WO2008000136A1 - Structure décorative de sol et sa méthode de pose - Google Patents

Structure décorative de sol et sa méthode de pose Download PDF

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Publication number
WO2008000136A1
WO2008000136A1 PCT/CN2007/001693 CN2007001693W WO2008000136A1 WO 2008000136 A1 WO2008000136 A1 WO 2008000136A1 CN 2007001693 W CN2007001693 W CN 2007001693W WO 2008000136 A1 WO2008000136 A1 WO 2008000136A1
Authority
WO
WIPO (PCT)
Prior art keywords
floor
elastic expansion
expansion member
mechanical elastic
wall
Prior art date
Application number
PCT/CN2007/001693
Other languages
English (en)
French (fr)
Inventor
Tong Su
Original Assignee
Tong Su
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN 200610027927 external-priority patent/CN1884769A/zh
Priority claimed from CNB2006101190121A external-priority patent/CN100458082C/zh
Application filed by Tong Su filed Critical Tong Su
Publication of WO2008000136A1 publication Critical patent/WO2008000136A1/zh

Links

Classifications

    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00—Flooring
    • E04F15/18—Separately-laid insulating layers; Other additional insulating measures; Floating floors
    • E04F15/188—Edge insulation strips, e.g. for floor screed layers
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00—Flooring
    • E04F15/02—Flooring or floor layers composed of a number of similar elements
    • E04F15/02005—Construction of joints, e.g. dividing strips
    • E04F15/02027—Means for spacing the flooring from an adjoining wall
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F19/00—Other details of constructional parts for finishing work on buildings
    • E04F19/02—Borders; Finishing strips, e.g. beadings; Light coves
    • E04F19/04—Borders; Finishing strips, e.g. beadings; Light coves for use between floor or ceiling and wall, e.g. skirtings
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F19/00—Other details of constructional parts for finishing work on buildings
    • E04F19/02—Borders; Finishing strips, e.g. beadings; Light coves
    • E04F19/06—Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements
    • E04F19/061—Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements used to finish off an edge or corner of a wall or floor covering area
    • E—FIXED CONSTRUCTIONS
    • E04—BUILDING
    • E04F—FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F19/00—Other details of constructional parts for finishing work on buildings
    • E04F19/02—Borders; Finishing strips, e.g. beadings; Light coves
    • E04F19/06—Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements
    • E04F19/062—Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements used between similar elements

Definitions

  • the invention relates to the technical field of floor decoration, in particular to the field of use and installation of an indoor floor and an auxiliary material thereof, and particularly relates to an indoor suspension type decorative floor paving structure and a paving method thereof.
  • the object of the present invention is to overcome the above-mentioned shortcomings of the prior art, and to provide an indoor floating decorative floor covering structure which can be automatically adapted according to thermal expansion and contraction of a floor, simple and practical structure, and strong and durable.
  • Another object of the present invention is to provide an indoor floating decorative floor covering method for realizing the above-mentioned floor covering structure, which is convenient in loading and unloading, green and environmentally friendly, reduces production cost, and improves wood utilization rate, and has a wide application range.
  • the indoor suspended decorative floor paving structure and the paving method thereof are as follows:
  • the indoor suspended decorative floor paving structure comprises a floor main body which is assembled by several floor pieces, and its main features
  • a space between the floor main body and the adjacent wall has a telescopic space, and the telescopic space is provided with a mechanical elastic expansion and contraction portion.
  • the mechanical elastic expansion member is bridged between the floor body and the wall; the mechanical elastic expansion member is also disposed in the transition space inside the floor body, and the mechanical elastic expansion member is bridged against the adjacent ground. Between the plates.
  • One end of the floor main body of the indoor suspended decorative floor paving structure is fixed to the wall, and a mechanical elastic expansion member is disposed across the opposite end from the adjacent wall.
  • a mechanically elastically stretchable member is disposed between the periphery of the floor main body of the indoor suspended floor covering structure and the adjacent wall.
  • a transition strip is disposed at a transition space inside the floor main body of the indoor suspended decorative floor pavement structure, and a lower portion of the transition strip has a fixed shaft extending in a vertical direction of the transition strip, and the mechanical elastic expansion member is disposed on the Fixed on the shaft, and both ends of the mechanical elastic expansion member are bridged between adjacent floor blocks.
  • the skirting line is fixedly attached to the wall adjacent to the floor main body of the indoor floating decorative floor paving structure, and the mechanical elastic telescopic member is disposed across the skirting line and the floor main body.
  • the floor of the floor main body of the indoor suspended decorative floor paving structure is fixedly provided with a skirting line, and the mechanical elastic expansion member is disposed on the skirting line and bridges between the wall and the floor body. .
  • the lower part of the baseboard of the indoor suspension floor covering structure has a fixed shaft extending in a vertical direction, the mechanical elastic expansion member is mounted on the fixed shaft, and both ends of the mechanical elastic expansion member are bridged Between the wall and the main body of the floor.
  • An edge band is fixedly attached to the adjacent wall of the floor main body of the indoor suspended floor covering structure, and the mechanical elastic expansion member is disposed between the edge band and the floor body.
  • the edge of the floor main body of the indoor suspended decorative floor paving structure is fixedly provided with an edge banding, and the mechanical elastic stretching member is disposed on the edge banding and is bridged between the wall and the floor body. .
  • the lower part of the edge band of the indoor floating decorative floor paving structure has a fixed shaft extending in a vertical direction, the mechanical elastic expansion member is mounted on the fixed shaft, and the two ends of the mechanical elastic expansion member are bridged Between the wall and the main body of the floor.
  • the inner wall of the indoor suspended floor covering structure is fixedly provided with a shrink button on the adjacent wall of the floor body, and the mechanical elastic stretching member is disposed across the shrink buckle and the floor body.
  • One end of the mechanical elastically stretchable member of the indoor suspended decorative floor paving structure is fitted to the inner wall of one side of the shrink-fastening fit wall, and the other end abuts against the side of the floor main body adjacent to the shrink button.
  • the mechanical elastic expansion and contraction component of the indoor suspended decorative floor paving structure is a spring or a spring piece, and the spring or the contact surface of the elastic piece and the floor block is provided with an elastic buffer material, and the spring is a drum spring or a leaf spring. , ring spring, butterfly spring, rubber spring, nitrogen gas spring, the elastic cushioning material is elastic rubber material, hydrogenated thermoplastic elasticity Body TPE or hydrogenated thermoplastic rubber SEBS.
  • the mechanical elastic expansion member is fixedly disposed between the floor main body and the adjacent wall.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the floor body, and the step (3) is: placing the other end of the mechanical elastic extension member against the floor The body is adjacent to the wall.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the floor panel of the floor body, and the step (12) is: placing the other end of the mechanical elastic expansion member against In the transition space, on another floorboard adjacent to the floorboard.
  • the transition space inside the floor main body of the indoor suspension floor covering method is provided with a transition strip, and the lower part of the transition strip has a fixed shaft extending in a vertical direction of the transition strip, and the mechanical elastic expansion member is disposed on the On the fixed shaft, the step (12) is as follows: the two ends of the mechanical elastic expansion member are bridged and disposed between the adjacent floor blocks in the transition space.
  • the steps (3) of the indoor suspended decorative floor paving method are:
  • the mechanical elastic telescopic member is fixedly disposed across the opposite free end of the floor main body and the adjacent wall.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the opposite free end of the floor body, and the step (32) is: bringing the other end of the mechanical elastic expansion member into By being placed on a wall adjacent to the opposite end of the floor body.
  • the step (3) of the indoor suspended decorative floor paving method also includes the following steps:
  • the step (3) is as follows: The mechanical elastic expansion member is fixedly disposed between the skirting line and the floor main body. One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the floor body, and the step (3) is: placing the other end of the mechanical elastic expansion member against the floor body Adjacent to the skirting line.
  • the lower part of the baseboard of the indoor suspended decorative floor paving method has a fixed axis extending in a vertical direction, the machine
  • the mechanical elastic expansion member is mounted on the fixed shaft, and the step (3) is: placing the two ends of the mechanical elastic expansion member against the wall and the floor body.
  • the step (3) of the indoor suspended decorative floor paving method also includes the following steps:
  • the step (3) is: fixing the mechanical elastic expansion member between the sealing edge and the floor main body.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the floor body, and the step (3) is: placing the other end of the mechanical elastic expansion member against the floor The body is adjacent to the edge band.
  • the sealing edge of the indoor floating floor covering method has a fixed shaft extending in a vertical direction, the mechanical elastic expansion member is mounted on the fixed shaft, and the step (3) is: mechanically elastically stretching Both ends of the component are bridged against each other between the wall and the floor body.
  • the step (3) of the indoor suspended decorative floor paving method also includes the following steps:
  • the step (3) is: fixing the mechanical elastic expansion member between the shrink buckle and the floor main body.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the floor body, and the step (3) is: placing the other end of the mechanical elastic expansion member against the floor body Adjacent to the shrink button.
  • One end of the mechanical elastic expansion member of the indoor suspension floor covering method is embedded on the inner wall of the side of the shrink-fitting wall, and the step (3) is: placing the other end of the mechanical elastic expansion member against The side of the floor body adjacent to the shrink button.
  • the indoor suspension type decorative floor pavement structure and the paving method thereof using the invention are fixedly arranged in a space between a space between a floor main body and an adjacent wall and a transition space inside the floor main body during the paving process
  • the elastically stretchable member utilizes the large elastic expansion range of the mechanical elastic expansion member and the relatively long-lasting strong elastic force, and the elastic force generated by the mechanical elastic expansion member is used to tighten the floor while utilizing the mechanical elastic expansion member itself.
  • FIG. 1 is a schematic view showing the overall appearance of an indoor suspension decoration floor pavement structure of the present invention.
  • FIG. 2 is a partial schematic view showing the structure of the floor main body having the groove structure portion and the adjacent wall connected by the mechanical elastic expansion member during the indoor suspension type decorative floor covering process of the present invention.
  • Fig. 3 is a partial schematic view showing the flat head portion of the floor main body and the adjacent wall connected by the mechanical elastic expansion member during the indoor suspension type decorative floor covering process of the present invention.
  • Figure 4 is a partial cross-sectional view showing the connection between the floor blocks of the transition space by mechanically elastically extending members mounted on the transition strips during the indoor suspension floor covering process of the present invention.
  • Figure 5 is a partial cross-sectional view showing the connection between the wall and the floor body by mechanically elastically extending members mounted on the skirting line during the indoor suspension floor covering process of the present invention.
  • Figure 6 is a partial cross-sectional view showing the connection between the wall and the floor body by mechanically elastically extending members mounted on the edge strip during the indoor suspension floor covering process of the present invention.
  • Figure 7 is a partial cross-sectional view showing the connection between the wall and the floor body by mechanically elastically extending members mounted on the shrink buckle during the indoor suspension floor covering process of the present invention.
  • the indoor floating decorative floor pavement structure comprises a floor main body 1 which is assembled by a plurality of floorboards, wherein the floor main body 1 and the adjacent wall 2 have a telescopic space in which a mechanical elastic expansion member 3 is disposed, and the mechanical elastic expansion member 3 is bridged between the floor main body 1 and the wall 2; meanwhile, a mechanical mechanism is also disposed in the transition space inside the floor main body
  • the elastically stretchable member 3, and the mechanically elastically stretchable member 3 is bridged between the adjacent floorboards; at the same time, the transition space inside the floor body 1 may also be provided with a transition strip 4, the transition strip
  • the lower portion has a fixed shaft 41 extending in a direction perpendicular to the transition strip 4, the mechanical elastic expansion member 3 is mounted on the fixed shaft 41, and both ends of the mechanical elastic expansion member 3 are bridged against the adjacent ground.
  • the skirting wall 21 is fixedly attached to the wall 2 adjacent to the floor main body 1, and the mechanical elastic expansion member 3 is connected across the kick.
  • the lower portion of the base line 21 may have a fixed shaft 22 extending in a vertical direction, and the mechanical elastic expansion member 3 is mounted on the fixed shaft 22, and the Both ends of the mechanical elastically stretchable member 3 are bridged between the wall 2 and the floor main body 1.
  • the wall 2 adjacent to the floor main body 1 may be fixedly provided with an edge strip 5, and the mechanical elastic expansion member 3 is disposed across the edge strip and the floor main body 1 at the same time;
  • the lower portion of the edge strip 5 may have a fixed shaft 51 extending in the vertical direction.
  • the mechanical elastic expansion portion 3 is mounted on the fixed shaft 51, and the two ends of the mechanical elastic expansion member 3 are bridged.
  • the wall 2 adjacent to the floor body 1 may be fixedly provided with a shrink button 6 , and the mechanical elastic expansion member 3 is disposed across the shrink button 6 and the floor body 1;
  • One end of the mechanical elastically stretchable member 3 is fitted to the inner wall 61 on the side of the shrinking buckle 6 to the side of the wall 2, and the other end is abutted against the side surface of the floor main body 1 adjacent to the shrink button 6.
  • the mechanical elastic expansion member 3 may be a spring or a spring piece, and the spring or the contact surface of the elastic piece and the floor block is further provided with an elastic buffer material 31, and the spring may be a drum spring, a leaf spring or a ring. a spring, a butterfly spring, a rubber spring or a nitrogen gas spring. Of course, other shapes of springs may be used depending on the situation.
  • the elastic cushioning material 31 is an elastic rubber material, a hydrogenated thermoplastic elastomer TPE or a hydrogenated thermoplastic rubber SEBS. It can also be other flexible materials with elasticity.
  • the nitrogen gas spring is a kind of elastic function. It seals the high pressure nitrogen gas in a certain container.
  • the external force compresses the nitrogen gas through the plunger rod. When the external force is removed, the high pressure nitrogen gas expands to obtain a certain elastic pressure. Please refer to the link for technical details:
  • one end of the floor main body 1 may be fixed to the wall 2, and a mechanical elastic expansion member 3 is disposed across the opposite end from the adjacent wall 2, thereby saving raw materials. And the stability of the floor is stronger.
  • the mechanical elastic expansion member 3 may be disposed between the periphery of the floor main body 1 and the adjacent wall 2, so that the floor can be adapted to the hot and cold cycle and the dry and dry cycle.
  • the indoor floating decorative floor covering method for realizing the above-mentioned paving structure comprising the following steps:
  • the floor blocks are piece by piece according to the shape of the inner bottom surface to form the floor main body 1 , and the following steps are also included:
  • the present step is: abutting the other end of the mechanical elastic telescopic member against another floor block disposed in the transition space adjacent to the floor panel; not only that, the mechanical elastic expansion and contraction
  • the component 3 can also be combined with the accessories of the floor transition strip 4 in the manner described above to form a spring transition strip.
  • the step is: connecting the two ends of the mechanical elastic expansion member against the adjacent ground in the transition space. Between the plates.
  • the telescopic space is reserved between the floor main body 1 and each adjacent wall 2; at the same time, the following steps may be further performed: (21) The baseboard 21 is fixedly mounted on the wall adjacent to the floor main body 1 Up; at the same time, you can also use edge banding or shrink button;
  • the mechanical elastically stretchable member 3 is fixedly disposed between the floor main body 1 and the skirting line 21 of the adjacent wall 2/wall 2/the edge strip 5 of the wall 2/the buckle 2 of the wall 2.
  • the steps may also be as follows:
  • the mechanical elastic expansion member 3 is fixedly disposed between the opposite end of the floor main body 1 and the edge strip 5 of the adjacent wall 2, and at this time, one end of the mechanical elastic expansion member 3 is fitted to The floor main body 1 is disposed on the other side of the mechanical elastic expansion member 3 on the edge strip 5 adjacent to the floor main body 1. At the same time, the mechanical elastic expansion member 3 can also be sealed with the floor.
  • the excipients of the strip 5 are assembled and assembled in the manner described above to form a mechanical elastically stretchable member edge strip. In this case, the steps are: placing the both ends of the mechanical elastically stretchable member 3 against the wall 2 and the floor main body 1.
  • the mechanical elastically stretchable member 3 is fixedly disposed between the opposite end of the floor main body 1 and the shrink button 6 of the adjacent wall 2, and at this time, one end of the mechanical elastic stretchable member 3 is fitted in the The floor body 1 is described, and the other end of the mechanical elastic expansion member 3 is abutted on the shrink button 6 adjacent to the floor body 1; the mechanical elastic stretch member 3 can also be combined with the floor shrink button 6
  • the assembled auxiliary materials are assembled and assembled in the manner described above to form a mechanical elastic stretchable member shrink buckle.
  • the step is: placing the mechanical elastic stretchable member 3 against the floor body 1 of the wall 2.
  • the floor main body 1 has a groove structure portion and the adjacent wall 2 is connected by the mechanical elastic expansion member 3, wherein the inner wall in the groove 11 of the floor main body 1 is also provided with mechanical elasticity.
  • the telescopic member 3 is fixedly disposed with a protrusion 22 at a corresponding position on the wall 2.
  • the front end of the protrusion 22 has a shape matching the groove 11, so that the protrusion 22 can be inserted into the groove 11 for cooperation. installation.
  • FIG. 3 it is a case where the flat head portion of the floor main body 1 is connected to the adjacent wall 2 by a mechanical elastic expansion member. In this case, it is only necessary to directly fix the mechanical mechanism on the flat head portion of the floor main body 1.
  • the elastically stretchable member can be connected to the wall 2.
  • An elastic cushioning material such as an elastic rubber material, may be added to the contact surface between the floor and the spring, so as to cushion the local force and increase the expansion allowance of the floor.
  • the spring can also be assembled with floor skirtings, transition strips, edge strips, shrink buckles and other floor coverings to form spring baseboards, spring transition strips, spring edge strips, spring shrink buckles. Wait.
  • the above-mentioned indoor suspended decorative floor paving structure and the paving method thereof are fixed, and are fixed in the expansion space between the floor main body 1 and the adjacent wall 2 and the transition space inside the floor main body 1 during the paving process.
  • the mechanically elastically stretchable member 3 is characterized in that the mechanical elastic elastic member 3 has a large elastic expansion range and a relatively long-lasting strong elastic force, and the elastic force generated by the mechanical elastic expansion member 3 is used to tighten the floor while using the machine.
  • the elasticity of the elastically stretchable member 3 itself satisfies the change of the geometry of the floor due to the hot and cold cycle, the dry and wet cycle, and at the same time, the mechanically elastically stretchable member 3 itself can be continuously telescopically adjusted, thereby dynamically making the floor different in geometry.
  • the shape is subject to the same pressure, avoiding various cracks, strong and durable; at the same time, due to the use of mechanical force to tighten the floor, it is installed on the floor. The process does not need to use glue to bond, and is environmentally friendly.
  • the paving structure and the paving method of the present invention are easy to handle and unload, and only the mechanical elastic expansion member 3 needs to be taken out, the floor can be freely loaded and unloaded, and the floor can be freely set as needed.
  • the number of mechanical elastic expansion parts 3 at a certain part of the main body 1 is flexible and convenient; and since the joint between the floors mainly depends on the elastic force generated by the surrounding mechanical elastic expansion parts 3, the floor itself does not need to have a lock, and only a simple flat structure is required. That is to say, the yield of the floor production can be improved, the production cost is greatly reduced, the utilization rate of the wood resources is improved, and the scope of application is wide, which brings high quality enjoyment to people's home life and office work.

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Floor Finish (AREA)
  • Road Paving Structures (AREA)

Description

室内悬浮式装饰地板铺装结构及其铺装方法 技术领域
本发明涉及地板装潢技术领域， 特别涉及室内地板及其辅料的使用安装领域， 具体是指 一种室内悬浮式装饰地板铺装结构及其铺装方法。 背景技术
现代社会中， 人们对于生活质量有了越来越高的要求， 尤其是对于所居住的室内环境更 是如此。 在各种各样的室内装潢中， 最重要的就要算是地板的装饰装潢， 目前比较流行的是 悬浮式地板安装方式， 这种方式在现有技术中主要有两种类型：
( 1 )平扣的企口安装： 在地板的榫槽上涂布胶水， 将地板块胶合在一起， 同时在地板主 体四周预留伸缩空间， 以供地板日后的热胀冷缩而产生的面积伸缩和变形；
( 2 )锁扣地板的安装： 将每块地板块的榫槽加工成各种自锁式的扣形， 在安装时通过每 片地板自锁， 使整个安装面积成为整体， 从而减少了因地板自身的热胀冷缩而产生的缝隙， 同时在四周预留伸缩空间， 以供地板因热胀冷缩而产生面积伸缩和变形。
以上第 （ 1 )种安装方法的不足之处是：
a. 使用胶水， 对环境有影响；
b. 在地板经过冷热循环后会产生裂缝。
以上第 （2 )种安装方法的不足之处是：
a. 因各片地板在安装种均需相互锁合， 故安装繁瑣；
b. 因每片地板四周均需有自锁扣形，故在生产中减少了地板的出材率，增加了生产成本。 发明内容
本发明的目的是克服了上述现有技术中的缺点， 提供一种能够根据地板的热胀冷缩自动 适应、 结构简单实用、 牢固耐用的室内悬浮式装饰地板铺装结构。
本发明的另一个目的是提供一种实现上述地板铺装结构的室内悬浮式装饰地板铺装方 法， 该方法装卸便捷， 绿色环保， 降低生产成本， 提高木材的利用率， 适用范围较为广泛。
为了实现上述的目的， 本发明的室内悬浮式装饰地板铺装结构及其铺装方法如下： 该室内悬浮式装饰地板铺装结构， 包括由数块地板块拼合而成的地板主体， 其主要特点 是， 所述的地板主体与邻接的墙壁之间具有伸缩空间， 该伸缩空间中设置有机械弹性伸缩部 件， 且该机械弹性伸缩部件跨接于地板主体与墙壁之间； 所述的地板主体内部的过渡空间中 也设置有机械弹性伸缩部件， 且该机械弹性伸缩部件跨接抵靠于邻接的地板块之间。
该室内悬浮式装饰地板铺装结构的地板主体的一端固定于墙壁上， 其相对一端与邻接的 墙壁之间跨接设置有机械弹性伸缩部件。
该室内悬浮式装饰地板铺装结构的地板主体的四周与邻接的墙壁之间均跨接设置有机械 弹性伸缩部件。
该室内悬浮式装饰地板铺装结构的地板主体内部的过渡空间处设置有过渡条， 所述的过 渡条下部具有沿过渡条垂直方向延伸的固定轴，所述的机械弹性伸缩部件安设于该固定轴上， 且该机械弹性伸缩部件的两端跨接 靠于邻接的地板块之间。
该室内悬浮式装饰地板铺装结构的地板主体邻接的墙壁上固定安设有踢脚线， 所述的机 械弹性伸缩部件跨接设置于踢脚线与地板主体之间。
该室内悬浮式装饰地板铺装结构的地板主体邻接的墙壁上固定安设有踢脚线， 所述的机 械弹性伸缩部件安设于踢脚线上并跨接抵靠于墙壁与地板主体之间。
该室内悬浮式装饰地板铺装结构的踢脚线下部具有沿垂直方向延伸的固定轴， 所述的机 械弹性伸缩部件安设于该固定轴上， 且该机械弹性伸缩部件的两端跨接抵靠于墙壁与地板主 体之间。
该室内悬浮式装饰地板铺装结构的地板主体邻接的墙壁上固定安设有封边条， 所述的机 械弹性伸缩部件跨接设置封边条与地板主体之间。
该室内悬浮式装饰地板铺装结构的地板主体邻接的墙壁上固定安设有封边条， 所述的机 械弹性伸缩部件安设于封边奈上并跨接抵靠于墙壁与地板主体之间。
该室内悬浮式装饰地板铺装结构的封边条下部具有沿垂直方向延伸的固定轴， 所述的机 械弹性伸缩部件安设于该固定轴上， 且该机械弹性伸缩部件的两端跨接抵靠于墙壁与地板主 体之间。
该室内悬浮式装饰地板铺装结构的地板主体邻接的墙壁上固定安设有收缩扣， 所述的机 械弹性伸缩部件跨接设置于收缩扣与地板主体之间。
该室内悬浮式装饰地板铺装结构的机械弹性伸缩部件的一端嵌装于收缩扣贴合墙壁一侧 的内壁， 另一端抵靠于和收缩扣相邻接的地板主体侧面。
该室内悬浮式装饰地板铺装结构的机械弹性伸缩部件为弹簧或者弹片， 且该弹簧或者弹 片与地板块的接触面上设置有弹性緩冲材料， 所述的弹簧为鼓状弹簧、 片状弹簧、 环状弹簧、 蝶状弹簧、 橡胶弹簧、 氮气弹簧， 所述的弹性緩冲材料为弹性橡胶材料、 氢化级热塑性弹性 体 TPE或者氢化热可塑性橡胶 SEBS。
该实现上述的铺装结构的室内悬浮式装饰地板铺装方法， 其主要特点是， 所述的方法包 括以下步骤：
( I )根据室内底面的形状大小将地板块逐个进行拼合， 形成地板主体；
( II )在地板主体内郜形成过渡空间；
( 12 )将机械弹性伸缩部件跨接设置在过渡空间中， 且将该机械弹性伸缩部件跨接固定 于邻接的地板块之间；
( 2 )使得地板主体与各邻接的墙壁之间预留伸缩空间；
( 3 )将机械弹性伸缩部件跨接固定设置于地板主体与邻接的墙壁之间。
该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 ) 为： 将机械弹性伸^部件的另一端抵靠设置于和地板主体邻接的墙壁上。
该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体的地 板块上， 所述的步骤（12 )为： 将机械弹性伸缩部件的另一端抵靠设置于过渡空间中和地板 块相邻接的另一地板块上。
该室内悬浮式装饰地板铺装方法的地板主体内部的过渡空间处设置有过渡条， 所述的过 渡条下部具有沿过渡条垂直方向延伸的固定轴，所述的机械弹性伸缩部件安设于该固定轴上， 所述的步骤（12 ) 为： 将机械弹性伸缩部件的两端跨接抵靠设置于过渡空间中邻接的地板块 之间。
该室内悬浮式装饰地板铺装方法的步骤（ 3 )为：
( 31 )将地板主体的一端固定于邻接的墙壁上；
( 32 )将机械弹性伸缩部件跨接固定设置于地板主体的相对一自由端与邻接的墙壁之间。 该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体的该 相对一自由端上， 所述的步骤（32 )为： 将机械弹性伸缩部件的另一端抵靠设置于和地板主 体该相对一自由端相邻接的墙壁上。
该室内悬浮式装饰地板铺装方法的步骤（3 )之前还包括以下步骤：
( 21 )将踢脚线固定安设于和地板主体邻接的墙壁上；
所述的步骤（ 3 ) 为： 将机械弹性伸缩部件跨接固定设置于上述踢脚线与地板主体之间。 该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 ) 为: 将机械弹性伸缩部件的另一端抵靠设置于和地板主体邻接的踢脚线上。
该室内悬浮式装饰地板铺装方法的踢脚线下部具有沿垂直方向延伸的固定轴， 所述的机 械弹性伸缩部件安设于该固定轴上， 所述的步骤（3 )为： 将机械弹性伸缩部件的两端跨接抵 靠设置于墙壁与地板主体之间。
该室内悬浮式装饰地板铺装方法的步骤（3 )之前还包括以下步骤：
( 21 )将封边条固定安设于和地板主体邻接的墙壁上；
所述的步骤（3 )为： 将机械弹性伸缩部件跨接固定设置于上述封边奈与地板主体之间。 该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤.（3 )为： 将机械弹性伸缩部件的另一端抵靠设置于和地板主体邻接的封边条上。
该室内悬浮式装饰地板铺装方法的封边奈下部具有沿垂直方向延伸的固定轴， 所述的机 械弹性伸缩部件安 于该固定轴上， 所述的步骤（3 )为： 将机械弹性伸缩部件的两端跨接抵 靠设置于墙壁与地板主体之间。
该室内悬浮式装饰地板铺装方法的步骤（3 )之前还包括以下步骤：
( 21 )将收缩扣固定安设于和地 主体邻接的墙壁上；
所述的步骤（ 3 )为： 将机械弹性伸缩部件跨接固定设置于上述收缩扣与地板主体之间。 该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 )为： 将机械弹性伸缩部件的另一端抵靠设置于和地板主体邻接的收缩扣上。
该室内悬浮式装饰地板铺装方法的机械弹性伸缩部件的一端嵌装于收缩扣贴合墙壁一侧 的内壁， 所述的步骤（3 )为： 将机械弹性伸缩部件的另一端抵靠设置于和收缩扣相邻接的地 板主体侧面。
采用了该发明的室内悬浮式装饰地板铺装结构及其铺装方法， 由于在铺装过程中在地板 主体与邻接的墙壁之间的伸缩空间中及地板主体内部的过渡空间中固定设置有机械弹性伸缩 部件， 利用该机械弹性伸缩部件所具有的较大的伸缩范围、 较为持久的强劲弹力的特点， 通 过该机械弹性伸缩部件所产生的弹力将地板顶紧， 同时利用机械弹性伸缩部件自身的伸缩性 来满足地板因冷热循环、 千湿循环而产生的几何形状的变化， 同时因机械弹性伸缩部件自身 可不断的伸缩调节， 从而可以动态地使地板在不同几何形状时均受到相同地压力， 避免出现 各种裂缝， 牢固耐用； 同时由于使用机械力量将地板顶紧， 因此在地板安装过程中无需使用 胶水来粘合， 绿色环保； 而且本发明的铺装结构和铺装方法装卸简易， 只需要取出机械弹性 伸缩部件， 即可将地板进行自由装卸， 同时可以根据需要随意设置地板主体某处的机械弹性 伸缩部件的数量， 灵活方便； 而且由于地板之间的结合主要依靠四周机械弹性伸缩部件产生 的弹力， 因此无需地板自身具有锁扣， 只需要简单的平扣结构即可， 由此可以提高地板生产 的出材率， 使得生产成本大大降低， 提高了木材资源的利用率， 适用范围较为广泛， 给人们 的居家生活和办公室工作带来了高质量的享受。 附图说明
图 1为本发明的室内悬浮 ^装饰地板铺装结构的整体外观示意图。
图 2为本发明的室内悬浮式装饰地板铺装过程中地板主体具有凹槽结构部分与邻接墙壁 通过机械弹性伸缩部件相连接的局部示意图。
图 3为本发明的室内悬浮式装饰地板铺装过程中地板主体平头部分与邻接墙壁通过机械 弹性伸缩部件相连接的局部示意图。
图 4为本发明的室内悬浮式装饰地板铺装过程中过渡空间的地板块间通过安设于过渡条 上的机械弹性伸缩部件相连接的局部剖视示意图。
图 5为本发明的室内悬浮式装饰地板铺装过程中墙壁与地板主体之间通过安设于踢脚线 上的机械弹性伸缩部件相连接的局部剖视示意图。
图 6为本发明的室内悬浮式装饰地板铺装过程中墙壁与地板主体之间通过安设于封边条 上的机械弹性伸缩部件相连接的局部剖视示意图。
图 7为本发明的室内悬浮式装饰地板铺装过程中墙壁与地板主体之间通过安设于收缩扣 上的机械弹性伸缩部件相连接的局部剖视示意图。 具体实施方式
为了能够更清楚地理解本发明的技术内容， 特举以下实施例详细说明。
请参阅图 1至图 7所示， 该室内悬浮式装饰地板铺装结构， 包括由数块地板块拼合而成 的地板主体 1 , 其中， 所述的地板主体 1与邻接的墙壁 2之间具有伸缩空间， 该伸缩空间中 设置有机械弹性伸缩部件 3 , 且该机械弹性伸缩部件 3跨接于地板主体 1与墙壁 2之间； 同 时， 所述的地板主体内部的过渡空间中也设置有机械弹性伸缩部件 3 , 且该机械弹性伸缩部 件 3跨接抵靠于邻接的地板块之间； 同时， 所述的地板主体 1内部的过渡空间处也可以设置 有过渡条 4， 所述的过渡条 4下部具有沿过渡条 4垂直方向延伸的固定轴 41 , 所述的机械弹 性伸缩部件 3安设于该固定轴 41上，且该机械弹性伸缩部件 3的两端跨接抵靠于邻接的地板 块之间； 不仅如此， 在本发明的最佳实施方式中， 所述的地板主体 1邻接的墙壁 2上固定安 设有踢脚线 21 , 所述的机械弹性伸缩部件 3跨接设置于踢脚线 21与地板主体 1之间； 同时， 所述的踢脚线 21 下部也可以具有沿垂直方向延伸的固定轴 22, 所述的机械弹性伸缩部件 3 安设于该固定轴 22上，且该机械弹性伸缩部件 3的两端跨接抵靠于墙壁 2与地板主体 1之间。 不仅如此， 所述的地板主体 1邻接的墙壁 2上也可以固定安设有封边条 5， 所述的机械 弹性伸缩部件 3跨接设置于封边条与地板主体 1之间； 同时， 所述的封边条 5下部也可以具 有沿垂直方向延伸的固定轴 51， 所述的机械弹性伸缩部 3件安设于该固定轴 51上， 且该机 械弹性伸缩部件 3的两端跨接抵靠于墙壁 2与地板主体 1之间。
或者， 所述的地板主体 1邻接的墙壁 2上还可以固定安设有收缩扣 6, 所述的机械弹性 伸缩部件 3跨接设置于收缩扣 6与地板主体 1之间； 其中， 所述的机械弹性伸缩部件 3的一 端嵌装于收缩扣 6贴合墙壁 2—侧的内壁 61上，另一端抵靠于和收缩扣 6相邻接的地板主体 1的侧面。
所述的机械弹性伸缩部件 3可以为弹簧或者弹片， 且该弹簧或者弹片与地板块的接触面 上还设置有弹性緩冲材料 31 , 所述的弹簧可以为鼓状弹簧、 片状弹簧、环状弹簧、蝶状弹簧、 橡胶弹簧或者氮气弹簧， 当然也可以根据情况采用其它形状的弹簧， 所述的弹性緩冲材料 31 为弹性橡胶材料、 氢化级热塑性弹性体 TPE或者氢化热可塑性橡胶 SEBS, 也可以为其它具 有弹性的软质材料。
氮气弹簧是一种具有弹性功能的部件， 它是将高压氮气密封在确定的容器内， 外力通过 柱塞杆将氮气压缩， 当外力去除时靠高压氮气膨胀来获得一定的弹压力， 其具体的技术细节 描述请参阅链接：
( 1 ) http ://www.888th.com.cn/article/sho w.asp?id=6；
( 2 ) http://www.mw35.com/article/apply/8219.htmL
作为本发明的第一种实施选择方案， 所述的地板主体 1的一端可以固定于墙壁 2上， 其 相对一端与邻接的墙壁 2之间跨接设置有机械弹性伸缩部件 3, 这样可以节省原材料， 并且 地板的稳定性更强。
作为本发明的第二种实施选择方案， 所述的地板主体 1的四周与邻接的墙壁 2之间可以 均跨接设置有机械弹性伸缩部件 3, 这样可以提高地板适应冷热循环和干湿循环的能力， 特 别适合于未经过特殊处理而随环境变化可能产生较大形变的地板材料的铺装。
该实现上述的铺装结构的室内悬浮式装饰地板铺装方法， 其中， 包括以下步骤：
( 1 )根据室内底面的形状大小将地板块逐个进行拼合， 形成地板主体 1 , 同时， 还包括 以下步骤：
( 11 )在地板主体 1内部形成过渡空间；
( 12 )将机械弹性伸缩部件 3跨接设置在过渡空间中， 且将该机械弹性伸缩部件 3跨 接固定于邻接的地板块之间；同时所述的机械弹性伸缩部件的一端可以直接嵌装于所 述的地板主体的地板块上， 此时本步骤为： 将机械弹性伸缩部件的另一端抵靠设置于 过渡空间中和地板块相邻鵠的另一地板块上； 不仅如此， 该机械弹性伸缩部件 3还可 以和地板过渡条 4的辅料按照前述的方式进行组合装配， 形成弹簧过渡条， 此时本步 骤为： 将机械弹性伸缩部件的两端跨接抵靠设置于过渡空间中邻接的地板块之间。 ( 2 )使得地板主体 1与各邻接的墙壁 2之间预留伸缩空间； 同时， 还可以有以下步骤： ( 21 )将踢脚线 21 固定安设于和地板主体 1相邻接的墙壁 2上； 同时， 还可以使用 封边条或者收缩扣；
( 3 )将机械弹性伸缩部件 3跨接固定设置于地板主体 1与邻接的墙壁 2/墙壁 2的踢脚线 21/墙壁 2的封边条 5/墙壁 2.的收.缩扣 6之间； 对应于上述第一种实施选择方案， 该步骤还可 以为以下几种：
( 31 )将地板主体 1的一端固定连接于邻接的墙壁 2上；
( 32 )将机械弹性伸缩部件 3的两端跨接固定设置于地板主体 1的相对一端与邻接的 墙壁 2。
或者：
( 31 ' )将地板主体 1的一端固定连接于邻接的墙壁 2的踢脚线 21上；
( 32' )将机械弹性伸缩部件 3的两端跨接固定设置于地板主体 1 的相对一端与邻接 的墙壁 2的踢脚线 21之间， 此时， 所述的机械弹性伸缩部件 3的一端嵌装于所述的 地板主体 1.上，并将机械弹性伸缩部件 3的另一端抵靠设置于和地板主体 1邻接的踢 脚线 21上； 同时， 所述的机械弹性伸缩部件 3也可以和地板踢脚线 21这样的辅料按 照前述的方式进行组合装配， 形成机械弹性伸缩部件踢脚线， 此时该步骤为： 将机械 弹性伸缩部件的两端跨接抵靠设置于墙壁 2与地板主体 1之间。
或者：
( 31 " )将地板主体 1的一端固定连接于邻接的墙壁 2的封边条 5上；
( 32" )将机械弹性伸缩部件 3跨接固定设置于地板主体 1的相对一端与邻接的墙壁 2的封边条 5之间， 此时, 所述的机械弹性伸缩部件 3的一端嵌装于所述的地板主体 1上，并将机械弹性伸缩部件 3的另一端抵靠设置于和地板主体 1邻接的封边条 5上； 同时，所述的机械弹性伸缩部件 3也可以和地板封边条 5这样的辅料按照前述的方式 进行组合装配， 形成机械弹性伸缩部件封边条, 此时该步骤为： 将机械弹性伸缩部件 3的两端抵靠设置于墙壁 2与地板主体 1之间。
或者： ( 3Γ )将地板主体 1的一端固定连接于邻接的墙壁 2的收缩扣 6上；
( 32" )将机械弹性伸缩部件 3跨接固定设置于地板主体 1的相对一端与邻接的墙壁 2的收缩扣 6之间， 此时， 所述的机械弹性伸缩部件 3的一端嵌装于所述的地板主体 1上，并将机械弹性伸缩部件 3的另一端抵靠设置于和地板主体 1邻接的收缩扣 6上； 所述的机械弹性伸缩部件 3也可以和地板收缩扣 6这些地板铺装的辅料按照前述的方 式进行组合装配， 形成机械弹性伸缩部件收缩扣， 此时该步骤为： 将机械弹性伸缩部 件 3抵靠设置于墙壁 2地板主体 1之间。
再请参阅图 2所示， 其为地板主体 1具有凹槽结构部分与邻接墙壁 2通过机械弹性伸缩 部件 3相连接的情形， 其中在地板主体 1的凹槽 11中的内壁也设置有机械弹性伸缩部件 3 , 而在墙壁 2上对应位置可固定设置有一凸块 22, 该凸块 22的前端具有与凹槽 11相匹配的形 状， 从而可以使得该凸块 22插入到凹槽 11中进行配合安装。
再请参阅图 3所示， 其为地板主体 1的平头部分与邻接墙壁 2通过机械弹性伸缩部件相 连接的情形， 在这种情况下， 仅需要在地板主体 1的平头部分上直接固定设置机械弹性伸缩 部件与墙壁 2相连接即可。
在实际使用过程中, 还有以下几点需要注意：
( 1 )机械弹性伸缩部件采用鼓形弹簧时效果最佳， 而弹簧的弹力最大值不得超过地板侧 面所能承受的最大压力。
( 2 )在地板与弹簧的接触面上还可以加上弹性緩冲材料， 比如弹性橡胶材料等， 这样可 以緩冲局部受力， 同时加大地板的伸缩余量。
( 3 )各种类型的机械弹性伸缩部件， 鼓状弹簧、 片状弹簧、 环状弹簧或者蝶状弹簧或者 弹片， 既可以单独使用， 也可以组合使用， 还可以一端固定在墙壁上， 另一端自由伸缩。
( 4 )该弹簧还可以和地板踢脚线、 过渡条、 封边条、 收缩扣等地板铺装的辅料进行组合 装配， 形成弹簧踢脚线、 弹簧过渡条、 弹簧封边条、 弹簧收缩扣等。
采用了上述的室内悬浮式装饰地板铺装结构及其铺装方法， 由于在铺装过程中在地板主 体 1与邻接的墙壁 2之间的伸缩空间中及地板主体 1 内部的过渡空间中固定设置有机械弹性 伸缩部件 3 , 利用该机械弹性伸缩部件 3所真有的较大的伸缩范围、 较为持久的强劲弹力的 特点， 通过该机械弹性伸缩部件 3所产生的弹力将地板顶紧， 同时利用机械弹性伸缩部件 3 自身的伸缩性来满足地板因冷热循环、 干湿循环而产生的几何形状的变化， 同时因机械弹性 伸缩部件 3 自身可不断的伸缩调节， 从而可以动态地使地板在不同几何形状时均受到相同地 压力， 避免出现各种裂缝， 牢固耐用； 同时由于使用机械力量将地板顶紧， 因此在地板安装 过程中无需使用胶水来粘合， 绿色环保； 而且本发明的铺装结构和铺装方法装卸简易， 只需 要取出机械弹性伸缩部件 3 , 即可将地板进行自由装卸， 同时可以根据需要随意设置地板主 体 1某处的机械弹性伸缩部件 3的数量， 灵活方便； 而且由于地板之间的结合主要依靠四周 机械弹性伸缩部件 3产生的弹力， 因此无需地板自身具有锁扣， 只需要简单的平扣结构即可， 由此可以提高地板生产的出材率， 使得生产成本大大降低， 提高了木材资源的利用率， 适用 范围较为广泛， 给人们的居家生活和办公室工作带来了高质量的享受。
在此说明书中， 本发明已参照其特定的实施例作了描迷。 但是， 很显然仍可以作出各种 修改和变换而不背离本发明的精神和范围。 因此， 说明书和附图应被认为是说明性的而非限 制性的。

Claims

权利要求
1、一种室内悬浮式装饰地板铺装结构， 包括由数块地板块拼合而成的地板主体， 其特征 在于， 所述的地板主体与邻接的墙壁之间具有伸缩空间， 该伸缩空间中设置有机械弹性伸缩 部件， 且该机械弹性伸缩部件跨接于地板主体与墙壁之间； 所述的地板主体内部的过渡空间 中也设置有机械弹性伸缩部件， 且该机械弹性伸缩部件跨接抵靠于邻接的地板块之间。
2、根据权利要求 1所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的地板主体 的一端固定于墙壁上， 其相对一端与邻接的墙壁之间跨接设置有机械弹性伸缩部件。
3、根据权利要求 1所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的地板主体 的四周与邻接的墙壁之间均跨接设置有机械弹性伸缩部件。
4、根据权利要求 1所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的地板主体 内部的过渡空间处设置有过渡条， 所述的过渡条下部具有沿过渡条垂直方向延伸的固定轴， 所述的机械弹性伸缩部件安设于该固定轴上， 且该机械弹性伸缩部件的两端跨接抵靠于邻接 的地板块之间。
5、根据权利要求 1至 4中任一项所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所 述的地板主体邻接的墙壁上固定安设有踢脚线， 所述的机械弹性伸缩部件跨接设置于踢脚线 与地板主体之间， 或者所述的机械弹性伸缩部件安设于踢脚线上并跨接抵靠于墙壁与地板主 体之间。
6、根据权利要求 5所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的踢脚线下 部具有沿垂直方向延伸的固定轴， 所述的机械弹性伸缩部件安设于该固定轴上， 且该机械弹 性伸缩部件的两端跨接抵靠于墙壁与地板主体之间。
7、根据权利要求 1至 4中任一项所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所 述的地板主体邻接的墙壁上固定安设有封边条， 所述的机械弹性伸缩部件跨接设置封边条与 地板主体之间， 或者所述的机械弹性伸缩部件安设于封边条上并跨接抵靠于墙壁与地板主体 之间。
8、根据权利要求 7所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的封边条下 部具有沿垂直方向延伸的固定轴， 所述的机械弹性伸缩部件安设于该固定轴上， 且该机械弹 性伸缩部件的两端跨接抵靠于墙壁与地板主体之间。
9、根据权利要求 1至 4中任一项所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所 述的地板主体邻接的墙壁上固定安设有收缩扣， 所述的机械弹性伸缩部件跨接设置于收缩扣 与地板主体之间， 或者所述的机械弹性伸缩部件的一端嵌装于收缩扣贴合墙壁一侧的内壁， 另一端抵靠于和收缩扣相邻接的地板主体侧面。
10、 根据权利要求 1至 4中任一项所述的室内悬浮式装饰地板铺装结构， 其特征在于， 所述的机械弹性伸缩部件为弹簧或者弹片， 且该弹簧或者弹片与地板块的接触面上设置有弹 性緩沖材料， 所述的弹簧为鼓状弹簧、 片状弹簧、 环状弹簧、 蝶状弹簧、 橡胶弹簧、 氮气弹 簧， 所述的弹性緩沖材料为弹性橡胶材料、 氢化级热塑性弹性体 TPE或者氢化热可塑性橡胶 SEBS。
11、 一种实现权利 ^"求 1所述的铺装结构的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的方法包括以下步骤：
( I )根据室内底面的形状大小将地板块逐个进行拼合， 形成地板主体；
( II )在地板主体内部形成过渡空间；
( 12 )将机械弹性伸缩部件跨接设置在过渡空间中， 且将该机械弹性伸缩部件跨接固定 于邻接的地板块之间；
( 2 )使得地板主体与各邻接的墙壁之间预留伸缩空间；
( 3 )将机械弹性伸缩部件跨接固定设置于地板主体与邻接的墙壁之间。
12、 根据权利要求 11所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 )为： 将机械弹性伸缩部件的另 一端抵靠设置于和地板主体邻接的墙壁上。
13、 根据权利要求 11所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体的地板块上， 所述的步骤（12 )为： 将机械弹性伸 缩部件的另一端抵靠设置于过渡空间中和地板块相邻接的另一地板块上； 或者
所述的地板主体内部的过渡空间处设置有过渡条， 所述的过渡条下部具有沿过渡条垂直 方向延伸的固定轴， 所述的机械弹性伸缩部件安设于该固定轴上， 所述的步骤（12 )为： 将 机械弹性伸缩部件的两^跨接抵靠设置于过渡空间中邻接的地板块之间。
14、根据权利要求 11所述的室内悬浮式装饰地板铺装方法，其特征在于，所述的步骤（ 3 ) 为：
( 31 )将地板主体的一端固定于邻接的墙壁上；
( 32 )将机械弹性伸缩部件跨接固定设置于地板主体的相对一自由端与邻接的墙壁之间。
15、 根据权利要求 14所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体的该相对一自由端上， 所述的步骤（32 ) 为： 将机 械弹性伸缩部件的另一端抵靠设置于和地板主体该相对一自由端相邻接的墙壁上。
16、根据权利要求 11所述的室内悬浮式装饰地板铺装方法，其特征在于，所述的步骤（ 3 ) 之前还包括以下步骤：
( 21 )将踢脚线固定安设于和地板主体邻接的墙壁上；
所述的步骤（3 )为： 将机械弹性伸缩部件跨接固定设置于上述踢脚线与地板主体之间。
17、根据权利要求 16所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 )为： 将机械弹性伸缩部件的另 一端抵靠设置于和地板主体邻接的踢脚线上； 或者
所述的踢脚线下部具有沿垂直方向延伸的固定轴, 所述的机械弹性伸缩部件安设于该固 定轴上， 所述的步骤（3 )为： 将机械弹性伸缩部件的两端跨接抵靠设置于墙壁与地板主体之 间。
18、根据权利要求 11所述的室内悬浮式装饰地板铺装方法，其特征在于，所述的步骤（ 3 ) 之前还包括以下步骤：
( 21 )将封边条固定安设于和地板主体邻接的墙壁上；
所述的步骤（3 )为： 将机械弹性伸缩部件跨接固定设置于上述封边条与地板主体之间。
19、根据权利要求 18所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 )为： 将机械弹性伸缩部件的另 一端抵靠设置于和地板主体邻接的封边条上； 或者
所述的封边条下部具有沿垂直方向延伸的固定轴， 所述的机械弹性伸缩部件安设于该固 定轴上， 所述的步骤（3 )为： 将机械弹性伸缩部件的两端跨接抵靠设置于墙壁与地板主体之 间。 .
20、根据权利要求 11所述的室内悬浮式装饰地板铺装方法，其特征在于，所述的步骤（ 3 ) 之前还包括以下步骤：
( 21 )将收缩扣固定安设于和地板主体邻接的墙壁上；
所述的步骤（3 ) 为： 将机械弹性伸缩部件跨接固定设置于上述收缩扣与地板主体之间。
21、根据权利要求 20所述的室内悬浮式装饰地板铺装方法， 其特征在于， 所述的机械弹 性伸缩部件的一端嵌装于所述的地板主体上， 所述的步骤（3 )为： 将机械弹性伸缩部件的另 一端抵靠设置于和地板主体邻接的收缩扣上； 或者
所述的机械弹性伸缩部件的一端嵌装于收缩扣贴合墙壁一侧的内壁，所述的步骤（ 3 )为： 将机械弹性伸缩部件的另一端抵靠设置于和收缩扣相邻接的地板主体侧面。
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