CN208023580U - The horizontal position adjustment device and piling machine of stake machine - Google Patents
The horizontal position adjustment device and piling machine of stake machine Download PDFInfo
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- CN208023580U CN208023580U CN201820253848.9U CN201820253848U CN208023580U CN 208023580 U CN208023580 U CN 208023580U CN 201820253848 U CN201820253848 U CN 201820253848U CN 208023580 U CN208023580 U CN 208023580U
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- trolley
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Abstract
The utility model is related to piling machine equipment technical field more particularly to the horizontal position adjustment devices and piling machine of stake machine.The horizontal position adjustment device of stake machine includes liftable sliding platform (3), the moving direction of horizontally movable first trolley (4) and horizontally movable second trolley (7) on first trolley (4) on the sliding platform (3), first trolley (4) and second trolley (7) is staggered；The pile sinking device (2) is connected to below second trolley (7), and with the second trolley (7) synchronizing moving.Piling machine includes the horizontal position adjustment device of above-mentioned stake machine.The horizontal position adjustment device and piling machine of above-mentioned stake machine can be finely adjusted the position of pile sinking device in the horizontal plane when pile sinking device and pre-determined bit are equipped with deviation, very convenient, increase accuracy.
Description
Technical field
The utility model is related to the horizontal position adjustment devices and piling of piling machine equipment technical field more particularly to stake machine
Machine.
Background technology
In building field, it will usually need using piling machine by prefabricated pile injection stratum, to be built on the ground for after
Building lays the foundation.
It before piling, needs to clamp prefabricated pile first with pile sinking device, to prepare for piling；In order to ensure to wait for into ground
The prefabricated pile of layer can be squeezed into scheduled position (prefabricated pile for such as needing face in injection stratum) by pile monkey, in prefabricated pile
After being clamped by pile sinking device, the position for first adjusting the pile sinking device for being clamped with prefabricated pile is needed, so that being clamped in pre- in pile sinking device
Stake processed is moved to precalculated position；Then just start pile monkey and carry out piling action.Traditional piling machine is not easy to prefabricated to being clamped with
The position of the pile sinking device of stake is finely adjusted so that the error between the physical location and precalculated position of prefabricated pile is larger, is easy to make
At the problem of the shakiness of pile foundation later, there are larger security risks.
To sum up, how to overcome the drawbacks described above of existing piling machine is that those skilled in the art's technology urgently to be resolved hurrily is asked
Topic.
Utility model content
The purpose of this utility model is to provide the horizontal position adjustment devices and piling machine of stake machine, to alleviate the prior art
In piling machine existing for be not easy to the position of the prefabricated pile to being clamped in pile sinking device and be finely adjusted, pile foundation after be easy to causeing
Shakiness there is technical issues that larger.
A kind of horizontal position adjustment of stake machine for driving pile sinking device to move in the horizontal plane provided by the utility model
Device, it includes liftable sliding platform, and horizontally movable first trolley, pile sinking device are connected on the sliding platform
The lower section of first trolley, and with the first trolley synchronizing moving.
The horizontal position adjustment dress of another stake machine for driving pile sinking device to move in the horizontal plane provided by the utility model
It sets, it includes liftable sliding platform, horizontally movable first trolley and small described first on the sliding platform
The moving direction of horizontally movable second trolley on vehicle, first trolley and second trolley is staggered；It is described heavy
Stake device is connected to below second trolley, and with the second trolley synchronizing moving.
Preferably, as a kind of embodiment, the opposite side of first trolley is each configured at least one first
The first guide rail or the first guide rail of at least one group the first idler wheel of cooperation is respectively set in idler wheel, the opposite side of the sliding platform
Slot, first idler wheel are rolled along corresponding first guide rail or first rail groove to support the first trolley in the sliding platform
On move horizontally.
Preferably, as a kind of embodiment, the first guide rail or first rail groove described in every group include about two
The first guide rail or first rail groove being oppositely arranged, and the first idler wheel operates in corresponding upper and lower first be oppositely arranged and leads
Between rail or first rail groove.
Preferably, as a kind of embodiment, the opposite side of second trolley is each configured at least one second
The second guide rail or the second guide rail of at least one group the second idler wheel of cooperation is respectively set in idler wheel, the opposite side of first trolley
Slot, second idler wheel are rolled along corresponding second guide rail or the second guide-track groove to support the second trolley in first trolley
On move horizontally.
Preferably, as a kind of embodiment, the second guide rail or the second guide-track groove described in every group include about two
The second guide rail or the second guide-track groove being oppositely arranged, and the second idler wheel operates in corresponding upper and lower second be oppositely arranged and leads
Between rail or the second guide-track groove.
Preferably, as a kind of embodiment, the lower section of the sliding platform is equipped with the first trolley of driving and moves horizontally
The first actuator；The driving end of first actuator is connected with the first trolley, and the other end is connected with the sliding platform, institute
The moving direction for stating the first trolley is consistent with the driving end driving direction of the first actuator.
Preferably, as a kind of embodiment, the lower section of the sliding platform is equipped with the first trolley of driving and moves horizontally
The first actuator；The driving end of first actuator is connected with the first trolley, and the other end is connected with the sliding platform, institute
The moving direction for stating the first trolley is consistent with the driving end driving direction of the first actuator.
Preferably, as a kind of embodiment, the opposite side of first trolley is each configured at least two intervals
The first idler wheel being arranged, the position that second actuator is connected with the first trolley are located at the adjacent of first trolley the same side
The first idler wheel between；
The opposite side of second trolley is each configured at least two spaced second idler wheels, second driving
The position that part is connected with second trolley is located between the second idler wheel of second trolley opposite side.
Correspondingly, the utility model additionally provides a kind of piling machine, include the horizontal position adjustment device of above-mentioned stake machine, also
Including pile frame and pile sinking device；Wherein, the sliding platform is slidably connected on the pile frame, and the pile sinking device is connected to described
The lower section of one trolley.
Compared with prior art, the utility model has the advantage of：
The horizontal position adjustment device of the stake machine provided by the utility model for driving pile sinking device to move in the horizontal plane, analysis
Known to its structure：The horizontal position adjustment device of above-mentioned stake machine is mainly made of sliding platform and the first trolley.
It analyzes known to specific connection type and the position relationship of above structure：Sliding platform can move up and down, to drive
Pile sinking device moves up and down, and realizes pile sinking and resets the purpose of next prefabricated pile of clamping.Wherein, first on sliding platform
Trolley can move horizontally on sliding platform, and pile sinking device is connected to the lower section of the first trolley, and can synchronize and move with the first trolley
It is dynamic, so that the prefabricated pile in pile sinking device is close to designated position, until the pile foundation hole of the prefabricated pile alignment designated position in pile sinking device.
Obviously, provided by the utility model for driving pile sinking device to move (the mobile side of the first trolley in one direction
To), achieve the purpose that the fine tuning of the position of pile sinking device.
The utility model additionally provides the horizontal position adjustment of another stake machine for driving pile sinking device to move in the horizontal plane
Device is analyzed known to its structure：The horizontal position adjustment device of above-mentioned stake machine is mainly put down by liftable sliding platform, in sliding
Horizontally movable first trolley and horizontally movable second trolley on the first trolley on platform.
It analyzes known to specific connection type and the position relationship of above structure：Sliding platform can drive pile sinking device to do lifting fortune
It is dynamic, it realizes pile sinking and resets the purpose of next prefabricated pile of clamping.First trolley can drive the second trolley to move horizontally, and
The moving direction of first trolley and the second trolley is staggered, and because pile sinking device is connected to the lower section of the second trolley, and can be with
It is realized to the prefabricated pile in pile sinking device by the movement of the movement and the second trolley of the first trolley with the second trolley synchronizing moving
Movement on the moving direction of the first trolley and the moving direction of the second trolley, achievees the purpose that fine tuning, so that in pile sinking device
Prefabricated pile close to designated position, until the pile foundation hole of the prefabricated pile alignment designated position in pile sinking device.
Obviously, provided by the utility model for driving pile sinking device to move the (moving direction of the first trolley in both direction
With the moving direction of the second trolley), achieve the purpose that the fine tuning of the position of pile sinking device.
The utility model additionally provides a kind of piling machine, mainly by horizontal position adjustment device, the pile frame of above-mentioned stake machine
It is formed with pile sinking device；Wherein, the sliding platform in the horizontal position adjustment device of stake machine is slidably connected with pile frame, the connection of pile sinking device
In the lower section of the first trolley.
Obviously, piling machine provided by the utility model is because including the horizontal position adjustment device of above-mentioned stake machine, and has
All advantages of the horizontal position adjustment device of above-mentioned stake machine, can be when pile sinking device and pre-determined bit be equipped with deviation, to pile sinking device
Position be finely adjusted.
Description of the drawings
It, below will be right in order to illustrate more clearly of specific embodiment of the present invention or technical solution in the prior art
Specific implementation mode or attached drawing needed to be used in the description of the prior art are briefly described, it should be apparent that, it is described below
In attached drawing be that some embodiments of the utility model are not paying creativeness for those of ordinary skill in the art
Under the premise of labour, other drawings may also be obtained based on these drawings.
Fig. 1 is the fragmentary front structural schematic diagram for the piling machine that the utility model embodiment provides；
Fig. 2 is that the horizontal position adjustment device for the stake machine that the utility model embodiment provides and the assembling structure of pile sinking device are shown
It is intended to；
Fig. 3 is the configuration schematic diagram of Fig. 2；
Fig. 4 is the enlarged structure schematic diagram of part A in Fig. 3, and wherein B-B ' indicates prolonging for the second guide rail or the second guide-track groove
Direction is stretched, C-C ' indicates the first guide rail or the extending direction of first rail groove；
Fig. 5 is the forward sight structural schematic diagram of the horizontal position adjustment device for the stake machine that the utility model embodiment provides；
Fig. 6 is the stereochemical structure signal of the horizontal position adjustment device for the stake machine that the utility model embodiment provides in Fig. 5
Figure；
Fig. 7 is the overlooking structure diagram of the horizontal position adjustment device for the stake machine that the utility model embodiment provides；
Part-structure in the horizontal position adjustment regulating device for the stake machine that Fig. 8 provides for the utility model embodiment in Fig. 6
Dimensional structure diagram.
Icon：1- pile frames；2- pile sinking devices；3- sliding platforms；31- upper cover plates；32- middle frames；321- longerons；
322- crossbeams；33- bottom frames；The first trolleies of 4-；The first idler wheels of 41-；The first actuators of 5-；The first guide rails of 6-；7- second
Trolley；The second idler wheels of 71-；The second actuators of 8-；The second guide rails of 9-.
Specific implementation mode
The technical solution of the utility model is clearly and completely described below in conjunction with attached drawing, it is clear that described
Embodiment is the utility model a part of the embodiment, instead of all the embodiments.Based on the embodiments of the present invention, originally
The every other embodiment that field those of ordinary skill is obtained without making creative work, belongs to this practicality
Novel protected range.
In the description of the present invention, it should be noted that the orientation or positional relationship of the instructions such as term "inner", "outside"
To be based on the orientation or positional relationship shown in the drawings, it is merely for convenience of describing the present invention and simplifying the description, without referring to
Show or imply that signified device or element must have a particular orientation, with specific azimuth configuration and operation, therefore cannot manage
Solution is limitations of the present invention.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " connection "
It shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or be integrally connected；Can be that machinery connects
It connects, can also be electrical connection；It can be directly connected, can also can be indirectly connected through an intermediary in two elements
The connection in portion.For the ordinary skill in the art, it can understand above-mentioned term in the present invention with concrete condition
Concrete meaning.
The utility model is further described in detail below through specific implementation examples and in conjunction with the accompanying drawings.
Referring to Fig. 1, a kind of water for being used to that pile sinking device 2 to be driven to move in the horizontal plane a machine is provided in one embodiment
Flat position regulator, it includes liftable sliding platform 3, horizontally movable first trolley on the sliding platform 3
4, pile sinking device 2 is connected to the lower section of first trolley 4, and with 4 synchronizing moving of the first trolley.
It analyzes known to specific connection type and the position relationship of above structure：Sliding platform 3 can move up and down, to drive
Pile sinking device 2 moves up and down, and realizes pile sinking and resets the purpose of next prefabricated pile of clamping.Wherein, on sliding platform 3
One trolley 4 can move horizontally on sliding platform 3, and pile sinking device 2 is connected to the lower section of the first trolley 4, and can be with the first trolley 4
Therefore synchronizing moving when the position for the prefabricated pile being clamped in pile sinking device 2 has smaller deviation with precalculated position, can be grasped
It controls the first trolley 4 to be moved relative to sliding platform 3, so that the pile sinking device 2 being connected on the first trolley 4 can take place along
The moving direction of first trolley 4 moves, and in turn, drives the prefabricated pile being clamped in pile sinking device 2 can be towards close precalculated position, directly
Precalculated position is reached to prefabricated pile or closest at the position in precalculated position, stops the movement to the first trolley 4.
Obviously, the horizontal position adjustment of the stake machine provided in this embodiment for driving pile sinking device 2 to move in the horizontal plane
Device can be finely adjusted the position of pile sinking device 2 when pile sinking device 2 is equipped with the deviation of horizontal direction with pre-determined bit.
Referring to Fig. 2, the present embodiment additionally provides another level for being used to that pile sinking device 2 to be driven to move in the horizontal plane a machine
Position regulator, it includes liftable sliding platform 3, horizontally movable first trolley, 4 He on the sliding platform 3
Horizontally movable second trolley 7 on first trolley 4, the moving direction of first trolley 4 and second trolley 7
It is staggered；The pile sinking device 2 is connected to second trolley, 7 lower section, and with 7 synchronizing moving of the second trolley.
It analyzes known to specific connection type and the position relationship of above structure：Sliding platform 3 can drive pile sinking device 2 to lift
Movement realizes pile sinking and resets the purpose of next prefabricated pile of clamping.First trolley 4 can drive the second trolley 7 is horizontal to move
It is dynamic, and the moving direction of the first trolley 4 and the second trolley 7 is staggered, pile sinking device 2 is connected to the lower section of the second trolley 7, and energy
7 synchronizing moving of the second trolley is enough followed, therefore when the position for the prefabricated pile being clamped in pile sinking device 2 and precalculated position presence are smaller
When deviation, controllable first trolley 4 is moved horizontally with respect to sliding platform 3, and manipulates 7 opposite first trolley 4 of the second trolley
It is moved horizontally, so that the pile sinking device 2 being connected on the first trolley 4 can be with the moving direction and first of the second trolley 7
The moving direction of trolley 4 and move horizontally, drive be clamped in prefabricated pile in pile sinking device 2 can towards close to precalculated position, until
Prefabricated pile reaches precalculated position or closest at the position in precalculated position, stops the movement of the first trolley 4 and the second trolley 7.
It should be noted that the second trolley 7 coordinates the effect of the first trolley 4, prefabricated pile can be easily facilitated and reach pre-determined bit
It sets, or precalculated position can be more nearly.
Therefore, the horizontal position adjustment device of this stake machine provided in this embodiment, can be in pile sinking device 2 and precalculated position
When having the deviation of horizontal direction, the position of pile sinking device 2 is finely adjusted.
The concrete structure and technique effect of technical solution in relation to the present embodiment are as follows：
Preferably, referring to Fig. 3-Fig. 8, at least one first idler wheel 41 is respectively configured in the opposite side of the first trolley 4, and
The first guide rail 6 or first rail groove of at least one group the first idler wheel of cooperation 41 is respectively set in the opposite side of sliding platform 3,
In, the first idler wheel 41 can be rolled along the first guide rail 6 or first rail groove coordinated with it, so that 4 energy of the first trolley
It is enough to be moved horizontally along the first guide rail 6 or first rail groove on sliding platform 3.
It should be noted that being coordinated using the first idler wheel 41 and the first guide rail 6 or first rail groove, to realize the first trolley
4 modes moved relative to sliding platform 3 are not only able to reduce abrasion, prolong the service life, and make mobile first trolley 4
When it is more laborsaving.
Preferably, about two the first guide rails 6 being oppositely arranged are respectively provided in every group of first guide rail 6 or first rail groove
Or first rail groove, and the first idler wheel 41 is operated in corresponding upper and lower the first guide rail 6 or the first guide rail being oppositely arranged
Between slot；In this way, allowing for the first idler wheel 41 can steadily be present between corresponding two the first guide rails or guide-track groove,
At this point, the first guide rail 6 or first rail groove do not play the role of singly being oriented to for the first idler wheel 41, moreover it is possible to play to the first idler wheel 41
The effect limited prevents the first idler wheel 41 to be detached from the first guide rail 6 or first rail groove, further limits the first idler wheel 41
Running orbit, reduce the shaking of the first trolley 4 so that structure more stablize.
Preferably, referring to Fig. 6 and Fig. 7 at least one second idler wheel 71 is respectively configured in the opposite side of the second trolley 7, and
The second guide rail 9 or the second guide-track groove of at least one group the second idler wheel of cooperation 71 is respectively set in the opposite side of first trolley 4,
In, the second idler wheel 71 can be rolled along the second guide rail 9 coordinated with it or the second guide-track groove, so that 7 energy of the second trolley
It is enough to be moved horizontally along the second guide rail 9 or the second guide-track groove on the first trolley 4.
It should be noted that being coordinated using the second idler wheel 71 and the second guide rail 9 or the second guide-track groove, to realize the second trolley
7 modes moved relative to the first trolley 4 are not only able to reduce abrasion, prolong the service life, and make mobile second trolley 7
When it is more laborsaving.
Preferably, about two the second guide rails 9 being oppositely arranged are respectively provided in every group of second guide rail 9 or the second guide-track groove
Or second guide-track groove, and the second idler wheel 71 is operated in corresponding upper and lower the second guide rail 9 or the second guide rail being oppositely arranged
Between slot；In this way, allowing for the second idler wheel 71 can steadily be present between corresponding two the second guide rails or guide-track groove,
At this point, the second guide rail 9 or the second guide-track groove do not play the role of singly being oriented to for the second idler wheel 71, moreover it is possible to play to the second idler wheel 71
The effect limited prevents the second idler wheel 71 to be detached from the second guide rail 9 or the second guide-track groove, further limits the second idler wheel 71
Running orbit, reduce the shaking of the second trolley 7 so that structure more stablize.
Further, the lower section of sliding platform 3 is provided with energy for the ease of driving the first trolley 4 movement referring to Fig. 5
Enough drive the first actuator 5 that the first trolley 4 moves horizontally, in concrete structure, by the driving end of the first actuator 5 be set as with
First trolley 4 is connected, and the other end is connected with sliding platform 3, and set the driving direction at the driving end of the first actuator 5 to and
The moving direction of first trolley 4 is consistent.When the first actuator 5 drives the movement of the first trolley 4, the first idler wheel 41 will be along first
Guide rail 6 or first rail groove movement, and the first trolley 4 is driven to be moved along the extending direction of the first guide rail 6 or first rail groove.
Equally, the lower section of sliding platform 3 is provided with energy for the ease of driving the second trolley 7 movement referring to Fig. 4 and Fig. 7
Enough drive the second actuator 8 that the second trolley 7 moves horizontally, in concrete structure, by the driving end of the second actuator 8 be set as with
Second trolley 7 is connected, and the other end is connected with sliding platform 3, and set the driving direction at the driving end of the second actuator 8 to and
The moving direction of second trolley 7 is consistent.When the second actuator 8 drives the movement of the second trolley 7, the second idler wheel 71 will be along second
Guide rail 9 or the movement of the second guide-track groove, and the second trolley 7 is driven to be moved along the extending direction of the second guide rail 9 or the second guide-track groove.
Preferably, it in order to ensure the stability of the first trolley 4, further decreases the first trolley 4 and own rotation or rolling occurs
At least two spaced first idler wheels 41 are respectively configured in the opposite side of the first trolley 4 in dynamic occurrence probability, i.e., every group
One guide rail 6 or first rail groove match at least two first idler wheels 41, to prevent the first trolley 4 around the first idler wheel 41
Axis is in vertical rotation in surface or shaking.Meanwhile in order to ensure the stability of the second trolley 7, further decreasing the second trolley 7 hair
Raw own rotation or the occurrence probability of shaking, at least two spaced second are respectively configured in the opposite side of the second trolley 7
Idler wheel 71, i.e. every group of second guide rail 9 or the second guide-track groove match at least two second idler wheels 71, to prevent the second trolley
7 around the second idler wheel 71 axis in vertical rotation in surface or shaking.
Further, the position that the second actuator 8 is connected with the first trolley 4 is arranged to the phase in 4 the same side of the first trolley
Between the first adjacent idler wheel 41, and the position that the second actuator 8 is connected with the second trolley 7 is arranged in 7 opposite side of the second trolley
The second idler wheel 71 between, to enhance the stability of linkage structure.
Further, referring to Fig. 4, the first trolley 4 and second in the horizontal position adjustment device in order to make full use of a machine
Mutual cooperation relationship between trolley 7 increases convenient degree when adjusting position, by prolonging for the second guide rail 9 or the second guide-track groove
It stretches direction and is set as vertical with the second guide rail 9 or the extending direction of the second guide-track groove.
In addition, the first guide rail 6 or first rail groove and the second guide rail 9 or the second guide-track groove is horizontally disposed, it will
Pile sinking device 2 is limited to the movement in horizontal plane relative to the movement of sliding platform 3, prevents prefabricated pile when to stake from vertical direction occurs
Movement.
As one kind can embodiment, sliding platform 3 includes the bottom frame 33 being made of four steel constructions, by four crossbeams
322 and the middle frame 32 that constitutes of four longerons 321 of four corners for being separately positioned on 33 frame of bottom frame and it is arranged at four
Upper cover plate 31 on longeron 321；Crossbeam 322 be respectively arranged on the both ends of the opposite side of 33 frame of bottom frame and each crossbeam 322 respectively with
Longeron 321 is connected and fixed；First idler wheel 41 of the first trolley 4 is rotatably assorted between crossbeam 322 and bottom frame 33.
Preferably, the first actuator 5 and the second actuator 8 may be configured as piston cylinder；In this way, piston cylinder need to be only operated,
The piston rod of piston cylinder is set to be in suitable position, so that it may pile sinking device 2 be enable to be moved to target location；In addition, piston cylinder
The position of first trolley 4 and the second trolley 7 can also be limited, prevent it from arbitrarily moving.
In another embodiment, the first actuator 5 and the second actuator 8 can be disposed as by leading screw and nut group
At structure, concrete structure can be arranged as follows：
Leading screw in the first all actuators 5 is extended along the first guide rail 6 or the extending direction of first rail groove,
Leading screw in one of them first actuator 5 is arranged on sliding platform 3 and is rotatably assorted with sliding platform 3, meanwhile, by this
Nut in one actuator 5 is fixed together with the first trolley 4, and the leading screw and nut in same first actuator 5 are mutual
Cooperation；In this way, rotation the first actuator 5 in leading screw can so that nut while being rotated around leading screw along leading screw first
It is moved on guide rail 6 or the extending direction of first rail groove, leading screw is in rotary state during this, and nut is then only
The movement that the extending direction towards the first guide rail 6 or first rail groove can occur, so that first be fixedly connected with nut is small
Vehicle 4 is steadily moved with nut along the first guide rail 6 or first rail groove.
Equally, the leading screw in the second all actuators 8 extends along the extending direction of the second guide rail 9 or the second guide-track groove
It is arranged, the leading screw in one of them second actuator 8 is arranged on the first trolley 4 and is rotatably assorted with the first trolley 4, meanwhile,
Nut in second actuator 8 is fixed together with the second trolley 7, leading screw and spiral shell in same second actuator 8
Mother cooperates；In this way, rotation the second actuator 8 in leading screw can so that nut while being rotated around leading screw along leading screw
It is moved on the extending direction of the second guide rail 9 or the second guide-track groove, leading screw is in rotary state during this, and nut
It is then the movement that the extending direction towards the second guide rail 9 or the second guide-track groove can only occur, so that be fixedly connected with nut
Extending direction of second trolley 7 with nut along the second guide rail 9 or the second guide-track groove steadily moves.
Further, it can be set between the first idler wheel 41 and the first trolley 4 and between the second idler wheel 71 and the second trolley 7
Bearing is set, to further decrease the friction between the first idler wheel 41 and the first trolley 4, and reduces the second idler wheel 71 and the second trolley
Friction between 7, prolongs the service life.
A kind of piling machine is additionally provided in one embodiment comprising there is the horizontal position adjustment device of above-mentioned stake machine,
Further include pile frame 1 and pile sinking device 2；Wherein, the sliding platform 3 is slidably connected on the pile frame 1, and the pile sinking device 2 connects
In the lower section of first trolley 4.
Obviously, piling machine provided in this embodiment is because including the horizontal position adjustment device of above-mentioned stake machine, and has upper
All advantages of the horizontal position adjustment device of a machine are stated, it can be when pile sinking device 2 and pre-determined bit be equipped with deviation, to pile sinking device 2
Position be finely adjusted in the horizontal plane, it is very convenient, increase accuracy.
It will be understood by those of ordinary skill in the art that：Structure illustrated in Figure 8 Fig. 1-is only one of which embodiment party
The specific adjusting direction of formula, the first trolley 4 and the second trolley 7 is not limited thereto；As long as 7 groups of the first trolley 4 and the second trolley
It closes and uses, can realize the comprehensive adjusting of the prefabricated pile being clamped on pile sinking device 2 in the horizontal plane.
In conclusion the utility model embodiment discloses the horizontal position adjustment device and piling machine of a kind of machine,
Overcome many technological deficiencies of traditional piling machine.The horizontal position adjustment device for the stake machine that the utility model embodiment provides
And piling machine, it can be when pile sinking device 2 be equipped with deviation with pre-determined bit in the horizontal plane, in the horizontal plane to the position of pile sinking device 2
It is finely adjusted, it is very convenient, increase accuracy.
Finally it should be noted that：The above various embodiments is only to illustrate the technical solution of the utility model, rather than limits it
System；Although the utility model has been described in detail with reference to the foregoing embodiments, those skilled in the art should
Understand：It still can be with technical scheme described in the above embodiments is modified, either to which part or whole
Technical characteristic carries out equivalent replacement；And these modifications or replacements, this practicality that it does not separate the essence of the corresponding technical solution are new
The range of each embodiment technical solution of type.
Claims (10)
1. the horizontal position adjustment device of a kind of machine, for driving pile sinking device (2) to move in the horizontal plane, which is characterized in that
It includes that can sink along the sliding platform (3) that pile frame lifts, horizontally movable first trolley (4) on the sliding platform (3)
Stake device (2) is connected to the lower section of first trolley (4), and with the first trolley (4) synchronizing moving.
2. the horizontal position adjustment device of a kind of machine, for driving pile sinking device (2) to move in the horizontal plane, which is characterized in that
It includes liftable sliding platform (3), horizontally movable first trolley (4) and described on the sliding platform (3)
Horizontally movable second trolley (7) on first trolley (4), the mobile side of first trolley (4) and second trolley (7)
To being staggered；The pile sinking device (2) is connected to below second trolley (7), and is moved with second trolley (7) is synchronous
It is dynamic.
3. the horizontal position adjustment device of according to claim 1 or 2 machine, which is characterized in that first trolley (4)
Opposite side be each configured at least one first idler wheel (41), the opposite side of the sliding platform (3) is respectively set at least one
The first guide rail (6) or first rail groove of group the first idler wheel of cooperation (41), first idler wheel (41) is along corresponding first
Guide rail (6) or first rail groove are rolled to support the first trolley (4) to be moved horizontally on the sliding platform (3).
4. the horizontal position adjustment device of according to claim 3 machine, which is characterized in that the first guide rail described in every group
(6) or first rail groove includes about two the first guide rails (6) being oppositely arranged or first rail groove, and the first idler wheel (41)
It operates between corresponding upper and lower the first guide rail (6) being oppositely arranged or first rail groove.
5. the horizontal position adjustment device of according to claim 2 machine, which is characterized in that second trolley (7)
Opposite side is each configured at least one second idler wheel (71), and the opposite side of first trolley (4) is respectively set at least one group
The second guide rail (9) or the second guide-track groove of the second idler wheel (71), second idler wheel (71) is coordinated to be led along corresponding second
Rail (9) or the second guide-track groove are rolled to support the second trolley (7) to be moved horizontally on first trolley (4).
6. the horizontal position adjustment device of according to claim 5 machine, which is characterized in that the second guide rail described in every group
(9) or the second guide-track groove includes about two the second guide rails (9) or the second guide-track groove being oppositely arranged, and the second idler wheel (71)
It operates between corresponding upper and lower the second guide rail (9) or the second guide-track groove being oppositely arranged.
7. the horizontal position adjustment device of according to claim 1 or 2 machine, which is characterized in that the sliding platform (3)
Lower section be equipped with driving the first trolley (4) first actuator (5) for moving horizontally；The driving end of first actuator (5) with
First trolley (4) is connected, and the other end is connected with the sliding platform (3), and the moving direction of first trolley (4) and first drives
The driving end driving direction of moving part (5) is consistent.
8. the horizontal position adjustment device of according to claim 2 machine, which is characterized in that the horizontal position adjustment of stake machine
Device further includes for driving the second trolley (7) horizontally movable second actuator (8) on first trolley (4)；Institute
The driving end for stating the second actuator (8) is connected with the second trolley (7), and the other end is connected with the first trolley (4), second trolley
(7) moving direction is consistent with the driving end driving direction of the second actuator (8).
9. the horizontal position adjustment device of according to claim 8 machine, which is characterized in that first trolley (4)
Opposite side is each configured at least two spaced first idler wheels (41), second actuator (8) and the first trolley (4)
Connected position is located between adjacent first idler wheel (41) of described first trolley (4) the same side；
The opposite side of second trolley (7) is each configured at least two spaced second idler wheels (71), and described second
The position that actuator (8) is connected with second trolley (7) be located at the second trolley (7) opposite side the second idler wheel (71) it
Between.
10. a kind of piling machine, which is characterized in that the horizontal position adjustment device for including stake machine as described in claim 1 also wraps
Include pile frame (1) and pile sinking device (2)；Wherein, the sliding platform (3) is slidably connected on the pile frame (1), the pile sinking device
(2) it is connected to the lower section of first trolley (4).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820253848.9U CN208023580U (en) | 2018-02-12 | 2018-02-12 | The horizontal position adjustment device and piling machine of stake machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820253848.9U CN208023580U (en) | 2018-02-12 | 2018-02-12 | The horizontal position adjustment device and piling machine of stake machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208023580U true CN208023580U (en) | 2018-10-30 |
Family
ID=63905104
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820253848.9U Active CN208023580U (en) | 2018-02-12 | 2018-02-12 | The horizontal position adjustment device and piling machine of stake machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208023580U (en) |
-
2018
- 2018-02-12 CN CN201820253848.9U patent/CN208023580U/en active Active
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