M265102 八、新型說明： 【新型所屬之技術領域】 本創作係與風車有關，更詳而言之，尤指一種可調整 受力面積之風車。 【先前技術】 a按:先行所知’風車係藉由風力而帶動葉片作旋轉， $用於找或風力發電，細地額_的不同，產生的 風速亦不同，供孩童玩的風車而言，遇強風時，風車轉的 快，遇弱風時，風車轉的慢，甚至不轉，其風車只能因應 風力而轉的快或慢，並無法調整其受風力的面積，因此少 了 -啟發孩童物理教學的途徑，也缺少多變化風車之趣味，· 有名皿於此，本案創作人乃基於上述弊端，仍積極努力 開毛研九改良’並累積多年製造、生產經驗，而終於有 一足以解決上述弊端之創作產生。 【新型内容】 即，本創作一種可調整受力面積之風車，其主要目的 係提供可以調整風葉之受風力面積，以因應似大小而調 整其轉速。 本創作-種可調整受力面積之風車，其另一目的係提 供育教=樂的目的，啟發孩童智慧，及教學物理概念者。 緣是，本創作—種可調整受力面積之風車，其係包含 有： 第一盤面’周邊可結合數葉片，中央有-穿孔； 第二盤面’周邊可結合數葉片，中央有-穿孔； M265102 數葉片，葉片兩端分別結合於第一盤面與第二盤面， 使葉片呈彎曲位於第一、第二盤面之間； 一軸柱，穿入於第一盤面及第二盤面之穿孔内，軸柱 設有一軸孔，並以一軸心入軸柱之軸孔内，軸心則與一手 持結合； 據此，以調整第一盤面與第二盤面之相對旋轉角度， 使葉片可扭轉變形，改變葉片受風力面積，而因應各地風 力之不同而作調整者。 為使貴審查委員，對本創作之内容、特徵及目的， 有著更進一步之瞭解與認同，茲舉一較佳實施例，並配合 圖式、圖號說明於后： 【實施方式】 首先，本創作一種可調整受力面積之風車，如圖一、 -、二所7F，主要係包含有第_盤面i Q、第二盤面2〇 、數葉片3 0及-軸柱4 Q，該第—盤面i Q為圓盤面， 中央有-穿孔1 1，供軸柱4Qf人，而第―盤面1〇周 邊可結合刻的葉片3 〇端部，可錢高波片或其它結合 方式’第—盤面2 〇亦為圓盤面，中央有—穿孔2工（圖 -)，供軸柱40牙人，其周邊可結合數片的葉片 端部’該葉片3 0兩端部分別結合於第—盤面丄〇與第二 盤面2 0 ’亚葉片3 0略具軟性可f曲材f製成，該轴柱 40前端有一錐狀斜面41，而有-軸孔42貫穿頭尾， 錐狀斜面41供第-盤面作迫合定位之用，而軸孔4 2末端供一小盤面4 3之小凸柱4 31插入，小凸柱4 3 M265102 1内有轴孔4 3 2貫穿，另以一軸心51入於小凸柱4 3 1之軸孔4 3 2及轴柱4 〇之軸孔4 2内，且軸心51一 端彎曲而結合於一手持棒5 〇上； 藉由上述之結構組合，本創作一種可調整受力面積之 風車，組合時先將軸柱4 〇入於第一盤面i 〇之穿孔工工 與第二盤面2 Q之穿孔21，再將小盤面4 3之小凸柱4 31插入於軸柱4 〇之末端軸孔4 2内，使第一盤面工〇 與第二盤面2 0定位於轴柱4 〇上，另以手持棒5 〇之轴 心51入於小盤面4 3之小凸柱4 3】之軸孔4 3 2内及 入於轴柱4 Q之轴孔4 2内，將軸心51前端彎折，使軸 心51可供軸柱4 〇及小盤面4 3之小凸柱4 3 i旋轉； 如圖四、五所示，若要調整第-盤面1〇之角度，先 將第=盤面1Q自軸柱4 0之錐狀斜面41後移，再予以 走轉第盤面10之角度，如圖六、七所示，當旋轉第一 皿面*1 0達到所需肖度時，騎第—盤面i Q再向前推移 、第|面1〇之牙孔1 1與轴柱4 〇之錐狀斜面41 疋位此日守該數葉片3 0即呈變形受力面積，可由 圖四與圖七區分其變形程度，或由圖二、圖四至圖七，可 调整各種不同之變形受力面積； =整葉片3 Q受力面積後，可以因應各地風力不同 軸心5 i慢旋轉葉片3 Q，帶動軸柱4◦、小盤面4 3自 、上倾轉，可以使孩童自力猶績發其物理概 心，具有育教於樂之目的； 本創作葉片3 〇為可變形材質或具彈性材質所製成， M265102 戈黏合方式，結合於第—盤面ι〇 路检40之錐狀斜面41可以設紋 構作者㈣卡擎結 穎：=乃種可調整受力面積之風車’其新 國，作 M265102 【圖式簡單說明】 【圖式】 第-圖係本創作之讀分解示意圖。 第二圖係本創作之立體組合示意圖。 第三圖係本創作之组合·示意圖。 細圖係本_之第—讀形赠葉片之平面示意圖。 弟五圖係本創作之後移第—盤面之剖面示意圖。 第六圖係本創作之前移第一盤面定位之剖面示意圖。 第七圖係本創作之第二次變形調整葉片之平面示意圖。 【主要元件符號說明】 10第一盤面 1 lfiL 20第二盤面 21穿孔 30葉片 40轴柱 41錐狀斜面 4 2軸孔 4 3小盤面 431小凸柱 432軸孔 5〇手持棒 5 1車由心M265102 VIII. New type description: [Technical field to which the new type belongs] This creation is related to windmills, more specifically, a windmill with adjustable force area. [Previous technology] a: First know: 'Windmills are used to drive the blades to rotate by wind. $ Is used to find or wind power generation. The finer the amount of wind, the different the wind speed is. For windmills for children, In the case of strong winds, the windmill turns fast. In the case of weak winds, the windmill turns slowly or does not even turn. The windmill can only turn fast or slow according to the wind, and cannot adjust the area affected by the wind, so it is less- The way to inspire children's physics teaching also lacks the interest of multi-changing windmills. The famous dish is here. Based on the above-mentioned shortcomings, the creators of this case are still actively working on the development of Mao Jiu Jiu Jiu 'and accumulated years of manufacturing and production experience. The creation of solutions to the above disadvantages. [New content] In other words, the purpose of this invention is to create a windmill with adjustable force area. The main purpose is to provide the wind force area that can adjust the blades so as to adjust its speed according to the similar size. The purpose of this creation, a windmill with adjustable force area, is to provide the purpose of education and fun, to inspire children's wisdom, and to teach physics concepts. The reason is that this creation-a windmill with adjustable force area, which includes: the first disc surface 'can be combined with a number of blades at the periphery, with perforations in the center; the second disc surface' can be combined with a number of blades at the periphery, with -perforations in the center; M265102 counts the blades, and the two ends of the blades are respectively connected to the first and second disk surfaces, so that the blades are curved between the first and second disk surfaces; a shaft post penetrates into the perforations of the first and second disk surfaces, and the shaft The column is provided with a shaft hole, and a shaft center is inserted into the shaft hole of the shaft column, and the shaft center is combined with a hand; according to this, the relative rotation angle of the first disk surface and the second disk surface is adjusted so that the blade can be twisted and deformed. Those who change the area of the blade receiving wind, and adjust it according to the different winds in different places. In order for your review committee to have a better understanding and approval of the content, characteristics and purpose of this creation, a preferred embodiment is given below, which will be explained with drawings and numbers in the following: [Implementation Mode] First, this creation A windmill with adjustable force area, as shown in Figures 1,-and 2F 7F, mainly includes the first disc surface i Q, the second disc surface 20, the number of blades 30 and the -shaft 4 Q, the first disc surface i Q is a disc surface, with a perforation 11 in the center for 4Qf shafts, and the end of the ―disc surface 10‖ can be combined with the engraved blade 30 end, which can be used for high wave plates or other combinations. ―the disc surface 2 〇It is also a disc surface, with 2 holes in the center (Fig.-) for the shaft 40, and the periphery of the blade can be combined with several blade ends' the two ends of the blade 30 are connected to the first-disk surface 丄〇 and the second disc surface 20 'sub-leaf 3 0 is made of soft flexible f-curved material f, the front end of the shaft 40 has a tapered inclined surface 41, and-a shaft hole 42 runs through the head and tail, and the tapered inclined surface 41 is provided for the first -The disc surface is used for forced positioning, and the end of the shaft hole 4 2 is used for the insertion of a small convex column 4 31 of a small disk surface 4 3. The small convex column 4 3 M265102 1 has The shaft hole 4 3 2 is penetrated, and another shaft center 51 is inserted into the shaft hole 4 3 2 of the small convex column 4 3 1 and the shaft hole 4 2 of the shaft column 4 〇, and one end of the shaft center 51 is bent to be combined with a hand. With the above-mentioned structure combination, this article creates a windmill with adjustable force area. When combining, first insert the shaft pillar 40 into the perforator on the first disk surface i 0 and the perforation on the second disk surface 2 Q. 21, and then insert the small convex column 4 31 of the small plate surface 4 3 into the end shaft hole 4 2 of the shaft column 4 〇, so that the first plate surface 〇 and the second plate surface 20 are positioned on the shaft column 4 〇 Hold the shaft 51 of the hand 50 into the small projection 4 3 of the small disk surface 4 3] into the shaft hole 4 3 2 and into the shaft hole 4 2 of the shaft 4 Q, and bend the front end of the shaft 51, Make the shaft center 51 available for rotation of the small post 4 3 i of the shaft post 40 and the small disc surface 43; as shown in Figures 4 and 5, if you want to adjust the angle of the -disc surface 10, first The conical inclined surface 41 of the shaft 40 is moved backward, and then the angle of the first disc surface 10 is rotated, as shown in Figs. 6 and 7. When the first dish surface * 1 0 reaches the required degree, ride the first-disc surface i Q moves forward, the tooth hole 11 on the 10th surface and the shaft The cone-shaped inclined surface 41 of the column 4 〇 This day, the number of blades 30 is deformed and the area is deformed. The degree of deformation can be distinguished from Figure 4 and Figure 7, or Figure 2 and Figure 4 to Figure 7. Various adjustments can be made. Deformation force area; = After the force area of the entire blade 3 Q, the blade can be slowly rotated 3 Q according to the different axis of the wind in different places, driving the shaft 4 4 and the small disk surface 4 3 to tilt up and down, which can make children Self-reliance develops its physical conception, which has the purpose of educating and having fun; The creative blade 3 〇 is made of deformable or elastic material, M265102 Ge bonding method, combined with the first-disk surface ι〇 Road inspection 40 The conical bevel 41 can be set by the texture author ㈣ 卡 ㈣ 结 颖: = is a kind of windmill with adjustable force area 'its new country, as M265102 [Simplified illustration of the drawing] [Schematic] The first-drawing is the reading of this creation Exploded illustration. The second picture is a three-dimensional combination of this creation. The third picture is a combination and diagram of this creation. The detailed drawing is the first schematic diagram of the reading blade. The fifth figure of the younger brother is a cross-sectional diagram of the first-disc surface after the creation. The sixth figure is a schematic cross-sectional view of the first disk position before the creation. The seventh figure is a schematic plan view of the second deformation adjustment blade of this creation. [Description of main component symbols] 10 First disk surface 1 lfiL 20 Second disk surface 21 Perforation 30 Blade 40 Shaft post 41 Conical bevel 4 2 Shaft hole 4 3 Small disc surface 431 Small convex post 432 Shaft hole 5 Handheld rod 5 heart