201137255 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種枢、％、结 體的箱（櫃）本體與箱（櫃）門之間 紐元件的箱（櫃）體結構設計。 【先前技術】 構，尤指一種應用於箱（櫃） 的樞紐元件以及包含所述樞 目前箱（櫃）體的結構中，A你/ea 為使相（櫃）門可於箱（櫃〉本體 上旋轉啟閉’所述箱（櫃）門皆处201137255 VI. Description of the Invention: [Technical Field of the Invention] The present invention relates to a box (cabinet) body structure design of a hub, a %, a solid box (cabinet) body and a box (cabinet) door. [Prior Art] Structure, especially a hinge component applied to a box (cabinet) and a structure including the current box (cabinet) body, A you/ea is to make the phase (cabinet) door available in the cabinet (cabinet) Rotating and opening on the body 'The box (cabinet) door is everywhere
白結合至少一組樞紐組件連接 於箱（櫃）本體的箱（櫃）口一側。傯 得統的樞紐組件主要係包含 一固定板以及一框轴，該二 固疋板以其側邊彎折形成 接管部相對併合，以提供該樞 戍的樞 掷穿δ又其中，所述樞紐組件 以該二固定板分別鎖固於箱（樞）本體的箱（概）口-側壁以及 箱（櫃）門側邊，使箱（櫃）門可於箱（樞）門於箱（概）本體 旋轉。 2述之傳統n组件因須令m分別利用螺絲鎖 固於箱(櫃)本體的箱(櫃)口 —側壁以及箱(櫃)門側邊上，於 組裝箱(櫃)本體與箱(櫃)門之間或是拆下箱(櫃)門時，組裝 與拆解之操作繁瑣而不便。 為了改善前述傳統樞紐組件組裝於箱體中及拆解等操 作不便的問題，有人設計出一種如第十三、十四圖所示的 易拆組式枢紐組件，該枢紐組件⑷包含—樞紐本體_以 及二輕桿(41)，該樞紐本體(40)為一個利用模具成形的構 件’其具有-固接部(401)以及成形於固接部(4〇” 一側的 二枢接部（402)，該二樞接部（4〇2)之間具有—空間，該二 枢接部(402)中形成相對應的穿孔(4〇3)，該二：;旱⑷;: 201137255 別穿設於該二樞接部（4〇2)的穿孔（彻）中 (403)中軸向移動’另於該二樞接部⑽2)上各〜η : 7用以限制拖桿⑷)於枢接部陶中的二：，： 及避免樞桿（41)自樞接部（4〇2)中脫離。 體二十四圖所示，紐組件⑷係以其樞紐本 華)的入固接部州）以螺絲鎖固於箱（櫃）本體（5)的一側壁 _置門⑹―側預Μ折成形的圓管狀樞接管部 _置入該框紐本體(4〇)的二枢接部(4〇2)間的空間，再令 -枢桿⑷卜端自樞接部（4〇2)中推入枢接管部（6_，如 此使樞紐組件⑷可於箱（櫃）本體（5)與箱（植）門⑹之間樞 =結，並使箱（櫃）門（6)可以該二榷桿⑷）為框轉中心軸 惟前述樞紐組件以其單一邊鎖固、另一邊可快速拆裝 ，、、·°構叹计，雖可改善傳統插紐組件組裝與拆解不便的缺 點，但是該枢紐組件係為多構件的組合，其結構複雜，製 造成本偏高，以致影響該產品的市場競爭力。 【發明内容】 本發明之主要目的在於提供一種樞紐元件及包含樞紐 元件的箱體，希藉此設計，改善現有單一邊鎖固、另一邊 可快速拆裝的樞紐組件構件多、製造成本高等缺點。 為達成前揭目的，本發明所設計的樞紐元件係一體成 形的構件，其包含有： —固接體’其包含一固接面以及一銜接部，固接面上 形成至少一個螺孔，該銜接部位於固接體一側； —延伸體，係成形於該固接體的銜接部處，所述延伸 201137255 體具有至少一側向凸伸的延伸臂；以及 一樞接體’係包含至少一個樞軸部，所述極軸 於該延伸體的延伸臂端面，且以垂向延伸臂端面的_基準 線設置，所述福軸部為一具有減徑面的圓枉狀桿體，該減 徑面係位於柩軸部朝向固接體的一側且相對固接面呈 斜角度，所述減經面至樞轴部之徑向另_側的長度小 柱狀樞軸部的直徑。 ' 本發月另。又6十之包含樞紐元件的箱體係包含至少一 樞紐元件、至少—箱門以及一箱本體，其中： 所述的極組元件係如上所述之一體成形的構件； 該箱本體具有一箱α ,、，> 及位於相口側邊的固定壁，所 述固定壁具有穿孔，並摇η I k供樞紐兀件的固接面貼抵其上， 以及以螺絲穿過穿孔’再鎖固於樞紐元件的螺孔中；、 所述相門一側彎形成内有樞轉空間的樞接折邊，樞接 折邊末端與箱門内側板面 極轉空間的直徑，提供“ 所述開口寬度小於 對位置入樞接折邊的拖轉…/從、插轴部 逐刃如轉二間内，所述樞 口，提編元件的延伸臂置入的空間。 以缺 本發明藉由前揭樞紐元 M-^nk r- M m 及匕3樞紐元件的箱體， 具特點知利用一體成形 ^ fl > ± Φ ^ 、·凡件用於連接箱本體與箱門 之間，其中所述枢紐元件 要係於其固接體一側的延伸部 上形成樞軸部，所述樞軸 延1Η ，使該樞％ _ π ^ ^為一具有減徑面的圓柱狀捍體 使忑板紐π件可以其樞 之構造，使其對應於箱體Γ 側的減徑面縮減外徑 下可快速6 " 、相門樞接折邊開口的對位角度 、、、、且接3 Μ固接體配合螺絲鎖固於箱體的箱 201137255 本體箱口側邊，使箱門利用樞接折邊套設於樞軸部可旋轉 之構造，使箱門可於箱本體的箱口處旋轉啟閉，藉此，利 用一體成形樞紐元件或進一步搭配合箱門樞接折邊的組合 構造，提供一種製造成本低且能快速組設於箱本體與箱^ 之間的柩紐構造。 【實施方式】 _本發明係包含-種樞紐元件⑴以及—種包含所述插备White is coupled to at least one set of hub assemblies connected to the side of the box (cabinet) of the box (cabinet) body. The pivoting hub assembly mainly comprises a fixing plate and a frame shaft, and the two fixing plates are oppositely combined with the side edges thereof forming a connecting portion to provide the pivotal throwing δ of the pivot, wherein the hinge The assembly is respectively locked to the box (major) port side wall of the box (hub) body and the side of the box (cabinet) door, so that the box (cabinet) door can be in the box (hub) door box (general) The body rotates. 2 The traditional n-components are required to be screwed to the box (cabinet) of the box (cabinet) body by the screws, the side wall and the side of the box (cabinet) door, and the assembly box (cabinet) body and box (cabinet) When assembling or disassembling the door (cabinet) between the doors, the assembly and disassembly operations are cumbersome and inconvenient. In order to improve the inconvenience of assembling the aforementioned conventional hub assembly into the cabinet and disassembling, an open-assembled group assembly as shown in the thirteenth and fourteenth drawings is designed, and the hub assembly (4) includes - a hub body _ and a two light rods (41), the hub body (40) being a member formed by a mold having a fixing portion (401) and two pivoting members formed on one side of the fixing portion (4〇) a portion (402) having a space between the two pivotal portions (4〇2), and corresponding punching holes (4〇3) formed in the two pivoting portions (402), the two: drought (4);: 201137255 Do not wear in the through hole (403) of the two pivotal portions (4〇2) to move axially (in addition to the two pivotal portions (10) 2), each of ~η: 7 is used to limit the tow bar (4)) In the pivotal part of the pottery two:,: and avoid the pivot (41) from the pivotal joint (4〇2). As shown in Figure 24, the button assembly (4) is based on its hub) The fixed joint state) is screwed to one side wall of the box (cabinet) body (5) _ door (6) - the side of the circular tubular pivot tube formed by the pre-folding _ placed in the frame body (4 〇) Empty between the pivotal parts (4〇2) In between, the pivotal (4) end is pushed into the pivoting pipe portion (6_ from the pivoting portion (4〇2), so that the hub assembly (4) can be used in the box (cabinet) body (5) and the box (plant) door (6) The joint between the hinge and the box (cabinet) door (6) can be the central axis of the frame, except that the hub assembly is locked with one side and the other side can be quickly disassembled, ... The sigh gauge can improve the assembly and disassembly inconvenience of the traditional splicing components, but the hub component is a combination of multiple components, which has a complicated structure and high manufacturing cost, which affects the market competitiveness of the product. SUMMARY OF THE INVENTION The main object of the present invention is to provide a hinge component and a box body including the hinge component, which is designed to improve the existing single side lock, the other side can be quickly assembled and disassembled, and has many disadvantages such as high manufacturing cost. In order to achieve the foregoing, the pivot member designed by the present invention is an integrally formed member, comprising: a fastening body that includes a fixing surface and an engaging portion, and the fixing surface forms at least one screw hole. The connecting portion is located on one side of the fixed body; An extension formed at an engagement portion of the attachment, the extension 201137255 having an extension arm that protrudes at least laterally; and a pivot body comprising at least one pivot portion, the polar axis The end surface of the extension arm of the extension body is disposed on a _reference line of the end surface of the vertically extending arm, and the shaft portion is a circular shank having a diameter reduction surface, and the diameter reduction surface is located at the yoke portion. One side of the fixing body and the opposite fixing surface are inclined, and the length of the reducing surface to the radial side of the pivot portion is small and the diameter of the cylindrical pivot portion is small. The box system including the pivot member includes at least one pivot member, at least a box door, and a box body, wherein: the pole group member is a one-piece shaped member as described above; the box body has a box α, , > and a fixed wall on the side of the phase of the junction, the fixed wall has a perforation, and the y1k is fixed to the fixed surface of the hinge member, and the screw is passed through the through hole to re-lock the hinge member In the screw hole; the side of the phase door is bent to form a pivotal fold with a pivoting space therein The diameter of the pivoting end of the pivoting edge and the inner surface of the door of the box door provides "the opening width is smaller than the dragging of the position into the pivoting flange.../the slave shaft portion is turned into the second room, The pivot port is a space into which the extension arm of the tweeter element is placed. In the absence of the present invention, the box body of the front pivoting element M-^nk r-M m and the 匕3 pivot element is characterized by the use of integral forming ^ fl > ± Φ ^ , and the piece is used for connecting the box body with Between the door, wherein the pivot member is formed on the extension of one side of the fixed body to form a pivot portion, and the pivot is extended by 1 Η so that the pivot % _ π ^ ^ is a reduced diameter surface The cylindrical body makes the 纽 纽 纽 可以 可以 , , , , , , , , , 对应 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽 纽, , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , Rotating and opening at the box mouth of the box body, thereby providing a manufacturing cost low and quick assembly in the box body and the box by using the integrally formed hinge element or the combined structure of the pivoting edge of the box door. The structure of the neon. [Embodiment] The present invention includes a hub element (1) and a type including the plug-in
元件(”的箱體，所述箱體可加大其尺寸而擴大其内部的容 置空間而為一櫃體型態。 如第-至五圖所示，係揭示本發明框纽元件之數種較 佳實施例’所述樞紐元件⑴係—個利用模具成形的—體成 形式構件，所述樞紐元件⑴係包含—固接體⑽、_延伸 體（11)以及一樞接體（12)，其中： 、該固接體（10)包含-固接面（101)以及—銜接部（搬) ’並於固接面（101)形成一個或數他螺孔（1〇3)，或進一步 於螺孔（1〇3)外圍處形成至少一對位凸部（1〇4)，如第圖 所示，該固接.面(1〇”上形成一個螺孔(1〇3)，並於螺孔 (_外圍形成二個呈徑向對應的對位凸部（1〇4);該銜接 部（102)係位於固接體（1〇)一側。 該延伸體（11 )係成形於該固接體⑽的銜接部（1〇2)處 ’並呈側向凸伸狀’所述延伸體⑴)可為數個間隔平行排 列的延伸臂⑴Ί)或為單一個延伸臂⑴】）等設吁。 «接體⑽係包含—個或多㈣軸部(1;”，所述極 抽。P (121)係成形於該延伸體⑴）的延伸臂⑴^端面且 以垂向延伸臂⑴”端面的一基準線設置，戶斤述枢轴部 201137255 (⑵）為-具有減徑面（122)的圓柱狀桿體，該減徑面（122) 係位於樞轴部（121)朝向固接體（1〇)的一側且相對固接面 (1〇1)呈—傾斜角度，所述減徑面（122)至樞軸部（121)之徑 向另側的長度小於圓柱狀柩軸部（121)的直徑。 一如第、一圖所不的第一較佳實施例，係揭示該樞紐 元件（1)之延伸體（11)具有二個間隔平行排列的延伸臂（111) § I伸煮（111)之間形成一空間，該樞接體（12)具有三 個樞軸部(12” ’該三個樞軸部(12”分別成形於該二延伸 •臂（111)内端面之間以及該二延伸臂（111)外端面朝外凸伸 ，且該三個樞軸部（121)且呈垂向延伸臂（111)端面的一基 準線設置。 如第三圖所示的第二較佳實施例’係揭示該樞紐元件 )之延伸體（11)具有二個間隔平行排列的延伸臂（111 )，該 伸臂（111)之間形成—空間，該樞接體（12)具有二個樞 ()°亥一個樞軸部（121)分別成形於該二延伸臂 (111)外端面朝外凸伸，且該二個樞軸部（121)且呈垂向延 鲁伸臂11)端面的一基準線設置。 如第四圖所示的第三較佳實施Μ，係揭示該樞紐元件 (1)之延伸體（11)具有二個間隔平行排列的延伸臂（1H)，該 ^伸#⑴1)之間形成—空間’該柩接體（12)具有一個柩 Μ121)，該樞軸部（121)成形於該二延伸臂（111)内端面 之間，且垂向延伸臂（111)端面的一基準線設置。 如第五圖所示的第四較佳實施例，係揭示該延伸體 (jj)為單一個延伸臂（111)，該樞接體（12)具有二個樞軸部 (121) ’該二個樞軸部（121)分別成形於該延伸臂（111)二外 201137255 端面朝外凸伸’且該二個樞軸部（1 21)且呈垂向延伸臂 (111)端面的一基準線設置。 本發明所設計之箱體，係包含一箱本體（3)、至少一箱 門（2)以及至少一樞紐元件（1)，所述箱門（2)及樞紐元件（1) 的數量可依箱本體（3)的尺寸大小而作數量的調整變更，所 述樞紐元件（1)係如前述各較佳實施例所示。 該箱本體（3)具有一箱口（3〇)以及位於箱口（3〇)側邊的 固定壁（31) ’所述固定壁（31)上設有對應於樞紐元件（1)螺 • 孔（103)的穿孔（3彳1) ’或進一步設有對應於樞紐元件（1)對 位凸部（彳04)的對位凹部（312)。 所述箱門（2)—側邊彎形成内有樞轉空間（2〇1)的樞接 折邊（20 )’所述樞接折邊（2〇 )末端與箱門（2)内側板面間形 成開口（202)，所述開口（202)寬度小於樞轉空間（2〇1)的直 徑，所述樞接折邊（20)中尚可形成缺口（21)，提供樞紐元 件（1 )的延伸臂（111 )置入的空間。 於組裝時，樞紐元件（1)係以其柩軸部（12”經由箱門 • (2)樞接折邊（2〇)的開口（202)處置入於樞接折邊（20)的樞轉 空間（201)内，並使延伸臂（111)端部位於樞接折邊（2〇)的 缺口（21)處，前述中，樞紐元件（1)係利用柩軸部（i2i) 一 側減控面（122)縮減外徑而於能輕易地通過箱門（2)樞接折 邊（20)的開口（202)，且利用開口（2〇2)小於樞轉空間（2〇ι) 直徑的設計，使樞軸部（121)旋轉至預定位置處方能拆解， 之後，以樞紐元件（1)固接體（10)的固接面（ι〇ι)抵靠於該 箱本體（3)位於箱口（30)側邊的固定壁pi)外側宜中可藉 對位凸部（104)與對位凹部（312)的凹凸配合而精準對位，曰 201137255 再以螺絲自固定壁（31)内側空、A & 穿過相本體（3)固定壁（31) t的 穿孔（311)再螺設於樞紐元件（ 璧（31)上的 1千㈠）的螺孔（103)令，如此， 使箱門（2)經由樞紐元件（1)組 ^<相本體（3)上，箱門（2、·ότ 利用其樞接折邊（20)套設於插 轉。 伽紐70件（1)的樞軸部（121)上旋 經由前述說明可知，太狢ΒΒ β 人> Μ明所設計之樞组元件以及包 3板紐元件的箱體主要係利用-體成形的樞纽元件用於連 接箱本體與箱門之間，其中 、Τ之柜紐兀件更以其固接體一側 、延伸臂上形成具有減徑面的樞軸部，使樞軸部利用一側 的減徑面具有縮減外徑之特點，使如此，當其對應於箱門 樞接折邊開口的預定對位角度下，即可快速完成組接，再 以固接體配合螺絲鎖固於箱體的箱本體箱口側邊，箱門利 用樞接折邊套設於樞軸部可旋轉之構造，即使箱門可於箱 本體的箱口處旋轉啟閉，因此’本發明利用一體成形樞紐 7L件或進_步搭配合箱門樞接折邊的組合構造，提供一種 製造成本低且能快速組設於箱本體與箱門之間的樞紐構造 【圖式簡單說明】 第圖係本發明樞紐元件之第一較佳實施例的立體示 意圖β 第一圖係第一圖所示樞紐元件第一較佳實施例另一觀 視角度的立體示意圖。 第三圖係本發明樞紐元件之第二較佳實施例的立體示 意圖。 第四圖係本發明樞紐元件之第三較佳實施例的立體示 201137255 意圖。 第五圖係本發明樞紐元件之第四較佳實施例的立體示 意圖。 第八圖係本發明樞紐元件第一較佳實施例組設於箱門 上的分解示意圖。 第七圖係本發明樞紐元件第一較佳實施例組設於箱門 上的操作示意圖。 第八圖係本發明樞紐元件第一較佳實施例組設於箱門 Φ 上的立體示意圖。 第九圖係本發明樞紐元件第二較佳實施例組設於箱門 上的立體示意圖。 第十圖係本發明樞紐元件第三較佳實施例組設於箱門 上的立體示意圖。 第十圖係本發明植紐元件第四較佳實施例組設於箱 門上的立體示意圖。 第十一圖係本發明樞紐元件第一較佳實施例組設於箱 • 門後安裝於箱本體上的剖面示意圖。 第十三圖係已知枢紐組件組設於箱門及箱本體之平面 示意圖。 第十四圖係已知樞紐組件組設於箱門及箱本體後，並 將二樞桿推入樞接管部的平面示意圖。 【主要元件符號說明】 (1)樞紐元件 (10)固接體 （101)固接面 (102)銜接部 （103)螺孔 10 201137255The box of the component (", the box can be enlarged in size to enlarge the internal accommodation space and is in a cabinet type. As shown in the first to fifth figures, the number of the frame elements of the present invention is revealed. The preferred embodiment 'the hinge member (1) is a body-formed member formed by a mold, the hinge member (1) comprising a solid body (10), an extension body (11) and a pivot body (12) ), wherein: the fixing body (10) comprises a fixing surface (101) and an engaging portion (moving) and forming one or several screw holes (1〇3) on the fixing surface (101), or Further forming at least one pair of convex portions (1〇4) at the periphery of the screw hole (1〇3), as shown in the figure, a screw hole (1〇3) is formed on the fixed surface (1〇), And forming two radially corresponding alignment protrusions (1〇4) on the outer circumference of the screw hole (the outer portion of the solid body (1〇)). The extension body (11) is Formed at the engaging portion (1〇2) of the fixing body (10) and in a laterally convex shape, the extending body (1) may be a plurality of extending arms (1) that are arranged in parallel at intervals or a single extending arm (1). ) and so on. «The connector (10) includes one or more (four) shaft portions (1;", the pole pumping. P (121) is formed on the extension arm (1) end face of the extension body (1) and extends the arm (1) end face vertically A reference line setting, the pivot portion 201137255 ((2)) is a cylindrical rod body having a reduced diameter surface (122), and the reduced diameter surface (122) is located at the pivot portion (121) toward the fixed body One side of (1〇) and the opposite fixed surface (1〇1) are inclined at an angle, and the length of the reduced diameter surface (122) to the radial side of the pivot portion (121) is smaller than the cylindrical 柩 shaft portion The diameter of (121). As the first preferred embodiment of the first and second figures, it is revealed that the extension (11) of the hinge member (1) has two extending arms (111) arranged in parallel at intervals. Forming a space, the pivot body (12) has three pivot portions (12"', the three pivot portions (12" are respectively formed between the inner end faces of the two extension arms (111) and the two extensions The outer end surface of the arm (111) protrudes outward, and the three pivot portions (121) are disposed at a reference line of the end surface of the vertically extending arm (111). The second preferred embodiment as shown in the third figure The extension (11) of the example of the hinge member has two extending arms (111) arranged in parallel, the space between the arms (111) forming a space, and the pivoting body (12) having two pivots (a) a pivot portion (121) is respectively formed on the outer end surface of the two extension arms (111) and protrudes outward, and the two pivot portions (121) are vertically extended to extend the end of the arm 11) A baseline setting. A third preferred embodiment, as shown in the fourth figure, discloses that the extension (11) of the hinge member (1) has two extending arms (1H) arranged in parallel, and the extension #(1)1) is formed. - space 'the splicing body (12) has a 柩Μ121), the pivot portion (121) is formed between the inner end faces of the two extension arms (111), and a reference line of the end surface of the vertically extending arm (111) Settings. The fourth preferred embodiment shown in FIG. 5 discloses that the extension (jj) is a single extension arm (111), and the pivot body (12) has two pivot portions (121). The pivot portions (121) are respectively formed on the extension arm (111) and the outer surface of the outer surface of the extension portion (111), and the two pivot portions (1 21) are a reference of the end surface of the vertically extending arm (111). Line settings. The box body designed by the invention comprises a box body (3), at least one box door (2) and at least one hinge element (1), and the number of the box door (2) and the hinge element (1) can be The size of the box body (3) is adjusted in quantity, and the hinge member (1) is as shown in the foregoing preferred embodiments. The box body (3) has a box mouth (3〇) and a fixed wall (31) on the side of the box mouth (3〇). The fixed wall (31) is provided with a screw corresponding to the hinge member (1). The perforations (3彳1) of the holes (103) are further provided with alignment recesses (312) corresponding to the alignment projections (彳04) of the hinge member (1). The box door (2) - the side edge is formed to form a pivoting flange (20) with a pivoting space (2〇1). The end of the pivoting flange (2〇) and the inner side of the box door (2) An opening (202) is formed between the faces, the opening (202) has a width smaller than a diameter of the pivoting space (2〇1), and a notch (21) is formed in the pivoting flange (20) to provide a hinge component (1) The space in which the extension arm (111) is placed. When assembled, the pivot member (1) is handled by the pivot portion (12) via the opening (202) of the box door (2) pivoting the flange (2) into the pivot of the pivoting flange (20). In the space (201), the end of the extension arm (111) is located at the notch (21) of the pivoting flange (2). In the foregoing, the hinge element (1) utilizes the side of the shaft portion (i2i) The reduction control surface (122) reduces the outer diameter to easily pivot the opening (202) of the flange (20) through the box door (2), and utilizes the opening (2〇2) to be smaller than the pivoting space (2〇ι) The diameter is designed such that the pivot portion (121) is rotated to a predetermined position to be disassembled, and then the fixing surface (ι) of the hinge member (10) is abutted against the box body ( 3) The outer side of the fixed wall pi) located on the side of the box mouth (30) should be accurately aligned by the concave-convex fit of the alignment convex portion (104) and the alignment concave portion (312), and the self-fixing wall by screws 201137255 (31) inner space, A & through the body body (3) fixed wall (31) t perforation (311) and then screwed to the hinge element (璧 (31) on the thousand (one)) screw hole (103) So, so that the door (2) through the hub On the phase body (3), the box door (2, ότ is sleeved with the pivoting flange (20). The pivot portion of the 70 (1) of the gamma (121) The above-mentioned description shows that the hinge group element and the box body of the package 3 board element are mainly used for connecting the box body and the box door. Between the two, the hinge member of the cymbal is formed with a pivot portion having a reduced diameter surface on the side of the fixed body and the extension arm, so that the pivot portion has the feature of reducing the outer diameter by using the reduced diameter surface on one side. So, when it corresponds to the predetermined alignment angle of the pivotal opening of the box door, the assembly can be completed quickly, and then the fixed body is fitted with the screw to lock the side of the box body of the box body, the box The door is pivotally mounted on the pivot portion of the pivot portion, and even if the box door can be rotated and opened at the box mouth of the box body, the present invention utilizes an integrally formed hinge 7L piece or a step-by-step matching box door. The combined structure of the pivoting flange provides a hinge structure that is low in manufacturing cost and can be quickly assembled between the box body and the box door. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a perspective view showing a first preferred embodiment of a hinge member of the present invention. FIG. 1 is a perspective view showing another viewing angle of a first preferred embodiment of the hinge member shown in FIG. BRIEF DESCRIPTION OF THE DRAWINGS Figure 4 is a perspective view of a second preferred embodiment of the pivot member of the present invention. The fourth embodiment is a perspective view of a third preferred embodiment of the pivot member of the present invention. The fifth figure is the fourth comparison of the pivot member of the present invention. 3 is a schematic exploded view of a first preferred embodiment of the pivot member of the present invention assembled on a door. The seventh embodiment is a first preferred embodiment of the pivot member of the present invention. Schematic diagram of the operation. Figure 8 is a perspective view showing the first preferred embodiment of the hinge member of the present invention assembled on the door Φ. Figure 9 is a perspective view showing the second preferred embodiment of the hinge member of the present invention assembled on a door. Figure 11 is a perspective view showing a third preferred embodiment of the hinge member of the present invention assembled on a door. Figure 11 is a perspective view showing the fourth preferred embodiment of the planting component of the present invention assembled on a door. Figure 11 is a schematic cross-sectional view showing the first preferred embodiment of the pivot member of the present invention assembled on the box body after the door. The thirteenth figure is a schematic view of a known hub assembly group disposed on the box door and the box body. The fourteenth figure is a schematic plan view showing that the hub assembly is disposed behind the box door and the box body, and the two pivot rods are pushed into the pivot tube portion. [Explanation of main component symbols] (1) Pivot components (10) Solid body (101) Fixed surface (102) Engagement part (103) Screw hole 10 201137255
(104)對位凸部 (11) 延伸體 (12) 樞接體 (122)減徑面 (2) 箱門 (201)樞轉空間 (21)缺口 (3) 箱本體 (31)固定壁 (31 2)對位凹部 (4) 柩紐組件 (401)固接部 (403)穿孔 (42)限位件 (5) 箱本體 (6) 箱門 (111)延伸臂 (121)枢轴部 (20)樞接折邊 (202)開口 (30)箱口 (311)穿孔 (40) 樞紐本體 (402)樞接部 (41) 樞桿 (60)樞接管部(104) Alignment convex part (11) Extension body (12) Pivot body (122) Reducer surface (2) Box door (201) Pivot space (21) Notch (3) Box body (31) Fixed wall ( 31 2) Alignment concave part (4) 柩 button assembly (401) fixing part (403) perforation (42) stopper (5) box body (6) box door (111) extension arm (121) pivot part ( 20) pivoting flange (202) opening (30) box opening (311) perforation (40) pivot body (402) pivoting portion (41) pivoting rod (60) pivoting tube portion