200934947 —九、發明說明： 【發明所屬之技術領域】 •:發明係關於一種使釋在門之開閉的門用把200934947 - IX, invention description: [Technical field to which the invention belongs] • The invention relates to a door handle for opening and closing the door
疋關於門之密閉佳的門用把手。 、J 【先前技術】 以往，該種門用把手係具備：承载座，係 及操作把手與鎖固桿，係經由固定基座安裝在門？ Ο在由安裝基座、突設在安裝基叙—對臂部及設置 —I固ί臂部之間的鎖固構件所構成，且藉由安裝基座固--疋在固疋框體，而鎖固構件係與固定框體之正面平行地讲 υ作把手係經由與門之正面平行之支軸而軸支在固： 並且安裝成可在與門之正面呈直角之面内、在預定 =犬位：：預定之立起位置之間旋轉。鎖固桿係形成為 π狀’“端側設有大致圓弧狀之鎖固溝。該鎖固桿係 2由與Η之正面平行之支軸而軸支仙定基座，並且構成 ❹"藉由操作抱手之旋轉操作’而可扣合於承載座之鎖 固構件或與其脫離。如此’藉由將操作把手旋轉操作至預 2之倒伏位置，使鎖固桿之鎖固溝扣合在承載座之鎖固構 ^而將Η鎖固於㈣框體，相反地，藉由將操作把手旋 ，操作至預定之立起位置，使鎖固桿之鎖固溝從承載座之 鎖固構件脫離’而將門相對於固定框體予以解鎖。該種之 門用把手係記載在專利文獻，請參照。 (專利文獻1)日本平H—287060號公報 【發明内容】 320000 5 200934947 * (發明所欲解決之課題） 將該種門用把手使用在密閉式之門，而在關閉門時， ‘係壓縮介置於門與固定框體之間的襯墊，並對操作把^進 1旋轉操作，藉此使鎖固桿扣合在承載座，且藉由該鎖固 桿與承载座之扣合保持襯墊之壓縮狀態，以將門密閉在固 定框體。然而，在習知之門用把手中，由於係藉由操作把 手之旋轉操作，使鎖固桿之鎖固溝從旋轉方向扣合在承載 座之鎖固構件，因此為了在壓縮襯塾之狀態下使鎖固桿扣 合在承载座，必須強力地關閉門，.且在將門強力地推麗在 ‘固定框體之狀態下對操作把手進行旋轉操作，而有難以獲 -得ft易之操作性的問題。再者，如此僅藉由強力關閉門並 =誠在岐框體，則會因為襯墊之彈性復原，而難以 實地I縮襯墊，而難以完全地將門予以密閉。再者，在 =僅使鎖固桿之鎖固溝從旋轉方向扣合在承載座之鎖固 :::構造中，會有當鎖固桿之鎖固溝與承載座之鎖固構 ❹件未接近時無法使鎖固桿扣合在承载座之問題。而且，在 ^知之Π用把手時，承魅仙安裝縣岐在固定框 命Ψ基座係以*裝螺絲111定在門，由於該安裝螺絲 1 部，因此會有外觀不佳、且安裝螺絲之安裝位置 谷易附考塵埃而難以清掃的問題。 本發明係用以解法卜；+、Μ 、上述問題點而研創者，其目的在 二之f由鎖固捍之新功能形狀，以簡易之操作，即使鎖固 干=固屢與承载座之鎖固構件未接近，亦可固桿之 鎖固溝確實地被扣合且㈣至承載座之鎖固構件，並使鎖 320000 6 200934947 γ固溝扣合在鎖固構件，同時使門進來固定框體， 壓縮介置於門與固定框體之間的襯墊，以完全地將門 ’密閉，·以及使安裝蟫鲜X各~ Λ< λ 教螺、4不會從外部被看見，而謀求外颧杨 及清掃便利性之提升等。 規座 (解決課題之手段） ，達成上述目的，本發明之門用把手係具傷·承載座， 糸固疋在固定框體，且具有與前述固定框體之正面平 ❹；圓：形狀之鎖固構件；操作把手，係經由與門之正面平 支在固定於門的固定基座，並且在與前述門 2面呈直角之面内可旋轉於預定之倒伏位置與預定之立 -人鎖固桿’係藉由前述操作把手之旋轉可扣 鎖固構件或從其脫離；藉由將操作把手 旋轉操作至前述倒伏位署 载座之鎖固舰 述鎖固桿扣合在前述承 口由::前述操作把手旋轉操作至前述立起位置，而使前S 述固定框體予以解將前述門相對於前 =:，係可扣合於前述承載座之鎖固構件;及鎖固導:之 固溝延伸成彎曲形狀，並藉由前述操作把手之 述鎖：盖:位置往！述立起位置的旋轉操作，而滑動在前 引上並將前述鎖固溝朝前述鎖固構件予以扣合導 ，同時將前述門拉進前述固定框體。 鎖固發明之門用把手係如下所述具體化。第卜 操作把手一體地形成。第2,在固定基座與操 320000 7 200934947 •作把手之間具備掣動（Detent)裝置 .::二手:預定之倒伏位置與預定之立起= ，止持。$ 3’在固定基座具備擋止器:該 ===!把手之預定之倒伏位置限制前述操作 把手之倒伏方向之旋轉。苐4，在 該擋止器係在前述操作把 具備狯止盜， 作把手之立起方向之旋轉Γ第=之限制前述操 兮錯置-在产乂+轉第5,在固定基座具備鎖單元， 該^^在别述操作把手之敎之倒伏位置 轉予以鎖定。第6’在固定基座之表面覆蓋有; 别述以基座與前述罩蓋係在與承载座之相 = •;疋。第7’鎖固構件係由圓筒形之滾軸所形成。第8: =以可調整前後方向之位置的方式突設在承載臂 =而鎖固構件係安裝在前述各臂部之前端間。第9，！ 掉作^表㈤覆盍有罩蓋’前述承載座與前述罩蓋係在盘 Π 定基座之朝對向面被固定。第10，在固定基 ❹=承載座之相互的相對向面之間具備導件，該導件係將 基座往前述承載座導引，並定位成預定之= 第11，分別在固定基座與承載座之相互的相對向 供掛鎖如cn〇ck)之問鎖（latch)部分插通的鎖固孔:、 (發明之效果） 根：本『：之門用把手’在鎖固桿具備··圓弧狀之鎖 溝’係可扣5於承載座之鎖固構件；及鎖固導件 該鎖固溝延伸成彎曲形狀，並藉由操作把手之從預定之倒 伏位置往就之立綠置的_操作，而㈣在鎖固構: 320000 8 200934947 '上並將鎖固溝朝前述鎖固構件予以扣合導引，同時將門拉 進固定框體；藉由鎖固桿之新功能形狀，從使門抵接或接 近於固定框體之狀態（此時，即使鎖固桿之鎖固溝並未接近 承載座之鎖固構件亦可），即可利用旋轉操作把手之簡易操 作，確實地將鎖固桿之鎖固溝扣合並導引至承载座之鎖固 構件，並使鎖固溝扣合在鎖固構件，同時使門進來固定框 體，且確實地壓縮介置於門與固定框體之間的襯墊，以完 全地將門予以密閉。 再者’在此門甩把手之情形時，由於鎖固桿係與操作 •把手一體地形成，因此可使該門用把手之構造本身簡易 '化。再者，由於在固定基座與操作把手之間具備用以在操 作把手之預定之倒伏位置與預定之立起位置將前述操作把 手予以定位並保持的掣動裝置，因此可在操作把手之預定 之倒伏位置與預定之立起位置確冑地保持操作把手，並且 f操作把手之操作上具有喀喱（click)感，可使操作把手之 ❹操作性提升。再纟，由於在固定基座具備播止器，該擋止 器係在操作把手之預定之倒伏位置限制操作把手之倒伏方 向之旋轉，因此可使操作把手確實地在預定之倒伏位置停 止，且可確實地保持掣動裝置與操作把手。而且，在固定 基座具備擋止器，該擋止器係在前述操作把手之預定之立 起位置限制前述操作把手之立起方向之旋轉，因此可使操 作把手確實地在預定之立起位置停止，且可確實地保持掣 ，裝置與操作把手。而且，在固定基座具備鎖單元，該鎖 單元係在操作把手之預定之倒伏位置將操作把手之旋轉予 320000 9 200934947 ▽以鎖定，因此可在預定之倒伏位置鎖固操作把手，而確實 ^保持門之關閉狀態。再者，在固定基座之表面覆蓋有罩 .蓋，並在與承載座之相對向面將固定基座與罩蓋固定，因 此可使安裝螺絲不會從固定基座之外部被看見，而謀求外 觀性及清掃便利性之提升等。而且，鎖固構件係由圓筒形 之滾2所形成，因此操作把手之旋轉操作順暢，特別是在 將^密閉時，可容易地藉由操作把手之旋轉操作使門進入 固定框體，並充分地壓縮門與岐框體之間的襯墊直到塵 扁為止，而可確實地將門密閉。再者，具有以可調整前後 方^之位置的方g突設在承載座的一對臂部，且鎖固構件 .係安裝在各臂部之前端間，因此可調整一對臂 量’並且將鎖固構件設置在固定框趙之適當2;:出 在承載座之表面覆蓋有罩蓋，且承載座與罩蓋係在操作把 ^之與_基座之相對向面被固定.，因此可使安裝螺絲不 β從承载座之外部被看見，而謀求外觀性及清掃便利性之 0提升等。此外’在固定基座與承載座之相互的相對向面之 間具備導件，該導件係將固定基座往承载座導引，並定位 成預定之態樣，因此在將門拉進固定框體時，可使固定美 座確實地與承载座相對向。再者’分別在固定基座與承； 座之相互的相對向面具備可供掛鎖之閃鎖部分插通的鎖固 孔因此藉由使掛鎖之閂鎖部分插通該等鎖固孔，並以該 掛鎖對固定基座與承載座之間進行上鎖，即可取代前述^ $單元’或與該鎖單ι同確實地保持門之關閉狀態。 【實施方式】 320000 10 200934947 以下’以圖式說明本發明之一實施形態。第1圖係門 用把手之局部剖切側視圖。第2圖係門用把手之側面剖視 圖。第3圖係門用把手之承載座的右侧視圖。第$圖係該 承載座的前視圖。第5圖門用把手之固定基座、操作把手 的前視圖。第6圖係該固定基座、該操作把手及鎖固桿的 局部剖切後視圖。 如第1圖及第2圖所示，門用把手！係具備固定在固 定框體之承載座2、及在門固定有固定基座3且經由該固 定基座3而安裝之操作把手4及鎖固桿5而構成。 如第1圖、第2圖及第3圖所示，承载座2係具備： -安裝基座21’· -對臂部22、22，係朝前方突設在該安装基 座21 ;鎖固構件23，係可旋轉地安裝在該等臂部22、22 門及罩蓋24’係覆盖該等安裝基座Η及一對臂部a、 ，如第2圖、第3圖及第4圖所示，安裳基座21係具有 ❹在縱方向較長之剖面大致〔宋 太Μ川η 本體部211、及連接％ 本體4 211之左右兩側面且朝上下方向延伸之左側 =侧部219。觀看該等各部時，如第2圖所示^體部 211之内侧係形成為剖面匸字 部22、22之安裝凹邻212切土成為可嵌合一對臂 文裝凹邛212。本體部211之外侧 上部213之上面213υ及下 之 :係形成為於 之背面⑽之間附有㈣剖面大=r2i4D與後部叫 外觀設叶之大致C子形者，其外形具有 外觀^十之美觀性。在該本體部21却’ 及下部214係形成為比後部 ° c 仗I 略厚之剖面長方形者，在 320000 11 200934947 :該等上部213及下部214之正面213F、2UF的中心分別設 •有用以螺固罩蓋24 ©定用之螺、絲w、S1的螺絲孔㈣、 214h。再者，在該本體部211情形時，分別在上部之 正面2!3F上侧及下部214之正面214F下側朝前方略突出 而設有段差，且具備朝上方及下方延伸成直角之延長上部 216及延長下部217。如第4圖所示，該等延長上部216 及延長下部217係分別形成為矩形狀，且連續地形成在後 述之左右兩側部218、219之間。在延長上部216中，係朝 水平行方向形成有可與後述之固定基座3侧之導引銷31知 -扣合的導引孔216g，藉由該等導引銷313g及導引孔2ΐ6§ -之扣合導引，將固定基座3(之與承載座2之對向面）往承 載座之與固定基座3之對向面）導引，且平行地定位在 ^之對向位置。在延長下部217中，係朝水平行方向形 、可供掛鎖之閂鎖部分插通的鎖固孔217N，而使掛鎖，6. 之門鎖口h 61 (參照第14圖）插通固定基座3與承載座2 ❾=並予以鎖固。如第2圖及第4圖所示，關於左側部 218,在此時係在安裝基座21之安裝面形成為令正面謂 側之緣部對應本體部211之左側側面之正面侧的外形、且 將左側之開口面212L(安裝凹部212之左側的開口面）之後 '215側的半面左右予以閉塞之段差形狀，且形成為令背 Γ側之緣部為從本體部211之延長上部216之上端延 H麦Γ 215之背面215β而連結至延長下部217之下端的曲 2狀之整體平面狀。再者，在該左側部218中之覆蓋本 邛211之左側之開口面聽的閉塞部分之内側面，設有 320000 12 200934947 -用以固定一對臂部22、22的臂部固定部而，此時，該 •内侧面係形成為水平剖面為三角形之凹凸形狀，且在該内 側面之上下預定位置形成有用以螺固調整螺絲Μ之2個螺 絲孔212h、212h。如第3圖及第4圖所示，右侧部219係 形成為令正面219F側之緣部與本體部211之右侧侧面之正 面側的外形一致之段差形狀，且形成為令背® 219B側之緣 =為從本體部211之延長上部216之上端延著後部215之 月面215B而連結至延長下部217之下端的曲線形狀之平面 狀。再者，在右側部219之情形時，在（由正面219F側之 面219B側之緣部所包圍）之表面，形成有可嵌合 .盖4之淺的凹部22〇。此時，凹部22〇係以保留預定寬 ^背部2m側之緣部（曲線形狀之緣部）的方式，而形成 在其内側之面整體。在如此形成之左㈣218及右侧部219 之間的上側與下側之預定位置穿設有安裝孔hl、h2， 裝㈣貫通左側部218、本體部2n、右側部219，而用以 ❹使安裝螺絲插通。 如f 2圖、第3圖及第4圖所示，一對臂部22、22 糸由朝則方突出成大致拋物線形狀的2個臂部板挪、22p ，構成’且在其前端形成有用以支持鎖固構件U之轴承 :、2=T2個臂部板22P、22P係與臂部安裝構件 m -體地形成。f部安裝構件222係具有支持板22 女裝板224。立拉;及 …士 3係為上下方向較長之長方形的板， 22月：方將2個臂部板22卜挪-體地形成在該支持板 之正面的左右兩侧。安裝板224係朝後方突出於支持 320000 13 200934947 -板223之背面、且具有可與安裝基座2ι %嵌合的大小及形狀之板’且與該安裝凹部2 部212 定部212A相對向的一方側面係形成為可 態之凹凸形狀喷合的水平剖面為三角形之凹凸:固狀疋:P 下二之預定位，有在前後方向較長之二個^ 腦之各螺絲孔跡⑽。設成如此一對之 22係使臂部安裝構件222嵌入安裝基 © 91 9，诂；土时 Z 1之女裳凹部 ◎ 212 t兩者間之凹凸形狀㈣合項時對合兩者間 孔225、225與各螺絲孔212h、mh而使調整螺絲犯、52 .穿通亚螺入，而固定在安裝基座2卜藉此，一對之臂部22、 22係（朝前方）突出而安裝在安裝基座2卜再者，可藉 更臂部安裝構件222之凹凸形狀與臂部固定部212A之凹凸 形狀的嚙合位置（朝前後方向偏移），而調整臂部安裝構件 222之各長孔225、225與安裝基座21之各螺絲孔21此、 ❹212h的位置，藉此調整一對臂部22、22從安裝基座u 突出位置（前後方向之位置）。 如第2圖及第4圖所示，鎖固構件23係在圓筒狀之軸 231上安裝有圓筒狀之滾軸232,且整體形成為圓筒形狀。 該鎖固構件23係經由軸承221、221可旋轉地安裝在一對 臂部22、22之前端部間。 、 山如第1圖、第3圖及第4圖所示，罩蓋24係形成為可 嵌合在凹部220 ’該凹部220係形成於承載座2之右側部 219的表面。此時，罩蓋24係可覆蓋右侧部219之曲線形 14 32〇〇〇〇 200934947 狀的緣部、及右側部219之凹部22〇與右側之開口面212R 整體，而形成為由沿著右側部2丨9之曲線形狀之緣部的曲 線、及連結本體部211之延長上部216之正面與延長下部 217之正面的假想直線所包圍之形狀的大致平面狀，而對 右側部219賦予其形狀同時對外形賦予外觀設計之美觀 性。再者，如第4圖所示，在該罩蓋24之内侧（使該罩蓋 24嵌合於凹部220時），於與本體部211之上部正面2ΐ3ρ 及下部正面214F對應之位置，分別設置有朝該等上部正面 213F及下部正面214F之前方突出的固定部24卜242，並 .在該等固定部24卜242形成有與上部正面213F及下部正 面214F之各螺絲孔2l3h、214h相對向的插通孔241h、 242h。該罩盖24係在將安裝基座21安裝在固絲體後， 體地覆蓋女裳基座21之右侧部219(之凹部22())，且從 上下之各固疋部241、242之螺絲插通孔241h、242h插通 螺絲s卜si’而鎖緊固定於安裝基座2i之（本體部⑴的） ❹：螺4孔213h、214h。如第!圖所示，藉由該罩蓋24來 覆^安裝基座21之右側部训、及除了具有鎖固構件23 之月^部以外的一對臂部22、22，使其不會顯露於外部， 而^夕开/具有外觀设計之美觀性。此外，一對臂部Μ、22 之剷端部及鎖固構件2 q4， ^ ^ 稱仵雖係朝承载座2之前方突出，但在 將門鎖固於固定框體時， 進入門侧之固定基座3内”2之刚端及鎖固構件23係 座3内，因此不會顯露於外部，其整體 外形維持外觀設計之美觀性。 如此構成之承载座 係經由間隔件（spacer)固定在固 320000 15 200934947 -定框體。此時，安裝基座2卜一對臂部22、22及鎖固構 件23係如前述之方式安裝，首先，將2個安裝螺絲從安裝 .基座21之右侧方穿通至右侧部219之上下的各安裝孔 hi、h2 ’並通過間隔件螺人固定框體，而將安裝基座？！ 固定在固定框體。接著，以罩蓋24覆蓋該安裝基座^之 右側部219的凹部220。關於該罩蓋24，係從屬於操作把 ^之时基座3之對向面的正面，令螺絲w、si通過罩 ❹盖24之各固定部24卜242的螺絲插通孔241h、242h並鎖 緊在安裝基座21之螺絲孔213h、214h，而固定於安裝基 .ίΓ山。藉由該安裝，一對臂部22、22係朝承载座2之前 .犬出’且該等臂部22、22間之鎖固構件Μ則與固定框 體之正面平行地設置。 圖、第2圖、第5圖及第6圖所示，固定基座 d具備基座本體31及罩蓋32。 ::2圏所示，基座本體31係具有在縱方向較長之大 β #㈣311 '及連續於本體部311之左右 朝下方向延伸之剖面大致c字形的左側部318及 : = 在本體部311之前部312的上半部及後方之 有可供2係设有開口 ’在該等開口 315、316間形成 川之：桿旋狀” 31G。觀看料各料，本體部 之上面Ή貝狀係形成為’上部313之下面313D及下部314 直， ϋ係形成水平且前部312之背面312B形成為垂 間附右I?下。卩314之上面314U與前部312之背面312Β之 曰、。本體部311之外側形狀係形成為，上部313之 320000 16 200934947 ，·下二二形成為圓弧狀’且從前部312之正面⑽至 部⑽係特別形成為^該本體部311之情形時，上 点壁之剖面長方形者，下部314亦形 下部°3U =形者°在上部313之背面313B之下側中央與 料S3 3148的中心設有用以螺固罩蓋24固定用 螺4、S3、S3的螺絲孔3i3h 背面313B之上制+止卜 而且，在上部313之 0朝後方突出安裝有導件銷313g，並使其 朝设万犬出。再者，前部今日日 朝内侧形成為往下方傾^曲之面^上緣部MM從外側 -部犯之水平的下面/H i形狀，且在内側連續於上 係成為操作把手4之預定伏m之開口上緣部咖 ^ , 倒伏位置的擋止器31A，而限制 細作把手4之倒伏方向的旋轉，且牵 =V巴手4之預定立起”的擋止器 '、手之立起方向的旋轉。相對於此，前部 ❹曲：面㈣係藉由從外側朝内側缓緩地向洲^ ^及平㈣形成’且對應後述之操作把手4的下端形 i者使端形狀可在操作把手4之旋轉範圍内旋轉。 再者，在該本體部311之情形時，如， 312之開口 315的下部形成有大致圓筒形之貫二:33〇= ^通孔33G安裝有鎖單元33。該鎖係具有能以 ==旋轉之轉子332、及以與轉子咖之“ 向呈直角之方式固^在轉子332之内側端且可 一體地旋轉的轉子凸輪333，當藉由預定之餘匙331 = 320000 17 200934947 -子332朝預定之方向旋轉時，轉子凸輪3犯會突出至用以 \在固絲座3之空間31G内限制預定之倒伏位置的操作把 *手4之立起方向之旋轉的鎖固位置，而對操作把手4進行 鎖固（上鎖），當使轉子332朝相反方向旋轉時，係將轉子 凸輪333反轉至用以在固定基座3之空間31〇内容許操作 把手4之旋轉的非鎖固位置，而解除（解鎖）操作把手*之 鎖固。再者，在該本體部311之情形時，在下部314之下 ❹:314D的背面314B侧端部係具備朝下方延伸成直角的延 2下部317。此時’如第5圖所示，延長下部317係形成 為矩形狀，且連續地形成在左右之兩側部318、319間。在 長下邛317，朝水平方向形成有鎖固孔，並與承 載座2之延長下部217的鎖固孔mN相對向，如前所述， 可使掛鎖（之閃鎖部分）插通固定基座3與承載座2之間， 立'進行鎖固。如第2圖及第6圖所示，左側部及右側 t内侧係分別形成為剖面匸字形’其外側係形成為 ❹面C子形。此時’(左側部318及右侧部319之)上部 318U、319U係形成為與本體部3ΐι之上部⑽之侧面形狀 相同的大小、形狀。（左侧部318及右側部Mg之）上下方 二Η 4 318C、319C係以比本體部311之侧面形狀略寬之 見幅形成為以包含開口 315部分之方式沿著前部312之正 2 312F側之外形而覆蓋，本體部3ιι之各侧面形狀之形 2者，藉由該中間部繼、319C之寬幅形狀，而成為 。卩311之左右的開口面3几、31R(由 部⑽、前部312、下部314所包圍之左右的開口面m、 320000 18 200934947 31R)之前部312侧的半面左右被覆蓋之狀態，藉此鎖單元 ’· 33等之本體部311内部的構造會被隱藏，且如後所述，可 .將掣動裝置（detent device)34設置在固定基座3與操作 把手4之間。（左側部318及右侧部319之）下部318D、319D 係連續於上下方向中間部318C、319C，且形成為與上部 318U、319U對稱之形狀。該下部318D、319D係以與上部 318U、319U對稱之方式形成，且相較於本體部“I之下部 314的側面形狀係緩慢地變寬，因此以該變寬之份延伸至 〇本體部311之下部314的下方，其延出端係與前述之延長 下部317連續地形成，而使其外形具有外觀設計之美觀 -性。而且，此時左侧部318係與承載座2同樣地在固定基 座3之安裝面形成為整體平面狀。另一方面，右侧部319 係與承载座2同樣地在（由正面側之緣部與背面側之緣部 所包圍之）表面，形成有可嵌合罩蓋32之淺的凹部32〇。 此時，凹部220係以僅保留預定寬度之正面侧之緣部（(：字 ❹形之曲線形狀之緣部）的方式，形成在其内側之面整體。在 如此形成之左侧部318及右側部319之間，於相當於本體 部311之上部313及下冑314的上侧與下側之預定位置穿 設有安裝孔h3、h4,該安裝孔係貫通左侧部318、本體部 31卜右側冑319’且供安裝螺絲插通。 趙部，1之一之下部侧的上下方向陳預定2 置’设疋為操作把手4之旋轉巾心且設有軸承遞、现。 在該軸承30B、30B，經由主轴41而軸支有操作把手4。再 者，接近該操作把手4之旋轉中心而在左㈣318及右側 320000 200934947 —部319之内側設有構成擎動裝置％之一 :一…此時’擎動溝3一b物 之灰轉中心之周圍，於用以將操作把手4定位在預定之倒 伏位置的預定位置、及用以將操作把手4定位在預定之立 起位置的預定位置形成為圓形之凹狀。 如第1圖及第6圖所示，罩蓋32係形成為可嵌合在凹 部320,該凹部320係形成於基座本體31之右侧部3丨9的 表面。此時，罩蓋24係以可覆蓋右侧部319之曲線形狀的 緣部、及右側部319之凹部32〇與右侧之開口面3ir整體 -之方式，形成為由沿著右側部319之曲線形狀之緣部的曲 線、及連結本體部311之上部313之背面313B與延長下部 317之背面317B的假想直線所包圍之形狀的大致平面狀 者，而賦予對右側部319之形狀同時對其外形賦予外觀設 计之美觀性。再者，在該罩蓋32之内側（使該罩蓋32嵌合 於凹部320時），於與本體部3Π之上部313之背面313B ❹及下部314之背面314B對應之位置，分別設置有朝該等上 部313之背面313B及下部314之背面314B之前方突出的 固定部321、321，在該等固定部321、321形成有與上部 313之背面313B及下部314之背面314B之各螺絲孔313h、 314h相對向的插通孔321h、321h。該罩蓋32係在將固定 基座3安裝在門後，一體地覆蓋固定基座3之右侧部319 (之凹部320)，從上下之各固定部321、321之螺絲插通孔 321 h、321h插通螺絲S3 'S3，而鎖緊固定於固定基座μ 之（本體部311的）各螺絲孔313h、314h。藉由該罩蓋32 320000 20 200934947 來覆盖固疋基座3之右側部319、及除了前端側以外的鎖 固彳干，使該等不會顯露於外部，且令其外形具有外觀設 汁之美觀性。再者，鎖固桿5之前端部雖係朝固定基座3 ，後方突出，但在將門鎖固於固定框體時該鎖固桿5之前 端侧係進入固定框體侧之承載座2内，因此不會顯露於外 邛，其整體外形係維持外觀設計之美觀性。 、如第2圖、第5圖及第6圖所示，操作把手4係形成 為前端略朝門側傾斜之大致棒狀，基端係形成為與基座本 體31之前部312之開口下緣部315d對應的形狀。如第2 •圖，圖所示，鎖固桿5係一體地形成在操作把手‘之 端冑It鎖固桿5係具有：以大致卿突出形成於操作 手j之背面基端侧的鉤形狀部51 ;及從該釣形狀部Η 之二端延伸，且以鎌刀狀形成之鎌刀形狀部52。此時，在 $形狀部51之下緣部形成有可扣合於承載座2之鎖 【3的圓弧形狀之鎖固溝51〇，且鉤形狀部51之上緣部之在 ❹作把手4的基部侧係形成為，當操作把手4位於預 :::位置時，對應於基座本體31之前部312之開口上 的曲面形狀、亦即對應於擋止器“A之曲面形 侧形狀部51中，在操作把手4之旋轉支點 ==位置、亦即在使操作把手4旋轉操作至預定之 置時’㈣向於使基座本體31之操作把手4定 預疋之倒伏位置的掣動溝341a，並车 把手Γ定二 時’相對向於使基座本體Μ之操作 在預定之立起位置的掣動溝鳩的位置形成有 320000 21 200934947 貝通孔511以貝通孔511之兩侧開口將構成掣動裝置 34之另-方的掣動球342西己置成藉由掣動彈簧⑽被縣 .至外侧的狀態，而令孽動球342之球面的一部分會從左右 之開口突出。在鎌刀形狀部52之下緣部形成有鎖固導件， =鎖固導件係從釣形狀部51之鎖固溝…延伸成-曲形 ^且滑動在承載座2之鎖固構件23上並將鎖固溝51〇 朝鎖固構件23予以扣人填^丨。二α 扣口導引而且，釣形狀部51及鎌刀 …部52之中間上緣部係形成為對應於 部 〇扣之下面3⑽的平*形狀、亦即對應㈣止器 :狀。該操作把手4之基端侧係通過固定基座3之前部 .12的開口 315，並經由主軸41可旋轉地安農在固定基座 3之左右兩侧部318、319的軸承_、_間，且一體地 =成在操作把手4之基端侧的鎖固桿5係可旋轉地組裝在 固定基座3之空間310内。 如此’將操作把手4及鎖固桿5安裝在固定基座3， ◎並經由間隔件將該蚊基座3时在門。此時，參照第2 圖時’ 2個安裝螺絲係從固定基座3之側方穿通至上下之 ^螺絲孔h3、h4,並通過間隔件而鎖入於門’而將固定基 3固疋在門。而且’如第」圖所示，在該固定基座3之 右側。P 319的凹部319係覆蓋有罩蓋32。此時，罩蓋 =如第6圖所示，將螺絲S3、S3從成為承載座2之安裝基 λ 21之對向面的背面插通至罩蓋以之各固定部3= =絲插通孔321 h、32ih，並鎖緊在固定基座3之各螺絲 H3h、314h，而固定在固定基座3。藉由該安裝，操作 s 22 320000 200934947 把手4係經由與門之正面平 卞订的主軸41，在與門之正面呈 直角的面内中、在預宏夕在,α ^疋About the closed door handle of the door. J [Prior Art] In the past, the door handle has a carrier, an operating handle and a locking lever, and is mounted to the door via a fixed base. Ο 构成 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 由 , , , , , , , , , , , , The locking member is parallel to the front surface of the fixed frame, and the handle is axially supported by a support shaft parallel to the front surface of the door: and is mounted to be at a right angle to the front surface of the door, at a predetermined time. = Dog position:: Rotate between the predetermined standing positions. The locking rod is formed into a π-shaped 'end end side with a substantially arc-shaped locking groove. The locking rod system 2 is pivoted by a fulcrum parallel to the front surface of the cymbal, and constitutes a ❹" The locking member of the carrier can be fastened or disengaged by operating the rotating operation of the hand. Thus, the locking groove of the locking rod is fastened by rotating the operating handle to the position of the pre-two lodging. The lock of the carrier is fixed to the frame of the (four) frame. Conversely, by locking the operating handle to the predetermined standing position, the locking groove of the locking rod is locked from the carrier. In the case of the member, the door is unlocked with respect to the fixed frame. The door handle is described in the patent document, and the reference is made to the patent document. (Patent Document 1) Japanese Patent Publication No. H-287060 [Abstract] 320000 5 200934947 * (Invention The problem to be solved is to use the door handle for the closed door, and when closing the door, the system compresses the pad between the door and the fixed frame, and rotates the operation into the door. Operating, whereby the locking bar is fastened to the carrier, and by the locking bar The snap-fit of the carrier holds the compressed state of the pad to seal the door to the fixed frame. However, in the conventional door handle, since the locking operation of the handle is performed, the locking groove of the locking bar is rotated. The direction is fastened to the locking member of the carrier, so in order to fasten the locking bar to the carrier in the state of compressing the lining, the door must be strongly closed, and the door is strongly pushed in the 'fixed frame In the state, the operating handle is rotated, and there is a problem that it is difficult to obtain the operability of the ft. Moreover, only by strongly closing the door and being in the frame, the elastic recovery of the pad is caused. It is difficult to shrink the pad in the ground, and it is difficult to completely seal the door. Furthermore, in the case of only locking the locking groove of the locking bar from the rotating direction, the locking of the bearing seat::: When the locking groove of the locking rod is not close to the locking structure of the bearing seat, the locking rod cannot be fastened to the bearing seat. Moreover, when the handle is used, the bearing is installed in the fixed position. The frame life base is fixed to the door with the * screws 111, due to the safety There are 1 screws, so there is a problem that the appearance is not good, and the installation position of the mounting screws is difficult to clean due to the dust. The present invention is used to solve the problem; +, 、, the above problems and research, the purpose is The second f is a new functional shape of the lock, for easy operation, even if the lock is dry and the lock member of the carrier is not close, the lock groove of the fixed rod can be buckled and (4) to The locking member of the bearing seat, and the locking 320000 6 200934947 γ solid groove is fastened to the locking member, and the door is brought in to fix the frame, and the gasket interposed between the door and the fixing frame is compressed to completely close the door 'Closed, and the installation of the fresh X each ~ Λ < λ snails, 4 will not be seen from the outside, and seek for the external 颧 Yang and the improvement of the convenience of cleaning, etc. The seat (the means to solve the problem), to achieve the above OBJECTS OF THE INVENTION The door handle of the present invention is provided with a handle and a bearing holder, which is fixed to the fixed frame and has a flat surface with respect to the front surface of the fixed frame; a round shape: a locking member; and an operating handle through the AND gate The front side is flatly fixed to a fixed base fixed to the door And in a plane at right angles to the surface of the door 2, is rotatable in a predetermined lodging position and a predetermined vertical-person locking rod is detachable from or detached from the operation handle by the rotation of the operation handle; The operation handle is rotated to the locking device of the aforementioned floating position carrier, and the locking rod is fastened to the socket: the operation handle is rotated to the rising position, and the front frame is fixed. The front door is fastened to the locking member of the front seat relative to the front=:: and the locking guide: the solid groove extends into a curved shape, and the lock is operated by the operation handle: cover: position to! The rotating operation of the standing position is performed by sliding on the front guide and engaging the locking groove toward the locking member, and pulling the door into the fixed frame. The door handle for the lock invention is embodied as follows. The first operating handle is integrally formed. Second, in the fixed base and the operation 320000 7 200934947 • There is a Detent device between the handles.:: Used: The predetermined lodging position and the predetermined stand up =, stop. $3' has a stopper on the fixed base: the ===! The predetermined lodging position of the handle limits the rotation of the handle in the direction in which the handle is reversed.苐4, in the above-mentioned operation, the shackle is provided with the shackle, and the rotation of the handle is adjusted in the direction of the erection Γ ================================ The lock unit, which is locked in the falling position of the handle of the handle. The sixth portion is covered on the surface of the fixed base; the base and the cover are attached to the base of the carrier. The 7'th locking member is formed by a cylindrical roller. No. 8: = The carrier arm is protruded in such a manner that the position in the front-rear direction can be adjusted. The locking member is attached between the front ends of the arms. 9th,! The table (5) is covered with a cover. The aforementioned carrier and the cover are fixed to the opposite faces of the disk base. In a tenth aspect, a guide member is disposed between the opposite bases of the fixed base=carriers, and the guide guides the base toward the carrier and is positioned to be predetermined = 11th, respectively, at the fixed base The locking hole that is inserted into the latching part of the padlock such as cn〇ck): (The effect of the invention) Root: The door handle of the door is provided in the locking rod · The arc-shaped locking groove' is a locking member that can be buckled on the carrier; and the locking guide extends the locking groove into a curved shape, and the handle is moved from the predetermined lodging position to the stand Green _ operation, and (d) in the lock structure: 320000 8 200934947 'on the lock groove to the aforementioned locking member to be guided and pulled, while pulling the door into the fixed frame; by the new function of the locking rod The shape is such that the door is abutted or close to the fixed frame (in this case, even if the locking groove of the locking bar is not close to the locking member of the bearing seat), the simple operation of the rotary operating handle can be utilized. Surely, the locking groove of the locking rod is buckled and guided to the locking member of the bearing seat, and the locking groove is fixed The button is fastened to the locking member while the door is brought in to secure the frame, and the pad interposed between the door and the fixed frame is positively compressed to completely seal the door. Further, in the case of the door handle, since the lock lever is integrally formed with the operation handle, the structure of the door handle itself can be simplified. Furthermore, since the tilting means for positioning and holding the operating handle at a predetermined lodging position and a predetermined standing position of the operating handle are provided between the fixed base and the operating handle, the operation of the handle can be predetermined The lodging position and the predetermined standing position surely maintain the operating handle, and the operation of the f-operating handle has a click feeling, which can improve the operability of the operating handle. Further, since the fixing base is provided with the stopping device, the stopper restricts the rotation of the operating handle in the falling direction of the operating handle, so that the operating handle can be surely stopped at the predetermined lodging position, and The tilting device and the operating handle can be reliably maintained. Further, the fixed base is provided with a stopper that restricts the rotation of the operating handle in the rising position of the operation handle, thereby allowing the operating handle to be surely in the predetermined standing position Stop, and can reliably hold the cymbal, device and operating handle. Moreover, the fixed base is provided with a lock unit which locks the rotation of the operating handle to the 320000 9 200934947 在 in the predetermined lodging position of the operating handle, so that the operating handle can be locked in the predetermined lodging position, and indeed ^ Keep the door closed. Furthermore, the surface of the fixed base is covered with a cover and the fixed base and the cover are fixed on the opposite side of the support, so that the mounting screws are not seen from the outside of the fixed base, and Seeking improvement in appearance and cleaning convenience. Moreover, the locking member is formed by the cylindrical roller 2, so that the rotation operation of the operating handle is smooth, and particularly when the sealing is closed, the door can be easily moved into the fixing frame by the operation of the operating handle, and The gasket between the door and the frame is sufficiently compressed until the dust is flat, and the door can be surely sealed. Furthermore, a pair of arms protruding from the front and rear sides of the arm are provided, and the locking members are mounted between the front ends of the arms, so that the pair of arms can be adjusted' The locking member is disposed in the fixing frame Zhao 2; the surface of the bearing seat is covered with a cover, and the bearing seat and the cover are fixed on the opposite faces of the operation and the base; The mounting screw is not seen from the outside of the carrier, and the appearance and cleaning convenience are improved. In addition, a guide member is provided between the opposite faces of the fixed base and the carrier, and the guide guides the fixed base to the carrier and is positioned in a predetermined manner, so that the door is pulled into the fixed frame. When the body is in the body, the fixed seat can be surely opposed to the carrier. Furthermore, the locking holes for inserting the flash lock portions of the padlocks are respectively provided on the opposite sides of the fixed base and the sockets, so that the latch portions of the padlocks are inserted through the locking holes, and By locking the fixed base and the carrier with the padlock, the above-mentioned unit can be replaced or the door can be reliably closed. [Embodiment] 320000 10 200934947 Hereinafter, an embodiment of the present invention will be described with reference to the drawings. Figure 1 is a partial cutaway side view of the handle. Figure 2 is a side cross-sectional view of the door handle. Figure 3 is a right side view of the carrier of the door handle. The first figure is the front view of the carrier. Figure 5 is a front view of the fixed base of the door handle and the operating handle. Figure 6 is a partially cutaway rear elevational view of the fixed base, the operating handle and the locking bar. As shown in Figures 1 and 2, the door handles! The carrier 2 is fixed to the fixed frame, and the operation handle 4 and the lock lever 5 are fixed to the door and fixed to the fixed base 3 via the fixed base 3. As shown in FIG. 1 , FIG. 2 and FIG. 3 , the carrier 2 includes: a mounting base 21 ′ − a pair of arm portions 22 and 22 that protrude forwardly from the mounting base 21 ; The member 23 is rotatably attached to the arm portions 22, 22 and the cover 24' to cover the mounting base Η and the pair of arm portions a, as shown in Figures 2, 3 and 4 As shown in the figure, the Anshang base 21 has a cross section in which the ❹ is long in the longitudinal direction (the main part 211 of the Song Tai Μ η η, and the left and right sides of the connection % main body 4 211 and the left side of the left side = side 219 . When viewing the respective parts, as shown in Fig. 2, the inner side of the body portion 211 is formed such that the mounting recesses 212 of the cross-sectional ridge portions 22 and 22 are cut to form a pair of arm-shaped recesses 212. The upper surface 213 of the outer upper portion 213 of the main body portion 211 and the lower portion are formed such that (4) a large cross section of the back surface (10) and a substantially C-shaped shape of the rear surface is provided, and the outer shape has an appearance. Aesthetics. The main body portion 21 and the lower portion 214 are formed to have a rectangular cross section slightly thicker than the rear portion ° c 仗I, and are respectively provided at the center of the front portions 213F and 2UF of the upper portion 213 and the lower portion 214. Screw-on cover 24 © screw, wire w, S1 screw holes (4), 214h. Further, in the case of the main body portion 211, the lower side of the front surface 2!3F of the upper portion and the lower side of the front surface 214F of the lower portion 214 are slightly protruded forward, and are provided with a step, and have an extended upper portion extending upward and downward at right angles. 216 and extension 217. As shown in Fig. 4, the extended upper portion 216 and the extended lower portion 217 are formed in a rectangular shape, and are continuously formed between the left and right side portions 218 and 219 to be described later. In the extension upper portion 216, a guide hole 216g that can be engaged with the guide pin 31 on the side of the fixed base 3 to be described later is formed in the horizontal row direction, and the guide pin 313g and the guide hole 2ΐ6 are formed. § - The snap guide guides the fixed base 3 (the opposite side of the carrier 2) to the opposite side of the carrier and the fixed base 3, and is positioned in parallel with the opposite direction position. In the extension lower portion 217, the locking hole 217N in which the latch portion of the padlock is inserted in the horizontal row direction is inserted, and the door lock port h 61 (refer to FIG. 14) is inserted into the fixing base. Seat 3 and carrier 2 ❾ = and locked. As shown in FIG. 2 and FIG. 4, the mounting surface of the mounting base 21 is formed on the left side portion 218 so that the edge portion on the front side corresponds to the front side of the left side surface of the main body portion 211, Further, the opening surface 212L on the left side (the opening surface on the left side of the mounting recess 212) and the half surface on the side of the '215 side are cut into a stepped shape, and the edge portion on the back side is formed so as to extend from the upper portion 216 of the main body portion 211. The upper end extends the back surface 215β of the H Γ 215 and is connected to the entire planar shape of the curved shape of the lower end of the extended lower portion 217. Further, in the left side portion 218, the inner side surface of the closed portion that covers the opening surface on the left side of the top surface 211 is provided with 320000 12 200934947 - an arm fixing portion for fixing the pair of arm portions 22, 22, At this time, the inner side surface is formed into a triangular shape having a triangular cross section, and two screw holes 212h and 212h for screwing the adjusting screw are formed at predetermined positions above the inner side surface. As shown in FIGS. 3 and 4, the right side portion 219 is formed in a stepped shape in which the edge portion on the front surface 219F side and the outer surface of the right side surface of the main body portion 211 are aligned, and is formed so that the back 219B The edge of the side is a planar shape of a curved shape that is connected to the lower end of the extended lower portion 217 from the upper end of the extended upper portion 216 of the main body portion 211 to the lower surface 215B of the rear portion 215. Further, in the case of the right side portion 219, a shallow concave portion 22 that is engageable with the cover 4 is formed on the surface (surrounded by the edge portion on the side of the front surface 219F side 219B). At this time, the concave portion 22 is formed so as to retain the entire width (the edge portion of the curved shape) on the side of the back 2m side, and the entire surface is formed on the inner side. Mounting holes hl, h2 are formed at predetermined positions on the upper side and the lower side between the left (four) 218 and the right side portion 219 thus formed, and the fourth portion 218, the main body portion 2n, and the right side portion 219 are inserted through the mounting portion (4) for use in inducing Install the screws to insert. As shown in the f 2 diagram, the third diagram, and the fourth diagram, the pair of arm portions 22 and 22 糸 are formed by two arm portions that are protruded in a substantially parabolic shape, and 22p, which constitutes 'and is formed at the tip end thereof. The bearing supporting the lock member U: 2 = T2 arm plates 22P, 22P is formed integrally with the arm mounting member m. The f-part mounting member 222 has a support plate 22 women's plate 224. Lila; and ... 3 are rectangular plates that are long in the vertical direction, and 22 months: two arm plates 22 are formed on the left and right sides of the front side of the support plate. The mounting plate 224 protrudes rearward from the back surface of the support 320000 13 200934947 - the plate 223 and has a plate of a size and shape that can be fitted to the mounting base 2 % % and is opposed to the fixed portion 212 of the mounting recess 2 portion 212 The horizontal section of the one side surface formed into a rotatable shape is a triangular concavity: a solid shape: P is a predetermined position of the lower second, and there are two screw holes (10) of the two brains which are long in the front-rear direction. 22 such a pair is provided such that the arm mounting member 222 is fitted into the mounting base © 91, 诂; the concave and convex portions of the female skirt ◎ 212 t of the soil Z 1 (4) 225, 225 and each of the screw holes 212h, mh, the adjusting screw is made, 52. The through hole is screwed in, and is fixed to the mounting base 2, whereby the pair of arm portions 22, 22 (facing forward) are protruded and mounted. Further, in the attachment base 2, the length of the arm attachment member 222 can be adjusted by the engagement position of the uneven shape of the arm attachment member 222 and the concave-convex shape of the arm fixing portion 212A (shifted in the front-rear direction). The positions of the holes 225, 225 and the screw holes 21 of the mounting base 21 and the ridges 212h thereby adjust the position of the pair of arm portions 22, 22 from the mounting base u (the position in the front-rear direction). As shown in Figs. 2 and 4, the lock member 23 is provided with a cylindrical roller 232 attached to a cylindrical shaft 231, and is formed in a cylindrical shape as a whole. The lock member 23 is rotatably attached between the front ends of the pair of arm portions 22, 22 via bearings 221, 221. As shown in Figs. 1, 3, and 4, the cover 24 is formed to be fitted to the recess 220. The recess 220 is formed on the surface of the right side portion 219 of the holder 2. At this time, the cover 24 is formed so as to cover the curved portion of the right side portion 219 and the concave portion 22 of the right side portion 219 and the open surface 212R of the right side, and is formed to be along The curve of the edge portion of the curved shape of the right side portion 2丨9 and the substantially planar shape of the shape surrounded by the front surface of the extended upper portion 216 of the main body portion 211 and the front surface of the extended lower portion 217 are provided to the right side portion 219. The shape also gives the shape an aesthetic appearance. Further, as shown in FIG. 4, the inside of the cover 24 (when the cover 24 is fitted to the recess 220) is provided at a position corresponding to the front surface 2ΐ3ρ and the lower front surface 214F of the upper portion of the main body portion 211. There are fixing portions 24 and 242 protruding toward the front of the upper front surface 213F and the lower front surface 214F, and the fixing portions 24 and 242 are formed to face the screw holes 213h and 214h of the upper front surface 213F and the lower front surface 214F. Insert holes 241h, 242h. The cover 24 is configured to cover the right side portion 219 (the recessed portion 22) of the skirt base 21 after the mounting base 21 is attached to the fixing body, and the fixing portions 241 and 242 from the upper and lower sides. The screw insertion holes 241h, 242h are inserted into the screws s si' and are locked and fixed to the mounting base 2i (of the body portion (1)): the screws 4 holes 213h, 214h. As shown in the Fig., the right side portion of the mounting base 21 and the pair of arm portions 22 and 22 other than the moon portion of the locking member 23 are covered by the cover 24 so that they do not It is exposed to the outside, and it has a beautiful appearance. In addition, the pair of arm portions Μ 22, the shovel end portion and the locking member 2 q4, ^ ^ are said to protrude toward the front of the carrier 2, but when the door is locked to the fixed frame, the door is fixed. The rigid end of the base 2 and the locking member 23 are in the seat 3, so that they are not exposed to the outside, and the overall shape maintains the aesthetic appearance of the design. The carrier thus constructed is fixed via a spacer. Solid 320000 15 200934947 - Fixed frame. At this time, the mounting base 2, the pair of arms 22, 22 and the locking member 23 are mounted as described above. First, the two mounting screws are mounted from the base 21. The right side passes through the mounting holes hi, h2' above and below the right side portion 219 and fixes the frame by the spacer screw, and fixes the mounting base?! to the fixed frame. Then, the cover 24 covers the cover. The recess 220 of the right side portion 219 of the base is mounted. The cover 24 is attached to the front surface of the opposite surface of the base 3 when the handle is placed, and the screws w and si are passed through the fixed portions of the cover 24 24 242 screw insertion holes 241h, 242h and locked to the screw holes 213h, 214h of the mounting base 21, and solid With the mounting base, the pair of arms 22, 22 are directed toward the front of the carrier 2. The dog's and the locking members between the arms 22, 22 and the front of the fixed frame As shown in Fig. 2, Fig. 5, and Fig. 6, the fixed base d includes a base body 31 and a cover 32. The base body 31 has a longitudinal direction as shown in the following: The longer-largest β#(four)311' and the left-side portion 318 having a substantially c-shaped cross section extending continuously in the left-right downward direction of the main body portion 311 and: = at the upper half and the rear of the front portion 312 of the main body portion 311 are available for 2 There is an opening 'formed between the openings 315, 316: a rod-shaped shape" 31G. Looking at the material, the upper mussels of the body portion are formed such that the lower surface 313D and the lower portion 314 of the upper portion 313 are straight, the lanthanum is formed horizontally, and the back surface 312B of the front portion 312 is formed to be vertically attached to the right side. The upper surface 314U of the crucible 314 is opposite to the rear surface 312 of the front portion 312. The shape of the outer side of the main body portion 311 is formed such that the upper portion 313 is 320000 16 200934947, the lower portion is formed in an arc shape, and the front portion (10) to the portion (10) of the front portion 312 are particularly formed as the main body portion 311. The upper part of the wall has a rectangular cross section, and the lower part 314 is also shaped as a lower part. 3U = shape. The center of the lower side of the back side 313B of the upper part 313 and the center of the material S3 3148 are provided with screws 4, S3 for fixing the cover 24. The screw hole 3i3h of the S3 is made of the back surface 313B and the guide pin 313g is protruded rearward from the upper portion 313, and is led out toward the 10,000 dogs. Furthermore, the front part of the front part is formed toward the lower side of the front side, the upper side of the upper edge part MM from the outer side of the level of the lower/H i shape, and the inner side continuously continues to the upper part to become the predetermined volt of the operating handle 4. The upper edge of the opening of the m, the stopper 31A of the lodging position, and the rotation of the lodging direction of the handle 4 is restricted, and the stopper of the V-hand 4 is erected, and the hand is raised. In contrast, the front portion is curved: the surface (4) is formed by gradually forming from the outer side toward the inner side toward the inner side and the flat side (four), and the end shape of the operation handle 4 described later is made to be the end shape. Further, in the case of the rotation of the operating handle 4, in the case of the main body portion 311, for example, the lower portion of the opening 315 of the 312 is formed with a substantially cylindrical shape of two: 33 〇 = ^ the through hole 33G is fitted with a lock Unit 33. The lock has a rotor 332 that can be rotated by ==, and a rotor cam 333 that is fixed to the inner end of the rotor 332 at a right angle to the rotor, and can be integrally rotated by the predetermined The remaining key 331 = 320000 17 200934947 - When the sub-332 rotates in the predetermined direction, the rotor cam 3 will break To lock the locking position of the *hand 4 in the upright direction by the operation of restricting the predetermined lodging position in the space 31G of the fixing base 3, and locking (locking) the operating handle 4 when When the rotor 332 is rotated in the opposite direction, the rotor cam 333 is reversed to a non-locking position for allowing the rotation of the operating handle 4 in the space 31〇 of the fixed base 3, and the lock of the operating handle* is released (unlocked). solid. Further, in the case of the main body portion 311, the end portion on the side of the back surface 314B of the lower portion 314 below the lower portion 314 has a lower portion 317 extending downward at a right angle. At this time, as shown in Fig. 5, the extended lower portion 317 is formed in a rectangular shape and continuously formed between the left and right side portions 318 and 319. In the long lower jaw 317, a locking hole is formed in the horizontal direction, and is opposed to the locking hole mN of the extended lower portion 217 of the carrier 2, and as described above, the padlock (the flash lock portion) can be inserted into the fixing base. Between the seat 3 and the carrier 2, the vertical 'locks. As shown in Fig. 2 and Fig. 6, the left side portion and the right side t inner side are formed in a U-shaped cross section, respectively, and the outer side is formed into a face C shape. At this time, the upper portions 318U and 319U of the left side portion 318 and the right side portion 319 are formed to have the same size and shape as the side surface shape of the upper portion (10) of the main body portion 3. The upper and lower sides of the (left side portion 318 and the right side portion Mg) 4 318C, 319C are formed to be slightly wider than the side surface shape of the main body portion 311 so as to be along the front portion 312 in such a manner as to include the opening 315 portion. The 312F side is covered by the outer shape, and the shape of each side surface of the main body portion 3 ι is formed by the wide shape of the intermediate portion 319C. The left and right opening faces 3 and 31R (the left and right opening faces m, 320000 18 200934947 31R surrounded by the portion (10), the front portion 312, and the lower portion 314) are covered with the left and right sides of the front portion 312 side, thereby The configuration inside the body portion 311 of the lock unit '33' or the like may be hidden, and as will be described later, a detent device 34 may be disposed between the fixed base 3 and the operation handle 4. The lower portions 318D and 319D (the left side portion 318 and the right side portion 319) are continuous with the upper and lower intermediate portions 318C and 319C, and are formed in a shape symmetrical with the upper portions 318U and 319U. The lower portions 318D, 319D are formed symmetrically with the upper portions 318U, 319U, and are gradually widened compared to the side shape of the lower portion 314 of the main body portion "I, so that the widened portion extends to the meandering body portion 311. Below the lower portion 314, the extended end portion is continuously formed with the aforementioned extended lower portion 317, and the outer shape thereof has an aesthetic appearance of the design. Moreover, the left side portion 318 is fixed in the same manner as the carrier 2 at this time. The mounting surface of the susceptor 3 is formed in a planar shape as a whole. On the other hand, the right side portion 319 is formed on the surface (which is surrounded by the edge portion on the front side and the back side) in the same manner as the carrier 2 The shallow recessed portion 32 of the fitting cover 32. At this time, the recessed portion 220 is formed on the inner side thereof by retaining only the edge portion of the front side of the predetermined width ((: the edge portion of the curved shape of the shape of the character) Between the left side portion 318 and the right side portion 319 thus formed, mounting holes h3 and h4 are formed at predetermined positions corresponding to the upper side and the lower side of the upper portion 313 and the lower jaw 314 of the main body portion 311. The mounting hole passes through the left side portion 318, the body portion 31, and the right side 胄 319' For the mounting screw to be inserted. Zhao Department, the upper and lower direction of one of the lower side of the 1st is scheduled to be set to 2, which is set as the rotating towel core of the operating handle 4 and is provided with a bearing, now. In this bearing 30B, 30B, via the spindle 41, the shaft has an operating handle 4. Further, close to the center of rotation of the operating handle 4 is provided on the left (four) 318 and the right side 320000 200934947 - the portion 319 is one of the components constituting the moving device: one ... at this time 'moving The periphery of the ash turn center of the groove 3-b is formed in a circular shape at a predetermined position for positioning the operation handle 4 at a predetermined lodging position, and a predetermined position for positioning the operation handle 4 at a predetermined standing position. As shown in FIGS. 1 and 6, the cover 32 is formed to be engageable in the recess 320, and the recess 320 is formed on the surface of the right side portion 3丨9 of the base body 31. The cover 24 is formed in a curved shape along the right side portion 319 so as to cover the curved portion of the right side portion 319 and the concave portion 32 右侧 of the right side portion 319 integrally with the right opening surface 3ir. The curve of the edge portion and the back surface 313B of the upper portion 313 of the connecting body portion 311 and the extension The substantially planar shape of the shape surrounded by the imaginary straight line of the back surface 317B of the portion 317 gives the shape of the right side portion 319 while giving the outer shape an aesthetic appearance. Further, on the inner side of the cover 32 When the cover 32 is fitted into the recess 320, the back surface 313B of the upper portion 313 and the back surface 314B of the lower portion 314 are disposed at the positions corresponding to the back surface 313B of the upper portion 313 and the back surface 314B of the lower portion 314, respectively. The fixing portions 321 and 321 protruding in front of the 314B are formed with the insertion holes 321h and 321h facing the screw holes 313h and 314h of the back surface 313B of the upper portion 313 and the back surface 314B of the lower portion 314 in the fixing portions 321 and 321 . The cover 32 is integrally attached to the right side portion 319 (the recessed portion 320) of the fixed base 3 after the fixed base 3 is attached to the door, and the screw insertion hole 321 h from the upper and lower fixing portions 321 and 321 321h is inserted into the screw S3 'S3, and is locked and fixed to each of the screw holes 313h, 314h of the fixed base μ (of the body portion 311). The cover portion 32 320000 20 200934947 covers the right side portion 319 of the solid base 3 and the locking trunks other than the front end side so that the contents are not exposed to the outside, and the outer shape thereof has a skin appearance. Aesthetics. In addition, the front end of the locking rod 5 protrudes toward the fixed base 3, but the front end side of the locking rod 5 enters the bearing seat 2 on the side of the fixed frame when the door is locked to the fixed frame. Therefore, it will not be exposed to the outside, and its overall shape will maintain the aesthetics of the design. As shown in FIGS. 2, 5, and 6, the operating handle 4 is formed in a substantially rod shape whose front end is slightly inclined toward the door side, and the base end is formed to be the lower edge of the opening of the front portion 312 of the base body 31. The shape corresponding to the portion 315d. As shown in Fig. 2, the lock lever 5 is integrally formed at the end of the operation handle '胄. The lock lever 5 has a hook shape which is formed in a substantially clear projection on the back base side of the operation hand j. a portion 51; and a sickle-shaped portion 52 extending from both ends of the fishing shape portion 镰 and having a sickle shape. At this time, at the lower edge portion of the shape portion 51, a locking groove 51A which is engageable with the arc of the lock [3] of the carrier 2 is formed, and the upper edge portion of the hook shape portion 51 is used as a handle. The base side of the base 4 is formed such that when the operation handle 4 is at the pre::: position, the curved shape corresponding to the opening of the front portion 312 of the base body 31, that is, the curved side shape corresponding to the stopper "A" In the portion 51, when the rotation fulcrum of the operation knob 4 is at the position of ==, that is, when the operation knob 4 is rotated to a predetermined position, (4) the squatting position of the operation handle 4 of the base body 31 is predetermined. The movable groove 341a and the handle of the handle are fixed at two positions. 320000 21 200934947 Beton hole 511 is formed at a position corresponding to the operation of the base body 在 at a predetermined erect position. The opening on both sides of the swaying ball 342 which constitutes the other side of the swaying device 34 is placed in the state of the county to the outside by the swaying spring (10), and a part of the spherical surface of the swaying ball 342 is left and right. The opening protrudes. A locking guide is formed at a lower edge portion of the sickle-shaped portion 52, and the locking guide is shaped from the fishing shape. The locking groove of the 51 is extended into a curved shape and slides on the locking member 23 of the bearing seat 2 and the locking groove 51 is buckled toward the locking member 23. The second α buckle is guided and The middle upper edge portion of the fishing shape portion 51 and the file portion 52 is formed in a flat shape corresponding to the lower surface 3 (10) of the partial buckle, that is, a corresponding (four) stopper: the base end side of the operation handle 4 is passed. The opening 315 of the front portion 12 of the base 3 is fixed, and is rotatably mounted via the main shaft 41 between the bearings _, _ of the left and right side portions 318, 319 of the fixed base 3, and integrally = in the operating handle 4 The base end side locking rod 5 is rotatably assembled in the space 310 of the fixed base 3. Thus, the operating handle 4 and the locking rod 5 are mounted on the fixed base 3, and the mosquito is passed through the spacer. When the base 3 is at the door, at this time, referring to Fig. 2, the two mounting screws are passed from the side of the fixed base 3 to the upper and lower screw holes h3 and h4, and are locked into the door through the spacers. The fixed base 3 is fixed to the door, and is shown on the right side of the fixed base 3 as shown in the figure. The recess 319 of the P 319 is covered with a cover 32. At this time, the cover = as shown in Fig. 6, the screws S3, S3 are inserted from the back surface of the opposite surface of the mounting base λ 21 of the carrier 2 to the cover, and the fixing portions 3 = = wire insertion The holes 321 h, 32ih are locked to the screws H3h, 314h of the fixed base 3, and are fixed to the fixed base 3. With this installation, operation s 22 320000 200934947 The handle 4 is passed through the main shaft 41 which is aligned with the front of the door, in the plane at right angles to the front of the door, in the pre-macro, α ^
Ba 員之甸伏位置與預定之立起位置之 間’可旋轉地轴支在固定於門 .,於門之固定基座3，並藉由該操 作把手4之旋轉將鎖固擇c； j人 才干5扣a於承載座2之鎖固構科23 其脫離。此時，藉由使操作把手4從預定之立起也置 方疋轉#作至預定之倒伏位置，鎖固桿5之嫌刀形狀部Μ 的鎖固導件521會滑動在承載座2之鎖固構件^上，並將 鉤形狀部5 i之鎖固溝5! 〇朝鎖固構件2 3予以扣合導引， 且-邊將門拉進至固定框體，—邊將鎖固溝刚扣合在鎖 固構件23,並將門鎖固於固定框體。接著，在該狀態τ， 將預定之鑰匙331插入鎖單元33之轉子332，並使轉子332 朝預定方向旋轉時，轉子332凸輪333會突出至在固定基 座3之㈣31〇内用以限制預定之倒伏位置的操作把令4 之立起方向之旋轉的鎖固位置，而對操作把手4完全地予 以鎖固（上鎖）。再者，使轉子332朝相反方向旋轉時轉 ❹，凸輪333會反轉至在固定基座3之空間31〇内用以容許 操作把手4之旋轉的非鎖固位置，而解除（解鎖）操作把手 4之鎖固。然後，藉由使操作把手4從預定之倒伏位置旋 轉操作至預定之立起位置，使鎖固桿5之鉤形狀部51的鎖 固溝510從承載座2之鎖固構件510脫離，而鎌刀形狀部 52之鎖固導件521會一邊滑動在承載座2之鎖固構件23 上’一邊脫離，並將門相對於固定框體予以解鎖。 第7圖至第14圖係具體地顯示該門用把手1的動作及 功能。第7圖係顯示操作把手4位於預定之立起位置的情 320000 23 200934947 —:此7 一操作把手4係停止在從預定之倒伏位置旋轉 3 4後的預定立起位晉马_ d • 1該狀態係藉由鎖固桿5(鉤形狀部 .= 靖部52之中間上緣部)與固定基座3之擋止器 、卩3之下面313D)之衝接、及操作把手4之掣動 二丰342與固定基座31之掣動溝34ib、34ib(用以將 定位在預定之立起位置的擎動溝341b、難) ^ σ 口而被保持。接著，自該狀態使操作把手4朝預 疋之倒伏位置略為旋轉，如第 ❹缠㈣箱〜〃 弟圖所不’使操作把手4旋 _ 置3°。之位置時，鎖固捍5之鎖固導 件52!的終端部會從上部與承載座2 然後，使操作扣丰/細门+ 喷口褥仟Μ接觸。 丄同方向旋轉，如第9圖所示，使操 離預定之倒伏位置25。之位置時，鎖固桿5 ==::::::r部側略“後部側的位 同方向旋:如第=構件3。接著’使操作把手‘朝 〇之倒伏位置20。之位置時，:7把手4旋轉至離預定 =:從上部側略繞入後部側的位置 座 2鎖固構…’並將鎖固桿5之鎖固溝51〇朝= 予二扣合導引’同時將門拉進至固定框體 ==T3g會接近承载座… …、後使知作把手4朝同方向旋轉， g 作把手4旋轉至離預定之倒伏位 使插 之鎖固導件521的始 之位置蛉’鎖固桿5 置滑動於承載座2 μ 側略繞入後部側的位 動於承载座2之鎖固構件23上’並將鎖固桿5之鎖固 320000 24 200934947 -溝5H)朝固定構件23予以扣合導引，同時將門拉進至 框體。此時，固定基座3侧之導引銷313g係插入承 :之導引孔216g。接著，使操作把手4朝同方向旋轉，如 第12圖所示，使操作把手4旋轉至離預定之倒伏位置1〇。 之位置時’鎖固桿5之鎖固導件521與鎖固溝51()之（ 的)邊界會到達從承載座2之鎖固構件23上的上部側略繞 =部侧的位置，並將鎖固桿5之鎖固溝5ι〇朝固定構件 ❹3予以扣合導引，同時將門拉進至固^框體。此時， 基座3侧之導引銷313g係插入承載座2側之 -藉由該導件之扣合導引，將固宕其r Q &導引孔2Wg。 •導引。接著，使操彻座2平行地 拉進至固定框體之情形下：t在將門充分地 ..承载座2之鎖_23上鎖二 完全地扣合。此時，固定基座„與鎖固構件23會 ❹承載座2狀導㈣16^3==請〖係插通至 定基座3相對於承載座二由定:導在， 合上下之位置）。再者，談狀離^在預疋之位置（亦即對 心基部）與固定基座二心固桿5(釣形狀部 之衝接、及操作把手4之掣動球3i5U的#止器3U 之㈣溝一 “(用^ 伏位置的掣動溝341a、341a)2把手4疋位在預定之倒 狀態下，將預定之鑰匙331插入^扣^而被保持。在該 使轉子-朝預…向旋轉i 25 f*- 320000 200934947 •=以在固定基座3之空間31G内限制預定之倒伏位置的操 ，手4之立起方向之旋轉的鎖固位置，而將操作把手4 元全地予以鎖固（上鎖）。再者，如# 14圖所示，使掛鎖6 之問鎖部㈣插通至設於固定基座3與承載座2之相互對 =面的鎖固孔317Ν、簡，而以掛鎖6對固定基座3與承 / 2之間進行上鎖，藉此即可確實地保持門之關閉狀 ο =再者，將Η相對於固定框體予以解鎖之動作係與上述 動作相反。 4如以上之說明，在該門用把手"，係由具有以大致 •突出形成於操作把手4之背面基端側的釣形狀部Η、 • ==^狀部51之終端延伸且以鎌刀狀形成之嫌刀形 。來構成鎖固桿5,且在釣形狀部51形成可與承載 =鎖固構件23扣合的圓弧形狀之鎖固溝510,並以彎 开^從，固溝51G延伸至鎌刀形狀部52，而設置鎖固導 ’猎由操作把手4之從預定之倒伏位置至預定之立 θ固：^旋轉操作，而扣合、滑動在鎖固構件23上並將鎖 。朝鎖固構件23予以扣合導引，同時將門拉進固定 體内，因此，在使門輕輕地抵接或接近固定框體之狀離 :(鎖固桿5之鎖固溝別未接近承載座2 & 用使操作把手4旋轉之簡易操作州 鎖固=5之鎖固溝训扣合導引至承載座2之鎖固構件 固定^鎖固溝510扣合在鎖固構#23’同時可將門拉進 塾二將門—並二實地•縮介置於門與固定框體之間的襯 史向將門元全地密閉。 320000 26 200934947 再者，在該門用把手1之情形時，由於將鎖固桿5 一 體地形成在操作担手4，因而可使制把手i之裝 /整體簡易化。構成 而且，在固定基座3與操作把手4之間設置掣動裝置 34,將操作把手4定位並保持在操作把手4之預定之倒伏 位置及預定之立起位置，因此可確實地將操作把手4保持 f預定之倒伏位置及預定之立起位置，且在操作把手4之 ❹操作上具有具有嗔喔感，可使操作把手之操作性提升。再 者由於在固定基座3具備用以在操作把手4之預定之倒 伏位置限制操作把手4之倒伏方向之旋轉的擋止器叫， •因此可使操作把手4確實地在預定之倒伏位置停止，且可 確實地保持掣動裝置34與操作把手4。而且，在固定基座 3具備用以在操作把手4之預定之立起位置限制操作把手4 之立起方向之旋轉的擒止器31B，因此可使操作把手在確 貫地在預定之立起位置停止，且可確實地保持掣動裝置％ ❹與操=把手4。而且’在固定基座3具備用以在操作把手* 預疋之倒伏位置將操作把手4之旋轉予以鎖定的鎖單元 33,因此可在預定之倒伏位置鎖固操作把手4,而破實地 2持門之關閉狀態。再者’在固定基座3之表面覆蓋有罩 蓋32,並在與承载座2之對向面將固定基座3與罩蓋μ 予以固定’因此可使安裝螺絲不會從固定基座3之外;被 看見，而提升外觀性且可容易地清掃。 而且纟於以圓筒形之滾軸232來形成鎖固構件23， 因此操作把手4之旋轉操作順暢，特別是在將門密閉時， 320000 27 200934947 。可容易地藉由操作把手4之旋轉操作使門進入固定框體， ，充分地壓縮門與固定框體之間的襯墊，而可確實地將門 密閉。再者’由於在承載座2設置可調整前後方向之位置 的一對^部22、22，並將鎖固構件23安裝在各臂部22、 22之前端間，因此可調整一對臂部22、22之突出量，而 將鎖固構件23設置在固定框體之適當位置。再者，使一對 摩邛22、22與臂安裝構件222之凹凸形狀及安裝基座2f 之凹凸形狀嚙合，並將該臂部螺固而安裝在安裝基座Μ， 因，可確實地抵抗由鎖固桿5產生之引拉負載。此外，使 罩盍24覆蓋在承載座2之表面，並在操作把手4之固定基 .座3之對向面固定承載座2與罩蓋24,因此可使安裝螺絲 不會從承載座2之外部被看見，而提升外觀性且可容易地 清掃。 此外，在固定基座3與承载座2之相互的對向面之間 具備導件（導引銷313g、導引孔216g)，且該導件係將固定 ❹基座3往承载座2導引，並定位成預定之態樣（在預定之位 置平行），因此在將門拉進固定框體時，可使固定基座3 確貫地與承載座2相對向。再者，分別在固定基座3與承 載座2之相互的對向面具備可供掛鎖6之閂鎖部分61插通 的鎖固孔317N、217N，因此藉由使掛鎖6之閂鎖部分61 插通該等鎖固孔317N、217N’並以該掛鎖6對固定基座3 與承載座2之間進行上鎖，即可取代前述之鎖單元33，或 與該鎖單元33 —同確實地保持門之關閉狀態。 【圖式簡單說明】 320000 28 200934947 把手之局部剖切 第1圖係本發明之一實施形態之門用 侧視圖。 第2圖係本發明之一實施形態之門用把手之側面剖視 實施形態之門用把手之承载座的 第3圖係本發明之一 右側視圖。 一第4圖係本發明之一實施形態之門用把手之承载座的 前視圖。 ❹ 第5圖係本發明之一實施形態之門用把手之固定基 座、操作把手的前視圖。 第6圖係本發明之一實施形態之門用把手之固定基 座、操作把手及鎖固桿的局部剖切後視圖。 第7圖係顯示本發明之一實施形態之門用把手的動作 例，並顯示使操作把手停止在預定之立起位置之狀態 面剖視圖。 ❹帛8 ®係顯示本發明之—實施形態之門用把手的動作 例’並顯示使操作把手從預定之立起位置朝預定之倒伏位 置旋轉並使鎖固桿之鎖固導件從上部接觸於承載座之鎖固 構件之狀態的側面剖視圖。 第9圖係顯示本發明之一實施形態之門用把手的動作 例，並顯不使操作把手旋轉並使鎖固桿之鎖固導件扣合並 滑動於承载座之鎖固構件之狀態的側面剖視圖。 〇 第10圖係顯示本發明之一實施形態之門用把手的動 作例，並顯示使操作把手旋轉並使鎖固桿之鎖固導件滑動 320000 29 200934947 於承載座之鎖ϋ構件上之狀態的側面剖視圖。 第1丨圖係顯示本發明之一實施形態之門用把手的動 -作例’並顯示使操作把手旋轉並使鎖固桿之鎖固導件滑動 於承載座之鎖固構件上，並將鎖固捍之鎖固溝朝鎖固構件 予以扣口導引且將門拉進至固定框體之狀態的側面剖視 圖。 第12圖係顯示本發明之一實施形態之門用把手的動 作例’並顯示使操作把手旋轉，且鎖固桿之鎖固導件與鎖 固溝之（突狀的）邊界到達承載座之鎖固構件，並將鎖固桿 -之鎖固溝朝鎖固構件予以扣合導引且將門拉進至固定框體 之狀態的側面剖視圖。 第13圖係顯示本發明之一實施形態之門用把手的動 作例，並顯示使操作把手旋轉至預定之倒伏位置，並將門 充分地拉進至固定框體，使鎖固桿之鎖固溝落入承載座之 鎖固構件上，而使該等鎖固溝與鎖固構件完全地扣合之狀 ❹態的側面剖視圖。 第14圖係顯示本發明之一實施形態之門用把手的動 作例，並顯示在使操作把手旋轉至預定之倒伏位置，並將 門充分地拉進至固定框體，使鎖固桿之鎖固溝與承載座之 鎖固構件完全地扣合之狀態下，令掛鎖插通至固定基座與 承載座之間，而以掛鎖對固定基座與承載座之間進行上鎖 之狀態的側面剖視圖。 【主要元件符號說明】 1 門用把手 2 承載座 320000 30 200934947 * 3 固定基座 4 操作把手 …5 鎖固桿 6 掛鎖 21 安裝基座 22 臂部 22P 臂部板 23 鎖固構件 24 罩蓋 30B 軸承 31 基座本體 31A、 31B擋止器 31R 右側之開口面 32 罩蓋 33 鎖單元 41 主軸 ❹51 鉤形狀部 52 鎌刀形狀部 61 閂鎖部分 211 本體部 212 安裝凹部 212L 左侧之開口面 212A 臂固定部 212R 右侧之開口面 212h、 213h、214h螺絲孔 213 上部 213U 上面 213F 正面 214 下部 214F 正面 〇 214D 下面 215 後部 215B 背面 215F 正面 216 延長上部 216g 導引孔 217 延長下部 217N 鎖固孔 218 左側部 218B 背面 218F 正面 219 右侧部 219B 背面 219F 正面 220 軸承 222 臂部安裝構件 223 支持板 224 安裝板 31 320000 200934947 * 224 長孔 231 軸 »气 232 滾軸 241 ' 242固定部 241h 、242h螺絲插通孔 310 空間 311 本體部 312F 正面 312Β 背面 313 上部 313D 下面 313g 導引銷 313h 螺絲孔 313U 上面 〇 314 下部 314B 背面 314D 下面 314h 螺絲孑L 314U 上面 315、 316 開口 - 315d 開口下緣部 315u 開口上緣部 317 延長上部 317B 背部 317N 鎖固孔 318 左側部 318C 上下方向中間部 318D 下部 318U 上部 320 凹部 〇 321 固定部 321h 螺絲插通孔 330 貫通孔 331 錄匙 333 轉子凸輪 341a 、341b掣動溝 342 掣動球 343 掣動彈簧 510 鎖固漠 511 貫通孔 521 鎖固導件 hi、h2安裝孔 h3、h4安裝孔 SI 螺絲 S2 調整螺絲 S3 螺絲 32 320000Between the position of the Ba member and the predetermined standing position, the rotatably pivoted shaft is fixed to the door. The fixed base 3 of the door is locked by the rotation of the operating handle 4; The dry 5 buckle a is in the lock structure of the carrier 2 and it is detached. At this time, by causing the operating handle 4 to be rotated from the predetermined standing position to the predetermined lodging position, the locking guide 521 of the blade-shaped portion 锁 of the locking lever 5 is slid on the carrier 2 The locking member is fixed, and the locking groove 5! of the hook-shaped portion 5 i is fastened and guided toward the locking member 2 3 , and the door is pulled into the fixed frame, and the side is locked. It is fastened to the locking member 23 and the door is fixed to the fixing frame. Next, in this state τ, when the predetermined key 331 is inserted into the rotor 332 of the lock unit 33 and the rotor 332 is rotated in a predetermined direction, the rotor 332 cam 333 protrudes to the (4) 31〇 of the fixed base 3 to limit the reservation. The operation of the lodging position completely locks (locks) the operating handle 4 by the locking position of the rotation of the rising direction of 4. Further, when the rotor 332 is rotated in the opposite direction, the cam 333 is reversed to the non-locking position for permitting the rotation of the operating handle 4 in the space 31A of the fixed base 3, and the unlocking (unlocking) operation is performed. The handle 4 is locked. Then, by rotating the operating handle 4 from the predetermined lodging position to the predetermined standing position, the locking groove 510 of the hook-shaped portion 51 of the locking bar 5 is detached from the locking member 510 of the carrier 2, and the file is removed. The locking guide 521 of the shape portion 52 is detached while sliding on the locking member 23 of the carrier 2, and unlocks the door with respect to the fixed frame. Fig. 7 through Fig. 14 specifically show the action and function of the door handle 1. Figure 7 shows the operation of the operating handle 4 in the predetermined standing position 320000 23 200934947 -: This 7 operating handle 4 is stopped at the predetermined rising position after the rotation from the predetermined lodging position 3 4 _ d • 1 This state is achieved by the locking bar 5 (hook shape portion = the middle upper edge portion of the slant portion 52) and the stopper of the fixed base 3, the lower surface 313D of the cymbal 3), and the operation of the handle 4 The moving phoenix 342 and the swaying grooves 34ib, 34ib of the fixed base 31 (for locating the ditch groove 341b, which is positioned at a predetermined standing position) are held. Then, from this state, the operating handle 4 is slightly rotated toward the undulating position of the yoke, and the operating handle 4 is rotated by 3° as in the case of the twirling (four) box. In the position, the end portion of the locking guide 52! of the locking jaw 5 will be in contact with the carrier 2 from the upper portion and then the operation buckle/fine door + nozzle port. Rotate in the same direction, as shown in Figure 9, to make the desired fall position 25. In the position, the locking rod 5 ==::::::r side is slightly "the rear side of the position is rotated in the same direction: as the = member 3. Then the 'operation handle' is facing the squatting position 20. At the time: 7 the handle 4 is rotated to the predetermined position =: the seat 2 is slightly locked from the upper side into the rear side. The seat 2 is locked... and the locking groove 51 of the locking rod 5 is turned toward the second button. At the same time, the door is pulled into the fixed frame == T3g will approach the bearing seat..., and then the handle 4 will be rotated in the same direction, and the handle 4 will be rotated to the predetermined lodging position to insert the locking guide 521. The position 蛉 'locking rod 5 is slid on the side of the carrier 2 μ side slightly to the rear side to move on the locking member 23 of the carrier 2 ' and to lock the locking rod 5 320000 24 200934947 - groove 5H The fastening member 23 is engaged and guided while pulling the door into the frame. At this time, the guide pin 313g on the side of the fixed base 3 is inserted into the guide hole 216g of the bearing. Next, the operation handle 4 is oriented Directional rotation, as shown in Fig. 12, the operating handle 4 is rotated to a position 1 离 from the predetermined lodging position. The position of the locking rod 5 of the locking rod 5 and the locking groove 51 () The boundary will reach the position on the upper side of the locking member 23 of the carrier 2 slightly on the side of the side, and the locking groove 5 of the locking rod 5 will be engaged and guided toward the fixing member 3, and the door will be pulled. The guide pin 313g on the side of the base 3 is inserted into the side of the carrier 2 - by the snap guide of the guide, the r Q & guide hole 2Wg is fixed • Guide. Next, in the case where the machine 2 is pulled in parallel to the fixed frame: t is fully engaged with the lock _23 of the carrier 2; at this time, fixed The base „ and the locking member 23 will be supported by the carrier 2 (4) 16^3== Please be inserted into the fixed base 3 relative to the bearing seat 2: guide, close up and down position). Furthermore, the position of the pre-twisting position (that is, the base of the center of the heart) and the fixed base two-core fixed rod 5 (the punching of the fishing shape portion, and the #3 of the swaying ball 3i5U of the handle 4) (4) Groove 1 "(with the swaying grooves 341a, 341a at the position of the volts) 2 The handle 4 is placed in the predetermined inverted state, and the predetermined key 331 is inserted into the yoke to be held. ...to the rotation i 25 f*- 320000 200934947 •=The operation of the predetermined dangling position in the space 31G of the fixed base 3, the locking position of the rotation of the hand 4 in the upright direction, and the operation handle 4 yuan The ground is locked (locked). Further, as shown in Fig. 14, the lock portion (4) of the padlock 6 is inserted into the locking hole 317 provided on the opposite side of the fixed base 3 and the carrier 2 Simple, and the padlock 6 is used to lock the fixed base 3 and the bearing 2, thereby reliably maintaining the closed state of the door. ο= Further, the action of unlocking the cymbal relative to the fixed frame is Contrary to the above-described operation. 4 As described above, the door handle " has a fishing that is formed substantially at the base end side of the operation handle 4; The terminal portion •, the end of the ==^^ portion 51 extends and is formed in the shape of a sickle. The locking rod 5 is formed, and a circle engageable with the load-locking member 23 is formed in the fishing shape portion 51. The arc-shaped locking groove 510 is extended from the solid groove 51G to the sickle-shaped portion 52, and the locking guide is set to be hunted by the operation handle 4 from the predetermined lodging position to the predetermined vertical θ solid: ^ Rotating operation, and snapping and sliding on the locking member 23 and guiding the locking member 23 to the locking member 23, while pulling the door into the fixing body, thereby gently abutting or approaching the door The shape of the frame is away from: (The locking groove of the locking rod 5 is not close to the bearing seat 2 & The simple locking operation of the locking handle for the operation of the handle 4 is locked to the bearing seat 2 The locking member is fixed, the locking groove 510 is fastened to the locking structure #23', and the door can be pulled into the second door, and the second solid and the shrinking medium are placed between the door and the fixed frame. 320000 26 200934947 Furthermore, in the case where the door handle 1 is used, since the lock lever 5 is integrally formed on the operation handle 4, The mounting/implementation of the handle i is simplified. Further, a swinging device 34 is provided between the fixed base 3 and the operating handle 4, and the operating handle 4 is positioned and held at a predetermined lodging position of the operating handle 4 and predetermined. The standing position is such that the operating handle 4 can be surely held at the predetermined lodging position and the predetermined standing position, and has a click feeling after the operation of the operating handle 4, so that the operability of the operating handle can be improved. Since the fixed base 3 is provided with a stopper for restricting the rotation of the operating handle 4 in the predetermined lodging position of the operating handle 4, the operating handle 4 can be surely stopped at the predetermined lodging position. The swaying device 34 and the operating handle 4 can be reliably held. Further, the fixed base 3 is provided with a stopper 31B for restricting the rotation of the operating handle 4 in the standing position of the operating handle 4, so that the operating handle can be erected in a predetermined position. The position is stopped and the tilting device % ❹ and the handle = handle 4 can be surely maintained. Moreover, 'the fixed base 3 is provided with a lock unit 33 for locking the rotation of the operating handle 4 in the lodging position of the handle handle*, so that the handle 4 can be locked in the predetermined lodging position, and the handle 4 is broken. The closed state of the door. Furthermore, the surface of the fixed base 3 is covered with a cover 32, and the fixed base 3 and the cover μ are fixed on the opposite side of the support base 2, so that the mounting screws are not removed from the fixed base 3 Beyond; seen, improved appearance and easy to clean. Further, the locking member 23 is formed by the cylindrical roller 232, so that the rotation operation of the operating handle 4 is smooth, particularly when the door is sealed, 320000 27 200934947. The door can be easily inserted into the fixed frame by the rotational operation of the operating handle 4, and the gasket between the door and the fixed frame can be sufficiently compressed to securely seal the door. Furthermore, since a pair of portions 22 and 22 which can adjust the position in the front-rear direction are provided in the carrier 2, and the locking member 23 is installed between the front ends of the respective arm portions 22, 22, the pair of arms 22 can be adjusted. The amount of protrusion 22 is set at an appropriate position of the fixed frame. Further, the pair of cymbals 22, 22 are engaged with the concave-convex shape of the arm attachment member 222 and the concave-convex shape of the attachment base 2f, and the arm portion is screwed and attached to the attachment base Μ, thereby reliably resisting The pull load generated by the locking bar 5. In addition, the cover 24 is covered on the surface of the carrier 2, and the carrier 2 and the cover 24 are fixed on the opposite sides of the fixed base 3 of the operating handle 4, so that the mounting screws can not be removed from the carrier 2. The exterior is seen, which enhances the appearance and can be easily cleaned. In addition, a guide member (a guide pin 313g, a guide hole 216g) is provided between the opposing faces of the fixed base 3 and the carrier 2, and the guide guides the fixed base 3 to the carrier 2 The guides are positioned and positioned in a predetermined manner (parallel at predetermined positions) so that the fixed base 3 can be surely opposed to the carrier 2 when the door is pulled into the fixed frame. Furthermore, the opposing faces of the fixed base 3 and the carrier 2 are respectively provided with locking holes 317N, 217N through which the latching portions 61 of the padlocks 6 are inserted, so that the latching portions 61 of the padlocks 6 are provided. Inserting the locking holes 317N, 217N' and locking the fixed base 3 and the carrier 2 with the padlock 6 can replace the lock unit 33 or the same as the lock unit 33. Keep the door closed. [Simplified illustration of the drawings] 320000 28 200934947 Partial cutaway of the handle Fig. 1 is a side view of the door according to an embodiment of the present invention. Fig. 2 is a side cross-sectional view showing a handle for a door according to an embodiment of the present invention. Fig. 3 is a right side view of the present invention. Figure 4 is a front elevational view of the handle of the door handle of one embodiment of the present invention. Fig. 5 is a front elevational view showing the fixing base of the door handle and the operating handle according to an embodiment of the present invention. Fig. 6 is a partially cutaway rear elevational view showing the fixing base of the door handle, the operating handle and the locking bar according to an embodiment of the present invention. Fig. 7 is a cross-sectional view showing an operation example of the door handle according to the embodiment of the present invention, and showing a state in which the operation handle is stopped at a predetermined standing position. ❹帛8® shows an operation example of the door handle according to the embodiment of the present invention and shows that the operating handle is rotated from the predetermined standing position toward the predetermined lodging position and the locking guide of the locking lever is contacted from the upper portion. A side cross-sectional view of the state of the locking member of the carrier. Fig. 9 is a view showing an operation example of the door handle according to an embodiment of the present invention, and shows a side where the operation handle is rotated and the lock guide of the lock lever is buckled and slid to the state of the lock member of the carrier. Cutaway view. Figure 10 is a view showing an operation example of the door handle according to an embodiment of the present invention, and shows a state in which the operation handle is rotated and the lock guide of the lock lever is slid on the lock member of the carrier 320000 29 200934947 Side profile view. 1 is a view showing a movement-example of a door handle according to an embodiment of the present invention and showing that the operating handle is rotated and the locking guide of the locking lever is slid on the locking member of the carrier, and the lock is locked. A side cross-sectional view of a state in which the locking groove is guided toward the locking member and the door is pulled into the fixed frame. Fig. 12 is a view showing an operation example of the door handle according to an embodiment of the present invention and showing that the operation handle is rotated, and the (guided) boundary of the lock guide of the lock lever and the lock groove reaches the carrier. A side cross-sectional view of the locking member and the locking groove of the locking bar to the locking member and the door is pulled into the fixed frame. Figure 13 is a view showing an operation example of the door handle according to an embodiment of the present invention, and shows that the operation handle is rotated to a predetermined lodging position, and the door is sufficiently pulled into the fixed frame to lock the locking rod. A side cross-sectional view of a state in which the locking groove is dropped into the locking member of the carrier and the locking groove is completely engaged with the locking member. Figure 14 is a view showing an operation example of the door handle according to an embodiment of the present invention, and shows that the operating handle is rotated to a predetermined lodging position, and the door is sufficiently pulled into the fixed frame to lock the locking rod. A side cross-sectional view of the state in which the padlock is inserted into the fixed base and the carrier, and the padlock is locked between the fixed base and the carrier in a state in which the groove is completely engaged with the locking member of the carrier . [Main component symbol description] 1 Door handle 2 Carrier 320000 30 200934947 * 3 Fixing base 4 Operating handle...5 Locking lever 6 Padlock 21 Mounting base 22 Arm 22P Arm plate 23 Locking member 24 Cover 30B Bearing 31 Base body 31A, 31B stopper 31R Right side opening surface 32 Cover 33 Lock unit 41 Spindle ❹ 51 Hook shape portion 52 Sickle shape portion 61 Latch portion 211 Main body portion 212 Mounting recess 212L Left side opening surface 212A Arm Fixing portion 212R Right side opening surface 212h, 213h, 214h Screw hole 213 Upper part 213U Upper surface 213F Front side 214 Lower part 214F Front side 〇 214D Lower side 215 Rear part 215B Back side 215F Front side 216 Extended upper part 216g Guide hole 217 Extension lower part 217N Locking hole 218 Left side Part 218B Back 218F Front side 219 Right side 219B Back side 219F Front side 220 Bearing 222 Arm mounting member 223 Support plate 224 Mounting plate 31 320000 200934947 * 224 Long hole 231 shaft » Gas 232 Roller 241 ' 242 Fixing parts 241h, 242h Screw insert Through hole 310 space 311 body portion 312F front side 312 背面 back side 313 upper part 313D Face 313g Guide pin 313h Screw hole 313U Upper 〇 314 Lower 314B Rear 314D Lower 314h Screw 孑L 314U Upper 315, 316 Opening - 315d Opening Lower edge 315u Opening Upper edge 317 Extension Upper 317B Back 317N Locking hole 318 Left side 318C Up and down direction intermediate part 318D Lower part 318U Upper part 320 Recessed part 〇321 Fixing part 321h Screw insertion hole 330 Through hole 331 Recording key 333 Rotor cam 341a, 341b Swing groove 342 Swing ball 343 Swing spring 510 Locking 511 Through hole 521 locking guide hi, h2 mounting hole h3, h4 mounting hole SI screw S2 adjusting screw S3 screw 32 320000