M429763 五、新型說明： 【新型所屬之技術領域】 本創作係有關—種安全扣件嵌人於隱藏式紗窗之裝置， 勾狀扣臂之安全扣件，藉由彈黃壓縮之力緊 扣於隱藏式紗窗之固定扣。 【先前技術】M429763 V. New description: [New technical field] This creation is about the installation of a safety fastener embedded in a hidden screen window. The safety fastener of the hook-shaped buckle arm is fastened by the force of the elastic compression. Fixed button for hidden screens. [Prior Art]
致使:戶窗的紗網是為固定式之設計，並無法伸縮， 防礙、㈣ 積是被紗網所佔用，不僅影響採光且 、/、’，對於窗外美麗景色無法盡收眼簾，為其缺失。 於是，有業者開發紗網可摺疊之隱藏式紗窗，此種隱藏 =早期為推射窗而設計，因為推射t如果裝設傳統之固 疋式=窗’固定式紗窗並無法橫拉，進而欣賞窗外景色。 、-人按’隱藏式紗窗也漸漸被使用在餘窗上，但其操 作=常僅能獨立操作’亦即内、外窗扇與隱藏式紗窗之開 =窗必須各自操作；又’傳統之隱藏式紗窗雖然使用愈來 j遍’但尚無安全窗扣之設計，孩童輕易就能將隱藏式 由拉開極易造成物品不慎掉落甚至是孩童墜樓。 【新型内容】 緣疋’本創作之主要目的’係在提供安全之多層防護 裝置’第-層彈篑之勾狀扣臂，第二層鎖定紐，第三層鋼 索之防墜網，具有防止意外發生之功效。 本創作之另-目的，則具有安全扣件緊扣於内窗扇連 動之隱藏式紗窗之功效。 動狀態乃如圖4〜6所示，該内窗扇⑽向右靠而 呈關閉時，該摺紗(32)被收摺隱藏在右側邊而當該内窗 扇=0)向左移動而開啟時該摺紗（32)即被連動拉出，該 内自扇（40)左移多少距離’該糟紗（32)即被拉出多少距 離。另者，如要讓該摺紗（32)不與該内窗扇（4〇)連動，其 解除連動關係、之動作乃如前述說明非常簡單，此時推動該 拉桿（33)即可控制該摺紗⑽的伸缩，當該指紗⑽全部 右移而收合時，其所騰出來空間，即可清楚看到窗外的美 麗景色（如第圖7所示）。 、 办本創作所採用之另一較佳實施例（二）安全扣件之推射 窗隱藏式紗窗裝置，如圖8A〜8C所示，上述之安全扣件組 &於種隱藏式安全紗窗（30)，係包括有：一框體（31)， -側為第-框邊（311)，第—框邊（3⑴之對側為第二框邊 (312” 一摺紗（32)，設置於該框體（31)内，一側為固定於 該框體（31)第-框邊（3⑴之固定側，另側為可於該框體 (31)第一枢邊（3U)與第二框邊（312)之間橫移之活動側； 一拉桿（33)，設置於該框體（31)内，而連結該摺紗（32)之 活動侧，藉以帶動該摺紗（32)之活動侧進行橫移，控制該 摺紗（32)之收展程度乃可致使該摺紗（32)如圖9所示之完 全展開或是如圖10所示之完全收合；以及—導索組（34)， 將一條以上之導索（341)穿伸繞設於該摺紗（32)與拉桿 (33)，而將該導索（341)兩端固定於該框體（31)内，用以支 樓與引導該摺紗（32)收展且隨之收展，進—步於該框體（3〇) 之第二框邊（312)與該拉桿（33)設置有可相對扣合之該固 定扣（20)與活動扣（10)，再，如圖2A所示，較佳實施例（二） M429763 【圖式簡單說明】 圖1係本創作安全扣件之結構立體圖。 圖2A係本創作安全扣件凸狀按壓之結構剖示及動作說明圖。 圖2B係本創作安全扣件橫桿按壓之結構剖示及動作說明圖。 圖2C係本創作安全扣件之鎖定鈕之動作說明圖。 圖3A係2B應用於内窗扇連動之解扣結構立體圖。 圖3B係2B應用於内窗扇連動之緊扣結構立體圖。 圖3C係2B應用於内窗扇連動之參考使用狀態圖。 圖4係2B應用於内窗扇連動之狀態說明圖（一）。 圖5係2B應用於内窗扇連動之狀態說明圖（二）。 圖6係2B應用於内窗扇連動之狀態說明圖（三）。 圖7係2B應用於内窗扇連動之狀態說明圖（四）。 圖8A係2A應用於推射窗之結構說明圖（未組裝）。 圖8B係2A使用於推射窗之結構說明圖（已組裝）。 圖8C係2A應用於推射窗之參考使用狀態圖。 圖9係2 A應用於推射窗固定扣與活動扣之扣合狀態說明圖 (扣合前）。 圖10係2A應用於推射窗固定扣與活動扣之扣合狀態說明圖 (扣合後）。 -9-Cause: The gauze of the household window is fixed design, and it can not be stretched and stretched. Obstruction, (4) The product is occupied by the gauze net, which not only affects the lighting and/or ', but can not be seen for the beautiful scenery outside the window. Missing. Therefore, some people have developed a hidden screen of foldable gauze. This kind of concealment = early design for the push-pull window, because the push-fit t is not able to be pulled horizontally if it is equipped with a conventional solid-type = window-fixed screen. Enjoy the view from the window. - People press 'hidden screens are gradually being used on the remaining window, but their operation = often only can be operated independently' - that is, the inner and outer sash and the hidden screen window open = the window must be operated separately; and the 'traditional hidden Although the screens are used more and more times, but there is no safe window button design, children can easily drop the hidden type and easily cause the items to fall accidentally or even the children fall. [New content] The main purpose of this creation is to provide a multi-layered protective device for the security layer. The hook-shaped buckle arm of the first layer of the magazine, the second layer of the lock, and the anti-drop net of the third layer of steel cable. The effect of the accident. The other purpose of this creation is to have the effect that the safety fastener is fastened to the hidden screen of the inner sash. The moving state is as shown in FIG. 4 to 6. When the inner sash (10) is closed to the right and closed, the folding yarn (32) is folded and concealed on the right side and when the inner sash is 0) moved to the left and opened. The crease (32) is pulled out in conjunction, and the distance from the fan (40) to the left is how far the squeegee (32) is pulled. In addition, if the crease (32) is not interlocked with the inner sash (4 〇), the uncoupling relationship and the action are as simple as the foregoing description, and the lever (33) can be pushed to control the fold. The expansion and contraction of the yarn (10), when the finger yarn (10) is all moved to the right and folded, the space is vacated, and the beautiful scenery outside the window can be clearly seen (as shown in Fig. 7). Another preferred embodiment used in the present invention (2) a recessed screen window device for a safety fastener, as shown in FIGS. 8A to 8C, the above-mentioned safety fastener group & (30), comprising: a frame (31), - the side is the first frame edge (311), and the first frame edge (3 (1) opposite side is the second frame edge (312" a crepe (32), The frame body (31) is disposed on the fixed side of the frame-frame edge (3 (1) of the frame body (31), and the other side is the first pivot edge (3U) of the frame body (31). a movable side traversing between the second frame edges (312); a pull rod (33) disposed in the frame body (31) to join the movable side of the fold yarn (32), thereby driving the fold yarn (32) The traverse of the active side, controlling the degree of convergence of the crease (32) may cause the crease (32) to fully unfold as shown in Figure 9 or fully collapsed as shown in Figure 10; The cable guiding group (34), the one or more guiding wires (341) are wound around the folding yarn (32) and the pulling rod (33), and the two ends of the guiding cable (341) are fixed to the frame body (31). ), used to support the building and guide the folding yarn (32) With the second frame edge (312) of the frame (3〇) and the pull rod (33), the fixing buckle (20) and the movable buckle (10) are relatively fastened. 2A, M429763 [Simplified illustration of the drawings] Fig. 1 is a perspective view showing the structure of the safety fastener of the present invention. Fig. 2A is a structural sectional view of the convex pressing of the safety fastener of the present invention. Fig. 2B is a structural sectional view and an operation explanatory diagram of the safety fastener crossbar pressing of the present invention. Fig. 2C is an operation explanatory diagram of the locking button of the original safety fastener. Fig. 3A is a 2B applied to the inner sash linkage Fig. 3B is a perspective view of the fastening structure of 2B applied to the inner sash linkage. Fig. 3C is a reference use state diagram of 2B applied to the inner sash linkage. Fig. 4 is a state explanation diagram of 2B applied to the inner sash linkage (1) Fig. 5 is a state explanatory diagram (2) of 2B applied to the inner sash linkage. Fig. 6 is a state explanatory diagram (3) of 2B applied to the inner sash linkage. Fig. 7 is a state explanatory diagram of 2B applied to the inner sash linkage ( 4) Figure 8A is a structural illustration of 2A applied to the push window (not Fig. 8B is a structural explanatory diagram (assembled) used for the ejector window of Fig. 8B. Fig. 8C is a reference use state diagram of 2A applied to the ejector window. Fig. 9 is a diagram of 2A applied to the ejector window fixing buckle and activity Fig. 10 is a diagram showing the state of the buckle fastening state (before the buckle is attached). Fig. 10 is a diagram showing the fastening state of the push window fixing buckle and the movable buckle (after fastening).