CN209603178U - A kind of eccentric storage center positioning device - Google Patents
A kind of eccentric storage center positioning device Download PDFInfo
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- CN209603178U CN209603178U CN201920112144.4U CN201920112144U CN209603178U CN 209603178 U CN209603178 U CN 209603178U CN 201920112144 U CN201920112144 U CN 201920112144U CN 209603178 U CN209603178 U CN 209603178U
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- eccentric
- guide pile
- storage center
- positioning device
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Abstract
A kind of eccentric storage center positioning device provided by the utility model, the flexible internal model is set as left template and right mould plate, it is respectively used to be mounted on the left and right side of piping lane groove body, for pouring molding piping lane wall, when making the eccentric storage center positioning device, the positioning framework of a square structure is made using square steel, guide pile and eccentric disk are installed one by one respectively in the quadrangle of the positioning framework；When use by the positioning framework be mounted on the mobile platform on one side far from the guide pile, the mounting hole of flexible internal model is set on the guide pile again, can guarantee using the eccentric disk will not be movable back and forth in the flexible internal model and the mobile platform；It is thus achieved that the purpose that quickly internal model and the mobile platform are positioned and installed, reduces the flexible internal model and situation that improvement time that the mobile platform positions during the installation process is too long, substantially increase construction efficiency.
Description
Technical field
The utility model relates to piping lane technical field of construction, in particular to a kind of eccentric storage center positioning device.
Background technique
Underground pipe gallery is that piping lane bottom surface is poured out first with bottom plate mold in the construction process, recycles flexible inner template
Piping lane wall is poured out, the flexible internal model of top plate is finally recycled to pour out piping lane top plate；But in the construction process, due to piping lane
Flexible internal model is larger and thick and heavy, and installation has to cooperate using loop wheel machine every time, while also needing to move at any time during the installation process
Flexible internal model, so that guaranteeing to install hole location can be to just and being assembled together；Therefore, in the flexible internal model installation process of piping lane
In, need using loop wheel machine by flexible internal model lifting on a mobile platform, and using mobile platform to flexible internal model moved from
And realize the purpose of movement, the installation and removal of flexible internal model；But in the construction process due to loop wheel machine, it is easy to be transported by machinery
The influence of the dynamic factors such as inertia and wind-force, internal model of stretching when will lead to lifting are shaken back and forth, cause flexible internal model and mobile platform
The improvement time of positioning is too long, therefore extends construction period.
Utility model content
The utility model provides a kind of eccentric storage center positioning device, improves flexible internal model and mobile platform to facilitate
Positioning, improves the purpose of construction efficiency.
A kind of eccentric storage center positioning device, including, positioning framework, guide pile and eccentric disk, the guide pile are set as
Column construction, the peripheral side of the column construction are equipped at intervals with multiple eccentric disks, and the positioning framework is set as square frame knot
Structure, the guide pile are located at four angles of the positioning framework upper surface, and the lower surface of the positioning framework is fixed on mobile flat
Platform center.
For convenient for flexible internal model, when cooperating with the mobile platform, the flexible internal model can be smoothly and quickly fixed
On position to the mobile platform, as a preferred technical scheme for the top of the eccentric disk is far from the guide pile peripheral side
The one end in face is equipped with guide surface, and a guide pile is at least provided with two eccentric disks, and between two eccentric disks
Axial angle be vertically arranged.
For that can be linked together with the positioning framework convenient for the guide pile, and the positioning framework can smoothly be consolidated
It is scheduled on the mobile platform, as a preferred technical scheme for the lower section of the guide pile is equipped with ring flange, the guide pile
Bottom and the bottom of the eccentric disk connect with the ring flange, the positioning framework is surrounded by perforative through-hole,
The upper and lower surface of the through-hole is equipped with ring flange counterbore, and the ring flange counterbore is solid for the ring flange and the positioning framework
It is set to one.
It is as a preferred technical scheme described for that can be linked together with the positioning framework convenient for the guide pile
Ring flange and the positioning framework are fixed as one by positioning pin.
When the flexible internal model with the mobile platform when being located and fixed on the mobile platform, for convenient for faster
The location hole by the flexible internal model of speed, which is inserted on the eccentric storage center positioning device on the mobile platform, to be determined
Position stake, as a preferred technical scheme for the outer circumferential of the guide pile is equipped with guide groove, and the guide groove is for described inclined
Core is fixed on the outer circumferential of the guide pile, and realizes the purpose that the flexible internal model of piping lane is limited on a mobile platform.
To guarantee the mobile platform in use, the eccentric disk and the guide pile are capable of fixing and are integrated,
And the eccentric disk is not in the case where dropping out the guide groove in use, is as a preferred technical scheme institute
The top for stating guide pile is equipped with fixed plate, and the overhead surface of the guide pile is equipped with the bolt hole extended downwardly, the bolt hole
The fixed plate and the guide pile are fixed as one using fixing bolt, and the top guide slot for the guide pile
Opening is closed.
In the mobile platform course of work, to guarantee that the eccentric disk will not occur shaking up and down in the guide groove
Dynamic situation, as a preferred technical scheme for the lower section of the fixed plate is equipped with jacking block, and the jacking block is for being inserted into described lead
To slot, and the lower surface of the jacking block and the upper surface of the eccentric disk are bonded to each other setting.
In the construction process, it is easy dust stratification in the guide groove, therefore will lead to the eccentric disk and be mounted on the guiding
It after slot, can raise upwards, after the height of the eccentric disk is raised, the jacking block will be with the eccentric disk in the guide groove
Height there is transition fit, then will lead to the case where upper surface of the fixed plate and the guide pile is not bonded, to guarantee
The case where being not in transition fit between the jacking block and the eccentric disk is as a preferred technical scheme the jacking block
It is equipped with first connecting rod and second connecting rod between the fixed plate, is equipped with loose slot in the second connecting rod, the loose slot
Opening down setting, the first connecting rod are arranged and are connected in the loose slot of the second connecting rod,
Spring is equipped in the loose slot, one end of the spring connects the trench bottom of the loose slot, other end connection
The upper surface of the first connecting rod
Working principle:
The flexible internal model is set as left template and right mould plate, is respectively used to be mounted on the left and right side of piping lane groove body, uses
A square structure is made using square steel when making the eccentric storage center positioning device in pouring molding piping lane wall
Positioning framework installs guide pile and eccentric disk in the quadrangle of the positioning framework one by one respectively；By the positioning framework when use
Be mounted on the mobile platform on one side far from the guide pile, then the mounting hole of flexible internal model is set in the guide pile
On, can guarantee using the eccentric disk will not be movable back and forth in the flexible internal model and the mobile platform；It is thus achieved that fast
The purpose that the internal model and the mobile platform are positioned and installed by speed, reduces the flexible internal model and the movement is flat
The improvement time that platform positions during the installation process too long situation, substantially increases construction efficiency.
Other features and advantages of the utility model will illustrate in the following description, also, partly from specification
In become apparent, or understood and implementing the utility model.The purpose of this utility model and other advantages can pass through
Structure specifically indicated in the written description, claims, and drawings is achieved and obtained.
Below by drawings and examples, the technical solution of the utility model is described in further detail.
Detailed description of the invention
Attached drawing is used to provide a further understanding of the present invention, and constitutes part of specification, practical with this
Novel embodiment is used to explain the utility model together, does not constitute limitations of the present invention.
In the accompanying drawings:
Fig. 1 is a kind of structural schematic diagram of eccentric storage center positioning device provided by the utility model；
Fig. 2 is a kind of the schematic diagram of the section structure of eccentric storage center positioning device provided by the utility model；
Fig. 3 is that a kind of eccentric storage center positioning device provided by the utility model and mobile platform installation site structure are shown
It is intended to；
Fig. 4 is a kind of guide groove structure schematic diagram of eccentric storage center positioning device provided by the utility model；
Fig. 5 is a kind of fixed plate structure schematic diagram of eccentric storage center positioning device provided by the utility model；
Fig. 6 is a kind of ejecting block schematic diagram of eccentric storage center positioning device provided by the utility model；
Fig. 7 is the first connecting rod and second connecting rod structure of a kind of eccentric storage center positioning device provided by the utility model
Schematic diagram；
Wherein, 1- positioning framework, 2- guide pile, 3- eccentric disk, 4- ring flange, 5- ring flange counterbore, 6- through-hole, 7- guiding
Face, 8- mobile platform, 9- positioning pin, 10- guide groove, 11- bolt hole, 12- fixing bolt, 13- jacking block, 15- loose slot, 16-
Spring, 17- first connecting rod, 18- second connecting rod, 19- fixed plate.
Specific embodiment
It is illustrated below in conjunction with preferred embodiment of the attached drawing to the utility model, it should be understood that described herein excellent
It selects embodiment to be only used for describing and explaining the present invention, is not used to limit the utility model.
According to Fig. 1, Fig. 2 and Fig. 3, the utility model embodiment provides a kind of eccentric storage center positioning device,
Including positioning framework 1, guide pile 2 and eccentric disk 3, the guide pile 2 are set as column construction, the peripheral side of the column construction
Face interval is equipped with multiple eccentric disks 3, and the positioning framework 1 is set as square frame structure, and the guide pile 2 is located at the posting
Four angles of 1 upper surface of frame, the lower surface of the positioning framework 1 are fixed on 8 center of mobile platform.
Working principle: the flexible internal model is set as left template and right mould plate, is respectively used to be mounted on the left side of piping lane groove body
And right side, it is used for pouring molding piping lane wall, when making the eccentric storage center positioning device, a side is made using square steel
The positioning framework of shape structure installs guide pile and eccentric disk in the quadrangle of the positioning framework one by one respectively；It will be described when use
Positioning framework is mounted on the mobile platform on one side far from the guide pile, then the mounting hole of flexible internal model is set in institute
It states on guide pile, can guarantee using the eccentric disk will not be movable back and forth in the flexible internal model and the mobile platform；Thus
The purpose that quickly internal model and the mobile platform are positioned and installed is realized, the flexible internal model and institute are reduced
Improvement time that mobile platform positions during the installation process too long situation is stated, construction efficiency is substantially increased.
According to Fig.2, for convenient for flexible internal model, when cooperating with the mobile platform, the flexible internal model can
It smoothly and quickly navigates on the mobile platform, as a preferred technical scheme for the top of the eccentric disk 3 is far from described
One end of 2 peripheral side of guide pile is equipped with guide surface 7, and a guide pile 2 is at least provided with two eccentric disks 3, and two
Axial angle between a eccentric disk 3 is to be vertically arranged.Since guide surface set on the eccentric disk is when use
It is inclined, and inclined-plane is set as ascending structure from top to bottom, therefore the flexible internal model cooperates with the mobile platform
When positioning, easily the location hole of the flexible internal model can be set on the guide pile, facilitate the flexible internal model
Cooperation with the mobile platform positions construction working, effectively increases construction efficiency.
According to Fig. 1 and Fig. 2, for that can be linked together with the positioning framework convenient for the guide pile, and it is described fixed
Position frame can be smoothly fixed on the mobile platform, as a preferred technical scheme for the lower section of the guide pile 2 is set
There is ring flange 4, the bottom of the guide pile 2 and the bottom of the eccentric disk 3 are connect with the ring flange 4, the posting
Frame 1 is surrounded by perforative through-hole 6, and the upper and lower surface of the through-hole 6 is equipped with ring flange counterbore 5, the ring flange counterbore 5
It is fixed as one for the ring flange 4 and the positioning framework 1.For that can be linked as with the positioning framework convenient for the guide pile
One, as a preferred technical scheme for the ring flange 4 and the positioning framework 1 are fixed as one by positioning pin 9.Make
Used time recycles institute by being first placed on the guide pile on the ring flange counterbore on the positioning framework using ring flange
It states positioning pin the ring flange and the positioning framework are fixed as one, the positioning framework connects the one side of the guide pile
It is arranged upward, one far from the guide pile is arranged down and is connected as one with the mobile platform.
According to Fig.4, when the flexible internal model is located and fixed on the mobile platform with the mobile platform
When, for convenient for faster the eccentric storage center that the location hole of the flexible internal model is inserted on the mobile platform is determined
Guide pile on the device of position, as a preferred technical scheme for the outer circumferential of the guide pile 2 is equipped with guide groove 10, described
Guide groove 10 is fixed on the outer circumferential of the guide pile 2 for the eccentric disk 3, and realizes that piping lane stretches internal model mobile flat
The purpose limited on platform 8.In use, first the guide pile is fixed on the positioning framework by ring flange, then will
The positioning framework is fixed on the mobile platform, is at this time lifted the flexible internal model and is mounted on the positioning framework
Just, and using the guide pile it is inserted into the positioning hole of the flexible internal model, the eccentric disk is finally inserted into the guiding again
In slot, the positioning framework thus can be reduced and the case where the flexible internal model is mutually located overlong time；The eccentric disk is remote
Side from the guide pile extends respectively to the surrounding side of the positioning framework, and adjacent on a horizontal plane or vertical plane
Two eccentric disks be arranged in parallel.Thus it can greatly reduce the positioning framework and the flexible internal model occurs after fixation
Mobile situation.
According to Fig.5, to guarantee the mobile platform in use, the eccentric disk and the guide pile can
It is fixed as one, and the eccentric disk is not in the case where dropping out the guide groove, as preferred skill in use
Art scheme is that the top of the guide pile 2 is equipped with fixed plate 19, and the overhead surface of the guide pile 2 is equipped with the spiral shell extended downwardly
Keyhole 11, the fixed plate 19 and the guide pile 2 are fixed as one by the bolt hole 11 using fixing bolt 12, and are used for
The opening of the top guide slot 10 of the guide pile 2 is closed.When the guide pile is fixed on the positioning framework, and institute
It states positioning framework and mobile platform installation fixes, while the location hole of the flexible internal model is also inserted into the positioning
After stake；The eccentric disk is mounted in the guide groove, then the fixed plate is fixed on by the positioning by fixing bolt
In the bolt hole of stake top, the upper opening of the guide groove can be closed, thus can avoid the eccentric disk and exist
Without departing from the guide groove in work progress, guarantee that the mobile platform and the flexible internal model will not go out in the construction process
The case where now moving or shake.
According to Fig.6, in the mobile platform course of work, to guarantee that the eccentric disk will not be in the guide groove
The case where inside teetertottering, as a preferred technical scheme for the lower section of the fixed plate 19 is equipped with jacking block 13, the top
Block 13 is for being inserted into the guide groove 10, and the lower surface of the jacking block 13 and the upper surface of the eccentric disk 3 are bonded to each other and set
It sets.The eccentric disk after being installed to the guide groove, the upper surface of the top of the eccentric disk and the guide pile there is also
Certain gap, the gap are reserved tolerance gap and abrasion gap, thus can reduce the guide groove and go out in use
The case where trench bottom is raised after the accumulation of existing dust or sundries, the top surface that the fixed plate and the guide pile can be realized is filling
The purpose that timing can be bonded to each other.But in the case where being accumulated without dust or sundries, which is not clogged, then can
The case where causing the eccentric disk to shake, will cause the case where eccentric disk damages over time, pass through the top of setting
Block, can the distance effectively by the eccentric disk and the guide groove apart from the guide pile top surface be filled and dieback, realize
The eccentric disk will not movable purpose back and forth.The jacking block can also be set as dismountable sponge, effectively by the eccentric board
Gu in the case where, rigid the case where damaging will not be also caused to the top surface of the eccentric disk.
According to Fig.7, in the construction process, it is easy dust stratification in the guide groove, therefore will lead to the eccentric disk peace
It after the guide groove, can raise upwards, after the height of the eccentric disk is raised, the jacking block will exist with the eccentric disk
There is transition fit in height in the guide groove, then will lead to what the upper surface of the fixed plate and the guide pile was not bonded
The case where situation to guarantee between the jacking block and the eccentric disk is not in transition fit, as a preferred technical scheme
To be equipped with first connecting rod 17 and second connecting rod 18 between the jacking block 13 and the fixed plate 19, being set in the second connecting rod 18
There are loose slot 15, the opening down setting of the loose slot 15, the first connecting rod 17 is arranged and is connected to the second connecting rod
In 18 loose slot 15, it is equipped with spring 16 in the loose slot 15, one end of the spring 16 connects the slot of the loose slot 15
Bottom, the other end connect the upper surface of the first connecting rod 17.
By the first connecting rod and the second connecting rod being arranged between the jacking block and the fixed plate, described first connects
Rod set is located in the loose slot of the second connecting rod, and the loose slot trench bottom of the second connecting rod is equipped with spring, described
The other end of spring connects the first connecting rod, and when the fixed plate is fixed on above the guide pile, the jacking block is pressed to
Gap in the guide groove between the guide pile upper surface and the eccentric disk, the spring can then be shunk, and described first
Connecting rod moves upwards, and is inserted in the loose slot of the second connecting rod, at this time can well will be between above the eccentric disk
Gap is filled the purpose with dieback.Thus the case where eccentric disk shakes back and forth in the guide groove can be reduced, i.e.,
Improve the service life of the eccentric disk.Meanwhile the eccentric disk is mounted on the guide groove during construction usage,
When not constructing, the design that the eccentric disk and the guide pile are separated can effectively improve the guide pile and the bias
The service life of plate, reduces eccentric disk described in handling process and the case where compressive strain easily occurs in the guide pile integral structure,
The case where cannot being positioned well with the flexible internal model in use so as to cause the guide pile and eccentric disk.
Obviously, it is practical without departing from this can to carry out various modification and variations to the utility model by those skilled in the art
Novel spirit and scope.If in this way, these modifications and variations of the present invention belong to the utility model claims and
Within the scope of its equivalent technologies, then the utility model is also intended to include these modifications and variations.
Claims (8)
1. a kind of eccentric storage center positioning device, which is characterized in that including positioning framework (1), guide pile (2) and eccentric disk
(3), the guide pile (2) is set as column construction, and the peripheral side of the column construction is equipped at intervals with multiple eccentric disks (3), institute
It states positioning framework (1) and is set as square frame structure, the guide pile (2) is located at four angles of the positioning framework (1) upper surface,
The lower surface of the positioning framework (1) is fixed on mobile platform (8) center.
2. a kind of eccentric storage center positioning device according to claim 1, which is characterized in that the eccentric disk (3)
Top is equipped with guide surface (7) far from one end of the guide pile (2) peripheral side, and a guide pile (2) is at least provided with two
A eccentric disk (3), and the axial angle between two eccentric disks (3) is to be vertically arranged.
3. a kind of eccentric storage center positioning device according to claim 1, which is characterized in that the guide pile (2)
Lower section is equipped with ring flange (4), and the bottom of the guide pile (2) and the bottom of the eccentric disk (3) connect with the ring flange (4)
It connects, the positioning framework (1) is surrounded by perforative through-hole (6), and it is heavy that the upper and lower surface of the through-hole (6) is equipped with ring flange
Hole (5), the ring flange counterbore (5) are fixed as one for the ring flange (4) and the positioning framework (1).
4. a kind of eccentric storage center positioning device according to claim 3, which is characterized in that the ring flange (4) and
The positioning framework (1) is fixed as one by positioning pin (9).
5. a kind of eccentric storage center positioning device according to claim 1, which is characterized in that the guide pile (2)
Outer circumferential is equipped with guide groove (10), and the guide groove (10) is fixed on the week of the guide pile (2) for the eccentric disk (3)
Outward, and the purpose that the flexible internal model of piping lane is limited on mobile platform (8) is realized.
6. a kind of eccentric storage center positioning device according to claim 5, which is characterized in that the guide pile (2)
Top is equipped with fixed plate (19), and the overhead surface of the guide pile (2) is equipped with the bolt hole (11) extended downwardly, the bolt hole
(11) fixed plate (19) and the guide pile (2) are fixed as one using fixing bolt (12), and are used for the positioning
The opening of guide groove (10) at the top of stake (2) is closed.
7. a kind of eccentric storage center positioning device according to claim 6, which is characterized in that the fixed plate (19)
Lower section is equipped with jacking block (13), the jacking block (13) for being inserted into the guide groove (10), and the lower surface of the jacking block (13) and
The upper surface of the eccentric disk (3) is bonded to each other setting.
8. a kind of eccentric storage center positioning device according to claim 7, which is characterized in that the jacking block (13) and institute
It states and is equipped with first connecting rod (17) and second connecting rod (18) between fixed plate (19), be equipped with loose slot in the second connecting rod (18)
(15), the opening down setting of the loose slot (15), the first connecting rod (17) are arranged and are connected to the second connecting rod
(18) in loose slot (15),
Spring (16) are equipped in the loose slot (15), one end of the spring (16) connects the slot bottom of the loose slot (15)
Portion, the other end connect the upper surface of the first connecting rod (17).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920112144.4U CN209603178U (en) | 2019-01-23 | 2019-01-23 | A kind of eccentric storage center positioning device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201920112144.4U CN209603178U (en) | 2019-01-23 | 2019-01-23 | A kind of eccentric storage center positioning device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209603178U true CN209603178U (en) | 2019-11-08 |
Family
ID=68400284
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201920112144.4U Active CN209603178U (en) | 2019-01-23 | 2019-01-23 | A kind of eccentric storage center positioning device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209603178U (en) |
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2019
- 2019-01-23 CN CN201920112144.4U patent/CN209603178U/en active Active
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