CN206616821U - Slide buckling type timber floor - Google Patents
Slide buckling type timber floor Download PDFInfo
- Publication number
- CN206616821U CN206616821U CN201720117848.1U CN201720117848U CN206616821U CN 206616821 U CN206616821 U CN 206616821U CN 201720117848 U CN201720117848 U CN 201720117848U CN 206616821 U CN206616821 U CN 206616821U
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- Prior art keywords
- fastener
- slip
- slides
- counterpart
- arc
- Prior art date
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Abstract
The utility model belongs to interior decoration technical field, and in particular to one kind slides buckling type timber floor.The sound is trampled in order to solve timber floor present in prior art greatly, dismantles the technical problem of inconvenience.A kind of slide of offer is respectively equipped with the first slip fastener, the first slip fastener counterpart, the second slip fastener and the second slip fastener counterpart on buckling type timber floor, including floor body, four sides of the floor body；Described first, which slides fastener, includes the first arc fastener and the first slip rectangular slab, and described first slides fastener counterpart slides rectangular rail including the first arc counterpart and first；Described second, which slides fastener, includes the first rectangle fastener and the second slip rectangular slab, and described second slides fastener counterpart slides rectangular rail including the first rectangle counterpart and second.The utility model snaps through sliding contact and integrally mounted structure by what is be mutually matched, its gap is smaller, is completely embedded, it is to avoid due to floor it is uneven caused by trample the sound.
Description
Technical field
The utility model belongs to interior decoration technical field, and in particular to one kind slides buckling type timber floor.
Background technology
Timber floor refers to the floor being made of timber, domestic product be broadly divided into woodenly solid wooden floor board, laminated flooring,
Solid wooden compound floor, bamboo floor multi-layer composite floor and the major class of cork flooring six.With the development of interior decoration, existing market
On floor species it is various, and the use of timber floor more be particular about.Three points of floors, install for seven points and reflect that installation is used floor
The influence of experience.Use glue bond more the installation on existing floor and simply snap connection, existing button-type is mainly length
The flat button in side or long short side lock, using the floor of the flat button-type of long short side, when installing and using, easily short side occur moves back seam problem, and
Using the floor of long short side buckle type, when in use because the height of each junction differs or wood deformation causes plank and ground
The space in face is larger, easily occurs trampling and sends larger sound, so as to influence usage experience.
Utility model content
The purpose of this utility model be to solve present in above prior art in technical problem at least one of there is provided
One kind is prevented effectively from short side and moves back seam, and the sound, the convenient slip buckling type timber floor installed are trampled in effectively reduction.
The purpose of this utility model is achieved through the following technical solutions：
One kind slides buckling type timber floor, including floor body, and the floor body is rectangular configuration, the floor body
Four sides on be respectively equipped with the first slip fastener, first slide fastener counterpart, second slide fastener and second and slide card
Part counterpart；The first slip fastener and the first slip fastener counterpart are respectively provided on the relative both sides of floor body；
Described first, which slides fastener, includes the first arc fastener and the first slip rectangular slab, and described first slides rectangular slab
Side is connected with floor body, and the first arc fastener is located on the first slip rectangular slab；
The first slip fastener counterpart includes using cooperatively with the first arc fastener and the first slip rectangular slab respectively
The first arc counterpart and first slide rectangular rail；The first slip rectangular rail is same with the first arc counterpart
Side is connected with floor body respectively, and the first slip rectangular rail is relative with the first arc counterpart；
Described second, which slides fastener, includes the first rectangle fastener and the second slip rectangular slab, and described second slides rectangular slab
Side is connected with floor body, and the first rectangle fastener is located on the second slip rectangular slab；
The second slip fastener counterpart includes using cooperatively with the first rectangle fastener and the second slip rectangular slab respectively
The first rectangle counterpart and second slide rectangular rail；Described second slides the upper surface of rectangular rail and floor body phase
Even, the first rectangle counterpart is located on the lower surface of the first slip rectangular rail.
Further improve is that the slip buckling type timber floor is several, and adjacent two slide buckling type wood ground
Plate slides fastener and first by first and slides the interconnection of fastener counterpart and/or by the second slip fastener and the second slip
Fastener counterpart is connected with each other.
Further improve is that the section of the first arc fastener is the ladder structure of right angle that a waist is arc, institute
The base for stating the first arc fastener is connected with the first slip rectangular slab, the Lumbar with arcuate structure of the first arc fastener
The side of nearly floor body.
Further improve is that the first arc fastener includes the first rectangular surfaces, the first risers, bottom surface and the first arc
Shape sliding surface, first rectangular surfaces, the first risers, bottom surface and the first arc sliding surface are in turn connected into the right angle that section is arc
Trapezium structure, the bottom surface is connected with the first slip rectangular slab, and the first arc sliding surface is close to the side of floor body.
Further improve be, the described first upper surface for sliding rectangular slab is provided with the first upglide surface, the bottom surface and the
One upglide surface is connected.
Further improve is that two adjacent slip buckling type timber floors slide fastener by first and the first slip blocks
Part counterpart is connected with each other, and the first arc counterpart includes the second risers, the second arc sliding surface and the second rectangular surfaces；Institute
State the second risers, the second arc sliding surface and the second rectangular surfaces to be sequentially connected, the second arc sliding surface and the first arc sliding surface
Sliding contact, second rectangular surfaces and the first rectangular surfaces sliding contact, the lower surface of the first slip rectangular slab are provided with
First glide slope, described first slides the upper surface of rectangular rail and the first glide slope sliding contact.
Further improve is that two adjacent slip buckling type timber floors pass through second and slide fastener and the second cunning
Moved fastener counterpart is connected with each other；The first rectangle fastener and second slides rectangular rail sliding contact, and described second slides
Rectangular slab and the first rectangle counterpart sliding contact.
Further improve is that the upper surface of the first rectangle fastener is flushed with the first upglide surface.
Further improve is that described second slides the lower section that rectangular rail is located at the first upglide surface.
The utility model is relative to the beneficial effect of prior art：Slip buckling type timber floor of the present utility model is used
The snap part being mutually matched is set on four sides of floor body, during installation by be mutually matched snap through sliding contact and
Integrally mounted structure, its gap is smaller, is completely embedded, so as to avoid when being used after installation because floor is uneven caused
Trample the sound；Again because each floor has its connection of same attachment structure is more to be flexibly connected using socket joint type, so that this reality
New easy installation and removal is used, so as to facilitate use and the regular maintenance on floor.
Brief description of the drawings
Fig. 1 overall structure diagrams of the present utility model.
A partial enlarged drawing in Fig. 2 the utility model Fig. 1.
B partial enlarged drawing in Fig. 3 the utility model Fig. 1.
C partial enlarged drawing in Fig. 4 the utility model Fig. 1.
Wherein, corresponding reference is that 1- first slides fastener in accompanying drawing, and 2- second slides fastener, and 3- first slides card
Part counterpart, 4- second slides fastener counterpart, 5- floor bodies, the upglide surfaces of 101- first, the rectangular surfaces of 102- first, 103- the
One risers, 104- the first arc sliding surfaces, the glide slopes of 105- first, the slip rectangular slabs of 106- first, 201- the first rectangle fasteners,
The slip rectangular slabs of 202- second, 301- the first arc counterparts, the slip rectangular rails of 302- first, the risers of 303- second,
304- the second arc sliding surfaces, the rectangular surfaces of 305- second, 401- the first rectangle counterparts, 402- second slides rectangular rail.
Embodiment
The technical solution of the utility model is described in detail with accompanying drawing with reference to embodiments, should be illustrated
It is only preferred embodiment of the present utility model below to be, for the person of ordinary skill of the art, is not departing from this reality
On the premise of being conceived with new creation, various modifications and improvements can be made, these should belong to guarantor of the present utility model
Protect scope.
Connection in the utility model can be fixedly connected or be detachably connected, or integrated
Connection.
As Figure 1-4, a kind of to slide buckling type timber floor, including floor body, the floor body is rectangle knot
The first slip fastener, the first slip fastener counterpart, the second slip card are respectively equipped with structure, four sides of the floor body
Part and second slides fastener counterpart；The first slip fastener and the first slip fastener counterpart are respectively provided at floor body phase
To both sides on；Described first, which slides fastener, includes the first arc fastener and the first slip rectangular slab, and described first slides rectangle
The side of plate is connected with floor body, and the first arc fastener is located on the first slip rectangular slab；Described first slides fastener
The first arc counterpart and first that counterpart includes using cooperatively with the first arc fastener and the first slip rectangular slab respectively is slided
Dynamic rectangular rail；The first slip rectangular rail is connected with floor body respectively with the same side of the first arc counterpart, institute
State the first slip rectangular rail relative with the first arc counterpart；Described second, which slides fastener, includes the first rectangle fastener and second
Rectangular slab is slided, the side of the second slip rectangular slab is connected with floor body, and the first rectangle fastener is located at the second cunning
On dynamic rectangular slab；The second slip fastener counterpart includes with the first rectangle fastener and the second slip rectangular slab coordinating respectively and made
First rectangle counterpart and second slides rectangular rail；Described second slides the upper surface of rectangular rail and floor body phase
Even, the first rectangle counterpart is located on the lower surface of the first slip rectangular rail.
As shown in figure 1, on four sides of the present utility model for sliding buckling type timber floor, being respectively equipped with the first slip card
Part, first slide fastener counterpart, the second slip fastener and second and slide fastener counterpart；One is slided in buckling type timber floor
First slip fastener by with another slip buckling type timber floor on first slip fastener counterpart use cooperatively, one
The in buckling type timber floor second the second slip fastener slided on fastener and another slip buckling type timber floor is slided to coordinate
Part is used cooperatively, so that realizing makes floor connection of the present utility model closer, dismounting more easily purpose.In order to optimize connection
Mode, reaches more preferable connection effect, and each floor of the present utility model is used slides fastener and the first slip by described first
Fastener counterpart is respectively provided on the relative both sides of floor body；Second slip fastener and the second slip fastener counterpart are set respectively
In floor body on remaining relative both sides, so that while connection effect is ensured, convenient connection.In order to reach preferably
Connection effect, the utility model slides fastener, the first slip fastener counterpart, the second slip fastener and second to first and slides card
The concrete structure of part counterpart is studied and optimized.The utility model makes improvement on the basis of traditional snap connection
It will snap connection and be combined with being slidably socketed, it is achieved thereby that stable connection, easy-to-dismount purpose.The utility model passes through card
Part adds the setting of sliding rail, solves technical problem of the present utility model.As shown in figure 1, of the present utility model first slides
Fastener and the second slip fastener are located at the outside of floor body, and the first slip fastener counterpart and the second slip fastener counterpart are set
In the inner side of floor body.
Further improve is that the slip buckling type timber floor is several, and adjacent two slide buckling type wood ground
Plate slides fastener and first by first and slides the interconnection of fastener counterpart and/or by the second slip fastener and the second slip
Fastener counterpart is connected with each other.
When the utility model is specifically used, floor is many, each other by using new adjacent two
Buckling type timber floor is slided to slide fastener and the first slip fastener counterpart interconnection by first and/or slide by second
Fastener and second slides the interconnection of fastener counterpart.So as to realize the horizontal and vertical connection on floor.
Further improve is that the section of the first arc fastener is the ladder structure of right angle that a waist is arc, institute
The base for stating the first arc fastener is connected with the first slip rectangular slab, the Lumbar with arcuate structure of the first arc fastener
The side of nearly floor body.
Described first, which slides fastener, includes the first arc fastener and the first slip rectangular slab, and described first slides rectangular slab
Side is connected with floor body, and the first arc fastener is located on the first slip rectangular slab；Described first, which slides fastener, coordinates
The first arc counterpart and first that part includes using cooperatively with the first arc fastener and the first slip rectangular slab respectively slides square
Shape track；The first slip rectangular rail is connected with floor body respectively with the same side of the first arc counterpart, and described the
One slip rectangular rail is relative with the first arc counterpart；Described second, which slides fastener, includes the first rectangle fastener and the second slip
Rectangular slab, the side of the second slip rectangular slab is connected with floor body, and the first rectangle fastener is located at the second slip square
On shape plate；The second slip fastener counterpart includes what is used cooperatively respectively with the first rectangle fastener and the second slip rectangular slab
First rectangle counterpart and second slides rectangular rail；The upper surface of the second slip rectangular rail is connected with floor body,
The first rectangle counterpart is located on the lower surface of the first slip rectangular rail.
As shown in Fig. 2 in order to realize more preferable connection, the section of the first arc fastener is that a waist as shown in Figure 2 is
The ladder structure of right angle of arcuate structure, the first arc sliding surface is close to the side of floor body.Preferably, the first risers are with sliding
The side of rectangular slab is flushed.Preferably, floor of the present utility model is made of timber.
Further improve is that the first arc fastener includes the first rectangular surfaces, the first risers, bottom surface and the first arc
Shape sliding surface, first rectangular surfaces, the first risers, bottom surface and the first arc sliding surface are in turn connected into the right angle that section is arc
Trapezium structure, the bottom surface is connected with the first slip rectangular slab, and the first arc sliding surface is close to the side of floor body.
Slided as shown in Fig. 2 the first arc fastener includes the first rectangular surfaces, the first risers, bottom surface and the first arc
The section that face is surrounded is the structure such as Fig. 2.In use, by the slip in the first arc sliding surface so as to more easily be torn open
Unload.Preferably, the length of the first arc fastener is consistent with the side length of floor body.
Further improve be, the described first upper surface for sliding rectangular slab is provided with the first upglide surface, the bottom surface and the
One upglide surface is connected.In order to preferably realize connection, the upper surface of the of the present utility model first slip rectangular slab is set to smooth
The first upglide surface so that preferably facilitate dismounting.
Further improve is that two adjacent slip buckling type timber floors slide fastener by first and the first slip blocks
Part counterpart is connected with each other, and the first arc counterpart includes the second risers, the second arc sliding surface and the second rectangular surfaces；Institute
State the second risers, the second arc sliding surface and the second rectangular surfaces to be sequentially connected, the second arc sliding surface and the first arc sliding surface
Sliding contact, second rectangular surfaces and the first rectangular surfaces sliding contact, the lower surface of the first slip rectangular slab are provided with
First glide slope, described first slides the upper surface of rectangular rail and the first glide slope sliding contact.
Fastener and first, which is slided, when several floors of the present utility model by first each other slides fastener counterpart
During interconnection, in order to reach more preferable connection effect, the second arc sliding surface is made with the second arc sliding surface, its cambered surface radian
The picture matched with structure, it is ensured that its complete sliding contact, while ensureing that the second rectangular surfaces and the first rectangular surfaces are slided completely
Contact so that while ensureing to be completely embedded, realize preferably prevent water and other foreign matters along connection gap
Infiltration solves the technical problem of the actual solution of the utility model, likewise, the utility model so as to preferably realize connection function
The first rectangular surfaces and the complete sliding contact of the second rectangular surfaces, be conducive to being completely embedded for floor of the present utility model, meanwhile,
The sliding contact of first rectangular surfaces and the second rectangular surfaces has been shared on floor body while convenient dismounting is played for floor
Load-bearing, so as to during trampling, effectively prevent the damage on the overweight caused floor of the local load-bearing in floor.
Further improve is that two adjacent slip buckling type timber floors pass through second and slide fastener and the second cunning
Moved fastener counterpart is connected with each other；The first rectangle fastener and second slides rectangular rail sliding contact, and described second slides
Rectangular slab and the first rectangle counterpart sliding contact.
Fastener and second is slided by second slide the interconnection of fastener counterpart when several floors of the present utility model
When, by the first rectangle fastener and second slide rectangular rail completely closely sliding contact, it is described second slide rectangular slab with
The complete close sliding contact of first rectangle counterpart, so as to preferably play effect and the effect of connection of the present utility model
Really.
Further improve is that the upper surface of the first rectangle fastener is flushed with the first upglide surface.
Further improve is that described second slides the lower section that rectangular rail is located at the first upglide surface.
For the rational space using floor, corresponding first rectangle fastener and the second slip rectangular rail are placed on
Rational position, is easy for installation and removal simultaneously and does not influence overall attractive in appearance and connection effect, the utility model, by the first square
The upper surface of shape fastener is flushed with the first upglide surface, it is ensured that the smooth degree of integrated connection, by sliding rectangle rail by second
Road is located at the lower section of the first upglide surface so that the space distribution on floor is more reasonable, so that the utility model is with preferable
Connection and convenient dismounting while, the design of the side on each floor has been simplified, so as to ensure that the utility model has more
Good practicality.
The technical solution of the utility model can preferably be realized according to the record of this specification.
Claims (9)
1. one kind slides buckling type timber floor, it is characterised in that including floor body, the floor body is rectangular configuration, institute
State be respectively equipped with four sides of floor body the first slip fastener, first slide fastener counterpart, second slide fastener and
Second slides fastener counterpart；It is relative that the first slip fastener and the first slip fastener counterpart are respectively provided at floor body
On both sides；
Described first, which slides fastener, includes the first arc fastener and the first slip rectangular slab, and described first slides the side of rectangular slab
It is connected with floor body, the first arc fastener is located on the first slip rectangular slab；
The first slip fastener counterpart include using cooperatively with the first arc fastener and the first slip rectangular slab respectively the
One arc counterpart and first slides rectangular rail；Described first slides rectangular rail and the same side point of the first arc counterpart
It is not connected with floor body, the first slip rectangular rail is relative with the first arc counterpart；
Described second, which slides fastener, includes the first rectangle fastener and the second slip rectangular slab, and described second slides the side of rectangular slab
It is connected with floor body, the first rectangle fastener is located on the second slip rectangular slab；
The second slip fastener counterpart include using cooperatively with the first rectangle fastener and the second slip rectangular slab respectively the
One rectangle counterpart and second slides rectangular rail；The upper surface of the second slip rectangular rail is connected with floor body, institute
The first rectangle counterpart is stated to be located on the lower surface of the first slip rectangular rail.
2. slip buckling type timber floor according to claim 1, it is characterised in that the slip buckling type floor is some
It is individual, adjacent two slide buckling type floors by first slide fastener with first slide the interconnection of fastener counterpart and/or
Fastener and second, which is slided, by second slides the interconnection of fastener counterpart.
3. slip buckling type floor according to claim 1, it is characterised in that the section of the first arc fastener is one
Bar waist is the ladder structure of right angle of arc, and the base of the first arc fastener is connected with the first slip rectangular slab, described first
The side of the nearly floor body of the Lumbar with arcuate structure of arc fastener.
4. slip buckling type timber floor according to claim 2, it is characterised in that the first arc fastener includes first
Rectangular surfaces, the first risers, bottom surface and the first arc sliding surface, first rectangular surfaces, the first risers, bottom surface and the first arc
Sliding surface is in turn connected into the ladder structure of right angle that section is arc, and the bottom surface is connected with the first slip rectangular slab, and described first
Arc sliding surface is close to the side of floor body.
5. slip buckling type timber floor according to claim 4, it is characterised in that described first slides the upper table of rectangular slab
Face is provided with the first upglide surface, and the bottom surface is connected with the first upglide surface.
6. slip buckling type timber floor according to claim 5, it is characterised in that adjacent two slide buckling type floor
Fastener and first is slided by first and slides the interconnection of fastener counterpart, and the first arc counterpart includes second and erect
Face, the second arc sliding surface and the second rectangular surfaces；Second risers, the second arc sliding surface and the second rectangular surfaces are sequentially connected,
The second arc sliding surface and the first arc sliding surface sliding contact, second rectangular surfaces and the first rectangular surfaces sliding contact, institute
The lower surface for stating the first slip rectangular slab is provided with the first glide slope, and described first slides under the upper surface and first of rectangular rail
Sliding surface sliding contact.
7. slip buckling type timber floor according to claim 6, it is characterised in that two adjacent slip buckling types
Fastener and second is slided by second and slides the interconnection of fastener counterpart in floor；The first rectangle fastener and second slides square
Shape track sliding contact, described second slides rectangular slab and the first rectangle counterpart sliding contact.
8. slip buckling type timber floor according to claim 7, it is characterised in that the upper surface of the first rectangle fastener
Flushed with the first upglide surface.
9. slip buckling type timber floor according to claim 8, it is characterised in that the second slip rectangular rail is located at
The lower section of first upglide surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720117848.1U CN206616821U (en) | 2017-02-08 | 2017-02-08 | Slide buckling type timber floor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720117848.1U CN206616821U (en) | 2017-02-08 | 2017-02-08 | Slide buckling type timber floor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206616821U true CN206616821U (en) | 2017-11-07 |
Family
ID=60230575
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720117848.1U Expired - Fee Related CN206616821U (en) | 2017-02-08 | 2017-02-08 | Slide buckling type timber floor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206616821U (en) |
-
2017
- 2017-02-08 CN CN201720117848.1U patent/CN206616821U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20171107 Termination date: 20190208 |