201031377 六、發明說明： 【發明所屬之技術領域】 本發明是關於集塵袋形式的吸塵器。 【先前技術】 即使塵埃堆積在集塵袋，也能維持吸引力的構造的吸 塵器，是例如被記載在日本特開2003-88483號公報（專 . 利文獻1 )。 專利文獻1所示的吸塵器，是具備：在吸塵器本體的 集塵室側具有防止塵埃流入到電動送風機的集塵過濾器之 吸氣格子狀體’並作成相對於吸氣格子狀體，吸引風也可 從略水平方向流入的構造，即使塵埃堆積在集塵袋，也能 讓吸引力持續。又’藉由讓格子肋延設到比吸氣格子狀體 的框體外周更外側的方式，與區隔壁的空間成爲溝槽，產 生吸引風的流動，而獲得同様的效果。 Φ [先行技術文獻] [專利文獻] [專利文獻1]日本特開2003-88483號公報 【發明內容】 [發明所欲解決之課題] 然而’專利文獻1記載的發明中，即使塵埃堆積在集 塵袋’也能讓吸引力持續，但當塵埃大量堆積在集塵袋， 要更換集塵袋時，集塵袋卡在格子狀體，而不易從集塵室 -5- 201031377 抽出。又，由於在格子狀體與區隔壁之間設有集塵過濾器 ，所以進行集塵過濾器的保養時，必須將格子狀體卸下， 使得便利性變差。再者，因爲裝設在吸引風路的格子肋是 傾斜的，所以吸引效率不佳，使吸引力降低。 本發明的目的，是提供一種：收集了塵埃的集塵袋的 取出容易，吸引效率佳，可提昇吸引力，且即使塵埃堆積 在集塵袋，也可讓吸引力持續的吸塵器。 [解決課題用的手段] 本發明是具備有：具有電動送風機與集塵室的吸塵器 本體、與裝卸自如地被設置在前述集塵室的集塵袋之吸塵 器，其中，由上本體、可轉動的開閉蓋、與下本體構成前 述集塵室，前述下本體設置連通集塵室與前述電動送風機 的開口部，在前述下本體的前述集塵袋與前述電動送風機 之間，且於前述集塵室内，設置保持可從前述集塵袋側裝 卸的過濾器的過濾框構件，以設在前述下本體的開口部卡 止設置在前述過濾框構件的凸部，並且相對於前述集塵室 將前述過濾框構件成上下滑動自如地設置。藉此，收集了 塵埃的集塵袋的取出容易。 又，理想是在前述過濾框構件滑動而位於上部的狀態 下，從開放狀態轉動前述開閉蓋時，前述過濾框構件因前 述開閉蓋被按壓而往下方滑動，且在關閉前述開閉蓋的狀 態下，以開閉蓋按壓前述過濾框構件上部。藉此，可防止 塵埃被吸引到電動送風機。 -6 - 201031377 方 開 刖 袋 1 2 述 力 設 述 及 例 集 前 構 塵 埃 造 • 又，理想的是在前述過濾框構件的開閉蓋側設置上 風路，並且在前述開閉蓋設置肋，在前述集塵袋與前述 閉蓋外廓之間構成下方風路的同時，讓前述下方k路與 述上方風路的位置相對向。藉此，即使塵埃堆積在集塵 ，也能讓吸引力持續。 又，在前述電動送風機前的開口部設置格子狀的第 肋，也在前述過濾框構件設置第2肋，讓前述第1及第 φ 肋的格子形狀一致，並且將前述第2肋的根數設成比前 第1肋的根數更少。藉此，吸引效率佳，且可提昇吸引 〇 又，本發明是具備：可吸入空氣的電動送風機；被 置在前述電動送風機的空氣的吸入口側的集塵室；在前 集塵室裝卸自如的集塵體（例如集塵袋、集麈殻）：以 被設置在前述集塵室的前述電動送風機側壁面的構件（ 如過濾框構件）的吸麈器，其中，前述構件是藉由前述 〇 塵室的前述電動送風機側壁面，滑動自如地被支撐在自 述集塵體的前述集麈室取出的方向，前述構件是由單一 件（作爲單一構造物）構成。藉此，可使收集塵埃的集 體的取出容易，吸引效率佳，可提昇吸引力，且即使塵 堆積在集塵體，不僅可讓吸引力持續，可簡化構件的製 及構件的安裝。 [發明的效果] 根據本發明，可使收集了塵埃的集塵袋的取出容易， 201031377 吸引效率佳，可提昇吸引力，且即使塵埃堆積在集塵袋， 也可使吸引力持續。 【實施方式】 [實施發明用的形態] 本發明是具備有：具有電動送風機與集塵室的吸塵器 本體、與裝卸自如地被設置在集塵室的集塵袋之吸塵器， 其中’由上本體、可轉動的開閉蓋、與下本體構成前述集201031377 VI. Description of the Invention: [Technical Field to Which the Invention Is Ascribed] The present invention relates to a vacuum cleaner in the form of a dust collecting bag. [Prior Art] A vacuum cleaner that maintains an attractive structure even if the dust is accumulated in the dust collecting bag is disclosed in Japanese Laid-Open Patent Publication No. 2003-88483 (Patent Document 1). The vacuum cleaner shown in the patent document 1 is provided with the suction grid-like body which has the dust-collecting filter which prevents the dust from flowing into the dust-draining filter of the electric blower in the dust-collection-s It is also possible to allow the attraction to continue from a structure that flows in a slightly horizontal direction, even if dust accumulates in the dust bag. Further, by extending the lattice ribs to the outside of the outer periphery of the frame of the intake lattice body, the space between the partition walls becomes a groove, and a flow of suction wind is generated, and the effect of the same is obtained. Φ [PRIOR ART DOCUMENT] [Patent Document 1] [Patent Document 1] JP-A-2003-88483 [Claim of the Invention] [Problems to be Solved by the Invention] However, in the invention described in Patent Document 1, even dust is accumulated in the set. The dust bag can also keep the attraction lasting, but when the dust accumulates in the dust bag, the dust bag is stuck in the grid when it is replaced, and it is not easy to withdraw from the dust chamber-5-201031377. Further, since the dust collecting filter is provided between the lattice-shaped body and the partition wall, it is necessary to remove the lattice-shaped body when performing maintenance of the dust collecting filter, which deteriorates convenience. Further, since the lattice ribs installed in the suction air passage are inclined, the suction efficiency is not good and the suction force is lowered. It is an object of the present invention to provide a dust collector that collects dust, which is easy to take out, has good suction efficiency, can enhance the attractive force, and can keep the suction device of continuous attraction even if dust accumulates in the dust bag. [Means for Solving the Problem] The present invention is provided with a cleaner body having an electric blower and a dust collecting chamber, and a vacuum cleaner that is detachably provided in the dust collecting bag of the dust collecting chamber, wherein the upper body is rotatable The opening and closing cover and the lower body constitute the dust collecting chamber, and the lower body is provided with an opening that communicates with the dust collecting chamber and the electric blower, and is disposed between the dust collecting bag of the lower body and the electric blower. a filter frame member that holds a filter that can be attached to and detached from the dust bag side, is provided in a convex portion provided in the opening of the lower body, and is provided in the convex portion of the filter frame member, and is provided in the dust collecting chamber The filter frame member is slidably arranged up and down. Thereby, the dust collecting bag that collects the dust is easily taken out. Moreover, when the opening and closing cover is rotated from the open state, the filter frame member is slid downward by the opening and closing cover, and the opening and closing cover is closed, when the opening and closing cover is rotated from the open state. The upper part of the filter frame member is pressed by the opening and closing cover. Thereby, dust can be prevented from being attracted to the electric blower. -6 - 201031377 刖 刖 1 1 1 1 1 1 1 1 • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • The lower air path is formed between the dust bag and the outer periphery of the closed cover, and the lower k-way is opposed to the upper air path. In this way, even if dust accumulates in the dust collection, the attraction can continue. Further, a lattice-shaped rib is provided in the opening before the electric blower, and a second rib is provided in the filter frame member, and the lattice shapes of the first and the φ ribs are matched, and the number of the second ribs is It is set to be smaller than the number of the first ribs. According to the present invention, the present invention provides an electric blower that can breathe air, a dust collecting chamber that is placed on the suction port side of the air of the electric blower, and that is detachable from the front dust collecting chamber. a dust collecting body (for example, a dust collecting bag, a collecting case): a suction device of a member (such as a filter frame member) provided on a side wall surface of the electric blower of the dust collecting chamber, wherein the member is by the foregoing The side wall surface of the electric blower of the dust chamber is slidably supported in a direction in which the collection chamber of the dust collecting body is taken out, and the member is composed of a single member (as a single structure). Thereby, the collection of the dust collecting body can be facilitated, the suction efficiency is good, the attraction force can be improved, and even if the dust accumulates in the dust collecting body, the attraction force can be continued, and the member manufacturing and the member mounting can be simplified. [Effects of the Invention] According to the present invention, the dust collecting bag in which dust is collected can be easily taken out, and the suction efficiency is improved in 201031377, the attraction force can be improved, and the attraction can be continued even if dust accumulates in the dust collecting bag. [Embodiment] The present invention provides a vacuum cleaner body having an electric blower and a dust collecting chamber, and a vacuum cleaner that is detachably provided in a dust collecting bag of the dust collecting chamber, wherein the upper body is The rotatable opening and closing cover and the lower body constitute the aforementioned set
W 塵室，在下本體設置連通集塵室與電動送風機的開口部， 在下本體的集塵袋與電動送風機之間，且於集塵室内，設 置保持可從集塵袋側裝卸的過濾器的過濾框構件，以設在 下本體的開口部卡止設置在過濾框構件的凸部，並且，相 對於集塵室’將過濾框構件上下滑動自如地設置。藉此， 可使收集了塵埃的集麈袋的取出容易。 又，本發明是具備有：可吸入空氣的電動送風機；被 設置在電動送風機的空氣的吸入口側的集塵室；在集塵室 Q 裝卸自如的集塵體；以及被設置在集塵室的電動送風機側 壁面的構件之吸塵器，其中，構件是藉由集塵室的電動送 風機側壁面，滑動自如地被支撐在自集塵體的集塵室取出 的方向，構件是由單一構件所構成。藉此，可使收集塵埃 的集塵體的取出容易，吸引效率佳，可提昇吸引力，且即 使塵埃堆積在集塵體，不僅可使吸引力持續，也可簡化框 構件的製造及安裝到形成開口部的構件。 -8 - 201031377 . 〔實施例〕 以下，根據添附的圖面說明本發明的實施形態的一個 例子。 圖2是本發明的實施形態的一個例子的吸塵器的整體 外觀圖。201是吸入含有位在被清掃面的塵埃的空氣的吸 口，202是連通吸口的空氣通過的延長管，203是連通延 長管的空氣通過的可撓性的軟管，2 04是連通軟管的捕捉 ❹ 塵埃的吸塵器本體。而且，從吸口 201被吸引的塵埃通過 延長管202、軟管203，被集塵到吸塵器本體204。 圖3爲本發明的實施形態的一個例子的吸塵器本體的 外觀圖。在吸塵器的使用狀態下將吸塵器本體橫置的狀態 。以有吸塵器本體的軟管連接口（吸入口）404之側作爲 前側，以有開閉蓋303之側作爲上側。因此，下方向爲重 力作用方向。 吸塵器本體2 04是由上本體301與下本體3 02構成， 0 其内部具備可將空氣吸入的電動送風機（未圖式）。對上 本體301設置，可在電動送風機側上部轉動的開閉蓋303 ，並以相對於下本體302的電動送風機，被區劃的部分（ 空間）與開閉蓋3 03構成集塵室304。集塵室3 04在吸塵 器本體204的前側，被配置在比電動送風機更前方，又， 被配置在比電動送風機更位於沿著空氣流動的上流側（電 動送風機的吸入口的上流側）。在關閉開閉蓋303的狀態 下，開閉蓋3 03使集塵室304的上側成爲氣密狀態爲理想 。集塵室304具備有上下方向裝卸自如的集塵袋305。藉 201031377 著將集塵袋3 05的吸入口的外框往下方插入被設在集塵室 3 04内的軟管連接口 4 04的出口端的兩側的滑肋（未圖式 )的方式，將集塵袋305支撐在集塵室3 04内。在電動送 風機與集塵袋3 05之間，且在集塵室内設有具備防止塵埃 吸引到電動送風機用的過濾器的過濾框構件3 06。以該過 濾器與過濾框構件306形成過濾部。該過瀘器的網眼雖比 集塵袋3 05的網眼更粗，但可防止殘留在集塵室内的塵埃 被吸入到電動送風機的情況。但是過濾框構件306只要可 確保流路，則並不需要到要設置到過濾器。 圖4本發明的實施形態的一個例子的吸塵器本體的剖 視圖。 電動送風機401與集塵袋305之間的集塵室304内具 備有保持過濾器403的過濾框構件3 06。過濾器40 3是使 用者能從集塵袋305側裝卸地保持。吸塵器運轉時，電動 送風機401產生吸引力，從與集塵室3 04連通的開口部 4 02吸入空氣。集塵袋305是因爲從軟管連接口 404流入 的含塵空氣而如圖所示地膨脹。集塵袋305膨脹後的大小 被作成比集塵室304的大小還要稍微的大，當集塵袋305 膨脹而貼到集塵室内部的上下左右之壁，當塵埃大量時， 會阻礙空氣的流動。集塵袋305沒有膨脹的狀態（最初的 安裝），與集塵袋305的吸入口對向的集塵袋305的面（ 底面）從過濾框構件306分開，集塵袋3 05膨脹後的狀態 下，與集塵袋305的吸入口對向的集塵袋305的面（底面 )成爲與過濾框構件306抵接。在本發明的實施形態中， 201031377 • 爲了不讓集塵袋3 05黏貼到開閉蓋3 03的内側而在開閉蓋 303的内側設有朝前後方向延伸的肋狀的流路確保構件 4 05，在開閉蓋3 03與集塵袋3 05之間保有空間（流路） 4 06，防止吸塵器的吸引力降低的情況。再者，藉由過濾 框構件306，即使集塵袋305膨脹時，也可保有集塵袋 3 05與開口部402之間的空間，防止吸引力降低的情況。 接著，參閱圖1及圖5、圖6、圖7、圖8，針對成爲 φ 本發明的主要部的過濾框構件306進行說明。圖1表示打 開開閉蓋3 03的狀態下，沒有集塵袋3 05、過濾器403的 情況。過濾框構件3 06設成可在上下方向（從集塵袋305 的集塵室3 04取出的方向）滑動，圖1是位在可滑動範圍 的上端位置的狀態。通常，過濾框構件306是位在可滑動 範圍的下端位置，但使用者往上抽出，便可容易地卸下電 動送風機（未圖式）前的過濾器403。開口部402其入口 端爲略圓形狀，由吸塵器本體2 04的前方觀看，位在中央 〇 (軟管連接口 404 )稍稍偏左側。過濾框構件3 0爲略長方 形狀，形成覆蓋開口部402，由吸塵器本體204的前方觀 看，位在中央（軟管連接口 404 )稍稍偏左側。過濾框構 件306的下端，在過濾框構件3 06的收納時，也可抵接在 集塵室3 04，也可沒有抵接。沒有將過濾框構件306設置 到右側是爲了確保空間（流路）。結果，集塵袋3 05膨脹 後，只有集塵袋305的底面的左側抵接在過濾框構件306 圖5表示抽出吸引塵埃後的集塵袋305的狀態。如此 201031377 ，使用者更換集塵袋305時，朝上方向抽出時，通常，因 爲過濾框構件3 06不會在上下方向滑動，所以過濾框構件 306會卡到集塵袋3 05，而阻礙抽出。但是本發明的話， 因爲過濾框構件306會上方向滑動，所以可容易與集塵袋 305 —起抽出地抽出集塵袋305，而可容易更換集塵袋305 。而且，在抽出集塵袋3 05的狀態下，過濾框構件306的 上端會抵接到開閉蓋3 03的内面所形成的支骨或肋。 圖6是抽出集塵袋305的狀態的側面圖，可知是將過 濾框構件306與集塵袋3 05 —起朝上方抽出的情況。 之後，如圖7所示，由於可簡單地卸下集塵袋3 05, 所以集塵袋305的更換非常地簡單。而且，過濾框構件 306也可在卸下集塵袋305後馬上因本身的重量，往下方 向（往重力作用方向）回到下端，過濾框構件306也可因 靜止摩擦力停留在上端或上部。 圖8爲抽出集塵袋3 05的狀態的橫剖視圖。尤其是因 爲集塵袋305抽出開始的最初的卡止成爲卸下不易的原因 ，所以如圖8所示，藉著過濾框構件306往上方向的滑動 ，使集麈袋3 05的大約一半從集塵室3 04露出，故能以單 手簡單卸下集塵袋3 05。過濾框構件306的滑動範圍在過 濾框構件3 06的上下方向的長度的二分之一左右，或在膨 脹後的集塵袋305的底面的上下方向的長度的二分之一左 右。 圖9表示更換集塵袋後的狀態（過濾器403未圖式） ，在過濾框構件306滑動而位在上部的狀態下，將開閉蓋 -12- 201031377 • 3 03從開放狀態往關閉狀態轉動後，如圖1 0所示，過濾框 構件306因開閉蓋3 03的内面的支骨或肋等被按推而往下 方滑動，其結果，由於會與開閉蓋303的旋轉動作連動， 往下端位置被引導，所以因爲使用者不需將過濾框構件 3 06往下方降下，因此適用方便。 又，如圖4所示，關閉開閉蓋3 03的狀態下，是以開 閉蓋按住過濾框構件306上部。藉此，由於可確實設定過 參 濾器403的位置，所以可防止塵埃被吸引到電動送風機。 圖1 1是將開閉蓋303關閉到中途的狀態。開閉蓋303 的内側設有流路確保構件405，防止集塵袋305膨脹貼付 到開閉蓋3 03的内面的情況，確保空間406，並確保往電 動送風機的風流的流路。又，在開閉蓋303的内側，且在 流路確保構件405的後端設置有關閉開閉蓋303的形態下 朝上下方向延伸的複數個肋1101。藉此，構成即使集塵袋 3 05膨脹，集塵袋3 05也不會貼付在開閉蓋303的下方風 Φ 路1 102 (空間）。再者，如圖9所示，在過濾框構件306 的上端，且在與前述複數個肋1101所形成的下方風路 1102的開口對向的位置，在上下方向開口的上方風路901 打開著。藉此，通過開閉蓋303的内側的空氣順暢地被導 引到電動送風機。 接著，使用圖12至圖15，說明過濾框構件3 06的詳 細的安裝狀態。圖12爲圖1〇的ρ部放大圖。過濾框構件 306是將整體設成格子狀，盡可能降低空氣流動時的阻力 ’並提昇吸引力。集塵袋305側設置有過濾器403，防止 -13- 201031377 塵埃進入到電動送風機側。過濾框構件306是將前述的格 子的一部分（上下方向的大致中間部分）作成突出在電動 送風機側的凸部1201。下本體302的開口部402也有格子 狀（朝上下左右延伸）的肋1202，藉由將凸部1201卡止 在肋1202的方式，成爲防止過濾框構件3〇6自下本體30 脫落。 吸塵器組裝時，由於相對於凸部的上端呈直角，凸部 的下端呈彎曲部12 03 (漸漸縮小的錐狀）只要將過濾框構 件306往下方向插入圖14所示的下本體的L字狀部分 1401，凸部的彎曲部1 203越過肋1202，就可簡單地將過 濾框構件3 06裝設在下本體3 02。且由於零件數量也可僅 以過濾框構件306與下本體302構成上述滑動機構，所以 可提供生產性優，抑制成本的吸塵器。L字狀部分1401 被形成在集塵室304的吸塵器側壁面，且位在開口部402 的兩側，朝上下方向（過濾框構件306的滑動方向）延伸 ，其上下方向剖面爲大致L字狀。在L字狀部分1401與 集塵室304的吸麈器側壁面之間，將過濾框構件3 06的左 右方向兩側上下方向滑動自如地保持。 圖13是由集塵室3 04側觀看過濾框構件306的圖（ 過濾器403未圖式）。過濾框構件3 06的格子部1301由 於在前後方向是與設在下本體3 02的開口部4〇2的格子狀 的肋1 202完全一致，所以能盡可能地降低空氣流動時的 阻力，並提昇吸引力。又’如有圖14可知’過濾框構件 3 06的格子部1301的根數是設的比設在開口部4〇2的格子 201031377 « 狀的肋1202的根數更少爲理想。藉此，可更進一步降低 空氣流動時的阻力，並更進一步提昇吸引力。 如以上所述，可提供一種，收集了塵埃的集塵袋的取 出容易，吸引效率佳，可提昇吸引力，且即使塵埃堆積在 集塵袋，也可使吸引力持續的使用便利的吸塵器。 圖15表示過濾框構件306的外觀圖。過濾框構件306 具有：略長方形狀的外廓、朝上下方向延伸的複數個支骨 φ 、朝左右方向延伸的複數個支骨、朝上下方向延伸的複數 個支骨中的兩個形成支骨的凸部1201、以及設在外廓，保 持過濾器用的肋1501。朝上下方向延伸的複數個支骨的上 下端及朝左右方向延伸的複數個支骨的左右端是藉著外廓 而被支撐，朝上下方向延伸的複數個支骨與朝左右方向延 伸的複數個支骨是彼此以其接觸點互相支撐。過濾框構件 3 06是由單一構件（單一構造物）構成。過濾框構件3 06 是由塑膠構成爲理想，且爲模成形爲理想。凸部1201是 Φ 形成在比過濾框構件306的上下方向的中間更梢微下側爲 理想。由朝上下方向延伸複數個支骨與朝左右方向延伸的 複數個支骨形成格子。在外廓的上部形成在上下方向開口 的上方風路901。上方風路901是比朝上下方向延伸的複 數個支骨與朝左右方向延伸的複數個支骨更形成在前側， 且比過濾器形成在更前側爲理想。 此外，以上的實施形態中，雖將過濾框構件306設成 在上下方向滑動的機構，但過濾框構件306也可以過濾框 構件306的上部爲支點轉動，過濾框構件306的下部也可 -15- 201031377 是往集塵室304側轉動的機構。又，以上的實施形態中， 是將過濾框構件3 06形成在集塵室3〇4的電動送風機40 t 側壁面’但也可形成在集塵室304的側壁面的一方或兩方 【圖式簡單說明】 [圖1]本發明的實施形態的一個例子的吸塵器本體的 外觀圖（從集塵室卸下集塵袋、過濾器的狀態）。 [圖2]本發明的實施形態的一個例子的吸塵器的整體 外觀圖。 [圖3]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 [圖4]本發明的實施形態的一個例子的吸塵器本體的 剖視圖（集塵袋鼓起的狀態）。 [圖5]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 [圖6]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 [圖7]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 [圖8]本發明的實施形態的一個例子的吸塵器本體的 剖視圖。 [圖9]本發明的實施形態的一個例子的吸塵器本體一 部分的外觀圖。 -16- 201031377 . [圖10 ]本發明的實施形態的一個例子的吸塵器本體的 剖視圖。 [圖π]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 [圖12]爲圖ίο的p部放大圖。 [圖13]本發明的實施形態的一個例子的吸塵器本體的 外觀圖。 φ [圖14]爲圖13的A-A剖視圖。 [圖15]過濾框構件的外觀圖。 【主要元件符號說明】 201 ··吸□ 202 :延長管 203 :軟管 204 :吸塵器本體 Ο 301 :上本體 302 :下本體 303 :開閉蓋 3 04 :集塵室 3 05 :集塵袋 3 06 :過濾框構件 401 :電動送風機 402 :開口部 403 :過濾器 -17- 201031377 404 :軟管連接口 405 :流路確保構件 406 :空間 9 0 1 :上方風路 1 1 〇 1 :開閉蓋的肋 1 1 02 :下方風路 1201 :凸部 1 202 :下本體的肋（格子 1 203 :彎曲部 1301:過濾框構件的格子 1401 : L字狀部分 1501 :肋In the dust chamber, the opening of the dust collecting chamber and the electric blower is provided in the lower body, and between the dust collecting bag of the lower main body and the electric blower, and the filter that can be attached and detached from the dust collecting bag side is provided in the dust collecting chamber. The frame member is locked to the convex portion provided in the filter frame member by the opening provided in the lower body, and the filter frame member is slidably provided up and down with respect to the dust collecting chamber'. Thereby, the collection of the dust collecting bag can be facilitated. Moreover, the present invention is provided with an electric blower that can suck in air, a dust collecting chamber that is provided on the suction port side of the air of the electric blower, a dust collecting body that is detachable from the dust collecting chamber Q, and a dust collecting chamber that is disposed in the dust collecting chamber. The vacuum cleaner of the component of the side wall surface of the electric blower, wherein the component is slidably supported by the dust collecting chamber of the dust collecting body by the side wall surface of the electric blower of the dust collecting chamber, and the component is composed of a single component . Thereby, the dust collecting body that collects dust can be easily taken out, the suction efficiency is good, the attraction force can be improved, and even if dust is deposited on the dust collecting body, the attraction force can be continued, and the manufacture and mounting of the frame member can be simplified. A member that forms an opening. -8 - 201031377. [Embodiment] Hereinafter, an example of an embodiment of the present invention will be described based on the attached drawings. Fig. 2 is an overall appearance view of a vacuum cleaner according to an example of the embodiment of the present invention. 201 is a suction port for sucking air containing dust located on the surface to be cleaned, 202 is an extension pipe through which air passing through the suction port passes, 203 is a flexible hose through which air passing through the extension pipe passes, and 24 is a communication hose. A vacuum cleaner body that captures dust. Further, the dust sucked from the suction port 201 is collected by the extension pipe 202 and the hose 203 to the cleaner body 204. Fig. 3 is an external view of a vacuum cleaner main body according to an embodiment of the embodiment of the present invention. The state in which the cleaner body is placed transversely in the state of use of the cleaner. The side of the hose connection port (suction port) 404 having the cleaner body is referred to as the front side, and the side having the opening and closing cover 303 is referred to as the upper side. Therefore, the downward direction is the direction of gravity. The cleaner body 2 04 is composed of an upper body 301 and a lower body 302, and has an electric blower (not shown) that can draw in air. The upper body 301 is provided with an opening and closing cover 303 which is rotatable on the upper side of the electric blower, and a portion (space) and an opening/closing cover 303 which are partitioned with respect to the electric blower of the lower body 302 constitute a dust collecting chamber 304. The dust collecting chamber 404 is disposed on the front side of the cleaner body 204 in front of the electric blower, and is disposed on the upstream side (the upstream side of the suction port of the electric blower) that flows along the air than the electric blower. In the state where the opening and closing cover 303 is closed, the opening and closing cover 303 is preferably made to have an airtight state on the upper side of the dust collecting chamber 304. The dust collecting chamber 304 is provided with a dust collecting bag 305 that is detachable in the vertical direction. By 201031377, the outer frame of the suction port of the dust bag 3 05 is inserted downward into the sliding ribs (not shown) on both sides of the outlet end of the hose connection port 04 4 provided in the dust collecting chamber 3 04, The dust bag 305 is supported in the dust collecting chamber 304. A filter frame member 306 having a filter for preventing dust from being attracted to the electric blower is provided between the electric blower and the dust bag 305, and in the dust collecting chamber. The filter portion is formed by the filter and the filter frame member 306. Although the mesh of the filter is thicker than the mesh of the dust bag 305, it is possible to prevent dust remaining in the dust collecting chamber from being sucked into the electric blower. However, as long as the filter frame member 306 can ensure the flow path, it is not necessary to set it to the filter. Fig. 4 is a cross-sectional view showing the cleaner body of an example of the embodiment of the present invention. A filter frame member 306 for holding the filter 403 is provided in the dust collecting chamber 304 between the electric blower 401 and the dust collecting bag 305. The filter 40 3 is detachably held by the user from the side of the dust bag 305. When the cleaner is in operation, the electric blower 401 generates an attractive force, and the air is taken in from the opening portion 406 that communicates with the dust collecting chamber 398. The dust bag 305 is inflated as shown in the drawing because of the dusty air flowing in from the hose connection port 404. The size of the dust bag 305 after expansion is made slightly larger than the size of the dust collecting chamber 304. When the dust collecting bag 305 is inflated and attached to the upper, lower, left and right walls of the dust collecting chamber, when the dust is large, the air is blocked. The flow. The dust bag 305 is in an unexpanded state (initial mounting), and the surface (bottom surface) of the dust bag 305 facing the suction port of the dust bag 305 is separated from the filter frame member 306, and the dust bag 305 is inflated. Then, the surface (bottom surface) of the dust collecting bag 305 that faces the suction port of the dust collecting bag 305 comes into contact with the filter frame member 306. In the embodiment of the present invention, 201031377: In order to prevent the dust bag 305 from sticking to the inside of the opening and closing cover 303, a rib-shaped flow path securing member 405 extending in the front-rear direction is provided inside the opening and closing cover 303, A space (flow path) 460 is maintained between the opening and closing cover 303 and the dust bag 305 to prevent the suction force of the cleaner from being lowered. Further, by the filter frame member 306, even when the dust bag 305 is inflated, the space between the dust bag 305 and the opening portion 402 can be maintained, and the attraction force can be prevented from being lowered. Next, referring to Fig. 1 and Fig. 5, Fig. 6, Fig. 7, and Fig. 8, a filter frame member 306 which is a main portion of the present invention will be described. Fig. 1 shows a state in which the dust collecting bag 305 and the filter 403 are not provided in a state in which the opening and closing cover 323 is opened. The filter frame member 306 is slidable in the up and down direction (the direction taken out from the dust collecting chamber 309 of the dust bag 305), and Fig. 1 is in a state of being positioned at the upper end position of the slidable range. Generally, the filter frame member 306 is positioned at the lower end of the slidable range, but the user can easily remove the filter 403 before the electric blower (not shown). The opening portion 402 has a slightly rounded entrance end, viewed from the front of the cleaner body 206, and is located slightly to the left of the center 〇 (hose connection port 404). The filter frame member 30 has a slightly rectangular shape and is formed to cover the opening portion 402, and is positioned slightly in the center (the hose connection port 404) on the left side as viewed from the front of the cleaner body 204. The lower end of the filter frame member 306 may be in contact with the dust collecting chamber 304 during the storage of the filter frame member 306, or may not be abutted. The filter frame member 306 is not set to the right side in order to secure the space (flow path). As a result, after the dust bag 305 is inflated, only the left side of the bottom surface of the dust collecting bag 305 abuts against the filter frame member 306. Fig. 5 shows the state of the dust collecting bag 305 after the dust is sucked. Thus, in 201031377, when the user replaces the dust bag 305 and pulls it upward, normally, since the filter frame member 306 does not slide in the up and down direction, the filter frame member 306 is caught in the dust bag 305, and the extraction is hindered. . However, in the present invention, since the filter frame member 306 slides in the upward direction, the dust collecting bag 305 can be easily taken out together with the dust collecting bag 305, and the dust collecting bag 305 can be easily replaced. Further, in a state where the dust collecting bag 305 is withdrawn, the upper end of the filter frame member 306 abuts against the bone or rib formed by the inner surface of the opening and closing cover 303. Fig. 6 is a side view showing a state in which the dust collecting bag 305 is taken out, and it is understood that the filter frame member 306 and the dust collecting bag 305 are taken up upward. Thereafter, as shown in FIG. 7, since the dust bag 305 can be easily removed, the replacement of the dust bag 305 is extremely simple. Moreover, the filter frame member 306 can also return to the lower end in the downward direction (toward the direction of gravity) due to its own weight immediately after the dust bag 305 is removed, and the filter frame member 306 can also stay at the upper end or the upper portion due to the static frictional force. . Fig. 8 is a transverse cross-sectional view showing a state in which the dust collecting bag 305 is taken out. In particular, since the first locking of the start of the dust collecting bag 305 is difficult to remove, the approximately half of the collecting bag 3 05 is caused by the sliding of the filter frame member 306 in the upward direction as shown in Fig. 8 . The dust collection chamber 3 04 is exposed, so that the dust bag 3 05 can be easily removed with one hand. The sliding range of the filter frame member 306 is about one-half of the length of the filter frame member 306 in the vertical direction, or about one-half of the length of the bottom surface of the expanded dust collecting bag 305 in the vertical direction. Fig. 9 shows a state after the dust collecting bag is replaced (the filter 403 is not shown), and the opening and closing cover -12-201031377 • 3 03 is rotated from the open state to the closed state while the filter frame member 306 is slid and positioned at the upper portion. Then, as shown in FIG. 10, the filter frame member 306 is pushed downward by the bones, ribs, or the like on the inner surface of the opening and closing cover 303, and as a result, it is interlocked with the rotation operation of the opening and closing cover 303 to the lower end. The position is guided, so since the user does not need to lower the filter frame member 306 downward, it is convenient to apply. Further, as shown in Fig. 4, in the state in which the opening and closing cover 323 is closed, the upper portion of the filter frame member 306 is held by the opening and closing cover. Thereby, since the position of the filter 403 can be surely set, the dust can be prevented from being attracted to the electric blower. FIG. 11 is a state in which the opening and closing cover 303 is closed to the middle. The flow path securing member 405 is provided inside the opening and closing cover 303 to prevent the dust collecting bag 305 from being inflated and attached to the inner surface of the opening and closing cover 303, and the space 406 is secured and the flow path of the airflow to the electric blower is secured. Further, inside the opening and closing cover 303, a plurality of ribs 1101 extending in the vertical direction in a state in which the opening and closing cover 303 is closed are provided at the rear end of the flow path securing member 405. Thereby, even if the dust collecting bag 305 is inflated, the dust collecting bag 305 is not attached to the lower wind Φ path 1 102 (space) of the opening and closing cover 303. Further, as shown in FIG. 9, at the upper end of the filter frame member 306, the upper air passage 901 that is open in the vertical direction is opened at a position opposed to the opening of the lower air passage 1102 formed by the plurality of ribs 1101. . Thereby, the air passing through the inside of the opening and closing cover 303 is smoothly guided to the electric blower. Next, a detailed mounting state of the filter frame member 306 will be described using Figs. 12 to 15 . Fig. 12 is an enlarged view of a ρ portion of Fig. 1A. The filter frame member 306 is formed in a lattice shape as a whole, and reduces the resistance when the air flows as much as possible and enhances the suction force. A filter 403 is disposed on the dust collecting bag 305 side to prevent dust from entering the electric blower side from -13 to 201031377. The filter frame member 306 is a convex portion 1201 that protrudes a part of the above-described lattice (a substantially intermediate portion in the vertical direction) from the electric blower side. The opening 402 of the lower body 302 also has a lattice-like rib 1202 extending upward (left, right, left, and right), and the convex portion 1201 is locked to the rib 1202 to prevent the filter frame member 3〇6 from coming off the lower body 30. When the vacuum cleaner is assembled, since the lower end of the convex portion is at a right angle with respect to the upper end of the convex portion, the lower end of the convex portion has a curved portion 12 03 (gradually tapered shape), and the filter frame member 306 is inserted downward into the lower body of the lower body shown in FIG. In the portion 1401, the curved portion 1 203 of the convex portion passes over the rib 1202, and the filter frame member 306 can be simply attached to the lower body 302. Further, since the filter frame member 306 and the lower body 302 can constitute the above-described sliding mechanism by the number of parts, it is possible to provide a vacuum cleaner which is excellent in productivity and cost-effective. The L-shaped portion 1401 is formed on the side wall surface of the cleaner of the dust collecting chamber 304, and is located on both sides of the opening 402, and extends in the vertical direction (the sliding direction of the filter frame member 306), and has a substantially L-shaped cross section in the vertical direction. . Between the L-shaped portion 1401 and the suction side wall surface of the dust collecting chamber 304, both sides of the filter frame member 306 in the left-right direction are slidably held in the vertical direction. Fig. 13 is a view of the filter frame member 306 viewed from the side of the dust collecting chamber 304 (filter 403 is not shown). Since the lattice portion 1301 of the filter frame member 306 is completely aligned with the lattice-shaped rib 1 202 provided in the opening portion 4〇2 of the lower body 312 in the front-rear direction, the resistance during air flow can be reduced as much as possible, and the lift can be improved. Attractive. Further, as can be seen from Fig. 14, the number of the lattice portions 1301 of the filter frame member 306 is set to be smaller than the number of the ribs 1202 provided in the opening portion 4〇2. This will further reduce the resistance to air flow and further enhance the attractiveness. As described above, it is possible to provide a dust collecting bag that collects dust, which is easy to take out, has good suction efficiency, can enhance the attractive force, and can easily use a convenient vacuum cleaner even if dust accumulates in the dust collecting bag. FIG. 15 shows an external view of the filter frame member 306. The filter frame member 306 has a substantially rectangular outer shape, a plurality of bones φ extending in the vertical direction, a plurality of bones extending in the left-right direction, and two of the plurality of bones extending in the up-and-down direction forming the bones. The convex portion 1201 and the rib 1501 provided for the filter are provided on the outer periphery. The upper and lower ends of the plurality of bones extending in the up-and-down direction and the left and right ends of the plurality of bones extending in the left-right direction are supported by the outer periphery, and the plurality of bones extending in the up-and-down direction and the plurality of bones extending in the left-right direction The bones are mutually supported by each other at their point of contact. The filter frame member 306 is composed of a single member (single structure). The filter frame member 306 is ideally constructed of plastic and is ideal for mold forming. It is preferable that the convex portion 1201 has Φ formed on the lower side than the middle of the vertical direction of the filter frame member 306. A plurality of bones are extended in the up-and-down direction and a plurality of bones extending in the left-right direction form a lattice. An upper air passage 901 that is open in the vertical direction is formed in an upper portion of the outer casing. The upper air passage 901 is formed on the front side more than a plurality of bones extending in the up-and-down direction and a plurality of bones extending in the left-right direction, and is preferably formed on the front side of the filter. Further, in the above embodiment, the filter frame member 306 is provided as a mechanism for sliding in the vertical direction. However, the filter frame member 306 may be rotated at a fulcrum of the upper portion of the filter frame member 306, and the lower portion of the filter frame member 306 may be -15. - 201031377 is a mechanism that rotates toward the side of the dust collecting chamber 304. Further, in the above embodiment, the filter frame member 306 is formed on the side wall surface of the electric blower 40 t of the dust collecting chamber 3〇4, but may be formed on one or both of the side wall surfaces of the dust collecting chamber 304. Brief Description of the Drawings [Fig. 1] An external view of a cleaner body as an example of an embodiment of the present invention (a state in which a dust bag and a filter are removed from a dust collecting chamber). Fig. 2 is an overall appearance view of a vacuum cleaner according to an example of an embodiment of the present invention. Fig. 3 is an external view of a cleaner body as an example of an embodiment of the present invention. Fig. 4 is a cross-sectional view of the cleaner body as an example of the embodiment of the present invention (a state in which the dust collecting bag is bulged). Fig. 5 is an external view of a cleaner body as an example of an embodiment of the present invention. Fig. 6 is an external view of a cleaner body as an example of an embodiment of the present invention. Fig. 7 is an external view of a cleaner body as an example of an embodiment of the present invention. Fig. 8 is a cross-sectional view showing the cleaner body of an example of the embodiment of the present invention. Fig. 9 is a perspective view showing a part of a cleaner body as an example of an embodiment of the present invention. -16- 201031377. Fig. 10 is a cross-sectional view of the cleaner body as an example of the embodiment of the present invention. Fig. π is an external view of a cleaner body as an example of an embodiment of the present invention. FIG. 12 is an enlarged view of a portion p of FIG. Fig. 13 is an external view of a cleaner body as an example of an embodiment of the present invention. φ [Fig. 14] is a cross-sectional view taken along line A-A of Fig. 13 . Fig. 15 is an external view of a filter frame member. [Description of main component symbols] 201 ·· suction □ 202 : Extension tube 203 : Hose 204 : Vacuum cleaner body Ο 301 : Upper body 302 : Lower body 303 : Opening and closing cover 3 04 : Dust chamber 3 05 : Dust bag 3 06 : Filter frame member 401 : Electric blower 402 : Opening portion 403 : Filter -17 - 201031377 404 : Hose connection port 405 : Flow path securing member 406 : Space 9 0 1 : Upper air path 1 1 〇 1 : Opening and closing cover Rib 1 1 02 : lower air passage 1201 : convex portion 1 202 : rib of lower body (lattice 1 203 : curved portion 1301 : lattice 1401 of filter frame member: L-shaped portion 1501 : rib