1290101 九、發明說明： 【發明所屬之技術領域】 . 本發明係與喷墨印刷裝置有關，特別是有關於一種喷 墨印刷裝置之喷頭清洗機。 5【先前技術】 一般中小型喷墨印刷裝置所使用之喷頭，因價格比較 便且，若其内部髒污或堵塞時，大多使用者都是將舊的噴 頭直接扔棄並重新購買新的噴頭，而大型喷墨印刷裝置所 使用之喷頭，其價格比較昂貴，若遇髒污或堵塞就直接扔 10棄，將造成成本上較大的負擔。 如國内申請案號第94123639號揭露出一種喷頭清洗 ，，係利时潔液清㈣頭，使喷頭獲得清潔的效果，但 是在清洗的過程中，操作人員沒有辦法觀察喷頭清洗的狀 15 =匕，上述嘴頭清洗機在使用時會造成使用者的麻須 【發明内容】 2〇 便利性 、主味^ ^之主要目的在於提供—種喷墨印刷裝置之嘴頭 其可转觀⑽頭清洗陳況，以增加使用= 趙、=上-T導.本發，喷頭清洗機包含有-本 水席 弟一導官、一第二導管、一 :升降裝置；該本體具有-容槽，用以盛裝清潔液;’= 浦§又於該本體，其具有—第-導孔與-第二導孔；該第 1 4 I29〇1 導！的：！連接該泵浦之第-導孔，另-端伸入該容槽； 該弟1連接錄浦之第二導孔，另-端連接該 喷頭，巧放架㈣置放該喷頭；該升降裝置設於該本體， 用以控似置放架產生升降’使該喷頭可離開或置入該容1290101 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to an ink jet printing apparatus, and more particularly to a head cleaning machine for an ink jet printing apparatus. 5 [Prior Art] Generally, the nozzles used in small and medium-sized inkjet printing devices are cheaper, and if the inside is dirty or clogged, most users will throw the old nozzles directly and repurchase new ones. The nozzles used in large inkjet printing devices are relatively expensive. If they are dirty or blocked, they will be thrown away 10 times, which will cause a large burden on the cost. As disclosed in the domestic application No. 94123639, a nozzle cleaning is performed, and the head is cleaned (4) to make the nozzle get a clean effect, but during the cleaning process, the operator has no way to observe the nozzle cleaning. Shape 15 = 匕, the above-mentioned mouth washing machine will cause the user's numb when in use. [Inventive content] 2 〇 Convenience, main taste ^ ^ The main purpose is to provide a kind of inkjet printing device mouth can be rotated View (10) head cleaning condition to increase the use of = Zhao, = up-T guide. This hair, the nozzle cleaning machine includes - the water is a guide, a second conduit, a: lifting device; the body has a receptacle for holding the cleaning liquid; '= § 又 again in the body, having a -th guide hole and a second guide hole; the first 4 I29〇1 guide! of:! Connecting the pump to the first guide hole, the other end of the pump is inserted into the pocket; the brother 1 is connected to the second guide hole of the recording, the other end is connected to the nozzle, and the rack is placed (4); The lifting device is disposed on the body for controlling the lifting and lowering of the rack to enable the nozzle to leave or be placed in the container
15 20 藉，本發明之噴頭清洗機利用清潔液清洗該噴頭 '可藉由4升降裝置帶動該置放架上升，使該喷頭離開 該容槽’用以方便使用者觀察射頭清洗的狀況。 【實施方式】 餘配σ圖式列舉以下較佳實施例，用以對本發明之結 構及fΑ進行4細說明；其巾所用圖式先簡要說明如下： 圖係本發明一較佳實施例之立體圖； 第一圖係本發明一較佳實施例之侧視部分剖視圖，主 要顯=加熱器與超音波產生ϋ之位置； f二圖係本發明一較佳實施例内部之後視圖； 第四圖係本發明一較佳實施例之側視部分剖視圖，主 要顯示升降裝置之狀態； 第五圖係一前視圖，主要顯示本發明一較佳實施例所 提供之升降裝置·， 第圖係本發明一較佳實施例所提供之橫桿的俯視 圖； ，七圖係本發明一較佳實施例之俯視圖； 第八圖係本發明一較佳實施例之管路示意圖，主要顯 5 1290101 不清，液由上而下清洗噴頭時流動之狀態； 第九圖係本發明一較佳實施例之另一管路示意圖，主 要顯=清潔液由下而上清洗噴頭時流動之狀態； 第十圖係本發明一較佳實施例内部之後視圖，主要顯 5示升降裝置上升之狀態； 第十一圖係一正視圖，主要係顯示本發明一較佳實施 例所提供之升降裝置上升之狀態；以及 第十二圖係本發明一較佳實施例之側視圖，主要顯示 置放架上升之狀態。 10 請先參閱第一圖，係為本發明一較佳實施例所提供之 喷頭清洗機(ίο)，該喷頭清洗機(10)包含有一本體(2〇)、一 升降裝置(30)、一置放架(40)、二泵浦(5〇)、二第一轉換閥 (60)、二第一導管(70)、二過濾器(8〇)、二第二轉換閥(9〇)、 二連通管(100)、二第二導管(110)，以及二G導管(12〇)。 15 該本體(20)概呈矩形體，其頂面凹設有一容槽(21)，用 以盛衣/月 >糸液。该本體（20)的前側面設有複數控制紐 (22)(23)(24) ’且該本體(20)内部於該容槽(21)的下方裂設有 一控制電路(25)、一加熱器(26)與一超音波產生器（27)，如 第二圖所示，該等控制鈕(22)(23)(24)利用該控制電路(25) 20分別與該加熱器(26)與該超音波產生器(27)電性連接，可控 制5亥加熱器（26)對该容槽(21)中的清潔液加熱或控制該超 曰波產生器（27)對该容槽(21)中的清潔液產生超音波振 盪。另外，該本體(20)於該容槽(21)的後方向上延伸出一支 撐板(28)，且該本體(20)的後側面底部則設有一開關裝置 6 1290101 (29)，如第三圖所示，該開關裝置(29)電性連接於該控制電 路(25)。 ％ 15 20 請配合參閱第三圖至第五圖，各該升降裝置(3〇)設於該 本體(20)，其具有-固定板(31)、一驅動装置㈤一旋轉 件(33)、一橫桿(34)、二導引件(35)與二導桿(36)。該固定板 (31)位於該支撐板(28)的後方’其具有—第—長槽(312)與二 分別位於該第一長槽(312)左右兩侧之第二長槽(31句；哕驅 動裝置(32)在本實施例中係為-馬達，其^於該固定^ (31)後方，並與該控制鈕(23)(24)電性連接；該旋轉件(33) 連接该驅動裝置(32)，使該旋轉件(33)可受該驅動裝置(32) 的驅動㈣地㈣，該旋轉件(33)之外周關有螺紋；該橫 杯(34)位於該固定板(31)的前侧面’其中央與兩端分別朝該 等長槽(312)(314)的方向延伸出一第一連接部(342)與二第 二連接部(344)，如第六圖所示，其中該第一連接部(抑具 有-可螺接於該旋轉件(33)之螺孔(343)，該二第二連接部 =)則分別具有二穿孔(345)(346);各該導引件(35)鎖固於 ，穿孔(345)’並卡置於各該第二㈣(3U)中；該二導桿(36) ^別位於朗定板卯的左右兩侧，其底端分別鎖固於該二 穿孔(346)，頂端則垂直地往前，料；藉由該驅動裝置⑽ 的驅動’該旋轉件(33)將產生原地旋轉，並帶動該第一連接 ?(Γ12)沿ΐ該第一長槽(312)上升或下降，使該橫桿(34)可 =j一第一連接部(344)沿該二第二長槽(314)的移動而 π動该二導桿(36)上升或下降。 °月配合參閱第七圖，該置放架(4G)具有二置放板(42)、 7 1290101 四支擇桿(44)與三固定片（46);該二置放板(42)分別卡置於 該升降裳置⑽之三轉(36);其中二支樓桿(Μ)係上下平 行i也鎖固於该二置放板(42)的前端，另外二支樓桿(4句則上 下平行地鎖固於該二置放板(42)的後端，該等支撐桿(44)之 5間設有並排之三固定片（46)，各該固定片（46)之間相隔一距 離，使各該固定片（46)之間可分別供一待清洗之噴頭（12)置 文另外，5亥專支撑^干(44)於該置放板(42)與外側之該固定 ^(46)之間分別套設有一彈性件(48)(如圖所示之彈簧），該 彈性件(48)的兩端分別抵頂該固定片（46)與該置放板(42> ; 1〇當欲將該噴頭（12)置入各該固定片（46)之間時，外側之固定 片（46)會藉由該彈性件(48)的彈力分別朝該二置放板(42)的 方向推開，以便置入該喷頭（12)，接著再藉由該彈性件(48) 的彈力，使外側之固定片（46)朝該噴頭（12)的方向抿頂住該 噴頭(12)。 15 請再參閱第三圖，各該泵浦(50)裝設於該本體(20)内 部’並位於該升降裝置(30)之固定板(31)後側。各該泵浦(5〇) 具有一第一導孔(52)與一第二導孔(54)。 s月芩閱第一圖、第三圖與第七圖，各該第一轉換閥(6〇) 裝設於該本體(20)之支撐板(28)，其具有一下連接口（圖中未 20示）、一上連接口（64)、一後連接口（66)與一切換把手(68)， 其中该下連接口、該上連接口（64)與該切換把手(68)位於該 支撐板(28)的前側面，該後連接口（66)則位於該支撐板(28) 的後側面。各該第一轉換閥(60)可藉由各該切換把手(68)的 控制而於一第一位置與一第二位置之間切換，當各該第一 8 1290101 轉換閥(60)位於該第-位置時，該下連接口與該後連接口 (66)連通，而當各该第一轉換閥(6〇)位於該第二位置時，該 上連接口（64)則與該後連接口 (66)連通。 請配合參閱第八圖，各該第一導管(7〇)具有一 A導管 5 (72)與一 B導管(74)，其中各該A導管(72卜端連接各該第 一轉^閥(60)之下連接口，另一端伸入該容槽(21)中，各該 B ‘管(74)—端連接各該第一轉換閥(6〇)之後連接口（66)， 另一端連接各該泵浦(50)之第一導孔(52)。 各該過濾器（80)固設於該升降裝置(3〇)之固定板(31)， 其連接於各該第一導管(70)之3導管(74)，並位於各該第一 轉換閥(60)與各該泵浦(5〇)之間，用以過濾該容槽(21)中的 清潔液。 各該第二轉換閥(90)裝設於該本體(20)之支撐板(28)， 其具有一下連接口（92)、一上連接口（94)、一後連接口（96) I5與一切換把手(98)，其中該下連接口（92)、該上連接口句 與该切換把手(98)位於該支撐板(28)的前側面，該後連接口 (96)則位於該支撐板(28)的後側面。各該第二轉換閥(90)可 藉由各該切換把手(98)的控制而於一第一位置與一第二位 置之間切換，當各該第二轉換閥(90)位於該第一位置時，該 20下連接口（92)與該後連接口(96)連通，而當各該第二轉換閥 (90)位於該第二位置時，該上連接口（94)則與該後連接口（96) 連通。 各該連通管（100)設於該本體(20)之支撲板(28)前侧 面，其具有一 E導管（1〇2)與一 f導管（104)，該E導管（102) 9 12.901,01 與该F導管（104)的一端相互連接，另一端則分別連接該第 一轉換閥(60)之上連接口（64)與該第二轉換閥(9〇)之上連接 口（94) 〇 請再配合參閱第一圖、第三圖及第八圖，各該第二導 5管(110)具有一 C導管(112)與一 D導管(114)，其中該C導 管(112)的一端連接該第二轉換閥(90)之後連接口 (96)，另一 端連接該泵浦(50)之第二導孔(54)，該D導管（114)的一端連 接該E'F導管（1〇2)(1〇4)，另一端連接該待清洗之噴頭(12)。 各該G導管（120)的一端連接該第二轉換閥(9〇)之下連 ⑺接口(92)，另一端則伸入該容槽(21)中。 經由上述結構，請參閱第一圖及第三圖，當使用者欲 利用本發明來清洗該喷頭(12)時，首先將該噴頭(12)置放於 該等固定片（46)之間，並將該喷頭（12)置於該容槽(21)的清 潔液中，接著將該D導管（114)連接該喷頭(12)，若使用者 15想要由上而下清洗該喷頭（12)，必須先將該第一轉換閥（60) 切換至該第一位置，使該下連接口與該後連接口（66)連通， 再把該第二轉換閥(9〇)切換至該第二位置，使該上連接口 (94)與該後連接口（96)連通，如此一來，當使用者啟動該開 關t置(29) ’如第八圖所示，清潔液會被該a導管(72)所吸 20取’接著流經該B導管(74)，並經過該過濾器(80)過濾後， 再流經該C、F導管（112)(1〇4)，最後由該D導管（114)喷出， 藉以由上而下循環清洗該喷頭（12);若使用者想要由下而上 清洗該喷頭（12)，則必須將該第一轉換閥(60)切換至該第二 位置’使該上連接口（64)與該後連接口（66)連通，同時將該 1290101 第二轉換閥(90)切換至該第一位置，使該下連接口（92)與該 後連接口（96)連通，如此一來，當使用者啟動該開關裝置 (29)，如第九圖所示，清潔液會被該d導管（114)所吸取， 使清潔液由下而上流經該喷頭（12)，接著流經該E、B導管 / 5 (102)(74)，並經過該過濾器（80)過濾後，再流經該c導管 (I12) ’最後由該G導管（120)喷出，藉以由下而上循環清洗 该嘴頭（12)。在清洗的過程中，使用者可隨時利用該等控制 _ 鈕(22)控制該加熱器(26)對該容槽(21)中的清潔液加熱或控 制該超音波產生器（27)對該容槽(21)中的清潔液產生超音 10波振盪，用以增加清洗的效果。 請參閱第十圖至第十二圖，當該喷頭(12)清洗一段時間 後，使用者想要確認該喷頭（12)清洗的狀況，可按壓該控制 鈕(23)，使該驅動裝置(32)驅動該旋轉件(33)旋轉，此時， 如第十圖與第十一圖所示，該橫桿(34)的第一連接部(342) 15將會藉由該旋轉件(33)的旋轉而上升，同時該橫桿(34)將帶 φ 動該二導桿(36)上升，如此一來，如第十二圖所示，該置放 架(40)亦會被該二導桿(36)同步帶動而上升，使該喷頭（12) 離開該容槽(21)，使用者即可觀察清潔液是否順暢地流經該 噴頭（12)，若清潔液可順暢地流經該喷頭（12)，即可直接該 20噴頭（12)取下，若清潔液無法順暢地流經該噴頭（12)，表示 該噴頭（12)仍有堵塞的狀況，則必須再按壓該控制鈕(24)， 使該旋轉件(33)往相反方向旋轉，該橫桿(34)即可帶動該二 導桿(36)下降，藉以將該噴頭（12)再置放於該容槽(21)的清 潔液中，繼續進行清洗的動作。 11 129010115 20 . The nozzle cleaning machine of the present invention cleans the nozzle by using a cleaning liquid. The lifting device can be lifted by the lifting device to lift the nozzle away from the container to facilitate the user to observe the state of the lens cleaning. . DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The following description of the preferred embodiment of the present invention is provided to illustrate the structure and the structure of the present invention. The drawings used in the drawings are briefly described as follows: Figure is a perspective view of a preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a side elevational cross-sectional view of a preferred embodiment of the present invention, mainly showing the position of the heater and the ultrasonic wave generating a defect; f is a rear view of a preferred embodiment of the present invention; A side elevational cross-sectional view of a preferred embodiment of the present invention mainly shows the state of the lifting device. The fifth drawing is a front view showing a lifting device according to a preferred embodiment of the present invention. The top view of the crossbar provided by the preferred embodiment; the seventh figure is a top view of a preferred embodiment of the present invention; the eighth figure is a schematic view of the pipeline of a preferred embodiment of the present invention, mainly showing 5 1290101 unclear, liquid The state of flow when the nozzle is cleaned from top to bottom; the ninth diagram is a schematic diagram of another pipeline according to a preferred embodiment of the present invention, mainly showing the state of flow when the cleaning liquid is cleaned from the bottom to the top; The internal rear view of the preferred embodiment shows a state in which the lifting device is raised; FIG. 11 is a front view showing mainly the state in which the lifting device of the preferred embodiment of the present invention is raised; Figure 12 is a side view of a preferred embodiment of the present invention, mainly showing the state in which the rack is raised. 10 is a head washing machine (10) according to a preferred embodiment of the present invention. The head washing machine (10) includes a body (2〇) and a lifting device (30). , a shelf (40), two pumps (5 〇), two first switching valves (60), two first conduits (70), two filters (8 〇), two second switching valves (9 〇 ), two communicating tubes (100), two second conduits (110), and two G conduits (12 inches). 15 The body (20) is substantially rectangular and has a receiving groove (21) recessed on the top surface thereof for holding clothes/months > sputum. The front side of the body (20) is provided with a plurality of control buttons (22) (23) (24) ' and a control circuit (25) is disposed inside the body (20) under the cavity (21). The controller (26) and an ultrasonic generator (27), as shown in the second figure, the control buttons (22) (23) (24) utilize the control circuit (25) 20 and the heater (26) respectively Electrically connected to the ultrasonic generator (27), the 5H heater (26) can be controlled to heat the cleaning liquid in the housing (21) or control the super-chopping generator (27) to the housing ( The cleaning solution in 21) produces ultrasonic oscillations. In addition, the body (20) extends a support plate (28) in the rear direction of the receiving slot (21), and a switching device 6 1290101 (29) is disposed at the bottom of the rear side of the body (20), such as the third As shown, the switching device (29) is electrically connected to the control circuit (25). % 15 20 together with reference to the third to fifth figures, each lifting device (3) is provided on the body (20), which has a fixing plate (31), a driving device (5), a rotating member (33), A crossbar (34), two guiding members (35) and two guiding rods (36). The fixing plate (31) is located at the rear of the supporting plate (28) and has a second long groove (312) and a second long groove respectively located on the left and right sides of the first long groove (312) (31 sentences; In this embodiment, the driving device (32) is a motor, which is behind the fixing ^ (31) and is electrically connected to the control button (23) (24); the rotating member (33) is connected to the a driving device (32), wherein the rotating member (33) is driven by the driving device (32) (four) ground (four), the rotating member (33) is circumferentially threaded; the horizontal cup (34) is located at the fixing plate ( 31) The front side of the front side has a first connecting portion (342) and two second connecting portions (344) extending in the direction of the long slots (312) (314), respectively, as shown in the sixth figure. The first connecting portion (which has a screw hole (343) that can be screwed to the rotating member (33), and the two second connecting portions=) respectively have two through holes (345) (346); The guiding member (35) is locked to the perforation (345)' and is inserted in each of the second (4) (3U); the two guiding rods (36) are located on the left and right sides of the Langding plate, and The bottom end is respectively locked to the two perforations (346), and the top end is vertically forwarded, by the drive; The drive (10) will rotate in place and drive the first connection (Γ12) to rise or fall along the first long groove (312) so that the crossbar (34) can be = The first connecting portion (344) moves along the two second long grooves (314) to move the two guiding rods (36) to rise or fall. The matching of the month and the reference is shown in the seventh figure, the placing frame (4G) There are two placing plates (42), 7 1290101 four rods (44) and three fixing pieces (46); the two placing plates (42) are respectively placed in the three-turn (36) of the lifting and lowering (10); Two of the towers (Μ) are also locked to the front end of the two placement plates (42), and the other two towers (four sentences are locked up and down in parallel to the two placement plates (42) The rear end of the support rods (44) is provided with three side-by-side fixing pieces (46), and each of the fixing pieces (46) is separated by a distance, so that the fixing pieces (46) can be separated from each other. The head (12) for cleaning is additionally provided, and an elastic member (48) is respectively disposed between the placing plate (42) and the fixing portion (46) of the outer side. (the spring as shown), the two ends of the elastic member (48) respectively abut the fixing piece (46) and the positioning Release plate (42); 1 When the nozzle (12) is to be placed between the fixing pieces (46), the outer fixing piece (46) is respectively directed to the elastic member (48) by the elastic force The two placing plates (42) are pushed away to insert the head (12), and then by the elastic force of the elastic member (48), the outer fixing piece (46) faces the head (12). The head is tilted against the nozzle (12). 15 Referring again to the third drawing, each of the pumps (50) is mounted inside the body (20) and located on the rear side of the fixing plate (31) of the lifting device (30). Each of the pumps (5〇) has a first guiding hole (52) and a second guiding hole (54). Referring to the first, third and seventh figures, each of the first switching valves (6〇) is mounted on the support plate (28) of the body (20), which has a lower connection port (not shown) 20), an upper connection port (64), a rear connection port (66) and a switching handle (68), wherein the lower connection port, the upper connection port (64) and the switching handle (68) are located at the support The front side of the plate (28) is located on the rear side of the support plate (28). Each of the first switching valves (60) is switchable between a first position and a second position by the control of each of the switching handles (68), wherein each of the first 8 1290101 switching valves (60) is located In the first position, the lower connection port is in communication with the rear connection port (66), and when each of the first switching valves (6〇) is located in the second position, the upper connection port (64) is connected to the rear connection port The interface (66) is connected. Please refer to the eighth figure, each of the first conduits (7〇) has an A conduit 5 (72) and a B conduit (74), wherein each of the A conduits (72 ends are connected to the first rotary valve ( 60) under the connection port, the other end protrudes into the pocket (21), each of the B' tubes (74) ends connected to the first switching valve (6〇) after the connection port (66), and the other end is connected a first guiding hole (52) of each of the pumps (50). Each of the filters (80) is fixed to a fixing plate (31) of the lifting device (3), and is connected to each of the first conduits (70) And a conduit (74) between each of the first switching valve (60) and each of the pumps (5〇) for filtering the cleaning liquid in the housing (21). The valve (90) is mounted on the support plate (28) of the body (20), and has a lower connection port (92), an upper connection port (94), a rear connection port (96) I5 and a switch handle (98). Wherein the lower connection port (92), the upper connection port and the switching handle (98) are located on a front side of the support plate (28), and the rear connection port (96) is located on the support plate (28) a rear side. Each of the second switching valves (90) can be in a first position by the control of each of the switching handles (98) Switching between a second position and a second position, when the second switching valve (90) is in the first position, the 20 lower connection port (92) is in communication with the rear connection port (96), and each of the When the two switching valve (90) is in the second position, the upper connecting port (94) is in communication with the rear connecting port (96). Each of the connecting pipes (100) is disposed on the supporting plate of the body (20) ( 28) a front side having an E-duct (1〇2) and an f-duct (104), the E-duct (102) 9 12.901, 01 being connected to one end of the F-duct (104), and the other end being connected separately The connection port (64) above the first switching valve (60) and the connection port (94) above the second switching valve (9) are further referred to the first, third and eighth figures, respectively. The second guide 5 tube (110) has a C duct (112) and a D duct (114), wherein one end of the C duct (112) is connected to the second switching valve (90) after the connection port (96), and One end is connected to the second guiding hole (54) of the pump (50), one end of the D-duct (114) is connected to the E'F conduit (1〇2) (1〇4), and the other end is connected to the nozzle to be cleaned. (12) One end of each of the G conduits (120) is connected to the second conversion (9) is connected to the (7) interface (92), and the other end extends into the housing (21). Through the above structure, please refer to the first and third figures, when the user wants to use the present invention to clean the In the nozzle (12), the head (12) is first placed between the fixing pieces (46), and the head (12) is placed in the cleaning liquid of the tank (21), and then The D conduit (114) is connected to the spray head (12). If the user 15 wants to clean the spray head (12) from top to bottom, the first switching valve (60) must first be switched to the first position. Connecting the lower connecting port to the rear connecting port (66), and switching the second switching valve (9〇) to the second position to connect the upper connecting port (94) with the rear connecting port (96) In this way, when the user activates the switch t (29) ' as shown in the eighth figure, the cleaning liquid is sucked by the a catheter (72) and then flows through the B catheter (74), and After being filtered by the filter (80), it flows through the C, F conduit (112) (1〇4), and finally is ejected by the D conduit (114), thereby circulating the nozzle from top to bottom. ); if the user wants to clean the nozzle from the bottom up (12) , the first switching valve (60) must be switched to the second position 'to connect the upper connection port (64) with the rear connection port (66), and the 1290101 second switching valve (90) is switched to The first position communicates the lower connection port (92) with the rear connection port (96), so that when the user activates the switch device (29), as shown in the ninth figure, the cleaning liquid is The d conduit (114) is sucked, and the cleaning liquid flows through the nozzle (12) from bottom to top, then flows through the E, B conduit / 5 (102) (74), and is filtered through the filter (80). And then flowing through the c-catheter (I12)' is finally ejected by the G-catheter (120), thereby rinsing the mouth (12) from bottom to top. During the cleaning process, the user can control the heater (26) to heat the cleaning liquid in the tank (21) or control the ultrasonic generator (27) at any time by using the control button (22). The cleaning liquid in the tank (21) produces a supersonic 10-wave oscillation to increase the cleaning effect. Referring to the tenth to twelfth drawings, after the nozzle (12) is cleaned for a period of time, the user wants to confirm the cleaning condition of the nozzle (12), and the control button (23) can be pressed to make the driving The device (32) drives the rotating member (33) to rotate. At this time, as shown in the tenth and eleventh views, the first connecting portion (342) 15 of the crossbar (34) will be rotated by the rotating member. (33) rotates and rises, and the crossbar (34) raises the two guide rods (36) with the φ, so that, as shown in Fig. 12, the placement frame (40) is also The two guiding rods (36) are synchronously driven to rise, so that the nozzle (12) leaves the pocket (21), and the user can observe whether the cleaning liquid flows smoothly through the nozzle (12), and the cleaning liquid can be smoothly performed. If the nozzle (12) flows through the nozzle (12), the 20 nozzle (12) can be directly removed. If the cleaning liquid cannot smoothly flow through the nozzle (12), indicating that the nozzle (12) is still clogged, it must be Pressing the control button (24) again, the rotating member (33) is rotated in the opposite direction, and the crossbar (34) can drive the two guiding rods (36) to descend, thereby repositioning the nozzle (12) Cleaning solution of the tank (21) Continued cleaning action. 11 1290101
藉此，本發明之喷頭清洗機(ίο)利用清潔液以不同的方 向清洗該喷頭（12)之後，可透過該升降裝置(30)的導桿(36) 帶動該置放架(40)上升，使該噴頭（12)離開該容槽(21)，用 以方便使用者觀察該喷頭（12)清洗的狀況。 12 12.90101 【圖式簡單說明】 =一圖係本發明一較佳實施例之立體圖。 婁顧弟l係本發明-較佳實施狀側視部分剖視圖，主 要^加熱器與超音波產生器之位置。 f二圖係本發明-較佳實施例内部之後視圖。 弟四®穌發明—較佳實施狀侧視部分剖視圖，主 要”、、員不升降裝置之狀態。 第五圖係一前視圖，主要顯示本發明—較佳實施例所 致仏之升降裝置。 第六圖係本發明一較佳實施例所提供之橫桿的俯視 圖0 ，七圖係本發明一較佳實施例之俯視圖。 八生^八圖係本發明一較佳實施例之管路示意圖，主要顯 1不β ^液由上而下清洗噴頭時流動之狀態。 15 第九圖係本發明一較佳實施例之另一管路示意圖，主 要顯=清潔液由下而上清洗噴頭時流動之狀態。 第十圖係本發明一較佳實施例内部之後視圖， 示升降震置上升之狀態。 要巧 第十一圖係一正視圖，主要係顯示本發明一較 20例所提供之升降裝置上升之狀態。 貫^ 第十二圖係本發明一較佳實施例之側視圖，主 置放架上升之狀態。 .、、、頁不 13 1290101Thereby, after the nozzle cleaning machine of the present invention cleans the nozzle (12) in different directions by using the cleaning liquid, the placement frame can be driven through the guide rod (36) of the lifting device (30). Raising, the nozzle (12) leaves the pocket (21) for the user to observe the condition of the nozzle (12) cleaning. 12 12.90101 [Simple Description of the Drawings] = A drawing is a perspective view of a preferred embodiment of the present invention. BRIEF DESCRIPTION OF THE DRAWINGS The present invention is a side elevational cross-sectional view of a preferred embodiment, the position of the main heater and the ultrasonic generator. f is a rear view of the interior of the preferred embodiment of the invention. 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 。 Figure 6 is a top plan view of a crossbar of a preferred embodiment of the present invention. Figure 7 is a plan view of a preferred embodiment of the present invention. The main flow is the state of the flow of the liquid from the top to the bottom. 15 The ninth figure is another schematic diagram of the pipeline according to a preferred embodiment of the present invention, mainly showing that the cleaning liquid is cleaned from the bottom to the top. The tenth figure is an internal rear view of a preferred embodiment of the present invention, showing a state in which the lifting and lowering is raised. It is to be noted that the eleventh drawing is a front view, mainly showing a more than 20 examples of the present invention. The state in which the lifting device is raised. Fig. 12 is a side view of a preferred embodiment of the present invention, the state in which the main rack is raised. ., ,, Page 13 1390101
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【主要元件符號說明】 噴頭(12) 本體(20) 控制鈕(22)(23)(24)控制電路(25) 超音波產生器(27)支撐板(28) 升降裝置(30) 喷頭清洗機(10) 容槽(21) 加熱器(26) 開關裝置(29) 第一長槽(312) 旋轉件(33) 螺孔(343) 導引件(35) 置放板(42) 彈性件(48) 第二導孔(54) 後連接口（66) A導管(72) 第二轉換閥(90) 後連接口 (96) E導管(102) C導管(112) 第二長槽(314) 橫桿(34) 第二連接部(344) 導桿(36) 支撐桿(44) 栗浦(50) 第一轉換閥(60) 切換把手(68) B導管(74) 下連接口（92) 切換把手(98) F導管(104) D導管(114) 固定板(31) 驅動裝置(32) 第一連接部(342) 穿孔(345)(346) 置放架(40) 固定片（46) 第一導孔(52) 上連接口（64) 第一導管(7〇) 過濾器(80) 上連接口（94) 連通管(100) 第二導管(11〇) G導管(120) 14[Main component symbol description] Nozzle (12) Main body (20) Control button (22) (23) (24) Control circuit (25) Ultrasonic generator (27) Support plate (28) Lifting device (30) Nozzle cleaning Machine (10) Capacitor (21) Heater (26) Switching device (29) First long groove (312) Rotating member (33) Screw hole (343) Guide member (35) Placing plate (42) Elastic member (48) Second pilot hole (54) Rear connector (66) A conduit (72) Second switching valve (90) Rear connector (96) E-catheter (102) C-catheter (112) Second long slot (314 ) Crossbar (34) Second connection (344) Guide rod (36) Support rod (44) Lipu (50) First switching valve (60) Switching handle (68) B conduit (74) Lower connector (92) ) Switching handle (98) F-cavity (104) D-catheter (114) Fixing plate (31) Drive unit (32) First connection (342) Perforation (345) (346) Shelf (40) Fixing plate (46) ) First guide hole (52) Upper connection port (64) First conduit (7〇) Filter (80) Upper connection port (94) Connection tube (100) Second conduit (11〇) G conduit (120) 14