201109242 六、發明說明： 【發明所屬之技術領域】 本創作係屬於工具用熱收縮保護膠條識別的技術領 域，尤其是指一種在膠條未套接於工具外侧之前，膠條的 表層必需先行表面加工處理方式而識別區設置於其上，再 經由撐開帶口、套接、校正撥動及烘烤成型等步驟後，而 致使短膠條能熱收縮緊束包覆於工具外側，且使識別區的 • 材質與短膠條表層間因溫度的作用而致使其分子間的結合 性更具有滲透熔合的緊密不易有脫漆現象，以增加識別區 的使用壽命。 【先前技術】 按，習用之手工具表層製法，其製法如下： 1 .備材·裁剪對應套裝尺寸的中空狀、遇熱可收縮 的OPS (即雙轴延伸聚乙烯）或PT (即聚乙烯）熱收縮塑性 材料， 2·套裝定位：將熱收縮塑性材套裝於工具外側面， 並以套筒維持縱直向擺置狀態； 3·成型·套裝熱收縮塑性材之工具經由烘烤而使熱 收縮塑性材遇熱收縮，束緊並密貼於工具表層的外侧面， 使熱收縮塑性材通包覆工具表層軸向外側面。 上述創作案雖能達成原先所設定之創作目的，而深受 業界及一般操作者所讚許，惟鑑於業界對技術之研發日新 201109242 月異，不餘遺力，故本申請人乃更再努力研究改良，使其 臻於完美實用；且近來，創作人在歷經無數次更新實驗測 試以及歸納消費者之實際操作使用上的回應意見，發現尚 有下列問題猶待進一步改善： 1 .由於中空狀0PS (即雙轴延伸聚乙烯）或PT (即聚 乙烯）熱收縮塑性材料在套置工具外侧之前，必需先被裁 剪對應套裝尺寸的中空狀管件’且因料已裁剪對應套裝 尺寸的中空狀所佔的體積較大，而咖 .m ^ 两要有較大的倉庫空間 來围放，以致使其廠房㈣無法有致的利用而有浪費之 虞，同時’亦會再提高其廠綠&支出成本為其一大困 擾。 歸L由於GPS(即雙軸延伸聚%奶（即聚乙烯） 熱收縮塑性材料係屬易撕裂暨易刮傷的材質，尤其是已 包覆有0PS (即雙軸延伸聚乙烯） (即聚乙烯）熱收縮 塑性材枓的手工具表層踫撞至較 π八雙的物質時，其不但舍 使撞擊區域有明顯的撞擊點或刮 一 ^合诂良致顯示出來外，嚴重的 話，會使付^卩分表層被掀開， 的矣厣蛉；挪π 么易遭他人直接從撞擊點 Η说 攻”使用及無保護的功效為其再 一九IS慢。 3 ·由於已被〇PS (即雙軸延伸聚乙稀）或ρτ (即聚乙 烯）熱收縮塑性材料緊束包覆 ^ 品，而在常溫^^具外侧後所完成的成 再、，，工由網版印，方式直接將塗料印刷 201109242 附著於成品外侧的熱收縮塑性材料上，如此’往往在手工 具因移動或使用的磨擦作用或遇油污侵钱下，而易使印刷 位置產生脫漆的現象為其另一大困擾。 有鑑於此’本發明遂針對上述習知技術之缺失，提出 一種工具用熱收縮保護膠條識別製法，以有效克服上述該 等問題。 【發明内容】 φ 本創作之工具用熱收縮保護膠條識別製法的主要内容 係在於提供一種藉由膠條在未套接於工具外側之前，能於 膠條的表層上先行進行表面加工處理方式而形成識別區設 置於其上’再經由撐開帶口、套接、校正撥移及烘烤成型 等步驟，而致使短膠條能熱收縮緊束包覆於工具外侧，如 此，其不但能使識別區的材質與短膠條表層間因溫度的烘 烤作用而致使其分子間的結合性更具有滲透熔合的緊密不 鲁 易有脫漆的現象’以增加識別區的使用壽命外，同時，亦 能提供PET膠條更快速便利的套接操作性，且使其具有防刮 耐撞擊的防護性，進而達到不會使撞擊點輕易被顯露出來 為其進步性之功效。 【實施方式】 本創作係有關於一種工具用熱收縮保護膠條識別製 法，請參閱第一圖至第六圖所示，其膠條1的表層識別製 法如下： 201109242 i.表面加工處理：於呈長條扁平狀的膠條1表層適當 處進行表面處理，以使得長條扁平狀膠條1表層形成有識 別區1 7，且使識別區1 7以等距離排列方式分佈於長條 扁平狀膠條1上，並使相鄰識別區1 7之間形成有一裁切 區18 (即裁切區18可為實線、反白線、虛線、缺口為 之，以作為裁切時的基準線之用，如：第一圖）；又，該 長條扁平狀的膠條1係指在未撐開之前的態樣，且上述膠 • 條1的一端係因頂平面10内側緊鄰接於底平面1 3内側 而形成的近似一字密封狀之開口區A ;另，上述膠條1係 由頂平面10、側平面11、12及底平面1 3所形成的 橫向斷面為封閉狀；而上述之識別區1 7可為圖形形狀、 或尺寸規格、或文字、或數字等為最佳；而上述之表面處 理係包括有印刷表面處理方式（即含網版印刷、滾輪印刷、 移印印刷等）、或雷射表面處理.··等方式加以取代之； • 而上述之長條扁平狀膠條1係為PET (即聚對苯二甲酸乙 酯）熱收縮材質，且其斷面係呈封閉狀為最佳； Π.備料··將已經由上述的表面加工處理所設置有識別 區1 7的長條扁平狀膠條1能以捲繞方式形成一捲捆狀， 以便於收藏置放之用，或作為後續步驟中的在“套接”或 “裁斷”步驟前的架設之用； 皿.撐開帶口：藉由其他扁平或細小的輔助件（圖中未 示）加以將長條扁狀的膠條1之開口區A撐開至一定的開 201109242 度後，再將一滾珠6置入至開口區A，而致使該滾珠6能 滑入至膠條1内部，此時，再將該開口區A置於二滚壓輪 7、8之間（即膠條1之侧平面工工、工2分別緊鄰於二 滾壓輪7、8的滾壓面70、80)，藉由二滚壓輪7、 8的擠壓轉動後而致使膠條1的頂平面1 〇及底平面1 3 上分別形成有摺部14、1 5，而致使受力折壓後的頂平 面1 0上的摺部1 4方向係自然朝向上方及底平面丄3上 的摺部1 5方向係自然朝向下方，換言之，藉由朝向上方 的摺部1 4及朝向下方的摺部丄5作用而能帶動頂平面丄 0、側平面1 1、12及底平面1 3間在常態下呈近菱形 狀，以致使開口區A的形狀由一字形封閉狀改變近菱形狀 的開口（即帶口1 6)，而使得膠條1之帶口 1 6在常態 下易呈自然撐開狀態（如第二圖）； IV.套接·將已自然撐開狀態的帶口 1 6直接套置於已 位於限位模組（圖中未承，其係作為卫具5置放暨膠條工 套置時的深度位置之基準之用）的工具5(即本實施例係 為六角扳手）外側上，直至帶口 i 6順著工具5外側而移 動至預定深度位置（如第三圖”麦，此時，該工具5末端 尚未與已設置於膠條i上的裁切區i 8呈對齊，換言之， 該工具5僅部分長度插入至膠條1之帶口工6内且該工 具5末端並未移動至膠條^之裁切區} 8的相對位置上 (如··第六圖）；而上述工具5係指扳手、六角板手、棘 201109242 輪扳手、起子、棘輪起子、起子頭、套筒、敲擊工具、水 管甜、钳子·•·等為之； V. 裁斷：利用刀具（圖中未示）從已套接暨凸出於工 具5外侧末端的膠條1之裁切區1 8處進行裁斷分開成短 膠條Γ及捲捆狀膠條1，以使得被裁斷的短膠條1 ’能套接 於工具5外側上，且該短膠條1’的一端係較工具5末端為 凸出，並使短膠條1’與工具5外侧間形成鬆配合（如：第 鲁四圖） VI.校正撥移：受力將已套接暨凸伸於工具5末端的短 膠條1’的方向或位置給予校正撥移至工具5外側的預定 位置上（如：第五圖）； W. 烘烤成型：將已套接於工具5外側適當位置上的短 膠條Γ經由烘烤設備（圖中未示，如：烘爐、烤箱等）的熱 加溫作用而使短膠條1 ’被緊密收束包覆於工具5外側，並 • 使識別區1 7能位於工具5的預定位置（即展示面，如第 六圖），且識別區17的材質與短膠條Γ表層間因高溫烘 烤作用而使得其具有滲透熔合作用而形成緊密不易脫漆的 結合性，即完成一成品（如第六圖）。 藉由上述步驟，本創作乃藉由長條扁平狀膠條1在未 套接於工具5外側之前，於膠條1的表層上先進行表面加 工處理方式而形成有等距離排列分佈的識別區17及裁切 區1 8，再經由撐開帶口、套接、校正撥移及烘烤成型等 201109242 步驟，而致使短膠條Γ能熱收縮緊束包覆於工具5外側， 以致使識別區1 7的材質與短膠條1’表層間因高溫滲透 的熔合作用而形成緊密不易有脫漆的結合性，以增加識別 區1 7的使用壽命，同時，亦能提供PET膠條1更快速便 利的套接操作性，且使其具有防刮耐撞擊的防護性，進而 達到不會使撞擊點輕易被顯露出來為其獨特的進步性功 效。 • 請參閱第七圖，其乃為本創作之再一實施例圖，其中， 膠條1的表層識別製法如下：I.表面加工處理、Π.備料、 Π.撐開帶口等三步驟均已於上述内容中詳述（如同第一圖 至第二圖），故不再贅述之！ 本實施例僅針對改變的製法步驟說明如下： IV. 裁斷：將已具有中空狀帶口 1 6的膠條1之裁切區 1 8處以刀具（圖中未示）從事進行裁斷分開成中空狀短 • 膠條1 ’及捲捆狀膠條1 (如：第七圖）；而上述之膠條1係 為PET(即聚對苯二甲酸乙酯）、0PS(即雙軸延伸聚乙烯）、 PT(即玻璃紙）、PVC(即聚氯乙烯）、PE(即聚乙烯）等 熱收縮材質，且其橫向斷面係呈封閉狀為最佳； V. 套接：將已被裁斷呈中空狀短膠條Γ能直接套接 置於工具5外側的預定位置上；而上述工具5係指扳手、 六角扳手、棘輪扳手、起子、棘輪起子、起子頭、套筒、 敲擊工具、水管甜、甜子·•·等為之； 201109242 VI·烘烤成型：將已套接於工具5外侧預定位置上的 中空狀短膠條1 ’經由烘烤設備（圖中未示，如：烘爐、烤 箱等）的熱加溫作用而使中空狀短膠條i，被緊密收束包覆 於工具5外側，並使識別區1 7能位於工具5的預定位置 (即展示面），且識別區丄7的材質與申空狀短膠條1，表 層間因鬲溫烘烤作用而使得其具有滲透炫合作用而形成緊 役不易脫漆的結合性，即完成一成品。201109242 VI. Description of the invention: [Technical field to which the invention belongs] This creation belongs to the technical field of heat shrinkable protective tape for tools, especially when the strip is not sleeved on the outside of the tool, the surface of the strip must be advanced. The surface processing method is provided on the identification area, and then the steps of the opening, the splicing, the trimming, and the baking are performed, so that the short strip can be heat-shrink tightly wrapped on the outside of the tool, and The material between the material of the identification zone and the surface of the short strip is caused by the temperature, so that the intermolecular bond is more permeable and tight, and it is not easy to strip paint to increase the service life of the identification zone. [Prior Art] Press, the conventional hand tool surface layer method, the preparation method is as follows: 1. Preparation and cutting of the corresponding size of the package of hollow, heat shrinkable OPS (ie biaxially stretched polyethylene) or PT (ie polyethylene) ) heat shrinkable plastic material, 2·set positioning: the heat shrinkable plastic material is placed on the outer side of the tool, and the sleeve is maintained in a vertical and straight state; 3. The tool for forming and shrinking the heat shrinkable plastic material is baked. The heat-shrinkable plastic material shrinks with heat, and is tightly attached to the outer side surface of the surface layer of the tool, so that the heat-shrinkable plastic material passes through the axial outer side surface of the surface layer of the tool. Although the above-mentioned creations can achieve the original purpose of creation, they are highly praised by the industry and the general operators. However, in view of the industry's research and development of technology, the new 201109242 is different, so the applicant is working harder. Research and improvement have made it perfect and practical; and recently, the creators have responded with numerous updates to the experimental tests and the actual use of the consumers, and found that the following problems still need to be further improved: 1. Because of the hollow shape 0PS (ie biaxially oriented polyethylene) or PT (ie polyethylene) heat shrinkable plastic material must be cut into the hollow tube of the corresponding size before the outside of the tool, and the hollow size of the corresponding package size has been cut. The volume is large, and the coffee.m ^ has to have a large warehouse space to be placed, so that its plant (4) can not be used and wasteful, and will also increase its plant green & The cost of spending is a big problem. Because of GPS (ie, biaxially stretched poly% milk (ie, polyethylene), the heat shrinkable plastic material is a material that is easily torn and scratched, especially coated with 0PS (ie biaxially oriented polyethylene) (ie Polyethylene) heat-shrinkable plastic material 手 手 枓 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手 手The 卩 付 卩 矣厣蛉 矣厣蛉 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪 挪(ie biaxially extending polyethylene) or ρτ (ie polyethylene) heat shrinkable plastic material tightly coated, and finished at the outside of the normal temperature ^^, Directly printing the paint 201109242 on the heat-shrinkable plastic material on the outer side of the finished product, so that 'the phenomenon that the hand tool is easy to make the paint position peeling off due to the movement or the friction of the hand or the oil infested is another It is a big problem. In view of this, the present invention is directed to the above-mentioned conventional knowledge. In the absence of the technique, a tool for heat shrinkage protection strip identification method is proposed to effectively overcome the above problems. [Invention] φ The main content of the heat shrinkable protective strip identification method for the tool of the creation is to provide a Before the rubber strip is not sleeved on the outside of the tool, the surface can be processed on the surface of the strip to form the identification area on the strip. Then, the strip is opened, the sleeve is adjusted, the dial is adjusted, and the baking is formed. The steps are such that the short strip can be heat-shrink tightly wrapped around the outside of the tool, so that not only the bonding between the material of the identification zone and the surface of the short strip can be caused by the baking effect of the temperature. The phenomenon of viscous and viscous lacquering is easy to remove paint to increase the service life of the identification zone, and at the same time, it can provide the quick and convenient splicing operation of the PET strip, and it has the protection against scratch and impact. Sexuality, which in turn achieves the effect of not making the impact point easily exposed for its progressiveness. [Embodiment] This creation is about a tool for heat shrinkable protective tape. For the other method, please refer to the first to sixth figures. The surface layer identification method of the strip 1 is as follows: 201109242 i. Surface processing: surface treatment is applied to the surface of the strip 1 in a strip shape. The surface of the strip-shaped strip 1 is formed with the identification area 17 and the identification areas 17 are distributed on the strip-shaped strip 1 in an equidistant arrangement, and a gap is formed between the adjacent identification areas 17 The cutting area 18 (ie, the cutting area 18 can be a solid line, a reverse white line, a broken line, a notch for use as a reference line for cutting, such as: the first figure); and, the strip is flat The strip 1 refers to the state before the unfolding, and one end of the strip 1 is an open-faced opening A formed by the inner side of the top plane 10 immediately adjacent to the inner side of the bottom plane 13; The strip 1 is formed by a top surface 10, a side plane 11 and 12, and a bottom plane 13 is a closed cross section; and the identification area 17 can be a graphic shape, or a size specification, or a text, Or the number is optimal; and the surface treatment described above includes a printed surface treatment (ie Replace with the screen printing, roller printing, pad printing, etc., or laser surface treatment. · · The above-mentioned strip flat strip 1 is PET (ie, polyethylene terephthalate Ester) heat-shrinkable material, and its cross-section is preferably closed; Π. Preparation · The long flat strip 1 which has been provided with the identification area 17 by the above surface treatment can be wound The method forms a bundle of bundles for the purpose of collecting and placing, or as a erection in the subsequent steps before the "socketing" or "cutting" step; the dish. opening the mouth: by other flat or small The auxiliary member (not shown) is used to open the open area A of the strip-shaped strip 1 to a certain opening of 201109242 degrees, and then a ball 6 is placed into the opening area A, so that the ball 6 is caused. It can slide into the inside of the strip 1 and at this time, the opening area A is placed between the two rolling wheels 7 and 8 (that is, the side plane of the strip 1 is working, and the work 2 is adjacent to the second rolling wheel 7 respectively. The rolling surfaces 70, 80 of 8 are caused by the pressing rotation of the two rolling wheels 7, 8 to cause the top plane 1 of the strip 1 and the bottom plane 1 3 The folded portions 14 and 15 are not formed, so that the direction of the folded portion 14 on the top plane 10 after the force is pressed is naturally oriented upward, and the direction of the folded portion 15 on the bottom plane 丄3 is naturally downward. In other words, by acting on the upper folded portion 14 and the downwardly facing folded portion 丄5, the top plane 丄0, the side planes 1 1 and 12, and the bottom plane 1 3 can be brought into a nearly rhombic shape in a normal state, so as to cause The shape of the opening area A is changed by a shape of a closed shape to change the opening of the near-diamond shape (ie, the opening 16), so that the opening 16 of the strip 1 is naturally expanded in a normal state (as shown in the second figure); IV. Sockets · The sleeves that have been naturally opened are directly placed on the limit module (not shown in the figure, which is used as the depth position when the Guard 5 is placed and the rubber sleeve is placed On the outside of the tool 5 (that is, the hex wrench in this embodiment), until the port i 6 moves along the outside of the tool 5 to a predetermined depth position (such as the third figure), at this time, the tool The end of 5 has not been aligned with the cutting zone i 8 which has been placed on the strip i, in other words, the tool 5 is only partially inserted into the glue. 1 is in the mouthpiece 6 and the end of the tool 5 is not moved to the relative position of the cutting zone of the strips (8), and the tool 5 is a wrench, a hexagonal wrench,棘 201109242 Wheel wrench, screwdriver, ratchet screwdriver, screwdriver head, sleeve, tapping tool, water pipe sweet, pliers, etc.; V. Cutting: using a cutter (not shown) to swell from the sleeve The cutting zone 18 of the strip 1 at the outer end of the tool 5 is cut into a short strip 卷 and a bundle strip 1 so that the cut short strip 1 ' can be sleeved on the outside of the tool 5 And one end of the short strip 1' is convex than the end of the tool 5, and a loose fit is formed between the short strip 1' and the outer side of the tool 5 (eg, the fourth figure) VI. Correction shift: force The direction or position of the short strip 1' which has been sleeved and protruded from the end of the tool 5 is corrected and moved to a predetermined position outside the tool 5 (for example, the fifth figure); W. Baking molding: will be set The short strip of glue attached to the outside of the tool 5 is heated by a heating device (not shown, such as an oven, an oven, etc.) The short strip 1 ' is tightly wrapped around the outside of the tool 5, and • enables the identification area 17 to be located at a predetermined position of the tool 5 (ie, the display surface, as shown in the sixth figure), and the material and short glue of the identification area 17 Due to the high-temperature baking effect, the strip surface layer has a osmotic fusion to form a tight and non-paint-off bond, that is, a finished product (such as the sixth figure). By the above steps, the present invention forms an identification area which is equidistantly arranged by first processing the surface of the strip 1 before the outer strip of the strip 1 is unsleeved on the outside of the tool 5 by the strip-shaped strip 1 17 and the cutting area 18, and then through the opening of the mouth, the socket, the correction of the shifting and baking molding, etc. 201109242, so that the short strip can be heat-shrink tightly wrapped around the outside of the tool 5, so that identification The material of the zone 1 7 and the short rubber strip 1' surface layer are formed by the high temperature penetration fusion to form a tight and difficult stripping bond to increase the service life of the identification zone, and at the same time, the PET strip 1 can also be provided. Quick and convenient socket operation, and it has the protection against scratch and impact, so as to achieve the unique progressive effect without making the impact point easily exposed. • Please refer to the seventh figure, which is a further embodiment of the present invention. The surface layer identification method of the strip 1 is as follows: I. Surface processing, Π. preparation, Π. opening and opening, etc. It has been detailed in the above content (like the first to the second figure), so it will not be described again! This embodiment is only described for the changed manufacturing steps as follows: IV. Cutting: The cutting area 18 of the strip 1 having the hollow strip port 16 is cut into a hollow shape by cutting with a cutter (not shown). Short • Strip 1 ' and bundled strip 1 (eg, Figure 7); and the above strip 1 is PET (ie polyethylene terephthalate), 0PS (ie biaxially oriented polyethylene) , PT (ie cellophane), PVC (ie polyvinyl chloride), PE (ie polyethylene) and other heat shrinkable materials, and the transverse section is closed, the best; V. Socket: will have been cut hollow The short strip of glue can be directly placed on a predetermined position outside the tool 5; and the above tool 5 is a wrench, a hex wrench, a ratchet wrench, a screwdriver, a ratchet driver, a screwdriver head, a sleeve, a tapping tool, a sweet pipe 201109242 VI·Bake molding: a hollow short strip 1' that has been sleeved on a predetermined position outside the tool 5 is passed through the baking equipment (not shown, such as: oven) , oven, etc.) so that the hollow short strip i is tightly bundled on the outside of the tool 5 And the identification area 17 can be located at a predetermined position of the tool 5 (ie, the display surface), and the material of the identification area 丄7 and the short-shaped short strip 1 are made, and the surface layer is made to have a osmotic cooperation due to the warm baking effect. It is used to form a combination that is not easy to remove paint, that is, to complete a finished product.
請參閱第八圖及第九圖’其乃為本創作之另一實施例 圖，其中，膠條1的表層識別製法如下： 工.備料：將長條狀膠條1以捲繞方式形成一捲捆 狀’以便於收藏置放之用，或作為後續步驟中的在“套接” 或“裁斷”步驟前的架設之用；又，該膠條1在未撐門寸 =平面10、側平面…12及底平面13所二 面為封閉狀;而上述之膠條_長條扁平狀或 r二管狀為最佳，其中，長條扁平狀膠條Ί ^ η τ , 的〜端係因頂 m 1 〇内側緊鄰接於底平面1 3内側而形成的近彳、— 狀之開口區A; 以一字 从.饵開帚口 ：藉田長抑徇卞取細小的輔 Λ . 1午（屆 加以將開口區Α撐開至一定的開度後，氧脸 晉入 吁將一名 夏八至開口區A，而致使該滾珠6能滑入至膠條Please refer to the eighth and ninth drawings, which are diagrams of another embodiment of the present invention. The surface layer identification method of the strip 1 is as follows: Work. Preparation: The strip strip 1 is formed into a winding manner. The bundled shape is used for collection and placement, or as a erection in the subsequent steps before the "socketing" or "cutting" step; in addition, the strip 1 is in the unsupported door = plane 10, side The plane ... 12 and the bottom plane 13 are closed on both sides; and the above-mentioned strip _ long strip flat or r bi-tubular is the best, wherein the long flat strip Ί ^ η τ, the end of the end The inner side of the top m 1 紧邻 is adjacent to the open area A of the near 彳-shaped shape formed on the inner side of the bottom plane 13; the mouth is opened from the bait by a word: the fine auxiliary scorpion is taken by the field length. (After the opening area is opened to a certain degree of opening, the oxygen face will enter a call to a summer area to the open area A, so that the ball 6 can slide into the strip
此時’再將該開口區A置於二滾壓輪7、只夕P 0 < 間（g 丄之側平面1 1、i 2分別緊鄰於二滾壓給7 柯（、8 6 201109242 面70、80)，藉由二滾壓輪7、8的擠壓轉動後而致 使膠條1的頂平面1 0及底平面1 3上分別形成有摺部1 4、1 5，而致使受力折壓後的頂平面1 0上的摺部1 4 方向係自然朝向上方及底平面13上的摺部15方向係自 然朝向下方，換言之，藉由朝向上方的摺部1 4及朝向下 方的摺部15作用而能帶動頂平面1〇、側平面1 1、工 2及底平面1 3間在常態下呈近菱形狀，以致使開口區a # 的形狀由一字形封閉狀改變近菱形狀的開口（即帶口 1 6) ’而使得膠條1之帶口16在常態下易呈自然撐開狀 態； m.裁斷：將已呈中空狀膠條1的適當位置處以刀具 (圖中未示）從事進行裁斷分開成中空狀短膠條1，，及捲捆 狀膠條1 (如：第八圖）； IV.表面加工處理：於裁斷呈中空狀短膠條i，，的表層At this time, 'the opening area A is placed on the second rolling wheel 7, and the eve P 0 < (the side planes 1 1 and i 2 of the g 丄 are respectively adjacent to the second rolling to 7 ke (, 8 6 201109242) 70, 80), by the pressing rotation of the two rolling wheels 7, 8, causing the top plane 10 and the bottom plane 13 of the strip 1 to be formed with folds 14 and 15 respectively, thereby causing stress The folded portion 1 4 on the top plane 10 after the folding is naturally oriented upward and the direction of the folded portion 15 on the bottom plane 13 is naturally downward, in other words, by the upwardly facing folded portion 14 and the downward facing fold The portion 15 acts to drive the top plane 1 〇, the side plane 1 1 , the work 2 and the bottom plane 13 to have a nearly rhombic shape under normal conditions, so that the shape of the open area a # is changed from a straight shape to a near-diamond shape. The opening (ie, the belt mouth 16) is such that the belt opening 16 of the strip 1 is naturally expanded in a normal state; m. cutting: a tool having a hollow rubber strip 1 at a suitable position (not shown) ) Engaged in cutting into hollow short strips 1, and bundled strips 1 (eg: Figure 8); IV. Surface treatment: cutting short hollow strips i , The surface
• 適當處進行表面處理，以使得中空狀膠條1，，表層形成有識 別區1 7 (如第九圖）；而上述之識別區17可為圖形形 狀、或尺寸規格、或文字、或數字等為最佳；而上述之表 面處理係包括有印刷表面處理方式（即含網版印刷、滾輪 印刷、移印印刷等）、或雷射表面處理···等方式加以 取代之，而上述之膠條1，’係為PET (即聚對苯二甲酸乙 酯）、0PS (即雙轴延伸聚乙稀）、PT (即玻璃紙）、PVC (即聚氯乙烯）、PE (即聚乙烯）等熱收縮材質，且其斷 201109242 面係呈封閉狀為最佳； v.套接：將已被裁斷呈中空狀短膠條1”能直接套接 於工具5外側的預定位置上；而上述工具5係指扳手、六 角扳手、棘輪扳手、起子、棘輪起子、起子頭、套筒、敲 擊工具、水管鉗、鉗子···等為之； VI.烘烤成型：將已套接於工具5外側預定位置上的 中空狀短膠條1 ”經由烘烤設備（圖中未示，如：烘爐、烤 • 箱等）的熱加溫作用而使中空狀短膠條1 ”被緊密收束包覆 於工具5外侧，並使識別區1 7能位於工具5的預定位置 (即展示面），且識別區17的材質與中空狀短膠條1”表 層間因高溫烘烤作用而使得其具有滲透熔合作用而形成緊 密不易脫漆的結合性，即完成一成品。 請參閱第十圖及第十一圖，其乃為本創作之又一實施 例圖，其中，膠條1的表層識別製法如下： • I .備料：將裁剪對應套裝尺寸的中空狀、遇熱可收 縮的0PS(即雙轴延伸聚乙烯）、PT(即玻璃紙）、PVC(即 聚氯乙烯）、PE (即聚乙烯）、PET (即聚對苯二甲酸乙酯） 熱收縮塑性材料所製成的短膠條1”，且該短膠條1 ”係具 有中空貫穿狀的帶口1 6，以作為工具5—端插入之用； Π.表面加工處理：於中空狀短膠條1 ”的表層適當處 進行表面處理，以使得中空狀短膠條1”表層形成有識別區 1 7 ;而上述之識別區1 7可為圖形形狀、或尺寸規格、 12 201109242 或文字、或數字等為最佳；而上述之表面處理係包括有印 刷表面處理方式（即含網版印刷、滚輪印刷、移印印刷等）、 或雷射表面處理·••等方式加以取代之； 皿.套接：將中空狀短膠條1”直接套接於工具5外側 的預定位置上；而上述工具5係指扳手、六角扳手、棘輪 扳手、起子、棘輪起子、起子頭、套筒、敲擊工具、水管 鈿·、钳子...等為之； • IV.烘烤成型：將已套接於工具5外侧預定位置上的 中空狀短膠條1 ”經由烘烤設備（圖中未示，如：烘爐、烤 箱等）的熱加溫作用而使中空狀膠條1被緊密收束包覆於 工具5外侧，並使識別區1 7能位於工具5的預定位置（即 展示面），且識別區17的材質與中空狀短膠條1”表層間 因高溫烘烤作用而使得其具有滲透熔合作用而形成緊密不 易脫漆的結合性，即完成一成品。 • 唯以上所述者，僅為本創作之較佳實施例而已，並非 用來限定本創作實施之範圍。故即凡依本創作申請範圍所 述之特徵及精神所為之均等變化或修飾，均應包括於本創 作之申請專利範圍内。 13 201109242 第一圖r、 【圖式簡單說明】 意圖。 糸為本創作經由表面加工處理後的立體外觀示 =一圖係為第—圖進行撐開帶口時的立體狀態圖。 圖係為第二圖正套置工具時的立體狀態圖。 圖。四圖係為第三圖呈半套置狀暨裁斷時的立體狀態 第五圖係為第四圖校正撥移後的立體組合狀態圖。 • 第六圖係為第五圖經熱烘收束後的立體组合狀態圖。 *缺^七圖係為本創作之再—實施例之裁斷後未套置前的 立體分解狀態圖。 第八圖係為本創作之另一實施例之裁斷後未套置前的 立體分解狀態圖。 第九圖係為第八圖經表面處理後的立體分解示意圖。 第十圖係為本創作之又一實施例之立體外觀狀態圖。 第十一圖係為第十圖經表面處理後的立體狀態圖。 【主要元件符號說明】 膠條1 頂平面1 0 侧平面1 1 側平面1 2 底平面1 13 摺部1 4 摺部1 5 帶口 1 6 識別區1 了 裁切區1 8 工具5 滾珠6 滚壓輪γ 滾壓面7 0 滾壓輪8 滾壓面8 0 開口區A 短膠條1 ’ 短膠條1 ”• Surface treatment is carried out as appropriate so that the hollow strip 1, the surface layer is formed with the identification area 17 (as shown in the ninth figure); and the above-mentioned identification area 17 can be a graphic shape, or a size specification, or a text, or a number The surface treatment is replaced by a printing surface treatment method (ie, including screen printing, roller printing, pad printing, etc.) or laser surface treatment, etc., and the above Strip 1, ' is PET (ie polyethylene terephthalate), 0PS (ie biaxially stretched polyethylene), PT (ie cellophane), PVC (ie polyvinyl chloride), PE (ie polyethylene) The heat shrinkable material is the same as the 201109242 face is closed; v. Socket: the short strip 1" which has been cut into a hollow shape can be directly sleeved at a predetermined position outside the tool 5; Tool 5 refers to a wrench, a hex wrench, a ratchet wrench, a screwdriver, a ratchet screwdriver, a screwdriver head, a sleeve, a tapping tool, a water pipe clamp, a pliers, etc.; VI. Baking: a sleeve has been attached to the tool 5 hollow short strip 1" on the outer predetermined position Prepare (not shown in the figure, such as: oven, roasting box, etc.) so that the hollow short strip 1 ” is tightly wrapped around the outside of the tool 5, and the identification area 17 can be located The predetermined position of the tool 5 (ie, the display surface), and the material of the identification area 17 and the surface layer of the hollow short strip 1" are subjected to high-temperature baking to make it have a osmotic fusion to form a tight and non-paint-off bond, that is, Finish a finished product. Please refer to the tenth and eleventh drawings, which are still another embodiment of the present invention. The surface layer identification method of the rubber strip 1 is as follows: • I. Preparation: The hollow shape and heat of the corresponding suit size will be cut. Shrinkable 0PS (ie biaxially oriented polyethylene), PT (ie cellophane), PVC (ie polyvinyl chloride), PE (ie polyethylene), PET (ie polyethylene terephthalate) heat shrinkable plastic material The short strip 1" is made, and the short strip 1" has a hollow through-shaped strip 16 for insertion as a tool 5-end; 表面. Surface treatment: in the hollow short strip 1 The surface layer is suitably surface-treated such that the surface of the hollow short strip 1" is formed with the identification area 17; and the above-mentioned identification area 17 can be a graphic shape, or a size specification, 12 201109242 or a text, or a number, etc. Preferably; the surface treatment described above includes printing surface treatment (ie, including screen printing, roller printing, pad printing, etc.), or laser surface treatment ·••, etc.; : Socket the hollow short strip 1" directly on the outside of the tool 5 In the predetermined position; the above tool 5 refers to a wrench, a hex wrench, a ratchet wrench, a screwdriver, a ratchet driver, a screwdriver head, a sleeve, a tapping tool, a water pipe, a pliers, etc.; Molding: the hollow short strip 1 ” which has been sleeved on the outer side of the tool 5 is hollowed out via the heating function of the baking equipment (not shown, such as oven, oven, etc.) 1 is tightly wrapped around the outside of the tool 5, and the identification area 17 can be located at a predetermined position of the tool 5 (ie, the display surface), and the material of the identification area 17 and the hollow short strip 1" are baked at a high temperature. The baking effect is such that it has a osmotic fusion to form a tightly non-paintable bond, that is, a finished product is completed. • The above is only a preferred embodiment of the present invention, and is not intended to limit the implementation of the present invention. Scope. Therefore, any changes or modifications to the characteristics and spirits described in the scope of this application shall be included in the scope of the patent application for this creation. 13 201109242 First picture r, [Simple description] Intention.糸Benedict The stereoscopic appearance diagram after the surface processing is shown in Fig. 1 is a perspective state diagram when the opening is opened. The figure is the stereoscopic state diagram when the tool is being placed in the second diagram. The third figure is a half-set shape and the three-dimensional state when cutting. The fifth figure is the three-dimensional combined state diagram after the correction of the fourth figure. • The sixth figure is the three-dimensional combination of the fifth figure after the heat drying. State diagram. *The lack of seven diagrams is the re-destruction state diagram of the creation after the cutting of the embodiment. The eighth diagram is the un-set before the cutting of another embodiment of the creation. The ninth figure is a three-dimensional exploded view of the eighth figure after surface treatment. The tenth figure is a three-dimensional appearance state diagram of another embodiment of the creation. The eleventh figure is the tenth picture Stereoscopic state diagram after surface treatment. [Description of main component symbols] Strip 1 Top plane 1 0 Side plane 1 1 Side plane 1 2 Bottom plane 1 13 Folding part 1 4 Folding part 1 5 Porting 1 6 Identification area 1 Cutting area 1 8 Tool 5 Ball 6 Rolling wheel γ Rolling surface 7 0 Rolling wheel 8 Rolling surface 8 0 Open area A Short strip 1 ' Short strip 1 ”