M366090 五、新型說明： 【新型所屬之技術領域] 本創作係-種具有推送件之框膠注射筒，尤指一種利 用推送件減少框膠殘留於筒壁的框膠注射筒。 【先前技術】 框膠係應用於液晶顯示器的製程中，用於黏著接八二 玻璃基板，以防止注人的液晶材料流出，纟中，傳統= 膠係利用管線供給至一中空之金屬材質注射筒t，該、、主射 筒-側端連接管線’另側端提供一注射頭組裝，管線輸送 =至注射筒巾，並利用氣壓推送框膠自該注射頭自由端 处流出’ λ中，框膠會漸漸殘留在注射筒筒壁上，導致、主 射筒的有效内徑漸漸縮小，而無法有效地控制框膠的使用 量，以及影響後續製程的精純，所以需要清洗注射筒以 維持有效内徑’但注射筒清洗上甚為麻煩，也不符合經濟 效盈。 為了改善别述問題，你rWV t 增便5又汁一替換式的塑膠材質注射 筒’以省去清洗注射筒以維持有效内徑的步驟，其中，該 替換式的塑膠注射筒成本較金屬材質的注射筒⑹，並且^ 於框膠《之際進行更換，錢膠的擠㈣藉由氣麗的推 X為了避免空氣與框勝-同自注射頭中流出，以及避免 黏合的密閉性，會於框膠量用至六成左 更換作業。 < 〜 然上述中 4成成本提高 塑膠注射筒中殘留的框膠量相對提高，亦 無法有效使用框膠並造成浪費，且不符合 M366090 經濟效益。 ， 【新型内容】 射…本^之主要目的在於提供—種具有推送件之框膠注 的:題。精此設計，改善以往框膠使用率不佳而造成浪費 注：達：前揭目的，本創作所設計之具有推送件之框膠 側端:八=包含一置膠空間的本體’該置膠空間於本體兩 刀1形成-第-開口及-第二開口’並於該第一開 圍設置用以組接送風管線的第一組接部，而該第二開 口外圍設有用以組接注射頭的第二組接部，其特徵在於： 該本體於置膠空間鄰接第二開口處形成一環狀的配應 :,该框膠注射筒尚包含一設置於本體内及受氣壓推移的 ，：件，該推送件包括有一可於置膠空間穩定滑移之主體 i於該主體外側面貼合於該置膠空間内壁面，該主體朝向 弟—開口的側端形成一與該配應面相匹配的推擠面。 、，據上所述’該框膠注射筒制該推送件可以推擠框勝 j並能利肖主體與該置膠空間壁面貼合的特性，使得主體 :動的同時可以到除該置㈣間壁面上附著的框勝，減少 殘留於壁面上的框勝量，並且可以防止氣體滲人框膠中， ^進而確保後續黏合玻璃基板的作業品質，因此該框膠注 太同1的框膠使用率可以有效提升，減少框膠的浪費及成 的支出’以符合使用者與市場上的需求。 f實施方式】 請參閱第一至三圖，為本創作具有推送件之框膠注射 M366090 筒之數種較佳實施例，其包含有一本體（1〇)及一可於本體 (ίο)内移動的推送件（2〇)。 "亥本體（10)内部設有一可容置框膠（6〇)的置膠空間（15) 二並於該本體⑽兩側端面上分別形成-第-開π⑴）及一 第一開口（12)，該本體（1〇)兩側端部外側面分別設有—鄰近 。亥第Μ d (11)之第—組接部（13)，以及—鄰近該第二開口 (12)之第二組接部(14) ’該本體⑽藉由該第-組接部(13) "可以組接一送風管線（40)，並利用該第二組接部（14)組接一 •=有出膠口(51)的注射頭(5。)(如第三至九圖所示），其中， 第一間口（12)之孔徑進一步小於該置膠空間（15)的管徑，以 及’該置膠空間（15)於鄰近該第二開D(12)處形成應面 (16)，該配應面（16)進一步可為一環狀凹弧面（如第八、九 圖所示）。 該推送件（20)係設置於該本體〇〇)内，並可受該送風管 線(40)的氣壓推移而自該第一開口⑴)處朝該第二開口⑽ 處移動，該推送件（20)包含有一可於置膠空間（15)中滑移的 主體（21) ’該主體（21)外側面貼合於該置膠空間（15)的内壁 面，且§亥主體（21)可穩定地移動於該本體（1〇)中，其中該主 ' te(21)具有一適當厚度，並受氣壓推送穩定移動，不致造 .成偏擺的情形’該主體（21)朝向該第二開π(12)的側端形成 推擠面（23)，該推擠面（23)進一步匹配於該本體（1〇)的配 應面（16)，且該推擠面（23)可進一步為一凸弧面，於本創作 較佳貫施例中，該主體（21)於該推擠面（23)上設有一凸部 (24)，s衾凸部（24)係對應並可伸入該第二開口（ 1 2)，另外， 該主體（21)朝向第一開口（11)的側端進一步形成一内凹之迎 5 M366090 風室（22) ’於本創作較佳實施例中，該迎風室（22)可以為一 凹弧面狀（如第五圖所示）、一凹槽狀（如第六圖所示），或一 伸入該主體（2 1)並延伸至該凸部（24)中的凹部（如第八圖所 不）’此外’該主體（21)可於迎風室（22)處設置補強部（25)M366090 V. New description: [New technical field] This creative department is a kind of frame glue syringe with pusher, especially a frame glue syringe that uses pusher to reduce the residual glue on the wall of the cylinder. [Prior Art] The frame glue is applied to the process of liquid crystal display, and is used to adhere to the glass substrate to prevent the liquid crystal material from flowing out. In the middle, the traditional glue is supplied to a hollow metal material by a pipeline. The cylinder t, the main gun-side end connecting line 'provides an injection head assembly at the other side, the pipeline conveys = to the injection tube, and uses the air pressure push frame glue to flow out from the free end of the injection head 'λ, The sealant will gradually remain on the wall of the syringe barrel, causing the effective inner diameter of the main barrel to gradually shrink, which cannot effectively control the amount of sealant used and affect the purity of the subsequent process. Therefore, the syringe needs to be cleaned to maintain Effective inner diameter 'but the syringe cleaning is troublesome and not economically efficient. In order to improve the problem, you rWV t add 5 and a replacement plastic syringe to eliminate the need to clean the syringe to maintain the effective inner diameter. The replacement plastic syringe costs more than metal. The syringe (6), and ^ in the seal of the "replacement, the squeeze of money glue (four) by the gas of the push X in order to avoid the air and the frame win - the same from the injection head, and to avoid the tightness of the bond, will Replace the operation with the amount of frame glue to 60% left. < ~ However, the above-mentioned 40% increase in the amount of glue remaining in the plastic syringe is relatively increased, and it is not effective to use the sealant and waste, and does not meet the economic benefits of M366090. [New content] The main purpose of this project is to provide a type of frame with a pusher. This design is designed to improve the previous use of the frame glue is not good and cause waste. Note: To achieve the purpose of the previous purpose, the side of the frame rubber with the push piece designed by the creation: eight = the body containing a plastic space The space is formed on the body two knives 1 to form a first opening and a second opening, and a first set of joints for arranging the air supply line is disposed at the first opening, and a peripheral portion of the second opening is provided for assembling the injection The second set of joints of the head is characterized in that: the body forms an annular distribution in the glue insertion space adjacent to the second opening: the frame glue injection cylinder further comprises a device disposed in the body and subjected to air pressure, The body member includes a body i that is stably slidable in the plasticizing space, and the outer surface of the body is attached to the inner wall surface of the plasticizing space, and the body is formed toward the side end of the opening of the body to form a matching surface Match the push surface. According to the above description, the pushing member of the frame rubber injection cylinder can push the frame to win the j and can match the main body and the wall surface of the rubberizing space, so that the main body: the moving body can be removed at the same time (4) The frame attached to the wall surface wins, reducing the amount of frame remaining on the wall surface, and preventing the gas from infiltrating into the frame glue, thereby ensuring the quality of the subsequent bonding of the glass substrate, so the frame glue is too the same as the frame glue The utilization rate can be effectively improved, reducing the waste of the sealant and the expenditure incurred to meet the needs of users and the market. f embodiment] Please refer to the first to third figures, which are several preferred embodiments of the frame glue injection M366090 cartridge with the pusher, which comprises a body (1〇) and a movable body (ίο) Pusher (2〇). "Heil body (10) is provided with a glue space (15) for accommodating the frame glue (6〇), and a -first opening π(1) and a first opening are respectively formed on the end faces of the body (10). 12), the outer side surfaces of the end sides of the main body (1 〇) are respectively disposed adjacent to each other. a first portion (14) of the second opening (12) and a second portion (14) adjacent to the second opening (12) by the first assembly (13) " can be connected to a supply air line (40), and use the second set of joints (14) to connect a == injection head (5.) with a glue outlet (51) (such as the third to the nineth As shown, wherein the aperture of the first port (12) is further smaller than the diameter of the glue space (15), and the space (15) is formed adjacent to the second opening D (12) (16), the matching surface (16) may further be an annular concave curved surface (as shown in the eighth and ninth figures). The pushing member (20) is disposed in the body (〇〇), and is movable from the first opening (1) toward the second opening (10) by the air pressure of the air supply line (40), the pushing member ( 20) comprising a main body (21) that can slide in the plasticizing space (15). The outer side of the main body (21) is attached to the inner wall surface of the plasticizing space (15), and the main body (21) can be Stabilly moving in the body (1〇), wherein the main 'te(21) has a suitable thickness and is stably moved by the air pressure push, and is not made. In the case of yaw, the body (21) faces the second The side end of the opening π (12) forms a pushing surface (23), the pushing surface (23) is further matched to the matching surface (16) of the body (1), and the pushing surface (23) can be further In a preferred embodiment of the present invention, the main body (21) is provided with a convex portion (24) on the pushing surface (23), and the convex portion (24) is correspondingly extendable. Into the second opening (12), in addition, the main body (21) further forms a concave welcoming 5 M366090 air chamber (22) toward the side end of the first opening (11). In the preferred embodiment of the present invention , the wind The chamber (22) may be a concave curved surface (as shown in the fifth figure), a groove shape (as shown in the sixth figure), or one extending into the body (2 1) and extending to the convex portion ( The recess in 24) (as shown in the eighth figure) 'further' the main body (21) can be provided with a reinforcing portion (25) in the windward chamber (22)
Q 清參閱第二圖所示’該框膠注射筒可進一步於該主體 (21)兩側端部外分別設置一可拆組之防塵護罩（30)，所述之 -防塵護罩（30)可以罩覆鄰近之第一或第二組接部（13、14)， 鲁並封閉鄰近之第一或第二開口⑴、12)，使得外部物質（如 .灰塵等）不容易進入該本體（1〇)中而污染框膠…，於該 本體（10)尚未组接送風管線（40)與注射頭（5〇)時，所述防塵 護罩(30)的設置可以保護該本體⑽的第—、第二組接部 (13 、 14)。 如第三、四圖所示，該框膠注射筒的本體（10)利用該 第-組接部（13)組接—送風管線㈣），以及藉由該第二組接 部（14)組接一注射頭（5〇)，該本體（1〇)利用該置膠空間（15) 攀容置框膠（60)，該推送件㈣鄰近於該第一開口⑴）處，如 f五至八圖所示，該迎風室（22)朝向該送風管線（40)，且於 、第八、九圖中，該凸部（24)朝向該第二開口（12)處。 . 使用者欲於破璃基板（7〇)上塗佈框膠（60)以達到黏著接 合二玻璃基板⑽目的時’該送風管線㈣可以送風至該框 膠注射筒中’由於該推送件㈣係以迎風室（22)朝向該送風 官線’所以該送風管線⑽）吹出的風會集中至該迎風室（22) 中，使該主體⑼均勻受力地朝該第二開口（12)處移動，同 時推擠該本體⑽中的框膠(6〇)，以及該本體⑽之推擠面 M366090 (23) 可刮除沾附於該置膠空間（丨5)壁面上的框膠（6〇)，使框 膠（60)自§亥注射頭（5〇)的出膠口（5 1)流出，以塗佈框膠（6〇) 於玻璃基板（70)上。 待β亥框膠注射筒内的框膠（6 〇 )用馨之際，該主體（21)推 擠面（23)可貼合於該本體（10)的配應面（16)，以提高框膠 (60)使用率。 據上所述，該框膠注射筒藉由該推送件（2〇)受氣壓吹 - 動的過程中，可以刮下殘留於該置膠空間（15)壁面的框膠 # (60)，以及推擠面（23)配合該本體（10)配應面（16)，和凸部 (24) 可伸入該第二開口 的設計，皆可減少殘留的框膠量 ，安善運用框膠（60)以節省成本，以及該主體（21)與該本體 (10)貼合且可相對移動的設計，防止氣體與框膠一同自 該注射頭（50)中流出，使後續黏貼玻璃基板（7〇)的作業控管 更佳，所以本創作具有推送件之框膠注射筒可以提升框膠 使用率，並符合經濟效益。 【圖式簡單說明】 ® 第一圖：為本創作具有推送件之框膠注射筒之第—較 佳實施例之立體分解示意圖。 ' 第一圖：為本創作具有推送件之框膠注射筒之第二較 • 佳實施例之立體分解示意圖。 第二圖：為本創作具有推送件之框膠注射筒於實施裝 悲之第一較佳實施例之立體分解示意圖。 第四圖：為本創作具有推送件之框膠注射筒於實施狀 態之第一較佳實施例之側視剖面示意圖。 第五圖：為本創作具有推送件之框膠注射筒於實施狀 7 M366090 態之第三較佳實施例之侧視剖面示意圖。 第六圖：為本創作具有推送件之框膠注射筒於實施狀 悲之第四較佳實施例之側視剖面示意圖。 第七圖：為本創作具有推送件之框膠注射筒於實施狀 悲之第五較佳實施例之側視剖面示意圖。 第八圖：為本創作具有推送件之框膠注射筒於實施狀 悲之第六較佳實施例之側視剖面示意圖。 第九圖：為本創作具有推送件之框膠注射筒於實施狀 態之第六較佳實施例之推擠框膠使用示意圖。 【主要元件符號說明】 (10)本體 (11)第一開口 (12)第二開口 (13 )第一組接部 (14)第二組接部 (15)置膠空間 (1 6)配應面 (20)推送件 (21)主體 (22)迎風室 (2 3)推擠面 (24)凸部 (25)補強部 (3 0)防塵護罩 (40)送風管線 (50)注射頭 (5 1)出膠口 (60)框膠 (7〇)玻璃基板Q clear, as shown in the second figure, the squeegee syringe can be further provided with a detachable dust shield (30) outside the two ends of the main body (21), the dust shield (30) Covering the adjacent first or second set of joints (13, 14), and closing the adjacent first or second openings (1), 12) so that external matter (such as dust, etc.) does not easily enter the body (1〇) in the pollution of the frame glue... When the body (10) has not assembled the air supply line (40) and the injection head (5〇), the dust shield (30) is disposed to protect the body (10) The first and second sets of joints (13, 14). As shown in the third and fourth figures, the body (10) of the glue cartridge is assembled by the first assembly (13) - the air supply line (4), and the second assembly (14) Next to the injection head (5〇), the body (1〇) uses the glue space (15) to climb the frame glue (60), and the push member (4) is adjacent to the first opening (1), such as f As shown in the eighth figure, the windward chamber (22) faces the air supply line (40), and in the eighth and ninth views, the convex portion (24) faces the second opening (12). When the user wants to apply the sealant (60) on the glass substrate (7〇) to achieve the purpose of adhesively bonding the two glass substrates (10), the air supply line (4) can supply air to the frame glue injection cylinder 'because the push member (four) is The wind blown by the windward chamber (22) toward the air supply official line 'so the air supply line (10)) is concentrated into the windward chamber (22), so that the main body (9) is evenly forced to move toward the second opening (12) At the same time, the sealant (6〇) in the body (10) is pushed, and the push surface M366090 (23) of the body (10) can scrape off the sealant (6〇) adhered to the wall of the adhesive space (丨5). ), the sealant (60) is allowed to flow out from the glue outlet (5 1) of the Buch head (5 〇) to apply the sealant (6 〇) to the glass substrate (70). When the sealant (6 〇) in the β-Huijiao syringe is used, the body (21) pushing surface (23) can be attached to the matching surface (16) of the body (10) to improve Frame glue (60) usage rate. According to the above, the frame rubber injection cylinder can scrape the frame glue # (60) remaining on the wall surface of the glue setting space (15) by the air blowing of the pushing member (2〇), and The pushing surface (23) cooperates with the matching surface (16) of the body (10), and the design of the convex portion (24) can extend into the second opening, thereby reducing the residual amount of the frame glue, and using the frame glue well (60) In order to save cost, and the design that the main body (21) is attached to the main body (10) and relatively movable, the gas and the sealant are prevented from flowing out from the injection head (50), so that the subsequent adhesion to the glass substrate (7〇) The operation control is better, so the frame glue injection cylinder with the push piece can improve the use rate of the frame glue and meet the economic benefits. [Simple Description of the Drawings] ® First: This is a three-dimensional exploded view of the preferred embodiment of a framed syringe with a pusher. 'The first picture is a three-dimensional exploded view of the second preferred embodiment of the frame glue injection cylinder with the push piece. The second figure is a perspective exploded view of the first preferred embodiment of the present invention with a push-piece glue cartridge. Fig. 4 is a side cross-sectional view showing the first preferred embodiment of the present invention in which the framed injection cylinder having the pusher member is in an embodiment. Fig. 5 is a side cross-sectional view showing the third preferred embodiment of the state in which the framed rubber syringe having the push member is in the state of the embodiment 7 M366090. Fig. 6 is a side cross-sectional view showing a fourth preferred embodiment of the present invention having a push-piece frame glue syringe. Fig. 7 is a side cross-sectional view showing the fifth preferred embodiment of the construction of the framed injection syringe having the push member. Fig. 8 is a side cross-sectional view showing a sixth preferred embodiment of the construction of the framed injection syringe having the push member. Fig. 9 is a schematic view showing the use of the push frame glue of the sixth preferred embodiment of the present invention with a push-piece frame injection syringe. [Description of main component symbols] (10) Main body (11) First opening (12) Second opening (13) First set of joints (14) Second set of joints (15) Glue space (1 6) Face (20) pusher (21) body (22) windward chamber (23) push face (24) convex part (25) reinforcement part (30) dust shield (40) air supply line (50) injection head ( 5 1) Glue (60) frame glue (7〇) glass substrate