201102037 六、發明說明： 【發明所屬之技術領域】 本發明係有關一種具有：撢本體、安裝部、以及握持 部’用於室內或車內之清掃作業的除塵撢，特別是有關於 在清掃作業中，握持部不會從裝有撢本體的安裝部脫離的 除塵撢。 【先前技術】 一直以來，廣爲人知的除塵撢係具有··用後即棄型的 撢本體、與撢本體連結，支撐撢本體的安裝部、以及與安 裝部連結的握持部（專利文獻1)。像這種現有的除塵撢 係使用於在室內或車內中，可插入到較爲複雜且狹窄的構 造物內來進行細微的清掃作業。 像這種只要將除塵撢插入到較複雜且狹窄的構造物內 ，將除塵撢對著清掃對象小力按壓，即可順利地進行清掃 作業，所以安裝部必須可藉由使用者的按壓而彎曲。因此 ，支撐撢本體的安裝部就必須爲較軟質的材料。 另一方面，與安裝部連結的握持部必須被使用者所緊 握，所以爲較硬質的合成樹脂製，可使用PP等。 但是，當把軟質的安裝部、以及硬質的握持部予以連 結時，通常，安裝部與握持部之間的連結部份變得容易脫 離，使清掃作業發生障礙。 [先行技術文獻] -5- 201102037 [專利文獻] [專利文獻1]日本特開2007-167425號 【發明內容】 [發明所欲解決之課題] 本發明爲鑑於上述課題者，其目的即爲提供一種除塵 撢，其係在清掃作業中，與安裝部連結之硬質的握持部， 不會從安裝、支撐著撢本體的軟質的安裝部脫離。 [用以解決課題之手段] 本發明之除塵撢，其特徵爲：具備：包含具有安裝用 空隙之撢本體部份的撢本體：及具有：插入至撢本體部份 之安裝用空隙的安裝片、以及插入體的安裝部：以及具有 形成供安裝部之插入體所插入之插入空間的支持側面，且 硬度高於安裝部的握持部，在握持部的支持側面係設有側 面開口，在安裝部的插入體係設有卡合於握持部之側面開 口的側面突起，在握持部的支持側面係形成了彈簧區域， 當插入體被插入到插入空間內時，該彈簧區域受到插入體 之側面突起的推壓而彎曲。 本發明之除塵撢，其安裝部以及握持部係呈細長狀， 設於握持部之支持側面的側面開口，係朝向握持部的寬度 方向延伸，藉由如此，彈簧區域即形成在支持側面的內側 面開口與支持側面的前端之間。 本發明之除塵撢，其安裝部之插入體的寬度係短於握 -6- 201102037 持部之插入空間的寬度，當彈簧區域受到插入體之側面突 起的推壓時，該彈簧區域不會受到插入體的限制，可朝寬 度方向自由彎曲，在安裝部之插入體的前端側側方，係設 有與握持部之插入空間內面抵接的抵接突起。 本發明之除塵撢，其在安裝部之插入體的基端側係設 有基端突起，在握持部的插入空間係設有基端突起所插入 的定位開口。 本發明之除塵撢，其握持部係爲PP製。 本發明之除塵撢，其握持部之彈簧區域的長度方向的 長度，係短於寬度方向的長度。 本發明之除塵撢，其在安裝部的各個安裝片係設有朝 外側突出，卡止於撢本體部份之安裝用空隙的卡止突片。 [發明效果] 如上所述，根據本發明，則在使用除塵撢來進行清掃 作業時’硬質的握持部不會從安裝、支撐著撢本體之軟質 的安裝部脫離。 【實施方式】 以下茲參照圖面來說明本發明的實施形態。 第1圖至第ό圖係顯示本發明之除塵撢的—實施形態 〇 如第1圖以及第2圖（a) 、（b)所示，除塵撢1係 具備：包含分別具有安裝用空隙3的一對撢本體部份2a 201102037 ，2a的撢本體2:及細長狀的安裝部1〇，該安裝部10係 爲合成樹脂製軟質材料，例如爲彈性物所製，具有：被設 置在前端側’被插入至撢本體部份2a，2a之安裝用空隙 3的一對安裝片11、以及被設置在基端側的插入體15; 以及細長狀的握持部20，該握.持部20係具有：被設置在 前端側，形成了供安裝部1 0之插入體1 5所插入之插入空 間22a的支持側面22、及握持部本體21，並且，該握持 部20係由比安裝部10之材料更爲硬質的合成樹脂製硬質 材料，例如爲P P製。 此時’只要將撢本體10對著清掃對象輕輕按壓，即 可順利地進行清掃作業，所以，安裝部1 〇係爲藉由使用 者的按壓即可彎曲的軟質材料所構成。 另一方面，因爲握持部20必須被使用者所緊握，所 以由硬質材料所構成。 其中，撢本體1係如上所述，具有：一對的撢本體部 份2a，2a，各個撢本體部份2a，2a均由不織布4所貼合 形成，在被貼合的不織布4內係形成了安裝用空隙3。 此外，各個撢本體部份2a，2a係設有撢部5，該撢 部5係由：具有清掃不織布4之表面側與背面側之功能的 纖細的不織布所構成，利用該撢部5來進行清掃。 又，各個撢本體部份2a，2a的不織布4，係在彼此 的基端側黏接，各個撢本體部份2 a，2 a的前端側並沒有 黏接，故在各個撢本體部份2a，2a之間形成了清掃用空 隙7。然後，利用各個撢本體部份2a，2a的撢部5來清 -8- 201102037 掃室內以及車內的構造物，甚至，藉由將該構造物插入至 清掃用空隙7內，即使是細微的構造物也可確實地加以清 掃。 再者，如第1圖、第2圖（a) ( b )、第3圖、第4 圖、第5圖以及第6圖（a) (b)所示，安裝部10係具 有：插入到各個撢本體部份2a，2a之安裝用空隙3，3內 的一對安裝片11，11;以及與一對安裝片11，11連結的 插入體1 5，其中，一對的安裝片1 1，1 1係位在前端側， 插入體15係位在基端側。安裝部1〇係支持著撢本體2, 並且整體係由軟質的彈性物所成形，以可使撢本體2配合 構造物的形狀變形。特別是安裝部10的各一對的安裝片 11，11，係具有柔軟性，以可使撢本體2配合構造物的形 狀來變形。構成這種安裝部10的軟質彈性物，可以使用 烯烴系熱可塑性彈性物，具體而言，可使用三菱化學株式 會社製的Ze 1 as (登錄商標）來做爲烯烴系熱可塑性彈性 物。 又’在各一對的安裝片11，11係設有：朝外側突出 ，卡止於各個撢本體部份2a，2a之安裝用空隙3，3的半 圓板狀的卡止突片12，12。 如後所述，設於安裝部1 0之基端側的插入體1 5，係 插入至握持部20的插入空間22a內，使安裝部1〇與握持 部20緊密連結。又，當插入體15插入到握持部2〇之插 入空間22a內時’在安裝部1〇之插入體15之一側的面， 係設有與握持部20之外罩25的側緣25a滑動，導引插入 -9- 201102037 體15的導引片16，該導引片16的表面係大略同於一對 的安裝片11，11的表面。 此外’在握持部20的前端側係如上所述，形成有供 安裝部10之插入體15插入的插入空間22a，該插入空間 22a係由：支持插入體1 5的支持側面22、以及朝支持側 面22之兩側緣彎曲設置的一對的外罩25所形成。（第6 圖（a) (b))。 又如第3圖所示，在握持部2 0的支持側面2 2係設有 側面開口 2 3，在安裝部1 〇的插入體1 5係設有卡合於握 持部20之側面開口 23的側面突起19。此時，設於握持 部2 0之支持側面2 2的側面開口 2 3，係沿著握持部2 0的 寬度方向L2延伸，在支持側面22的內側面開口 23與支 持側面22的前端22b之間形成彈簧區域24。 握持部20係爲作業者在使用除麈撢1時所握持的部 份’係由比安裝部10更爲硬質的材料（PP製）所構成。 並藉由在支持側面22的內側面開口 23與前端22b之間形 成彈簧區域24，在把安裝部1〇的插入體15插入到握持 部20之插入空間22a內時，插入體15的側面突起19就 會抵接到彈簧區域24內面，使彈簧區域24可沿著握持部 20的寬度方向L2彎曲。 此時，支持側面22的彈簧區域24係具有：從側面開 口 23 —直到前端22b爲止之長度方向Ll的長度丨，，且具 有同於側面開口 23之寬度長度的寬度方向l2的長度12。 彈簧區域24之長度方向L,的長度1,，係短於寬度方向L2 -10- 201102037 的長度丨2，使彈簧區域24可沿著寬度方向L2確 甚至’安裝部10之插入體15的寬度13係 20之插入空間22a的寬度L4爲窄（第3圖以及1 )(b))。在把安裝部10的插入體15插入至； 的插入空間22a內時，插入體15的側面突起19 彈簧區域24內面。此時，因爲插入體15的寬度 於插入空間22a的寬度L4，所以當彈簧區域24 方向L2彎曲時，該彈簧區域24的彎曲作用就不 入體1 5的限制。 如此一來，在把安裝部10的插入體15插入 20的插入空間22a內時，插入體15的側面突起 接到彈簧區域24內面，彈簧區域24會沿著寬ί 彎曲，所以，可使插入體1 5之側面突起1 9的突 可能變高（例如：與現有的製品相較，可高出0 )，藉由如此，就可使插入體15的側面突起19 合於握持部20的側面開口 23內。 又如第2圖（a) (b)所示，在安裝部1〇 1 5的前端側側方係設有與握持部20之插入空間 抵接的一對抵接突起17，17。意即，如上所述 1〇之插入體15的寬度L3係窄於握持部20之 22a的寬度L4，在把安裝部10的插入體15插入 20的插入空間22a內時，在插入體15與插入空 間就會產生空隙。但是，在插入體15完全插入 間22a內的狀態下，因爲安裝部1〇之插入體15 _彎曲。 比握持部 I 6 圖（a 屋持部20 會抵接到 L3係窄 沿著寬度 會受到插 到握持部 1 9會抵 ί方向L2 出高度儘 • 1 〜1 · 0 m m 緊密地卡 之插入體 22a內面 ，安裝部 插入空間 到握持部 間22a之 到插入空 的一對抵 -11 - 201102037 接突起17，17係抵接著握持部20的插入空間22a內面， 所以可將插入體15牢固地插在插入空間22a內，將安裝 部10與握持部20緊密連結。 再者，在安裝部10之插入體15的基端側係設有基端 突起18，基端突起18係插入至握持部20的插入空間22a ，特別設有執行寬度方向L2之定位的定位開口 26。 接下來，說明由如此構成所形成之本實施形態的作用 〇 首先，連結安裝部1 0與握持部20。在此情形下，係 將安裝部10的插入體15插入至握持部20的插入空間 22a內。此時，插入體15的側面突起19係從插入體15 儘可能地突出，所以，該側面突起1 9就會抵接到握持部 20之支持側面22，特別是彈簧區域24內面。因爲彈簧區 域24之寬度方向L2的長度12係大於長度方向L,的長度 1 i，所以，當側面突起1 9抵接到彈簧區域24的內面時， 彈簧區域24就可沿著寬度方向L2順利地彎曲。此外，因 爲插入體15的寬度L3係短於插入空間22a的寬度L4，所 以，插入體15不會對彈簧區域24的彎曲作用帶來阻礙。 接下來，針對安裝部10與握持部20的連結作用，進 —步加以說明。意即，在握持部20的支持側面22係設有 沿著握持部20之寬度方向l2延伸的較大的側面開口 23 ，利用該側面開口 23，在支持側面22的側面開口 23與 支持側面22的前端22b之間，就形成了彈簧區域24。此 時，側面開口 23係沿著寬度方向L2大幅度延伸，所以， -12- 201102037 彈簧區域24之寬度方向L2的長度12就會變成大於長度 向的長度1!，彈簧區域24就可朝向寬度方向1^2輕 變形。 又，如上所述，插入體25的寬度L3係短於插入空 2 2a寬度L4。因此，在把安裝部1〇的插入體15插入到 持部20的插入空間22a內時，首先，插入體15的側面 起1 9 (比現有的製品突出更高）會抵接到支持側面22 彈簧區域24，按壓到該彈簧區域24。此時，彈簧區域 會沿著寬度方向L2彎曲，雖然插入空間22a的寬度L4 收縮，但是因爲插入體15的寬度L3短於插入空間的L4 所以，即使彈簧區域24彎曲，該彈簧區域24的彎曲作 也不會受到插入體1 5的限制。如此一來，因爲插入體 的寬度L3短於插入空間22a的寬度L4，並且因爲彈簧 域24的彎曲作用不會受到插入體1 5的限制，所以，可 利地將插入體1 5插入到插入空間22a內。 如此一來，將安裝部10的插入體15插入到握持 20的插入空間22a內，一旦插入體15完全插入到插入 間22a內的話，插入體15的一對抵接突起17，17就會 接到插入空間22a內面。因此，可將插入體15確實地 入固定在插入空間22a內，可將安裝部1〇與握持部20 固地連結在一起。同時，插入體15的基端突起18係插 至插入空間22a的定位開口 26內，可執行插入體15之 度方向L2的定位。 —旦插入體15完全插入到插入空間22a內，插入 方 易 間 握 突 的 24 會 用 15 區 順 部 空 抵 插 堅 入 寬 體 -13- 201102037 1 5的側面突起1 9就會卡合於握持部20的側面開口 23。 此時，因插入體1 5的側面突起1 9係突出高於現有製品， 所以，插入體1 5的側面突起1 9就不易從握持部20的側 面開口 23脫離。又如上所述，因爲插入體15的一對抵接 突起1 7，17係抵接到插入空間22a內面，所以，插入體 15在插入空間22a內就不會沿著寬度方向L2晃動。甚至 ，因爲插入體15的基端突起18係插入到插入空間22a的 定位開口 26內，所以，如上所述，在插入空間22a內， 可將插入體15定位在寬度方向L2的正確位置。 接下來，將安裝部10的各個安裝片11，11插入到被 設置在撢本體2所對應之撢本體部份2a，2a的安裝用空 隙3內，將撢本體2與安裝部10連結。如此一來，即完 成了除塵撢1。 在使用除塵撢1時，握住握持部20的握持部本體21 ，將撢本體2對著室內或者是車內的構造物，即可對這些 構造物進行清掃》 在撢本體2的各個撢本體部份2a，2a的表面以及背 面’係設有撢部5’所以可輕易且確實地對構造物進行清 掃作業。 此外，當構造物爲細長狀者，或者是薄型物者時，將 構造物插入到撢本體2的清掃用空隙7，即可確實地清掃 構造物。 如上所述’使安裝部1 〇的側面突起1 9從插入體1 5 大幅度突出’例如：可設定爲比現有製品高出〇 . 1〜1 · 〇mm -14- 201102037 。因此，在使用除塵撢的清掃作業中，即使從握持部20 對安裝部10施以大的力量，插入體15的側面突起19也 不會自支持側面2 2的側面開口 2 3拔出，可確實地將安裝 部10的插入體15插入固定到握持部20的插入空間22a 內，且硬質的握持部20不會從軟質的安裝部10脫離。 如上所述，根據本實施形態，在爲了連結安裝部1〇 與握持部20而將插入體15插入到插入空間22a內的情況 下，安裝部10的側面突起19會抵接到握持部20的彈簧 區域24內面。此時，彈簧區域24會沿著寬度方向L2彎 曲，所以，可順利地將插入體1 5插入到插入空間2 2 a內 ，同時，使側面突起1 9卡合於側面開口 2 3內，可將插入 體15牢固地支持在插入空間22a內。因此，在使用除塵 撢1來進行清掃作業時，即使握住握持部20，從握持部 2〇對安裝部10施加大的力量，硬質的握持部20也不會 從軟質的安裝部1 0脫離。 再者，在上述的實施形態中，雖顯示了撢本體2具有 一對撢本體部份2a，2a的例子，但不限於此，撢本體2 也可以只具有單一的撢本體部份2a。 此外，上述實施形態雖顯示了在插入體1 5的兩側設 有一對抵接突起17，17的例子，但也不限於此，與插入 空間22a內面抵接的抵接突起17也可以只設置在插入體 1 5的單側而已。 【圖式簡單說明】 -15- 201102037 第1圖係本發明之除塵撢的全體平面圖。 第2圖（a)係安裝部與握持部的分解平面圖；第2 圖（b)係安裝部之基端部的放大圖。 第3圖係安裝部與握持部的分解背面圖。 第4圖係安裝部的側面圖。 第5圖係握持部的側面圖。 第6圖（a)係握持部之前端部的放大圖；第6圖（b )係爲從第6圖（a )之B線方向所視之圖。 【主要元件符號說明】 1 :除塵撢 2 :撢本體 2a，2a :撢本體部份 3 :安裝用空隙 1 〇 :安裝部 1 1，1 1 :安裝片 12 :卡止突片 1 5 :插入體 16 :導引片 1 7 .抵接突起 18 :基端突起 1 9 :側面突起 2〇 :握持部 -16 - 201102037 21 :握持部本體 2 2 :支持側面 22a :插入空間 2 3 :側面開口 24 :彈簧區域 25 :外罩 26 :定位開口 -17201102037 VI. Description of the Invention: [Technical Field] The present invention relates to a dust removing raft having a cymbal body, a mounting portion, and a grip portion for cleaning work indoors or in a vehicle, and particularly relates to cleaning During the operation, the grip portion does not get rid of the dust mites from the mounting portion of the cymbal body. [Prior Art] A well-known dust-removing raft has a 撢 main body that is disposable, a sturdy body that is connected to the sputum body, a mounting portion that supports the cymbal body, and a grip portion that is coupled to the mounting portion (Patent Literature) 1). Such a conventional dust removing raft is used indoors or in a vehicle, and can be inserted into a relatively complicated and narrow structure to perform a fine cleaning operation. As long as the dust mites are inserted into the more complicated and narrow structure, the dust mites are pressed against the cleaning target, and the cleaning operation can be smoothly performed. Therefore, the mounting portion must be bent by the user's pressing. . Therefore, the mounting portion of the support body must be a relatively soft material. On the other hand, since the grip portion connected to the attachment portion must be gripped by the user, PP or the like can be used as the hard synthetic resin. However, when the soft mounting portion and the rigid grip portion are joined, generally, the joint portion between the attaching portion and the grip portion is easily separated, which causes an obstacle to the cleaning operation. [Provisional Technical Document] -5-201102037 [Patent Document] [Patent Document 1] JP-A-2007-167425 [Explanation] [Problems to be Solved by the Invention] The present invention has been made in view of the above problems. A dust removing hopper is a hard grip that is connected to a mounting portion during a cleaning operation, and is not detached from a soft mounting portion that is attached or supported by the cymbal body. [Means for Solving the Problem] The dust removing raft according to the present invention is characterized by comprising: a cymbal body including a body portion having a space for mounting: and a mounting piece having a mounting space inserted into the body portion of the cymbal And a mounting portion of the insertion body: and a support side having an insertion space into which the insertion body for inserting the insertion portion is inserted, and having a hardness higher than a grip portion of the mounting portion, and a side opening is provided on the support side of the grip portion, The insertion system of the mounting portion is provided with a side protrusion that is engaged with the side opening of the grip portion, and a spring region is formed on the supporting side of the grip portion, and the spring portion is received by the insert body when the insertion body is inserted into the insertion space. The side protrusions are pressed and bent. In the dust removing raft according to the present invention, the mounting portion and the grip portion are elongated, and the side surface opening provided on the support side of the grip portion extends toward the width direction of the grip portion, whereby the spring portion is formed in the support. Between the inner side opening of the side and the front end of the supporting side. In the dust removing raft of the present invention, the width of the insertion body of the mounting portion is shorter than the width of the insertion space of the holding portion of the grip -6-201102037, and the spring region is not subjected to the pressing when the spring region is pressed by the side protrusion of the insert body. The restriction of the insertion body is freely bendable in the width direction, and a contact protrusion that abuts against the inner surface of the insertion space of the grip portion is provided on the side of the distal end side of the insertion body of the attachment portion. In the dust removing raft according to the present invention, a base end projection is provided on the proximal end side of the inserting body of the mounting portion, and a positioning opening into which the proximal end projection is inserted is provided in the insertion space of the grip portion. In the dust remover of the present invention, the grip portion is made of PP. In the dust removing raft of the present invention, the length of the spring portion of the grip portion in the longitudinal direction is shorter than the length in the width direction. In the dust removing raft of the present invention, each of the mounting sheets of the mounting portion is provided with a locking tab that protrudes outward and is locked to the mounting space of the body portion. [Effect of the Invention] As described above, according to the present invention, when the cleaning operation is performed using the dust removing rakes, the rigid grip portion is not detached from the soft mounting portion that is attached or supported by the cymbal body. [Embodiment] Hereinafter, embodiments of the present invention will be described with reference to the drawings. 1 to 3 show an embodiment of the dust removing raft according to the present invention, as shown in Fig. 1 and Figs. 2(a) and 2(b), the dust removing raft 1 is provided with a gap 3 for mounting. The pair of body portions 2a 201102037, 2a of the body 2: and the elongated mounting portion 1A, the mounting portion 10 is made of a synthetic resin soft material, for example, made of an elastic material, and has a front end a pair of mounting pieces 11 that are inserted into the mounting gap 3 of the body portions 2a, 2a, and an insertion body 15 that is provided on the proximal end side; and an elongated grip portion 20 that holds the holding portion The 20 series has a support side surface 22 in which the insertion space 22a into which the insertion body 15 of the attachment portion 10 is inserted, and a grip portion main body 21 are provided on the distal end side, and the grip portion 20 is mounted by the ratio The material of the portion 10 is a harder synthetic resin hard material, for example, made of PP. At this time, the cleaning operation can be smoothly performed by simply pressing the crucible body 10 against the cleaning object. Therefore, the mounting portion 1 is made of a soft material that can be bent by the user's pressing. On the other hand, since the grip portion 20 must be gripped by the user, it is composed of a hard material. Here, the crucible body 1 has a pair of crucible body portions 2a, 2a as described above, and each of the crucible body portions 2a, 2a is formed by laminating the non-woven fabric 4, and is formed in the bonded non-woven fabric 4. The clearance 3 for mounting is used. Further, each of the body portions 2a, 2a is provided with a crotch portion 5 composed of a fine non-woven fabric having a function of cleaning the front side and the back side of the non-woven fabric 4, and the crotch portion 5 is used. Clean up. Further, the non-woven fabrics 4 of the respective body portions 2a, 2a are bonded to each other at the base end side, and the front end sides of the respective body portions 2a, 2a are not bonded, so that the respective body portions 2a are formed. A gap 7 for cleaning is formed between 2a. Then, the crotch portion 5 of each of the body portions 2a, 2a is used to clear the structure in the room and the interior of the vehicle, even by inserting the structure into the cleaning space 7, even if it is subtle The structure can also be cleaned with certainty. Furthermore, as shown in Fig. 1, Fig. 2(a)(b), Fig. 3, Fig. 4, Fig. 5, and Fig. 6(a)(b), the mounting portion 10 has: a pair of mounting pieces 11, 11 in the mounting gaps 3, 3 of the respective body portions 2a, 2a; and an insert body 15 connected to the pair of mounting pieces 11, 11, wherein a pair of mounting pieces 1 1 The 1 1 position is on the front end side, and the insertion body 15 is on the proximal end side. The mounting portion 1 supports the body 2 and is integrally formed of a soft elastic body so that the body 2 can be deformed in conformity with the shape of the structure. In particular, the pair of mounting pieces 11, 11 of the mounting portion 10 are flexible so that the body 2 can be deformed in conformity with the shape of the structure. As the soft elastic material constituting the mounting portion 10, an olefin-based thermoplastic elastomer can be used. Specifically, Ze 1 as (registered trademark) manufactured by Mitsubishi Chemical Corporation can be used as the olefin-based thermoplastic elastomer. Further, in each of the pair of mounting pieces 11, 11, a semicircular locking protrusion 12, 12 which protrudes outward and is locked to the mounting recesses 3, 3 of the respective body portions 2a, 2a. . As will be described later, the insertion body 15 provided on the proximal end side of the attachment portion 10 is inserted into the insertion space 22a of the grip portion 20, and the attachment portion 1 is tightly coupled to the grip portion 20. Further, when the insertion body 15 is inserted into the insertion space 22a of the grip portion 2'', the side edge 25a of the outer cover 25 of the grip portion 20 is provided on the side of the insertion body 15 on the side of the insertion portion 15 Sliding, guiding inserts -9- 201102037 The guiding piece 16 of the body 15, the surface of the guiding piece 16 is substantially the same as the surface of the pair of mounting pieces 11, 11. Further, 'the front end side of the grip portion 20 is formed with an insertion space 22a into which the insertion body 15 of the attachment portion 10 is inserted as described above, and the insertion space 22a is supported by the support side surface 22 of the insertion body 15 and toward the support A pair of outer covers 25 are provided on both sides of the side surface 22 to be curved. (Fig. 6 (a) (b)). Further, as shown in FIG. 3, a side opening 23 is provided on the support side surface 2 2 of the grip portion 20, and the insertion body 15 of the attachment portion 1 is provided with a side opening 23 that is engaged with the grip portion 20. Side protrusions 19. At this time, the side opening 23 provided on the support side surface 2 of the grip portion 20 extends along the width direction L2 of the grip portion 20, and the front side opening 23 of the support side surface 22 and the front end of the support side surface 22 are provided. A spring region 24 is formed between 22b. The grip portion 20 is formed of a material (PP made) that is harder than the mounting portion 10 when the operator holds the gripper 1. And by forming the spring region 24 between the inner side opening 23 and the front end 22b of the support side 22, when the insertion body 15 of the mounting portion 1 is inserted into the insertion space 22a of the grip portion 20, the side of the insertion body 15 The projection 19 abuts against the inner surface of the spring region 24, so that the spring region 24 can be bent along the width direction L2 of the grip portion 20. At this time, the spring region 24 of the support side surface 22 has a length 丨 from the side opening 23 to the front end 22b in the longitudinal direction L1, and has a length 12 in the width direction l2 which is the same as the width length of the side opening 23. The length L of the spring region 24, the length 1, is shorter than the length 丨2 of the width direction L2 -10- 201102037, so that the spring region 24 can be along the width direction L2 even the width of the insertion body 15 of the mounting portion 10. The width L4 of the insertion space 22a of the 13 series 20 is narrow (Fig. 3 and 1) (b)). When the insertion body 15 of the mounting portion 10 is inserted into the insertion space 22a of the mounting portion 10, the side surface projection 19 of the insertion body 15 is the inner surface of the spring region 24. At this time, since the width of the insertion body 15 is the width L4 of the insertion space 22a, when the spring region 24 is bent in the direction L2, the bending action of the spring region 24 is not restricted by the body 15. In this way, when the insertion body 15 of the mounting portion 10 is inserted into the insertion space 22a of the 20, the side surface of the insertion body 15 is protruded to the inner surface of the spring region 24, and the spring region 24 is bent along the width, so that The protrusion of the side protrusions 19 of the insertion body 15 may become high (for example, 0 may be higher than that of the prior art product), whereby the side protrusions 19 of the insertion body 15 may be engaged with the grip portion 20 Inside the side opening 23. Further, as shown in Fig. 2 (a) and (b), a pair of abutting projections 17, 17 which abut against the insertion space of the grip portion 20 are provided on the side of the distal end side of the attachment portion 1 〇 15 . That is, as described above, the width L3 of the insertion body 15 is narrower than the width L4 of the 22a of the grip portion 20, and when the insertion body 15 of the mounting portion 10 is inserted into the insertion space 22a of the 20, the insertion body 15 is inserted. There is a gap with the insertion space. However, in a state where the insertion body 15 is completely inserted into the space 22a, the insertion body 15_ of the mounting portion 1 is bent. Compared with the grip portion I 6 (a housing portion 20 will abut the L3 line and the width will be inserted into the grip portion 1 9 will be in the direction L2 out height • 1 ~ 1 · 0 mm tightly card The inner surface of the insertion body 22a, the mounting portion insertion space to the grip portion 22a to the insertion of a pair of empty yokes - 201102037, the protrusions 17, 17 are attached to the inner surface of the insertion space 22a of the grip portion 20, so The insertion body 15 is firmly inserted into the insertion space 22a, and the attachment portion 10 is tightly coupled to the grip portion 20. Further, a proximal end portion 18 is provided on the proximal end side of the insertion body 15 of the attachment portion 10, and the base end is provided. The projection 18 is inserted into the insertion space 22a of the grip portion 20, and is particularly provided with a positioning opening 26 for performing positioning in the width direction L2. Next, the operation of the embodiment formed by the above configuration will be described. First, the mounting portion 1 is joined. 0 and the grip portion 20. In this case, the insertion body 15 of the mounting portion 10 is inserted into the insertion space 22a of the grip portion 20. At this time, the side protrusions 19 of the insertion body 15 are as far as possible from the insertion body 15. The ground protrudes, so the side protrusions 19 will abut the support of the grip 20 The side surface 22, in particular the inner surface of the spring region 24. Since the length 12 of the width direction L2 of the spring region 24 is greater than the length 1 i of the length direction L, when the side protrusion 19 abuts against the inner surface of the spring region 24 The spring region 24 can be smoothly bent along the width direction L2. Further, since the width L3 of the insertion body 15 is shorter than the width L4 of the insertion space 22a, the insertion body 15 does not bring about the bending action of the spring region 24. Next, the connection between the mounting portion 10 and the grip portion 20 will be described in the following. That is, the support side 22 of the grip portion 20 is provided to extend along the width direction l2 of the grip portion 20. A larger side opening 23 is formed between the side opening 23 of the support side 22 and the front end 22b of the support side 22 by the side opening 23, and the spring area 24 is formed. At this time, the side opening 23 is along the width direction L2. Extending greatly, therefore, -12-201102037 The length 12 of the width direction L2 of the spring region 24 becomes greater than the length 1 of the length direction! The spring region 24 can be lightly deformed toward the width direction 1^2. ,insert The width L3 of the body 25 is shorter than the width 2 of the insertion space 2 2a. Therefore, when the insertion body 15 of the mounting portion 1 is inserted into the insertion space 22a of the holding portion 20, first, the side surface of the insertion body 15 is 1 9 ( It protrudes higher than the existing product) and abuts against the support side 22 spring region 24, pressing to the spring region 24. At this time, the spring region is bent along the width direction L2, although the width L4 of the insertion space 22a is contracted, but because The width L3 of the insertion body 15 is shorter than L4 of the insertion space. Therefore, even if the spring region 24 is bent, the bending of the spring region 24 is not restricted by the insertion body 15. In this way, since the width L3 of the insertion body is shorter than the width L4 of the insertion space 22a, and since the bending action of the spring domain 24 is not restricted by the insertion body 15, the insertion body 15 is advantageously inserted into the insertion. Within the space 22a. In this way, the insertion body 15 of the mounting portion 10 is inserted into the insertion space 22a of the grip 20, and once the insertion body 15 is fully inserted into the insertion chamber 22a, the pair of abutment projections 17, 17 of the insertion body 15 will be It is received inside the insertion space 22a. Therefore, the insertion body 15 can be surely fixed in the insertion space 22a, and the mounting portion 1A and the grip portion 20 can be fixedly coupled together. At the same time, the proximal end projection 18 of the insertion body 15 is inserted into the positioning opening 26 of the insertion space 22a, and the positioning of the insertion body 15 in the direction L2 can be performed. Once the insertion body 15 is completely inserted into the insertion space 22a, the insertion protrusion 24 will be inserted into the wide body 13-201102037 1 5 when the insertion protrusion is folded into the wide body-13-201102037 The side opening 23 of the grip portion 20. At this time, since the side protrusions 19 of the insertion body 15 protrude higher than the conventional products, the side protrusions 19 of the insertion body 15 are less likely to be detached from the side opening 23 of the grip portion 20. Further, as described above, since the pair of abutting projections 17, 7 of the insertion body 15 abut against the inner surface of the insertion space 22a, the insertion body 15 does not sway in the width direction L2 in the insertion space 22a. Even, since the proximal end projection 18 of the insertion body 15 is inserted into the positioning opening 26 of the insertion space 22a, the insertion body 15 can be positioned at the correct position in the width direction L2 in the insertion space 22a as described above. Next, the respective mounting pieces 11, 11 of the mounting portion 10 are inserted into the mounting voids 3 provided in the body portions 2a, 2a corresponding to the body 2, and the body 2 is coupled to the mounting portion 10. In this way, the dust mites are completed. When the dust removing raft 1 is used, the grip portion main body 21 of the grip portion 20 is held, and the dam body 2 is placed against the inside of the room or the structure inside the vehicle, so that the structures can be cleaned. Since the crotch portion 5' is provided on the front surface and the back surface of the main body portions 2a, 2a, the structure can be easily and surely cleaned. Further, when the structure is elongated or thin, the structure is inserted into the cleaning gap 7 of the crucible body 2, so that the structure can be surely cleaned. As described above, the side protrusions 1 9 of the mounting portion 1 are largely protruded from the insertion body 15. For example, it can be set higher than the conventional product. 1 to 1 · 〇mm -14 - 201102037. Therefore, in the cleaning operation using the dust removing raft, even if the mounting portion 10 is exerted with a large force from the grip portion 20, the side protrusions 19 of the insertion body 15 are not pulled out from the side opening 2 3 of the supporting side surface 2 2 . The insertion body 15 of the mounting portion 10 can be surely inserted into the insertion space 22a of the grip portion 20, and the rigid grip portion 20 is not detached from the soft mounting portion 10. As described above, according to the present embodiment, when the insertion body 15 is inserted into the insertion space 22a in order to connect the attachment portion 1 and the grip portion 20, the side protrusions 19 of the attachment portion 10 abut against the grip portion. The inner surface of the spring region 24 of 20. At this time, the spring region 24 is bent in the width direction L2, so that the insertion body 15 can be smoothly inserted into the insertion space 2 2 a while the side protrusions 19 are engaged in the side opening 23, The insertion body 15 is firmly supported in the insertion space 22a. Therefore, when the dust removing hopper 1 is used for the cleaning operation, even if the grip portion 20 is held, a large force is applied from the grip portion 2 to the mounting portion 10, and the rigid grip portion 20 does not come from the soft mounting portion. 1 0 detached. Further, in the above embodiment, the example in which the crucible body 2 has a pair of crucible body portions 2a, 2a is shown, but the invention is not limited thereto, and the crucible body 2 may have only a single crucible body portion 2a. Further, in the above-described embodiment, the pair of abutting projections 17, 17 are provided on both sides of the insertion body 15, but the abutment projections 17 that abut against the inner surface of the insertion space 22a may be used only. It is disposed on one side of the insert body 15. [Simple description of the drawings] -15- 201102037 Fig. 1 is a plan view of the dust mites of the present invention. Fig. 2(a) is an exploded plan view showing the mounting portion and the grip portion, and Fig. 2(b) is an enlarged view of the base end portion of the mounting portion. Fig. 3 is an exploded rear view of the mounting portion and the grip portion. Fig. 4 is a side view of the mounting portion. Fig. 5 is a side view of the grip portion. Fig. 6(a) is an enlarged view of the front end portion of the grip portion, and Fig. 6(b) is a view as seen from the B-line direction of Fig. 6(a). [Description of main components] 1 : Dust removal 撢 2 : 撢 main body 2a, 2a : 撢 main body part 3 : mounting clearance 1 〇: mounting part 1 1,1 1 : mounting piece 12 : locking tab 1 5 : insertion Body 16 : Guide piece 17 7 . Abutment protrusion 18 : Base end protrusion 1 9 : Side protrusion 2 〇 : Grip portion 16 - 201102037 21 : Grip portion body 2 2 : Support side surface 22a : Insertion space 2 3 : Side opening 24: spring area 25: outer cover 26: positioning opening -17