M274724 四、創作說明（3) 设置於基板2與上蓋4之間，第一彈性元件6 一端係樞設於 上蓋4上，第一彈性元件6另一端係樞設於基板2上，第一 彈性元件6係為扭轉彈簧，連動結構8之二端係分別固設於 ，板2與上蓋4上，藉由第一彈性元件6與連動結構8，讓上 蓋4於基板2 —側滑行至基板2另一側。 其中，連動結構8包含一第二彈性元件82及一旋轉柄 8 4 、第一彈性元件8 2係為拉力彈簧，其係一端固設於上蓋 :之溝槽42内的-側，第二彈性元件82另一端係與旋轉柄 一端連結，旋轉柄84另一端固設於基板2上。 本創作之滑蓋裝置於操作時，由於基板2上 凸9點24,使得上蓋4與基板2形成點接觸，故，上蓋4於基 板2上滑行時的摩擦阻力減小， _ ^ 加順暢，當上蓋4於基板2上滑：m;2上/仃更 受扭轉力而移至另一位£上元件6因承 性展開，且旋轉柄84 -端固設於美板扮土板2上形成彈 一踹合笙一π从一从Γ 又於基板2，故，旋轉柄84另 ^ ^ ^ " ϋ "I'4 ^ ^ 槽42内被拉伸，如第四圖所 : 在上蓋4之溝 中間時的位置，此時第蓋4滑行於基板2 而於溝槽42内往前滑行，使第: ^旋轉柄84的帶動 有最大的位移量，⑯第五圖戶二；弹2:82士溝槽42内具 板2另一側時的位置，因旋=，八糸為上蓋4滑行於基 行於基板2中間位置後而朝284為弧狀，所以當上蓋4滑 性元件82之拉力回復，此時基板f另一侧時，係因第二彈 弟一彈性兀件82在溝槽42内具 M274724 圖式簡單說明 【圖式簡單說明】 第一圖為先前技術結構不意圖。 第二圖為本創作之結構前視圖。 第三圖為本創作之結構仰視圖。 第四圖為本創作之上蓋滑行至基板中間的位置圖。 第五圖為本創作之上蓋從基板一側滑行至基板另一侧的位 置圖。 【主要元件符號說明 2基板 22滑執 4上蓋 42溝槽 6第一彈性元件 8連動結構 82第二彈性元件 24凸點 44滑槽 8 4旋轉柄M274724 4. Creation instructions (3) Set between the base plate 2 and the upper cover 4, one end of the first elastic element 6 is pivoted on the upper cover 4, and the other end of the first elastic element 6 is pivoted on the base plate 2. The first elasticity The element 6 is a torsion spring, and the two ends of the linkage structure 8 are respectively fixed on the plate 2 and the upper cover 4. With the first elastic element 6 and the linkage structure 8, the upper cover 4 slides to the substrate 2 on the side of the substrate 2. The other side. The interlocking structure 8 includes a second elastic element 82 and a rotating handle 8 4. The first elastic element 8 2 is a tension spring, and one end is fixed on the side of the groove 42 of the upper cover: the second elasticity. The other end of the element 82 is connected to one end of the rotary handle, and the other end of the rotary handle 84 is fixed on the base plate 2. During the operation of the sliding cover device of the present invention, since the substrate 2 is convex at 9:24, the upper cover 4 and the substrate 2 are brought into point contact. Therefore, the frictional resistance of the upper cover 4 when sliding on the substrate 2 is reduced. When the upper cover 4 slides on the base plate 2: m; 2 upper / 仃 is moved to another place by the torsional force. The upper element 6 is unfolded due to load bearing, and the rotating handle 84-end is fixed on the beautiful plate and the soil plate 2 Forming a bullet, a combination of π, a from Γ and Γ, and then on the substrate 2, so the rotating handle 84 is also stretched in the slot 42, as shown in the fourth figure: The position at the middle of the groove of the upper cover 4, at this time, the first cover 4 slides on the substrate 2 and slides forward in the groove 42, so that the rotation of the first rotation handle 84 has the maximum displacement, see the fifth picture of the second household; Bomb 2:82 The position of the other side of the inner plate 2 in the groove 42. Due to the rotation =, the eighth is the upper cover 4 sliding on the base row in the middle position of the base plate 2 and it is 284 in an arc shape, so when the upper cover 4 slides The tension of the element 82 is restored. At this time, when the other side of the substrate f, the elastic member 82 of the second elastic member 82 has the M274724 in the groove 42. Simple illustration [Schematic illustration] The first picture is the prior art Structure is not the intention. The second picture is the front view of the structure of the creation. The third picture is the bottom view of the structure of the creation. The fourth picture is the position where the upper cover slides to the middle of the substrate. The fifth figure is the position of the top cover sliding from one side of the substrate to the other side of the substrate. [Description of Symbols of Main Components 2 Substrate 22 Slide 4 Upper Cover 42 Groove 6 First Elastic Element 8 Linkage Structure 82 Second Elastic Element 24 Bump 44 Slot 8 8 Rotary Handle
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