201125530 六、發明說明： c發明戶斤屬之技術領域3 發明領域 本發明係有關於—種電動吸塵器，特別是有關於一種 過濾器裝卸自如地安裝於集塵盒之電動吸塵器。 L先前技術3 發明背景 習知，此種電動吸塵器已知有具有内藏於電動送風機 之吸塵器本體、集塵部及過濾器構件，將前述過濾器構件 裝設於前述集塵部之開口部後，將裝設有此過濾器構件之 前述集塵部裝設於前述吸塵器本體者（例如參照專利文獻 1)。此外，前述過濾器構件於其外周部具有密封部，藉此 密封部接觸前述集塵部内壁，構造成可防止前述集塵部内 壁與密封部間之氣流外漏。 先行技術文獻 專利文獻 專利文獻1 日本專利公報第4021686號 【發明内容】 發明概要 發明欲解決之課題 然而，由於此種電動吸塵器以前述過濾器構件對前述 集塵部不完整地裝設之狀態，將此集塵部裝設於吸塵器本 體時，外部空氣從前述集塵部與過濾器構件間流入至前述 集塵部内，故有喷嘴之吸引力降低之問題。 201125530 解決以上之問題點，可確實地將 用以欲解決課題之手段而防止氣流外漏之電動吸塵器。 本發明申請專利範圍第 右常缸'、， 弟1項之電動吸塵器包含有收容 有電動迗風機之吸塵器本體 ^ pa η Λιτ Μ 與该吸塵器本體相對，並設 有開口部之集塵部、及 又 墙哭拔从 對该集塵部裝卸自如地安裝之過 濾益構件；於前述吸塵器太 堝请本體堍有按壓部，並且，於前述 匕，慮态構件設有將該過廣 w益構件以不完整之狀態安裝之集 壓。P女羞於前述吸塵器本體 ’為前述按壓部按壓之被按壓 邵0 本發明巾請專利範圍第2項之電動吸塵 器係在申請 A圍第1項中’剛述按壓部突出設於前述過渡器構件 側並且，規定前述按壓部之突出量，俾在將前述集塵部 裝叹於W述吸塵g本體之狀態下，前述按壓部相對於前述 被按壓部實質上呈非按壓狀態。 又’本發明申請專利範圍第3項之電動吸塵器係在申請 專利範圍第1項中，前述被按壓部突出設於前述吸塵器本體 侧’並且’規定前述被按壓部之突出量，俾在將前述集塵 部裝設於前述吸塵器本體之狀態下，前述按壓部相對於前 述被按壓部實質上呈非按壓狀態。 再者，本發明申請專利範圍第4項之電動吸塵器係在申 請專利範圍第1項中，前述按壓部突出設於前述過濾器構件 側，前述被按壓部突出設於前述吸塵器本體側’並且，規 定前述按壓部及被按壓部之突出量，俾在將前述集塵部裝 201125530 設於前述吸塵器本體之狀態下，前述按壓部相對於前述被 按壓部實質上呈非按壓狀態。 發明效果 本發明申請專利範圍第1項之電動吸塵器藉如以上構 成，當將前述過濾器構件以不完整之狀態安裝之集塵部安 裝於前述吸塵器本體時，由於藉前述吸塵器本體之按壓部 按壓前述過濾器構件之被按壓部，將前述過濾器構件壓入 前述集塵部，可使前述過濾器構件裝設於前述集塵部之適 當位置，故可確實防止前述集塵部與過濾器構件間之氣流 外漏。 又，藉構造成將前述按壓部突出設於前述過濾器構件 側，並且，在將前述集塵部裝設於前述吸塵器本體之狀態 下，前述按壓部相對於前述被按壓部實質上呈非按壓狀 態，可將前述集塵部在無過大阻力下裝設於前述吸塵器本 體，並且，可將前述過濾器構件確實地裝設於前述集塵部 之適當位置。 又，藉構造成將前述被按壓部突出設於前述吸塵器本 體側，並且，在將前述集塵部裝設於前述吸塵器本體之狀 態下，前述按壓部相對於前述被按壓部實質上呈非按壓狀 態，可將前述集塵部在無過大阻力下裝設於前述吸塵器本 體，並且，可將前述過濾器構件確實地裝設於前述集塵部 之適當位置。又，可握持前述被按壓部，將前述過濾器構 件從前述集塵部卸除。 再者，藉構造成將前述按壓部突出設於前述過濾器構 201125530 件側，將前述被按壓部突出設於前述吸塵器本體側，並且， 在將前述集塵《設於前述吸塵ϋ切之狀態下，前述按 壓部相對於前述被按壓部實質上呈非按壓狀態，可將前述 集塵部在無過大阻力下裝設於前述吸塵器本體，並且，可 將前述過遽ϋ構件確實地裝胁前述集塵部之適當位置。 又，可握持前述被按壓部，將前述過濾器構件從:述集塵 部卸除。 圖式簡單說明 第1圖係顯示本發明第1實施形態之電動吸塵器之右側 面圖。 第2圖係將第丨實施形態之集塵部裝設於吸塵器本體之 中途之狀態之主要部份的部份放大戴面圖。 第3圖係將第1實施形態之集塵部裝設於吸塵器本體之 狀態之主要部份的部份放大截面圖。 第4圖係第1實施形態主要部份之分解圖。 第5圖係將顯示本發明第2實施形態之電動吸塵器之集 塵部裝設於轉器本體陳態之主要部份之雜放大截面 圖。 第6圖^將顯示本發明第3實施形態之電動吸塵器之集 塵部裝設於吸塵器本體的狀態 之主要部份之部份放大截面 圖。 【實施冷式】 用以實施發明之形蘇 以下，就本發明第1實施形態，依據第1圖至第4圖作說 6 201125530 明。此外，在以下之說明中，依據第1圖之姿勢，規定前後 及上下。即，在第1圖，左側為正面側，右側為背面側。1 係本發明之電動吸塵器。此電動吸塵器係直立型氣旋式吸 塵器。又，此電動吸塵器1具有吸塵器本體2、集塵部3、渦 流產生機構4、過濾器構件5、吸引噴嘴6而構成。 前述吸塵器本體2具有殼體7、柄部8、握持部9而構成。 如述s又體7於其内部具有電動送風機1〇。又，前述殼體7具 有了插入至如述集塵部3之開口部21 (後述）之插入部U。 又，前述殼體7於其正面側上部具有第2握持部12。再者， 前述殼體7於前述第2握持部12附近具有開關13。又，前述 殼體7於其正面側下部具有開關操作部14，並且，於前述插 入部11之正面側具有可與此開關操作部丨4連動而突出沒入 之可動鉤15。又，前述殼體7於前述插入部u之背面側具有 固疋鉤16。又，前述殼體7於前述插入部丨1之下部具有圖中 未示之吸引口，並且，於側部具有排氣口 17。再者，於前 述插入部11之後部且為前述固定鉤16之前方，按壓部18突 出設於下方。X，於前述殼體7之上部安裝前述柄部8。再 者，於前述柄部8之上部安裝前述握持部9。此外，19為電 源線，於其前端設插頭20。 透明合成樹脂製之前述集塵部3裝卸自如地安裝於前 述=塵器本體2之下方。此集塵部3於其上部具有形成有可 仏别述吸塵器本體2之殼體7之插入部丨丨插入之開口部。的 連接°卩22。又，於前述集塵部3之前側且為前述連接部22之 下方也成有底，且下方稍為變細之近圓筒狀氣旋筒”，並 201125530 且’於前述集塵部3之後側且為前述連接部22之下方形成與 前述氣旋筒23之軸方向約略平行，且内面圓筒狀之導入部 24 °此外，該等連接部22、氣旋筒23及導入部24以同一構 件形成一體。又，於前述連接部22之前部，對應前述可動 鉤15，形成第1鉤承接部25。另一方面，於前述連接部22之 後部，對應前述固定鉤16，形成第2鉤承接部26。再者，前 述吸引噴嘴6裝卸自如地連接於前述導入部24之下端開口 部。 則述渴流產生機構4裝卸自如地安裝於前述集塵部3。 此渦流產生機構4可從前述開口部21插入至前述集塵部3。 又’别述渦流產生機構4具有封住前述開口部21之封閉板部 27、上端連接於此封閉板部27 ’並且形成近圓筒形之圓筒 部28、方向轉換部29、抓取部3〇。此，該等封閉板部27、 圓筒部28、方向轉換部29及抓取部30以硬質成合成樹脂形 成一體。前述圓筒部28構造成於將前述渦流產生機構4裝設 於前述集塵部3之際’形成與前述氣旋筒23同軸。又，於前 述圓筒部28之側壁31形成許多小孔32。再者，前述圓筒部 28之上部開放，並且’設於前述過濾器構件5之過濾器35(後 述)可從上方插入。又’前述方向轉換部29係將在前述導入 部24上升之氣流轉換方向成前述氣旋筒23之内壁之切線方 向者。再者’前述抓取部30設於前述渦流產生機構4之後部。 前述過濾器構件5裝卸自如地安裝於前述渦流產生機 構4之上方。此過濾器構件5可從前述開口部21插入。又， 前述過濾器構件5具有封住前述開口部21之封閉板部33、設 201125530 於此封閉板部33外周之外密封部34、突出設於下方之過濾 器35、圍住此過濾器35之上端開口部而設之内密封部36、 被按壓部37。此外，前述封閉板部33、前述外密封部34、 前述内密封部36、前述被按壓部37以軟質合成樹脂形成一 體。又，前述外密封部34構造成其前端側可密閉接觸前述 集塵部3之接觸部22之内壁。此外，前述外密封部34之前端 在低於前述各鉤承接部25、26之位置，接觸前述連接部22 之内壁。又，前述内密封部36構造成其前端側以圍住圖中 未示之前述吸引口之狀態，密閉接觸前述插入部11之下 部。再者，前述被按壓部37在前述過濾器構件5之後部，且 以從上方覆蓋前述抓取部30之狀態，突出設於上方。此外， 前述被按壓部37形成下述高度，該高度係於將前述集塵部 3、渦流產生機構4、過濾器構件5安裝於前述吸塵器本體2 之際，實質上與前述按壓部18以非按壓狀態接觸之程度者。 接著，就本實施形態之作用作說明。首先，使用者將 前述渦流產生機構4裝設於前述集塵部3。前述渦流產生機 構4從前述集塵部3之開口部21插入，而使其圓筒部28插入 至前述氣旋筒23内，且前述方向轉換部29位於前述導入部 24之上方，而裝設於前述集塵部3。接著，將前述過濾器構 件5從前述渦流產生機構4之上方壓入至前述集塵部3内而 裝設。前述過濾器構件5從前述集塵部3之開口部21插入， 而使過濾器35插入至前述圓筒部28内，且前述被壓部37從 上方覆蓋前述抓取部30，而裝設於前述集塵部3。此外，當 前述過濾器構件5如此裝設於前述集塵部3時，設於前述過 201125530 渡器構件5之封閉板部33相之外㈣部34密閉接觸前述 集塵部3之賴抑之。織，藉前料密封部崎 閉接觸前述集塵部3之連接部22之内周壁，前㈣密封部μ 與前述連接部22之關壁間密龍外部空氣無法流通。再 者，使用者將如此安裝有前述渦流產生機構4及過濾器構件 5之前述集塵部3裝設於前述吸塵器本體2。此外，將前述吸 塵器本體2之固定鉤16勾在前述集塵部3之第2鉤承接部％ 後，使前述吸塵器本體2之可動鉤15卡合於前述集塵部3之 第1鉤承接部25，前述集塵部3可裝設於前述吸塵器本體2。 又，當如此將前述集塵部3裝設於前述吸塵器本體2時前 述内密封部36之前端部以圍住圖中未示之前述吸引口之狀 態，密閉接觸前述插入部11之底部。然後，藉前述内密封 部36密閉接觸前述插入部11之底部，前述内密封部艽與前 述插入部11之底部間密封成外部空氣無法流通。此外，前 述接壓部18之下端與被按壓部37之上端以非按星狀態接 觸0 此外，當前述過濾器構件5對前述集塵部3之壓入不夠 時’前述外密封部34無法與前述連接部22之内周壁密閉接 觸’而有兩者間未充分密封之虞。然而，當前述過濾器構 件5之後部未充分壓入至前述集塵部3内時，在將前述集塵 部3裝設於前述吸塵器本體2之過程，藉前述被按壓部37為 前述按壓部18所按壓’前述過濾器構件5之後部可壓入至前 述集塵部3内。又，在前述過濾器構件5以前述按壓部18壓 入至最後之狀態，前述按壓部18之下端與前述被按壓部37 201125530 之=端以非按壓狀態接觸。另_方面，當前述祕器構件5 之月j 4未充刀壓入至4述集塵部3内時，在將前述集塵部3 裝設於前収職本齡之妓，藉前㈣密砂％為前述 插入部η之底部所按壓，前述過據器構件5之前部可廢入至 則述尔塵43内。又’在前述過渡器構件5以前述插入部η 之底人至最後之狀態’前述内密封部％之上端與前述 插入部11之底部以按壓狀態密閉接觸。 如此即使過濾器構件5之壓入不夠，在將前述集塵部 3Ufl’ji4吸塵H本體2之過程，前述過濾器構件$可於前 述集塵部3内壓人至最後。又，由於前述按壓部财下端與 前述被按壓部37之上端形成非按㈣態，故在將前述集塵 部3裝述電動域||本體2之狀態下，前述過渡器構 件5之封閉板部33不致繞曲。藉此，前述封閉板部33之外周 之前述外密封部34與前述連接部22之内周壁可密閉接觸。 再者’不僅可將前述集塵部3在無過大阻力下裝設於前述吸 塵器本體2 ’亦可將前述過遽器構件5確實地裝設於前述集 塵部3之適當位置。 此外，由於軟質合成樹脂製之前述被按壓部37係設成 覆蓋硬質合成樹脂製之前述抓取部3〇，故以前述被按壓部 18按壓之際，為前述抓取部3〇所引導。因而，前述被按壓 部37為前述按壓部18按壓之際，不致大幅撓曲。因此，前 述過濾器構件5可以前述按壓部18確實地壓入至最後。 然後，在如此將前述集塵部3裝設於前述吸塵器本體2 之狀態下，使用者將前述電源線19之插頭2〇連接於圖中未 201125530 示之電源，操作前述開關13。藉此操作，前述電動送風機 10作動。之後’藉前述電動送風機1〇作動，被清掃面上之 塵埃隨著氣流從前述吸引喷嘴6吸引。接著，包含塵埃之氣 流從前述導入部24流入至前述氣旋筒23内，在此氣旋筒23 内’形成為沿著此氣旋筒23之内壁旋繞之渦流。如此，藉 前述氣流在前述氣旋筒23内旋繞，粗塵埃可離心分離，而 積聚於前述氣旋筒23内。然後，已分離粗塵埃之氣流通過 前述渦流產生機構4之圓筒部28之小孔32後，通過前述過遽 器構件5之過渡器35。此時，前述氣流所含之細塵埃為前述 過濾器35所過濾。進而，已通過前述過濾器35之氣流通過 圖中未示之吸引口後，以前述電動送風機10，從前述排氣 口 17排出至前述吸塵器本體2外。 尺用考於塵埃積聚於前述氣旋筒23内後，將 述集塵部3從前述吸塵器本體2卸除，丟棄前述氣旋筒23 之塵埃。前述集塵部3係藉按壓前述操作部14，解除前述 動釣15與釣承接部25之卡合，而可從前述吸塵器本骨 卸除。然後，狃收此 , 错將前述過濾器構件5及渦流產生機構4從 述集塵°。卩3卸除’可丟棄前述氣旋筒23内之塵埃。此外， =過濾益構件5係藉抓持前述被按壓部37而拿起，而可易 前述集塵部3卸除 立 1 ^。又，前述渦流產生機構4係藉抓持前 析取P30而拿起，而可易從前述集塵部3卸除。 乂上’本發明電動吸塵器1包含有收容有電動送風 1 〇之吸塵器1 、開口部21與此吸塵器本體2相對而設 集塵卩3及對此集塵部3裝卸自如地安裝之過濾器構件: 12 201125530 其中於前述吸塵器本體2設按壓部18，並且於前述過濾器構 件5設被按壓部37，將前述過濾器構件5以不完整之狀態安 裝之集塵部3安裝於吸塵器本體2之際，前述按壓部18按壓 前述被按壓部37，而將前述過濾器構件5壓入前述集塵部 3，而可將前述過濾器構件5裝設於前述集塵部3之適當位 置，故可確實地防止前述集塵部3與過濾器構件5間之氣流 外漏。 又，本發明將前述按壓部18突出設於前述過濾器構件5 側，將前述被按壓部37突出設於前述吸塵器本體2側，並 且，規定前述按壓部18及被按壓部37之突出量，俾在將前 述集塵部3裝設於前述吸塵器本體2之際，前述按壓部18相 對於前述被按壓部37實質上呈非按壓狀態，因此，可將前 述集塵部3在無過大阻力下裝設於前述吸塵器本體2,並 且，可確實地將前述過濾器構件5裝設於前述集塵部3之適 當位置，進而，可握持前述被按壓部37，而易將前述過濾 器構件5從前述集塵部3卸除。 接著，就本發明第2實施形態，依據第5圖來說明。此 外，與上述第1實施形態共通之部份則省略說明。41係本發 明電動吸塵器。此電動吸塵器41具有吸塵器本體42、集塵 部3、渦流產生機構4 4、過濾器構件4 5及吸引喷嘴6而構成。 前述吸塵器本體42具有殼體46。此殼體46具有可插入 至前述集塵部3之開口部21之插入部47。又，在前述插入部 47之後部，按壓部48突出設於下方。 前述渦流產生機構44裝卸自如地安裝於前述集塵部 13 201125530 3。此渦流產生機構44不同於第1實施衫態之渦流產生機構 4，未設有抓取部。 前述過濾器構件45裝卸自如地安裝於前述渦流產生機 構44之上方。此過濾器構件45可從前述開口部21插入。又， 前述過遽器構件45具有封住前述開口部21之封閉板部49、 設於此封閉板部49外周之外密封部5〇、突出設於下方之過 濾器（圖中未示）、圍住此過濾器之上端開口部而設之内密封 部51、被按壓部52。此外，前述封閉板部49、前述外密封 部50、前述内密封部51、前述被按壓部52以軟質合成樹脂 形成一體。然後’前述外密封部5 〇構造成其前端側與前述 集塵部3之連接部22内壁密閉接觸。又，前述内密封部51構 造成其前端側與前述插入部47之下部密封接觸。再者，前 述被按壓部52以前述封閉板部49之一部份構成，未突出至 上方。此外，前述被按壓部52於將前述集塵部3、渦流產生 機構44及過濾器構件45安裝於前述吸塵器本體42之際，實 質上與刖述知:壓部48以非接觸狀態接觸。 接著，就本實施形態之作用作說明。首先，使用者將 前述渦流產生機構44裝設於前述集塵部p接著，將前述過 慮器構件45從前述渦流產生機構44之上方壓人前述集塵部 3内而Lx此外’當如此將前述韻器構件45裝餅前述 集塵部3時，設於前述過渡器構件45之封閉板部49外周之外 密封述集塵部3之連接部22之㈣壁密閉接觸。接 著，藉前料密封料與前述⑽部3之連接部22之内周壁 密閉接觸’前料賴部50與前料接部以㈣壁間可 14 201125530 在封成外部空氣無法流通。再者，使用者將如此安裝有前 產生機構44及過渡器構件45之前述㈣部3裝設於 月j述吸塵林體42。之後，當將前述集塵部3裝設於前述吸 塵器本體42時’前述内㈣部5丨之㈣部便與前述插入部 47之底。h閉接觸。然後’藉前述内密封部$丨與前述插入 部47之底部密閉接觸’前述内密封部51與前述插入部歡 底部間密封成外部空氣無法流通。此外，前述按壓部歡 下端與被按壓部52以非按壓狀態接觸。 此外，當前述^構件45對前述集塵部3之壓入不夠 時，前述外密封部50不與前述連接部。之内周壁密閉接 觸而有兩者未充分密封之虞。然而，當前述過渡器構件 45之後部未充分壓入前述集塵部3内時，在將前述集塵部3 裝設於前収魅本㈣之過程，㈣述被減部Μ為前 述按壓部所按壓，前述過渡器構件45之後部可壓入至前述 集塵部3内。然、後，在前述過渡器構件45為前述按壓部48壓 入至最後之狀態下，前述按壓部48之下端與前述被按壓部 52以非按壓狀態接觸。另—方面，當前述過濾器構件以 前部未充分壓人至前述集塵部3㈣，在將前述集塵部靖 設於吸塵器42本體之過程中，藉前述内㈣部51為前述插 入部47之底部所按壓，前述過濾器構件衫之前部可壓入至 前述集塵部3内。之後’在前述過濾器構件45以前述插入部 47之底部壓入至最後之狀態下，前述内密封部51之上端與 前述插入部47之底部以按壓狀態密閉接觸。 、 如此，即使前述過滤器構件45之壓入不充分，在將前 15 201125530 述集塵部3裝設於前述吸塵器本體42之過程，前述過濾器構 件45仍可在前述集塵部3内壓入至最後。又，由於前述按壓 部48之下端與前述被按壓部52呈非按壓狀態，故在將前述 集塵部3裝設於前述吸塵器本體42之狀態下，前述過濾器構 件45之封閉板部49不致撓曲。藉此，前述封閉板部49之外 周之前述外密封部50可與前述連接部22之内周壁密閉接 觸。再者，不僅可將前述集塵部3在無過大阻力下裝設於前 述吸塵器本體42 ’並可將前述過濾器構件45確實地裝設於 前述集塵部3之適當位置。 接著’就本發明第3實施形態，依據第6圖來說明。此 外，與上述各實施形態共通之部份則省略說明。61係本發 明電動吸塵器。此電動吸塵器61具有吸塵器本體62、集塵 部3、渦流產生機構4、過濾器構件65及吸引喷嘴6而構成。 前述吸塵器本體62具有殼體66。此殼體66具有可插入 至前述集塵部3之開口部21之插入部67。於前述插入部67之 後部設按壓部68。 前述渦流產生機構4裝卸自如地安裝於前述集塵部3。 又，前述過濾器構件65裝卸自如地安裝於前述渦流產生機 構4之上方。又，前述過濾器構件65可從前述開口部21插 入。再者，前述過濾器構件65具有封住前述開口部21之封 閉板部69、設於此封閉板部69外周之外密封部70、突出設 於下方之過濾器（圖中未示）、圍住此過濾器之上端開口部而 設之内密封部71、突出設於上方之被按壓部72。此外，前 述封閉板部69、前述外密封部70、前述内密封部71、前述 16 201125530 被按壓部72以軟質合成樹脂形成一體。然後，前述外密封 部70構造成其前端側與前述集塵部3之連接部22内壁密閉 接觸。又’前述内密封部71構造成其前端側與前述插入部 67之下部密閉接觸。再者，前述被按壓部72在前述過濾器 構件65之後部，且以從上方覆蓋前述渦流產生機構4之抓取 部30之狀態’突出設於上方。此外，前述被按壓部72形成 下述高度’該高度係於將前述集塵部3、渦流產生機構44及 過濾'器構件65安裝於前述吸塵器本體62之際，實質上與前 述按壓部68以非接觸狀態接觸之程度者。 接著’就本實施形態之作用作說明。首先，使用者將 前述渴流產生機構4裝設於前述集塵部3。接著，將前述過 渡器構件65從前述渦流產生機構4之上方壓入前述集塵部3 内而裝設。此外’當如此將前述過濾器構件65裝設於前述 集塵部3時’設於前述過濾器構件65之封閉板部69外周之外 费封部70與前述集塵部3之連接部22之内周壁密閉接觸。接 著’藉前述外密封部與前述集塵部3之連接部22之内周壁 岔閉接觸，前述外密封部70與前述連接部22之内周壁間可 密封成外部空氣無法流通。再者，使用者將如此安裝有前 述渦流產生機構4及過濾器構件6 5之前述集塵部3裝設於前 述吸塵器本體62。之後，當將前述集塵部3裝設於前述吸塵 器本體62時’前述内密封部71之前端部便與前述插入部67 之底。卩岔閉接觸。然後，藉前述内密封部71與前述插入部 67之底部密閉接觸，前述内密封部71與前述插入部67之底 部間抗封成外部空氣無法流通。此外，前述按壓部68與被 17 201125530 按壓部72之上端以非按壓狀態接觸。 此外，當前述過濾器構件65對前述集塵部3之壓入不夠 時’前述外密封部70不與前述連接部22之内周壁密閉接 觸，而有兩者未充分㈣之虞。然而，當前述過濾器構件 65之後部未充分壓入前述集塵部3内時，在將前述集塵部3 裝設於前述吸塵器本體62之過程’藉前述被按壓部72為前 述按壓#68所按壓，刖述過濾器構件65之後部可壓入至前 述集塵部3内。然後，在前述過濾器構件65為前述按壓部68 壓入至最後之狀態下，前述按壓部68與前述被按壓部72之 上端以非按壓狀態接觸。另一方面，當前述過濾器構件65 之前部未充分壓入至前述集塵部3内時，在將前述集塵部3 裝設於吸塵器本體62之過程中，藉前述内密封部71為前述 插入部67之底部所按壓，前述過濾器構件65之前部可壓入 至前述集塵部3内。之後，在前述過濾器構件65以前述插入 部67之底部壓入至最後之狀態下，前述内密封部71之上端 與前述插入部67之底部以按壓狀態密閉接觸。 如此，即使前述過濾器構件65之壓入不充分，在將前 述集塵部3裝設於前述吸塵器本體62之過程，前述過渡器構 件65仍可在前述集塵部3内壓入至最後。又，由於前述按壓 部68與前述被按壓部72之上端呈非按壓狀態，故在將前述 集塵部3裝設於前述吸塵器本體62之狀態下，前述過濾器構 件65之封閉板部69不致撓曲。藉此，前述封閉板部69之外 周之前述外密封部70可與前述連接部22之内周壁密閉接 觸。再者，不僅可將前述集塵部3在無過大阻力下裝設於前 18 201125530 述吸塵器本體62 ’並可將_軸器構件&確實地裝設於 前述集塵部3之適當位置。 此外’由於軟質合成樹脂製前述被按壓部72係設成覆 蓋硬質合趙脂製前述抓取部3G，故為前述按壓部68按歷 之際，可以前述抓取部叫丨導。因而，前述被按壓部72為 前述按壓部68減之際，錢大巾㈣曲。因此，前述過遽 器構件65可叫述按㈣68確實地壓人至最後。再者，前 =據器構件65係藉抓持前述被按壓部72而拿起，而可易 從則述集塵部3卸除。 另’本發祕於以上之實麵態可在發明之要 之BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electric vacuum cleaner, and more particularly to an electric vacuum cleaner in which a filter is detachably mounted to a dust collecting case. L. Prior Art 3 BACKGROUND OF THE INVENTION It is known that such a vacuum cleaner has a vacuum cleaner body, a dust collecting portion, and a filter member incorporated in an electric blower, and the filter member is installed in an opening portion of the dust collecting portion. The dust collecting portion to which the filter member is attached is attached to the cleaner body (see, for example, Patent Document 1). Further, the filter member has a sealing portion at an outer peripheral portion thereof, whereby the sealing portion contacts the inner wall of the dust collecting portion, and is configured to prevent leakage of airflow between the inner wall of the dust collecting portion and the sealing portion. SUMMARY OF THE INVENTION PROBLEMS TO BE SOLVED BY THE INVENTION However, such a vacuum cleaner is in a state in which the dust collecting unit is incompletely mounted by the filter member. When the dust collecting portion is installed in the cleaner body, external air flows into the dust collecting portion from between the dust collecting portion and the filter member, so that the suction force of the nozzle is lowered. 201125530 To solve the above problems, it is possible to reliably use an electric vacuum cleaner that prevents the airflow from leaking out of the means to solve the problem. The electric vacuum cleaner of the first right cylinder of the present invention includes a vacuum cleaner body that houses an electric blower fan, and a dust collecting portion that is opposite to the cleaner body and is provided with an opening portion, and Further, the wall is whipped and pulled out from the filter unit that is detachably mounted to the dust collecting portion; the vacuum cleaner is too squatting to have a pressing portion on the main body, and, in the foregoing cymbal, the member is provided with the over-broad component Set pressure for incomplete state installation. P female is ashamed of the vacuum cleaner body 'pressed by the pressing portion. The electric vacuum cleaner of the second aspect of the invention is in the first item of the application A. 'The pressing portion is protruded from the transition piece. On the member side, the amount of protrusion of the pressing portion is defined, and the pressing portion is substantially in a non-pressed state with respect to the pressed portion in a state in which the dust collecting portion is sighed in the main body of the dust collecting member. In the first aspect of the invention, in the first aspect of the invention, the pressed portion is protruded from the cleaner body side 'and' defines the amount of protrusion of the pressed portion, and the aforementioned In a state where the dust collecting portion is installed in the cleaner body, the pressing portion is substantially non-pressed with respect to the pressed portion. In the first aspect of the invention, in the first aspect of the invention, the pressing portion is protruded from the filter member side, and the pressed portion is protruded from the cleaner body side 'and The protruding amount of the pressing portion and the pressed portion is defined, and the pressing portion is substantially non-pressed with respect to the pressed portion in a state where the dust collecting portion is installed in the vacuum cleaner body. According to the electric vacuum cleaner of the first aspect of the present invention, when the dust collecting portion to which the filter member is mounted in an incomplete state is attached to the cleaner body, the pressing portion of the cleaner body is pressed. The pressed portion of the filter member presses the filter member into the dust collecting portion, and the filter member can be installed at an appropriate position of the dust collecting portion, so that the dust collecting portion and the filter member can be reliably prevented. The airflow between the two leaks. Further, the pressing portion is formed so as to protrude from the filter member side, and the pressing portion is substantially non-pressed with respect to the pressed portion in a state where the dust collecting portion is attached to the cleaner body. In a state, the dust collecting portion can be attached to the cleaner body without excessive resistance, and the filter member can be reliably installed at an appropriate position of the dust collecting portion. In addition, the pressing portion is protruded from the side of the cleaner body, and the pressing portion is substantially non-pressed with respect to the pressed portion in a state where the dust collecting portion is attached to the cleaner body. In a state, the dust collecting portion can be attached to the cleaner body without excessive resistance, and the filter member can be reliably installed at an appropriate position of the dust collecting portion. Further, the pressed portion can be gripped, and the filter member can be removed from the dust collecting portion. Further, the structure is such that the pressing portion is protruded from the filter member 201125530 side, the pressed portion is protruded from the cleaner body side, and the dust collection is set in the dust suction cutting state. The pressing portion is substantially non-pressed with respect to the pressed portion, and the dust collecting portion can be attached to the cleaner body without excessive resistance, and the over-twisting member can be surely attached to the aforementioned The proper location of the dust collection department. Further, the pressed portion can be gripped, and the filter member can be removed from the dust collecting portion. BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a right side view showing a vacuum cleaner according to a first embodiment of the present invention. Fig. 2 is a partial enlarged perspective view showing a main part of a state in which the dust collecting portion of the second embodiment is installed in the middle of the cleaner body. Fig. 3 is a partially enlarged cross-sectional view showing the main part of the state in which the dust collecting portion of the first embodiment is attached to the cleaner body. Fig. 4 is an exploded view of the main part of the first embodiment. Fig. 5 is a cross-sectional enlarged cross-sectional view showing the main part of the rotary body of the vacuum cleaner of the second embodiment of the present invention. Fig. 6 is a partially enlarged cross-sectional view showing a main part of a state in which a dust collecting portion of a vacuum cleaner according to a third embodiment of the present invention is attached to a cleaner body. [Implementation of the cold type] The shape of the invention for carrying out the invention. Hereinafter, the first embodiment of the present invention will be described with reference to Figs. 1 to 4; Further, in the following description, the front and rear and the upper and lower sides are defined in accordance with the posture of Fig. 1. That is, in the first drawing, the left side is the front side and the right side is the back side. 1 is an electric vacuum cleaner of the present invention. This electric vacuum cleaner is an upright cyclonic vacuum cleaner. Further, the vacuum cleaner 1 includes a cleaner body 2, a dust collecting portion 3, a vortex generating mechanism 4, a filter member 5, and a suction nozzle 6. The cleaner body 2 has a casing 7, a shank portion 8, and a grip portion 9. As described, the body 7 has an electric blower 1 其 inside. Further, the casing 7 has an insertion portion U that is inserted into an opening portion 21 (described later) of the dust collecting portion 3. Further, the casing 7 has a second grip portion 12 on the upper portion of the front side. Further, the casing 7 has a switch 13 in the vicinity of the second grip portion 12. Further, the casing 7 has a switch operation portion 14 at a lower portion of the front side thereof, and a movable hook 15 which is slidable in conjunction with the switch operation portion 丨4 on the front side of the insertion portion 11. Further, the casing 7 has a fixing hook 16 on the back side of the insertion portion u. Further, the casing 7 has a suction port (not shown) at a lower portion of the insertion portion 丨1, and an exhaust port 17 at a side portion thereof. Further, in the rear portion of the insertion portion 11 and in front of the fixing hook 16, the pressing portion 18 is protruded from the lower side. X, the handle 8 is attached to the upper portion of the housing 7. Further, the grip portion 9 is attached to the upper portion of the shank portion 8. Further, 19 is a power supply line, and a plug 20 is provided at the front end thereof. The dust collecting portion 3 made of a transparent synthetic resin is detachably attached to the lower side of the dust collector main body 2. The dust collecting portion 3 has an opening portion in which an insertion portion of the casing 7 of the cleaner body 2 is inserted at an upper portion thereof. The connection is °卩22. Further, a front side of the dust collecting portion 3 and a bottom portion of the connecting portion 22 are also formed with a bottom portion and a slightly narrower near-cylindrical air cylinder", and 201125530 and "on the rear side of the dust collecting portion 3 and Below the connecting portion 22, an introduction portion 24 that is substantially parallel to the axial direction of the cyclone cylinder 23 and has a cylindrical inner surface is formed. Further, the connecting portion 22, the cyclone cylinder 23, and the introduction portion 24 are integrally formed by the same member. Further, a first hook receiving portion 25 is formed corresponding to the movable hook 15 at a front portion of the connecting portion 22. On the other hand, a second hook receiving portion 26 is formed corresponding to the fixing hook 16 at a rear portion of the connecting portion 22. Further, the suction nozzle 6 is detachably connected to the lower end opening of the introduction portion 24. The thirteen flow generation mechanism 4 is detachably attached to the dust collecting portion 3. The eddy current generating mechanism 4 is detachable from the opening portion 21 Inserted into the dust collecting portion 3. The vortex generating mechanism 4 has a closing plate portion 27 that seals the opening portion 21, and an upper end that is connected to the closing plate portion 27' and forms a cylindrical portion 28 that is nearly cylindrical. Direction conversion unit 29, grasping In this manner, the closing plate portion 27, the cylindrical portion 28, the direction changing portion 29, and the gripping portion 30 are integrally formed of a hard synthetic resin. The cylindrical portion 28 is configured to mount the eddy current generating mechanism 4 When it is provided in the dust collecting portion 3, it is formed coaxially with the cyclone cylinder 23. Further, a plurality of small holes 32 are formed in the side wall 31 of the cylindrical portion 28. Further, the upper portion of the cylindrical portion 28 is open, and The filter 35 (described later) of the filter member 5 can be inserted from above. Further, the direction changing unit 29 is configured such that the airflow direction that rises in the introduction portion 24 is the tangential direction of the inner wall of the cyclone barrel 23. The grip portion 30 is provided at a rear portion of the vortex generating mechanism 4. The filter member 5 is detachably attached to the vortex generating mechanism 4. The filter member 5 can be inserted from the opening portion 21. The filter member 5 has a closing plate portion 33 that seals the opening portion 21, and a sealing portion 34 that is disposed outside the outer periphery of the closing plate portion 33, a filter 35 that protrudes from the lower portion, and an upper end of the filter 35. Opening The inner seal portion 36 and the pressed portion 37. The seal plate portion 33, the outer seal portion 34, the inner seal portion 36, and the pressed portion 37 are integrally formed of a soft synthetic resin. Further, the outer seal portion 34 is configured. The front end side of the outer peripheral portion can be hermetically sealed to contact the inner wall of the contact portion 22 of the dust collecting portion 3. Further, the front end of the outer seal portion 34 is in contact with the inner wall of the connecting portion 22 at a position lower than the hook receiving portions 25 and 26. Further, the inner seal portion 36 is configured such that its front end side surrounds the lower portion of the insertion portion 11 in a state of enclosing the suction port (not shown). Further, the pressed portion 37 is behind the filter member 5. The portion is protruded upward from the state in which the grip portion 30 is covered from above. Further, the pressed portion 37 is formed to have a height that is substantially different from the pressing portion 18 when the dust collecting portion 3, the eddy current generating mechanism 4, and the filter member 5 are attached to the cleaner body 2. The degree of contact with the pressed state. Next, the action of this embodiment will be described. First, the user mounts the vortex generating mechanism 4 to the dust collecting portion 3. The vortex generating mechanism 4 is inserted from the opening 21 of the dust collecting portion 3, and the cylindrical portion 28 is inserted into the cyclone barrel 23, and the direction changing portion 29 is positioned above the introduction portion 24, and is attached to The dust collecting portion 3 described above. Next, the filter member 5 is press-fitted into the dust collecting portion 3 from above the vortex generating mechanism 4 to be installed. The filter member 5 is inserted from the opening 21 of the dust collecting portion 3, and the filter 35 is inserted into the cylindrical portion 28, and the pressed portion 37 covers the grasping portion 30 from above and is attached to The dust collecting portion 3 described above. Further, when the filter member 5 is attached to the dust collecting portion 3 as described above, the (four) portion 34 outside the closing plate portion 33 of the repeater member 5 of the 201125530 is sealed and brought into contact with the dust collecting portion 3 . The outer peripheral wall of the connecting portion 22 of the dust collecting portion 3 is closed by the front sealing portion, and the outer air of the outer portion of the front (four) sealing portion μ and the closing portion of the connecting portion 22 cannot flow. Further, the user attaches the dust collecting portion 3 to which the vortex generating mechanism 4 and the filter member 5 are attached as described above to the cleaner body 2. Further, after the fixing hook 16 of the cleaner body 2 is hooked to the second hook receiving portion % of the dust collecting portion 3, the movable hook 15 of the cleaner body 2 is engaged with the first hook receiving portion of the dust collecting portion 3. 25, the dust collecting portion 3 may be installed in the cleaner body 2. Further, when the dust collecting portion 3 is attached to the cleaner body 2 as described above, the front end portion of the inner seal portion 36 surrounds the suction port, which is not shown, and closes the bottom portion of the insertion portion 11. Then, the inner seal portion 36 is hermetically sealed to the bottom portion of the insertion portion 11, and the inner seal portion 艽 is sealed from the bottom portion of the insertion portion 11 so that outside air cannot flow. Further, the lower end of the pressing portion 18 and the upper end of the pressed portion 37 are in contact with each other in a non-star state. Further, when the filter member 5 is insufficiently pressed against the dust collecting portion 3, the outer sealing portion 34 cannot be The inner peripheral wall of the connecting portion 22 is hermetically sealed, and there is a gap between the two that is not sufficiently sealed. However, when the rear portion of the filter member 5 is not sufficiently pressed into the dust collecting portion 3, the pressing portion 37 is the pressing portion when the dust collecting portion 3 is attached to the cleaner body 2. 18 is pressed. The rear portion of the filter member 5 can be pressed into the dust collecting portion 3. Further, in the filter member 5, the pressing portion 18 is pressed to the last state, and the lower end of the pressing portion 18 is in contact with the end portion of the pressed portion 37 201125530 in a non-pressed state. On the other hand, when the month j 4 of the above-mentioned secretarial member 5 is not filled into the dust collecting portion 3, the dust collecting portion 3 is installed at the front of the collection, and before (4) The dense sand % is pressed by the bottom of the insertion portion η, and the front portion of the passer member 5 can be discarded into the dust 43. Further, in the state in which the transition member 5 is in the state in which the insertion portion η is in the final state, the upper end of the inner seal portion % is in close contact with the bottom portion of the insertion portion 11 in a pressed state. Thus, even if the press-fitting of the filter member 5 is insufficient, the filter member $ can be pressed to the end in the dust collecting portion 3 in the process of sucking the H main body 2 by the dust collecting portion 3Ufl'ji4. Further, since the lower end of the pressing portion and the upper end of the pressed portion 37 are in a non-pressed state, the closing plate of the transition member 5 is in a state where the dust collecting portion 3 is mounted with the electric field||body 2; Part 33 does not bend. Thereby, the outer seal portion 34 on the outer circumference of the closing plate portion 33 is in close contact with the inner peripheral wall of the connecting portion 22. Further, not only the dust collecting portion 3 but also the excessively large resistance can be attached to the cleaner body 2', and the filter member 5 can be reliably mounted at an appropriate position of the dust collecting portion 3. In addition, the above-mentioned pressed portion 37 made of a soft synthetic resin is covered with the grip portion 3A made of a hard synthetic resin, and is guided by the gripping portion 3 when the pressed portion 18 is pressed. Therefore, the pressed portion 37 does not largely deflect when the pressing portion 18 is pressed. Therefore, the filter member 5 described above can be surely pressed to the last by the pressing portion 18. Then, in a state where the dust collecting unit 3 is attached to the cleaner body 2 in this manner, the user connects the plug 2 of the power cord 19 to the power source shown in Fig. 201125530, and operates the switch 13. By this operation, the aforementioned electric blower 10 is actuated. Then, by the operation of the electric blower 1 尘, the dust on the cleaning surface is sucked from the suction nozzle 6 with the air flow. Then, a gas stream containing dust flows into the cyclone cylinder 23 from the introduction portion 24, and the inside of the gas cylinder 23 is formed as a vortex which is swirled along the inner wall of the cyclone cylinder 23. Thus, the air current is swirled in the air cylinder 23, and the coarse dust can be centrifugally separated and accumulated in the air cylinder 23. Then, the air stream from which the coarse dust has been separated passes through the small hole 32 of the cylindrical portion 28 of the vortex generating mechanism 4, and then passes through the transition piece 35 of the above-described damper member 5. At this time, fine dust contained in the air stream is filtered by the filter 35. Further, after the airflow passing through the filter (35) passes through the suction port (not shown), the electric blower (10) is discharged from the exhaust port (17) to the outside of the cleaner body (2). After the dust is accumulated in the cyclone 23, the dust collecting portion 3 is removed from the cleaner body 2, and the dust of the cyclone 23 is discarded. The dust collecting portion 3 can be released from the vacuum cleaner bone by pressing the operation portion 14 to release the engagement between the movable fishing 15 and the fishing receiving portion 25. Then, the filter member 5 and the eddy current generating mechanism 4 are erroneously collected from the dust. The 卩3 is removed, and the dust in the aforementioned gas cylinder 23 can be discarded. Further, the filter unit 5 is picked up by grasping the pressed portion 37, and the dust collecting portion 3 can be easily removed. Further, the vortex generating mechanism 4 is picked up by the gripping extraction P30, and can be easily removed from the dust collecting portion 3. The vacuum cleaner 1 of the present invention includes a vacuum cleaner 1 that houses an electric blower 1 , an opening 21 that faces the cleaner body 2, and a dust collector 3 and a filter member that is detachably attached to the dust collecting unit 3 In the vacuum cleaner body 2, the pressing portion 18 is provided, and the filter member 5 is provided with the pressing portion 37, and the dust collecting portion 3 in which the filter member 5 is mounted in an incomplete state is attached to the cleaner body 2. When the pressing portion 18 presses the pressed portion 37, the filter member 5 is pressed into the dust collecting portion 3, and the filter member 5 can be attached to the dust collecting portion 3 at an appropriate position. The leakage of the airflow between the dust collecting portion 3 and the filter member 5 is reliably prevented. Further, in the present invention, the pressing portion 18 is provided on the side of the filter member 5, and the pressed portion 37 is protruded from the side of the cleaner body 2, and the amount of protrusion of the pressing portion 18 and the pressed portion 37 is defined. When the dust collecting unit 3 is attached to the cleaner body 2, the pressing portion 18 is substantially non-pressed with respect to the pressed portion 37, so that the dust collecting portion 3 can be placed without excessive resistance. The filter body 5 is mounted on the cleaner body 2, and the filter member 5 can be reliably placed at an appropriate position of the dust collecting portion 3, and the pressed portion 37 can be gripped, and the filter member 5 can be easily moved. It is removed from the dust collecting portion 3. Next, a second embodiment of the present invention will be described with reference to Fig. 5. In addition, the description of the parts common to the above-described first embodiment will be omitted. 41 is an electric vacuum cleaner of the present invention. This electric vacuum cleaner 41 has a cleaner body 42, a dust collecting portion 3, a vortex generating mechanism 44, a filter member 45, and a suction nozzle 6. The aforementioned cleaner body 42 has a housing 46. This casing 46 has an insertion portion 47 that can be inserted into the opening portion 21 of the dust collecting portion 3. Further, at the rear portion of the insertion portion 47, the pressing portion 48 is protruded from the lower side. The vortex generating mechanism 44 is detachably attached to the dust collecting portion 13 201125530 3 . This eddy current generating mechanism 44 is different from the vortex generating mechanism 4 of the first embodiment, and is not provided with a gripping portion. The filter member 45 is detachably attached to the upper side of the vortex generating mechanism 44. This filter member 45 can be inserted from the aforementioned opening portion 21. Further, the filter member 45 has a closing plate portion 49 that seals the opening portion 21, a sealing portion 5 that is provided on the outer periphery of the closing plate portion 49, and a filter (not shown) that protrudes from the lower portion, The inner seal portion 51 and the pressed portion 52 are provided to surround the upper end opening of the filter. Further, the closing plate portion 49, the outer sealing portion 50, the inner sealing portion 51, and the pressed portion 52 are integrally formed of a soft synthetic resin. Then, the outer seal portion 5 is configured such that the front end side thereof is in close contact with the inner wall of the connecting portion 22 of the dust collecting portion 3. Further, the inner seal portion 51 is configured such that its front end side is in sealing contact with the lower portion of the insertion portion 47. Further, the pressed portion 52 is formed by a part of the closing plate portion 49 and does not protrude upward. Further, when the dust collecting portion 3, the eddy current generating mechanism 44, and the filter member 45 are attached to the cleaner body 42, the pressed portion 52 is substantially in contact with the pressing portion 48 in a non-contact state. Next, the action of this embodiment will be described. First, the user installs the vortex generating mechanism 44 in the dust collecting portion p, and then presses the filter member 45 from the upper side of the eddy current generating mechanism 44 into the dust collecting portion 3, and Lx When the rhyme member 45 is filled with the dust collecting portion 3, the (four) wall of the connecting portion 22 of the dust collecting portion 3 is sealed and sealed in contact with the outer periphery of the closing plate portion 49 of the transition member 45. Then, the fore-sealing sealing material is in close contact with the inner peripheral wall of the connecting portion 22 of the above-mentioned (10) portion 3. The front material portion 50 and the front material portion are separated from each other by the wall portion (2011). Further, the user attaches the above-mentioned (four) portion 3 to which the front generating mechanism 44 and the transition member 45 are attached, in the month, to the dust collecting forest 42. Thereafter, when the dust collecting portion 3 is attached to the cleaner body 42, the (four) portion of the inner portion (4) portion 5b and the bottom portion of the insertion portion 47 are formed. h closed contact. Then, the inner seal portion 丨 is in close contact with the bottom portion of the insertion portion 47. The inner seal portion 51 and the insert portion are sealed from each other so that the outside air cannot flow. Further, the lower end of the pressing portion and the pressed portion 52 are in contact with each other in a non-pressed state. Further, when the press-fitting of the dust collecting portion 3 by the member 45 is insufficient, the outer seal portion 50 is not connected to the connecting portion. The inner peripheral wall is closed and the two are not sufficiently sealed. However, when the rear portion of the transition member 45 is not sufficiently pressed into the dust collecting portion 3, the dust collecting portion 3 is attached to the front condensing portion (4), and (4) the reduced portion is referred to as the pressing portion. When pressed, the rear portion of the transition member 45 can be pressed into the dust collecting portion 3. Then, after the transition member 45 presses the pressing portion 48 to the last state, the lower end of the pressing portion 48 comes into contact with the pressed portion 52 in a non-pressed state. On the other hand, when the front portion of the filter member is not sufficiently pressed to the dust collecting portion 3 (four), the inner portion (four) portion 51 is the insertion portion 47 in the process of arranging the dust collecting portion in the main body of the cleaner 42 Pressed at the bottom, the front portion of the filter member shirt can be pressed into the dust collecting portion 3. Then, the upper end of the inner seal portion 51 is in close contact with the bottom of the insertion portion 47 in a pressed state in a state where the filter member 45 is press-fitted to the bottom of the insertion portion 47. In this way, even if the press-fitting of the filter member 45 is insufficient, the filter member 45 can be pressed in the dust collecting portion 3 during the process of attaching the dust collecting portion 3 to the cleaner body 42 in the first 15 201125530. Into the end. Further, since the lower end of the pressing portion 48 and the pressed portion 52 are in a non-pressed state, the closing plate portion 49 of the filter member 45 is not provided in a state where the dust collecting portion 3 is attached to the cleaner body 42. Flexed. Thereby, the outer seal portion 50 on the outer periphery of the closing plate portion 49 can be hermetically contacted with the inner peripheral wall of the connecting portion 22. Further, the dust collecting portion 3 can be attached to the cleaner body 42' without excessive resistance, and the filter member 45 can be reliably mounted at an appropriate position of the dust collecting portion 3. Next, the third embodiment of the present invention will be described based on Fig. 6 . In addition, the description of the parts common to the above embodiments will be omitted. 61 is an electric vacuum cleaner of the present invention. This vacuum cleaner 61 has a cleaner body 62, a dust collecting portion 3, a vortex generating mechanism 4, a filter member 65, and a suction nozzle 6. The aforementioned cleaner body 62 has a housing 66. This casing 66 has an insertion portion 67 that can be inserted into the opening portion 21 of the dust collecting portion 3. A pressing portion 68 is provided at a rear portion of the insertion portion 67. The vortex generating mechanism 4 is detachably attached to the dust collecting portion 3. Further, the filter member 65 is detachably attached to the upper side of the vortex generating mechanism 4. Further, the filter member 65 can be inserted from the opening portion 21. Further, the filter member 65 has a closing plate portion 69 that seals the opening portion 21, a sealing portion 70 that is provided outside the outer periphery of the closing plate portion 69, and a filter (not shown) that protrudes from the lower side. The inner seal portion 71 is provided to house the upper end opening of the filter, and the pressed portion 72 is protruded from the upper portion. Further, the closing plate portion 69, the outer sealing portion 70, the inner sealing portion 71, and the 16201125530 pressed portion 72 are integrally formed of a soft synthetic resin. Then, the outer seal portion 70 is configured such that the front end side thereof is in close contact with the inner wall of the connecting portion 22 of the dust collecting portion 3. Further, the inner seal portion 71 is configured such that its front end side is in close contact with the lower portion of the insertion portion 67. Further, the pressed portion 72 is protruded upward from the rear portion of the filter member 65 in a state of covering the grip portion 30 of the vortex generating mechanism 4 from above. Further, the pressed portion 72 is formed to have a height "this height is substantially the same as the pressing portion 68 when the dust collecting portion 3, the eddy current generating mechanism 44, and the filter member 65 are attached to the cleaner body 62. The degree of contact in a non-contact state. Next, the action of this embodiment will be described. First, the user mounts the thirsty flow generating mechanism 4 to the dust collecting portion 3. Next, the above-described transition member 65 is press-fitted into the dust collecting portion 3 from above the vortex generating mechanism 4 to be installed. Further, 'when the filter member 65 is attached to the dust collecting portion 3 as described above', the connecting portion 22 of the seal portion 70 and the dust collecting portion 3 is provided outside the outer periphery of the closing plate portion 69 of the filter member 65. The inner peripheral wall is in close contact. Then, the inner seal wall of the joint portion 22 of the dust collecting portion 3 is closed by the outer seal portion, and the outer seal portion 70 and the inner peripheral wall of the joint portion 22 are sealed so that outside air cannot flow. Further, the user attaches the dust collecting portion 3 to which the vortex generating mechanism 4 and the filter member 65 are attached as described above to the cleaner body 62. Thereafter, when the dust collecting portion 3 is attached to the cleaner body 62, the front end portion of the inner seal portion 71 and the bottom portion of the insertion portion 67 are formed. Close contact. Then, the inner seal portion 71 is in close contact with the bottom portion of the insertion portion 67, and the inner seal portion 71 and the bottom portion of the insertion portion 67 are prevented from being sealed by the outside air. Further, the pressing portion 68 is in contact with the upper end of the pressing portion 72 of the 201120113030 in a non-pressed state. Further, when the filter member 65 is insufficiently pressed against the dust collecting portion 3, the outer seal portion 70 is not in close contact with the inner peripheral wall of the connecting portion 22, and both of them are insufficient (four). However, when the rear portion of the filter member 65 is not sufficiently pressed into the dust collecting portion 3, the process of attaching the dust collecting portion 3 to the cleaner body 62 is referred to as the pressing #68 by the pressed portion 72. After being pressed, the rear portion of the filter member 65 can be pressed into the dust collecting portion 3. Then, in a state where the filter member 65 is press-fitted to the last end of the pressing portion 68, the pressing portion 68 is in contact with the upper end of the pressed portion 72 in a non-pressed state. On the other hand, when the front portion of the filter member 65 is not sufficiently pressed into the dust collecting portion 3, in the process of attaching the dust collecting portion 3 to the cleaner body 62, the inner seal portion 71 is the aforementioned The bottom portion of the insertion portion 67 is pressed, and the front portion of the filter member 65 can be press-fitted into the dust collecting portion 3. Thereafter, when the filter member 65 is press-fitted to the bottom of the insertion portion 67, the upper end of the inner seal portion 71 is in close contact with the bottom portion of the insertion portion 67 in a pressed state. As described above, even if the pressurizing member 65 is insufficiently pressed, the transition member 65 can be press-fitted into the dust collecting portion 3 until the dust collecting portion 3 is installed in the cleaner body 62. Further, since the pressing portion 68 and the upper end of the pressed portion 72 are not pressed, the closing plate portion 69 of the filter member 65 is not in a state where the dust collecting portion 3 is attached to the cleaner body 62. Flexed. Thereby, the outer seal portion 70 on the outer periphery of the closing plate portion 69 can be hermetically contacted with the inner peripheral wall of the connecting portion 22. Further, the dust collecting portion 3 can be attached to the cleaner body 62' without any excessive resistance, and the shaft member & can be reliably mounted at an appropriate position of the dust collecting portion 3. In addition, since the pressed portion 72 made of the soft synthetic resin is provided to cover the grip portion 3G made of the hard grease, the grip portion 68 can be guided by the grip portion. Therefore, when the pressed portion 72 is reduced by the pressing portion 68, the money towel (four) is curved. Thus, the aforementioned damper member 65 can be said to press (4) 68 to positively press to the end. Further, the front/depressor member 65 is picked up by grasping the pressed portion 72, and can be easily removed from the dust collecting portion 3. The other is that the secret of the above is true in the invention.
範圍内’進行各種變形。舉 … A .^ 平列5之’上述各實施形態皆為 乳方疋式吸塵器，只要為將過滹哭 ^-趣' 構件裝設於集塵部之形式 之電動吸塵器’亦可為過濟式明鹿突 嗯式及塵窃。又，上述各實施形 ‘“為直立型吸塵器’亦可為橫型吸塵器。 【圖式^簡專_ 明】 第1圖係顯示本發明第1實施形態之電動吸塵器之右側 面圖。 第2圖係將第1實施形態之集塵部裝設於吸塵器本體之 中途之狀態之主要部份的部份放大載面圖。 第3圖係將第1實施形態之集塵部裝設於吸塵器本體之 狀態之主要部份的部份放大截面圖。 第4圖係第1實施形態主要部份之分解圖。 第5圖係將顯示本發明第2實施形態之電動吸塵器之集 塵部裝設於吸塵器本體的狀態之主要部份之部份放大載面 19 201125530 圖。 第6圖係將顯示本發明第3實施形態之電動吸塵器之集 塵部裝設於吸塵器本體的狀態之主要部份之部份放大截面 圖。 【主要元件符號說明】 1，41，61…電動吸塵器 2，42，62...吸塵器本體 3.. .集塵部 4，44...渦流產生機構 5，45...過濾器構件 6，65...吸引喷嘴 7，46，66...殼體 8.. .柄部 9.. .握持部 10…電動送風機 11，47，67...插入部 12.. .第2握持部 13.. .開關 14.. .開關操作部 15.. .可動鉤 16.. .固定鉤 17.. .排氣口 18，48，68...按壓部 19.. .電源線 20…插頭 21.. .開口部 22.. .連接部 23.. .氣旋筒 24.. .導入部 25.. .第1鉤承接部 26.. .第2鉤承接部 27，33，49，69…封閉板部 28.. .圓筒部 29.. .方向轉換部 30.. .抓取部 31.. .側壁 32.. .小孔 34，50，70...外密封部 35.. .過濾、器 36，51，71...内密封部 37，52，72…被按壓部 20Various modifications are made within the scope. In the above-mentioned embodiments, all of the above embodiments are all the squeezing type vacuum cleaners, and it is also possible to use an electric vacuum cleaner in the form of a dust-collecting part. Ming Lu suddenly and dust. In addition, the above-mentioned embodiment of the present invention is a right side view of the electric vacuum cleaner according to the first embodiment of the present invention. Fig. 3 is a partial enlarged plan view showing a main part of a state in which the dust collecting portion of the first embodiment is installed in the middle of the cleaner body. Fig. 3 is a view showing the dust collecting unit of the first embodiment attached to the cleaner body. Fig. 4 is an exploded view of the main part of the first embodiment. Fig. 5 is a view showing a dust collecting portion of the electric vacuum cleaner according to the second embodiment of the present invention. Fig. 6 is a view showing a part of the main part of the state of the cleaner body, which is shown in Fig. 6. Fig. 6 is a view showing a main part of a state in which the dust collecting portion of the vacuum cleaner of the third embodiment of the present invention is attached to the cleaner body. Enlarged sectional view. [Main component symbol description] 1,41,61...electric vacuum cleaner 2,42,62...vacuum cleaner body 3..dust collecting part 4,44... eddy current generating mechanism 5,45.. Filter members 6, 65... suction nozzles 7, 46, 66... Body 8.. Handle 9. Holder 10... Electric blower 11, 47, 67... Insertion part 12.. 2nd grip part 13.. Switch 14.. Switch operation part 15 .. . movable hook 16.. fixed hook 17.. exhaust port 18, 48, 68... pressing portion 19.. power cord 20... plug 21.. opening portion 22.. connecting portion 23 .. . Cyclone 24.. Introducing part 25... 1st hook receiving part 26.. 2nd hook receiving part 27, 33, 49, 69... closing plate part 28.. cylindrical part 29.. Directional conversion section 30.. Grab the section 31.. side wall 32.. small hole 34, 50, 70... outer seal part 35.. filter, 36, 51, 71... inner seal Parts 37, 52, 72... pressed portion 20