TWI733409B - Horizontal sliding window with multi-point anti-pry structure - Google Patents

Horizontal sliding window with multi-point anti-pry structure Download PDF

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TWI733409B
TWI733409B TW109112168A TW109112168A TWI733409B TW I733409 B TWI733409 B TW I733409B TW 109112168 A TW109112168 A TW 109112168A TW 109112168 A TW109112168 A TW 109112168A TW I733409 B TWI733409 B TW I733409B
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window sash
vertical frame
sash
window
follower
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TW109112168A
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Chinese (zh)
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TW202138670A (en
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吳律謙
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上田鋁業有限公司
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Publication of TW202138670A publication Critical patent/TW202138670A/en

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Abstract

一種具有多點防撬結構之橫拉窗,包含,第一窗扇、第二窗扇、第一防撬結構及第二防撬結構。第一窗扇、第二窗扇分別能夠於第一位置與第二位置之間位移,第一窗扇具有第一立框面,第二窗扇具有第二立框面;第一防撬結構包括卡合件、從動件及驅動件,卡合件固定於第一立框面,從動件設置於第二窗扇並能於第二立框面上移動;第二防撬結構包括第一勾件與第二勾件,第一勾件連接於第一立框面,第二勾件連接於第二立框面。當第一窗扇位於第一位置,第二窗扇位於第二位置,第一勾件與第二勾件相互勾扣,且驅動件連動從動件移動並與卡合件相互卡抵。A horizontal sliding window with a multi-point anti-prying structure includes a first sash, a second sash, a first anti-prying structure and a second anti-prying structure. The first window sash and the second window sash can be moved between a first position and a second position, respectively, the first window sash has a first vertical frame surface, and the second window sash has a second vertical frame surface; the first anti-pry structure includes an engaging member , The follower and the driving part, the engaging part is fixed on the surface of the first vertical frame, the follower is arranged on the second window sash and can move on the surface of the second vertical frame; the second anti-pry structure includes a first hook and a first There are two hook members, the first hook member is connected to the first vertical frame surface, and the second hook member is connected to the second vertical frame surface. When the first window sash is at the first position and the second window sash is at the second position, the first hook member and the second hook member are interlocked with each other, and the driving member moves in conjunction with the follower member and is locked with the engaging member.

Description

具有多點防撬結構之橫拉窗Horizontal sliding window with multi-point anti-pry structure

本發明係與橫拉窗有關;特別是指一種具有多點防撬結構之橫拉窗。The present invention relates to a horizontal sliding window; in particular, it refers to a horizontal sliding window with a multi-point pry-proof structure.

已知橫拉門窗由於操作簡單且門扇或窗扇開啟時占用的空間較平開門窗小,因此,橫拉門窗已普遍的被使用者所採用。橫拉門窗一般包含有外框及橫拉門窗扇,其操作方式是藉由推拉橫拉門窗扇,使橫拉門窗扇在外框上的軌道上橫移,藉此,以達成封閉或是開啟門窗的效果。It is known that the horizontal sliding doors and windows are easy to operate and occupy less space when the door leaf or window sash is opened than the casement door and window. Therefore, the horizontal sliding doors and windows have been commonly adopted by users. Horizontally-drawn doors and windows generally include an outer frame and a horizontally-drawn door and window sash. The operation method is to push and pull the horizontally-drawn door and window sash to move the horizontally-drawn door and window sash horizontally on the track on the outer frame, thereby closing or opening the door and window. Effect.

除此之外,為了提供防護效果,橫拉門窗通常還包含有防盜裝置,舉例來說,以市面上常見防盜裝置,例如用於鋁窗上的把手式勾扣鎖,其主要包含有分別設置於兩窗扇上的握把及勾扣,其中握把樞設於一窗扇,勾扣則固設於另一窗扇,藉此,使用者可旋轉握把,並使握把轉軸端部所設置之扣片扣鎖於勾扣中,以將兩窗扇鎖固。然而,習用之橫拉門窗僅具有單一的防盜裝置,當窗扇受到外力而導致窗扇位移或變形時,容易使得握把之扣片脫離勾扣,而有防盜效果不足,進而造成使用者居家安全受到威脅的問題。因此,習用之門窗之設計仍有待改善之處In addition, in order to provide a protective effect, horizontal sliding doors and windows usually also include anti-theft devices. For example, common anti-theft devices on the market, such as handle-type hook locks used on aluminum windows, mainly include separate settings The handles and hooks on the two window sashes. The handle is pivoted to one window sash, and the hook is fixed to the other window sash. By this, the user can rotate the handle and set the handle at the end of the shaft. The clasps are locked in the hooks to lock the two window sashes firmly. However, the conventional horizontal sliding doors and windows only have a single anti-theft device. When the window sash is displaced or deformed due to external force, it is easy to make the clasp of the handle detach from the hook, and the anti-theft effect is insufficient, which causes the user’s home safety to be affected. The problem of threats. Therefore, the design of conventional doors and windows still needs improvement

有鑑於此,本發明之目的在於提供一種具有多點防撬結構之橫拉窗,透過多點防撬結構能使橫拉窗緊密的結合鎖固,而不容易因為外力的影響而被撬開。In view of this, the purpose of the present invention is to provide a horizontal sliding window with a multi-point anti-pry structure, through which the multi-point anti-pry structure can make the horizontal sliding window tightly combined and locked, and is not easy to be pried open due to the influence of external force. .

緣以達成上述目的,本發明提供的一種具有多點防撬結構之橫拉窗包含,一第一窗扇、一第二窗扇、一第一防撬結構及一第二防撬結構。In order to achieve the above objective, the present invention provides a horizontal sliding window with a multi-point anti-pry structure including a first sash, a second sash, a first anti-pry structure and a second anti-pry structure.

該第一窗扇、該第二窗扇分別能夠沿著一X軸方向於一第一位置與一第二位置之間位移,其中該第一窗扇具有一第一立框面,該第二窗扇具有一第二立框面;該第一防撬結構包括至少一卡合件、至少一從動件以及一驅動件,其中該至少一卡合件固定於該第一窗扇並且位於該第一立框面,該至少一從動件設置於該第二窗扇並且能夠沿著一Y軸方向於該第二立框面上移動,該驅動件結合於該第二窗扇,用以連動該至少一從動件移動;該第二防撬結構包括一第一勾件與一第二勾件,該第一勾件連接於該第一窗扇之第一立框面,該第二勾件連接於該第二窗扇之第二立框面,其中該第一勾件具有一朝向正X軸方向之開口,該第二勾件具有一朝向負X軸方向之開口。The first window sash and the second window sash are respectively capable of moving between a first position and a second position along an X-axis direction, wherein the first window sash has a first vertical frame surface, and the second window sash has a The second vertical frame surface; the first anti-pry structure includes at least one engaging member, at least one driven member and a driving member, wherein the at least one engaging member is fixed to the first window sash and is located on the first vertical frame surface , The at least one follower is disposed on the second sash and can move on the second vertical frame surface along a Y-axis direction, and the drive is coupled to the second sash for linkage with the at least one follower Move; The second anti-pry structure includes a first hook and a second hook, the first hook is connected to the first vertical frame surface of the first window sash, the second hook is connected to the second window sash The second vertical frame surface, wherein the first hook has an opening facing the positive X-axis direction, and the second hook has an opening facing the negative X-axis direction.

藉此,當該第一窗扇位於第一位置,該第二窗扇位於第二位置時,該第一勾件與該第二勾件相互勾扣,且該驅動件能受操控連動該至少一從動件移動,使得該從動件之部分與該至少一卡合件形成相互卡抵。Thereby, when the first window sash is at the first position and the second window sash is at the second position, the first hook member and the second hook member are hooked with each other, and the driving member can be manipulated to link the at least one slave The moving part moves, so that a part of the driven part and the at least one engaging part form a mutual engagement.

本發明之效果在於,該第一勾件之開口與該第二勾件之開口能在X方向上相互勾扣,且該至少一從動件之部分與該至少一卡合件能在Y軸方向上形成相互卡抵,因此,透過該第一防撬結構與該第二防撬結構,該第一窗扇與該第二窗扇能穩固的彼此結合,且由於該第一防撬結構與該第二防撬結構能限制該第一窗扇與該第二窗扇在不同方向上的相對移動,當該第一窗扇與該第二窗扇受到外力影響時,該第一窗扇與該第二窗扇彼此之間並不容易產生相對位移,進而能改善習用橫拉窗受到外力容易導致窗扇位移而造成防盜效果不佳的問題。The effect of the present invention is that the opening of the first hook member and the opening of the second hook member can hook each other in the X direction, and the part of the at least one driven member and the at least one engaging member can be in the Y axis The first sash and the second sash can be firmly combined with each other through the first anti-pry structure and the second anti-pry structure, and because the first anti-pry structure and the second sash can be firmly combined with each other. The two anti-pry structures can restrict the relative movement of the first window sash and the second window sash in different directions. When the first window sash and the second window sash are affected by external force, the first window sash and the second window sash can be separated from each other It is not easy to produce relative displacement, which can improve the problem that the conventional horizontal sliding window is easily caused by the external force to cause the sash to be displaced and the anti-theft effect is not good.

為能更清楚地說明本發明,茲舉一較佳實施例並配合圖式詳細說明如後。請參圖1至圖8所示,為本發明一較佳實施例之具有多點防撬結構之橫拉窗1,包含一第一窗扇10、一第二窗扇20、一第一防撬結構30及一第二防撬結構40,其中該第一防撬結構30包括一卡合件32、一從動件34以及一驅動件36,該第二防撬結構40包括一第一勾件42與一第二勾件44。In order to explain the present invention more clearly, a preferred embodiment is given in conjunction with the drawings in detail as follows. Please refer to Figures 1 to 8, which is a cross-drawing window 1 with a multi-point anti-pry structure according to a preferred embodiment of the present invention, including a first sash 10, a second sash 20, and a first anti-pry structure 30 and a second tamper-resistant structure 40, wherein the first tamper-resistant structure 30 includes an engaging member 32, a driven member 34, and a driving member 36, and the second tamper-resistant structure 40 includes a first hook member 42 With a second hook piece 44.

請配合圖1及圖2,該第一窗扇10與該第二窗扇20是可滑動的設置於一窗框50中,且該第一窗扇10與該第二窗扇20分別能夠沿著一X軸方向於一第一位置P1與一第二位置P2之間位移,如圖1所示,該第一窗扇10是位於該第一位置P1,該第二窗扇20是位於該第二位置P2。1 and 2, the first window sash 10 and the second window sash 20 are slidably disposed in a window frame 50, and the first window sash 10 and the second window sash 20 can be respectively along an X axis The direction is displaced between a first position P1 and a second position P2. As shown in FIG. 1, the first window sash 10 is located at the first position P1, and the second window sash 20 is located at the second position P2.

如圖3所示,該第一窗扇10具有一第一立框面101,該第二窗扇20具有一第二立框面201,該第一勾件42連接於該第一窗扇10之第一立框面101,該第二勾件44連接於該第二窗扇20之第二立框面201。請配合圖4及圖6所示,其中該第一勾件42具有一朝向正X軸方向之開口,該第二勾件44具有一朝向負X軸方向之開口,藉此,當該第一窗扇10位於該第一位置P1,該第二窗扇20位於該第二位置P2時,該第一勾件42與該第二勾件44透過該第一勾件42之開口與該第二勾件44之開口在X軸方向上相互勾扣,進而能限制該第一窗扇10與該第二窗扇20在X軸方向上的移動。As shown in FIG. 3, the first sash 10 has a first vertical frame surface 101, the second sash 20 has a second vertical frame surface 201, and the first hook 42 is connected to the first sash 10 The vertical frame surface 101, the second hook 44 is connected to the second vertical frame surface 201 of the second window sash 20. Please refer to Figures 4 and 6, where the first hook 42 has an opening facing the positive X-axis direction, and the second hook 44 has an opening facing the negative X-axis direction, so that when the first hook When the window sash 10 is at the first position P1 and the second window sash 20 is at the second position P2, the first hook member 42 and the second hook member 44 pass through the opening of the first hook member 42 and the second hook member The openings of 44 hook each other in the X-axis direction, thereby restricting the movement of the first window sash 10 and the second window sash 20 in the X-axis direction.

值得一提的是,於本實施例中,該第二窗扇20相對該第一窗扇10設置於偏靠一建築物之室內側,該第一窗扇10相對該第二窗扇20設置於偏靠該建築物之室外側,且該第一勾件42與該第二勾件44沿Y軸方向延伸,該第一勾件42在Y軸方向上之長度L1大於或等於該第二勾件44在Y軸方向上之長度L2,藉此,當該第一窗扇10位於該第一位置P1,該第二窗扇20位於該第二位置P2,也就是該第一窗扇10與該第二窗扇20封閉該建築物之開口時,由於該第一勾件42在Y軸方向上之長度L1大於或等於該第二勾件44在Y軸方向上之長度L2,因此,該第一勾件42能遮蔽該第二勾件44,避免該第二勾件44於室外側露出。It is worth mentioning that, in this embodiment, the second window sash 20 is disposed on the indoor side of a building relative to the first window sash 10, and the first window sash 10 is disposed closer to the interior side of a building relative to the second window sash 20. The outdoor side of the building, and the first hook 42 and the second hook 44 extend along the Y-axis direction, and the length L1 of the first hook 42 in the Y-axis direction is greater than or equal to that of the second hook 44 The length L2 in the Y-axis direction, whereby when the first sash 10 is at the first position P1, the second sash 20 is at the second position P2, that is, the first sash 10 and the second sash 20 are closed When opening the building, since the length L1 of the first hook 42 in the Y-axis direction is greater than or equal to the length L2 of the second hook 44 in the Y-axis direction, the first hook 42 can shield The second hook 44 prevents the second hook 44 from being exposed on the outdoor side.

請再配合圖6,該第一勾件42具有一第一貼合面421,該第二勾件44具有一第二貼合面441,該第一勾件42具有一根部42a及一凸出部42b,該根部42a連接該凸出部42b及該第一窗扇10之第一立框面101,當該第一窗扇10位於第一位置P1,該第二窗扇20位於第二位置P2時,該第一勾件42之該第一貼合面421與該第二勾件44之該第二貼合面442相互貼合,且該凸出部42b的端緣接近該第二立框面201。藉由該第一貼合面421及該第二貼合面442之貼合以及該第一勾件42之該凸出部42b的端緣接近該第二立框面201之設計,以阻擋氣流由室外側流入室內側,進而提升橫拉窗之氣密效果。Please refer to FIG. 6, the first hook 42 has a first bonding surface 421, the second hook 44 has a second bonding surface 441, and the first hook 42 has a portion 42a and a protrusion When the first sash 10 is at the first position P1 and the second sash 20 is at the second position P2, the root 42a connects the protruding part 42b and the first frame surface 101 of the first sash 10, The first bonding surface 421 of the first hook member 42 and the second bonding surface 442 of the second hook member 44 are bonded to each other, and the end edge of the protruding portion 42b is close to the second vertical frame surface 201 . The design that the first bonding surface 421 and the second bonding surface 442 are bonded together and the end edge of the protruding portion 42b of the first hook 42 is close to the second vertical frame surface 201 is designed to block airflow It flows from the outdoor side into the indoor side, thereby enhancing the airtight effect of the horizontal sliding window.

如圖3所示,該卡合件32固定於該第一窗扇10並且位於該第一立框面101上,該從動件34設置於該第二窗扇20並且能夠沿著一Y軸方向於該第二立框面201上移動,該驅動件36結合於該第二窗扇20,用以連動該從動件34移動,藉此,當該第一窗扇10位於該第一位置P1,該第二窗扇20位於該第二位置P2時,該驅動件36能受操控連動該從動件34移動,使得該從動件34之部分如圖5所示與該卡合件32形成相互卡抵,進而能限制該第一窗扇10與該第二窗扇20的相對移動,而當使用者欲移動該第一窗扇10或是該第二窗扇20時,使用者能操作該驅動件36以連動該從動件34移動至如圖8所示之脫離該卡合件32的位置。於本實施例中,該驅動件36以一把手為例說明,該把手與該從動件34連接並樞設於該第二窗扇20上且能以一轉軸C為軸心轉動,藉此,當使用者扳動該驅動件36時,能連動該從動件34移動。實務上,該驅動件36也可以是其他例如按鈕等構件,並不以把手為限。As shown in FIG. 3, the engaging member 32 is fixed to the first window sash 10 and is located on the first vertical frame surface 101, and the driven member 34 is disposed on the second window sash 20 and can be positioned along a Y-axis direction. Move on the second vertical frame surface 201, the driving member 36 is combined with the second window sash 20 to move the driven member 34, so that when the first window sash 10 is located at the first position P1, the first window sash 10 is located at the first position P1, and the first window sash 10 is located at the first position P1. When the two window sashes 20 are at the second position P2, the driving member 36 can be manipulated to move the driven member 34, so that part of the driven member 34 and the engaging member 32 form a mutual engagement as shown in FIG. 5, In turn, the relative movement of the first window sash 10 and the second window sash 20 can be restricted. When the user wants to move the first window sash 10 or the second window sash 20, the user can operate the driving member 36 to link the slave window. The moving member 34 moves to a position where it is separated from the engaging member 32 as shown in FIG. 8. In this embodiment, the driving member 36 is illustrated by taking a handle as an example. The handle is connected to the driven member 34 and is pivoted on the second window sash 20 and can rotate about a rotation axis C as the axis, thereby, when When the user pulls the driving member 36, the driven member 34 can be moved in conjunction. In practice, the driving member 36 can also be other components such as buttons, and is not limited to a handle.

如圖6所示,於本實施例中,該卡合件32具有一朝X方向延伸之第一限制部321及一朝Z方向延伸之第二限制部322,該第二限制部322連接該第一立框面101及該第一限制部321,且卡合件32之數量為二(配合圖2),並分別設置於該第一立框面101的頂部及底部,其中設置於該第一立框面101頂部之卡合件32a具有一開口,設置於該第一立框面101底部之卡合件32b具有一開口;該從動件34具有一第一從動件341及一第二從動件342(配合圖7)。如此一來,當該第一窗扇10位於該第一位置P1,該第二窗扇20位於該第二位置P2時,該驅動件36能受操控以連動該第一從動件341往正Y方向移動至圖7所示之虛線位置並與設置於該第一立框面101頂部之卡合件32a卡抵,同時該第二從動件342往負Y方向移動至圖7所示之虛線位置並與設置於該第一立框面101底部之卡合件32b形成卡抵。如此一來,該第一限制部321之設計能限制該從動件34於Z軸方向上的移動,該第二限制部322能限制從動件34於X軸方向上的移動,進而能限制該第一窗扇10與該第二窗扇20在X軸及Z軸方向上的移動。除此之外,透過該第一從動件341、該第二從動件342與設置於該第一立框面101頂部及底部的卡合件32a、32b之卡合,以提供較佳的防撬效果。實務上,卡合件與從動件之數量也可以是一個,舉例來說,可以在第一立框面之頂部或底部的位置設置一個卡合件,使用者透過操作驅動件一樣能連動一個從動件穿入卡合件並形成卡抵,同樣能夠達成限制第一窗扇與第二窗扇的相對移動的效果。As shown in FIG. 6, in this embodiment, the engaging member 32 has a first restricting portion 321 extending in the X direction and a second restricting portion 322 extending in the Z direction. The second restricting portion 322 is connected to the The first vertical frame surface 101 and the first restricting portion 321, and the number of the engaging members 32 are two (in accordance with FIG. 2), and they are respectively arranged on the top and bottom of the first vertical frame surface 101, wherein they are arranged on the second The engaging member 32a at the top of a vertical frame surface 101 has an opening, and the engaging member 32b provided at the bottom of the first vertical frame surface 101 has an opening; the driven member 34 has a first driven member 341 and a first driven member 341 Two followers 342 (cooperate with Figure 7). In this way, when the first window sash 10 is located at the first position P1 and the second window sash 20 is located at the second position P2, the driving member 36 can be manipulated to link the first driven member 341 to the positive Y direction Move to the dotted line position shown in FIG. 7 and engage with the engaging member 32a provided on the top of the first vertical frame surface 101, while the second follower 342 moves in the negative Y direction to the dotted line position shown in FIG. 7 And it forms a latch with the engaging member 32b provided at the bottom of the first vertical frame surface 101. In this way, the design of the first restricting portion 321 can restrict the movement of the follower 34 in the Z-axis direction, and the second restricting portion 322 can restrict the movement of the follower 34 in the X-axis direction, thereby restricting The movement of the first window sash 10 and the second window sash 20 in the X-axis and Z-axis directions. In addition, through the engagement of the first follower 341, the second follower 342 and the engagement members 32a, 32b provided on the top and bottom of the first vertical frame surface 101, a better Anti-pry effect. In practice, the number of the engaging element and the driven element can also be one. For example, one engaging element can be provided at the top or bottom of the first vertical frame surface, and the user can link one by operating the driving element. The follower penetrates the engaging member and forms a catch, which can also achieve the effect of restricting the relative movement of the first window sash and the second window sash.

綜上所述,本發明之該具有多點防撬結構之橫拉窗1,能藉由該第一防撬結構30及該第二防撬結構40,使該第一窗扇10與該第二窗扇20能穩固的彼此結合,且由於該第一防撬結構與該第二防撬結構能限制該第一窗扇10與該第二窗扇20在不同方向上的相對移動,因此當該第一窗扇10與該第二窗扇20受到外力影響時,該第一窗扇10與該第二窗扇20彼此之間並不容易產生相對位移,進而能改善習用橫拉窗受到外力容易導致窗扇位移而造成防盜效果不佳的問題。In summary, the horizontal sliding window 1 with a multi-point anti-pry structure of the present invention can make the first window sash 10 and the second sash 10 and the second sash 10 and the second anti-pry structure 40 through the first anti-pry structure 30 and the second anti-pry structure 40. The window sash 20 can be firmly combined with each other, and because the first sash 10 and the second sash 20 can restrict the relative movement of the first sash 10 and the second sash 20 in different directions, when the first sash is When 10 and the second window sash 20 are affected by external force, the first window sash 10 and the second window sash 20 are not easily displaced relative to each other, which can improve the anti-theft effect due to the sash displacement caused by the external force of the conventional horizontally-drawn window. Poor problem.

以上所述僅為本發明較佳可行實施例而已,舉凡應用本發明說明書及申請專利範圍所為之等效變化,理應包含在本發明之專利範圍內。The above are only the preferred and feasible embodiments of the present invention. Any equivalent changes made by applying the specification of the present invention and the scope of the patent application should be included in the patent scope of the present invention.

[本發明] 1:具有多點防撬結構之橫拉窗 10:第一窗扇 101:第一立框面 20:第二窗扇 201:第二立框面 30:第一防撬結構 32,32a,32b:卡合件 321:第一限制部 322:第二限制部 34:從動件 341:第一從動件 342:第二從動件 36:驅動件 40:第二防撬結構 42:第一勾件 42a:根部 42b:凸出部 421:第一貼合面 44:第二勾件 441:第二貼合面 50:窗框 P1:第一位置 P2:第二位置 L1,L2:長度 C:轉軸 X,Y,Z:軸 [this invention] 1: Horizontal sliding window with multi-point anti-pry structure 10: The first sash 101: The first vertical frame surface 20: second window sash 201: The second vertical frame surface 30: The first tamper-proof structure 32, 32a, 32b: snap parts 321: First Restriction 322: second restriction 34: Follower 341: first follower 342: second follower 36: drive parts 40: The second tamper-proof structure 42: The first hook 42a: root 42b: protrusion 421: The first bonding surface 44: second hook 441: Second bonding surface 50: window frame P1: first position P2: second position L1, L2: length C: shaft X, Y, Z: axis

圖1為本發明一較佳實施例之具有多點防撬結構之橫拉窗的立體圖。 圖2為上述較佳實施例之具有多點防撬結構之橫拉窗的部分構件分解示意圖。 圖3為上述較佳實施例之具有多點防撬結構之橫拉窗的部分構件分解示意圖。 圖4為上述較佳實施例之具有多點防撬結構之橫拉窗的俯視示意圖。 圖5為圖4的剖視圖。 圖6為圖4的局部放大圖。 圖7為上述較佳實施例之具有多點防撬結構之橫拉窗的操作示意圖。 圖8為上述較佳實施例之具有多點防撬結構之橫拉窗的該從動件之部分脫離該卡合件的示意圖。 FIG. 1 is a perspective view of a horizontal sliding window with a multi-point anti-pry structure according to a preferred embodiment of the present invention. Fig. 2 is an exploded schematic view of part of the components of the horizontal sliding window with a multi-point anti-pry structure in the above preferred embodiment. 3 is an exploded schematic view of part of the components of the horizontal sliding window with a multi-point anti-pry structure in the above preferred embodiment. FIG. 4 is a schematic top view of the horizontal sliding window with a multi-point anti-pry structure in the above preferred embodiment. Fig. 5 is a cross-sectional view of Fig. 4. Fig. 6 is a partial enlarged view of Fig. 4. FIG. 7 is a schematic diagram of the operation of the horizontal sliding window with the multi-point anti-pry structure of the above-mentioned preferred embodiment. FIG. 8 is a schematic diagram of a part of the follower part of the horizontal sliding window with a multi-point anti-prying structure detached from the engaging part in the above-mentioned preferred embodiment.

1:具有多點防撬結構之橫拉窗 1: Horizontal sliding window with multi-point anti-pry structure

10:第一窗扇 10: The first sash

20:第二窗扇 20: second window sash

50:窗框 50: window frame

P1:第一位置 P1: first position

P2:第二位置 P2: second position

X,Y,Z:軸 X, Y, Z: axis

Claims (8)

一種具有多點防撬結構之橫拉窗,包含:分別能夠沿著一X軸方向於一第一位置與一第二位置之間位移的一第一窗扇與一第二窗扇,其中該第一窗扇具有一第一立框面,該第二窗扇具有一第二立框面;一第一防撬結構,包括至少一卡合件、至少一從動件以及一驅動件,其中該至少一卡合件固定於該第一窗扇並且位於該第一立框面,該至少一卡合件設置於該第一立框面的頂部或底部,該至少一從動件設置於該第二窗扇並且能夠沿著一Y軸方向於該第二立框面上移動,該驅動件結合於該第二窗扇,用以連動該至少一從動件移動;一第二防撬結構,包括一第一勾件與一第二勾件,該第一勾件連接於該第一窗扇之第一立框面,該第二勾件連接於該第二窗扇之第二立框面,其中該第一勾件具有一朝向正X軸方向之開口,該第二勾件具有一朝向負X軸方向之開口;藉此,當該第一窗扇位於第一位置,該第二窗扇位於第二位置時,該第一勾件與該第二勾件相互勾扣,且該驅動件能受操控連動該至少一從動件移動,使得該至少一從動件之部分與該至少一卡合件形成相互卡抵。 A horizontal sliding window with a multi-point anti-pry structure, comprising: a first window sash and a second window sash that can respectively be displaced between a first position and a second position along an X-axis direction, wherein the first window sash The window sash has a first vertical frame surface, and the second window sash has a second vertical frame surface; a first tamper-proof structure includes at least one engaging member, at least one driven member, and a driving member, wherein the at least one card The engaging member is fixed to the first window sash and is located on the first vertical frame surface, the at least one engaging member is disposed on the top or bottom of the first vertical frame surface, and the at least one driven member is disposed on the second window sash and is capable of Moves on the second vertical frame surface along a Y-axis direction, the driving member is combined with the second window sash to move the at least one driven member; a second anti-pry structure includes a first hook member And a second hook member, the first hook member is connected to the first vertical frame surface of the first window sash, the second hook member is connected to the second vertical frame surface of the second window sash, wherein the first hook member has An opening facing the positive X-axis direction, the second hook has an opening facing the negative X-axis direction; thereby, when the first window sash is at the first position and the second window sash is at the second position, the first The hook member and the second hook member are interlocked with each other, and the driving member can be manipulated to move the at least one follower, so that a part of the at least one follower and the at least one engaging member form a mutual engagement. 如請求項1所述之具有多點防撬結構之橫拉窗,其中該至少一卡合件之數量為二且分別設置於該第一立框面的頂部及底部,該至少一從動件包含一第一從動件及一第二從動件,當該第一窗扇位於第一位置,該第二窗扇位於第二位置時,該驅動件能受操控連動該第一從動件與第二從動件位移,該第一從動件的一部分與設置於該第一立框面 頂部之卡合件卡抵,該第二從動件的一部分與設置於該第一立框面底部之卡合件卡抵。 The horizontal sliding window with a multi-point anti-pry structure as described in claim 1, wherein the number of the at least one engaging member is two and they are respectively arranged on the top and bottom of the first vertical frame surface, and the at least one follower It includes a first follower and a second follower. When the first window sash is at the first position and the second window sash is at the second position, the driving member can be manipulated to link the first follower and the second follower. The two followers are displaced, and a part of the first follower is arranged on the surface of the first vertical frame The top engaging member is engaged, and a part of the second follower is engaged with the engaging member arranged at the bottom of the first vertical frame surface. 如請求項1所述之具有多點防撬結構之橫拉窗,其中該至少一卡合件具有一朝X方向延伸之第一限制部及一朝Z方向延伸之第二限制部,該第二限制部連接該第一立框面及該第一限制部,藉此,當該第一窗扇位於第一位置,該第二窗扇位於第二位置且該至少一從動件之部分與該至少一卡合件形成相互卡抵時,該第一限制部能限制該至少一至少一從動件於Z軸方向上的移動,該第二限制部能限制至少一從動件於X軸方向上的移動。 The horizontal sliding window with a multi-point anti-pry structure according to claim 1, wherein the at least one engaging member has a first restricting portion extending in the X direction and a second restricting portion extending in the Z direction. Two restricting portions connect the first vertical frame surface and the first restricting portion, whereby when the first sash is at the first position, the second sash is at the second position, and the part of the at least one follower and the at least When an engaging member is formed to be locked against each other, the first restricting portion can restrict the movement of the at least one follower in the Z-axis direction, and the second restricting portion can restrict the at least one follower in the X-axis direction Mobile. 如請求項1至3中任一項所述之具有多點防撬結構之橫拉窗,其中,該第二窗扇相對該第一窗扇偏靠於一建築物之室內側,該第一窗扇相對該第二窗扇偏靠於該建築物之室外側。 The horizontal sliding window with a multi-point anti-pry structure according to any one of claims 1 to 3, wherein the second window sash is leaning on the indoor side of a building relative to the first window sash, and the first window sash is opposite to The second window sash is leaning against the outdoor side of the building. 如請求項4所述之具有多點防撬結構之橫拉窗,其中,該第一勾件與該第二勾件沿Y軸方向延伸,且該第一勾件在Y軸方向上之長度大於或等於該第二勾件在Y軸方向上之長度。 The horizontal sliding window with a multi-point anti-pry structure according to claim 4, wherein the first hook member and the second hook member extend along the Y-axis direction, and the length of the first hook member in the Y-axis direction It is greater than or equal to the length of the second hook in the Y-axis direction. 如請求項1所述之具有多點防撬結構之橫拉窗,其中,該第一勾件具有一第一貼合面,該第二勾件具有一第二貼合面,當該第一窗扇位於第一位置,該第二窗扇位於第二位置時,該第一勾件之該第一貼合面與該第二勾件之該第二貼合面相互貼合。 The horizontal sliding window with a multi-point anti-pry structure according to claim 1, wherein the first hook member has a first bonding surface, and the second hook member has a second bonding surface. When the window sash is at the first position and the second window sash is at the second position, the first attachment surface of the first hook member and the second attachment surface of the second hook member are attached to each other. 如請求項1所述之具有多點防撬結構之橫拉窗,其中,該第一勾件具有一根部及一凸出部,該根部連接該凸出部及該第一窗扇之第一立框面,當該第一窗扇位於第一位置,該第二窗扇位於第二位置時,該凸出部的端緣接近該第二立框面。 The horizontal sliding window with a multi-point anti-pry structure according to claim 1, wherein the first hook member has a root portion and a protruding portion, and the root portion connects the protruding portion and the first stand of the first window sash When the first window sash is located at the first position and the second window sash is located at the second position, the end edge of the protruding part is close to the second vertical frame surface. 如請求項7所述之具有多點防撬結構之橫拉窗,其中,該凸出部自該第一窗扇之第一立框面往遠離該第一立框面的方向延伸。 The horizontal sliding window with a multi-point anti-pry structure according to claim 7, wherein the protruding portion extends from the first vertical frame surface of the first sash to a direction away from the first vertical frame surface.
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