200810913 九、發明說明： 【發明所屬之技術領域】 本發明係一種工具之表層標示製法及其產品，尤指套 1，或是具有套筒頭的各式連接桿等手工具在局部以熱收 縮材成形為可被標示印刷的標示環。 【先前技術】 按由手工具經常看到有套筒，或是具有套筒頭的連接 桿等等，顯見套筒在手工具之應用場所相當廣泛。而套汽的 規格因應公制或英制需要標示尺寸以及商標圖宰、文字因 此以往辨識套筒的規格，都會在表面刻設文字圖案之’ 配合電鍍處理，標示的方式有多 ’、， Μ9/(ΟΟΛη 叭虿夕種，比如證書號編為 Μ243306號「套筒辨識裝置新 寻利案，其在套筒的筒身 一知形成擋止部，於套筒的筒身套 .^ ^ 牙嘗果弹性膠環，該膠環表 面印1套筒尺寸、商標等圖 人捽知不，以猎膠裱之彈性束縛配 合私止部之擋止限位，據以辨識套筒的尺寸規格。 但是前專利案有其問題，其係膠環在製作二 套裝在套筒的筒身，因此在使用 ， n ^ h 要觸田中，仍會造成膠環在 不舒適的感覺。 產生可移動而有操作 【發明内容】 本發明者鑑於前述問題進 明主要日沾及，運而用心研九開發，因此本發 要目的如在提供一種工且- 主要切㈣或是且表層1法及其產品， 去Π扃疋具有套同碩的工具，局 經熱供成形為標示環，標示環僅於表声印制復熱陶， 、表層P衣、刻設標示内容， 5 200810913 容易標示的特點。 提供了低成本、保護性佳 ，本發明所運用的技術手段係 示製法及其產品，其製法流程 為了可達到前述的目的 在於提供一種工具之表層標 如下： ，、在局部區域，形成一環之凹槽 插置於模座·設罟—f u 、 极座，其間隔地設置數個凹入槽 狀的插槽，該插槽内徑容置工呈 ，、，/衣度則合终工具底端至凹 槽下側端面，形成該凹槽側 ^ P W ^面與杈座頂側面未呈高低 落差； _ 放置熱收縮材Η肴用環狀的熱收縮材立放在模座上， 熱收縮材内側環面面向凹槽，維紅具是縱直向立置狀； 。 烘烤成形：工具與模座一起烘烤，烘烤溫度約16〇〜2〇〇 C左右，形成熱收縮材遇熱收縮，束緊填裝該凹槽因此形成 標示環； 〜表層標示：將結合該標示環的工具，於該標示環標示 文字圖案之標示内容。 另一種工具之表層標示製法，其製法流程如下： 工具成型：工具在局部區域，形成一環之凹槽； 插置於模座：設置一模座，其間隔地設置數個凹入槽 狀的插槽，該插槽内徑容置工具，深度則容許工具底端至凹 槽下側端面，形成該凹槽下側端面與模座頂側面未呈高低 落差； ~ 標示熱收縮材，環狀之熱收縮材表面先行標示設定之 標示内容； 6 200810913 放置熱收縮材：熱收縮材立放在模座上，熱收縮材内 側環面面向凹槽，維持工具是縱直向立置狀； 。烘烤成形：工具與模座一起烘烤，烘烤溫度約丨60〜2⑽ c左右，形成熱收縮材遇熱收縮，束緊填裝該凹槽因此 標示環。 取 —而本發明所運用的技術手段亦在於提供一種具表層 標示之工具，其係包括： 工具，其於表面局部區域形成一環之凹槽； 一標示環，其係熱收縮材經熱烘而收縮填裝於該凹槽 該標示環之表層標示有特定内容的標示件。 "α此依據本發明的技術手段，本發明可以獲得的功效 簡要說明如下所列： 卜本發明係使用無毒環保的0PS、PE材料，以熱收縮 膜而收縮緊覆於套筒或套筒 J 乂嘗间頭工具之外側，因此使用安全 性無虞，熱封之時不會產生毒氣，製程安全。 、，旦本&月疋局邛束覆填裝標示環，所以熱收縮材的材 料用量不多，成本費用低。 3 熱收和百材熱洪成形為；I；© -译9 . 、 乂 7马“不壞，疋於表層供網版印刷 或燙金或是雷射雕刻即可沪_ J，‘不技術多元而限制性極低，無 須再對標不壞進行盆餘列音 丁，、餘、到思加工，製法更顯單純。 4、本發明在製法巾 中配合杈座，利用模座供工具立設穩 定，並且模座頂侧基面争 ’更提ί、熱收縮材置放妥當，確保熱 收縮材成形標示環過程益加順利。 【實施方式】 7 200810913 本發明係一種工具之表層標示製法及其產品，本發明 之製法，請先配合參看第一、二圖，其中流程依序是： /、成型：工具在實施例以套筒（1 0 )為例者，套筒（1 〇 ) 可於相近形成扳動槽（1 2)之處的外側面，形成一環面的凹 槽（11)，該凹槽（u)的軸向長度，至少容許標示之文字或圖 案的大小範圍，凹槽（丨丨）的凹入槽深至少是熱收縮材（2 〇 〇) 收縮完成的尺寸厚度，套筒（10)於此可再經電鍍或是硬化 強度處理等表面處理。 插置於模座：設置一模座（30)，其係一實心座體，間隔 地T置數個凹入槽狀的插槽（31)，如第三圖，插槽（31)的内 徑是完全符合容許套筒（1〇)的外徑，插槽（31)的深度是容 迕套同（10)底端至凹槽（丨丨）下側端面，意即套筒（丨〇)置入 插槽（31 )，凹槽（11)下側端面係平齊模座（30)頂側面，並未 呈高低落差。 放置熱收縮材：將環狀的熱收縮材（2〇〇)立放在模座 (30)上，％狀之熱收縮材（2〇〇)内側環面面向套筒（1〇)之凹 )卜側，此日寸熱收縮材（2 0 0 )因未受熱而呈未收縮時， 熱收鈿材（200)顯著大於凹槽（11)甚至是套筒（1 0)之外徑； 如此將一個個的套筒（10)、熱收縮材（200)—一置妥於模座 (30)上，套筒（1〇)維持以縱直向擺置狀態。 烘烤…成形：如第二、三圖，將套筒（1〇)、模座（3〇) 一起 烤箱荨…風式供烤設備内，烘烤溫度約1 6 0〜2 0 01： °C左 狀〜、疋180 c，以達成40〜60%的收縮率，讓熱收縮材 (〇〇)遇…收纟佰，束緊在套筒（1〇)之凹槽（11)外側面，填滿 8 200810913 凹槽⑴)’依循套筒（1〇)外側面的凹凸形態而密貼， 縮材(200)因此形成標示環(2〇)，由於標示環(2〇)已經受、: 凹槽(11)的上、下限制而無虞會移動走位，縱使局部包：： 套筒（10)亦無礙牢固性。 I " 表層標示··將形成有標示環（20)的套筒（10)，透過石 刷或是t金印製方式，或是雷射雕刻技術，在標示環（2〇) P 標示套筒（10)的規格，而為標示件（21)。 成品：如此一來，完成後具體如第四、五圖所示，套〜 (1〇)束套標示環（20)，標示環⑵）之表層標示有標示: (21 )，元成工具表層標示之流程。 y' 第六圖所示之另一較佳實施例，則是說明凹槽（111 的範圍可大可小，若為較大亦可，同樣在凹槽（111)填壯 設有標示環（20)。 、衣果 另如第七圖所是具有套筒頭的連接桿實施型態連接 桿U0)—端具有桿身（42)，一端係具有内槽（431)的套筒頭 (41 )，透過本發明製法，使熱收縮材收縮局部緊覆而填裝， 形成具有標示件（21)之標示環（20)，說明本發明可於苴」 手工具進行表層標示。 匕 由於熱收縮材（200)選用PE或是〇PS，這二種材料具有 收、、傾丨生回、热毒、易著色、印刷性能好、符合環保要求、 強度同、剛性佳甚至可作成透明、形狀穩定的特點，故套筒 (10)外覆熱收縮材（200)，將能有效突破先前技術尚需電鑛 處理的問題，而且更不容易脫〉落，伏貼性高，操作使用更^ ㈣好；更值得—提，本發明的標示環⑼） 9 200810913 受到凹槽（1 1 )局限而具有 6 (20)表層標示，盔須再對 、以立性，加以僅於標示環 七^ 軚不環（20)作其它任何加工攀链 k程間單，以及可以靈活肩 ，更頌 金、網版印刷、雷射雕刻者。 过之燙 =所示’係說明本發明標示件⑼成形的 有支化，因應業者技術設備而決定（此處可配合參看第二、 三圖）/在卫具成型、插置㈣座的流程均按序處理，然接 下來是預先來標示熱收縮材（200)’即熱收縮材（2〇〇)表面 先打印刷或烫金或雷射雕刻有特定文字圖t、數字的標示 件（21)，完成熱收縮材（200)之後，再於模座（3〇)上放置埶 收縮材（200)、烘烤成形而至成品。 …、 上述實施例僅為例示性說明本發明之技術及其功效 而非用於限制本發明。任何熟於此項技術人士均可在不違 背本發明之技術原理及精神的情況下，對上述實施例進行 修改及變化，因此本發明之權利保護範圍應如後所述之申 請專利範圍所列。 200810913 【圖式簡單說明】 第一圖係本發明較佳實施例之流程方塊圖。 第二圖係本發明較佳實施例之立體元件分解圖。 第三圖係本發明較佳實施例之模座、熱收縮材、套筒 三者配置，於收縮前、後之剖面示意圖。 第四圖係本發明較佳實施例之立體圖。 第五圖係本發明較佳實施例之局部剖視圖。 第/、圖係本發明另一較佳實施例之立體圖。 第七圖係本發明適用於連接桿之實施例立體圖。 第八圖係本發明再一較佳實施例之流程方塊圖。 【主要元件符號說明】 (10)套筒 (11) (111)凹槽 (12) 扳動槽 (2 0 0)熱收縮材 (20)標示環 （21)標示件 (30)模座 插槽 (4 0)連接桿 (41) 套筒頭 (42) 桿身200810913 IX. Description of the invention: [Technical field of the invention] The present invention relates to a method for forming a surface layer of a tool and a product thereof, in particular, a sleeve 1 or a hand tool such as a connecting rod having a sleeve head is locally heat-shrinked. The material is formed into an indicator ring that can be printed. [Prior Art] It is often seen that there is a sleeve by a hand tool, or a connecting rod having a sleeve head, etc., and it is obvious that the sleeve is widely used in a hand tool. The specifications of the set of steam are in accordance with the metric or imperial requirements of the mark and the trademark figure, the text, so the identification sleeve specifications in the past, will be engraved on the surface of the letter pattern with the plating process, there are many ways to mark ', Μ 9 / ( ΟΟΛ 虿 虿 虿 , , , , , Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ Μ The elastic rubber ring, the surface of the rubber ring, the size of the sleeve, the trademark, etc., are not known, and the elastic limit of the rubber bottle is used to match the stop limit of the private stop, so as to identify the size specification of the sleeve. The patent case has its problems. The rubber ring is made in the sleeve of the sleeve, so when it is used, n ^ h will touch the field, it will still cause the rubber ring to feel uncomfortable. It can be moved and operated. SUMMARY OF THE INVENTION The inventors of the present invention have developed in view of the above-mentioned problems, and have developed them with the help of the heart. Therefore, the object of the present invention is to provide a work--mainly (four) or surface layer method and its products,扃疋 has the same work The heat exchanger is formed into a marking ring, and the marking ring is only printed on the surface of the reheating pottery, the surface layer P clothing, and the marking content, 5 200810913 is easy to mark. Provides low cost, good protection, the present invention The technical means used are the method and the product, and the process of the method is designed to provide the surface of the tool as follows: , in a local area, a groove forming a ring is inserted into the mold base. Fu, the pole seat, which is provided with a plurality of recessed slot-shaped slots at intervals, the inner diameter of the slot is accommodated, and the / garment degree is the bottom end of the end tool to the lower end surface of the groove, forming the concave The groove side ^ PW ^ surface and the top side of the crucible are not in the height difference; _ Place the heat shrinkable material and the annular heat shrinkable material is placed on the mold base, and the inner side of the heat shrinkable material faces the groove, and the red It is vertical and vertical; baking: the tool is baked together with the mold base, and the baking temperature is about 16 〇~2 〇〇C, forming a heat shrinkable material to shrink with heat, and tightening the groove so Forming a marking ring; ~ surface marking: will be combined with the marking ring In the label ring, the marking content of the text pattern is marked. The surface layer marking method of another tool is as follows: Tool forming: the tool forms a groove in a partial area; is inserted into the mold base: a mold base is set The slot is provided with a plurality of recessed slot-shaped slots. The inner diameter of the slot accommodates the tool, and the depth allows the bottom end of the tool to the lower end surface of the groove, forming the lower end surface of the groove and the top side of the die holder. High and low drop; ~ Labeled heat-shrinkable material, the surface of the ring-shaped heat-shrinkable material is marked with the labeling setting; 6 200810913 Place the heat-shrinkable material: the heat-shrinkable material is placed on the mold base, and the inner side of the heat-shrinkable material faces the groove The maintenance tool is vertical and vertical; baking: the tool is baked together with the mold base, and the baking temperature is about 60~2 (10) c, forming a heat shrinkable material to shrink with heat, and tightly filling the groove. Therefore the ring is marked. The technical means used in the present invention is also to provide a surface marking tool, comprising: a tool for forming a ring groove in a partial area of the surface; and an indicator ring for thermally shrinking the heat shrinkable material Shrinking is filled in the groove. The surface of the label ring is marked with a specific content. "α According to the technical means of the present invention, a brief description of the functions that can be obtained by the present invention is as follows: The present invention uses a non-toxic and environmentally friendly 0PS, PE material to shrink and shrink to a sleeve or a sleeve with a heat shrinkable film. J 乂 tastes the outside of the tool, so the safety is flawless, no gas is generated when the heat is sealed, and the process is safe. , Dan & Month, the end of the month to fill the marking ring, so the amount of heat shrinkable material is not much, the cost is low. 3 heat harvesting and hot material forming of water; I; © - translation 9 . , 乂 7 horse "not bad, 疋 on the surface for screen printing or bronzing or laser engraving can be _ J, 'not technical diversity The restriction is extremely low, and it is not necessary to carry out the remaining column sounds, and the remainder, and the processing method is more simple. 4. The invention cooperates with the sling in the method towel, and uses the mold base for the tool to set up. Stable, and the top side of the mold base is more pleasing, the heat shrinkable material is placed properly, and the process of forming the heat shrinkable material forming ring is improved smoothly. [Embodiment] 7 200810913 The present invention relates to a surface marking method for a tool and For the product, the method of the present invention, please refer to the first and second figures first, wherein the process is in the following order: /, molding: the tool is in the embodiment of the sleeve (10), the sleeve (1 〇) can be Forming a toroidal groove (11) at an outer side surface where the trigger groove (12) is formed, the axial length of the groove (u) at least allowing the size range of the marked text or pattern, the groove The depth of the recessed groove of (丨丨) is at least the size of the shrinkage of the heat shrinkable material (2 〇〇) Degree, the sleeve (10) can be surface treated by electroplating or hardening strength treatment. Inserted into the mold base: a mold base (30) is provided, which is a solid seat body, and is placed at a plurality of recesses at intervals T Into the slotted slot (31), as shown in the third figure, the inner diameter of the slot (31) is exactly the outer diameter of the allowable sleeve (1〇), and the depth of the slot (31) is the same ( 10) The bottom end to the lower end surface of the groove (丨丨), that is, the sleeve (丨〇) is placed into the slot (31), and the lower end surface of the groove (11) is flush with the top side of the die holder (30). There is no height difference. Place the heat shrinkable material: place the annular heat shrinkable material (2〇〇) on the mold base (30), and the inner heat ring of the % heat shrinkage material (2〇〇) faces the sleeve. (1〇) concave), the heat shrinkable material (200) is not larger than the groove (11) or even the sleeve (1). The outer diameter of 0); thus, one sleeve (10) and a heat shrinkable material (200) are placed on the mold base (30), and the sleeve (1〇) is maintained in a vertically oriented state. Baking...forming: as in the second and third figures, the sleeve (1〇), the mold Block (3〇) Together with the oven 荨...wind-type baking equipment, baking temperature is about 1 6 0~2 0 01: °C left-shaped ~, 疋180 c, to achieve 40~60% shrinkage, let the heat When the shrinkage material (〇〇) meets, it is tightened on the outer side of the groove (11) of the sleeve (1〇), filled with 8 200810913 groove (1)) 'according to the outer surface of the sleeve (1〇) The shape is closely attached, and the shrinkage material (200) thus forms a marking ring (2〇). Since the marking ring (2〇) has been subjected to: the upper and lower limits of the groove (11), the innocent movement will move, even if the part Package:: Sleeve (10) also does not impede the stability. I " Surface marking · The sleeve (10) with the marking ring (20) will be formed by stone brush or t gold printing, or The engraving technique, in the marking ring (2〇) P, indicates the size of the sleeve (10) and is the marking member (21). Finished product: As a result, after completion, as shown in the fourth and fifth figures, the cover layer (20) and the label ring (2) are marked with the surface layer: (21), Yuancheng tool surface layer The process of labeling. y' Another preferred embodiment shown in the sixth figure is to illustrate the groove (the range of 111 can be large or small, if it is larger, the groove (111) is also filled with an indicator ring ( 20), the clothing is as shown in the seventh figure, the connecting rod with the sleeve head implements the connecting rod U0) - the end has a shaft (42), and the end has a sleeve head with an inner groove (431) (41) According to the manufacturing method of the present invention, the heat shrinkable material is partially shrunk and filled to form an indication ring (20) having the labeling member (21), which indicates that the present invention can be surface-marked by the hand tool.匕Because the heat shrinkable material (200) is made of PE or 〇PS, these two materials have the advantages of collecting, raking, returning, heat toxic, easy coloring, good printing performance, environmental protection requirements, strength, rigidity and even Transparent and stable in shape, the sleeve (10) is covered with heat-shrinkable material (200), which will effectively break through the problems of the prior art that require electro-mine treatment, and it is not easy to fall off, high-adhesiveness, and operation. More ^ (4) Good; more worthy - mention, the marking ring (9) of the present invention 9 200810913 is limited by the groove (1 1 ) and has 6 (20) surface marking, the helmet must be re-aligned, stand up, and only the marking ring Seven ^ 軚 not ring (20) for any other processing chain climbing k-way single, and can be flexible shoulder, more sheet metal, screen printing, laser engraver. The hot stamping = shown is a description of the branching of the marking device (9) of the present invention, which is determined by the technical equipment of the manufacturer (here can be referred to the second and third figures) / the process of forming and inserting the seat in the guard (four) All are processed in order, then the label of the heat shrinkable material (200) is pre-marked, that is, the surface of the heat-shrinkable material (2〇〇) is printed or bronzing or laser-engraved with a specific text image t and number (21 After the completion of the heat shrinkable material (200), the enamel shrinkage material (200) is placed on the mold base (3 〇), and baked to form a finished product. The above-described embodiments are merely illustrative of the technology of the present invention and its effects, and are not intended to limit the present invention. Any person skilled in the art can modify and change the above embodiments without departing from the technical spirit and spirit of the present invention. Therefore, the scope of protection of the present invention should be as listed in the patent application scope mentioned later. . 200810913 [Brief Description of the Drawings] The first drawing is a block diagram of a preferred embodiment of the present invention. The second drawing is an exploded view of a three-dimensional element of a preferred embodiment of the present invention. The third figure is a schematic cross-sectional view of the mold base, the heat shrinkable material and the sleeve of the preferred embodiment of the present invention before and after shrinking. The fourth drawing is a perspective view of a preferred embodiment of the present invention. Figure 5 is a partial cross-sectional view of a preferred embodiment of the present invention. Figure / is a perspective view of another preferred embodiment of the present invention. The seventh drawing is a perspective view of an embodiment of the present invention applicable to a connecting rod. Figure 8 is a block diagram of a further preferred embodiment of the present invention. [Main component symbol description] (10) Sleeve (11) (111) Groove (12) Pull groove (200) Heat shrinkable material (20) Marking ring (21) Marking member (30) Mold socket (4 0) connecting rod (41) sleeve head (42) shaft