M304568 八、新型說明： 【新型所屬之技術領域】 ' 本創作係有關於一種「箱具之門扉開關控制結構改 良」，其本體利用容置槽之兩側壁呈對角設置有具彈性卡腳 之孔部，之設計，俾可直接且迅速的與箱具之門扉進行組 裝以省略傳統本體與門扉之鎖竦動作，更藉由每一彈性卡 腳與本體之内壁面間預設有不同寬度之夾制空間而可適用 _ 於各式不同板厚之門扉，令其組裝上更為靈活不受限制者。 【先前技術】 一按，目前一般使用於電氣箱等各式箱具（10,如第一圖 斤卞）以七、門扉（1 1 )開關之控制結構，大多於本體（2 〇 )之容 置槽（21)内部分別組設一具扭力彈簀之壓鈕（22)及一具扭 力彈簧之卡制件⑵）以㈣Η扉（11)之開啟或關閉，2於 本體（11)之容置空間（21)上、下兩外側各設一具螺孔（241) 之凸柱（24)以供螺絲鎖設固定於門扉（11)上者。M304568 VIII. New description: [New technical field] 'This creation department has a kind of "improvement of the door sill switch control structure of the box". The main body uses the two side walls of the accommodating groove to be diagonally disposed with elastic feet. The design of the hole portion can be directly and quickly assembled with the door sill of the box to omit the locking action of the traditional body and the door sill, and the width of each elastic card foot and the inner wall surface of the body is pre-set with different widths. The space can be applied to the sills of different thicknesses, making it more flexible and unrestricted in assembly. [Prior Art] One press, currently used in electrical boxes and other boxes (10, such as the first figure), seven, the threshold (1 1) switch control structure, mostly in the body (2 〇) Inside the slot (21), a press button (22) with a torsion spring and a card member (2) with a torsion spring are respectively arranged to open or close the (4) Η扉 (11), and 2 to the body (11) A protruding post (24) with a screw hole (241) is arranged on the upper and lower sides of the space (21) for screwing and fixing on the sill (11).
复 '上所述之習式結構，其尚有下列之缺失：（一）尤指 「^體（2G)係以螺絲鎖結之方·式組裝於箱具（⑻之門靡In the above-mentioned formula, there are still the following defects: (1) especially the "^ body (2G) is assembled in the box with the screw-locking formula ((8) threshold)
Uii上人以致需藉由工具方能使本體（20)確實鎖固於門扉 艘 7其組裝上較為繁瑣不便外，亦需配合本體（20)之 而^古241)位置於門幕（11)表面另行貫設穿孔之加工動作 上，；成本；（二）因本體（2〇)係以螺絲鎖固於門扉(11) # puH〇)與門扉（11)間長期受卡制件（23)及壓扭（22) 晃，一:夬Γ力震動下即會牵動螺絲使本體（20)鬆脫搖 *"時予以重新鎖固，卡制件（23)與箱具（10)之 5 M304568 卡合位置則會受影響以致門扉（11)關閉不 使用上之錢者。 J貫’進而造成 本創作人有鑑於上述習式之缺失’乃思及創 念，遂以多年的經驗加以設計，經多方探討並試作。， 驗，及多次修正改良，乃推出本創作。 ’阳试 【新型内容】 * 賴作之主要目的，乃在提供一種箱具之門扉開關押 制結構改良，其本體利用容置槽之兩侧壁呈對角設置= •彈性卡腳之孔部之設計’俾可直接且迅迷的與箱=之門^ 進行組裝以省略傳統本體與門扉之鎖設動作，更藉由每二 彈性卡腳與本體之内壁面間預設有不同寬度之夾制空間而 可適用於各式不同板厚之門扉’令其組装上更為靈活不受 限制者。 本創作之次要目的，乃在提供一種箱具之門扉開關控 制結構改良，尤指其每一彈性卡腳係呈對角設置於容置槽 之兩側壁，使該本體兩側之彈性卡腳可確實依門扉之板厚 φ 而呈對角夾制固定於夾制空間内，俾可有效解決習式本體 受夾制件及壓鈕之反覆開關彈力震動下造成螺絲鬆脫搖晃 之現象，達最佳使用狀態者。 【實施方式】 餘下茲配合圖式，詳細說明本創作之最佳實施例如后： 如第二圖所示係為本創作之立體分解圖（請同時參考 第三圖），其係於本體（3〇)之一側凹設一容置槽（31)與門扉 (11)之組裝孔（111)相配合，於容置槽（31)内部分別組設有 一具有扭力彈簧（321)且相互彈卡之卡制件（32)及歷鈕（33) 6 M304568 以控制箱具（10)門扉（U)之開啟及關閉，於容置槽（31)之 兩側壁貫設有若干孔部（34，請參考第四圖所示），於每一 孔部（34)之一侧内框面（341)分別一體延設有漸粗而具有 導面（38)之第-彈性卡腳（35、35，）、第二彈性卡腳（36、 36’）及第三彈性卡腳（37、37,)，第一彈性卡腳（35、35,) 及第二彈性卡腳（36、36，）係設置於同一侧，第三彈性卡 腳（37、37,)則設置於另一侧，且第一、二、三彈性卡腳 (35、36、37)與第一、二、三彈性卡腳（35，、36，、37，） 係分別呈對角設置於容置槽（31)之兩側壁，該第一彈性卡 腳（35、35’）、第二彈性卡腳（36、36，）及第三彈性卡腳 (37、37 )之端面與本體（3〇)之内壁面（39)分別預設有一 較寬(約1.6mm)、-較窄(約lmm)及一適中(約12職 制空間（351、351， 、36卜361， 、371、371,，請參考^ 五圖及第六圖所示）以適用於不同之門扉（11)板厚者。 其欲組裝時，僅須將門扉（11)之組裝孔（111)延導面 (38)推抵即可順勢將第一彈性卡腳（35、35，）、第二 切（36、36’）及第三彈性卡腳（37、37,）同步^样 (31)彈壓至Η扉（⑴貼抵於本體⑽之内壁面（3 = -彈性卡腳（35、35’）、第二彈性卡腳（36、36，）及 彈性卡腳（37、37,）則會依門扉⑴）之板厚彈跳開，^ 門扉（11)夾持固定於本體⑽第一彈性卡腳（35 夾制空間⑽、35Γ )，或第二彈性卡卿（36、3 )= 制空間⑽、36Γ )，或第三彈性卡腳（37、3ϋ 空間⑽、37Γ )【如門扉⑽的板厚為16賴時（如= 圖及第八圖所不），本體（30)兩侧之第—彈性卡腳第 即形成對角將Π扉⑴）夾持定位於夾数間（=、） 7 M304568Uii has to use the tool to make the body (20) securely locked to the door sill. It is more complicated and inconvenient to assemble. It also needs to cooperate with the body (20) and the 241) position on the door curtain (11). The surface is separately pierced by the processing action of the perforation; the cost; (2) because the body (2〇) is screwed to the long-term restraint between the threshold (11) # puH〇) and the threshold (11) (23) And the pressure twist (22) sway, one: under the force of vibration, the screw will be pulled to make the body (20) loose and shake *" when it is re-locked, the card part (23) and the box (10) 5 M304568 The snap position will be affected so that the threshold (11) is closed and the money is not used. In addition, the author of this book has been designed with many years of experience in mind, and has been explored and tried by many parties in view of the lack of the above-mentioned formulas. , the test, and many revisions and improvements, is the introduction of this creation. 'Yang test 【New content】 * The main purpose of the work is to provide a kind of box door shackle switch embossed structure improvement, the main body uses the two side walls of the accommodating groove to be diagonally set = • the hole of the elastic card foot The design '俾 can be directly and fascinated with the box = the door ^ to assemble to omit the traditional body and the threshold lock action, and by each of the two elastic legs and the inner wall surface of the body is pre-set with different width clips The space can be applied to various thresholds of different thicknesses to make it more flexible and unrestricted in assembly. The second objective of the present invention is to provide a door lock switch control structure improvement of the box, especially that each of the elastic card feet is diagonally disposed on the two side walls of the accommodating groove, so that the elastic legs on both sides of the body It can be clamped and fixed in the clamping space according to the thickness φ of the threshold, which can effectively solve the phenomenon that the loosening of the screw caused by the elastic vibration of the reversed switch of the clamped part and the pressing button of the conventional body. The best use of the state. [Embodiment] The following is a detailed description of the best implementation of this creation, as shown in the following figure: As shown in the second figure, it is a three-dimensional exploded view of the creation (please refer to the third figure at the same time), which is attached to the ontology (3).之一) One of the recessed recesses (31) is matched with the assembly hole (111) of the sill (11), and a torsion spring (321) and a mutual spring card are respectively arranged inside the accommodating groove (31). The card member (32) and the calendar button (33) 6 M304568 are used to control the opening and closing of the door sill (U) of the box (10), and a plurality of holes are formed in the two side walls of the accommodating groove (31). Referring to the fourth figure, the inner frame surface (341) of one of the hole portions (34) is integrally extended with a first-elastic pin (35, 35) having a guide surface (38). ,), the second elastic leg (36, 36') and the third elastic leg (37, 37), the first elastic leg (35, 35,) and the second elastic leg (36, 36,) The first elastic card (37, 37, 37) is disposed on the same side, and the first, second, and third elastic legs (35, 36, 37) and the first, second, and third elastic cards are disposed on the same side. Feet (35, 36, 37,) respectively disposed diagonally on the two side walls of the receiving groove (31), the first elastic clamping leg (35, 35'), the second elastic clamping leg (36, 36), and the third elastic clamping leg The end faces of (37, 37) and the inner wall surface (39) of the body (3〇) are respectively preset to have a wider width (about 1.6 mm), a narrower (about lmm), and a moderate (about 12 working spaces (351, 351). , 36, 361, 371, 371, please refer to ^5 and 6) to apply to different thresholds (11) thickness. For assembly, only the threshold (11) The first hole (35, 35), the second cut (36, 36') and the third elastic pin (37, 37) are assembled by the assembly hole (111) extending surface (38). Synchronize the sample (31) to the Η扉 ((1) against the inner wall surface of the body (10) (3 = - elastic card feet (35, 35'), the second elastic card feet (36, 36,) and the elastic card feet ( 37, 37,) will jump according to the thickness of the sill (1)), ^ sill (11) clamped to the body (10) first elastic card foot (35 clamping space (10), 35 Γ), or the second elastic card qing ( 36, 3) = system space (10), 36Γ), or third elastic card (37, 3 ϋ space (10), 37 Γ) [If the sill (10) has a plate thickness of 16 Å (such as = and Figure 8), the first elastic pin on both sides of the body (30) will form a diagonal Π扉(1)) Clamping between clamps (=,) 7 M304568
36 )即形成對角將門扉 今〜、叫主澄坻於容置槽（31) )的板厚為lmm時（如第九圖所示），本體 ?留从上 ΙΚίη，Ο Ρ ο η > \ 一36) That is, when the thickness of the threshold is set to 1 mm, and the thickness of the door is set to 1 mm (as shown in the ninth figure), the body is left from the upper ΙΚ η, Ο Ρ ο η > ; \ One
(30)兩側之第二彈性卡腳（36、36，） (1Γ )爽持定位於丄、一 / 一 腳（35、35，）及第 如、37卜371，）即會因大於門扉⑴，）而自然彈 #受影響；如門扉⑴”）的板厚為h2職時（如第十圖所示）， 本體⑽）兩侧之第三彈性卡腳（37、37，）即形成對角將門 扉（11”）夾持定位於夾制空間（371、371,)，而第一彈性 卡腳（35、35,）之夾制空間（35卜351,)即會因大於門靡 (1Γ )板厚而自然彈開不受影響，第二彈性卡腳（36、36,) 之夾制空間（361、361，）即會因小於門扉（u”）之板厚而 被壓抵】，令該本體（30)無須藉由任何工具即可直接且迅速 .的組裝於箱體（10)之門扉（⑴上，同時可適用於各式箱體 籲（1〇)之門板（11)厚度以達最佳使用狀態者。 綜上所述，本創作確實已經達於突破性之結構，而且 有改之創作内容，同時又能夠達到產業上利用性與進^ 性，且本創作未見之於任何刊物，亦具新穎性，當符合專 利法第九十三條、第九十四條之規定，爰依法提出新型專 利申請，懇請肖局審查委員授予合法專利權，至為感禱。 唯以上所述者，僅為本創作之一可行實施例而已，當 不能以之限定本創作實施之範圍；即大凡依本創作申請專 利乾圍所作之均等變化與修飾，皆應仍屬本創作專利涵蓋 M304568 【圖式簡單說明】 第一圖：係為習式之組合立體圖。 第二圖··係為本創作之立體分解圖。 第三圖：係為本創作之立體組合圖。 第四圖··係為第三圖之平面圖。 第五圖：係為第三圖之側視圖。 第六圖：係為第三圖之另一側視圖。 第七圖：係為本創作之第一彈性卡腳與門扉（板厚1.6mm) | 之組裝狀態圖。 第八圖：係為本創作之第一彈性卡腳與門扉（板厚L 6mm) 之組裝狀態侧視圖。 第九圖：係為本創作之第二彈性卡腳與門扉（板厚1mm) 之組裝狀態側視圖。 第十圖：係為本創作之第三彈性卡腳與門扉（板厚1.2mm) 之組裝狀態側視圖。 【主要元件符號說明】 10……箱具 11、1Γ 、11”……門扉 111……組裝孔 30……本體 31……容置槽 32••…·卡制件 321……扭力彈簧 33……壓鈕 34…孔部 341......内框面 35、35’……第一彈性卡腳 36、36’……第二彈性卡腳 37、37’……第三彈性卡腳 38……導面 39……内壁面 9(30) The second elastic legs (36, 36,) on both sides (1Γ) are positioned at 丄, one/one foot (35, 35,) and the first, 37, 371, etc. (1), and the natural elastic ## is affected; if the thickness of the threshold (1)" is h2 (as shown in the tenth figure), the third elastic legs (37, 37) on both sides of the body (10) are formed. Diagonally, the sill (11") is clamped and positioned in the clamping space (371, 371,), and the clamping space (35 351, 351) of the first elastic locking leg (35, 35) is greater than the threshold. (1Γ) the thickness of the plate is not affected by the natural buckling, and the clamping space (361, 361,) of the second elastic leg (36, 36,) is pressed against the thickness of the sill (u"). 】, the body (30) can be directly and quickly assembled to the threshold of the box (10) without any tools ((1), and can be applied to the door panel of each box (1〇) (11) In order to achieve the best use of the thickness. In summary, the creation has indeed reached a breakthrough structure, and has changed the content of the creation, while at the same time achieving industrial use and progress, and this creation Not seen in any publication, it is also novel. When it meets the provisions of Articles 93 and 94 of the Patent Law, it proposes a new type of patent application according to law, and asks the Board of Review to grant legal patent rights. Prayer. Only the above-mentioned ones are only one of the possible examples of this creation. When it is not possible to limit the scope of the implementation of this creation; that is, the equal changes and modifications made by Dafan according to the patent application for this creation should still be This creation patent covers M304568 [Simple description of the drawing] The first picture: is a combination of the three-dimensional diagram of the formula. The second picture · is the three-dimensional exploded view of the creation. The third picture: is the three-dimensional combination of the creation. The fourth figure is a plan view of the third figure. The fifth picture is a side view of the third figure. The sixth picture is another side view of the third figure. The assembled state of the first elastic card foot and the sill (plate thickness 1.6mm) | The eighth figure: is the side view of the assembly state of the first elastic card foot and the sill (plate thickness L 6mm). :The second elastic card foot and door of this creation Side view of the assembled state of 扉 (thickness 1mm). Tenth view: This is the side view of the assembly state of the third elastic card foot and the sill (plate thickness 1.2mm). [Main component symbol description] 10...... With 11, 11 Γ, 11" ... 扉 111 ... assembly hole 30 ... body 31 ... accommodating groove 32 • • ... ... 321 ... torque spring 33 ... pressure button 34 ... hole 341.. .... inner frame surface 35, 35' ... first elastic legs 36, 36' ... second elastic legs 37, 37' ... third elastic legs 38 ... guide surface 39 ... inner wall surface 9