CN205820744U - The vertical conveying arrangement of steel plate - Google Patents
The vertical conveying arrangement of steel plate Download PDFInfo
- Publication number
- CN205820744U CN205820744U CN201620748050.2U CN201620748050U CN205820744U CN 205820744 U CN205820744 U CN 205820744U CN 201620748050 U CN201620748050 U CN 201620748050U CN 205820744 U CN205820744 U CN 205820744U
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- steel plate
- plate
- spring
- rotating shaft
- conveying arrangement
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Abstract
This utility model belongs to mechanical field, especially relates to a kind of vertical conveying arrangement of steel plate.The vertical conveying arrangement of steel plate, including pedestal, stopping means, boom hoisting and running gear；Described running gear is arranged on base bottom, for ensureing the motion of whole device；Described boom hoisting and stopping means are all positioned on pedestal, and described boom hoisting is used to unload steel plate from the vertical conveying arrangement of steel plate.Steel plate of the present utility model vertical conveying arrangement simple in construction, stable, can effectively solve in working space constrained environment, efficiency of construction in Vertical Steel Plate transhipment and safety difficulties, reach the quick load of Vertical Steel Plate transhipment, quickly fixing, fast discharging and the requirement of movement flexibly, labor intensity can be greatly reduced, improve efficiency of construction, guarantee construction safety.
Description
Technical field
This utility model belongs to mechanical field, especially relates to a kind of vertical conveying arrangement of steel plate.
Background technology
In existing construction technology, in operating condition restricted clearance, as in the tank body of xoncrete structure, carry out steel storage tank
Construction, need to be lifted substantial amounts of prefabricated steel by specific reserving hole, be transported in the tank body of xoncrete structure, and with vertical
Formula mode is closely arranged in inner structural wall.Steel plate transport in operating condition restricted clearance, transhipment, conventional construction method is to adopt
With manpower by place for horizontal for steel plate transport.The method, efficiency of construction is low, potential safety hazard is big, is susceptible to security incident.
In view of this, special proposition this utility model.
Utility model content
This utility model provides a kind of vertical conveying arrangement of steel plate, can effectively solve under the confined condition of working place, transport
The difficult problem that efficiency is low, potential safety hazard is big, significantly reduces labor intensity, improves conevying efficiency, it is ensured that construction safety.
For solving above-mentioned technical problem, the present invention uses the basic conception of technical scheme to be:
The vertical conveying arrangement of steel plate, including pedestal (1), stopping means (2), boom hoisting (3) and running gear (4)；
Described pedestal (1) is for bearing the weight of transported steel plate and other devices；Described boom hoisting (3) and spacing dress
Putting (2) to be all positioned on pedestal (1), described boom hoisting (3) is for unloading steel plate, and stopping means (2) is in vertical mode
The fixing steel plate needing carrying；
Described running gear (4) is positioned on pedestal (1) bottom, for ensureing the motion of whole device；
Described boom hoisting (3) and stopping means (2) are all positioned on pedestal, and described boom hoisting (3) is used to steel plate
Lay down from stopping means (2).
Further, described pedestal (1) includes angle iron frame (1-1), plate platform (1-2) and ballast box (1-3), described
Angle iron frame (1-1) is welded on the bottom of platform steel plate (1-2), and described ballast box (1-3) is located on platform steel plate (1-2).
Further, described stopping means (2) includes at least two heel posts (2-1), V-arrangement slot (2-2), locking mechanism
(2-3) with guide post (2-4), described heel post (2-1) is perpendicularly fixed at plate platform (1-2) upper surface both sides, described edge-on
Post (2-1) and plate platform (1-2) junction have gusset (3-7) to add to be solidly connected, and described locking mechanism (2-3) is fixed on heel post
Upper end, described V-arrangement slot (2-2) is fixed in plate platform (1-2), and has spacing between heel post (2-1), and described V-arrangement is inserted
Groove (2-2) while being the diagonal brace angle steel of heel post (2-1), described angle steel constitute transported steel plate decline process guide post
(2-4), steel plate is guided to rapidly enter V-arrangement slot (2-2).
Preferably, described locking mechanism (2-3) include sleeve pipe (2-3-1), lock screw (2-3-2), base plate (2-3-3),
Connecting plate (2-3-4), bearing plate (2-3-5), the first rotating shaft (2-3-6), rotary fixture (2-3-7), block (2-3-8),
Two rotating shafts (2-3-9), unblock spanner (2-3-10), the 3rd rotating shaft (2-3-11), the first spring (2-3-12), the first spring stop
(2-3-13), the second spring (2-3-14), the second spring stop (2-3-15) and return backing pin (2-3-16)；
Described lock screw (2-3-2) is fixedly connected on sleeve pipe (2-3-1), and described base plate (2-3-3) passes through connecting plate
(2-3-4) fixing with sleeve pipe (2-3-1) being connected, described rotary fixture (2-3-7) is fixed with the first rotating shaft (2-3-6) and is connected, institute
State the first rotating shaft (2-3-6) to be flexibly connected with bearing plate (2-3-5), described bearing plate (2-3-5) and base plate (2-3-3)
Fixing connection, described block (2-3-8) is fixing with the second rotating shaft (2-3-9) to be connected, and can rotate with the second rotating shaft (2-3-9),
Described second rotating shaft (2-3-9) is flexibly connected with bearing plate (2-3-5), and described second rotating shaft (2-3-9) one end passes bearing
Seat board (2-3-5) and with unlock that spanner (2-3-10) is fixing to be connected, described 3rd rotating shaft (2-3-11) and bearing plate (2-3-5)
Fixing connection, described 3rd rotating shaft (2-3-11) upper suit the first spring (2-3-12), for rotary fixture block (2-3-8)
Applying return pressure, described first spring stop (2-3-13) is fixing with base plate (2-3-3) to be connected, for supporting the first spring
(2-3-12), and slotting at correspondence position, be used for fixing the first spring (2-3-12) tail end, described second spring (2-3-14) is solid
The side of rotary fixture (2-3-7) between the upper two pieces of bearing plates (2-3-5) of the first rotating shaft (2-3-6), for rotation
Fixture (2-3-7) applies return pressure, and described second spring stop (2-3-15) is fixed on the second spring (2-3-14) place one
On the bearing plate (2-3-5) of side, and slot at correspondence position, be used for fixing the second spring (2-3-14), described return backing pin
(2-3-16) it is installed on rotary fixture (2-3-7), prevents rotary fixture return excessive, fix the second spring (2-3-simultaneously
14)。
Further, described boom hoisting (3) includes head tree (3-1), arm (3-2), hangs coaster (3-3), coaster
Spacing car bumper (3-4), pull chain block (3-5) and steel plate folder (3-6), described head tree (3-1) is perpendicularly fixed on pedestal
Surface middle part, described arm (3-2) is fixed on head tree (3-1) top, described spacing car bumper (3-4) and suspension coaster (3-3)
Be installed on arm (3-2), described in pull chain block (3-5) be tied hang coaster (3-3) bottom, described steel plate folder (3-
6) it is tied and is pulling on chain block (3-5) chain sling.
Further, described running gear (4) is 4 nylon universal travel wheels (4-1).
Further, the corner of described pedestal (1) side is made to chamfering, it is simple to discharging during transport curved plate.
After using technique scheme, this utility model compared with prior art has the advantages that
Steel plate of the present utility model vertical conveying arrangement simple in construction, stable, can effectively solve working space constrained environment
In, the efficiency of construction in Vertical Steel Plate transhipment and safety difficulties, reached Vertical Steel Plate transhipment quick load, quickly fixing,
The requirement of fast discharging and flexibly movement, can be greatly reduced labor intensity, improve efficiency of construction, guarantee construction safety.
Accompanying drawing explanation
Fig. 1 is steel plate vertical conveying arrangement component diagram
Fig. 2 is steel plate vertical conveying arrangement schematic diagram；
Fig. 3 is locking mechanism structural representation；
Fig. 4 is locking device released state schematic diagram；
Fig. 5 is locking device blocking schematic diagram；
Fig. 6 is steel plate vertical conveying arrangement loading condition schematic diagram；
Fig. 7 is for rolling steel plate loading condition schematic diagram on the vertical conveying arrangement of steel plate in advance.
Description of reference numerals:
1. pedestal；2-3-2. lock screw；
1-1. angle iron frame；2-3-3. base plate；
1-2. plate platform；2-3-4. connecting plate；
1-3. ballast box；2-3-5. bearing plate；
2. stopping means；2-3-6. the first rotating shaft；
2-1. heel post；2-3-7. rotary fixture；
2-2.V shape slot；2-3-8. rotary fixture block；
2-3. quick-connect mechanism；2-3-9. the second rotating shaft；
2-3-1. sleeve pipe；2-3-10. unlocks spanner；
2-3-11. the 3rd rotating shaft；3-2. arm；
2-3-12. the first spring；3-3. hangs coaster；
2-3-13. the first spring stop；The spacing car stop of 3-4.；
2-3-14. the second spring；3-5. pulls chain block；
2-3-15. the second spring stop；3-6. steel plate presss from both sides；
2-3-16. return backing pin；Gusset strengthened by 3-7. column；
3. boom hoisting；4. running gear；
3-1. head tree；4-1. road wheel.
Detailed description of the invention
Below in conjunction with specific embodiments and the drawings, this utility model is further explained explanation.
The vertical conveying arrangement of steel plate, concrete structure is referred to Fig. 1 and Fig. 2, including pedestal 1, stopping means 2, plays lifting
Put 3 and running gear 4；
Described running gear 4 is positioned on bottom pedestal 1, and for ensureing the motion of whole device, described road wheel 4-1 is 4
Nylon universal wheel；
Described boom hoisting 3 and stopping means 2 are all positioned on pedestal 1, and described boom hoisting 3 is used to steel plate from spacing
Lay down on device 2.
Described pedestal 1 includes that angle iron frame 1-1, plate platform 1-2 and ballast box 1-3, described angle iron frame 1-1 are welded on
The bottom of platform steel plate 1-2, described ballast box 1-3 is located on platform steel plate 1-2.
Described stopping means 2 includes at least two heel post 2-1, V-arrangement slot 2-2, locking mechanism 2-3 and guide post 2-4,
Described heel post 2-1 is perpendicularly fixed at plate platform 1-2 upper surface both sides, described heel post 2-1 and plate platform 1-2 junction
Having gusset 3-7 to add to be solidly connected, described locking mechanism 2-3 is fixed on heel post upper end, and described V-arrangement slot 2-2 is fixed on steel plate to be put down
On platform 1-2, and having spacing between heel post 2-1, described V-arrangement slot 2-2's is the diagonal brace angle steel of heel post 2-1, described
Angle steel constitutes transported steel plate and declines the guide post 2-4 of process, guides steel plate to rapidly enter V-arrangement slot 2-2.
Described locking mechanism 2-3 includes sleeve pipe 2-3-1, lock screw 2-3-2, base plate 2-3-3, connecting plate 2-3-4, bearing
Seat board 2-3-5, the first rotating shaft 2-3-6, rotary fixture 2-3-7, block 2-3-8, the second rotating shaft 2-3-9, unlock spanner 2-3-10,
3rd rotating shaft 2-3-11, the first spring 2-3-12, the first spring stop 2-3-13, the second spring 2-3-14, the second spring stop
2-3-15 and return backing pin 2-3-16, as shown in Figure 3；
Described lock screw 2-3-2 is fixedly connected on sleeve pipe 2-3-1, described base plate 2-3-3 by connecting plate 2-3-4 with
Sleeve pipe 2-3-1 is fixing to be connected, and described rotary fixture 2-3-7 and the first rotating shaft 2-3-6 is fixing to be connected, described first rotating shaft 2-3-6
Being flexibly connected with bearing plate 2-3-5, described bearing plate 2-3-5 and base plate 2-3-3 is fixing to be connected, described block 2-3-8
Fix with the second rotating shaft 2-3-9 and be connected, and can rotate with the second rotating shaft 2-3-9, described second rotating shaft 2-3-9 and bearing plate 2-
3-5 is flexibly connected, described second rotating shaft 2-3-9 one end pass bearing plate 2-3-5 and with unlock that spanner 2-3-10 is fixing to be connected,
Described 3rd rotating shaft 2-3-11 and bearing plate 2-3-5 is fixing to be connected, and described 3rd rotating shaft 2-3-11 is set with the first spring 2-
3-12, for applying return pressure, described first spring stop 2-3-13 and base plate 2-3-3 to rotary fixture block 2-3-8
Fixing connection, for supporting the first spring 2-3-12, and slots at correspondence position, is used for fixing the first spring 2-3-12 tail end,
Described second spring 2-3-14 is fixed between the upper two pieces of bearing plate 2-3-5 of the first rotating shaft 2-3-6 the one of rotary fixture 2-3-7
Side, for applying return pressure to rotary fixture 2-3-7, described second spring stop 2-3-15 is fixed on the second spring 2-3-14
On the bearing plate 2-3-5 of side, and slotting at correspondence position, be used for fixing the second spring 2-3-14, described return keeps off
Pin 2-3-16 is installed on rotary fixture 2-3-7, prevents rotary fixture return excessive, fixes the second spring 2-3-14 simultaneously.
Described boom hoisting 3 includes head tree 3-1, arm 3-2, hangs coaster 3-3, coaster spacing car bumper 3-4, pulls chain
Bar calabash 3-5 and steel plate folder 3-6, described head tree 3-1 is perpendicularly fixed in the middle part of pedestal upper surface, and described arm 3-2 is fixed on
Head tree 3-1 top, described spacing car bumper 3-4 and hang coaster 3-3 be installed on arm 3-2, described in pull chain block 3-5
Being tied and hanging bottom coaster 3-3, described steel plate folder 3-6 is tied and is pulling on chain block 3-5 chain sling.
The corner of described pedestal 1 side is made to chamfering, it is simple to discharging during transport curved plate.
During practice of construction, first in the ballast box 1-3 of the vertical conveying arrangement of steel plate, load suitable counterweight, the steel that will need to transport
Plate is the most vertically sling with other hanging devices, leaves ground about 200mm and stops, and vertical for steel plate conveying arrangement is pushed into steel by manpower
Below plate, steel plate substantially aligning V-arrangement slot 2-2, slowly transfers steel plate, steel plate can snap in V-arrangement smoothly along lead 2-4 and insert
Groove 2-2, along with the continuation of steel plate is slowly transferred, is aided with manpower, and steel plate can be made to topple over to heel post 2-1 direction, then by lock
Determine device 2-3 to be lived by Interal fixation, steel plate vertical conveying arrangement loading condition as shown in Figure 6, steel plate be loaded after state
As shown in Figure 7.
The detailed process that Interal fixation is lived by locking device 2-3 is as follows: treat the rotation along contact locking device 2-3 on steel plate
During the slotted section of fixture 2-3-7, the oblique component of steel plate promotes rotary fixture 2-3-7 to rotate, and with rotary fixture 2-3-7 mono-
Rise mobile, until steel plate contacts with the bearing plate 2-3-5 of locking device 2-3, the now concave part on rotary fixture 2-3-7 top
Dividing and just turn to overlap with rotary fixture block 2-3-8, spring force makes rotary fixture block 2-3-8 and rotary fixture 2-3-7
Engagement, can be locked in steel plate on the vertical conveying arrangement of steel plate, and ensure not get loose during steel plate transport, locking dress
Put 2-3 blocking as shown in Figure 5.
After arriving at, unclasp and pull chain block 3-5, with pulling on chain block 3-5 suspension hook on head tree 3-1
Steel plate folder 3-6 clamp steel plate, slightly tension pull chain block 3-5, make suspension coaster 3-3 under the effect of pulling force, keep
In the surface of steel plate, pull unblock spanner 2-3-10 with hands, and simultaneously slowly tension pull chain block 3-5, steel plate by
During gradually recovering plumbness, steel plate will be rotated fixture 2-3-7 and rotate, and make steel plate gradually take off with locking device 2-3
From, rotary fixture 2-3-7 and V-arrangement bayonet socket thereof the most under spring force, rotate to return state, released state such as Fig. 4 institute
Show.
The above is only preferred implementation of the present utility model, it is noted that for the common skill of the art
For art personnel, on the premise of without departing from this utility model principle, it is also possible to make some improvements and modifications, these improve and
Retouching also should be regarded as protection domain of the present utility model.
Claims (7)
1. the vertical conveying arrangement of steel plate, it is characterised in that include pedestal (1), stopping means (2), boom hoisting (3) and walking dress
Put (4)；
Described running gear (4) is positioned on pedestal (1) bottom, for ensureing the motion of whole device；
Described boom hoisting (3) and stopping means (2) are all positioned on pedestal (1), described boom hoisting (3) be used to by steel plate from
Unload on the vertical conveying arrangement of steel plate.
2. the vertical conveying arrangement of steel plate as claimed in claim 1, it is characterised in that described pedestal (1) includes angle iron frame (1-
1), plate platform (1-2) and ballast box (1-3), described angle iron frame (1-1) is welded on the bottom of platform steel plate (1-2), described
Ballast box (1-3) is located on platform steel plate (1-2).
3. the vertical conveying arrangement of steel plate as claimed in claim 2, it is characterised in that described stopping means (2) includes two sides
Column (2-1), V-arrangement slot (2-2), locking mechanism (2-3) and guide post (2-4), described heel post (2-1) is perpendicularly fixed at steel
Plate platform (1-2) upper surface both sides, described heel post (2-1) and plate platform (1-2) junction have gusset (3-7) to add connected
Connecing, described locking mechanism (2-3) is fixed on heel post upper end, and described V-arrangement slot (2-2) is fixed in plate platform (1-2), with
Having spacing between heel post (2-1), described V-arrangement slot (2-2) is the diagonal brace angle steel of heel post (2-1), described angle steel
Constitute transported steel plate and decline the guide post (2-4) of process, guide steel plate to rapidly enter V-arrangement slot (2-2).
4. the vertical conveying arrangement of steel plate as claimed in claim 3, it is characterised in that described locking mechanism (2-3) includes sleeve pipe
(2-3-1), lock screw (2-3-2), base plate (2-3-3), connecting plate (2-3-4), bearing plate (2-3-5), the first rotating shaft (2-
3-6), rotary fixture (2-3-7), block (2-3-8), the second rotating shaft (2-3-9), unblock spanner (2-3-10), the 3rd rotating shaft (2-
3-11), the first spring (2-3-12), the first spring stop (2-3-13), the second spring (2-3-14), the second spring stop (2-
3-15) with return backing pin (2-3-16)；
Described lock screw (2-3-2) is fixedly connected on sleeve pipe (2-3-1), and described base plate (2-3-3) passes through connecting plate (2-3-
4) fixing with sleeve pipe (2-3-1) being connected, described rotary fixture (2-3-7) is fixed with the first rotating shaft (2-3-6) and is connected, and described first
Rotating shaft (2-3-6) is flexibly connected with bearing plate (2-3-5), and described bearing plate (2-3-5) is fixing with base plate (2-3-3) even
Connecing, described block (2-3-8) and the second rotating shaft (2-3-9) are fixing to be connected, and can rotate with the second rotating shaft (2-3-9), and described the
Two rotating shafts (2-3-9) are flexibly connected with bearing plate (2-3-5), and described second rotating shaft (2-3-9) one end passes bearing plate (2-
3-5) and with unblock spanner (2-3-10) fixing and be connected, described 3rd rotating shaft (2-3-11) is fixing with bearing plate (2-3-5) even
Connect, described 3rd rotating shaft (2-3-11) upper suit the first spring (2-3-12), for applying back to rotary fixture block (2-3-8)
Position pressure, described first spring stop (2-3-13) is fixing with base plate (2-3-3) to be connected, for supporting the first spring (2-3-
12), and slotting at correspondence position, be used for fixing the first spring (2-3-12) tail end, described second spring (2-3-14) is fixed on
The side of rotary fixture (2-3-7) between the upper two pieces of bearing plates (2-3-5) of first rotating shaft (2-3-6), for rotary fixture
(2-3-7) applying return pressure, described second spring stop (2-3-15) is fixed on the second spring (2-3-14) side
On bearing plate (2-3-5), and slot at correspondence position, be used for fixing the second spring (2-3-14), described return backing pin (2-3-
16) it is installed on rotary fixture (2-3-7), prevents rotary fixture return excessive, fix the second spring (2-3-14) simultaneously.
5. the vertical conveying arrangement of steel plate as claimed in claim 1, it is characterised in that described boom hoisting (3) includes head tree
(3-1), arm (3-2), hangs coaster (3-3), the spacing car bumper of coaster (3-4), pulls chain block (3-5) and steel plate and press from both sides (3-
6), described head tree (3-1) is perpendicularly fixed in the middle part of pedestal upper surface, and described arm (3-2) is fixed on head tree (3-1) top
Portion, described spacing car bumper (3-4) and hang coaster (3-3) and be installed on arm (3-2), described in pull chain block (3-5) and fasten
Hanging over suspension coaster (3-3) bottom, described steel plate folder (3-6) is tied and is pulling on chain block (3-5) chain sling.
6. the vertical conveying arrangement of steel plate as claimed in claim 1, it is characterised in that described running gear (4) is 4 and is installed on
The nylon universal travel wheel (4-1) of pedestal (1) bottom.
7. the vertical conveying arrangement of steel plate as claimed in claim 1, it is characterised in that the corner of described pedestal (1) side is made
Become chamfering, it is simple to discharging during transport curved plate.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620748050.2U CN205820744U (en) | 2016-07-15 | 2016-07-15 | The vertical conveying arrangement of steel plate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620748050.2U CN205820744U (en) | 2016-07-15 | 2016-07-15 | The vertical conveying arrangement of steel plate |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205820744U true CN205820744U (en) | 2016-12-21 |
Family
ID=57562691
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620748050.2U Expired - Fee Related CN205820744U (en) | 2016-07-15 | 2016-07-15 | The vertical conveying arrangement of steel plate |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205820744U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114856065A (en) * | 2022-06-15 | 2022-08-05 | 四川省建筑设计研究院有限公司 | Construction method of integrated assembly type composite floor slab |
-
2016
- 2016-07-15 CN CN201620748050.2U patent/CN205820744U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114856065A (en) * | 2022-06-15 | 2022-08-05 | 四川省建筑设计研究院有限公司 | Construction method of integrated assembly type composite floor slab |
| CN114856065B (en) * | 2022-06-15 | 2024-04-12 | 四川省建筑设计研究院有限公司 | Construction method of integrated assembled composite floor slab |
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|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161221 Termination date: 20210715 |
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| CF01 | Termination of patent right due to non-payment of annual fee |