CN109900214A - A kind of construction site construction plastering face thickness real-time monitor - Google Patents
A kind of construction site construction plastering face thickness real-time monitor Download PDFInfo
- Publication number
- CN109900214A CN109900214A CN201910310430.6A CN201910310430A CN109900214A CN 109900214 A CN109900214 A CN 109900214A CN 201910310430 A CN201910310430 A CN 201910310430A CN 109900214 A CN109900214 A CN 109900214A
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- base body
- ring
- monitoring ring
- monitoring
- time monitor
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Abstract
The present invention relates to a kind of construction sites to construct with plastering face thickness real-time monitor, for surrounding the cylindrical body that need to brush Building material layer, including cyclic annular base body and the monitoring ring being co-axially located on base body, adjusting component is provided on the base body, it is provided on the pedestal and limits the monitoring ring locating part coaxial with base body, the base body and monitoring ring can be opened radially, laser tube is provided on the inside of the monitoring ring, the laser that the laser tube projects and monitoring ring are coaxial, the driving mechanism that driving monitoring ring opposite base body rotates coaxially is additionally provided on the base body.The present invention has the effect of that the thickness for the construction material structure sheaf that periphery is arranged in can be controlled.
Description
The another domain of technology
The present invention relates to a kind of monitors, construct more particularly, to a kind of construction site with plastering face thickness real-time monitor.
Background technique
Various construction material structure sheafs are brushed on wall mainly or by manual operation, the thickness of material structure layer is difficult
To accurately control.
Currently, the Chinese patent document that Authorization Notice No. is CN106441247B discloses a kind of construction and is smeared with metope
Grey plane real-time monitor, it includes upper cover and pedestal, is provided with window on upper lid, and driving tooth rotation is provided on pedestal
Disk and with tooth turntable, driving gear turntable and with tooth turntable engage and relative to pedestal pivot, driving gear turntable is by micro electric
Machine driving is fixedly installed green laser transmitting tube, red laser transmitting tube and vertical plate on band tooth turntable, in the two sides of vertical plate
Face is respectively arranged with reflecting mirror and red lower reflecting mirror under green, screw rod and screw is provided on the left side wall of vertical plate, in silk
It is fixedly installed green upper reflector on mother, the green laser that green laser transmitting tube issues is successively by the lower reflecting mirror of green and green
It is projected after the reflection of color upper reflector from window, screw rod and screw is equally set on the right side wall of vertical plate, fixation is set on screw
It is equipped with anti-mirror in red, the red laser that red laser transmitting tube issues is successively by red lower reflecting mirror and red upper reflector
It is projected after reflection from window.
The prior art is suitable for the surface of wall of plane, to brush structure sheaf on cylindrical cylinder, then can not
Use the thickness of the prior art control material structure layer.
Summary of the invention
In view of the deficienciess of the prior art, real-time with plastering face thickness the invention reside in a kind of construction site construction is provided
Monitor its advantage lies in being able to the thickness that the construction material structure sheaf of periphery is arranged in control.
Technical purpose of the invention has the technical scheme that a kind of construction site construction plastering face
Thickness real-time monitor for surrounding the cylindrical body that need to brush Building material layer, including cyclic annular base body and is co-axially located at
Monitoring ring on base body is provided with adjusting component on the base body, and restriction monitoring ring and pedestal are provided on the pedestal
The coaxial locating part of body, the base body and monitoring ring can be opened radially, be provided with laser on the inside of the monitoring ring
Pipe, the laser that the laser tube projects and monitoring ring are coaxial, and driving monitoring ring opposite base body is additionally provided on the base body
The driving mechanism rotated coaxially.
By using above-mentioned technical proposal, base body and monitoring ring are opened, then places base body and monitoring ring
It is surrounded on the ground of target cylinder lower end and by cylinder.Then monitoring ring rotation is driven by starting driving mechanism, because
Ring is monitored by the limit of locating part, therefore monitor ring to rotate coaxially relative to base body.During monitoring ring rotation,
Laser tube on the inside of monitoring ring is set and also follows rotation, so that the vertical laser that laser tube is launched is around cylindrical body
Surface moves in a circle, so that worker, which applies structure sheaf in each side brush of cylinder, can see laser.Worker is from the upper of cylindrical body
End starts circumferentially to brush structure sheaf, shows that structure sheaf reaches absolute altitude behind the surface that laser appears in structure sheaf, then worker
Continue to brush structure sheaf downwards.
The present invention is further arranged to: the driving mechanism includes driving motor, and the driving motor is connected with sliding tooth
Wheel；It is circumferentially arranged on the periphery of the monitoring ring to have a grinding tooth, the driving gear with monitor annulate shaft to parallel, and sliding tooth
Wheel is engaged with monitoring ring.
By using above-mentioned technical proposal, driving motor drives the rotation of sliding tooth wheel, and then drives monitoring ring rotation, is supervising
During surveying ring rotation, enables laser to follow rotation, facilitate worker that can see laser when brushing structure sheaf.
The present invention is further arranged to: the base body includes two valve pedestal valves and the ring that is co-axially located on base body
Shape flange, respective one end rotation connection of two valve pedestal valves, the other end are provided with locking mechanism；The monitoring ring includes two annulus
Valve, two annulus valves are respectively provided with mutually matched plug-in connection on both ends.
By using above-mentioned technical proposal, locking allows for two valve pedestal valves and is capable of linking together for firm stable, and
Plug-in connection then can be realized being detachably connected for two annulus valves.
The present invention is further arranged to: the locking mechanism includes two pieces of link blocks, and every valve pedestal valve is far from each autorotation
One end of connection is provided with one piece of link block, and a corresponding screw hole is provided on two pieces of link blocks, and two pieces of link blocks pass through
Fixing bolt connection；The plug-in connection includes the spliced eye for being disposed therein an annulus valve both ends, and is arranged in another valve
Grafting axis on ring valve.
By using above-mentioned technical proposal, after two pieces of link blocks offset, fixing bolt is screwed in into two corresponding screw holes
In the connections of two pieces of link blocks can be realized, and then realize the connection of two valve pedestal valves；After grafting axis is inserted into spliced eye,
Realize the connection of two annulus valves.
The present invention is further arranged to: mutually matched magnetic block is provided on the respective both ends of ring valve described in two valves.
By using above-mentioned technical proposal, under the action of magnetic block, connection that two annulus valves can be consolidated more.
The present invention is further arranged to: the locating part includes the limit plate being removably connected on flange, the limit
Plate is at least arranged two pieces along the circumferential direction of flange, and arc-shaped block-like limited block is additionally provided on limit plate, monitors ring one end
End face on limited ring groove is set, the limited ring groove is coaxial with monitoring ring and for limited block entrance.
By using above-mentioned technical proposal, under the mating reaction of limit plate and limited ring groove, monitoring ring be defined as with
Base body is coaxial, because limited block is removably connected to base body, limit plate is dismantled to lower rear from base body
Just will monitoring ring dismantled from base body under.
The present invention is further arranged to: the adjusting component includes the screw rod being arranged on base body lower end surface, the spiral shell
Bar is bolted with swivel nut, and the screw rod is provided with three pairs along the circumferential direction of monitoring ring, is provided with air level on the upper surface of flange.
By using above-mentioned technical proposal, it is padded or reduce the pedestal of its position that turn swivel nut carrys out Adjusting bolt Adjusting screw
Body height realizes the level of base body by adjusting three height of base body, passes through sight during adjusting and rotating swivel nut
Surveying air level can ensure that the balance of base body, and finally realize the upward irradiation that laser can be vertical.
The present invention is further arranged to: being at least arranged at intervals with two link slots, the company on the inner wall of the monitoring ring
It is provided with connector in access slot, graduation mark is provided on the edge of connector, the laser tube is arranged on connector, described
The locking screw holes being connected to link slot are also provided on monitoring ring, are bolted with clamping screw in the locking screw holes.
By using above-mentioned technical proposal, being connected in link slot for connector sliding is inserted by adjusting connector
The depth of link slot adjusts distance of the laser tube apart from periphery, and then may be implemented this monitor is allowed to be applicable in different-thickness
Structure sheaf brushing.Using the graduation mark on connector, each connector is inserted into the depth adjustment in link slot at one
It causes.
In conclusion the invention has the following advantages:
1, by this monitoring to be arranged on the bottom end ground of cylinder, and cylinder is surrounded, then allows monitoring ring to rotate, drive is set
The laser tube rotation on the inside of monitoring ring is set, so that the vertical laser that laser tube is launched does circle around the surface of cylindrical body
Zhou Yundong, so that worker, which applies structure sheaf in each side brush of cylinder, can see laser.Worker edge since the upper end of cylindrical body
It is circumferential to brush structure sheaf, show that structure sheaf reaches absolute altitude behind the surface that laser appears in structure sheaf；
2, it is padded or reduce the base body height of its position to carry out Adjusting bolt Adjusting screw for turn swivel nut, passes through and adjusts base body three
A height realizes the level of base body, can ensure that putting down for base body by observing air level during adjusting and rotating swivel nut
Weighing apparatus, and finally realize the upward irradiation that laser can be vertical；
3, what connector slided is connected in link slot, is inserted into the depth of link slot by adjusting connector to adjust laser tube
Distance apart from periphery, and then the brushing for the structure sheaf for allowing this monitor to be applicable in different-thickness may be implemented.Utilize connection
Each connector is inserted into the depth adjustment in link slot at consistent by the graduation mark on part.
Detailed description of the invention
Fig. 1 is overall structure diagram of the invention；
Fig. 2 is decomposition texture schematic diagram of the invention.
Appended drawing reference: 1, base body；2, ring is monitored；3, component is adjusted；4, locating part；5, laser tube；6, pedestal valve；7, it turns over
Side；8, link block；9, fixing threaded hole；10, fixing bolt；11, ring valve；12, spliced eye；13, grafting axis；14, magnetic block；15,
Limit plate；16, screw hole is dismantled；17, through-hole is dismantled；18, limited ring groove；19, limited block；20, driving motor；21, gear is driven；
22, grinding tooth；23, link slot；24, connector；25, graduation mark；26, locking screw holes；27, clamping screw；28, air level.
Specific embodiment
Below in conjunction with attached drawing, invention is further described in detail.
As shown in Figure 1, for a kind of construction site construction plastering face thickness real-time monitor disclosed by the invention, for wrapping
The cylindrical body that need to brush Building material layer is enclosed, including cyclic annular base body 1 and the monitoring ring 2 being co-axially located on base body 1.Base
Pedestal 1, which is arranged with, adjusts component 3, is provided on pedestal and limits monitoring ring 2 locating part 4 coaxial with base body 1, base body 1
And monitoring ring 2 can be opened radially, the inside of monitoring ring 2 is provided with laser tube 5, and driving prison is additionally provided on base body 1
Survey the driving mechanism that 2 opposite base body 1 of ring rotates coaxially.
As shown in Fig. 2, the annular flange that base body 1 includes two valve pedestal valves 6 and is coaxially fixed on 1 edge of base body
7.Respective one end of two valve pedestal valves 6 is rotatablely connected, and the other end is provided with locking mechanism；Locking mechanism includes two pieces of link blocks 8,
Every valve pedestal valve 6 is fixed with one piece of link block 8 far from the one end being respectively rotatablely connected.Two pieces of link blocks 8 have been respectively formed on one
Fixing threaded hole 9, when two valve pedestal valves 6 are combined, the corresponding connection of two fixing threaded holes 9 screws in two fixing threaded holes 9
Fixing bolt 10 can realize the connection of two pieces of link blocks 8, and then realize the connection of two valve pedestal valves 6.
As shown in Fig. 2, monitoring ring 2 includes two annulus valves 11, it is provided on the respective both ends of two annulus valve 11 mutually matched
Plug-in connection.Plug-in connection includes the spliced eye 12 opened up at wherein 11 both ends of an annulus valve, and is arranged in another annulus valve
Grafting axis 13 on 11.Grafting axis 13 is inserted into spliced eye 12, the connection of two annulus valves 11 can be realized.Two annulus valves 11
Mutually matched magnetic block 14 is provided on respective both ends, magnetic block 14 can be two pieces of heteropolar magnet blocks being oppositely arranged.
Under the action of magnetic block 14, connection that two annulus valves 11 can be consolidated more.
As shown in Fig. 2, locating part 4 includes the limit plate 15 for being removably connected to 7 upper end of flange, limit plate 15 is along flange 7
Circumferential direction be provided with three pieces.The upper end of flange 7 is formed with disassembly screw hole 16, and disassembly is offered on one end of limit plate 15
Through-hole 17, will disassembly through-hole 17 it is corresponding with disassembly screw hole 16, be then threaded into and dismantle nut and can realize for limit plate 15 to be fixed on and turn over
On side 7.After limit plate 15 is mounted on flange 7, regional scope that 7 one end of flange stretches within flange 7 is simultaneously directed toward monitoring
The middle part of ring 2.After limit plate 15 is mounted on flange 7, limit plate 15 is fixed with arc-shaped bulk in the one side towards base body 1
Limited block 19.It monitors and offers coaxial limited ring groove 18 on the end face of 2 one end of ring, be mounted on flange in limit plate 15
After on 7, limited block 19 is stretched in limited ring groove 18.
Driving mechanism includes the driving motor 20 being fixed on 1 lower end surface of base body, and the motor shaft of driving motor 20 passes through
Base body 1 and be connected with driving gear 21；Monitor and be circumferentially formed with grinding tooth 22 on the periphery of ring 2, driving gear 21 with
It is axial parallel to monitor ring 2, and gear 21 is driven to engage with monitoring ring 2.Driving motor 20 will drive gear 21 to rotate, and can drive
Ring 2 is monitored to rotate.
It monitors on the inner wall of ring 2 circumferentially to equidistant interval setting there are three link slot 23, is slidably connected in link slot 23
Have plate has connector 24, graduation mark 25 has been portrayed on the edge of connector 24, it is close that laser tube 5 is fixed on connector 24
1 center one end of base body, monitoring 2 upper surface of ring offer the locking screw holes 26 being connected to link slot 23, spiral shell in locking screw holes 26
It is connected to clamping screw 27, is closely offseted after clamping screw 27 is screwed in locking screw holes 26 with connector 24, it can be by connector
24 are locked on monitoring ring 2.
The implementation principle of the present embodiment are as follows: open base body 1 and monitoring ring 2, base body 1 is then placed on target column
It is surrounded on the ground of body lower end and by cylinder, then setting coaxial on base body 1 monitors ring 2, and pedestal valve 6 is sharp
It is locked with locking mechanism, is connected ring valve 11 using plug-in connection.Then limit plate 15 is installed on flange 7, to limit prison
Survey the coaxial relation of ring 2 and base body 1.
Then the equilibrium relation of base body 1 is adjusted by adjusting component 3, it is logical during adjusting base body 1 and balancing
Observation air level 28 is crossed to determine the balance of base body 1.
After the balance adjustment of base body 1 is completed, start to adjust distance of the laser tube 5 apart from damaged surface.It is adjusting
During laser tube 5, determine that each connector 24 stretches out the distance of link slot 23 using scale, and determine using graduated scale
Connector 24 is located at one end outside link slot 23 at a distance from damaged surface.
Then by starting driving motor 20 drive monitoring ring 2 rotate because monitoring ring 2 by locating part 4 limit,
Monitoring ring 2 can be rotated coaxially relative to base body 1.During monitoring the rotation of ring 2, swashing for 2 inside of monitoring ring is set
Light pipe 5 also follows rotation, so that the vertical laser that laser tube 5 is launched moves in a circle around the surface of cylindrical body, into
And laser can be seen by making worker apply structure sheaf in each side brush of cylinder.Worker circumferentially brushes knot since the upper end of cylindrical body
Structure layer shows that structure sheaf reaches absolute altitude behind the surface that laser appears in structure sheaf, and then worker continues to brush structure sheaf downwards.
?
The embodiment of present embodiment is presently preferred embodiments of the present invention, not limits protection model of the invention according to this
Enclose, therefore: the equivalence changes that all structures under this invention, shape, principle are done, should all be covered by protection scope of the present invention it
It is interior.
Claims (8)
1. a kind of construction site construction plastering face thickness real-time monitor, for surrounding the cylinder that need to brush Building material layer
Body, it is characterized in that: including the monitoring ring (2) that ring-type base body (1) and is co-axially located on base body (1), the base body
(1) it is provided on and adjusts component (3), be provided on the pedestal and limit monitoring ring (2) locating part coaxial with base body (1)
(4), the base body (1) and monitoring ring (2) can be opened radially, be provided with laser tube on the inside of the monitoring ring (2)
(5), the laser and monitor ring (2) coaxially that the laser tube (5) is projected are additionally provided with driving monitoring ring on the base body (1)
(2) driving mechanism that opposite base body (1) rotates coaxially.
2. a kind of construction site construction plastering face thickness real-time monitor according to claim 1, it is characterized in that: described
Driving mechanism includes driving motor (20), and the driving motor (20) is connected with driving gear (21)；The circle of monitoring ring (2)
Circumferentially arranged on circumferential surface to have grinding tooth (22), the driving gear (21) is axial parallel with monitoring ring (2), and drives gear (21)
It is engaged with monitoring ring (2).
3. a kind of construction site construction plastering face thickness real-time monitor according to claim 2, it is characterized in that: described
Base body (1) includes two valve pedestal valves (6) and the annular flange (7) being co-axially located on base body (1), two valve pedestal valves
(6) respective one end rotation connection, the other end are provided with locking mechanism；The monitoring ring (2) includes two annulus valves (11), two valves
Ring valve (11) is provided with mutually matched plug-in connection on respective both ends.
4. a kind of construction site construction plastering face thickness real-time monitor according to claim 3, it is characterized in that: described
Locking mechanism includes two pieces of link blocks (8), and every valve pedestal valve (6) is provided with one piece of link block far from the one end being respectively rotatablely connected
(8), a corresponding screw hole is provided on two pieces of link blocks (8), two pieces of link blocks (8) are connected by fixing bolt (10)；
The plug-in connection includes the spliced eye (12) for being disposed therein annulus valve (11) both ends, and is arranged in another annulus valve
(11) the grafting axis (13) on.
5. a kind of construction site construction plastering face thickness real-time monitor according to claim 4, it is characterized in that: two valves
Mutually matched magnetic block (14) is provided on the respective both ends of the ring valve (11).
6. a kind of construction site construction plastering face thickness real-time monitor according to claim 3, it is characterized in that: described
Locating part (4) includes the limit plate (15) being removably connected on flange (7), circumferential direction of the limit plate (15) along flange (7)
Direction is at least arranged two pieces, and arc-shaped block-like limited block (19) is additionally provided on limit plate (15), monitors the end of ring (2) one end
Limited ring groove (18) are set on face, the limited ring groove (18) is coaxial with monitoring ring (2) and enters for limited block (19).
7. a kind of construction site construction plastering face thickness real-time monitor according to claim 6, it is characterized in that: described
Adjusting component (3) includes the screw rod being arranged on base body (1) lower end surface, and the screw rod is bolted with swivel nut, and the screw rod is along prison
The circumferential direction for surveying ring (2) is provided with three pairs, is provided with air level (28) on the upper surface of flange (7).
8. a kind of construction site construction plastering face thickness real-time monitor according to claim 1, it is characterized in that: described
It monitors and is at least arranged at intervals with two link slots (23) on the inner wall of ring (2), be provided with connector in the link slot (23)
(24), it is provided on the edge of connector (24) graduation mark (25), the laser tube (5) is arranged on connector (24), institute
It states and is also provided with the locking screw holes (26) being connected to link slot (23) in monitoring ring (2), be bolted in the locking screw holes (26)
Clamping screw (27).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910310430.6A CN109900214B (en) | 2019-04-17 | 2019-04-17 | Building site construction is with plastering face thickness real-time supervision appearance |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201910310430.6A CN109900214B (en) | 2019-04-17 | 2019-04-17 | Building site construction is with plastering face thickness real-time supervision appearance |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109900214A true CN109900214A (en) | 2019-06-18 |
| CN109900214B CN109900214B (en) | 2020-11-13 |
Family
ID=66955834
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201910310430.6A Active CN109900214B (en) | 2019-04-17 | 2019-04-17 | Building site construction is with plastering face thickness real-time supervision appearance |
Country Status (1)
| Country | Link |
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| CN (1) | CN109900214B (en) |
Cited By (1)
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|---|---|---|---|---|
| CN111672659A (en) * | 2020-05-29 | 2020-09-18 | 上海二十冶建设有限公司 | Installation method for accurately controlling spraying radius of hot blast stove pipeline |
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| Publication number | Publication date |
|---|---|
| CN109900214B (en) | 2020-11-13 |
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