1279295 九、發明說明： 尸/Γ屬之技術領域】 本發明係關於-種「手工具」辨識結構，尤指—種可由手 工具握柄底端形成之「造形標示部達1279295 IX. INSTRUCTIONS: TECHNICAL FIELD OF THE INVENTION The present invention relates to a "hand tool" identification structure, and more particularly to a "shaped display portion that can be formed by the bottom end of a hand tool grip.
Mite 」逆j于工具驅動頭類別識 別功效，Λ屬手工具技術發展領域者。 【先前技術】 按，目前業界所使用之螺絲或螺帽鎖、卸工具’係屬且 不同態樣『驅動頭』之「握柄工具」為主。' 然，市面上販售之螺絲種類主要係以「一字」、「十字 及:内六角」三種態樣，而螺帽方面則以六角开处螺帽最:」 為業界所採用。 誠如上述，螺絲及螺帽之種類眾多，為達到不同態樣之 螺絲或螺帽鎖卸目的，使用者則需選擇相對應螺絲或螺帽外 硯形狀之「-字驅動頭」、「十字驅動頭」、「六角桿驅動 頭」以及「六纽驅動頭」，方得以相互套卡扳動之。 不同類別「驅動頭」之「握柄工具」，主要係由握柄工 具前端形成之「驅動頭」形態加以辨識，但，單-辨識功效 之握柄工具長_使用下’自然無法滿足錢之使財需长. 緣是，業界便研發出將習知之握柄工具之「金屬握柄」外緣 以不同顏色之娜材料射出包覆，或單—塑膠材料射出「握 柄」’藉由塑膠材料之「握柄」達到更舒適之握持感，同時， 亦可藉由「塑膠握柄」形成之不同顏色組合，達到各種「握 1279295 柄工具」之「驅動頭」類別辨識功效。 但，上述將「握柄」以不同顏色塑膠材料射出成型之方 式，係靠握柄之上、下層顏色組合變化，或是握;柄上形成之 直、斜條紋等組合方式予以辨識，對於經常使用該類型「握 柄工具」使用者，確實能輕而易舉辨識之，但，相對於不曾 或不常使用之使用者而言，實會因無法牢記「握柄」上形成 之顏色組合代表何種類別「驅動頭」態樣，而喪失「顏色握 柄」為方便使用者辨識之原意。 緣是，本發曰月人有鑑於目前業界利用「顏色握柄」來辨識 「握柄工具」「驅_」所產生之課題，尋求更佳之解決方式， 經本發明人努力不懈之綱研發下，終發邮—種「工具握柄 標示結構」，祈能嘉惠廣大之消費大眾。 【發明内容】 本發明-種「J1具握柄標示結構」，主要侧用第一顏 色層射出成形時’底部預留之標記部兩側貫穿有—相連通之 通孔，以利第-顏色層置入第二模具射出包覆不同顏色之第 二，色層，_，顏色膠料亦會透過標記部_之通孔注入 =部’令’第-顏色層之標記部填滿與第二顏色層相同之塑 勝色科，即為-具多種辨識功效之卫具握柄標示結構者。 ，本《月可透過由第-、第二顏色層所組成之雙色握柄部 而達到第-重之視覺辨取具驅_紐之功效； 再者，本發明亦可藉由握柄部之第一顏色層底部標記部 1279295 與輸頭呈相對餘設計，直接透顿覺觀之標記部之外觀 造形亦可達到驅動頭態樣之第二重辨識功效； 又，本發明之造形標記部係與第二顏色層—體成形，故， 使用者除可由標記部之形祕分驅__，更可由標記部 顏色與第-顏色層林_色之強烈對比設計，而_以圭 之視覺辨識魏，即為本發明之第三重辨識功效。 L貫施方式】 本發明係有_-種「玉具握柄標示結構」，請參照第 一圖所示，此種「工具握柄標示結構」主要包括有： -工具本體⑴，該玉具本體⑴1形成有一可 套設六角螺帽之六角套筒驅動頭（1Q)(本創作第一圖之 驅動頭細六綠縣實關制，依實況可成形一字 :字^六角等態樣），工具本體⑴另成有 -陶（2 0)，該握柄部（20)係由轉射出成形， 且及塑膠射出成形之握柄部（2〇)包括有 (3〇)及包覆第-顏色層（3 〇)之第 /色層 哕筐_ ♦ 顏色層（4〇) :、—弟顏色層（30、40)之分為不同之顏色如 =，可藉由握柄部(20)形成之不同顏色層達到視覺 工<弟—重辨識功效； =發明最大之特點乃在於，第—顏色層(3〇)底 、4成有-造形標記部（3 i)，該標記部（ 形恰與驅_(i 〇)呈相對應狀（如，驅動頭為十字开^ 1279295 ^己部之造形即為十字形），藉由造形與驅動頭⑴）呈 對應狀之標❺部（3 i )，可直接由視覺分辨出驅動頭（1 〇)之造職樣，此為第二重辨識功效； / 2此之外，第一顏色層（30)底部之標記部（3d ^於第二顏色層（4 〇 )射出時—併成形出與第二顏色層（4 :)相同之顏色’藉由顏色強烈差異設計，令，使用者在辨 私' °動頭（1 〇)悲樣時’更加之清晰明確，藉此達到第三 重之辨識功效者。 1而本發明_上舰構設計方式，储驅_置入第一 =(圖未示出）加以塑膠射出成形第-顏色層（30)， =顏色層（3 〇 )之底端亦形成一預設空間之六角形標 15 ( 3 1)’而六角形標記部（3）之兩侧貫穿連通有 ―通孔（3 2)，該通孔（3 2)之作用，乃在於第一顏色 :(30)置入第二模組(5〇)(第_顏色層之頭、尾端 露出模組外）待注料射出（第三圖所示），顏色膠料除可填 滿成形出包覆第-顏色層（3 Q)之第二顏色層（4 〇)外， 顏色轉並可透軸標記部（3 i )鱗通之通孔（3 2 ) 設計，而達到色料之注入填佈功效（第四圖所示），令，標 記部（31)顏色與第-顏色層（3 〇)達到視覺上之明； 分野，即如第-圖（或第五圖）所示般，可利於使用者對工 具本體（1)驅動頭（i 0)快速辨識功效者。 1279295 综上所述，本發明工具握柄標示結構，無論在結構 使用實用性及成本效益上，確資是& 干 只疋疋全符合產業上發展所 而’且所揭露之結構㈣亦是具有前所未有的_構造，所 以其具有「_性」應缺慮，林發日柯較之習知結構更 具功效之增進，因此亦具有「進频」，其完全符合我國專 利法有關發明專利之申請要件的規定，乃依法提起專利申 明，並敬请鈞局早日審查，並給予肯定。 【圖式簡單說明】 第-圖係本發日狂具握柄標示結構之外觀示意圖。 第二圖係本發明工具握柄標示結構之第一顏色層成形剖面示 意圖。 第三圖係本發批具握柄標示結構之第—顏色層置入第二模 具内之刻面示意圖。 第四圖係第三圖之另—角度剖面示意圖。 第五圖係本發明工具麵鮮結構之外觀綱示意圖。 【主要元件符號說明】 1 工具本體 2 0---握柄部 3 1---標記部 4 〇 第二顏色層 1〇 — 一一一驅動頭 3〇 ——第一顏色層 3 2 — — ~ —通孔 5 〇 — 一一一第二模組Mite "reverses the function of the tool-driven head category, and it is a field of hand tool technology development. [Prior Art] According to the "grip tool" used in the industry, the screw or nut lock and unloading tool used in the industry is different from the "driver". 'Rather, the types of screws sold in the market are mainly in the form of "one word", "cross and hexagonal", and the nut is made of hexagonal nuts:" is used by the industry. As mentioned above, there are many types of screws and nuts. In order to achieve different purpose of screw or nut locking, users need to select the "--word drive head" and "cross" of the corresponding screw or nut shape. The drive head, the "hexagonal drive head" and the "six-key drive head" are able to be pulled by each other. The "handle tool" of different types of "driver heads" is mainly identified by the "driver head" form formed by the front end of the grip tool. However, the single-identification function of the handle tool length _ use 'naturally can't satisfy the money The reason is that the industry has developed the outer edge of the "metal grip" of the conventional grip tool with a different color of the material, or a single plastic material to shoot the "grip" by plastic The "grip" of the material achieves a more comfortable grip. At the same time, the "driver" category of the "1279295 Handle Tool" can be identified by the different color combinations formed by the "plastic handle". However, the above-mentioned method of injecting and forming a "handle" into a plastic material of a different color is determined by a combination of a color combination on the upper and lower layers of the handle, or a combination of straight and diagonal stripes formed on the handle, for frequent Users of this type of "handle tool" can be easily identified. However, compared to users who have not used it or are not used often, it is impossible to remember which type of color combination formed on the "handle" represents. The "driver" is the same, and the "color grip" is lost for the convenience of the user. The reason is that in view of the current industry's use of "color grips" to identify the problems arising from "handle tools" and "drivers", and to seek better solutions, the inventors have worked hard to develop them. The final mailing - "tool grip marking structure", pray for the broad masses of consumers. SUMMARY OF THE INVENTION The present invention - "J1 has a handle marking structure", when the main side is formed by the first color layer, the bottom portion of the marking portion is provided with a through hole communicating with each other to facilitate the first color. The layer is placed in the second mold to eject a second color of the different colors, and the color layer is _, and the color compound is also filled through the through hole of the marking portion _ the portion of the first color layer is filled with the second portion The plastic color of the same color layer is the one that has a variety of identification functions. In the present month, the effect of the first-weight visual recognition device can be achieved through the two-color grip portion composed of the first and second color layers. Furthermore, the present invention can also be utilized by the handle portion. The bottom mark portion 1279295 of the first color layer has a relative design with the head, and the appearance of the mark portion of the direct oscillating view can also achieve the second recognition effect of the driving head state; The second color layer is formed into a body, so that the user can be driven by the shape of the mark portion, and can be designed by the contrast between the color of the mark portion and the color of the first color layer. That is, the third recognition function of the present invention. The method of the present invention is as follows: The body (1) 1 is formed with a hexagonal sleeve driving head (1Q) capable of arranging a hex nut (the driving head of the first figure of the present invention is a fine green system of the six-green county, which can be formed according to the fact that the word can be formed: the word hexagonal shape) The tool body (1) is further provided with a pottery (20), the handle portion (20) is formed by transfer molding, and the grip portion (2〇) of the plastic injection molding includes (3〇) and the covering portion - color layer (3 〇) of the first / color layer 哕 basket _ ♦ color layer (4 〇):, - brother color layer (30, 40) is divided into different colors such as =, can be grasped by the handle (20 The different color layers are formed to achieve the visual work<different-re-identification effect; = the biggest feature of the invention is that the first color layer (3〇) bottom, the 4%-shaped mark portion (3 i), the marking portion (The shape is exactly the same as the drive _(i 〇) (for example, the drive head is a cross open ^ 1279295 ^ the shape of the self is a cross shape), which is shaped by the drive head (1) The standard part (3 i ) can directly visually distinguish the driving head (1 〇), which is the second identification function; / 2, the marking part at the bottom of the first color layer (30) (3d ^ when the second color layer (4 〇) is emitted - and the same color as the second color layer (4:) is formed" by the strong color difference design, so that the user is discriminating the '° moving head ( 1 〇) When you are sad, it is more clear and clear, so as to achieve the third recognition function. 1And the invention _ upper pirate design, storage drive _ put the first = (not shown) to plastic Injection molding the first color layer (30), = the bottom end of the color layer (3 〇) also forms a hexagonal mark 15 (3 1)' of a predetermined space, and the sides of the hexagonal mark portion (3) are connected through ―through hole (3 2), the function of the through hole (3 2) is that the first color: (30) is placed in the second module (5 〇) (the head of the _ color layer, the end exposed module In addition, the injection of the material to be injected (shown in the third figure), in addition to filling the second color layer (4 〇) forming the first color layer (3 Q), the color can be transferred through the axis. Marking section (3 i ) Through the through hole (3 2 ) design, and achieve the filling effect of the color material (shown in the fourth figure), so that the color of the marking portion (31) and the first color layer (3 〇) are visually clear; The field, as shown in the first figure (or the fifth figure), can facilitate the user to quickly identify the function of the tool body (1) driving head (i 0). 1279295 In summary, the tool handle of the present invention is marked The structure, regardless of the practicality and cost-effectiveness of the structure, is that the & is only in line with the development of the industry and the structure disclosed (4) is also an unprecedented _ structure, so it has "_ sex It should be noted that Linfa Rike has a more effective effect than the conventional structure, and therefore has a "frequency", which fully complies with the requirements of the application requirements of the invention patents in the Patent Law of China, and is a patent declaration in accordance with the law. Please check with the bureau for an early review and give it affirmation. [Simple description of the diagram] The first-picture is a schematic diagram of the appearance of the mad handle display structure. The second drawing is a schematic representation of a first color layer forming profile of the tool grip designing structure of the present invention. The third figure is a schematic view of the facet of the color-setting layer of the present invention, which is placed in the second mold. The fourth figure is a schematic view of the other angle of the third figure. The fifth figure is a schematic diagram of the appearance of the fresh surface structure of the tool of the present invention. [Main component symbol description] 1 Tool body 2 0---Handle part 3 1---Marker part 4 〇Second color layer 1〇 - One-to-one drive head 3〇——First color layer 3 2 — — ~ —through hole 5 〇—one to one second module