CN206916951U - A kind of high accuracy rigidity height and angle regulator - Google Patents
A kind of high accuracy rigidity height and angle regulator Download PDFInfo
- Publication number
- CN206916951U CN206916951U CN201621411711.9U CN201621411711U CN206916951U CN 206916951 U CN206916951 U CN 206916951U CN 201621411711 U CN201621411711 U CN 201621411711U CN 206916951 U CN206916951 U CN 206916951U
- Authority
- CN
- China
- Prior art keywords
- seat board
- lower seat
- sliding block
- steel tube
- thick walled
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Vibration Prevention Devices (AREA)
Abstract
It the utility model is related to a kind of high accuracy rigidity height and angle regulator, including lower seat board, sliding block, top shoe and upper base plate.Sliding block bottom surface is plane, top surface is inclined-plane, bottom surface and top surface are provided with oil groove, sliding block is located in the thick walled steel tube of lower seat board, and overlay the square plate top of lower seat board, top shoe bottom surface is provided with the inner concave shape inclined-plane chute to match with sliding block top surface, and the thick walled steel tube of top shoe and lower seat board is mutually fixed by caging bolt.Upper base plate bottom surface sets the inner concave shape sphere to match with top shoe top surface male type sphere, and is provided with oil groove.Upper base plate is attached by the thick walled steel tube of caging bolt and lower seat board, the present apparatus can not only realize the electrodeless adjustment of high accuracy of height and angle, also have tension function and big stiffness characteristics concurrently, avoid the adjusting means from having an impact the reaction under superstructure dynamic load function.The present apparatus is available for equipment installation, shock isolating pedestal installation and needs fine and rigid adjustable interface to use.
Description
Technical field
A kind of high accuracy rigidity height and angle regulator are the utility model is related to, belongs to experimental technique field.
Background technology
In the shock isolating pedestal installation of isolation structure, each bearing of same building thing or structures bottom should be located at same
In horizontal plane, but due to the difference of installation site after civil engineering, difference in height is often produced between bearing mounting surface, or even individually
Inclination angle can occur for bearing mounting surface.At this moment the adjustment to bearing progress height and angle is just needed.Conventional method of adjustment is main
It is：The arrangement for adjusting height being made up of two wedge blocks is set in the bottom of each shock isolating pedestal, it is sliding after bearing installation is in place
Dynamic upper wedge sliding block so that the total height rise of arrangement for adjusting height, so as to realize that the height of shock isolating pedestal is adjusted.This tune
Adjusting method mainly has 3 points of deficiencies：（1）Sliding upper wedge sliding block makes that during device is highly elevated shock isolating pedestal can be caused
Horizontal level changes, and forces shock isolating pedestal to produce detrusion；（2）Conventional apparatus is made up of upper and lower two voussoir, mainly according to
Resist relative deformation, horizontally and vertically insufficient rigidity by the frictional force between voussoir so that under geological process device can occur compared with
Large deformation, influence shock isolating pedestal performance；（3）The height of bearing can only be adjusted for conventional apparatus, it is impossible to adjust bearing plane
Outer corner.
The content of the invention
The purpose of this utility model is that height and corner can be adjusted simultaneously by providing one kind, and degree of regulation is high, and
The adjusting apparatus of big rigidity can be realized.It can be used for but be not limited to shock isolating pedestal and the height of heavy mechanical equipment and angle are adjusted
Section.
The utility model is achieved through the following technical solutions：
A kind of high accuracy rigidity height and angle regulator, including lower seat board 1, sliding block 9, top shoe 10, upper base plate 2
With long bolt 5, wherein：Lower seat board 1 is made up of square plate and thick walled steel tube, and thick walled steel tube is fixed on above square plate, from
Under to upper, the thick walled steel tube of lower seat board 1 connects with sliding block 9, top shoe 10 and upper base plate 2 respectively；The bottom surface of sliding block 9 is
Plane, top surface are inclined-plane, and bottom surface and top surface are provided with oil groove, and the foreign matter for preventing from having the formation such as dust, greasy dirt during use hinders
Hinder mutual slip；The sliding block 9 is located in the thick walled steel tube of lower seat board 1, and is stacked in above the square plate of lower seat board 1,
Long bolt 5 passes through sliding block 9, and sliding block 9 is connected by long bolt 5 with the thick walled steel tube of lower seat board 1, the 3rd caging bolt 7
Through sliding block 9, sliding block 9 is mutually fixed by the thick walled steel tube of the 3rd caging bolt 7 and lower seat board 1；The bottom of top shoe 10
Face is provided with the inner concave shape inclined-plane chute to match with the top surface of sliding block 9, for ensureing that top shoe 10 and sliding block 9 can only be along cunnings
Relative slide occurs for groove direction；The top surface of top shoe 10 is the sphere of male type；The heavy wall of the top shoe 10 and lower seat board 1
Steel pipe is fixed by the phase of the second caging bolt 6；The bottom surface of upper base plate 2 is provided with to match with the top surface male type sphere of top shoe 10
Inner concave shape sphere, and be provided with oil groove；The upper base plate 2 is connected by the thick walled steel tube of the first caging bolt 4 and lower seat board 1
Connect, and be attached by the square plate of adjustable length screw rod 3 and lower seat board 1.
In the utility model, the connection of the upper base plate and lower seat board uses hexagon socket head cap screw, avoids protruding the spiral shell of top surface
Bolt influences the installation of equipment.
In the utility model, the curved surface at the sliding block glide direction both ends and the curvature of curved surface phase of thick walled steel tube inner surface
Together.
In the utility model, the top shoe bottom surface sets the inner concave shape inclined-plane to match with the top shoe top surface to slide
Road, top surface are male type sphere.
In the utility model, there is certain gap between the upper base plate and the thick walled steel tube, it is allowed to upper base plate and heavy wall
Steel pipe has relative rotation.
In the utility model, four bolts hole 8 are provided with the square plate of lower seat board 1 and are used to connect rigid ground.
In the utility model, the top surface of upper base plate 2 is provided with for the fixed screw-threaded counterbore 11 of equipment or bearing installation.
In the utility model, the lower seat board is made up of square floor and thick walled steel tube, the fixation on the square plate
Bolt position can carry out flexible arrangement according to requirement of engineering.
It is compared with traditional height of support adjusting means, the advantages of this bearing setting height(from bottom) adjusting means：
（1）Upper in application, the utility model can meet high accuracy height and the angular adjustment requirement of different bearings, be used for
Shaketalle test shock isolating pedestal bottom, actual isolation structure rest base etc., can not only realize bearing installation when height with
Angle adjustment, it can also be used to adjust isolation structure because of the discrepancy in elevation caused by uneven settlement of foundation and inclination angle.
（2）Functionally, the utility model can be realized while adjustment height is with angle, do not change upper unit
Horizontal level, avoid producing interference with stress to the position of shock isolating pedestal；The height of adjustable length screw rod around upper base plate
Degree avoids screw rod from hindering the arrangement of shock isolating pedestal less than the height of seat of honour plate top surface round platform.
（3）In performance, the gap of top shoe of the present utility model and lower seat board is very small, and is carried out by caging bolt
It is fixed, the big rigidity of horizontal direction can be realized；Upper base plate is carried out with lower seat board by caging bolt and adjustable length screw rod
Connection, vertical big rigidity is not only realized, also with tension function.Big rigidity horizontally and vertically, can be avoided in seismic process
Middle generation large deformation has an impact to superstructure performance.
（4）In processing, the top surface of sliding block and bottom surface and the bottom surface of upper base plate all drive oil groove, during preventing use
The foreign matter for having the formation such as dust, greasy dirt hinders mutually to slide.
（5）In making, the height adjustment range of each device is larger, can mass production.
（6）Environmental protection.The present invention is detachable and can reused.
Brief description of the drawings
Fig. 1 is structural representation of the present utility model；
Fig. 2 is lower seat board schematic diagram；
Fig. 3 is sliding block schematic diagram；
Fig. 4 is lower seat board and sliding block connection diagram；
Fig. 5 is that top shoe and sliding block stack front view；
Fig. 6 is that top shoe and sliding block stack side view
Fig. 7 is upper base plate upward view；
Fig. 8 is upper base plate top view.
Label in figure：1 is lower seat board；2 be upper base plate；3 be adjustable length screw rod；4 be the first caging bolt；5 be length
Screw rod；6 be the second caging bolt；7 be the 3rd caging bolt；8 be screwed hole；9 be sliding block；10 be top shoe；11 be the seat of honour
Plate screw-threaded counterbore.
Embodiment
The utility model is further illustrated below by embodiment.
Embodiment 1：High accuracy rigidity height as depicted and angle regulator, including lower seat board 1, sliding block 9, on
Sliding block 10, upper base plate 2, adjustable length bolt 3, screwed hole 8, upper base plate screw-threaded counterbore 11, the first caging bolt 4, second limit
Position bolt 6, the 3rd caging bolt 7 and long bolt 5.Lower seat board 1 is made up of square plate and thick walled steel tube two parts.Lower seat board 1
Square plate on be provided with four bolts hole 8 be used for connect rigid ground.From top to bottom, the thick walled steel tube of lower seat board 1 respectively with
Sliding block 9, top shoe 10, upper base plate 2 connect.The bottom surface of sliding block 9 is plane, and top surface is inclined-plane, and bottom surface and top surface are opened
There is oil groove, the foreign matter for preventing from there are the formation such as dust, greasy dirt during use hinders mutually to slide.The sliding block 9 is located at lower seat
In the thick walled steel tube of plate 1, and the square plate top of lower seat board 1 is overlayed, pass through the thick walled steel tube of long bolt 5 and lower seat board 1
It is connected, and is mutually fixed by the thick walled steel tube of 4 the 3rd caging bolts 7 and lower seat board 1.The bottom surface of top shoe 10 be provided with
The inner concave shape inclined-plane chute that the top surface of sliding block 9 matches, for ensureing that top shoe 10 and sliding block 9 can only be sent out along chute direction
Raw relative slip.The top surface of top shoe 10 is the sphere of male type.The thick walled steel tube of the top shoe 10 and lower seat board 1 passes through
4 phases of the second caging bolt 6 are fixed.The bottom surface of upper base plate 2 setting matches interior with the top surface male type sphere of top shoe 10
Matrix sphere, and it is provided with oil groove.The top surface of upper base plate 2 is provided with for the fixed screw-threaded counterbore 11 of equipment or bearing installation.The seat of honour
Plate 2 is attached by the thick walled steel tube of 4 the first caging bolts 4 and lower seat board 1, and passes through 4 adjustable length screw rods 3
It is attached with the square plate of lower seat board 1.
In use, rotating the horizontal screw thread bar 5 of sliding block 9, sliding block 9 is moved horizontally, drive and moved down on top shoe 10
It is dynamic, after adjusting object height, sliding block 9 and lower seat board 1 are carried out just with horizontal screw thread bar 5 and two the 3rd caging bolts 7
Step is fixed, and is tentatively fixed top shoe 10 and lower seat board 1 with four the second caging bolts 6.Upper base plate 2 is rotated, by the seat of honour
After the angle needed is arrived in the regulation of plate 2, the thick walled steel tube of upper base plate 2 and lower seat board 1 is carried out just by four the first caging bolts 4
Step is fixed.Height and angular adjustment alternately until being transferred to target location, can tighten whole caging bolt positioning, and pass through
The square plate of upper base plate and lower seat board is fixed adjustable length screw rod 3, completes all work.
The connection of the upper base plate of upper base plate 2 and lower seat board 1 uses hexagon socket head cap screw, avoids the bolt for protruding top surface from influenceing
The installation of equipment.
The lower seat board 1 is made up of square floor and thick walled steel tube, and the position of the screwed hole 8 on the square plate can root
Flexible arrangement is carried out according to requirement of engineering.
The curved surface at the glide direction both ends of sliding block 9 is identical with the curvature of curved surface of thick walled steel tube inner surface.
The bottom surface of sliding block 9 is plane, and top surface is inclined-plane, and bottom surface and top surface all drive oil groove.
The bottom surface of upper base plate 2 sets the inner concave shape inclined-plane slideway to match with the top surface of top shoe 10, and top surface is outer
Convex sphere, and drive oil groove
There is certain gap between the thick walled steel tube of the upper base plate 2 and the lower seat board 1, it is allowed to upper base plate 2 and lower seat board 1
Thick walled steel tube have relative rotation.
Claims (7)
1. a kind of high accuracy rigidity height and angle regulator, including lower seat board（1）, sliding block（9）, top shoe（10）, on
Seat board（2）And long bolt（5）, it is characterised in that：Lower seat board（1）It is made up of square plate and thick walled steel tube, thick walled steel tube is fixed
Above square plate, from top to bottom, lower seat board（1）Thick walled steel tube respectively with sliding block（9）, top shoe（10）And upper base plate
（2）Connection；The sliding block（9）Bottom surface is plane, and top surface is inclined-plane, and bottom surface and top surface are provided with oil groove, prevents from using process
In have the formation such as dust, greasy dirt foreign matter hinder mutually slide；The sliding block（9）Positioned at lower seat board（1）Thick walled steel tube in,
And it is stacked in lower seat board（1）Square plate above, long bolt（5）Through sliding block（9）, sliding block（9）Pass through long bolt（5）
With lower seat board（1）Thick walled steel tube be connected, the 3rd caging bolt（7）Through sliding block（9）, sliding block（9）Pass through the 3rd limit
Position bolt（7）With lower seat board（1）Thick walled steel tube mutually fix；The top shoe（10）Bottom surface is provided with and sliding block（9）Top surface phase
The inner concave shape inclined-plane chute of matching, for ensureing top shoe（10）And sliding block（9）It can only occur along chute direction relatively sliding
It is dynamic；The top shoe（10）Top surface is the sphere of male type；The top shoe（10）Pass through with the thick walled steel tube of lower seat board (1)
Two caging bolts（6）It is mutually fixed；The upper base plate（2）Bottom surface is provided with and top shoe（10）Top surface male type sphere matches interior
Matrix sphere, and it is provided with oil groove；The upper base plate（2）Pass through the first caging bolt（4）With lower seat board（1）Thick walled steel tube carry out
Connection, and pass through adjustable length screw rod（3）With lower seat board（1）Square plate be attached.
2. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：The upper base plate is with
The connection of seat board uses hexagon socket head cap screw, avoids the bolt for protruding top surface from influenceing the installation of equipment.
3. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：The sliding block slides
The curved surface at direction both ends is identical with the curvature of curved surface of thick walled steel tube inner surface.
4. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：The top shoe bottom surface
The inner concave shape inclined-plane slideway to match with the top shoe top surface is set, and top surface is male type sphere.
5. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：The upper base plate and institute
Stating between thick walled steel tube has certain gap, it is allowed to which upper base plate has relative rotation with thick walled steel tube.
6. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：Lower seat board（1）Side
Four bolts hole are provided with shape steel plate（8）For connecting rigid ground.
7. high accuracy rigidity height according to claim 1 and angle regulator, it is characterized in that：Upper base plate（2）Top surface
Provided with for the fixed screw-threaded counterbore of equipment or bearing installation（11）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621411711.9U CN206916951U (en) | 2016-12-22 | 2016-12-22 | A kind of high accuracy rigidity height and angle regulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621411711.9U CN206916951U (en) | 2016-12-22 | 2016-12-22 | A kind of high accuracy rigidity height and angle regulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206916951U true CN206916951U (en) | 2018-01-23 |
Family
ID=61311016
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621411711.9U Expired - Fee Related CN206916951U (en) | 2016-12-22 | 2016-12-22 | A kind of high accuracy rigidity height and angle regulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206916951U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522377A (en) * | 2016-12-22 | 2017-03-22 | 同济大学 | High-precision rigid height and angle adjustment device |
-
2016
- 2016-12-22 CN CN201621411711.9U patent/CN206916951U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106522377A (en) * | 2016-12-22 | 2017-03-22 | 同济大学 | High-precision rigid height and angle adjustment device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN106522377A (en) | High-precision rigid height and angle adjustment device | |
| CN105606357A (en) | Aircraft static strength test loading device | |
| CN106460355A (en) | A foundation for a wind turbine | |
| CN205676785U (en) | Leveling block formwork for placing device at the bottom of a kind of Bridge Support Replacement beam | |
| CN203684682U (en) | Internal wall formwork shaping inclined support | |
| CN107386688A (en) | Wedge-shaped temporary support | |
| CN107869195A (en) | A kind of shaped steel steel column and column cap sizing punching block construction method | |
| CN106245529A (en) | Railway tee girder falls beam method safely and fast | |
| CN106150055A (en) | Concrete embedded part essence flat hanging installment work stand and the installation method of built-in fitting | |
| CN206916951U (en) | A kind of high accuracy rigidity height and angle regulator | |
| CN200978382Y (en) | Height adjustable bridge bearing | |
| CN104120802B (en) | Simple method for mounting and locating seismic isolation support | |
| CN105135158B (en) | High-precision levelling device | |
| CN105421228B (en) | A kind of bridge expansion joint installation | |
| CN105133444B (en) | A kind of adjusting apparatus for being used to adjust magnetic-levitation | |
| CN105350407B (en) | A kind of three-dimensional adjusting apparatus of magnetic-levitation | |
| CN205822792U (en) | A kind of regulation support for masonry direct-burried | |
| CN200978383Y (en) | Height adjustable bridge bearing | |
| CN106759880A (en) | Prefabricated superposed beam quickly positions adjustment frock and method with prefabricated post junction | |
| CN101261125A (en) | Large-sized rotating curved face foundation surface calibration method and apparatus | |
| CN106836942B (en) | A kind of pylon Anti-inclining pedestal | |
| CN101852066A (en) | Device and method for arranging track of drilling machine | |
| CN205654125U (en) | Reinforcement support column of adjustable elevation | |
| CN207058873U (en) | A kind of levelling device assembled for the examination of the ring of metro shield section of jurisdiction three | |
| CN106869162A (en) | Steam turbine built-in fitting fixing device and method |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20180123 Termination date: 20201222 |