1313192 九、發明說明： 【發明所屬之技術領域】 本發明係有關於一種「多功能灑水器結構改良」，其利 用導水件兩側之入水孔與出水座之水道相對形成—空間而 以止水環密貼於組裝孔内壁達到全方位進水及導水;擋 水蓋之牽制並同步與旋動件具彈卡定位之設計，僅需 水蓋往一側旋扳即可使導水件及旋動件同步旋動，進而^ — 變旋動件之喷嘴塊、出水孔及導水件之出水孔角度，令該 , 灑水座於使用上更為靈活不受限而提升功能性，達最佳使 用狀態者。 【先前技術】 按’一般常見之立式灑水器（如美國專利公告第us D443674 S 號、第 US D443914S 號及第 US D444848S 號）， 其喷嘴之角度大多設為固定式，以致使用上，無法隨場地 * 或使用者之需要而任意改變喷水角度，令其使用上較為受 φ 限而降低功能性者。 本發明人有鑑於此，即本著創作之精神，乃思及製程 及裝設之方法創作而不斷地試驗製程方法及製品，經由多 • 次試驗及多年經驗，而有改進現今缺失之本創作，進而提 出本發明。 '9 【發明内容】 本發明之主要目的，乃在提供一種多功能灑水器結構 改良，其利用導水件兩側之水平擋面及活動彈件的卡塊分 1313192 別受之帶動孔的牽制及彈卡於旋動件之卡溝之設 Γ 水蓋往一側旋扳即會同步帶動導水件及旋動 二封閉端及封蓋順組裝孔作旋動，進而改變 出水孔及導水件之出水孔角度，令該灑 用上更為靈活不受限而提升功能性，達最佳使用 改f本乃在提供-種多功能灑水器結構 Γ4而入水孔與出水座之水道相對形 ΐ二 ==貼於組裳孔内壁達到全方位進水之 利進入導水區由出水孔經旋動件及喷嘴塊喷j 改二’乃在提供-種多功能灑水器結構 動孔相互㈣，令導水件 讀面與擋水蓋之帶 轉動依不同之喷嘴塊改變供旋轉件順導水件 出水孔保持平齊與旋動件之孔道==== 卡溝與卡塊相互彈卡^轉件調整至任何位置’均可利用 出水孔可確實保持相=計下’使導水件及旋轉件之 、，促使操作上更為輕鬆簡易者。 【實施方式】 如第-圖所細說明本發明之最佳實施例如后·· 第二圖〜第九圖創作之立體分解圖（請同時參考 360度單向旋動古、」7器係於一可作角度上往復旋動及 具有二出水孔⑴、H，）及一葉輪⑽之水 1313192 馬達（10)上方設一出水座（20)，於水馬達（10)之頂端凸緣 (13)及出水座（20)之内壁相對位置分別設有可相互嵌卡定 位之凹槽（14)及凸塊（21)，出水座（20)頂面對稱凸設有具 組裝孔（22)之撐耳（23)供一導水件（30)橫向穿設跨置，該 撐耳（23)内部呈中空狀而於組裝孔（22)下方内壁順其弧面 貫設一通至底面之水道（24)與水馬達（1〇)之二出水孔 (11、11’ ）相通’且二撐耳（23)間形成一活動空間（25)與 一旋轉件（40)及一擋水蓋（50)相配合，導水件（3〇)之内部 °又呈中空狀形成一導水區（3 01)，一側設一較大徑外環面具 弧形入水孔（311)之封閉端（31 )，另一侧設一較小徑外環面 具弧形導水孔（321)之開口端（32)與一外環面具弧形入水 孔（331)之封蓋（33)相套設，且開口端（32)之外侧及封蓋 (33)之内部對稱切設有呈平面狀可相互限制之契合面（322) 及被契合面（332)，於封蓋（33)及封閉端（31)之入水孔 (3Π、331)兩侧各凹設一環槽（312、333)供一止水環（34) 套設，令封閉端（31)及封蓋（33)之止水環（34)恰可位於水 道（24)之兩側且密貼於組裝孔（22)之内壁使入水孔（311、 331)與水道（24)相對形成一空間（〇，並於導水孔（321)之 —側凹設一環槽（323)供一止水環（324)套設而密貼於封蓋 (33)之内壁，於導水件（3〇)之中段一側設一與導水區（3〇1) 相通外圍套设一具止水環（351)之出水孔（35)，且封閉端 (31)及封蓋（33)之一側對稱切設一水平擋面（313、334)， 於水平擋面（313)之一侧設一較小徑之契合段（36)，上下接 設-擋肋(37)形成-導口 (38)供一匸形具導腳(391)之活 動彈件（39)枢穿組設，該活動彈件（39)之二導腳（391)上並 凸設之播塊⑽2)且雛—呈圓弧狀具卡塊⑽）之貼合面 1313192 (394) ’該卡塊（393)恰與出水孔（35)保持平齊，旋轉件（4〇) 係設呈圓環狀中心設一孔道（41)，擋水蓋（5〇)之一側設一 供方疋轉件（40)樞容之圓弧形樞槽（μ)，於樞槽（η)兩側壁 貫設一兩侧切設呈水平狀之帶動孔與孔道（41)相對而 同步穿設於導水件（30)位於活動空間（25)，且帶動孔（52) 恰與水平擒面（313、334)契合，於孔道（41)之内壁環設若 干出水孔（42)及卡溝（43)恰與出水孔（35)及卡塊（393)相 對設置令止水環（351)密貼於孔道（41)内壁，而卡塊（393) 即彈卡於卡溝（43)令出水孔（35)與出水孔（42)相對，於旋 轉件（40)之外環面對應每一出水孔（42)之位置隔設有若干 槽區（44)各配合組設一噴嘴塊（45)，每一槽區（44)内分別 設有長橢圓形凸緣（441)、階狀凸緣（442)、環狀凸緣（443) 及矩形狀凸緣（444) ’而每一噴嘴（45)係配合每一槽區（44) 之凸緣（441、442、443、444)分別設有長橢圓形組接孔 (451)、内壁具若干阻水肋之圓階狀組接孔（452)、内壁相 對側分別設一開口及一阻水肋之環狀組接孔（453)及一内 壁具若干喷水孔之矩形組接孔（454)者。 如第十圖所示’當水流由水馬達（1〇)之任一出水孔 (11、11’）輸出而帶動葉輪（12)使出水座（20)連同水馬達 作往復之旋動或360度單向旋動時，水流即會經出水座（20) 兩側撐耳（23)之水道（24)順空間（A)由導水件（30)兩侧之 封蓋（33)及封閉端（31)之入水孔（311、331)友開口端（32) 之導水口（321)進入導水區（3〇1)由出水孔（35)經旋轉件 (40)之出水孔（42)喷出，當旋轉件（4〇)之出水孔（42)外側 槽區（44)之喷嘴塊（45)係為長橢圓形組接孔（445)時，水流 即受狹長橢圓形之阻礙下呈扇狀往外擴散噴出（如第十一 1313192 圖所示），欲改變不同之水花時，則利用導水件（3〇)之兩侧 設有一水平擋面（313、334)與擋水蓋（50)之帶動孔（52)相 互牽制之設計，令旋轉件（40)之孔道（41)可順導水件（3〇) 於樞槽（51)内轉動作調整，當旋轉件（4〇)轉動（如第十二圖 所示）時，活動彈件（39)之卡塊（393)即會脫離卡溝（43)受 孔道（41)内壁之推抵使導腳（391)延導口（38)滑移至擋塊 (392)抵於擋肋（37)至下一卡溝（43)與卡塊（393)相對時， 活動彈件（39)之卡塊（393)即再度彈卡於卡溝（43)使旋動 件（40)定位，即可改變旋動件（4〇)以不同之出水孔（42)與 導水件（30)之出水孔（35)相對，當旋動件（4〇)調整至槽區 (44)之喷嘴塊（45)内壁具若干阻水肋之圓階狀組接孔（452) 與出水孔（35)相通時，水流受阻水肋之阻擋而集中呈水柱 狀喷出（如第十三圖所示），當槽區（44)之喷嘴塊（45)内壁 相對侧分別設一開口及一阻水肋之環狀組接孔（453)與出 水孔（35)相通時，水流因阻水肋之阻擋及開口無阻礙下產 生強弱而呈現由遠漸序變近擴散狀噴出（如第十四圖所 示），當槽區（44)之噴嘴塊（45)内壁具若干噴水孔之矩形組 接孔（454)與出水孔（35)相通時，水流則會集中由各喷水孔 噴出（如第十五圖所示），且，利用導水件（3〇)兩側之水平 擋面（313、334)及活動彈件（39)的卡塊（393)分別受擋水蓋 (50)之帶動孔（52)的牽制及彈卡於旋動件（4〇)之卡溝（幻） 之設計，僅須將擂水蓋（50，如第十六圖至第十九圖所示） 往一側旋扳即會同步帶動導水件（3〇)及旋動件（4〇)，使導 水件（30)之封閉端（31)及封蓋（33)順組裝孔（22)作旋動， 進而改變旋動件（40)之喷嘴塊（45)、出水孔（42)及導水件 (30)之出水孔（301)任一角度，令該灑水座於使用上更為靈 1313192 活不受限而提升功能性，達最佳使用狀態者。 綜上所述，當知本發明具有產業上利用性與進步性， 且本發明未見於任何刊物，亦具新穎性，當符合專利法第 二十一條及二十二條之規定，爰依法提出發明專利申請， 懇請貴審查委員惠准專利為禱。 唯以上所述者，僅為本發明之其中較佳實施例而已， 當不能以之限定本發明實施之範圍；即大凡依本發明申請 專利範圍所作之均等變化與修飾，皆應仍屬本發明專利涵 蓋之範圍内。 【圖式簡單說明】 第一圖：係為本發明之立體分解圖。 第二圖：係為本發明之出水座剖面圖。 第三圖：係為本發明之導水件平面圖。 第四圖：係為本發明之旋轉件與喷嘴塊之立體分解圖。 第五圖：係為本發明之旋轉件剖面圖。 第六圖：係為本發明之立體組合圖。 第六圖之一：係為本發明之局部立體剖面圖。 第七圖：係為本發明之局部組合剖面圖。 第八圖：係為本發明之平面組合暨局部剖面示意圖。 第九圖：係為本發明之另一平面組合暨局部剖面示意圖。 第十圖：係為本發明之水流由出水座進入導水件由出水 孔喷出示意圖。 第十一圖：係為本發明之水流呈扇形擴散喷出示意圖。 第十二圖：係為本發明之旋轉件順導水件調整改變不同 11 1313192 喷嘴塊與導水件出水孔之動作示意圖。 第十三圖：係為本發明之旋轉件調整至水流呈柱狀喷出 之示意圖。 第十四圖：係為本發明之旋轉件調整至水流由遠漸序變 近擴散狀喷出之示意圖。 第十五圖：係為本發明之旋轉件調整至水流集中由各噴 水孔喷出之示意圖。 第十六圖：係為本發明之擋水蓋調整動作圖一。 第十七圖：係為第十六圖之導水件及旋動件同步隨擋水 蓋旋動示意圖。 第十八圖：係為第十七圖之出水狀態示意圖。 第十九圖：係為本發明之擋水蓋調整動作圖二。 【主要元件符號說明】 10…. ••水馬達 11 ' 11，……出水 12*··· ••葉輪 13- …·凸緣 14···· ••凹槽 20". …·出水座 2l··.. ••凸塊 22... •…組裝孔 23···· ••撐耳 24… …·水道 25…. 30" •…導水件 301" …·導水區 31" •…封閉端 311" …*入水孔 312. …··環槽 313" …·水平擔面 32" •…開口端 321" …·導水孔 322. .....契合面 323.. …·環槽 324· •…·止水環 12 1313192 33.. •…封蓋 331“ …·入水孔 332· .....被契合面 333" …·環槽 34.. 334·. …·水平擔面 35.. …·出水孔 351" …·止水環 36- …·契合段 37…. …擋肋 38- ….導口 39… …活動彈件 391· …··導腳 392- …·播塊 393· …卡塊 394- …·貼合面 40.· …·旋轉件 41··· …孔道 42.. …·出水孔 43… …卡溝 44.. …·槽區 45- …喷嘴塊 441 、442、443、444… …凸緣 451 、452、453、454"· ••組接孔 50- …·擔水蓋 5l··· …樞槽 52.. …·帶動孔 A..... .空間1313192 IX. Description of the Invention: [Technical Field] The present invention relates to a "multifunctional sprinkler structure improvement" which uses a water inlet hole on both sides of a water guide member to form a space opposite to a water passage of a water outlet seat. The water ring is closely attached to the inner wall of the assembly hole to achieve all-round water inlet and water guiding; the water retaining cover is pinned and synchronized with the design of the rotating member with the elastic card positioning, and only the water cover is turned to one side to make the water guiding member and the rotating water Synchronous rotation of the moving parts, and thus the nozzle block of the rotating member, the water outlet hole and the water outlet hole angle of the water guiding member, so that the sprinkler seat is more flexible and unrestricted in use, and the function is improved, and the best is achieved. Use the status. [Prior Art] According to the 'commonly used vertical sprinklers (such as US Patent Publication No. D443674 S, US D443914S and US D444848S), the angles of the nozzles are mostly fixed, so that they are used. It is not possible to change the water spray angle arbitrarily according to the site* or the user's needs, so that the use is more limited by φ and the functionality is reduced. In view of the above, the present inventors have continually tested the process methods and products in the spirit of creation, thinking and process and installation methods, and through many trials and years of experience, have improved the present invention. The invention is further proposed. '9 SUMMARY OF THE INVENTION The main object of the present invention is to provide an improved structure of a multi-function sprinkler, which utilizes the horizontal blocking surface on both sides of the water guiding member and the block of the movable elastic member 1313192 to be pinned by the moving hole. And the elastic card is arranged on the groove of the rotating member. When the water cover is turned to one side, the water guiding member and the rotating two closed ends and the sealing cover are arranged to rotate, thereby changing the water outlet and the water outlet of the water guiding member. The angle makes the sprinkler more flexible and unrestricted and enhances the functionality. The best use of the f is to provide a multi-functional sprinkler structure Γ4 and the water hole and the water outlet of the waterway are opposite to each other. = affixed to the inner wall of the group's skirt hole to achieve the full range of water into the water-conducting area from the water outlet through the rotating parts and the nozzle block spray j change two 'is provided - a variety of multi-function sprinkler structure moving holes mutual (four), let the water guide read The surface of the cover and the cover of the water retaining cover are changed according to different nozzle blocks. The water supply hole of the rotary member is kept flush with the water outlet of the rotating member and the hole of the rotary member is replaced. ==== The card groove and the block are mutually elastically clamped. 'Can use the water hole to really maintain the phase = count ,, Water fittings and the guiding of the rotary member who led the operation easier simple. [Embodiment] The best embodiment of the present invention is described in detail in the drawings, for example, the second exploded view of the second to the ninth drawings (please refer to the 360-degree one-way rotation, the seventh) A water reciprocatingly rotating and water having two water holes (1), H, and an impeller (10) 1313192 A water outlet (20) is arranged above the motor (10) at the top flange of the water motor (10) (13) And the opposite positions of the inner wall of the water outlet seat (20) are respectively provided with grooves (14) and protrusions (21) which can be mutually inserted and positioned, and the top surface of the water outlet seat (20) is symmetrically convexly provided with the assembly hole (22). The lug (23) is provided for the lateral direction of the water guiding member (30). The inner portion of the supporting lug (23) is hollow, and the inner wall below the assembling hole (22) is disposed along the arc surface of the assembly hole (22) to the water channel of the bottom surface (24). ) communicating with the water outlet (11, 11') of the water motor (1〇) and forming an active space (25) and a rotating member (40) and a water blocking cover (50) between the two ears (23) Cooperating, the inner part of the water guiding member (3〇) is hollow to form a water guiding area (3 01), and one side is provided with a closed end (31) of a large diameter outer ring mask curved water inlet hole (311). On the other side, an open end (32) of a small diameter outer ring mask curved water guiding hole (321) is sleeved with an outer ring mask curved water inlet hole (331) cover (33), and the open end (32) The outer side and the inner part of the cover (33) are symmetrically cut into a plane-like mutually constrainable matching surface (322) and a matching surface (332), at the cover (33) and the closed end (31) A ring groove (312, 333) is recessed on both sides of the water inlet hole (3Π, 331) for a water stop ring (34) to be set so that the closed end (31) and the water stop ring (34) of the cover (33) are just The inner wall of the water channel (24) and the inner wall of the assembly hole (22) can make the water inlet hole (311, 331) and the water channel (24) form a space (〇, and the side of the water guiding hole (321) A ring groove (323) is recessed for a water stop ring (324) to be closely attached to the inner wall of the cover (33), and a water guiding area (3〇1) is arranged on one side of the middle part of the water guiding member (3〇) A water outlet hole (35) of a water stop ring (351) is disposed around the outer periphery, and a horizontal stop surface (313, 334) is symmetrically cut on one side of the closed end (31) and the cover (33). One side of the face (313) is provided with a smaller diameter fit section (36), on the upper side The connecting-rib rib (37) forms a guide port (38) for pivoting the movable elastic member (39) of a 具-shaped guide pin (391), and the two guiding legs of the movable elastic member (39) ) The upper and the protruding broadcast block (10) 2) and the young--the arc-shaped block (10)) of the fitting surface 1313192 (394) 'The block (393) is just flush with the water outlet (35), the rotating piece (4〇) The system is provided with a hole (41) in the center of the ring, and a circular arc-shaped pivot groove (μ) is provided on one side of the water blocking cover (5〇). The two side walls of the pivot slot (η) are disposed with a horizontally-shaped driving hole opposite to the tunnel (41) and are synchronously disposed through the water guiding member (30) in the movable space (25), and the driving hole (52) is just In conjunction with the horizontal kneading surface (313, 334), a plurality of water outlet holes (42) and a card groove (43) are arranged on the inner wall of the tunnel (41) opposite to the water outlet hole (35) and the block block (393) to stop the water. The ring (351) is closely attached to the inner wall of the tunnel (41), and the block (393) is snapped into the card groove (43) so that the water outlet hole (35) is opposite to the water outlet hole (42), outside the rotating member (40). The annular surface is provided with a plurality of groove regions (44) corresponding to each water outlet hole (42). A nozzle block (45) is disposed, and each groove region (44) is provided with an elliptical flange (441), a stepped flange (442), an annular flange (443) and a rectangular flange ( 444) 'And each nozzle (45) is fitted with a flange (441, 442, 443, 444) of each groove region (44) respectively provided with a long elliptical assembly hole (451), and the inner wall has a plurality of water blocking ribs The circular step grouping hole (452) and the opposite side of the inner wall are respectively provided with an opening and a water blocking rib annular group connecting hole (453) and a rectangular wall connecting hole (454) having a plurality of water spray holes. As shown in the tenth figure, when the water flow is output by any water outlet (11, 11') of the water motor (1〇), the impeller (12) is driven to make the water outlet (20) reciprocate with the water motor or 360. When the unidirectional rotation is carried out, the water flow will pass through the water outlet (24) on both sides of the water outlet seat (20), and the water passage (24) along the space (A) is covered by the cover (33) and the closed end of the water guide member (30). (31) The water inlet (311, 331) of the inlet end (32) of the water inlet (321) enters the water guiding zone (3〇1) and is sprayed by the water outlet hole (35) through the water outlet hole (42) of the rotating member (40). When the nozzle block (45) of the outer groove portion (44) of the water outlet hole (42) of the rotating member (4) is a long elliptical assembly hole (445), the water flow is obstructed by the narrow elliptical shape. The fan is spread out (as shown in the eleventh 1313192). To change the different water splashes, use a horizontal stop (313, 334) and a water stop cover on both sides of the water guide (3〇). The design of the driving hole (52) is mutually restrained, so that the hole (41) of the rotating member (40) can be adjusted by the rotation of the water guiding member (3) in the pivoting groove (51), when the rotating member (4〇) rotates (as shown in Figure 12) When the block (393) of the movable member (39) is released from the inner wall of the groove (43) by the groove (43), the guide (391) of the guide pin (391) is slid to the stop (38). 392) When the rib (37) to the next groove (43) is opposite to the block (393), the block (393) of the movable member (39) is again snapped onto the card groove (43) to rotate The moving member (40) is positioned to change the rotating member (4〇) with different water outlet holes (42) opposite to the water outlet hole (35) of the water guiding member (30), and when the rotating member (4〇) is adjusted to the groove When the inner block of the nozzle block (45) of the zone (44) has a plurality of water-blocking ribs and the circular-shaped set-up holes (452) communicate with the water-discharging hole (35), the water flow is blocked by the water-blocking ribs and concentrated in a water-like column (for example, As shown in Fig. 13), when the opposite side of the inner wall of the nozzle block (45) of the groove portion (44) is respectively provided with an opening and a ring-shaped connecting hole (453) of the water blocking rib and the water outlet hole (35), The water flow is caused by the blockage of the water blocking ribs and the strength of the opening without hindrance, and is discharged from the far-grading to the near-diffusion (as shown in FIG. 14), and the inner wall of the nozzle block (45) of the groove region (44) has several Rectangular set hole (454) of the water spray hole and out When the holes (35) are connected, the water flow will be concentrated from the spray holes (as shown in Figure 15), and the horizontal stop faces (313, 334) and the movable bullets on both sides of the water guide (3〇) will be used. The block (393) of the piece (39) is respectively designed by the pinning hole (52) of the water blocking cover (50) and the card groove (magic) of the rotating member (4〇), only the 擂The water cover (50, as shown in Figures 16 to 19) will rotate the water guide (3〇) and the rotary member (4〇) simultaneously to close the water guide (30). The end (31) and the cover (33) are rotated along the assembly hole (22), thereby changing the nozzle block (45) of the rotating member (40), the water outlet hole (42) and the water outlet hole of the water guiding member (30) ( 301) At any angle, the sprinkler seat is more flexible in use. 1313192 is unrestricted and enhances functionality, which is the best use condition. In summary, when the invention is industrially usable and progressive, and the invention is not found in any publication, it is also novel, and when it complies with the provisions of Articles 21 and 22 of the Patent Law, To file an application for a patent for invention, and ask your reviewer to pay for the patent as a prayer. The above is only the preferred embodiment of the present invention, and the scope of the present invention is not limited thereto; that is, the equivalent variation and modification of the scope of the patent application of the present invention should still belong to the present invention. Within the scope of the patent. BRIEF DESCRIPTION OF THE DRAWINGS The first figure is a perspective exploded view of the present invention. The second figure is a sectional view of the water outlet of the present invention. Figure 3 is a plan view of the water guide of the present invention. Figure 4 is an exploded perspective view of the rotating member and the nozzle block of the present invention. Figure 5 is a cross-sectional view of the rotating member of the present invention. Figure 6 is a perspective view of the invention. One of the sixth figures is a partial perspective sectional view of the present invention. Figure 7 is a partial sectional view of the present invention. The eighth figure is a schematic diagram of the planar combination and partial section of the present invention. Figure 9 is a schematic diagram of another planar combination and partial cross section of the present invention. Fig. 10 is a schematic view showing that the water flow of the present invention is ejected from the water outlet by the water outlet seat. Eleventh image: a schematic diagram of a fan-shaped diffusion spray of the water flow of the present invention. Twelfth figure: It is a schematic diagram of the movement of the nozzle piece and the water outlet hole of the water guide according to the adjustment of the rotating part of the invention. Thirteenth Figure: is a schematic view of the rotating member of the present invention adjusted to a columnar discharge of water. Fig. 14 is a schematic view showing the rotation of the rotating member of the present invention to a state in which the water flow is changed from a far-grading to a near-diffusion. Fig. 15 is a schematic view showing that the rotary member of the present invention is adjusted to discharge water from each of the spray holes. Figure 16 is a diagram of the adjustment operation of the water retaining cover of the present invention. Figure 17 is a schematic diagram of the rotation of the water guiding member and the rotating member with the water retaining cover in the sixteenth figure. Figure 18: A schematic diagram of the state of the water in the seventeenth figure. Figure 19: Figure 2 is the adjustment operation of the water retaining cover of the present invention. [Description of main component symbols] 10.... ••Water motor 11 '11,...water outlet 12*···••impeller 13- ...·Flange 14····•• Groove 20"....·Water outlet 2l··.. ••Bump 22... •...Assembled hole 23····••Support ear 24... Water channel 25.... 30" •...Water guide 301" ...·Water guide 31" •... Closed end 311" ...* water hole 312. ...··ring groove 313" ...·horizontal face 32" •...open end 321" .... water guide hole 322. ..... fit surface 323..... 324· •·· Water stop ring 12 1313192 33.. •... Cover 331 “...·Inlet hole 332· ..... Fitted surface 333" ...· Ring groove 34.. 334·....·Horizontal face 35.. ...· water outlet 351" .... water stop ring 36- ...· fit section 37.... rib 38- .... guide port 39... active spring 391 · ...·· guide pin 392- ... broadcast Block 393· ...block 394- ...· affixing surface 40.···rotating member 41··· ... hole 42..... water outlet hole 43... card groove 44..... slot area 45-...nozzle block 441, 442, 443, 444... convex 451, 452,453,454 " · •• attaching hole group 50 ... lid-carrying water 5l · ·· ... .. ... pivot groove 52 ..... A space-drive aperture.
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