CN106760570A - Glomeration builds self-tightening type block masonry wall binding apparatus - Google Patents
Glomeration builds self-tightening type block masonry wall binding apparatus Download PDFInfo
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- CN106760570A CN106760570A CN201710145073.3A CN201710145073A CN106760570A CN 106760570 A CN106760570 A CN 106760570A CN 201710145073 A CN201710145073 A CN 201710145073A CN 106760570 A CN106760570 A CN 106760570A
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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
- E04G21/00—Preparing, conveying, or working-up building materials or building elements in situ; Other devices or measures for constructional work
- E04G21/14—Conveying or assembling building elements
- E04G21/16—Tools or apparatus
- E04G21/162—Handles to carry construction blocks
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Abstract
Glomeration builds self-tightening type block masonry wall binding apparatus, and it is related to a kind of binding apparatus.The lifting work of block masonry wall piece cannot be realized using hanging method because the tension and shearing strength of block masonry wall piece are poor, the construction period and efficiency of construction of block masonry wall piece is influenceed.The present invention includes multiple bundle components, and any suspension centre of each blockwork piece is correspondingly provided with least two bundle components；Each bundle component includes sliding block, bottom supporting parts and two connecting ropes, and sliding block is connected to the top of the colligation beam being connected with blockwork piece, and bottom supporting parts are located at the bottom of blockwork piece；There are the first locating slot and the second locating slot in the two ends of block body, locating part is provided with the top of block body, the fixing end of a piece connecting rope is located on locating part, the free end of a piece connecting rope is arranged on suspension centre by the first locating slot again after sequentially passing through the first locating slot and steering spindle, similarly in another connecting rope.The present invention is in the realm of building construction.
Description
Technical field
Present invention relates particularly to a kind of glomeration building self-tightening type block masonry wall binding apparatus.
Background technology
In China's building trade evolution, the always building industry of various types of fabricated constructions is studied and promoted
The important content of change.The 80's of 20th century, prefabricated concrete structure and the masonry structure using prefabricated hollow floor be by
Widely used architecture structure form, up to more than 70%, national precast concrete annual production is up to 2500 for application popularization rate
Ten thousand m3.Due to the limitation of each side conditions such as China building trade design and construction technical merit and communications and transportation, to 20 generation
Recorded for 90 mid-nineties 90s, the prefabricated concrete structure with large panel structure as representative is gradually replaced by full cast-in-place concrete structure.
In recent years, with building industrialization and the acceleration of Process of Housing Industrialization, the development of prefabricated concrete structure is entered
A full new historical stage is entered.The fabricated construction built using prefabrication, the method for on-site consolidation is development building
Industrialization and the effective way of housing industrialization, it has, and the convenient, construction quality of construction is high, situ wet operation is few, building waste
The advantages of few with building noise, while also having prominent effects of energy saving and emission reduction.The PC knots of Beijing Vanke Enterprise Co., Ltd.
Structure, full-fabricated assembly overall concrete shear wall structure of Heilungkiang space brightness construction group etc. all achieve good economic effect
Benefit and social benefit.
The whole wall construction system of pouring of building block is different from traditional reinforced masonry, its in block type design, masoning method, match somebody with somebody
The aspects such as muscle principle, concreting and wall integrity propose more strict regulation, and more convenient, quality of constructing more may be used
Lean on, be the new structural systen for being adapted to China's national situation and social development requirement.The whole wall construction system of pouring of building block has saving engineering
The advantages such as cost, increase usable floor area, raising speed of application, have relatively broad promotion and application, with generation in Heilongjiang Province
The engineering project of table such as grand celebration Olympic international engineering project, Harbin Ke Sheng Science and Technology Buildings engineering project.
Concrete hollow block wall is built by laying bricks or stones by building block and mortar and formed, viscous by mortar between building block and building block
Knot and connect, the tension and shearing strength of wall then relatively low, the reinforced concrete structural element because of the relatively low cementitiousness of mortar
Hanging method be not suitable for concrete hollow block wall.
The content of the invention
The invention aims to solve that because the tension and shearing strength of block masonry wall piece are poor lifting cannot be utilized
Method realizes the lifting work of block masonry wall piece, influences the construction period of block masonry wall piece and the problem of efficiency of construction, enters
And a kind of glomeration building self-tightening type block masonry wall binding apparatus are provided.
The present invention is adopted the technical scheme that to solve above-mentioned technical problem：
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, and it includes multiple bundle components, each building block
Any suspension centre of wall piece is correspondingly arranged at least two bundle components；Each bundle component includes sliding block, bottom supporting parts
With two connecting ropes, sliding block is detachably connected on the top of the colligation beam being connected with blockwork piece, and bottom supporting parts are arranged on
The bottom of blockwork piece；
Sliding block includes block body and locating part, and the bottom of the block body is connected with the top side detachable of colligation beam, block body
Two ends are machined with the first locating slot and the second locating slot respectively, and the top vertical of block body sets finite place piece；
Bottom supporting parts include shrouding, two supporting plates and two steering spindles, and described two supporting plates are adjacent in blockwork piece respectively
Both sides, the shrouding is mutually adjacent to the bottom of blockwork piece, and the two ends of the shrouding are connected with two supporting plates respectively, each support
A steering spindle is provided with the outer wall of plate, steering spindle is corresponded with connecting rope and set, described in two connecting ropes
The fixing end of connecting rope is arranged on locating part, and the free end of a connecting rope sequentially passes through the first locating slot and its correspondence
Steering spindle after be arranged on suspension centre by the first locating slot again；Another fixing end of the connecting rope in two connecting ropes
It is arranged on locating part, the free end of another connecting rope is sequentially passed through after the second locating slot steering spindle corresponding with its again
It is arranged on suspension centre by the second locating slot.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that the bottom processing of block body
There is slot, the fin being engaged with slot is machined with the top of the colligation beam, the fin insertion block body of the colligation beam
In slot, it is detachably connected by spacer pin between the fin and slot.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that locating part includes horizontal steel
Muscle and vertical reinforcing bar, the vertical reinforcing bar is vertically arranged and its lower end is fixedly connected on the top of block body, horizontal reinforcement level
It is arranged on the upper end of vertical reinforcing bar, the axial length of the external diameter less than horizontal reinforcement of vertical reinforcing bar.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that the first locating slot includes the
One rope outlet groove and first enters grooving, and the first rope outlet groove and first enter grooving and be disposed in parallel on one end of block body, the second positioning
Groove enters grooving and the second rope outlet groove including second, and second enters grooving and the second rope outlet groove is disposed in parallel in the other end of block body
On；The fixing end of a piece connecting rope is arranged on locating part, and the free end of a connecting rope sequentially passes through first and enters
The corresponding steering spindle of grooving, connecting rope and the first rope outlet groove are arranged on suspension centre；Another in two connecting ropes
The fixing end of the connecting rope is arranged on locating part, the free end of another connecting rope sequentially pass through second enter grooving,
The corresponding steering spindle of another connecting rope and the second rope outlet groove are arranged on suspension centre, and two connecting ropes are arranged on same suspension centre
On.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that the first rope outlet groove of sliding block
Enter grooving with first and a connecting rope touching position is machined with circular arc chamfering；Second enter grooving and the second rope outlet groove with
Another connecting rope touching position is machined with circular arc chamfering.
The present invention for a kind of glomeration build self-tightening type block masonry wall binding apparatus, it is preferable that the thickness of shrouding be less than or
Equal to 10mm.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that bottom supporting parts also include
Two side limiting plates, side limiting plate is corresponded with steering spindle and set, and each side limiting plate is vertically arranged in its correspondence
Steering spindle outer wall on.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that any one in two supporting plates
It is detachably connected by latch between individual supporting plate and the end of shrouding.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that the first rope outlet groove and second
The lower section of rope outlet groove is each correspondingly arranged on a stop nut, and stop nut includes nut body and two clamping screws, often
Root connecting rope is located in its corresponding nut body, and two clamping screws are in same horizontal line, and each clamping screw is worn
Nut body is crossed to hold out against on the outer wall of its corresponding connecting rope.
The present invention builds self-tightening type block masonry wall binding apparatus for a kind of glomeration, it is preferable that connecting rope is steel wire rope.
Present invention beneficial effect compared with prior art：
First, pass through to be cooperated between sliding block, bottom supporting parts and two connecting ropes in bundle component in the present invention and effectively realize
To the colligation of the blockwork piece with colligation beam work, the simple structure of bundle component, it is easy to operation and low cost.
2nd, it is of the invention during blockwork piece is lifted, by the pulling force tensioning rope itself of connecting rope, it is not necessary to extra
Equipment is tensioned steel wire rope, it is ensured that colligation is tight, it is ensured that the security reliability of hoisting process.
3rd, flexibility of the invention is strong, is connected by two connecting ropes by sliding block, bottom supporting parts and suspension centre, and two
The set location of root connecting rope and the mode that wears can coordinate sliding block to realize movement of the suspension centre along blockwork piece longitudinal direction, meet building block
The need for the different lifting positions of wall piece.
4th, in the present invention bottom supporting parts it is stress quantity to the neglect of quality, structure setting is rationally and simple, shrouding, two supporting plates and two
Cooperated between individual steering spindle and effectively realize holding the effect of blockwork piece, at the same bottom supporting parts also have self-assembles and
The effect of convenient disassembly, while being arranged on bearer connection rope tension of steering spindle, also changes the Impact direction of connecting rope.
5th, the link position of sliding block and bottom supporting parts and blockwork piece can effectively realize connecting rope and build in the present invention
Four seamed edges of block wall piece are not contacted, and are prevented effectively from connecting rope and are produced damage to blockwork piece, it is ensured that blockwork piece was being lifted
Integrality in journey.
6th, the present invention is cheap for manufacturing cost and easy to assembly, is conducive to improving the efficiency of construction of block masonry wall, and shortening is applied
In the work cycle, it is adapted to promote the popularization use.
7th, sliding block is fixed on colligation beam using spacer pin, it is to avoid connecting rope movement in hoisting process, while on sliding block
Stopping means, be avoided that in hoisting process that connecting rope departs from wall.
8th, sliding block is provided with circular arc chamfering, is pressed against with the right angle on non-slipping block and hinders connecting rope.
9th, stop nut is provided with the connecting rope below sliding block, prevents connecting rope upward along sliding block using stop nut
It is mobile, it is ensured that connecting rope is hung away with colligation beam and sliding block.
Brief description of the drawings
Fig. 1 is working state schematic representation of the invention；
Fig. 2 is the dimensional structure diagram of annexation between sliding block 3 and connecting rope 5；
Fig. 3 is the dimensional structure diagram of annexation between bottom supporting parts 4 and connecting rope 5；
Fig. 4 is the main structure diagram of annexation between sliding block 3 and colligation beam 6；
Fig. 5 is that front view structure when second rope outlet groove 3-7 of the cooperation of stop nut 8 carries out positioning work to connecting rope 5 amplifies signal
Figure；
Fig. 6 is that the structure of looking up when second rope outlet groove 3-7 of the cooperation of stop nut 8 carries out positioning work to connecting rope 5 amplifies signal
Figure.
Specific embodiment
Specific embodiment one：Present embodiment is illustrated with reference to Fig. 1, Fig. 2, Fig. 3 and Fig. 4, present embodiment includes multiple
Bundle component, any suspension centre 2 of each blockwork piece 1 is correspondingly arranged at least two bundle components；Each bundle component
Including sliding block 3, bottom supporting parts 4 and two connecting ropes 5, sliding block 3 is detachably connected on the colligation beam being connected with blockwork piece 1
6 top, bottom supporting parts 4 are arranged on the bottom of blockwork piece 1；
Sliding block 3 includes that block body 3-1 and the bottom of locating part 3-2, the block body 3-1 connect with the top side detachable of colligation beam 6
Connect, the two ends of block body 3-1 are machined with the first locating slot and the second locating slot respectively, and the top vertical of block body 3-1 is provided with
Locating part 3-2；
Bottom supporting parts 4 include that shrouding 4-1, two supporting plate 4-2 and two steering spindle 4-3, described two supporting plate 4-2 are adjacent to respectively
In the both sides of blockwork piece 1, the shrouding 4-1 is mutually adjacent to the bottom of blockwork piece 1, the two ends of the shrouding 4-1 respectively with
Two supporting plate 4-2 are connected, and a steering spindle 4-3, steering spindle 4-3 and connecting rope 5 one are provided with the outer wall of each supporting plate 4-2
One is correspondingly arranged, and the fixing end of a connecting rope 5 in two connecting ropes 5 is arranged on locating part 3-2, a company
The free end of splicing 5 to sequentially pass through be arranged on by the first locating slot again after the first locating slot steering spindle 4-3 corresponding with its and hangs
On point 2；The fixing end of another connecting rope 5 in two connecting ropes 5 is arranged on locating part 3-2, another company
The free end of splicing 5 to sequentially pass through be arranged on by the second locating slot again after the second locating slot steering spindle 4-3 corresponding with its and hangs
On point 2.
Two connecting ropes 5 are on same suspension centre 2 in the present invention.Suspension centre 2 is a part for hoisting mechanism, belongs to existing machine
Structure.
Multiple location holes 11 are machined with the present invention on sliding block 3, are machined with colligation beam 6 and are set with the one-to-one corresponding of location hole 11
The hole put, the corresponding hole of each location hole 11 is connected by spacer pin, so as to realize sliding block 3 and colligation beam 6 it
Between effective connection, connecting rope 5 is moved in being prevented effectively from hoisting process.The setting of locating part 3-2 connects in being avoided that hoisting process
Splicing 5 departs from blockwork piece 1.
In the present invention when each suspension centre 2 is correspondingly arranged on two bundle components, connect on the sliding block 3 in each bundle component
There are two connecting ropes 5, every connecting rope 5 has fixing end and free end, and fixing end is fixed on the locating part 3-2 of sliding block 3, around
After crossing bottom supporting parts 4, its free end is connected on the suspension centre 2, i.e., each suspension centre 2 is fixed with four the four of connecting rope 5 certainly
By end.
The top of blockwork piece 1 is provided with the colligation beam 6 of steel in the present invention, and the cross-sectional width of colligation beam 6 is equal to blockwork
The thickness of piece 1.The internal structure of colligation beam 6 can be according to requirement of engineering sets itself, it is also possible to existing product part.Colligation beam 6 should
Slided and location condition for sliding block 3 is provided.Colligation beam 6 is made up of two channel-section steels for being arranged symmetrically in the both sides of sliding block 3, channel-section steel upper limb
Edge is provided with a number of hole, by spacer pin through the hole of channel-section steel and the location hole 11 of sliding block 3, so as to realize that sliding block 3 exists
Fixation on colligation beam 6.
Blockwork piece 1 different in the present invention has different lifting positions, to adapt to the change of hoisting point position, need to tie up
Prick and sliding block 3 is set on beam 6, sliding block 3 can be moved along colligation beam 6, when the location hole 11 of sliding block 3 is vertical with the hole of colligation beam 6
After alignment, sliding block 3 is fixed on colligation beam 6 by spacer pin, with ensure lifting during the both sides of suspension centre 2 colligation point position not
Can be mobile.Sliding block 3 is provided with the locating part 3-2 being connected with two connecting ropes 5, and first locating slot and second is determined in sliding block 3
Position groove is that two connecting ropes 5 provide passage, it is ensured that up connecting rope 5 is located at different passages from descending connecting rope 5, it is to avoid
Interfered during the uplink and downlink of connecting rope 5.
Two suspension centres 2 are provided with the present invention on each blockwork piece 1.
Specific embodiment two：With reference to Fig. 2 and Fig. 4 explanation present embodiments, the bottom of block body 3-1 in present embodiment
Slot 3-3 is machined with, the top of the colligation beam 6 is machined with the fin 7 being engaged with slot 3-3, the fin of the colligation beam 6
In the slot 3-3 of 7 insertion block body 3-1, it is detachably connected by spacer pin between the fin 7 and slot 3-3.Other are not carried
And content it is identical with specific embodiment one.
Specific embodiment three：With reference to Fig. 2 and Fig. 4 explanation present embodiments, locating part 3-2 includes water in present embodiment
Flat reinforcing bar 3-2-1 and vertical reinforcing bar 3-2-2, the vertical reinforcing bar 3-2-2 is vertically arranged and its lower end is fixedly connected on block body
The top of 3-1, horizontal reinforcement 3-2-1 is horizontally set on the upper end of vertical reinforcing bar 3-2-2, and the external diameter of vertical reinforcing bar 3-2-2 is less than
The axial length of horizontal reinforcement 3-2-1.Other NM contents are identical with specific embodiment two.
Specific embodiment four：Present embodiment is illustrated with reference to Fig. 2, the first locating slot goes out including first in present embodiment
Grooving 3-4 and first enters grooving 3-5, the first rope outlet groove 3-4 and first and enters one end that grooving 3-5 is disposed in parallel in block body 3-1
On, the second locating slot enters grooving 3-6 and the second rope outlet groove 3-7 including second, and second enters grooving 3-6 and the second rope outlet groove 3-7 simultaneously
Row are arranged on the other end of block body 3-1；The fixing end of a piece connecting rope 5 is arranged on locating part 3-2, described in one
The free end of connecting rope 5 sequentially passes through first and enters the corresponding steering spindle 4-3 of grooving 3-5, connecting rope 5 and the first rope stretching
Groove 3-4 is arranged on suspension centre 2；The fixing end of another connecting rope 5 in two connecting ropes 5 is arranged on locating part 3-2,
The free end of another connecting rope 5 sequentially passes through second and enters grooving 3-6, another corresponding steering spindle of the connecting rope 5
4-3 and the second rope outlet groove 3-7 are arranged on suspension centre 2, and two connecting ropes 5 are arranged on same suspension centre 2.Other NM contents
It is identical with specific embodiment one, two or three.
Specific embodiment five：Present embodiment, the first rope outlet groove 3-4 of sliding block 3 in present embodiment are illustrated with reference to Fig. 2
Enter grooving 3-5 with first and a touching position of the connecting rope 5 is machined with circular arc chamfering；Second enters grooving 3-6 and second
Rope outlet groove 3-7 is machined with circular arc chamfering with another touching position of the connecting rope 5.Circular arc chamfering sets in present embodiment
Put is to hinder connecting rope 5 to prevent connecting rope 5 from directly being pressed against by the right angle on sliding block 3.Other NM contents and specific reality
Apply mode four identical.
Specific embodiment six：With reference to Fig. 3 illustrate present embodiment, in present embodiment the thickness of shrouding 4-1 be less than or
Equal to 10mm.
The thickness range can effectively prevent the phenomenon that the blocked up bottoms for being crushed on blockwork piece 1 of shrouding 4-1 can not extract out
Occur.Other NM contents are identical with specific embodiment five.
Specific embodiment seven：Present embodiment is illustrated with reference to Fig. 3, bottom supporting parts 4 also include two in present embodiment
Individual side limiting plate 4-4, side limiting plate 4-4 and steering spindle 4-3 are corresponded and set, and each side limiting plate 4-4 sets vertically
Put on the outer wall of its corresponding steering spindle 4-3.
The outer wall of the corresponding steering spindle 4-3 of the plate face of each side limiting plate 4-4 is mutually adjacent in present embodiment.Side
The setting of face limiting plate 4-4 can effectively prevent connecting rope 5 from skidding off steering spindle 4-3, when connecting rope 5 is in running order, really
Protect connecting rope 5 to be slided on steering spindle 4-3 and be prevented effectively from and the phenomenon generation for departing from steering spindle 4-3 occur.Other are NM
Content is identical with specific embodiment one.
Specific embodiment eight：Present embodiment is illustrated with reference to Fig. 3, in present embodiment any one in two supporting plate 4-2
It is detachably connected by latch 10 between individual supporting plate 4-2 and the end of shrouding 4-1.
Only have in two supporting plate 4-2 on a supporting plate 4-2 in present embodiment and be provided with latch 10, with latch 10
Supporting plate 4-2 and the end of shrouding 4-1 between be detachably connected by latch 10.Supporting plate 4-2 is inverted T-shaped plate body, shrouding
4-1 ends are provided with location hole, are set for assembling shrouding 4-1, and vertical end is affixed with the side of blockwork piece 1 in supporting plate 4-2
Tightly, for tight blockwork piece 1.
A latch 10 is provided with present embodiment between a supporting plate 4-2 and shrouding 4-1, each latch 10 is arranged on
On the outer wall of its corresponding supporting plate 4-2, latch 10 is existing product, and it is used to lock supporting plate 4-2 and shrouding 4-1, realizes supporting plate
Fast and effectively be detachably connected mode between 4-2 and shrouding 4-1, when between supporting plate 4-2 and shrouding 4-1 be in locking state
When, in dropping down onto the location hole of shrouding 4-1 under the pin rod of latch 10, when disassembly status are between supporting plate 4-2 and shrouding 4-1,
The pin rod of latch 10 rises release shrouding 4-1, so as to supporting plate 4-2 and shrouding 4-1 be separated.
Bottom supporting parts 4 include shrouding 4-1 and two supporting plate 4-2 in present embodiment, and lifting terminates rear bottom supporting parts 4
Extracted out from the bottom of blockwork piece 1, steering spindle 4-3 and side limiting plate 4-4 is welded above each supporting plate 4-2.Steering spindle 4-3
It is hollow cylinder, on the one hand as the transfer of connecting rope 5, on the other hand as the stress for undertaking the pulling force of connecting rope 5
Device；Side limiting plate 4-4 then prevents connecting rope 5 from departing from steering spindle 4-3 and setting.Bottom supporting parts 4 are made by steel,
On the premise of bearing capacity is met, done as far as possible thin and done narrow.When using, first by two supporting plate 4-2 respectively from blockwork
The bottom insertion of piece 1, then shrouding 4-1 is inserted from a supporting plate 4-2, fall latch 10 and through the location hole on shrouding 4-1,
Then shrouding 4-1 is limited on supporting plate 4-2 securely.Other NM contents and specific embodiment one, two, three or seven
It is identical.
Specific embodiment nine：With reference to 2, Fig. 5 and Fig. 6 explanation present embodiments, the first rope outlet groove 3-4 in present embodiment
A stop nut 8 is each correspondingly arranged on the lower section of the second rope outlet groove 3-7, stop nut 8 includes nut body 8-1 and two
Individual clamping screw 8-2, every connecting rope 5 is located in its corresponding nut body 8-1, and two clamping screw 8-2 are in same
On horizontal line, each clamping screw 8-2 is held out against on the outer wall of its corresponding connecting rope 5 through nut body 8-1.
Present embodiment hangs blockwork piece 1 and carries out down a piece of blockwork after lifting terminates, by sliding block 3 and colligation beam 6
The lifting of piece 1, need to use stop nut 8 by connecting rope 5 in the lower section of the lower section of the first locating slot of sliding block 3 and the second locating slot
Block, prevent connecting rope 5 from departing from sliding block 3, it is ensured that connecting rope 5, sliding block 3 and colligation beam 6 are together hung away.In nut body 8-1
Two relative sides symmetrically open up two bolts hole, nut body 8-1 is fixed on connection by tightening clamping screw 8-2
On rope 5, it is ensured that nut body 8-1 does not produce relative slip with connecting rope 5.Under the lower section of the first locating slot and the second locating slot
Side is provided with one end that stop nut 8, i.e. stop nut 8 are only fixed on the connecting rope 5 being joined directly together with suspension centre 2.During lifting,
First locating slot and the second locating slot are set with each gap of self-corresponding stop nut 8 respectively, and now stop nut 8 does not stress；
After blockwork piece 1 is in place, connecting rope 5 is taken off from bottom supporting parts 4, connecting rope of then slinging 5, now two spacing spiral shells
Female 8 are close to its corresponding first locating slot and the second locating slot and prevent each self-corresponding connecting rope 5 from moving, so as to by connecting rope
5 walk together with sliding block 3 and the lifting of colligation beam 6 one.Being disposed to of stop nut 8 realizes accurate and effective limit to connecting rope 5
Position effect, controls the mobile status of connecting rope 5, i.e., can effectively prevent connecting rope 5 from being moved upwards along sliding block 3 using stop nut 8
It is dynamic, it is ensured that connecting rope 5 is hung away with colligation beam 6 and sliding block 3.Other NM contents and the phase of specific embodiment four
Together.
Specific embodiment ten：Present embodiment is illustrated with reference to 1, Fig. 2, Fig. 3, Fig. 5 and Fig. 6, is connected in present embodiment
Rope 5 is steel wire rope.Other can play the existing rope with steel wire rope equivalent effect.Other NM contents with it is specific
Implementation method eight is identical.
Operating process of the invention is：
1）Sliding block 3 is installed on colligation beam 6, after mobile sliding block 3 to design attitude, sliding block 3 is fixed with spacer pin；
2）Lifting sliding block 3, colligation beam 6 is lifted on the blockwork piece 1 for intending lifting；
3）Colligation blockwork piece 1, the both sides for setting each suspension centre 2 respectively set a colligation point, and connecting rope 5 starts from sliding block 3, pile warp
After bottom supporting parts 4, finally passed from sliding block 3；
4）The every free end of connecting rope 5 is connected with the suspension centre 2 of hoisting mechanism；
5）After blockwork piece 1 is in place, the suspension hook of reduction hoisting mechanism, that is, the position of suspension centre 2 is reduced, connecting rope 5 is loosened,
Connecting rope 5 is taken off from bottom supporting parts 4, when colligation beam 6 and sliding block 3 is hung away, is hung away together with connecting rope 5.
Claims (10)
1. glomeration builds self-tightening type block masonry wall binding apparatus, it is characterised in that：It includes multiple bundle components, each building block
Wall piece（1）Any suspension centre（2）It is correspondingly arranged at least two bundle components；Each bundle component includes sliding block（3）, bottom
Portion's supporting parts（4）With two connecting ropes（5）, sliding block（3）It is detachably connected on and blockwork piece（1）The colligation beam being connected（6）
Top, bottom supporting parts（4）It is arranged on blockwork piece（1）Bottom；
Sliding block（3）Including block body（3-1）And locating part（3-2）, the block body（3-1）Bottom and colligation beam（6）Top
Portion is detachably connected, block body（3-1）Two ends be machined with the first locating slot and the second locating slot, block body respectively（3-1）'s
Top vertical sets finite place piece（3-2）；
Bottom supporting parts（4）Including shrouding（4-1）, two supporting plates（4-2）With two steering spindles（4-3）, described two supporting plates（4-
2）It is adjacent to respectively in blockwork piece（1）Both sides, the shrouding（4-1）With blockwork piece（1）Bottom be mutually adjacent to, the shrouding
（4-1）Two ends respectively with two supporting plates（4-2）It is connected, each supporting plate（4-2）Outer wall on be provided with a steering spindle（4-
3）, steering spindle（4-3）With connecting rope（5）Correspond and set, two connecting ropes（5）In a connecting rope（5）Consolidate
Fixed end is arranged on locating part（3-2）On, a connecting rope（5）To sequentially pass through the first locating slot corresponding with its for free end
Steering spindle（4-3）It is arranged on suspension centre by the first locating slot again afterwards（2）On；Two connecting ropes（5）In another connection
Rope（5）Fixing end be arranged on locating part（3-2）On, another connecting rope（5）Free end sequentially pass through the second positioning
Groove steering spindle corresponding with its（4-3）It is arranged on suspension centre by the second locating slot again afterwards（2）On.
2. glomeration according to claim 1 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Block body
（3-1）Bottom be machined with slot（3-3）, the colligation beam（6）Top be machined with and slot（3-3）The fin being engaged
（7）, the colligation beam（6）Fin（7）Insertion block body（3-1）Slot（3-3）It is interior, the fin（7）And slot（3-3）
Between be detachably connected by spacer pin.
3. glomeration according to claim 2 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Locating part
（3-2）Including horizontal reinforcement（3-2-1）With vertical reinforcing bar（3-2-2）, the vertical reinforcing bar（3-2-2）It is vertically arranged and its lower end
It is fixedly connected on block body（3-1）Top, horizontal reinforcement（3-2-1）It is horizontally set on vertical reinforcing bar（3-2-2）Upper end, erect
Straight reinforcing bar（3-2-2）External diameter be less than horizontal reinforcement（3-2-1）Axial length.
4. glomeration according to any one of claim 1 to 3 builds self-tightening type block masonry wall binding apparatus, and its feature exists
In：First locating slot includes the first rope outlet groove（3-4）Enter grooving with first（3-5）, the first rope outlet groove（3-4）Enter grooving with first
（3-5）It is disposed in parallel in block body（3-1）One end on, the second locating slot enters grooving including second（3-6）With the second rope outlet groove
（3-7）, second enters grooving（3-6）With the second rope outlet groove（3-7）It is disposed in parallel in block body（3-1）The other end on；A piece institute
State connecting rope（5）Fixing end be arranged on locating part（3-2）On, a connecting rope（5）Free end sequentially pass through first
Enter grooving（3-5）, the connecting rope（5）Corresponding steering spindle（4-3）With the first rope outlet groove（3-4）It is arranged on suspension centre（2）
On；Two connecting ropes（5）In another connecting rope（5）Fixing end be arranged on locating part（3-2）On, described in another
Connecting rope（5）Free end sequentially pass through second and enter grooving（3-6）, another connecting rope（5）Corresponding steering spindle（4-3）
With the second rope outlet groove（3-7）It is arranged on suspension centre（2）On, two connecting ropes（5）It is arranged on same suspension centre（2）On.
5. glomeration according to claim 4 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Sliding block（3）
The first rope outlet groove（3-4）Enter grooving with first（3-5）With a connecting rope（5）Touching position is machined with circular arc and falls
Angle；Second enters grooving（3-6）With the second rope outlet groove（3-7）With another connecting rope（5）Touching position is machined with circular arc
Chamfering.
6. glomeration according to claim 5 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Shrouding（4-
1）Thickness be less than or equal to 10mm.
7. glomeration according to claim 1 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Bottom support
Part（4）Also include two side limiting plates（4-4）, side limiting plate（4-4）With steering spindle（4-3）Correspond and set, each
Side limiting plate（4-4）It is vertically arranged in its corresponding steering spindle（4-3）Outer wall on.
8. the glomeration according to claim 1,2,3 or 7 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：
Two supporting plates（4-2）In any supporting plate（4-2）And shrouding（4-1）End between pass through latch（10）It is detachably connected.
9. glomeration according to claim 4 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：First rope stretching
Groove（3-4）With the second rope outlet groove（3-7）Lower section be each correspondingly arranged on a stop nut（8）, stop nut（8）Including spiral shell
Maternal body（8-1）With two clamping screws（8-2）, every connecting rope（5）It is located in its corresponding nut body（8-1）It is interior, two
Individual clamping screw（8-2）In same horizontal line, each clamping screw（8-2）Through nut body（8-1）It is right at its to hold out against
The connecting rope answered（5）Outer wall on.
10. glomeration according to claim 8 builds self-tightening type block masonry wall binding apparatus, it is characterised in that：Connecting rope
（5）It is steel wire rope.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710145073.3A CN106760570A (en) | 2017-03-13 | 2017-03-13 | Glomeration builds self-tightening type block masonry wall binding apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710145073.3A CN106760570A (en) | 2017-03-13 | 2017-03-13 | Glomeration builds self-tightening type block masonry wall binding apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN106760570A true CN106760570A (en) | 2017-05-31 |
Family
ID=58962537
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710145073.3A Pending CN106760570A (en) | 2017-03-13 | 2017-03-13 | Glomeration builds self-tightening type block masonry wall binding apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106760570A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107893539A (en) * | 2017-11-25 | 2018-04-10 | 中国二十二冶集团有限公司 | Steel construction assembled wall lifts antitorque fixing device and its construction method |
| CN107916790A (en) * | 2017-12-21 | 2018-04-17 | 哈尔滨达城绿色建筑技术开发股份有限公司 | A kind of glomeration building prefabricated construction reinforcing bar guiding tube removes system and method for dismounting |
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Application publication date: 20170531 |