CN205397240U - Tubular pile goes out hole transmission line - Google Patents
Tubular pile goes out hole transmission line Download PDFInfo
- Publication number
- CN205397240U CN205397240U CN201620152337.9U CN201620152337U CN205397240U CN 205397240 U CN205397240 U CN 205397240U CN 201620152337 U CN201620152337 U CN 201620152337U CN 205397240 U CN205397240 U CN 205397240U
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- transmission line
- pile tube
- ferry
- boat
- chain
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Abstract
The utility model belongs to the technical field of the building, a tubular pile goes out hole transmission line is related to. The problem of prior art can't be reliable and stable carry out technique radial and axial transmission to the tubular pile is solved. Including two radial transmission line that are used for placing out the tubular pile behind the hole that are parallel to each other, two radial transmission line have at least one to be connected with radial actuating mechanism, thereby the one end that two radial transmission line kept away from radial actuating mechanism makes two radial transmission line ability synchronous motion with the connection of inflexible connecting axle, and one side that two radial transmission line kept away from the connecting axle is equipped with an axial transmission line parallel with the connecting axle, when the tubular pile is placed on this axial transmission line, the axial transmission line enable the tubular pile along axial displacement, this transmission line still includes the ferry -boat mechanism that the tubular pile on an ability is radial transmission line removed the axial transmission line. The utility model discloses the transmission course is reliable and stable, and the precision is high, can realize the continuous type operation to improve work efficiency.
Description
Technical field
The invention belongs to technical field of buildings, relate to a kind of pile tube and go out hole transmission line, for the transmission of pile tube.
Background technology
Pile tube is important pile foundation material, also it is important cement products, compared with general foundation engineering, there is the advantages such as good, fast, the engineering geology strong adaptability of construction of piling quality, in the foundation engineering being widely used in all kinds of building and construct, such as fields such as skyscraper, public building, general industry and civil buildings, harbour, harbour, highway, bridge, heavy machine tool, warehouse, shore protections.Pile tube is in process of production, need through steps such as cloth, matched moulds, centrifugal, steam-cured, the demouldings, owing to the weight of pile tube is bigger, between different production stages or operation, generally during switching, need to use the instrument such as crane, driving that pile tube is carried out position move, in other words conj.or perhaps pile tube is carried, this conveying inefficient, it is impossible to form the pile tube conveying of automatization, thus constraining research and development and the production of the automatic production line of pile tube.
Chinese patent literature discloses a kind of conveying device of tubular pile cloth [application number: 201120135512.0] and includes link chain mechanism and traction apparatus, described link chain mechanism includes chain, power wheel, passive rotation is taken turns, first directive wheel, regulating wheel, second directive wheel, tight spring and nutted rod, one end of chain is fixed in traction apparatus, the other end sequentially passes through the first directive wheel, regulating wheel, power wheel, passive rotation is taken turns, it is fixed in traction apparatus after second directive wheel, first directive wheel and regulating wheel are respectively provided at the both sides of chain, one end of tensioning spring is fixed on support, the other end is connected with regulating wheel by nutted rod；Traction apparatus is connected with delivery platform.
Such scheme can drive delivery platform to move reciprocatingly by forward and reverse output power of power wheel, and by not allowing chain spill ground in being hooked with being hidden in by link chain mechanism, can improve the safety of this plant running and the service life of chain.But this transmitting device can only allow pile tube carry out axial movement, and cannot realize moving radially of pile tube, it is commonly known that, the cylindrical shape of pile tube, therefore realize axial movement relatively convenient, but whether when pile tube needs to move radially, then to solve pile tube two ends can synchronization-moving technical problem.
Summary of the invention
It is an object of the invention to for the problems referred to above, it is provided that a kind of can realize the radial and axial transmission of pile tube and the reliable and stable pile tube of transmitting procedure goes out hole and transmits line.
For reaching above-mentioned purpose, present invention employs following technical proposal: a kind of pile tube goes out hole and transmits line, including two radial transmission lines for placing out the pile tube behind hole being parallel to each other, article two, radial transmission line has at least one to be connected with radial drive mechanism, two radial transmission lines connect away from the connection axle of one end rigidity of radial drive mechanism so that two radial transmission line energy synchronizing movings, article two, radial transmission line is provided with an axial transmission line parallel with connecting axle away from the side connecting axle, when pile tube is placed on this axial transmission line, described axial transmission line can make pile tube be axially moveable, this transmission line also includes a ferry-boat mechanism that the pile tube on radial transmission line can be moved to axial transmission line.
Go out hole at above-mentioned pile tube and transmit in line, described radial transmission line includes chain and two sprocket wheels with chain snap-fit engagement, two sprocket wheels lay respectively at the two ends of chain and coordinate with chain tension, described radial drive mechanism and sprocket wheel are fixing to be connected, and described connection axle two ends are respectively fixedly connected with a sprocket wheel and this two sprocket wheels are belonging respectively to two radial transmission lines so that chain energy synchronizing moving on two radial transmission lines.
Go out hole at above-mentioned pile tube and transmit in line, described chain is fixed with at least one pile tube transmission vehicle assembly with pile tube fixed groove and described pile tube fixed groove and matches so that pile tube can be placed on pile tube transmission vehicle assembly with pile tube surface, the both sides of chain are provided with guide assembly, and described pile tube transmission vehicle assembly is pressed on guide assembly and rolls with guide assembly and is connected.
Go out hole at above-mentioned pile tube and transmit in line, described pile tube transmission vehicle assembly includes two pile tube transmission vehicles that are opposite and that have inclined plane, two inclined planes form pile tube fixed groove, described pile tube transmission vehicle both sides are provided with some rollers matched with guide assembly, described radial drive mechanism has two and connects a radial transmission line respectively
Go out hole at above-mentioned pile tube and transmit in line, described axial transmission line includes axial chain and drives, with axial chain, the axially driving device being connected, described axial chain is fixed with some axial transmission vehicles for placing pile tube, described axial chain both sides are provided with guide assembly, and axial transmission vehicle is provided with and rolls, with guide assembly, the roller being connected.
Go out hole at above-mentioned pile tube and transmit in line, described ferry-boat mechanism includes two and lays respectively at axial transmission line two ends and the ferry-boat line being parallel to each other, one end of described ferry-boat line extends in the middle part of radial transmission line, the other end extends outside axial transmission line, and described ferry-boat line can vertically lift, when ferry line rise time can by the pile tube jack-up on radial transmission line and depart from radial transmission line thus pile tube is placed on ferry-boat line on, described ferry-boat line can also be axially moveable thus being moved by the pile tube on ferry-boat line and can being placed on axial transmission line by pile tube above axial transmission line and when line of ferrying declines.
Going out hole at above-mentioned pile tube and transmit in line, described ferry-boat line includes the lifting body fixed on the ground, and described lifting body top is fixedly connected with the ferry-boat chain assemblies that can be axially moveable.
Go out hole at above-mentioned pile tube and transmit in line, described ferry-boat chain assemblies includes ferry-boat driver and the ferry-boat chain being connected with ferry-boat driver drives, described ferry-boat chain is fixing with lifting body top to be connected, one end of described ferry-boat chain extends in the middle part of radial transmission line, and the other end extends outside axial transmission line.
Go out hole at above-mentioned pile tube and transmit in line, the top of described lifting body is fixed with jacking frame, ferry-boat driver is fixed in jacking frame, and described ferry-boat chain is rotationally connected with jacking frame and the outfan of driver of ferrying is connected with ferry-boat chain it is thus possible to drive ferry-boat chain to rotate.
Go out hole at above-mentioned pile tube and transmit in line, the both sides of described ferry-boat chain are provided with guide assembly, the surface configuration of the surface configuration and pile tube that are fixed with at least one ferry bus and ferry bus on described ferry-boat chain matches, some rollers being connected with guide assembly rolling it are additionally provided with bottom ferry bus, described lifting body include two that be parallel to each other and be positioned at the jacking cylinder at jacking frame two ends, described lifting body also includes the guiding mechanism that one end is fixed with the fixing other end in ground with jacking frame and can vertically be moved up and down.
Compared with prior art, it is an advantage of the current invention that: transmitting procedure is reliable and stable, precision is high, can realize continuous operation, thus improving work efficiency.
Accompanying drawing explanation
Fig. 1 is structural representation provided by the invention；
Fig. 2 is the structural representation of radial transmission line；
Fig. 3 is the structural representation in another direction of radial transmission line；
Fig. 4 is the structural representation in another direction of radial transmission line；
Fig. 5 is the structural representation of ferry-boat mechanism；
Fig. 6 is the structural representation in another direction of ferry-boat mechanism.
In figure: radial transmission line 1, radial drive mechanism 2, connect axle 3, axial transmission line 4, ferry-boat mechanism 5, chain 6, sprocket wheel 7, pile tube fixed groove 8, pile tube transmission vehicle assembly 9, guide assembly 10, pile tube transmission vehicle 11, roller 12, axial chain 13, axially driving device 14, axial transmission vehicle 15, ferry-boat line 16, lifting body 17, ferry-boat chain assemblies 18, ferry-boat driver 19, ferry-boat chain 20, jacking frame 21, ferry bus 22, jacking cylinder 23, guiding mechanism 24, the axis of guide 25, fairlead 26, guide rail 27, pile tube 100.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the present invention will be further described in detail.
As depicted in figs. 1 and 2, a kind of pile tube goes out hole and transmits line, including at least two radial transmission lines 1 for placing out the pile tube 100 behind hole being parallel to each other, article at least two, radial transmission line 1 has at least one to be connected with radial drive mechanism 2, two radial transmission lines 1 connect so that two radial transmission lines 1 can synchronizing movings away from the connection axle 3 of one end rigidity of radial drive mechanism 2, article two, radial transmission line 1 is provided with an axial transmission line 4 parallel with connecting axle 3 away from the side connecting axle 3, connect axle 3 can circumferentially rotate, fixed on the ground by bearing block, when pile tube is placed on this axial transmission line 4, described axial transmission line 4 can make pile tube be axially moveable, this transmission line also includes a ferry-boat mechanism 5 that the pile tube on radial transmission line 1 can be moved to axial transmission line 4.
Pile tube 100 of the present invention; including pile tube 100 but be not limited to pile tube 100; the parcel pipe die of pile tube or all prefabricated piles etc. can also be included; go out hole and refer to the step that pile tube 100 removes from operation above, as after tubular pile centrifugal molding go out hole, after vibrating forming go out hole, high-temperature steam curing after go out hole etc..Prior art go out hole conveying, it is common to use driving is hung back and forth, inefficient, and there is the safety problem dropped in high-altitude, it addition, driving to hang precision too low, it is impossible to realize working continuously of automatization.
Pile tube 100 can be moved radially or be still on radial transmission line 1 by the radial transmission line 1 of the present invention, when pile tube 100 is static, pile tube can be carried out action and tear nut etc. open as torn end plate open, when pile tube moves near ferry-boat mechanism 5, pile tube is moved to axial transmission line 4 by ferry-boat mechanism 5, make pile tube 100 transmit vertically, enter next step operation, such as the demoulding, clean, turn over stake etc..Ferry-boat mechanism 5 described in the present embodiment can be driving, crane etc..
As the preferred scheme of one, as shown in Figure 5 and Figure 6, ferry-boat mechanism 5 includes two and lays respectively at axial transmission line 4 two ends and the ferry-boat line 16 being parallel to each other, one end of described ferry-boat line 16 extends in the middle part of radial transmission line 1, it is outside that the other end extends axial transmission line 4, and described ferry-boat line 16 can vertically lift, when ferry line 16 rise time can by the pile tube jack-up on radial transmission line 1 and depart from radial transmission line 1 thus pile tube is placed on ferry-boat line 16 on, described ferry-boat line 16 can also be axially moveable thus being moved by the pile tube on ferry-boat line 16 and can being placed on by pile tube on axial transmission line 4 above axial transmission line 4 and when line 16 of ferrying declines.
Ferry-boat line 16 includes the lifting body 17 fixed on the ground, and described lifting body 17 top is fixedly connected with the ferry-boat chain assemblies 18 that can be axially moveable.Ferry-boat chain assemblies 18 includes ferry-boat driver 19 and drives, with ferry-boat driver 19, the ferry-boat chain 20 being connected, described ferry-boat chain 20 is fixing with lifting body 17 top to be connected, one end of described ferry-boat chain 20 extends in the middle part of radial transmission line 1, and it is outside that the other end extends axial transmission line 4.
The top of lifting body 17 is fixed with jacking frame 21, and ferry-boat driver 19 is fixed in jacking frame 21, and described ferry-boat chain 20 is rotationally connected with jacking frame 21 and the outfan of driver 19 of ferrying is connected with ferry-boat chain 20 it is thus possible to drive ferry-boat chain 20 to rotate.
nullThe both sides of ferry-boat chain 20 are provided with guide assembly 10，Guide assembly 10 is prior art，Repeat no more herein，The surface configuration of the surface configuration and pile tube that are fixed with at least one ferry bus 22 and ferry bus 22 on described ferry-boat chain 20 matches，What therefore pile tube 100 can consolidate is placed on ferry bus 22，Some rollers 12 being connected with guide assembly 10 rolling it are additionally provided with bottom ferry bus 22，Described lifting body 17 include two that be parallel to each other and be positioned at the jacking cylinder 23 at jacking frame 21 two ends，Jacking cylinder 23 is fixing with jacking frame 21 it is thus possible to drive jacking frame 21 to move up and down，Preferably，Jacking cylinder 23 is fixed in melt pit thus vacateing ground space，Described lifting body 17 also includes the guiding mechanism 24 that one end is fixing with jacking frame 21 with the fixing other end in ground and can vertically move up and down，Guiding mechanism 24 includes the axis of guide 25 and fairlead 26，The axis of guide 25 is inserted in fairlead 26 and is flexibly connected with fairlead 26，In the present embodiment，The axis of guide 25 and fairlead 26 can be fixed be connected with ground and jacking frame 21 respectively，Thus realizing guide effect.
When ferrying operation, two ferry-boat drivers 19 drive ferry-boat chain 20 to rotate respectively, two ferry buses 22 are made to be positioned at the lower section of pile tube 100, jacking cylinder 23 upwards jack-up jacking frame 21 is so that ferry bus 22 is held pile tube 100 and makes pile tube 100 depart from radial transmission line 1, two ferry-boat drivers 19 drive ferry-boat chain 20 to rotate again respectively, ferry bus 22 is made to move above axial transmission line 4, jacking cylinder 23 makes downwards jacking frame 21 move down and makes ferry bus 22 be positioned at below axial transmission line 4, now pile tube 100 is fallen on axial transmission line 4, thus realizing the function of ferry-boat.
In conjunction with shown in Fig. 3 and Fig. 4, radial transmission line 1 includes chain 6 and two sprocket wheels 7 with chain 6 snap-fit engagement, two sprocket wheels 7 lay respectively at chain 6 two ends and with chain 6 tensioned fit, described radial drive mechanism 2 is fixing with sprocket wheel 7 to be connected, and described connection axle 3 two ends are respectively fixedly connected with a sprocket wheel 7 and this two sprocket wheels 7 are belonging respectively to two radial transmission lines 1 so that the chain 6 on two radial transmission lines 1 can synchronizing moving.
Chain 6 is fixed with at least one pile tube transmission vehicle assembly 9 with pile tube fixed groove 8 and described pile tube fixed groove 8 matches so that pile tube can be placed on pile tube transmission vehicle assembly 9 with pile tube surface, the both sides of chain 6 are provided with guide assembly 10, guide assembly 10 is known general knowledge, generally including two opposite guide rails 27, described pile tube transmission vehicle assembly 9 is pressed on guide assembly 10 and rolls with guide assembly 10 and is connected.
Specifically, as shown in Figure 1, pile tube transmission vehicle assembly 9 includes two pile tube transmission vehicles 11 that are opposite and that have inclined plane, two inclined planes form pile tube fixed groove 8, the pile tube fixed groove 8 of this structure is not only applicable to the pile tube of cylinder, it is also applied for square or other shapes pile tube, adaptive is joined thus improving, described pile tube transmission vehicle 11 both sides are provided with some rollers 12 matched with guide assembly 10, roller 12 is fitted with guide rail 27 phase interworking and is rolled and is connected, thus reducing frictional resistance when pile tube transmission vehicle 11 is pulled by chain 6, it is easy to pile tube 100 can be transferred smoothly, described radial drive mechanism 2 has two and connects a radial transmission line 1 respectively, being driven mechanism 2 can be motor or hydraulic unit driver, preferably, select hydraulic unit driver.
Axial transmission line 4 includes axial chain 13 and drives, with axial chain 13, the axially driving device 14 being connected, axially driving device 14 is motor or hydraulic unit driver, and pass through belt pulley or sprocket wheel or rack-and-pinion equal to being connected with axial chain 13, described axial chain 13 is fixed with some axial transmission vehicles 15 for placing pile tube, described axial chain 13 both sides are provided with guide assembly 10, and axial transmission vehicle 15 is provided with and rolls, with guide assembly 10, the roller 12 being connected.
Radial transmission line can be two and more than two, radial transmission line includes one or more than one chain, and sprocket wheel, chain can also change other transmission means into, such as plate chain, or caterpillar chain, it is also possible to be steel wire rope, can also make rack-and-pinion into, or be the mode that directly rolls of roller.
Described ferry-boat mechanism does not limit quantity, can select one according to specific circumstances, or any amount of one or more.The chain quantity of same ferry-boat mechanism can be one or more than one chain, and sprocket wheel, and chain can also change other transmission means into, such as plate chain, or caterpillar chain, it is also possible to be steel wire rope, can also make rack-and-pinion into, or be the mode that directly rolls of roller.
Described axial transmission line can arrange quantity according to on-the-spot situation, it is possible to be one or one or more.Axial transmission line includes one or more than one chain and sprocket wheel, and chain can also change other transmission means into, for instance plate chain, or caterpillar chain, it is also possible to be steel wire rope, it is also possible to make rack-and-pinion into, or is the mode that directly rolls of roller.
Specific embodiment described herein is only to present invention spirit explanation for example.Described specific embodiment can be made various amendment or supplements or adopt similar mode to substitute by those skilled in the art, but without departing from the spirit of the present invention or surmount the scope that appended claims is defined.
Although more employing radial transmission line 1 herein, radial drive mechanism 2, connect axle 3, axial transmission line 4, ferry-boat mechanism 5, chain 6, sprocket wheel 7, pile tube fixed groove 8, pile tube transmission vehicle assembly 9, guide assembly 10, pile tube transmission vehicle 11, roller 12, axial chain 13, axially driving device 14, axial transmission vehicle 15, ferry-boat line 16, lifting body 17, ferry-boat chain assemblies 18, ferry-boat driver 19, ferry-boat chain 20, jacking frame 21, ferry bus 22, jacking cylinder 23, guiding mechanism 24, the axis of guide 25, fairlead 26, guide rail 27, pile tube 100 term such as grade, but it is not precluded from using the probability of other term.These terms are used to be only used to describe and explain more easily the essence of the present invention；It is all contrary with spirit of the present invention for being construed as any additional restriction.
Claims (10)
1. a pile tube goes out hole transmission line, it is characterized in that, including two radial transmission lines (1) for placing out the pile tube behind hole being parallel to each other, article two, radial transmission line (1) has at least one to be connected with radial drive mechanism (2), two radial transmission lines (1) connect so that two radial transmission lines (1) can synchronizing movings away from the connection axle (3) of one end rigidity of radial drive mechanism (2), article two, radial transmission line (1) is provided with an axial transmission line (4) parallel with connecting axle (3) away from the side connecting axle (3), when pile tube is placed on this axial transmission line (4), described axial transmission line (4) can make pile tube be axially moveable, this transmission line also includes a ferry-boat mechanism (5) that the pile tube on radial transmission line (1) can be moved to axial transmission line (4).
2. pile tube according to claim 1 goes out hole transmission line, it is characterized in that, described radial transmission line (1) includes chain (6) and two sprocket wheels (7) with chain (6) snap-fit engagement, two sprocket wheels (7) lay respectively at chain (6) two ends and with chain (6) tensioned fit, described radial drive mechanism (2) is fixing with sprocket wheel (7) to be connected, described connection axle (3) two ends are respectively fixedly connected with a sprocket wheel (7) and this two sprocket wheels (7) are belonging respectively to two radial transmission lines (1) so that the chain (6) on two radial transmission lines (1) can synchronizing moving.
3. pile tube according to claim 2 goes out hole transmission line, it is characterized in that, described chain (6) is fixed with at least one pile tube transmission vehicle assembly (9) with pile tube fixed groove (8) and described pile tube fixed groove (8) and matches so that pile tube can be placed on pile tube transmission vehicle assembly (9) with pile tube surface, the both sides of chain (6) are provided with guide assembly (10), and described pile tube transmission vehicle assembly (9) is pressed on guide assembly (10) and above and is connected with guide assembly (10) rolling.
4. pile tube according to claim 3 goes out hole transmission line, it is characterized in that, described pile tube transmission vehicle assembly (9) includes two pile tube transmission vehicles (11) that are opposite and that have inclined plane, two inclined planes form pile tube fixed groove (8), described pile tube transmission vehicle (11) both sides are provided with some rollers (12) matched with guide assembly (10), and described radial drive mechanism (2) has two and connects a radial transmission line (1) respectively.
5. the pile tube according to claim 1 any one goes out hole transmission line, it is characterized in that, described axial transmission line (4) includes axial chain (13) and drives, with axial chain (13), the axially driving device (14) being connected, described axial chain (13) is fixed with some axial transmission vehicles (15) for placing pile tube, described axial chain (13) both sides are provided with guide assembly (10), and axial transmission vehicle (15) is provided with and rolls, with guide assembly (10), the roller (12) being connected.
null6. the pile tube according to claim 1-5 any one goes out hole transmission line，It is characterized in that，Described ferry-boat mechanism (5) includes two and lays respectively at axial transmission line (4) two ends and the ferry-boat line (16) being parallel to each other，One end of described ferry-boat line (16) extends to radial transmission line (1) middle part，It is outside that the other end extends axial transmission line (4)，And described ferry-boat line (16) can vertically lift，Can by the pile tube jack-up on radial transmission line (1) and depart from radial transmission line (1) thus being placed on by pile tube in ferry-boat line (16) when line (16) of ferrying rises，Described ferry-boat line (16) can also be axially moveable thus being moved by the pile tube in ferry-boat line (16) and can being placed on by pile tube on axial transmission line (4) to axial transmission line (4) top and when line (16) of ferrying declines.
7. pile tube according to claim 6 goes out hole transmission line, it is characterized in that, described ferry-boat line (16) includes the lifting body (17) fixed on the ground, and described lifting body (17) top is fixedly connected with the ferry-boat chain assemblies (18) that can be axially moveable.
8. pile tube according to claim 7 goes out hole transmission line, it is characterized in that, described ferry-boat chain assemblies (18) includes ferry-boat driver (19) and drives, with ferry-boat driver (19), the ferry-boat chain (20) being connected, described ferry-boat chain (20) is fixing with lifting body (17) top to be connected, one end of described ferry-boat chain (20) extends to radial transmission line (1) middle part, and it is outside that the other end extends axial transmission line (4).
9. pile tube according to claim 8 goes out hole transmission line, it is characterized in that, the top of described lifting body (17) is fixed with jacking frame (21), ferry-boat driver (19) is fixed in jacking frame (21), and described ferry-boat chain (20) is rotationally connected with jacking frame (21) and the outfan of driver of ferrying (19) is connected with ferry-boat chain (20) it is thus possible to drive ferry-boat chain (20) to rotate.
10. pile tube according to claim 9 goes out hole transmission line, it is characterized in that, the both sides of described ferry-boat chain (20) are provided with guide assembly (10), the surface configuration of the surface configuration and pile tube that are fixed with at least one ferry bus (22) and ferry bus (22) on described ferry-boat chain (20) matches, ferry bus (22) bottom is additionally provided with some rollers (12) being connected with guide assembly (10) rolling, described lifting body (17) include two that be parallel to each other and be positioned at the jacking cylinder (23) at jacking frame (21) two ends, described lifting body (17) also includes the guiding mechanism (24) that one end is fixing with jacking frame (21) with the fixing other end in ground and can vertically move up and down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620152337.9U CN205397240U (en) | 2016-02-29 | 2016-02-29 | Tubular pile goes out hole transmission line |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620152337.9U CN205397240U (en) | 2016-02-29 | 2016-02-29 | Tubular pile goes out hole transmission line |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205397240U true CN205397240U (en) | 2016-07-27 |
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ID=56947770
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620152337.9U Withdrawn - After Issue CN205397240U (en) | 2016-02-29 | 2016-02-29 | Tubular pile goes out hole transmission line |
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| Country | Link |
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| CN (1) | CN205397240U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105564898A (en) * | 2016-02-29 | 2016-05-11 | 周兆弟 | Transmitting line for pipe piles discharged from pits |
-
2016
- 2016-02-29 CN CN201620152337.9U patent/CN205397240U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105564898A (en) * | 2016-02-29 | 2016-05-11 | 周兆弟 | Transmitting line for pipe piles discharged from pits |
| CN105564898B (en) * | 2016-02-29 | 2017-12-29 | 周兆弟 | Pile tube goes out to cheat transmission line |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20160727 Effective date of abandoning: 20171229 |
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| AV01 | Patent right actively abandoned |