CN108915239A - A kind of scaffold lifting bearing equipment for construction - Google Patents
A kind of scaffold lifting bearing equipment for construction Download PDFInfo
- Publication number
- CN108915239A CN108915239A CN201810831404.3A CN201810831404A CN108915239A CN 108915239 A CN108915239 A CN 108915239A CN 201810831404 A CN201810831404 A CN 201810831404A CN 108915239 A CN108915239 A CN 108915239A
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- welded
- support
- sides
- scaffold
- regulation
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G5/00—Component parts or accessories for scaffolds
- E04G5/007—Devices and methods for erecting scaffolds, e.g. automatic scaffold erectors
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04G—SCAFFOLDING; FORMS; SHUTTERING; BUILDING IMPLEMENTS OR AIDS, OR THEIR USE; HANDLING BUILDING MATERIALS ON THE SITE; REPAIRING, BREAKING-UP OR OTHER WORK ON EXISTING BUILDINGS
- E04G3/00—Scaffolds essentially supported by building constructions, e.g. adjustable in height
- E04G3/18—Scaffolds essentially supported by building constructions, e.g. adjustable in height supported by cantilevers or other provisions mounted in openings in the building, e.g. window openings
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Conveying And Assembling Of Building Elements In Situ (AREA)
Abstract
The present invention relates to building correlative technology fields, and it discloses a kind of for lifting bearing equipment to the scaffold of construction, regulate and control support device including carrying, the two sides that carrying regulation support device is located at top, which are welded with, hingedly hangs a bracket, hingedly hang the bottom that detent support base is hinged at the top of a bracket, detent support base is connected to the outside that protective stent is determined in side, determine mutually to weld between protective stent by controlling type load carrier in side, fixed detent supporting mechanism is welded in the middle part of carrying regulation support means bottom portion, limit-type socket is welded in the middle part of fixed detent supporting mechanism bottom, the bottom of limit-type socket is welded with bottom clamping load carrier.The invention, need to scaffold to be mounted and bottom clamping load carrier carry out lifting and be connected together, scaffold can be lifted by built-in structure, can be improved the lifting effect to scaffold, while can also played limit and handle the precision guaranteed when assembling to scaffold.
Description
Technical field
It is specially a kind of for lifting load-bearing to the scaffold of construction the present invention relates to building correlative technology field
Equipment.
Background technique
Construction refers to the production activity of engineering construction implementation phase, is the building course of all kinds of buildings, can also be with
It says it is various lines on design drawing, in specified place, becomes process in kind.
Due to task weight when construction, and it is comparatively laborious, therefore will use many tools when being constructed,
Just include wherein scaffold, scaffold cradle belongs to one kind of scaffold, can allow construction personnel when carrying out external construction more
Add safety, since the entirety of scaffold cradle is larger, when installing to scaffold cradle, need to pay attention to detail peace
Dress, the case where not so will appear security risk when carrying out external construction, needed when to the installation of scaffold cradle mechanical energy into
Row stablizes processing, but existing when installing to scaffold cradle, it is impossible to ensure that the firm effect of scaffold cradle, because
This will affect the precision of equipment when being assembled, and then the case where will cause security risk, it is therefore desirable to invent a kind of
For being solved the problems, such as to the scaffold lifting bearing equipment of construction.
Summary of the invention
(1) the technical issues of solving
In view of the deficiencies of the prior art, the present invention provides a kind of for setting to the scaffold lifting load-bearing of construction
It is standby, have when being installed to scaffold cradle, be able to carry out positioning and lifting processing, can not only guarantee to suspension foot hand
Precision when frame is installed, while can also prevent to shake, influence construction personnel to the assembly effect of scaffold cradle, in turn
It can be improved the quality and efficiency to scaffold cradle installation, prevent that subsequent to occur the case where security risk etc. when in use excellent
Point solves and stablize when installing scaffold cradle mechanical energy processing, but it is existing to scaffold cradle into
When row installation, it is impossible to ensure that the firm effect of scaffold cradle, therefore the precision of equipment will affect when being assembled, in turn
The problem of will cause security risk situation.
(2) technical solution
Have for realization is above-mentioned when being installed to scaffold cradle, is able to carry out positioning and lifting processing, it can not only
Enough precision guaranteed when being installed to scaffold cradle, while can also prevent to shake, construction personnel is influenced to suspension foot hand
The assembly effect of frame, and then can be improved quality and efficiency to scaffold cradle installation, it prevents from subsequent pacifying when in use
The case where full hidden danger purpose, the present invention provides the following technical solutions：A kind of scaffold lifting load-bearing for construction
Equipment, including carrying regulation support device, the two sides that the carrying regulation support device is located at top, which are welded with, hingedly hangs position
Bracket, and two are hingedly hung the bottom that two detent support bases are respectively hinged at the top of a bracket, two detent support bases point
It is not connected to the outside that protective stent is determined in two sides, two sides determine mutually to weld between protective stent by controlling type load carrier,
The inner cavity that controlling type load carrier is located at bottom is plugged with regulation connection inserting column, and the one end for regulating and controlling connection inserting column bottom is plugged on
The inside for regulating and controlling sleeve, the bottom for regulating and controlling sleeve is welded with fixed installation support, and the bottom of bottom erection support and carrying are adjusted
Middle part at the top of control support device is mutually welded, and is welded with fixed detent supporting mechanism in the middle part of carrying regulation support means bottom portion,
Limit-type socket is welded in the middle part of fixed detent supporting mechanism bottom, and the bottom of limit-type socket is welded with bottom clamping and holds
Mounted mechanism.
Preferably, the outer surface two sides of the regulation sleeve are welded with side position detent seat, two sides position detent seat it is interior
Middle side part is welded with two sides fixed support structure, and the top of two two sides fixed support structures carries machine with controlling type respectively
The two sides of structure bottom are mutually welded, and the bottom of two two sides fixed support structures is welded with the anti-side position bracket of arc, and two arcs
The bottom of the anti-side position bracket of shape is respectively welded at the two sides of carrying regulation support device middle top.
Preferably, the regulation sleeve, which is located in the middle part of top, is welded with triangulation location inserted block, the bottom of triangulation location inserted block
Portion is welded with resistance to compression support, and the inner cavity of resistance to compression support is plugged with stress lead agency, and resistance to compression support be located at two sides inner cavity it is equal
It is plugged with stress and squeezes and change support, stress is squeezed and is mutually sequentially connected between the inside for changing support by stress stretching bracket.
Preferably, the inner cavity that the controlling type load carrier is located at two sides is plugged with limit bolt, and two limits are inserted
The position of pin is corresponding with the position that protective stent is determined in two sides respectively, and controlling type load carrier, which is located in the middle part of front surface, to be opened up
There is limit catching groove, controlling type support device, which is located on the inside of top, is connected with connection supporting mechanism, the top of connected support structure
It is welded with connection support column, one end at the top of support column is connected and is welded with positioning branch, the two sides that positioning branch is located at bottom are equal
It is welded with the bracket that is located by connecting, and the bottom of two brackets that are located by connecting mutually is welded with the two sides at the top of controlling type load carrier respectively
It connects.
Preferably, the inner wall that the controlling type load carrier is located at top and bottom is welded with inner wall protection mechanism, and two
It is mutually welded between a inner wall protection mechanism by spiral-lock support, the outer surface that spiral-lock support is located at middle part offers spiral-lock slot,
The two sides of spiral-lock slot outer surface are welded with regulation limit base, and the two sides of spiral-lock support inner cavity, which are run through, is connected with pressure relief support machine
Structure offers decompression limit empty slot on the inside of pressure relief support mechanism.
Preferably, the middle part that the spiral-lock support is located at inner cavity limits connection pillar through limit connection pillar is connected with
It is set with limit elastic support positioned at the outer surface at middle part, limit connection pillar both ends extend through pressure relief support mechanism two sides
Middle part and structures are replied with two ellipticities, two ellipticities reply the two sides side of structure respectively and in controlling type bogey
The two sides of wall are mutually welded, and the junction of limit connection pillar and pressure relief support mechanism is set with quadrangle protection cage plate, limit connection
The outer surface that pillar is located on the outside of pressure relief support mechanism is set with anti-side position cage plate, and the outer surface two sides of anti-side position cage plate are welded
It is connected to Fang Cewei mechanism, one end of Fang Cewei mechanism is welded on the outer surface of pressure relief support mechanism.
Preferably, the fixed detent supporting mechanism, which is located in the middle part of front surface, is plugged with positioning pillars, positioning pillars
Outer surface is set with circular orientation seat, and there are two drive bracket, and two drive bracket positions for the outer surface suit of positioning pillars
It is respectively welded at two in one end of bottom and hangs and connect the side of fixed frame and mutually weld, two are hung to connect and are respectively welded at the top of fixed frame
In the two sides of carrying regulation support means bottom portion, hangs to connect fixed frame and be located at the side of bottom and be welded with drive support construction, two
Support construction is driven to be plugged on the inside of two detent bearing seats respectively, and two detent bearing seats are respectively welded at limit-type insert
The two sides of seat.
Preferably, the carrying regulation support device, which is located in the middle part of front surface, offers controlling type sliding slot, and controlling type
The inner cavity that sliding slot is located at two sides slidably connects controlling type slide, and the bottom of two controlling type slides is welded with controlling type branch
Frame, and the bottom of two controlling type brackets is respectively hinged at the outer surface of two drive brackets.
Preferably, the two sides that the bottom clamping load carrier is located at inner wall are welded with positioning support plate, two positioning
It is mutually welded between support plate by lifting Button Block, lifts and be connected with positioning supporting frame in the middle part of Button Block inner cavity, positioning supporting frame
Run through in the middle part of inner cavity and be connected with clamping device, the junction of clamping device and positioning supporting frame offers lifting catching groove, clamping dress
The two sides set offer holding tank, and bottom is welded with demarcation plate in the middle part of clamping load carrier inner cavity.
(3) beneficial effect
Compared with prior art, the present invention provides a kind of for lifting bearing equipment to the scaffold of construction,
Has following beneficial effect：
1, this is used to lift bearing equipment to the scaffold of construction, and scaffold to be mounted and bottom will be needed to be clamped
Load carrier carries out lifting and is connected together, and can be lifted, can not only be improved pair to scaffold by built-in structure
The lifting effect of scaffold, while can also play limit and handle the precision guaranteed when assembling to scaffold, it adjusts simultaneously
Control formula load carrier and regulation sleeve are applied in combination, can according to the active force being subject to, change carrying regulation support device by
The active force arrived can not only guarantee whole stationarity, while also can be improved the precision when being assembled, and then guarantee
The security performance of scaffold when in use.
2, this is used to lift bearing equipment to the scaffold of construction, protects branch surely by hingedly hanging a bracket and side
Frame is applied in combination, can reinforce carrying regulation support device and controlling type load carrier between secured effect, while by
When to the active force assembled to scaffold, firm effect can not only be improved, at the same can also according to the active force being subject to,
The dynamic effect in side is generated, and then the anti-side position bracket of arc can be reinforced the secured effect of carrying regulation support device by active force,
When in use more safety and conveniently.
3, this is used to lift bearing equipment to the scaffold of construction, by positioning support plate, positioning supporting frame and
Lifting Button Block can play the role of support and secured clamping device, and then clamping device is according to the scaffold size control of assembly
The size of holding tank can be improved the stabilization and lifting effect equipped to scaffold, while lifting catching groove can be with foot hand
Frame is snapped together, and the secured effect between regulation support device is further strengthened and carry, and reinforces assembling scaffold
Precision, improve security performance.
4, this is used to lift bearing equipment to the scaffold of construction, by positioning pillars, drive bracket, hangs to connect and consolidate
Determine frame and drives being applied in combination for support construction, can be when bottom clamping load carrier carry out lifting assembling to scaffold, energy
The enough gravity for improving carrying, while user can also be allowed to regulate and control to drive the position of bracket according to the size requirement of scaffold, into
And the active force that bottom clamping load carrier is born can be changed, it can not only be more stable and secured when being assembled, together
When can also further strengthen and carry regulation support device between secured effect.
5, this is used to lift bearing equipment to the scaffold of construction, anti-by two sides fixed support structure and arc
Side position bracket is applied in combination, and can be improved holding between carrying regulation support device, controlling type load carrier and regulation sleeve
Be loaded solid solidity, can not only stabilization when being assembled to scaffold, improve the precision of assembly, while can also be according to receiving
Active force, carry out the pressure born with control section, and then mitigate the pressure being integrally subject to, prevent the precision for influencing assembly.
6, this is used to lift bearing equipment to the scaffold of construction, carrying can be allowed to adjust by connecting supporting mechanism
The entirety of control support device is convenient to be lifted together with external machinery, can not only be more convenient when in use, simultaneously
Also it can be improved whole portable effect, and then can be regulated and controled according to the demand of user when being assembled to scaffold
Position and distance, it is more convenient when in use.
7, this is used to lift bearing equipment to the scaffold of construction, can be connected regulation by triangulation location inserted block
It patches and carries out plug-in between column and controlling type load carrier and regulation sleeve, secured effect can not only be improved, simultaneously
Change support is squeezed by the stress built in regulation sleeve and stress stretches being applied in combination for bracket, can reduce in regulation sleeve
It sets the active force being subject to and then improves whole stablizing effect, while resistance to compression support and stress lead agency also can reduce regulation
Pressure built in sleeve, and then balance when can guarantee to assemble scaffold and steady, improve the precision of assembly.
8, this is used to lift bearing equipment to the scaffold of construction, passes through controlling type load carrier embedding structure
It is applied in combination, whole secured effect can not only be improved, while also can reply structure according to the active force of receiving, ellipticity
It can reduce the pressure that protective stent receiving is determined in side, further strengthen the secured and stability of carrying regulation support device, in turn
Guarantee the stablizing effect assembled to scaffold.
9, this is used to lift bearing equipment to the scaffold of construction, passes through pressure relief support mechanism and limit connection branch
Column is applied in combination, and can not only reduce the pressure built in controlling type load carrier, at the same also can make-up plug the company in slot
It connects supporting mechanism and carries out limit effect, guarantee that connection supporting mechanism and external mechanical are lifted secured effect together, into
And can carry out using when it is more convenient and safe.
Detailed description of the invention
Fig. 1 is structural schematic diagram proposed by the present invention；
Fig. 2 is that the present invention proposes partial enlargement structural representation at the A of Fig. 1；
Fig. 3 is that regulation sleeve proposed by the present invention faces cross section structure schematic diagram；
Fig. 4 is that controlling type load carrier proposed by the present invention looks up cross section structure schematic diagram；
Fig. 5 is that the present invention proposes partial enlargement structural representation at the B of Fig. 4；
Fig. 6 is that bottom proposed by the present invention clamping load carrier looks up cross section structure schematic diagram.
In figure：1 carrying regulation support device, 11 hingedly hang a bracket, protective stent, 14 are determined in 12 detent support bases, 13 sides
Controlling type load carrier, 141 limit bolts, 142 limit catching grooves, 143 connection supporting mechanisms, 1431 connection support columns, 1432 are determined
Position branch, 1433 be located by connecting bracket, 144 inner wall protection mechanisms, 1441 spiral-lock supports, 1442 spiral-lock slots, 1443 regulation limit
Position seat, 145 pressure relief support mechanisms, 1451 decompression limit empty slots, 1,452 4 jiaos of protection cage plates, 146 limit connection pillars, 1461 limits
Position elastic support, 1462 anti-side position cage plates, 1463 Fang Cewei mechanisms, 1464 ellipticities reply structure, 15 regulation connection inserting columns, 16
Regulate and control sleeve, the anti-side position bracket of 161 two sides fixed support structures, 162 arcs, 163 sides position detent seat, 164 triangulation location inserted blocks,
165 stress, which squeeze, changes support, 166 stress stretching bracket, 167 resistance to compression supports, 168 stress lead agencies, 17 fixed installation branch
Seat, 18 controlling type sliding slots, 181 controlling type slides, 182 controlling type brackets, 19 fixed detent supporting mechanisms, 191 circular orientation seats,
192 positioning pillars, 193 drive brackets, 194, which are hung, to be connect fixed frame, 195 drives support constructions, 196 detent bearing seats, 197 limit-type
Socket, 198 bottoms clamping load carrier, 1981 positioning support plates, 1982 positioning supporting frames, 1983 lifting Button Blocks, 1984 separate
Plate, 1985 lifting catching grooves, 1986 clamping devices, 1987 holding tanks.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other
Embodiment shall fall within the protection scope of the present invention.
Fig. 1-6 is please referred to, it is a kind of for lifting bearing equipment, including carrying regulation support to the scaffold of construction
Device 1, carrying regulation support device 1, which is located in the middle part of front surface, offers controlling type sliding slot 18, and controlling type sliding slot 18 is located at
The inner cavity of two sides slidably connects controlling type slide 181, and the bottom of two controlling type slides 181 is welded with controlling type bracket
182, and the bottom of two controlling type brackets 182 is respectively hinged at the outer surface of two drive brackets 193, carrying regulation support dress
It sets the two sides that 1 is located at top and is welded with and hingedly hang a bracket 11, and two tops for hingedly hanging a bracket 11 are respectively hinged at
The bottom of two detent support bases 12, two detent support bases 12 are respectively engaged with the outside that protective stent 13 is determined in two sides, and two
A side determines to weld between protective stent 13 by 14 phase of controlling type load carrier, and controlling type load carrier 14 is located at the inner cavity of two sides
It is plugged with limit bolt 141, and the position of two limit bolts 141 is opposite with the position that protective stent 13 is determined in two sides respectively
It answers, controlling type load carrier 14, which is located in the middle part of front surface, offers limit catching groove 142, and controlling type support device 14 is located at top
Inside be connected with connection supporting mechanism 143, the top of connected support structure 143 be welded with connection support column 1431, connection branch
The one end at 1431 top of dagger is welded with positioning branch 1432, and the two sides that positioning branch 1432 is located at bottom are welded with positioning and connect
Bracket 1433 is connect, and two sides of the bottom of two brackets 1433 that are located by connecting respectively with 14 top of controlling type load carrier are mutually welded
It connects, the inner wall that controlling type load carrier 14 is located at top and bottom is welded with inner wall protection mechanism 144, two inner wall protection machines
It is welded between structure 144 by 1441 phase of spiral-lock support, the middle part that spiral-lock support 1441 is located at inner cavity is connected through limit is connected with
Pillar 146, the outer surface that limit connection pillar 146 is located at middle part are set with limit elastic support 1461, limit connection pillar 16
Both ends extend through the middle part of 145 two sides of pressure relief support mechanism and reply structure 1464, two ellipticities with two ellipticities
It replys two sides of the two sides side of structure 1464 respectively with 14 inner wall of controlling type bogey mutually to weld, limits connection pillar 16 and subtract
The junction of pressure supporting mechanism 145 is set with quadrangle protection cage plate 1452, and limit connection pillar 16 is located at pressure relief support mechanism 145
The outer surface in outside is set with anti-side position cage plate 1462, and the outer surface two sides of anti-side position cage plate 1462 are welded with anti-side position machine
Structure 1463, one end of Fang Cewei mechanism 1463 are welded on the outer surface of pressure relief support mechanism 145, and spiral-lock support 1441 is located at middle part
Outer surface offer spiral-lock slot 1442, the two sides of 1442 outer surface of spiral-lock slot are welded with regulation limit base 1443, button
Through pressure relief support mechanism 145 is connected with, the inside of pressure relief support mechanism 145 offers decompression for the two sides of dress 1441 inner cavity of support
Empty slot 1451 is limited, the inner cavity that controlling type load carrier 14 is located at bottom is plugged with regulation connection inserting column 15, and regulates and controls connection and insert
One end of 15 bottom of column is plugged on the inside of regulation sleeve 16, and the outer surface two sides of regulation sleeve 16 are welded with side position detent seat
163, the middle inside of two sides position detent seat 163 is welded with two sides fixed support structure 161, and the fixed support in two two sides
Two sides of the top of structure 161 respectively with 14 bottom of controlling type load carrier are mutually welded, two two sides fixed support structures 161
Bottom is welded with the anti-side position bracket 162 of arc, and the bottom of the anti-side position bracket 162 of two arcs is respectively welded at carrying regulation
The two sides of 1 middle top of support device, regulation sleeve 16, which is located in the middle part of top, is welded with triangulation location inserted block 164, and triangle is fixed
The bottom of position inserted block 164 is welded with resistance to compression support 167, and the inner cavity of resistance to compression support 167 is plugged with stress lead agency 168, and anti-
The inner cavity that pressure support 167 is located at two sides, which is plugged with stress and squeezes, changes support 165, and stress squeezes the inside for changing support 165
Between the transmission connection of 166 phase of bracket stretched by stress, the bottom of regulation sleeve 16, which is welded with, is fixedly mounted support 17, and bottom
The bottom of erection support 17 and the middle part at 1 top of carrying regulation support device are mutually welded, in carrying regulation 1 bottom of support device
Portion is welded with fixed detent supporting mechanism 19, and fixed detent supporting mechanism 19, which is located in the middle part of front surface, is plugged with positioning pillars
192, the outer surface of positioning pillars 192 is set with circular orientation seat 191, and there are two bands for the outer surface suit of positioning pillars 192
Dynamic bracket 193, and two drive brackets 193 one end for being located at bottom is respectively welded at two and hangs the side phase for connecing fixed frame 194
Welding, two hang connect fixed frame 194 top be respectively welded at carrying regulation 1 bottom of support device two sides, hang and connect fixed frame
194 sides for being located at bottom, which are welded with, drives support construction 195, and two drive support constructions 195 are plugged on two detents respectively
The inside of bearing seat 196, and two detent bearing seats 196 are respectively welded at the two sides of limit-type socket 197, fixed detent support
Limit-type socket 197 is welded in the middle part of 19 bottom of mechanism, and the bottom of limit-type socket 197 is welded with bottom clamping carrying machine
Structure 198, the two sides that bottom clamping load carrier 198 is located at inner wall are welded with positioning support plate 1981, two positioning support plates
By lifting 1983 phase of Button Block welding between 1981, lifts and be connected with positioning supporting frame 1982 in the middle part of 1983 inner cavity of Button Block, it is fixed
Run through in the middle part of the inner cavity of position support frame 1982 and is connected with clamping device 1986, the company of clamping device 1986 and positioning supporting frame 1982
The place of connecing offers lifting catching groove 1985, and the two sides of clamping device 1986 offer holding tank 1987, and bottom is clamped load carrier
Demarcation plate 1984 is welded in the middle part of 198 inner cavities.
When in use, connection supporting mechanism 143 can allow the entirety of carrying regulation support device 1 convenient and external machinery
Lifted together, then need to scaffold to be mounted and bottom clamping load carrier 198 carry out lifting and be connected together,
Scaffold can be lifted by built-in structure, the lifting effect to scaffold can not only be improved, while also can
It plays limit and handles the precision guaranteed when assembling to scaffold, while controlling type load carrier 14 and regulation sleeve 16
It is applied in combination, can change the active force that carrying regulation support device 1 is subject to according to the active force being subject to, can not only guarantee
Whole stationarity, while also can be improved the precision when being assembled, and then guarantee the safety of scaffold when in use
Can, being applied in combination for protective stent 12 is determined by hingedly hanging a bracket 11 and side, can be reinforced carrying regulation support device 1 and be adjusted
Secured effect between control formula load carrier 14, while when by the active force assembled to scaffold, it can not only mention
The firm effect of height, while the dynamic effect in side can also be generated according to the active force being subject to, so the anti-side position bracket 162 of arc by
The secured effect that can reinforce carrying regulation support device 1 to active force can be inserted regulation connection by triangulation location inserted block 164
It carries out plug-in between column 15 and controlling type load carrier 14 and regulation sleeve 16, secured effect can not only be improved, together
When squeezed by the stress built in regulation sleeve 16 and change support 165 and stress and stretch being applied in combination for bracket 166, can reduce
The whole stablizing effect of the active force and then raising being subject to built in regulation sleeve 16, while resistance to compression support 167 and forced belt motivation
Structure 168 also can reduce the pressure built in regulation sleeve 16, be detained by positioning support plate 1981, positioning supporting frame 1982 and lifting
Seat 1983 can play the role of support and secured clamping device 1986, and then clamping device 1986 is big according to the scaffold of assembly
The size of small regulation holding tank 1987, can be improved the stabilization and lifting effect equipped to scaffold, while lifting catching groove
1985 can be snapped together with scaffold, further strengthen and carry the secured effect between regulation support device 1.
In conclusion this is used to lift bearing equipment to the scaffold of construction, will need scaffold to be mounted with
Bottom clamping load carrier 198 carries out lifting and is connected together, and can be lifted to scaffold by built-in structure, not only
It can be improved the lifting effect to scaffold, while can also play limit and handle the essence guaranteed when assembling to scaffold
Degree, while controlling type load carrier 14 and regulation sleeve 16 are applied in combination, and can change carrying and adjust according to the active force being subject to
The active force that control support device 1 is subject to, can not only guarantee whole stationarity, while also can be improved when being assembled
Precision, and then guarantee the security performance of scaffold when in use, the group of protective stent 12 is determined by hingedly hanging a bracket 11 and side
It closes and uses, the secured effect between carrying regulation support device 1 and controlling type load carrier 14 can be reinforced, while by right
When the active force that scaffold is assembled, firm effect can not only be improved, while can also generate according to the active force being subject to
The dynamic effect in side, and then the anti-side position bracket 162 of arc can be reinforced the secured effect of carrying regulation support device 1 by active force,
When in use more safety and conveniently, by positioning support plate 1981, positioning supporting frame 1982 and lifting Button Block 1983 can rise
To the effect of support and secured clamping device 1986, then clamping device 1986 is according to the scaffold size control holding tank of assembly
1987 size can be improved the stabilization and lifting effect equipped to scaffold, while lifting catching groove 1985 can be with foot
Hand cradle is snapped together, and the secured effect between regulation support device 1 is further strengthened and carry, and reinforces filling scaffold
The precision matched improves security performance, solves and carries out stablizing processing when installing scaffold cradle mechanical energy, but existing
Have when being installed to scaffold cradle, it is impossible to ensure that the firm effect of scaffold cradle, therefore the meeting when being assembled
The problem of influencing the precision of equipment, and then will cause security risk situation.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality
Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation
In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to
Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those
Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment
Intrinsic element.
It although an embodiment of the present invention has been shown and described, for the ordinary skill in the art, can be with
A variety of variations, modification, replacement can be carried out to these embodiments without departing from the principles and spirit of the present invention by understanding
And modification, the scope of the present invention is defined by the appended.
Claims (9)
1. a kind of for lifting bearing equipment, including carrying regulation support device (1), feature to the scaffold of construction
It is：The two sides that carrying regulation support device (1) is located at top, which are welded with, hingedly hangs a bracket (11), and two hinged
The bottom that two detent support bases (12) are respectively hinged at the top of a bracket (11) is hung, two detent support bases (12) are blocked respectively
It connects and determines the outside of protective stent (13) two sides, two sides are determined between protective stent (13) through controlling type load carrier (14)
It mutually welds, the inner cavity that controlling type load carrier (14) is located at bottom is plugged with regulation connection inserting column (15), and regulates and controls connection inserting column
(15) one end of bottom is plugged on the inside of regulation sleeve (16), and the bottom of regulation sleeve (16) is welded with fixed installation support
(17), and the bottom of bottom erection support (17) is mutually welded with the middle part at the top of carrying regulation support device (1), carrying regulation branch
Fixed detent supporting mechanism (19), the middle part of fixed detent supporting mechanism (19) bottom are welded in the middle part of support arrangement (1) bottom
It is welded with limit-type socket (197), and the bottom of limit-type socket (197) is welded with bottom clamping load carrier (198).
2. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The outer surface two sides of regulation sleeve (16) are welded with side position detent seat (163), the inside of two side position detent seats (163)
Middle part is welded with two sides fixed support structure (161), and the top of two two sides fixed support structures (161) respectively with regulation
The two sides of formula load carrier (14) bottom are mutually welded, and it is anti-that the bottom of two two sides fixed support structures (161) is welded with arc
Side position bracket (162), and the bottom of the anti-side position bracket (162) of two arcs is respectively welded at carrying regulation support device (1) top
Two sides in the middle part of portion.
3. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The regulation sleeve (16), which is located in the middle part of top, is welded with triangulation location inserted block (164), the bottom of triangulation location inserted block (164)
It is welded with resistance to compression support (167), the inner cavity of resistance to compression support (167) is plugged with stress lead agency (168), and resistance to compression support
(167) inner cavity positioned at two sides, which is plugged with stress and squeezes, changes support (165), and stress squeezes the inside for changing support (165)
Between by stress stretch bracket (166) be mutually sequentially connected.
4. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The inner cavity that the controlling type load carrier (14) is located at two sides is plugged with limit bolt (141), and two limit bolts (141)
Position it is corresponding with the position that protective stent (13) is determined in two sides respectively, controlling type load carrier (14) is located in front surface
Portion offers limit catching groove (142), and controlling type support device (14), which is located on the inside of top, is connected with connection supporting mechanism
(143), it is welded with connection support column (1431) at the top of connected support structure (143), connects one at the top of support column (1431)
End is welded with positioning branch (1432), and the two sides that positioning branch (1432) is located at bottom are welded with the bracket that is located by connecting
(1433), and the bottom of two brackets that are located by connecting (1433) is mutually welded with the two sides at the top of controlling type load carrier (14) respectively
It connects.
5. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The inner wall that the controlling type load carrier (14) is located at top and bottom is welded with inner wall protection mechanism (144), two inner walls
It is mutually welded between protection mechanism (144) by spiral-lock support (1441), the outer surface that spiral-lock support (1441) is located at middle part opens up
Have spiral-lock slot (1442), the two sides of spiral-lock slot (1442) outer surface are welded with regulation limit base (1443), spiral-lock support
(1441) through being connected with pressure relief support mechanism (145), pressure relief support mechanism offers decompression on the inside of (145) for the two sides of inner cavity
It limits empty slot (1451).
6. according to claim 5 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The spiral-lock support (1441) is located at the middle part of inner cavity through limit connection pillar (146) is connected with, and limits connection pillar (146)
It is set with limit elastic support (1461) positioned at the outer surface at middle part, limit connection pillar (16) both ends extend through pressure relief support
The middle part of mechanism (145) two sides and structure (1464) are replied with two ellipticities, two ellipticities reply structure (1464)
Two sides of the two sides side respectively with controlling type bogey (14) inner wall are mutually welded, limit connection pillar (16) and pressure relief support mechanism
(145) junction is set with quadrangle protection cage plate (1452), and limit connection pillar (16) is located at pressure relief support mechanism (145) outside
The outer surface of side is set with anti-side position cage plate (1462), and the outer surface two sides of anti-side position cage plate (1462) are welded with anti-side position
One end of mechanism (1463), Fang Cewei mechanism (1463) is welded on the outer surface of pressure relief support mechanism (145).
7. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The fixed detent supporting mechanism (19), which is located in the middle part of front surface, is plugged with positioning pillars (192), outside positioning pillars (192)
Surface is set with circular orientation seat (191), and drives bracket (193) there are two the outer surface suits of positioning pillars (192), and two
A one end for driving bracket (193) to be located at bottom, which is respectively welded at two, hangs and connects the side of fixed frame (194) and mutually weld, and two are hung
The two sides for being respectively welded at carrying regulation support device (1) bottom at the top of fixed frame (194) are connect, hangs and connects fixed frame (194) position
It is welded in the side of bottom and drives support construction (195), two drive support constructions (195) are plugged on two detents respectively and hold
The inside of seat (196) is carried, and two detent bearing seats (196) are respectively welded at the two sides of limit-type socket (197).
8. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
Carrying regulation support device (1), which is located in the middle part of front surface, offers controlling type sliding slot (18), and controlling type sliding slot (18)
It is slidably connected controlling type slide (181) positioned at the inner cavity of two sides, the bottom of two controlling type slides (181) is welded with tune
Control formula bracket (182), and the bottom of two controlling type brackets (182) is respectively hinged at the outer surface of two drive brackets (193).
9. according to claim 1 a kind of for lifting bearing equipment to the scaffold of construction, it is characterised in that：
The two sides that bottom clamping load carrier (198) is located at inner wall are welded with positioning support plate (1981), two positioning supports
It is mutually welded between plate (1981) by lifting Button Block (1983), lifts and be connected with positioning supporting frame in the middle part of Button Block (1983) inner cavity
(1982), through being connected with clamping device (1986) in the middle part of the inner cavity of positioning supporting frame (1982), clamping device (1986) and fixed
The junction of position support frame (1982) offers lifting catching groove (1985), and the two sides of clamping device (1986) offer holding tank
(1987), demarcation plate (1984) are welded in the middle part of bottom clamping load carrier (198) inner cavity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810831404.3A CN108915239A (en) | 2018-07-26 | 2018-07-26 | A kind of scaffold lifting bearing equipment for construction |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810831404.3A CN108915239A (en) | 2018-07-26 | 2018-07-26 | A kind of scaffold lifting bearing equipment for construction |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108915239A true CN108915239A (en) | 2018-11-30 |
Family
ID=64416086
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810831404.3A Pending CN108915239A (en) | 2018-07-26 | 2018-07-26 | A kind of scaffold lifting bearing equipment for construction |
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| Country | Link |
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| CN (1) | CN108915239A (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN117720006A (en) * | 2023-12-26 | 2024-03-19 | 山东泓城建筑工程有限公司 | Hoisting equipment and method for installation and construction of building steel structure |
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| US20100127522A1 (en) * | 2008-11-26 | 2010-05-27 | Martin Probst | Gripping assembly, especially scissor-type clamp, including control mechanism |
| CN104340817A (en) * | 2014-10-21 | 2015-02-11 | 宁夏通宇电梯制造发展有限公司 | Elevator shock absorption device and shock absorption method thereof |
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| CN117720006A (en) * | 2023-12-26 | 2024-03-19 | 山东泓城建筑工程有限公司 | Hoisting equipment and method for installation and construction of building steel structure |
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Application publication date: 20181130 |
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