M397954 五、新型說明： 【新型所屬之技術領域】 本創作係屬中空吹氣成型盒的技術領域，尤其是指一 種能藉由再次加工方式將辨識區組設於撓性件適當處，且 能使挽性件經由一體吹氣成型方式而組設結合於盒本體 上，以作為增加盒本體的辨識性功效者。 【先前技術】 按’習用之令空吹氣工具盒構造，其主要係將已開立 成預定形狀的模具，組設於中空吹氣成型機上，再經由中 空吹氣成型機的吹氣成型及模具的限制作用後 ，即可使已 /支入模具内的熱溶溶塑膠材料能受吹入模具内的氣體壓力 而使其被均勻分佈於模具内，待其冷卻降溫至—定溫度後 再開模，即可完成一吹氣工具盒體的製作。 # i述創作案雖能達成原先所設定之創作目的，而深受 業界及-般操作者所讚許，惟鑑於業界在不餘遺力的研發 及技術上的不斷創新突破下，以致使申請人更加努力研究 改良’而使其臻於完美實用；再加上，創作人在歷經無數 人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： 由於-般傳絶的中空吹氣成型機均為單色機，也就是 。兒此單色機的鱗機成本及開立的模具費是最便宜的，因 3 M397954 此，大多數的吹氣工具盒之内表面及外表面均為相同的顏 色之下，實無法使客戶的商標於工具盒表面給予凸顯出 來，此乃為製造者及銷售者的一大困擾。 有鑑於此，本創作人乃積極開發研究，並為改進上述 習用中空吹氣工具盒構造的缺失，本創作人以從事此類產 品製造多年之經驗，經過長久努力研究與實驗，終於開發 設計出本創作之中空吹氣成型盒辨識構造，期能嘉惠所有 的消費者及製造者。 【新型内容】 本創作之中空吹氣成型盒辨識構造的主要内容係在於 提供一種藉由一體吹氣成型的方式而將外表層及内表層組 成一中空狀的盒本體，且使内表層形成有若干形狀的凹 槽，以作為使工具置放之用；又，外表層表面適當處是以 一體吹氣成型的方式將撓性件組設結合於盒本體上； 該撓性件，其係為具有可彎曲變形的特性，其中，該 撓性件近四角隅處以直接方式組設有定位件、或已於其近 四角隅處的貫穿孔内組設有定位件；再者，該撓性件的表 面適當處則可另行加工結合組設形成有辨識區，且該辨識 區可為圖案或文字或數字等為之； 定位件，係安裝組設於撓性件近四角隅處，且定位件 的厚度係較撓性件的厚度為厚； 藉由上述定位件組設於撓性件近四角隅處，且能使撓 4 M397954 性件適當處組設有辨識區，並使已其有辨識區的撓性件能 以一體吹氣成型方式組設於盒本體的外表層上；如此，方 能有效的提昇盒本體的辨識程度，以提高客戶商標的曝光 率及識別性者為其進步性功效。 【實施方式】 本創作係有關於一種中空吹氣成型盒辨識構造，請參 閱第一圖至第十圖所示，其至少包括有盒本體1及撓性件 • 2所組成，其中，盒本體1，其係由一體吹氣成型的方式 而將外表層10及内表層11組成一中空狀的盒本體1， 且使内表層11形成有若干形肽的凹槽（圖中未示），以 作為使工具（圖中未示）置放之用；又，外表層10表面 適當處是以一體吹氣成型的方式將撓性件2組設結合於盒 本體1上； 該撓性件2，其係為具有可彎曲變形的特性，且其主 • 要材料係以皮革（含人工合成皮及真皮）或布為最佳；其 中，該撓性件2近四角隅處以直接方式組設有定位件3、 或已於其近四角隅處的貫穿孔20内組設有定位件3;再 者，該撓性件2的表面適當處則可另行加工結合組設形成 有辨識區2 5，其中，該辨識區2 5可為圖案或文字或數 字等為之，且該辨識區2 5與撓性件2表面間的結合組設 方式可為烙印、燙金、網印、熱轉印、水轉印或辨識區2 5的凸伸腳部2 5 1穿入撓性件2的穿孔2 1内折彎夾合 5 M397954 (如第十m等方式為之，以致使辨識區2 5能更加被凸 顯出來； 定位件3，係安裝組設於撓性件2近四角隅處，且定 位件3的厚度係較撓性件2的厚度為厚，並使定位件3可 為金屬物件、或塑膠物件等為最佳；而上述定位件3安裝 組設於撓性件2四角隅亦可以安裝組設於撓性件2的二邊 或四邊加以取代；而上述定位件3安裝組設於撓性件2的 •方式可為套合方式、或凹凸卡合方式、或螺合方式、或以 第三件的鎖合方式等為之； 當生產時，僅需利用模具（圖中未示）或刀具（圖中 未不）將撓性件2裁切成預定形狀後，再將已裁切成預定 形狀的撓性件2近四角隅處以直接方式組設有金屬定位件 3或已於其近四角隅處的貫穿孔2〇内組設有金屬定位 件3(如第一、二圖），再將已組設有金屬定位件3的撓 •性件2置於加工模具7〇上（如第三圖），且利用機台7 5將已加熱_職7 8 (亦可以網版加以取代）往挽性 件2的方向加壓夾播（如第四圖）數秒後，即可回復原狀 (如第五圖），而致使撓性件2表面適當處形成有辨識區 25 (如第六圖）’再將已具有辨識區25的換性件2四 角隅處的金屬定位件3分別與已組設於母模具5表面内凹 部5 0的磁吸件6呈對齊後（如第七圖，内凹糊適當 處幵/成有凹孔5 1，且凹孔5 1内側可為單純的孔、内螺 M397954 紋等為最佳，以致使已包覆於磁吸件6外周側的隔離件6 5能同時組設於凹孔51内，又，凹孔51與磁吸件6間 組設有隔離件6 5，且隔離件6 5的外表面可為單純的圓 柱、或外螺紋等為最佳，並使隔離件6 5可為鋁材質或為 非鐵材質為最佳，以作為防止磁吸件6的磁力因直接傳導 而弱化的現象），方能使撓性件2四角隅處的金屬定位件 3直接被吸附貼合於母模具5内的磁吸件6上，而使得撓 性件2能平整的貼附於母模具5内表面上；再利用已加熱 成熔熔半固狀熱塑性塑膠胚料從模頭（圖中未示）押出呈 中空圓筒狀胚料（圖中未示），且使模頭中央持續向下進 行吹氣，且使得已押出有適當距離的胚料底端處進行捏合 封閉，而使得已持續由模頭灌注的供應氣體能迫使胚料被 撐開而呈膨脹狀，直至已位於膨脹胚料二側的公、母模具 4、5會朝向膨脹胚料處進行夹合壓抵的閉合作用，並使 已位於公模具4上的裁切部4 2與已位於母模具5上的切 刃部5 2呈相對運動後，而產生裁斷膨脹胚料能位於公、 母模具4、5内；此時，再將已位於公模具4之内模4 0 上的注射管（圖中未示）能直接插入至已裁斷膨脹胚料内， 且使氣體能從注射管内持續注入至已裁斷的膨脹胚料内 部，而致使膨脹胚料内的氣體壓力提高下而迫使熔熔半固 狀膨脹胚料往公模具4的内模4 0表面及母模具5内表面 方向拉伸推動，直至熔熔狀膨脹胚料完全貼合於公、母模 M397954 具4、5的表面為止，方能使炫炫狀膨脹胚料受注入的空 氣加壓作用暨其自身高溫作用而使得膨脹胚料與撓性件2 間的接觸面呈現更熔合緊密的結合現象；換言之，該撓性 件2能平整的貼附於膨脹胚料的表面上；最後，利用已設 置於公、母模具4、5内部的冷卻流道（圖中未示）作用， 而使得已位於公、母模具4、5内的膨脹胚料開始呈冷卻 固化的現象，並在停留數秒後，即可開始使公、母模具4、 • 5呈退模分開狀，且利用已位於母模具5上的推板（圖中 未示）將膨脹胚料頂出’並利用推板頂出的力量大於母模 具5内的磁吸件6與已位於撓性件2四角隅處的金屬定位 件3間的吸附力量，以致使膨脹胚料暨挽性件2能完全脫 離公、母模具4、5，進而可獲得一表面具有撓性件2的 中空吹氣盒盒本體1的成品（如第八、九圖）； 藉由上述定位件3組設於撓性件2近四角隅處，且能 • 使撓性件2適當處組設有辨識區25，並使已其有辨識區 2 5的撓性件2能以一體吹氣成型方式組設於盒本體工的 外表層1 0上；如此，方能有效的提昇盒本體1的辨識程 度，以提高客戶商標的曝光率及識別性者為其進步性功效。 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。 M397954 综合上所述，本創作之中空吹氣成型盒辨識構造，確 實具有前所未有的創新構造，且其具有的獨特特徵、功能 均較習用構造更具有進步性，實符合我國專利法有關新型 專利之申請要件的規定，而依法提起專利申請。 【圖式簡單說明】 第一圖為本創作之撓性件的平面示意圖。 ，一圖為第一圖的組合剖面示意圖。 第一圖為第二圖應用時的組合剖面狀態圖。 第四圖為第三圖作動時的組合刮面狀態圖。 第五圖為第四圖作動後回復原位時的組合剖面圖。 第六圖為第一圖加工後的平面示意圖。 第七圖為具有辨識區的撓性件之應用時的立體分解 圖。 第八圖為經由第七圖所製造出的成品之平面狀態圖。 第九圖為第八圖的組合剖面狀態圖。 第十圖為另一具有辨識區的撓性件之應用時的立體分 解圖β 【主要元件符號說明】 盒本體1 外表層1 0 内表層1 1 撓性件2 穿孔2 1 辨識區2 5 腳部2 5 1 定位件3 公模具4 内模4 0 裁切部4 2 母模具5 内凹部5 0 凹孔5 1 切刀部5 2 磁吸件6 隔離件6 5 加工模具7 0機台7 5 識別模7 8M397954 V. New description: [New technical field] This is a technical field of hollow blow molding boxes, especially one that can set the identification zone to the appropriate part of the flexure by reworking. The pullable member is assembled and coupled to the cartridge body via an integral blow molding method as an additive function for increasing the cartridge body. [Prior Art] According to the conventional air blow tool box structure, it mainly consists of a mold that has been opened into a predetermined shape, which is assembled on a hollow blow molding machine, and then blow molded by a hollow blow molding machine. After the restriction of the mold, the hot-dissolved plastic material that has been/into the mold can be uniformly distributed in the mold by the pressure of the gas blown into the mold, and then cooled and cooled to a constant temperature. The mold can complete the production of a blowing tool box. # isaid the creation case can achieve the original purpose of the creation, and is highly praised by the industry and the general operators, but in view of the industry's continuous innovation and breakthrough in research and development and technology, the applicant Work harder to improve the 'and make it perfect and practical; plus, the creators have responded to numerous people updating the experimental test and summarizing the actual use of the consumer, and found that the following problems still need to be further improved: The all-in-one hollow blow molding machine is a monochrome machine, that is. The cost of the monochromator and the cost of opening the mold are the cheapest. Because of 3 M397954, the inner and outer surfaces of most blow kits are under the same color. The trademark is highlighted on the surface of the tool box, which is a major problem for the manufacturer and the seller. In view of this, the creator is actively developing research, and in order to improve the lack of construction of the above-mentioned hollow air blowing tool box, the creator has been developing and designing after years of hard work and experimentation with the experience of being engaged in the manufacture of such products for many years. The creation of the hollow blow molding box of this creation can benefit all consumers and manufacturers. [New content] The main content of the hollow blow molding box identification structure of the present invention is to provide a box body with a hollow outer shape and an inner surface layer formed by integral blow molding, and the inner surface layer is formed a plurality of shaped grooves for placing the tool; and, the outer surface of the outer layer is integrally assembled with the flexible member in a manner of integral blow molding; the flexible member is The utility model has the characteristics of bendable deformation, wherein the flexible member is provided with a positioning member in a direct manner, or a positioning member is disposed in the through hole at the near four corners thereof; Where appropriate, the surface may be separately processed and combined to form an identification area, and the identification area may be a pattern or a letter or a number; the positioning part is installed in the near corner of the flexible part, and the positioning part The thickness of the flexible member is thicker than that of the flexible member; the positioning member is disposed at the vicinity of the four corners of the flexible member, and the identification portion of the flexible member of the M 4954954 is appropriately set and recognized. The flexure of the zone can The integrated blow molding method is set on the outer surface of the box body; in this way, the recognition degree of the box body can be effectively improved, so as to improve the exposure and identification of the customer's trademark for its progressive effect. [Embodiment] The present invention relates to a hollow blow molding box identification structure, as shown in the first to the tenth drawings, which comprises at least a box body 1 and a flexible member 2, wherein the box body 1. The outer skin layer 10 and the inner skin layer 11 are formed into a hollow box body 1 by integral blow molding, and the inner skin layer 11 is formed with a plurality of shaped peptide grooves (not shown) to For example, the tool (not shown) is placed; and the surface of the outer layer 10 is integrally assembled with the flexible member 2 in a manner of integral blow molding; the flexible member 2, It is characterized by being bendable and deformable, and the main material is preferably leather (including synthetic leather and leather) or cloth; wherein the flexible member 2 is positioned in a direct manner near the four corners. The positioning member 3 is disposed in the through hole 20 at the nearly four corners of the member 3; further, the surface of the flexible member 2 may be separately processed and combined to form the identification portion 25, wherein The identification area 25 can be a pattern or a letter or a number, and the identification area 2 5, the combination of the surface of the flexible member 2 can be formed by the imprinting, bronzing, screen printing, thermal transfer, water transfer or identification of the protruding portion 2 5 of the protruding portion 2 5 1 through the perforation of the flexible member 2 2 1 inner bending and clamping 5 M397954 (such as the tenth m and so on, so that the identification area 25 can be more prominent; the positioning member 3, the mounting assembly is disposed at the nearly four corners of the flexure 2, and The thickness of the positioning member 3 is thicker than the thickness of the flexible member 2, and the positioning member 3 can be a metal object or a plastic object, etc., and the positioning member 3 is mounted on the corner of the flexible member 2 The two or four sides of the flexible member 2 can be replaced by the mounting member. The manner in which the positioning member 3 is mounted on the flexible member 2 can be a fitting manner, a concave-convex engaging manner, or a screwing manner. Or use the third piece of locking method, etc.; when manufacturing, only need to use the mold (not shown) or the tool (not shown in the figure) to cut the flexible part 2 into a predetermined shape, and then The flexible member 2 cut into a predetermined shape is provided with a metal positioning member 3 or a through hole 2 at a position near the four corners thereof in a nearly square manner. The inner group is provided with a metal positioning member 3 (such as the first and second figures), and then the flexible member 2 having the metal positioning member 3 is placed on the processing mold 7 (as shown in the third figure), and the machine is utilized. Station 7 5 will be heated _ _ 7 8 (can also be replaced by the screen) in the direction of the splicing member 2 (such as the fourth picture) after a few seconds, you can return to the original state (such as the fifth picture), and The surface of the flexure 2 is formed with a recognition area 25 (such as the sixth figure), and the metal positioning members 3 at the corners of the reversing member 2 having the identification area 25 are respectively disposed on the surface of the mother mold 5. After the magnetic members 6 of the inner concave portion 50 are aligned (as in the seventh drawing, the inner concave portion is appropriately formed/recessed with the concave hole 5 1, and the inner side of the concave hole 5 1 can be a simple hole, the internal screw M397954 pattern, etc. Preferably, the spacers 65 that have been coated on the outer peripheral side of the magnetic member 6 can be simultaneously disposed in the recessed holes 51, and the spacers 65 are disposed between the recessed holes 51 and the magnetic members 6 and are isolated. The outer surface of the member 65 may be a simple cylinder or an external thread, and the spacer 65 may be made of aluminum or non-ferrous, as the magnetic force of the magnetic member 6 is prevented. The phenomenon that the conductive member 2 is at the corner of the corner of the flexible member 2 is directly adsorbed and attached to the magnetic member 6 in the mother mold 5, so that the flexible member 2 can be flattened. Attached to the inner surface of the mother mold 5; and then use a heated molten semi-solid thermoplastic plastic blank to be extruded from a die (not shown) into a hollow cylindrical billet (not shown), and the mold is molded. The center of the head continues to blow downward, and kneading is closed at the bottom end of the billet which has been pushed out at an appropriate distance, so that the supply gas which has been continuously poured by the die can force the billet to expand and expand, until The male and female molds 4, 5, which are already located on the two sides of the expanded blank, are subjected to the closing action of the clamping and pressing against the expanded blank, and the cutting portion 4 2 already located on the male mold 4 is already located in the female mold 5. After the upper cutting edge portion 5 2 is in relative motion, the cutting expansion blank can be located in the male and female molds 4, 5; at this time, the injection tube which is already located on the inner mold 40 of the male mold 4 (Fig. Can not be directly inserted into the cut expanded billet, and the gas can be held from the injection tube Injecting into the inside of the expanded expanded billet, causing the pressure of the gas in the expanded billet to increase, forcing the molten semi-solid expanded billet to stretch toward the inner surface of the inner mold 40 of the male mold 4 and the inner surface of the mother mold 5. Push until the molten expansion billet completely conforms to the surface of the male and female mold M397954 with 4, 5, so that the dazzling expansion billet can be inflated by the injected air and its own high temperature The contact surface between the billet and the flexure 2 exhibits a more fusion-tight joint phenomenon; in other words, the flexure 2 can be flatly attached to the surface of the expanded billet; finally, the use has been placed on the male and female molds 4 5, the internal cooling flow channel (not shown) acts, so that the expanded billet which has been located in the male and female molds 4, 5 begins to cool and solidify, and after staying for a few seconds, it can start to make the public, The mother molds 4, 5 are separated from each other, and the extruded blanks are ejected by the push plates (not shown) already located on the mother mold 5, and the force exerted by the push plates is greater than that in the mother mold 5. The magnetic member 6 and the gold which has been located at the corners of the flexure 2 It belongs to the adsorption force between the positioning members 3, so that the expanded billet and the plucking member 2 can be completely separated from the male and female molds 4, 5, and the finished product of the hollow blow box body 1 having the flexible member 2 on the surface can be obtained. (As shown in the eighth and ninth figures); the positioning member 3 is assembled at the near corners of the flexure 2, and the flexible member 2 can be appropriately disposed with the identification area 25 and recognized The flexure 2 of the zone 25 can be assembled on the outer layer 10 of the box body by integral blow molding; thus, the degree of recognition of the cartridge body 1 can be effectively improved to improve the exposure of the customer's trademark and Identifying sex is its progressive effect. The above descriptions are only for the preferred embodiment of the present invention and are not intended to limit the scope of the present invention; therefore, any changes or modifications to the features and spirits described in the scope of the present application should be It is included in the scope of the patent application for this creation. M397954 In summary, the hollow blow molding box identification structure of this creation has an unprecedented innovative structure, and its unique features and functions are more progressive than the conventional structure, which is in line with the new patents related to the Chinese Patent Law. Apply for the requirements of the requirements, and file a patent application in accordance with the law. [Simple description of the diagram] The first figure is a schematic plan view of the flexure of the creation. Figure 1 is a schematic cross-sectional view of the first figure. The first picture shows the combined profile state diagram when the second figure is applied. The fourth figure is a combined scraping state diagram when the third figure is actuated. The fifth figure is a combined sectional view when the fourth figure is returned to the original position after being actuated. The sixth figure is a schematic plan view of the first figure after processing. The seventh figure is an exploded perspective view of the application of the flexure with the identification zone. The eighth figure is a plan view of the finished product manufactured by the seventh figure. The ninth diagram is a combined sectional state diagram of the eighth figure. The tenth figure is an exploded view of the application of another flexure with an identification zone. [Explanation of main component symbols] Box body 1 Outer layer 1 0 Inner surface layer 1 1 Flexure 2 Perforation 2 1 Identification area 2 5 feet Part 2 5 1 Positioning member 3 Male mold 4 Inner mold 4 0 Cutting portion 4 2 Female mold 5 Inner concave portion 5 0 Recessed hole 5 1 Cutter portion 5 2 Magnetic member 6 Separator 6 5 Machining mold 7 0 Machine table 7 5 Identification module 7 8