丄増496 九、發明說明： 【發明所屬之技術領域】 本發明涉及一種懸浮在空氣中的棉 、、飛花）的去除裝置。例如，涉及 lnt)(纖維 從洗滌物的乾燥機中，排出的空氣中的棉二撿裝置去除 Θ ^ J师紙的# m ◊及-種以從該！帛檢襄置去除被筛冑，特別 I元（手段）爲特徵的上述裝置。 置体獲的棉絨的 【先前技術】 將洗滌物（洗滌後的衣服或亞麻 :行通風乾燥時，從洗蘇物脫離了的棉賊== =。在-般的乾燥機中，，了從乾燥空氣（二= 用的空氣）中除掉棉絨，在乾燥機的排 蓄二 有師檢裝置。空氣中的棉絨被該筛檢裂置的過置 稱“益仏壯》 且幻過4面（以下 面堆積)俘獲，逐漸堆積起來。當㈣檢裝置 加，風:絨的狀態下使乾燥機運轉時’空氣阻力便增 几I減少，乾燥效率降低，乾燥就报花費時間。因此， 進行去除篩檢裝置面上堆積的棉絨的作業。但是，如 :，工作業去除棉絨的話’就存在非常費力和費時的問 爲了解決這個問題，開發了自動去除附著在筛檢裝置 二上的棉絨的乾燥機。自動去除堆積在篩檢裝置面上的棉 、’戍的一般方法是，使空氣反向流動，或者用刷子擦拭篩檢 =置面，進行清掃的方法。在下述以下簡稱專利文獻一中 ^ 種現有技術的洗滌物乾燥機’即，通過從縱橫方向 5 J344496 把空氣喷到堆積在筛檢裝置面上的棉賊與該綿檢裝 間’使棉絨從筛檢裝置面剝離、落下，用吸入 ^ 下的棉絨。 收洛 【專利文獻—】日本特開2GG2-113291號公報 現有技術用以自動去除堆積在筛檢裝置面上 皆需要設備與驅動源。例如，在使空氣反向流到筛檢裝置 面上，或者像專利文獻一那樣，使空氣從筛檢裝置的縱 方向喷出’現有技術用以自篩檢裝置面去除棉絨的方法 中，除了需要用於使乾燥空氣通過乾燥機内部的鼓風機以 外，還必須有產生棉織去除用的空氣流的鼓風機及；： 刷子和使該刷子沿二使用刷子的裝置則必須有 者師檢裝置面移動的裝置，及其驅動裝 置。 ^檢裝置面俘獲的棉織，有時是以 心 ^ 的網眼上的狀態堆積著。在這種情況下，在使 用工氣机剝離棉織的方法中，往往會産生在筛檢裝置面有 ㈣方棉絨沒有被剝離而殘留著的現象。當産生這種現象 時，因爲棉絨去除用的空氣 。 山祕丨、，*丄 氣通過棉絨已被剥離的部分流 出’所M要去除殘留的棉絨就變得很困難。如果要相從整 個師檢裝置面上可#地去除棉絨，就 = Jθ加現有技術之棉絨去除裝置的成本。 用刷子或者高速的空氣流去除棉織時，其結 果就會使層㈣積㈣料:域㈣ 些散佈到空氣中的掠& τ舄了俘獲& , 、-，就需要有另外的篩撿裝置，當不 1344496 設置這樣的篩檢裝置時，則在使乾燥空' 會發生已經去除的棉絨再次附著到篩撿人通過時，就 =技術的棉絨去除裝置，因爲需: 去除棉絨用的刷子或者追加的鼓 巾檢裝置面 以存在裝置成本高的問題;在使用空氣所 二則存在師檢裝置面部分棉絨沒有被剝離而殘留 存在ί 子或者高速的空氣流的棉織去除裝置中，則丄増496 IX. Description of the Invention: [Technical Field of the Invention] The present invention relates to a device for removing cotton and fly flowers suspended in the air. For example, involving lnt) (fibers from the dryer of the laundry, the cotton sputum device in the discharged air removes the #m ◊ and - species of the 师JJ paper to remove the sifted sputum from the 帛 帛 胄, The above-mentioned device characterized by a special I-element (means). [Previous technique of lint obtained by the body] Washing matter (washed clothes or linen: when ventilated and dried, the cotton thief detached from the scented squid == =. In the general dryer, the cotton lint is removed from the dry air (two = used air), and the drain is stored in the dryer. The lint in the air is cracked by the sieve. It has been placed in the name of "Yi Zhuang Zhuang" and has been captured by four sides (accumulated below) and gradually piled up. When the (four) inspection device is added, the air resistance is increased when the dryer is running in the state of wind: cashmere. Reduction, drying efficiency is reduced, and drying takes time. Therefore, the operation of removing lint accumulated on the surface of the screening device is performed. However, if the work industry removes lint, there is a very laborious and time-consuming question to solve This problem was developed to automatically remove the adhesion to the screening device 2 A lint dryer. The method of automatically removing the cotton deposited on the surface of the screening device, the general method of making the air flow in the opposite direction, or wiping the screen with a brush = setting the surface, and cleaning the method. Patent Document 1 discloses a prior art washing machine drier, that is, by spraying air from the longitudinal and lateral directions 5 J344496 to the cotton thief deposited on the surface of the screening device and the cotton inspection room to make the lint from the screening device. The surface is peeled off, dropped, and the cotton lint is sucked in. The prior art is used to automatically remove the equipment and the drive source which are required to be automatically removed on the surface of the screening device, for example, Japanese Patent Laid-Open Publication No. 2GG2-113291. Reverse flow of air to the surface of the screening device, or as in Patent Document 1, the air is ejected from the longitudinal direction of the screening device. In addition to the prior art method for removing lint from the surface of the screening device, In addition to the blower for passing dry air through the interior of the dryer, there must also be a blower that produces a flow of air for the removal of the cotton; and: the brush and the device that uses the brush along the brush must have The device for moving the surface of the inspection device and its driving device. The cotton woven by the surface of the inspection device is sometimes deposited in the state of the mesh of the heart. In this case, the cotton is peeled off using a gas machine. In the weaving method, there is a phenomenon in which (4) the side cotton lint is not peeled off and remains on the surface of the screening device. When this phenomenon occurs, the air for removing the lint is removed. It is very difficult to remove the residual lint through the part where the lint has been peeled off. If it is necessary to remove the lint from the entire surface of the inspection device, then = Jθ plus the prior art lint. The cost of removing the device. When removing the cotton with a brush or a high-speed air stream, the result is that the layer (four) product (four) material: the domain (four) scattered in the air & τ 舄 capture &, -, There is a need for an additional sifting device. When the screening device is not installed in 1344496, the lint removal device is technically used when the dry ash is reattached to the sifter. Because of: need to remove the brush for cotton wool or chase Detecting means towel drum surface at a high apparatus cost problem; in the presence of air the two division detecting means surface portion is not peeled off lint cotton presence of residual air flow or high ί sub-removal device, then
在者在被去除之棉織飛散而於下次' 在筛檢裝置面上的問題。 運轉時再次附著 【發明内容】 有鑑於前述之現有技術的缺點，本發明係設 絨士除裝置’其不需增設的鼓風機或者刷子裝置，I 痛早結構’能夠毫無殘留地去除被筛檢裝置面俘獲:棉 絨，並輕易防止已經剝離的棉絨再次附著在篩檢襞置面 為達到上述的發明目的，本發明所採用的技術手段為 設計-種棉絨去除裝置，其具有：筛檢裝置面，其配^成 隔斷空氣通道（如果是在洗滌物乾燥機中的通道，則是乾 燥二氣的排氣通道）；和兩個擋板，它們通過配置在該篩 才《裝置面的空氣流動方向的上游側與下游側並進行開閉， 使該篩檢裝置面上的空氣流動發生變化。 配置在下游側的背面擋板，在敞開時，從篩檢裳置面 離開’以使空氣能夠通過篩檢裝置面的整個面；在封閉時， 在保留沿著篩檢裝置面的一部分'並添設在（以添加的方 496 :位於）㈣檢裝置面背面的狀態下，隔斷空氣的通過。 ㈣面擋板的關閉操作是按如下操作來進行的，即，向虚 :檢裝置面垂直的方向動作，添設在該筛檢裝置面的背 面。 配置在上游側的流入擋板，在敞開時’打開筛檢裝置 面上游側的空氣通道；關閉S夺，在流入擋板和篩檢裝置面 之相對邊之間保留狹縫（細的縫隙狀的間隙）@狀態下， 隔斷通向篩檢裝置面的上游側的空氣通道。 在敞開流入擋板和背面撞板的狀態下，如果使乾燥处 氣送風用鼓風機運轉，那麼，在設㈣檢裝置面的空氣: 道中流動的乾燥空a ’便通過篩檢裝置面而流動，該空氣 中含有的棉絨便被篩檢裝置面俘獲，呈層狀堆積。 當在棉絨堆積在篩檢裝置面的狀態下，使鼓風機停 止，關閉背面擋板時，借助於與篩檢裝置面垂直方向的背 面擋板的動作，篩檢裝置背面的空氣向前面（空氣流入面 側推動。it時，篩檢裝置背面的空氣壓力瞬間上升1，使尸 呈層狀堆積的棉絨從筛檢裝置面浮起來。伴隨著背： 的關閉操作而産生的空氣壓力的上升，在接近筛檢裝二 面的位置遍佈其整個面而産纟；如果—部分的棉絨 剝離而將要停留在篩檢裝置面上，則這部分的背面的 壓力就會變高’所以能夠防止一部分棉絨以附著在梦 置面上的狀態殘留下來。 衣 而且，如果在g閉流入撞板及背面播板的狀態下 次使鼓風機運轉，空氣流就會從形成在流⑼ 1344496 置面之間的狹縫開始’沿著背面擋板的前面、即沿著筛檢 裝置面的貪面抓動，從沒有被背面撞板封閉的下游側的部 分流出。通過沿著該薛檢裝置面的背面流動的空氣流，棉 絨在呈層狀纏繞的狀態下，㈣檢裝置面被剝離，在空氣 通道内落下。 因爲該棉絨的落下位置處於流入擋板的背面側，所 以，在接著打開流入擋板時，通過流入擋板的背面可以封 閉棉絨落下的空間。 本發明第二方面的棉絨去除裝置，具有：_檢裝置面， 隔斷空氣通道’俘獲在該通道流動的空氣中的棉絨；和棉 絨》己隱體’其δ又置在該筛檢裝置面的下方，收容從該筛檢 裝置面剝離的棉絨，在該棉絨去除裝置中具有：背面擋板， 在封閉時’將上述篩檢裝置面的空氣流出侧的面保留沿著 其一:分而封閉；和流入擋板，在封閉時，在流入擋板和 上述篩檢裝置面之相對邊之間保留狹縫的狀態下，封閉上 述空氣通道，在敞開時，以覆蓋上述棉絨記憶體的上方的 方式移動，來打開上述空氣通道的流入口。 本發明第二方面，在具有上述單元（手段）的棉絨去 示裝置中，其特徵在於，上述篩檢裝置面設置成斜著隔斷 上下方向的空氣通道，沿著上述篩檢裝置面之保留部分是 上。卩上述與流入擋板相對的邊是底邊 '，上述流入擋板以 及背面擋板繞著它們的底邊擺動並進行開閉。 洗滌物乾燥機中的本發明的棉絨去除裝置，具有：_ 檢裝置面，其設置成隔斷含有棉絨的乾燥空氣的排氣通 1344496 道，y以開閉的背面擋板，在封閉時，其閉塞該筛檢褒置 面的背面，和可以開閉的流入擔板，其把通過乾燥* 的鼓風機從旋轉滚筒送入到排氣通道的風的方向y = 沿著被封閉的背面擋板前面的方向。 變換成 本發明的棉絨去除裝置，因爲利用用於 氣流的現有鼓風機（例如洗滌物乾燥機的乾燥空 結構的裝置就能夠去除:檢二備 而且容易製造的 刃去除師檢裝置面上堆積的棉絨。 即：於=7的關閉操作時，通過如下兩種作用， 精… 推動綿檢裝置背面的空氣，使雄 ::!=檢裝置面浮起來的作用，和封閉的; 的面沿者篩檢裝置面的背 牙由擋板 而，不會使邻八拣 ’j離用空氣流的作用，從 去除筛檢裝^^^者再次飛散’能夠可靠地 剝離並去除，也飛散，就可以將其 去除的棉絨再次附著在筛檢裝置面上:斤以可以防止被 絨排出到機外。 很各易將剝離的棉 【實施方式】 第一圖和第二圖是表示將 商業用的洗餘物乾燥機示意：的棉絨去除裝置用於 物乾燥時裝置内部之狀態圖 1是示意地表示洗條 絨時裝置内部之狀態的圖。 〜圖疋不意地表示去除棉 1344496The problem of the person who is scattered in the cotton fabric is scattered next time on the screening device. Reattachment during operation [Invention] In view of the above-mentioned shortcomings of the prior art, the present invention relates to a velvet removal device which does not require an additional blower or brush device, and the I pain early structure can be removed without residue. The device surface captures: lint, and easily prevents the peeled lint from reattaching to the screening surface to achieve the above object. The technical means adopted by the present invention is a design-type lint removal device having: a sieve The inspection device surface is configured to block the air passage (if it is a passage in the washing dryer, it is a dry two-gas exhaust passage); and two baffles, which are disposed on the sieve The upstream side and the downstream side of the air flow direction are opened and closed to change the air flow on the surface of the screening device. The back baffle disposed on the downstream side, when open, exits from the screening skirt to enable air to pass through the entire face of the screening device; when closed, retains a portion along the face of the screening device' It is added (with the added side 496: located) (4) in the state of the back surface of the inspection device, and the passage of the air is blocked. (4) The closing operation of the face baffle is performed by operating in a direction perpendicular to the surface of the detecting device, and is added to the back surface of the face of the screening device. The inflow baffle disposed on the upstream side opens the air passage on the upstream side of the screening device surface when opened; closes the S, and leaves a slit between the inflow baffle and the opposite side of the screening device surface (small slit shape) In the gap state, the air passage leading to the upstream side of the screen of the screening device is blocked. When the air blower is blown by the blower in the state where the inflow flap and the rear bumper are opened, the dry air a' flowing through the air channel of the (four) inspection device passes through the surface of the screening device. The lint contained in the air is captured by the surface of the screening device and stacked in layers. When the lint is piled on the surface of the screening device, the blower is stopped, and when the back baffle is closed, the air on the back side of the screening device is directed to the front by the action of the back baffle perpendicular to the surface of the screening device (air) When the inflow side pushes. When the air pressure on the back of the screening device rises by one, the lint accumulated in layers is floated from the surface of the screening device. The air pressure rises with the closing operation of the back: If the part of the screen is close to the entire surface of the screening device and is placed on the surface of the screening device, the pressure on the back side of the portion will become high. A part of the lint remains in the state of being attached to the dream surface. If the blower is operated next to the state in which the g is closed into the collision plate and the rear deck, the air flow is formed from the flow (9) 1344496. The slits begin to 'catch along the front face of the back baffle, that is, along the face of the screening device, and flow out from the portion of the downstream side that is not closed by the back plate. By passing along the Xue check The flow of air flowing on the back side of the surface, the lint is wound in a layered state, and (4) the surface of the inspection device is peeled off and falls in the air passage. Since the falling position of the lint is on the back side of the inflow baffle, When the inflow baffle is opened, the space where the lint falls can be closed by flowing into the back surface of the baffle. The lint removal device of the second aspect of the invention has: a detecting device surface, and the blocking air passage 'captures air flowing in the passage The cotton linter; and the cotton velvet "the hidden body" δ is placed under the surface of the screening device, and accommodates the lint peeled off from the surface of the screening device, and has a back baffle in the lint removal device. , when closed, 'the surface of the air outflow side of the screening device surface is left to be closed along one of: the partition; and the inflow baffle, when closed, on the opposite side of the inflow baffle and the surface of the screening device In a state in which the slit is left, the air passage is closed, and when opened, the air inlet of the air passage is opened to cover the upper portion of the lint memory. The second aspect of the present invention is In the lint removal device of the above unit (means), the screening device surface is provided to obliquely block the air passage in the up and down direction, and the remaining portion along the surface of the screening device is upward. The opposite side of the baffle is a bottom edge', and the inflow baffle and the back baffle swing around the bottom edge thereof to open and close. The lint removal device of the present invention in the laundry dryer has: a detecting device surface, The utility model is arranged to cut off the exhaust air of the dry air containing the lint, and to open and close the back baffle, and when closed, the occlusion of the back surface of the screening device surface and the inflowing support plate which can be opened and closed, The direction of the wind fed from the rotating drum to the exhaust passage by the blower* is = along the direction of the front of the closed back panel. The cost of the inventive lint removal device is changed because of the use of existing blowers for airflow ( For example, the apparatus for drying the dry structure of the washing machine can remove the lint accumulated on the surface of the inspection device on the surface of the blade which is easy to manufacture. That is: when the closing operation of =7, through the following two functions, the fine... pushes the air on the back of the inspection device, so that the male::!=the surface of the inspection device floats, and the closed; The back teeth of the device surface are covered by the baffle plate, and will not cause the neighboring air to flow away from the air filter, and can be reliably peeled off and removed, and scattered. The cotton lint that is removed is attached to the surface of the screening device again: the jin can prevent the velvet from being discharged outside the machine. The cotton which is easily peeled off [Embodiment] The first figure and the second figure show the state in which the lint removal device of the commercial waste dryer is used for drying the inside of the device. FIG. 1 is a schematic view. A diagram showing the state of the inside of the device when washing the cord. ~ Figure unintentionally indicates removal of cotton 1344496
圖中，標號1是乾燥機的外殼；標號2是在外殼丨内 部繞著設置在與附圖紙面垂直的方向上的軸旋轉的短圓筒 形的％轉滾筒。在外殼丨的前面（操作人員側的面广如 圖中點劃線所示，設置有把洗條物投入旋轉滚冑2内的投 入口犯和封閉該投入口的門36〇旋轉滾筒2的圓周面是 用空氣可以通過的金屬絲網或者沖孔金屬（p抓以吨 metal)製成的，圖中標號4是設置在使乾燥空氣流入外 八又1内的川L入口上的加熱器，標號5是乾燥空氣的排出鼓 風機，這些都配置在外殼1的上部。 把要乾燥的洗滌物在打開投入口 35後，投入旋轉滾 筒2内。當使乾燥機運轉時，旋轉滾筒2就以低速旋轉^ 鼓風機5運轉，乾燥空氣3就沿徑向穿過旋轉滾筒2而流 動。被投入的洗滌物在旋轉滾筒2内一邊被攪拌，一邊由 乾燥空氣3進行乾燥。 在外殼1内設置有隔板6、7,其劃分流向旋轉滾筒2 的空氣的流入側與流出側。另外，在外殼丨内還設置有隔 板9’ S用於劃分把排a從外豸丨了冑向上方的排氣鼓風 機5引導到的排氣通道8。該隔9的下方部分爲把乾燥 空氣3向排氣通道8引導的流入口 η。 · 在流入口 11設置有繞著垂直於附圖紙面的方向上之 底邊12擺動的流入擋板13，以便對流入口丨丨進行開閉。 在排氣通道8中設置有篩檢裝置面16，篩檢裝置面16的 周邊固定在矩形的篩檢裝置框架17之乾燥空氣流入側（圖 中，面向左下方的面）_L’篩檢裝置面16被固定成斜向 1344496 隔斷排氣通道8,並使筛檢裝置框架17之底邊 〇 擋板13之頂邊Η鄰近的位置。篩撿裝置框 架丨7藉由支架（bracket) 18、19固定在外殼 二 1 a與上述隔板9上。 在篩檢裝置面16的背面側（乾燥空氣的流出側） 設置有背面隸20,其在筛檢裝置框架17的底邊：繞著 在與附圖紙面垂直的方向上的篩檢裝置面之底邊1 $擺動 並進行開閉。該背面擋板20在打開時就變成添設在隔‘ 9 上的狀態；關閉時，就變成其前面添設在篩 .,b 直面 I bIn the figure, reference numeral 1 is a casing of a dryer; and reference numeral 2 is a short cylindrical % rotating drum which rotates inside the casing cymbal about an axis provided in a direction perpendicular to the plane of the drawing. In front of the outer casing ( (the surface on the operator side is wide as shown by the alternate long and short dash line in the figure, the input port for putting the laundry into the rotary hoist 2 and the door 36 closing the input port 〇 rotating the drum 2 are provided. The circumferential surface is made of a wire mesh or punched metal through which air can pass, and the reference numeral 4 in the figure is a heater disposed on the inlet of the Sichuan L which allows dry air to flow into the outer eight and one. Reference numeral 5 is a discharge blower for dry air, which is disposed at the upper portion of the outer casing 1. The laundry to be dried is put into the rotary drum 2 after opening the input port 35. When the dryer is operated, the rotary drum 2 is The low-speed rotation of the blower 5 is operated, and the dry air 3 flows through the rotary drum 2 in the radial direction. The laundry to be fed is dried by the dry air 3 while being stirred in the rotary drum 2. The outer casing 1 is provided with The partition plates 6, 7 divide the inflow side and the outflow side of the air flowing to the rotary drum 2. In addition, a partition 9's is provided in the outer casing to divide the row a from the outer side to the upper side. Exhaust air from the exhaust blower 5 The lower portion of the partition 9 is an inflow port η for guiding the dry air 3 to the exhaust passage 8. The inflow port 11 is provided with an inflow that swings around the bottom side 12 in a direction perpendicular to the plane of the drawing paper. The plate 13 is configured to open and close the flow inlet port. The screening device face 16 is disposed in the exhaust passage 8, and the periphery of the screening device face 16 is fixed to the dry air inflow side of the rectangular screening device frame 17 (in the figure, The face facing the lower left) _L' screening device face 16 is fixed in an oblique direction 1344496 to block the exhaust passage 8 and to position the bottom edge of the screening device frame 17 adjacent to the top edge of the baffle plate 13. The frame frame 7 is fixed to the outer casing 2a and the above-mentioned partition plate 9 by brackets 18, 19. On the back side of the screening device face 16 (the outflow side of the dry air), a rear face 20 is provided, which is placed on the screen The bottom edge of the inspection device frame 17 is oscillated and opened and closed around the bottom edge of the screening device surface in a direction perpendicular to the plane of the drawing. The back panel 20 is added to the compartment when it is opened. The state of the upper; when closed, it becomes the front of the sieve., b is straight I b
的貪面的狀態。背面擋板20的上下尺寸比篩檢裝置面K 的上下尺寸稍短一些’關閉背面擋板2"，篩檢裝置面Η 的上部30在該背面擋板20的頂邊緣21與篩檢裝置面κ 的頂邊32之間，沿著該頂邊32，沒有被封閉而保留著。 上述流入擋板13,以封閉該擋板的背面側的空間u 的方式擺動，來打開流入口 U。在關閉時，使上述；；22 的上方敞開’同時，在流入擋板13之頂邊14與筛二置 面1 6之底邊15之間保留狹縫29的狀態下，封閉流入口、 13 ^^端用能„曲地連接著二 23、24連接到外殼丨上，並設置有氣紅27,該氣虹 這些連桿23、24擺動來開閉流入擋板！ 3。 丨J樣’背面擋 板20的上端部也用能夠彎曲地連接著的兩個連桿 連接到隔板9上，並設有氣缸28,該氣缸28使這此^ 25、26擺動來開閉背面擋板2〇。 二連桿 在乾燥洗條物時，如第一圖所示，流 G板13及背 12 1344496 面擋板2 0打開，使鼓風機5旋轉。乾燥空氣3從哎有加 熱器4的流入口流入外殼！内，沿著徑向穿過旋轉滾； ^外殼下部的流人n U流人到排氣通道8，在該排氣通道 下而上流動’並通過鼓風機5排出。 懸浮在通過洗滌物後的乾燥空氣中的棉絨，在該六氣 通過篩檢裝置® 16時，就被該筛檢裝置面俘养、：：： =反覆進行洗條物的乾燥，則棉絨就會呈層㈣積在^ 滌：L16上，妨礙乾燥空氣的通過。雖然根據乾燥的洗 二物種類；同而有所；^，但是，如果進行預定次數的乾 燥，可按如下方法從篩檢裝置面16去除棉絨。 ★請參閱第二圖所示，在鼓風機5停止的狀態下，關閉 机入擔板13,使流人口 η處於閉塞的狀態。這時，在沪 入擋板13的頂邊η與篩檢裝置面16的底彡15之： 狹縫29’該狹縫29使風沿著幾乎與筛檢裝置面㈣ 方向通過。接下來關閉背面擋板2。’使筛檢裝：棉 =著面的相反側的面）處於閉塞狀態。這時，在筛檢: 置面16的上邊部保留著沒有用背於 使空氣通過的上… ㈣板2◦閉塞的、能夠 在這種狀態下，當打開洗務物的投入門3 ，口 35流入到外殼1内的空氣，二 揞板13的上邊的狹縫29呈膜狀吹出，沿 的前面流動，達到將篩檢裝置面】6 ®擋板2〇 两1 b上堆積的棉 氣流的上游側依次剝離的作用。制 ' 從工 利離棉織用的空潢 過加熱器4吸入，但是通過從洗滌物投入口 ' 、 d b吸入，可 13 1344496 以避免加熱器4盔用认血曰 量增加，剝離力變大：耗，空氣阻力變小’空氣流 就停止時，從筛檢Γ虽使鼓風機5只運轉預定的時間後 Η師檢裝置面16被 洛到下部的空間（ 师埤3〗因自重而 棉域6己憶體）22中（如第一圖所^ 如果绵檢裝置面lfi n Η帛®所不）。 得报緊，就變得很難二=:積量狼多，則棉絨勒 剝離的棉絨的上邊附 成如下狀態’即，被 背面擋板2"核的部=垂置面在16的上部的沒有被 追加進行如下操作，二=或：這種…，⑽ 擋板20的開閉操作 /反覆進π多次背面 和振動，使梯賊31落下心面撞板2〇關閉時產生的風壓 當棉絨的去除結束時，打 20,番m %打開机入揞板13和背面擋板 憶體22通過流入擋板13二二圖）。由於棉絨記 … 13的背面與外殼壁la而變成盥排 軋通道8隔離的狀態，所 /、 > μ „ 所以被剝洛的棉絨31在重新進 1丁的^条物乾燥時不會飛散或再次附著到筛檢襄置面16 二記：體22内的棉，織31’則需要打開設置在外殼 :取出。33的蓋34’把棉絨取出並廢棄。另外，圖中 心號37是蓋34的鉸鏈’ 38是鎖緊裝置。 【圖式簡單說明】 第—圖表示設有本發明棉絨去除裝置的洗膝物乾燥機 的洗滌物乾燥時的狀態的示意圖。 第二圖表示第-圖的洗條物乾燥機的去除棉域時的狀 L的示意圖。 14 1344496 【主要元件符號說明】 1 :外殼 la:外殼之内壁面 2 :旋轉滾筒 3 :乾燥空氣流 4 :加熱器 5 :鼓風機 6 :隔板 7 :隔板 8 :排氣通道 9 :隔板 11 :空氣流入排氣通道的流入口 1 2 :流入擋板的底邊 1 3 :流入擋板 1 4 :流入檔板之頂邊 15:篩檢裝置面的底邊 1 6 :篩檢裝置面 1 7 :篩檢裝置框架 18 :支架 19 :支架 20 :背面擋板 21 :背面擋板之頂邊緣 22 :空間（棉絨記憶體） 23 :連桿 15 1344496 24 :連桿 25 :連桿 26 :連桿 27 :氣缸 28 :氣缸 2 9 :狹縫 30 :篩檢裝置面之上部 31 :棉絨The state of greed. The upper and lower dimensions of the back baffle 20 are slightly shorter than the upper and lower dimensions of the face K of the screening device. 'Close the back baffle 2", the upper portion 30 of the face of the screening device is at the top edge 21 of the back baffle 20 and the screening device Between the top edges 32 of κ, along the top edge 32, they are not closed and remain. The inflow baffle 13 is swung to close the space u on the back side of the baffle to open the inflow port U. When closed, the upper portion of the above; 22 is opened. Meanwhile, in the state where the slit 29 is left between the top edge 14 of the inflow baffle 13 and the bottom edge 15 of the screen 2, the flow inlet is closed. The ^^ end is connected to the outer casing 曲 by the curved connection of the two 23, 24, and is provided with a gas red 27, which is swung to open and close the inflow baffle! 3. 丨J-like 'back The upper end portion of the baffle 20 is also connected to the partition plate 9 by two links which are bendably connected, and is provided with a cylinder 28 which swings the shutters 25 to open and close the back side baffle 2'. When the two links are dry, as shown in the first figure, the flow G plate 13 and the back 12 1344496 face baffle 20 are opened to rotate the blower 5. The dry air 3 flows from the inlet of the heater 4 Inside the casing!, it passes through the rotating roller in the radial direction; ^The flow person n U in the lower part of the casing flows to the exhaust passage 8, and flows under the exhaust passage and flows out through the blower 5. Suspended in the washing The lint in the dry air is captured by the screening device when the six gas passes through the screening device® 16, ::: = repeat When the strips are dried, the lint will be layered (4) on the polyester: L16, hindering the passage of dry air. Although depending on the type of dry wash, the same; ^, but, if scheduled The number of times of drying can be removed from the screening device surface 16 as follows. ★ Referring to the second figure, when the blower 5 is stopped, the machine is turned into the support plate 13 to make the flow population η occluded. At this time, the top edge η of the inlet baffle 13 and the bottom cymbal 15 of the screening device face 16 are: slit 29' which allows the wind to pass in the direction of the face (4) of the screening device. The back baffle 2. 'Make the screening: cotton = the opposite side of the face is closed." At this time, in the screening: the upper side of the face 16 is left without the use of the back to pass the air... The plate 2 is closed, and in this state, when the input door 3 of the laundry is opened, the air flowing into the casing 1 through the port 35, and the slit 29 on the upper side of the second plate 13 is blown out in a film shape. Flowing in front, reaching the surface of the screening device] 6 ® baffle 2 〇 2 1 b on the cotton flow The upstream side is peeled off in sequence. The system is inhaled from the air-cleaning heater 4 used for the weaving of cotton, but it can be sucked from the washing input port and db, 13 13344496 to avoid the blood vessel of the heater 4 helmet. When the amount is increased, the peeling force becomes large: the consumption and the air resistance become small. When the air flow is stopped, the air blower 5 is operated for a predetermined period of time after the screening, and the surface of the inspection device 16 is lowered to the lower space. 3〗Because of its own weight, the cotton field 6 has a memory of 22) (as in the first figure ^ If the cotton inspection device face lfi n Η帛® does not). It is difficult to report tightly. In many cases, the upper side of the cotton lint peeled off is attached to the following state. That is, the back side baffle 2" the core portion=the vertical surface is not added to the upper portion of the 16 to perform the following operation, two = or: ..., (10) opening and closing operation of the baffle 20 / reversing into the π multiple back and vibration, so that the ladder thief 31 falls to the surface of the collision plate 2 〇 when the wind pressure is generated when the cotton lint is removed, hit 20, m% The machine enters the seesaw 13 and the back baffle body 22 through the inflow baffle 13 (two-two). Since the back surface of the lint...13 is separated from the outer wall l by the outer wall l, it is /, > μ „ so the lint 31 which is peeled off is not dried when it is dried again. Will fly or reattach to the screening surface 16 Second: the cotton inside the body 22, weaving 31' need to open the outer casing: take out. 33 cover 34' take the cotton wool and discard. In addition, the figure center number 37 is a hinge '38' of the cover 34. The drawing is a schematic view showing a state in which the laundry of the washing machine dryer provided with the lint removal device of the present invention is dried. A schematic diagram showing the shape L of the strip dryer in the first embodiment when removing the cotton field. 14 1344496 [Explanation of main component symbols] 1 : Shell la: inner wall surface 2 of the outer casing: rotating drum 3: dry air flow 4: heating 5: Blower 6: Separator 7: Separator 8: Exhaust passage 9: Partition 11: Inflow of air into the exhaust passage 1 2: Inflow of the bottom edge of the baffle 13: Inflow baffle 1 4: Inflow Top edge 15 of the baffle: Bottom edge of the screening device face 1 6: Screening device face 1 7 : Screening device frame 18: Shelf 19: bracket 20: back panel 21: top edge of the back panel 22: space (lint memory) 23: connecting rod 15 1344496 24: connecting rod 25: connecting rod 26: connecting rod 27: cylinder 28: cylinder 2 9 : slit 30 : upper part of the screening device surface 31 : lint
32 :篩檢裝置面的頂邊 33 :取出口 34 :蓋 3 5 :投入口 36 :門 3 7 :狡鍵 38 :鎖緊裝置32: Top edge of the screening device surface 33: Takeout outlet 34: Cover 3 5: Input port 36: Door 3 7 : 狡 key 38: Locking device
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