CN105134242A - Dual-rectangular combination pipe jacking equipment - Google Patents
Dual-rectangular combination pipe jacking equipment Download PDFInfo
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- CN105134242A CN105134242A CN201510480544.7A CN201510480544A CN105134242A CN 105134242 A CN105134242 A CN 105134242A CN 201510480544 A CN201510480544 A CN 201510480544A CN 105134242 A CN105134242 A CN 105134242A
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Abstract
Dual-rectangular combination pipe jacking equipment is provided; cutters 1 and 2 on a rectangular cutting frame 1 cut a soil layer outside a cutting head 1 on the bottom of a stir shaft 1 and inside the rectangular cutting frame 1, and stir and mix the soil layer into slurry in motions; cutters 1 and 2 on a rectangular cutting frame 2 cut a soil layer outside a cutting head 1 on the left end of a stir shaft 4 and inside the rectangular cutting frame 2, and stir and mix the soil layer into slurry in motions; cutters 1 and 2 on two stir arms 1 cut a soil layer outside a cutting head 2 on the left end of a stir shaft 2 and inside the two stir arms 1, and stir and mix the soil layer into slurry in motions; cutters 1 and 2 on two stir arms 2 cut a soil layer outside a cutting head 2 on the left end of a stir shaft 3 and inside the two stir arms 2, and stir and mix the soil layer into slurry in motions; the slurry is discharged outside the pipe jacking through a slurry pump; the pipe jacking equipment form a dual-rectangular combination section in propulsion; then a dual-rectangular combination section pipeline form a long distance dual-rectangular combination pipe jacking pipe in tailgate one segment by one segment.
Description
Technical field
The present invention relates to a kind of pipe jacking equipment, the two square combination pipe jacking equipments particularly applied in a kind of pipe-jacking project.
Background technology
At present, the two square combination pipe jacking equipments applied in pipe-jacking project are all the sections being formed an approximate Double square combination by multiple bit rotary cutting soil body, two square combination push pipe pipeline is very large at the process resistance of compressing into, and damages two square combination push pipe pipeline sometimes in process of compressing into.
Summary of the invention
The present invention compensate for above shortcoming, provides two square combination pipe jacking equipments that a kind of tunneling boring excavates.
The present invention is achieved through the following technical solutions:
A pair of square combination pipe jacking equipment, two square shell is fixed on by dividing plate in the outer ring of gearbox, and the right-hand member of gearbox is provided with motor, and the right-hand member of motor is fixed on distance rod; Gearbox left end exports and stirs axle one, stirs axle two, stirs axle three, stirs axle four, it is first that the left end stirring axle one and the left end stirring axle four are respectively equipped with a cutting, the left end stirring axle two and the left end stirring axle three are respectively equipped with a bit two, cut the diameter that first diameter is greater than bit two; Rear portion, gearbox top is provided with a wheel disc one, on wheel disc one, bias is fixed with transverse axis one, transverse axis one inserts in the frame of rectangular shaped rim one, the right-hand member of rectangular shaped rim one is fixed with link arm one, the right-hand member hinged support arm one of upper link arm one, support arm one is fixed on distance rod, and the left end of rectangular shaped rim one is fixed with lower link arm one, and the left end of lower link arm one is fixed on rectangle cutting frame one; The following rear portion of gearbox is provided with a wheel disc three, on wheel disc three, bias is fixed with transverse axis three, transverse axis three inserts in the frame of rectangular shaped rim three, the right-hand member of rectangular shaped rim three is fixed with link arm three, the right-hand member hinged support arm one of upper link arm three, the left end of rectangular shaped rim three is fixed with lower link arm three, and the left end of lower link arm three is fixed on rectangle cutting frame one; Front portion, gearbox top is provided with a wheel disc two, on wheel disc two, bias is fixed with transverse axis two, transverse axis two inserts in the frame of rectangular shaped rim two, the right-hand member of rectangular shaped rim two is fixed with link arm two, the right-hand member hinged support arm two of upper link arm two, support arm two is fixed on distance rod, and the left end of rectangular shaped rim two is fixed with lower link arm two, and the left end of lower link arm two is fixed on rectangle cutting frame two; The following front portion of gearbox is provided with a wheel disc four, on wheel disc four, bias is fixed with transverse axis four, transverse axis four inserts in the frame of rectangular shaped rim four, the right-hand member of rectangular shaped rim four is fixed with link arm four, the right-hand member hinged support arm two of upper link arm four, the left end of rectangular shaped rim four is fixed with lower link arm four, and the left end of lower link arm four is fixed on rectangle cutting frame two; The front portion of rectangle cutting frame one is fixed one up and down respectively and is stirred arm one, and these two are stirred arm one and are respectively equipped with multiple cutting knife two to the direction stirring axle two, and these two left parts stirring arm one are respectively equipped with multiple cutting knife one; The rear portion of rectangle cutting frame two is fixed one up and down respectively and is stirred arm two, and these two are stirred arm two and are respectively equipped with multiple cutting knife two to the direction stirring axle three, and these two left parts stirring arm two are respectively equipped with multiple cutting knife one; The framework inside of rectangle cutting frame one is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame one is provided with multiple cutting knife one; The framework inside of rectangle cutting frame two is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame two is provided with multiple cutting knife one.
The present invention has following feature:
Cutting knife one on rectangle cutting frame one of the present invention, beyond cutting knife two is first by the cutting of stirring axle one left end at the volley, soil layer cutting within rectangle cutting frame one stirs into mud, cutting knife one on rectangle cutting frame two, beyond cutting knife two is first by the cutting of stirring axle four left end at the volley, soil layer cutting within rectangle cutting frame two stirs into mud, two are stirred the cutting knife one on arm one, cutting knife two at the volley by stir axle two left end bit two beyond, two soil layer cuttings of stirring within arm one stir into mud, two are stirred the cutting knife one on arm two, cutting knife two at the volley by stir axle three left end bit two beyond, two soil layer cuttings of stirring within arm two stir into mud, mud is discharged outside push pipe by slush pump, pipe jacking equipment forms the hole of two square compound section in propelling, thereafter, two square compound section pipeline forms two square combination push pipe pipelines of long distance in a section follow-up.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, the present invention is further illustrated:
Fig. 1 is top view of the present invention;
Fig. 2 is upward view of the present invention;
Fig. 3 is A-A view of Fig. 1;
Fig. 4 is B-B view of Fig. 1;
Fig. 5 is C-C view of Fig. 1;
Fig. 6 becomes by the present invention the cross-sectional view of two square combination push pipe.
In figure: 1, distance rod, 2, motor, 3, gearbox, 4, support arm one, 5, support arm two, 6, upper link arm one, 7, upper link arm two, 8, rectangular shaped rim one, 9, rectangular shaped rim two, 10, wheel disc one, 11, wheel disc two, 12, transverse axis one, 13, transverse axis two, 14, lower link arm one, 15, lower link arm two, 16, rectangle cutting frame one, 17, rectangle cutting frame two, 18, cutting knife one, 19, stir axle one, 20, stir axle two, 21, stir axle three, 22, stir axle four, 23, stir arm one, 24, stir arm two, 25, cut first, 26, bit two, 27, upper link arm three, 28, upper link arm four, 29, rectangular shaped rim three, 30, rectangular shaped rim four, 31, wheel disc three, 32, wheel disc four, 33, transverse axis three, 34, transverse axis four, 35, lower link arm three, 36, lower link arm four, 37, cutting knife two, 38, dividing plate, 39, two square shell.
Detailed description of the invention
Accompanying drawing is a kind of specific embodiment of the present invention, and two square shell is fixed on by dividing plate in the outer ring of this embodiment gearbox, and the right-hand member of gearbox is provided with motor, and the right-hand member of motor is fixed on distance rod; Gearbox left end exports and stirs axle 1, stirs axle 2 20, stirs axle 3 21, stirs axle 4 22, the left end stirring axle one and the left end stirring axle four are respectively equipped with one and cut first 25, the left end stirring axle two and the left end stirring axle three are respectively equipped with a bit 2 26, cut the diameter that first diameter is greater than bit two; Rear portion, gearbox top is provided with a wheel disc 1, on wheel disc one, bias is fixed with transverse axis 1, transverse axis one inserts in the frame of rectangular shaped rim 1, the right-hand member of rectangular shaped rim one is fixed with link arm 1, the right-hand member hinged support arm 1 of upper link arm one, support arm one is fixed on distance rod, and the left end of rectangular shaped rim one is fixed with lower link arm 1, and the left end of lower link arm one is fixed on rectangle cutting frame 1; The following rear portion of gearbox is provided with a wheel disc 3 31, on wheel disc three, bias is fixed with transverse axis 3 33, transverse axis three inserts in the frame of rectangular shaped rim 3 29, the right-hand member of rectangular shaped rim three is fixed with link arm 3 27, the right-hand member hinged support arm one of upper link arm three, the left end of rectangular shaped rim three is fixed with lower link arm 3 35, and the left end of lower link arm three is fixed on rectangle cutting frame 1; Front portion, gearbox top is provided with a wheel disc 2 11, on wheel disc two, bias is fixed with transverse axis 2 13, transverse axis two inserts in the frame of rectangular shaped rim 29, the right-hand member of rectangular shaped rim two is fixed with link arm 27, the right-hand member hinged support arm 25 of upper link arm two, support arm two is fixed on distance rod, and the left end of rectangular shaped rim two is fixed with lower link arm 2 15, and the left end of lower link arm two is fixed on rectangle cutting frame 2 17; The following front portion of gearbox is provided with a wheel disc 4 32, on wheel disc four, bias is fixed with transverse axis 4 34, transverse axis four inserts in the frame of rectangular shaped rim 4 30, the right-hand member of rectangular shaped rim four is fixed with link arm 4 28, the right-hand member hinged support arm 25 of upper link arm four, the left end of rectangular shaped rim four is fixed with lower link arm 4 36, and the left end of lower link arm four is fixed on rectangle cutting frame 2 17; The front portion of rectangle cutting frame one is fixed one up and down respectively and is stirred arm 1, and these two are stirred arm one and are respectively equipped with multiple cutting knife 2 37 to the direction stirring axle two, and these two left parts stirring arm one are respectively equipped with multiple cutting knife 1; The rear portion of rectangle cutting frame two is fixed one up and down respectively and is stirred arm 2 24, and these two are stirred arm two and are respectively equipped with multiple cutting knife two to the direction stirring axle three, and these two left parts stirring arm two are respectively equipped with multiple cutting knife one; The framework inside of rectangle cutting frame one is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame one is provided with multiple cutting knife one; The framework inside of rectangle cutting frame two is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame two is provided with multiple cutting knife one.
Describedly stir the bosom that axle one is arranged at rectangle cutting frame one.
Describedly stir the bosom that axle four is arranged at rectangle cutting frame two.
The described axle two that stirs is arranged at two and stirs between arm one.
The described axle three that stirs is arranged at two and stirs between arm two.
Described dividing plate is by the service depot of two square combination pipe jacking equipment every the muddy water room and the right that are divided into the left side.
The present invention is also provided with water under high pressure filling system, filling system cuts first and two bit two to two and pours into water under high pressure respectively, during work, motor is driven by gearbox and stirs axle one, stirs axle two rotating forward, motor is driven by gearbox and stirs axle three, stirs axle four reversion, thus by stirring axle one, stir axle four and drive the first stirring of the cutting of its left end to cut soil layer to be respectively uniformly mixed into mud with water, by stirring axle two, stir axle three and drive the bit two of its left end to stir cutting soil layer to be respectively uniformly mixed into mud with water, motor drives wheel disc one and the synchronous positive direction of wheel disc three to rotate by gearbox, drives wheel disc two and the synchronous opposite spin of wheel disc four, wheel disc one drives transverse axis one with the center of circle of wheel disc one for the center of circle rotates in rotary course, transverse axis one stir in eccentric rotary rectangular shaped rim one pass through on link arm one, lower link arm one drive rectangle cutting frame one to seesaw, wheel disc three drives transverse axis three with the center of circle of wheel disc three for the center of circle rotates in rotary course, transverse axis three stir in eccentric rotary rectangular shaped rim three pass through on link arm three, lower link arm three drive rectangle cutting frame one to seesaw, wheel disc two drives transverse axis two with the center of circle of wheel disc two for the center of circle rotates in rotary course, transverse axis two stir in eccentric rotary rectangular shaped rim two pass through on link arm two, lower link arm two drive before after rectangle cutting frame two and move, wheel disc four drives transverse axis four with the center of circle of wheel disc four for the center of circle rotates in rotary course, transverse axis four stir in eccentric rotary rectangular shaped rim four pass through on link arm four, lower link arm four drive before after rectangle cutting frame two and move, thus, two on rectangle cutting frame one, rectangle cutting frame one two of stirring on arm one and rectangle cutting frame two, rectangle cutting frame two stir arm two and are formed and synchronously, in opposite directions seesaw, cutting knife one on rectangle cutting frame one, beyond cutting knife two is first by the cutting of stirring axle one left end at the volley, soil layer cutting within rectangle cutting frame one stirs into mud, cutting knife one on rectangle cutting frame two, beyond cutting knife two is first by the cutting of stirring axle four left end at the volley, soil layer cutting within rectangle cutting frame two stirs into mud, two are stirred the cutting knife one on arm one, cutting knife two at the volley by stir axle two left end bit two beyond, two soil layer cuttings of stirring within arm one stir into mud, two are stirred the cutting knife one on arm two, cutting knife two at the volley by stir axle three left end bit two beyond, two soil layer cuttings of stirring within arm two stir into mud, mud is discharged outside push pipe by slush pump, pipe jacking equipment forms the hole of two square compound section in propelling, thereafter, two square compound section pipeline forms two square combination push pipe pipelines of long distance in a section follow-up.
Claims (1)
1. an a kind of implementation method for two square combination pipe jacking equipment, two square shell is fixed on by dividing plate in the outer ring of gearbox, and the right-hand member of gearbox is provided with motor, and the right-hand member of motor is fixed on distance rod, gearbox left end exports and stirs axle one (19), stirs axle two (20), stirs axle three (21), stirs axle four (22), the left end stirring axle one and the left end stirring axle four are respectively equipped with a cutting first (25), the left end stirring axle two and the left end stirring axle three are respectively equipped with a bit two (26), cut the diameter that first diameter is greater than bit two, rear portion, gearbox top is provided with a wheel disc one (10), on wheel disc one, bias is fixed with transverse axis one (12), transverse axis one inserts in the frame of rectangular shaped rim one (8), the right-hand member of rectangular shaped rim one is fixed with link arm one (6), the right-hand member hinged support arm one (4) of upper link arm one, support arm one is fixed on distance rod, and the left end of rectangular shaped rim one is fixed with lower link arm one (14), and the left end of lower link arm one is fixed on rectangle cutting frame one (16), the following rear portion of gearbox is provided with a wheel disc three (31), on wheel disc three, bias is fixed with transverse axis three (33), transverse axis three inserts in the frame of rectangular shaped rim three (29), the right-hand member of rectangular shaped rim three is fixed with link arm three (27), the right-hand member hinged support arm one of upper link arm three, the left end of rectangular shaped rim three is fixed with lower link arm three (35), and the left end of lower link arm three is fixed on rectangle cutting frame one (16), front portion, gearbox top is provided with a wheel disc two (11), on wheel disc two, bias is fixed with transverse axis two (13), transverse axis two inserts in the frame of rectangular shaped rim two (9), the right-hand member of rectangular shaped rim two is fixed with link arm two (7), the right-hand member hinged support arm two (5) of upper link arm two, support arm two is fixed on distance rod, and the left end of rectangular shaped rim two is fixed with lower link arm two (15), and the left end of lower link arm two is fixed on rectangle cutting frame two (17), the following front portion of gearbox is provided with a wheel disc four (32), on wheel disc four, bias is fixed with transverse axis four (34), transverse axis four inserts in the frame of rectangular shaped rim four (30), the right-hand member of rectangular shaped rim four is fixed with link arm four (28), the right-hand member hinged support arm two (5) of upper link arm four, the left end of rectangular shaped rim four is fixed with lower link arm four (36), and the left end of lower link arm four is fixed on rectangle cutting frame two (17), the front portion of rectangle cutting frame one is fixed one up and down respectively and is stirred arm one (23), and these two are stirred arm one and are respectively equipped with multiple cutting knife two (37) to the direction stirring axle two, and these two left parts stirring arm one are respectively equipped with multiple cutting knife one (18), the rear portion of rectangle cutting frame two is fixed one up and down respectively and is stirred arm two (24), and these two are stirred arm two and are respectively equipped with multiple cutting knife two to the direction stirring axle three, and these two left parts stirring arm two are respectively equipped with multiple cutting knife one, the framework inside of rectangle cutting frame one is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame one is provided with multiple cutting knife one, the framework inside of rectangle cutting frame two is provided with multiple cutting knife two, and the framework left part of rectangle cutting frame two is provided with multiple cutting knife one, it is characterized in that: two square combination pipe jacking equipment is also provided with water under high pressure filling system, filling system cuts first and two bit two to two and pours into water under high pressure respectively, during work, motor is driven by gearbox and stirs axle one, stirs axle two rotating forward, motor is driven by gearbox and stirs axle three, stirs axle four reversion, thus by stirring axle one, stir axle four and drive the first stirring of the cutting of its left end to cut soil layer to be respectively uniformly mixed into mud with water, by stirring axle two, stir axle three and drive the bit two of its left end to stir cutting soil layer to be respectively uniformly mixed into mud with water, motor drives wheel disc one and the synchronous positive direction of wheel disc three to rotate by gearbox, drives wheel disc two and the synchronous opposite spin of wheel disc four, wheel disc one drives transverse axis one with the center of circle of wheel disc one for the center of circle rotates in rotary course, transverse axis one stir in eccentric rotary rectangular shaped rim one pass through on link arm one, lower link arm one drive rectangle cutting frame one to seesaw, wheel disc three drives transverse axis three with the center of circle of wheel disc three for the center of circle rotates in rotary course, transverse axis three stir in eccentric rotary rectangular shaped rim three pass through on link arm three, lower link arm three drive rectangle cutting frame one to seesaw, wheel disc two drives transverse axis two with the center of circle of wheel disc two for the center of circle rotates in rotary course, transverse axis two stir in eccentric rotary rectangular shaped rim two pass through on link arm two, lower link arm two drive before after rectangle cutting frame two and move, wheel disc four drives transverse axis four with the center of circle of wheel disc four for the center of circle rotates in rotary course, transverse axis four stir in eccentric rotary rectangular shaped rim four pass through on link arm four, lower link arm four drive before after rectangle cutting frame two and move, thus, two on rectangle cutting frame one, rectangle cutting frame one two of stirring on arm one and rectangle cutting frame two, rectangle cutting frame two stir arm two and are formed and synchronously, in opposite directions seesaw, cutting knife one on rectangle cutting frame one, beyond cutting knife two is first by the cutting of stirring axle one left end at the volley, soil layer cutting within rectangle cutting frame one stirs into mud, cutting knife one on rectangle cutting frame two, beyond cutting knife two is first by the cutting of stirring axle four left end at the volley, soil layer cutting within rectangle cutting frame two stirs into mud, two are stirred the cutting knife one on arm one, cutting knife two at the volley by stir axle two left end bit two beyond, two soil layer cuttings of stirring within arm one stir into mud, two are stirred the cutting knife one on arm two, cutting knife two at the volley by stir axle three left end bit two beyond, two soil layer cuttings of stirring within arm two stir into mud, mud is discharged outside push pipe by slush pump, pipe jacking equipment forms the hole of two square compound section in propelling, thereafter, two square compound section pipeline forms two square combination push pipe pipelines of long distance in a section follow-up.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510480544.7A CN105134242A (en) | 2015-08-09 | 2015-08-09 | Dual-rectangular combination pipe jacking equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510480544.7A CN105134242A (en) | 2015-08-09 | 2015-08-09 | Dual-rectangular combination pipe jacking equipment |
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| Publication Number | Publication Date |
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| CN105134242A true CN105134242A (en) | 2015-12-09 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510480544.7A Pending CN105134242A (en) | 2015-08-09 | 2015-08-09 | Dual-rectangular combination pipe jacking equipment |
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| CN (1) | CN105134242A (en) |
Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11324572A (en) * | 1998-05-14 | 1999-11-26 | Miyanaga Kensetsu Kk | Excavator |
| CN101967979A (en) * | 2010-10-15 | 2011-02-09 | 镇江安达煤矿专用设备有限公司 | Profiling rectangular cutting device of pipe jacking machine |
| CN104563861A (en) * | 2014-12-31 | 2015-04-29 | 朱艳菊 | Square drilling machine |
-
2015
- 2015-08-09 CN CN201510480544.7A patent/CN105134242A/en active Pending
Patent Citations (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPH11324572A (en) * | 1998-05-14 | 1999-11-26 | Miyanaga Kensetsu Kk | Excavator |
| CN101967979A (en) * | 2010-10-15 | 2011-02-09 | 镇江安达煤矿专用设备有限公司 | Profiling rectangular cutting device of pipe jacking machine |
| CN104563861A (en) * | 2014-12-31 | 2015-04-29 | 朱艳菊 | Square drilling machine |
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Application publication date: 20151209 |