200911379 九、發明說明： 【發明所屬之技術領域】 本發明係關於-種安裝在收容有 扳機式液體噴出器。 心奋益上而使用之 【先前技術】 叛機式之液體噴出器係如下钍槿. 主體上，裝入有掌管液體之抽二：：配置有喷射喷嘴之 藉由反覆拉動操作桿使活塞 《、壓送之泵機構， 器内之内裝液體，近年來，多復移動，而喷出容 劑、芳香劑等之容器(例如曰本專:广豕 報）。 貫公平7-16051號公 且祝此種液體噴出器，一 撐有形成内裝液體之噴出路：疋冑之本體部分懸臂支 端部安裝有對食噴出相關…體(喷出筒)，且於其前 件，但經常會發IS之嶋體賦予旋轉力之旋轉元 性構件之斥力(賦二：Γ:向操作桿側對活塞賦能之彈 上推筒體之方：，=:操作桿通 於此情形時，因操變形。 亦抬起其前端部，本來位置向上方偏•’故活塞 缸體之軸心以同— 、彳呆作柃之拉動操作時，必須對 中， 5軸心動作的活塞會被傾斜壓入缸體之 Τ ’妨礙活塞之往禮较知 態，而且活〜移動’不僅無法維持所需之喷出形 自構m 、、冑之間之密封性會降低，亦擔心引起來 自構件彼此間之液體漏出。 又，此種液體喷屮哭 印益’一般採用於主體之下端部經由進 128981.doc 200911379 入口（進入口之基座部分）藉由旋固而固定保持於容器之口 部的方法，藉由於主體之下端部，在容器之口部與蓋體之 間夾入進入口之基座部分而固定保持，因此主體之下端部 設定為可插通於蓋體之開口程度之直徑，而另一方面，為 了 /、進入口之基座之連結而必須使其内側薄壁化。 忒主體之下端部之薄壁化，例如於因意外之落下等 液體噴出器附加較大之衝擊之情形時，會產生縮小主體前 r 側（噴射噴嘴所位於之側）與蓋體間的間隙之彎曲變护，裝 入主體内之進入口，尤其是進入口之基座部分，或經由進 入口而旋固於W部之蓋體有破損之虞，又 主體易自進入口拔出。 褥、 【發明内容】 弟1發明係關於-種扳機式液體噴出器，其包含 喷嘴’其與旋轉元件相連接；主體，其内裝有泵；及操作 桿，其經由樞轴可擺動地支撐於上述旋轉元件上 、 拉動操作來驅動泵而使内裝液體喷出；且 曰 上述主體包括：橫向之筒體，其插入連結旋轉元 且於其内側形成有内裝液體之噴出路徑；及縱向 與該筒體之噴出路徑連通； 於上述主體之本體部分設置有框苴 而引導該旋轉元件之插入連結，且於其連伸 至^疋轉π件之上表面壁而限制該旋轉元件之移動。於 第2發明係關於一種扳機式液體噴出器，其包人 器本體，其包括於前端部具有嘴射喷嘴且内泵：： 128981.doc 200911379 、—=、’’k由進入口之基座將該主體固定保持於容器之口部 的蓋體’及操作桿，其經由樞軸可擺動地支撐於該噴出器 本體上，藉由其拉動操作來驅動上述果，使容 液體通過噴射噴嘴而噴出；且 又 、上述主體包含：橫向之筒體，其與喷射喷嘴相連接且开, 成内裝液體之1φ ί々 + 噴出路;及本體部分，其具有與該筒體之 贺出路徑相連接之縱向通路，且於其下端部與進入 座相連； < 丞 於上述本體部分之-jr jiU ¥ 士、_p 刀之下^而配置有補強構件，其係位於與芸 之開口端緣之相互間而緩和附加於該部位之 【實施方式】 刀 以下，參照圖式對本發明加以具體說明。 圖I係以其剖面身+ @ 第1發明之扳機式液體喷出器之-實 把形態的圖，圖2(a)〜（e)係 只 品 ^ ^ 1 土饈之十面、正面、側 面、月面、底面的圖，再者， ^ Ψ & > r ifr (a)〜(e)係表示旋轉元件 千面正面、側面、背面、底面的圖。 本實施形態之扳機式液體 者，圖i中之复出盗係包括喷射噴嘴與主體 ^圖1中之1係贺射喷嘴。該 編-及旋轉元件U，其與噴噴 嘴她； 且對與喷射相關之内裝液體 3之“相連結 後方外月辟献罢士 b 予疋轉力。於噴嘴本體U之 炱卜周土配置有與該噴嘴本仏之轉 件Id，並設有凸部（未圖示），/動之止擋 出内裝液體之關閉狀態了，位於择;^=嘴射喷嘴】喷 泵之缸體(後述)之前端面以阻止操作桿1擺動 面與 I2898l.doc 200911379 2係内凌有泵之主體。該主體2包含：橫向之筒體（噴射 筒）2a，其於旋轉元件卜之後端插入連結，且於其内側形 成有内裝液體之噴出路徑R;及本體部分2b，其一體地具 備該筒體2a ·’於本體部分2b上形成有與筒體。之噴出路徑 R相連接之縱向通路Ri。 又，3係與本體部分2b組合之進入口。該進入口 3包含： 筒體3a，其嵌合於本體部分2b之通路心内，及基座补，其 ( 與該筒體3a成為—體且適配於本體部分2b之下端。 4係與噴射噴嘴1共同覆蓋主體2之蓋，5係可將液體噴出 益旋固於容器之口部之蓋體。該蓋體5於頂面具有開口 &，以使主體2之本體部分2b之下端部與進入口 3共同自開 口 5 &插入，且經由—體地設置於該進入口 3之基座3b上之 法蘭31^而於容器之口部挾持。 又，6係刼作桿。該操作桿6經由樞軸7可擺動地支撐（於 旋轉兀件1C之兩側壁設置有缺口部C(參照圖3⑷，使樞軸7 側突出而支撐）於主體2或旋轉元件le上，藉由以該 槐軸7為支點而擺動，驅動泵使容器内之内裝液體通過喷 射噴嘴1而喷出。 係泵。該泵8包含：缸體8a，其具有與主體2之本體部 刀2b之通路心相$接之通路T ;及活塞8b，其於該知體8a 内經由螺旋彈簧而可滑動地被彈性支撐，且具有與操作桿 6之突起6a相連之頭部。 广係-體地設置於主體2之本體部分汕上之成為懸臂支撐 形式的框架。該框架9如圖4中易懂圖解其外觀，包括角型 128981.doc 10· 200911379 材9a、9b ’其等於筒體2a之兩側空開間隔而平行配置且成 倒L字狀剖面。 又’ 10係一體地設置於框架9之角型材9a、9b之相互之 間的可弹性位移之舌片(參照圖2、4)。於該舌片1〇上形成 有開口 1 〇a，且藉由與旋轉元件1 c之突起1 c，適配而於筒體 2a之前端部防脫保持旋轉元件lc。 Η係配置於本體部分2b之通路心内且僅於内裝液體之抽200911379 IX. INSTRUCTIONS OF THE INVENTION: TECHNICAL FIELD OF THE INVENTION The present invention relates to a type of liquid ejector that is housed in a trigger type. [Prior Art] The rebel type liquid ejecting device is as follows: On the main body, the pumping liquid is loaded with the pumping liquid: the piston is arranged to repeatedly pull the operating rod to make the piston The pumping mechanism of the pumping, the liquid contained in the device, in recent years, the multi-removal, and the container of the container, the fragrance, etc. (for example, 曰本专:广豕报).贯公平7-17601, and wish the liquid ejecting device, a propelling passage for forming a liquid to be filled: a body portion of the cantilever portion of the body is provided with a spray-related body (spraying cylinder), and In its antecedent, but often it will send the repulsive force of the rotating meta-component of the body of the IS to the rotation force (2: Γ: the side of the cylinder that pushes the piston to the side of the lever to push the cylinder:, =: operation When the rod passes through this situation, it is deformed due to the operation. It also lifts the front end portion, and the position is biased upwards. Therefore, the axis of the piston cylinder body must be centered when the shaft is in the same direction. The piston of the axial action will be tilted into the cylinder. It will prevent the piston from being more informed, and the live-moving will not only maintain the required self-construction of the spray-shaped self-construction m, and the sealing between the crucibles. Lowering, and also worrying about causing liquid leakage from the components. Moreover, this liquid sneeze is generally used at the lower end of the main body through the entrance of the 128981.doc 200911379 (the base portion of the inlet port) by screwing And the method of fixing and holding the mouth of the container by the main body The lower end portion is fixedly held by sandwiching the base portion of the inlet port between the mouth portion of the container and the lid body, so that the lower end portion of the main body is set to a diameter that can be inserted into the opening of the lid body, and on the other hand, / The connection of the base of the inlet port must be thinned inside. The thinning of the lower end of the main body, for example, when a large impact is imposed on a liquid ejecting device such as an accidental drop, a reduction occurs. The bending of the gap between the front r side (the side where the injection nozzle is located) and the cover body is changed, and is inserted into the inlet opening in the main body, especially the base portion of the inlet port, or is screwed to the W portion through the inlet port. The cover body is damaged, and the main body is easily pulled out from the entrance. 褥, [Description of the Invention] The invention 1 relates to a trigger type liquid ejecting device, which comprises a nozzle 'connected to a rotating element; a main body a pump is mounted therein; and an operating rod pivotally supported on the rotating element via a pivot, and a pulling operation to drive the pump to eject the liquid; and the body comprises: a transverse cylinder inserted into the joint Rotating element And a discharge path of the liquid is formed on the inner side; and a longitudinal direction is connected to the discharge path of the cylinder; a frame is provided on the body portion of the main body to guide the insertion of the rotary element, and the extension is connected to the ^ The second aspect of the invention relates to a trigger type liquid ejecting device, which comprises a mouthpiece nozzle and an inner pump at the front end portion: 128981 .doc 200911379, -=, ''k cover body that holds the main body to the mouth of the container by the base of the inlet port' and the operating lever, which is pivotally supported on the ejector body via a pivot, The pulling operation drives the above-mentioned fruit to cause the liquid to be ejected through the spraying nozzle; and the main body includes: a horizontal cylindrical body which is connected to the spraying nozzle and opened to form a 1φ ί々+ ejection path of the liquid. And a body portion having a longitudinal passage connected to the heeling path of the barrel, and being connected to the access seat at a lower end thereof; < 丞 上述 、 、 、 、 、 、 、 、 、 ^ ^ Configuration There is a reinforcing member which is located between the opening end edges of the crucible and the other end portions of the crucible. [Embodiment] Knife Hereinafter, the present invention will be specifically described with reference to the drawings. Fig. 1 is a view showing a form of a cross-sectional body + @ a trigger type liquid ejecting apparatus according to the first invention, and Figs. 2(a) to (e) are only one piece of ^ ^ 1 ten sides of the soil, front side, The side, the moon, and the bottom, and ^ Ψ &> r ifr (a) to (e) are diagrams showing the front, side, back, and bottom of the rotating surface. In the trigger type liquid of the present embodiment, the retracting thief in Fig. i includes the ejection nozzle and the main body of the first embodiment. The knitting-and-rotating element U is coupled to the spray nozzle; and the "internal connection of the liquid 3 associated with the injection" is provided to the rear of the outer moon. The rotating part Id is arranged with the nozzle, and is provided with a convex portion (not shown), and the movement stops the closed state of the liquid, and is located at the selection; ^= nozzle nozzle; the pump cylinder The front end face of the body (described later) is used to block the swinging surface of the operating lever 1 and the main body of the pump in the I2898l.doc 200911379 2 system. The main body 2 includes a lateral cylindrical body (jetting cylinder) 2a which is inserted at the rear end of the rotating member And a main body portion 2b integrally formed with the cylindrical body 2a, wherein the main body portion 2b is formed with a longitudinal direction connected to the discharge path R of the cylindrical body. Further, the inlet port 3 is combined with the body portion 2b. The inlet port 3 includes: a cylindrical body 3a fitted into the passage core of the body portion 2b, and a pedestal complement, which (with the cylinder 3a) It becomes a body and is fitted to the lower end of the body portion 2b. The 4 series covers the main body 2 together with the injection nozzle 1. The cover, the 5 series, can spray the liquid to the cover of the mouth of the container. The cover 5 has an opening & on the top surface, so that the lower end of the body portion 2b of the main body 2 and the inlet 3 open together. 5 & inserted, and held at the mouth of the container via a flange 31 provided on the base 3b of the inlet port 3. Further, the 6 series is used as a rod. The operating rod 6 is via a pivot 7 Swingably supported (the two side walls of the rotary element 1C are provided with a notch C (refer to FIG. 3 (4), the pivot 7 side is protruded and supported) on the main body 2 or the rotating element le, with the yoke 7 as a fulcrum While swinging, the pump is driven to discharge the liquid contained in the container through the spray nozzle 1. The pump 8 includes a cylinder 8a having a passage to the passage of the body portion 2b of the main body 2. And a piston 8b slidably elastically supported by the coil body 8a via the coil spring, and having a head connected to the protrusion 6a of the operating rod 6. The system is integrally disposed on the body portion of the body 2. The frame is in the form of a cantilever support. The frame 9 is easy to understand as shown in Figure 4, including the angle 128 981.doc 10· 200911379 The material 9a, 9b' is equal to the two sides of the cylindrical body 2a and is arranged in parallel and has an inverted L-shaped cross section. Further, the '10 series are integrally provided to the angular profiles 9a, 9b of the frame 9. a resiliently displaceable tongue relative to each other (see FIGS. 2 and 4). An opening 1 〇a is formed on the tongue 1 ,, and is adapted to the barrel by the protrusion 1 c of the rotating element 1 c The front end of the body 2a is prevented from being held by the rotating element lc. The lanthanoid system is disposed in the passage center of the body portion 2b and is only used for pumping liquid.
吸時開放之止回閥，12係配置於同本體部2b之通路&内且 僅於内裝液體之加壓、屢縮時開放之閥體，13係寂合保持 於進入口 3之開口且抽吸容器内之内裝液體之抽吸管，14 係精由操作桿6之拉動操作而開放並於此時將外部氣體導 入至容器内的外部氣體導入路徑（通過設置於缸體8a之外 ^上所形成之負壓解除用之孔、與缸體8&之外壁及與其嵌 合之本體部分2b之周壁之間的間隙(未圖示)而導入外部氣 體）。 旋轉7G件1C可藉由將其管體lci(參照圖3、釣之開口部分 插入筒體2a之前端部而彼此連結，此時，旋轉元件&之上 表面壁之一部分及與此部分相連接之側面壁之一部分（角 部）抵接於角型材9a、9b之内B，以維持該抵接狀態而 連結。 即使於旋轉元件1〇之突起lc，與舌片1〇之開口心適配之 裝入結束狀態（參照圖1)下，角型材9a、M抵接於旋轉元 件k之角部，此處，例如即便使旋轉元件卜向上位移之力 起作用，該角型材9a，會接收此力，因此旋轉元㈣ 128981,(Joe • 11 · 200911379 不會移動’從而與其相連接之筒體2a不會引起彎曲變护 (應變）。因亦可避免操作桿6及活塞此之前端部之抬起，故 亦無傾斜推壓活塞8b之不良情形。 框架9雖以包括限制旋轉元料之向上移動且成倒l字狀 ==型材9a、9b者為例而表示’但亦可設置成包圍筒 & ㈣剖面或者圓形狀剖面之周壁，使旋轉元件lc 插：該周壁之内側，於此情形時，不僅可限制旋轉元件卜 之向上移動，亦可限制向下或向左右之移動。 &其=-面參照圖5及圖6-面說明第2發明之一實施形 ^ ’對與第1發明之實施形態共同 之:咖上相同之符號。因此’對於無特別說明之部分， 可適當應用第1發明之實施形態中之說明。 本實施形態之扳機式液體喷出器係包括噴射喷嘴與主體 者’圖5中之1係喷射噴嘴。該喷射噴嘴W含：喷嘴本體 la ;噴嘴蓋lb ;及旋韓 、έ & 轉件1C，其與噴嘴本體la之後端相 且對與喷射相關之内裝液體賦予旋轉力。於嗔嘴本體 方外周壁上配置有與該喷嘴本體k轉動同步轉動 有凸部（未圖示）’其係於無法利用喷射 、内4液體之關閉狀態下’位於操作桿6之後表面 人泵之缸體8a之前端面以阻止操作桿之擺動。 -體地設置於本體部分2,之筒部下端之補強構件。 她構件〗5可應用縱向肋，其下緣部…朝向蓋❺之開 :::5’保留極小間隙而延伸，例如於自喷出器之上部施 〇 (因洛下而相之衝擊等）之情形時，補強構件15之 12898i.doc 200911379 下緣部1 5 a抵接於芸辦< ,— 、義體5之開口端緣5'以吸收、緩和該 力’精此避免進入口 3或达棘 ^ 戈液體喷出器之主體2與蓋體5之邊 界口P之破損。補強構件凡 牛杈置於至少缸體8a之下方，較好 的疋亦設置於與其對向之位置。 補強構件1 5可應用5 、苗 夕早一之縱向肋或塊狀之凸部，但 忍至，成形性，如圖6所示，較好的是於本體部分2b之正 面空開間隔排列複數個形成薄壁之縱向肋。 出^為配置有補強構件15之如上述之構成的扳機式液體嗔 體5之::::喷出器向下落下而施㈣^ 並s , 1 β刀亦不會被施加較大之力，因此該部位、尤 入口 3(基座部分％、法蘭3b')、蓋體5不會輕易地破 知，或進入口 3難以自主體2拔出。 主體2可包含於内側收納有喷射喷嘴之至少—部分之蓋 4。_而且，與蓋4另外地構成’將該蓋4裝入主體2之如圖5 I::造者中，亦可於蓋4上一併設置在蓋體5之開口端 \》成極小間隙之凸部4,，#用補強構件15及凸部4,包圍 T出器盘芸體S夕、喜两加 —體5之邊界部之周圍’藉此能可靠地避免該邊 界°卩之破損。 對於補強構件15、凸部4,而言，可設定為填完直至蓋體 5之開口端緣5,為止之整個區域之尺寸，但要加進成形誤差 或裝入誤差而形成極小的間隙。 根據第1發明，於主體之本體部分設置有沿著筒體之軸 ^延伸之框架，使其抵接於旋轉元件之至少上表面壁以限 制其移動，因此筒體不會引起彎曲變形…抬起操作桿 128981.doc •13- 200911379 ^活塞前端部之力不起作用，因此活塞亦不會以傾斜之狀 悲被壓入缸體之中。 根據第1發明’可提供_種扳機式液體喷出器，其當然 可有效避免起因於彈性構 / 稱仵之斥力之同體（噴射筒）彎曲變 形，亦可有效避免來自該彎曲變形之活塞之斜壓。 又:第2發明之液體噴出器藉由於構成主體之本體部分 之下立而與盘體之開口端緣之相互間設置有補強構件，即使 Γ #液體嘴出器附加衝擊力’該衝擊力亦可由補強構件所吸 收緩和，因此能夠避免進入口或液體喷出器與蓋體之 界部之破損。 根，第2發明，可提供—種即使不小心落下等施加意外 之衝$亦不會輕易地破損之扳機式液體喷出器。 【圖式簡單說明】 圖1係以剖面表示第丨發明之扳機式液體喷出器之一 形態的圖。 、 ('， 圖2(a)〜(e)係分別表示圖1所示的扳機式液體噴出器之主 體之平面、正面、側面、背面及底面的圖。 圖3(a)〜(e)係分別表示圖丨所示的扳機式液體噴出器之旋 轉元件之平面、正面、側面、背面及底面的圖。 圖4係主體與旋轉元件之外觀立體圖。 圖5係以剖面表示第2發明的扳機式液體噴出器之一實施 形態的圖。 圖6係表示圖5所示的扳機式液體喷出器之主體本體部分 之正面的圖。 128981.doc -14 - 200911379 【主要元件符號說明】 1 a lb 1 c Id 2 2a 2b 3 3a 3b 3b, 4 4' 5 5a' 10a 5' 6 6a、1 c' 7 8 8a 8b 喷射喷嘴 喷嘴本體 喷嘴蓋 旋轉元件 止擋件 泵之主體 筒體 本體部分 進入口 筒體 基座 法蘭 蓋 凸部 蓋體 開口 開口端緣 操作桿 突起 枢軸 泵 缸體 活塞 128981.doc -15 200911379 9 框架 9a、9b 角型材 10 舌片 11 止回閥 12 閥體 13 抽吸管 14 外部氣體導入路徑 15 補強構件 15a 下緣部 C 缺口部 R 喷出路徑 Ri 縱向通路 128981.doc 16-The 12-series valve is disposed in the passage & of the main body portion 2b and is only open to the valve body during the pressurization and retraction of the liquid, and the 13-series is kept at the opening of the inlet port 3 And the suction pipe containing the liquid in the suction container is opened by the pulling operation of the operating lever 6, and at this time, the external air is introduced into the external gas introduction path in the container (by being disposed in the cylinder 8a) The hole for releasing the negative pressure formed on the outer surface is introduced into the gap (not shown) between the outer wall of the cylinder 8& and the peripheral wall of the body portion 2b fitted thereto. The rotating 7G member 1C can be coupled to each other by inserting the tubular body 1ci thereof (refer to FIG. 3, the fishing opening portion is inserted into the front end portion of the cylindrical body 2a). At this time, one part of the upper surface wall of the rotating element & One portion (corner portion) of the side wall of the connection abuts against the inner portion B of the angle profiles 9a, 9b, and is connected to maintain the abutting state. Even if the protrusion lc of the rotating member 1 is aligned with the opening of the tongue 1 In the loading end state (see Fig. 1), the angular profiles 9a, M abut against the corners of the rotating element k. Here, for example, even if the force of the rotating element is displaced upward, the angular profile 9a will Receiving this force, so the rotating element (4) 128981, (Joe • 11 · 200911379 does not move 'so that the barrel 2a connected thereto does not cause bending and deformation (strain). Since the operating rod 6 and the piston are also avoided Since the portion is lifted, there is no problem that the piston 8b is pushed by the tilting. The frame 9 is represented by an example including the upward movement of the rotating element and the inverted l-shaped shape == the profiles 9a, 9b. Set to surround the cylinder & (four) section or the circumference of the circular section, so that The rotating element lc is inserted: the inner side of the peripheral wall, in this case, not only can the upward movement of the rotating element be restricted, but also the downward or leftward movement can be restricted. &==face refers to FIG. 5 and FIG. The embodiment of the second invention is the same as the embodiment of the first invention: the same reference numerals are used in the coffee machine. Therefore, the description of the embodiment of the first invention can be suitably applied to the portion which is not particularly described. The trigger type liquid ejecting device of the embodiment includes a spray nozzle and a main body of the first embodiment of the spray nozzle of FIG. 5. The spray nozzle W includes: a nozzle body la; a nozzle cover lb; and a rotary Korean, έ & And providing a rotational force to the inner end of the nozzle body la and to the inner liquid associated with the injection. The outer peripheral wall of the nozzle body is disposed with a convex portion (not shown) in synchronization with the rotation of the nozzle body k. It is not possible to use the front end of the cylinder 8a of the surface human pump after the operation lever 6 in the closed state of the spray and the internal liquid 4 to prevent the swing of the operating rod. - The body portion 2 is fixedly disposed at the lower end of the tubular portion. Component. Her component 〗 5 The longitudinal rib can be applied, and the lower edge portion thereof is extended toward the opening of the lid::: 5', and the extension is carried out with a small gap, for example, when the upper portion of the ejector is applied (the impact due to the lower phase, etc.) 12898i.doc 200911379 of the reinforcing member 15 The lower edge portion 1 5 a is abutted against the opening edge 5' of the body 5 to absorb and alleviate the force. The boundary between the main body 2 of the liquid ejecting device and the boundary portion P of the cover body 5 is broken. The reinforcing member is placed under at least the cylinder 8a, and a better crucible is also disposed at a position opposite thereto. The reinforcing member 1 5 5, Miao Xia early longitudinal rib or block-like convex portion can be applied, but forbearance, formability, as shown in Fig. 6, it is preferable to arrange a plurality of thin walls at intervals on the front surface of the body portion 2b. Longitudinal ribs. The trigger liquid type liquid body 5 having the reinforcing member 15 configured as described above is:::: the ejector is applied downward (4) and s, and the 1 knives are not subjected to a large force. Therefore, the portion, particularly the inlet 3 (base portion %, flange 3b'), and the lid 5 are not easily broken, or the inlet port 3 is difficult to be pulled out from the main body 2. The main body 2 may include a cover 4 in which at least a part of the injection nozzle is housed inside. _ Moreover, the cover 4 is additionally configured to fit the cover 4 into the main body 2 as shown in FIG. 5I: the maker, or may be disposed on the cover 4 at the open end of the cover 5 in a very small gap. The convex portion 4, # is surrounded by the reinforcing member 15 and the convex portion 4, and surrounds the periphery of the boundary portion of the T-outlet and the body 5, thereby reliably preventing the breakage of the boundary. . For the reinforcing member 15 and the convex portion 4, the size of the entire region up to the opening end edge 5 of the lid body 5 can be set, but a molding error or a mounting error is added to form an extremely small gap. According to the first aspect of the invention, the body portion of the main body is provided with a frame extending along the axis of the cylindrical body so as to abut against at least the upper surface wall of the rotating member to restrict the movement thereof, so that the cylindrical body does not cause bending deformation. Starting lever 128981.doc •13- 200911379 ^The force at the front end of the piston does not work, so the piston will not be pressed into the cylinder with inclination. According to the first invention, a trigger type liquid ejecting device can be provided, which of course can effectively avoid the bending deformation of the same body (jetting cylinder) caused by the elastic force of the elastic structure, and can effectively avoid the piston from the bending deformation. Baroclinic pressure. Further, the liquid ejecting apparatus according to the second aspect of the present invention is provided with a reinforcing member between the opening end edges of the disk body by the body portion constituting the main body, and even the impact force of the liquid nozzle is added to the impact force. It can be absorbed and relieved by the reinforcing member, so that the entrance port or the boundary between the liquid ejector and the cover can be prevented from being damaged. According to the second aspect of the invention, there is provided a trigger type liquid ejecting apparatus which does not easily break even if it is accidentally dropped or the like. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a cross-sectional view showing a state of one of the trigger type liquid ejectors of the third invention. (', Fig. 2(a) to (e) are diagrams showing the plane, the front side, the side surface, the back side, and the bottom surface of the main body of the trigger type liquid ejecting apparatus shown in Fig. 1. Fig. 3(a) to (e) Figure 4 is a perspective view showing the plane, the front side, the side surface, the back side, and the bottom surface of the rotating element of the trigger type liquid ejecting apparatus shown in Figure 。. Fig. 4 is an external perspective view of the main body and the rotating element. Fig. 5 is a cross-sectional view showing the second invention. Figure 1 is a view showing the front side of the main body portion of the trigger type liquid ejecting device shown in Figure 5. 128981.doc -14 - 200911379 [Description of main component symbols] 1 a lb 1 c Id 2 2a 2b 3 3a 3b 3b, 4 4' 5 5a' 10a 5' 6 6a, 1 c' 7 8 8a 8b Jet Nozzle Nozzle Body Nozzle Cover Rotating Element Stopper Pump Body Body Body Section Entering the mouth body base flange cover convex part cover opening opening end edge operation lever protrusion pivot pump cylinder piston 128981.doc -15 200911379 9 frame 9a, 9b angle profile 10 tongue 11 check valve 12 valve body 13 pumping Pipette 14 external gas introduction path 15 under the reinforcing member 15a Discharging path portion C R Ri cutout portion longitudinal passageway 128981.doc 16-