200936461 九、發明說明： 【發明所屬之技術領域】 本發明是有關一種軟管型容器與其内置袋之結合構造及 其成型方法’尤指一種可確保内置袋與軟管型容器内壁面間形 成街合，且簡北加工程序、降低生產成本之結合構造及其成型 方法。 【先前技術】 傳統軟管型（如：牙膏、洗面皂）容器之結構，多係以一 Ο. 軟負官狀之谷器（軟官）本體封閉其一端，並於另一端結合一 硬質之座部，於該座部上設有一導出管（或開口），藉以形成 一可供容置相關内容物（如：牙膏、洗面皂等流質體）之容置 空間，使用時，操作者可直接以手按壓該容器（軟管）本體使 之變形，進而使該容器（軟管）本體之内容物由導出管（或開 口）向外流出以供使用，而該座部由於具有適當強度，可使該 導出管（或開口）得以保持適當之開〇形狀，以避免其變形而 影響内容物擠出時之順暢性，但由於該容器（軟管）本體本身 〇 即具有彈性而容易膨脹，因此於擠壓内容物之過程中，該内容 物極易於谷器（軟管）本體内前、後移動而難以完全被擠出使 用，此種内谷物之殘留情形不但造成浪費，亦不符合環保要求。 為此，乃有如中華民國專利公告第408758號「牙膏軟管 推擠器」新型專利案被公開’其主要係有二個上方延伸有傾斜 狀之壓板，夾持件相對應面之二側分別突設有三角狀塊體，於 塊體尖狀部上則分別突設圓狀凸緣及圓狀淺槽，令夾持件二側 外表套合具有向内縮合彈力之彈性件，使夾持件底緣所設之圓 狀夾桿具適當夾合力，俾能以按壓壓板使夾持件形成開合，而200936461 IX. Description of the Invention: [Technical Field] The present invention relates to a combination structure of a hose type container and a built-in bag thereof, and a molding method thereof, particularly to ensure a street between the inner wall surface of the inner bag and the hose type container Combined, and the simple North processing program, the combination of reduced production costs and its forming method. [Prior Art] The structure of the traditional hose type (such as: toothpaste, facial soap) container is more than one. The soft negative official body (soft official) body is closed at one end, and the other end is combined with a hard one. The seat portion is provided with a discharge tube (or opening) on the seat portion to form a receiving space for accommodating related contents (such as toothpaste, facial soap and the like), and the operator can directly use the space Pressing the body of the container (hose) with a hand to deform it, thereby causing the contents of the container (hose) body to flow outward from the outlet tube (or opening) for use, and the seat portion has appropriate strength Allowing the outlet tube (or opening) to maintain a proper opening shape to avoid deformation thereof and affecting the smoothness of the content when it is extruded, but since the container (hose) body itself is elastic and easily expands, In the process of squeezing the contents, the contents are extremely easy to move forward and backward in the body of the barn (hose), and it is difficult to be completely squeezed out. The residue of the inner grain is not only wasteful, but also environmentally friendly. begging. For this reason, a new patent case of the "Toothpaste Hose Pusher" of the Republic of China Patent Bulletin No. 408758 is disclosed. It mainly consists of two pressure plates extending upwardly and inclined, and the two sides of the corresponding faces of the clamping members are respectively A triangular block is protruded, and a circular flange and a circular shallow groove are respectively protruded on the tip portion of the block, so that the two sides of the clamping member are sleeved with an elastic member having an inward condensation elastic force, so that the clamping is performed. The circular clamping rod provided on the bottom edge of the piece has a proper clamping force, and the pressing plate can press the pressing plate to form the opening and closing of the clamping member, and
Ο 代為改善上述此種情形’乃有_種於軟管容器中段設置内置 Hi?被公開’其係於·'般之軟管容11 (—端财可供出料 如“Γ或開σ ’另一端則為封閉端）中段内周緣設置一超過 二,器内部-半谷1之内置袋，於軸置袋與軟管容器之導 鱼二;口）之間係為—容置内容物之空間，而於該内置袋 :人官容H之封_之陶財__具進氣閥之氣室（供容置空 乳）’使㈣，隨著軟管容衫擠壓以擠出勒容物之同時， 200936461 j ;夾持於牙膏軟官之末端’且能輕易順暢完全地推挤牙膏軟 7軟¥内之牙膏能往出口端集中且不會迴流，·然而，此種 結構其由外側擠壓該軟管，雖能有效擠出該軟管内之内容物 (牙膏），但軟管於壓縮後，其前端仍難以避免地會與前述出 二端（導出管或開口）周緣之硬質座部間產生-無法被麼縮之 空間，此空間亦會形成内容物之殘留而無法被順利擠出使用， 亦有一定程度上之浪費。 &另有如公告第ί236452號「軟管容器之流質物料推進構 、。」表月專利案所揭示之結構，其包含—軟管容器係由彈性 材料製成，且錄管容II之前後端分別設有H 一出料口 f一進氣口，該容室用以裝填流質物料；一第一止回閥，其固 2於該出料口，該第一止回閥可在受流質物料推動時使流質物 ;斗外溢丄並在未受推動時封閉該出料口；及-軟性活塞，其可 t軟管容器内適當滑動，並將該容室區隔成一流質室及二空 2 ’當擠壓該軟管容器時’該軟性活塞可推動及集中該流質 料’以確保有效使贿質物料；此種結構雖 容 =質物料完全被賴’以有效避免浪費，但其整體之結構過 Η雜，且成本昂貴，並不符合經濟效效益。 6 200936461 外部之空氣亦可由進氣閥進入氣室，使該氣室逐漸膨脹（内置 袋向軟管容器之導出管或開口移動），最後，利用該氣室士之 空氣推抵該内置袋貼合於導出管或開口内側，可以使軟管容器 之内容物完全被利用而不會有殘留，藉以達到避免浪費之預設 功效與目的；然而’上述此種結構其目前係以二滾輪分別由軟 官容ι§外周緣與内側相對滚壓熔接，而使該内置袋之開口周緣 得以結合於軟管容器中段内側，此種加工方式不但操作上極為 致使生產成本增加’且其產品之不良報高，競爭力難 ® u提昇；同時’由於軟管容器本身之彈性強度較差，使其受力 後不易回復原狀’亦影響空氣進入氣室之效率，形成使用上之 有鐘於習紐;型容H用以她内容物之相_構有上 述缺點’發日狀騎_些缺點研歧進M，右太路明Ο In order to improve the above situation, there is a built-in Hi? that is built in the middle of the hose container. It is open to the 'hose' of the hose capacity 11 (the end of the wealth can be discharged such as "Γ or σ" One end is a closed end) The inner circumference of the middle section is provided with a built-in bag that is more than two, and the inner-half-valley 1 is placed between the shaft pocket and the hose container; the mouth is a space for accommodating contents. And in the built-in bag: the seal of the person's official capacity H _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ At the same time, 200936461 j; clamped at the end of the toothpaste soft official' and can easily and completely push the toothpaste soft 7 soft toothpaste can concentrate to the outlet end and does not reflow, however, this structure is from the outside Squeeze the hose, although the contents of the hose (toothpaste) can be effectively extruded, but after the hose is compressed, the front end of the hose is inevitably hard to be rigid with the circumference of the second end (outlet tube or opening). Between the seats - there is no room for retraction, this space will also form a residue of the contents and cannot be smoothly squeezed out. To a certain extent, it is also wasteful. Also, as disclosed in the announcement No. ί 236452, "The liquid material of the hose container is advanced," the structure disclosed in the monthly patent case, the hose container is made of elastic material and recorded. The front end of the tube volume II is respectively provided with a discharge port f, an air inlet for filling the liquid material, and a first check valve, which is fixed to the discharge port, the first stop. The valve can cause the fluid to be pushed by the fluid material; the bucket overflows and closes the outlet when not pushed; and the soft piston can slide properly inside the hose container and separate the chamber into First-class quality room and second air 2 'When the hose container is squeezed, 'the soft piston can push and concentrate the flow material' to ensure effective bribery material; although this structure is reliable, the material is completely relied on Avoid waste, but the overall structure is too noisy and expensive, and is not economically efficient. 6 200936461 The external air can also enter the air chamber from the intake valve, so that the air chamber gradually expands (the built-in bag moves to the outlet tube or opening of the hose container), and finally, the air of the air chamber is used to push the built-in bag. Combined with the inside of the outlet tube or the opening, the contents of the hose container can be completely utilized without residue, thereby achieving the preset efficacy and purpose of avoiding waste; however, the above-mentioned structure is currently composed of two rollers respectively. The soft official capacity ι § outer circumference and the inner side of the opposite rolling welding, so that the opening of the inner pocket of the inner bag can be combined with the inner side of the hose container, this processing method not only greatly increases the production cost of operation" and the adverse report of its products High, competitive is difficult to improve u; at the same time 'because of the poor elasticity of the hose container itself, it is not easy to return to its original state after being stressed' also affects the efficiency of air entering the air chamber, forming a use of the clock in the Xi New Year; Rong H is used for the phase of her content _ has the above shortcomings 'hair-like riding _ some shortcomings research into the M, right Tai Luming
口，且於該 另—端則為一出料口； 一内置袋， 於該内置袋上設有-開口，且於該 200936461 開口内周緣設有一可& k 置袋之.外周緣保持與二’雜^ 於黏合加I ,且勒祕料段_面料鋪，以便 容置空氣之氣室i ”人sΜ之封閉邊緣之間設有-可 種軟官型容器盘盆内署代+ 人丄 撐 括：一「内置袋結合彈性支/元；合成型方法’其至少包 ，緣結合-彈性支律元;=:受=^^ 嶋内4=器組合」步驟，使前述開： =:= 袋之開口外周緣得以均勾貼合於軟管 二緣卖2 °緣―「黏合定位」步驟，使該内置袋之開口 卜m於軟管灯之情_緣；—「軟管妨成 閉該臨時和輕形成邊緣，並於制置袋與軟 &谷器之封閉邊緣之間形成一可容置空氣之氣室。 ^使本發明社述目的、魏及特徵可獲致更具體的 解’茲依下列附圖說明如下： 【實施方式】 請參第1、2圖所示，可看出，本發明之結構主要包 括.軟管容器1及内置袋2等二部份，其中該軟管容器丄㈣且 裝前係於-端設成-臨時開口則2，另—端職—出料口、丄 ^ ’内置袋2係為-具開口 21之袋體，其於射出成型時即於 该開口 2 1_緣包覆結合-可向外彈性舰之彈性支撐元 件2 2，該彈性支撐元件2 2可為-兩端相接合之封閉金屬細 環狀體（受力後可產生微量彈性變形），且具有與該軟管容器 1内周緣具有相同斷面形狀，其本身可為圓形、多邊形、三角 200936461 形或其它不同之斷面形狀，且於成型後，其外周緣至少有一部 份向外裸露於内置袋2之開口 21外周緣；另有一加工過程^ 需之内置袋組裝件4，其於一端設有一凸出端4丄，且於其中 段環設有一環凸緣4 2，並使該凸出端4 1於環凸緣4 2旁侧 均勻（等距）設置複數複數彈性抵頂機構，圖示中各彈性抵頂 機構係為凹孔4 3内容置一彈性元件4 31 (彈簧）及一受該 彈性元件4 31 (彈簧）向外推抵之球珠4 3 2。 ❹ ❹ 另請參第3®，可知本發明之結合成型方法流程至少包 括：「内置袋結合彈性支撐元件」s〇 i、「内置袋套合模具」 SO 2、「内置袋與軟管容器組合」s〇3、「黏合定位」s〇 4、「脫模」S〇5及「軟管容器成型」s〇6等步驟，以下 配合第4至9圖各圖所示’以便於說明如下，首先，「内置袋 結合彈性支撐元件」s Q i步職使±勒践2於射出成型 時即於開口 2 1關緣結合包覆-彈性支撐元件2 2 ,使該開 口21具有一向外擴張之彈性支撐，然後，經一「内置袋套合 杈具」S 〇 2步驟’使雜狀之内置袋組裝件4以其凸出端4 1 = 口 2 1伸入内置袋2 ’以撐抵於該内置袋2内部使其具 有定之擴張形狀，再經一「内置袋與軟管容器組合」s 3 鱗内置袋2由臨時開口部12伸入軟管容111内（如 Γ ’同時，藉由各彈性抵頂機構之彈性元件4 3 1 置代k 球珠4 3 2而可推抵彈性支撑元件2 2，使該内 度）之位置（二抵觸開口21内側之延伸長 跟在一山弟b圖所不）’再經黏合定位」s〇 4步 ^ 、1巧週波加工裝置5或其它黏合加工裝置加熱該彈性 200936461 支撐元件2 2，使該内置袋2之開口 2 1外周緣與軟管容器1 之中段内周緣受熱而相互黏合（定位）成一黏合部位2 3，經 一「脫模」S O 5步驟，將該内置袋組裝件4向後抽出軟管容 器1 ’在此同時，内置袋2内部會產生一負壓，使其隨内置袋 組裝件4之抽拉而向臨時開口部1 2方向延伸（如第6圖戶$ 示），最後以一「軟管容器成型」S06步驟，（以高週波或其 它加工方式）封閉該臨時開口部1 2，使之形成一封閉邊緣工 2 0，且於該軟管容器1之封閉邊緣12 0與内置袋2之間形 © 成一可容置空氣之氣室1 3 (如第7圖所示），另於該氣^【 3旁侧至少設有一單向氣閥i3丄，最後，以一注料嘴（管） =出料口 1 1伸入軟管容器1内，並注入内容物3 (如：牙膏、 流質洗面皂），以完成產品之裝填生產（如第8圖所示）。 。使用4，^著该内容物3逐漸被擠出，同時利用該軟管容 器1本身之彈㈣度配合該彈性支撐元件2 2之回復彈性，可 ，該錄舞i快相復狀，且外部之线亦可經由單向 © =閥九3，入氣室1 3内，以使軟管容器1得以保持原形 心内谷物3即將被使帛完畢時，款管容器]肉继主心The mouth is a discharge port at the other end; a built-in bag is provided with an opening on the inner bag, and a pocket is provided on the inner circumference of the opening of the 200936461 opening. The outer circumference is maintained and Two 'Miscellaneous' in the adhesion plus I, and the secret material section _ fabric shop, in order to accommodate the air chamber of the air i" between the closed edges of the person sΜ - can be kind of soft-type container dish basin inside the generation + people丄 丄 : : : : : : : : : : : : : : : = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = 合成= The outer circumference of the opening of the bag can be hooked to the edge of the hose to sell 2 ° edge - "adhesive positioning" step, so that the opening of the built-in bag is in the condition of the hose lamp - "the hose can be Closing the temporary and lightly forming the edge, and forming a gas chamber capable of accommodating air between the manufacturing bag and the closed edge of the soft & the grain. ^ The purpose, the Wei and the features of the present invention can be more specific The solution is as follows according to the following figures: [Embodiment] Referring to Figures 1 and 2, it can be seen that the structure of the present invention mainly includes: soft Two parts, such as the container 1 and the built-in bag 2, wherein the hose container 丄 (4) and the front end of the hose container are set at the end - the temporary opening is 2, the other end - the discharge port, the 丄 ^ 'the built-in bag 2 is a bag body having an opening 21 which is bonded to the opening 2 1 - edge at the time of injection molding - an elastic support member 2 2 which can be outwardly elasticated, the elastic support member 2 2 being - bonded at both ends The closed metal thin annular body (which can generate a slight elastic deformation after being applied) and has the same cross-sectional shape as the inner circumference of the hose container 1, and may itself be a circle, a polygon, a triangle 200936461 or the like. The shape of the cross section, and after molding, at least a portion of the outer periphery thereof is exposed outwardly to the outer periphery of the opening 21 of the inner bag 2; and a built-in bag assembly 4 is required for processing, and a protruding end is provided at one end. 4丄, and a ring flange 42 is provided in the middle ring, and the protruding end 41 is evenly (equally) disposed on the side of the ring flange 4 2, and a plurality of elastic abutting mechanisms are provided. The abutting mechanism is such that the recessed hole 4 3 is provided with an elastic member 4 31 (spring) and a resilient element 4 31 (spring) The ball 4 3 2 is pushed outward. ❹ ❹ Please refer to the 3®. It can be seen that the process of the combined molding method of the present invention includes at least: “the built-in bag combined with the elastic supporting member” s〇i, “built-in "Bag mold" "2", "inside bag and hose container combination" s〇3, "adhesive positioning" s〇4, "release" S〇5 and "hose container molding" s〇6, etc. In conjunction with the drawings in Figures 4 to 9, the following is the description. First, the "integrated bag combined with the elastic supporting member" s Q i step is used to make the coating 2 at the edge of the opening 2 1 during injection molding. - an elastic support member 2 2 such that the opening 21 has an outwardly expanding elastic support, and then, through a "built-in bag fit cooker" S 〇 2 step 'to make the miscellaneous built-in bag assembly 4 with its protruding end 4 1 = The mouth 2 1 extends into the built-in bag 2' to support the inside of the built-in bag 2 to have a fixed shape, and then a "built-in bag and hose container combination" s 3 scale built-in bag 2 from the temporary opening 12 extends into the hose volume 111 (such as Γ ', at the same time, the k-ball is set by the elastic element 4 3 1 of each elastic abutting mechanism 4 3 2 can be pushed against the elastic support member 2 2, so that the position of the inner degree) (the extension of the inner side of the second anti-contact opening 21 is not in the same position as in a mountain brother b), and then the adhesive positioning is performed s〇 4 steps ^ The 1st cycle processing device 5 or other bonding processing device heats the elastic 200936461 support member 2 2 so that the outer periphery of the opening 2 1 of the built-in bag 2 and the inner circumference of the middle portion of the hose container 1 are heated to be bonded (positioned) to each other. The portion 2 3 is pulled out of the hose container 1 by a "release" SO 5 step. At the same time, a negative pressure is generated inside the built-in bag 2 to cause the built-in bag assembly 4 to be attached. Pulling and extending to the temporary opening portion 1 2 (as shown in Fig. 6), and finally closing the temporary opening portion 1 by a "hose container molding" step S06 (in a high frequency or other processing manner) Forming a closed edge work 20, and forming a gas chamber 13 (which is shown in FIG. 7) between the closed edge 120 of the hose container 1 and the built-in bag 2, as shown in FIG. In addition, at least one side air valve i3丄 is provided on the side of the gas ^[3], and finally, a shot is taken (Tube) = discharge port 11 extends into the container tube 1, and injected 3 content (eg: toothpaste, liquid Soap), to complete production of filled products (as shown in FIG. 8). . Using the 4, the content 3 is gradually extruded, and at the same time, the elasticity of the elastic support member 22 is matched by the elasticity of the hose container 1 itself, and the recording dance is fast and complex, and the external The line can also enter the air chamber 13 through the one-way ©= valve nine 3, so that the hose container 1 can be kept in the original shape, the grain 3 is about to be finished, the tube container is the main body of the meat.
几全擠出而不會有殘留、浪費之情形。 本發明藉由上述加工程序之簡 、浪費之情形。Excessive extrusion without any residue or waste. The present invention is simplified and wasteful by the above-described processing procedure.
及其成型方法確可達成確保 内置袋與軟管型容器間之密合，且 ，以及内置袋2結合構造 、增進整體之品質，以提昇產品 述’本發明軟管型容 200936461 有效簡化加工程序、降低生產成本之功 進步性之發明’麦依法提出申請發明專利實 容’僅為本發明之較佳實施例說明，舉凡依本發明之技術手段 與範疇所延伸之變化、修飾、改變或等效置換者，亦皆應落 本發明之專利申請範圍内。 * ❹ 11 200936461 【圖式簡單說明】 第1圖係本發明之構造分解圖。 第2圖係本發明之部份組合示意圖。 第3圖係本發明之結合成型方法流程圖。 第4圖係本發明之加工動作示意圖（一）。 第5圖係本發明之加工動作示意圖（二）。 第6圖係本發明之加工動作示意圖（三）。 第7圖係本發明之加工動作示意圖（四）。 © 第8圖係本發明之整體組合剖面圖。 第9圖係本發明之使用情形示意圖。 【主要元件符號說明】 1.… .軟管容器 11·.. .出料口 12... .臨時開口部 120.. .封閉邊緣 13... .氣室 131.. .單向氣閥 2.... .内置袋 21... .開口 22... .彈性支撐元件 23... .黏合部位 3·… .内容物 4.… .内置袋組裝件 41... .凸出端 42... .環凸緣 12 200936461 43.. ..凹孔 431.. .彈性元件 432.. .球珠 5.....高週波加工裝置 501.. .内置袋結合彈性支撐元件 502.. .内置袋套合模具 503.. .内置袋與軟管容器組合 504.. .黏合定位 φ SG5...脫模 506.. .軟管容器成型 13And the molding method thereof can ensure the closeness between the built-in bag and the hose type container, and the built-in bag 2 combined structure and the overall quality are improved to enhance the product description. The hose type 200936461 of the present invention effectively simplifies the processing procedure. The invention of reducing the cost of production and the progress of the invention, the invention of the invention is based on the preferred embodiment of the invention, and the changes, modifications, changes or the like of the technical means and scope of the invention are extended. It is also within the scope of the patent application of the present invention. * ❹ 11 200936461 [Simplified description of the drawings] Fig. 1 is an exploded view of the structure of the present invention. Figure 2 is a partial schematic view of the combination of the present invention. Figure 3 is a flow chart of the combined molding method of the present invention. Fig. 4 is a schematic view (1) of the processing operation of the present invention. Figure 5 is a schematic view of the processing operation of the present invention (2). Figure 6 is a schematic view of the processing operation of the present invention (3). Figure 7 is a schematic view of the processing operation of the present invention (4). © Fig. 8 is a cross-sectional view of the overall assembly of the present invention. Figure 9 is a schematic diagram of the use of the present invention. [Description of main component symbols] 1....Hose container 11·.. .Outlet port 12... Temporary opening part 120.. Closed edge 13... Air chamber 131... One-way air valve 2.... built-in bag 21... opening 22... elastic support member 23... adhesive portion 3.... contents 4.... built-in bag assembly 41... protruding End 42... Ring flange 12 200936461 43... recessed hole 431.. elastic element 432.. ball 5..... high frequency processing device 501.. built-in bag combined with elastic support member 502.. . Built-in bag sleeve mold 503.. Built-in bag and hose container combination 504.. Bonding position φ SG5... Demoulding 506.. Hose container molding 13