CN108613633A - A kind of steel building welding girder monitoring device - Google Patents
A kind of steel building welding girder monitoring device Download PDFInfo
- Publication number
- CN108613633A CN108613633A CN201810364333.0A CN201810364333A CN108613633A CN 108613633 A CN108613633 A CN 108613633A CN 201810364333 A CN201810364333 A CN 201810364333A CN 108613633 A CN108613633 A CN 108613633A
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- mounting plate
- frame
- circular cone
- monitoring device
- sliding block
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- 229910000831 Steel Inorganic materials 0.000 title claims abstract description 61
- 239000010959 steel Substances 0.000 title claims abstract description 61
- 238000012806 monitoring device Methods 0.000 title claims abstract description 52
- 238000003466 welding Methods 0.000 title abstract description 11
- 230000001105 regulatory effect Effects 0.000 claims description 22
- 230000005540 biological transmission Effects 0.000 claims description 13
- 238000009434 installation Methods 0.000 claims description 13
- 238000012544 monitoring process Methods 0.000 claims description 7
- 230000008878 coupling Effects 0.000 claims description 5
- 238000010168 coupling process Methods 0.000 claims description 5
- 238000005859 coupling reaction Methods 0.000 claims description 5
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 2
- 238000010276 construction Methods 0.000 abstract description 38
- 230000000694 effects Effects 0.000 abstract description 2
- 238000010586 diagram Methods 0.000 description 5
- 230000005611 electricity Effects 0.000 description 3
- 238000007664 blowing Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 239000000463 material Substances 0.000 description 2
- 235000014676 Phragmites communis Nutrition 0.000 description 1
- 239000011521 glass Substances 0.000 description 1
- 239000004033 plastic Substances 0.000 description 1
- 229920003023 plastic Polymers 0.000 description 1
- 230000002035 prolonged effect Effects 0.000 description 1
- 238000012827 research and development Methods 0.000 description 1
- 239000002689 soil Substances 0.000 description 1
- 239000004575 stone Substances 0.000 description 1
- 239000002023 wood Substances 0.000 description 1
Classifications
-
- G—PHYSICS
- G01—MEASURING; TESTING
- G01B—MEASURING LENGTH, THICKNESS OR SIMILAR LINEAR DIMENSIONS; MEASURING ANGLES; MEASURING AREAS; MEASURING IRREGULARITIES OF SURFACES OR CONTOURS
- G01B11/00—Measuring arrangements characterised by the use of optical techniques
- G01B11/16—Measuring arrangements characterised by the use of optical techniques for measuring the deformation in a solid, e.g. optical strain gauge
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- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
The present invention relates to a kind of monitoring devices more particularly to a kind of steel building to weld girder monitoring device.Therefore, technical problem of the invention is：One kind is provided without being manually directly monitored to steel construction, and is monitored precisely, and not easily leads to the dangerous steel building welding girder monitoring device occurred.Technical solution：A kind of steel building welding girder monitoring device, includes the first mounting plate, second mounting plate etc.；First mounting plate bottom end rotary type is equipped with the second mounting plate, and the first mounting plate top and the second mounting plate lower part are all provided with mounting hole, and the second mounting plate right side top is equipped with link block.The present invention passes through monitoring device, more accurately steel construction can be monitored, and pass through viewing apparatus, operating personnel can be made more easily to see the position of the first circular cone and the second circular cone, and know whether steel construction deforms, reach without being manually directly monitored to steel construction, and has monitored effect that is accurate, and not easily leading to dangerous generation.
Description
Technical field
The present invention relates to a kind of monitoring devices more particularly to a kind of steel building to weld girder monitoring device.
Background technology
Building is all utilizable materials such as people's soil, stone, wood, steel, glass, reed, plastics, ice cube, is built
Structures.Building is not purpose, and the purpose of building is to obtain building to be formed by " space ".It is people to meet
Social life needs, and utilizes grasped material technology means, and with certain scientific law, geomantic omen theory and aesthetic principle
The artificial environment of creation.
It, all can be to steel construction in order to know whether steel construction prolonged use deforms after the completion of welding for steel structure
It is monitored, and prevents dangerous generation, and be typically all viewing monitoring with the naked eye manually to be carried out to steel construction, and monitor not smart
Standard, and it is easy to cause dangerous generation, therefore be not necessarily to manually directly be monitored steel construction there is an urgent need for research and development one kind, and monitor essence
Standard, and not easily lead to the steel building welding girder monitoring device of dangerous generation.
Invention content
Viewing monitoring with the naked eye manually typically is carried out to steel construction in order to overcome, and monitoring is not accurate, and be easy to lead
Dangerous the shortcomings that occurring is caused, therefore, technical problem of the invention is：It provides a kind of without manually directly being supervised to steel construction
It surveys, and monitors steel building welding girder monitoring device that is accurate, and not easily leading to dangerous generation.
Technical solution：A kind of steel building welds girder monitoring device, include the first mounting plate, the second mounting plate,
Link block, frame, lifting rope, the first circular cone, the first pointer, regulating device and monitoring device, the first mounting plate bottom end rotary type
The second mounting plate is installed, the first mounting plate top and the second mounting plate lower part are all provided with mounting hole, on the right side of the second mounting plate
Face top is equipped with link block, and link block right end rotary type is equipped with frame, lifting rope, lifting rope are connected on the right side of frame inner top
Tail end is equipped with the first circular cone, and bottom right is equipped with the first pointer in frame, under the first pointer is located at the first circular cone just
Side is equipped with regulating device between frame external right side face lower part and the second mounting plate right side lower part, left part and first is pacified in babinet
Monitoring device is equipped between the lower part of loading board right side.
Optionally, regulating device includes the first guide rod, the first sliding sleeve, 7 type bars, slider box and the first sliding block, the second peace
Loading board right side lower part is equipped with the first guide rod, and the first guide rod is equipped with the first sliding sleeve, and the first sliding sleeve is matched with the sliding of the first guide rod
It closes, 7 type bars is installed among the first slider top, frame external right side face lower part is equipped with slider box, first is equipped in slider box
Sliding block, the first sliding block leading flank middle part are connect with 7 type bar left end rotary types.
Optionally, monitoring device includes the second guide rod, the second sliding sleeve, bolt, bracing wire, the second circular cone and the second finger
Needle, the first mounting plate right side lower part are equipped with the second guide rod, and the second guide rod is equipped with the second sliding sleeve, and the second sliding sleeve is led with second
Bar is slidably matched, and bolt is equipped among the second slider top, and bolt is contacted with the second guide rod, is connected among the second sliding sleeve bottom
Bracing wire, bracing wire tail end pass through and are equipped with the second circular cone on the left of frame roof, and bottom left is equipped with the second pointer in frame, the
Two pointers are located at immediately below the second circular cone.
Optionally, further include having viewing apparatus, viewing apparatus include transverse slat, first bearing seat, lead screw, the first nut,
Riser, camera, the first sliding rail, the second sliding block and motor are equipped with cross in frame between left side lower part and right side lower part
Plate is fitted with first bearing seat at left and right sides of transverse slat bottom, is connected with lead screw between the first bearing seat of the left and right sides, on lead screw
Equipped with the first nut, the first nut coordinates with lead screw, and riser, the installation of riser leading flank lower part are equipped among the first nut bottom
There are camera, camera to be located on rear side of the first circular cone and the second circular cone, right side lower horizontal is equipped with motor in frame,
Motor is located on the right side of the first bearing seat of right side, and the output shaft of motor is connect by shaft coupling with lead screw right end, among transverse slat bottom
It is horizontally installed with the first sliding rail, the first sliding rail is equipped with the second sliding block coordinated with it, and the second sliding block is matched with the sliding of the first sliding rail
It closes, is connected among the second slider bottom and the first nut top.
Optionally, further include having babinet, the second mounting plate right side top is equipped with babinet, is provided with out on the left of top of the box
Mouthful, frame is located in babinet, and bracing wire is located in opening.
Optionally, further include having transmission device, transmission device includes second bearing seat, screw rod, the second nut, third axis
Bearing, torsion bar, the second sliding rail and third sliding block, the second mounting plate right side lower part are equipped with second bearing seat, second bearing seat
Screw rod is inside installed, screw rod is equipped with the second nut, is connected among the second nut top and the first sliding sleeve bottom, under babinet right side
Portion is Embedded to be equipped with 3rd bearing seat, and screw rod, which is located in 3rd bearing seat, to be connected thereto, and screw rod right end is equipped with torsion bar, turns round
Bar is located at outside babinet, and bottom right is horizontally installed with the second sliding rail in babinet, and the second sliding rail is equipped with the third coordinated with it and slides
Block, third sliding block are slidably matched with the second sliding rail, are connected among third slider top and the second nut bottom.
Optionally, further include having headlamp, riser leading flank top is equipped with headlamp.
It is operated first personnel the first mounting plate and the second mounting plate are mounted on steel construction by mounting hole, and makes first
The junction of mounting plate and the second mounting plate is located on the right side of the weld of steel construction, and whether operating personnel can see the first circular cone
Right over the first pointer, if it is not, just driving frame to swing up and down by regulating device, and the position of frame is carried out
It adjusts, frame, which moves up and down, drives the first pointer to swing up and down, and then when the first pointer is located at immediately below the first circular cone, i.e.,
It can stop the position of adjustment frame, then adjust the position of monitoring device, after the completion of monitoring device adjusting, monitoring device starts pair
Steel construction is monitored.Operating personnel can see whether steel construction deforms by monitoring device, so can know in advance and
It is taken precautions against.
Because regulating device includes the first guide rod, the first sliding sleeve, 7 type bars, slider box and the first sliding block, the second mounting plate
Right side lower part is equipped with the first guide rod, and the first guide rod is equipped with the first sliding sleeve, and the first sliding sleeve is slidably matched with the first guide rod, the
7 type bars are installed among one slider top, frame external right side face lower part is equipped with slider box, the first sliding block is equipped in slider box,
It is connect with 7 type bar left end rotary types in the middle part of first sliding block leading flank, when the first circular cone is not located at right over the first pointer, behaviour
Making personnel can pull the first sliding sleeve to move left and right, and the first sliding sleeve, which moves left and right, drives 7 type bars to move left and right, and 7 type bars or so move
It is dynamic that the first sliding block is driven to be slided in slider box, and then the sliding of the first sliding block drives frame to swing up and down, and drive the first pointer
It swings up and down, and then when the first pointer is swung up and down to the first circular cone, you can stop drag the first sliding sleeve, in turn
Illustrate that frame is in horizontality, you can adjust monitoring device and be monitored to steel construction.
Because monitoring device includes the second guide rod, the second sliding sleeve, bolt, bracing wire, the second circular cone and the second pointer, the
One mounting plate right side lower part is equipped with the second guide rod, and the second guide rod is equipped with the second sliding sleeve, and the second sliding sleeve and the second guide rod are slided
Dynamic cooperation, the second slider top centre are equipped with bolt, and bolt is contacted with the second guide rod, and drawing is connected among the second sliding sleeve bottom
Line, bracing wire tail end pass through and are equipped with the second circular cone on the left of frame roof, and bottom left is equipped with the second pointer in frame, and second
Pointer is located at immediately below the second circular cone, and when the first pointer is located at immediately below the first circular cone, operating personnel can twist spiral shell
Bolt is displaced outwardly, and bolt, which is displaced outwardly, not to be contacted with the second guide rod, stops twisting bolt, and operating personnel can pull the second sliding sleeve
It moves left and right, the second sliding sleeve is moved left and right drives the second circular cone to move left and right by bracing wire, and then when the second circular cone moves
When right over to the second pointer, you can stop drag the second sliding sleeve, twisting bolt, which moves inward, fixes the second sliding sleeve, stops turning round
Dynamic bolt, and then operating personnel can see the position of the second circular cone and the second pointer, you can know whether steel construction becomes
Shape illustrates that steel construction is deformed if the second circular cone is not located at right over the second pointer, otherwise steel construction does not have then
It deforms.
Because further including having viewing apparatus, viewing apparatus includes transverse slat, first bearing seat, lead screw, the first nut, erects
Plate, camera, the first sliding rail, the second sliding block and motor are equipped with transverse slat in frame between left side lower part and right side lower part,
It is fitted with first bearing seat at left and right sides of transverse slat bottom, lead screw is connected between the first bearing seat of the left and right sides, is set on lead screw
There are the first nut, the first nut to coordinate with lead screw, riser is installed among the first nut bottom, riser leading flank lower part is equipped with
Camera, camera are located on rear side of the first circular cone and the second circular cone, and right side lower horizontal is equipped with motor in frame, electricity
Machine is located on the right side of the first bearing seat of right side, and the output shaft of motor is connect by shaft coupling with lead screw right end, water among transverse slat bottom
Safety is equipped with the first sliding rail, and the first sliding rail is equipped with the second sliding block coordinated with it, and the second sliding block is slidably matched with the first sliding rail,
It is connected among second slider bottom and the first nut top, when initial, camera is open state, when the present apparatus is to steel construction
When being monitored, operating personnel can start the rotation of motor positive and negative alternate, and the rotation of motor positive and negative alternate drives lead screw positive and negative alternate
Rotation, the rotation of lead screw positive and negative alternate drive the first nut to move left and right, and the first nut, which moves left and right, drives riser to move left and right, and erects
Plate, which moves left and right, drives camera to move left and right, and then when camera is moved to the left the second circular cone just rear side, closes electricity
Machine, and then camera, by image transmission to display screen, operating personnel can see that the second circular cone and second refers to by display screen
Whether pin position changes, and similarly, when camera moves right rear side positive to the first circular cone, closes motor, and then take the photograph
As head is by image transmission to display screen, operating personnel can see whether are the first circular cone and the first pointer position by display screen
It changes, and then knows whether steel construction deforms.In this way, operating personnel can be made more easily to know whether steel construction is sent out
Change shape.
Because further including having babinet, the second mounting plate right side top is equipped with babinet, and opening is provided on the left of top of the box,
Frame is located in babinet, and bracing wire is located in opening, and when the present apparatus installs pinnacled steel construction, babinet can prevent wind by bracing wire
Blowing causes the second circular cone to shake and influence monitoring.
Because further including having transmission device, transmission device includes second bearing seat, screw rod, the second nut, 3rd bearing
Seat, torsion bar, the second sliding rail and third sliding block, the second mounting plate right side lower part are equipped with second bearing seat, in second bearing seat
Screw rod is installed, screw rod is equipped with the second nut, is connected among the second nut top and the first sliding sleeve bottom, babinet lower right side
Embedded to be equipped with 3rd bearing seat, screw rod, which is located in 3rd bearing seat, to be connected thereto, and screw rod right end is equipped with torsion bar, torsion bar
Outside babinet, bottom right is horizontally installed with the second sliding rail in babinet, and the second sliding rail is equipped with the third sliding block coordinated with it,
Third sliding block is slidably matched with the second sliding rail, is connected among third slider top and the second nut bottom, when the first circular cone not
When right over the first pointer, operating personnel can twist the rotation of torsion bar positive and negative alternate, and the rotation of torsion bar positive and negative alternate drives spiral shell
Bar positive and negative alternate rotates, and the rotation of screw rod positive and negative alternate drives the second nut to move left and right, and the second nut moves left and right drive first
Sliding sleeve moves left and right, and driving frame to swing up and down makes the first pointer be located at immediately below the first circular cone.When the first pointer is located at
When immediately below the first circular cone, you can stop twisting torsion bar.In this way, operating personnel can be made more easily to be adjusted to frame position
Section, moreover it is possible to more accurately be adjusted.
Because further including having headlamp, riser leading flank top is equipped with headlamp, when the present apparatus is carried out to steel construction
When monitoring, you can start headlamp, and then headlamp illuminates surrounding, and then enables what camera shot to become apparent from.
The present invention can more accurately be monitored steel construction by monitoring device, and by viewing apparatus, operation can be made
Personnel more easily see the position of the first circular cone and the second circular cone, and know whether steel construction deforms, and reach
Without being manually directly monitored to steel construction, and monitor effect that is accurate, and not easily leading to dangerous generation.
Description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is second of main structure diagram of the present invention.
Fig. 3 is the third main structure diagram of the present invention.
Fig. 4 is the 4th kind of main structure diagram of the present invention.
Fig. 5 is the 5th kind of main structure diagram of the present invention.
Wherein：1：First mounting plate, 2：Second mounting plate, 3：Mounting hole, 4：Link block, 5：Frame, 6：Lifting rope, 7：First
Circular cone, 8：First pointer, 9：Regulating device, 91：First guide rod, 92：First sliding sleeve, 93：7 type bars, 94：Slider box, 95：The
One sliding block, 10：Monitoring device, 101：Second guide rod, 102：Second sliding sleeve, 103：Bolt, 104：Bracing wire, 105：Second taper
Block, 106：Second pointer, 11：Viewing apparatus, 111：Transverse slat, 112：First bearing seat, 113：Lead screw, 114：First nut,
115：Riser, 116：Camera, 117：First sliding rail, 118：Second sliding block, 119：Motor, 12：Babinet, 13：Opening, 14：It passes
Dynamic device, 141：Second bearing seat, 142：Screw rod, 143：Second nut, 144：3rd bearing seat, 145：Torsion bar, 146：Second
Sliding rail, 147：Third sliding block, 15：Headlamp.
Specific implementation mode
Specific introduce is made to the present invention below in conjunction with the drawings and specific embodiments.
Embodiment 1
A kind of steel building welding girder monitoring device includes as shown in Figs. 1-5 the installation of the first mounting plate 1, second
Plate 2, link block 4, frame 5, lifting rope 6, the first circular cone 7, the first pointer 8, regulating device 9 and monitoring device 10, the first installation
1 bottom end rotary type of plate is equipped with the second mounting plate 2, and 1 top of the first mounting plate and 2 lower part of the second mounting plate are all provided with mounting hole
3,2 right side top of the second mounting plate is equipped with link block 4, and 4 right end rotary type of link block is equipped with frame 5, is pushed up in frame 5
It is connected with lifting rope 6 on the right side of portion, 6 tail end of lifting rope is equipped with the first circular cone 7, and bottom right is equipped with the first pointer 8 in frame 5,
First pointer 8 is located at immediately below the first circular cone 7, and 5 external right side face lower part of frame and the second mounting plate are set between 2 right side lower part
There is a regulating device 9, is equipped with monitoring device 10 in babinet 12 between 1 right side lower part of left part and the first mounting plate.
Embodiment 2
A kind of steel building welding girder monitoring device includes as shown in Figs. 1-5 the installation of the first mounting plate 1, second
Plate 2, link block 4, frame 5, lifting rope 6, the first circular cone 7, the first pointer 8, regulating device 9 and monitoring device 10, the first installation
1 bottom end rotary type of plate is equipped with the second mounting plate 2, and 1 top of the first mounting plate and 2 lower part of the second mounting plate are all provided with mounting hole
3,2 right side top of the second mounting plate is equipped with link block 4, and 4 right end rotary type of link block is equipped with frame 5, is pushed up in frame 5
It is connected with lifting rope 6 on the right side of portion, 6 tail end of lifting rope is equipped with the first circular cone 7, and bottom right is equipped with the first pointer 8 in frame 5,
First pointer 8 is located at immediately below the first circular cone 7, and 5 external right side face lower part of frame and the second mounting plate are set between 2 right side lower part
There is a regulating device 9, is equipped with monitoring device 10 in babinet 12 between 1 right side lower part of left part and the first mounting plate.
Regulating device 9 includes the first guide rod 91, the first sliding sleeve 92,7 type bars 93, slider box 94 and the first sliding block 95, and
Two mounting plates, 2 right side lower part is equipped with the first guide rod 91, and the first guide rod 91 is equipped with the first sliding sleeve 92, the first sliding sleeve 92 and the
One guide rod 91 is slidably matched, and 95 top center of the first sliding block is equipped with 7 type bars 93, and 5 external right side face lower part of frame is equipped with sliding
Frame 94, slider box 94 is interior to be equipped with the first sliding block 95, is connect with 7 type bar, 93 left end rotary type in the middle part of 95 leading flank of the first sliding block.
Embodiment 3
A kind of steel building welding girder monitoring device includes as shown in Figs. 1-5 the installation of the first mounting plate 1, second
Plate 2, link block 4, frame 5, lifting rope 6, the first circular cone 7, the first pointer 8, regulating device 9 and monitoring device 10, the first installation
1 bottom end rotary type of plate is equipped with the second mounting plate 2, and 1 top of the first mounting plate and 2 lower part of the second mounting plate are all provided with mounting hole
3,2 right side top of the second mounting plate is equipped with link block 4, and 4 right end rotary type of link block is equipped with frame 5, is pushed up in frame 5
It is connected with lifting rope 6 on the right side of portion, 6 tail end of lifting rope is equipped with the first circular cone 7, and bottom right is equipped with the first pointer 8 in frame 5,
First pointer 8 is located at immediately below the first circular cone 7, and 5 external right side face lower part of frame and the second mounting plate are set between 2 right side lower part
There is a regulating device 9, is equipped with monitoring device 10 in babinet 12 between 1 right side lower part of left part and the first mounting plate.
Regulating device 9 includes the first guide rod 91, the first sliding sleeve 92,7 type bars 93, slider box 94 and the first sliding block 95, and
Two mounting plates, 2 right side lower part is equipped with the first guide rod 91, and the first guide rod 91 is equipped with the first sliding sleeve 92, the first sliding sleeve 92 and the
One guide rod 91 is slidably matched, and 95 top center of the first sliding block is equipped with 7 type bars 93, and 5 external right side face lower part of frame is equipped with sliding
Frame 94, slider box 94 is interior to be equipped with the first sliding block 95, is connect with 7 type bar, 93 left end rotary type in the middle part of 95 leading flank of the first sliding block.
Monitoring device 10 includes the second guide rod 101, the second sliding sleeve 102, bolt 103, bracing wire 104, the second circular cone 105
With the second pointer 106,1 right side lower part of the first mounting plate is equipped with the second guide rod 101, and the second guide rod 101 is equipped with second and slides
Set 102, the second sliding sleeve 102 is slidably matched with the second guide rod 101, and 118 top center of the second sliding block is equipped with bolt 103, bolt 103
It is contacted with the second guide rod 101, bracing wire 104 is connected among 102 bottom of the second sliding sleeve, 104 tail end of bracing wire passes through 5 top left of frame
Side is equipped with the second circular cone 105, and bottom left is equipped with the second pointer 106 in frame 5, and the second pointer 106 is located at the second cone
Immediately below shape block 105.
Embodiment 4
A kind of steel building welding girder monitoring device includes as shown in Figs. 1-5 the installation of the first mounting plate 1, second
Plate 2, link block 4, frame 5, lifting rope 6, the first circular cone 7, the first pointer 8, regulating device 9 and monitoring device 10, the first installation
1 bottom end rotary type of plate is equipped with the second mounting plate 2, and 1 top of the first mounting plate and 2 lower part of the second mounting plate are all provided with mounting hole
3,2 right side top of the second mounting plate is equipped with link block 4, and 4 right end rotary type of link block is equipped with frame 5, is pushed up in frame 5
It is connected with lifting rope 6 on the right side of portion, 6 tail end of lifting rope is equipped with the first circular cone 7, and bottom right is equipped with the first pointer 8 in frame 5,
First pointer 8 is located at immediately below the first circular cone 7, and 5 external right side face lower part of frame and the second mounting plate are set between 2 right side lower part
There is a regulating device 9, is equipped with monitoring device 10 in babinet 12 between 1 right side lower part of left part and the first mounting plate.
Regulating device 9 includes the first guide rod 91, the first sliding sleeve 92,7 type bars 93, slider box 94 and the first sliding block 95, and
Two mounting plates, 2 right side lower part is equipped with the first guide rod 91, and the first guide rod 91 is equipped with the first sliding sleeve 92, the first sliding sleeve 92 and the
One guide rod 91 is slidably matched, and 95 top center of the first sliding block is equipped with 7 type bars 93, and 5 external right side face lower part of frame is equipped with sliding
Frame 94, slider box 94 is interior to be equipped with the first sliding block 95, is connect with 7 type bar, 93 left end rotary type in the middle part of 95 leading flank of the first sliding block.
Monitoring device 10 includes the second guide rod 101, the second sliding sleeve 102, bolt 103, bracing wire 104, the second circular cone 105
With the second pointer 106,1 right side lower part of the first mounting plate is equipped with the second guide rod 101, and the second guide rod 101 is equipped with second and slides
Set 102, the second sliding sleeve 102 is slidably matched with the second guide rod 101, and 118 top center of the second sliding block is equipped with bolt 103, bolt 103
It is contacted with the second guide rod 101, bracing wire 104 is connected among 102 bottom of the second sliding sleeve, 104 tail end of bracing wire passes through 5 top left of frame
Side is equipped with the second circular cone 105, and bottom left is equipped with the second pointer 106 in frame 5, and the second pointer 106 is located at the second cone
Immediately below shape block 105.
Further include having viewing apparatus 11, viewing apparatus 11 includes transverse slat 111, first bearing seat 112, lead screw 113, first
Nut 114, riser 115, camera 116, the first sliding rail 117, the second sliding block 118 and motor 119, left side lower part in frame 5
Transverse slat 111 is installed between the lower part of right side, first bearing seat 112, left and right two are fitted at left and right sides of 111 bottom of transverse slat
Lead screw 113 is connected between side first bearing seat 112, lead screw 113 is equipped with the first nut 114, the first nut 114 and lead screw
113 coordinate, and are equipped with riser 115 among 114 bottom of the first nut, 115 leading flank lower part of riser is equipped with camera 116, takes the photograph
Picture head 116 is located at 105 rear side of the first circular cone 7 and the second circular cone, and right side lower horizontal is equipped with motor 119 in frame 5,
Motor 119 is located at 112 right side of right side first bearing seat, and the output shaft of motor 119 is connect by shaft coupling with 113 right end of lead screw,
111 bottom by-level of transverse slat is equipped with the first sliding rail 117, and the first sliding rail 117 is equipped with the second sliding block 118 coordinated with it,
Second sliding block 118 is slidably matched with the first sliding rail 117, and 118 bottom of the second sliding block is connect with 114 top center of the first nut.
Further include having babinet 12,2 right side top of the second mounting plate is equipped with babinet 12, and 12 top left side of babinet is provided with out
Mouth 13, frame 5 is located in babinet 12, and bracing wire 104 is located in opening 13.
Further include having transmission device 14, transmission device 14 include second bearing seat 141, screw rod 142, the second nut 143,
3rd bearing seat 144, torsion bar 145, the second sliding rail 146 and third sliding block 147,2 right side lower part of the second mounting plate are equipped with
Two bearing bracket 141, screw rod 142 is equipped in second bearing seat 141, and screw rod 142 is equipped with the second nut 143, the second nut 143
It is connected among top and 92 bottom of the first sliding sleeve, 12 lower right side of babinet is Embedded to be equipped with 3rd bearing seat 144, screw rod
142 are connected thereto in 3rd bearing seat 144, and 142 right end of screw rod is equipped with torsion bar 145, and torsion bar 145 is located at outside babinet 12,
Bottom right is horizontally installed with the second sliding rail 146 in babinet 12, and the second sliding rail 146 is equipped with the third sliding block 147 coordinated with it,
Third sliding block 147 is slidably matched with the second sliding rail 146, is connect among 147 top of third sliding block and 143 bottom of the second nut.
Further include having headlamp 15,115 leading flank top of riser is equipped with headlamp 15.
It is operated first personnel first mounting plate 1 and the second mounting plate 2 are mounted on steel construction by mounting hole 3, and makes
The junction of first mounting plate 1 and the second mounting plate 2 is located on the right side of the weld of steel construction, and operating personnel can see the first taper
Whether block 7 is located at right over the first pointer 8, if it is not, just drive frame 5 to swing up and down by regulating device 9, and to frame
5 position is adjusted, and frame 5, which moves up and down, drives the first pointer 8 to swing up and down, and then when the first pointer 8 is located at the first cone
When shape 7 underface of block, you can stop the position of adjustment frame 5, then adjust the position of monitoring device 10, when monitoring device 10 is adjusted
After the completion, monitoring device 10 starts to be monitored steel construction.Whether operating personnel can see steel construction by monitoring device 10
It deforms, and then can know in advance and be taken precautions against.
Because regulating device 9 includes the first guide rod 91, the first sliding sleeve 92,7 type bars 93, slider box 94 and the first sliding block
95,2 right side lower part of the second mounting plate is equipped with the first guide rod 91, and the first guide rod 91 is equipped with the first sliding sleeve 92, the first sliding sleeve
92 are slidably matched with the first guide rod 91, and 95 top center of the first sliding block is equipped with 7 type bars 93, the installation of 5 external right side face lower part of frame
There is slider box 94, the first sliding block 95 is equipped in slider box 94, is connected with 7 type bar, 93 left end rotary type in the middle part of 95 leading flank of the first sliding block
It connects, when the first circular cone 7 is not located at the first 8 surface of pointer, operating personnel can pull the first sliding sleeve 92 to move left and right, the
One sliding sleeve 92, which moves left and right, drives 7 type bars 93 to move left and right, and 7 type bars 93, which move left and right, drives the first sliding block 95 in slider box 94
Sliding, and then the sliding of the first sliding block 95 drives frame 5 to swing up and down, and the first pointer 8 is driven to swing up and down, and then work as first and refer to
When needle 8 is swung up and down to the first 7 underface of circular cone, you can stop drag the first sliding sleeve 92, further relate to frame 5 and be in level
State, you can adjust monitoring device 10 and steel construction is monitored.
Because monitoring device 10 includes the second guide rod 101, the second sliding sleeve 102, bolt 103, bracing wire 104, the second taper
Block 105 and the second pointer 106,1 right side lower part of the first mounting plate are equipped with the second guide rod 101, and the second guide rod 101 is equipped with the
Two sliding sleeves 102, the second sliding sleeve 102 are slidably matched with the second guide rod 101, and 118 top center of the second sliding block is equipped with bolt 103, spiral shell
Bolt 103 is contacted with the second guide rod 101, and bracing wire 104 is connected among 102 bottom of the second sliding sleeve, and 104 tail end of bracing wire passes through frame 5
Top left side is equipped with the second circular cone 105, and bottom left is equipped with the second pointer 106 in frame 5, and the second pointer 106 is located at
Immediately below second circular cone 105, when the first pointer 8 is located at the first 7 underface of circular cone, operating personnel can twist bolt
103 are displaced outwardly, and bolt 103, which is displaced outwardly, not to be contacted with the second guide rod 101, stop twisting bolt 103, and operating personnel can draw
Dynamic second sliding sleeve 102 moves left and right, and the second sliding sleeve 102 is moved left and right drives the second circular cone 105 or so to move by bracing wire 104
It is dynamic, and then when the second circular cone 105 is moved to the second 106 surface of pointer, you can the second sliding sleeve 102 is stopped drag, is twisted
Bolt 103, which moves inward, fixes the second sliding sleeve 102, stops twisting bolt 103, and then operating personnel can see the second circular cone
105 and second pointer 106 position, you can know whether steel construction deforms, if the second circular cone 105 not be located at second
When 106 surface of pointer, that is, illustrate that steel construction is deformed, otherwise steel construction does not deform then.
Because further including having viewing apparatus 11, viewing apparatus 11 include transverse slat 111, first bearing seat 112, lead screw 113,
First nut 114, riser 115, camera 116, the first sliding rail 117, the second sliding block 118 and motor 119, left side in frame 5
Transverse slat 111 is installed between lower part and right side lower part, first bearing seat 112 is fitted at left and right sides of 111 bottom of transverse slat, it is left
Lead screw 113 is connected between right both sides first bearing seat 112, lead screw 113 is equipped with the first nut 114, the first nut 114 and silk
Bar 113 coordinates, and riser 115 is equipped among 114 bottom of the first nut, and 115 leading flank lower part of riser is equipped with camera 116,
Camera 116 is located at 105 rear side of the first circular cone 7 and the second circular cone, and right side lower horizontal is equipped with motor in frame 5
119, motor 119 is located at 112 right side of right side first bearing seat, and the output shaft of motor 119 is connected by shaft coupling and 113 right end of lead screw
It connects, 111 bottom by-level of transverse slat is equipped with the first sliding rail 117, and the first sliding rail 117 is equipped with the second sliding block coordinated with it
118, the second sliding block 118 is slidably matched with the first sliding rail 117, and 118 bottom of the second sliding block connects with 114 top center of the first nut
It connects, when initial, camera 116 is open state, and when the present apparatus is when being monitored steel construction, operating personnel can start electricity
119 positive and negative alternate of machine rotates, and the rotation of 119 positive and negative alternate of motor drives the rotation of 113 positive and negative alternate of lead screw, 113 positive and negative alternate of lead screw
Rotation drives the first nut 114 to move left and right, and the first nut 114, which moves left and right, drives riser 115 to move left and right, and riser 115 is left
It moves right and camera 116 is driven to move left and right, and then when camera 116 is moved to the left the second 105 positive rear side of circular cone, close
Motor 119 is closed, and then camera 116, by image transmission to display screen, operating personnel can see the second taper by display screen
Whether block 105 changes with 106 position of the second pointer, similarly, after camera 116 moves right to the first circular cone 7 just
When side, motor 119 is closed, and then camera 116 is by image transmission to display screen, operating personnel can see the by display screen
Whether one circular cone 7 changes with 8 position of the first pointer, and then knows whether steel construction deforms.In this way, operation can be made
Personnel more easily know whether steel construction deforms.
Because further including having babinet 12,2 right side top of the second mounting plate is equipped with babinet 12, and 12 top left side of babinet is opened
There are opening 13, frame 5 to be located in babinet 12, bracing wire 104 is located in opening 13, when the present apparatus installs pinnacled steel construction,
Babinet 12, which can prevent wind from blowing bracing wire 104, causes the second circular cone 105 to shake and influence monitoring.
Because further including having transmission device 14, transmission device 14 includes second bearing seat 141, screw rod 142, the second nut
143,3rd bearing seat 144, torsion bar 145, the second sliding rail 146 and third sliding block 147, the installation of 2 right side lower part of the second mounting plate
There is second bearing seat 141, screw rod 142 is installed in second bearing seat 141, screw rod 142 is equipped with the second nut 143, the second spiral shell
It being connect among 143 top of mother and 92 bottom of the first sliding sleeve, 12 lower right side of babinet is Embedded to be equipped with 3rd bearing seat 144,
Screw rod 142, which is located in 3rd bearing seat 144, to be connected thereto, and 142 right end of screw rod is equipped with torsion bar 145, and torsion bar 145 is located at babinet 12
Outside, bottom right is horizontally installed with the second sliding rail 146 in babinet 12, and the second sliding rail 146 is equipped with the third sliding block coordinated with it
147, third sliding block 147 is slidably matched with the second sliding rail 146, the top of third sliding block 147 with connect among 143 bottom of the second nut
It connects, when the first circular cone 7 is not located at the first 8 surface of pointer, operating personnel can twist the rotation of 145 positive and negative alternate of torsion bar,
The rotation of 145 positive and negative alternate of torsion bar drives the rotation of 142 positive and negative alternate of screw rod, the rotation of 142 positive and negative alternate of screw rod to drive the second nut 143
It moves left and right, the second nut 143, which moves left and right, drives the first sliding sleeve 92 to move left and right, and driving frame 5 to swing up and down makes first
Pointer 8 is located at immediately below the first circular cone 7.When the first pointer 8 is located at the first 7 underface of circular cone, you can stop twisting and turn round
Bar 145.In this way, can make operating personnel that more easily 5 position of frame be adjusted, moreover it is possible to more accurately be adjusted.
Because further including having headlamp 15,115 leading flank top of riser is equipped with headlamp 15, when the present apparatus is to steel knot
When structure is monitored, you can start headlamp 15, and then headlamp 15 illuminates surrounding, and then camera 116 is enable to shoot
It becomes apparent from.
Embodiments of the present invention are explained in detail above in conjunction with attached drawing, but the present invention is not limited to above-mentioned implementations
Mode can also be made without departing from the purpose of the present invention within the knowledge of those skilled in the art
Various change.
Claims (7)
1. a kind of steel building welds girder monitoring device, which is characterized in that include the first mounting plate (1), the second installation
Plate (2), link block (4), frame (5), lifting rope (6), the first circular cone (7), the first pointer (8), regulating device (9) and monitoring dress
It sets (10), the first mounting plate (1) bottom end rotary type is equipped with the second mounting plate (2), the first mounting plate (1) top and the second peace
Loading board (2) lower part is all provided with mounting hole (3), and the second mounting plate (2) right side top is equipped with link block (4), and link block (4) is right
End rotary type is equipped with frame (5), is connected with lifting rope (6) on the right side of frame (5) inner top, lifting rope (6) tail end is equipped with first
Circular cone (7), frame (5) interior bottom right is equipped with the first pointer (8), under the first pointer (8) is located at the first circular cone (7) just
Side, is equipped with regulating device (9) between frame (5) external right side face lower part and the second mounting plate (2) right side lower part, babinet (12) is interior
Monitoring device (10) is equipped between left part and the first mounting plate (1) right side lower part.
2. a kind of steel building according to claim 1 welds girder monitoring device, which is characterized in that regulating device
(9) include the first guide rod (91), the first sliding sleeve (92), 7 type bars (93), slider box (94) and the first sliding block (95), the second peace
Loading board (2) right side lower part is equipped with the first guide rod (91), and the first guide rod (91) is equipped with the first sliding sleeve (92), the first sliding sleeve
(92) it is slidably matched with the first guide rod (91), the first sliding block (95) top center is equipped with 7 type bars (93), frame (5) external right side
Face lower part is equipped with slider box (94), and the first sliding block (95), the first sliding block (95) leading flank middle part and 7 are equipped in slider box (94)
Type bar (93) left end rotary type connects.
3. a kind of steel building according to claim 2 welds girder monitoring device, which is characterized in that monitoring device
(10) include the second guide rod (101), the second sliding sleeve (102), bolt (103), bracing wire (104), the second circular cone (105) and
Two pointers (106), the first mounting plate (1) right side lower part are equipped with the second guide rod (101), and the second guide rod (101) is equipped with the
Two sliding sleeves (102), the second sliding sleeve (102) are slidably matched with the second guide rod (101), and the second sliding block (118) top center is equipped with spiral shell
Bolt (103), bolt (103) are contacted with the second guide rod (101), and bracing wire (104) is connected among the second sliding sleeve (102) bottom, are drawn
Line (104) tail end is equipped with the second circular cone (105) across frame (5) top left side, and frame (5) interior bottom left is equipped with
Two pointers (106), the second pointer (106) are located at immediately below the second circular cone (105).
4. a kind of steel building according to claim 3 welds girder monitoring device, which is characterized in that further include having sight
See that device (11), viewing apparatus (11) include transverse slat (111), first bearing seat (112), lead screw (113), the first nut
(114), riser (115), camera (116), the first sliding rail (117), the second sliding block (118) and motor (119), frame (5) are interior
Transverse slat (111) is installed between left side lower part and right side lower part, first axle is fitted at left and right sides of transverse slat (111) bottom
Bearing (112), lead screw (113) is connected between left and right sides first bearing seat (112), and lead screw (113) is equipped with the first nut
(114), the first nut (114) coordinates with lead screw (113), and riser (115), riser are equipped among the first nut (114) bottom
(115) leading flank lower part is equipped with camera (116), and camera (116) is located at the first circular cone (7) and the second circular cone
(105) rear side, the interior right side lower horizontal of frame (5) are equipped with motor (119), and motor (119) is located at right side first bearing seat
(112) right side, the output shaft of motor (119) are connect by shaft coupling with lead screw (113) right end, water among transverse slat (111) bottom
Safety is equipped with the first sliding rail (117), and the first sliding rail (117) is equipped with the second sliding block (118) coordinated with it, the second sliding block
(118) it is slidably matched with the first sliding rail (117), the second sliding block (118) bottom is connect with the first nut (114) top center.
5. a kind of steel building according to claim 4 welds girder monitoring device, which is characterized in that further include having case
Body (12), the second mounting plate (2) right side top are equipped with babinet (12), and babinet (12) top left side is provided with opening (13), frame
Frame (5) is located in babinet (12), and bracing wire (104) is located in opening (13).
6. a kind of steel building according to claim 5 welds girder monitoring device, which is characterized in that further include having biography
Dynamic device (14), transmission device (14) includes second bearing seat (141), screw rod (142), the second nut (143), 3rd bearing
Seat (144), torsion bar (145), the second sliding rail (146) and third sliding block (147), the second mounting plate (2) right side lower part are equipped with
Second bearing seat (141), second bearing seat (141) is interior to be equipped with screw rod (142), and screw rod (142) is equipped with the second nut
(143), it is connect with the first sliding sleeve (92) bottom centre at the top of the second nut (143), the Embedded peace of babinet (12) lower right side
Equipped with 3rd bearing seat (144), screw rod (142), which is located in 3rd bearing seat (144), to be connected thereto, the installation of screw rod (142) right end
There are torsion bar (145), torsion bar (145) to be located at babinet (12) outside, babinet (12) interior bottom right is horizontally installed with the second sliding rail
(146), the second sliding rail (146) is equipped with the third sliding block (147) coordinated with it, third sliding block (147) and the second sliding rail (146)
It is slidably matched, is connect with the second nut (143) bottom centre at the top of third sliding block (147).
7. a kind of steel building according to claim 6 welds girder monitoring device, which is characterized in that further include having photograph
Bright lamp (15), riser (115) leading flank top are equipped with headlamp (15).
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| CN201810364333.0A CN108613633B (en) | 2018-04-23 | 2018-04-23 | Steel construction building welding girder monitoring devices |
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| CN201810364333.0A CN108613633B (en) | 2018-04-23 | 2018-04-23 | Steel construction building welding girder monitoring devices |
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| CN108613633B CN108613633B (en) | 2020-04-10 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113834414A (en) * | 2021-11-29 | 2021-12-24 | 烟台华虹建筑科技有限公司 | Steel construction building welding girder monitoring devices |
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| CN108613633B (en) | 2020-04-10 |
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Inventor after: Feng Yanbin Inventor after: Zhu Quncheng Inventor after: Liu Junyu Inventor after: Hu Shuqi Inventor before: Zhu Quncheng Inventor before: Liu Junyu Inventor before: Hu Shuqi |
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Effective date of registration: 20200319 Address after: 471000 steel structure factory building to the west of the high speed lead to the east of Shuikou village, Mangshan Town, old urban area, Luoyang City, Henan Province Applicant after: Luoyang xinshengxin Construction Technology Co., Ltd Address before: Nanning City, the Guangxi Zhuang Autonomous Region Qingxiu District Shuangyong road 530021 No. 22 Applicant before: Zhu Quncheng |
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