A kind of combined and spliced floor of fishbone and its installation methodTechnical field
This application involves solid wooden floor board, solid wooden floor board structure, solid wooden floor board mounting structure technical field, specifically oneThe combined and spliced floor of kind fishbone and its installation method.
Background technique
Fishbone floor is a kind of floor panel structure for being popular in market today, and in general, including two ontologies are in parallelThe floorboard of quadrangle combines installation by mutual tenon, to realize the splicing effect substantially in herringbone form.At presentFishbone splice floor board mostly use floorboard made of multilayer materials or impregnated-paper laminated material, and in floorboard sheetThe four sides processing of body flushes enterprise's button.The fishbone splice floor board made of solid wood material, then it is very rarely seen.The reason is thatThe stability of the floorboard of the splicing of fishbone made of multilayer materials or impregnated-paper laminated material is relatively preferable, flushes enterpriseBuckle structure can satisfy the assembly between adjacent floorboard, and the stability of solid wood material is relatively poor, thus after mounting, meetingOccur relatively large and respectively to different change in size, therefore, flushes enterprise's buckle structure and be unable to satisfy the fish made of solid wood materialThe installation requirement of bone shape splice floor board.
In the prior art, the mode for solving the mounting stability of solid wood floor block is will to flush enterprise's button to be changed to lock enterprise button.However, after lock enterprise button is directly applied on fishbone splice floor board made from solid wood material, it may occur that following problems: fish-boneAfter assembly, 2 acute angles of 4 floorboards diagonally mated formation and 2 obtuse angles should be handed over approximatively and be gathered to same point, and spell on shape floorSeam should approximatively on the same line, and the prior art be utilized lock enterprise buckle structure fishbone splice floor board, pacifyingOpposite joint, diagonal is difficult to realize when dress, single fissure of displacement amount reaches 1.5mm-2.0mm, and fissure of displacement amount will appear with what is mated formationThe accumulation fissure of displacement amount of about 5.0mm, it is serious to affect effect of mating formation；On the other hand, it when floor is installed, needs to strike using re-packingIt when hitting floorboard side to adjust assembled seam, easily breaks up and assembled floorboard is completed, that is, be difficult to complete new a piece of floorboardInstallation while, the fixation of installation floor block is kept, so that serious affect efficiency of mating formation.
In view of above-mentioned two o'clock technical problem, those of ordinary skill in the art think that fishbone splice floor board cannot be by solid woodMaterial is manufactured, also should be using the conduct splicing form for flushing enterprise's button even if being manufactured by solid wood material.
Summary of the invention
First technical purpose of the invention is, overcomes problems of the prior art and deposits in the prior artTechnology prejudice, to provide a kind of combined and spliced floor of fishbone, by the lock for changing floor block body surrounding sideThe distributing order for looking forward to button, thereby, it is possible to more efficiently avoid the installation fissure of displacement and accumulate the appearance of the fissure of displacement；Can more haveInfluence of the installation of new a piece of floorboard to assembled floorboard is completed is avoided to effect, thereby, it is possible to relatively efficiently completeThe opposite joint on the combined and spliced floor of fishbone, diagonal installation, improve installation effectiveness；At the same time, the technical solution of the application, gramTaken " fishbone splice floor board cannot by solid wood material manufacture and latch enterprise buckle structure not be suitable for fishbone floor peaceThe technology prejudice of dress ".Second technical purpose of the invention is, while providing the installation on the combined and spliced floor of this kind of fishboneMethod, in conjunction with the structure on the combined and spliced floor of this kind of fishbone of technical scheme, and by changing sequence of mating formation, fromAnd efficiency of mating formation can be further improved.
To realize above-mentioned first technical purpose, one embodiment of the application provides a kind of fishbone combined and splicedlyPlate, including body shape be mutually matched parallelogram the first floorboard and the second floorboard,
First floorboard includes the first floor block body and is successively set on the first floor block body surrounding sideFirst male tenon, the second male tenon, the first female tenon, the second female tenon, first male tenon institute corresponding with the intersection of second male tenonAt the obtuse angle for stating the ontology of the first floorboard, first female tenon, first floor corresponding with the intersection of second female tenonAt another obtuse angle of the ontology of block；
Second floorboard includes the second floor block body and is successively set on the second floor block body surrounding sideThird male tenon, third female tenon, the 4th female tenon, the 4th male tenon, third male tenon institute corresponding with the intersection of the 4th male tenonAt the obtuse angle for stating the ontology of the second floorboard, third female tenon second floorboard corresponding with the intersection of the 4th female tenonAt another obtuse angle of ontology.
In conjunction with the technical solution of the application, it is unfolded to illustrate with regard to technical problem of the existing technology, with reference to shown in Figure 12, isThe structure on the combined and spliced floor of the fishbone of the prior art and the schematic diagram of installation method.Wherein, in the first floorboard 100 'Four side of ontology is disposed with the first male tenon 110 ', the second male tenon 120 ', the first female tenon 130 ' and the second female tenon 140 ',Four side of ontology of two floorboards 200 ' is disposed with third male tenon 210 ', the 4th male tenon 220 ', third female tenon 230 ' andFour female tenons 240 ', i.e. the first floorboard 100 ' are a pair of parallel four side of the body shape in mirror settings with the second floorboard 200 'Shape, and the lock enterprise button distributing order of the two is identical.First to fourth male tenon includes joint tongue, shrinks inside lower tongue sideFace, joint tongue include that joint tongue ontology and the tongue being downwardly extending from joint tongue body end are convex；First to fourth female tenon includes tenonSlot, tongue-and-groove includes tongue-and-groove ontology, the groove, the tongue-and-groove lateral surface that open up along tongue-and-groove body length direction；After engaging installation, joint tongue sheetBody protrudes into tongue-and-groove ontology, and convex tongue is caught in groove, and lower joint tongue side is opposite with tongue-and-groove lateral surface.
Inventor passes through long-term production practices, and probes into the problem producing cause, finds the fish of the prior artThe combined and spliced floor of bone shape there are the problem of.When installing the fishbone composite floor of the prior art, using M shape Method for Installation, toolFor body, install in the following order: (setting of installation initial position is based on " by male tenon for self-retaining wall side firstBe inserted into female tenon " installation principle), utilize part the first floorboard 100' and part the second floorboard 200' to complete start bit peaceAfter dress, the basic installation unit being made of No. 1 (the first floorboard 100') and No. 2 (the second floorboard 200') floorboards is first carried outInstallation (when installation, can first be repeatedly performed the installation of the basic installation unit of x-axis along the x-axis direction)；Then, it carries out by No. 3The installation of next basic installation unit of (the first floorboard 100') and No. 4 (the second floorboard 200') floorboards composition；It repeatsIt is above-mentioned, it is sequentially completed mating formation for the floorboard of x-axis and y-axis both direction.
According to the structure on the combined and spliced floor of the fishbone of the above-mentioned prior art, following problems can be encountered when mating formation:
No. 5 (the first floorboard 100') floorboards are female with the second of the fixed wall of y-axis and No. 3 (the first floorboard 100') floorboardsAfter completion installation is fixed on the basis of tenon 140', the installation of No. 6 (the second floorboard 200') floorboards is carried out, first by No. 6 floorboardsThird male tenon 210', the 4th male tenon 220' be inserted into respectively the first female tenon 130' of No. 5 floorboards, No. 4 floorboards it is the 4th femaleIn tenon 240'.Since No. 6 floorboards only occur at its third male tenon 210' and the first female tenon 130' of No. 5 floorboards against limitPosition relationship, thus the activity displacement of y-axis can occur for No. 6 floorboards, and the activity displacement of x-axis can also occur, that is, take No. 5 floorsBlock generation activity displacement (there are installations to stitch between No. 5 floorboards and the fixed wall of y-axis, therefore, No. 5 floorboards and the fixed wall of y-axisCan be relatively movable between body), thus, during the installation process, it is difficult to opposite joint, diagonal.
On the other hand, in time that the installation site on No. 6 floors is substantially stationary, it is also necessary to be tapped using re-packing to be closedSuitable assembled gap.It is (general next to avoid male tenon impaired using the side of the third female tenon 230' for No. 6 floorboards of hammering that re-packIt says, re-packs and tap female tenon side, i.e., at tongue-and-groove lateral surface).At this point, the side to re-pack to the third female tenon 230' of No. 6 floorboardsImpose power Fa, Fa is formed along the first component Fa' of No. 6 floorboard axial directions and along the second component Fa'' of No. 6 floor Block directions.FromAnd the effect of power Fa, will cause No. 6 floorboards is rotated centered on the opposite obtuse angle its third female tenon 230', and due to 64th male tenon 220' of number floorboard and the engaging of the 4th female tenon 240' of No. 4 floorboards, No. 6 floorboards third male tenon 210'With the engaging of the first female tenon 130' of No. 5 floorboards of insertion, the dislocation of No. 4 floorboards and No. 5 floorboards is caused.
At the same time, since the shape of the first floorboard 100' and the second floorboard 200' are different, (parallelogram inclinesTilted direction is different), thus be packaged respectively, in the practice operation of M shape Method for Installation, constructor needs the first floor of alternately takingBlock 100' and the second floorboard 200', also causes influence to construction efficiency.
In the technical solution of the application, by above structure, the combined and spliced floor of the fishbone of technical scheme,By adjusting the distributing order of the lock enterprise button of four side of the first and second floorboards, thus during installation, the first floorboard pointNot against two the second floorboards adjacent thereto and being diagonally arranged, the second floorboard also bears against adjacent thereto and diagonally setsTwo the first floorboards set, to only need to adjust upward the floorboard mated formation in the side of mating formation, without to completeIt is impacted at the floorboard mated formation；On the other hand, the percussion to re-pack can assist first or second floorboard against twoSecond floorboard or two the first floorboards form splicing lines, and make first or second floorboard abut be completed installation,Second or first floorboard adjacent thereto so as to more efficiently using the effect to re-pack, and avoids 4 diagonally to mat formationMutual dislocation between a floorboard；At the same time, adjacent the first, second floorboard respectively can be diagonal with it second,First floorboard is against so that four diagonal floorboards together form interactive braiding effect.
Preferably, second female tenon forms and matches with the 4th female tenon close to the end face of first male tenon sideThe first confined planes closed；The third female tenon is matched close to the end face of the third male tenon side, formation with first female tenonThe second confined planes.
Preferably, second male tenon forms and matches with the third male tenon close to the end face of first female tenon sideThe third confined planes of conjunction；4th male tenon is matched close to the end face of the 4th female tenon side, formation with first male tenonThe 4th confined planes.
Preferably, first confined planes connect and are coplanar with the lower male tenon side of first male tenon, it is describedSecond confined planes connect and are coplanar with the lower male tenon side of the third male tenon.
Preferably, the third confined planes connect and are coplanar with the tongue-and-groove medial surface of first female tenon, it is described4th confined planes connect and are coplanar with the tongue-and-groove medial surface of the 4th female tenon.
Preferably, after assembly, the first back gap is formed between first female tenon and the third male tenon, describedThe width of one back gap is 0.1mm-0.8mm.
Preferably, after assembly, the second back gap is formed between first male tenon and the 4th female tenon, describedThe width of two back gaps is 0.1mm-0.8mm.
Preferably, first, second, third, fourth male tenon includes joint tongue, the tongue that is set to below the joint tongueLower male tenon side convex, contraction is inside；First, second, third, fourth female tenon includes matching tongue-and-groove with the joint tongueOntology, is matched with the lower male tenon side groove for opening up along tongue-and-groove body length direction and matching with the convex tongueThe tongue-and-groove medial surface of tongue-and-groove lateral surface, the tongue-and-groove ontology is matched with the end face of the joint tongue.
Preferably, the obtuse angle angle of first, second floorboard is 100 ° -160 °.
To realize that above-mentioned second technical purpose, one embodiment of the application provide this kind of fishbone combined and splicedlyThe installation method of plate, along first longitudinal direction datum level, is laid with the first floorboard to the second lateral fiducial face from the first lateral fiducial faceOr second floorboard；Then, from the second lateral fiducial face, the first floorboard or the second floorboard of installation are completed along previous column,The second floorboard or the first floorboard are laid with to the first datum level；Recycle above-mentioned steps.
In conclusion the combined and spliced floor of the fishbone of the application and its installation method, can more efficiently avoid pacifyingThe appearance of wrongly installed seam and the accumulation fissure of displacement；It can more efficiently avoid the installation of new a piece of floorboard assembled to being completedThe influence of floorboard；It is abutted each other between 4 floorboards diagonally installed, makes the braiding power for obtaining interaction between it, improveThe stability of installation；By changing sequence of mating formation, installation person takes the first, second floorboard without alternate repetition, into oneStep improves installation effectiveness.Thereby, it is possible to relatively efficiently complete the opposite joint on the combined and spliced floor of fishbone, diagonal installation, mentionHigh installation effectiveness, improves mounting stability；At the same time, the technical solution of the application overcomes " fishbone splice floor boardCannot by solid wood material manufacture and latch enterprise buckle structure not be suitable for fishbone floor installation " technology prejudice.
Detailed description of the invention
Fig. 1 a is a kind of structural schematic diagram of the first floorboard of the embodiment of the present invention 1；
Fig. 1 b is a kind of structural schematic diagram of the second floorboard of the embodiment of the present invention 1；
Fig. 2 is the schematic diagram of the first floorboard of the embodiment of the present invention 1 and a visual angle of the second floorboard installation；
Fig. 3 is the partial enlarged view in Fig. 2 at A；
Fig. 4 is the partial enlarged view in Fig. 2 at B；
Fig. 5 is the schematic diagram of the first floorboard of the embodiment of the present invention 1 and another visual angle of the second floorboard installation；
Fig. 6 is the partial enlarged view in Fig. 5 at C；
Fig. 7 is the partial enlarged view in Fig. 5 at D；
Fig. 8 is the schematic diagram of the installation method of the embodiment of the present invention 1；
Fig. 9 is the first floorboard of the embodiment of the present invention 2 and a kind of schematic diagram of diagonally mating formation of the second floorboard；
Figure 10 is the first floorboard of the embodiment of the present invention 3 and a kind of schematic diagram of diagonally mating formation of the second floorboard；
Figure 11 is the first floorboard of the embodiment of the present invention 3 and another schematic diagram of diagonally mating formation of the second floorboard；
Figure 12 is the schematic diagram of mating formation on the combined and spliced floor of fishbone of the prior art of the present invention；
In above-mentioned attached drawing: the first floorboard of 100-, the second floorboard of 200-, the first male tenon of 110-, the second male tenon of 120-, 130-One female tenon, the second female tenon of 140-, the first floor 150- block body, the first confined planes of 160-, 170- third confined planes, 210- thirdMale tenon, 220- third female tenon, the 4th female tenon of 230-, the 4th male tenon of 240-, the second floor 250- block body, 260- second are limitedFace, the 4th confined planes of 270-, 310- joint tongue, 320- tongue is convex, male tenon side under 330-, 410- tongue-and-groove medial surface, 420- groove,430- tongue-and-groove lateral surface.
Specific embodiment
With reference to embodiment, the embodiment of the present invention is furthur described in detail.Following embodiment is used forIllustrate the present invention, but is not intended to limit the scope of the invention.
In the specific embodiment of the application, described " successively " refers to: on the basis of the state after completing installation, from a left sideThe tenon structure of side side is counted clockwise.
Embodiment 1: a kind of combined and spliced floor of fishbone with reference to shown in Fig. 1 a and 1b, including 100 He of the first floorboardSecond floorboard 200, the first floor block body 150 of the first floorboard 100 and the second floor block body of the second floorboard 200250 be parallelogram, and the two is in mirror image, a pair of of the parallelogram being as reversed.First floorboard 100 andThe obtuse angle angle of two floorboards 200 can be 100 ° -160 ° any one numerical value, and in the present embodiment, obtuse angle angle is 120 °.Four sides of the first floor block body 150 successively offer the first male tenon 110, the second male tenon 120, the first female tenon 130 and secondFemale tenon 140, wherein the first male tenon 110, the second male tenon 120 the corresponding first floor block body 150 of intersection obtuse angle at, theAt another obtuse angle of the corresponding first floor block body 150 of the intersection of one female tenon 130 and the second female tenon 140；Second floorboard sheetFour sides of body 250 successively offer third male tenon 210, third female tenon 220, the 4th female tenon 230 and the 4th male tenon 240, whereinAt the obtuse angle of the corresponding second floor block body 250 of the intersection of third male tenon 210 and the 4th male tenon 240, third female tenon 220 and theAt another obtuse angle of the corresponding second floor block body 250 of the intersection of four female tenons 230.First to fourth male tenon 110,120,210,240 and first to fourth female tenon 130,140,220,230 be mutually matched pairs of lock enterprise buckle structure.Also, in this implementationIn example, the first male tenon 110, third male tenon 210 be corresponding be the first floorboard 100 and the second floorboard 200 short side it is publicTenon, it is the long side male tenon of the first floorboard 100 and the second floorboard 200 that the second male tenon 120, the 4th male tenon 240 be corresponding.
By above structure, referring to figs. 2 to shown in Fig. 4, a kind of combined and spliced floor of fishbone of the present embodiment, the second groundNo. 11 floorboards in plate 200(Fig. 2) when mating formation, the second floorboard 200(11) third male tenon 210 and adjacent theOne floorboard 100(12) the first female tenon 130 match, the second floorboard 200(11) third female tenon 220 close to theThe end face of three male tenons, 210 side can then be resisted against the first floorboard 100(13 diagonally installed with it) the first female tenon 130Tongue-and-groove lateral surface 430 on.Due to the second floorboard 200(11) adjacent the first floorboard 100(12) and it is first femaleThe tongue-and-groove lateral surface 430 of tenon 130 and first floorboard 100(13 diagonal with it) the first female tenon 130 tongue-and-groove lateral surface430 on the same line, therefore, the second floorboard 200(11) and during installation, and meanwhile and it is adjacent thereto and diagonal with itTwo the first floorboards No. 100(12, No. 13) same straight line against.Second floorboard 200(11) during installation, compared toThis two the first floorboards No. 100(12, No. 13) it is only capable of that the relatively movable of y-axis occurs, thus, when installation, it is only necessary to adjust theTwo floorboards 200(11) installation site in y-axis direction, be just capable of fixing installation the second floorboard 200(11), without becauseSecond floorboard 200(11) position adjust and lead to two the first floorboards 100(12, No. 13) between opposite position occursIt moves.
First floorboard 100(15) when mating formation, the first floorboard 100(15) the first male tenon 110 with it is adjacentSecond floorboard 200(14) the 4th female tenon 240 match, the first floorboard 100(15) the second female tenon 140 it is closeThe end face of first male tenon, 110 side can then be resisted against the second floorboard 200(11 diagonally installed with it) the 4th female tenonOn 230 tongue-and-groove lateral surface 430.Similarly, when installation, it is only necessary to adjust the first floorboard 100(15) peace in y-axis directionHolding position is just capable of fixing installation the first floorboard 100(15), without because of the first floorboard 100(15) position adjustingAnd lead to two the second floorboards 200(11, No. 14) between relative displacement occurs.
At the same time, as shown in connection with fig. 2, according to the installation rule of " male tenon is installed into female tenon ", with the second floorboard 200For the state of (No. 11) by the percussion that re-packs, after the second floorboard 200 is completed to install, the second floorboard is tapped using re-packingIt when 200 the second female tenon 230, re-packs and imposes the power of Fb to the second female tenon 230 of the second floorboard 200, power Fb is formed along secondFirst component Fb' of 200 axis direction of floorboard and the second component along 230 direction of the 4th female tenon of the second floorboard 200Fb'', thus, the percussion to re-pack can assist first female tenon 130 of second floorboard 200 against this two the first floorboards 100Splicing line is formed, and abuts the second floorboard 200 and the second floorboard installation, adjacent thereto is completed.Proving by the same methods,First floorboard 100 install when, re-pack tap the first female tenon 130 when situation.According to upper, those of ordinary skill in the art can be pushed awayIt leads the first floorboard (No. 15) during installation, utilizes the stress condition for the percussion that re-packs.To which the fishbone group of the present embodiment is mergedEarth plate, can be more efficiently using the effect to re-pack, and avoids the mutual dislocation between diagonally mat formation 4 floorboards.
With reference to shown in Fig. 5 to Fig. 7, No. 21 floorboards in second floorboard 200(Fig. 5) after complete installation, with thisTwo floorboards 200(21) adjacent the first floorboard (No. 23), the second male tenon 120 of first floorboard (No. 23) it is closeThe end face of first female tenon, 130 side is against the second floorboard 200(22 being diagonally arranged with it), therefore, the first floorboard (23Number) simultaneously with adjacent, diagonal two the second floorboards No. 200(21, No. 22) occur against.In conjunction with the second floorboard 200(21Number) respectively with two the first floorboards 100 adjacent and being diagonally arranged simultaneously against therefore the first, second adjacent floorboard100,200 respectively can be with its second, first floorboard 200,100 diagonally against so that four diagonal floorboards are commonInteractive braiding effect is formd, the installation for further increasing the combined and spliced floor of fishbone of technical scheme is steadyIt is qualitative.
In conclusion the combined and spliced floor of the fishbone of the present embodiment can be improved mat formation quality and efficiency of mating formation, andMounting stability can more efficiently be improved.
Specifically, the second female tenon 140 is close to the end face of 110 side of the first male tenon, forms the matched with the 4th female tenon 230One confined planes 160；Third female tenon 220 forms second matched with the first female tenon 130 close to the end face of 210 side of third male tenonConfined planes 260.Second male tenon 120 forms the third limit matched with third male tenon 210 close to the end face of 130 side of the first female tenonPlane 170；4th male tenon 240 forms the 4th confined planes matched with the first male tenon 110 close to the end face of the 4th female tenon side270。
As a kind of preferred embodiment, the first confined planes 160 connect with the lower male tenon side 330 of the first male tenon 110,And be coplanar with, the second confined planes 260 connect and are coplanar with the lower male tenon side 330 of third male tenon 210.Third limitFace 170 connect and is coplanar with the tongue-and-groove medial surface 410 of the first female tenon 130, the 4th confined planes 270 and the 4th female tenon 230Tongue-and-groove medial surface 410 is connected and is coplanar with.
That is the first floorboard 100 first, third confined planes 160,170 be to be parallel to the second ground being diagonally arranged with itThe joint tongue 310 of the tongue-and-groove lateral surface 430 of 4th female tenon 230 of plate 200, third male tenon 210, thus with tongue-and-groove lateral surface 430,Joint tongue 310 is against cooperation；Second, the 4th confined planes 260,270 of the second floorboard 200 are also diagonally to be set with being parallel to itThe joint tongue 310 of the tongue-and-groove lateral surface 430 of first female tenon 130 of the first floorboard 100 set, the first male tenon 110, thus and tongue-and-grooveLateral surface 430, joint tongue 310 are against cooperation.
Those of ordinary skill in the art could be aware that, in the manufacturing process of lock enterprise button, first carry out long side male tenon and motherThe production of tenon, then carry out the production of short side male tenon and female tenon, no matter however, first long side is processed or first to short side intoIt goes and processes, (i.e. the tenon length etc. of long side is longer than the long side of ontology, tenon length of short side etc. and is longer than ontology under the premise of tenon is long completeShort side), it cuts at adjacent (crossing) male tenon and female tenon of formation, it is inevitable, outside lower male tenon side 330 and tongue-and-grooveSide 430 connects in the same plane.Therefore, the technical solution of the application does not need the lock enterprise button production to the prior artMethod, cutter do any change, adjustment, and the lock installation on the combined and spliced floor of fishbone can be realized, and are that one kind is simple, but goEffective technical solution.
Meanwhile as another feasible technical solution, those of ordinary skill in the art be could be aware that, look forward to button system to lockThe cutter of work is adjusted, so that the first, second confined planes 160,170 be made to roll to the second floorboard one being diagonally arranged with itTiltedly, make third, the 4th confined planes 260,270 tilt to the first floorboard side being diagonally arranged with it.Due between splicing seamsGap is certainly existed (after installation, between joint tongue 310 and tongue-and-groove medial surface 410, between lower male tenon side 330 and tongue-and-groove lateral surfaceHave gap), and when the first, second, third, fourth confined planes 160,170,260,270 run-off the straight, between capable of filling upGap, to be between the first, second floorboard 100,200 and the second, first floorboard 200,100 being diagonally arranged with it be tightIt is close against.
As further preferably, after assembled, forming the first back gap between the first female tenon 130 and third male tenon 210H1, the first back gap H1Width be 0.1mm-0.8mm(be preferably 0.5mm)；Between first male tenon 110 and the 4th female tenon 230Form the second back gap H2, the second back gap H2Width be 0.1mm-0.8mm(be preferably 0.5mm).
In this embodiment, the first, second, third, fourth male tenon 110,120,210,240 includes joint tongue310, the tongue for being set to the lower section of joint tongue 310 is convex 320, shrinks inside lower male tenon side 330；First, second, third, fourth is femaleTenon 130,140,220,230 includes matching tongue-and-groove ontology with joint tongue 310, opening up along tongue-and-groove body length direction and and convex tongue320 grooves 420 matched, the tongue-and-groove lateral surface 430 that is matched with lower male tenon side 330, the tongue-and-groove medial surface of tongue-and-groove ontology410 match with the end face of joint tongue 310.Certainly, those of ordinary skill in the art could be aware that, in the prior art any one,Male tenon is tenon form, the buckle structure that female tenon is bottom tongue-and-groove form, can be suitably used for this programme.
Refering to what is shown in Fig. 8, the installation method on the combined and spliced floor of the fishbone of embodiment 1 is to execute according to the following steps:
Step1. since the first lateral fiducial face Z1, along the direction first longitudinal direction datum level Z2, towards the second lateral fiducial face Z3It is laid with first row floorboard (being the first floorboard 100), passes through the second male tenon 120 between two neighboring first floorboard 100And the second cooperation between female tenon 140 is realized and is fixedly mounted；
Step2. since the second lateral fiducial face Z3, along the spelling of the first female tenon 130 formation of the first floorboard of first row 100Wiring is laid with secondary series floorboard (being the second floorboard 200) towards the first lateral fiducial face Z1, on installation secondary series floorNo. 31 in a piece of second floorboard 200(Fig. 8 in block) when, first by second floorboard 200(31) the 4th male tenon240 insertion it is upper one piece has completed installation the second floorboard 200(32) third female tenon 220 in, (can be adopted using re-packingWith any one structure that re-packs in the prior art) tap second floorboard (No. 31) the 4th female tenon 230 side, to makeFirst female tenon of the third male tenon 210 of second floorboard (No. 31) and adjacent installed first floorboard (No. 33)130 is fully mated, at this point, the second confined planes 260 of second floorboard (No. 31) are resisted against the first ground being diagonally arranged with itOn the tongue-and-groove lateral surface 430 of first female tenon of plate (No. 34), similarly, due to the installation of second floorboard (No. 31), make withThe third confined planes 170 of its another diagonal the first floorboard (No. 35) are resisted against the third male tenon of second floorboard (No. 31)On the lateral surface of 210 joint tongue 310, so that the installation cooperation mutual by the first floorboard 100 and the second floorboard 200, is obtainedObtain braiding power mutually；
Repeat the above steps 1 and step 2, to complete the installation in entire face of mating formation.
Those of ordinary skill in the art can understand the feelings that first row floor is the second floorboard 200 according to foregoing descriptionMethod for paving when shape.
Embodiment 2: embodiment 2 the difference from embodiment 1 is that, refering to what is shown in Fig. 9,110,120 He of the first, second male tenonLong side male tenon, short side male tenon, long side female tenon and the short side that first, second female tenon 130,140 respectively corresponds the first floorboard 100 are femaleTenon, third male tenon, 210,220 and the four female tenon of female tenon, male tenon 230,240 respectively correspond the second floorboard 200 long side male tenon,Short side female tenon, long side female tenon and short side male tenon.
Embodiment 3: embodiment 3 and the difference of embodiment 1, embodiment 2 be, in the present embodiment, the first floorboard 100It is the similar parallelogram of shape with the second floorboard 200.Refering to what is shown in Fig. 10, the first floorboard 100 and the second floorboard200 be the identical parallelogram of shape, at this point, 110,120 and the first, second female tenon 130,140 of the first, second male tenon is distinguishedLong side male tenon, short side male tenon, long side female tenon and the short side female tenon of corresponding first floorboard 100, and third male tenon, female tenon 210,220 and the 4th female tenon, male tenon 230,240 respectively correspond the short side male tenon of the second floorboard 200, long side female tenon, short side female tenon andLong side male tenon.Or with reference to shown in Figure 11, the shape of the second floorboard 200 is less than the first floorboard.
The above is only a preferred embodiment of the present invention, it is not intended to restrict the invention, it is noted that for this skillFor the those of ordinary skill in art field, without departing from the technical principles of the invention, can also make it is several improvement andModification, these improvements and modifications also should be regarded as protection scope of the present invention.