feeding sprocket wheel, connects some material scraping plates between two feeding chains and forms cycloconveyor belt; On two output shafts of turbine worm reductor, power chain is installed respectively; Power chain connects the passive double-stranded wheel of power through power chain, and the passive double-stranded wheel of power connects initiatively feeding sprocket wheel, and collecting bin is installed in and is positioned at initiatively feeding sprocket wheel below on the frame; Described navigation device is made up of skid, hydraulic cylinder and hydraulic pump, on frame, through support hydraulic cylinder is installed, and skid is installed in the hydraulic stem end of hydraulic cylinder, and hydraulic cylinder is through oil pipe UNICOM hydraulic pump; Described shaped device is made up of mould, and mould is the gutter shape, and mould is connected in the discharging opening place that is positioned at collecting bin on the collecting bin; Described shaking device is made up of vibrations side plate and electromagnetic shaker, and the vibrations side plate is installed on the mould, and electromagnetic shaker is installed on the vibrations side plate.
Road gutter slipforming machine of the present invention; Leveling unit is installed on frame; Described leveling unit is made up of electromagnetic valve, electronic sensor and elevation wire rope, and the two ends of elevation wire rope are fixed at certain 2 makes wire rope horizontal, slides along wire rope in the contact of electronic sensor; Electronic sensor connects electromagnetic valve, and electromagnetic valve is installed on the oil pipe of navigation device.
Road gutter slipforming machine of the present invention, described navigation device is made up of track rail assembly, hydraulic cylinder and hydraulic pump, on frame, through support hydraulic cylinder is installed, and track rail assembly is installed in the hydraulic stem end of hydraulic cylinder, and hydraulic cylinder is through oil pipe UNICOM hydraulic pump.
Road gutter slipforming machine of the present invention, described navigation device is made up of wheeled assembly, hydraulic cylinder and hydraulic pump, on frame, through support hydraulic cylinder is installed, and wheeled assembly is installed in the hydraulic stem end of hydraulic cylinder, and hydraulic cylinder is through oil pipe UNICOM hydraulic pump.
During the construction of linear reciprocating sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine, and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give the hopper material loading of sliding formwork machine, concrete falls into the charging aperture that collecting bin arrives mould in the effect of pay-off, and beater is tamped concrete, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
During the construction of traction vibration-type sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine, and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give the hopper material loading of sliding formwork machine, concrete falls into the charging aperture that collecting bin arrives mould in the effect of pay-off, and electromagnetic shaker is tamped the concrete that gets in the mould; Simultaneously, hoist engine is opened, and traction sliding formwork machine moves ahead, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
The present invention has the following advantages: 1, mechanized construction improves work efficiency, and the reduction of erection time, stabilised quality is cancelled prefabricated; Reduce seam is installed, prevent to leak, the gutter is smooth and easy, smooth; Practice thrift cost, avoid prefabricated place and storage space, change the various shortcomings of traditional prefabricated construction in the past; 2, more to make full use of power closely knit with the concrete member in straight reciprocating motion, overcomes arc and move back and forth vibrations and the power loss that produces; 3, the sliding formwork machine along elevation work is set, guarantees operation effectively stably all the time.
Description of drawings
Fig. 1 is the structural representation of linear reciprocating sliding formwork machine of the present invention
Fig. 2 is the pressing device structural representation of Fig. 1
Fig. 3 is the mould structure sketch map of Fig. 1
Fig. 4 draws the structural representation of vibration-type sliding formwork machine for the present invention
Fig. 5 is the draw-gear sketch map of Fig. 4
Fig. 6 is the shaking device structural representation of Fig. 4
Fig. 7 is one of a navigation device embodiment sketch map
Fig. 8 is two sketch mapes of navigation device embodiment
Fig. 9 is three sketch mapes of navigation device embodiment
Figure 10 is the leveling unit structural representation
Among the figure: 1 diesel engine, 2 clutches, 3 turbine worm reductors, 4 eccentric wheels, 5 connecting rods, 6 rail grooves, 7 straight line connecting rods; 8 rollers, 9 moulds, 10 beaters, 11 hoppers, 12 guiding skids, 13 guiding trestles, 14 hydraulic cylinders; 15 hydraulic pumps, 16 electromagnetic valves, 17 power chains, the passive double-stranded wheel of 18 power, 19 power chains, 20 feeding chains, 21 material scraping plates; 22 active feeding sprocket wheels, 23 passive feeding sprocket wheels, 24 vibrations side plates, 25 electromagnetic shakers, 26 collecting bins, 27 oil pipes; 28 electronic sensors, 29 elevation wire rope, 30 frames, 31 hoist engines, 32 wire rope, 33 traction and fixation point.
The specific embodiment
Shown in Fig. 1-10; This sliding formwork machine is a linear reciprocating; Linear reciprocating sliding formwork machine is made up of rack-mounted power set, pressing device, pay-off, navigation device and shaped device; Described power set are made up of the diesel engine 1, clutch 2 and the turbine worm reductor 3 that are installed on the frame 30, and diesel engine 1 connects turbine worm reductor 3 through clutch 2; Described pressing device is made up of eccentric wheel 4, connecting rod 5, rail groove 6, straight line connecting rod 7, roller 8 and beater 10; Two parallel rail grooves 6 are installed on frame 30; Two straight line connecting rods 7 are installed on the rail groove 6 through roller 8 respectively; One end of straight line connecting rod 7 connects beater 10 altogether, and the other end of straight line connecting rod 7 is coupler link 5 one ends respectively, and the other end of connecting rod 5 is connected on two output shafts of turbine worm reductor 3 through eccentric wheel 4 respectively; Described pay-off by be installed in the passive double-stranded wheel of hopper 11, power chain 17, power on the frame 30 18, power chain 19, feeding chain 20, initiatively feeding sprocket wheel 22, passive feeding sprocket wheel 23, material scraping plate 21 and collecting bin 26 are formed; Hopper 11 is installed on frame 30; At the front end of hopper 11 bottoms passive feeding sprocket wheel 23 is installed; In the rear end of hopper 11 bottoms initiatively feeding sprocket wheel 22 is installed; Feeding chain 20 annulars connect initiatively feeding sprocket wheel 22 and passive feeding sprocket wheel 23; Article two, connect some material scraping plates 21 between the feeding chain and form cycloconveyor belt, on two output shafts of turbine worm reductor 3, power chain 17 is installed respectively, power chain 17 connects the passive double-stranded wheel 18 of power through power chain 19; The passive double-stranded wheel 18 of power connects initiatively feeding sprocket wheel 22, and collecting bin 26 is installed in and is positioned at initiatively feeding sprocket wheel 22 belows on the frame 30; Described navigation device is made up of skid 12, hydraulic cylinder 14 and hydraulic pump 15, on frame 30, through support 13 hydraulic cylinder 14 is installed, and skid 12 is installed in the hydraulic stem end of hydraulic cylinder 14, and hydraulic cylinder 14 is through oil pipe UNICOM hydraulic pump 15; Described shaped device is made up of mould 9, and mould 9 is the gutter shape, and mould 9 is connected in the discharging opening place that is positioned at collecting bin on the collecting bin 26.
Road gutter slipforming machine of the present invention; The sliding formwork machine is the traction vibration-type; Traction vibration-type sliding formwork machine is made up of the power set, draw-gear, pay-off, navigation device, shaped device and the vibrating device that are installed on the frame 30; Described power set are made up of the diesel engine 1, clutch 2 and the turbine worm reductor 3 that are installed on the frame 30, and diesel engine 1 connects turbine worm reductor 3 through clutch 2; Described draw-gear is made up of hoist engine 31, wire rope 32, and hoist engine 31 is installed on frame 30, and hoist engine 31 connects turbine worm reductor 3, and the wire rope of hoist engine 31 is not held and is connected on certain traction and fixation point; Described pay-off by be installed in the passive double-stranded wheel of hopper 11, power chain 17, power on the frame 30 18, power chain 19, feeding chain 20, initiatively feeding sprocket wheel 22, passive feeding sprocket wheel 23, material scraping plate 21 and collecting bin 26 are formed; Hopper 11 is installed on frame 30; At the front end of hopper 11 bottoms passive feeding sprocket wheel 23 is installed; In the rear end of hopper 11 bottoms initiatively feeding sprocket wheel 22 is installed; Feeding chain 20 annulars connect initiatively feeding sprocket wheel 22 and passive feeding sprocket wheel 23; Article two, connect some material scraping plates 21 between the feeding chain and form cycloconveyor belt, on two output shafts of turbine worm reductor 3, power chain 17 is installed respectively, power chain 17 connects the passive double-stranded wheel 18 of power through power chain 19; The passive double-stranded wheel 18 of power connects initiatively feeding sprocket wheel 22, and collecting bin 26 is installed in and is positioned at initiatively feeding sprocket wheel 22 belows on the frame 30; Described navigation device is made up of skid 12, hydraulic cylinder 14 and hydraulic pump 15, on frame 30, through support 13 hydraulic cylinder 14 is installed, and skid 12 is installed in the hydraulic stem end of hydraulic cylinder 14, and hydraulic cylinder 14 is through oil pipe UNICOM hydraulic pump 15; Described shaped device is made up of mould 9, and mould 9 is the gutter shape; Described shaking device is made up of with electromagnetic shaker 25 vibrations side plate 24, and vibrations side plate 24 is installed on the mould 9, and electromagnetic shaker 25 is installed on the vibrations side plate 24.
Road gutter slipforming machine of the present invention; On frame 30, leveling unit is installed; Described leveling unit is made up of electromagnetic valve 16, electronic sensor 28 and elevation wire rope 29, and the two ends of elevation wire rope 29 are fixed at certain 2 makes wire rope horizontal, electronic sensor 28 is installed on elevation wire rope 29 and is slided along wire rope; Electronic sensor 28 connects electromagnetic valve 16, and electromagnetic valve 16 is installed on the oil pipe 27 of navigation device.
Road gutter slipforming machine of the present invention; Described navigation device is made up of track rail assembly, hydraulic cylinder 14 and hydraulic pump 15; On frame 30, through support 13 hydraulic cylinder 14 is installed, track rail assembly is installed in the hydraulic stem end of hydraulic cylinder 14, and hydraulic cylinder 14 is through oil pipe UNICOM hydraulic pump 15.
Road gutter slipforming machine of the present invention; Described navigation device is made up of wheeled assembly, hydraulic cylinder 14 and hydraulic pump 15; On frame 30, through support 13 hydraulic cylinder 14 is installed, wheeled assembly is installed in the hydraulic stem end of hydraulic cylinder 14, and hydraulic cylinder 14 is through oil pipe UNICOM hydraulic pump 15.
During the construction of linear reciprocating sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine 1, and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give hopper 11 material loadings of sliding formwork machine, concrete falls into the charging aperture that collecting bin 26 arrives mould 9 in the effect of pay-off, and 10 pairs of concretes of beater are tamped, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
During the construction of traction vibration-type sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine 1, and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give hopper 11 material loadings of sliding formwork machine, concrete falls into the charging aperture that collecting bin 26 arrives mould 9 in the effect of pay-off, and 25 pairs of concretes that get in the mould of electromagnetic shaker are tamped; Simultaneously, hoist engine 31 is opened, and traction sliding formwork machine moves ahead, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
Claims (5)
1. road gutter slipforming machine; It is characterized in that: this sliding formwork machine is a linear reciprocating; Linear reciprocating sliding formwork machine is made up of rack-mounted power set, pressing device, pay-off, navigation device and shaped device; Described power set are made up of the diesel engine (1), clutch (2) and the turbine worm reductor (3) that are installed on the frame (30), and diesel engine (1) connects turbine worm reductor (3) through clutch (2); Described pressing device is made up of eccentric wheel (4), connecting rod (5), rail groove (6), straight line connecting rod (7), roller (8) and beater (10); In frame (30) two parallel rail grooves (6) go up to be installed; Two straight line connecting rods (7) are installed on the rail groove (6) through roller (8) respectively; One end of straight line connecting rod (7) connects beater (10) altogether; The other end of straight line connecting rod (7) is coupler link (5) one ends respectively, and the other end of connecting rod (5) is connected on two output shafts of turbine worm reductor (3) through eccentric wheel (4) respectively; Described pay-off is made up of hopper (11), power chain (17), power passive double-stranded wheel (18), the power chain (19), feeding chain (20), active feeding sprocket wheel (22), passive feeding sprocket wheel (23), material scraping plate (21) and the collecting bin (26) that are installed on the frame (30); Go up installation hopper (11) in frame (30); Front end in hopper (11) bottom is installed passive feeding sprocket wheel (23); In the rear end of hopper (11) bottom initiatively feeding sprocket wheel (22) is installed; Feeding chain (20) annular connects initiatively feeding sprocket wheel (22) and passive feeding sprocket wheel (23); Article two, connect some material scraping plates (21) between the feeding chain and form cycloconveyor belt, power chain (17) is installed respectively on two output shafts of turbine worm reductor (3), power chain (17) connects the passive double-stranded wheel of power (18) through power chain (19); The passive double-stranded wheel of power (18) connects initiatively feeding sprocket wheel (22), and collecting bin (26) is installed in and is positioned at initiatively feeding sprocket wheel (22) below on the frame (30); Described navigation device is made up of skid (12), hydraulic cylinder (14) and hydraulic pump (15); Go up through support (13) installation hydraulic cylinder (14) in frame (30); Skid (12) is installed in the hydraulic stem end of hydraulic cylinder (14), and hydraulic cylinder (14) is through oil pipe UNICOM hydraulic pump (15); Described shaped device is made up of mould (9), and mould (9) is the gutter shape, and mould (9) is connected in the discharging opening place that is positioned at collecting bin on the collecting bin (26); During the construction of linear reciprocating sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine (1), and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give hopper (11) material loading of sliding formwork machine, concrete falls into the charging aperture that collecting bin (26) arrives mould (9) in the effect of pay-off, and beater (10) is tamped concrete, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
2. road gutter slipforming machine; It is characterized in that: the sliding formwork machine is the traction vibration-type; Traction vibration-type sliding formwork machine is made up of the power set, draw-gear, pay-off, navigation device, shaped device and the shaking device that are installed on the frame (30); Described power set are made up of the diesel engine (1), clutch (2) and the turbine worm reductor (3) that are installed on the frame (30), and diesel engine (1) connects turbine worm reductor (3) through clutch (2); Described draw-gear is made up of hoist engine (31), wire rope (32), goes up in frame (30) hoist engine (31) is installed, and hoist engine (31) connects turbine worm reductor (3), and the wire rope of hoist engine (31) is not held and is connected on certain traction and fixation point; Described pay-off is made up of hopper (11), power chain (17), power passive double-stranded wheel (18), the power chain (19), feeding chain (20), active feeding sprocket wheel (22), passive feeding sprocket wheel (23), material scraping plate (21) and the collecting bin (26) that are installed on the frame (30); Go up installation hopper (11) in frame (30); Front end in hopper (11) bottom is installed passive feeding sprocket wheel (23); In the rear end of hopper (11) bottom initiatively feeding sprocket wheel (22) is installed; Feeding chain (20) annular connects initiatively feeding sprocket wheel (22) and passive feeding sprocket wheel (23); Article two, connect some material scraping plates (21) between the feeding chain and form cycloconveyor belt, power chain (17) is installed respectively on two output shafts of turbine worm reductor (3), power chain (17) connects the passive double-stranded wheel of power (18) through power chain (19); The passive double-stranded wheel of power (18) connects initiatively feeding sprocket wheel (22), and collecting bin (26) is installed in and is positioned at initiatively feeding sprocket wheel (22) below on the frame (30); Described navigation device is made up of skid (12), hydraulic cylinder (14) and hydraulic pump (15); Go up through support (13) installation hydraulic cylinder (14) in frame (30); Skid (12) is installed in the hydraulic stem end of hydraulic cylinder (14), and hydraulic cylinder (14) is through oil pipe UNICOM hydraulic pump (15); Described shaped device is made up of mould (9), and mould (9) is the gutter shape; Described shaking device is made up of vibrations side plate (24) and electromagnetic shaker (25), and vibrations side plates (24) are installed on the mould (9), and electromagnetic shaker (25) is installed on the vibrations side plates (24); During the construction of traction vibration-type sliding formwork machine, at first, press drawing given size excavation gutter and well shaped; Then, the sliding formwork machine is placed on the gutter, opens diesel engine (1), and each installs dry run, adjusts sliding formwork machine elevation; Secondly, give hopper (11) material loading of sliding formwork machine, concrete falls into the charging aperture that collecting bin (26) arrives mould (9) in the effect of pay-off, and electromagnetic shaker (25) is tamped the concrete that gets in the mould; Simultaneously, hoist engine (31) is opened, and traction sliding formwork machine moves ahead, and the operation of serialization promptly forms the gutter that meets Design Requirement Drawing.
3. road gutter slipforming machine according to claim 1 and 2; It is characterized in that: go up in frame (30) leveling unit is installed; Described leveling unit is made up of electromagnetic valve (16), electronic sensor (28) and elevation wire rope (29); The two ends of elevation wire rope (29) are fixed at certain 2 makes wire rope horizontal; Slide at elevation wire rope (29) last installation electronic sensor (28) and along wire rope, electronic sensor (28) connects electromagnetic valve (16), and electromagnetic valve (16) is installed on the oil pipe (27) of navigation device.
4. road gutter slipforming machine according to claim 1 and 2; It is characterized in that: described skid is a track rail assembly; Go up through support (13) installation hydraulic cylinder (14) in frame (30); Track rail assembly is installed in the hydraulic stem end of hydraulic cylinder (14), and hydraulic cylinder (14) is through oil pipe UNICOM hydraulic pump (15).
5. road gutter slipforming machine according to claim 1 and 2; It is characterized in that: described skid is wheeled assembly; Go up through support (13) installation hydraulic cylinder (14) in frame (30); Wheeled assembly is installed in the hydraulic stem end of hydraulic cylinder (14), and hydraulic cylinder (14) is through oil pipe UNICOM hydraulic pump (15).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101195850A CN101787670B (en) | 2010-03-03 | 2010-03-03 | Road gutter slipforming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101195850A CN101787670B (en) | 2010-03-03 | 2010-03-03 | Road gutter slipforming machine |
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| Publication Number | Publication Date |
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| CN101787670A CN101787670A (en) | 2010-07-28 |
| CN101787670B true CN101787670B (en) | 2012-06-27 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010101195850A Expired - Fee Related CN101787670B (en) | 2010-03-03 | 2010-03-03 | Road gutter slipforming machine |
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| CN (1) | CN101787670B (en) |
Families Citing this family (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN206143569U (en) * | 2016-08-10 | 2017-05-03 | 中铁十二局集团有限公司 | Formula of stirring of shaking is slipform by oneself |
| CN108755336B (en) * | 2018-05-23 | 2020-10-09 | 陈国彦 | Urban highway construction device capable of preventing waterlogging disasters |
| CN109113276B (en) * | 2018-10-11 | 2021-07-09 | 嘉兴永森建设有限公司 | Gutter laying device |
| CN114953115B (en) * | 2022-05-17 | 2024-09-27 | 天津新业送变电安装有限公司 | Integrated water trough type road kerbstone die |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| FR2729162B1 (en) * | 1995-01-05 | 1997-04-04 | Colas Sa | MOLD FOR SLOT CHANNELS |
| DE29520147U1 (en) * | 1995-12-19 | 1996-02-08 | Voegele Ag J | Slipform paver for concrete construction |
| CN2797508Y (en) * | 2005-05-10 | 2006-07-19 | 魏炜 | Guiding rolling sliding form |
| CN201193306Y (en) * | 2008-04-28 | 2009-02-11 | 江苏四明工程机械有限公司 | Working mechanism of self-propelled multifunction curb slipform machine |
| CN201634990U (en) * | 2010-03-03 | 2010-11-17 | 陈宽 | Road gutter sliding mode machine |
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