CN103790323A - Floor and paving structure thereof - Google Patents

Floor and paving structure thereof Download PDF

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Publication number
CN103790323A
CN103790323A CN201210431859.9A CN201210431859A CN103790323A CN 103790323 A CN103790323 A CN 103790323A CN 201210431859 A CN201210431859 A CN 201210431859A CN 103790323 A CN103790323 A CN 103790323A
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China
Prior art keywords
floor
tongue
structure
pavement
edge
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CN201210431859.9A
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Chinese (zh)
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刘彬彬
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浙江菱格木业有限公司
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Priority to CN201210431859.9A priority Critical patent/CN103790323A/en
Publication of CN103790323A publication Critical patent/CN103790323A/en

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Abstract

The invention provides a floor and a paving structure thereof. The floor comprises two groups opposite edges. One group of the opposite edges is provided with locking structures, wherein the locking structure of one edge is a male tenon, and the locking structure of the other edge is a female groove. The other group of the opposite edges is provided with hasp structures, wherein the hasp structure of one edge is a male hasp, and the hasp structure of the other edge is a female hasp. The floor has the advantages that solid wood floors are spliced by the locking structures and the hasp structures, fixation by using glues or nails can be avoided, and convenient and firm assembling is achieved; the hasp structures which are simple in structure and simple to combine can be made into large size, the force among floors during thermal expansion and cold contraction can be well borne and transmitted, floor crack, warping and the like in a geothermic environment can be avoided, and the floor can well adapt to the geothermic environment.

Description

地板及其铺装结构 Floor and pavement structure

技术领域 FIELD

[0001] 本发明涉及家居装修领域,尤其涉及一种地板及其地板的铺装结构。 [0001] The present invention relates to a home decoration, and in particular relates to a floor pavement structure and the floor.

背景技术 Background technique

[0002] 地板的铺装一般分为用胶水粘贴、用钉子钉在龙骨上、利用锁扣结构拼接为一体。 [0002] The floor coverings typically divided glued, nailed to the keel, using latching structure integrally stitching. 前两种方式由于不能让地板重复使用,且容易受温度变化影响而翘角或开裂等等缺陷,不符合现在环保的需求。 Since the first two methods can not let the floor reused and easily while Qiaojiao or cracking is affected by temperature changes, etc. defects do not meet environmental requirements now. 常见的锁扣结构如中国专利CN 2630382Y号所描述,而由于锁扣结构较复杂,为了配合紧密,锁扣结构的尺寸也配合得比较紧凑,故一般的锁扣结构的地板安装时需要较大的力度,并且单块地板的四个边沿都需要较大的力或者从特定的角度才能把相邻的地板安装进入。 Common latch structure, such as Chinese Patent No. CN 2630382Y described, and since the latching structure is more complex, in order to fit closely with dimensions of latching structure is also relatively compact, so generally require large floor mounted latching structure intensity, and four individual floor edge will require a large force to the adjacent floor or into the installation from a particular angle. 这使得铺装时较难以配合,安装的效率不是很高。 When the pavement which makes more difficult to fit, installation is not very efficient.

[0003] 因而,需要提供一种便于安装的地板。 [0003] Accordingly, a need to provide an easily installed floor.

发明内容 SUMMARY

[0004] 本发明解决的问题是现有的地板安装效率不高。 [0004] The present invention solves the problem of the existing floor mounting efficiency is not high.

[0005] 为解决上述问题,本发明提供了一种地板,所述地板包括两组相对的边沿; [0005] In order to solve the above problems, the present invention provides a floor, said floor comprising two sets of opposing edges;

[0006] 一组相对的边沿具有锁扣结构,其中一个边沿的锁扣结构为公榫,另一个边沿的锁扣结构为母槽;所述公榫包括横向伸出的舌状榫和位于舌状榫下侧边的挂接钩;所述母槽包括与所述舌状榫对应的舌状槽和与所述挂接钩对应的挂接槽; [0006] a group of opposite edges having a locking feature, wherein a locking feature edge for male tenon, the other edge of the latch structure as a base slot; the male tenon includes a tongue laterally projecting tongue and the tongue is located shaped hook mounted at the side of the tongue; the mother tongue of the tongue and groove comprises a tongue groove and a corresponding hook corresponding to the catching hook groove;

[0007] 另一组相对的边沿具有搭扣结构,其中一个边沿的搭扣结构为公扣,另一个边沿的搭扣结构为母扣。 [0007] Another group of opposite edges having a fastener structure, a structure in which the snap rim is a pin, a snap configuration for the other edge of the female snap.

[0008] 可选的,所述两组相对的边沿分别为在宽度及长度方向上相对的两边沿,其中在长度方向相对的两边沿具有所述锁扣结构。 [0008] Optionally, the two sets of opposing two edges respectively opposite edge in the width and longitudinal directions, wherein the locking structure having two opposite longitudinal edge.

[0009] 可选的,所述公扣为从地板上表面向下弯折的“7”字形结构,包括横梁部和凸出部,所述凸出部和地板的主体之间在横梁部上构成下凹槽; Between the cross member portion [0009] Alternatively, the male fastener is bent downward from the upper surface of the floor of the "7" shaped structure, includes a beam portion and a convex portion, the convex portion and the floor of the body constituting the lower groove;

[0010] 所述母扣为从地板下表面向上弯折的“7”字形结构,包括横梁部和凸出部,所述凸出部和地板的主体之间在横梁部下构成上凹槽。 [0010] The female buckle from under the floor surface of the upwardly bent "7" shaped structure, includes a beam portion and a convex portion, the convex portion between the body and the floor cross member constituting the upper groove in men.

[0011] 本发明还提供了一种地板的铺装结构,所述地板的铺装结构铺设在待铺装地面上,其包括如上所述的地板连接而成的地板层,所述地板层悬浮在其下方结构上。 [0011] The present invention further provides a floor structure of a pavement, the pavement structure is laid on the floor surface to be paved, comprising a floor layer as described above is formed by connecting the floor, the floor layer suspension in the below structure.

[0012] 可选的,所地板层和待铺装地面之间还包括一层软性材料层。 Between [0012] Alternatively, the floor pavement layers to be ground and further comprising a layer of a soft material layer.

[0013] 可选的,所述软性材料层和待铺装地面之间还包括一层塑料膜,以隔绝潮气。 [0013] Optionally, the film further comprises a layer of plastic material between the soft layer and the pavement to be ground, to isolate the moisture.

[0014] 可选的,所述待铺装地面的周围具有竖立的墙壁,所述地板层的周边与所述墙壁之间具有伸缩缝,所述伸缩缝的宽度与所述地板层的宽度之比为0.3%~2%。 [0014] Alternatively, the ground has to be paved around upstanding wall, having expansion joints between the walls and the surrounding floor layer, the width of the expansion gap width of the floor layer ratio of 0.3% to 2%.

[0015] 可选的,所述地板层的周边设置有“7”字型的刚性压条,所述刚性压条覆盖所述伸缩缝。 [0015] Optionally, the perimeter of the floor is provided with a layer "7" shaped bead rigidity, the rigid battens covering the joints.

[0016] 可选的,所述地板为实木地板。 [0016] Alternatively, the floor is wood flooring.

[0017] 可选的,所述实木地板为经过含水率平衡处理,含水率为7%~8.5%的实木地板。 [0017] Optionally, the water content of the solid wood flooring is a balancing process, moisture content of 7% to 8.5% of the solid wood floor. [0018] 可选的,所述地板层铺装在2平米内的表面上高度的起伏不超过3mm的待铺装地面上。 The height of the undulation on the surface [0018] Optionally, the floor in the pavement layer is not more than 2 m2 on the ground to be paved of 3mm.

[0019] 可选的,所述地板层铺装在含水率小于等于10%的待铺装地面上。 [0019] Optionally, the floor pavement layer is equal to the moisture content less than 10% of the ground to be paved.

[0020] 可选的,所述地板的铺装结构铺装在地热环境中。 [0020] Alternatively, the pavement structure in the floor pavement geothermal environment.

[0021] 与现有技术相比,本发明具有以下优点: [0021] Compared with the prior art, the present invention has the following advantages:

[0022] I)本发明中,地板的一组边沿具有能够实现地板紧密配合的锁扣结构,另一组边沿具有便于安装的搭扣结构。 [0022] I) of the present invention, a group having a latching edge of the floor of the floor structure to achieve a tight fit, and the other edge has a structure easy to install the fastener. 这样,可以利用搭扣结构配合锁扣结构进行地板的组装。 Thus, the floor may be assembled utilizing a snap fit locking feature structure. 这样的地板组装结构,组装简单,方便快捷。 Such a floor assembly structure, assembly is simple, convenient and quick.

[0023] 2)在本发明提供的实施例中,在长度方向相对的两边沿为锁扣结构,在宽度方向上的两边沿为搭扣结构。 [0023] 2) In an embodiment of the present invention is provided in both sides along the longitudinal direction of the opposing latch structure, two width direction edge on fastener structure. 这样,每块地板可以在长度方向上与相邻的地板通过牢固的锁扣结构连接在一起,而在宽度方向上,可以通过搭扣结构,方便的和相邻的地方连接。 In this way, each floor can be connected in the longitudinal direction by an adjacent floor latch assembly firmly together, and in the width direction, by a snap-in structure, easy to place and connect adjacent. 而在与宽度方向平行的方向上相邻的两块地板是互相错开的,这样避免了通过搭扣结构组装的边沿从宽度方向滑开。 Adjacent in the direction parallel to the width direction of the two floors are offset from each other, thus avoiding the width direction away from the slide edge of the fastener assembly structure. 这样的地板组装结构,组装简单,方便快捷,并且,不需要把地板固定在龙骨上,就能形成牢固连接的一个整体。 Such a floor structure is assembled, assembly is simple, convenient, and need not fixed to the floor in the keel, it can be formed integrally secure connection.

[0024] 3)本发明采用锁扣和搭扣相配合的结构,其中锁扣结构能够实现地板间拼接的牢固,而相比较结构复杂且组装比较复杂的锁扣结构,结构简单且组合简单的搭扣结构可以被制作为较大的尺寸,可以承受较大的热胀冷缩时相邻两块地板之间的拉力,也更好地传递热胀冷缩时候地板之间的力,从而避免地板翘曲,可更好的适应地热环境。 [0024] 3) The present invention uses a snap and latch mating structure, wherein the locking feature can be achieved between the solid floor mosaic, rather complex structure and assembly as compared to more complex latch assembly, a simple structure and a simple combination of tension between two adjacent floor when the fastener structure may be produced as a larger size, can bear a greater thermal expansion and contraction, but also a better transfer of forces between the floor when the thermal expansion and contraction, thereby avoiding floor warping, can better adapt to the thermal environment.

[0025] 4)本发明提供的可选方案中,在锁扣结构中的公榫和母槽和搭扣结构的公扣和母扣的拐角处都要保留一定的倒角,使得拐角处具有一定的圆滑度,更容易在拼接的时候将公榫和母槽或公扣和母扣彼此滑入配合。 [0025] 4) The present invention provides alternative embodiment, the male tenon and the corner of the pin and the box and the female snap groove structure in the latch structure must retain a certain chamfered corner having such certain roundness, the splicing easier when the male and female tongue groove and the box or the pin snap fit to each other.

[0026] 5)本发明提供的可选方案中,所述搭扣或者锁扣结构之间各部件的尺寸匹配严实而又有余量,能够实现地板的牢固安装,且能适应地板随着环境变换而产生的细微的变化,在整体上维持地板层足够的稳定性,从而适应地热环境。 [0026] 5) The present invention provides an alternative, the size of each match between the snap member or locking feature and have a tight margin, can be achieved securely mounted to the floor, the floor and can adapt as the environment transform for the minor changes, to maintain sufficient stability of the floor layer as a whole to accommodate the thermal environment.

[0027] 6)与采用胶水或者钉子的安装方式相比,本发明采用的锁扣兼搭扣的安装结构避免了胶水对环境的污染,或者钉子引起的地板翘角,或者脱胶、松钉引起的地板松动,也避免了钉入钉子而产生的对地板的破坏。 [0027] 6) compared with the installation using glue or nails, and a snap shackle mounting structure of the present invention employs the glue avoids environmental pollution, caused by a nail or floor Qiaojiao or degumming, caused by loose nails floor loose, but also to avoid nailing resulting from damage to the floor.

[0028] 7)现有的采用龙骨的安装方式中,地板层和地面之间还具有空气层,不利于地热在地板中的传导;在本发明的可选方案中,地板直接铺装在待铺装地面上的软性材料层上,在避免使用龙骨的同时避免了空气层的产生,因而提高了地热的利用效率。 [0028] 7) using a conventional installation of the keel, between the floor and the ground layer further includes an air layer, is not conducive to heat conduction in the floor; In an alternative embodiment of the invention, the floor coverings to be directly on the flexible material layer on the pavement surface, avoiding the use of the keel while avoiding the generation of air layer, thereby improving the heat utilization efficiency.

附图说明 BRIEF DESCRIPTION

[0029] 图1为本发明的地板的锁扣或搭扣涉及到的地板的边沿的示意图; A schematic view of the rim [0029] FIG. 1 of the present invention, the floor latch or snap relates to a floor;

[0030] 图2至图4为本发明的地板的锁扣结构的示意图; [0030] The schematic structure of a floor latch FIGS. 2 to 4 of the present invention;

[0031] 图5至图7为本发明的地板的搭扣结构的示意图; [0031] Figures 5 to 7 is a schematic configuration of a fastener of the present invention, a floor;

[0032] 图8是本发明地板之间拼接成一个整体的实施情况的示意图; [0032] FIG. 8 is a diagram showing an overall implementation of the present invention to the floor between the splice;

[0033] 图9是本发明的地板铺装情况的一种实施情况的示意图。 [0033] FIG. 9 is a schematic diagram of an embodiment of the case of the case of floor coverings of the present invention.

具体实施方式[0034] 为使本发明的上述目的、特征和优点能够更加明显易懂,下面结合附图对本发明的具体实施方式做详细的说明。 DETAILED DESCRIPTION [0034] For the above-described objects, features and advantages of the present invention can be more fully understood in conjunction with the accompanying drawings a detailed description of specific embodiments of the present invention.

[0035] 在下面的描述中阐述了很多具体细节以便于充分理解本发明。 [0035] numerous specific details are set forth in the following description in order to provide a thorough understanding of the present invention. 但是本发明能够以很多不同于在此描述的其它方式来实施,本领域技术人员可以在不违背本发明内涵的情况下做类似推广,因此本发明不受下面公开的具体实施的限制。 However, the present invention can be in many other ways than to the embodiments described herein, those skilled in the art can make similar extensions without departing from the intension of the present invention, the present invention is not limited so particular embodiments disclosed below.

[0036] 实施例一 [0036] Example a

[0037] 在本实施例中,所述地板采用锁扣和搭扣结合的方式拼接在一起组合成地板层。 [0037] In the present embodiment, the floor by way of a snap latching and spliced ​​together combined into a combined floor layer. 且所述地板可以为实木地板、复合地板或浸溃纸层压木质地板等地板中的一种。 And the floor may be as a solid wood flooring, laminate flooring or impregnated paper laminated wood flooring and the like in the floor.

[0038] 本实施例中,所述地板的锁扣或搭扣的方式均涉及相邻两块地板的需要互相配合的两个结构,需要涉及如图1所示相邻两块地板相对的边沿,如地板801和地板802相对的边沿107和边沿201、边沿101和边沿207、边沿107'和边沿201'或边沿101'和边沿207'。 [0038] In this embodiment, the locking or snap floor manner involve two adjacent floor structure requires two mating with each other, the need to involve two floors as shown in Figure 1 adjacent to an opposite edge a floor 801 and floor 802 opposite the edge 107 and edge 201, edge 101 and edge 207, the edge 107 'and edge 201' or edge 101 'and edge 207'.

[0039] 其中,在本申请文件中,所述锁扣结构指在涉及到的两块相邻地板的互相配合的两边沿的配合方式为在水平的横向和纵向上,两边沿都具有互相卡合的结构,其中一个边沿需要被施加一定的力,才能斜插入另一个边沿。 [0039] In the present specification, the locking means configuration involving two adjacent floor with each other to fit both edges in the horizontal and lateral longitudinal edge having two mutually card bonded structure in which the edge to be a certain force is applied to the other edge obliquely inserted. 所述搭扣结构指涉及到的两块相邻地板的互相配合的两边沿的配合方式仅在纵向上互相卡和,其中一个边沿只需要从上到下,压下去,就能配合入另一个边沿。 The snap finger structure related to embodiment two interfitting mating edges of adjacent floor only two cards to each other and in the longitudinal direction, wherein only one edge of the top down, pressed down, the other can be fitted into edge.

[0040] 具体的,为了适应所有地板能够互相拼接为一个整体,所述锁扣或者搭扣的不同结构分别设置在同一块地板相对的两边沿,如地板801的边沿101和边沿107、地板801的边沿101'和边沿107'、地板802的边沿201和边沿207或地板802的边沿201'和边沿207'。 [0040] Specifically, in order to meet all of the floor can be joined to each other as a whole, the snap latch or a different structure are disposed on the same floor of a two opposite edges such as edge 801 of floor 101 and edge 107, the floor 801 edge 101 'and edge 107', the rim 802 of the floor 201 and the edge 207 or edge 802 of floor 201 'and edge 207'. 优选的,其为地板长度方向上的两相对边沿为搭扣结构,如地板801的两相对边沿101和边沿107 ;地板宽度方向上的两相对边沿为锁扣结构,如地板801的两相对边沿101'和边沿107'。 Preferably, the two opposite edges of the longitudinal direction on the floor fastener structure, such as a floor 801 opposite the edge 107 and edge 101; two opposite edges of the latch structure, such as a floor on the floor 801 of widthwise opposite edges of two 101 'and edge 107'. 对于相邻的两块地板,其为地板长度方向上的两相对的两边沿设置为互相配合的锁扣结构,如地板801的边沿107和地板802的边沿201,地板宽度方向上的两相对边沿为互相配合的锁扣结构,如地板801的边沿107'和地板802的边沿201'。 For two adjacent floor, which is provided to both edges on two opposite longitudinal direction of the floor structure interfitting latch, such as the edge 801 of floor 107 and floor 802 of the rim 201, two opposite edges of the width direction on the floor is interfitting latch structure, such as the edge 801 of floor 107 'and the edge 802 of floor 201'.

[0041] 所述锁扣结构可以为设置在长度方向的两边沿的公榫I和母槽6结构,如图2所示,以地板801的长度方向的边沿具有母槽6、地板802的长度方向上另一侧边沿具有公榫I的结构为例来诠释。 [0041] The locking feature may be a well-tongue structures I and master grooves 6 provided at both edges of the longitudinal direction, shown in Figure 2, in the longitudinal direction of the edge 801 has a floor 6, a length of the floor of the master grooves 802 the direction of the other side edge of the tongue has a well structure I as an example to explain. 其中,公榫1、母槽6分别如图中虚线框内圈住的结构。 Wherein a male tenon and female grooves 6 are encircled within the dashed box structure shown in FIG. 所述公榫I其包括横向伸出的舌状榫21和位于舌状榫21尾部下侧边的挂接钩31。 The male tenon I comprising laterally projecting tongue 21 and the tongue 21 is located aft dovetail tongue hook 31 at the side of the mount. 所述母槽6包括与所述舌状榫21对应的舌状槽26和与所述挂接钩31对应的挂接槽36。 6 the female groove corresponding to the tongue includes a tongue and the tongue groove 21 of the catching hooks 26 and 31 with corresponding hook grooves 36.

[0042] 所述公榫I的高度SI为从地板上表面到所述挂接钩31的最低点的距离,所述高度SI为8mnTl4mm。 [0042] The height of the male tenon SI I is the distance from the floor surface to the lowest point of the catching hook 31, the height of the SI is 8mnTl4mm. 所述舌状榫21为类长条状的凸出部,其长度Kl为其水平伸出的长度,即所述凸出部的水平方向上最外侧到其尾部的距离,范围为2.0mnTe.0mm。 The tongue 21 of the tongue projection type elongated, its length in the longitudinal Kl extending horizontally, i.e., the projecting portion in the horizontal direction from its outermost end of the range is 2.0mnTe. 0mm. 所述舌状榫21的高度Hl为水平伸出的凸出部的竖直方向的长度,其范围为4mnTl0mm。 The length of the tongue tongue height Hl 21 is a horizontally extending portion of the vertical projection, the range of 4mnTl0mm. 所述舌状榫21与地板802的上表面的距离Gl为3mnT7mm。 The upper surface of the tongue 21 and the tongue 802 from the floor Gl is 3mnT7mm. 在舌状榫21尾部的下侧边接连着挂接钩31,所述挂接钩31为类倒梯形状的凸出部,所述挂接钩31的尾部与地板主体部分的边界自然构成一个凹进的空间。 In the tongue side of the tongue 21 the hook 31 successively tail is articulated hook type protrusion 31, the inverted trapezoid-shaped hook, the catching hook 31 and the trailing boundary portion of the plate body constituting a natural recessed space.

[0043] 与所述公榫I相对应的,所述母槽6的高度S6为从地板上表面到所述挂接槽36的最低点的距离,其大体与公榫I的高度Si的高度相等。 [0043] I and the male tenon corresponding to the slot height S6 6 parent is from the floor surface to the distance from the lowest point of the mount groove 36, substantially the height of the height Si of the male tenon I equal. [0044] 所述舌状槽26与所述地板801的上表面的距离G6和所述舌状槽26的高度H6的数值之和与所述舌状榫21与地板802的上表面的距离Gl和所述舌状榫21的高度Hl的数值之和相等,为7mnTl7mm。 From Gl [0044] The tongue groove 26 and the height H6 from the tongue and groove G6 upper surface of the floor 26 of the 801 values ​​of the upper surface of the tongue and the tongue 21 and the floor 802 values ​​of the tongue and the tongue 21 and a height equal to Hl, is 7mnTl7mm. 这样可以在安装后保持地板表面的平整。 Such a floor can remain flat surface after installation.

[0045] 所述舌状槽26为与所述舌状榫21相适应的一个水平方向较长的槽,优选的,所述舌状槽26水平方向的长度,即所述舌状槽26的深度K6比所述舌状榫21的长度Kl多 [0045] The tongue groove 26 and said tongue is a tongue 21 adapted to the direction of long horizontal groove, preferably, the length of the tongue groove 26 in the horizontal direction, i.e., the tongue groove 26 K6 depth than the length of the Kl 21 of the tongue tongue

0.2mnT4mm。 0.2mnT4mm. 所述舌状槽26槽口的宽度,即竖直方向的高度H6也略大于所述舌状榫21的高度Hl,所述舌状榫21的高度Hl为4.2mnTl0.2mm。 The tongue groove width of the slot 26, i.e., the height H6 is also slightly greater than the vertical height Hl 21 of dovetail tongue, said dovetail tongue height Hl 21 is 4.2mnTl0.2mm. 所述舌状槽26的上方,为一个朝向地板的上表面倾斜的斜面,使得所述舌状槽26从槽内向槽口逐渐张开,方便舌状榫21安装入,且保持安装后配合牢固。 Above the tongue groove 26, the upper surface of a ramp inclined towards the floor, so that the tongue groove 26 to gradually open notch from the groove, dovetail tongue 21 to facilitate the installation, retention and installed because firm. 相应的,挂接槽36位于所述舌状槽26槽口的下侧处,为与所述挂接钩31相适应的类倒梯形凹陷的槽,包括朝向地板主体的斜面和朝外的斜面。 Accordingly, the hook groove 36 is located at a lower side of the notch 26 of the tongue groove, an inverted trapezoid with the catching hook 31 is adapted to the recessed groove type, comprises a bevel inclined surface towards the floor and outwardly of the body . 其朝外的斜面为所述挂接钩31安装入挂接槽36时的切入面9,其与垂直方向的夹角α为30°飞0°。 Outwardly inclined surface which is fitted into the catching hook 31 hook groove cut into the surface of 9:36, which is the vertical angle α is 30 ° fly 0 °. 这样的设计,使得舌状榫和舌状槽之间具有一定的活动余量,在两块地板拼接的时候,可以使得舌状榫在舌状槽中略微的倾斜,适于所述挂接钩31切入挂接槽36内。 This design, so that a certain allowance for movement between the tongue and the tongue and tongue groove, when the two mosaic floor, so that the tongue can be slightly inclined tongue groove in the tongue, said hook adapted to hook 31 cut into the hook groove 36. 而切入面的夹角可以保证了拼接时候容易将公榫I卡入母槽6,又保证了在卡入后,公榫I和母槽6之间具有足够大的拉力保证两块地板不会由于热胀冷缩或者一般的外力而脱离开来。 And the angle of the cut splice surface may ensure that when the male tenon I readily snap into the female groove 6, but also ensures that the snap, the male and female dovetail slot I has a sufficiently large tensile force between the two floors is not guaranteed 6 Usually an external force or thermal expansion and contraction disengaged open. 夹角太小,不方便拼装,夹角太大,拼接在一起后两块地板之间拉力不足,容易互相滑脱。 The angle is too small, convenient assembly, the angle is too large, insufficient tension between the stitching together of two floor, easily slip with each other.

[0046] 相应的,挂接钩31的厚度Tl (图中Sl-Hl-Gl=Tl)为0.5〜3mm,确保所述挂接钩31安装入挂接槽36具有足够的固定效果。 [0046] Accordingly, the hook 31 of the hook thickness Tl (FIG Sl-Hl-Gl = Tl) is 0.5~3mm, ensuring the catching hook 31 is fitted into the catching recess 36 has a sufficient anchoring effect.

[0047] 挂接槽36与地板801的边缘之间的距离D6为lmnT5mm,适用于在地板801和地板802拼接在一起时,填充在所述挂接钩31的尾部与地板主体部分的边界自然构成的凹进的空间里,使得地板的拼接牢固和稳定。 [0047] 36 distance between the edge of the hook groove 801 and the floor of D6 is lmnT5mm, together suitable for filling natural boundary at the end of the floor portion of the body hook 31 is mounted in the floor 801 and floor 802 splice recessed space formed in such a solid and stable floor mosaic.

[0048] 所述舌状槽26和所述挂接槽36的交接处与地板801边缘为公榫I和母槽6的扣面。 [0048] The tongue groove 26 and the junction with the catching groove 36 of the edge of the floor 801 as well and the female tenon I snap groove surface 6. 所述扣面的长度L6可设置得较小,以节省木材,使得同样量的木材制作的地板的实用面积增大。 The length L6 of the surface fastener may be set smaller in order to save timber, such that the same amount of useful area of ​​the floor made of wood increases. 但是所述扣面的长度L6不能太小,否则可能导致地板的拼接不牢固,容易滑脱。 However, the length L6 of the surface fastener can not be too small, it may cause mosaic floor weak, easy to slip. 优选的,所述扣面的长度L6为4mnTl5mm。 Preferably, the surface fastener is a length L6 4mnTl5mm.

[0049] 拼接的方式如图3所示,具有公榫I (参图2)的地板802倾斜着卡入地板801的母槽6 (参图2)中,倾斜的角度由切入面9的角度来决定。 [0049] The splicing manner shown in Figure 3 has a male dovetail I (reference FIG. 2) of the inclined floor 802 into the card slot 6 female floor 801 (see FIG. 2), the inclination angle of the angle formed by the cut surface 9 to decide.

[0050] 拼接好的情况如图4所示。 [0050] spliced ​​case shown in FIG.

[0051] 搭扣结构可以设置宽度方向的两边沿分别具有公扣7和母扣4结构,如图5所示,以地板801的宽度方向的边沿具有母扣4、地板802的宽度方向上另一侧边沿具有公扣7的结构为例来诠释(同上)。 [0051] The fastener structure may be provided in the width direction of both edges each having a pin structure 4 and the box 7, as shown in FIG. 5, the width direction to the edge of the floor 801 having an upper female buckle 4, the width direction of the floor 802 to another a side edge having a pin structure to explain an example 7 (supra). 其中,公扣7、母扣4分别如图中虚线框内圈住的结构。 Wherein the pin 7, the female buckle 4 are encircled within the dashed box structure shown in FIG. 所述公扣7为从地板上表面向下弯折的“7”字形结构,包括横梁部A7和凸出部B7,所述凸出部B7和地板801的主体之间在横梁部A7上构成下凹槽V7。 The male buckle 7 "7" shaped structure is bent downward from the upper surface of the floor, comprising a cross section projection A7 and B7, B7 a projecting portion between the main body 801 constituting the floor and on the beam portion A7 under groove V7. 所述母扣4为从地板下表面向上弯折的“7”字形结构,包括横梁部A4和凸出部B4,所述凸出部B4和地板802的主体之间在横梁部A4下构成上凹槽V4。 The female buckle 4 is "7" shaped configuration from the lower surface of the floor bent upwardly, includes a beam portion and a convex portion A4 B4, configured on the projecting portion in the beam B4 and A4 between the body portion 802 of the floor groove V4. 所述公扣7和母扣4互相配合,以能实现紧密搭扣。 The male and female snap fastener 7 4 cooperate with each other to be able to achieve a tight snap.

[0052] 如图6中所示,为了实现能够紧密搭扣,凸出部B4的宽度等于或略小于横梁部A7,凸出部B7的宽度等于或略小于横梁部A4,以能够让公扣7的凸出部B7较紧密的容纳在上凹槽V4的空间中,让母扣4的凸出部B4较紧密的容纳在下凹槽V7的空间中。 As shown in Figure [0052] 6, able to achieve close fastener, the projecting portion of a width equal to or slightly smaller than the cross B4 unit A7, B7 width of the convex portion is equal to or slightly smaller than the cross section A4, so as to allow the pin B7 7 of the projecting portion is housed in a tighter space V4 in the recess, so that the projecting portion of the female snap 4 B4 tighter recess receiving the lower space of V7. 其中,优选的,横梁部A7的宽度为2mnT7mm,凸出部B4的宽度比其小0.5mnT2mm,横梁部A4的宽度为2mm〜7mm,凸出部B7的宽度比其小0.5mm〜2mm。 Wherein, preferably, the width of the beam portion A7 is 2mnT7mm, B4 width of the convex portion smaller than its 0.5mnT2mm, the width of the beam portion A4 is 2mm~7mm, B7 convex portion width smaller than 0.5mm~2mm.

[0053] 把图5〜图6和图7结合来看,最终,公扣7和母扣4互相配合,搭扣在一起的结构如图7所示。 [0053] The FIGS. 6 and 7 in conjunction with FIG -5 to view, eventually, the pin 7 and the box 4 with each other, a snap-together structure shown in Fig. 这样的结构中,提供具有公扣7结构那端地板802处于上面,提供具有母扣4结构那端地板801处于下面,让其公扣7的凸出部B7对准母扣4的横梁部A4,然后从竖直方向上直接搭下来就可以让公扣7的凸出部B7较紧密的容纳在上凹槽V4的空间中,让母扣4的凸出部B4较紧密的容纳在下凹槽V7的空间中,使得两块地板拼接在一起了。 With this configuration, there is provided a pin 7 having a structure that end 802 is above the floor, providing a beam structure that end portion 4 of the female snap in below the floor 801, let a pin projecting portion 7 of the female snap alignment of B7 A4 4 , then take off directly from the vertical direction so that the pin can be protruded portion B7 7 in a tighter space receiving recess and V4, so that the female snap projection portion B4 4 is received in the lower recess tighter V7 in the space, so that two floor spliced ​​together. 这样的结构,不需要两块地板之间互相保持一定的角度才能组装,安装更方便。 Such a configuration eliminates the need to maintain a certain angle to each other between the two floor assembly, installation easier.

[0054] 需要说明的是,所述公榫1、母槽6、公扣7和母扣4的结构中,拐角处都要保留一定的倒角,使得拐角处具有一定的圆滑度,更容易在拼接的时候将公榫I和母槽6或公扣7和母扣4彼此滑入配合。 [0054] Incidentally, the male tenon 1, the structure of the groove 6 female, 7 male and female snap fastener 4, the corner to be chamfered to retain certain that the corner has a certain roundness, easier in stitching when the male and female dovetail groove 6 I or the pin and the box 4 slide 7 fitted to each other.

[0055] 参考图8所示,其为一种多块地板通过搭扣和锁扣铺装在地面的实施方式,其中,相邻两块地板的长度方向相邻的两边缘之间采用锁扣结构,相邻两块地板的宽度方向相邻的两边缘之间采用搭扣结构。 [0055] Referring to FIG. 8, and by a snap catch pavement on the ground floor of a multi-block embodiment, wherein the longitudinal direction between the latch using two floor adjacent edges of two adjacent configuration, a snap configuration using both edges in the width direction between the adjacent two adjacent floors. 具体的,制作时,可以在同一块地板上的四个边缘中,相对应两边缘分别为公榫和母槽中的一种或公扣和母扣中的一种。 Specifically, during production, it can be the same in the four edges of a floor, the two corresponding edges of the one or respectively as a male and female snap fastener male and female dovetail slot in the. 一般的,在长度方向相对的两边缘,一边为公榫,另一边为母槽,在宽度方向上的两边缘,一边为公扣,另一边为母扣。 In general, the two opposite edges of the longitudinal direction, the public side of the tongue, the other side of the master grooves, both edges in the width direction, one side of the pin, the other side of the female buckle. 这样,每块地板可以在长度方向上与相邻的地板通过牢固的锁扣结构连接在一起,而在宽度方向上,可以通过搭扣结构,方便的和相邻的地方连接。 In this way, each floor can be connected in the longitudinal direction by an adjacent floor latch assembly firmly together, and in the width direction, by a snap-in structure, easy to place and connect adjacent. 而在与宽度方向平行的方向上相邻的两块地板(即图8中位于相邻行的地板)是互相错开的,这样避免了通过搭扣结构组装的边缘从宽度方向滑开。 Adjacent in the direction parallel to the width direction of the two floors (i.e., in FIG. 8 is located in the floor of adjacent rows) are shifted from each other, thus avoiding the width direction by the slide away from the edge of the snap-assembly structure. 这样的地板组装结构,组装简单,方便快捷,同时,不需要把地板固定在龙骨上,就能形成牢固连接的一个整体。 Such a floor structure is assembled, assembly is simple, convenient, and need not fixed to the floor in the keel, it can be formed integrally secure connection.

[0056] 另外,处于地热环境中的地板承受的温差变化较大,热胀冷缩的现象比较明显,互相配合的相邻两块地板之间会有压力或拉力。 [0056] Further, the temperature difference between the floor in geothermal environments subjected to large changes in the thermal expansion and contraction is quite obvious, there is a pressure or tension between the two cooperating mutually adjacent floors. 若所述锁扣和搭扣结构彼此的能够承受的力不够大,会不能承受地板热胀冷缩时的伸缩变形,从而引起地板的翘边等情况。 If the latch and snap structure can withstand a force not big enough to each other, it will not be subjected to stretching deformation during thermal expansion and contraction of the floor, causing the floor where Alice and the like. 所述锁扣和搭扣结构的尺寸越大,越能够承受更大的冷缩时相邻两块地板间的拉力。 And the larger size of the snap latch structure, the more the tension between two adjacent floor when subjected to greater shrink. 但是,所述锁扣结构组装起来时公榫和母槽之间需要配合的面比较复杂,如果尺寸太大,其组装比较困难。 However, when the latch is assembled configuration requires engagement between male and female tongue groove fairly complex, if the size is too large, it is difficult to assemble. 而所述搭扣结构的组装配合比较简单,可以将搭扣结构的尺寸做的比较大,以承受较大的热胀冷缩时候,相邻两块地板之间的拉力。 Snap fitting the assembled structure is relatively simple, the size of the fastener structure can be made relatively large to withstand a large thermal expansion and contraction when the tension between the two adjacent floors.

[0057] 而采用上述搭扣和锁扣拼接的地板具有如下的优点: [0057] The use of the above-described latch snap mosaic floors and has the following advantages:

[0058] I)组装简单,方便快捷。 [0058] I) assembly is simple, convenient and quick.

[0059] 2)可再拆卸和安装,能够多次重复使用。 [0059] 2) Removal and re-installation can be reused many times.

[0060] 3)不需要胶水或者钉子即可牢固安装,避免了胶水对环境的污染,或者钉子引起的地板翘角,或者脱胶、松钉弓I起的地板松动。 [0060] 3) does not require glue or nails to secure mounting, to avoid environmental pollution glue, nails or floor Qiaojiao caused or unglued, I bow nail loose from the floor loose.

[0061] 4)运用在地热环境中时,所述搭扣或者锁扣结构之间各部件的尺寸匹配严实而又有余量,能够实现地板的牢固安装,且能适应地板随着环境变换而产生的细微的变化,在整体上维持地热实木地板层足够的稳定性,从而适应地热环境。 When [0061] 4) used in the hot environment, or between the snap-locking feature matches the size of each member and have a tight margin, can be realized securely mounted in the floor, the floor and can adapt as the environment transform produced subtle changes, to maintain sufficient stability geothermal layer solid wood flooring as a whole, to accommodate the thermal environment.

[0062] 5)运用在地热环境中时,采用锁扣和搭扣相配合的结构,其中锁扣结构能够实现地板见拼接的牢固,而相比锁扣结构,搭扣结构可以实现尺寸更大,从而更好地传递热胀冷缩时候地板之间的力,从而避免地板翘曲。 When the [0062] 5) used in geothermal environments using cooperating snap and latch structure, wherein the locking feature can be achieved securely spliced ​​floor See, compared latching structure, a snap structure can be realized larger to better transmission of force between the floor when the thermal expansion and contraction, thereby avoiding the warping flooring.

[0063] 实施例二[0064] 本实施例提供一种适合地热环境的实木地板及其铺装结构。 [0063] Second Embodiment [0064] The present embodiment provides a structure of a solid wood floor coverings and suitably thermal environment. 实木地板铺装前,通常预先铺设一层龙骨,实木地板会铺装在龙骨上。 Former wood floor coverings, usually laying a layer of pre-keel, solid wood floor will be paved in the keel. 但是,上述打龙骨安装地板的方式并不能完美地适合于地热环境中,这是由于一般龙骨都具有约5cm的高度,在打龙骨进行铺装的结构中,地板和待铺装地面之间不可避免的具有由龙骨撑起来的空气层,而空气的热传导性不是很好,从而打龙骨进行铺装的地板结构中,热的传导性能不是很好。 However, the above-described manner keel installed floor not perfectly adapted to the hot environment, which is generally due to the keel have a height of approximately 5cm, the keel structure for pavement, the pavement can not be between the floor and the ground to avoid an air layer from the keel to the prop, the thermal conductivity of air is not very good, so keel structure for floor coverings, thermal conductivity is not good. 为克服上述缺陷,本实施例将实木地板直接铺装在待铺装地面上,而不在待铺装地面预设龙骨。 To overcome the above defects, the present embodiment will be solid wood floor coverings directly on the pavement to be ground, paving the ground not to be preset in the keel. 这里的实木地板可以是实施例一中具有锁扣兼搭扣结构的地板。 Herein may be solid wood flooring embodiment example 1 and having a floor lock fastener structure. 上述实木地板的铺设过程具体如下: Laying wood flooring above procedure as follows:

[0065]步骤S1:提供待铺装地面; [0065] Step S1: providing ground to be paved;

[0066] 一般的,所述待铺装地面为室内水泥铺设的平整的地面,四周竖立有墙壁或者门槛等结构。 [0066] Generally, the chamber to be laid in a pavement surface cement flat ground, surrounded by a wall erected or barriers like structure. 具体的,在铺装之前需要对所述待铺装地面进行平整度检测和修补,以使得所述待铺装地面在2平米内的表面上高度的起伏不超过3_。 Specifically, prior to the need for pavement flatness detection and remediation of the pavement to be ground, so that the height of the pavement to be ground undulations on the surface is not more than 2 meters 3_.

[0067] 然后,将地热设备打开,进行地热加温试验,同时利用地热加温试验升高的温度进行排潮,使得所述待铺装地面的含水率小于等于10%。 [0067] Then, the device is on geothermal, geothermal heating test, while using the elevated test temperature geothermal heated moisture exhaust, such that the moisture content of the pavement surface to be less than or equal to 10%. 在进行下一步骤的铺装之前,即在所述待铺装地面上铺设软性材料层之前,在所述待铺装地面上铺一层塑料布,以避免铺设好实木地板后,地面潮气侵入实木地板,影响实木地板的使用以及寿命。 Before the next step is performed before the paving, i.e. the laying of the soft material layer on the surface to be paved, the pavement surface to be capped with a layer of plastic sheeting, to avoid laying a good solid wood flooring, ground moisture intrusion of solid wood flooring, solid wood flooring as well as affect the life.

[0068] 步骤S2:在所述待铺装地面表面铺设软性材料层; [0068] Step S2: the laying of the floor surface to be flexible pavement material layer;

[0069] 在真正的铺装地热实木地板之前,铺设一层软性材料层,以缓冲实木地板和坚硬的、一般为水泥质的待铺装地面之间的作用,并且进一步增加铺装地热实木地板之前的地面的平整度。 [0069] before the actual pavement geothermal solid wood flooring, laying a layer of soft material layer, and to buffer the hard wood flooring, typically effect between the cementitious paving to be ground, and further increase the pavement wood geothermal the flatness of the ground floor before. 这样,铺装好的地热实木地板不会直接受到待铺装地面的压力,和避免了待铺装地面上不可避免会有的轻微的不平整处导致的两块地热实木地板交接处的不平整。 Thus, a good pavement geothermal wood floor pavement is not directly subjected to the pressure to be ground, and to avoid the intersection of two geothermal wood floor pavement inevitably have to be on the ground at a slight irregularities caused by uneven .

[0070] 另外,所述软性材料层最好具有以下三点特性:一是导热快,二是环保,三是不变形。 [0070] Further, the soft material layer preferably has the following three characteristics: First, heat quickly, the second is green, the third is not deformed. 这样可以在地热环境中尽快的传导热量,并且对环境没有污染,以及能够长时间使用。 This conducting geothermal heat environment as soon as possible, and no environmental pollution, and can be used for a long time. 但是,由于原本有龙骨的安装方式中,实木地板层和地面之间具有空气层,而空气的导热性能很差。 However, since the original mounting keel embodiment having an air layer between the surface layer and the solid wood flooring, the poor thermal conductivity of air. 本实施例中,把实木地板直接铺在软性材料层上,一般情况下所用的软性材料层的导热性都会好于有龙骨安装的空气层。 In this embodiment, the solid wood flooring laid directly on the layer of soft material, generally used are flexible thermally conductive material layer is an air layer is better than the keel installation. 所以,本实施例中的安装方法比有龙骨的地热地板的安装方法要能更快的导热,可以减少地热热量的耗费,能够实现节能的作用。 Therefore, in the embodiment mounting method than the method of mounting the keel to heat the floor faster to the present embodiment thermal, geothermal heat can reduce the cost, the energy saving effect can be achieved.

[0071] 所述软性材料层铺设的厚度可以为1.5mnT2.5_,一般为泡沫垫,也可以采用纸。 The [0071] thickness of the flexible layer of material may be laid 1.5mnT2.5_, usually foam pad, the paper may be employed.

[0072] 步骤S3:在所述软性材料层上铺装地热实木地板层。 [0072] Step S3: geothermal wood floor pavement layer on the layer of soft material.

[0073] 将若干块地热实木地板铺设在所述软性垫上,所述地热实木地板可以直接铺在所述软性垫上,组成一整块地热实木地板层。 [0073] The number of pieces of solid wood flooring geothermal in the soft pad, the geothermal wood floors can be laid directly on the soft pad, a block composed of solid wood flooring geothermal layer.

[0074] 在其它实施方案中,各块地热实木地板之间可以通过锁扣或搭扣的方式拼接,彼此互相拼接成一个整体,铺设成地热实木地板层。 [0074] In other embodiments, the heat block between the wood floors can be spliced ​​latch or fastener, stitching with each other as a whole, solid wood flooring laid in geothermal layer. 拼接的方式可以继续参考如图8所示,地板和地板之间在长度方向上首尾相连,而在与宽度方向平行的方向上互相紧邻,并且相邻的两块地板是互相错开的,这样避免了单块地板从宽度方向滑开。 With continued reference to the embodiment can splice FIG, end to end in the longitudinal direction between the floor and the floor 8, and in a direction parallel to the width direction close to each other, and two adjacent floors are offset from each other, thus avoiding the individual floor slid from the width direction. 这样的地板组装结构,组装简单,方便快捷,同时,不需要把地板固定在龙骨上,就能形成牢固连接的一个整体。 Such a floor structure is assembled, assembly is simple, convenient, and need not fixed to the floor in the keel, it can be formed integrally secure connection.

[0075] 保持安装好的所述地热实木地板层的周边与所述墙壁之间具有伸缩缝,所述伸缩缝的宽度与其所在方向上的所述地热实木地板层的长度之比为0.3%~2%,以适应实木地板的热胀冷缩。 [0075] having a holder mounted joints between solid wood flooring geothermal layer surrounding the wall, the length ratio of the solid wood flooring geothermal layer, where the direction of its width of the joints is 0.3% 2% to accommodate thermal expansion and contraction of wood flooring. 再在安装好的地热实木地板层的周边设置“7”字型的刚性压条,所述刚性压条覆盖所述伸缩缝。 Provided further rigid batten "7" at the periphery font installed geothermal layer solid wood flooring, the rigid battens covering the joints. 所述刚性压条为金属制。 The rigid bead is made of metal. “7”字型的刚性压条可以保护地板边缘,同时兼具掩饰地板边缘且美化的作用。 "7" rigid bead-shaped edge can protect the floor, while both edges of the floor and cover up the role of landscaping.

[0076] 如图9所示,为所述地热实木地板铺装情况的一种实施情况的示意图。 [0076] As shown in FIG. 9, a schematic diagram of one embodiment of the case where the case of geothermal pavement solid wood flooring. 所述地热实木地板拼装成的地热实木地板层630处于墙壁400之间的地面610上,所述地热实木地板层630和地面610之间具有泡沫垫620。 The wood flooring assembled into geothermal geothermal solid wood flooring in the ground layer 630 between the wall 610 400, a solid wood floor has a thermal layer 630 between the ground 610 and foam pad 620. 优选的,在泡沫垫620和地面610之间还可以具有塑料膜(未图示)。 Preferably, the foam pad 620 and between the ground 610 may also be a plastic film (not shown). 所述地热实木地板层630和墙壁400之间具有一定间距的伸缩缝(未标示),所述地热实木地板层630的边缘具有“7”字型的刚性压条77压边。 The expansion joint has a certain pitch (not shown) to heat solid wood flooring layer 630 and the wall 400 between the edges of the solid wood flooring geothermal rigid layer 630 having a bead "7" shaped bead 77.

[0077] 这样铺装地热实木地板的方式具有现有技术不具有的优点: [0077] Such solid wood floor pavement geothermal manner without having prior art has an advantage:

[0078] I)有龙骨的安装方式中,所述地板得通过钉子或者胶水进行固定连接。 [0078] I) with a keel installation, the floor have fixed nail or glue connection. 而本发明的无龙骨安装,不需要钉子或者胶水的固定,避免了对地板的损伤,使得地板能够多次重复使用。 But no keel mounted present invention, no fixing nails or glue, to avoid damage to the floor, so that the floor can be used repeatedly.

[0079] 2)几乎是直接铺装在待铺装地面上,节省了有龙骨安装方式中需要抬高地板所占去的室内空间。 [0079] 2) is almost directly on the pavement to be paving the ground, saving installation keel need to raise the floor space occupied by the indoor go.

[0080] 3)铺装在待铺装地面上的软性材料层上,避免了地板层和地面之间还具有空气层,导热性比有龙骨安装方式的好,适用于地热环境的需要。 The layer of soft material [0080] 3) on the pavement the pavement to be ground, but also to avoid an air layer having good heat transfer properties than the keel mounting between the floor and the ground layer, it needs to be applied to the thermal environment.

[0081] 4)有龙骨安装的方式中必须得撑出来一部分处于地板层下的空间,不能清扫到,而无龙骨的安装方式没有这一部分空间,减少了藏匿灰尘或者细菌或者害虫等的空间。 [0081] 4) in a manner joist mounting portion you have to stay out in the space under the floor level, not to clean, without keel no installation space of the portion, reducing the space to hide dirt or bacteria or other pests. 并且本发明中提供的地热实木地板经过特殊的处理,能够具有干燥防虫的效果。 And the present invention provides a geothermal solid wood flooring through a special process, can have a drying effect pest.

[0082] 5)采用锁扣或搭扣的方式拼接实木地板,使得安装方式可以实现无龙骨安装,从而能够将实木地板应用在地热环境下,实现了地热的实木地板。 [0082] 5) the use of spliced ​​catch or snap solid wood flooring, so that installation can be achieved without a keel mounted such solid wood flooring can be applied in the thermal environment, to achieve a geothermal wood floors.

[0083] 6)通过锁扣或者搭扣的方式拼接实木地板,使得不需要损伤地热实木地板能够构成一整块牢固的地热实木地板层。 [0083] 6) by way of snap or latch mosaic wood floors, so that no heat damage to a wood floor piece can be formed firmly geothermal layer solid wood flooring. 整个铺装方式中不需要胶水等化学试剂,安装工艺环保。 The entire paving way no glue and other chemical reagents, the installation process is environmentally friendly.

[0084] 实施例三 [0084] Example three

[0085] 除采用实施例一提供的具有特殊的锁扣及搭扣结构的地板、以及采用实施例二所提供的地热实木地板的直接铺装方法及结构,本实施例中所铺设的地热实木地板是由经过特殊工艺处理的,适用于地热环境的实木地板坯料的成型加工制得的。 [0085] In addition to use with a special lock and fastener of the floor structure according to a first embodiment, and the use of direct methods and structures according to the second pavement provided geothermal solid wood flooring embodiments, the embodiment of the present wood laid embodiment geothermal the floor is made through a special process is suitable for solid wood flooring blanks geothermal environment molding obtained. 具体的,所述特殊工艺为含水率平衡处理,其包括: Specifically, the moisture content of the special balancing process is a process, comprising:

[0086] 步骤p31:提供实木地板坯料; [0086] Step p31: providing solid wood flooring blanks;

[0087] 一般的,所述实木地板坯料为若干形状大小大体一致的长条状的实木板。 [0087] Generally, the wooden flooring blanks to a plurality of substantially uniform shape and size of elongated solid wood boards. 本实施例中,其尺寸为90cm*15cm*4cm,在别的实施例中,可以别的尺寸,具体根据最终成型的地热实木地板被设计的尺寸不同而不同。 In this embodiment, a size of 90cm * 15cm * 4cm, in other embodiments, other dimensions may be, according to the specific size of the final shaped geothermal solid wood flooring is designed to vary.

[0088] 步骤P32:将所述实木地板坯料分层堆积,每层之间用隔条隔开; [0088] Step P32: The layered blank of solid wood flooring, separated by spacers between each strip;

[0089] 将实木地板还料一层一层、整齐的堆积起来,每层之间米用横截面为2cm*2cm的隔条隔开,每隔20cm左右的长度放一个隔条,保证堆积起来的实木地板之间能够流通空气,且稳定不坍塌。 [0089] A further material layer by layer solid wood floor, neat pile up, with the meter of each cross section between the parting strip * 2cm 2cm apart, a discharge gutter every length of about 20cm, to ensure the piling up air can flow between the solid wood flooring, and the stability is not collapsed.

[0090] 步骤P33:将堆积好的实木地板放入平衡窑,所述平衡窑包括升温系统、风机内循环系统和温度控制系统,关闭窑门; [0090] Step P33: The bulk wood flooring good balance into the kiln, said kiln comprising a heated balance system, the fan circulating system and a temperature control system, kiln door closed;

[0091] 所述平衡窑为封闭的室内环境,其具有通过自动化设备控制的升温系统、风机内循环系统和温度控制系统。 [0091] The balance of the indoor environment is a closed kiln, having heating devices by automatic system control, the fan circulating system and temperature control system. 所述升温设备可以通过环绕平衡窑四周的热水管来进行升温,所述风机内循环系统可以为排风扇,所述温度控制系统可以实时测量窑内的温度并且能同时测量干球温度和湿球温度。 The heating device can be heated by surrounding hot water pipe balance around the kiln, the circulation system may be a exhaust fan, the temperature control system can be measured in real time the temperature inside the kiln and the fan can simultaneously measure the dry-bulb temperature and wet bulb temperature. 本领域技术人员能够了解的是,所述干球温度和湿球温度的差值能反映环境中的湿度,当干球温度和湿球温度一致时候,说明环境中的湿度达到饱和。 Those skilled in the art can be appreciated, the dry bulb temperature and wet bulb temperatures of the difference reflects the ambient humidity, when the dry bulb temperature and wet bulb temperature when the same described in saturated humidity environment.

[0092] 步骤p34:进行预热处理,所述预热处理的方式为将窑内的温度每小时升高20C~3°C,直至干球温度为44°C~48°C ; [0092] Step p34: for preheating, the preheating temperature of the kiln manner to increase hourly 20C ~ 3 ° C until the dry bulb temperature of 44 ° C ~ 48 ° C;

[0093] 测量窑内的干球温度,以此时窑内的干球温度为起始干球温度。 [0093] dry bulb temperature measured in the kiln, the kiln to dry-bulb temperature at this time is the initial dry bulb temperature. 打开平衡窑的升温设备开始升温,控制窑内升温的速率每小时升温2°C~3°C,直至窑内的干球温度为440C~48°C。 A heating device opening balance kiln temperature was raised at a rate of temperature rise per hour to control kiln temperature rise 2 ° C ~ 3 ° C, the kiln until the dry bulb temperature of 440C ~ 48 ° C. 这是木材较快的被升高温度会发生变形,严重时甚至导致开裂,通过每小时升温2°C~3°C这样缓慢升温的方式,可以对窑内的木材起到保护作用,并且能够使得窑内堆积的地板都保证被升温到同样的温度。 This timber is raised in temperature faster deformed, resulting in serious or even cracking, such slow heating method, can protect the wood in the kiln by heating 2 ° C ~ 3 ° C per hour, and can so that the kiln floor are guaranteed to be deposited raised to the same temperature. 最终升高到的温度是根据木材的材质决定的,保持在44°C~48°C。 The final temperature was raised to a determined depending on the material of the timber, maintained at 44 ° C ~ 48 ° C. 比如,致密的木材往往容易开裂,最后升高至的温度不适宜太高。 For example, a dense wood often prone to cracking, and finally rise to inappropriate temperatures too high. 经过发明人多次实践,对于一般的木材,本步骤的预热处理中,每小时升温2°C,直至干球温度为46 °C为最优方案。 The inventors after repeated practice, for the general timber, the preheating process in this step, the temperature increase per hour 2 ° C, until the dry bulb temperature of 46 ° C is the optimal solution.

[0094] 步骤P35:在预热处理之后进行热处理,所述热处理在干球温度为44°C~48°C下进行,并实时测量所述平衡窑内的湿球温度,所述热处理进行至所述湿球温度不再变化; [0094] Step P35: preheat treatment is performed after a heat treatment conducted at a dry-bulb temperature of 44 ° C ~ 48 ° C, the wet-bulb temperature and the real-time measurement of the equilibrium kiln, the heat treatment is performed to the wet bulb temperature will not change;

[0095] 在前一步骤的预热过程中,当窑内温度达到44°C~48°C时(最优为46°C),开始进入热处理过程。 [0095] The preheating process in the previous step, when the kiln temperature reaches 44 ° C ~ 48 ° C (optimally 46 ° C), begins to enter the heat treatment process. 所述热处理起到了平衡木材含水率的作用,所述热处理具体过程为:保持窑内温度不变,同时实时测量窑内的湿球温度,至所述湿球温度不再变化。 The heat treatment acts equilibrium moisture content of wood, particularly the heat treatment process: the kiln temperature remains constant, while the real-time measurement of the wet bulb temperature of the kiln, to the wet bulb temperature does not change. 在热处理的环境下,木材内部的水份受热会以水分子的形态扩散出来,游离在窑内空气中。 The environment at the heat treatment, the heated water inside the timber in the form of water molecules will diffuse out of free air in the kiln. 并且,各块实木地板坯料之间、实木地板坯料和空气之间也会不断的进行水分子的扩散与交换。 And, between the block of solid wood flooring blanks, we will continue to be exchanged with the diffusion of water molecules between the wooden flooring blanks and air. 在这样的过程中,窑内的湿度会不断的增大,湿球温度会不断的增加。 In such a process, the humidity of the kiln will continue to increase, wet-bulb temperature will continue to increase. 窑内实木地板坯料内部的含水率也在互相影响。 Water content inside the kiln wood flooring blanks also influence each other. 最终,窑内的湿度会达到一个最大值,各块实木地板坯料的含水率也会达到一致。 Finally, the moisture will reach a maximum of the kiln, the moisture content of each block of solid wood flooring blanks will reach agreement. 这时候,表现为湿球温度不再变化。 At this time, the performance of the wet bulb temperature does not change. 本步骤的热处理过程,一般情况下需要进行120小时左右。 This heat treatment step, generally require approximately 120 hours.

[0096] 步骤P36:在所述热处理之后进行除湿处理,所述除湿处理为,保持窑内干球温度为44°C~48°C,打开所述风机内循环系统以维持窑内湿球温度小于干球温度8°C~11°C,直至所述实木地板坯料的含水率为7%~8.5% ; [0096] Step P36: dehumidifying treatment after the heat treatment, the dehumidifying processing, for holding kiln dry-bulb temperature of 44 ° C ~ 48 ° C, opening the circulating blower within the kiln system to maintain the wet bulb temperature dry-bulb temperature of less than 8 ° C ~ 11 ° C, until the moisture content of the wood floor pieces 7% to 8.5%;

[0097] 经过热处理之后的实木地板坯料的含水率与窑内空气中的平衡含水率达到了一致,但此时实木地板坯料的含水率仍不符合要求,需要进行除湿处理。 [0097] After the equilibrium moisture content and moisture content of the air in the kiln wood flooring blank after heat treatment reaches the same, but this time the wooden flooring blanks aqueous was still not meet the requirements, the need for dehumidification process. 具体方法为维持窑内的热处理时的温度,即干球·温度为44°C~48°C,并继续进行窑内湿球温度的测量,打开平衡窑的风机内循环系统排出窑内的湿气,保持窑内的湿球温度比干球温度低8°C~11°C。 The specific method is to maintain the temperature at the heat treatment in the kiln, i.e., the dry bulb temperature of-44 ° C ~ 48 ° C, and continue measuring the wet bulb temperature of the kiln, the discharge opening within the circulatory system equilibrium wet kiln kiln fan gas, wet-bulb temperature of the kiln to maintain than the dry bulb temperature low 8 ° C ~ 11 ° C.

[0098] 具体操作为,当窑内的湿球温度与干球温度之差小于8°C~lit:时,风机内循环系统会自动间歇性工作,将窑内湿气缓慢排除,直到实际的湿球温度比干球温度低8°C~11°C。 [0098] Specifically operable to, when the difference between the wet-bulb temperature of the kiln and the dry bulb temperature of less than 8 ° C ~ lit: when the fan inside the circulation system will automatically operate intermittently, the kiln moisture exclusion slowly, until the actual wet bulb temperature than the dry bulb temperature low 8 ° C ~ 11 ° C. 这样一个过程持续大约在72小时左右。 Such a process continues in about 72 hours. 之后在实木地板坯料中取样进行含水率的测试。 After sampling to test the moisture content in the wood flooring blanks. 所述取样的方式为分别在堆积的实木地板坯料的不同位置取多个样本进行测试。 The embodiment was tested for the sampling a plurality of samples were taken at different locations of the accumulation of solid wood flooring blanks. 测试得到的多个结果进行平均,得到整体实木地板坯料的平均测试含水率。 More results of the tests were averaged to obtain an average moisture content of the test overall solid wood flooring blanks. 当含水率比要求的含水率高的时候,继续进行除湿处理。 When the high moisture content of moisture content than required, to continue dehumidifying process. 直至平均测试含水率符合要求,关闭风机内循环系统。 Until the average moisture content of a test to meet the requirements, within the closed loop turbine system.

[0099] 在这一步骤中,所述地热实木地板坯料的含水率太高,会使得后续加工成的地热实木地板的形变量变大,而含水率太低,会引起木材开裂,故所述含水率是不是符合要求非常重要。 [0099] In this step, the moisture content of the wood floor pieces of geothermal too high, so that the subsequent processing into solid wood flooring geothermal deformation becomes large, and the moisture content is too low, will cause cracking of wood, so that the moisture content is in line with the requirements is very important. 对于地热环境下所使用的实木地板,其含水率需要控制在7%~8.5%的范围内,优选为8%,才能最好的维持地热实木地板在使用过程中不会发生严重的形变、翘边和开裂等问题。 For wood floor under the thermal environment is used, which water content needs to be controlled in the range of 7% to 8.5%, preferably 8%, in order to best maintain geothermal solid wood flooring severe deformation does not occur during use, Alice edges and cracking problems. 而为了达到含水率为8%,在这一步的处理中,所述湿球温度比干球温度低10°C为最优。 In order to achieve a water content of 8% in this process step, the wet-bulb temperature than the dry-bulb temperature of 10 ° C lower optimal.

[0100] 步骤P37:在所述除湿处理之后进行降温处理,所述降温处理为,关闭所述升温系统,维持打开所述风机内循环系统,直至窑内的干球温度大于窑外5 V ^S0C,打开窑门,将所述实木地板坯料进行出窑; [0100] Step P37: dehumidifying process is performed after the cooling process, the cooling process, for closing the heating system, maintaining the blower opening the circulation system until the dry bulb temperature is larger than the outer kiln kiln 5 V ^ S0C, kiln door is opened, the blank is a solid wood floor kiln;

[0101] 在前一步骤中,实木地板坯料的含水率测试符合要求后,需要进行降温处理,所述降温处理的方式为关闭平衡窑的升温系统。 [0101] In the previous step, the moisture content of wood flooring blanks tested meet the requirements, the need for cooling process, the cooling mode is off balance processing kiln heating system. 由于窑内停止升温,窑内的温度会自然的降低。 Since the heating is stopped the kiln, the kiln temperature naturally decreases. 而维持打开风机内循环提供的目的是避免窑内热空气中的水分子悬浮于窑顶而使实木地板坯料的含水率再次变化。 While maintaining the purpose of opening the circulation fan is provided to avoid the hot air kiln water molecules suspended in the crown of solid wood flooring blanks the moisture content changes again. 并且使得降温速率加快,使得降温的过程不需要太久。 And such that the cooling rate is accelerated, so that the cooling process does not require long. 维持打开风机内循环一段时间,直到窑内的干球温度大于窑外5°c~8°C时,关闭风机内循环系统,缓慢打开窑门,将所述实木地板坯料进行出窑。 Open loop within a period of time to maintain the fan until the dry bulb temperature is larger than the outer kiln kiln 5 ° c ~ 8 ° C, the fan inside the closed circulation system, kiln door is opened slowly, the solid wood flooring blanks for the kiln.

[0102] 步骤P38:在所述出窑后,对所述实木地板坯料进行养生处理,所述养生处理为在温度为22°C~26°C、湿度为45%~55%的环境中养生7天以上。 [0102] Step P38: after the kiln, wood flooring blanks for the treatment regimen, the regimen is a treatment regimen at a temperature of 22 ° C ~ 26 ° C, humidity of 45% to 55% of the environment 7 days or more.

[0103] 经过前述工艺处理后的实木地板坯料,由于之前不断的升温降温和除湿等过程,其内部会产生内应力,不能直接用于加工,否则容易在加工和后续使用过程中产生形变或者开裂。 [0103] After the wooden flooring blanks the process, due to the cooling and heating continued until dehumidification process, the internal stress is generated, it can not be directly used for processing, or prone to deformation processing and subsequent use during cracking or . 其还需要进行一段时间的养生处理,以释放木材内应力。 It also requires treatment regimen for a period of time to release the internal stress in the wood. 养生处理的方式为将经过平衡处理的实木地板坯料放置在恒温恒湿的环境中,所述养生处理的环境温度为220C~26°C、湿度为45%~55%。 Health treatment is the way through the solid wood flooring blanks placed in a constant temperature and humidity balance processing environment, the ambient temperature of the treatment regimen of 220C ~ 26 ° C, humidity of 45% to 55%. 一般养生7天以上,最终养生结束的实木地板坯料的含水率为7%~8.5%ο General health 7 days or more 7% to 8.5% final end health wood flooring blanks water content ο

[0104] 经过前述的含水率平衡处理实木地板坯料达到一种相对稳定的状态,受外界因素影响时,其变化系数比一般未经过平衡处理的实木地板要小,更适合应用于地热环境。 [0104] After the equilibrium moisture content of the treated wood flooring blanks to achieve a relatively stable state, when influenced by external factors, than the average coefficient of variation which has not been treated wood flooring to balancing, more suitable for geothermal environment. 并且,经过其中持续的高温烘干处理,处于实木地板坯料之中可能有的虫子或者别的寄生物被处理掉,避免了后续地板使用过程中,会生虫等情况。 And, after a sustained high temperature drying process which, in the case of solid wood flooring blanks in some insects or other parasites may be disposed of to avoid the follow-floor use, it would give birth to other insects.

[0105] 经过养生阶段的实木地板坯料可以直接进行地板的成形加工处理,在所述成形加工过程中,需要将地板的边缘制成互相配合的搭扣或者锁扣的结构,以适用于后续安装的过程中,能够实现将地热地板互相搭扣或锁扣成一整体。 [0105] After the solid wood flooring blanks phase regimen may be formed directly processing the floor, in the forming process needs to be made of mutually cooperating snap or clasp the edge of the floor structure, in order to apply to subsequent installation process, it is possible to heat the floor or snap catch integral with each other.

[0106] 运用上述特殊的含水率平衡处理的实木地热地板坯料成型加工制得的地热实木地板进行地热地板的铺装具有如下的优点: [0106] Using wood to heat the floor of the water content in the special balancing process of molding the blank is made of solid wood flooring for geothermal heat the floor pavement has the following advantages:

[0107] 1)含水率平衡处理的实木地热地板坯料含水率一致,应力均衡,加工成的地热实木地板各块之间差别也很细微,组装在一起的稳定性好。 Wood flooring blanks consistent geothermal water content [0107] 1) the moisture content of the balancing process, a balanced stress, thermally processed into solid wood flooring difference between blocks is also very fine, good stability assembled together.

[0108] 2)通过含水率平衡处理的实木地板坯料稳定性好,在环境经常变换的情况下也不易变形,从而能够很好的适应地热环境。 [0108] 2) by balancing process moisture content wood flooring blanks good stability, it is hardly deformed in the case of constantly changing environment, so that the heat can be well adapted to the environment.

[0109] 3)通过含水率平衡处理中的高温、干燥处理的实木地板坯料,其中可能有的虫卵等被杀死,并且干燥,能够防虫防菌。 [0109] 3) high temperature treatment in equilibrium moisture content, the drying process of wood flooring blanks, eggs and the like which may have been killed, and dried, can be pest bacteria. 铺装的时候,不需要特意在地板层下面加入杀虫剂、防潮剂等物。 When the pavement, does not require specially added pesticides, moisture and the like was below the floor level.

[0110] 以上所述,仅是本发明的较佳实施例而已,并非对本发明作任何形式上的限制。 [0110] The above, only the preferred embodiments of the invention only, and not limitation of the present invention in any form. [0111] 虽然本发明发明已以较佳实施例披露如上,然而并非用以限定本发明发明。 [0111] Although the present invention has been disclosed in the preferred embodiment described above, but the present invention is not intended to limit the invention. 任何熟悉本领域的技术人员,在不脱离本发明发明技术方案范围情况下,都可利用上述揭示的方法和技术内容对本发明发明技术方案作出许多可能的变动和修饰,或修改为等同变化的等效实施例。 Any skilled in the art, without departing from the invention of the scope of the present invention, can be by the above disclosed methods and technical content that many possible variations and modifications of the technical solution of the present invention, or modifications of equivalent variations and the like Example efficiency. 因此,凡是未脱离本发明发明技术方案的内容,依据本发明发明的技术实质对以上实施例所做的任何简单修改、等同变化及修饰,均仍属于本发明发明技术方案保护的范围内。 Thus, all without departing from the technical solutions of the present invention, any simple modification based on the technical essence of the present invention, the invention made by the above Example, equivalents, modifications and variations, provided they fall within the scope of protection of the present invention embodiment.

Claims (20)

1.一种地板,其特征在于,所述地板包括两组相对的边沿; 一组相对的边沿具有锁扣结构,其中一个边沿的锁扣结构为公榫(1),另一个边沿的锁扣结构为母槽(6);所述公榫(I)包括横向伸出的舌状榫(21)和位于舌状榫(21)下侧边的挂接钩(31);所述母槽(6)包括与所述舌状榫(21)对应的舌状槽(26)和与所述挂接钩(31)对应的挂接槽(36); 另一组相对的边沿具有搭扣结构,其中一个边沿的搭扣结构为公扣,另一个边沿的搭扣结构为母扣。 1. A floor, characterized in that said plate includes two sets of opposing edges; a latch set another edge opposite the edge having the latch assembly, wherein the locking feature is a male dovetail edge (1), structure as a base slot (6); the male tenon (I) includes a tongue laterally projecting tongue (21) located tongue tongue (21) mounted at the side of the hook (31); said female groove ( 6) comprising a tongue and said tongue (21) corresponding to the tongue groove (26) and with the catching hook (31) corresponding to the catching recess (36); the other set of opposing edges having a fastener structure, wherein one edge fastener structure for a pin, a snap configuration for the other edge of the female snap.
2.如权利要求1所述的地板,其特征在于,所述两组相对的边沿分别为在宽度及长度方向上相对的两边沿,其中在长度方向相对的两边沿具有所述锁扣结构。 2. A floor according to claim 1, wherein said two sets of opposing two edges respectively opposite edge in the width and longitudinal directions, wherein the locking structure having two opposite longitudinal edge.
3.如权利要求1所述的地板,其特征在于,所述挂接钩(31)和所述挂接槽(36)的切入面(9)的角度(α )为30°~60°。 Floor according to claim 1, characterized in that the angle of the catching hook (31) and the catching grooves (36) cut into the surface (9) of the ([alpha]) of 30 ° ~ 60 °.
4.如权利要求1所述的地板,其特征在于,所述公榫(I)的高度(SI)和所述母槽(6)的高度(S6)为8mnTl4mm。 4. A floor according to claim 1, characterized in that the male tenon (I) the height (SI) and the height of said female groove (6) (S6) is 8mnTl4mm.
5.如权利要求1所述的地板,其特征在于,所述舌状榫(21)的长度(Kl)为2mnT6.0mm,所述舌状榫(21)的高度(Hl)为4mnTl0mm。 5. A floor according to claim 1, wherein said tongue-like tongue (21) has a length (Kl) is 2mnT6.0mm, tongue said tongue (21) of height (on Hl) of 4mnTl0mm.
6.如权利要求1所述的地板,其特征在于,所述舌状槽(26)的深度(K6)比所述舌状榫(21)的长度(Kl)多0.2mnT4mm,所述舌状槽(26)的高度(H6)为4.2mnTl0.2mm。 6. The floor according to claim 1, wherein the depth of the tongue groove (26) (K6) than the tongue-like tongue (21) has a length (Kl) Multi 0.2mnT4mm, said tongue grooves (26) of the height (H6) of 4.2mnTl0.2mm.
7.如权利要求1所述的地板,其特征在于,所述舌状榫(21)与所述地板的上表面的距离(Gl)为3mnT7mm,所述舌状槽(26)与所述地板的上表面的距离(G6)为2.8mnT6.8mm。 7. A floor according to claim 1, characterized in that the upper surface of the tongue from the tongue (21) and the floor (of Gl) is 3mnT7mm, said tongue groove (26) and the floor from the upper surface (G6) as 2.8mnT6.8mm.
8.如权利要求1所述的地板,其特征在于,所述挂接钩(31)的厚度(Tl)为0.5mnT3mm。 8. A floor according to claim 1, characterized in that, the catching hook (31) has a thickness (Tl) of 0.5mnT3mm.
9.如权利要求1所述的地板,其特征在于,所述公扣(7)为从地板上表面向下弯折的“7”字形结构,包括横梁部(A7)和凸出部(B7),所述凸出部(B7)和地板的主体之间在横梁部(A7)下构成下凹槽(V7);所述母扣(4)为从地板下表面向上弯折的“7”字形结构,包括横梁部(A4)和凸出部(B4),所述凸出部(B4)和地板的主体之间在横梁部(A4)上构成上凹槽(V4)。 9. A floor according to claim 1, characterized in that the "7" shaped structure is bent downwardly from the upper surface of the floor of the male buckle (7), comprising a cross section (A7) and convex portions (B7 ), between said projecting portion (B7) and the floor body constituting the lower groove (V7) in the cross section (the A7); said female buckle (4) is bent upwardly from the lower floor surface "7" shaped structure, comprising a cross section (A4) and the projecting portion (B4), between said projecting portion (B4) and the body constituting the floor of the recess (V4) on the beam portion (A4).
10.如权利要求1所述的地板,其特征在于,所述公榫(I)、母槽(6)、公扣(7)和母扣(4)的结构中,拐角处设置有倒角。 10. Floor according to claim 1, characterized in that the structure of the male tenon (the I), master grooves (6), the pin (7) and the box (4), a chamfered corner .
11.如权利要求1所述的地板,其特征在于,所述地板为实木地板、复合地板或浸溃纸层压木质地板。 11. Floor according to claim 1, characterized in that the floor is a wood flooring, laminate flooring or impregnated paper laminated wooden floors.
12.一种地板的铺装结构,其特征在于,所述地板的铺装结构铺设在待铺装地面上,包括由若干块如权利要求1至11中任一项所述的地板连接而成的地板层,所述地板层悬浮在其下方结构上。 12. A floor structure of the pavement, wherein said structural floor pavement is laid on the ground to be paved, comprising a connector as claimed in any one of a number of 1 to 11, the floor block as claimed in claim from the floor coverings, said floor layer is suspended below the structure.
13.如权利要求12所述的地板的铺装结构,其特征在于,所述地板层和待铺装地面之间还包括一层软性材料层。 13. The floor 12 pavement structure as claimed in claim, characterized in that the floor comprises a further layer and the layer of pavement to be a soft material between the ground layer.
14.如权利要求13所述的地板的铺装结构,其特征在于,所述软性材料层为2mm厚的泡沫垫或纸。 14. The floor pavement structure according to claim 13, wherein the soft material layer is a 2mm thick foam pad or paper.
15.如权利要求13所述的地板的铺装结构,其特征在于,所述软性材料层和待铺装地面之间还包括一层塑料膜,以隔绝潮气。 15. A pavement structure according to claim 13 of the floor, characterized in that said flexible material layer and a plastic film to be ground further comprising between coverings to insulate moisture.
16.如权利要求12所述的地板的铺装结构,其特征在于,所述待铺装地面的周围具有竖立的墙壁,所述地板层的周边与所述墙壁之间具有伸缩缝,所述伸缩缝的宽度与所述地板层的宽度之比为0.3%~2%。 16. The floor pavement structure according to claim 12, characterized in that the ground around the pavement has to be upstanding wall, having expansion joints between the walls and the surrounding floor layer, the width ratio of the width of the floor expansion joint layer is 0.3% to 2%.
17.如权利要求16所述的地板的铺装结构,其特征在于,所述地板层的周边设置有“7”字型的刚性压条,所述刚性压条覆盖所述伸缩缝。 17. The floor pavement structure according to claim 16, wherein said floor layer is disposed outside the "7" shaped bead rigidity, the rigid battens covering the joints.
18.如权利要求12所述的地板的铺装结构,其特征在于,所述地板为实木地板。 18. The floor pavement structure according to claim 12, characterized in that the solid wood floor flooring.
19.如权利要求18所述的地板的铺装结构,其特征在于,所述实木地板为经过含水率平衡处理,含水率为7%~8.5%的实木地板。 19. A pavement structure according to claim 18 of the floor, characterized in that the water content of the solid wood flooring is a balancing process, moisture content of 7% to 8.5% of the solid wood floor.
20.如权利要求12所述的地板的铺装结构,其特征在于,所述地板的铺装结构铺装在地热环境中。 20. The floor pavement structure according to claim 12, characterized in that the floor pavement the pavement structure in geothermal environments. ` `
CN201210431859.9A 2012-11-01 2012-11-01 Floor and paving structure thereof CN103790323A (en)

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CN104975701A (en) * 2015-07-20 2015-10-14 安徽管仲木业有限公司 Grabbing buckle-tenon floor
CN107917796A (en) * 2017-10-25 2018-04-17 浙江海象新材料股份有限公司 A kind of lock method for testing performance of latch floor

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