201122679 六、發明說明： 【發明所屬之技術領域】 本發明是有關於一種用以固定注射器（syringe)的設 備，且更明確地說，涉及用以通過在水平和垂直方向上同 時按壓插入有注射器的喷嘴座塊（nozzle holder block)來 固定注射器的設備。 【先前技術】 在製造液晶顯不裝置時’通過膏劑滴注裝置（paste dispensing device )將膏劑施加到玻璃襯底上以具有一預定 圖案。 通常’膏劑滴注裝置包含：台（stage)，襯底安裝到 所述台；滴注頭（dispense head)，將膏劑排放到襯底用 的喷嘴安裝到所述滴注頭；柱（column)，所述滴注頭安 裝到所述柱，以及控制器，其控制該柱和滴注頭的移動。 將含有膏劑的注射器安裝到滴注頭並與喷嘴連接。以 上構造的膏劑滴注裝置在改變襯底與喷嘴之間的相對位置 的同時形成一預定膏劑圖案。具體地說，隨著膏劑被排放， 概底在一個方向上移動，且安裝到柱的滴注頭垂直於襯底 的移動方向而移動。 圖1是示意性地繪示使用根據現有技術的注射器固定 設備的膏劑滴注裝置的滴注頭的結構的透視圖。圖2是所 述滴注頭的注射器固定設備的透視圖。 現有技術的滴注頭11〇包含：主塊（main bi〇ck)，其 女裝到線性運動裝置（Hnear motion device )(未圖示）， 201122679 所述線性運動裝置安裝於膏劑滴注裝置的柱（未圖示）處； 頭塊（head block) 140 ’含有膏劑的注射器15〇可裝卸地 安裝到所述頭塊140;水平移動單元（h〇riz〇ntal moving umt) 130，其使頭塊140向前水平移動一預定距離；以及 喷嘴（未圖示），其安裝到頭塊14〇的下端。 注射器150可裝卸地固定到安置在頭塊14〇的下部部 分的注射器固定設備160。注射器固定設備16〇包含：一 對固定零件（fixing part) 160a ’其提供到頭塊14〇以面向 彼此；螺母托架（nut bracket) 160b ’其安裝到相應固定 零件160a的外側；以及防分離板（separati〇n prevemi〇n plate) 160c，其可旋轉地安裝到固定零件16〇a中的一者。 將喷嘴座安裝到注射器150的下端。將具有τ形形狀 的喷嘴座塊150a安裝到喷嘴座以用於將喷嘴座安裝到注 射固疋设備160。將注射器150插入到喷嘴座塊i5〇a的 喷嘴座中。 防分離板160c的兩端由螺栓（bolt) 160ca水平按壓 著，從而相對於固定零件160a而固定和釋放喷嘴座塊 150a。將控制杆（lever ) 160ba安置在相應的螺母托架丨6〇b 的上部部分處’以從上部部分垂直地按壓並固定喷嘴座塊 150a 〇 用以下方式將喷嘴座塊150a固定到滴注頭11()。 在防分離板160c的一端被釋放且向外樞轉的狀離 下，形成於注射器150的一端處的喷嘴座塊15〇&被從注射 器固定設備160的前方推入，以插入到固定零件16〇a與螺 201122679 母托架160b之間的空間中。接下來，防分離板16〇c極轉 回去，從而關閉固定零件160a的前側。接下來，喷嘴座塊 150a通過被螺栓160ca和控制杆16〇ba水平且垂直按壓而 固定。 然而，在上文所述的現有技術的膏劑滴注裝置中，更 換注射器需要許多時間，因為滴注頭11〇的連接和分離是 複雜的。此外，螺栓160ca和控制杆16〇ba的墊圈可能丟 失。 另外，當上緊螺栓160ca和控制杆i6〇a時，需要相等 地施加壓力以維持均一的固定狀態。然而，通過螺栓16〇ca 和控制杆160ba在四個位置處在水平方向和垂直方向上同 時，加相等的壓力是不可行的。由於喷嘴座塊15〇a的固定 狀態根據操作者而微小地變化，因此在更換注射器且重新 安裝喷嘴座塊150a之後需要監視一種點距離。 【發明内容】 本發明提供一種注射器固定設備，其實現滴注頭的注 射器的快速且方便的更換。本發明還提供一種注射器固定 設備，其實現滴注頭的注射器的穩定更換，而不管操作者 的操作特性如何。本發明進一步提供一種注射器固定設 備，其應用一種能夠在多個方向上同時按壓喷嘴座塊的外 表面的按壓部件（pressing member )。 根據示範性實施例，一種注射器固定設備包含：喷嘴 座塊’其包含插入有注射器的喷嘴座的插入孔 (insertion hole)，基座（base)，其經配置為包含插入有喷嘴座塊 201122679 ----Γ — 的連接部分（connection part);以及一個或一個以上按壓 部件’其經配置以在水平方向和垂直方向上同時按壓插入 於連接部分中的喷嘴座塊的外表面，使得喷嘴座塊緊密地 接觸基座。 所述按壓部件可包含：至少一個鉸鏈塊（hinge block) ’其適於通過鉸鏈而在水平方向和垂直方向上同時 按壓噴嘴座塊的外表面；以及鉸鏈塊固定主體（hingebl〇ck 鲁 丘)【ing body)，其適於通過螺絲連接（screw c〇nnecti〇n) 來支#鉸鏈塊。 鉸鏈塊可為具有多層基座結構的單個鑄造零件(cast part)，且包含突出有鉸鍵軸（hinge shaft)的上部鉸鏈塊以 及經配置以在基座的上表面上橫向滑動的下部鉸鏈塊。 鉸鏈塊固定主體可包含：螺絲孔（screw hole)，一種 上緊螺栓（tightening b〇it)的一端在所述螺絲孔中上緊和 釋放，以及固定螺栓（flxingb〇lt)，其將欽鍵塊固定主體 固定到基座。 為讓本發明之上述和其他目的、特徵和優點能更明顯 董，下文特舉較佳實施例，並配合所附圖式，作詳細說 明如下。 【實施方式] 可從結合附圖進行的以下描述中更詳細地理解示範性 實施例。 在下文中，將參考附圖詳細描述具體實施例。然而， 本發明可以不同形式體現，且不應被解釋為限於本文所陳 201122679 述的實施例。相反’提供這些實施例是為了使本揭示内容 將為全面且完整的，j_將向所屬領域的技術人員完全傳達 本發明的，圍。相同參考魏在圖式中始終表示相同元件。 圖3疋、’會示在喷嘴座塊連接到根據示範性實施例的注 射器固定設備之前的狀態的透視圖。圖4是繪示在喷嘴座 塊連接到所述射HID定設備之後的狀態的透視圖。圖5 是根據示範性實施例的按壓部件的詳細視圖。 滴注頭包含頭塊14〇’其具有板形形狀且安裝到主塊 (未圖示）以可上下移動。在頭塊14〇的下部部分處提供 適於連接和分離注射器的注射器固定設備2〇〇。 注射器固定設備200包含：喷嘴座塊21〇，注射器的 喷嘴座插入喷嘴座塊210中；基座22〇，其安置在頭塊14〇 的下部部分；以及按壓部件，其適於在水平和垂直方向上 同時按壓喷嘴座塊210的外表面。 喷嘴座塊210具有T形形狀，且包含主體2i〇a和翼 部（wing) 210b。當喷嘴座塊210連接到基座22〇時，翼 部210b安置在基座220的上表面處。 插入孔211形成於喷嘴座塊21〇的上表面上，以接納 注射器的喷嘴座。連接條（connection bar) 212從喷嘴座 塊210的一端水平突出。當喷嘴座塊21〇與基座22〇連接 時’連接條212插入基座220的連接凹座（connecti〇n fecess)221中。根據此，連接是在喷嘴座塊21〇與基座22〇 之間建成匹配。 基座220安置於滴注頭的頭塊14〇的下部部分處，使 201122679 得頭塊⑽連接到基座⑽的上㈣ 含連接部分以將喷嘴座塊210插入其 =: 二：IS嘴座塊210在、方向上插入喷二座 中。被插人的噴嘴座塊㈣的翼部 210b由基座220的上表面支樓。 =部件通過使料祕介（例如，鉸鏈235)在為 水平方向的Y軸方向和為垂直方向的2軸方向上同時按壓 插入於連接部分巾的喷嘴錢21G的外表絲使喷嘴座塊 2^10與基座220緊密接觸。即，鉸鏈235的圍繞欽鍵抽说 旋轉的-端在Y轴方向上水平按壓喷嘴座塊训的翼部 210b的前表面。鉸鏈235的另一端通過在乙軸方向上向下 按壓喷嘴座塊210的翼部2l〇b的上表面來使噴嘴座塊21〇 與基座220緊密接觸。 為此，按壓部件包含鉸鏈塊固定主體240和鉸鏈塊 230。 鉸鏈塊固定主體240中的每一者包含螺絲孔242，一 上緊螺栓231的一端在螺絲孔242中上緊和釋放。隨著穿 過下部鉸鏈塊230b的上緊螺栓231與螺絲孔242形成螺絲 連接’下部鉸鏈塊230b固定到鉸鏈塊固定主體240。 鉸鏈塊固定主體240與基座220 —體式形成。然而， 根據另一實施例，鉸鏈塊固定主體240可通過從上部部分 到T部部分穿過鉸鏈塊固定主體240的固定螺栓241來固 定到基座220。 201122679 鉸鏈塊230是適於支撲鉸鏈235的主體，鉸鍵235在 水平和垂直方向上按壓喷嘴座塊210的外表面。鉸鏈塊230 中的每一者可為單個鑄造零件，其具有由上部鉸鏈塊23〇& 和下部鉸鏈塊230b組成的多層基座結構。 上部鉸鏈塊230a包含鉸鏈轴236，其充當鈒鏈235的 旋轉軸。鉸鏈235具有L形形狀，且圍繞鉸鏈轴236而旋 轉。 由於鉸鏈235可圍繞鉸鏈軸236而旋轉，因此隨著鉸 鍵塊230借助上緊螺检231而與欽鍵塊固定主體240緊密 接觸，可同時按壓喷嘴座塊210的翼部210b的前表面和上 表面兩者。 因此，當鉸鏈塊230借助上緊螺栓231朝鉸鏈塊固定 =體240水平（即，在γ轴方向上）上緊時，鉸鍵235的 女置於鉸鏈塊230處的一端在γ軸方向上水平按壓喷嘴座 塊210的翼部210b的前表面。接下來，當鉸鏈塊230進一 步在Y軸方向上朝鉸鏈塊固定主體24〇上緊時，鉸鏈 的端部被噴嘴座塊210的翼部210b的前表面的排斥力在與 按壓方向相反的方向上軸，因此將旋轉按壓力供應到欽 ，235的另一端。在鉸鏈235的另一端中產生的旋轉按壓 力可在z軸方向上按壓喷嘴座塊21〇的翼部21%的上 面。 衣 下部鉸鏈塊23Gb在基座22G的上表面上沿χ轴橫向 :^下部鉸鏈塊230b可借助上緊雜231而固定在錢 塊固疋主體240的預定位置處。 201122679 下部錢鏈塊230b中的每一者包含一在插入喷嘴座塊 210的方向上延伸的槽孔（sl〇t h〇le) 232，且沿插入于槽 孔232中的上緊螺栓231而在基座22〇的上表面上沿X轴 橫向滑動。 上緊螺栓231插入槽孔232中，且將下部鉸鏈塊23〇b 緊緊地固定到鉸鏈塊固定主體24〇。上緊螺栓231由頭部BACKGROUND OF THE INVENTION 1. Field of the Invention This invention relates to an apparatus for fixing a syringe, and more particularly to a syringe inserted by simultaneous pressing in horizontal and vertical directions. A nozzle holder block to secure the device of the syringe. [Prior Art] When a liquid crystal display device is manufactured, a paste is applied onto a glass substrate by a paste dispensing device to have a predetermined pattern. Usually, the 'paste drip device includes: a stage to which the substrate is mounted; a dispensing head to which the nozzle for discharging the paste to the substrate is attached to the drip head; a column The drip head is mounted to the column, and a controller that controls movement of the column and the drip head. A syringe containing the paste is attached to the drip head and connected to the nozzle. The paste drip device constructed above forms a predetermined paste pattern while changing the relative position between the substrate and the nozzle. Specifically, as the paste is discharged, the bottom is moved in one direction, and the drip head mounted to the column moves perpendicularly to the moving direction of the substrate. Fig. 1 is a perspective view schematically showing the structure of a drip head using a plaster drip device according to a prior art syringe fixing device. Fig. 2 is a perspective view of the syringe fixing device of the drip head. The prior art drip head 11A includes: a main block (main bi〇ck), which is worn by a Hnear motion device (not shown), and the linear motion device described in 201122679 is installed in the ointment drip device. At the column (not shown); a head block 140' containing a syringe 15 〇 removably mounted to the head block 140; a horizontal moving unit (h〇riz〇ntal moving umt) 130, which makes the head The block 140 is horizontally moved forward by a predetermined distance; and a nozzle (not shown) is mounted to the lower end of the head block 14A. The syringe 150 is removably secured to the syringe fixture 160 disposed in the lower portion of the head block 14A. The syringe fixing device 16A includes: a pair of fixing parts 160a' which are provided to the head block 14A to face each other; a nut bracket 160b' which is mounted to the outside of the corresponding fixing part 160a; and separation prevention A plate (separati〇n prevemi〇n plate) 160c rotatably mounted to one of the fixed parts 16A. The nozzle holder is mounted to the lower end of the syringe 150. A nozzle block 150a having a z-shape is mounted to the nozzle holder for mounting the nozzle holder to the injection-fixing device 160. The syringe 150 is inserted into the nozzle holder of the nozzle block i5〇a. Both ends of the separation preventing plate 160c are horizontally pressed by a bolt 160ca to fix and release the nozzle block 150a with respect to the fixed part 160a. A lever 160ba is placed at an upper portion of the corresponding nut bracket 丨6〇b' to vertically press and fix the nozzle block 150a from the upper portion, and the nozzle block 150a is fixed to the drip head in the following manner 11 (). At the end of the separation preventing plate 160c which is released and pivoted outward, the nozzle block 15〇& formed at one end of the syringe 150 is pushed in from the front of the syringe fixing device 160 to be inserted into the fixed part 16〇a and snail 201122679 in the space between the female bracket 160b. Next, the separation preventing plate 16〇c is turned back, thereby closing the front side of the fixed part 160a. Next, the nozzle block 150a is fixed by being horizontally and vertically pressed by the bolt 160ca and the lever 16b. However, in the prior art plaster drip device described above, it takes a lot of time to replace the syringe because the connection and separation of the drip head 11 is complicated. In addition, the washers of the bolt 160ca and the lever 16b may be lost. Further, when the bolt 160ca and the lever i6〇a are tightened, it is necessary to apply pressure equally to maintain a uniform fixed state. However, it is not feasible to apply equal pressure by the bolt 16 〇 ca and the lever 160ba at the same time in the horizontal direction and the vertical direction at four positions. Since the fixed state of the nozzle block 15A is slightly changed depending on the operator, it is necessary to monitor a point distance after the syringe is replaced and the nozzle block 150a is reinstalled. SUMMARY OF THE INVENTION The present invention provides a syringe fixing device that achieves a quick and convenient replacement of a syringe of a drip nozzle. The present invention also provides a syringe fixing device that achieves stable replacement of the syringe of the drip head regardless of the operational characteristics of the operator. The present invention further provides a syringe fixing device which employs a pressing member capable of simultaneously pressing the outer surface of the nozzle block in a plurality of directions. According to an exemplary embodiment, a syringe securing device includes a nozzle block 'which includes an insertion hole into which a nozzle holder of a syringe is inserted, a base configured to include a nozzle block inserted 201122679 - a connection part; and one or more pressing members configured to simultaneously press the outer surface of the nozzle block inserted in the connecting portion in the horizontal direction and the vertical direction such that the nozzle holder The block is in close contact with the base. The pressing member may include: at least one hinge block 'which is adapted to simultaneously press the outer surface of the nozzle block in the horizontal direction and the vertical direction by a hinge; and a hinge block fixing body (hingebl〇ck Luqiu) [ing body], which is suitable for supporting the #hinge block by screwing (screw c〇nnecti〇n). The hinge block can be a single cast part having a multi-layered base structure and includes an upper hinge block protruding with a hinge shaft and a lower hinge block configured to laterally slide on the upper surface of the base . The hinge block fixing body may include: a screw hole, one end of a tightening bolt is tightened and released in the screw hole, and a fixing bolt (flxingb〇lt), which is a key The block fixing body is fixed to the base. The above and other objects, features, and advantages of the present invention will be apparent from the description of the appended claims. [Embodiment] Exemplary embodiments can be understood in more detail from the following description taken in conjunction with the drawings. Hereinafter, specific embodiments will be described in detail with reference to the accompanying drawings. However, the invention may be embodied in different forms and should not be construed as being limited to the embodiments described herein. Rather, these embodiments are provided so that this disclosure will be thorough and complete, and the invention will be fully conveyed by those skilled in the art. The same reference Wei always indicates the same elements in the drawings. Fig. 3A, Fig. 3 is a perspective view showing a state before the nozzle block is connected to the syringe fixing device according to the exemplary embodiment. Fig. 4 is a perspective view showing a state after the nozzle block is connected to the HID setting device. FIG. 5 is a detailed view of a pressing member according to an exemplary embodiment. The drip head includes a head block 14'' which has a plate shape and is mounted to a main block (not shown) to be movable up and down. A syringe fixture 2 adapted to connect and disengage the syringe is provided at a lower portion of the head block 14A. The syringe fixing device 200 includes: a nozzle block 21〇 into which the nozzle holder of the syringe is inserted; a base 22〇 disposed at a lower portion of the head block 14〇; and a pressing member adapted to be horizontal and vertical The outer surface of the nozzle block 210 is simultaneously pressed in the direction. The nozzle block 210 has a T-shape and includes a body 2i〇a and a wing 210b. When the nozzle block 210 is coupled to the base 22, the wing 210b is disposed at the upper surface of the base 220. An insertion hole 211 is formed on the upper surface of the nozzle block 21 to receive the nozzle holder of the syringe. A connection bar 212 protrudes horizontally from one end of the nozzle block 210. When the nozzle block 21 is connected to the base 22, the connecting strip 212 is inserted into the connecting recess 221 of the base 220. According to this, the connection is made to match between the nozzle block 21〇 and the base 22〇. The base 220 is disposed at a lower portion of the head block 14A of the drip head, so that the head block (10) of the 201122679 is connected to the upper portion of the base (10) (4) including the connecting portion to insert the nozzle block 210 into it =: II: IS mouth Block 210 is inserted into the spray seat in the direction. The wing portion 210b of the inserted nozzle block (4) is supported by the upper surface of the base 220. = The component is pressed by the tip of the nozzle (for example, the hinge 235) in the Y-axis direction in the horizontal direction and the 2-axis direction in the vertical direction, and the nozzle wire of the nozzle 21G inserted into the connecting portion is pressed to make the nozzle block 2^ 10 is in close contact with the base 220. That is, the end of the hinge 235 which is rotated around the key is horizontally pressed in the Y-axis direction to the front surface of the wing portion 210b of the nozzle block. The other end of the hinge 235 brings the nozzle block 21A into close contact with the base 220 by pressing the upper surface of the wing portion 201b of the nozzle block 210 downward in the direction of the biaxial direction. To this end, the pressing member includes a hinge block fixing body 240 and a hinge block 230. Each of the hinge block fixing bodies 240 includes a screw hole 242, and one end of a tightening bolt 231 is tightened and released in the screw hole 242. As the tightening bolt 231 passing through the lower hinge block 230b forms a screw connection with the screw hole 242, the lower hinge block 230b is fixed to the hinge block fixing body 240. The hinge block fixing body 240 is formed integrally with the base 220. However, according to another embodiment, the hinge block fixing body 240 may be fixed to the base 220 by a fixing bolt 241 that passes through the hinge block fixing body 240 from the upper portion to the T portion. 201122679 The hinge block 230 is a body adapted to support the hinge 235, and the hinge key 235 presses the outer surface of the nozzle block 210 in the horizontal and vertical directions. Each of the hinge blocks 230 can be a single cast part having a multi-layered base structure comprised of upper hinge blocks 23 〇 & and lower hinge blocks 230 b. The upper hinge block 230a includes a hinge shaft 236 that serves as the axis of rotation of the chain 235. The hinge 235 has an L-shape and is rotated about the hinge shaft 236. Since the hinge 235 is rotatable about the hinge shaft 236, the front surface of the wing portion 210b of the nozzle block 210 can be simultaneously pressed while the hinge block 230 is in close contact with the key block fixing body 240 by the tightening screw 231. Both of the upper surfaces. Therefore, when the hinge block 230 is tightened by the tightening bolt 231 toward the hinge block fixing body 240 (ie, in the γ-axis direction), the female end of the hinge key 235 is placed at the hinge block 230 in the γ-axis direction. The front surface of the wing portion 210b of the nozzle block 210 is horizontally pressed. Next, when the hinge block 230 is further tightened toward the hinge block fixing body 24 in the Y-axis direction, the end of the hinge is repelled by the front surface of the wing portion 210b of the nozzle block 210 in the opposite direction to the pressing direction The upper shaft, therefore the rotary pressing force is supplied to the other end of the 235. The rotational pressing force generated in the other end of the hinge 235 presses the upper 21% of the wing portion of the nozzle block 21〇 in the z-axis direction. The lower hinge block 23Gb is laterally oriented on the upper surface of the base 22G along the x-axis: the lower hinge block 230b can be fixed at a predetermined position of the block solid body 240 by means of the tightening 231. Each of the lower money chain blocks 230b includes a slot 232 extending in the direction in which the nozzle block 210 is inserted, and is tightened along the bolt 231 inserted in the slot 232. The upper surface of the base 22 is laterally slid along the X axis. The tightening bolt 231 is inserted into the slot 232, and the lower hinge block 23〇b is tightly fixed to the hinge block fixing body 24〇. Tightening bolt 231 by head
231a、螺栓條231b和螺絲端部（screw end) 231c構成。 上緊螺拴的頭部231a形成為大於槽孔232。具有螺紋的螺 絲端部231c形成於螺栓條231b的穿過槽孔232而插入的 一端處。 因此’當螺栓條231b插入槽孔232十且在形成於仿絲 塊固定主體240處的螺絲孔242中緊密地形二： 時，下部鉸鏈塊230b可緊緊地固定到鉸鏈塊固定主體24〇。 圖6繪示根據上緊操作的鉸鏈的操作。在嘴嘴座塊 被插入（如圖6⑷所示）之後，鉸鏈塊23〇沿又軸方向而 向右滑動（如圖6(b)所示），使得鉸鏈235的一端接觸 嘴座塊210的前表面’且鉸鍵235的另一端接觸嘴嘴座塊 210的上表面。接下來，當鉸鏈塊23〇在γ軸方向上由上 緊螺栓231上緊且與鉸鏈塊固定主體24〇緊密接觸 鏈塊230的鉸鏈235被朝鉸鏈塊固定主體24〇同 ' 以緊密接觸喷嘴座塊210的前表面和上表面。、 ， 換句話說，當鉸鏈235的端部在γ軸方向上 按壓力以緊密接觸噴嘴座塊210的前表面時，同時‘，、、^ γ軸方向上的緊密接觸引起的喷嘴座塊210的排斥力而在 201122679 鉸鏈處產生旋轉力。因此，z軸方向上的垂直按壓力由鉸 鏈235的另一端供應到喷嘴座塊21〇的上表面。因此，當 下部欽鏈塊230b由上緊螺栓231上緊且與鉸鏈塊固定主體 240緊密接觸時，鉸鍵235可在γ軸方向和2轴方向上同 時按壓喷嘴座塊210的前表面和上表面兩者。因此，喷嘴 座塊210由鉸鏈235的同時按壓力而朝鉸鏈塊固定主體 240按壓並固定。 在下文中，將描述將噴嘴座塊連接到上述構造的注射 器固定設備的過程。 為了較容易闡釋，圖7到圖9中說明在滑動由上部鉸 鏈塊和下部鉸鏈塊構成的鉸鏈塊之後上緊和連接喷嘴座塊 的過程。 圖7緣示鉸鏈塊230完全滑動到外圍側且喷嘴座塊 210尚未插入基座220中的狀態。 圖8繪示鉸鏈塊230完全滑動到外圍側且喷嘴座塊 210插入基座220中的狀態。 在將噴嘴座塊210插入基座220中之後，鉸鏈塊23〇 相對於上緊螺栓231向内滑動，使得鉸鏈235接觸喷嘴座 塊210的上表面和前表面。更具體地說，左侧的鉸鏈塊23〇 向右滑動，且右側的鉸鏈塊23〇向左滑動，使得鉸鏈235 接觸喷嘴座塊210的上表面和前表面。接下來，上緊螺栓 231被上緊，從而通過鉸鏈235而在垂直和水平方向兩者 上將按壓力供應到喷嘴座塊210的表面。因此，喷嘴座塊 210在水平和垂直方向上完全接觸基座220。此處，兩個上 12 201122679 緊螺栓231同時上緊是示範性的。 可以圖7到圖9的相反次序來實現喷嘴座塊21〇的分 離。 即，在如圖1和圖2所示的現有技術的注射器固定設 備中，由螺栓160ca和控制杆I60ba在為γ軸方向的水平 方向和為Z軸方向的垂直方向上按壓喷嘴座塊21〇，並使 其與頭塊140緊密連接。然而’根據此方法，通過同時上 緊螺栓和控制杆來施加相等壓力實際上是不可行的，最終 將根據更換操作者而引起喷嘴座塊的固定狀態的微小差 異。 另一方面，所述實施例能夠使用單個鉸鏈235在Y軸 方向和Z轴方向上同時按壓喷嘴座塊210的前表面和上表 面’從而實現喷嘴座塊210與基座220之間的緊密接觸。 儘管已關於具有L形形狀的鉸鏈型媒介闡釋了所述實 施例，但可應用任何其它結構，只要能夠在Y軸方向和Z 軸方向上同時按壓喷嘴座塊210的外表面並實現緊密接觸 即可。 此外，儘管所述實施例使用單個按壓部件來同時按壓 喷嘴座塊210的上表面和前表面，但可提供兩個或兩個以 上按壓部件來按壓喷嘴座塊210的外表面的至少一個部 分。舉例來說，鉸鏈235可形成於兩側（如圖4所示）， 以分別按壓喷嘴座塊210的兩個外側。 已關於注射器固定設備闡釋了所述實施例。然而’注 射器固定設備可應用於通過含有膏劑的注射器來滴注膏劑 13 201122679 的滴置^應驗使用注射11的任何其它裳置。 1卜昧、=日=性實施例，由於注射器由鉸鏈系統固定，因 螺栓Ϊ统行注射器的更換。另外，不同於常規的 ^ 統能_定且㈣地維持注射器的固定 =。由於以均勻的壓力執行更換，所以減少了關於喷嘴 ^感測器的雷射點的位置的誤差，因此增加了處理效率。 *可在更換期間防止控制杆和螺栓的塾圈的丢失。 儘管已參考具體實施例描述了注射器固定設備，但其 不限於此。因此’所屬領域的技術人員將容易理解，可在 不脫離由_申請專鄕®界定的本發_精神和範圍的 情況下對本發明作出各種修改和改變。 雖然本發明已以較佳實施例揭露如上，然其並非用以 限定本發明，任何熟習此技藝者，在不聽本發明之精神 和範圍内，當可作些許之更動與潤飾，因此本發明之保護 範圍當視後附之申請專利範圍所界定者為準。 【圖式簡單說明】 圖1是示意性地繪示使用根據現有技術的注射器固定 設備的膏劑滴注裝置的滴注頭的結構的透視圖。 圖2是滴注頭的注射器固定設備的透視圖。 圖3是繪示在喷嘴座塊連接到根據示範性實施例的注 射器固定設備之前的狀態的透視圖。 圖4是繪示在喷嘴座塊連接到根據示範性實施例的注 射器固定設備之後的狀態的透視圖。 圖5是根據示範性實施例的按壓部件的詳細視圖。 201122679 圖6(a)〜圖6(b)是繪示根據示範性實施例的鉸鏈的操 作狀態的視圖。 圖7是繪示在插入之前的根據示範性實施例的喷嘴座 塊的視圖。 圖8是繪示在插入之後的根據示範性實施例的喷嘴座 塊的視圖。 圖9是繪示通過由鉸鏈水平和垂直施加的壓力而緊密 φ 連接的喷嘴座塊的視圖。 【主要元件符號說明】 110 :滴注頭 130 :水平驅動單元 140 :頭塊 150 :注射器 150a :喷嘴座塊 160 :注射器固定設備 160a :固定零件 • 160b :螺母托架 160c :防分離板 200 :注射器固定設備 210 :喷嘴座塊 210a :主體 210b :翼部 211 :插入孔 212 :連接條 15 201122679 220 :基座 221 :連接凹座 230 :鉸鏈塊 230a :上部鉸鏈塊 230b :下部鉸鏈塊 231 :上緊螺栓 231a :頭部 231b :螺栓條 235 :鉸鏈 236 :鉸鏈轴 240 :鉸鏈塊固定主體 241 :固定螺栓 242 :螺絲孔The 231a, the bolt bar 231b, and the screw end 231c are formed. The head 231a of the tightening screw is formed to be larger than the slot 232. A threaded screw end portion 231c is formed at one end of the bolt strip 231b through which the slot 232 is inserted. Therefore, when the bolt bar 231b is inserted into the slot 232 and is closely formed in the screw hole 242 formed at the dummy block fixing body 240, the lower hinge block 230b can be tightly fixed to the hinge block fixing body 24''. Figure 6 illustrates the operation of the hinge in accordance with the tightening operation. After the mouthpiece block is inserted (as shown in Fig. 6(4)), the hinge block 23 is slid to the right in the axial direction (as shown in Fig. 6(b)), so that one end of the hinge 235 contacts the mouth block 210. The front surface 'and the other end of the hinge key 235 contacts the upper surface of the mouthpiece block 210. Next, when the hinge block 23 is tightened by the tightening bolt 231 in the γ-axis direction and is in close contact with the hinge block fixing body 24, the hinge 235 of the chain block 230 is slid toward the hinge block fixing body 24 to closely contact the nozzle. The front surface and the upper surface of the block 210. In other words, when the end of the hinge 235 presses the γ-axis direction to closely contact the front surface of the nozzle block 210, the nozzle block 210 caused by the close contact in the γ-axis direction at the same time. The repulsive force produces a rotational force at the hinge at 201122679. Therefore, the vertical pressing force in the z-axis direction is supplied from the other end of the hinge 235 to the upper surface of the nozzle block 21〇. Therefore, when the lower chain block 230b is tightened by the tightening bolt 231 and is in close contact with the hinge block fixing body 240, the hinge key 235 can simultaneously press the front surface and the upper surface of the nozzle block 210 in the γ-axis direction and the 2-axis direction. Both surfaces. Therefore, the nozzle block 210 is pressed and fixed toward the hinge block fixing body 240 by the simultaneous pressing force of the hinge 235. Hereinafter, a process of connecting the nozzle block to the injector fixing device constructed as described above will be described. For ease of explanation, the process of tightening and joining the nozzle block after sliding the hinge block composed of the upper hinge block and the lower hinge block is illustrated in Figs. 7 to 9. Fig. 7 shows a state in which the hinge block 230 is completely slid to the peripheral side and the nozzle block 210 has not been inserted into the susceptor 220. Fig. 8 shows a state in which the hinge block 230 is completely slid to the peripheral side and the nozzle block 210 is inserted into the susceptor 220. After the nozzle block 210 is inserted into the base 220, the hinge block 23 is slid inwardly relative to the tightening bolt 231 such that the hinge 235 contacts the upper surface and the front surface of the nozzle block 210. More specifically, the hinge block 23 on the left side slides to the right, and the hinge block 23 on the right side slides to the left, so that the hinge 235 contacts the upper surface and the front surface of the nozzle block 210. Next, the tightening bolt 231 is tightened to supply the pressing force to the surface of the nozzle block 210 in both the vertical and horizontal directions by the hinge 235. Therefore, the nozzle block 210 completely contacts the base 220 in the horizontal and vertical directions. Here, the simultaneous tightening of the two upper 12 201122679 tightening bolts 231 is exemplary. The separation of the nozzle block 21〇 can be achieved in the reverse order of Figs. 7 to 9. That is, in the prior art syringe fixing device shown in Figs. 1 and 2, the nozzle block 21 is pressed by the bolt 160ca and the lever I60ba in the horizontal direction in the γ-axis direction and the vertical direction in the Z-axis direction. And make it tightly connected to the head block 140. However, according to this method, it is practically impossible to apply equal pressure by simultaneously tightening the bolt and the lever, and eventually a slight difference in the fixed state of the nozzle block will be caused depending on the replacement operator. On the other hand, the embodiment can simultaneously press the front surface and the upper surface ' of the nozzle block 210 in the Y-axis direction and the Z-axis direction using a single hinge 235 to achieve close contact between the nozzle block 210 and the susceptor 220. . Although the embodiment has been explained with respect to a hinge type medium having an L-shape, any other structure may be applied as long as the outer surface of the nozzle block 210 can be simultaneously pressed in the Y-axis direction and the Z-axis direction and the close contact is achieved. can. Furthermore, although the embodiment uses a single pressing member to simultaneously press the upper surface and the front surface of the nozzle block 210, two or more upper pressing members may be provided to press at least a portion of the outer surface of the nozzle block 210. For example, the hinge 235 can be formed on both sides (as shown in FIG. 4) to press the two outer sides of the nozzle block 210, respectively. The embodiment has been explained in relation to a syringe fixation device. However, the injector fixture can be applied to the drip of the paste 13 201122679 by a syringe containing the paste. Any other skirt of the injection 11 is used. 1 Bud, = day = Sexual embodiment, since the syringe is fixed by the hinge system, the syringe is replaced by a bolt. In addition, unlike the conventional system, the syringe can be fixed and (4) maintained. Since the replacement is performed with a uniform pressure, the error with respect to the position of the laser spot of the nozzle ^ sensor is reduced, thus increasing the processing efficiency. * Prevents the loss of the levers of the lever and bolt during replacement. Although the syringe fixing device has been described with reference to the specific embodiments, it is not limited thereto. It will be apparent to those skilled in the art that various modifications and changes can be made in the present invention without departing from the scope and scope of the invention. While the invention has been described above by way of a preferred embodiment, it is not intended to limit the invention, and the invention may be modified and modified without departing from the spirit and scope of the invention. The scope of protection is subject to the definition of the scope of the patent application. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a perspective view schematically showing the structure of a drip head of a paste dripping device using a syringe fixing device according to the prior art. Figure 2 is a perspective view of the syringe securing device of the drip head. Fig. 3 is a perspective view showing a state before the nozzle block is connected to the syringe fixing device according to an exemplary embodiment. Fig. 4 is a perspective view showing a state after the nozzle block is connected to the syringe fixing device according to an exemplary embodiment. FIG. 5 is a detailed view of a pressing member according to an exemplary embodiment. 201122679 Figures 6(a) to 6(b) are views showing an operational state of a hinge according to an exemplary embodiment. Fig. 7 is a view showing a nozzle block according to an exemplary embodiment before insertion. FIG. 8 is a view showing a nozzle block according to an exemplary embodiment after insertion. Fig. 9 is a view showing a nozzle block which is tightly φ connected by pressure applied horizontally and vertically by a hinge. [Main component symbol description] 110: drip head 130: horizontal drive unit 140: head block 150: syringe 150a: nozzle block 160: syringe fixing device 160a: fixed part • 160b: nut holder 160c: separation plate 200: The syringe fixing device 210: the nozzle block 210a: the main body 210b: the wing portion 211: the insertion hole 212: the connecting bar 15 201122679 220: the base 221: the connecting recess 230: the hinge block 230a: the upper hinge block 230b: the lower hinge block 231: Tightening bolt 231a: head 231b: bolt bar 235: hinge 236: hinge shaft 240: hinge block fixing body 241: fixing bolt 242: screw hole