CN108505627A - The assembled fastener inserts and its application method being connect with wall for beam - Google Patents
The assembled fastener inserts and its application method being connect with wall for beam Download PDFInfo
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- CN108505627A CN108505627A CN201810362633.5A CN201810362633A CN108505627A CN 108505627 A CN108505627 A CN 108505627A CN 201810362633 A CN201810362633 A CN 201810362633A CN 108505627 A CN108505627 A CN 108505627A
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- wall
- fastener
- clamp
- shearing
- ejection
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- 238000000034 method Methods 0.000 title claims abstract description 20
- 238000010008 shearing Methods 0.000 claims abstract description 69
- 230000000717 retained effect Effects 0.000 claims abstract description 14
- 238000005381 potential energy Methods 0.000 claims abstract description 13
- 230000008569 process Effects 0.000 claims description 11
- 230000007246 mechanism Effects 0.000 claims description 9
- 230000000694 effects Effects 0.000 claims description 7
- 230000005484 gravity Effects 0.000 claims description 7
- 230000009471 action Effects 0.000 claims description 4
- 230000007423 decrease Effects 0.000 claims description 3
- 238000010276 construction Methods 0.000 abstract description 6
- 238000010586 diagram Methods 0.000 description 5
- 238000004134 energy conservation Methods 0.000 description 3
- 230000007613 environmental effect Effects 0.000 description 3
- 239000002699 waste material Substances 0.000 description 3
- 238000005516 engineering process Methods 0.000 description 2
- 238000009434 installation Methods 0.000 description 2
- 230000003014 reinforcing effect Effects 0.000 description 2
- 239000004568 cement Substances 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 239000004927 clay Substances 0.000 description 1
- 239000000428 dust Substances 0.000 description 1
- 239000007787 solid Substances 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Classifications
-
- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B1/00—Constructions in general; Structures which are not restricted either to walls, e.g. partitions, or floors or ceilings or roofs
- E04B1/38—Connections for building structures in general
- E04B1/41—Connecting devices specially adapted for embedding in concrete or masonry
- E04B1/4114—Elements with sockets
- E04B1/4142—Elements with sockets with transverse hook- or loop-receiving parts
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- Engineering & Computer Science (AREA)
- Architecture (AREA)
- Physics & Mathematics (AREA)
- Electromagnetism (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Joining Of Building Structures In Genera (AREA)
Abstract
The invention discloses a kind of assembled fastener inserts being connect with wall for beam, including beam fastener and wall fastener；Wall fastener includes wall fastener shell, and ejection part, shearing-resistant member and the clamp that can be connected on beam fastener are equipped with successively in wall fastener shell；The ejection part includes ejection-spring, and ejection-spring can be launched shearing-resistant member outward using elastic potential energy together with clamp；The invention also discloses the application methods of assembled fastener inserts, cover board is installed additional in wall clamping, to compress ejection-spring, then wall fastener, beam fastener are embedded into wall respectively, slab passageway is set on wall, pull out cover board, ejection-spring elongation is set to spring into clamp and shearing-resistant member in beam fastener, clamp is clamped with beam fastener, and shearing-resistant member part is retained in beam, it is separately partly retained within the walls, to prevent wall from moving horizontally.The present invention solves precast wall body and the technical issues of needing to carry out wet construction of beam.
Description
Technical field
The present invention relates to the pre-buried of the tie-beam and wall of environment protection architecture technical field more particularly to a kind of assembled architecture
Component.
Background technology
In assembled architecture, the wall other than load bearing wall is generally precast wall body, and it is mixed that Liang Yuzhu is generally cast in place reinforced bar
Xtah Crude Clay structure is typically provided with reinforcing bar in precast wall body, so that wall can be fixedly connected on beam or column by cast-in-place mode
On, it to be removed after connection, it will be very difficult.Cast-in-place operation is wet operation, needs to consume a large amount of hydroelectric resources, and
And a large amount of building waste is also will produce, such as cement package bags, reinforcing bar clout, operation process dust from flying are extremely unfavorable for
Energy conservation and environmental protection.
Invention content
In view of the above shortcomings of the prior art, the present invention provides a kind of assembled fastener inserts being connect with wall for beam,
Precast wall body in the prior art and the technical issues of needing to carry out wet construction of beam are solved, the connection side of precast wall body and beam is changed
Formula realizes wet-less operation.
In order to solve the above technical problems, technical scheme is as follows：A kind of assembled being connect with wall for beam is pre-
Embedded component includes the beam fastener for being embedded into beam and the wall fastener for being embedded into wall；The wall fastener includes wall
Fastener shell, the wall fastener shell one end are blind end, and the other end is open end；In the wall fastener shell from blind end to
Open extreme direction is equipped with ejection part, shearing-resistant member and the clamp that can be connected on beam fastener successively；The shearing-resistant member is connected to
It launches on part, the clamp is connected on shearing-resistant member；The ejection part includes ejection-spring, and the ejection-spring can be along wall
The open end of fastener shell is compressed to closing extreme direction, and can be along the blind end of wall fastener shell to open end side
To elongation, so as to which shearing-resistant member is launched together with clamp to open extreme direction using elastic potential energy；The elongation of ejection-spring
Length enables to the open end of the fully extended wall fastener shell of clamp, and makes the opening of shearing-resistant member part stretching wall fastener shell
End；The beam fastener includes beam fastener shell, the beam fastener shell one end be provided with can allow clamp by primary clamp it is logical
Road；The clamping mechanism for being clamped clamp is additionally provided in the beam fastener shell.
Preferably, in the beam fastener inner walls about beam fastener casing centerline it is symmetrical be useful for clamping clamp
Active fastening block；Described active fastening block one end is hinged at the close primary clamp channel position in beam fastener inner walls, living
The dynamic fixture block other end is free end, and the free end is connected to by resetting spring in beam fastener inner walls so that is being conducted oneself with dignity
The lower inclined opposite end towards clamp channel of active fastening block of effect, and enable active fastening block to surround openings of sizes and change
Secondary clamp channel；Be additionally provided on the active fastening block can after being clamped clamp, prevent that active fastening block is rotated further from
Latch mechanism.
Preferably, the V-type bayonet for being clamped the clamp is provided on the active fastening block free end；V-type bayonet and card
After head clamping, the side of V-type bayonet is used to support clamp, the other side can be connected to clamp side with prevent active fastening block after
Continuous rotation, to form self-locking so that clamp is clamped on active fastening block.
Preferably, the V-type bayonet is right angle V-type bayonet；The extended length of resetting spring enables to active fastening block to exist
With the angle of gravity direction it is 45 ° under Gravitative Loads, so that V-type bayonet side is horizontal, the other side is vertical.
Preferably, the clamp includes the first round platform and the second round platform of coaxial arrangement, and the bottom surface of second round platform is straight
Diameter is less than the basal diameter of the first round platform and the top surface diameter more than the first round platform, and second round platform is fixed by its bottom surface to be connected
It is connected on the top surface of the first round platform.
Preferably, the ejection part further includes ejector-seat；Described ejector-seat one end is connect with ejection-spring, the other end with it is anti-
Cut part connection.
The present invention also provides a kind of application methods for the assembled fastener inserts being connect with wall for beam, including following step
Suddenly：
Step 101：One piece of cover board is installed additional in the open end of wall fastener so that the ejection-spring on ejection part is along wall fastener shell
Open end to closing extreme direction compressed；Wall top surface is exposed in the open end of the pre-buried wall fastener in wall, wall fastener, and
The slab passageway for taking out cover board is opened up on wall；Expose in the primary clamp channel of the pre-buried beam fastener in beam, beam fastener
Soffit；
Step 102：Wall is placed in below beam, and makes the primary clamp of the open end alignment beam fastener for being stamped cover board of wall fastener
Then cover board is removed in channel from the slab passageway of wall；
Step 103：The ejection-spring for launching part is extended along the blind end of wall fastener shell to open extreme direction, ejection-spring profit
Shearing-resistant member is launched to open extreme direction together with clamp with elastic potential energy so that clamp and shearing-resistant member are outer to stretch out wall fastener shell
The open end of body, and make clamp enter inside beam fastener from the primary clamp channel of beam fastener shell and with the card in beam fastener
Connection mechanism is clamped；
Step 104：After clamp is clamped with beam fastener so that shearing-resistant member part is retained in beam, another part indwelling of shearing-resistant member
Within the walls, so that shearing-resistant member can bear the shearing formed between beam and wall, prevent wall from moving horizontally.
The present invention also provides the application method of another assembled fastener inserts being connect with wall for beam, including it is following
Step：Step 201：One piece of cover board is installed additional in the open end of wall fastener so that the ejection-spring on ejection part is along wall fastener shell
It is compressed to closing extreme direction the open end of body；Wall top surface is exposed in the open end of the pre-buried wall fastener in wall, wall fastener,
And slab passageway for taking out cover board is opened up on wall；Expose beam in the clamp channel of the pre-buried beam fastener in beam, beam fastener
Bottom surface；The original state in secondary clamp channel is：Active fastening block is living under Gravitative Loads and under the stretching action of resetting spring
The inclined opposite end towards primary clamp channel of dynamic fixture block, resetting spring make active fastening block under Gravitative Loads with gravity side
To angle be 45 ° so that V-type bayonet side is horizontal, the other side is vertical；
Step 202：Wall is placed in below beam, and keeps the clamp of the open end alignment beam fastener for being stamped cover board of wall fastener logical
Then cover board is removed in road from the slab passageway of wall；
Step 203：The ejection-spring for launching part is extended along the blind end of wall fastener shell to open extreme direction, ejection-spring profit
Shearing-resistant member is launched to open extreme direction together with clamp with elastic potential energy so that clamp and shearing-resistant member are outer to stretch out wall fastener shell
The open end of body；
Step 204：Under the thrust of ejection-spring, clamp ascends into beam by the primary clamp channel of beam fastener shell
In fastener shell；In uphill process, clamp both sides Compressive activities fixture block makes active fastening block towards beam fastener inner walls direction
Rotation, so that the opening expansion in secondary clamp channel, clamp, which is obtained through secondary clamp channel, to be continued to rise, meanwhile, it is multiple
Position spring is compressed；
Step 205：After the completion of clamp uphill process, begin to decline；Meanwhile being started to extend by compressed resetting spring, it utilizes
Elastic potential energy allows active fastening block to be rotated away from beam fastener inner walls direction, so that the opening contracting in secondary clamp channel
It is small to arrive original state；
Step 206：It is fallen under clamp in the horizontal side of the V-type bayonet on active fastening block free end, active fastening block is by clamp
Pressure rotates, and vertical until V-type bayonet rolls tiltedly and be connected to clamp side, to prevent active fastening block from continuing to turn
It is dynamic, to form self-locking so that clamp is clamped on active fastening block；
Step 207：After clamp is clamped with beam shackle member so that shearing-resistant member part is retained in beam, the another part indwelling of shearing-resistant member
Within the walls, so that shearing-resistant member can bear the shearing formed between beam and wall, prevent wall from moving horizontally.
Compared with prior art, the invention has the advantages that：
1, assembled fastener inserts of the invention include the beam fastener for being embedded into beam and the wall for being embedded into wall
Fastener, wall fastener can eject clamp automatically using ejection part and is clamped with beam fastener, without clamping manually so that clamping
Process can be completed in the inside of wall and beam, not depend on manual operation；Wall fastener with after the clamping of beam fastener, stay by shearing-resistant member part
It sets in beam, the another of shearing-resistant member is partly retained within the walls, so that shearing-resistant member can bear the shearing formed between beam and wall,
Wall is avoided to move horizontally；So that it is convenient and fast connection between beam and wall, and wet construction need not be carried out, it also avoids
The connection construction of beam and wall generates the problems such as building waste, is more advantageous to energy conservation and environmental protection.
2, beam fastener only needs to bear clamp, shearing-resistant member and the weight for emitting part, is not subject to the weight of wall, because
This greatly reduces the intensity requirement of beam fastener, while can reduce beam fastener size, beam fastener and wall fastener can be made compared with
The component of small size.
3, using active fastening block automatic clamping in the enclosed space can be realized to be clamped clamp：What active fastening block surrounded
Secondary clamp channel can in clamp uphill process enlarged openings, so that clamp is passed through, active fastening block is in resetting spring
Effect is lower so that the opening in secondary clamp channel narrows down to original state so that the clamp of whereabouts cannot block again by secondary
Head is clamped clamp for active fastening block and provides premise；V-type bayonet on active fastening block makes active fastening block have self-locking function,
So that the clamping clamp that active fastening block can consolidate.
4, V-type bayonet is right angle V-type bayonet, and the extended length of resetting spring enables to active fastening block under Gravitative Loads
Angle with gravity direction is 45 °, so that the V-type bayonet on active fastening block can accurately catch the clamp of whereabouts, make
Clamp can be caught in V-type bayonet.
5, clamp includes the first round platform and the second round platform, and the second round platform is used to be clamped with active fastening block, and the second round platform is lived
After dynamic fixture block clamping, the side of the first round platform can abut the support-side of active fastening block, further limit active fastening block in card
It is rotated under the pressure of head, improves self-locking performance.
6, cover board only need to be pulled out out of wall into the connection of cross girders and wall using the assembled fastener inserts of the present invention
It completes, realizes step installation, it is very convenient quick.
Description of the drawings
Fig. 1 is beam and the structural schematic diagram before wall assembly；
Fig. 2 is beam and the structural schematic diagram after wall assembly；、
Fig. 3 is the structural schematic diagram of beam fastener；
Fig. 4 is the upward view of Fig. 3；
Fig. 5 is the structural schematic diagram of clamp；
Fig. 6 is the structural schematic diagram of shearing-resistant member.
Specific implementation mode
As shown in Figure 1, a kind of assembled fastener inserts being connect with wall for beam, include the beam card for being embedded into beam
Part 1 and wall fastener 2 for being embedded into wall；The wall fastener 2 includes wall fastener shell 25, the wall fastener shell 25 1
End is blind end, and the other end is open end；From blind end to open extreme direction in the wall fastener shell 25, it is equipped with ejection successively
Part, shearing-resistant member 22 and the clamp 21 that can be connected on beam fastener 1；The shearing-resistant member 22 is connected to by intermediate connector 23
It launches on part, the clamp 21 is connected on shearing-resistant member 22；The ejection part includes ejection-spring 24,24 energy of the ejection-spring
Enough open ends along wall fastener shell 25 are compressed to closing extreme direction, and can be along the closing of wall fastener shell 25
Hold open extreme direction to extend, so as to using elastic potential energy by shearing-resistant member 22, intermediate connector 23 and clamp 21 together
It is launched to open extreme direction；The extended length of ejection-spring 24 enables to the opening of 21 fully extended wall fastener shell 25 of clamp
End, and make the open end of 22 part of shearing-resistant member stretching wall fastener shell 25；The beam fastener 1 includes beam fastener shell 11, described
11 one end of beam fastener shell be provided with can allow clamp 21 by primary clamp channel 14；It is additionally provided in the beam fastener shell 11
Clamping mechanism for being clamped clamp 21.
The assembled fastener inserts of the present invention include beam fastener for being embedded into beam and for being embedded into wall
Wall fastener, wall fastener can eject clamp automatically using ejection part and is clamped with beam fastener, without clamping manually so that card
Termination process can be completed in the inside of wall and beam, not depend on manual operation；After wall fastener is clamped with beam fastener, shearing-resistant member part
It is retained in beam, the another of shearing-resistant member is partly retained within the walls, so that shearing-resistant member cutting of can bearing to be formed between beam and wall
Power avoids wall from moving horizontally；So that it is convenient and fast connection between beam and wall, and wet construction need not be carried out, also keep away
Exempt from the problems such as connection construction of beam and wall generates building waste, is more advantageous to energy conservation and environmental protection.
The application method of the above-mentioned assembled fastener inserts being connect with wall for beam, includes the following steps：
Step 101：One piece of cover board is installed additional in the open end of wall fastener 2 so that the ejection-spring 24 on ejection part is along wall fastener
It is compressed to closing extreme direction the open end of shell 25；Expose wall in the open end of the pre-buried wall fastener 2 in wall, wall fastener 2
Body top surface, and open up on wall the slab passageway for taking out cover board 3；Pre-buried beam fastener 1, the clamp of beam fastener 1 in beam
Expose soffit in 21 channels；
Step 102：Wall is placed in below beam, and makes the clamp of the open end alignment beam fastener 1 for being stamped cover board 3 of wall fastener 2
Then cover board 3 is removed in 21 channels from the slab passageway of wall；
Step 103：The ejection-spring 24 for launching part is extended along the blind end of wall fastener shell 25 to open extreme direction, launches bullet
Spring 24 is launched shearing-resistant member 22, intermediate connector 23 and clamp 21 using elastic potential energy to open extreme direction together so that card
First 21 with the outer open end for stretching out wall fastener shell 25 of shearing-resistant member 22, and make primary card of the clamp 21 from beam fastener shell 11
Head channel 14 enters 1 inside of beam fastener and is clamped with the clamping mechanism in beam fastener 1；
Step 104：After clamp 21 is clamped with beam fastener 1 so that 22 part of shearing-resistant member is retained in beam, the another part of shearing-resistant member 22
It is retained within the walls, so that shearing-resistant member 22 can bear the shearing formed between beam and wall, prevents wall from moving horizontally.Liang Ka
Part only needs to bear clamp, shearing-resistant member and the weight for emitting part, is not subject to the weight of wall, therefore greatly reduce beam
The intensity requirement of fastener, while beam fastener size can be reduced, the component of reduced size can be made with wall fastener for beam fastener.
As shown in Figure 3 to Figure 4, in present embodiment, about beam fastener shell on 11 inner wall of beam fastener shell
The symmetrical active fastening block 12 for being useful for clamping clamp 21 of 11 center lines；12 one end of the active fastening block is hinged on beam fastener shell
At close 14 position of primary clamp channel on 11 inner wall of body, 12 other end of active fastening block is free end, and the free end passes through
Resetting spring 13 is connected on 11 inner wall of beam fastener shell so that active fastening block 12 is inclined towards clamp 21 under Gravitative Loads
The opposite end in channel, and active fastening block 12 is enable to surround 21 channel of secondary clamp that openings of sizes changes；The activity
Being additionally provided on fixture block 12 can be after being clamped clamp 21, the self-locking mechanism that prevents active fastening block 12 to be rotated further.Utilize active card
Block can realize automatic clamping in the enclosed space to be clamped clamp：The secondary clamp channel that active fastening block surrounds can be in card
Enlarged openings in head uphill process, enable clamp to pass through, and active fastening block is under the action of resetting spring so that secondary clamp is logical
The opening in road narrows down to original state so that the clamp of whereabouts cannot be clamped clamp again by secondary clamp for active fastening block
Provide premise；V-type bayonet on active fastening block makes active fastening block have self-locking function, so that active fastening block can be steady
Solid clamping clamp.
In present embodiment, the V-type card for being clamped the clamp 21 is provided on 12 free end of the active fastening block
Mouthful；After V-type bayonet is clamped with clamp 21, the side of V-type bayonet is used to support clamp 21, and the other side can be connected to clamp 21
Side is to prevent active fastening block 12 to be rotated further, to form self-locking so that clamp 21 is clamped on active fastening block 12.
In present embodiment, the V-type bayonet is right angle V-type bayonet；The extended length of resetting spring 13 can make
It is 45 ° with the angle of gravity direction under Gravitative Loads to obtain active fastening block 12, so that V-type bayonet side is horizontal, the other side
Vertically.V-type bayonet is right angle V-type bayonet, the extended length of resetting spring enable to active fastening block under Gravitative Loads with again
The angle of force direction is 45 °, so that the V-type bayonet on active fastening block can accurately catch the clamp of whereabouts, make clamp
V-type bayonet can be caught in.
As shown in figure 5, in present embodiment, the clamp 21 includes the first round platform 212 and second of coaxial arrangement
The basal diameter of round platform 211, second round platform 211 is less than the basal diameter of the first round platform 212 and more than the first round platform 212
Top surface diameter, second round platform are fixedly connected on by its bottom surface on the top surface of the first round platform 212.Second round platform 211 is used for
It is clamped active fastening block 12, the first round platform 212 is for connecting shearing-resistant member 22, and 212 bottom surface of the first round platform is equipped with screw rod 213, such as Fig. 6 institutes
Show, shearing-resistant member 22 is equipped with the threaded hole 221 for being threadedly coupled the screw rod 213.Clamp includes the first round platform and the second round platform, the
Two round platforms are used to be clamped with active fastening block, and after the second round platform is clamped by active fastening block, the side of the first round platform, which can abut, lives
The support-side of dynamic fixture block further limits active fastening block and is rotated under the pressure of clamp, improves self-locking performance.
In present embodiment, the ejection part further includes ejector-seat 26；26 one end of the ejector-seat and ejection-spring
24 connections, the other end are connect with intermediate connector 23；Institute's intermediate connector 23 carries out with ejector-seat 26, shearing-resistant member 22 removable respectively
Unload connection.
The application method of the above-mentioned assembled fastener inserts being connect with wall for beam, includes the following steps：
Step 201：One piece of cover board 3 is installed additional in the open end of wall fastener 2 so that the ejection-spring 24 on ejection part is along wall fastener
It is compressed to closing extreme direction the open end of shell 25；Expose wall in the open end of the pre-buried wall fastener 2 in wall, wall fastener 2
Body top surface, and open up on wall the slab passageway for taking out cover board 3；Pre-buried beam fastener 1, the clamp of beam fastener 1 in beam
Expose soffit in 21 channels；The original state in 21 channel of secondary clamp is：Active fastening block 12 under Gravitative Loads and reset bullet
Under the stretching action of spring 13, the inclined opposite end towards 21 channel of clamp of active fastening block 12, resetting spring 13 is so that active card
Block 12 is 45 ° with the angle of gravity direction under Gravitative Loads, so that V-type bayonet side is horizontal, the other side is vertical；
Step 202：Wall is placed in below beam, and makes the clamp of the open end alignment beam fastener 1 for being stamped cover board 3 of wall fastener 2
Then cover board 3 is removed in 21 channels from the slab passageway of wall；
Step 203：The ejection-spring 24 for launching part is extended along the blind end of wall fastener shell 25 to open extreme direction, launches bullet
Spring 24 is launched shearing-resistant member 22, intermediate connector 23 and clamp 21 using elastic potential energy to open extreme direction together so that card
First 21 stretch out the open end of wall fastener shell 25 with shearing-resistant member 22 outside；
Step 204：Under the thrust of ejection-spring 24, on the primary clamp channel 14 that clamp 21 passes through beam fastener shell 11
It rises and enters in beam fastener shell 11；In uphill process, 21 both sides Compressive activities fixture block 12 of clamp makes active fastening block 12 towards beam
11 inner wall direction of fastener shell rotates, so that the opening expansion in 21 channel of secondary clamp, clamp 21 are obtained through secondary card
First 21 channel continues to rise, meanwhile, resetting spring 13 is compressed；
Step 205：After the completion of 21 uphill process of clamp, begin to decline；Meanwhile being started to extend by compressed resetting spring 13,
Active fastening block 12 is allowed to be rotated away from 11 inner wall direction of beam fastener shell using elastic potential energy, so that secondary clamp 21 is logical
The opening in road narrows down to original state；
Step 206：Clamp 21（Second round platform 211 of clamp 21）Under fall on the water of V-type bayonet on 12 free end of active fastening block
On flat side, active fastening block 12 is by clamp 21（Second round platform 211 of clamp 21）Pressure rotate, until V-type bayonet
It is vertical to roll tiltedly and be connected to 21 side of clamp, to prevent active fastening block 12 to be rotated further, to form self-locking, while clamp
The side of 21 first round platforms 212 abuts the support-side of active fastening block 12, further pressure of the limitation active fastening block 12 in clamp 21
It is rotated under power, improves self-locking performance.
Step 207：After clamp 21 is clamped with beam shackle member so that 22 part of shearing-resistant member is retained in beam, shearing-resistant member 22
It is separately partly retained within the walls, so that shearing-resistant member 22 can bear the shearing formed between beam and wall, prevents wall level from moving
It is dynamic.Using the assembled fastener inserts of the present invention into the connection of cross girders and wall, only cover board need to be pulled out out of wall and can be completed, it is real
Show step installation, it is very convenient quick.
Finally illustrate, the above examples are only used to illustrate the technical scheme of the present invention and are not limiting, although with reference to compared with
Good embodiment describes the invention in detail, it will be understood by those of ordinary skill in the art that, it can be to the technology of invention
Scheme is modified or replaced equivalently, and without departing from the objective and range of technical solution of the present invention, should all be covered in this hair
In bright right.
Claims (8)
1. a kind of assembled fastener inserts being connect with wall for beam, it is characterised in that：It include the beam card for being embedded into beam
Part and wall fastener for being embedded into wall；The wall fastener includes wall fastener shell, and the wall fastener shell one end is envelope
Closed end, the other end are open end；From blind end to open extreme direction in the wall fastener shell, it is equipped with ejection part, shearing resistance successively
Part and the clamp that can be connected on beam fastener；The shearing-resistant member is connected on ejection part, and the clamp is connected to shearing-resistant member
On；The ejection part includes ejection-spring, the ejection-spring can along wall fastener shell open end to closing extreme direction
It is compressed, and can be along the blind end of wall fastener shell to open extreme direction elongation, so as to utilize elastic potential energy
Shearing-resistant member is launched together with clamp to open extreme direction；The extended length of ejection-spring enables to the fully extended wall card of clamp
The open end of part shell, and make the open end of shearing-resistant member part stretching wall fastener shell；The beam fastener includes beam fastener shell,
The beam fastener shell one end be provided with can allow clamp by primary clamp channel；It is additionally provided with and is used in the beam fastener shell
It is clamped the clamping mechanism of clamp.
2. the assembled fastener inserts according to claim 1 being connect with wall for beam, it is characterised in that：The beam fastener
About the symmetrical active fastening block for being useful for clamping clamp of beam fastener casing centerline in inner walls；The active fastening block one
End is hinged at the close primary clamp channel position in beam fastener inner walls, and the active fastening block other end is free end, described
Free end is connected to by resetting spring in beam fastener inner walls so that under Gravitative Loads at the beginning of the inclined direction of active fastening block
The opposite end in grade clamp channel, and active fastening block is enable to surround the secondary clamp channel that openings of sizes changes；The work
Being additionally provided on dynamic fixture block can be after being clamped clamp, the self-locking mechanism that prevents active fastening block to be rotated further.
3. the assembled fastener inserts according to claim 2 being connect with wall for beam, it is characterised in that：The active card
The V-type bayonet for being clamped the clamp is provided on block free end；With after clamp clamping, the side of V-type bayonet is used for V-type bayonet
Support clamp, the other side that can be connected to clamp side to prevent active fastening block to be rotated further, to form self-locking so that card
Head is clamped on active fastening block.
4. the assembled fastener inserts according to claim 3 being connect with wall for beam, it is characterised in that：The V-type card
Mouth is right angle V-type bayonet；The extended length of resetting spring enable to active fastening block under Gravitative Loads with the folder of gravity direction
Angle is 45 °, so that V-type bayonet side is horizontal, the other side is vertical.
5. the assembled fastener inserts according to claim 1 being connect with wall for beam, it is characterised in that：The clamp packet
Include the first round platform and the second round platform of coaxial arrangement, the basal diameter of second round platform be less than the basal diameter of the first round platform and
More than the top surface diameter of the first round platform, second round platform is fixedly connected on by its bottom surface on the top surface of the first round platform.
6. the assembled fastener inserts according to claim 1 being connect with wall for beam, it is characterised in that：The ejection part
It further include ejector-seat；Described ejector-seat one end is connect with ejection-spring, and the other end is connect with shearing-resistant member.
7. a kind of application method for the assembled fastener inserts being connect as described in claim 1 with wall for beam, feature
It is：Include the following steps：
Step 101：One piece of cover board is installed additional in the open end of wall fastener so that the ejection-spring on ejection part is along wall fastener shell
Open end to closing extreme direction compressed；Wall top surface is exposed in the open end of the pre-buried wall fastener in wall, wall fastener, and
The slab passageway for taking out cover board is opened up on wall；Expose in the primary clamp channel of the pre-buried beam fastener in beam, beam fastener
Soffit；
Step 102：Wall is placed in below beam, and makes the primary clamp of the open end alignment beam fastener for being stamped cover board of wall fastener
Then cover board is removed in channel from the slab passageway of wall；
Step 103：The ejection-spring for launching part is extended along the blind end of wall fastener shell to open extreme direction, ejection-spring profit
Shearing-resistant member is launched to open extreme direction together with clamp with elastic potential energy so that clamp and shearing-resistant member are outer to stretch out wall fastener shell
The open end of body, and make clamp enter inside beam fastener from the primary clamp channel of beam fastener shell and with the card in beam fastener
Connection mechanism is clamped；
Step 104：After clamp is clamped with beam fastener so that a shearing-resistant member part is retained in beam, and another part of shearing-resistant member stays
It sets within the walls, so that shearing-resistant member can bear the shearing formed between beam and wall, prevents wall from moving horizontally.
8. a kind of application method for the assembled fastener inserts being connect as described in claim 4 with wall for beam, feature
It is：Include the following steps：
Step 201：One piece of cover board is installed additional in the open end of wall fastener so that the ejection-spring on ejection part is along wall fastener shell
Open end to closing extreme direction compressed；Wall top surface is exposed in the open end of the pre-buried wall fastener in wall, wall fastener, and
The slab passageway for taking out cover board is opened up on wall；Expose beam bottom in the clamp channel of the pre-buried beam fastener in beam, beam fastener
Face；The original state in secondary clamp channel is：Active fastening block is under Gravitative Loads and under the stretching action of resetting spring, activity
The inclined opposite end towards primary clamp channel of fixture block, resetting spring make active fastening block under Gravitative Loads with gravity direction
Angle be 45 ° so that V-type bayonet side is horizontal, the other side is vertical；
Step 202：Wall is placed in below beam, and keeps the clamp of the open end alignment beam fastener for being stamped cover board of wall fastener logical
Then cover board is removed in road from the slab passageway of wall；
Step 203：The ejection-spring for launching part is extended along the blind end of wall fastener shell to open extreme direction, ejection-spring profit
With elastic potential energy by shearing-resistant member
It is launched to open extreme direction with together with clamp so that clamp and the outer open end for stretching out wall fastener shell of shearing-resistant member；
Step 204：Under the thrust of ejection-spring, clamp ascends into beam by the primary clamp channel of beam fastener shell
In fastener shell；In uphill process, clamp both sides Compressive activities fixture block makes active fastening block towards beam fastener inner walls direction
Rotation, so that the opening expansion in secondary clamp channel, clamp, which is obtained through secondary clamp channel, to be continued to rise, meanwhile, it is multiple
Position spring is compressed；
Step 205：After the completion of clamp uphill process, begin to decline；Meanwhile being started to extend by compressed resetting spring, it utilizes
Elastic potential energy allows active fastening block to be rotated away from beam fastener inner walls direction, so that the opening contracting in secondary clamp channel
It is small to arrive original state；
Step 206：It is fallen under clamp in the horizontal side of the V-type bayonet on active fastening block free end, active fastening block is by clamp
Pressure rotates, and vertical until V-type bayonet rolls tiltedly and be connected to clamp side, to prevent active fastening block from continuing to turn
It is dynamic, to form self-locking so that clamp is clamped on active fastening block；
Step 207：After clamp is clamped with beam shackle member so that a shearing-resistant member part is retained in beam, another part of shearing-resistant member
It is retained within the walls, so that shearing-resistant member can bear the shearing formed between beam and wall, prevents wall from moving horizontally.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201810362633.5A CN108505627B (en) | 2018-04-20 | 2018-04-20 | The assembled fastener inserts and its application method being connect for beam with wall |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810362633.5A CN108505627B (en) | 2018-04-20 | 2018-04-20 | The assembled fastener inserts and its application method being connect for beam with wall |
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| CN108505627B (en) | 2019-05-03 |
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