M285250 · 八、新型說明： 【新型所屬之技術領域】 本創作係涉及-種安全鞋之_，_是指其藉由齡金鍛造成型，且人 其鞋頭之轉角部位厚度小於頂面之創新結構型態設計者。 7 【先前技術】 知女王鞋係為-種結構上在特定部位加強了堅硬性、穩固性，藉以達 穿著更加安全、特具有防護效果的鞋體。 』市面上可見的女全鞋，其結構上制加強的部位主要有輪、鞋底、 鞋頭等部位，㈣咖卩蝴漱樹#、軸_财刺之效果， =底部位騎常藉由擴大面積配合紋路之設計而達翁滑、耐油之效果；而本 /奴針對改良者’係為該鞋頭部位，其習知結構通常係藉由-鋼板沖 反形成一弧拱殼狀立體 頭構造由;^刑，故般柄之為「鋼頭」；惟，此種習知鞋 相,ri、之後整體厚度是相同的’因此將造成該鞋頭之頂面與周面 =之㈣部位欠缺_性之問題點’如此造成業界若使用較薄之 硬^，其Γ頭之頂面厚度將顯料足，且容易因欠缺_性、太過 木反^易x力變形；但若是使用較厚之鋼板時，將造成材料成 >〜構重量均大幅增加的情形，如此對於業者以及穿著使用者而 吕，都是一大备擔· …t 、’但’目前受制於鋼板成形後的態樣就是厚度-致 的以’造纽_—直無丨《社絲。 、〜述自知安全鞋之鞋頭結構所存在之問題點，如何開發一 ”里^用性之創新結構，實有待相關業者再加以努力研發突破 M285250 之目標及方向。 之製造開發與設計經 終得一確具實用性之 有鑑於此，創作人本於多年從事相關產品 驗，針對上述之目標，詳加設計與審慎評估後， 本創作。 【新型内容】 即’本創傾轉決之猶問_，簡崎錄之綱翻鋼板冲 壓成型而整體厚度湘，⑽㈣部位欠缺科性之問鞠叫改良突破 者。 义大 而本創作解決問題之技術特點··主要係使安全 一 土鞋碩藉由鋁合金鍛造成 型，且令該鞋頭之轉角部位厚度小於頂面；藉此 則新獨特設計，使得本 創作所揭「安全鞋之鞋頭改良構造」其對照上述先 兀刖技術而言，可達到下述 之功效及目的： 其主要目的：係使安全鞋之鞋頭具有較佳之_性，使其承受撞擊力時 可兼具剛強承受力及更佳之緩衝效果，故而更不易變形者。 其另一目的：更藉由該鞋頭頂面之後側邊設有内凹弧緣之獨特設計，進而 提昇該頂面受壓時之彈性者。 【實施方式】 為使貴審查委員對本創作之目的、特徵及功效能夠有更進一步之瞭解與 認識，茲請配合【圖式簡單說明】詳述如后： 6 M285250 首先’請配合參閱第1、？、 一 3、4圖所示，係本創作安全鞋之鞋 頭改良構造之較佳實施例，該所述安全 土之革土頭（1 〇)係組設於既有安全 鞋（2 0)之頭端部位（如第4圖所示），藉以達到防衝撞、耐麵之安全㈣ 作用；而其型態上，主要係呈—弧梹殼狀立體型態，配合鞋體的空間特色， 該鞋頭（1 〇)係包括一頂面（1丄）、一 」丰包狀周面（：L 2)以及用以銜 述頂面（11)和周面（12)之轉角 <轉角口Η立（1 3)，又，該周面（丄2)之 底端-般更形成有内摺緣部（14)，以供與鞋底穩固結合之用；而本創作 改良在於：係使該安全鞋（2 Q )之鞋頭（工◦)藉由銘合金材質锻造成型， 並且’如第3圖所示，令該鞋頭（1〇)之轉角部位（13)的厚度（Α1) 小於頂面（⑴的厚度（Α 2 )’此差異性可藉由前述锻造模具的規劃 具體達成；藉此創新設計’該鞋頭（丄〇 )之頂自（工工）部位將可達到 比目前鞋頭頂面更大之厚度，藉此而能提昇該頂面（1 D之受力強 又4藉由〇玄轉角口P位（工3 )厚度縮小的型態設計，卻可讓該轉角部 位（1 3)產生較佳之彈拿刃性而具有緩衝效果，且就重量角度而言，因 為月’j述頂面（1 1)厚度增大所造成重量增加的部份，將可藉由該轉角 部位（1 3)厚度縮小而獲得平衡；此特意設製呈厚度的結構型 態，非習知鋼板式鞋頭所能達成者。 其中，該所述鞋頭（1〇)之周面（12)厚度可為等於或大於轉角部 位（1 3 )之狀態；亦即，令該轉角部位（丄3 )為整體鞋頭（1〇) 厚度車父权部位為原則，以當頂面（i丨）受力時可獲得職之雜緩衝效 果者。 " M285250 · 又，如第5、6圖所示，係本創作鞋頭型態之另一實施例圖，其與前 述實施例之不同點在於該鞋頭（i 〇 )頂面（丄丄）之後側邊設有一内凹弧緣 (1 5 )’藉由该内凹弧緣（1 5 )的設計，進而能提昇該頂面（1 1 )受壓時 之彈性；其原理是當鞋頭（i 〇 )綱（i丄）之後側邊若為直線設計，則受 壓日守將X到二側周面（1 2 )之強硬支標而欠缺彈性，因此將該頂面（丄丄） 之後側邊改為内凹弧緣（；！ 5 )的設計，將可減弱二側周面（丄2 )對頂面（丄 1)的支撐力量，而讓頂面受壓時產生較佳之彈性效果者。 【功效說明】 本創作所揭安全鞋之鞋頭改良構造，其主要藉由該鞋頭（ 1〇）採用鋁合 金鍛造成型，且令鞋頭之轉角部位（i 3)厚度小㈣面（i i)厚度之 創新獨特設計，俾可改善【先前技術】中所揭習知鋼板式鞋頭整體厚度相 同之問題點’使安全鞋之鞋頭具有較佳之彈韋刃性，令其承受撞擊力時可兼具 剛強承受力及更佳之緩衝效要， 果故而更不易變形；且就重量角度而言， 因為其頂面（1 1 )厚度增大所 Λ 旦 . 成重里^加的部份，將可藉由該轉角 口 ΙΜ立（1 3 )厚度縮小而獲得平衛· 立 十衡，此特思没製呈厚度不一的結構型 態，絕非習知鋼板絲頭所能達成者。 另，藉由該鞋頭（1 0 ) 獨特設計，俾可增長該頂面（ 受壓時之彈性者。 頂面（1 1)之後側邊設有内凹弧緣（1 5)之 1 1)後側邊之長度，進而提昇該頂面（1 1) 綜上所述，前文係針對本 創作之技術特徵，藉由較佳實施例進行具體之說 8 M285250 【圖式簡單說明】 第1圖：係本創作鞋頭之立體外觀圖。 第2圖：係本創作鞋頭之立體剖視圖。 第3圖：係本創作鞋頭之平面剖視圖。 第4圖：係本創作鞋頭組裝於安全鞋之實施例圖。 第5圖·係本創作鞋頭型態另一實施例之立體圖。 第6圖：係本創作鞋頭型態另一實施例之平面俯視圖。 【主要元件符號說明】 鞋頭 (10) 頂面 （11) 周面 (12) 轉角部位 （13) 内摺緣部 (14) 内凹弧緣 （15) 安全鞋 (20)M285250 · VIII, new description: [New technical field] This creation is related to a kind of safety shoes _, _ refers to its age by gold forging, and the thickness of the corner of the toe of the person is less than the top surface innovation Structural type designer. 7 [Prior Art] Knowing that the Queen's shoes are structurally strengthened in a specific part, they are hard and stable, so as to achieve a safer and more protective shoe body. The women's shoes that are visible on the market are mainly made up of wheels, soles, toe caps, etc. (4) curry and eucalyptus #, axis _ thorns effect, = bottom riding often expands The area is matched with the design of the grain to achieve the effect of the oil-slip and oil-resistance; and the original/sin is aimed at the improvement of the toe portion, and the conventional structure is usually formed by the steel plate to form an arc-arched stereo head structure. Because of the punishment, the handle is the "steel head"; however, the conventional shoe phase, ri, and the overall thickness afterwards are the same 'will therefore cause the top and the circumference of the toe cap = (4) _ Sexual problem point 'This causes the industry to use a thinner hard ^, the top surface thickness of the hoe will be sufficient, and it is easy to be deformed due to lack of _ sex, too much wood, easy to x-force; but if it is used When the steel plate is thick, it will cause a large increase in the weight of the material. Therefore, it is a great burden for the industry and the wearer. ·t, 'but' is currently subject to the formation of the steel sheet. The appearance is the thickness - the result of 'making a new _ - straight no 丨 "Social. To describe the problems existing in the structure of the toe cap of the self-defense safety shoes, how to develop an innovative structure that is useful, and the relevant industry will continue to work hard to develop and break the goal and direction of the M285250. In view of this, the creator has been engaged in relevant product testing for many years, and has designed and carefully evaluated the above objectives. The new content is called 'this creation' I still ask _, Jane's record of the sheet metal stamping and the overall thickness of Hunan, (10) (four) parts of the lack of the nature of the question called the improvement of the breakthrough. Yi Da and this creation to solve the technical characteristics of the problem · Mainly make the safety of a soil shoes The so-called aluminum alloy forging type, and the thickness of the corner of the toe is smaller than the top surface; thereby the new unique design, the "safety shoe toe improved structure" disclosed in this creation is compared with the above-mentioned advanced technology. The following effects and objectives can be achieved: Its main purpose is to make the toe of the safety shoe have better sturdiness, so that it can withstand the impact force and better when it is subjected to the impact force. The effect is more difficult to deform. Another purpose is to further enhance the elasticity of the top surface when the top surface is pressed by the unique design of the concave arc edge on the back side of the top surface of the toe. [Embodiment] In order to enable your review committee to have a better understanding and understanding of the purpose, characteristics and efficacy of this creation, please refer to the [Simple Description of the Drawings] for details: 6 M285250 First of all, please refer to the first ? And a preferred embodiment of the improved toe cap of the present invention, wherein the soil of the safety soil (1 〇) is set in the existing safety shoes (20) The head end part (as shown in Figure 4), in order to achieve the anti-collision, face-to-face safety (four) role; and its type, mainly in the form of - arc clam shell stereotype, with the space characteristics of the shoe body, The toe cap (1 〇) includes a top surface (1 丄), a "auger-shaped circumferential surface (: L 2), and a corner for aligning the top surface (11) and the circumferential surface (12). The mouth is standing (1 3), and the bottom end of the circumferential surface (丄2) is generally formed with an inner folded edge portion (14) for stable joint with the sole; and the creation improvement is: The toe cap of the safety shoe (2 Q) is forged by the alloy of the alloy, and 'as shown in Fig. 3, the thickness of the corner portion (13) of the toe cap (1) is (Α1) Less than the top surface (thickness of (1) (Α 2 )' can be specifically achieved by the planning of the aforementioned forging die; thereby the innovative design 'the top of the toe (丄〇) can be reached from the (worker) part At present, the top surface of the toe has a larger thickness, so that the top surface can be raised (the force of 1 D is strong and 4 is reduced by the thickness of the P-bit (3) of the 〇 转 corner opening, but the corner can be made The portion (13) produces a better grip and has a cushioning effect, and in terms of weight, the weight increase due to the increase in the thickness of the top surface (1 1) will be The corner portion (13) is reduced in thickness to obtain a balance; this is specifically designed to have a thickness in a structural form, which is not achieved by a conventional steel-plated toe cap. The circumference of the toe cap (1〇) (12) The thickness may be equal to or greater than the state of the corner portion (13); that is, the corner portion (丄3) is the overall toe (1〇) thickness of the parent-weight portion as a principle to the top surface ( i丨) A person who can obtain a miscellaneous cushioning effect when subjected to a force. " M285250 · Also, as shown in Figs. 5 and 6, another embodiment of the present toe type is shown in the foregoing embodiment. The difference is that the top edge of the toe (i 〇) is provided with a concave arc edge (1 5 ) behind the concave edge (1 5 ) The design can further enhance the elasticity of the top surface (1 1 ) under pressure; the principle is that if the side of the toe (i 〇) is (i 丄), if the side is a straight line design, then the pressure will be X to The hard surface of the two sides of the circumferential surface (12) is less elastic, so changing the side of the top surface (丄丄) to the concave arc edge (;! 5) will weaken the two sides of the circumference (丄2) The supporting force of the top surface (丄1), and the top surface is pressed to produce a better elastic effect. [Effective description] The improved toe cap of the safety shoe disclosed in this creation mainly uses the shoe The head (1〇) is made of aluminum alloy forging, and the innovative design of the thickness of the toe of the toe (i 3) is small (four) surface (ii), which can improve the steel plate shoes disclosed in the prior art. The problem of the same overall thickness of the head is to make the toe of the safety shoe have a better elastic edge, so that it can withstand the impact force and better cushioning effect when it is subjected to the impact force, so it is more difficult to deform; In terms of angle, because the thickness of the top surface (1 1 ) is increased, the weight of the top surface is increased. The opening angle can ΙΜ by Li (13) to obtain the reduced thickness Wei-Ping Li ten scale, this system was not Tesi structural states of varying thickness, not conventional steel wire head can be reached by. In addition, with the unique design of the toe (10), the top surface can be increased by the enamel (the elasticity when pressed). The top surface (1 1) is provided with a concave arc edge (1 5) 1 1 The length of the rear side, and thus the top surface (1 1). In the above, the technical features of the present invention are specifically described by the preferred embodiment. 8 M285250 [Simple Description] Figure: is a three-dimensional appearance of the creation of the toe. Fig. 2 is a perspective cross-sectional view of the toe of the present invention. Figure 3: A plan sectional view of the toe of the present creation. Fig. 4 is a view showing an embodiment of the present shoe head assembled to a safety shoe. Fig. 5 is a perspective view showing another embodiment of the present toe type. Figure 6 is a plan top view of another embodiment of the present toe type. [Explanation of main component symbols] Toe cap (10) Top surface (11) Peripheral surface (12) Corner part (13) Inner edge part (14) Concave arc edge (15) Safety shoes (20)