CN205918087U - Prevent shaking moving platform with adjustable - Google Patents
Prevent shaking moving platform with adjustable Download PDFInfo
- Publication number
- CN205918087U CN205918087U CN201620748849.1U CN201620748849U CN205918087U CN 205918087 U CN205918087 U CN 205918087U CN 201620748849 U CN201620748849 U CN 201620748849U CN 205918087 U CN205918087 U CN 205918087U
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- wire rope
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Abstract
The utility model discloses a prevent shaking moving platform with adjustable relates to building construction equipment technical field. Be used for big space building roof's construction equipment to have the problem that flexibility, security and economic nature can not be compromise to current. It locates the top firmware on the building structure beam including the cover, steel construction moving platform and be fixed in the braced frame of its bottom, braced frame middle part is equipped with hole for hoist and apron, vertical wire rope group, set up respectively in steel construction moving platform both ends and middle part prevent shake wire rope group no. 1 with prevent shaking wire rope group no. 2, the one end rigid coupling of vertical wire rope group is on braced frame, and its other end is connected on building structure beam, prevent shaking wire rope group no. 1 including two slants being located steel construction moving platform both sides and the wire rope of cross arrangement, prevent shaking the both ends of wire rope group and connect steel construction moving platform and building structure beam respectively, preventing shaking the bottom of wire rope group no. 2 and connecting in the four corners of hole for hoist, its top is fixed on the top firmware of hole for hoist top.
Description
Technical field
This utility model is related to construction implement technical field, particularly to a kind of adjustable anti-shake mobile platform.
Background technology
With the continuous improvement of domestic construction technology and national material and cultural needs, domestic to show room, cinema and report
The construction demand accusing the volumed space buildings such as conference hall is more and more stronger.Normal throw and occupation of land due to above-mentioned volumed space building
Area is all larger, therefore, all kinds of electromechanical pipeline in volumed space building top, decorative panel, the installation exercise difficulty of light fixture etc. is also corresponding
Increase.
At present, the construction operation at volumed space building top is generally carried out in ladder truck, cat ladder or scaffold, but these set
The drawbacks of standby generally existing working place is narrow and small.For example, when in-car of ascending a height is constructed, operation platform is arranged on hydraulic machinery
On arm, ladder truck has that transmission is highly big, operation platform safety and stability and the features such as flexible adjustment, but there is also using dimension simultaneously
Shield costly, delivered payload capability difference and the defect such as power consumption is big；Traditional cat ladder or scaffold are generally built on ground, once being carried
The collision of the fork truck of material, the serious consequence such as often cause operation platform to cave in, and cat ladder or scaffold are special at some
Occasion (such as stair, especially big choose sky) is limited by place again and cannot realize landing building, and application limitation is larger, and,
The inner space of ultra-large type building, scaffold is built highly excessive, easily causes platform and rock when workmen walks about, famine
It is seen then that being constructed using cat ladder or scaffold, though the drawbacks described above of ladder truck can be overcome, there is occupation of land face in safety
Long-pending big, consumable quantity is big, cannot move, altitude mixture control inconvenience and the shortcomings of impact ground construction.
In sum, for the construction equipment generally existing motility at volumed space building top, safety and economy not
How the present situation that can take into account, design a kind of economical and practical and mobile platform of safety and stability and its operation of specification be very urgent.
Content of the invention
For existing construction equipment generally existing motility for volumed space building top, safety and economy not
The problem that can take into account.The purpose of this utility model is to provide a kind of adjustable anti-shake mobile platform, by vertical steel wire rope group and
Anti-shake steel wire rope group hangs on steel construction mobile platform in existing building structural beams, and by being arranged at the anti-of two ends and middle part
Shaking steel wire rope group and realizing the mesh of anti-shake has, and has that floor space is little, flexible adjustment convenience, Non-energy-consumption consumption, solid and reliable and not
The advantages of impact ground construction.
This utility model solves the adjustable anti-shake mobile platform that its technical problem is adopted, and hangs on architecture beam
Lower section, including some top firmwares being sheathed on described architecture beam；One horizontally disposed steel construction mobile platform；It is fixed on
The support frame of described steel construction mobile platform bottom, the middle part of described support frame is provided with hole for hoist, is covered in described lifting
Two cover plates on hole are hinged with described support frame；Several vertical steel wire rope groups, are respectively arranged at described steel construction and move
Two anti-shake steel wire rope groups one at platform two ends, and it is arranged at the anti-shake steel wire rope group two in the middle part of described steel construction mobile platform；
Described vertical steel wire rope group includes being located at two pairs of steel wire ropes of described steel construction mobile platform both sides, described vertical steel wire rope respectively
One end of group is fixed in described support frame, and the other end of described vertical steel wire rope group passes through described in described top firmware is connected to
On architecture beam；Described anti-shake steel wire rope group one include being located at respectively two of described steel construction mobile platform both sides oblique and
Steel wire rope arranged in a crossed manner, the bottom of described anti-shake steel wire rope group one is connected on described steel construction mobile platform, described
The top of anti-shake steel wire rope group one is then connected on described architecture beam；Four steel wire ropes of described anti-shake steel wire rope group two
Bottom is connected to the corner of described hole for hoist, and the top of described anti-shake steel wire rope group two is then held within above described hole for hoist
Top firmware on.
Preferably, the bottom of described steel construction mobile platform is also associated with least two elevator machine frames, and hoist engine is respectively
It is installed on described elevator machine frame.
Preferably, the bottom of described adjustable anti-shake mobile platform is additionally provided with some equally distributed hooks.
Preferably, described support frame is formed by some reinforcing frame bolt connections be arrangeding in parallel, on described hole for hoist
Cover plate is connected by metal rotating shaft with the edge of adjacent described reinforcing frame, is fastened by bolt lock between two neighboring described cover plate
Fixed.
Preferably, every steel wire rope of described vertical steel wire rope group and described anti-shake steel wire rope group two is provided with least one
Flower basket bolt.
Preferably, described top firmware includes a pair of opposing and is sheathed on the fastening of the u shape on described architecture beam
Main body, and some fixing bolts for connecting fastening main body described in a pair；Suspension ring one are passed through even in the top of described steel wire rope
It is connected on described fixing bolt and passes through clamp, the bottom of described steel wire rope is fixed on suspension ring two, under described suspension ring two
The externally threaded screw rod that is provided with portion is then disposed through the reinforcing channel-section steel of described support frame bottom and is fastened by bolt sleeve；Described
Reinforce channel-section steel to be connect and formed by some transverse channel steels being crisscross arranged and longitudinal channel-section steel arc welding.
Preferably, being smaller than equal to 1.5m between the firmware of two neighboring described top.
Effect of the present utility model is: adjustable anti-shake mobile platform of the present utility model, if using support frame and
Dry vertical steel wire rope group hangs on steel construction mobile platform on existing architecture beam, due to this steel construction mobile platform
Bottom be provided with support frame so that this steel construction mobile platform is more firm, and improve its bearing capacity；And, adjustable
Formula anti-shake mobile platform hangs on existing architecture beam, does not interfere with the construction operation on ground, improves the whole of construction
Body progress；The middle part of support frame is also provided with being easy to transporting the hole for hoist of material on steel construction mobile platform and can cover
Cover plate thereon, particular, it is important that it also the two ends of steel construction mobile platform length bearing of trend be respectively provided with to
Few two anti-shake steel wire rope groups one, this anti-shake steel wire rope group one is made up of two steel wire ropes oblique and arranged in a crossed manner, by anti-
Shake steel wire rope group one and connect steel construction mobile platform and architecture beam further, it can be avoided that during construction operation, steel construction moves
Different degrees of the rocking that moving platform causes because workmen walks about, thus ensured construction safety；Meanwhile, it is connected to lifting
The other end of the anti-shake steel wire rope group two of hole corner then fixedly secures on the architecture beam above hole for hoist, therefore, anti-shake
The setting of steel wire rope group two ensure that hole for hoist, when conveying material, will not occur acutely to rock and affect construction safety；Comprehensive
On, adjustable anti-shake mobile platform of the present utility model have floor space little, both horizontally and vertically flexible adjustment, be suitable for model
Enclose wide, solid and reliable and the advantages of do not affect ground construction, be particularly well-suited in the construction operation at volumed space building top.
Brief description
Fig. 1 is the structural representation of a kind of adjustable anti-shake mobile platform of this utility model one embodiment；
Fig. 2 is the upward view of support frame in steel construction mobile platform；
Fig. 3 is the side view of Fig. 1；
Fig. 4 is the connection diagram of vertical steel wire rope group and architecture beam；
Fig. 5 is vertical steel wire rope group and the connection diagram reinforcing channel-section steel；
Fig. 6 is the partial structural diagram of protective fence on steel construction mobile platform.
Specific embodiment
Below in conjunction with the drawings and specific embodiments to the utility model proposes a kind of adjustable anti-shake mobile platform make into
One step describes in detail.According to following explanation and claims, advantages and features of the present utility model will become apparent from.Should be noted
It is that accompanying drawing, all in the form of very simplification and all using non-accurately ratio, only in order to convenience, lucidly aids in illustrating this reality
Purpose with new embodiment.For sake of convenience, described below " on ", D score consistent with accompanying drawing upper and lower direction, but
This can not become the restriction of technical solutions of the utility model.
In conjunction with Fig. 1 to Fig. 6, a kind of adjustable anti-shake mobile platform 10 of the present utility model is described, it hangs on building structure
The lower section of beam 1, it includes some top firmwares 3 being sheathed on architecture beam 1；One horizontally disposed steel construction mobile platform 2；
It is fixed on the support frame 14 of steel construction mobile platform 2 bottom；The middle part of support frame 14 is provided with hole for hoist 8, is covered in lifting
Two cover plates 9 on hole 8 are hinged with support frame 14；Several vertical steel wire rope groups 4, are respectively arranged at steel construction mobile platform
Two anti-shake steel wire rope groups 1 at 2 two ends, and it is arranged at the anti-shake steel wire rope group 27 at steel construction mobile platform 2 middle part；Above-mentioned
Vertical steel wire rope group 4 includes being located at two pairs of steel wire ropes of steel construction mobile platform 2 both sides, one end of vertical steel wire rope group 4 respectively
It is fixed in support frame 14, the other end of vertical steel wire rope group 4 passes through top firmware 3 and is connected on architecture beam 1；As Fig. 1
With shown in Fig. 3, above-mentioned anti-shake steel wire rope group 1 includes two oblique and intersections being located at steel construction mobile platform 2 both sides respectively
The steel wire rope of setting, the bottom of anti-shake steel wire rope group 1 is connected on steel construction mobile platform 2, i.e. two anti-shake steel wires
The bottom of rope group 1 is bundled in the corner of steel construction mobile platform 2 pedestal respectively, and the top of anti-shake steel wire rope group 1 then connects
It is connected on architecture beam 1；The bottom of four steel wire ropes of above-mentioned anti-shake steel wire rope group 27 is connected to the corner of hole for hoist 8, prevents
The top shaking steel wire rope group 27 is then held within the top firmware 3 of hole for hoist 8 top.In the present embodiment, steel construction is mobile flat
Platform 2 a size of 7m (length) × 4m (wide) × 1.2m (high), bearable load is 5000n/m2；And, above-mentioned support frame 14
The length and width setting up is not less than the length and width of steel construction mobile platform 2, on the one hand ensure that steel construction is mobile flat
The structural stability of platform 2, is on the other hand easy to bind steel wire rope.Need in addition illustrate, adjustable anti-shake of the present utility model
Before use, whether the bearing capacity that unit in charge of construction should check architecture beam 1 can meet adjustable anti-shake shifting to mobile platform 10
The use requirement of moving platform 10, after obtaining the license that original design unit checks and approves with construction unit, carries out one to architecture beam 1
Can use after fixed reinforcing.
Adjustable anti-shake mobile platform 10 of the present utility model, using support frame 14 and several vertical steel wire rope groups 4
Steel construction mobile platform 2 is hung on existing architecture beam 1, the bottom due to this steel construction mobile platform 2 is provided with
Support frame 14 is so that this steel construction mobile platform 2 is more firm, and improves its bearing capacity；And, adjustable anti-shake moves
Platform 10 hangs on existing architecture beam 1, does not interfere with the construction operation on ground, improves the overall progress of construction；
The middle part of support frame 14 is also provided with being easy to transporting the hole for hoist 8 of material on steel construction mobile platform 2 and can be covered in
Cover plate 9 thereon, particular, it is important that it also the two ends of steel construction mobile platform 2 length bearing of trend be respectively provided with to
Few two anti-shake steel wire rope groups 1, this anti-shake steel wire rope group 1 is made up of two steel wire ropes oblique and arranged in a crossed manner, passes through
Anti-shake steel wire rope group 1 connects steel construction mobile platform 2 and architecture beam 1 further, it can be avoided that during construction operation, steel is tied
Different degrees of the rocking that structure mobile platform 2 causes because workmen walks about, thus ensured construction safety；Meanwhile, connect
The other end in 8 four jiaos of anti-shake steel wire rope group 27 of hole for hoist then fixedly secures on the architecture beam 1 above hole for hoist 8,
Therefore, the setting of anti-shake steel wire rope group 27 ensure that hole for hoist 8, when conveying material, will not occur acutely to rock and affect
Construction safety；To sum up, adjustable anti-shake mobile platform 10 of the present utility model has that floor space is little, both horizontally and vertically adjusts
The advantages of section is flexible, applied widely, solid and reliable and does not affect ground construction, is particularly well-suited to applying of volumed space building top
In work industry.
As shown in figures 1 and 3, the bottom of steel construction mobile platform 2 is also associated with the elevator machine frame 12 of two u shapes, and two
Platform small winch (one is standby using one) is respectively arranged on elevator machine frame 12, and carries out power supply using motor.When
When needing lifting construction material, cover plate 9 can be opened, expose hole for hoist 8, construction material be bound on a steel cord, starts elevator
Lifting implemented by machine, after construction material is hung on steel construction mobile platform 2, need to close and locked cover plate 9, hoist engine once hangs
The weight of dress must not exceed 300kg, and during lifting operation, workmen must buckle safety rope in Construction of Steel Structure platform 2 four
On the protective fence 2a in week.
Above-mentioned adjustable anti-shake mobile platform 10 before use, each maintenance and maintenance after it is necessary to be no less than by carrying
The aerial loading of 20t is tested, and stabilization time must not be less than 4h, installs bearing test additional for ease of adjustable anti-shake mobile platform 10
Load, the bottom of the adjustable anti-shake mobile platform 10 of the present embodiment is additionally provided with 20 equally distributed hooks 11.
As shown in Fig. 2 support frame 14 is formed by some reinforcing frame bolt connections be arrangeding in parallel, the lid on hole for hoist 8
Plate 9 is connected by metal rotating shaft with the edge of adjacent reinforcing frame, is locked by bolt between two cover plates 9.The present embodiment
The size of cover plate 9 is 1.5m (wide) × 4m (length).
Please continue to refer to Fig. 1 and Fig. 3, in order to adjust the height of steel construction mobile platform 2, above-mentioned vertical steel wire rope group 4 He
Every steel wire rope of anti-shake steel wire rope group 27 is provided with least one flower basket bolt 5, and flower basket bolt 5 is carried out by adjusting screw
Flexible, the elastic of steel wire rope can be adjusted.In the present embodiment, every steel wire rope arranges 1～3 flower basket bolt 5, this gaily decorated basket spiral shell
The rated load of bolt 5 is not less than 3 × 104N, contract by distance is not less than 300mm, and so each steel construction mobile platform 2 can basis
Site specific realizes the fine setting in the range of 0.9m on vertical height direction, thus, said structure is more beneficial for large space and builds
Build all electromechanical pipelines in top, the expansion of decorative engineering, lamp installation and building structure repairing work.The present embodiment adjustable
Anti-shake mobile platform 10, due to first passing through Mechanics Calculation in advance, employs steel wire rope and the flower basket bolt 5 of certain fixing model, advises simultaneously
Model its installation operation code and service manual etc. are so that this adjustable anti-shake mobile platform 10 has than general plain type platform
Higher security performance.
As shown in figure 4, top firmware 3 includes a pair of opposing and is sheathed on the fastening master of the u shape on architecture beam 1
Body, and some fixing bolts for connecting a pair of fastening main body, and above-mentioned fixing bolt is distributed in architecture beam 1
Upper and lower both sides, the top of steel wire rope is connected on fixing bolt by suspension ring one 4a and passes through clamp；As shown in figure 5, steel
The bottom of cord is fixed on suspension ring two 4b, and the externally threaded screw rod that is provided with of suspension ring two 4b bottom is then disposed through support frame
The reinforcing channel-section steel 15 of 14 bottoms is simultaneously fastened by bolt sleeve.The top of steel wire rope is fixed on architecture beam 1 by suspension ring one 4a,
The bottom of steel wire rope is passed through suspension ring two 4b and is reinforced channel-section steel 15 bolt connection, and above-mentioned attachment structure not only dismounts is easy to steel construction shifting
The dismounting of moving platform 2, and be easy to need position is adjusted flexibly according to construction, improve efficiency of construction.Above-mentioned reinforcing channel-section steel 15
Connect and formed by some transverse channel steels being crisscross arranged and longitudinal channel-section steel arc welding, Type of Welding is arc welding, weld seam must weld reality
And spot welding can not be adopted, to ensure both firm and reliable connection.The transverse channel steels of the present embodiment and longitudinal preferred height of channel-section steel
100mm, lower limb width 48mm, the channel-section steel of waist thickness 5.3mm.
Preferably, two neighboring top firmware 3 between be smaller than equal to 1.5m, equal to ensure architecture beam 1 stress
Even, the steel construction mobile platform 2 being suspended over is more solid and reliable.
Above-mentioned steel wire rope is made using the zinc-coated wire of 301#, 304# or 316# or high-carbon steel wire, steel construction mobile platform 2
All scribble antirust paint with support frame 14.Wherein, the steel wire rope specification of vertical steel wire rope group 4 is 1 × 19 type or 7 × 19 types, directly
Footpath is 6.0mm, and the rupture pull force of every steel wire rope is more than or equal to 3 × 104n；Anti-shake steel wire rope group 1 and anti-shake steel wire rope group two
7 steel wire rope is same size, but with diameter greater than equal to 8.0mm, the rupture pull force of every steel wire rope is more than or equal to 4 × 104N,
Total Breaking load of steel wire rope is more than 30t (3 × 105n).
Refer to Fig. 1 and Fig. 6, steel construction mobile platform 2 is by metal framework, the iron wire grid that is fixed in metal framework and
It is vertically arranged to protective fence 2a composition, protective fence 2a and the metal framework bolt connection on metal framework, prevent for adjacent two sections
Bolt connection between guard fence 2a, and metal framework and support frame 14 bolt connection.In order to increase steel construction mobile platform 2
Antiseptic and rustproof function, above-mentioned metal framework and iron wire grid all scribble antirust paint.
The installation method of adjustable anti-shake mobile platform is described with reference to Fig. 1 to Fig. 6, specifically comprises the following steps that
First, pass through ladder truck (not shown) some tops firmware 3 is sheathed on architecture beam 1, and by fixing spiral shell
Bolt fastens, and steel construction mobile platform 2 and support frame 14 are lifted on below architecture beam 1 by vertical steel wire rope group 4, specifically
For, the top of vertical steel wire rope group 4 is connected on the firmware 3 of top by suspension ring one 4a, and the bottom of vertical steel wire rope group 4 is passed through to hang
Ring two 4b is connected on the reinforcing channel-section steel 15 of support frame 14 bottom, and is fixed by clamp；
2nd, the two ends in steel construction mobile platform 2 length bearing of trend are respectively provided with two anti-shake steel wire rope groups 1, make
The bottom obtaining two anti-shake steel wire rope groups 1 is connected to the corner of steel construction mobile platform 2 pedestal, anti-shake steel wire rope group one
6 top is connected on architecture beam 1, and, in the corner of installing hole 8, anti-shake steel wire rope group 27, anti-shake steel wire rope are installed
Organize 27 other end to be then held within the top firmware 3 of installing hole 8 top；After installing, check whether bolt all connects
Connect, whether steel wire rope has abrasion, knotting or distortion, fixture block-regulations whether correct (i.e. whether steel wire rope keeps straight) etc..
To sum up, by some vertical steel wire rope groups 4, the steel construction connecting as one mobile platform 2 and support frame 14 are hanged
Hang on architecture beam 1, the two ends then at steel construction mobile platform 2 length bearing of trend are respectively provided with two anti-shake steel wire ropes
Organize 1 so that the bottom of two anti-shake steel wire rope groups 1 is connected to the corner of steel construction mobile platform 2 pedestal, anti-shake steel
The top of cord group 1 is connected on architecture beam 1, thus when avoiding construction operation, steel construction mobile platform 2 is because of constructor
Different degrees of the rocking that member walks about and causes, has ensured construction safety；And, the corner of installing hole 8 connects anti-shake steel wire rope
Organize 27, and the top of anti-shake steel wire rope group 27 is held within the top firmware 3 of installing hole 8 top, anti-shake steel wire rope group 27
Setting ensure that hole for hoist 8 convey material when, will not occur acutely to rock and affect construction safety；Compare ladder truck liquid
The using method of operation platform on press mechanical pressing arm, it is high that this installation method can make steel construction mobile platform 2 reach identical construction
Degree, and bearing capacity and construction space are bigger, and when using, any energy consumption will not occur, the development more meeting green construction becomes
Gesture, has the advantages of installation operation is convenient, and Non-energy-consumption consumes.
Also include after above-mentioned steps two, load test is carried out to adjustable anti-shake mobile platform 10, move in steel construction
20 hooks 11 are installed in platform 2 bottom, and link up with and 11 be uniformly distributed, each hook 11 passes through steel wire rope and hung liftoff 1m and
Weight is no less than the weight of 1t, and after 4h, the switching performance of such as adjustable anti-shake mobile platform 10 is not affected by affecting, then can recognize
Pass through load test for this adjustable anti-shake mobile platform 10, can input for safety use.
When adjustable anti-shake mobile platform 10 needs mobile, operating procedure is as follows:
Step 1: before mobile adjustable anti-shake mobile platform 10, remove all weights withdraw workmen thereon,
Tighten the flower basket bolt 5 in vertical steel wire rope group 4 in the middle of adjustable anti-shake mobile platform 10, keep middle vertical steel wire rope group 4
4 suspension centre stress, the vertical steel wire rope group 4 of loose ends and anti-shake steel wire rope group 1, now, two ends vertical steel wire rope group 4
In loose condition (of surface), middle vertical steel wire rope group 4 and anti-shake steel wire rope group 27 are in tensioned state, first by the vertical steel wire at two ends
Rope group 4 is fixed on the next moving step pitch point of architecture beam 1；
Step 2: unscrew the flower basket bolt 5 in middle vertical steel wire rope group 4 and anti-shake steel wire rope group 27 simultaneously, steel is tied
Structure mobile platform 2 is transferred, and makes two ends vertical steel wire rope group 4 be in gradually tensioned state, middle vertical steel wire rope group 4 and anti-shake steel
Cord group 27 is in loose condition (of surface), and now, steel construction mobile platform 2 also can slowly move extremely next moving step pitch point, so
Afterwards, unclamp the vertical steel wire rope group 4 of centre, and be fixed on the next moving step pitch point of architecture beam 1；
Step 3: repeat the above steps 1 to 2, until by mobile for adjustable anti-shake mobile platform 10 to target area.
The each moving step pitch of above-mentioned adjustable anti-shake mobile platform 10 be 1～2m, in principle with small step multiple based on, move
When moving adjustable anti-shake mobile platform 10, forbid below construction area setting warning line, and adjustable anti-shake mobile platform 10
Personnel walk about.In addition, when lifting adjustable anti-shake mobile platform 10, such as there is side bar, side column, fence or curtain wall using region
Structure, and said structure can meet more than 30t additional load, should manage the support of adjustable anti-shake mobile platform 10 bottom
Framework 14 is erected on said structure, strains vertical steel wire rope group 4 simultaneously and plays the effect consolidating further.
When the highly desirable regulation of adjustable anti-shake mobile platform 10, unload all heavy on steel construction mobile platform 2
Thing, first adjusts both sides anti-shake steel wire rope group 1, then adjusts the gaily decorated basket in middle vertical steel wire rope group 4 and anti-shake steel wire rope group 27
Bolt 5, finally, adjusts the flower basket bolt 5 in two ends vertical steel wire rope group 1 so that steel construction mobile platform 2 is adjusting height
During, remain balance and stability, be conducive to construction safety.
Foregoing description is only the description to this utility model preferred embodiment, not any limit to this utility model scope
Fixed, any change that the those of ordinary skill in this utility model field does according to the disclosure above content, modification, belonging to right will
Seek scope.
Claims (7)
1. a kind of adjustable anti-shake mobile platform, hangs on the lower section of architecture beam it is characterised in that including:
Some top firmwares being sheathed on described architecture beam；
One horizontally disposed steel construction mobile platform；
It is fixed on the support frame of described steel construction mobile platform bottom, the middle part of described support frame is provided with hole for hoist, cover
Two cover plates on described hole for hoist are hinged with described support frame；
Several vertical steel wire rope groups, are respectively arranged at two anti-shake steel wire rope groups one at described steel construction mobile platform two ends,
And it is arranged at the anti-shake steel wire rope group two in the middle part of described steel construction mobile platform；
Described vertical steel wire rope group includes being located at two pairs of steel wire ropes of described steel construction mobile platform both sides, described vertical steel respectively
One end of cord group is fixed in described support frame, and the other end of described vertical steel wire rope group is connected to by described top firmware
On described architecture beam；Described anti-shake steel wire rope group one includes oblique positioned at two of described steel construction mobile platform both sides respectively
To and steel wire rope arranged in a crossed manner, the bottom of described anti-shake steel wire rope group one is connected on described steel construction mobile platform,
The top of described anti-shake steel wire rope group one is then connected on described architecture beam；Four steel wires of described anti-shake steel wire rope group two
The bottom of rope is connected to the corner of described hole for hoist, and the top of described anti-shake steel wire rope group two is then held within described hole for hoist
On the top firmware of top.
2. adjustable anti-shake mobile platform according to claim 1 it is characterised in that: the bottom of described steel construction mobile platform
Portion is also associated with least two elevator machine frames, and hoist engine is respectively arranged on described elevator machine frame.
3. adjustable anti-shake mobile platform according to claim 1 and 2 it is characterised in that: described adjustable anti-shake moves
The bottom of platform is additionally provided with some equally distributed hooks.
4. adjustable anti-shake mobile platform according to claim 1 and 2 it is characterised in that: described support frame is by some
The reinforcing frame bolt connection be arrangeding in parallel forms, and the cover plate on described hole for hoist passes through metal with the edge of adjacent described reinforcing frame
Rotating shaft connects, and is locked by bolt between two neighboring described cover plate.
5. adjustable anti-shake mobile platform according to claim 1 and 2 it is characterised in that: described vertical steel wire rope group and
Every steel wire rope of described anti-shake steel wire rope group two is provided with least one flower basket bolt.
6. adjustable anti-shake mobile platform according to claim 1 and 2 it is characterised in that: described top firmware include a pair
Be oppositely arranged and be sheathed on the fastening main body of the u shape on described architecture beam, and some for connect a pair described in fasten
The fixing bolt of main body；The top of described steel wire rope is connected on described fixing bolt by suspension ring one and passes through clamp,
The bottom of described steel wire rope is fixed on suspension ring two, and the externally threaded screw rod that is provided with of described suspension ring two bottom is then disposed through institute
State the reinforcing channel-section steel of support frame bottom and fastened by bolt sleeve；Described reinforcing channel-section steel by some transverse channel steels being crisscross arranged and
Longitudinal channel-section steel arc welding connects and forms.
7. adjustable anti-shake mobile platform according to claim 1 and 2 it is characterised in that: two neighboring described top firmware
Between be smaller than equal to 1.5m.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620748849.1U CN205918087U (en) | 2016-07-15 | 2016-07-15 | Prevent shaking moving platform with adjustable |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620748849.1U CN205918087U (en) | 2016-07-15 | 2016-07-15 | Prevent shaking moving platform with adjustable |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205918087U true CN205918087U (en) | 2017-02-01 |
Family
ID=57872313
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620748849.1U Withdrawn - After Issue CN205918087U (en) | 2016-07-15 | 2016-07-15 | Prevent shaking moving platform with adjustable |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205918087U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106049848A (en) * | 2016-07-15 | 2016-10-26 | 上海市安装工程集团有限公司 | Adjustable anti-shaking moving platform and mounting method |
-
2016
- 2016-07-15 CN CN201620748849.1U patent/CN205918087U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106049848A (en) * | 2016-07-15 | 2016-10-26 | 上海市安装工程集团有限公司 | Adjustable anti-shaking moving platform and mounting method |
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