200844283 九、發明說明： 【發明所屬之技術領域】 本發明係與一種提花機有關，更詳而言之， -種龍頭主轴上設有-可鋼性傳動提花刀組之傳㈣= 可增加其織造厚度及提升品質之提花機 :， 構。 化俄脱頌杈化刀連動機 【先前技術】 ο 〇 按，請參閱第一圖所示，習知之提花機之龍頭1〇, 了内部係組設有預定數目之電磁閥i i，藉由該等電_ 1而可操控其織造之紋路者，同時’該龍頭i 〇内並橫 向樞設有相對於該電磁閥i丄之預定數目之提花刀工2，、 該等提花刀1 2可對於該電磁闕工工有一引導之動作者， 該提花刀1 2係由該龍頭工〇兩側所設置之傳動 所控制，該傳動結構i 3主要係包含有一由馬達（圖中未 驅動之皮帶輪1 3 1 ’該皮帶輪1 3 1係環設有一皮 πΐ 3 2 /該皮帶丄3 2上預定位置處並組接有該等提花 刀1 2，該傳動結構1 3動作時係由該皮帶輪1 3 1預定 f度之往復轉動而帶動該皮帶工3 2有一位置之變化而 ^動該提花刀i 2產生動作者。 【發明内容】 士惟，習知之提花機龍頭1 〇，其傳動結構2 3於使用 日!仍會有：列缺點產生；該皮帶輪1 3 1帶動皮帶i 3 2 =係為錢之運轉，其皮帶輪1 3 1轉動時會產生慣性， 動角度不易控制’欲得到較精準之角度，則勢必需降低 5 200844283 -運轉速度來降低轉動時產生之慣性，而相對降低加工之速 度提升成本，另外，因該皮帶1 3 2僅為局部往復之轉動， 該皮帶輪1 3 1與該皮帶1 3 2局部頻繁之接觸，使得該 皮帶1 3 2運轉時與該皮帶輪1 3 1接觸位置局部產生高 熱’降低該皮帶132之使用哥命，同時，局部產生之高 熱會使的该皮f 1 3 2產生變形’進而使移動之位置無法 到達準確定位，影響該提花刀1 2之位置，且，該皮帶i 3 2係為一具延展性之化合物所組成，與該等提花刀1 2 連結之位置會產生形變，當該織帶之織造深度較深，該提 花刀1 2受力過大時，該皮帶i 3 2會承受拉力後會產生 形變而無法帶動該提花刀i 2，故使用該種傳動結構工3 之提花機亦無法進行織帶厚度較厚之織造。 本發明提供一種提花機龍頭提花刀連動機構，其係於 龍頭本體之兩側各設有一提花刀組，其係以兩兩相對之上 刀架及下刀架樞設於該龍頭本體之兩側， Ο 刀架間係穿設有預定數目之上提花刀及下提花刀 =架之預定位置處係設有—上拉桿座，且該等下刀架之預 疋位置處係設有-下拉桿座，該龍頭本體上並接設有一連 ，機構其係包含有’―主軸橫向穿樞於該龍頭本體，預定 端並連接有―動力源，兩_組，其隸設於該龍頭本體 ,兩側並軸枢於該主軸上者，該_動組係包含有一上拉 ^-下拉桿所組成’該上拉桿及下拉桿可隨該 :::運轉’且該上拉桿之頂部自由端係為-上牵引部盘 该上拉桿座連結，該下拉桿之底部自由端係為一下牽引部 200844283 心了二座連結’藉由該主軸同步帶動該驅動組作動而 π動该提花刀組有一往復之運動者。 本發明所提供之提花機龍頭提花刀連動機構，該連動 、、冓之=軸係由—持續之運行而帶動該等驅動組產生一偏 運動’該等驅動組之動作係由該上拉桿及該下拉 2斤構成者’其係以鋼性結構傳動之動作確實且作用力較 ^可提升該提花機織帶之品f及織帶之厚度，且該驅動 Γ =鋼性結構’可減少維修之次數，降低維修成本者。 【貫施方式】 提r::::二及三圖所示，本發明提供-種提花機龍頭 古叙〇 a 貝知例’該龍頭本體2 0内係裝設 有數琶磁閥組2 1 ’藉由令望堂 -^ . 曰由°亥荨電磁閥組2 1之驅動而有一 i位二該龍頭本體2 〇之兩側係分別裝設有兩 位浐J9r、一上限位桿2 3及-下限位桿2 4，該兩定 係平行樞固於該龍頭本體2〇之同一側之左右兩 ^二2=土限位桿23及該下限位桿24亦平行該等定位 才干2 2拖设於该側之中卓卜 中央上下兩鈿，該龍頭本體2 0上並 栺5又有一提化刀組3 〇 ; 該提花刀組3 〇 #肖冬古工L , 有兩上刀架31、兩下刀架3 2兩兩相對之樞設於該龍 刀m μ坤飞滅頭本體2 〇之兩側所構成，該上 刀木d 1於该龍頭本體？ #人& 提花刀311，同時穿設有預定組數之上 pa ^ ^ ^ 〇亥4下刀架32於該龍頭本體2〇 間亦杈向穿設有預定組數 rh jj , , Ί A 數之下耠化刀3 2 1，且該等上提 化刀3H與下提花刀321係呈梳狀間隔設置者，另 7 200844283 外，該等上刀架3 1之頂端係凸設有一上拉桿座3丄2， 且該等下刀架3 2之頂端處係設有一下拉桿座3 2 2，該 上刀架3 1之兩側係貫設有上通孔3工3且中央並貫設有 一上限位孔3 1 4，該上刀座3 1係藉由該等上通孔3 χ 3樞設㈣等定位桿22上且該上限位孔3 1 4樞設於該 上限位柃2 3上而形成限位滑設於該龍頭本體2 〇之兩 側，另該下刀架3 2之兩端係貫設有兩下通孔3 2 3且中 央貝设有-下限位孔3 2 4，且該等下通孔3 2 3係分別 組套於该等定位桿2 2上，且該下限位孔3 2 4亦樞設於 孩下限位柃2 4上形成限位滑設於該龍頭本體2 〇之兩側 使及等上刀座3 間橫設於該龍頭本體2 〇之上提花刀 3 1 1及該等下刀座間橫設於該龍頭本體2 〇之下提花刀 3 2 1可產生一上下往復之運動者； 一傳動裝置4，其主要係包含有； 主軸4 0，其係橫向穿樞於該龍頭本體2 〇内，該 〇勹=4 0之侧並連接有一動力源5 〇，該動力源5 〇係 包含有一馬達5 1及-動力傳動組5 2，該動力傳動組5 2為一皮帶輪521及-皮帶522所構成者，該皮帶輪 、5 2 1係套固於該主軸4 Q上並藉由該皮帶5 2 2與該馬 達5 1套接而傳動者； —兩驅動組6，其係組設於該龍頭本體2 〇之兩側之提 化刀組3 0之外側，並軸柩於該主軸4 〇上者，該等驅動 2 =係包含有-上拉桿6 〇及—下拉桿7 ◦所組成，該上 桿6 〇之底部係設有-上偏心輪組6 1，該上偏心輪組 200844283 • 6 1係包含有一軸承6丄丄及一上偏心輪6丄2所構成， 邊轴承6 1 1係相對固設於該上拉桿6 〇之底部且挺 遠上偏心輪6 1 2者’該上偏心輪6丄2係偏心貫設有一 上軸孔6 1 2 1軸樞限位於該主軸4 〇上，且該上拉桿6 〇之頂部自由端係為一上牽引部6 2，該上牽引部心 :設有-上組接孔621與該上拉桿座312組接同動 同時’該T拉桿7Q係㈣㈣上拉桿 =部係設有-下偏心輪組71，該下偏心輪組7二含 軸承7 1 1及一下偏心輪7丄2所構成，該軸承了丄 7=固：於該下拉桿7〇之頂部且樞固有該下偏心輪 2 ]偏 下偏心輪7 1 2係偏心貫設有-下軸孔7 i 上，且該下拉桿7〇之底部自 由鳊係為一下牽引部72，該下 組接孔7 2 1與該下拉桿 ：：開°又有-下 Ο 心輪6 12及該下偏心輪712】：=動者’且該上偏 係為相反位置者。 2係、、且杈於主軸4 0時軸心 為供進-步瞭解本創作構造 預期達成之功效，兹將本發明\運:杨手段及所 可由此而對本發明有更深二二述 動時可帶動該主該動力源5〇之馬達“轉 “及該下拉桿70之上偏心輪組 31及該下^之轉動而帶動該上刀架 木32沿該等定位桿22之限位方向移動而 9 200844283 之動作，使該上提花刀311及該下提 往復之動作而帶動該龍頭本體20内 之包或閥、、且2 1進行織造之動作者。 下：兹’再將本發明之特徵及其可達成之預期功效陳述如 组係之提化機龍頭提花刀連動機構，該提花刀 Ο Ο ，且可承受-較高之作用=：^ 動結構傳動確實 失誤及增加織造織帶之厚度。_低提花機龍頭織帶時之 之上之提花機龍頭提花刀連動機構，該驅動組 作：偏心往復轉動之方式帶動提花刀組 運轉之以r持續性輸出之馬達來傳動，可增加 心义5日守，该上拉桿及下拉桿不易損壞，可捭加 提花機動力源及驅動組之使用壽命，降低維修成本。3 本發明之提花機龍頭提花刀連動機構，該主抽係 可連動兩敎㈣㈣步運動，其動作 花機織造之品質者。 、 挺升该鍉 綜上料，本發明在同類產品巾實有其㈣之進步* 用性，同時遍查國内外關於此類結構之技術資料 : 亦未發現有㈣的構造存在在先，是以，本發 發明專利要件，爰依法提出申請。 、已，、備 惟，以上所述者，僅係本發明之一較佳可行實 已，故舉凡應用本發明說明書及申請專利範圍所為^而 結構變化，理應包含在本發明之專利範圍内。、政 200844283 【圖式簡單說明】 第一圖係習知之提花機之龍頭示意圖。 第Θ係本毛月車又佳貫施例之提花機之龍頭立體外觀 圖。 第三圖係本發明較佳實施例之提花機之龍頭立體分解 圖。 第四圖係本發明較佳實施例之提花機之龍頭側視圖。200844283 IX. Description of the invention: [Technical field to which the invention pertains] The present invention relates to a jacquard machine, and more specifically, a transmission of a steel transmission jacquard cutter set on a faucet main shaft (4) = can be added Jacquard weaving thickness and quality improvement:, structure.俄 颂杈 颂杈 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 【 Isoelectric _ 1 can control the weaving of the woven fabric, and at the same time 'the faucet i 〇 and laterally pivoted with a predetermined number of jacquard cutters 2 relative to the solenoid valve i, the jacquard cutters 1 2 can The electromagnetic shovel has a guiding action. The jacquard knife 12 is controlled by a transmission provided on both sides of the faucet. The transmission structure i 3 mainly includes a motor (the undriven pulley 1 3 in the figure). 1 'The pulley 1 3 1 ring is provided with a skin π ΐ 3 2 / the belt 丄 3 2 at a predetermined position and the jacquard cutters 1 2 are assembled, and the transmission structure 13 is operated by the pulley 1 3 1 The reciprocating rotation of the predetermined f degree causes the belt worker 3 to change the position of the belt cutter 3 to activate the jacquard knife i 2 to generate the actor. [Summary of the Invention] The only jacquard faucet 1 〇, the transmission structure 2 3 Day of use! There will still be: column defects are generated; the pulley 1 3 1 drives the belt i 3 2 = is the operation of money, the inertia of the pulley 1 3 1 will rotate, the moving angle is not easy to control. 'To get a more precise angle, the potential must be reduced 5 200844283 - running speed to reduce the inertia generated when rotating, and relative Reducing the speed of processing and increasing the cost. In addition, since the belt 133 is only a partial reciprocating rotation, the pulley 133 is in frequent local contact with the belt 133, so that the belt 1 3 2 is operated with the pulley 1 3 1 local high heat generated at the contact position reduces the use of the belt 132, and at the same time, the high heat generated locally causes the skin f 1 3 2 to deform, which in turn makes the position of the movement unable to reach accurate positioning, affecting the jacquard knife 1 Position 2, and the belt i 3 2 is composed of a ductile compound, and the position at which the jacquard cutters 1 2 are coupled is deformed. When the weaving depth of the webbing is deep, the jacquard cutter 1 2 When the force is too large, the belt i 3 2 will undergo deformation and will not be able to drive the jacquard knife i 2 , so the jacquard using the transmission structure 3 can not be used for the weaving of thick webbing. The invention provides a jacquard knives interlocking mechanism of a jacquard machine, which is provided with a jacquard knife set on both sides of the faucet body, which is pivotally disposed on two sides of the faucet body with two opposite upper and lower tool holders. Ο Between the turrets, a predetermined number of upper jacquard knives and lower jacquard knives are provided. The predetermined position of the frame is provided with a pull-up lever seat, and the lower tool holder is provided with a pull-down lever seat at the pre-twisting position. The faucet body is connected to the faucet body, and the mechanism comprises a ―the main shaft is transversely pivoted to the faucet body, and the predetermined end is connected with a “power source” and two groups, which are disposed on the faucet body, both sides And the shaft pivots on the main shaft, the _ kinetic group includes a pull-up pull-down lever composed of 'the pull-up lever and the pull-down lever can follow the ::: run' and the top free end of the pull-up lever is - The upper pull rod is connected to the upper pull rod seat, and the bottom free end of the pull rod is a lower traction portion 200844283. The two joints are connected by the spindle. The rhythm knife group has a reciprocating motion by synchronously driving the drive group. By. The jacquard knives linkage mechanism of the jacquard machine provided by the present invention, the interlocking, the === shaft system is driven by the continuous driving to generate a partial movement of the driving groups, and the driving action of the driving groups is The pull-down 2 kg constructor's action with the steel structure transmission is true and the force can increase the thickness of the jacquard webbing f and the webbing, and the driving Γ = steel structure can reduce the number of repairs , reduce maintenance costs. [Comprehensive method] R:::: 2 and 3, the present invention provides a jacquard machine faucet, ancient 〇 〇 a, a case known as 'the faucet body 20 is equipped with a number of magnetic valve sets 2 1 'Let's look at the hall-^. 曰 is driven by the 荨 荨 荨 solenoid valve unit 2 1 and has an i-position. The faucet body 2 is equipped with two 浐 J9r and an upper limit rod 2 3 And a lower limit rod 2 4 , the two fixed lines are parallelly fixed to the left and right sides of the faucet body 2 两 2 2 2 = soil limit rod 23 and the lower limit rod 24 are also parallel to the positioning abilities 2 2 Drag and drop on the side of the center of the Zhuobu center, the faucet body 20 and the 栺5 have a knives set 3 〇; the jacquard knife set 3 〇 #肖冬古工L, there are two upper turrets 31. The two lower tool holders 3 2 and 2 are pivotally arranged on the two sides of the dragon knife m μ Kunfei head body 2 , and the upper knife d 1 is on the faucet body? #人& Jacquard knife 311, while wearing a predetermined number of groups above pa ^ ^ ^ 〇海 4 lower knife holder 32 is also placed between the faucet body 2 to a predetermined number of groups rh jj , , Ί A The number of the upper turret 3H and the lower knives 321 are arranged in a comb-like interval, and the other top of the upper holder 3 1 is convexly provided with an upper portion. The rod holder 3丄2, and the lower rod holder 3 2 is provided with a lower rod holder 3 2 2 at the top end of the lower holder 3 2 , and the upper side of the upper holder 3 1 is provided with an upper through hole 3 and 3 An upper limit hole 3 1 4 is provided, and the upper block seat 3 1 is pivoted (4) by the upper through hole 3 χ 3 and the positioning rod 22 is pivoted on the upper limit position 柃 2 3, the limit is formed on the two sides of the faucet body 2, and the lower turret 3 2 is provided with two lower through holes 3 2 3 at both ends thereof and the central shell is provided with a lower limit hole 3 2 4, and the lower through holes 3 2 3 are respectively sleeved on the positioning rods 2 2 , and the lower limit holes 3 2 4 are also pivoted on the lower limit position 柃 24 to form a limit sliding on the The two sides of the faucet body 2 and the upper knife seat 3 are horizontally disposed on the faucet 2 提 提 提 3 1 1 3 及 及 及 及 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提 提The main shaft 40 is transversely pivoted in the faucet body 2, and the side of the 〇勹=40 is connected to a power source 5 〇. The power source 5 includes a motor 51 and a power transmission group 5 2, the power transmission unit 52 is composed of a pulley 521 and a belt 522. The pulley, the 521 is sleeved on the main shaft 4 Q and is sleeved with the motor 51 by the belt 52 2 And the driver; the two driving groups 6, which are set on the outer side of the roughening knife group 30 on both sides of the faucet body 2, and are axially mounted on the main shaft 4 ,, the driving 2 = system The utility model comprises a pull-up lever 6 〇 and a pull-down lever 7 ,. The bottom of the upper pole 6 系 is provided with an upper eccentric wheel set 6 1. The upper eccentric wheel set 200844283 • 6 1 series comprises a bearing 6丄丄And an upper eccentric 6 丄 2, the side bearing 6 1 1 is relatively fixed to the bottom of the upper pull rod 6 且 and farther than the upper eccentric 6 1 2 'the upper eccentric 6丄2 is eccentrically provided with an upper shaft hole 6 1 2 1 shaft pivot is located on the main shaft 4 ,, and the top free end of the upper pull rod 6 系 is an upper traction portion 6 2 , the upper traction portion core: The set-up upper hole 621 is coupled with the upper pull rod base 312 while the 'T-bar 7Q system (4) (four) pull-up bar = part is provided with a lower eccentric wheel set 71, and the lower eccentric wheel set 7 includes a bearing 7 1 1 and a lower eccentric 7丄2, the bearing 丄7=solid: at the top of the lower rod 7〇 and the pivot is inherently the lower eccentric 2] the lower eccentric 7 1 2 is eccentrically arranged - The lower shaft hole 7 i is upper, and the bottom of the lower rod 7〇 is freely a lower traction portion 72, the lower assembly hole 7 2 1 and the lower rod: the opening and the lower jaw, the heart wheel 6 12 and The lower eccentric 712]: = 者 ' and the upper eccentricity is the opposite position. 2 series, and when the spindle is 40, the axis is the feed-step to understand the expected effect of the creation of the structure, the invention will be: The motor of the main power source 5 turns "turns" and the eccentric wheel set 31 above the pull-down lever 70 and the rotation of the lower arm moves the upper tool post 32 along the limit direction of the positioning rods 22 On the other hand, in the operation of the 2008 200844283, the upper jacquard knife 311 and the action of the reciprocating movement are carried out to drive the bag or valve in the faucet body 20, and the creator is woven. Bottom: The characteristics of the present invention and its achievable expected efficacy are as stated in the group of the faucet knurling knife linkage mechanism of the concentrator, the jacquard knife Ο Ο, and can withstand the role of higher =: The drive does make a mistake and increases the thickness of the woven webbing. _The jacquard faucet jacquard knives linkage mechanism on the lower jacquard faucet webbing, the driving group is: the eccentric reciprocating rotation mode drives the jacquard cutter group to operate the motor with continuous output of r, which can increase the heart 5 The sunroof and the pull-up bar are not easily damaged, which can increase the service life of the jigsaw power source and the drive group, and reduce the maintenance cost. 3 The jacquard knives linkage mechanism of the jacquard machine of the invention can be connected with two (four) (four) step movements, and the quality of the movement of the machine is woven. The invention has the advantages of (4) advancement and usability in the same kind of product towel, and at the same time, the technical materials of such structures are inspected at home and abroad: nor has the structure of (4) existed first, Therefore, the patent requirements of the invention are submitted in accordance with the law. The above description is only one of the preferred embodiments of the present invention, and it should be construed that the scope of the invention and the scope of the invention are intended to be included in the scope of the invention. , 200844283 [Simple description of the diagram] The first picture is a schematic diagram of the faucet of the known jacquard machine. Dijon is the three-dimensional appearance of the faucet of the jacquard machine. The third drawing is a perspective exploded view of the faucet of the jacquard machine of the preferred embodiment of the present invention. Figure 4 is a side view of a faucet of a jacquard machine in accordance with a preferred embodiment of the present invention.
第五圖係本發明較佳實施例之提花機之蒱 圖。 心虓碩動作示意 【主要元件符號說明】 【習知】Figure 5 is a diagram of a jacquard machine in accordance with a preferred embodiment of the present invention. Heart 虓 动作 【 [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [ [
龍頭 電磁閥 L ^ 傳動結構 L 3 2皮帶 【新型】 丄z 提花刀 13 1皮帶輪 2 〇 2 1 2 3 3〇 3 1 3 12 3 14 3 2 龍頭本體 電磁閥組 上限位桿 提花刀組 上刀架 上拉桿座 定位桿 下限位桿 上限位孔 下刀架Faucet solenoid valve L ^ Transmission structure L 3 2 belt [New] 丄z Jacquard cutter 13 1 Pulley 2 〇2 1 2 3 3〇3 1 3 12 3 14 3 2 Faucet body solenoid valve upper limit rod Jacquard cutter set upper knife Rack bar positioning rod lower limit rod upper limit hole lower knife holder
3 2 1 上提花刀 上通孔 下提花刀 11 200844283 Ο 3 2 2 3 2 4 4 4 0 5 0 5 2 5 2 266 0 下拉桿座 下限位孔 傳動裝置 主轴 動力源 動力傳動組 皮帶輪 驅動組 上拉桿 上偏心輪組 323 下通孔 5 1 馬達 5 2 1 皮帶3 2 1 Upper jacquard knife on the upper jacquard knife 200844283 Ο 3 2 2 3 2 4 4 4 0 5 0 5 2 5 2 266 0 Pull-down lever seat lower limit hole transmission spindle power source power transmission pulley drive group Pull rod on eccentric wheel set 323 lower through hole 5 1 motor 5 2 1 belt
U 11 轴承 6 1 2 上偏心輪 6 1 2 1上軸孔 6 2 上牽引部 6 2 1 上組接孔 7 0 下拉桿 7 1 下偏心輪組 7 1 1 軸承 7 12 下偏心輪 7 1 2 1下軸孔 7 2 下牽引部 7 2 1 下組接孔 12U 11 bearing 6 1 2 upper eccentric 6 1 2 1 upper shaft hole 6 2 upper traction part 6 2 1 upper assembly hole 7 0 pull-down lever 7 1 lower eccentric set 7 1 1 bearing 7 12 lower eccentric 7 1 2 1 lower shaft hole 7 2 lower traction portion 7 2 1 lower assembly hole 12