CN108468395B - The mounting structure being connect for wall with wall and its assembly, method for dismounting - Google Patents
The mounting structure being connect for wall with wall and its assembly, method for dismounting Download PDFInfo
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- CN108468395B CN108468395B CN201810360868.0A CN201810360868A CN108468395B CN 108468395 B CN108468395 B CN 108468395B CN 201810360868 A CN201810360868 A CN 201810360868A CN 108468395 B CN108468395 B CN 108468395B
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- wall
- fastening block
- active fastening
- straight line
- fixed fastener
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- E—FIXED CONSTRUCTIONS
- E04—BUILDING
- E04B—GENERAL BUILDING CONSTRUCTIONS; WALLS, e.g. PARTITIONS; ROOFS; FLOORS; CEILINGS; INSULATION OR OTHER PROTECTION OF BUILDINGS
- E04B2/00—Walls, e.g. partitions, for buildings; Wall construction with regard to insulation; Connections specially adapted to walls
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Abstract
The invention discloses a kind of mounting structures connecting for wall with wall, including being equipped with the recessed wall of tongue-and-groove and equipped with the convex wall of tenon；Several fixed fasteners with card slot are equipped at intervals on tenon along the vertical direction；Correspond to each fixed fastener in tongue-and-groove and is equipped with corresponding clamping hook；Clamping hook includes active fastening block and the support that is fixed in tongue-and-groove, and active fastening block on the support and can hingedly horizontally rotate around hinge joint, and one end of active fastening block is equipped with the clamp that can be caught in the card slot of fixed fastener；It further include that active fastening block can be made to keep the clamp of active fastening block towards the card slot of fixed fastener and the resetting-mechanism that opens the hinged side of active fastening block relative to support in the initial state.The present invention also provides assembly method and method for dismounting, when installation, the trip of convex wall is pushed into the tongue-and-groove of recessed wall；When disassembly, in tongue-and-groove that the trip of convex wall is pulled out to recessed wall.Being detachably connected for present invention realization wet-less operation, realization wall and wall, realizes nondestructive demounting.
Description
Technical field
The present invention relates to the pre- of the attachment beam and wall of assembled architecture technical field more particularly to a kind of assembled architecture
Embedded component.
Background technique
In assembled architecture, the wall other than load bearing wall is generally precast wall body, for the connection between precast wall body
The general method using grouting makes vertically to connect between wall, and limitation of one piece of precast wall body due to transporting and lifting condition needs
Several delivery units are resolved into, the vertical joint face quantity for causing scene to need grouting splicing is larger, if still using wet work
The mode of industry (grouting) connects, and project amount is larger, long construction period.
Summary of the invention
In view of the above shortcomings of the prior art, the present invention provides a kind of mounting structure connecting for wall with wall, solves existing
Have to connect between precast wall body in technology and need the technical issues of carrying out wet construction, the connection type between wall and wall is changed into
Being detachably connected for mechanical connection, realization wet-less operation, realization wall and wall, realizes nondestructive demounting.
In order to solve the above technical problems, technical scheme is as follows: a kind of mounting structure being connect for wall with wall,
The convex wall of recessed wall and side equipped with the tenon that can be engaged with tongue-and-groove of tongue-and-groove is equipped with including side；The tongue-and-groove and tenon are equal
It is vertically arranged；The tenon relative to being equipped at intervals with several fixed fasteners with card slot along the vertical direction in the one side of tongue-and-groove；Institute
It states and corresponds to each fixed fastener in tongue-and-groove equipped with corresponding clamping hook；The clamping hook includes active fastening block and be fixed on
Support in tongue-and-groove, the active fastening block can hingedly horizontally rotate on the support and around hinge joint, and one end of active fastening block is equipped with
The clamp that can be caught in the card slot of fixed fastener；It keeps living when further including can make active fastening block original state in a pre-installation
Card slot and the resetting-mechanism that opens the hinged side of active fastening block relative to support of the clamp of dynamic fixture block towards fixed fastener；Institute
The clamp for stating active fastening block is equipped with shock portion, and the shock portion is during tenon is caught in tongue-and-groove, and active fastening block is initial
The position of fixed fastener is contacted under state first, the impact site is in the card slot and active fastening block of fixed fastener and the hinge of support
Between contact.
The present invention provide it is a kind of by adopting the above technical scheme in the assembly method of mounting structure that is connect with wall of wall, including
Following steps:
Step 101: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall to strike the fixed fastener on tenon recessed
In the shock portion of the clamp of the active fastening block in original state in wall tongue-and-groove；
Step 102: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, holding
It is continuous push convex wall during so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener,
So that the clamp on active fastening block progresses into the card slot of fixed fastener
Step 103: active fastening block persistently rotates, and until the hinged side of active fastening block abuts on the support, active fastening block is not
It can rotate again, while the clamp of active fastening block is fastened on the card slot of fixed fastener, to complete the connection of wall and wall.
Preferably, the cross-sectional shape of the active fastening block is formed by being joined end to end with lower curve and straight line: two mutually
Parallel first straight line section and second straight line section；One end of first straight line section is connected by the same side of broken line and second straight line section
It connects, the other end of first straight line section is connect by curved section with the same side of second straight line section；The broken line is by first straight line
Flanging and second straight line flanging composition, one end of first straight line flanging are connect with first straight line section, first straight line flanging and first
The angle of straightway is acute angle；One end of second straight line flanging is connect with second straight line section, the other end of second straight line flanging with
The angle of the connection of first straight line flanging, second straight line flanging and second straight line section and first straight line flanging is obtuse angle；It is described
Curved section is made of dome segmental arc and concave arc section, and one end of dome segmental arc is connect with second straight line section transition；Concave arc section one
End is connect with first straight line section, and the concave arc section other end is connect with dome segmental arc transition.
Preferably, using the first straight line section of active fastening block cross section as hinged side, hinge joint is located at first straight line section
Middle part；First straight line section and first straight line flanging are formed by acute angle and active fastening block are made to have corner；The dome segmental arc
Then form arc-shaped clamp；The concave arc section makes active fastening block have circular groove.
Preferably, the card slot of the fixed fastener is arc-shaped；Active fastening block can be embedded in by being equipped on the outside of the card slot
The arc-shaped convex of circular groove.
Preferably, it is described it is recessed be additionally provided within the walls it is being connected to tongue-and-groove and vertically run through recessed wall anchor pole slot；Anchor pole slot upper end
Penetrate through recessed wall top face；The card slot opening of the opening relative orientation fixed fastener of the anchor pole slot.
Preferably, it is equipped at intervals with along its length on the anchor pole one side several one-to-one with each active fastening block
Convex block is provided with the bayonet that can be clamped with the corner on active fastening block on the convex block.
Preferably, the support is equipped with mandrel, and the active fastening block is socketed on the mandrel of support by axle sleeve, described
Resetting-mechanism includes the plane scroll spring being socketed on mandrel, and the inner end of the plane scroll spring is fixed on mandrel, is put down
The outer end of face scroll spring is fixedly connected on the inner wall of axle sleeve.
The present invention also provides a kind of assembly methods of mounting structure that the wall using above-mentioned optimization structure is connect with wall, including
Following steps:
Step 201: being inserted into anchor pole in the anchor pole slot of recessed wall, and adjust anchor pole up and down, make each convex block and each work on anchor pole
Dynamic fixture block is staggered；
Step 202: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall to strike the fixed fastener on tenon recessed
In the shock portion of the clamp of the active fastening block in original state in wall tongue-and-groove；
Step 203: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, holding
It is continuous push convex wall during so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener,
So that the clamp on active fastening block progresses into the card slot of fixed fastener；
Step 204: active fastening block persistently rotates, and until the hinged side of active fastening block abuts on the support, active fastening block is not
It can rotate again, while the clamp of active fastening block is fastened on the card slot of fixed fastener, i.e. the arc-shaped card of active fastening block
Head is stuck in the arc-shaped card slot of fixed fastener, and the arc-shaped convex of fixed fastener is caught in the arc-shaped recessed of active fastening block
In slot；
Step 205: after the completion of active fastening block and fixed fastener clamping, adjusting anchor pole up and down, make on anchor pole each convex block successively
It is directed at each active fastening block, so that the corner on active fastening block is caught in the bayonet on anchor pole convex block, active fastening block is turned by limitation
It is dynamic, so that active fastening block be locked, convex wall is avoided to separate with recessed wall.
The present invention provides a kind of disassemblies to be formed by connecting structure of wall using the assembly method that above-mentioned wall is connect with wall
Method for dismounting, the connecting structure of wall is as follows: the tenon of convex wall is embedded in the tongue-and-groove of recessed wall, the fixed fastener on tenon with
Clamping hook engaging in tongue-and-groove, the corner of clamping hook is stuck in the bayonet of anchor pole convex block；The following steps are included:
Step 301: extracting anchor pole out from the anchor pole slot of recessed wall；Then convex wall is pulled away from the direction of recessed wall；
Step 302: since active fastening block is released from rotation limitation, during lasting pulling convex wall, active fastening block court
The card slot direction far from fixed fastener rotate, while the clamp on active fastening block progressively disengages the card slot of fixed fastener；
Step 303: when active fastening block completely disengages fixed fastener, convex wall is pulled on, until the tenon of convex wall is from recessed
It is completely disengaged in the tongue-and-groove of wall, to complete the disassembly of connecting structure of wall.
Compared with prior art, the invention has the following advantages:
1, since impact site is between hinge joint and the card slot of fixed fastener, then the rum point in impact site (is hit
Stress point when hitting), when convex wall strikes shock portion, lateral impact power suffered by rum point, will generate one perpendicular to
The component of the line of hinge joint and rum point rotates active fastening block around hinge joint to form torque；Also, due to clamp court
To card slot direction, enables clamp to move closer to the card slot of fixed fixture block with the rotation of active fastening block, be finally caught in fixation
In the card slot of fixture block.
2, it is locked by fastening state of the anchor pole to active fastening block and fixed fastener, wall point occurs after avoiding installation
From raising stability.It is connect by several fixed fasteners with active fastening block between convex wall and recessed wall in the present invention, is mentioned significantly
High bonding strength, and during the installation process, all clamping hooks can engage simultaneously with corresponding fixed fastener, without one
One is operated, and installation effectiveness is substantially increased.
3, mount and dismount very convenient, when installation, the tenon of convex wall is pushed into the tongue-and-groove of recessed wall be can be completed；It is tearing open
When unloading, the tenon of convex wall is pulled out can be completed in the tongue-and-groove of recessed wall.
4 realize being detachably connected for wall and wall by clamping hook and fixed fastener, and entire to mount and dismount process equal
For wet-less operation, nondestructive demounting is realized.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of convex wall；
Fig. 2 is the structural schematic diagram of cavity；
Fig. 3 is the structural schematic diagram of fixed fastener；
Fig. 4 is the structural schematic diagram of clamping hook；
Fig. 5 is the state diagram in convex wall and recessed wall installation process；
Fig. 6 is the state diagram that convex wall and recessed wall are installed；
Fig. 7 is the structural schematic diagram of anchor pole；
Fig. 8 is the A-A sectional view of Fig. 7；
Fig. 9 is the B-B sectional view of Fig. 7；
Figure 10 is the cross-sectional view of active fastening block；
Description of symbols: 1A- convex wall, the recessed wall of 1B-, 1- fixed fastener, 11- card slot, 12- arc-shaped convex, 2- activity
Fastener, 22- movable chuck, 21- support, 221- clamp, the corner 222-, 22a- first straight line section, 22b- second straight line section,
22c- first straight line flanging, 22d- second straight line flanging, 22e- dome segmental arc, 22f- concave arc section, 3- anchor pole, 31- convex block.
Specific embodiment
As shown in Figures 1 and 2, a kind of mounting structure being connect for wall with wall, including side be equipped with tongue-and-groove recessed wall with
And side is equipped with the convex wall for the tenon that can be engaged with tongue-and-groove；The tongue-and-groove and tenon are vertically arranged；The tenon relative to
Several fixed fasteners with card slot are equipped at intervals in the one side of tongue-and-groove along the vertical direction；Correspond to each fixing card in the tongue-and-groove
Part is equipped with corresponding clamping hook；As shown in figure 4, the clamping hook includes active fastening block and the support that is fixed in tongue-and-groove,
The active fastening block can hingedly horizontally rotate on the support and around hinge joint, and one end of active fastening block, which is equipped with, can be caught in fixing card
Clamp in the card slot of part；The clamp court of active fastening block is kept when further including can make active fastening block original state in a pre-installation
Card slot to fixed fastener and the resetting-mechanism that opens the hinged side of active fastening block relative to support；The card of the active fastening block
Head is equipped with shock portion, and the shock portion is during tenon is caught in tongue-and-groove, and active fastening block contacts first in the initial state
The position of fixed fastener, the impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support.
Since impact site is between hinge joint and the card slot of fixed fastener, then the rum point in impact site (is hit
When stress point), when convex wall strikes shock portion, lateral impact power suffered by rum point, will generate one perpendicular to hinge
The component of the line of contact and rum point rotates active fastening block around hinge joint to form torque；Also, due to clamp direction
Card slot direction enables clamp to move closer to the card slot of fixed fixture block with the rotation of active fastening block, is finally caught in fixing card
In the card slot of block.
The present invention provide it is a kind of by adopting the above technical scheme in the assembly method of mounting structure that is connect with wall of wall, including
Following steps:
Step 101: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall to strike the fixed fastener on tenon recessed
In the shock portion of the clamp of the active fastening block in original state in wall tongue-and-groove；
Step 102: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, holding
It is continuous push convex wall during so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener,
So that the clamp on active fastening block progresses into the card slot of fixed fastener；
Step 103: active fastening block persistently rotates, and until the hinged side of active fastening block abuts on the support, active fastening block is not
It can rotate again, while the clamp of active fastening block is fastened on the card slot of fixed fastener, to complete the connection of wall and wall.
In present embodiment, the cross-sectional shape of the active fastening block with lower curve and straight line by being joined end to end shape
At as shown in Figure 10: two first straight line sections being parallel to each other and second straight line section；One end of first straight line section passes through broken line
It is connect with the same side of second straight line section, the other end of first straight line section is connected by the same side of curved section and second straight line section
It connects；The broken line is made of first straight line flanging and second straight line flanging, one end of first straight line flanging and first straight line section
The angle of connection, first straight line flanging and first straight line section is acute angle；One end of second straight line flanging is connect with second straight line section,
The other end of second straight line flanging is connect with first straight line flanging, and second straight line flanging and second straight line section and first straight line are rolled over
The angle on side is obtuse angle；The curved section is made of dome segmental arc and concave arc section, one end of dome segmental arc and second straight line
Section transition connection；Concave arc section one end is connect with first straight line section, and the concave arc section other end is connect with dome segmental arc transition.
In present embodiment, using the first straight line section of active fastening block cross section as hinged side, hinge joint is located at the
The middle part of one straightway；First straight line section and first straight line flanging are formed by acute angle and active fastening block are made to have corner；Institute
It states dome segmental arc and then forms arc-shaped clamp；The concave arc section makes active fastening block have circular groove.In this way, card
Head is located at one end of active fastening block, and corner is located relative to one end of clamp, after clamp engages with the card slot of fixed fastener,
Corner is located relative on the card slot direction of angulations of fixed fastener, so that corner can be against anchor pole slot.In addition, hinge
Connecing side is first straight line section, so that active fastening block junction is plane, the hinged face of support is also configured as plane, active fastening block with
After fixed fastener engaging, active fastening block can form good closure with support, while second straight line is as the opposite of hinged side
Side can be also closed with the medial surface of fixed fastener.
As shown in figure 3, the card slot of the fixed fastener is arc-shaped in present embodiment；It is set on the outside of the card slot
There is the arc-shaped convex for the circular groove that can be embedded in active fastening block.In this way, after active fastening block engages with fixed fastener, activity
The clamp of fixture block is stuck in the card slot of fixed fastener, and the arc-shaped convex of fixed fastener is stuck in the circular groove of clamping hook
It is interior, the closed of clamping is not only increased, in disassembly, i.e. classification fixed fastener and when active fastening block makes active fastening block and solid
Determine to form rolling friction between card slot, reduce frictional resistance, easily facilitates disassembly.
In present embodiment, it is described it is recessed be additionally provided within the walls it is being connected to tongue-and-groove and vertically run through recessed wall anchor pole slot；
Anchor pole slot upper end penetrates through recessed wall top face；The card slot opening of the opening relative orientation fixed fastener of the anchor pole slot.Anchor pole slot is used for
Anchor pole is accommodated, for the depth of anchor pole slot not less than the thickness at not set convex block on anchor pole, anchor pole does not set the cross section of bump region
As shown in figure 8, anchor pole will not protrude outside anchor pole slot when convex block and active fastening block on anchor pole being made to be staggered, to avoid activity
With anchor pole movement interference occurs for fixture block during rotation.
As shown in fig. 7, in present embodiment, be equipped at intervals with along its length on the anchor pole one side it is several with it is each
A active fastening block one-to-one convex block is provided with the bayonet that can be clamped with the corner on active fastening block on the convex block, convex
The cross section in block region is as shown in Figure 9.Convex block on anchor pole (is had been completed active fastening block and fixed fastener card by bayonet
Close) corner block, even if pulling out convex wall, active fastening block can not rotate, to maintain active fastening block
With the fastening state of fixed fastener, convex wall is avoided to separate with recessed wall.
In present embodiment, the support is equipped with mandrel, and the active fastening block is socketed in support by axle sleeve
On mandrel, the resetting-mechanism includes the plane scroll spring being socketed on mandrel, and the inner end of the plane scroll spring is fixed
On mandrel, the outer end of plane scroll spring is fixedly connected on the inner wall of axle sleeve.The outer end of plane scroll spring can be with
Active fastening block is rotated and is rotated around mandrel, so that plane scroll spring is shunk；After external force releases, i.e., fixed fixture block and work
After dynamic fixture block separation, plane scroll spring expansion, so that active fastening block is returned to original state.
In present embodiment, resetting-mechanism can also be realized in the following ways: in the not set convex block of anchor pole
First magnet is set on region, the second magnet, the first magnet are set on the corresponding region of the first straight line folding of active fastening block
It can attract each other with the second magnet.In this way, being inserted into anchor pole in the anchor pole slot in recessed wall, and anchor pole is adjusted up and down, make anchor pole
When upper each convex block and each active fastening block are staggered, the first magnet on anchor pole just can attract the second magnet on active fastening block, thus
It is that active fastening block keeps original state.
The present invention also provides a kind of assembly methods of mounting structure that the wall using above-mentioned optimization structure is connect with wall, including
Following steps:
As shown in figure 5, step 201: being inserted into anchor pole in the anchor pole slot of recessed wall, and adjust anchor pole up and down, make each on anchor pole
Convex block is staggered with each active fastening block；
Step 202: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall to strike the fixed fastener on tenon recessed
In the shock portion of the clamp of the active fastening block in original state in wall tongue-and-groove；
Step 203: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, holding
It is continuous push convex wall during so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener,
So that the clamp on active fastening block progresses into the card slot of fixed fastener；
In order to avoid movement interference, the radius of gyration that corner is rotated around hinge joint occur during rotation for active fastening block
No more than distance of the hinge joint at anchor pole channel opening position, the radius of gyration is first straight line side and first straight line flanging
Distance of the intersection point to hinge joint.In addition, the volume intersection point at first straight line section and concave arc end is located at solid when active fastening block original state
Determine the outside of the arc-shaped convex on the outside of the card slot of fastener.
As shown in fig. 6, step 204: active fastening block persistently rotates, until active fastening block hinged side abut on the support,
Active fastening block cannot rotate again, while the clamp of active fastening block is fastened on the card slot of fixed fastener, i.e. active fastening block
Arc-shaped clamp is stuck in the arc-shaped card slot of fixed fastener, and the arc-shaped convex of fixed fastener is caught in active fastening block
Circular groove in；
Step 205: after the completion of active fastening block and fixed fastener clamping, adjusting anchor pole up and down, make on anchor pole each convex block successively
It is directed at each active fastening block, so that the corner on active fastening block is caught in the bayonet on anchor pole convex block, active fastening block is turned by limitation
It is dynamic, so that active fastening block be locked, convex wall is avoided to separate with recessed wall.
The present invention provides a kind of disassemblies to be formed by connecting structure of wall using the assembly method that above-mentioned wall is connect with wall
Method for dismounting, the connecting structure of wall is as follows: as shown in fig. 6, the tenon of convex wall is embedded in the tongue-and-groove of recessed wall, on tenon
Fixed fastener engages with the clamping hook in tongue-and-groove, and the corner of clamping hook is stuck in the bayonet of anchor pole convex block；Including following
Step:
Step 301: extracting anchor pole out from the anchor pole slot of recessed wall；Then convex wall is pulled away from the direction of recessed wall；
Step 302: since active fastening block is released from rotation limitation, during lasting pulling convex wall, active fastening block court
The card slot direction far from fixed fastener rotate, while the clamp on active fastening block progressively disengages the card slot of fixed fastener；
Step 303: when active fastening block completely disengages fixed fastener, convex wall is pulled on, until the tenon of convex wall is from recessed
It is completely disengaged in the tongue-and-groove of wall, to complete the disassembly of connecting structure of wall.
Finally, it is stated that the above examples are only used to illustrate the technical scheme of the present invention and are not limiting, although referring to compared with
Good embodiment describes the invention in detail, those skilled in the art should understand 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 scope of the claims.
Claims (10)
1. a kind of mounting structure being connect for wall with wall, it is characterised in that: be equipped with recessed wall and the side of tongue-and-groove including side
Convex wall equipped with the tenon that can be engaged with tongue-and-groove；The tongue-and-groove and tenon are vertically arranged；The tenon is relative to tongue-and-groove
Several fixed fasteners with card slot are equipped at intervals on one side along the vertical direction；Correspond to each fixed fastener in the tongue-and-groove to be equipped with
Corresponding clamping hook；The clamping hook includes active fastening block and the support that is fixed in tongue-and-groove, and the active fastening block is hinged
It can horizontally rotate on the support and around hinge joint, one end of active fastening block is equipped with the card that can be caught in the card slot of fixed fastener
Head；Card of the clamp of active fastening block towards fixed fastener is kept when further including can make active fastening block original state in a pre-installation
Slot and the resetting-mechanism for opening the hinged side of active fastening block relative to support；The clamp of the active fastening block, which is equipped with, to be hit
Portion, the shock portion are during tenon is caught in tongue-and-groove, and active fastening block contacts the portion of fixed fastener first in the initial state
Position, the impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support.
2. the mounting structure according to claim 1 being connect for wall with wall, it is characterised in that: the cross of the active fastening block
Cross sectional shape is formed by being joined end to end with lower curve and straight line: two first straight line sections being parallel to each other and second straight line section；The
One end of one straightway is connect by broken line with the same side of second straight line section, and the other end of first straight line section passes through curved section
It is connect with the same side of second straight line section；The broken line is made of first straight line flanging and second straight line flanging, first straight line
One end of flanging is connect with first straight line section, and the angle of first straight line flanging and first straight line section is acute angle；Second straight line flanging
One end connect with second straight line section, the other end of second straight line flanging is connect with first straight line flanging, second straight line flanging with
The angle of second straight line section and first straight line flanging is obtuse angle；The curved section is made of dome segmental arc and concave arc section,
One end of dome segmental arc is connect with second straight line section transition；Concave arc section one end is connect with first straight line section, and concave arc section is another
End is connect with dome segmental arc transition.
3. the mounting structure according to claim 2 being connect for wall with wall, it is characterised in that: with active fastening block cross section
First straight line section as hinged side, hinge joint is located at the middle part of first straight line section；First straight line section and first straight line flanging institute
The acute angle of formation makes active fastening block have corner；The dome segmental arc then forms arc-shaped clamp；The concave arc
Section makes active fastening block have circular groove.
4. the mounting structure according to claim 3 being connect for wall with wall, it is characterised in that: the card of the fixed fastener
Slot is arc-shaped；The arc-shaped convex that can be embedded in the circular groove of active fastening block is equipped on the outside of the card slot.
5. the mounting structure according to claim 4 being connect with wall for wall, it is characterised in that: described recessed to be additionally provided within the walls
Anchor pole slot that is being connected to tongue-and-groove and running through recessed wall vertically；Anchor pole slot upper end penetrates through recessed wall top face；The opening phase of the anchor pole slot
To the card slot opening towards fixed fastener.
6. the mounting structure according to claim 5 being connect for wall with wall, it is characterised in that: further include being inserted into institute
The anchor pole of anchor pole slot is stated, is equipped at intervals with along its length on the anchor pole one side several one-to-one with each active fastening block
Convex block is provided with the bayonet that can be clamped with the corner on active fastening block on the convex block.
7. the mounting structure according to claim 1 being connect for wall with wall, it is characterised in that the support is equipped with core
Axis, the active fastening block are socketed on the mandrel of support by axle sleeve, and the resetting-mechanism includes the plane being socketed on mandrel
The inner end of scroll spring, the plane scroll spring is fixed on mandrel, and the outer end of plane scroll spring is fixedly connected on axle sleeve
Inner wall on.
8. the assembly method that a kind of wall is connect with wall, it is characterised in that: be used for what wall was connect with wall using described in claim 1
Mounting structure, comprising the following steps:
Step 101: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall that the fixed fastener on tenon is made to strike recessed wall tenon
In the shock portion of the clamp of the active fastening block in original state in slot；
Step 102: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, persistently pushing away
During dynamic convex wall so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener, thus
So that the clamp on active fastening block progresses into the card slot of fixed fastener；
Step 103: active fastening block persistently rotates, and until the hinged side of active fastening block abuts on the support, active fastening block cannot be again
It rotates, while the clamp of active fastening block is fastened on the card slot of fixed fastener, to complete the connection of wall and wall.
9. the assembly method that a kind of wall is connect with wall, it is characterised in that: be used for what wall was connect with wall using as claimed in claim 6
Mounting structure, comprising the following steps:
Step 201: being inserted into anchor pole in the anchor pole slot of recessed wall, and adjust anchor pole up and down, make each convex block and each active card on anchor pole
Block is staggered；
Step 202: the tenon of convex wall being aligned to the tongue-and-groove of recessed wall, pushes convex wall that the fixed fastener on tenon is made to strike recessed wall tenon
In the shock portion of the clamp of the active fastening block in original state in slot；
Step 203: since impact site is between the card slot and active fastening block of fixed fastener and the hinge joint of support, persistently pushing away
During dynamic convex wall so that active fastening block by fixed fastener extruding and rotated towards the card slot direction of fixed fastener, thus
So that the clamp on active fastening block progresses into the card slot of fixed fastener；
Step 204: active fastening block persistently rotates, and until the hinged side of active fastening block abuts on the support, active fastening block cannot be again
It rotates, while the clamp of active fastening block is fastened on the card slot of fixed fastener, i.e. the arc-shaped clamp card of active fastening block
In the arc-shaped card slot of fixed fastener, and the arc-shaped convex of fixed fastener is caught in the circular groove of active fastening block
It is interior；
Step 205: after the completion of active fastening block and fixed fastener clamping, adjusting anchor pole up and down, be directed at each convex block on anchor pole successively
Each active fastening block, so that the corner on active fastening block is caught in the bayonet on anchor pole convex block, active fastening block is rotated by limitation, from
And lock active fastening block, avoid convex wall from separating with recessed wall.
10. a kind of disassembly is formed by connecting structure of wall using the assembly method that wall as claimed in claim 9 is connect with wall
Method for dismounting, the connecting structure of wall is as follows: the tenon of convex wall is embedded in the tongue-and-groove of recessed wall, the fixed fastener on tenon with
Clamping hook engaging in tongue-and-groove, the corner of clamping hook is stuck in the bayonet of anchor pole convex block；It is characterized by comprising following
Step:
Step 301: extracting anchor pole out from the anchor pole slot of recessed wall；Then convex wall is pulled away from the direction of recessed wall；
Step 302: since active fastening block is released from rotation limitation, during lasting pulling convex wall, active fastening block is towards remote
Card slot direction rotation from fixed fastener, while the clamp on active fastening block progressively disengages the card slot of fixed fastener；
Step 303: when active fastening block completely disengages fixed fastener, convex wall is pulled on, until the tenon of convex wall is from recessed wall
It is completely disengaged in tongue-and-groove, to complete the disassembly of connecting structure of wall.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810360868.0A CN108468395B (en) | 2018-04-20 | 2018-04-20 | The mounting structure being connect for wall with wall and its assembly, method for dismounting |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810360868.0A CN108468395B (en) | 2018-04-20 | 2018-04-20 | The mounting structure being connect for wall with wall and its assembly, method for dismounting |
Publications (2)
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| CN108468395A CN108468395A (en) | 2018-08-31 |
| CN108468395B true CN108468395B (en) | 2019-05-17 |
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Family Cites Families (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6065264A (en) * | 1998-12-24 | 2000-05-23 | Imler; Darlene F. | Flooring system |
| DE10001076C1 (en) * | 2000-01-13 | 2001-10-04 | Huelsta Werke Huels Kg | Panel element to construct floor covering; has groove and spring on opposite longitudinal sides and has groove and tongue on opposite end faces, to connect and secure adjacent panel elements |
| US6823638B2 (en) * | 2001-06-27 | 2004-11-30 | Pergo (Europe) Ab | High friction joint, and interlocking joints for forming a generally planar surface, and method of assembling the same |
| DE20215223U1 (en) * | 2002-10-02 | 2003-02-27 | Kellner Peter | Abrasion resistant reusable flooring tiles has a thin upper layer bonded to a thicker elastic layer with the layers offset to/ provide protruding edges along two sides to interlock with other similar tiles |
| KR20080072506A (en) * | 2007-02-02 | 2008-08-06 | 김기성 | Water proof reinforced floor |
| JP2008223448A (en) * | 2007-03-08 | 2008-09-25 | Osamu Yokozuka | Method of joining precast concrete foundation block and precast concrete panel using wedge |
| NL2003019C2 (en) * | 2009-06-12 | 2010-12-15 | 4Sight Innovation Bv | FLOOR PANEL AND FLOOR COVERAGE CONSISING OF MULTIPLE OF SUCH FLOOR PANELS. |
| CN107524278A (en) * | 2017-09-11 | 2017-12-29 | 李长虹 | It is a kind of to splice the solid imitative solid wood aluminum alloy floor of more labor |
| CN107653995B (en) * | 2017-09-27 | 2019-11-19 | 哈尔滨理工大学 | The steel assembled wall connecting device of stalk-and connecting node way |
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