TWM603489U - Easy-disassemble and easy-install power combination structure of smart door and window - Google Patents

Abstract

本創作係揭露一種易拆、裝之智能門窗動力組合結構，其包括一殼座、組設於殼座延伸方向兩端之一左側蓋與一右側蓋、一沿殼座延伸方向樞接之掀蓋，一組設於殼座之馬達殼、一配合馬達殼與右側蓋組設於殼座之螺桿組、一與螺桿組連接同動之滑座、及一與滑座及門窗連接之連接片。藉由上述構件之組成，透過掀蓋樞接殼座之設計，提供使用者可以在不使用工具前題下快速掀開與蓋合，方便使用者檢修殼座內之構件，且可不需卸下殼座，即可拆卸或裝設其他上述構件之設計者。 This creation discloses an easy to disassemble and assemble intelligent door and window power combination structure, which includes a shell base, a left side cover and a right side cover arranged at both ends of the shell base in the extension direction, and a lift pivoted along the extension direction of the shell base. Cover, a set of motor housings set on the housing base, a screw set that matches the motor housing and the right side cover set on the housing base, a sliding base connected with the screw set and a connecting piece connected with the sliding base and doors and windows . With the composition of the above components, through the design of the hinged cover of the housing, the user can quickly open and close the cover without using tools, which is convenient for the user to inspect and repair the components in the housing without removing it. The shell seat can be disassembled or installed by the designer of other above-mentioned components.

Description

易拆、裝之智能門窗動力組合結構 Smart door and window power combination structure that is easy to disassemble and install

本創作係與門窗開關驅動裝置相關之技術領域，特別是指一種易拆、裝之智能門窗動力組合結構。 This creation is related to the technical field of door and window switch drive devices, especially refers to a smart door and window power combination structure that is easy to disassemble and install.

現今建築設計為使採光及通風具有較好效果，在規劃上皆是採用挑高樓層且具多數窗戶設計。對於高處窗戶在開、關窗操作時，使用者需配合登高之樓梯或其它輔助用品(例如桌椅等等)，才能進行開、關操作，亦或家裡沒有人員或人手不夠時，在天氣變化或者忘了關閉門、窗時，無法第一時間採取措施。 In order to achieve better lighting and ventilation effects, today's architectural design uses high-rise floors and many windows. When opening and closing windows at high places, the user needs to cooperate with the climbing stairs or other auxiliary equipment (such as tables and chairs, etc.) to open and close the windows, or when there are no staff at home or insufficient staff, in the weather When you change or forget to close the door or window, you cannot take immediate action.

由上述說明可知，不管是高處窗戶操作過程十分麻煩且存有危險性，或者無人在家、人手不足…等等。為此坊間業者開發出電動開關窗裝置，例如我國公告第M522265、M548732、I638087、M418170、M318654、M376849等前案可供參考。 From the above description, it can be seen that the operation process of high-rise windows is very troublesome and dangerous, or there is no one at home, lack of manpower... and so on. For this reason, industry players have developed electric window opening and closing devices, such as my country's announcement No. M522265, M548732, I638087, M418170, M318654, M376849 and other previous cases for reference.

雖說先前技藝能達成電控開、關門窗之需求，然其結構在檢修時，卻存有若干缺失，例如： Although the previous technology can meet the needs of electronically controlled opening and closing of doors and windows, its structure has some shortcomings during maintenance, such as:

1.先前技藝之電動開關窗裝置，需自裝置延伸方向兩端，朝延伸方向進行拆卸，方能開啟外殼進行檢修，或更替零件。然而，窗戶兩端常會毗鄰牆面，導致使用者操作空間十 分狹小。 1. The electric window opening/closing device of the previous technology needs to be disassembled from both ends of the extension direction of the device toward the extension direction before the casing can be opened for maintenance or replacement parts. However, both ends of the window are often adjacent to the wall, causing the user to manipulate the space. Divide narrow.

2.又有電動開關窗裝置之設計，係採頂端開啟方式，提供操作者進行檢修，但這樣的設計，對挑高位置之窗戶而言，其檢修之風險大增。 2. There is also a design of electric window opening and closing device, which adopts the top opening method to provide the operator for inspection and repair. However, this design greatly increases the risk of inspection and repair for windows with high positions.

由上述先前技藝面臨之缺失可知，如何能提供一種方便拆、裝並進行檢修之結構，實是業界所引頸期朌。 From the above-mentioned shortcomings of previous technologies, it can be seen that how to provide a structure that is convenient to disassemble, assemble, and perform overhaul is actually a question in the industry.

有鑑於上述先前技藝之問題與缺失，本創作之一目的，即透過結構創新提供一種易拆、裝之智能門窗動力組合結構，克服先前技藝之缺失。 In view of the above-mentioned problems and deficiencies of the prior art, one of the goals of this creation is to provide an easy-to-disassemble and assemble smart door and window power combination structure through structural innovation to overcome the deficiencies of the previous art.

為達成上述目的，本創作提出一種易拆、裝之智能門窗動力組合結構，其包括一殼座、組設於殼座延伸方向兩端之一左側蓋與一右側蓋、一沿殼座延伸方向樞接之掀蓋，一組設於殼座之馬達殼、一配合馬達殼與右側蓋組設於殼座之螺桿組、一與螺桿組連接同動之滑座及一與滑座及門窗連接之連接片。藉由上述構件之組成，透過掀蓋樞接之設計，提供使用者可以免工具的快速掀開與蓋合，方便使用者檢修殼座內之構件，且可不需卸下殼座，即可拆卸或裝設其他上述構件之設計者。 In order to achieve the above purpose, this creation proposes an easy-to-disassemble and assemble smart door and window power combination structure, which includes a shell base, a left side cover and a right side cover arranged at the two ends of the shell base in the extension direction, and a side cover along the extension direction Pivot-connected flip cover, a set of motor housings on the housing base, a screw set that matches the motor housing and the right side cover set on the housing base, a sliding seat connected with the screw set and one connected to the sliding seat and doors and windows The connecting piece. With the composition of the above components, through the hinged design of the hinged cover, the user can quickly open and close the cover without tools, which is convenient for the user to inspect and repair the components in the housing, and can be disassembled without removing the housing Or the designer who installs other above-mentioned components.

10:殼體 10: Shell

11:殼座 11: Shell seat

111:第一殼壁 111: first shell wall

112:第二殼壁 112: second shell wall

113:第二殼樞軸 113: second shell pivot

114:第一殼鎖孔 114: first shell keyhole

115:第二殼鎖孔 115: second shell keyhole

116:第三殼鎖孔 116: The third shell keyhole

117:嵌合槽 117: Fitting Groove

118:導軌 118: Rail

119:滑軌 119: Slide

12:左側蓋 12: Left side cover

121:左勾槽 121: Left hook groove

122:左側蓋嵌座 122: Left side cover insert seat

13:右側蓋 13: Right side cover

131:右蓋本體 131: Right cover body

1311:右勾槽 1311: right hook groove

1312:右蓋嵌座 1312: Right cover insert seat

1313:組裝區 1313: assembly area

1314:右蓋半槽 1314: Right cover half slot

132:限位件 132: limit piece

1321:限位半槽 1321: Limit Half Slot

14:掀蓋 14: flip cover

141:第一蓋壁 141: The first cover wall

142:第二蓋壁 142: Second Cover Wall

1421:蓋體扣槽 1421: cover buckle groove

15:側飾蓋 15: Side cover

151:勾體 151: Hook Body

152:扣槽 152: Buckle slot

20:馬達殼 20: Motor housing

21:馬達座 21: Motor seat

211:馬達座嵌塊 211: Motor seat insert

212:馬達座容槽 212: motor seat pocket

22:馬達蓋 22: Motor cover

40:螺桿組 40: Screw group

41:馬達 41: Motor

42:螺桿 42: Screw

43:螺母 43: Nut

432:翼片 432: Wing

44:軸承 44: Bearing

50:滑座 50: Slide

51:滑輪 51: pulley

60:連接片 60: connecting piece

70:門窗連接件 70: Door and window connectors

80:極限開關 80: limit switch

A:鎖固元件 A: Locking components

〔圖1〕係本創作實施例示意圖。 [Figure 1] is a schematic diagram of this creative embodiment.

〔圖2〕係本創作掀開狀態實施例示意圖。 [Figure 2] is a schematic diagram of an embodiment of this creation in an open state.

〔圖3〕係圖2所示實施例部分構件分解示意圖。 [Figure 3] is an exploded schematic view of some components of the embodiment shown in Figure 2.

〔圖4〕係圖3所示實施例部分構件分解示意圖(一)。 [Fig. 4] is an exploded schematic diagram of some components of the embodiment shown in Fig. 3 (1).

〔圖5〕係圖3所示實施例部分構件分解示意圖(二)。 [Figure 5] is an exploded schematic diagram of some components of the embodiment shown in Figure 3 (2).

〔圖6〕係圖3所示實施例部分構件分解示意圖(三)。 [Figure 6] is an exploded schematic view of some components of the embodiment shown in Figure 3 (3).

〔圖7〕係本創作掀開作動實施例剖面示意圖(一)。 [Figure 7] is a schematic cross-sectional view (1) of the opening actuation embodiment of this creation.

〔圖8〕係本創作掀開作動實施例剖面示意圖(二)。 [Figure 8] is a schematic cross-sectional view (2) of the opening actuation embodiment of this creation.

〔圖9〕係本創作另一實施例示意圖。 [Figure 9] is a schematic diagram of another embodiment of this creation.

以下請參照相關圖式進一步說明本創作易拆、裝之智能門窗動力組合結構實施例。為便於理解本創作實施方式，以下相同零件係採相同符號標示說明。 Hereinafter, please refer to the related drawings to further explain the embodiment of the intelligent door and window power combination structure of this creation that is easy to disassemble and assemble. In order to facilitate the understanding of this creative implementation, the same parts are described below with the same symbols.

請參閱圖1至6所示，有關本創作易拆、裝之智能門窗動力組合結構，其包括一殼體10、一馬達殼20、一螺桿組40、一滑座50、一連接片60、一門窗連接件70、及一極限開關80。 Please refer to Figures 1 to 6 for the smart door and window power assembly structure that is easy to disassemble and assemble in this invention, which includes a housing 10, a motor housing 20, a screw group 40, a sliding seat 50, a connecting piece 60, A door and window connector 70, and a limit switch 80.

上述殼體10，包括一殼座11、一左側蓋12、一右側蓋13、一掀蓋14及兩側飾蓋15。 The above-mentioned housing 10 includes a shell seat 11, a left side cover 12, a right side cover 13, a flip cover 14 and two side decorative covers 15.

所述殼座11(如圖4所示)，具有一第一殼壁111、一第二殼壁112、一第二殼樞軸113、一第一殼鎖孔114、一第二殼鎖孔115、一第三殼鎖孔116、一嵌合槽117、一導軌118及一滑軌119。 The housing base 11 (as shown in FIG. 4) has a first housing wall 111, a second housing wall 112, a second housing pivot 113, a first housing lock hole 114, and a second housing lock hole 115. A third housing lock hole 116, a fitting groove 117, a guide rail 118, and a sliding rail 119.

前述第一、二殼壁111、112，以一邊端連接形成L型輪廓。 The first and second shell walls 111 and 112 are connected at one end to form an L-shaped profile.

前述第二殼樞軸113，係形成於第二殼壁112遠離第一殼壁111之邊端(自由端)，並沿第二殼壁112沿伸方向配置。 The aforementioned second shell pivot 113 is formed at the edge (free end) of the second shell wall 112 away from the first shell wall 111 and is arranged along the extension direction of the second shell wall 112.

前述第一殼鎖孔114，係形成於第一殼壁111延伸方向之截斷面，毗鄰第一殼壁111之自由端。 The aforementioned first housing locking hole 114 is formed on a cross-sectional surface of the first housing wall 111 in the extending direction, adjacent to the free end of the first housing wall 111.

前述第二殼鎖孔115，係形成於第一、二殼壁111、112連接處之截斷面。 The aforementioned second housing lock hole 115 is formed at the cross-section of the connection between the first and second housing walls 111 and 112.

前述第三殼鎖孔116，係貫穿第二殼樞軸113形成。 The aforementioned third housing lock hole 116 is formed through the second housing pivot 113.

前述嵌合槽117，係形成於第一殼壁111預設端面，沿第一殼壁111延伸方向配置。 The aforementioned fitting groove 117 is formed on a predetermined end surface of the first shell wall 111 and is arranged along the extending direction of the first shell wall 111.

前述導軌118，係形成於第二殼壁112預設端面，沿第二殼壁112延伸方向配置。 The aforementioned guide rail 118 is formed on a predetermined end surface of the second shell wall 112 and is arranged along the extending direction of the second shell wall 112.

前述滑軌119，係形成於第一殼壁111預設端面，沿第一殼壁111延伸方向配置。 The aforementioned sliding rail 119 is formed on a predetermined end surface of the first shell wall 111 and is arranged along the extending direction of the first shell wall 111.

所述左側蓋12(如圖4所示)，係組裝於殼座11延伸方向一端，其具有一左勾槽121及一左側蓋嵌座122。實施時，左側蓋12可對應第一、二及三殼鎖孔114、115、116，配合鎖固元件A鎖設於殼座11左側端。 The left side cover 12 (as shown in FIG. 4) is assembled at one end of the housing base 11 in the extending direction, and has a left hook groove 121 and a left side cover embedding base 122. In implementation, the left side cover 12 can correspond to the first, second, and third housing lock holes 114, 115, 116, and the locking element A is locked at the left end of the housing base 11.

前述左勾槽121，係凹陷形成於左側蓋12頂端預設處。 The aforementioned left hook groove 121 is recessed and formed at a predetermined position at the top of the left side cover 12.

前述左側蓋嵌座122，係匹配嵌合槽117形成於左側蓋12預設端面。透過左側蓋嵌座122嵌設於嵌合槽117。 The aforementioned left side cover inserting seat 122 is formed with a mating and fitting groove 117 on the predetermined end surface of the left side cover 12. The left side cover inserting seat 122 is embedded in the inserting groove 117.

所述右側蓋13(如圖4所示)，包括一右蓋本體131及一限位件132。實施時，右側蓋13可對應第一、二及三殼鎖孔114、115、116，配合鎖固元件A，組裝於殼座11相反於左側蓋12組裝之另一端。 The right side cover 13 (as shown in FIG. 4) includes a right cover body 131 and a limiting member 132. In implementation, the right side cover 13 can correspond to the first, second, and third housing lock holes 114, 115, 116, and cooperate with the locking element A to be assembled on the other end of the housing base 11 opposite to the left side cover 12.

前述右蓋本體131，具有一右勾槽1311、一右蓋嵌座1312、一組裝區1313、及一右蓋半槽1314。 The aforementioned right cover body 131 has a right hook groove 1311, a right cover embedding seat 1312, an assembly area 1313, and a right cover half groove 1314.

該左勾槽1311，係凹陷形成於右蓋本體131頂端預設處。 The left hook groove 1311 is recessed and formed at a predetermined position at the top of the right cover body 131.

該右蓋嵌座1312，係匹配嵌合槽117形成於右蓋本體131預設端面。透過右蓋嵌座1312嵌設於嵌合槽117。 The right cover inserting seat 1312 is formed with a matching groove 117 on a predetermined end surface of the right cover body 131. The right cover inserting seat 1312 is embedded in the inserting groove 117.

該組裝區1313及右蓋半槽1314，係連通凹陷形成於右蓋本體131面對殼座11之端面。 The assembling area 1313 and the right cover half groove 1314 are connected and recessed on the end surface of the right cover body 131 facing the housing base 11.

前述限位件132，係對應右蓋半槽1314組設於右蓋本體131，並容置於組裝區1313。該限位件132匹配右蓋半槽1314具有一限位半槽1321，俾以共同界定出一圓槽。 The aforementioned stopper 132 is assembled in the right cover body 131 corresponding to the right cover half groove 1314 and is accommodated in the assembly area 1313. The limiting member 132 has a limiting half slot 1321 that matches the right cover half slot 1314 so as to jointly define a circular slot.

所述掀蓋14(如圖1、2及5所示)，係匹配殼座11輪廓，具有直交連接呈L型之一第一蓋壁141及一第二蓋壁142。 The flip cover 14 (as shown in FIGS. 1, 2 and 5) matches the contour of the housing 11 and has a first cover wall 141 and a second cover wall 142 that are orthogonally connected in an L shape.

前述第二蓋壁142，匹配第二殼樞軸113具有一蓋體扣槽1421。藉由蓋體扣槽1421選擇性套銜於第二殼樞軸113外周側。 The aforementioned second cover wall 142 has a cover buckle groove 1421 that matches the second housing pivot 113. The cover buckle groove 1421 is selectively sleeved on the outer peripheral side of the second shell pivot 113.

所述各側飾蓋15，係分別組裝於掀蓋14延伸方向之兩端，具有一勾體151及一扣槽152。前述勾體151及扣槽152，係分別形成於側飾蓋15兩端。該勾體151，係匹配側蓋12之勾槽121，選擇性勾扣。該扣槽152，係套銜於掀蓋14之蓋體扣槽1421外周側。 The side decorative covers 15 are respectively assembled at two ends of the extension direction of the flip cover 14 and have a hook body 151 and a buckle groove 152. The hook body 151 and the buckle groove 152 are respectively formed at two ends of the side cover 15. The hook body 151 is matched with the hook groove 121 of the side cover 12 and is selectively hooked. The buckle groove 152 is sleeved on the outer peripheral side of the cover buckle groove 1421 of the flip cover 14.

上述馬達殼20(如圖3、6所示)，係容置於殼座10內，包括水平對合組裝之一馬達座21及一馬達蓋22。 The motor housing 20 (as shown in FIGS. 3 and 6) is housed in the housing base 10 and includes a motor base 21 and a motor cover 22 that are assembled horizontally.

所述馬達座21，相對之兩端分別具有一馬達座嵌塊211及一馬達座容槽212。 The motor seat 21 has a motor seat insert 211 and a motor seat accommodating groove 212 at opposite ends.

前述馬達座嵌塊211，係匹配第一殼壁111之嵌合槽117形成於馬達座21預設端面。 The aforementioned motor seat insert 211 is formed on the predetermined end surface of the motor seat 21 to match the fitting groove 117 of the first housing wall 111.

前述馬達座容槽212(先前技藝)，係形成於馬達座21相反馬達座嵌塊211之端面。 The aforementioned motor seat receiving groove 212 (previous art) is formed on the end surface of the motor seat insert 211 opposite to the motor seat 21.

所述馬達蓋22，係對應馬達座容槽212組裝於馬達座22預設端面，俾以封閉馬達座容槽212開放截面局部。 The motor cover 22 is assembled on the predetermined end surface of the motor base 22 corresponding to the motor base accommodating groove 212 to close a part of the open section of the motor base accommodating groove 212.

上述螺桿組40(如圖3、6所示)，係匹配馬達殼20與右側蓋13，組設於殼體10內，包括一馬達41、一連接馬達41之螺桿42、一螺設螺桿42外周側之螺母43、及一套設於螺桿42相對馬達41另一端之軸承44。 The above-mentioned screw assembly 40 (shown in Figures 3 and 6) is matched with the motor housing 20 and the right side cover 13, assembled in the housing 10, and includes a motor 41, a screw 42 connected to the motor 41, and a screw screw 42 The nut 43 on the outer peripheral side and the bearing 44 set on the other end of the screw 42 opposite to the motor 41 are set.

前述馬達41，係容置於馬達殼20內。 The aforementioned motor 41 is housed in the motor housing 20.

前述軸承44，係容置右側蓋13內，即限位件132與右蓋本體131共同界定之圓槽(右蓋半槽1314及限位半槽1321)。 The aforementioned bearing 44 is accommodated in the right side cover 13, that is, the circular groove (the right cover half groove 1314 and the limit half groove 1321) defined by the limiting member 132 and the right cover body 131.

前述螺母43，具一螺母本體431及兩對稱自螺母本體431朝外延伸形成之翼片432。 The aforementioned nut 43 has a nut body 431 and two fins 432 symmetrically extending outward from the nut body 431.

上述滑座50，係與螺母43之翼片432連接，而配置於螺母43一側，並容置於殼體10。受螺母43牽引沿導軌118及滑軌119往復運動。該滑座50匹配導軌118及滑軌119樞設有複數滑輪51。 The sliding seat 50 is connected with the wing 432 of the nut 43 and is arranged on the side of the nut 43 and is accommodated in the housing 10. The nut 43 reciprocates along the guide rail 118 and the slide rail 119. The sliding seat 50 is pivoted with a plurality of pulleys 51 to match the guide rail 118 and the sliding rail 119.

上述連接片60(如圖1所示)，一端與滑座50鎖接，另端與門窗連接件70樞接。實施時，門窗連接件70可以省略，讓連接片60直接與門窗連接。 The connecting piece 60 (as shown in FIG. 1) has one end locked with the sliding seat 50 and the other end pivotally connected with the door and window connector 70. In implementation, the door and window connecting piece 70 can be omitted, so that the connecting piece 60 is directly connected to the door and window.

上述極限開關80(先前技藝、如圖2至4所示)，係對應滑座50移動路徑，組裝於殼座11之第一殼壁111預設位置，並與馬達41電性連接。 The above-mentioned limit switch 80 (previous art, as shown in FIGS. 2 to 4) corresponds to the movement path of the sliding base 50, is assembled at a predetermined position of the first shell wall 111 of the housing 11, and is electrically connected to the motor 41.

是以，上述即為本創作所提供一較佳實施例易拆、裝之智能門窗動力組合結構各部構件及組裝方式之介紹，茲再將本創作之實施例作動特點介紹如下。 Therefore, the above is the introduction of the components and assembly methods of the smart door and window power assembly structure that is easy to disassemble and assemble in a preferred embodiment provided by this creation. Hereinafter, the operating characteristics of the embodiment of this creation are introduced as follows.

請參閱圖1至8所示，將殼座11對應門窗預設位 置(重心端)鎖設，並將連接片60透過門窗連接件70與卻開啟之門窗連接，俾以連動門窗開關。(如圖1所示，由於開關作動非本案之重點，故不多贅述) Please refer to Figures 1 to 8, the housing base 11 corresponds to the door and window preset position The (center of gravity end) is locked, and the connecting piece 60 is connected to the opened door and window through the door and window connector 70, so as to link the door and window switch. (As shown in Figure 1, since the switch actuation is not the focus of this case, I will not repeat it)

當有維修需求時，(如圖7、8所示)只需用力扳動掀蓋14同動連動兩側飾蓋15，讓掀蓋14以蓋體扣槽1421匹配殼座11之第二殼樞軸113為軸心轉動。讓各側飾蓋15之勾體151自側蓋12勾槽121脫離；如此，便可將蓋合殼座11上方之掀蓋14樞轉離開，讓使用者可以對殼體10內部相關構件進行檢測與養護(例如上油)。 When there is a need for maintenance, (as shown in Figures 7 and 8), you only need to force the flip 14 to move and link the decorative covers 15 on both sides, so that the flip 14 matches the second shell of the housing 11 with the cover buckle 1421 The pivot 113 rotates on the axis. Let the hook body 151 of each side decorative cover 15 be separated from the hook groove 121 of the side cover 12; in this way, the flip cover 14 above the cover shell base 11 can be pivoted away, so that the user can perform related components in the housing 10 Inspection and maintenance (such as oiling).

如卻回復時，只需反向動作，將側飾蓋15之勾體151與側蓋12勾槽121相互扣勾即可。 If it recovers, only the reverse action is needed to hook the hook body 151 of the side cover 15 and the hook groove 121 of the side cover 12 to each other.

如有更替螺桿組40需求時(如圖2至8所示)，只需先依上述步驟開啟掀蓋14，再將限位件132及馬達蓋22卸下，即可快速的取出螺桿組40。且限位件132、馬達蓋22及螺桿組40缷離之方向，係朝向使用者方向，具有最大的操作空間，方便使用者操作。 If there is a need to replace the screw assembly 40 (as shown in Figures 2 to 8), just open the flip cover 14 according to the above steps, and then remove the limit piece 132 and the motor cover 22 to quickly take out the screw assembly 40 . In addition, the unwinding direction of the stopper 132, the motor cover 22 and the screw assembly 40 is toward the user, which has the largest operating space and is convenient for the user to operate.

請參閱圖9所示，為了使門窗開關位移過程能更加平穩，牽引門窗之螺母43、滑座50、連接片60及門窗連接件70等構件，可複數個作為實施，分別對門窗頭、尾兩端施與牽引之力量。 Please refer to Figure 9, in order to make the door and window opening and closing process more stable, the nut 43, the sliding seat 50, the connecting piece 60 and the door and window connector 70 of the traction door and window can be implemented as multiple components, respectively, for the door and window head and tail The force of traction is applied at both ends.

以上所述說明，僅為本創作的較佳實施方式而已，意在明確本創作的特徵，並非用以限定本創作實施例的範圍，本技術領域內的一般技術人員根據本創作所作的均等變化，以及本領域內技術人員熟知的改變，仍應屬本創作涵蓋的範圍。 The above description is only the preferred implementation of this creation, and is intended to clarify the characteristics of this creation, and is not intended to limit the scope of this creation embodiment. Those skilled in the art make equal changes based on this creation. , And the changes well-known to those skilled in the art should still fall within the scope of this creation.

10:殼體 10: Shell

11:殼座 11: Shell seat

12:左側蓋 12: Left side cover

13:右側蓋 13: Right side cover

14:掀蓋 14: flip cover

1421:蓋體扣槽 1421: cover buckle groove

15:側飾蓋 15: Side cover

152:扣槽 152: Buckle slot

20:馬達殼 20: Motor housing

60:連接片 60: connecting piece

80:極限開關 80: limit switch

Claims (10)

一種易拆、裝之智能門窗動力組合結構，其包括： An easy to disassemble and install intelligent door and window power combination structure, which includes: 一殼座，具有直交連接呈L型輪廓之一第一殼壁及一第二殼壁、一形成於該第二殼壁且沿該第二殼壁延伸方向配置之第二殼樞軸； A shell seat with a first shell wall and a second shell wall orthogonally connected in an L-shaped profile, and a second shell pivot formed on the second shell wall and arranged along the extending direction of the second shell wall; 一左側蓋，係組裝於該殼座延伸方向一端； A left side cover, assembled at one end of the housing base in the extending direction; 一右側蓋，其包括： A right side cover, which includes: 一右蓋本體，組裝於該殼座相對該左側蓋另一端，具有一形成於該右蓋本體頂端之左勾槽、及連通凹陷形成於該右蓋本體面對該殼座端面之一組裝區及一右蓋半槽；及 A right cover body, assembled on the other end of the housing base opposite to the left side cover, has a left hook groove formed at the top end of the right cover body, and a connecting recess formed in an assembly area of the end surface of the right cover body facing the housing base And a right cover half slot; and 一限位件，對應該右蓋半槽組設於該右蓋本體，並容置於該組裝區； A limiter, corresponding to the half groove of the right cover, is arranged on the right cover body and accommodated in the assembly area; 一掀蓋，係匹配該殼座輪廓，具有直交連接呈L型之一第一蓋壁及一第二蓋壁，其中該第二蓋壁，具有一套銜該第二殼樞軸外周套之蓋體扣槽； A flip cover is matched with the contour of the housing base and has a first cover wall and a second cover wall that are orthogonally connected in an L shape, wherein the second cover wall has a set of peripheral sleeves that engage the pivot of the second housing Cover buckle groove; 一馬達殼，係組裝於該第一殼壁，包括水平對合組裝之一馬達座及一馬達蓋； A motor housing, assembled on the first housing wall, including a motor seat and a motor cover assembled horizontally; 一螺桿組，係匹配該馬達殼與該右側蓋，組設於該殼體內； A screw group, matched with the motor housing and the right side cover, assembled in the housing; 至少一滑座，係與該螺桿組連接；以及 At least one sliding seat is connected with the screw group; and 至少一連接片，一端與該滑座連接。 At least one connecting piece is connected to the sliding seat at one end. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該螺桿組包括： The smart door and window power combination structure for easy disassembly and assembly as described in claim 1, wherein the screw group includes: 一馬達，係容置於該馬達殼內； A motor, which is housed in the motor housing; 一軸承，係容置該右側蓋內； A bearing is housed in the right side cover; 一螺桿，兩端分別與該馬達及該軸承連接；以及 A screw with two ends respectively connected to the motor and the bearing; and 至少一螺母，係螺合於該螺桿，具有一螺母本體及兩對稱自該螺母本體朝外延伸並與該滑座連接之翼片。 At least one nut is screwed on the screw rod and has a nut body and two symmetrical wings extending outward from the nut body and connected with the sliding seat. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該掀蓋延伸方向之兩端，分別套設有一側飾蓋，且該側飾蓋兩端分別具有一勾體及一扣槽，其中該勾體係與該左側蓋頂端之一左勾槽相動，而該扣槽係套銜於該蓋體扣槽外周側。 The smart door and window power assembly structure for easy disassembly and assembly as described in claim 1, wherein the two ends of the clamshell cover in the extending direction are respectively covered with a side cover, and both ends of the side cover cover have a hook and a A buckle groove, wherein the hook system moves with a left hook groove at the top of the left side cover, and the buckle groove is sleeved on the outer peripheral side of the buckle groove of the cover body. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該第二殼壁具有與該滑座匹配之一導軌；該第一殼壁具有與該滑座匹配之一滑軌。 According to claim 1, the intelligent door and window power combination structure for easy disassembly and assembly, wherein the second shell wall has a guide rail matching the sliding seat; the first shell wall has a sliding rail matching the sliding seat. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該第一殼壁設有一與該螺桿組電氣連接之極限開關，且對應該滑座移動路徑。 The easy-to-disassemble and assemble smart door and window power combination structure described in claim 1, wherein the first shell wall is provided with a limit switch electrically connected to the screw assembly and corresponds to the movement path of the sliding seat. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該第一殼壁毗鄰自由端之截面具有一第一殼鎖孔；該第一、該第二殼壁連接處之截面具有一第二殼鎖孔；及該第二殼樞軸貫穿形成有一第三殼鎖孔。 The easy-to-disassemble and assemble smart door and window power combination structure according to claim 1, wherein the section of the first shell wall adjacent to the free end has a first shell lock hole; the section of the joint between the first shell wall and the second shell wall There is a second shell lock hole; and the second shell pivot shaft penetrates to form a third shell lock hole. 如請求項1所述之易拆、裝之智能門窗動力組合結構，其中該第一殼壁沿延伸方向具有一嵌合槽。 The easy-to-disassemble and assemble smart door and window power combination structure according to claim 1, wherein the first shell wall has a fitting groove along the extending direction. 如請求項7所述之易拆、裝之智能門窗動力組合結構，其中該左側蓋匹配該嵌合槽具有一左側蓋嵌座。 According to claim 7, the easy-to-disassemble and assemble smart door and window power combination structure, wherein the left side cover has a left side cover embedding seat matching the fitting groove. 如請求項7所述之易拆、裝之智能門窗動力組合結構，其中該右側蓋匹配該嵌合槽具有一右蓋嵌座。 According to claim 7, the easy-to-disassemble and install smart door and window power combination structure, wherein the right side cover matches the fitting groove and has a right cover insert seat. 如請求項7所述之易拆、裝之智能門窗動力組合結構，其中該馬達座匹配該嵌合槽具有一馬達座嵌塊。 The easy-to-disassemble and assemble smart door and window power combination structure according to claim 7, wherein the motor seat matches the fitting groove and has a motor seat insert.

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