201206371 六、發明說明： 【發明所屬之技術領域】 本發明係關於一種刷子加工設備，所述刷子加工設備具有能 手動裝載之刷體存儲裝置，所述刷體存儲裝置具有裝入部位和輸 出部位以及用於輸出位於輸出部位上之刷體之輸出裝置，其中， 所述刷體存儲裝置之輸出部位設置於下游加工站裝載部位之區域 内。 【先前技術】 該種低自動化程度之刷子加工設備於需要低成本地製造刷子 之情況下使用。於最簡單之情況下，操作者將刷體直接裝入到一 加工站（例如填塞裝置）之裝載部位中，而不存在刷體存儲裝置。 因為對於牙刷之填塞過程僅持續約i至5秒鐘且之後須立即裝入 另一刷體，操作者不能執行另外的任務，例如將刷毛束裝入到填 塞裝置中或者搬運具有完成填塞之鮮或者新的未填塞之刷體容 器。為此，需要第二個操作者’或者填塞過程必須為了執行相應 之工作而中斷。 因為此耗時且耗費人力’於是例如由德國專利案DE丨ΐ97 公 開-種具有#麟箱仙麵存儲裝置之鮮加工設備。彡個刷體能 彼此疊放地裝續越放料射，從而在彡貞_的蠢重躲滿叠放 料箱之前，於幾個填塞週_ ’留下用於魏工作之賴，例如填充 刷毛記憶體。 然而該種4放料箱不適用於所有刷體。例如，具有起伏 (geschwungen)之刷體輪廓或者突出之薄片或部 之刷體不能放入該種疊放料箱中。 』土I刀衣則七 於此，雖制狀㈣雜蝴料 案DE 43 11 974 C2中所描述之裝¥板 Η口於翻寻利 《裝置借助輸送帶和夾具進行，然 201206371 而，該種裝置複雜且進而昂貴。此外，該種裝置需要較大空間。 【發明内容】 本發明目的因此為，實現開頭所述類型之刷子加工設備，所述刷 子加工設備是簡單、成本低廉的並且能夠存儲任意之刷體。 所述目的根據本發明之解決方案為，所述刷體存儲裝置具有可繞 轉動軸轉動之輸送裝置，所述輸送裝置具有多個分別用於一個刷體之 容納部，所述容納部設置於所述輸送裝置之外圓周上並且於圓周方向 上彼此間隔一定距離；所述容納部分別與一用於將刷體固定於相應容 納部上之保持裝置相配，並且輸出裝置具有至少一個能於初始位置和 對要頂出之刷體載入之頂出位置之間移動之刷子頂出器。 操作者能分別將一刷體裝入到輸送裝置之空的容納部中。透過於 一容納部中單獨地安置相應一刷體，也能夠加工具有複雜外部輪廓或 者部分裝有刷毛之刷體。通過輸送裝置之轉動運動，刷體於輸出部位 之區域中被輸送並且於該處借助刷子頂出器從相應容納部轉送到下游 之加工站之相應容納部中。因為於輸送裝置之外圓周上設有多個刷體 容納部，所述加工站能被供給在該些容納部中保持之刷體，操作者也 能於加工站之一或者多個工作週期之持續時間内執行其他工作，例如 再次裝滿填塞材料。輸送裝置之在此段時間内變空的且重新返回裝入 部位之區域内之容納部能被操作者接下來以新的刷體裝載。因為以各 一刷體裝載所述容納部需要較少時間，所述加工能夠沒有中斷地進行。 一種有利之實施方式設置為，所述輸送裝置具有頭部側之支撐元 件和柄部側之支撐元件，所述柄部側之支撐元件與所述頭部侧之支撐 元件軸向間隔一定距離地設置，所述支撐元件分別於外周上具有刷體 容納部。例如，支撐元件能夠具有凹槽，所述凹槽成對地分別構成用 於刷體之容納部。此使得輸送裝置能以較少材料簡單而成本低廉地製 造，因為不需要縱向側貫穿、實心之支座。藉由該種構造，輸送裝置 201206371 此外具有較小重量，·職輸送裝置齡易地操作並且以較低能量 耗費來轉動。 於此口適者為’支撐元件分別具有圓形或多邊形之外部輪廊。支 撐元件能特別為圓盤或者具有例如八邊形外部輪廓之盤。 保持裝置難者為能分職成為錄元件並且麟克服復位力從 ，持位置軸至_:位置。此允許操作者將鮮和快速地裝入到 容納部中並且另-方面允許將刷體於輸出部位上簡單和可靠地頂出。 雖二如此刷體於輸送期間可靠保持並且避絲赠從相應容納部中意 外脫落。 、，刷體在縱向方向之位置是重要的，進而於頂出刷體時且將刷體轉 达至下游加工裝置之裝載雜時，顧位於規定之位置上並且後續加 工例如綱毛㈣填塞侧體之孔巾能精確進行。為了能夠於所期 望之縱向位置情送刷體’合適者為，刷财儲裝置具有用於刷體之 頭^側及/或柄糊之㈣止擔。於是操作者歸鍾以如下方式裝入 到容納部巾’ _體之_側及/或柄相縣於其中-止擋上並且因 此於刷體縱向上佔據規定之位置。 因此確保，按照下游加工站之進一步運行，當在其載入部位上等 待新的刷_，於刷财儲裝置之輸出部位上财用於概之刷體， 所述麵存儲裝置之輸送裝魏與下游加王站之軸細^於下游 加工裝置裝載時之延遲可能由此產生：所述刷體存儲裝置之輸送裝置 首先必須移動進人相應之轉送位置，所述延遲裝_步而避免。 同樣地’整個刷n存儲裝置能夠與下游加王裝置之定位驅動相關 聯於填塞裝置作為下游加工裝置之情況下，所述填塞裝置之支撐刷 體之轉筒於填塞期間實施沿所有三個空_線之定位運動。如果刷體 存2裝置參與所述定位運動，於轉送刷體前，不需要進行在轉送位置 之定位運動’由此能夠實現降低週期時間。 201206371 所述至少一個刷子頂出器能夠優選具有氣動驅動裝置。其實現刷 子頂出器之簡單和精確的控制。還可考慮其他之驅動類型，例如通過 電動機。 為使刷體存儲裝置能快速與另外的刷體類型相匹配，並且使所述 刷體存儲裝置因此能夠普遍應用麟造，合適者為，所述容納部具有 調整元件，用於使所述容納部之容納械截面與不同麵相匹配。 —為與糊長度之刪相靴，頭糊之支撐元件、柄部側之支擇 疋件、頭部側之縱向止播、柄部侧之縱向止播及/或支撐保持裝置之保 持板能彼此於袖向上定位。 有利者為，設有至少一用於檢測處於容納部中刷體之感測器 且較佳者為設有至少一下述之感測器，所述感測器檢測是否於 位於輸_位之前之容納斜存在麵。雖絲本上簡每—容 分別配設-感測器，所述感·檢測是秘棚之容納 刷° ^，為了贿在其巾—_狀前置於輸_； 的是，輸出部位配設至少—感測器，所述感測器檢測 疋^—前置於輸神位之容_巾存在麵。如果不需要 :體’能夠藉由—驅動控制裝置阻止輸送裝置進-步轉動 裝納部進—步轉動到輸嫌不能接近之區域中之前還能夠 【實施方式】 載之設備根據圖一至圖七具有能手動裝 至下游之加1裝置4。^存儲裝置2上保持之刷體3能夠轉送 述輸送裝置:繞之轉動轴8轉動之輸送裝置9,所 有多個分別用於一刷體3之容納部1〇，所述容納部 201206371 於輸送裝置之外圓周上設置並且於圓周方向上彼此間隔一定距 離。輸送裝置9於此具有頭部側的支樓元件m和 元件llb，所述柄部侧之支撐元件於軸向上與所述頭部侧 件間隔-定距離，由此實現具有較輕重量進而較輕的 之刷體存儲裝置2之簡單構造。 抑 於頭部側之支撐元件lla和柄部側之支撐元件山之間設有 保持板12,所述保持板具有多個與容納部1〇相配之保持裝置 相應之位於刷體存儲裝置2上部區域中之容納部1()形成 部位14。可由操作者分別將3裝人職於該位以 H)中。通過輸送裝置9之轉動，刷體3到達輸出部位Μ出: 位位於下游加工裝置4之裝載部位16上於於該處刷體3能夠^ 其容納部ίο轉送給轉筒6之轉筒夾緊裝置17。 為此，特職如_五至圖七中所示，設置具有二個刷子頂 出器19之輸出裝置18。於刷體3借助輸送裝置 15之區域中且空的轉筒夾緊裝置17位於轉筒6之裝載部 内之後（圖五），透過於頭部側和柄部 1用元件2〇對刷體3載人，借助刷子頂出器19從輸送^ 6之轉筒夾緊裝置17中。當轉筒央緊裝置π固定^ 體時，作用兀件20能被拉回（圖七） 將刷體3帶至填塞工# 5 #。 麟卿動90 所述刷子頂出H 19能分別被氣動地驅動。 13 止_21能通過長孔二:: ==: _並域贿_定_件23収，續絲持㈣η ^ 8 201206371 與不同之㈣3相匹配。刷體3於止擋板條21和 之夾緊板條24之間錄騎持，其巾，錄力通過 於止擋板條21和夾緊板條24之間設置之㈣彈簧％產生。如果 2應的保持裝置13中沒有舰3,則通過_止擋27限定爽緊 板條24〈偏轉。於繼3裝人到保持裝置13中之情況下，此斜 處於分別以虛線示出之裝入位置14中之保持裝置對 斤夾緊板條24克服壓力彈簧26之復位力偏轉並且所述刷體3 於夾緊板條24和止擂板條21之間夾緊^此使得㈣3能簡單裝 入到保持裝置13中以及使得刷體3能簡單移去。 如於圖九中所示出，支撐元件lla、ub之容納部1〇能夠為 支撐疋件11a、lib於外周上簡單之凹槽。 為能使麵存儲裝置2之輸送裝置9快速地與不同之刷體形 狀相匹配，例如關於厚度和輪廓，如於圖十中所示，支撐元件Ua、 Ub能夠於其容納部1〇上具有可調整之側向架28和支承架29。 支承架分別通過長孔3〇和固定螺栓31能夠鎖止在所期望之位置 和定向上，以便相應容納部1〇之空的容納區域能夠與待加工之刷 體類型之特性相匹配〇借助作為調整元件之侧向架28和支承架29 之匹配可能性是結構簡單並進而成本低廉。 根據圖一和圖二以及圖五至圖七，刷體存儲裝置2分別具有 盤形的頭部侧之縱向止擋32a以及柄部侧之縱向止擋32b。通過縱 向止擋32a、32b確保，刷體3能於正確之軸向位置中裝入容納部 10中，所述縱向止擋是必須的，以便刷體3能正確地轉送到轉筒 6之轉筒夾緊裝置17中。由此，刷體3能特別簡單地裝入到相應 之容納部10中。於根據圖三之實施方式中僅設置頭部側之縱向止 擋32a，並且於根據圖四之實施方式中僅設置柄部侧之縱向止擋 32b。將刷體3裝入到容納部1〇中時，於此分別必須注意者為， 201206371 刷體3以其相應端部貼靠於相應之縱向止擋32a、32b上。 支撐元件11a、lib，保持板12以及縱向止擂32a、32b分別 不能相對轉動地設置於空心軸33上，所述空心軸33能圍繞轉動 軸8轉動地支承。 於空心轴33上還具有從動齒輪34,所述從動齒輪通過驅動齒 輪35與電動之驅動裝置36驅動連接，並且因此實現輸送裝置9 又轉動運動。通過電動機支架37和板條38 ,驅動裝置36保持於 轉筒支承件7上（圖二），進而整個輸送裝置9參與轉筒6之定 位運動（箭頭Pfl、Pf2、PO，圖一）。 為與不同長度之刷體3相匹配，支撐元件na、ilb，保持板 12以及縱向止擋32a、32b以未詳細圖示出之方式能軸向於空心軸 33上定位並且於相應位置中固定。 用於輸送裝置之轉動驅動裝置也能夠與用於轉筒6之轉動驅 動裝置連接’從而使兩個轉動運動同步。 作為電動之驅動裝置36之替代，也可以將輸送裝置9通過切 換輪與於空心軸33上之制動器進一步連接。 圖中所示之刷體存儲裝置2具有用於八個刷體3之容納部 10。不s而喻的是，具有更多或更少之容納部之實施方式也是可 能的。 借助於圖三至圖七中所示出之感測器1〇〇能夠控制，於相應 的、位於輸出部位15之前之容納部10中是否存在刷體3。如果不 應裝入刷體，能夠透過驅動控制裝置阻止輸送裝置9的進一步轉 動，進而操作者於空的容納部進一步轉動到輸出部位15不能接近 之區域中之前還能裝入一刷體。 也可以設置保護裝置，如果操作者將刷體3裝入到容納部1〇 中，所述保護裝置監測裝入部位14且阻止輸送裝置9之轉動。保 201206371 護裝置能夠例如透通過光勢壘或者光柵實現。 【圖式簡單說明】 以下借助關詳細闡述根據本發明之刷子加工設備。其中， ®-和圖二分別表示出具有碰存儲裝置之刷子加工設備之 立體圖， 圖三表示出具有刷體存儲裝置的刷子加工設備之側視圖，所 述刷體存儲裝置具有頭部侧之縱向止擒， 圖四表示出具有㈣存儲裝置之刷子加工設備之側視圖，所 : 述刷體存儲裝置具有柄部側之縱向止擋， : 圖五至圖七表*出刷子加工設備於從麵存儲裝置輸出刷體 時之侧視圖， 圖八表示出刷子加工設備之截領，所述刷子加工設備具有 支撐多個保持裝置之保持板， 圖九表示出具有於外周上設置的刷體容納部之支撐元件，以 及 圖十表示出具有㈣容納部之支撐元件，所述麵容納部具 有於外周上設置之調整元件。 【主要元件符號說明】 1 刷子加工設備 2 刷體存儲裝置 3 刷體 4 加工站 5 填塞工具 6 轉筒 7 轉筒支承件 8 轉動軸 201206371 9 10 11a lib 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 輸送裝置 容納部 頭側部之支撐元件 柄側部之支撐元件 保持板 保持裝置 裝入部位 輸出部位 裝載部位 轉筒夾緊裝置 輸出裝置 刷子頂出器 作用元件 止樓板條 長孔 固定螺紋件 夾緊板條 樞轉銷 壓力彈簧 圓形止檔 側向架 支承架 長孔 固定螺栓 12 201206371 32a 頭侧部之縱向止標 32b 柄侧部之縱向止標 33 空心軸 34 從動齒輪 35 驅動齒輪 36 驅動裝置 37 電動機支架 38 板條 100 感測器 Pf 1 箭頭1 Pf2 箭頭2 Pf3 箭頭3 13201206371 VI. Description of the Invention: [Technical Field] The present invention relates to a brush processing apparatus having a brush body storage device that can be manually loaded, the brush body storage device having a loading portion and an output portion And an output device for outputting the brush body located at the output portion, wherein the output portion of the brush body storage device is disposed in a region of the loading station of the downstream processing station. [Prior Art] This low-automatic brush processing apparatus is used in the case where it is required to manufacture a brush at a low cost. In the simplest case, the operator loads the brush body directly into the loading location of a processing station (e.g., a stuffer) without the presence of a brush storage device. Since the filling process for the toothbrush lasts only about i to 5 seconds and must be immediately loaded into another brush body, the operator cannot perform additional tasks, such as loading the tuft of bristles into the stuffing device or carrying the finished stuffing Or a new unfilled brush body container. To do this, a second operator is required or the padding process must be interrupted in order to perform the corresponding work. This is because it is time consuming and labor intensive. Thus, for example, the German patent application DE 丨ΐ 97 discloses a fresh processing equipment having a #麟箱仙面存储装置. One brush body can be stacked on top of each other to release the shot, so that before the stupidity of the 彡贞 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ Memory. However, this type of 4 discharge bin is not suitable for all brush bodies. For example, a brush body having a contour or a protruding sheet or portion of the undulating body cannot be placed in the stacking bin. "The soil I knife coat is seven, although the shape (4) miscellaneous material case DE 43 11 974 C2 described in the loading plate plate mouth in the search for the device" by means of conveyor belts and fixtures, then 201206371, and The device is complex and thus expensive. In addition, such a device requires a large space. SUMMARY OF THE INVENTION The object of the invention is therefore to achieve a brush processing device of the type mentioned at the outset which is simple, cost-effective and capable of storing any brush body. The object of the invention is that the brush storage device has a transport device that is rotatable about a rotational axis, the transport device having a plurality of receptacles for a brush body, the receptacle being arranged in The conveying device is circumferentially spaced apart from each other by a distance in the circumferential direction; the receiving portion is respectively matched with a holding device for fixing the brush body to the corresponding receiving portion, and the output device has at least one capable of initializing The brush ejector that moves between the position and the ejector position of the brush body to be ejected. The operator can respectively insert a brush body into the empty receptacle of the transport device. By separately arranging a respective brush body in a housing portion, it is also possible to process a brush body having a complicated outer contour or partially containing bristles. By means of the rotational movement of the transport device, the brush body is transported in the region of the output and is transferred from the respective receptacle to the respective receptacle of the downstream processing station by means of the brush ejector. Since a plurality of brush body accommodating portions are provided on the outer circumference of the conveying device, the processing station can be supplied with the brush body held in the accommodating portions, and the operator can also be at one or more working cycles of the processing station. Perform other tasks for the duration, such as refilling the stuffing material. The receptacle of the transport device which is emptied during this time and which is returned to the loading area can be loaded by the operator with a new brush body. Since it takes less time to load the accommodating portion with each of the brush bodies, the processing can be performed without interruption. An advantageous embodiment provides that the delivery device has a support element on the head side and a support element on the shank side, the support element on the shank side being axially spaced apart from the support element on the head side It is provided that the support elements each have a brush body receptacle on the outer circumference. For example, the support element can have recesses which, in pairs, respectively form a receptacle for the brush body. This allows the conveying device to be manufactured simply and cost-effectively with less material, since no longitudinal side-through, solid bearings are required. With this configuration, the delivery device 201206371 also has a small weight, and the delivery device is easy to operate and rotates at a lower energy cost. Appropriate for this is that the support members each have a circular or polygonal outer porch. The support element can in particular be a circular disk or a disk having, for example, an octagonal outer contour. It is difficult to maintain the device to be a recording component and the collar overcomes the reset force from the position axis to the _: position. This allows the operator to load the fresh and fast into the receptacle and on the other hand allows the brush body to be ejected simply and reliably on the output. Although the brush body is thus reliably held during transport and the wire is detached from the corresponding receptacle. The position of the brush body in the longitudinal direction is important, and when the brush body is ejected and the brush body is conveyed to the loading device of the downstream processing device, it is located at a predetermined position and is subsequently processed, for example, the main (4) stuffing side. The body of the hole can be accurately carried out. In order to be able to send the brush body in the desired longitudinal position, the brush storage device has a (4) stop for the head side of the brush body and/or the handle paste. The operator then enters the bell to the side of the accommodating portion and/or the shank of the shank in the -stop and thus occupies a predetermined position in the longitudinal direction of the brush body. Therefore, it is ensured that, according to the further operation of the downstream processing station, when waiting for a new brush _ at the loading portion thereof, the output portion of the brush storage device is used for the general brush body, and the surface storage device is transported. The delay in loading the downstream processing device with the axis of the downstream processing station may result in the fact that the conveying device of the brush storage device must first be moved into the corresponding transfer position, which is avoided. Similarly, in the case where the entire brush n storage device can be associated with the positioning drive of the downstream king device as the downstream processing device, the drum supporting the brush body of the stuffing device is implemented along all three empty spaces during the filling process. _ line positioning movement. If the brush body 2 device participates in the positioning movement, the positioning movement at the transfer position is not required before the brush body is transferred, whereby the cycle time can be reduced. 201206371 The at least one brush ejector can preferably have a pneumatic drive. It achieves simple and precise control of the brush ejector. Other drive types can also be considered, such as through an electric motor. In order to enable the brush storage device to quickly match the other brush body type and to enable the brush body storage device to be universally applied, the receptacle has an adjustment element for the accommodation. The parting section of the part matches the different faces. - for the length of the paste, the support element of the head paste, the handle side of the handle side, the longitudinal end stop of the head side, the longitudinal end stop of the handle side and/or the retaining plate of the support holding device Position each other in the sleeves. Advantageously, at least one sensor for detecting the brush body in the receiving portion is provided, and preferably at least one of the following sensors is provided, and the sensor detects whether it is located before the bit position Accommodates the oblique presence surface. Although the silk is simple, each of them is equipped with a sensor, and the sense and detection is the accommodating brush of the secret shed. ^, in order to bribe in the towel-_ shape before the input _; At least a sensor is provided, and the sensor detects the presence of the face of the face. If it is not required: the body can be driven by the drive control device to prevent the conveyor from rotating the loading and unloading portion into the area that is inaccessible, and the device can be carried out according to the figures 1 to 7 There is a device 1 that can be manually loaded to the downstream. The brush body 3 held on the storage device 2 can transfer the conveying device 9 to the conveying device 9 which rotates around the rotating shaft 8, all of which are respectively used for the receiving portion 1 of a brush body 3, and the receiving portion 201206371 is transported The devices are arranged on the outer circumference and are spaced apart from each other by a certain distance in the circumferential direction. The conveying device 9 here has a branch-side member element m and an element 11b, the shank-side support element being axially spaced apart from the head-side member by a distance, thereby achieving a lighter weight and thus A simple construction of the light brush storage device 2. A holding plate 12 is disposed between the supporting member 11a on the head side and the supporting member mountain on the shank side, and the holding plate has a plurality of holding devices matched with the receiving portion 1 相应 correspondingly located at the upper portion of the brush storage device 2 The accommodation portion 1 () in the region forms a portion 14. It is up to the operator to install 3 in this position in H). By the rotation of the conveying device 9, the brush body 3 reaches the output portion, and the position is located on the loading portion 16 of the downstream processing device 4, where the brush body 3 can be clamped to the drum of the drum 6 Device 17. To this end, the special purpose, as shown in _V to Figure 7, provides an output device 18 having two brush ejector 19. After the brush body 3 is in the region of the conveying device 15 and the empty drum clamping device 17 is located in the loading portion of the drum 6 (FIG. 5), the brush body 3 is slanted by the component 2 through the head side and the handle portion 1. The manned person is lifted from the drum clamping device 17 by means of a brush ejector 19. When the drum central locking device π is fixed, the action element 20 can be pulled back (Fig. 7) to bring the brush body 3 to the tamper #5 #. The lining movement H 19 can be pneumatically driven separately. 13 _21 can pass the long hole two:: ==: _ and the bribe _ _ _ 23, continuous wire holding (four) η ^ 8 201206371 and the different (four) 3 match. The brush body 3 is placed between the stop strip 21 and the clamp strip 24, and the recording force is generated by the (4) spring % disposed between the stop strip 21 and the clamp strip 24. If there is no ship 3 in the holding device 13, the cooling slat 24 is deflected by the _stop 27. In the case of the loading of the device 3 into the holding device 13, the holding device in the loading position 14 shown in phantom, respectively, deflects against the restoring force of the compression spring 26 against the pressure spring 26 and the brush The body 3 is clamped between the clamping strip 24 and the slat strip 21 so that the (4) 3 can be easily inserted into the holding device 13 and the brush body 3 can be easily removed. As shown in Fig. 9, the receiving portion 1a of the supporting members 11a, ub can be a simple groove for supporting the jaws 11a, lib on the outer circumference. In order to enable the conveying device 9 of the face storage device 2 to quickly match the shape of the different brush bodies, for example with regard to thickness and contour, as shown in FIG. 10, the support elements Ua, Ub can have on their receptacles 1 The lateral frame 28 and the support frame 29 are adjustable. The support frames can be locked in the desired position and orientation by means of the elongated holes 3 固定 and the fastening bolts 31, respectively, so that the empty receiving regions of the respective receptacles 1 can be adapted to the characteristics of the type of brush body to be processed. The possibility of matching the lateral frame 28 and the support frame 29 of the adjustment element is simple in construction and thus low in cost. According to Figs. 1 and 2 and Figs. 5 to 7, the brush storage device 2 has a disk-shaped head side longitudinal stop 32a and a shank side longitudinal stop 32b, respectively. It is ensured by the longitudinal stops 32a, 32b that the brush body 3 can be inserted into the receptacle 10 in the correct axial position, which is necessary in order for the brush body 3 to be correctly transferred to the drum 6 In the barrel clamping device 17. As a result, the brush body 3 can be inserted into the corresponding receptacle 10 in a particularly simple manner. In the embodiment according to FIG. 3, only the longitudinal side stop 32a of the head side is provided, and in the embodiment according to FIG. 4 only the longitudinal stop 32b of the handle side is provided. When the brush body 3 is inserted into the receptacle 1 ,, it must be noted here that the 201206371 brush body 3 bears with its respective end against the respective longitudinal stop 32a, 32b. The support members 11a, lib, the retaining plate 12 and the longitudinal stops 32a, 32b are respectively arranged in a rotationally fixed manner on the hollow shaft 33, which can be rotatably supported about the rotational axis 8. Also on the hollow shaft 33 is a driven gear 34 which is drivingly coupled to the electric drive 36 via the drive gear 35 and thus effects a rotational movement of the transport device 9. The drive unit 36 is held by the motor support 37 and the slats 38 on the drum support member 7 (Fig. 2), and the entire transport unit 9 participates in the positioning movement of the drum 6 (arrows Pfl, Pf2, PO, Fig. 1). In order to match the different lengths of the brush body 3, the support elements na, ilb, the retaining plate 12 and the longitudinal stops 32a, 32b can be positioned axially on the hollow shaft 33 and fixed in the respective positions in a manner not illustrated in detail. . The rotary drive for the conveyor can also be coupled to the rotary drive for the drum 6 to synchronize the two rotational movements. As an alternative to the electric drive unit 36, the transport unit 9 can be further connected to the brake on the hollow shaft 33 via the cutting wheel. The brush body storage device 2 shown in the drawing has a housing portion 10 for eight brush bodies 3. It goes without saying that embodiments with more or fewer receptacles are also possible. By means of the sensor 1 shown in Figures 3 to 7, it is possible to control whether or not the brush body 3 is present in the corresponding receptacle 10 located before the output portion 15. If the brush body is not to be loaded, further rotation of the transport device 9 can be prevented by the drive control means, so that the operator can also load a brush body before the empty accommodation portion is further rotated into the region where the output portion 15 is inaccessible. It is also possible to provide a protective device which, if the operator loads the brush body 3 into the receptacle 1, detects the loading point 14 and prevents the rotation of the transport device 9. The 201206371 protection device can be realized, for example, through a light barrier or a grating. BRIEF DESCRIPTION OF THE DRAWINGS The brush processing apparatus according to the present invention will be described in detail below with reference to the drawings. Wherein, ®- and FIG. 2 respectively show a perspective view of a brush processing apparatus having a storage device, and FIG. 3 shows a side view of a brush processing apparatus having a brush storage device having a longitudinal direction on the head side. Figure 4 shows a side view of a brush processing apparatus having a (four) storage device, wherein: the brush storage device has a longitudinal stop on the handle side, and: Figure 5 to Figure 7 shows the brush processing device from the side A side view of the storage device when the brush body is output, FIG. 8 shows a drawing of the brush processing apparatus, the brush processing apparatus has a holding plate that supports a plurality of holding devices, and FIG. 9 shows a brush body housing portion provided on the outer circumference. The support member, and FIG. 10, show a support member having a (four) receptacle having an adjustment member disposed on the outer circumference. [Main component symbol description] 1 Brush processing equipment 2 Brush storage device 3 Brush body 4 Processing station 5 Packing tool 6 Rotary 7 Rotary support 8 Rotating shaft 201206371 9 10 11a lib 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 Support member of the side of the head of the conveyor accommodating part Supporting member of the side of the shank holding device holding device loading position output part loading position drum clamping device output device brush ejector action element Stop slats long hole fixing screw clamping slats pivot pin pressure spring circular stop lateral frame support frame long hole fixing bolt 12 201206371 32a head side longitudinal stop 32b shank side longitudinal stop 33 hollow Shaft 34 driven gear 35 drive gear 36 drive 37 motor bracket 38 slat 100 sensor Pf 1 arrow 1 Pf2 arrow 2 Pf3 arrow 3 13