M341003 八、新型說明： 【新型所屬之技術領域】 本創作係有關一種面板包裝緩衝材之包覆嵌合構造， 其係藉由該左、右底包覆嵌體利用該左、右夾槽，使其包 夾在該瓦楞紙板的底面，且令該左、右嵌入體往上穿伸該 貫穿孔後併合成一鳩尾型嵌入體，卡制在該鳩尾槽内，進 而利用上、下包夾構造與該瓦榜紙板結合為一體。。 【先前技術】 按，面板係為較精密的產品之一，故在裝設中或搬運 中容易會有碰撞或搖動的狀況發生，因此，也就容易造成 面板的損傷破壞。 次按，面板的裝設保護，傳統利用保麗龍等發泡材作 為保護，但時代的進步變遷，環保意識的濃烈提升，對於 保麗龍已列為破壞大氣等自然環境元兇之一，已漸漸不再 使用了’轉而取代的是符合環保的紙棧板或其他發泡材。 又’在包裝面板的過程中或搬運中難免會有損傷，故 如何確保面板不受損傷，係為首要考慮的條件。 如第一圖中所示，該緩衝體（10)設有容置部（11)可供 該面板卡合裝設，而底部係用黏貼方式固定於該薄板（20) 上，其缺失在於：製造時，需要黏貼，因此在膠劑成本及 工時成本上浪費許多，且又不易牢固容易鬆脫，亦會造成 面板之損傷’又’黏膠與薄板（20)不易拆離，因此並不利 於回收，故造成浪費。 M341003 又如第二〜四圖所示，針對上述之缺失加以改良後，該 缓衝體（10)亦設有容置部（11)已及於底部設有卡合塊 (12)，俾供與該薄板（20)之預設之卡合孔（21)相互卡合， 結合成一緩衝包裝結構，其卡合構造的設計，雖可改善上 述之黏貼的缺失，但仍然存有不夠緊密穩固之缺失；因該 緩衝體（10)與該薄板（20)相互結合後之底部，單靠卡合之 功能，並無法完全使其緊密，在搬運移動的過程中，亦容 易因為擠壓而造成變形或鬆脫，因此並不盡理想。 【新型内容】 緣是，本創作之主要目的，係在提供一種面板包裝緩 衝材之包覆嵌合構造，其係將該左、右底包覆嵌體利用該 左、右爽槽’使其包爽在該瓦愣紙板的底面’且令該左、 右嵌入體往上穿伸該貫穿孔後併合成一鳩尾型嵌入體，卡 制在該鳩尾槽内，進而利用上、下包夾構造與該瓦楞紙板 結合為一體，藉此，可穩固定位而不易脫落之功效者。 本創作之另一目的，係在提供一種面板包裝緩衝材之 包覆嵌合構造，其具有節省成本、不佔空間且又符合環保 之經濟效益者。 本創作之再一目的，係在提供一種面板包裝緩衝材之 包覆嵌合構造，其具有在搬運過程中，促使面板不受損壞 之保護功效者。 為達上述目的，本創作之技術手段包含： 一瓦楞紙板，其至少具備一貫穿孔；至少一個緩衝體， 係一體成型具適度彈性之撓性體，其本體上端面設有供面 板置入之容置部；其特徵在於：該緩衝體進一步包括有： M341003 一鳩尾槽，係設在該容置部底面；一左底包覆嵌體，其外 側係連接於該本體左側底緣，且與該容置部底緣間形成一 左水平夾槽，並於内側端相對於該鳩尾槽處，設有一左側 嵌入體；以及一右底包覆嵌體，其外側係連接於該本體右 側底緣，且與該容置部底緣形成一右夾槽，並於内側端相 對於該鳩尾槽處，設有一右侧嵌入體；藉此，將該左、右 底包覆嵌體利用該左、右夾槽，使其包夾在該瓦楞紙板的 底面，且令該左、右嵌入體往上穿伸該貫穿孔後併合成一 鳩尾型嵌入體，卡制在該鳩尾槽内，進而利用上、下包夾 構造與該瓦楞紙板結合為一體。 【實施方式】 首先，請參閱第五圖所示，係為本創作之緩衝包裝結 構之組合示意圖，其包含： 一瓦楞紙板（40)，其至少具備一貫穿孔（41);且該瓦 楞紙板（40)更包括在左、右兩侧設有凹槽（42)、(43)，俾 使該緩衝體（30)左、右兩側卡入該凹槽（42)、（43)者。藉 此更可穩固定位而不易脫落。 至少一個緩衝體（30)，係一體成型具適度彈性之撓性 體，其中，該緩衝體（30)包括係由PE、EVA、PU、PVC其中 任一材料發泡成型者；但不限定於此。 又，該本體（31)上端面設有供面板置入之容置部 (311);其特徵在於： 該緩衝體（30)進一步包括有： 一鳩尾槽（312)，係設在該容置部（311)底面；該鳩尾 槽（312)係可視其需求設置所需之型體，不限定於在本創作 M341003 圖示中所揭露之型體。 一左底包覆嵌體（32)，其外側係連接於該本體（31)左 側底緣，且與該容置部（311)底緣間形成一左水平夾槽 (321)，並於内側端相對於該鳩尾槽（312)處，設有一左側 嵌入體（322);以及 一右底包覆嵌體（33)，其外側係連接於該本體（31)右 側底緣，且與該容置部（311)底緣形成一右夾槽（331)，並 於内侧端相對於該鸠尾槽（312)處，設有一右側嵌入體 (332)； 又，該緩衝體（30)之左底包覆嵌體（32)與右底包覆嵌 體（33)包括設成等長及不等長型態。 藉此，將該左、右底包覆嵌體（32)、（33)利用該左、 右夾槽（321)、（331)，使其包夾在該瓦楞紙板（40)的底面， 且令該左、右嵌入體（322)、（332)往上穿伸該貫穿孔（41) 後併合成一鳩尾型嵌入體，卡制在該鳩尾槽（312)内，進而 利用上、下包夾構造與該瓦楞紙板（40)結合為一體（如第 六、七圖所示）。 再者，請再參閱第八圖所示，該緩衝體（30)與瓦楞紙 板（40)結合後可達到完全緊密結合之包覆型態，故可使其 完全發揮其穩固定位之功效，而促使精密面板在搬運過程 中可受到完全的保護而不易損壞。 是以，本創作之包裝緩衝材具有完整的包覆嵌合構 造，可達到穩固保護面板之特性，且有別於習用單純只有 黏合及卡扣的不足之處，以達到面板在裝設或搬運過程 中，不易因碰撞或搖動等情況，而造成面板損傷之缺失。 M341003 、、不上所述，本創作所揭示之構造，為昔所無，且確能 達到功效之增進，並具可供產業利用性，完全符合新型專 利要件，祈請貴審查委員核賜專利，以勵創新，益任伊 感。 " 惟，上述所揭露之圖式、說明，僅為本創作之較佳實 施例，大凡熟悉此項技藝人士，依本案精神範轉所作之修 飾或等效變化，仍應包括在本案申請專利範圍内。 M341003 【圖式簡單說明】 第一圖係習用緩衝包裝結構之組合示意圖。 第二圖係習用另一緩衝包裝結構之組合示意圖。 第三圖係習用緩衝包裝結構之外觀立體圖。 第四圖係習用缓衝包裝結構之剖示圖。 第五圖係本創作緩衝包裝結構之組合示意圖。 • 第六圖係本創作緩衝包裝結構之組合完成示意圖。 . 第七圖係本創作缓衝材之剖示圖。 Φ 第八圖係本創作之使用實施示意圖。 【主要元件符號說明】 (10)緩衝體 (40)瓦楞紙板 (11)容置部 (41)貫穿孔 (12)卡合塊 (42)、（43)凹槽 (20)薄板 (21)卡合孔 (30)緩衝體 (31)本體 (311)容置部 (312)鳩尾槽 (32)左底包覆嵌體 (321)左夾槽 (322)左侧嵌入體 (33)右底包覆嵌體 (331)右夾槽 (332)右侧嵌入體 -10-M341003 VIII. New description: [New technical field] The present invention relates to a covering and fitting structure of a panel packaging cushioning material, which utilizes the left and right clamping inlays by the left and right bottom covering inlays. The utility model is characterized in that the left and right inserts extend upwardly through the through hole, and a dovetail-shaped insert body is synthesized, and is inserted into the dovetail groove, thereby utilizing the upper and lower wrapping structures. Combined with the tiled cardboard. . [Prior Art] According to the panel, the panel is one of the more sophisticated products. Therefore, it is easy to cause collision or shaking during installation or transportation. Therefore, it is easy to cause damage to the panel. Sub-press, panel installation protection, traditional use of Styrofoam and other foam materials as protection, but the progress of the times, the environmental awareness of the strong promotion, for the Styrofoam has been listed as one of the natural environment culprits of the destruction of the atmosphere, has Gradually no longer use 'instead of environmentally friendly paper pallets or other foam materials. Moreover, it is inevitable that damage will occur during the process of packaging the panel or during handling. Therefore, how to ensure that the panel is not damaged is the primary consideration. As shown in the first figure, the buffer body (10) is provided with a receiving portion (11) for the panel to be snap-fitted, and the bottom portion is fixed to the thin plate (20) by adhesive bonding, and the missing is: When manufacturing, it needs to be pasted, so it wastes a lot of glue cost and working time cost, and it is not easy to be firm and easy to loosen, and it will also cause damage to the panel. 'And' the adhesive and the thin plate (20) are not easy to be detached, so it is not good. It is recycled because it is recycled. M341003 is also shown in the second to fourth figures. After the above-mentioned missing is improved, the buffer body (10) is also provided with a receiving portion (11) and a clamping block (12) is provided at the bottom. The predetermined engaging holes (21) of the thin plate (20) are engaged with each other to form a cushioning packaging structure, and the design of the engaging structure can improve the above-mentioned lack of adhesion, but there is still insufficient tightness and stability. Missing; because the bottom of the buffer body (10) and the thin plate (20) are combined with each other, the function of the snapping is not completely tight, and it is easy to be deformed by the pressing during the moving process. Or loose, so it is not ideal. [New content] The main purpose of this creation is to provide a cladding and fitting structure for a panel packaging cushioning material, which uses the left and right bottom cladding inlays to make the left and right cooling grooves The bag is wrapped on the bottom surface of the corrugated cardboard, and the left and right inserts are inserted upwardly to form the through-hole, and a dovetail-shaped insert is synthesized, and is inserted into the dovetail groove, thereby utilizing the upper and lower clasp structures. The corrugated cardboard is integrated into one body, thereby being capable of stably fixing the position without being easily detached. Another object of the present invention is to provide a wrap-around structure for a panel packaging cushioning material which is cost effective, does not occupy space, and is environmentally friendly. A further object of the present invention is to provide a cover-fitting structure for a panel packaging cushioning material which has the function of protecting the panel from damage during handling. In order to achieve the above objectives, the technical means of the creation include: a corrugated cardboard having at least a uniform perforation; at least one cushioning body integrally forming a flexible body having a moderate elasticity, and the upper end surface of the body is provided with a panel for insertion The buffer body further includes: M341003 a tail groove, which is disposed on the bottom surface of the receiving portion; a left bottom cover inlay, the outer side of which is connected to the left bottom edge of the body, and a left horizontal clamping groove is formed between the bottom edge of the accommodating portion, and a left side inserting body is disposed at the inner side end with respect to the tail groove, and a right bottom covering inlay is connected to the right bottom edge of the body. And forming a right clamping groove with the bottom edge of the receiving portion, and providing a right side inserting body at the inner end with respect to the dovetail groove; thereby, the left and right bottom cladding inlays are utilized by the left and right sides The clamping groove is clamped on the bottom surface of the corrugated cardboard, and the left and right embedded bodies are extended upwardly through the through hole, and a dovetail embedded body is synthesized, and is inserted into the dovetail groove, thereby utilizing the upper and lower sides. Bundle construction with the corrugated cardboard knot As a whole. [Embodiment] First, referring to the fifth figure, a schematic diagram of a combination of the buffer packaging structure of the present invention, comprising: a corrugated cardboard (40) having at least a consistent perforation (41); and the corrugated cardboard ( 40) further comprising grooves (42) and (43) on the left and right sides, such that the left and right sides of the buffer body (30) are engaged in the grooves (42), (43). Therefore, it is more stable and not easy to fall off. The at least one buffer body (30) integrally forms a flexible body having moderate elasticity, wherein the buffer body (30) comprises a foam molded body of any one of PE, EVA, PU, and PVC; but is not limited thereto. this. The upper end surface of the main body (31) is provided with a receiving portion (311) for inserting the panel; the buffer body (30) further includes: a dovetail groove (312), which is disposed in the receiving portion The bottom surface of the portion (311); the tail groove (312) is provided with a desired shape according to the requirements thereof, and is not limited to the shape disclosed in the drawing of the present invention M341003. a left bottom cover inlay (32), the outer side of which is connected to the left bottom edge of the body (31), and a left horizontal clamping groove (321) is formed between the bottom edge of the receiving portion (311) and is inside. a left side insert (322) is disposed at the end of the tail groove (312); and a right bottom cover inlay (33) is attached to the right bottom edge of the body (31), and The bottom edge of the portion (311) forms a right clamping groove (331), and at the inner end opposite to the dovetail groove (312), a right insert (332) is provided; and the buffer body (30) is left The bottom cladding inlay (32) and the right bottom cladding inlay (33) are configured to be of equal length and unequal length. Thereby, the left and right bottom cover inlays (32) and (33) are wrapped on the bottom surface of the corrugated cardboard (40) by using the left and right clamping grooves (321) and (331), and The left and right inserts (322) and (332) are inserted upwardly through the through hole (41) to form a dovetail insert, which is locked in the dovetail groove (312), and then the upper and lower wraps are utilized. The structure is integrated with the corrugated cardboard (40) (as shown in Figures 6 and 7). Furthermore, please refer to the eighth figure, the buffer body (30) is combined with the corrugated cardboard (40) to achieve a completely tightly bonded coating pattern, so that it can fully exert its stable fixed position. It promotes the precision panel to be completely protected from damage during handling. Therefore, the packaging cushioning material of the present invention has a complete covering and fitting structure, which can achieve the characteristics of the stable protective panel, and is different from the conventional insufficiency of only the adhesive and the buckle, so as to achieve the installation or handling of the panel. In the process, it is not easy to cause damage to the panel due to collision or shaking. M341003, not mentioned above, the structure revealed by this creation is unprecedented, and it can achieve the improvement of efficacy, and it can be used for industrial utilization. It fully complies with the new patent requirements, and asks the review committee to grant the patent. In order to encourage innovation, Yi Yi. " However, the above-mentioned drawings and descriptions are only the preferred embodiments of this creation. Those who are familiar with this art, the modifications or equivalent changes made in accordance with the spirit of this case should still include the patent application in this case. Within the scope. M341003 [Simple description of the diagram] The first diagram is a combination diagram of the conventional buffer packaging structure. The second figure is a combination diagram of another buffer packaging structure. The third figure is an external perspective view of a conventional cushioning packaging structure. The fourth figure is a cross-sectional view of a conventional cushioning package structure. The fifth figure is a combination diagram of the creation buffer packaging structure. • The sixth picture is a complete schematic diagram of the combination of the creation buffer packaging structure. The seventh figure is a cross-sectional view of the creation cushioning material. Φ The eighth figure is a schematic diagram of the use of this creation. [Description of main component symbols] (10) Buffer body (40) Corrugated cardboard (11) accommodating portion (41) through hole (12) engaging block (42), (43) groove (20) thin plate (21) card Hole (30) Buffer body (31) Body (311) Housing (312) Dovetail groove (32) Left bottom cover Inlay (321) Left clip groove (322) Left insert (33) Right bottom bag Inlay body (331) right clamping groove (332) right side embedded body -10-