201202536 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種作動門之門操作器之安裝組件，包括_安 裝板，設計成安裝於一承受物’例如門、門橫樑、牆壁、天花^ 或類似物，其中門操作器附著於安裝板上。 【先前技術】 門操作器係以習知方法安裝於一承受物上，大多數時候，需 用到螺絲’螺絲可穿過門操作器，並螺入承受物。若使用一安^ 板，則安裝板可先裝設於承受物上，其中用到例如數根螺絲，通 常使用木螺絲或錨螺絲。安裝板裝設於承受物上之後，再放上門 操作器，且再度使用螺絲，將其螺固在安裝板上，螺絲穿過門操 作器，以正交方向進入安裝板。其缺點在於，安裝門操作器後， 在安裝板上之螺絲接合外露。結果為，往往使用蓋板，蓋住於門 操作器中容納螺絲之容納孔。 其另一缺點為，在使用螺絲將門操作器連接至安裝板上時， 若需要使用大量螺絲。至少需四個螺絲用於門操作器之角落，才 能將其連至安裝板。然而，最好降低使用之固定元件數目。此外， 應避免在安裝板上設置眾多螺紋腔孔，俾便能分配相關螺紋腔孔 給數個使用之螺絲。此外，若門操作器業已安裝至安裝板，安裝 板仍可視，係為缺點。通常，安裝板之幾何尺寸相當於門操作器 之外部尺寸。結果為，門操作器安裝之後，安裝板仍然可視。 因而，本發明之目的在於提出一種門操作器之安裝組件，克 服先前技術之前述缺點，且使門操作器易於安裝於安裝板上。本 發明之目的特別在於提出一種安裝組件，將一門操作器安裝至一 安裝板，僅需少量固定元件，且在門操作器完全安裝後，固定元 件以無法外視’或至少無法直接外視為佳。 201202536 器之種申請專利範圍第1項引文部分所述之門操作 器疋女裝組件，連同特徵部分而解決。本發 = 說明於中請專職HI切屬項。 步有發展 【發明内容】 緊配含Ϊ技術教導在於’安裝板具有至少-保持部，以 =口万式齧人在Η操作器中至少―對應之相對保持部， 作器以一種夾緊方式配置於安裝板上。 接，月之基本概念在於’藉由-簡單之緊配合連 接門操作4可被夾於安裝板上。在此例中 之夾緊組件為一幾何形狀封閉，今 女裝板 陈方式衫科餘上，㈣料s先以無餘 人j此1的，設有保持部，可齧入相對保持部。在此例中，齧 二例，門操作11以形狀封閉核夾於安裝板上。 女裝板先已裝设於-承受物上，門操作器 ::裝板上，該置放係由一方向實施，或由-系列方向實施，使 保持邵可被帶入與相對保持部齧合狀態。 I施使 、依安裝組件之另-實_，提供—固仏件， 器於安裝板上之夾緊組件，定S件可設計成，由固定元件產生 可作用於安 =部部中之緊配合齧合。若固定元件設計成例如-螺、，糸了螺人Η操作器’則獅在螺人門操作器時， 裝板上，產生保持部在相對保持部中之齧合。 安裝=，Γ元件可達到一組件，將‘作器保持(―)於 為協助門操作器在安裝板上之夾緊組件。門操 作器了配置成例如以—第—财緊在安裝板上 ==，而:或多個固定元件位於第二側，= 。、裝板上一万面，門操作器藉此螺合連接保持㈣ned) 201202536 或支持保持部於相對保持部中 於安裝板上，另一方面，產生及 之夾緊组件。 ㈣者為，門操作器具有—殼體，相對保持部配裝於其中， 可於殼體中形成—凹陷由底切。凹槽 中。若殼體具有一凸起，因而㈣二*裝板刪邵可齧入其 俾便 ：£Ξτ ^女裝板上時’殼體可與操作器附著之承受物齊平。 特別有利之作法在於，保持部在 ，，伸，其可平面:::=固在定=。安 邵離操作器底面有_段轉，_ = 保持 距離，若門操作器經由安裝板附著在 :::可坐在承受物表面。結果為，形狀為固 文裝板平面W，而安餘可具有若干固定舌。《保持部由 式置，保持部位於安裝板，使門操作11可以正交方 操作器以正交方式吏其在安裝板上侧向移動為佳。將Η 而五、^ , ;女裝板上係由垂直於安裝板延伸平面乏、 側垂:置二呆=於;Γ 一端侧，則門操作器可先經由此ί 操作器中之相對保持部動確，部可抵達在門 上。其結果為，執行—放m操定平坦置於安裳板 始齧入相對保持部中，俾便其 201202536 並確保安裝板完全被Π操作器之殼體罩住。 作法疋安裝板具有—加長延伸，至少—保持部位於 :;=;Γ器依正規幾何結構具有-加長延伸 触^ 义加長結構形狀内。在此例中’有利者是，保 若安裝板端，特別是―固^舌可储安裝板之長端。 r女裝板痛持部齧人，作器之相對保持部中，在安 產生夾緊’則此夾緊以在門操作器之端侧為佳，更進 =有=是，該至少-固定元件位於安裝板之相反長端。其妹 =，門操作器在其長側端部連接至安裝板，其在承受物上之^ 件改進門操作器之穩定性。 ’· 更進-步有利者是’安裝板可具有 上位於保持部對面，至少—固^杜1瑕1於女裝板 有例如連接板㈣、^緊固定部。固定部可具 :=連接板形狀，万”出安裝板平面。由於有此連接板，固 螺式為螺絲之_元件，可螺人門操作器之殼體。 L^ %配°齧"結果為，在-第-侧，門操作器 產生一夾緊組件，另在一相反侧， 以二為佳之固定元件操作連接，產生一種附著。 仁 依安裝組件又-實施例，固定元件為—螺絲，特別是一設定 恶、、把I!screw) ’ 一無頭螺絲’及/或一埋頭螺絲，而在門操作 至少配有-螺孔’固定元件可螺人該螺孔，並局部延伸 板之蚊部之—配合孔。其結果為，在—第-側，保持 二在^保持部中之夾緊組件產生—形祕合，而在相反面，固 ’最好是二固定元件’螺人門操作器之殼體，產生門操作 女裝板上-緊配合組件，且固定元件局部延伸進人安裝板之 疋郅。其結果為’門操作器藉由兩個相反之緊配合連接組件於 201202536 安裝板上。 核至::上;例’ ？裝板具有-帶有夾緊斜面之固定部， 緊在安裝板!ί:Γ緊在斜面上，將門操作器失 定舌，可被f出安裝板平面。疋部分，正如構成保持部之固 卜發嫂絲可括 > 。一失緊斜面產生於折彎部下方，且 上。、上有Ρ與承受物之間，安裝板則配裝在承受物 二 =:=端為佳'將上緊螺絲螺入門操作器殼 裝板之固定部。若，例如 在-第-側產生夾緊祕t ming)部醬入相對保持部， =絲餐入安裝板之固定部之爽緊斜面之下器: 斜面係設計在安裝板之長端，以在保持部之相反側為;圭安= ，設計成—體成型之沖壓料板金元件為佳。特別是，固定部可 在:板金被f㈣成安餘之操作中核。_，安裝板可由一 不同材料製成，例如壓鑄銘，或鋅壓鑄，或塑膠材料之類。 ，較佳作法是’安裝板可具有至少二保持部，以在安裝板上相 料佳，其_順應安裝板。在此例中，-第-保持部可咬計成 :==入門操作器，且最好藉由沿加長延伸方向水平 揉作器而齧入，而一相反之第二保持部設計成至少一閂鎖 鉤’以設計成垂直將門操作器按㈣安餘，剌朗人至少— ，鎖開口為佳。在此例中，垂直按壓最好由__正交方向執行，使 得門知作器在安裝板上執行—傾斜運動。在此例巾，附著之實現 過程在於首先將門操作器以一端侧置於安裝板上，俾便將保持部 閂鎖在相對保持部中。其次，對保持部執行傾斜運動，使一或多 個問鎖簡入間鎖開口。此動作由垂直按壓門操作器，使之抵緊 8 201202536 安裝板，而完成。 為形成至少-彳呆持部，安裝板可具有至少—固定連接板設 計成在加長延伸之_ H狀為佳，誠設計成夾緊齧入 -设於門操作器侧邊之相_保持部。較佳者為，二翼狀之固定連 接板相對位於安裝板h可在安裝板上麟設置若干對，各翼狀 之固定連接板可齧人各自分配之減保持部，較佳者為殼體内之 -凹槽。固定連接板，如同固定舌，可設計成彎出安裝板平面之 部分，可閂鎖入各對應殼體凹槽。 依另一較佳實施例，固定部可設計成一約略方形彎出安裝板 ^面之部分，此部分最好可藉由__螺絲元件及—炎緊板連接至門 操作器。特別是藉由上緊螺絲元件，固定部可在—夾緊方向被爽 緊板支撐，抵緊門操作器之殼體，使得固定連接板可以一夾緊方 式插入設於門操作器中之相對保持部。 依另一較佳實施例，安裝板至少具有二保持部，配置於安裝 板加，延伸之側向，在安裝板上相對，最好至少—保持部設計成 固疋舌，用以#入一凹槽，而一約略相反之保持部則設計成一 具有恢復性之可移動按扣鉤，可按扣入設在門操作器之一按扣開 口。在此例中，按扣鉤實現一種類似問鎖鉤之功能，後者可閂鎖 進入一閂鎖開口。閂鎖開口及/或按扣開口可設計成在殼體中之 穿通道，可供一工具壓迫閂鎖鉤，或壓迫按扣鉤，俾便釋放按扣 連接。 【實施方式】 圖1與圖2顯示一門操作器10之安裝組件之—可能實施例， 其功能在於作動一門，且可經由一安裝板u安裝於一承受物上， 例如門、門橫樑、牆壁、天花板或類似物上。安裝板u有孔⑽， 螺絲元件可通過該孔’將安裝板11初始螺固在一承受物上^其次， 201202536 門操作器1G，圖中以其殼體15之形狀代表，可裝設在安裝板η 上。 為使門操作器10附著在安裝板11上，安裝板11具有一保持 部12 ’設計成一固定舌12形狀。此外，殼體15在内部具有一相 ，保持部13，設計成—凹槽13。當門操作器⑴之殼體15被置於 安裝板11上’最好初始以置於侧邊為佳，置於保持部12與相對 保持部13所在之處，保持部12可以緊配合核（p〇sitive)餐入 :對保持部13。當門操作器1G之殼體15完全罩住安裝板U，殼 1 15疋全包含安裝板丨卜其結果為，安裝板“完全被收納在底 :’在殼體15之内。特別是，殼體15以其全部周緣附著在承受 上，一旦殼體15安裝完畢，安裝板11即無法外视。 乂 —固定部16a位於安裝板u，與固定舌12相對。安裝板u 1計成-沖壓f曲板金屬餅，且相對保持部13以及固定部… 皆由再成形製成。保持部丨2以及固定部10a皆#|出安裝板U之 ，伸平面，形成連接板狀折f‘其結果為，—方面，固定舌12 可齧入凹槽13中’另外，配置朗操作器1()之殼體15上之腔孔 31可與孔18對準，孔18係位於安裝板u之固定部16。當形式 為螺絲14之固定元件η螺人腔孔3卜螺絲14端部之壓力尖端 32可齧入在固定部16a之孔18。當螺絲14在腔孔31中上緊，一 万=，在孔18中產生一種壓力尖端32之形狀封閉，另一方面， 固定舌12強制（positively)壓入凹槽13，將安裝板n支撐在門 操作器10之殼體I5 Θ。安裝板U在縱向產生壓應力，且固定舌 U可靠地以夾緊方式介入在門操作器1〇之殼體15之凹槽13内。 、圖3及圖4顯示將門操作器1〇安裝於安裝板u上之安裝組 件之另一實施例。安裝板11仍然具有一保持部12，提供將門操作 器丨〇在安裝板11上之夾緊組件，該保持部12可齧入形式為凹槽 201202536 13之對應之相對保持部13。在保持部12之相反側，安裝板η具 有一固定部16b。固定部16b具有一夾緊斜面19，係固定部16b 折彎而成，作為一折角面，由安裝板u平面彎出。當所示之上緊 螺絲20螺入在門操作器1〇殼體μ之腔孔31，位於上緊螺絲2〇 末端之錐形尖端33抵達並支撐在夾緊斜面19上。如同第一實施 例，在士裝板11之縱向產生壓應力，使得固定舌12壓入門操作 器10之殼體15之凹槽π内。同時，在上緊螺絲2〇之錐形尖端 33與炎緊斜面19之間產生一形狀封閉（f〇rm ci〇sure)，使門操 作器10強制組件在安裝板11之兩端部，並同時被夾緊。 圖5及圖6顯示將門操作器1〇安裝於安裝板u上之安裝組 件之又一實施例。在此實施例中，不設固定元件14或2卜門操作 器ίο之組件完全經由安裝板n之二保持部12，此二保持部12 各位於安裝板11之相反長端。在第一長端，安裝板I〗具有一固 定舌12,可以夾緊方式齧入門操作器1〇殼體15中之凹槽13。在 相反側之長端，安裝板U具有更多保持部12，設計成閂鎖鉤21 形狀。這些閂鎖鉤可閂入門操作器10殼體15中之閂鎖開口 22〇 當殼體15在第一安裝步驟被初始置於安裝板u上，在圖中之左 手側，固定舌12可齧入凹槽13。在另一安裝步驟，罩住安裝板 11之殼體15被壓在安裝板上，使得閂鎖鉤21閂入閂鎖開口 22。 此動作產生一種組件，將門操作器10保持在安裝板u上，若需 釋放組件，用一工具由殼體15外穿過問鎖開口 22，可將閂鎖鉤 21由問鎖組件解除。 ' 圖7及圖8顯示將門操作器1〇安裝於安裝板u上之安裝組 件之再一實施例。為形成保持部12 ’安裝板11相對於其加長延伸 在側邊具有翼狀固定連接板Μ，設計成以夾緊方式齧人相對保持 部13，該相對保持部係位於門操作器1〇之側面。目中顯示相對保 201202536 持^具有斜面’在朝安裝板11縱向側邊移動時，固定連接 板29可被支撐在相對保持部u，其作法是，殼體Μ輕微在縱向 相ί於安裝板11位移。此外，圖中顯示一具一央緊板^之螺絲 =件23，螺，·件23 1穿過門操作器1G殼體15上之腔孔3卜 女裝板11具有-固定部16c，當螺絲元件Μ螺入爽緊板％時， 央緊板24抵緊在固定部。藉由將螺絲元件23螺入央緊板24，安 裝板11相對於殼體15位移，夾緊板24壓迫固定部w。安裝板 11因而在殼體15内向右位移’使得固定連接板29鎖人在殼體15 中之凹槽13内。其結果為’達到殼體15在安裝板11上之夹緊組 件。 ', ，圖9及圖10顯示將門操作器1〇安裝於安裝板11上之安裝組 件之更-實施例。與前述實施例相同，安裝板u具有翼狀 接板29,可以夹緊方式插入⑽作器贿體15中對應之凹槽13 内。，絲14螺入安裝板11之固定部16a，使得藉由在凹槽13中 之固定連接板29及將螺絲14螺人固定部⑹之螺絲孔^，㈣ 15在安裝板11上達到一種形狀封閉。 圖11、圖12及圖13顯示通過殼體15及通過安裝板u之截 面圖’其中殼體15置於及固定於安裝板^上。依這些實施例， 女裝板11具有至少二保持部12，位於安裝板n加長延伸之侧面。 根據圖11，了保持部12設計成一固定舌25，齧入一凹槽％。在 相反侧按扣釣27設計在安裝板I!上，該釣閃鎖在門操 10之殼體15之一按扣開口 28内。 森 依圖12，安裝板11具有二保持部12，其形狀為按扣鉤， 分別問入Η操作器1G之殼體15之對應按扣開口 28中。圖13代 表另-實，例’其中安裝板u在—第—側具有—保持部12，其形 狀為-固^：舌25 ’用以餐人—凹槽26，而在相反側，安裝板^ 12 201202536 ΐΐ裝Γί邵I6b，一固定元件14可被螺入，抵緊固定部，俾便 在女裝板與操作器1G之殼體15之間建立—夾緊連接。3俾便 知，ίΓϋ組態上並不侷限於上述較佳實施例。而是，可想而 態之實施例解決万案之變化，甚至可具有基本不同型 /或圍、說明或圖式所衍生之所有特徵及 化，或其二?:郎、空間配置及方法步驟，不論衍生之變 口 28、問姑，"屬於本發明之範圍。腔孔31、凹槽26、按扣開 被拴塞封Η開口 22 ’以及其他在操作器1G之殼體15之開口，可 MW +，使得—旦操作器1〇完全安裝於安裝板11上，開卩 無法外視。固宏却1/: m 丄岡t/ 持部I2互相合併，^ ί之不同設計可與不同設計之保 接板29之形i特Γ以12、25之形狀，或以固定連 安裝板11、上寺別疋，二及最佳為四個固定連接板29可設於 在安裝板it卜側’成對位於安裝板11上，互相㈣。若，例如， 裝板η縱⑻^置四固定連接板29,其位成-方陣，以在安 組件，其/為可達成安裝板11在η操作器1G之-可靠 微侧向位移^卩^由㈣固定元件14，殼體15對安裝板11略 體15中之對廄2使各固定連接板29進入在門操作器10之殼 體中《對應凹槽13,達到一夾緊組件。 【圖式簡單說明】 圖1 圖’顯示一門操作器於一安裝板上安裝組件之 圖2為圖1中組件之-安裝视圖， 圖3 圖，顯示-門操作器於-安裝板上安裝組件 13 201202536 圖4為圖3中組件之一安裝視圖， 圖5為-空間立體圖，顯示一門操作器於一安裝板上安裝組件 之又—實施例， 圖6為圖5中組件之一安裝視圖， 圖7為一空間立體圖，顯示一門操作器於一安裝板上安裝組件 之再一實施例， 圖8為圖7中組件之一安裝視圖， 圖9為一空間立體圖，顯示一門操作器於一安裝板上安裝組件 之更一實施例， 圖10為圖9中組件之一安裝視圖， 圖11為一門操作器及一安裝板之截面圖，門操作器及安裝板間 之連接係依照另一實施例， 圖12為門操作器及一安裝板之截面圖，門操作器及安裝板間 之連接係依照又一實施例， 圖13為一門操作器及一安裝板之截面圖，門操作器及安裝板間 之連接係依照再一實施例。 【主要元件符號說明】 10 門操作器 11 安裝板 12 保持部、固定舌 13 相對保持部、凹槽 14 固定元件、螺絲 15 殼體 16a 固定部 16b 固定部 16c 固定部 201202536 17 螺紋腔孔 18 孔 19 夾緊斜面 20 上緊螺絲 21 閂鎖鉤 22 閂鎖開口 23 螺絲元件 24 夾緊板 25 固定舌 26 凹槽 27 按扣鉤 28 按扣開口 29 固定連接板 30 孔 31 孔 32 壓力尖端 33 錐形尖端 34 螺絲孔 15201202536 VI. Description of the Invention: [Technical Field] The present invention relates to a mounting assembly for a door operator of an actuating door, comprising a mounting plate designed to be mounted on a bearing such as a door, a door beam, a wall, a ceiling ^ or the like, in which the door operator is attached to the mounting plate. [Prior Art] The door operator is mounted on a load by a conventional method, and most of the time, a screw 'screw is used to pass through the door operator and screw into the load. If a mounting plate is used, the mounting plate can be first mounted on the load, for example using a few screws, usually using wood screws or anchor screws. After the mounting plate is mounted on the load, the door operator is placed again, and the screws are again screwed onto the mounting plate, and the screws pass through the door operator to enter the mounting plate in orthogonal directions. The disadvantage is that the screw joint on the mounting plate is exposed after the door operator is installed. As a result, the cover is often used to cover the receiving hole of the door operator that accommodates the screw. Another disadvantage is that a large number of screws are required when connecting the door operator to the mounting plate with screws. At least four screws are required for the corners of the door operator to connect it to the mounting plate. However, it is preferable to reduce the number of fixed components used. In addition, avoid placing a large number of threaded bores on the mounting plate so that the relevant threaded bores can be assigned to several screws. In addition, if the door operator has been installed to the mounting plate, the mounting plate is still visible and is a disadvantage. Typically, the geometry of the mounting plate is equivalent to the outer dimensions of the door operator. As a result, the mounting plate is still visible after the door operator is installed. Accordingly, it is an object of the present invention to provide a door operator mounting assembly that overcomes the aforementioned shortcomings of the prior art and that allows the door operator to be easily mounted to a mounting plate. In particular, the object of the present invention is to provide a mounting assembly for mounting a door operator to a mounting plate, requiring only a small number of fixing elements, and after the door operator is fully installed, the fixing element cannot be viewed externally or at least not directly good. The door operator 疋 women's components described in the citation section of the first application of the 201202536 patent application range, together with the feature part. This is a description of the full-time HI section. Steps have been developed [invention] The technique of tightly fitting Ϊ technology is that the 'mounting plate has at least a holding portion, at least one corresponding to the opposite holding portion in the Η operator, the clamping device is in a clamping manner Configured on the mounting board. The basic concept of the month is that the door can be clamped to the mounting plate by simply connecting the door. In this case, the clamping assembly is closed in a geometric shape, and the material is first used in the first place, and the holding portion is provided to be able to be engaged with the relative holding portion. In this example, in the case of the second case, the door operation 11 is clamped to the mounting plate by a shape-closed core. The women's board is first installed on the bearing, the door operator: the mounting plate, the placement is carried out by one direction, or by the - series direction, so that the holding Shao can be brought into the opposite holding portion. State. I, according to the other components of the mounting assembly, providing the fixing member, the clamping assembly on the mounting plate, the S piece can be designed to be made by the fixing element to act on the tightness of the part Fitted with the mesh. If the fixing element is designed, for example, as a screw, the slinger is operated, and the lion is engaged in the door operator, the engagement of the holding portion in the opposite holding portion is produced. Installation =, the Γ component can reach a component, and the keeper is held (-) in the clamping assembly to assist the door operator on the mounting plate. The door operator is configured to, for example, be on the mounting plate ==, and: or a plurality of fixed components are on the second side, = . 10,000 planes are mounted on the board, and the door operator is held by the screw connection (4) ned) 201202536 or the support holder is mounted on the mounting plate in the opposite holding portion, and on the other hand, the clamping assembly is generated. (4) The door operator has a casing, and the opposite retaining portion is fitted therein, and can be formed in the casing - the recess is undercut. In the groove. If the housing has a projection, the (4) two-plate can be inserted into the squat: when the slab is worn, the housing can be flush with the bearing attached to the operator. It is particularly advantageous to have the holding portion at , , and extend, which can be flat:::= fixed in =. Anshao has _ turn from the bottom of the operator, _ = keep the distance, if the door operator is attached to ::: via the mounting plate, it can sit on the surface of the bearing. As a result, the shape is a fixed plate plane W, and the balance can have a plurality of fixed tongues. The retaining portion is placed in a manner that the retaining portion is located on the mounting plate so that the door operation 11 can be orthogonally moved in an orthogonal manner on the mounting plate. The door is suspended from the plane perpendicular to the mounting plate, and the side is suspended: two seconds = on; one end side, the door operator can be relatively maintained through the ί operator The Ministry is moving, the Ministry can arrive at the door. As a result, the execution-discharge operation is placed flat on the Anshang board and then bite into the relative holding portion, so that it is 201202536 and that the mounting plate is completely covered by the casing of the cymbal operator. The mounting plate has an elongated extension, at least - the retaining portion is located at:; =; the device has a lengthwise extension in the regular geometry. In this case, it is advantageous to ensure that the end of the plate is installed, in particular the "solid tongue" can store the long end of the mounting plate. r women's board pain holding part of the nail, in the relative holding part of the device, the clamping is generated in the 'this clamping is better at the end side of the door operator, more = yes = yes, the at least - fixed The components are located at opposite ends of the mounting plate. Its sister =, the door operator is connected to the mounting plate at its long side end, and its resistance on the workpiece improves the stability of the door operator. The more advanced step is that the mounting plate may have an upper portion located opposite the holding portion, and at least the fixing plate may have a connecting plate (four) and a fastening portion. The fixing part can have:=the shape of the connecting plate, and the plane of the mounting plate. Because of the connecting plate, the screw type is the component of the screw, and the shell of the door operator can be screwed. L^% with the biting" As a result, on the -th side, the door operator produces a clamping assembly, and on the opposite side, the second is preferably a fixed component operative connection, resulting in an attachment. The Renyi mounting assembly is again - the embodiment, the fixed component is - Screws, especially a set of evil, I!screw) 'a headless screw' and / or a countersunk screw, and at least the - screw hole 'fixing element can be screwed in the door operation, and the screw hole is partially extended The mosquito part of the board is matched with the hole. As a result, on the first side, the clamping assembly of the two holding parts is formed, and on the opposite side, the solid part is preferably two fixed elements. The housing of the screw door operator produces a door-operated women's board-tight fitting assembly, and the fixing member partially extends into the mounting plate. The result is that the door operator is connected by two opposite tight fits. The component is mounted on the 201202536. The core is:: on; The fixing part with clamping bevel is tightly attached to the mounting plate! ί: Tightening on the inclined surface, the door operator is out of the tongue, and can be pulled out of the plane of the mounting plate. The 疋 part, just like the constituting the holding part, can be included A misaligned bevel is produced below the bend and on the upper side, between the upper and the support, the mounting plate is fitted with the bearing 2 =: = the end is better 'will tighten the screw screw entry operator The fixing portion of the shell plate. If, for example, the clamping portion is formed on the -th side, the sauce is placed in the opposite holding portion, and the wire is placed in the fixing portion of the mounting plate. The long end of the mounting plate is on the opposite side of the holding portion; Guian =, the stamped sheet metal component designed to be formed into a body is preferable. In particular, the fixing portion can be nucleated in the operation of the sheet metal being f (four) into a surplus. The mounting plate may be made of a different material, such as die-casting, or zinc die-casting, or a plastic material. Preferably, the mounting plate may have at least two retaining portions for better material on the mounting plate. Compliant with the mounting plate. In this case, the -first-holding portion can be bitten into: == entry operator, and Preferably, the second retaining portion is designed to be at least one latching hook ' designed to vertically press the door operator according to (4) safety, at least one lock, at least Preferably, the opening is preferably performed by the __orthogonal direction, such that the door knives perform a tilting motion on the mounting plate. In this case, the attachment is achieved by first having the door operator One end side is placed on the mounting plate, and the shackle latches the holding portion in the opposite holding portion. Secondly, the tilting movement is performed on the holding portion to make one or more shackles into the interlocking opening. This action is performed by vertically pressing the door operator. In order to form at least the 2012 彳 部 为 为 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 2012 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为 为- A phase-holding portion provided on the side of the door operator. Preferably, the two-wing fixed connecting plate is disposed on the mounting plate opposite to the mounting plate h, and each of the wing-shaped fixed connecting plates can be engaged with each other to reduce the holding portion, preferably the housing. Inside - the groove. The fixed connecting plate, like the fixing tongue, can be designed to be bent out of the plane of the mounting plate and can be latched into the corresponding housing recess. According to another preferred embodiment, the fixing portion can be designed as a portion which is bent approximately squarely out of the mounting surface, and this portion is preferably connected to the door operator by means of a __screw member and a squeezing plate. In particular, by tightening the screw element, the fixing portion can be supported by the tension plate in the clamping direction to abut the housing of the door operator, so that the fixed connecting plate can be inserted into the door operator in a clamping manner. Holder. According to another preferred embodiment, the mounting plate has at least two retaining portions disposed on the mounting plate and extending laterally. Preferably, at least the retaining portion is designed as a solid tongue for use in a The recess, and the approximately opposite retaining portion is designed as a restorative movable snap hook that snaps into a snap opening provided in one of the door operators. In this case, the snap hook implements a function similar to the hook, which latches into a latch opening. The latch opening and/or the snap opening can be designed as a passageway in the housing for a tool to press the latch hook or to compress the snap hook to release the snap connection. 1 and 2 show a possible embodiment of a mounting assembly for a door operator 10, the function of which is to actuate a door and can be mounted on a receiving object via a mounting plate u, such as a door, a door beam, a wall , ceiling or the like. The mounting plate u has a hole (10) through which the screw member can initially screw the mounting plate 11 to a bearing. Secondly, 201202536 the door operator 1G, which is represented by the shape of the housing 15 in the figure, can be installed in Mount the plate η. In order to attach the door operator 10 to the mounting plate 11, the mounting plate 11 has a retaining portion 12' designed in the shape of a fixed tongue 12. Furthermore, the housing 15 has a phase inside, the holding portion 13, which is designed as a groove 13. When the housing 15 of the door operator (1) is placed on the mounting plate 11 'preferably initially placed on the side, where the retaining portion 12 and the opposing retaining portion 13 are located, the retaining portion 12 can be tightly fitted to the core ( P〇sitive) Meal: Pair the holding portion 13. When the housing 15 of the door operator 1G completely covers the mounting plate U, the housing 1 15 includes all of the mounting plates. As a result, the mounting plate is "completely received at the bottom: 'within the housing 15. In particular, The housing 15 is attached to the receiving portion with its entire circumference. Once the housing 15 is installed, the mounting plate 11 cannot be viewed externally. The fixing portion 16a is located on the mounting plate u opposite to the fixing tongue 12. The mounting plate u 1 is calculated as - The f-plate metal cake is stamped, and the opposing holding portion 13 and the fixing portion are both formed by reshaping. The holding portion 丨2 and the fixing portion 10a are both ||out of the mounting plate U, and the flat surface is formed to form a connecting plate-shaped fold f' As a result, the retaining tongue 12 can be engaged in the recess 13. In addition, the bore 31 on the housing 15 of the Langer 1 can be aligned with the bore 18, which is located on the mounting plate u. The fixing portion 16. When the fixing member of the form of the screw 14 is screwed, the pressure tip 32 of the end of the screw 14 can be engaged with the hole 18 of the fixing portion 16a. When the screw 14 is tightened in the cavity 31, Ten thousand =, a shape of the pressure tip 32 is closed in the hole 18, and on the other hand, the fixing tongue 12 is positively pressed into the groove. 13. The mounting plate n is supported by the housing I5 门 of the door operator 10. The mounting plate U generates compressive stress in the longitudinal direction, and the fixing tongue U is reliably inserted into the recess of the housing 15 of the door operator 1 in a clamping manner. In the slot 13, Fig. 3 and Fig. 4 show another embodiment of the mounting assembly for mounting the door operator 1〇 on the mounting plate u. The mounting plate 11 still has a retaining portion 12 for providing the door operator to the mounting plate. In the clamping assembly of the upper portion, the retaining portion 12 can be engaged with the corresponding retaining portion 13 in the form of the recess 201202536 13. On the opposite side of the retaining portion 12, the mounting plate η has a fixing portion 16b. The fixing portion 16b has a The clamping bevel 19 is bent and formed as a chamfered surface by a plane u of the mounting plate. When the tightening screw 20 is screwed into the cavity 31 of the door operator 1 housing μ The tapered tip 33 at the end of the tightening screw 2b arrives and is supported on the clamping ramp 19. As in the first embodiment, compressive stress is generated in the longitudinal direction of the shoe plate 11 so that the fixing tongue 12 presses the entry operator 10. The groove 15 of the housing 15 is π. At the same time, the tapered tip 33 of the tightening screw 2 is tight with the inflammation A shape closure (f〇rm ci〇sure) is created between the inclined faces 19 to cause the door operator 10 to force the components at both ends of the mounting plate 11 and simultaneously clamped. Fig. 5 and Fig. 6 show the door operator 1〇 A further embodiment of the mounting assembly mounted on the mounting plate u. In this embodiment, the components of the mounting element 14 or the door operator are not completely connected via the mounting plate n, the two holding portions 12 are each located at opposite ends of the mounting plate 11. At the first long end, the mounting plate has a securing tongue 12 that can be gripped in a recess 13 in the housing 15 of the entry operator 1 . At the long end of the opposite side, the mounting plate U has more retaining portions 12 designed in the shape of a latching hook 21. These latch hooks can latch the latch opening 22 in the housing 15 of the entry operator 10 when the housing 15 is initially placed on the mounting plate u in the first mounting step, on the left hand side of the figure, the securing tongue 12 can be engaged Into the groove 13. In another mounting step, the housing 15 covering the mounting plate 11 is pressed against the mounting plate such that the latch hook 21 latches into the latch opening 22. This action creates an assembly that holds the door operator 10 on the mounting plate u. If the assembly is to be released, the latch hook 21 can be released from the question lock assembly by a tool passing through the door lock opening 22 from the housing 15. Fig. 7 and Fig. 8 show still another embodiment of the mounting assembly for mounting the door operator 1 to the mounting plate u. In order to form the retaining portion 12, the mounting plate 11 has a wing-shaped fixed connecting plate 相对 on the side with respect to its extended extension, designed to grip the opposing retaining portion 13 in a clamping manner, the opposing retaining portion being located in the door operator 1 side. It is shown that the relative security 201202536 has a beveled surface. When moving toward the longitudinal side of the mounting plate 11, the fixed connecting plate 29 can be supported on the opposite holding portion u by the fact that the casing is slightly longitudinally attached to the mounting plate. 11 displacement. In addition, the figure shows a screw of the central locking plate ^, the screw 23, the member 23 1 passes through the cavity 3 on the housing 15 of the door operator 1G, the female plate 11 has a fixing portion 16c, when the screw When the component Μ is screwed into the tightening plate %, the center plate 24 abuts against the fixing portion. By screwing the screw member 23 into the center plate 24, the mounting plate 11 is displaced relative to the housing 15, and the clamping plate 24 presses the fixing portion w. The mounting plate 11 is thus displaced to the right within the housing 15 such that the fixed connecting plate 29 locks within the recess 13 in the housing 15. The result is 'the clamping assembly that reaches the housing 15 on the mounting plate 11. ',, Fig. 9 and Fig. 10 show a further embodiment of the mounting assembly for mounting the door operator 1 to the mounting plate 11. As in the previous embodiment, the mounting plate u has a wing-like web 29 which can be inserted (10) into the corresponding recess 13 in the body 15 in a clamping manner. The wire 14 is screwed into the fixing portion 16a of the mounting plate 11 so as to achieve a shape on the mounting plate 11 by fixing the connecting plate 29 in the recess 13 and screwing the screw hole 14 of the screw 14 to the fixing portion (6) Closed. Figures 11, 12 and 13 show a cross-sectional view through the housing 15 and through the mounting plate u, wherein the housing 15 is placed and secured to the mounting plate. According to these embodiments, the women's panel 11 has at least two retaining portions 12 on the side of the mounting panel n that is elongated and extended. According to Fig. 11, the retaining portion 12 is designed as a fixed tongue 25 that engages a groove %. On the opposite side, the snap catch 27 is designed on the mounting plate I! which is locked in one of the snap openings 28 of the housing 15 of the door 10. According to Fig. 12, the mounting plate 11 has two retaining portions 12 which are in the form of snap hooks which are respectively fed into the corresponding snap openings 28 of the housing 15 of the cymbal operator 1G. Figure 13 represents another embodiment, in which the mounting plate u has a holding portion 12 on the -th side, the shape of which is - solid: the tongue 25' is used for the meal-groove 26, and on the opposite side, the mounting plate ^ 12 201202536 ΐΐ 邵 Shao I6b, a fixing element 14 can be screwed in, abutting the fixing portion, and establishing a clamping connection between the women's plate and the housing 15 of the operator 1G. 3) It is to be understood that the configuration is not limited to the above preferred embodiment. Rather, the imaginable embodiment solves the changes in the case, and may even have all the features and characterizations derived from substantially different types, or descriptions, or schemas, or two of them: lang, spatial configuration, and method steps. Regardless of the derivative change 28, the question, " is within the scope of the invention. The cavity 31, the recess 26, the snap-opened plug opening 22' and other openings in the housing 15 of the operator 1G can be MW+ such that the operator 1〇 is completely mounted on the mounting plate 11. Can not be seen outside. Gu Hong is 1/: m 丄 t t/ Holder I2 merges with each other, ^ ί different designs can be different from the design of the support plate 29 shape i, in the shape of 12, 25, or fixed mounting plate 11 The upper fixed structure, the second and the best four fixed connecting plates 29 may be disposed on the mounting plate on the side of the mounting plate 11 in pairs on the mounting plate 11, mutually (four). If, for example, the mounting plate η longitudinally (8) is placed four fixed connecting plates 29, which are arranged in a square matrix, in order to achieve the reliable lateral displacement of the mounting plate 11 at the η operator 1G. By means of the (4) fixing element 14, the housing 15 is opposite the pair 2 of the mounting plate 11 in the body 15 so that the respective fixed connecting plates 29 enter the corresponding recess 13 in the housing of the door operator 10 to reach a clamping assembly. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 Fig. 2 shows the installation of a component on a mounting plate. Figure 2 shows the assembly of the component in Figure 1. Figure 3 shows the door operator mounted on the mounting plate. Component 13 201202536 Figure 4 is an installation view of one of the components of Figure 3, Figure 5 is a perspective view of the space, showing a door operator mounting the assembly on a mounting plate - an embodiment, Figure 6 is a mounting view of one of the components of Figure 5. Figure 7 is a perspective view of a space showing another embodiment of a door operator mounting a component on a mounting plate, Figure 8 is a perspective view of one of the components of Figure 7, and Figure 9 is a perspective view of a space showing a door operator A further embodiment of the mounting assembly on the mounting plate, FIG. 10 is a mounting view of one of the components of FIG. 9, and FIG. 11 is a cross-sectional view of a door operator and a mounting plate, and the connection between the door operator and the mounting plate is in accordance with another 12 is a cross-sectional view of a door operator and a mounting plate. The connection between the door operator and the mounting plate is in accordance with yet another embodiment. FIG. 13 is a cross-sectional view of a door operator and a mounting plate, the door operator And the connection between the mounting boards In accordance with a further embodiment. [Main component symbol description] 10-door operator 11 mounting plate 12 holding portion, fixing tongue 13 opposite holding portion, groove 14 fixing member, screw 15 housing 16a fixing portion 16b fixing portion 16c fixing portion 201202536 17 threaded cavity hole 18 hole 19 Clamping bevel 20 Tightening screw 21 Latch hook 22 Latch opening 23 Screw element 24 Clamping plate 25 Retaining tongue 26 Groove 27 Snap hook 28 Snap opening 29 Fixing connection plate 30 Hole 31 Hole 32 Pressure tip 33 Cone Shape tip 34 screw hole 15