五、新型說明： 【新型所屬之技術領域】 本創作係關於-種Η鉤鎖，尤指—種可以搭配不同的 外開關使用，而且具有隱藏式手柄的門釣鎖。 【先前技術】 門之型式有很多種，水平開閉的滑動門便是常見的一 種。而與門經常相伴而生的是鎖，以確保門戶安全。至於 鎖的型式更是不勝枚數，但與滑動門合作的鎖，通 有鉤形問鉤的鎖具，方能達到閃鎖目的。 、 本國新型專利第91206504號揭示的門釣鎖，包含一第 面板，鎖固在第一面板内表面的蓋板；一安裝於第一 面板和蓋板之間的閃鎖機構；-與蓋板結合-起的第二面 t支持於第-和第二面板之間的鎖頭，及分別鎮套於 和第二面板内表面的襯墊組成。依此構造，可 控制閃鎖機構’使糾鉤產生前進、退縮動作，而達到 鎖、解鎖目的。 上述門鉤鎖因為是從鎖頭控制閂鎖機構，使其閂鉤產 ^進退動作，因此，需要配合賴才能操作，基本上，比 車乂適合關係門戶安全的大門使用’對於在室内 崩門而+ ^ 1 ^ ^ °使用此種門釣鎖猶嫌不便。同時，該門鉤鎖σ 月特疋型式的鎖頭合作使用，不能配合不同型 外開關操作。 正 ，該門鉤鎖的把手乃從第二面板的内縱邊分別向外 延伸所成，此設計或多或少會對滑動門的外觀造成衝擊。 M424381 【新型内容】 本創作乃為解決上述問題所成，其目的在提供一種新 穎的門鉤鎖，可以配合不同型式的内、外開關實施，增加 變化性。 具體實現本創作的門鉤鎖，包括具有軸孔和閂鉤通道 的外殼，在該外殼的内部收納有彈性件、閂桿、滑塊和閂 鉤，該閂桿支持於軸孔轉動，並具有與軸孔在同一軸線的 芯轴孔，該彈性件將閂桿保持在緊張狀態，該滑塊受閂桿 驅動而做直線運動，該閂鉤與外殼和滑塊相鉸接，並從滑 塊獲得非全周旋轉運動，如此，從閂鉤通道突出、縮入外 殼而產生閂鎖、解鎖動作。 所述外殼包括一對安裝孔分別位於轴孔的上、下方， 供安裝内、外開關，該内開關具有可被轉動的外芯軸，其 插入閂桿的芯轴孔以帶動閂桿同轉，該外開關具有内芯 軸，其插入外芯軸而與之同轉。 所述外殼還包括一對安裝口分別位於軸孔的上、下 方，供安裝内、外開關，該内開關具有可被轉動的外芯軸， 其插入閂桿的芯軸孔以帶動閂桿同轉，該外開關具有内芯 轴，其插入外芯軸而與之同轉。 所述外殼進一步包含一鉸接在外殼上並隱身於閂鉤 通道内的手柄，該手柄具備一通孔供閂鉤進出外殼。 本創作與習用的門鉤鎖相比，因為外殼具備一對安裝 孔和一對安裝口，可供安裝不同型式的内、外開關使用， 一旦内、外開關使用一段時間因損壞，或其它原因需要換 新時，隨時可以更換。 又，該門鉤鎖具有錢接式手柄， 内，需用時才從外殼折轉身外 造成衝擊。 出來’因料會對滑動η的外觀 至於本創作的技術内容及其他目的與夫 配合圖式的詳細實施例說明即可完全瞭解。‘， 【實施方式】 第圖為本創作『門釣鎖』1〇的外觀，第二圖為其元 4分解狀態，第三圖為其俯視平面，第四圖為其剖面，、用 以說明本創作的技術内容。該門鉤鎖10包含有外殼”、彈 性件12、閃桿13、滑塊14及閃鉤15。其中： 外殼11’由第-殼蓋16和第二殼蓋17通過一對螺絲5〇 鎖緊而成，該對螺絲50分別穿過第二殼蓋16的-對孔洞52 後旋入第-殼蓋16的-對螺紋柱51内，如此而成的外殼” 内部形成有收納彈性件12、問桿13、滑塊14和閃釣15用的 二間。所述第一殼蓋16包括一第一蓋板18，及形成於第一 蓋板18兩縱邊的_板19和外難2Q，該第—蓋板18鄰近 内側，19的位置具有一軸孔2ia、一對位於軸孔2<)a上、下 方的安裝孔22a ’及-對形成於第—蓋板18兩橫邊的安裝 口 23a，此軸孔21a、安裝孔22a和安裝口 2如排列成一直 線，其作用留待後述，暫且表過。又，第一蓋板彳8還包括 一直長形的導孔24a、一大致上成(_形的滑孔25a，及一橫 銷孔26a。所述第二殼蓋17包括一第二蓋板27，及從第二 蓋板27的兩橫邊水平延伸的頂壁28和底壁四，該第二蓋板 M424381 27具有和上述第一蓋板18對應的轴孔21b、安裝孔22b、 安裝口 23b、導孔24b、滑孔25b和橫銷孔26b。 彈性件12，由適合作為彈簧使用的金屬薄片沖壓成 型，具有相對的兩端部30固定在第一殼蓋16的内側板19 上，及形成於兩端部30之間的隆起部31，以與閂桿13保持 彈性接觸，其作用同樣留待後述。 閂桿13，具有一軸部32和相對於軸部32的自由端33， 該轴部32的兩端分別支持於第一殼蓋16和第二殼蓋17的 軸孔21a，21b為轉動自如，同時提供一成軸向貫穿的芯轴 孔34，該芯軸孔34為非圓形的形狀，例如四邊形，而且與 軸孔21a，21b在同一轴線，供後述的外芯軸72,82或92插 入，以從該外芯軸向閂桿13傳達非全周旋轉運動。又，閂 桿13的軸部32包含一對間隔90度設置的第一平面35和第 二平面36，以與彈性件12的隆起部31保持穩定的接觸，達 到利用其彈性力將閂桿13固定在定位的效果。 滑塊14,實際上是一殼體，其相對的第一殼壁37和第 二殼壁38分別自其内側邊緣垂直延伸一對翼片39a和 39b，同時其外側各有一斜銷孔45a，45b，前者供插入第一 殼蓋16和第二殼蓋17的導孔24a，24b，使滑塊14可支持於 外殼11為上下運動自如；後者用來鉸接閂鉤15。又，滑塊 14面對閂桿13的内側壁40具有一窗口41供閂桿13的自由 端33插入，以從閂桿13的非全周旋轉運動向滑塊14傳達直 線運動。 閂鉤15，具有一開口 46使閂鉤15形成鉤狀，此開口 46 M424381 的上方有一銷孔47供一插銷42穿過，插銷42的兩端則樞接 在第一殼蓋16和第二殼蓋17的橫銷孔26a，26b上。又，閂 鉤15還包括一斜銷孔48以接納一驅動銷43，該驅動銷43 的兩端穿過滑塊14的斜銷孔45a,45b後，插入第一殼蓋16 和第二殼蓋17的滑孔25a，25b内，如此，將閂鉤15與滑塊 14和外殼11鉸接一起，以從滑塊14的直線運動向閂鉤15 傳達非全周旋轉動，並以一固定在第一殼蓋16的定位柱54 鲁 及其下方的螺紋柱51限制閂鉤15的轉動角度。 在較佳的實施例中，本創作還包含一手柄55。該手柄 55位於第一殼蓋16的閂鉤通道53内，其柄身具有一通孔56 供閃鉤15通過’上端朝兩侧延伸形成圓形凸部57a 57b， 而分別插入第一殼蓋16和第二殼蓋17的圓孔44a，44b内’ 使手柄55可折轉地鉸接在第一殼蓋16上。所述手柄55末端 又向内水平延伸形成一柄部58及向下延伸形成一凸緣 59，前者使手柄55外形大致上成l形，方便操作；後者配 •合第一殼蓋16上的止檔49可以防止手柄55縮入外殼11 内。手柄55平時被收納在第一殼蓋16的閂鉤通道53内，使 用時’施壓力於手柄55的上端，使手柄55得以凸部57a57b 為支點向外折轉成水平狀態，方便利用手柄55拉動滑動 門。 第六圖顯示門鉤鎖10配合内開關7〇和外開關75實施 的外觀圖。所述内開關70包括一做上下運動的滑板71，其 可向一外怒軸72傳達旋轉運動外開關75具備一使用工 具或徒手轉動的内芯轴76,及一對螺、紋柱77。該外芯軸72 7 M424381 從門内插入門鉤鎖10的芯轴孔34内，内芯軸76從門外插入 外芯轴72的插入孔73内，同時使該對螺紋柱77分別穿過外 殼11的一對安裝口 23a，23b，然後使用一對螺絲78先穿過 内開關70的螺絲孔74後，旋入外開關75的螺紋柱77内，如 此，將内開關70鎖緊在滑動門的内表面，把外開關75固定 在滑動門的外表面，門鉤鎖1 〇則嵌入滑動門内而介於内開 關70和外開關75之間。從而，當用手操作内開關70上的滑 板71使其朝下方移動時，會從滑板71的直線運動向外芯軸 72傳達旋轉運動，使内芯軸76和閂桿13產生相同的轉動， 並從閂桿13向滑塊14傳達直線運動，再從滑塊14的直線運 動向閂鉤15傳達非全周旋轉動，使閂鉤15從鎖鉤通道53 突出外殼11，以鉤住門框上的閂鉤孔（圖未示）而產生閉 鎖，此時閂桿13乃以第二平面36和彈性件12的隆起部31 保持彈性接觸，避免閂桿13鬆動。當向上移動内開關70的 滑板71時，則使閂鉤15縮回外殼11内而解除閂鎖，此時閂 桿13回復以第一平面35和彈性件12的隆起部31保持彈性 接觸的位置。 第七圖為本創作配合另一型式的内開關80和外開關 85實施的外觀圖。所述内開關80包括一隨轉鈕81同轉的外 芯軸82 ;該外開關85具備一使用工具或徒手轉動的内芯軸 86，及一對螺紋柱87。該外芯軸82從門内插入門鉤鎖10 的芯轴孔34内，内芯軸86從門外插入外芯軸82的插入83 内，同時使該對螺紋柱87各自穿過外殼11的一對安裝孔 22a，22b，再使用一對螺絲88先穿過内開關80的螺絲孔84 後，旋入外開關85的螺紋柱87内，如此，將内開關80鎖緊 在滑動門的内表面’把外開關85固定在滑動板的外表面， 門鉤鎖10則嵌入滑動門内而介於内開關80和外開關85之 間。由疋’當用手轉動内開關8〇上的轉钮81時，與轉紅81 連結的外芯軸82就會同轉，因而驅動内芯軸86和閂桿13 產生相同的轉動’再以相同於上述的傳動方式使閂鉤15突 出、縮入外殼11而達到閂鎖、解鎖目的。 第八圖為與第七圖近似的外觀圖。第七圖所示實施例 的内開關80和外開關85形狀為圓形，本實施例則為方形， 除此形狀上的差異之外，兩者完全相同，因此與第七圖所 示實施例相同的部分均以相同的符號標示，且先前對於七 圖所示實施例的說明亦適用於本實施例，不再贅述。 第九圖顯示本創作配合另一型式的内開關9〇和外開 關95使用的外觀。在本實施例中，該内開關9〇同第七圖一 樣，包括一與轉鈕91連結而具有插入孔93的外芯軸92 ;該 外開關95具備一内芯軸96,其與一使用錄匙轉動$鎖怒97 連結而同轉，並以相同於第七圖的安裝方式利用螺絲94配 合螺紋柱98固定在滑動Η上。至於本實施例的關和解鎖 原理同上述實施例，故進一步說明實無必要。 又，第六至第九圖所揭示的實施例，亦可從外開關 75,85,95進行閂鎖和解鎖。 當然，上述實施例可在不脫離本創作的範圍下加以若 干變化’故以上的說明所包含及關中所示的全部事項應 視為例示性，而非用以限制本創作的申請專利範圍。 M424381 【圖式簡單說明】 第一圖為本創作門鉤鎖的外觀圖。 第二圖為本創作的元件分解圖。 第三圖為本創作的上視圖。 第四圖為沿第三圖中4-4線的剖 柄被折轉成水平的狀態。 面圖，顯示解鎖及手 第五圖為本創作閉鎖時的剖面圖 圖。 ，其切割方向同第四 第六至第九圖為本創作配合不同型式的内開關和外 開關實施的外觀圖。 【主要元件符號說明】 10...門鉤鎖 11…外殼 12...彈性件 13…閂桿 14…滑塊 1 5...閃釣 16...第一殼蓋 17…第二殼蓋 18…第一蓋板 19…内側壁 20...外側壁 21a，21 b...軸孔 22a,22b._.安裝孔 23a，23b...安裝口 24a, 24b…導孔 25a,25b...if 26a, 26b."橫銷孔 27...第二蓋板 28...頂壁 29...底壁 30...端部 31...隆起部 32…轴部 33."自由端 34...芯轴孔 35…第一平面 M424381V. New description: [New technical field] This creation is about the kind of hook lock, especially the kind of door lock that can be used with different external switches and has a hidden handle. [Prior Art] There are many types of doors, and a sliding door that is horizontally opened and closed is a common one. And the door is often accompanied by a lock to ensure the security of the portal. As for the type of lock, there are many more, but the lock that cooperates with the sliding door has a hook-shaped hook to achieve the purpose of flash lock. The door fishing lock disclosed in the domestic new patent No. 91206504, comprising a first panel, a cover plate locked on the inner surface of the first panel; a flash lock mechanism mounted between the first panel and the cover plate; The combined second side t is supported by a lock between the first and second panels, and a spacer that is sleeved on the inner surface of the second panel, respectively. According to this configuration, the flash lock mechanism can be controlled to cause the hook to advance and retract, thereby achieving the purpose of locking and unlocking. Since the above-mentioned door hook lock controls the latch mechanism from the lock head, the hook hook is made to move forward and backward, and therefore, it is necessary to cooperate with the lar to operate. Basically, the door is safer than the rudder. It is inconvenient to use this type of door lock for + ^ 1 ^ ^ °. At the same time, the door hook lock σ月特疋 type of lock is used in cooperation, and cannot be operated with different types of external switches. Positively, the handle of the door hook lock extends outwardly from the inner longitudinal side of the second panel, and this design more or less impacts on the appearance of the sliding door. M424381 [New Content] This creation is to solve the above problems. Its purpose is to provide a new type of door hook lock that can be used with different types of internal and external switches to increase variability. Specifically, the door hook lock of the present invention comprises a housing having a shaft hole and a latch passage, and an elastic member, a latch rod, a slider and a latch hook are accommodated inside the housing, the latch rod supports the shaft hole to rotate, and has a mandrel hole in the same axis as the shaft hole, the elastic member holds the latch rod in a tension state, and the slider is linearly moved by the latch rod, and the bolt hook is hinged to the outer casing and the slider, and is obtained from the slider The non-full-circle rotational motion thus protrudes from the latch passage and is retracted into the outer casing to generate a latching and unlocking action. The outer casing includes a pair of mounting holes respectively located above and below the shaft hole for mounting inner and outer switches, the inner switch having an outer core shaft that can be rotated, and inserted into the mandrel hole of the latch rod to drive the latch rod to rotate The outer switch has an inner mandrel that is inserted into the outer mandrel to rotate therewith. The outer casing further includes a pair of mounting openings respectively located above and below the shaft hole for mounting inner and outer switches, the inner switch having an outer core shaft that can be rotated, and inserted into the mandrel hole of the latch rod to drive the latch rod Turning, the outer switch has an inner mandrel that is inserted into the outer mandrel to rotate therewith. The housing further includes a handle hinged to the housing and recessed within the latch channel, the handle having a through hole for the latch to enter and exit the housing. Compared with the conventional door hook lock, the present invention has a pair of mounting holes and a pair of mounting holes for mounting different types of inner and outer switches, once the inner and outer switches are used for a period of time due to damage, or other reasons. When you need to change it, you can replace it at any time. Moreover, the door hook lock has a money-connected handle, and the inside is folded from the outer casing to cause an impact when needed. The appearance of the sliding η is due to the technical content of the creation and other purposes and the detailed description of the embodiment of the drawing can be fully understood. 'Embodiment】 The first picture shows the appearance of the creation of the "door fishing lock", the second picture is the disassembled state of the element 4, the third picture is its plan view plane, and the fourth picture is its profile, for illustration The technical content of this creation. The door hook lock 10 includes a casing, an elastic member 12, a flashing rod 13, a slider 14 and a flash hook 15. Among them: the casing 11' is locked by the first casing cover 16 and the second casing cover 17 by a pair of screws 5 Tightly, the pair of screws 50 are respectively passed through the pair of holes 52 of the second cover 16 and then screwed into the pair of threaded posts 51 of the first cover 16, so that the outer casing is formed with the receiving elastic member 12 therein. Two bars for the lever 13, the slider 14, and the flash fishing 15. The first cover 16 includes a first cover 18, and a slab 19 and an outer 2Q formed on both longitudinal sides of the first cover 18. The first cover 18 is adjacent to the inner side, and has a shaft hole at the position of 19. 2ia, a pair of mounting holes 22a' on the lower side of the shaft hole 2<)a and a mounting hole 23a formed on both lateral sides of the first cover plate 18, the shaft hole 21a, the mounting hole 22a and the mounting opening 2 They are arranged in a straight line, and their effects are left to be described later. Moreover, the first cover 彳 8 further includes a guide hole 24a which is always elongated, a substantially _-shaped slide hole 25a, and a cross pin hole 26a. The second cover 17 includes a second cover 27, and a top wall 28 and a bottom wall 4 extending horizontally from the two lateral sides of the second cover plate 27, the second cover plate M424381 27 has a shaft hole 21b corresponding to the first cover plate 18, a mounting hole 22b, and an installation The port 23b, the guide hole 24b, the slide hole 25b, and the cross pin hole 26b. The elastic member 12 is press-formed by a metal foil suitable for use as a spring, and the opposite end portions 30 are fixed to the inner side plate 19 of the first cover 16 And the ridge portion 31 formed between the end portions 30 to maintain elastic contact with the latch lever 13, the function of which is also to be described later. The latch lever 13 has a shaft portion 32 and a free end 33 with respect to the shaft portion 32. The two ends of the shaft portion 32 are respectively supported by the shaft holes 21a, 21b of the first cover 16 and the second cover 17 so as to be rotatable, and at the same time provide a mandrel hole 34 which is axially penetrated, and the mandrel hole 34 is not a circular shape, such as a quadrangle, and on the same axis as the shaft holes 21a, 21b, for insertion of an outer mandrel 72, 82 or 92 to be described later, to The outer core axial latch lever 13 conveys a non-full-circle rotational motion. Further, the shaft portion 32 of the latch lever 13 includes a pair of first planes 35 and second planes 36 disposed at intervals of 90 degrees to form a raised portion 31 with the elastic member 12. Maintaining a stable contact to achieve the effect of fixing the latch rod 13 in its position by its elastic force. The slider 14, actually a housing, the opposite first and second shell walls 37, 38, respectively, from the inner side edge thereof A pair of fins 39a and 39b extend vertically, and at the same time, an outer side has oblique pin holes 45a, 45b for inserting the guide holes 24a, 24b of the first cover 16 and the second cover 17, so that the slider 14 can be supported by The outer casing 11 is freely movable up and down; the latter is used to articulate the latch hook 15. Further, the inner side wall 40 of the slider 14 facing the latching lever 13 has a window 41 for the free end 33 of the latching lever 13 to be inserted from the non-retaining lever 13 The full-circle rotational motion conveys a linear motion to the slider 14. The latch hook 15 has an opening 46 for forming the hook 15 into a hook shape. The opening 46 M424381 has a pin hole 47 above it for a latch 42 to pass through, and both ends of the latch 42 are The pivotal holes 26a, 26b of the first cover 16 and the second cover 17 are pivotally connected. Further, the latch 15 is further included An oblique pin hole 48 receives a driving pin 43. Both ends of the driving pin 43 pass through the oblique pin holes 45a, 45b of the slider 14, and are inserted into the sliding holes 25a of the first cover 16 and the second cover 17, In the case of 25b, the latch 15 is hinged together with the slider 14 and the outer casing 11 to convey a non-peripheral rotation from the linear movement of the slider 14 to the latch 15 and to be fixed to the positioning post of the first cover 16 54 Lu and the threaded post 51 below it limits the angle of rotation of the latch 15. In a preferred embodiment, the present invention also includes a handle 55. The handle 55 is located in the latch passage 53 of the first cover 16, and has a through hole 56 for the flash hook 15 to extend through the upper end toward the two sides to form a circular convex portion 57a 57b, and is inserted into the first cover 16 respectively. And the inside of the circular holes 44a, 44b of the second cover 17 allows the handle 55 to be hingedly hinged to the first cover 16. The end of the handle 55 extends horizontally inwardly to form a handle portion 58 and extends downward to form a flange 59. The former has a shape of the handle 55 which is substantially l-shaped for convenient operation; the latter is matched with the first cover 16 The stop 49 prevents the handle 55 from retracting into the outer casing 11. The handle 55 is normally received in the latching passage 53 of the first cover 16, and is used to apply pressure to the upper end of the handle 55, so that the handle 55 is folded outwardly into a horizontal state by the convex portion 57a57b as a fulcrum, facilitating the use of the handle 55. Pull the sliding door. The sixth figure shows an appearance of the door hook lock 10 in cooperation with the inner switch 7A and the outer switch 75. The inner switch 70 includes a slide 71 for moving up and down, which can transmit a rotary motion to an outer anger shaft 72. The outer switch 75 is provided with a use tool or an inner core shaft 76 which is rotated by hand, and a pair of screws and studs 77. The outer mandrel 72 7 M424381 is inserted into the mandrel hole 34 of the door hook lock 10 from the door, and the inner mandrel 76 is inserted into the insertion hole 73 of the outer mandrel 72 from the outside of the door while the pair of threaded posts 77 pass through the outer casing 11 respectively. The pair of mounting ports 23a, 23b are then first inserted through the screw holes 74 of the inner switch 70 using a pair of screws 78, and then screwed into the threaded posts 77 of the outer switch 75, thus locking the inner switch 70 to the sliding door. The inner surface is fixed to the outer surface of the sliding door, and the door hook lock 1 is inserted into the sliding door between the inner switch 70 and the outer switch 75. Therefore, when the slide plate 71 on the inner switch 70 is manually operated to move downward, a linear motion is transmitted from the linear motion of the slide plate 71 to the outer mandrel 72 to cause the inner core shaft 76 and the latch rod 13 to rotate in the same manner. And the linear motion is transmitted from the latch lever 13 to the slider 14, and the linear motion of the slider 14 is transmitted to the latch 15 to transmit a non-peripheral rotation, so that the latch 15 protrudes from the hook passage 53 to the outer casing 11 to hook the door frame. The latch hole (not shown) is latched, and the latch 13 is held in elastic contact with the raised portion 31 of the elastic member 12 by the second flat surface 36 to prevent the latch lever 13 from loosening. When the slide 71 of the inner switch 70 is moved upward, the latch 15 is retracted into the outer casing 11 to release the latch, and the latch 13 is returned to the position where the first flat surface 35 and the raised portion 31 of the elastic member 12 are kept in elastic contact. . The seventh figure is an external view of the creation of the inner switch 80 and the outer switch 85 of another type. The inner switch 80 includes an outer core shaft 82 that rotates with the rotary knob 81; the outer switch 85 is provided with an inner core shaft 86 that is rotated by a tool or by hand, and a pair of threaded posts 87. The outer mandrel 82 is inserted into the mandrel hole 34 of the door hook lock 10 from the door, and the inner mandrel 86 is inserted from the outside of the door into the insertion 83 of the outer mandrel 82 while the pair of threaded posts 87 are each passed through the pair of outer casings 11. The mounting holes 22a, 22b are then passed through the screw holes 84 of the inner switch 80 and then screwed into the threaded post 87 of the outer switch 85, thus locking the inner switch 80 to the inner surface of the sliding door' The outer switch 85 is fixed to the outer surface of the sliding plate, and the door hook lock 10 is embedded in the sliding door between the inner switch 80 and the outer switch 85. Since the rotary knob 81 on the inner switch 8 is rotated by hand, the outer mandrel 82 coupled to the red switch 81 is rotated, so that the inner core shaft 86 and the latch 13 are driven to generate the same rotation 'again In the above-mentioned transmission mode, the latch 15 is protruded and retracted into the outer casing 11 to achieve the purpose of latching and unlocking. The eighth figure is an appearance view similar to the seventh figure. The inner switch 80 and the outer switch 85 of the embodiment shown in FIG. 7 are circular in shape, and the embodiment is square. Except for the difference in shape, the two are completely the same, and thus the embodiment shown in FIG. 7 The same parts are denoted by the same reference numerals, and the description of the embodiment shown in the seventh figure is also applicable to the present embodiment, and will not be described again. The ninth figure shows the appearance of this creation in conjunction with another type of inner switch 9 〇 and outer switch 95. In the present embodiment, the inner switch 9 is the same as the seventh figure, and includes an outer core shaft 92 coupled to the rotary knob 91 and having an insertion hole 93. The outer switch 95 is provided with an inner core shaft 96, which is used together with one. The key switch rotates the lock anger 97 connection and rotates, and is fixed to the slide cymbal by the screw 94 with the screw post 98 in the same manner as the seventh figure. As for the principle of the closing and unlocking of this embodiment, which is the same as the above embodiment, it is not necessary to further explain it. Further, the embodiments disclosed in the sixth to ninth drawings can also be latched and unlocked from the outer switches 75, 85, 95. It is a matter of course that the above-described embodiments can be modified without departing from the scope of the present invention, and all the matters included in the above description and the accompanying drawings are to be considered as illustrative and not to limit the scope of the invention. M424381 [Simple description of the diagram] The first picture is the appearance of the hook of the creation door. The second figure is an exploded view of the composition of the creation. The third picture is a top view of the creation. The fourth figure shows the state in which the shank along the line 4-4 in the third figure is folded into a horizontal state. The figure shows the unlock and the hand. The fifth picture is a sectional view of the creation lock. The cutting direction is the same as that of the fourth, sixth, and ninth drawings, which are the appearance of the internal switch and the outer switch of different types. [Description of main component symbols] 10...door hook lock 11...housing 12...elastic member 13...latch lever 14...slider 1 5...flash fishing 16...first cover 17...second shell Cover 18...first cover 19...inner side wall 20...outer side wall 21a,21 b...shaft hole 22a,22b._.mounting hole 23a,23b...mounting port 24a, 24b...lead hole 25a, 25b...if 26a, 26b."cross pin hole 27...second cover plate 28...top wall 29...bottom wall 30...end portion 31...bump portion 32...shaft portion 33."Free end 34... Mandrel hole 35... First plane M424381
36.. .第二平面 37... 第一殼壁 38.. .第二殼壁 39a, 39b...翼片 40.. .内側壁 41... 窗口 42.. .插銷 43... 驅動銷 44a，44b…圓孔 45a, 45b...斜銷孔 46.. ..開口 47... 銷孔 48. ..斜銷孔 49... 止檔 50. ..螺絲 51... ,螺紋柱 52. ..孔洞 53... ，閂鉤通道 54. ..定位柱 5 5 · · < .手柄 56. ..通孔 57a: ,57b...凸部 58. ..柄部 59.. .凸緣 70. ..内開關 71.. .滑板 72. ..外芯軸 73.. .插入孔 74...螺絲孔 75._ .外開關 76. ..内芯軸 77.. .螺紋柱 78. ..螺絲 80.. .内開關 81. ..轉钮 82.. .外芯轴 83. ..插入孔 84.. .螺絲孔 85. ..外開關 86...内芯軸 87. ,..螺紋柱 88.. .螺絲 90 ...内開關 91·· .轉紐 92. ..外芯軸 93 ...插入孔 94.. 螺絲 95.. 外開關 96 ...内芯軸 97.. ..鎖芯 98. ..螺紋柱 1136... Second plane 37... First shell wall 38.. Second shell wall 39a, 39b... Wing 40.. Inner side wall 41... Window 42.. Pin 43.. Drive pin 44a, 44b... round hole 45a, 45b... oblique pin hole 46... opening 47... pin hole 48. .. oblique pin hole 49... stop 50. .. screw 51. .. , threaded post 52 . . . hole 53 ... , latching passage 54 . . . positioning post 5 5 · · < . handle 56 . . . through hole 57a: , 57b ... convex 58. . Handle 59.. Flange 70. .. Inner switch 71.. Slider 72. .. External mandrel 73.. Insert hole 74... Screw hole 75._. External switch 76. .. Mandrel 77.. Threaded post 78. .. Screw 80.. . Inner switch 81. .. Turn button 82.. External mandrel 83.. Insert hole 84.. Screw hole 85. .. External switch 86... inner mandrel 87., .. threaded post 88.. . screw 90 ... inner switch 91 · · .. 92. .. outer mandrel 93 ... insertion hole 94.. screw 95. External switch 96 ... inner mandrel 97... lock cylinder 98. .. threaded column 11