201226674 . 六、發明說明： . 【發明所屬之技術領域】 本發明係關於一種鎖扣裝置，尤指一種地板鎖扣爽條 .以及具有地板鎖扣夾條的地板組件，其中該鎖扣裝置能快 速並且精確的鎖扣相鄰的地板拼塊。並且減少地板拼塊的 材料浪費。 【先前技術】 目前現有的各種拼接式木質地板主要採用楔口以及鎖 ♦扣兩種組裝手段，然而，前述兩種手段皆是通過在兩相鄰 木質地板拼塊之間的榫頭和鎖扣槽直接組裝結合。此種相 邱地板拼塊其缺點在於，貫木地板拼塊由於自身材料特 性，容易有膨脹、收縮、變形問題產生，相鄰實木地板拼 塊的結合部位容易發生麵起甚至破裂等問題。 有人創作出一種鎖扣式口實木地板的結構，然而，其 凸榫鎖扣槽結構複雜，加工精度要求高，加工過程中能 鲁耗南’要採用昂貴或設置多刀軸的木工四面刨、木工雙端 銳加工設備才能執行各種複雜非平行和非垂直角度的異型 鎖扣鎖扣槽，產品鎖扣槽的成型加工相對困難、加工成本 兩。 實木複合地板基材主要是由不同經緯方向多層實木單 板膠合一起’在加工鎖扣地板鎖扣槽結構的舌狀槽對應端 掛接鉤時’报容易造成掛接鉤處的膠合單板剝離脫落，當 地板與地板拼接扣合時’因地板與地板間的定位推擠作用 力下’（由於掛接鉤處膠合面積很小）更容易使不同經緯 方向多層實木膠合單板剝離脫落，不能達到鎖扣地板鎖扣 201226674 •槽結合定位和地板與地板間不產生縫隙的效果要求，故目 ， 前市場上無法見到有大量的實木複合多層鎖扣地板使用。 簡言之現今市場傳統的地板拼接安裝方式最大缺點 是：楔口地板的凸榫以及鎖扣地板的異形拼合凸榫、凹槽、 榫掛接鉤的結構’至少均需要令地板拼塊一側邊突出一具 有預定寬度材料，透過該突出的材料來製造地板拼塊拼接 扣合用的卡榫與卡槽，因此，多餘的突出材料均會造成地 板拼塊材料的額外耗費，提高了材料成本，也降低了地板 鲁 拼塊產品的競命力。 【發明内容】 本發明人有鑑於傳統地板拼接結構造成地板拼塊材料 的浪費及地板拼塊拼接後強度不足，改良其缺失，進而發 明出一種地板鎖扣夾條以及具有對應地板鎖扣夹條的地板 組件。 本發明主要目的係提供一種地板鎖扣夾條以及具有對 應地板鎖扣夾條的地板組件，其中該鎖扣裝置能快速並且 鲁精轉的鎖扣相鄰的地板拼塊。並且減少地板拼塊的材料浪 費。 為達上述目的，係令前述地板鎖扣夾條包含有. -中心凸柱，其由-端觀看時呈柱狀，由俯視觀看時 呈長條狀，在中心凸柱頂端二側上分別橫向向外突伸出一 鎖舌’兩鎖舌呈對稱狀； 二銜接塊，係自中心&柱的左'右二側分別橫向向外 對稱延伸；以及 二組裝槽，係對稱而分別對應兩銜接塊以及中心凸柱 201226674 兩側，且各組裝槽分別形成在相對應銜接塊與中心凸柱相 . 對應側之間》 前述地板鎖扣夾條進一步包含有二鎖扣槽，兩鎖扣槽 係對稱而分別形成在相對應銜接塊頂面上。 前述各銜接塊的頂面係選自斜面、凹弧面以及平面的 其中一種。 前述各鎖扣槽係選自尖齒槽以及楔形槽的其中一種。 前述各鎖扣槽的内表面一部分設置有一軟性襯墊’該 φ 軟性襯墊的頂面朝中心凸柱傾斜。 前述各銜接塊的頂面上分別形成有一鑽孔定位槽，該 鑽孔定位槽由俯視觀看時呈長條狀。 本發明另一目的係提供一種具有地板鎖扣夾條的地板 組件，其包含： 一地板鎖扣夾條，其具有：一中心凸柱，其由一端觀 看時呈柱狀’由俯視觀看時呈長條狀，在中心凸柱頂端二 側上分別橫向向外突伸出一鎖舌，兩鎖舌呈對稱狀；二銜 * 接塊，係自中心凸柱的左、右二側分別橫向向外對稱延伸； 以及二組裝槽，係對稱而分別對應兩銜接塊以及中心凸柱 兩側，且各組裝槽分別形成在相對應銜接塊與中心凸柱相 對應側之間；以及 一地板拼塊，係以可拆卸方式拼接設置在該地板鎖扣 夾條的一側，且具有：一結合槽，係形成在地板拼塊的一 側邊上，且可與地板鎖扣夾條的其中一鎖舌相互結合；一 扣接塊’係形成在地板拼塊一側邊上而位於結合槽下方， 且可伸入其中一組裝槽，並且與地板鎖扣失條的其中一鎖 201226674 •舌相扣；以及-對位槽，係形成在地板拼塊一側邊上而位 於扣接塊下方，且可與地板鎖扣夾條的其中一銜接塊相互 結合。 前述地板鎖扣夾條進一步包含有二鎖扣槽’兩鎖扣槽 係對稱而分別形成在相對應銜接塊頂面上；該地板拼塊的 扣接塊底面形成有一鎖扣突部以結合相對應的鎖扣槽。 前述各銜接塊的頂面係選自斜面、凹弧面以及平面的 其中一種；地板拼塊的扣接塊底面是與銜接塊的頂面相對 Φ 應且選自斜面、凸弧面以及平面的其中一種。 前述各鎖扣槽係選自尖齒槽以及楔形槽的其中一種； 該地板拼塊的鎖扣突部是選自尖齒突部以及楔形突部的其 中一種。 前述各鎖扣槽的内表面一部分設置有一軟性襯墊，該 軟性襯塾的頂面朝中心凸柱傾斜。 前述各銜接塊的頂面上分別形成有一鑽孔定位槽，該 鑽孔定位槽由俯視觀看時呈長條狀。 ® 藉由上述技術手段，本發明的地板拼塊左、右組裝槽 結構设計簡單。現有的地板工廠加工楔口組農槽所使用的 木工四面刨、雙端銑加工等設備就能完成地板夾條的加 工’因此本發明加工快速成本低廉，同時能提高木材資源 利用率。鎖扣夾條能使拼接扣合後的地板達到不產生縫 隙'減音降噪的最佳效果。鎖扣夾條的頂部鎖舌與地板拼 塊上相對應的結合槽卡合有效避免地板拼塊拼接處上翹， 鎖扣夾條的兩側的左、右組裝槽與地板拼塊上相對應的扣 接塊扣合，使鎖扣夾條與地板拼塊更為精準緊密扣合，本ι 201226674 • 發明結構的一項優點是拼接後的地板拼塊與鎖扣夾條是高 • 強度連接融合為一體，扣合力度更強大，使拼接後的地板 拼塊的拼接面更平整、緊密接合不產生縫隙，同時加工成 本大幅降低’至少相較現有技術節省了 2-5%的板材原料。 此外’地板拼塊前、後端可以根據安裝需要設置成與 地板拼塊左、右兩側結合槽相同或是相異的形狀。由於地 板拼塊左、右兩側結合槽對稱設置成相同形狀，在安裝地 板時，無須如現有技術般需要區分地板拼塊兩端的公榫或 φ 母槽，因此還能節省1 %左右的地板鋪裝面積。 【實施方式】 請參照圖1與圖2，本發明具有地板鎖扣夾條的地板組 件的第一實施例包含：一地板鎖扣夾條（1)以及至少一地板 拼塊（5)。圖1與圖2中是顯示一地板鎖扣夾條（1)以及二地 板拼塊（5) » 該地板鎖扣夾條（1)具有：一中心凸柱（1 〇 )、二銜接塊 (20)、二組裝槽（30)以及二鎖扣槽（22)。 •該中心凸柱（10)由一端觀看時呈柱狀，由俯視觀看時呈 長條狀’在中心凸柱（1 〇)頂端二側上分別橫向向外突伸出一 鎖舌（1 1) ’兩鎖舌（1 1)呈對稱狀。 兩銜接塊（20)係自中心凸柱（彳0)的左、右二側分別橫向 向外對稱延伸。本實施例中，各銜接塊（20)的頂面（21)是一 斜面。 兩組裝槽（30)係對稱而分別對應兩銜接塊（20)以及中 心凸柱（1 0)兩側’且各組裝槽（3〇)分別形成在相對應銜接塊 (20)與中心凸柱〇 〇)相對應側之間。本實施例中，由於銜接『 201226674 塊（20)的頂面（21)是斜面，使得紐裝槽（3〇)底部呈現傾斜狀 態。 兩鎖扣槽（22)係對稱而分別形成在相對應銜接塊（2〇) 頂面（21 )上。本實施例之中，該鎖扣槽（22)是一尖齒槽。 該地板拼塊（5)係以可拆卸方式拼接設置在該地板鎖扣 夹條（1)的一側，且具有：一結合槽（5〇)、一扣接塊（7〇)以及 一對位槽（6 0)。 该結合槽（50)係形成在地板拼塊（5)的一側邊上，且可 籲與地板鎖扣夾條（1)的其中一鎖舌（11)相互結合。 該扣接塊（70)係形成在地板拼塊（5) 一側邊上而位於結 合槽（50)下方，且可伸入其中一組裝槽（3〇)，並且與地板鎖 扣央條（1)的其中一鎖舌（11)相扣。該扣接塊（7〇)底面形成有 一鎖扣突部（72)以結合相對應的鎖扣槽（22)。本實施例中， 該扣接塊（70)底面（71)是一斜面，該鎖扣突部（72)是一尖齒 突部。該地板拼塊（5)的鎖扣突部（72)與鎖扣槽（22)的結合使 得鎖扣失條與地板拼塊（5)之間的接觸更為緊密和牢固，以 .常規地板900_長的地板拼塊扣合拼接後，可以承受橫向 50公斤以上的拉力。 該對位槽（60)係形成在地板拼塊（5) 一側邊上而位於扣 免（〇)下方，且可與地板鎖扣夾條（1)的其中一銜接城（2〇) 相互結合。 上述地板鎖扣夾條（1)可以工程塑膠、木塑複合材料、 塑鋼、橡膠、高分子材料 '鋁合金材料、金屬材料或有機 材料製成，上述材料具有防潮、防水、不變形、具彈性、 不斷裂的性能，可以減少因地板拼塊（5)的變形、膨脹、收 201226674201226674 . 6. Description of the Invention: The present invention relates to a locking device, and more particularly to a floor lock and a floor assembly having a floor lock clip, wherein the locking device can Fast and precise locking of adjacent floor tiles. And reduce the waste of materials on the floor tiles. [Prior Art] At present, various splicing wood floors are mainly composed of two kinds of assembling means: a wedge opening and a locking yoke. However, the above two methods are adopted by a hoe and a locking groove between two adjacent wooden floor blocks. Direct assembly and bonding. The disadvantage of this kind of phase floor block is that the through-wood floor block is prone to problems of expansion, contraction and deformation due to its own material characteristics, and the joint parts of adjacent solid wood floor blocks are prone to face up or even cracking. Some people have created a structure with a lock-type solid wood floor. However, the structure of the shackle lock groove is complicated, the processing precision is high, and the process of processing can be used in the process of using woodworking four-sided planer with expensive or multi-blade. The woodworking double-end sharp processing equipment can perform various complex non-parallel and non-vertical angle shaped lock lock grooves, and the product lock groove is relatively difficult to shape and process. The solid wood composite floor substrate is mainly made of multi-layer solid wood veneers glued together in different warp and weft directions. 'When the hook is attached to the corresponding end of the tongue-shaped groove of the lock buckle floor lock groove structure, it is easy to cause the glued veneer to be peeled off at the hook. Fall off, when the local board and the floor are spliced and fastened, 'because of the positioning between the floor and the floor, pushing the force' (because the glued area at the hook is small), it is easier to peel off the multi-layer solid wood veneer in different warp and weft directions. Reach the lock floor lock 201226674 • The slot combination positioning and the effect between the floor and the floor do not create a gap, so the front, the market can not see a large number of solid wood composite multi-layer lock floor use. In short, the biggest disadvantage of the traditional floor splicing installation method in the market today is that the knuckle of the wedge floor and the profiled splicing of the buckle floor, the groove, and the structure of the shackle hook need at least one side of the floor panel. A material having a predetermined width is protruded, and the protruding material is used to manufacture the cassette and the card slot for the splicing and fastening of the floor block. Therefore, the extra protruding material causes additional cost of the floor block material and increases the material cost. It also reduces the competitiveness of the floor slab products. SUMMARY OF THE INVENTION The present inventors have in view of the waste of the floor block material caused by the traditional floor splicing structure and the insufficient strength of the floor block splicing, and improved the lack thereof, thereby inventing a floor lock clip and having a corresponding floor lock clip Floor assembly. SUMMARY OF THE INVENTION A primary object of the present invention is to provide a floor lock clip and a floor assembly having a corresponding floor lock clip, wherein the lock device can fasten and smoothly lock the adjacent floor panels. And reduce the material waste of floor tiles. In order to achieve the above purpose, the floor lock clip comprises: a central stud, which is column-shaped when viewed from the end, and has a strip shape when viewed from the top, and laterally on both sides of the top end of the center stud. Extending outwardly from a locking tongue, the two locking tongues are symmetrical; the two connecting blocks are laterally and outwardly symmetrically extending from the left and right sides of the center &column; and the second assembly groove is symmetrical and corresponds to two The connecting block and the central studs 201226674 are respectively arranged on the two sides, and the assembling grooves are respectively formed between the corresponding connecting block and the central protruding column. Between the corresponding sides" The aforementioned floor locking clip further comprises two locking grooves, two locking grooves The symmetry is formed on the top surface of the corresponding connecting block. The top surface of each of the aforementioned joint blocks is selected from one of a sloped surface, a concave curved surface, and a flat surface. Each of the aforementioned locking grooves is selected from one of a cusp groove and a wedge groove. A portion of the inner surface of each of the aforementioned latching grooves is provided with a soft gasket ‘the top surface of the φ flexible gasket is inclined toward the center pillar. A drilling positioning groove is formed on each of the top surfaces of the connecting blocks, and the drilling positioning groove is elongated when viewed from above. Another object of the present invention is to provide a floor assembly having a floor lock clip, comprising: a floor lock clip having: a central stud that is columnar when viewed from one end, viewed from a plan view In the strip shape, a locking tongue protrudes laterally outwardly on the two sides of the top end of the central stud, and the two locking tongues are symmetrical; the two interlocking blocks are laterally oriented from the left and right sides of the central stud. Externally symmetrically extending; and two assembly grooves are symmetrical and respectively correspond to two connecting blocks and two sides of the central protruding column, and each assembling groove is respectively formed between the corresponding connecting block and the corresponding side of the central protruding column; and a floor block Removably spliced on one side of the floor lock clip, and has: a joint groove formed on one side of the floor panel and one of the locks of the floor lock clip The tongues are combined with each other; a fastening block is formed on one side of the floor panel and below the coupling groove, and can be inserted into one of the assembly slots, and one of the locks that are lost with the floor lock is 201226674 • The tongue is interlocked ; and - alignment groove, system formation One side edge of the floor tile located beneath the fastening block and an adapter block which can be bonded to each other with a floor lock the clip strips. The floor lock clip further includes two lock grooves, wherein the two lock grooves are symmetrically formed on the top surface of the corresponding joint block; the bottom surface of the buckle block of the floor block is formed with a buckle protrusion to join the phase Corresponding locking slot. The top surface of each of the foregoing connecting blocks is selected from one of a sloped surface, a concave curved surface and a plane; the bottom surface of the fastening block of the floor panel is opposite to the top surface of the connecting block and is selected from the group consisting of a sloped surface, a convex curved surface and a flat surface. one of them. Each of the foregoing locking grooves is selected from one of a sharp groove and a wedge groove; the locking protrusion of the floor panel is one selected from the group consisting of a tines and a wedge. A part of the inner surface of each of the aforementioned locking grooves is provided with a soft pad, and the top surface of the flexible lining is inclined toward the central stud. A drilling positioning groove is formed on each of the top surfaces of the connecting blocks, and the drilling positioning groove is elongated when viewed from above. By the above technical means, the left and right assembly groove structure of the floor panel of the invention is simple in design. The existing floor factory can process the processing of the floor strips by using the woodworking four-side planing and double-end milling processing equipment used in the wedge-groove group. Therefore, the invention has the advantages of rapid processing and low cost, and can improve the utilization rate of the wood resources. The locking clips enable the splicing and fastening of the floor to achieve the best effect of no noise reduction and noise reduction. The top locking tongue of the locking clip is engaged with the corresponding coupling groove on the floor panel to effectively prevent the floor panel from being spliced up, and the left and right assembly slots on both sides of the locking clip correspond to the floor panel The snap-fit block is fastened to make the lock clip and the floor panel more precise and tightly fastened. This ι 201226674 • One advantage of the inventive structure is that the spliced floor panel and the lock clip are high-strength connection The fusion is more integrated, and the fastening force is stronger, so that the splicing surface of the spliced floor panel is smoother and tightly joined without gaps, and the processing cost is greatly reduced, at least at least 2-5% of the sheet material is saved compared with the prior art. In addition, the front and rear ends of the floor panel can be set to have the same or different shapes as the joint grooves on the left and right sides of the floor panel according to the installation requirements. Since the left and right sides of the floor panel are symmetrically arranged in the same shape, it is not necessary to distinguish the male or φ female grooves at both ends of the floor block as in the prior art, thereby saving about 1% of the floor. Paving area. [Embodiment] Referring to Figures 1 and 2, a first embodiment of a floor assembly having a floor lock clip of the present invention comprises: a floor lock clip (1) and at least one floor panel (5). 1 and 2 show a floor lock clip (1) and a two floor block (5). The floor lock clip (1) has: a central stud (1 〇), two joint blocks ( 20), two assembly slots (30) and two locking slots (22). • The central stud (10) is columnar when viewed from one end, and has a long strip when viewed from the top. A laterally projecting tongue protrudes outwardly on the two sides of the top end of the central stud (1 〇) (1 1 ) 'The two locking tongues (1 1) are symmetrical. The two connecting blocks (20) extend laterally and outwardly symmetrically from the left and right sides of the central stud (彳0), respectively. In this embodiment, the top surface (21) of each of the engaging blocks (20) is a slope. The two assembly grooves (30) are symmetrical and respectively correspond to the two connecting blocks (20) and the two sides of the central protruding column (10), and the assembly grooves (3〇) are respectively formed on the corresponding engaging blocks (20) and the central protruding column 〇〇) between the corresponding sides. In the present embodiment, since the top surface (21) of the block "201226674 (20) is a slope, the bottom of the button groove (3〇) is inclined. The two locking grooves (22) are symmetrically formed on the top surface (21) of the corresponding engaging block (2〇). In this embodiment, the locking groove (22) is a sharp tooth groove. The floor panel (5) is detachably arranged on one side of the floor lock clip (1), and has: a coupling groove (5〇), a fastening block (7〇), and a pair Bit slot (60). The coupling groove (50) is formed on one side of the floor panel (5) and is engageable with one of the locking tongues (11) of the floor lock clip (1). The fastening block (70) is formed on one side of the floor panel (5) and below the coupling groove (50), and can extend into one of the assembly slots (3〇), and is locked with the floor locking strip ( 1) One of the locking tongues (11) is interlocked. A bottom surface of the fastening block (7〇) is formed with a latching protrusion (72) to engage the corresponding latching groove (22). In this embodiment, the bottom surface (71) of the fastening block (70) is a sloped surface, and the locking protrusion (72) is a pointed tooth. The combination of the locking protrusion (72) of the floor panel (5) and the locking groove (22) makes the contact between the locking strip and the floor panel (5) more tight and firm, to the conventional floor. After the 900_ long floor block is fastened and spliced, it can withstand a pulling force of more than 50 kg in the lateral direction. The alignment groove (60) is formed on one side of the floor panel (5) and under the buckle (〇), and can be connected to one of the floor lock clips (1) (2〇) Combine. The above-mentioned floor lock clip (1) can be made of engineering plastic, wood-plastic composite material, plastic steel, rubber, polymer material 'aluminum alloy material, metal material or organic material. The above materials are moisture-proof, waterproof, non-deformable and elastic. , without breaking performance, can reduce the deformation, expansion, and closing of the floor block (5), 201226674
縮，防止地板拼塊（5)與地板拼塊（5)間產生的局部拼接離 縫。若使用以橡H塑膠類作為地板鎖扣夾條⑴材質， 當地板拼塊（5)鋪裝在不很平整的地面上時，也能最大限度 有效降低地板鎖扣线⑴與地板拼塊（5)拼接面的殖碰$ 聲，地板鎖扣夾條⑴拆㈣，可循環利用，如廢棄不使用 時，可回收粉碎從新熱塑、擠出製作再利用，兼具實用性 與環保，地板鎖扣夾條（1)模具擠出（射出）製作成本低、 型體精密不變$、生產快速、大量生產成本低，加工管理、、 成本掌控容易，在地板拼塊（5)安裝時，因地面平整度原因， 地板鎖扣夾條⑴可錯，切、磨、鑽、釘，能快速搭又配地板 拼塊（5)的調適安裝，地板拼塊（5)可重複安裝拆卸快速便 捷。本發明地板鎖扣夾條（1)所使用的材料密度、相對濕度、 膨脹、收縮度等物理性能相對可靠、穩定，對地板拼塊^ 基材材質要求可適度放寬，拼接後的地板也能達到鎖扣地 板性能要求’因此地板可使用的基材，有更多材種可以選 擇，可節省與利用大量材料資源。 ， 此外’當安裝地板拼塊(5)時，是先讓地板拼塊(5)具有 結合槽（50)的一側邊朝下傾斜約2〇_45度，並且與地板鎖扣 夾條（1)中心凸柱（1〇)的其中一鎖舌（11)對齊。接著再向下轉 動地板拼塊（5)，最後使地板拼塊（5)的對位槽（6〇)完全與地 板鎖扣夾條（1)的組裝槽（30)完全結合，而此時鎖舌（1彳）以與 結合槽（5G)完全結合’完成地板拼塊（5)與地板鎖扣夹條⑴ 的組裝。 請進一步參照圖3與圖4’其中地板拼塊（5)亦可呈水 平狀態，並且朝地板鎖扣夹條（1)的一側平推前進，最後亦 201226674 可元成與地板鎖扣夾條（1)的組裝步驟。 〃上述轉動組裝的方式適用於當銜接塊(2〇)與結合槽(5〇) 等部位的垂直刮面輪廓起伏過大的情況。而水平推進組裝 的方式適用於當銜接塊（20)與結合槽（5〇)等部位的垂直剖 面輪廓起伏較小的情況。 請進一步參照圖5,上述透過轉動或是水平平推的組裝 方式，可分別應用在地板拼塊（1)的橫向組合（沿χ軸方向）Shrink to prevent partial splicing between the floor panel (5) and the floor panel (5). If the rubber H plastic is used as the floor lock clip (1) material, when the floor panel (5) is laid on a non-flat floor, the floor lock line (1) and the floor block can be effectively reduced ( 5) The surface of the joint surface is sounded, the floor lock clip (1) is removed (4), and can be recycled. If it is not used when it is discarded, it can be recycled and crushed. It can be reused from new thermoplastics and extrusion. It is practical and environmentally friendly. Locking clips (1) Die extrusion (injection) is low in production cost, compact in shape, fast in production, low in production cost, easy in processing management, and easy to control. When installing floor tiles (5), Due to the flatness of the ground, the floor lock clips (1) can be wrong, cut, milled, drilled, nailed, and can be quickly fitted and fitted with the floor block (5). The floor block (5) can be repeatedly installed and disassembled quickly and conveniently. . The physical properties such as material density, relative humidity, expansion and contraction used by the floor lock clip (1) of the invention are relatively reliable and stable, and the floor material of the floor panel can be appropriately relaxed, and the spliced floor can also be Reaching the performance requirements of the lock floor 'Therefore, the substrate can be used, there are more materials to choose from, which can save and utilize a lot of material resources. In addition, when installing the floor panel (5), the floor panel (5) has the side of the coupling groove (50) inclined downward by about 2〇_45 degrees, and the floor lock clip ( 1) One of the locking tongues (11) of the center stud (1〇) is aligned. Then, the floor panel (5) is rotated downward, and finally the alignment groove (6〇) of the floor panel (5) is completely integrated with the assembly slot (30) of the floor lock clip (1), and at this time, The bolt (1彳) is fully assembled with the joint groove (5G) to complete the assembly of the floor panel (5) and the floor lock clip (1). Please refer to FIG. 3 and FIG. 4' further, wherein the floor panel (5) can also be horizontal, and push forward toward the side of the floor lock clip (1), and finally the 201226674 can be combined with the floor lock clip. Assembly step of strip (1). The above-described method of rotational assembly is suitable for the case where the vertical scraping surface contour of the joint block (2〇) and the joint groove (5〇) is excessively undulated. The horizontal propulsion assembly method is suitable for the case where the vertical profile of the joint block (20) and the joint groove (5〇) is less undulating. Referring to FIG. 5 further, the above-mentioned assembly mode of through-rotation or horizontal flat pushing can be applied to the lateral combination of the floor panel (1) (along the z-axis direction).
與縱向（沿Υ轴方向）組合上。如此一來，各排的地板拼 塊（5)與地板鎖扣夾條（1)可先透過旋轉方式組合，最後再將 相鄰兩排已組裝好的地板拼塊（5)與地板鎖扣夾條（1)透過 水平推進方式相互組裝’以便完成一陣列式的地板拼塊组 合。 請參照圖6與圖7’本發明具有地板鎖扣夾條的地板組 件的第二實施例與第一實施例相似，惟地板鎖扣夾條（1 a) 的銜接塊（20)頂面（21a)呈凹弧狀，各組裝槽（3〇3)底部呈弧 狀’地板拼塊（5a)的扣接塊（7〇a)為凸弧面。 清參照圖8 ’本發明具有地板鎖扣夾條的地板組件的第 二實施例與第一實施例相似，惟地板鎖扣失條（1 b)上貫穿形 成有複數鏤空孔（100)以達到省料與輕巧等目的，此外，各 鎖扣槽（22)的内表面一部分設置有一軟性襯墊（2句，該軟性 襯墊（24)可為橡膠膠條、塑膠膠條或膠帶薄膜，且其頂面朝 中心凸柱（10)傾斜。此外，於中央凸柱（1〇)底部形成有一内 凹的溝槽（1 7)，該溝槽（1 7)作為一預留空間，使得地板鎖扣 火條（1 b)女裝在地面時能減少與地面以及地面上木屑、雜物 顆粒的接觸，進而使地板鎖扣夾條（1 b)能夠順利的在地面移 201226674 動。 請參照圖9，本發明具有地板鎖扣夾條的地板組件的第 四貫施例與第一實施例相似，惟地板鎖扣夾條（1 c)銜接塊 (20) 的頂面是平面，且鎖扣槽（22c)是一楔形槽。地板拼塊 (5c)鎖扣突部（72c)是一楔形突部。此外，各銜接塊（2〇)頂面 (21) 的頂面另形成有一鑽孔定位槽（23) ’該鑽孔定位槽（23) 由俯視觀看時呈長條狀，且可供螺釘、鉚釘等固定件打入 以將地板鎖扣夾條（1C)固定在安裝地板的地面或地板龍骨 • 上。 請參照圖1 0 ’本發明具有地板鎖扣夾條的地板組件的 第五實施例，其地板鎖扣失條（1 b)與地板拼塊（5b)與第三實 施例所揭露的結構相似，惟並無鏤空結構。 請參照圖1 1 ’本發明具有地板鎖扣夾條的地板組件的 第六實施例與第一實施例相似，惟地板鎖扣夾條（彳e)中心凸 柱（10e)頂面形成有一固定槽（13)，固定槽（13)兩相對内側 壁上分別形成有一第一固定元件，該第一固定元件可為一 • 嵌合槽（131)。在中心凸條（10e)的固定槽（13)内以可拆卸方 式設置有一條狀上蓋（1 5)，使得地板鎖扣夾條（1 e)兩側的地 板拼塊（5e)分別以一側邊抵靠條狀上蓋（15) ^條狀上蓋（15) 可以有彈性或是較軟的材料製造，避免相鄰的地板拼塊（5e) 才里傷損毀。條狀上蓋（1 5)兩側上分別形成有一第二固定元件 以分別結合第一固定元件。該第二固定元件可為一與嵌槽 (1 31)匹配的嵌塊（1 51)。 凊參照圖1 2，本發明具有地板鎖扣失條的地板組件的 第七貫施例與第六實施例相似，惟第一固定元件是一嵌塊 201226674 (1 32)，第二固定元件是一與嵌塊（1 32)匹配的嵌槽（1 52)。 請參照圖13 ’本發明具有地板鎖扣夾條的地板組件的 第八實施例與第一實施例相似，惟地板鎖扣夾條（彳f)中央凸 柱（1〇f)呈冠狀，且鎖舌（11f)呈尖齒狀。銜接塊（20ί)的頂面 (21f)呈凹弧狀，且銜接塊（2〇f)外側邊形成有一凸弧部 (26) ’地板拼塊（5f)的結合槽（5〇f)、扣接塊（7〇f)以及對位槽 (60f)亦呈與地板鎖扣失條（1f)相對應的剖面輪廓。此外，各 銜接塊（20f)具有一鑽孔定位槽，以供螺釘、鉚釘等固定件 • (6)打入銜接塊（20〇而形成穿孔（25)，俾能將地板鎖扣夾條 (1 f)固定於安裝地板的地面或地板龍骨上。 請參照圖1 4與圖1 5，本發明具有地板鎖扣夾條的地板 組件的第九實施例與第二以及第六實施例相似，該地板鎖 扣夾條（1g)銜接塊（20)頂面為一凹弧面，且中心凸柱（1〇)上 垂直貫穿形成有一穿孔（1 6)以供固定件（6)所穿過，再者中 心凸柱（10)頂面形成有固定槽（13)以及固定槽（13)内的第一 固定元件（可為嵌槽（131))，固定槽（13)内底面上突出有 籲一卡塊（133)，條狀上蓋（15)則設置在固定槽（13)内並以第 二固定元件（可為嵌塊（151))與第一固定元件相結合《此 外’條狀上蓋（15)底端向内形成有一切缝（1 55)以方便條狀 上蓋（15)迫入固定槽（彳3)内且與卡塊（1 33)結合以避免固定 元件内縮。 藉由上述技術手段’本發明的地板拼塊左、右組裝 槽（30)結構設計簡單。現有的地板工廠加工楔口組裝槽（3〇) 所使用的木工四面刨、雙端銑加工等設備就能完成地板夾 條的加工’因此本發明加工快速成本低廉，同時能提高木€ 12 201226674 材資源利用率。鎖扣夾條能使拼接扣合後的地板達到不產 生縫隙、減音降噪的最佳效果。鎖扣夾條的頂部鎖舌（彳】） 與地板拼塊（5)上相對應的結合槽（5〇)卡合有效避免地板拼 塊（5)拼接處上翹，鎖扣夾條的兩側的左、右組裝槽（3 〇)與 地板拼塊（5)上相對應的扣接塊（7〇)扣合，使鎖扣夾條與地 板拼塊（5)更為精準緊密扣合，本發明結構的一項優點是拼 接後的地板拼塊（5)與鎖扣夾條是高強度連接融合為一體， 扣合力度更強大，使拼接後的地板拼塊（5)的拼接面更平 • 整、緊密接合不產生縫隙，同時加工成本大幅降低，至少 相較現有技術節省了 2-5%的板材原料。 此外，地板拼塊（5)前、後端可以根據安裝需要設置成 與地板拼塊（5)左、右兩側結合槽（5〇)相同或是相異的形 狀由於地板拼塊（5)左、右兩側結合槽（5〇)對稱設置成相 同形狀，在安裝地板時，無須如現有技術般需要區分地板 拼塊（5)兩端的公榫或母槽，因此還能節省1%左右的地板鋪 裝面積。 . 賴單說明】 圖1係本發明第一實施例操作示意剖視圖。 圖2係本發明第一實施例接續圖彳的剖視圖。 圖3係本發明第一實施例另一操作示意剖視圖。 圖4係本發明第一實施例接續圖3的剖視圖。 圖5係本發明第一實施例立體外觀圖。 圖6係本發明第二實施例操作示意剖視圖。 圖7係本發明第二實施例接續圖6的剖視圖。 圖8係本發明第三實施例剖視圖。 13 201226674Combined with the longitudinal direction (in the direction of the x-axis). In this way, the floor blocks (5) and the floor lock clips (1) of each row can be first combined by rotation, and finally the adjacent two rows of assembled floor blocks (5) and the floor lock are The clips (1) are assembled to each other by horizontal advancement to complete an array of floor panel combinations. Referring to Figures 6 and 7', the second embodiment of the floor assembly of the present invention having a floor lock clip is similar to the first embodiment except for the top surface of the joint block (20) of the floor lock clip (1 a) ( 21a) is concave arc-shaped, and the fastening block (7〇a) of the bottom of each assembly groove (3〇3) is curved, and the floor block (5a) is a convex curved surface. Referring to Figure 8, a second embodiment of the floor assembly having a floor lock clip of the present invention is similar to the first embodiment, except that a plurality of hollow holes (100) are formed through the floor lock strip (1 b) to achieve For the purpose of material saving and light weight, in addition, a part of the inner surface of each locking groove (22) is provided with a soft pad (in two sentences, the soft pad (24) can be a rubber strip, a plastic strip or a tape film, and The top surface thereof is inclined toward the central stud (10). Further, a concave groove (17) is formed at the bottom of the central stud (1), and the groove (17) serves as a reserved space for the floor. Locking fire bar (1 b) When the women's clothing is on the ground, it can reduce the contact with the wood chips and debris on the ground and the ground, so that the floor lock clips (1 b) can move smoothly on the ground at 201226674. Figure 9, the fourth embodiment of the floor assembly of the present invention having a floor lock clip is similar to the first embodiment, except that the top surface of the floor lock clip (1c) engaging block (20) is flat and locked. The buckle groove (22c) is a wedge groove. The floor block (5c) latch projection (72c) is a wedge-shaped projection. a top surface (21) of each connecting block (2) is further formed with a drilling positioning groove (23). The drilling positioning groove (23) is elongated when viewed from above, and is provided with screws and rivets. The fixing member is driven in to fix the floor lock clip (1C) on the floor or floor keel of the floor. Referring to Figure 10, a fifth embodiment of the floor assembly having the floor lock clip of the present invention, The floor lock strip (1 b) and the floor panel (5b) are similar to the structure disclosed in the third embodiment, but there is no hollow structure. Please refer to FIG. 1 1 'The floor with the floor lock clip of the present invention The sixth embodiment of the assembly is similar to the first embodiment, except that the top surface of the floor latching clip (10e) is formed with a fixing groove (13), and the two opposite inner side walls of the fixing groove (13) respectively Forming a first fixing member, the first fixing member may be a fitting groove (131). A strip-shaped upper cover (1 5) is detachably provided in the fixing groove (13) of the center rib (10e). So that the floor panels (5e) on both sides of the floor lock clip (1 e) are respectively abutted against the strips on one side (15) ^The strip-shaped upper cover (15) can be made of elastic or soft material to avoid damage to the adjacent floor panel (5e). A strip-shaped upper cover (1 5) is formed on each side of the strip. The two fixing elements are respectively combined with the first fixing element. The second fixing element may be a block (1 51) matching the groove (1 31). Referring to Figure 12, the invention has a floor lock and a strip. The seventh embodiment of the floor assembly is similar to the sixth embodiment except that the first fixing element is a block 201226674 (1 32) and the second fixing element is a slot matching the block (1 32) (1 52 Referring to FIG. 13 , the eighth embodiment of the floor assembly with the floor lock clip of the present invention is similar to the first embodiment, except that the floor latch clip (彳f) has a crown (1〇f) in the shape of a crown. And the locking tongue (11f) has a pointed shape. The top surface (21f) of the connecting block (20ί) is concavely curved, and the outer side of the connecting block (2〇f) is formed with a convex arc portion (26) 'the joint groove of the floor panel (5f) (5〇f) The fastening block (7〇f) and the alignment groove (60f) also have a cross-sectional profile corresponding to the floor lock strip (1f). In addition, each of the connecting blocks (20f) has a drilling positioning groove for fixing parts such as screws, rivets, etc. (6) driving into the connecting block (20 turns to form a perforation (25), and the floor locking clip can be 1 f) fixed to the floor or floor keel of the installation floor. Referring to Figure 14 and Figure 15, the ninth embodiment of the floor assembly of the present invention having a floor lock clip is similar to the second and sixth embodiments, The top surface of the floor lock clip (1g) engaging block (20) is a concave curved surface, and a through hole (16) is formed vertically through the central protrusion (1〇) for the fixing member (6) to pass through. Further, the top surface of the center pillar (10) is formed with a fixing groove (13) and a first fixing member (which may be a groove (131)) in the fixing groove (13), and the bottom surface of the fixing groove (13) is protruded Calling a block (133), the strip-shaped upper cover (15) is disposed in the fixing groove (13) and combined with the first fixing element by a second fixing member (which may be a block (151)) The bottom end of the upper cover (15) is formed with an inner slit (1 55) inwardly to facilitate the strip-shaped upper cover (15) to be forced into the fixing groove (彳3) and combined with the block (1 33) to avoid solidification. The components are retracted. By the above technical means, the left and right assembly grooves (30) of the floor panel of the present invention have a simple structural design. The existing floor factory processing wedge assembly groove (3〇) is used for woodworking four-sided planing and double-end Milling and other equipment can complete the processing of the floor clips. Therefore, the invention has the advantages of high processing cost and low cost, and can improve the utilization rate of the wood material. The lock clip can make the floor after the stitching and fastening reach no gap, The best effect of noise reduction and noise reduction. The top lock tongue of the lock clip (彳)) is matched with the corresponding joint groove (5〇) on the floor panel (5) to effectively avoid the floor joint (5) joint Upturned, the left and right assembly slots (3 〇) on both sides of the locking clip are fastened with the corresponding fastening blocks (7〇) on the floor panel (5), so that the locking clips and the floor block (5) More precise and close-knit, one advantage of the structure of the present invention is that the spliced floor panel (5) and the buckle clip are combined with high-strength connection, and the fastening force is stronger, so that the spliced The joint surface of the floor panel (5) is flatter. At the same time, the processing cost is greatly reduced, at least 2-5% of the sheet material is saved compared with the prior art. In addition, the front and rear ends of the floor panel (5) can be arranged to be tiled with the floor according to the installation requirements (5) left and right. The same or different shapes of the joint grooves (5〇) on both sides are symmetrically arranged in the same shape due to the left and right side joint grooves (5〇) of the floor panel (5), and it is not necessary to be required as in the prior art when installing the floor. It is possible to distinguish the male or female groove at both ends of the floor panel (5), so that the floor covering area of about 1% can be saved. Fig. 1 is a schematic sectional view showing the operation of the first embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 3 is a cross-sectional view showing another operation of the first embodiment of the present invention. Figure 4 is a cross-sectional view of the first embodiment of the present invention continued from Figure 3; Figure 5 is a perspective view of the first embodiment of the present invention. Figure 6 is a schematic cross-sectional view showing the operation of the second embodiment of the present invention. Figure 7 is a cross-sectional view of the second embodiment of the present invention continued from Figure 6. Figure 8 is a cross-sectional view showing a third embodiment of the present invention. 13 201226674
圖9係本發明第四實施例刮視圖。 圖10係本發明第五實施例剖視圖。 圖1 1係本發明第六實施例剖視圖。 圖12係本發明第七實施例剖視圖。 圖1 3係本發明第八實施例刮視圖。 圖14係本發明第九實施例剖視圖。 圖1 5係本發明第九實施例分解剖視圖。 【主要元件符號說明】 (1)(1a)(1b)(1C)(1d)(le)(1f)(1g)地板鎖扣 (10)中心凸柱 (11)(11f)鎖舌 (13)固定槽 (131)嵌槽 ◦ 32)嵌塊 (1 33)卡塊 (15)穿孔 (1 51)敌塊 (152)嵌槽 (1 5 5)切縫 (16)穿孔 (20)(20f)銜接塊 (21)(2la)(21f)頂面 (22)(22c)鎖扣槽 (23)鑽孔定位槽 (24)軟性襯墊 (25)穿孔 (26)凸弧部 (30)(30a)組裝槽 (5)(5a)(5b)(5c)(5d)(5e)(5f)地板拼 & (5〇U5〇f)結合槽 (60)(60f)對位槽 (70)(70a)(70f)扣接塊 (71)抵面 (72)(72c)鎖扣突部 (6)固定件Figure 9 is a plan view of a fourth embodiment of the present invention. Figure 10 is a cross-sectional view showing a fifth embodiment of the present invention. Figure 11 is a cross-sectional view showing a sixth embodiment of the present invention. Figure 12 is a cross-sectional view showing a seventh embodiment of the present invention. Figure 13 is a plan view of an eighth embodiment of the present invention. Figure 14 is a cross-sectional view showing a ninth embodiment of the present invention. Figure 15 is an exploded cross-sectional view of a ninth embodiment of the present invention. [Explanation of main component symbols] (1) (1a) (1b) (1C) (1d) (le) (1f) (1g) floor lock (10) center stud (11) (11f) lock tongue (13) Fixing groove (131) Insert groove ) 32) Insert (1 33) Block (15) Perforation (1 51) Enemy block (152) Insert groove (1 5 5) Slot (16) Perforation (20) (20f) Joining block (21) (2la) (21f) top surface (22) (22c) locking groove (23) drilling positioning groove (24) soft pad (25) perforation (26) convex arc portion (30) (30a ) assembly groove (5) (5a) (5b) (5c) (5d) (5e) (5f) floor splicing & (5 〇 U5 〇 f) coupling groove (60) (60f) alignment groove (70) ( 70a) (70f) fastening block (71) abutting surface (72) (72c) locking projection (6) fixing member