201144034 六、發明說明： 【發明所屬之技術領域】 本發明係有關於櫃體門軌道之製造方法及裝置，為 一種藉由塑性加工或射出成形之方式成形—體式門勒 道裝置之技術與結構。 【先前技術】 ，習用之櫃體門軌道’如第五圖所示，為習用櫃體門 執道整體結構立體外觀示意圖，其櫃體（2)之上 基板（1)上之執道（3)〔僅顯示下部之基板〇)上^ $道（3)〕係以螺絲（4)鎖合之方式’將執道（3)固 定在上、下基板（1)上，以作為櫃體（2)滑門〔未繪 示〕滑動開合啟閉之用。、 軌道（3)在基板⑴上的準確定位與否會影響到 滑門滑動開合啟閉時之平穩性與密合纟，故冑配軌道 (3)時之精度顯得相對重要。 又 上述習用之櫃體門執道最大的缺點在於： 1. 執道之裝配必須藉助螺絲鎖固，無形增加成本。 2. 執道之裝配必須藉助螺絲鎖固，增加裝配時間。 3·軌道之裝配精度難以掌控，影響滑門開合啟閉。 前述所提及關於習用之櫃體門軌道，達成 在櫃體滑門滑動開合啟閉過程中所應具備—般基本要 求與成效，但在實際應㈣之整體裝配精確性=產加 工與裝配工時之簡化應用整合能力等產業應用專屬性 上’皆存在諸多缺點與不足的情況下，無法發揮更具 3 201144034 之產業應用性。 综上所述，由於習用之櫃體門執道，存在上述之缺 失與不足’基於產業進步之未來趨勢前提下實在有必 要提出具體的改善方案，以符合產業進步之所需，更進 一步提供業界更多的技術性選擇。 【發明内容】 本發明係以解決習用櫃體門執道在整體裝配精確 性及生產加工與裝配工時之簡化應用整合能力箄產紫 應用專屬性等方面不足之缺點，以及在實用化技術等方 面受到限制之問題，一方面在達成提升與強化製程簡 化、節省工時與組裝精度等方面之表現為首要目的，另 '一方面在增進櫃體及其他相關應用層面擴展性及開閉 啟合穩定性等方面之精進，以達成所應具備之櫃體滑門 滑動開合啟閉過程之一般基本功能外，並使其兼具櫃體 門軌道之製造方法及裝置設備產業應用性之實際發展 I 與要求。 所以不論由主客觀條件觀之，櫃體門軌道之製造方 法及裝置，在國内外專利中目前確實無相關技術應用於 整合之’具備櫃體門執道之製造方法及裝置市場無可取 代之技術之優勢，極適合應用於開發櫃體門轨道之製造 方法及裝置產業等設備市場，勢必可以帶來樞體門轨道 之製造方法及裝置之開發及其設備之生產與設計製造 產業相關市場之莫大商機。 m 本發明係藉由結合塑性加工或射出成形之方式成 4 201144034 形’具備高度一體式門軌道裝置之技術與結構。 為了達成上述目的及功能，一種櫃體門執道之製造 方法及裝置，其中： 種櫃體門執道製造方法，係以一基板直接以塑性 加工或射出成形之方式成形，成形後之基板形成一具凹 凸結構之一體式門軌道。 上述該塑性加工係衝壓、擠壓或拉伸之任一。 一種櫃體門執道裝置，包括： *~基板。 門執道 凸起結構，係設於該各基板上，該凸起結構形成 一三凹入結構，係設於該各基板上，、該三凹入結構之 一係位在二凸起結_，另，二凹人結構係分別位在二 凸起結構之外側。 上述該三凹入結構係進一步為與基板共面之平面。 本發明之具體特點與功效在於： 1·執道為-體式成形，残要增加額外I配成本。 2.執道為—體式成形，可大幅減低褒配時間成本。 3·執道精度較高，品質敎且滑門開合啟閉順暢。 .-體成形之加工方式，簡化製程降低生產成本。 β·:應用範圍極廣，不限定於櫃體，可延伸應用。 簡單’維護容易且使用壽命較組I式為高。 0、擇生產加工之方式很多，製程具備高彈性。 201144034 【實施方式】 請參閱第一圖，為本發明一實施例整體製造方法架 構示意圖，一種櫃體門軌道製造方法，係以一基板直接 以塑性加工或射出成形之方式成形，成形後之基板形成 一具凹凸結構之一體式門軌道。 上述該塑性加工係衝壓（press)、擠壓（extrusion) 或拉伸（drawing)之任一。 請參閱第二圖，為本發明一實施例整體結構立體外 觀示意圖，一種櫃體門軌道裝置，包括： 二基板（1)。 二凸起結構（11 )，係設於該各基板（1 )上，該 凸起結構（11 )形成門轨道。 三凹入結構（12)，係設於該各基板（1)上，該 二凹入結構（1 2 )之一係位在二凸起結構（11 )間，另， 二凹入結構（12 )係分別位在二凸起結構（11 )之外侧。 請參閱第三圖’為本發明一實施例整體結構平面剖 視示意圖，一種櫃體門轨道裝置，包括： 二基板（1)。 二凸起結構（11)，係設於該各基板（1)上，該 凸起結構（11)形成門轨道’櫃體（2)設有二前後並 列之門體（21)，該門體（21)分別裝設有玻璃（22)， 各門體（21 )以底部之導溝（211 )對入嵌合於形成門 軌道之凸起結構（11)上方且門體（21)底部與凹入結 構（12)徵接觸’使門體（21)藉由導溝（211 )在凸、 [S1 6 201144034 起結構（11 )上往復滑移，進而使門體（21 )產生開合 啟閉之動作。 請參閱第四圖，為本發明另一實施例整體結構平面 剖視示意圖，一種櫃體門軌道裝置，包括： 一基板（1)。 一凸起結構（11 )，係設於該各基板（1 )上，該 凸起結構（11)形成門執道，櫃體（2)設有二前後並 列之門體（21)，該門體（21)分別裝設有玻璃（22)， 各門體（21)以底部之導溝（211)對入嵌合於形成門 軌道之凸起結構（11)上方且門體（21)底部與基板（1) 平面微接觸，使門體（21)藉由導溝（211)在凸起結 構（11)上往復滑移’進而使門體（21)產生開合啟閉 之動作。 本實施例與上實施例最大的差異在於前述該三凹 入結構（12)〔請參閱第三圖同時與第四圖作比較〕係 進一步為與基板（1)共面之平面。 綜合上述’本發㈣針對之應用技術，特指一種藉 直接以塑性加工或射出成形之方式成形， =讀之基板⑴形成一具凹凸結構之—體式門軌道， :丄=形成之凸起結構（ιι)與凹入結構(12) ，、问形成門執道’以應用於櫃體（2)之 之 最佳之改良與設計， 最具體之精進。 十弓又尸㈣ 201144034 【圖式簡單說明】 第一圖：本發明一實施例整體製造方法架構示意圖。 第二圖：本發明一實施例整體結構立體外觀示意圖。 第三圖：本發明一實施例整體結構平面剖視示意圖。 第四圖：本發明另一實施例整體結構平面剖視示意圖。 第五圖：習用櫃體門軌道整體結構立體外觀示意圖。 【主要元件符號說明】201144034 VI. Description of the Invention: [Technical Field] The present invention relates to a method and a device for manufacturing a door rail of a cabinet, and is a technique and structure for forming a body door by means of plastic processing or injection molding. . [Prior Art], the conventional cabinet door rail', as shown in the fifth figure, is a three-dimensional appearance of the overall structure of the cabinet door, and the board (1) above the cabinet (1) (3) ) [Only display the lower substrate 〇) ^ ^ (3) is fixed in the way of screw (4) 'fixing the way (3) on the upper and lower substrates (1) as a cabinet ( 2) Sliding door (not shown) for sliding opening and closing. The accurate positioning of the track (3) on the substrate (1) will affect the smoothness and tightness of the slide door when opening and closing, so the accuracy of the track (3) is relatively important. The biggest disadvantages of the above-mentioned conventional cabinet door are: 1. The assembly of the obedience must be locked by means of screws, which intangibly increases the cost. 2. The assembly of the obedience must be locked with screws to increase assembly time. 3. The assembly accuracy of the track is difficult to control, affecting the opening and closing of the sliding door. The above-mentioned reference to the custom-made cabinet door rails should have the basic requirements and effects in the process of sliding sliding opening and closing of the sliding door of the cabinet, but in actuality (4) the overall assembly accuracy = production processing and assembly In the case of industrial application specificity such as simplified application integration capability of working hours, there are many shortcomings and deficiencies, and it is impossible to exert the industrial applicability of 3 201144034. In summary, due to the use of the cabinet door, there are some shortcomings and shortcomings. Based on the future trend of industrial progress, it is necessary to propose specific improvement plans to meet the needs of industrial progress and further provide the industry. More technical options. SUMMARY OF THE INVENTION The present invention is to solve the shortcomings of the conventional assembly door alignment in the overall assembly accuracy, the simplified application integration capability of the production processing and assembly work, the special application of the production purple, and the practical technology. On the one hand, it is the primary purpose of achieving improvement and strengthening process simplification, saving man-hours and assembly precision, and on the other hand, it is to improve the expansion of the cabinet and other related applications, and to open and close the stability. The improvement of sex and other aspects, in order to achieve the general basic functions of the sliding door opening and closing process of the sliding door of the cabinet, and to make the manufacturing method of the cabinet door rail and the practical development of the device equipment industry I With requirements. Therefore, regardless of the subjective and objective conditions, the manufacturing method and device of the cabinet door track, in the domestic and foreign patents, there is really no relevant technology applied to the integration of the manufacturing method and device market with the cabinet door is irreplaceable. The advantages of technology, it is very suitable for the development of the equipment manufacturing method of the cabinet door rail and the equipment industry, etc. It is bound to bring about the development of the manufacturing method and device of the trunk door track and the production and design of the equipment. Great business opportunities. m The present invention is a technology and structure having a highly integrated door rail device by means of plastic working or injection molding. In order to achieve the above object and function, a method and a device for manufacturing a cabinet door, wherein: a method for manufacturing a cabinet door is formed by directly forming a substrate by plastic processing or injection molding, and forming a substrate after forming A one-piece door track with a concave-convex structure. The plastic working described above is any one of stamping, extrusion or stretching. A cabinet door obstruction device includes: *~ a substrate. The convex structure of the door obstructing is disposed on the respective substrates, and the convex structure forms a three-recessed structure, which is disposed on the substrates, and one of the three concave structures is tied to the two convex joints _ In addition, the two concave structure is located on the outer side of the two convex structures. The three recessed structure is further a plane coplanar with the substrate. The specific features and effects of the present invention are as follows: 1. The obedience is - body formation, and the residual additional I allocation cost. 2. Exercising is - body forming, which can greatly reduce the cost of matching time. 3. The accuracy of the execution is high, the quality is good, and the sliding door opens and closes smoothly. .- Body forming processing method, simplifying the process and reducing production costs. ··: The application range is extremely wide, not limited to the cabinet, and can be extended. Simple 'maintenance is easy and the service life is higher than the group I type. 0, there are many ways to choose production and processing, and the process has high elasticity. 201144034 [Embodiment] Please refer to the first figure, which is a schematic structural diagram of an overall manufacturing method according to an embodiment of the present invention. A method for manufacturing a cabinet door rail is formed by directly forming a substrate by plastic processing or injection molding. Forming a body door track with a concave-convex structure. The plastic working described above is any one of press, extrusion, or drawing. Referring to the second figure, a perspective view of an overall structure of an embodiment of the present invention, a cabinet door rail device comprising: a second substrate (1). Two raised structures (11) are provided on the respective substrates (1), and the raised structures (11) form a door track. a three-recessed structure (12) is disposed on each of the substrates (1), one of the two concave structures (1 2 ) is between the two convex structures (11), and the other two concave structures (12) The system is located on the outer side of the two raised structures (11). Referring to the third figure, a schematic cross-sectional view of an overall structure of an embodiment of the present invention, a cabinet door rail device comprising: a second substrate (1). The two raised structures (11) are disposed on the substrates (1), and the raised structures (11) form a door track. The cabinet (2) is provided with two front and rear juxtaposed bodies (21). (21) respectively, glass (22) is installed, and each door body (21) is fitted into the convex structure (11) forming the door rail by the bottom guide groove (211) and the bottom of the door body (21) is The concave structure (12) is in contact with the door body (21) to reciprocate and slide on the structure (11) by the guide groove (211), thereby causing the door body (21) to open and close. Closed action. Referring to FIG. 4, a schematic cross-sectional view of an overall structure of a cabinet according to another embodiment of the present invention, a cabinet door rail device comprising: a substrate (1). A raised structure (11) is disposed on each of the substrates (1), the raised structure (11) forms a door obstruction, and the cabinet (2) is provided with two front and rear door bodies (21), the door The body (21) is respectively provided with glass (22), and each door body (21) is fitted into the convex structure (11) forming the door rail and the bottom of the door body (21) by the bottom guide groove (211). The micro-contact with the plane of the substrate (1) causes the door body (21) to reciprocally slide on the convex structure (11) by the guide groove (211), thereby causing the door body (21) to open and close. The greatest difference between this embodiment and the above embodiment is that the above-described three-recessed structure (12) (please refer to the third figure and compare it with the fourth figure) is further a plane coplanar with the substrate (1). In combination with the above-mentioned application technology of the present invention, it is specifically formed by directly forming by plastic processing or injection molding, and the substrate (1) to be read forms a body-shaped door track having a concave-convex structure, : 丄 = formed convex structure (ιι) and recessed structure (12), and ask to form the door to the road to the best improvement and design of the cabinet (2), the most specific improvement. Ten bow and corpse (four) 201144034 [Simplified description of the drawings] The first figure: a schematic diagram of the overall manufacturing method of an embodiment of the present invention. Second: A schematic view of the overall structure of an embodiment of the present invention. Third Embodiment: A schematic cross-sectional view of an overall structure of an embodiment of the present invention. Fourth: A schematic cross-sectional view of an overall structure of another embodiment of the present invention. Figure 5: Schematic diagram of the overall appearance of the overall structure of the custom cabinet door rail. [Main component symbol description]
基板 凸起結構 （12 ) 凹入結構 櫃體 門體 （211)導溝 玻璃 、 執道 螺絲Substrate raised structure (12) concave structure cabinet door (211) guide groove glass, obedience screw