TWI775696B - Plastic panel assembly method - Google Patents
Plastic panel assembly method Download PDFInfo
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- TWI775696B TWI775696B TW110147607A TW110147607A TWI775696B TW I775696 B TWI775696 B TW I775696B TW 110147607 A TW110147607 A TW 110147607A TW 110147607 A TW110147607 A TW 110147607A TW I775696 B TWI775696 B TW I775696B
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Abstract
本發明係有關一種塑合面板組設方法,其係利用一塑合面板,為其可加工為中空框體,並在框體內組設有厚度小於或等於3cm之塑合板條,並在塑合板條厚度中再挖設有2cm以下厚度之凹槽,而凹槽中則可嵌設符合凹槽之塑合板片,最後塑合板條則封邊圍設塑合板片四邊緣,再置入於塑合面板的中空框體內,藉此以保持同材質之細緻化特色,並有3D立體感之美觀化設計。 The present invention relates to a method for assembling a plastic composite panel, which uses a plastic composite panel, which can be processed into a hollow frame body, and a plastic composite panel with a thickness of less than or equal to 3 cm is assembled in the frame body, In the thickness of the strip, a groove with a thickness of less than 2cm is dug, and the plastic plywood sheet that fits the groove can be embedded in the groove. Finally, the plastic plywood strip is sealed and surrounded by the four edges of the plastic plywood sheet, and then placed in the plastic sheet. In order to maintain the detailed characteristics of the same material, and have a 3D three-dimensional aesthetic design.
Description
本發明係提供一種塑合面板組設方法,尤指一種塑合面板框體內,可由同材質塑合材料作以分割組裝,並以小於3CM厚度之塑合條材,實施加工組合之方法者。 The present invention provides a method for assembling a plastic-coated panel, especially a plastic-coated panel frame, which can be divided and assembled by plastic-coated materials of the same material, and a plastic-coated strip with a thickness of less than 3CM is used for processing and assembling.
按,一般市面上櫥櫃面板上結構通常係有特殊的美觀性設計,多以凹凸3D感作為普遍性概念。 Generally speaking, the structure of the cabinet panel on the market usually has a special aesthetic design, and the concave-convex 3D sense is often used as a general concept.
而上述櫥櫃門板結構,其材質有分為多種樣式,普遍為實木及塑合材質,其實木材質較硬,所使用的機具加工較為精密,故一般面板的美觀性加工成本往往較高,且實木本身亦是一筆不俗之價格;另外,一般櫥櫃常用的是為塑合材質,因是再生木材所製成,是很流行的環保材質,但塑合材質內部為膠合壓實製成,板材一般內部較軟是無法將其加工,因此往往塑合材質之門板是處於平面之狀態,其素面之設計將難以提昇產品價值性;因此上述二種常見的櫥櫃門板結構,將會有二極化之價值性的體現,故實是有必要提出具體的改善方案,以符合產業進步之所需,更進一步提供使用者更多的選擇。 The above-mentioned cabinet door panel structure, its material is divided into various styles, generally solid wood and plastic material, in fact, the wood material is hard, the machine tool used is more precise, so the aesthetic processing cost of the general panel is often high, and the solid wood It is also a good price in itself; in addition, general cabinets are often made of plastic composite material, because it is made of recycled wood, it is a very popular environmentally friendly material, but the plastic composite material is made of glued and compacted inside, and the board is generally The interior is soft and cannot be processed. Therefore, the door panel made of plastic material is usually in a flat state, and its plain design will hardly enhance the value of the product. Therefore, the above two common cabinet door panel structures will have a polarization effect. The embodiment of value, it is necessary to propose specific improvement plans to meet the needs of industrial progress, and further provide users with more choices.
本創作係以解決習用系統櫥櫃之門板結構的實木材質加工 不易及高成本的缺點情況下,藉此達成塑合材質之櫥櫃門板結構,可依成形的形態作組裝加工,以利達到美觀性設計及提昇價值性為主要目的者。 This creation is to solve the solid wood material processing of the door panel structure of the conventional system cabinet Under the disadvantage of difficulty and high cost, it is possible to achieve a cabinet door panel structure of plastic composite material, which can be assembled and processed according to the formed form, in order to achieve aesthetic design and enhance value as the main purpose.
本發明為求達成上述目的,所採行的技術手段及方案如下: The present invention seeks to achieve the above-mentioned purpose, the adopted technical means and scheme are as follows:
本發明一種塑合面板組設方法,其係利用一塑合面板,為其可加工為中空框體,並在框體內組設有厚度小於或等於3cm之塑合板條,並在塑合板條厚度中再挖設有2cm以下厚度之凹槽,而凹槽中則可嵌設符合凹槽之塑合板片,最後塑合板條則封邊圍設塑合板片四邊緣,再置入於塑合面板的中空框體內。 The present invention is a method for assembling a plastic-bonded panel, which utilizes a plastic-bonded panel, which can be processed into a hollow frame, and is assembled with a plastic-bonded slat with a thickness of less than or equal to 3 cm in the frame. In the middle, a groove with a thickness of less than 2cm is dug, and a plywood sheet that fits the groove can be embedded in the groove. Finally, the plywood strip is sealed to surround the four edges of the plywood sheet, and then placed in the plywood panel. inside the hollow frame.
綜上所述,該塑合板條對應面各設有一凹槽,其二面凹槽內接可組設塑合板片,以達到間隔設置。 To sum up, the corresponding surfaces of the plastic veneer strips are each provided with a groove, and the two sides of the grooves can be internally connected to form plastic veneer sheets, so as to achieve spaced arrangement.
綜上所述,本創作塑合面板組設之結構改良優點及特點在於: To sum up, the advantages and characteristics of the structural improvement of the plastic composite panel assembly of this creation are as follows:
1、塑合面板可與立體化材質相同,以表現細緻化特色。 1. The plastic composite panel can be the same as the three-dimensional material to express the detailed characteristics.
2、可在塑合面板作以凹凸3D感設計,以增加質感及價值性。 2. The concave and convex 3D sense design can be made on the plastic panel to increase the texture and value.
3、塑合面板內可複數排列造型,有別以往具獨樹一幟之風格。 3. Multiple shapes can be arranged in the plastic composite panel, which is different from the unique style in the past.
(1):塑合面板 (1): plastic composite panel
(11):中空框體 (11): Hollow frame
(2):塑合板條 (2): plywood slats
(21,41):凹槽 (21, 41): groove
(3):塑合板片 (3): plywood sheet
(4):雙向塑合板條 (4): Two-way plywood
第一圖:本發明整體結構之分解組設立體示意圖。 The first figure: a schematic diagram of the disassembled assembly of the overall structure of the present invention.
第二圖:本發明塑合板條之部份立體示意圖。 The second figure: a partial perspective view of the plywood strip of the present invention.
第三圖:本發明塑合板條之厚度表示示意圖。 The third figure: a schematic diagram showing the thickness of the plywood strip of the present invention.
第四圖:本發明整體結構之組設立體示意圖。 Figure 4: Schematic diagram of the assembly of the overall structure of the present invention.
第五圖:本發明整體結構另一實施之組設立體示意圖。 Fig. 5: A schematic diagram of an assembled body of another implementation of the overall structure of the present invention.
以下將以圖示及詳細解說,說明本發明之精神及方式,任何所屬技術領域中具有通常知識者在瞭解本發明之最佳實施例後,當可由本發明所教示之技術,加以改變及修飾,其並不脫離本發明之精神與範圍。 The following will illustrate the spirit and method of the present invention with diagrams and detailed explanations. Anyone with ordinary knowledge in the technical field can make changes and modifications by the technology taught in the present invention after understanding the best embodiment of the present invention. , which does not depart from the spirit and scope of the present invention.
請參閱第一至三圖所示,本發明塑合面板組設方法,其係包括有: Please refer to Figures 1 to 3. The method for assembling a plastic panel of the present invention includes:
一塑合面板(1),其係開設有中空框體。 A plastic composite panel (1) is provided with a hollow frame body.
複數塑合板條(2),其係設於中空框體(11)內,該塑合板條(2)厚度小於等於3公分,其一面設有一凹槽(21),其厚度為2公分,且該凹槽(21)應偏設一邊。 A plurality of plastic veneer strips (2), which are arranged in the hollow frame body (11), the thickness of the plastic veneer strip (2) is less than or equal to 3 cm, and a groove (21) is provided on one side, and its thickness is 2 cm, and The groove (21) should be offset to one side.
複數塑合板片(3),係可插設於凹槽(21)內,使其該塑合板條(2)可圍設塑合板片(3)。 The plurality of plywood sheets (3) can be inserted into the grooves (21), so that the plywood strips (2) can surround the plywood sheets (3).
綜上所述,該塑合板片(3)間可設有一雙向塑合板條(4),其對應面各設有一凹槽(41),其二面凹槽(41)內皆可組設塑合板片(3),以達到間隔設置。 To sum up, a two-way plywood strip (4) can be arranged between the plywood sheets (3), a groove (41) can be arranged on each of its corresponding surfaces, and a plastic plywood can be formed in the grooves (41) on both sides. plywood sheet (3) to achieve spaced settings.
請參閱第第一、四、五圖所示,其實施時,所述之塑合面板(1)通常應用於系統櫥櫃之面板上,可在塑合面板(1)預設的中空框體(11)內作以組裝設計,即將塑合板片(3)邊緣組設於複數厚度小於等於3公分之塑合板條(2),且嵌設進厚度為2公分之凹槽(21)內固定,最後組成為中空框體(11)範圍內後置入框體,而塑合板片(3)因凹槽(21)偏移一邊緣故,該塑合板片(3)部份將凸出塑合面板(1)之表 面,使其有3D立體感,便可完成面板的質感設計;可知悉塑合板片(3)數量之變化,可靈活運用設計的巧思,將加入雙向塑合板條(4),以利用對應面所設之凹槽(41),使其塑合板片(3)可複數間隔設置,設計者可利用凹槽(41)結構,以增加對設計之想法;因此本發明的塑合面板組設之結構改良,係可於塑合面板上產生價值性之設計,係為本發明所作最具體之創作。 Please refer to Figures 1, 4 and 5. During implementation, the plastic-bonded panel (1) is usually applied to the panel of the system cabinet, and can be placed on the hollow frame ( 11) The inner design is for assembly, that is, the edges of the plastic plywood sheets (3) are assembled on a plurality of plastic plywood strips (2) with a thickness of less than or equal to 3 cm, and embedded in the grooves (21) with a thickness of 2 cm for fixing, The final composition is that the hollow frame body (11) is placed in the frame body, and the plywood sheet (3) is offset to one side due to the groove (21), and the plywood sheet (3) will protrude from the plywood panel. (1) table The texture design of the panel can be completed by making it have a 3D three-dimensional effect. Knowing the change in the number of plywood sheets (3), the ingenuity of the design can be flexibly used, and two-way plywood strips (4) will be added to use the corresponding The grooves (41) provided on the surface allow the plastic composite panels (3) to be arranged at multiple intervals, and the designer can use the groove (41) structure to increase the design idea; therefore, the plastic composite panel of the present invention is assembled The structural improvement is a design that can generate value on the plastic panel, and is the most specific creation for the present invention.
(1):塑合面板 (1): plastic composite panel
(11):中空框體 (11): Hollow frame
(2):塑合板條 (2): plywood slats
(3):塑合板片 (3): plywood sheet
(4):雙向塑合板條 (4): Two-way plywood
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TW110147607A TWI775696B (en) | 2021-12-16 | 2021-12-16 | Plastic panel assembly method |
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TWM432676U (en) * | 2011-12-19 | 2012-07-01 | Nan E Office Furniture Co Ltd | M1010701_3919 |
TWM624944U (en) * | 2021-12-16 | 2022-03-21 | 亞泓企業股份有限公司 | Structural Improvement of Plastic Panel Assembly |
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Publication number | Priority date | Publication date | Assignee | Title |
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TWM432676U (en) * | 2011-12-19 | 2012-07-01 | Nan E Office Furniture Co Ltd | M1010701_3919 |
TWM624944U (en) * | 2021-12-16 | 2022-03-21 | 亞泓企業股份有限公司 | Structural Improvement of Plastic Panel Assembly |
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