TW200842222A - Shaft lever displacement device of a fabric vacuum cleaner - Google Patents
Shaft lever displacement device of a fabric vacuum cleaner Download PDFInfo
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- TW200842222A TW200842222A TW96114878A TW96114878A TW200842222A TW 200842222 A TW200842222 A TW 200842222A TW 96114878 A TW96114878 A TW 96114878A TW 96114878 A TW96114878 A TW 96114878A TW 200842222 A TW200842222 A TW 200842222A
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Abstract
Description
200842222 九、發明說明: 【發明所屬之技術領域】 尤指一種布匹吸塵機之軸桿位移裝置。 本發明係有關一種布匹吸塵機 【先前技術】 按,-般布料(如長織布、短織布)之表面通常都會產生棉塵及棉紗, 所以布匹於印花、染色、磨毛、定型、退衆、植絨、貼合、壓光等加工製 矛壬中,必須要先將其表面之棉塵及棉紗清除,才可再作後續之加工動作。200842222 IX. Description of the invention: [Technical field to which the invention pertains] In particular, a shaft displacement device for a cloth vacuum cleaner. The present invention relates to a cloth vacuum cleaner [Prior Art] Press, the surface of a general cloth (such as long weave, short weave) usually produces cotton dust and cotton yarn, so the cloth is printed, dyed, sanded, shaped, and retracted. In the processing of spears, such as flocking, flocking, laminating, calendering, etc., it is necessary to remove the cotton dust and cotton yarn on the surface before they can be used for subsequent processing.
-般傳統用靖布匹表面之棉塵及棉紗清除的方法,是在布匹送出機 器之送料Π裝設有-膠布捲,藉由其膠布之黏性將布絲面之棉塵及棉紗 加以黏除,等到膠布失去黏性之後再予以更換,但是,此種方式容易造成 棉塵及棉紗黏除不均勻,且膠布必須f作更換,故會增加許多的工時=工 序;又如另-種清除方式係於布匹送出機器之送料口裝設有_吸取裝置, 將布匹表面之棉塵及棉紗以吸取之方式加以清除,但是,此觀取^方式 極易造成吸力斜均,嘯布匹之絲產生皺折,使柯無法順暢的软 此外,上述兩種方式在清除布匹表面之棉塵及棉紗時只能作—面之處 理,並無法同時於布匹之雙面作清除之動作,所以當布匹在印花、染色、 磨毛、疋型、退衆、植絨、貼合、壓光等加工製程中,該布匹之表面上仍 有殘留之棉塵及棉紗,而會使加工機H因為布匹表面上棉塵及棉紗之故, 而造成網版及循環濾_統堵塞、不良品增加、操作環境污染、產生靜電、 水槽易受污染以及機器受損之情形發生。 為改善前述缺失’本發日狀係於已獲核准並公告之台灣專· 47561〇 『布匹吸塵裝置』中提出-種改良,主要係利用—架體,於架體内 係设有二^各魏有—膽部之容置槽,雌二組容置制係形成一送料 二内相對應於二組容置槽之上方設有二除塵機構,該二除塵機 橫設於架體二端之軸桿及一組設於轴桿表面之清潔部,另於 架體上設有驅動該轴桿之電動機及—與前述二組 機構,齡電動機驅動軸桿以連騎潔部旋轉刮除布、棉紗 后集中於容置_,並藉吸塵機構運轉經風”吸取前述棉塵、棉紗,以 5 200842222 達布匹雙面可同步均勻清除棉塵、棉紗之功效。 」而並非母種布匹皆需要在加工過程中進行表面棉塵、棉紗清理, 例如雨傘之布料··.等’此種布料表面縣便具有光滑平整之特性,如此一 來即毋需進行除塵作業,但前述專利t軸桿並不能自由位移,讓布匹直接 通過進入下-製程,布匹吸鍊置係配置於布匹加玉機械上,若不能因應 各種不同树彈性機軸桿位置,職形巾便容祕遲布㈣過速度,降 低生產效率,更可能減少軸桿上毛刷之使用壽命,故仍具有進一步改良之 【發明内容】- The traditional method of removing cotton dust and cotton yarn from the surface of Jing cloth is to provide a tape roll in the feeding device of the cloth feeding machine, and the cotton dust and the cotton yarn of the cloth surface are adhered by the adhesiveness of the tape. Wait until the tape loses its viscosity and then replace it. However, this method is easy to cause uneven adhesion of cotton dust and cotton yarn, and the tape must be replaced, so it will increase the number of working hours = process; The method is to install a suction device on the feeding port of the cloth feeding machine, and remove the cotton dust and the cotton yarn on the surface of the cloth by suction. However, the method of taking the method can easily cause the suction to be inclined, and the silk of the cloth is generated. Wrinkles, so that Ke can not be smooth and soft, in addition, the above two ways can only be used to remove the cotton dust and cotton yarn on the surface of the cloth, and can not be removed on both sides of the cloth at the same time, so when the cloth is in In the processing of printing, dyeing, sanding, squeezing, retreating, flocking, laminating, calendering, etc., there are still residual cotton dust and cotton yarn on the surface of the cloth, which will cause the processing machine H to be on the surface of the cloth. Cotton dust and Yarn, therefore, caused by filter screen and circulation system _ clogging increases defective products, the operating environment pollution, generation of static electricity, the water tank and susceptible to contamination case of damage to the machine occurs. In order to improve the above-mentioned shortcomings, the daily hairline is proposed in the Taiwanese special 47561〇 "cloth dusting device" which has been approved and announced, mainly for the use of the frame body, and the body is provided with two Wei You - the biliary sump, the female two sets the system to form a feed 2, corresponding to the two sets of accommodating tanks above the two dust removal mechanisms, the two dust collectors are placed at the two ends of the frame a shaft and a set of cleaning parts disposed on the surface of the shaft, and a motor for driving the shaft and a pair of the above-mentioned two groups of mechanisms, the motor drive shaft is rotated by the riding portion, and the cloth is scraped off, After the cotton yarn is concentrated in the accommodating _, and the wind is taken by the dust suction mechanism to absorb the cotton dust and cotton yarn, and the double-sided cloth can simultaneously and uniformly remove the cotton dust and the cotton yarn. During the processing, the surface cotton dust and cotton yarn are cleaned, such as the fabric of the umbrella. The surface of the fabric has smooth and flat characteristics, so that the dust removal operation is not required, but the aforementioned patent t-axis can not Free displacement, let the cloth directly After entering the lower-process, the cloth suction chain is placed on the cloth plus jade machine. If it can not respond to the position of the shaft of various tree elastic machines, the job towel will be secretly late (four) over speed, reduce production efficiency, and more likely reduce the shaft. The service life of the brush on the rod is still further improved. [Summary of the Invention]
孫2明之主要目的,在於解決上狀缺失,戦缺失畴在,本發明 軸桿位移裝置,該布匹吸塵機可使布匹雙面同步均勾 =表面㈣卫時、卫序及延長機械壽命之功效,並使布幅穩定, &彳’且布匹不會纽捲邊之外,本發有清潔部之軸桿更 π理轉可她歧觸核断除猶業,目應表面毋 -清=:上本:==具備二可旋轉之軸桿,並各有 該布㈣塵機於雜桿之徑向位置設有一滑軌, ==:=塵機,該帶動機構具備—動力源該動=則=:= 、,、、ί it 可連動該軸桿於滑執上具有一位移行程。 I Λ施方式】 詳細綱及技細容,配合賦說明如下: 明參閱『第1圖及第3-^3-2圖所 如圖所示:本發縣-鱗匹吸麟之轉位移==構及剖面圖’ 二可旋轉之軸桿24、24,,並各有一清潔部25 = 於該=塵機具傷 供布匹6通過並接觸二旋轉之清潔部25、加清二:仏 6 200842222 (見第4圖),該布匹吸塵機包含有: 购"f 1 L該架體1内係區隔定義出二各連通有一風管部42、42,之容 置槽4、4,,且前述二組容置槽4、4,間係形成出一供布匹6 =办 ^容置槽4、4,長度係大於該清潔部25、25•長度而可用 絮 61並有效避免堆積堵塞,且前述各容置槽 <掉洛之棉1 絮61經由容置槽4、4,而更易於被導入^部’藉使棉 對應於二組容置槽4、4,位置之上方設有二除塵機構Μ,該二木體機 1内相 2,係包含有-橫設於架體!二端之軸桿24、24,及—纟且 1、機構2、 25 > 25',25 >Sun 2 Ming's main purpose is to solve the upper shape missing, the missing field, the shaft displacement device of the present invention, the cloth vacuum cleaner can make the double-sided synchronous hook of the cloth = surface (four) Wei Shi, Wei Wei and extend the mechanical life effect And make the cloth frame stable, & 彳 ' and the cloth does not wrap around the edge, the hair shaft of the cleansing department is more π 理 可 她 歧 歧 歧 歧 歧 歧 歧 她 她 她 她 , , , , , , , , , , , , , , :上本:== has two rotatable shafts, and each of the cloth (four) dust machine has a slide rail in the radial position of the miscellaneous rod, ==:= dust machine, the driving mechanism has the power source to move = Then =:= , , , , ί it can be linked to the shaft with a displacement stroke on the slide. I Λ 方式 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细 详细=Construction and sectional view 'Two rotatable shafts 24, 24, and each has a cleaning part 25 = The dust machine is provided for the cloth 6 to pass and contacts the two rotating cleaning parts 25, adding two: 仏 6 200842222 ( See Fig. 4), the cloth vacuum cleaner comprises: the purchase "f 1 L, the internal compartment of the frame 1 defines two air duct portions 42, 42, the receiving slots 4, 4, and The two sets of accommodating grooves 4, 4 are formed with a supply of cloth 6 = accommodating grooves 4, 4, the length is larger than the length of the cleaning portion 25, 25, and the swarf 61 can be used to effectively avoid the accumulation blockage, and Each of the above-mentioned accommodating grooves < lost cotton 1 floc 61 is more easily introduced into the portion through the accommodating grooves 4, 4, so that the cotton corresponds to the two sets of accommodating grooves 4, 4, and the position is provided above In the dust removal mechanism, the inner phase 2 of the two wood machine 1 includes - transversely disposed on the frame body! Two-end shafts 24, 24, and - 纟 and 1, mechanism 2, 25 > 25', 25 >
6又有-用以驅動該軸桿24、24,之電動機3,該電動機站日 24、24,端部之同侧以避免妨礙布匹6之通過路徑,該=了置,杯 24,間係連财皮帶輪23及皮帶22而達傳動目的,並於該體、==、 處相對應於二除塵機構2、2’位置處係可設有二蓋體17 ;,且== 1' Π 16 ^ 清潔部25、25,等),且該架體1底部相對應於送料口 / 理該 f 15、15’_—概㈣51,藉恤㈣ 處’又於該架體i上係固設有至少—桿體13、14,藉使布匹口 11 體㈣以導引至下個布匹6加工製程之機 旱 3中棉ί61之吸塵機構( :參$ 二風管部42、42,之-侧係可共同接設有-分向管43? 址構明如圖所Γ及第2圖』所示’係為本發明之結構圖及另一視角之 :布匹吸塵機:延;42、42,於未連接吸塵機構之另端具有-露 端側=4件:;:=理:風管部42,,•吸塵機兩 用向位有—雜5G,騎軌5G上具有- 猶^1^%=^上败_部51,財—帶動機構70 等),該動始力源71 (其可條她馬達 貝&動-輕独接部51之推桿72,而可連動該 7 200842222 2(=第Τη上產纽移行麵賤—相布匹6之第位置 (如第3-2圖),以及-相互遠離之第二 =之第-位置 潔部Μ’之娜4、戰因應各種不同布料之^圖=此,具有清 整,須要表面清理之布匹6通過時,該二轴桿24、2性轉性调 6進行除塵作f,因絲轉爾_絮61 =稍觸布匹 互遠離使布匹6直接通過,軸才干24、24,即可相 調整軸桿24、職置之^點冰峨各種布匹6表面特性或厚度可彈性6 again - for driving the shaft 24, 24, the motor 3, the motor station day 24, 24, the same side of the end to avoid obstructing the passage path of the cloth 6, the = set, the cup 24, the system The balance pulley 23 and the belt 22 are connected for the purpose of transmission, and at the position corresponding to the second dust removal mechanism 2, 2' at the body, ==, two cover bodies 17 can be provided; and == 1' Π 16 ^ cleaning part 25, 25, etc.), and the bottom of the frame 1 corresponds to the feeding port / f 15, 15 ' _ - (four) 51, and the borrowing (four) is fixed on the frame i At least - the rods 13, 14 , by the cloth body 11 body (four) to guide to the next cloth 6 processing process machine dry 3 cotton ί61 vacuuming mechanism (: $ $ two wind pipe parts 42, 42, the side The system can be connected to the -dividing tube 43. The structure is as shown in the figure and the second figure. The structure is the structural diagram of the invention and another perspective: the cloth vacuum cleaner: extension; 42, 42 At the other end of the unconnected dust suction mechanism, there is a - exposed end side = 4 pieces:;: =: Reason: the air duct part 42,, • The vacuum cleaner has a dual-purpose position - a miscellaneous 5G, and the riding rail has 5G - Jue ^1^ %=^上败_部51,财-driven agency 70, etc.), the starting source 71 (It can be used for her motorbike & light-light single-handed 51 push rod 72, and can be linked to the 7 200842222 2 (= the first position of the Τ 上 上 纽 纽 贱 相 相 相 相 相 相 相 相 相 相 相 ( ( ( ( ( 2)), and - the second to the second = the position - the position of the cleansing Μ 'Na 4, the war depends on a variety of different fabrics ^ map = this, with a clear, surface cleaning cloth 6 when the passage, the second The shaft 24 and 2 are rotated to make dust removal f, because the wire turns _ 61 61 = slightly touches the cloth away from each other to make the cloth 6 pass directly, the shaft can be 24, 24, the phase adjustment shaft 24, the position The point of the ice sheet, the surface characteristics or the thickness of the various fabrics can be elastic
二、::=二T槽4、4’内,並藉吸塵卿 效,並_卫時=匹6雙面w均勻清除棉絮61之功 议1違郎,工時、工序及延長機械壽命之效。 請參閱『第4圖所示』,係為本發明之動作示意圖,如圖所示··本發明 可應用於印錢入口、定型機出、入口、退雜、壓光機入口、上谬機入 口等各製程機械上;當本發明於作動時,布匹6先由架體i底部固定桿Μ 間之布料緒σ 1M受舰伽平整往上觀讀蚊桿^龍之送料口 U處’此時布匹6再通過除塵機構2、2,,使布匹6再由布料出口 16送出, 最後制用架體1上方及外侧所設之桿體13、Μ將布匹6導引至下個加工 製程之機器。 而當布匹6通過除塵機構2、2,時,由於二軸桿24、24,之端部分別設有 相互連動之齒輪21、21,,該電動機3帶動使得除塵機構2、2,產生向内旋轉 之動作,所以除塵機構2、2,上之清潔部25、25,會與布匹6之雙面作接觸, 而將布匹6雙面之棉絮61均⑽娜清除,且該耗吸塵機係對應該軸桿 24、24*橫設有一固定桿26,該固定桿26設有複數尖體261,用以勾除該清 潔部25、25’上纏繞著較長之棉絮61,避免清潔部25、25,變形導致布匹6 表面不平整,而當布匹6上之棉絮61清除之後,並使被刮落之棉絮61會 落於除塵機構2、2’下方所對應之容置槽4、4,中,因此可使棉塵及棉紗經由 容置槽4、4’而更易於被導入風管部42、42,中,又因為風管部42 一側設之 分向管43連接有一吸塵機構,且容置槽4、4,因分向管43呈一連通之狀態, 8 200842222 … 所以被刮落之棉絮61會於風管部42中經由吸塵機構完全吸取,而使容置 槽4、4,上不會殘留棉絮61,因此f有效去除棉絮61使後續加工機不會造 成網版及循環濾網系統堵塞、節省工時及工序、減少不良品的產生、減低 操作環境污染、預防產生靜電、避免水槽易受污染以及機器受損之情形發 生0 圍,發明的較佳實施例而已,並非用來限定本發明之實施範 發明之技術範疇。 内令所為的等效變化與修飾,皆應為本Second, ::= two T-slots 4, 4', and by vacuuming the effect, and _ Wei Shi = 6 double-sided w evenly remove the cotton wool 61. 1 violation of the lang, working hours, processes and extending the life of the machine effect. Please refer to "Fig. 4", which is a schematic diagram of the operation of the present invention, as shown in the figure. · The invention can be applied to the printing money inlet, the setting machine, the inlet, the decontamination, the calender inlet, the upper machine On the various process machines such as the entrance; when the invention is actuated, the cloth 6 is firstly fixed by the bottom of the frame i, and the cloth 绪 1M of the frame 受 1M is taken up by the ship to the top of the mosquito rod When the cloth 6 passes through the dust removing mechanism 2, 2, the cloth 6 is again sent out by the cloth outlet 16. Finally, the rod body 13 and the rafter 6 provided on the upper side and the outer side of the frame body 1 are guided to guide the cloth 6 to the next processing process. machine. When the cloth 6 passes through the dust removing mechanisms 2, 2, since the ends of the two shafts 24, 24 are respectively provided with the gears 21, 21 interlocking with each other, the motor 3 drives the dust removing mechanisms 2, 2 to be inward. The action of the rotation, so the cleaning parts 25, 25 of the dust removing mechanism 2, 2, will make contact with both sides of the cloth 6, and the cotton crepe 61 of the double-sided cloth 6 will be removed (10), and the vacuum cleaner is paired A fixing rod 26 is disposed on the shaft 24, 24*, and the fixing rod 26 is provided with a plurality of pointed bodies 261 for removing the long batt 61 wound on the cleaning portions 25, 25', thereby avoiding the cleaning portion 25, 25, the deformation causes the surface of the cloth 6 to be uneven, and when the batt 61 on the cloth 6 is removed, and the batt 61 which is scraped off falls on the corresponding receiving grooves 4, 4 below the dust removing mechanism 2, 2', Therefore, the cotton dust and the cotton yarn can be more easily introduced into the air duct portions 42 and 42 through the accommodating grooves 4, 4', and the dust collecting mechanism is connected to the branching tube 43 provided on one side of the air tube portion 42, and The accommodating grooves 4, 4 are in a state of being connected to the branching pipe 43, 8 200842222 ... so the swarfed blister 61 will pass through the air duct portion 42 The dust suction mechanism is completely sucked, so that the cotton wool 61 is not left on the accommodating grooves 4 and 4, so the f is effectively removed, so that the subsequent processing machine does not cause clogging of the screen and the circulating filter system, saves man-hours and processes, and reduces The production of defective products, the reduction of operating environment pollution, the prevention of static electricity generation, the avoidance of contamination of the water tank, and the damage of the machine occur, and the preferred embodiments of the invention are not intended to limit the technical scope of the invention of the present invention. . The equivalent changes and modifications made by the internal order should be
9 200842222 【圖式簡單說明】 第1圖,係本發明較佳實施例之結構圖 第2圖,係本發明較佳實施例另一視角之結構圖 第3-1〜3-2圖,係本發明較佳實施例之剖面圖 第4圖,係本發明較佳實施例之動作示意圖 【主要元件符號說明】 1.............架體 2、21·......· · ••除塵機構 3.............電動機 4、4, 6 · · 11 ·9 200842222 BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a structural view of a preferred embodiment of the present invention. FIG. 2 is a structural view of another preferred embodiment of the present invention, which is shown in FIGS. 3-1 to 3-2. 4 is a cross-sectional view of a preferred embodiment of the present invention, which is a schematic view of the operation of the preferred embodiment of the present invention. [Main component symbol description] 1.............frame 2, 21·. .....·· ••Dust removal mechanism 3.............Motor 4, 4, 6 · · 11 ·
容置槽 布匹 送料口 13、14 · ..........桿體 15、15’..........固定桿 151 · ...........布料夾持口 16· ··········· •布料出口 17、 17’..........蓋體 18、 18’..........側向門 21、2Γ ··········齒輪Storing the groove cloth feeding port 13, 14 · .......... the rod body 15, 15' ..... fixing rod 151 · .......... Cloth Clamping Port 16········································· .Side door 21, 2Γ ·········· gear
22 · · · ..........皮帶 23 · · ...........皮帶輪 24、 24’..........軸桿 25、 25,...... · · ··清潔部 26...........••固定桿 261............尖體 42、42’ ·····.··· ·風管部 421、42Γ ·········延長段 422、422’.........封閉件 43.............分向管 10 200842222 , 50.............滑執 51.............組接部 61.............棉絮 70 · ............帶動機構 71 .............動力源 72 .............推桿 1122 · · · ..........Belt 23 · · ........... Pulleys 24, 24'..........shafts 25, 25, ...... · · ··清洁部26...........••Fix rod 261............tip 42,42' ··· ······ ·Air duct parts 421, 42Γ ·········Extension sections 422, 422'.........Closers 43.......... ...divided tube 10 200842222 , 50.............slip 51.............assembly 61....... ...... cotton wool 70 · ............ drive mechanism 71.............power source 72 .......... ...push 11
Claims (1)
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
TW96114878A TW200842222A (en) | 2007-04-27 | 2007-04-27 | Shaft lever displacement device of a fabric vacuum cleaner |
Applications Claiming Priority (1)
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TW96114878A TW200842222A (en) | 2007-04-27 | 2007-04-27 | Shaft lever displacement device of a fabric vacuum cleaner |
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TW200842222A true TW200842222A (en) | 2008-11-01 |
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TW96114878A TW200842222A (en) | 2007-04-27 | 2007-04-27 | Shaft lever displacement device of a fabric vacuum cleaner |
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108611794A (en) * | 2018-07-02 | 2018-10-02 | 储晓慧 | A kind of cloth napping processing technology of textile cloth napping system and the system |
CN109056220A (en) * | 2018-11-02 | 2018-12-21 | 杨帆 | One kind being used for textile cloth cleaning device |
CN109252311A (en) * | 2018-11-02 | 2019-01-22 | 杨帆 | A kind of working method for textile cloth cleaning device |
-
2007
- 2007-04-27 TW TW96114878A patent/TW200842222A/en unknown
Cited By (6)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN108611794A (en) * | 2018-07-02 | 2018-10-02 | 储晓慧 | A kind of cloth napping processing technology of textile cloth napping system and the system |
CN108611794B (en) * | 2018-07-02 | 2020-06-30 | 吉安新华南户外用品有限公司 | Textile fabric napping processing equipment and fabric napping processing technology |
CN109056220A (en) * | 2018-11-02 | 2018-12-21 | 杨帆 | One kind being used for textile cloth cleaning device |
CN109252311A (en) * | 2018-11-02 | 2019-01-22 | 杨帆 | A kind of working method for textile cloth cleaning device |
CN109252311B (en) * | 2018-11-02 | 2020-11-27 | 浙江汉保利罗针织股份有限公司 | Working method of textile cloth cleaning device |
CN109056220B (en) * | 2018-11-02 | 2020-12-01 | 浙江汉保利罗针织股份有限公司 | Cleaning device for textile fabric |
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