CN207713136U - A kind of high-altitude for harbour conveying extra large cable spreads cable machine - Google Patents
A kind of high-altitude for harbour conveying extra large cable spreads cable machine Download PDFInfo
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- CN207713136U CN207713136U CN201820018778.9U CN201820018778U CN207713136U CN 207713136 U CN207713136 U CN 207713136U CN 201820018778 U CN201820018778 U CN 201820018778U CN 207713136 U CN207713136 U CN 207713136U
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Abstract
The utility model discloses a kind of high-altitudes conveying extra large cable for harbour to spread cable machine, including the first supporting rack, and walking mechanism is equipped with below first supporting rack, sliding rail, walking mechanism sliding and running on sliding rail are equipped with below the walking mechanism；Several first ladders are additionally provided with above first supporting rack, the first supporting rack uses up and down for staff；The setting that the utility model passes through preceding creel stand component and telescopic jib and rear creel stand component, very easily cable can be transported from land onto ship by preceding creel stand component and telescopic jib and rear creel stand component, or be transported to land from ship；Pass through being fixedly connected between hydraulic stem and jacking block before hydraulic cylinder, the telescopic jib in the utility model is enable to carry out a degree of extension and post-tensioning in the horizontal direction, to drive telescopic jib to be moved forward and backward so that the utility model can adapt to the hull of different in width.
Description
Technical field
The utility model belongs to cable and is laid with field；It is related to a kind of paving cable machine；It is specifically a kind of to convey extra large cable for harbour
High-altitude spread cable machine.
Background technology
Submarine cable is the conducting wire with wrapped with insulation, be laid in seabed and river it is underwater, be used for telecommunication transmission.It is modern
Submarine cable be all to use optical fiber as material, transmit phone and internet signal.The submarine cable that beats the world is
It is laid between Britain and France within 1850.First submarine cable of China was completed in 1988, shared two, when
Between Foochow river stone island and Taiwan Shanghai tail (fresh water), long 177 nautical miles another leads to Penghu, 53 nautical miles of length by platform Nanan is flat.
Submarine cable divides submarine communication cable and sea electric power cable；Submarine communication cable is mainly used for communication traffic, takes
With costliness, but privacy degrees are high；Sea electric power cable is mainly used for underwater transmission high-power power, the work with underground power cable
With equivalent, the mode difference of the occasion only applied and laying.
And it is current, the laying of submarine cable is cumbersome, needs on electric cable transporting to ship by tool, then pass through shipping
It is defeated to arrive infield, and complete in installation cable and then taken off from ship cable by tool, avoid cable from wasting,
And it is current, transport cable without a kind of tool easy to use.To solve drawbacks described above, a solution is now provided.
Utility model content
The purpose of this utility model is to provide a kind of high-altitudes conveying extra large cable for harbour to spread cable machine.
The purpose of this utility model can be achieved through the following technical solutions：
A kind of high-altitude for harbour conveying extra large cable spreads cable machine, including the first supporting rack, is set below first supporting rack
There is walking mechanism, sliding rail, walking mechanism sliding and running on sliding rail are equipped with below the walking mechanism；First support
Several first ladders are additionally provided with above frame, the first supporting rack uses up and down for staff；It is solid above first supporting rack
It is connected to Slewing Support Mechanism, is hinged with the second supporting rack above the Slewing Support Mechanism, second supporting rack side is equipped with
Driver's cabin, second supporting rack other side are equipped with balance weight mechanism, hoist engine are also connected with above the balance weight mechanism；Described
It is connected with third supporting rack above two supporting racks, the first support platform, the third branch are connected with above the third supporting rack
Support top is also connected with the fixed pulley group of several pulley compositions, is connected by cable wire between the fixed pulley group and hoist engine；
The side of first supporting rack is also connected with rear winding displacement arm component, and the rear winding displacement arm component is used for the biography of cable
It is defeated；The first cable port is equipped with after described below winding displacement arm component, the second cable port is equipped with above the rear winding displacement arm component；
The side of second supporting rack is also connected with runing rest, and the runing rest is located at the same side with driver's cabin,
Rotation hack lever is additionally provided on the runing rest, the runing rest is also hinged with preceding creel stand component by rotating hack lever；Institute
It is also connected with fixing piece above creel stand component before stating, is connected by cable wire between the fixing piece and fixed pulley group.
Further, the walking mechanism includes the link block being fixedly connected with the first supporting rack, the link block lower end
It is fixedly connected with walking beam, the walking beam lower end is connected with walking block, traveling wheel, the walking are equipped with below the walking block
First motor is additionally provided in block, the first motor is for driving walking mechanism.
Further, the Slewing Support Mechanism includes the revolution branch being connected between the first supporting rack and the second supporting rack
It holds, turning motor is also associated on the pivoting support, the turning motor is for driving the second supporting rack in the first supporting rack
Upper movement.
Further, the balance weight mechanism includes the counterweight support being fixedly connected on the second supporting rack, the counterweight branch
Counterweight platform is equipped with below frame, the counterweight support upper end is fixedly connected with hoist engine.
Further, winding displacement arm component includes winding displacement arm, first heel row after winding displacement arm and second after first after described
Line arm is fixedly connected with winding displacement arm after second by the first fixing bracket；It is gone back on winding displacement arm after winding displacement arm and second after described first
Deflector roll is erected equipped with several first movement deflector rolls and first movement creel stand.
Further, the preceding creel stand component includes front-seat arm support and telescopic jib, and the front row arm support lower end is fixed
It is connected with runing rest, offers rotating through hole below the runing rest, the rotating through hole and the rotation hack lever are mutual
Cooperation；
The front row arm support includes that first be fixedly connected wears cable frame and the second fixing bracket, and described first wears in cable frame also
Deflector roll is erected equipped with several second movement deflector rolls and the second movement winding displacement；Belt traction dress is also connected in second fixing bracket
It sets；It is also connected with rod supporting frame in second fixing bracket, is additionally provided with sliding rail above the rod supporting frame, the sliding rail is fixed in the
In two fixing brackets；It is also connected with hydraulic cylinder above the sliding rail, hydraulic stem is equipped in front of the hydraulic cylinder.
Further, the telescopic jib wears cable frame including second, and described second, which wears cable frame one end, is connected with sliding rack, institute
It states sliding rack upper end and is connected with gripping block, the gripping block is additionally provided with movable pulley on one side, and the movable pulley is fixed in the sliding
On frame, the gripping block and movable pulley cooperate with the sliding rail；
Described second wears and is additionally provided with several thirds movement deflector rolls in cable frame and sliding rack and third movement winding displacement erects deflector roll；
The sided belt drawing device setting is worn first between cable frame and sliding rack；
The sliding rack and second is worn and is also connected with third fixed frame on cable frame, and top is equipped with above the third fixed frame
Block, the jacking block are fixedly connected with hydraulic stem.
Further, the side of the preceding creel stand component is also fixedly connected with auxiliary walker, the auxiliary walker
Side is fixedly connected with the second ladder, and the auxiliary walker other side is also connected with several third ladders, the third ladder
Between be additionally provided with several auxiliary tables, the auxiliary walker is fixedly connected on front-seat arm support and telescopic jib.
The beneficial effects of the utility model：A kind of high-altitude paving cable machine for harbour conveying extra large cable passes through row at work
It walks mechanism and can move the utility model as required to be moved to required position, and the setting for passing through Slewing Support Mechanism so that
It moves in a circle on the second supporting rack on first supporting rack, while preceding creel stand component can be driven to do circumference movement；And lead to
It crosses fixed pulley group, hoist engine and cable wire to be connected on fixing piece, and the runing rest being hinged on rotation hack lever, to drive
Preceding creel stand component can carry out a certain range of move up and down；Pass through the fixation before hydraulic cylinder between hydraulic stem and jacking block
Connection so that the telescopic jib in the utility model can carry out a degree of extension and post-tensioning in the horizontal direction, to band
Dynamic telescopic jib is moved forward and backward；
The setting that the utility model passes through walking mechanism so that the utility model can code-on-demand migration to required position；It is logical
Cross the setting of Slewing Support Mechanism so that move in a circle on the second supporting rack on the first supporting rack, while before capable of driving
Creel stand component does circumference movement；And by the setting of preceding creel stand component and telescopic jib and rear creel stand component, it can
Very easily cable is transported from land onto ship by preceding creel stand component and telescopic jib and rear creel stand component, or
Person is transported from ship to land；Pass through being fixedly connected between hydraulic stem and jacking block before hydraulic cylinder so that the utility model
In telescopic jib can carry out a degree of extension and post-tensioning in the horizontal direction, to drive telescopic jib to be moved forward and backward,
So that the utility model can adapt to the hull of different in width.
Description of the drawings
In order to facilitate the understanding of those skilled in the art, the utility model will be further described below with reference to the accompanying drawings.
Fig. 1 is the utility model structure diagram；
Fig. 2 is the structural schematic diagram of the utility model Slewing Support Mechanism；
Fig. 3 is creel stand component structure diagram before the utility model；
Fig. 4 is creel stand component place to go sided belt drawing device structural schematic diagram before the utility model；
Fig. 5 is winding displacement arm component structural schematic diagram after the utility model；
Fig. 6 is creel stand assembly plan view before the utility model；
Fig. 7 is the utility model walking mechanism structural schematic diagram；
Fig. 8 is the utility model fixed pulley group structural schematic diagram；
Fig. 9 is the utility model telescopic jib structural schematic diagram.
Specific implementation mode
As shown in figs 1-9, a kind of high-altitude paving cable machine for harbour conveying extra large cable, including the first supporting rack 1, described first
1 lower section of supporting rack is equipped with walking mechanism 2, and 2 lower section of the walking mechanism is equipped with sliding rail 19, and the walking mechanism 2 is on sliding rail 19
Sliding and running；First supporting rack, 1 top is additionally provided with several first ladders 3, makes for the first supporting rack 1 above and below staff
With；First supporting rack, 1 top is connected with Slewing Support Mechanism 4, and 4 top of the Slewing Support Mechanism is hinged with the second support
Frame 5,5 side of the second supporting rack are equipped with driver's cabin 6, and 5 other side of the second supporting rack is equipped with balance weight mechanism 7, described to match
7 top of heavy-duty machine structure is also connected with hoist engine 8；Second supporting rack, 5 top is connected with third supporting rack 9, the third support
The top of frame 9 is connected with the first support platform 10, and what 9 top of third supporting rack was also connected with the composition of several pulleys 1101 determines cunning
Wheel group 11 is connected between the fixed pulley group 11 and hoist engine 8 by cable wire；
The side of first supporting rack 1 is also connected with rear winding displacement arm component 12, and the rear winding displacement arm component 12 is used for line
The transmission of cable；12 lower section of winding displacement arm component is equipped with the first cable port after described, and rear 12 top of winding displacement arm component is equipped with second
Cable port；
The side of second supporting rack 5 is also connected with runing rest 13, and the runing rest 13 is located at same with driver's cabin 6
Side, rotation hack lever 1301 is additionally provided on the runing rest 13, and the runing rest 13 is also hinged by rotating hack lever 1301
There is preceding creel stand component 14；14 top of the preceding creel stand component is also connected with fixing piece 15, the fixing piece 15 and fixed pulley
It is connected by cable wire between group 11.
Further, the walking mechanism 2 includes the link block 201 being fixedly connected with the first supporting rack 1, the link block
201 lower ends are fixedly connected with walking beam 202, and 202 lower end of the walking beam is connected with walking block 205,205 lower section of the walking block
Equipped with traveling wheel 203, first motor 204 is additionally provided in the walking block, the first motor 204 is for driving walking mechanism.
Further, the Slewing Support Mechanism 4 includes being connected to returning between the first supporting rack 1 and the second supporting rack 5
Turn bearing 401, turning motor is also associated on the pivoting support 401, the turning motor is for driving the second supporting rack 5 to exist
Circumference movement is carried out on first supporting rack 1.
Further, the balance weight mechanism 7 includes the counterweight support 701 being fixedly connected on the second supporting rack 5, described to match
701 lower section of weight holder is equipped with counterweight platform 702, and 701 upper end of the counterweight support is fixedly connected with hoist engine 8.
Further, winding displacement arm component 12 includes winding displacement arm 1202, institute after winding displacement arm 1201 and second after first after described
Winding displacement arm 1201 is fixedly connected with winding displacement arm 1202 after second by the first fixing bracket 1203 after stating first；First heel row
Several first movement deflector rolls 1204 are additionally provided with after line arm 1201 and second on winding displacement arm 1202 and first movement creel stand erects deflector roll
1205。
Further, the preceding creel stand component 14 includes front-seat arm support 16 and telescopic jib 17, the front row arm support 16
Lower end is fixedly connected with runing rest 1601, and 1601 lower section of the runing rest offers rotating through hole 1602, and the rotation is logical
Hole 1602 cooperates with the rotation hack lever 1301；
The front row arm support 16 includes that first be fixedly connected wears cable frame 1608 and the second fixing bracket 1609, and described first
It wears to be additionally provided with several second movements deflector rolls 1603 and second in cable frame 1608 and move winding displacements and erects deflector roll 1604；Described second fixes branch
Sided belt drawing device 1607 is also connected in frame 1609；Rod supporting frame 1605, institute are also connected in second fixing bracket 1609
It states 1605 top of rod supporting frame and is additionally provided with sliding rail 1606, the sliding rail 1606 is fixed in the second fixing bracket 1609；The sliding rail
1606 tops are also connected with hydraulic cylinder 18, and 18 front of the hydraulic cylinder is equipped with hydraulic stem 1801.
Further, the telescopic jib 17 wears cable frame 1701 including second, and described second to wear 1701 one end of cable frame affixed
There are sliding rack 1702,1702 upper end of the sliding rack to be connected with gripping block 1703,1703 one side of the gripping block is additionally provided with sliding
Wheel 1704, the movable pulley 1704 is fixed on the sliding rack 1702, and the gripping block 1703 and movable pulley 1704 are and institute
State the mutual cooperation of sliding rail 1606；
Described second wears and is additionally provided with several thirds movement deflector rolls 1708 and third movement in cable frame 1701 and sliding rack 1702
Winding displacement erects deflector roll 1709；
The setting of the sided belt drawing device 1607 is worn first between cable frame 1608 and sliding rack 1702；
The sliding rack 1702 and second is worn and is also connected with third fixed frame 1705 on cable frame 1701, the third fixed frame
1705 tops are equipped with jacking block 1706, and the jacking block 1706 is fixedly connected with hydraulic stem 1801.
Further, the side of the preceding creel stand component 14 is also fixedly connected with auxiliary walker 20, the secondary row
It walks 20 side of frame and is fixedly connected with the second ladder 2001,20 other side of auxiliary walker is also connected with several third ladders
2002, several auxiliary tables 2003 are additionally provided between the third ladder 2002, and the auxiliary walker 20 is fixedly connected on
On front-seat arm support 16 and telescopic jib 17.
A kind of high-altitude for harbour conveying extra large cable spreads cable machine, at work, can be by increasing electricity on the utility model
Cable reel, recycles cable or is removed；It wears cable frame and second by several be arranged first and wears the movement on cable frame and lead
The setting of roller and sided belt drawing device easily can enter front row by trailing cable by the rear creel stand component of the utility model
Coil holder component is to realize the purpose of electric cable transporting；And the utility model can be moved as required by walking mechanism and be moved to
Required position, and the setting for passing through Slewing Support Mechanism so that move in a circle on the second supporting rack on the first supporting rack, together
When can drive before creel stand component do circumference movement；And be connected on fixing piece by fixed pulley group, hoist engine and cable wire, with
And be hinged on rotation hack lever on runing rest, to drive before creel stand component can carry out it is a certain range of on move down
It is dynamic；Pass through being fixedly connected between hydraulic stem and jacking block before hydraulic cylinder so that telescopic jib in the utility model can be
Horizontal direction carries out a degree of extension and post-tensioning, to drive telescopic jib to be moved forward and backward；
The setting that the utility model passes through walking mechanism so that the utility model can code-on-demand migration to required position；It is logical
Cross the setting of Slewing Support Mechanism so that move in a circle on the second supporting rack on the first supporting rack, while before capable of driving
Creel stand component does circumference movement；And by the setting of preceding creel stand component and telescopic jib and rear creel stand component, it can
Very easily cable is transported from land onto ship by preceding creel stand component and telescopic jib and rear creel stand component, or
Person is transported from ship to land；Pass through being fixedly connected between hydraulic stem and jacking block before hydraulic cylinder so that the utility model
In telescopic jib can carry out a degree of extension and post-tensioning in the horizontal direction, to drive telescopic jib to be moved forward and backward,
So that the utility model can adapt to the hull of different in width.
Above content is only to the utility model structure example and explanation, the technology people of affiliated the art
Member makes various modifications or additions to the described embodiments or substitutes by a similar method, without departing from reality
With novel structure or beyond the scope defined by this claim, all should belong to the protection range of the utility model.
Claims (8)
1. a kind of high-altitude for harbour conveying extra large cable spreads cable machine, which is characterized in that including the first supporting rack (1), described first
It is equipped with walking mechanism (2) below supporting rack (1), sliding rail (19), the walking mechanism (2) are equipped with below the walking mechanism (2)
The sliding and running on sliding rail (19)；Several first ladders (3) are additionally provided with above first supporting rack (1), are used for staff
Upper and lower first supporting rack (1) uses；It is connected with Slewing Support Mechanism (4), the pivoting support above first supporting rack (1)
It is hinged with the second supporting rack (5) above mechanism (4), the second supporting rack (5) side is equipped with driver's cabin (6), described second
Support (5) other side is equipped with balance weight mechanism (7), and hoist engine (8) is also connected with above the balance weight mechanism (7)；Described second
It is connected with third supporting rack (9) above support (5), the first support platform (10), institute are connected with above the third supporting rack (9)
State the fixed pulley group (11) that third supporting rack (9) top is also connected with several pulleys (1101) composition, the fixed pulley group (11)
It is connect by cable wire between hoist engine (8)；
The side of first supporting rack (1) is also connected with rear winding displacement arm component (12), and the rear winding displacement arm component (12) is used for
The transmission of cable；The first cable port is equipped with after described below winding displacement arm component (12), is set above the rear winding displacement arm component (12)
There is the second cable port；
The side of second supporting rack (5) is also connected with runing rest (13), the runing rest (13) and driver's cabin (6) position
In being additionally provided with rotation hack lever (1301) on the same side, the runing rest (13), the runing rest (13) is by rotating hack lever
(1301) creel stand component (14) before being also hinged with；It is also connected with fixing piece (15), institute above the preceding creel stand component (14)
It states and is connect by cable wire between fixing piece (15) and fixed pulley group (11).
2. a kind of high-altitude for harbour conveying extra large cable according to claim 1 spreads cable machine, which is characterized in that the walking
Mechanism (2) includes the link block (201) being fixedly connected with the first supporting rack (1), and link block (201) lower end is fixedly connected with
Walking beam (202), walking beam (202) lower end are connected with walking block (205), walking are equipped with below the walking block (205)
It takes turns (203), first motor (204) is additionally provided in the walking block, the first motor (204) is for driving walking mechanism.
3. a kind of high-altitude for harbour conveying extra large cable according to claim 1 spreads cable machine, which is characterized in that the revolution
Supporting device (4) includes the pivoting support (401) being connected between the first supporting rack (1) and the second supporting rack (5), the revolution
Turning motor is also associated in bearing (401), the turning motor is for driving the second supporting rack (5) in the first supporting rack (1)
Upper movement.
4. a kind of high-altitude for harbour conveying extra large cable according to claim 1 spreads cable machine, which is characterized in that the counterweight
Mechanism (7) includes the counterweight support (701) being fixedly connected on the second supporting rack (5), is equipped with below the counterweight support (701)
Counterweight platform (702), counterweight support (701) upper end are fixedly connected with hoist engine (8).
5. a kind of high-altitude for harbour conveying extra large cable according to claim 1 spreads cable machine, which is characterized in that the heel row
Line arm component (12) includes winding displacement arm (1202) after winding displacement arm (1201) and second after first, winding displacement arm (1201) after described first
It is fixedly connected by the first fixing bracket (1203) with winding displacement arm (1202) after second；Winding displacement arm (1201) and after described first
Several first movement deflector rolls (1204) are additionally provided with after two on winding displacement arm (1202) and first movement creel stand erects deflector roll (1205).
6. a kind of high-altitude for harbour conveying extra large cable according to claim 1 spreads cable machine, which is characterized in that the front row
Coil holder component (14) includes front-seat arm support (16) and telescopic jib (17), and described front row arm support (16) lower end is fixedly connected with rotation
Holder (1601), runing rest (1601) lower section offer rotating through hole (1602), the rotating through hole (1602) and institute
Rotation hack lever (1301) is stated to cooperate；
The front row arm support (16) includes that first be fixedly connected wears cable frame (1608) and the second fixing bracket (1609), and described the
One, which wears the interior several second movement deflector rolls (1603) and second that are additionally provided with of cable frame (1608), moves the perpendicular deflector roll (1604) of winding displacement；Described
It is also connected with sided belt drawing device (1607) in two fixing brackets (1609)；It is also connected in second fixing bracket (1609)
Rod supporting frame (1605), rod supporting frame (1605) top are additionally provided with sliding rail (1606), and it is solid that the sliding rail (1606) is fixed in second
In fixed rack (1609)；It is also connected with hydraulic cylinder (18) above the sliding rail (1606), liquid is equipped in front of the hydraulic cylinder (18)
Compression bar (1801).
7. a kind of high-altitude for harbour conveying extra large cable according to claim 6 spreads cable machine, which is characterized in that described flexible
Arm support (17) wears cable frame (1701) including second, and described second, which wears cable frame (1701) one end, is connected with sliding rack (1702), described
Sliding rack (1702) upper end is connected with gripping block (1703), and the gripping block (1703) is additionally provided with movable pulley (1704), institute on one side
Movable pulley (1704) is stated to be fixed on the sliding rack (1702), the gripping block (1703) and movable pulley (1704) with it is described
Sliding rail (1606) cooperates；
Described second wears and is additionally provided with several thirds movement deflector rolls (1708) and third shifting in cable frame (1701) and sliding rack (1702)
Dynamic winding displacement erects deflector roll (1709)；
Sided belt drawing device (1607) setting is worn first between cable frame (1608) and sliding rack (1702)；
The sliding rack (1702) and second wears and is also connected with third fixed frame (1705) on cable frame (1701), and the third is fixed
Jacking block (1706) is equipped with above frame (1705), the jacking block (1706) is fixedly connected with hydraulic stem (1801).
8. a kind of high-altitude for harbour conveying extra large cable according to claim 6 spreads cable machine, which is characterized in that the front row
The side of coil holder component (14) is also fixedly connected with auxiliary walker (20), and auxiliary walker (20) side is fixedly connected with
Second ladder (2001), auxiliary walker (20) other side are also connected with several third ladders (2002), the third rank
Several auxiliary tables (2003) are additionally provided between terraced (2002), the auxiliary walker (20) is fixedly connected on front-seat arm support
(16) and on telescopic jib (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820018778.9U CN207713136U (en) | 2018-01-05 | 2018-01-05 | A kind of high-altitude for harbour conveying extra large cable spreads cable machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820018778.9U CN207713136U (en) | 2018-01-05 | 2018-01-05 | A kind of high-altitude for harbour conveying extra large cable spreads cable machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207713136U true CN207713136U (en) | 2018-08-10 |
Family
ID=63054473
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820018778.9U Active CN207713136U (en) | 2018-01-05 | 2018-01-05 | A kind of high-altitude for harbour conveying extra large cable spreads cable machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207713136U (en) |
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2018
- 2018-01-05 CN CN201820018778.9U patent/CN207713136U/en active Active
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