JPS5865014A - Porcupine roller apparatus in spinning frame - Google Patents
Porcupine roller apparatus in spinning frameInfo
- Publication number
- JPS5865014A JPS5865014A JP16369381A JP16369381A JPS5865014A JP S5865014 A JPS5865014 A JP S5865014A JP 16369381 A JP16369381 A JP 16369381A JP 16369381 A JP16369381 A JP 16369381A JP S5865014 A JPS5865014 A JP S5865014A
- Authority
- JP
- Japan
- Prior art keywords
- roller
- needles
- rows
- needle
- rollers
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Granted
Links
- 241001481760 Erethizon dorsatum Species 0.000 title claims abstract description 16
- 238000009987 spinning Methods 0.000 title claims description 5
- 239000011295 pitch Substances 0.000 abstract 3
- 239000000835 fiber Substances 0.000 description 12
- 235000008331 Pinus X rigitaeda Nutrition 0.000 description 3
- 235000011613 Pinus brutia Nutrition 0.000 description 3
- 241000018646 Pinus brutia Species 0.000 description 3
- 229910000831 Steel Inorganic materials 0.000 description 3
- 230000035515 penetration Effects 0.000 description 3
- 239000010959 steel Substances 0.000 description 3
- 238000000034 method Methods 0.000 description 2
- 239000011347 resin Substances 0.000 description 2
- 229920005989 resin Polymers 0.000 description 2
- KRQUFUKTQHISJB-YYADALCUSA-N 2-[(E)-N-[2-(4-chlorophenoxy)propoxy]-C-propylcarbonimidoyl]-3-hydroxy-5-(thian-3-yl)cyclohex-2-en-1-one Chemical compound CCC\C(=N/OCC(C)OC1=CC=C(Cl)C=C1)C1=C(O)CC(CC1=O)C1CCCSC1 KRQUFUKTQHISJB-YYADALCUSA-N 0.000 description 1
- 235000001270 Allium sibiricum Nutrition 0.000 description 1
- 241000951471 Citrus junos Species 0.000 description 1
- 240000007594 Oryza sativa Species 0.000 description 1
- 235000007164 Oryza sativa Nutrition 0.000 description 1
- 241001197925 Theila Species 0.000 description 1
- 239000002253 acid Substances 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000002513 implantation Methods 0.000 description 1
- 230000001788 irregular Effects 0.000 description 1
- 238000004519 manufacturing process Methods 0.000 description 1
- 235000009566 rice Nutrition 0.000 description 1
- 210000003454 tympanic membrane Anatomy 0.000 description 1
Classifications
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H5/00—Drafting machines or arrangements ; Threading of roving into drafting machine
- D01H5/18—Drafting machines or arrangements without fallers or like pinned bars
- D01H5/70—Constructional features of drafting elements
- D01H5/74—Rollers or roller bearings
- D01H5/84—Porcupines
-
- D—TEXTILES; PAPER
- D01—NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
- D01H—SPINNING OR TWISTING
- D01H5/00—Drafting machines or arrangements ; Threading of roving into drafting machine
- D01H5/18—Drafting machines or arrangements without fallers or like pinned bars
- D01H5/22—Drafting machines or arrangements without fallers or like pinned bars in which fibres are controlled by rollers only
- D01H5/24—Drafting machines or arrangements without fallers or like pinned bars in which fibres are controlled by rollers only with porcupines or like pinned rotary members
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Textile Engineering (AREA)
- Spinning Or Twisting Of Yarns (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は主として梳毛紡機におけるドラフト袋賞の一部
として配設するボーキュパインローフ5に* K、関す
るものである・
従来、梳毛紡績法において用いられて来たドラフト装w
IKは柚々の型式のものかめるが多相されているものと
してインターセクチングギル七〇 −p IJ−ギル2
に大別される。前記インターセクチングギルは、パック
ローラから70ントロ一ラ間において移行する浮遊繊維
t−刺通保持する針を列設したバー(ギル7オーラ)?
上下交互に対向させて一定軌M’に移動させるようにし
六装置であり、また四−タリーギルは前記インターセク
チングギルのギル7オ′−ラに替えて日筒体に複数個の
針列を操崗隔にしてローフ軸方向に並列し六一対の針付
きローラ又は針付きローラと7リユーテツドローツ七の
組合せローラとし、針四志又は針と凸条と全噛合せ状に
して旧ilAさセるようにし穴ポーキュパインローラt
/組又Fi伽敵組配収し次装置である。DETAILED DESCRIPTION OF THE INVENTION The present invention mainly relates to a vocupine loaf 5*K provided as part of a draft bag in a worsted spinning machine. A draft conventionally used in worsted spinning methods. Attire w
IK is of the Yuzu type, but Intersecting Gil 70-p IJ-Gill 2 is multiphase.
It is broadly divided into The intersecting gill is a bar (Gill 7 Aura) with rows of needles that hold the floating fiber T-piercing that moves between the pack roller and the 70-ton roller.
The 4-tally gill has a plurality of rows of needles on the cylinder body instead of the gill 7' of the intersecting gill. Six pairs of rollers with needles or rollers with needles and seven rollers are arranged in parallel in the direction of the axis of the loaf at intervals between the two needles. ilA porcupine roller t
/The next device is the enemy group.
とζろで上記ボーキュバインシ゛−ツは上下針を噛合せ
、繊維群に刺通して1#枕會ゐし、針と峠維との摩擦或
は針と7リユーテツド田−ツの凸条との噛合いによる線
細把持麹によってスリップドラフト會与えるようKなっ
ている。そしてILa群に与える柵杭及びスリップドラ
7)を適切にすることは均一て斑のない紡出機上すゐの
に極めて大切なことである。そのために針の刺通密度、
刺通深さをできるだけ大きくして櫛梳が帷維群の全l1
iI屑に均卿に1され、また鯵維群の把持も浮遊緻#!
か発生しない程度KiMKの把持力走し、無蜘のないス
リップドラフト七するこ七が望まれていた。The above vocuba sheet engages the upper and lower needles, pierces the fiber group, and meets the 1# pillow, and the friction between the needle and the pass fiber or the engagement between the needle and the convex thread of the 7-rued rice pad. It is designed to give a slip draft by holding the koji in a fine line. Proper provision of fence stakes and slip drivers 7) for the ILa group is extremely important to ensure a uniform and spotless spinner. Therefore, the needle penetration density,
Make the penetration depth as large as possible and comb all the threads of the fiber group.
iI was defeated by Hitoshi, and the grip of Ai Igun was also floating!
It was desired that the gripping force of KiMK be extended to such an extent that no slip draft would occur, and that there would be no slip draft.
とζろが従来の釘付き口、−ラけ一゛脂パイン或はメタ
リックパイン及びニードルストリップのローラであった
0mち、樹脂パインの釘付きローラは所定本数の多数の
針管シー2の全局面に噂配會し、針基部を樹脂で保持し
て/体成形したものである。ま六メタリックパインの釘
付きローラは、鉄板上打抜き、周辺に多数の歯針全高す
るリム板を形成し、このリム板′qtwII歓枚内筒体
に並列嵌着するか、或Fi11ii1辺に多数の歯針を
鋸歯状KJIljし*帯状鋼板を円筒体にスパイラル状
に捲回して嵌着し穴ものである。また、ニードルストリ
ップは針を杆体に並列して植設し穴ものt円筒体の#1
面にシーツ軸方向に彪■し危長溝に俵神−看したローラ
である。and ζ are conventional nailed openings, and rollers made of resin pine or metallic pine and needle strips. The needle base is held in resin and molded into a body. Maroku Metallic Pine's rollers with nails are punched out from a steel plate, forming a rim plate with many toothed needles on the periphery that has a full height, and are either fitted in parallel to the inner cylinder of this rim plate'qtwII, or are fitted with many teeth on one side of Fi11ii. The toothed needle is serrated, and a steel strip is spirally wound around a cylindrical body and fitted into a hole. In addition, for the needle strip, needles are implanted in parallel to the rod, and #1 of the cylindrical body with holes is inserted.
It is a roller that is tilted in the axial direction of the sheet and has a long groove.
以上のようにして釘付きローラけつくられるが、いずれ
の場合も刺通密度を大にするために針列間隔を円滑な針
同志又は針と凸条との噛合いのもとに小さくすゐことけ
製作上甚だ困難であって、実際は円筒体の円周方向又は
軸方向の針量St−比較的広くしている状態であった。The nailed rollers are made in the above manner, but in any case, in order to increase the penetration density, the spacing between the needle rows is made small so that the needles smoothly mesh with each other or with the protrusions. It is extremely difficult to manufacture the mote, and in reality, the needle amount St in the circumferential direction or axial direction of the cylindrical body is relatively wide.
木発朔は上記ボーキュバ5インシーラ装皺のローラの針
同志又は針と凸条との噛合せ構造上改良して従来ロー2
の上記欠点を除宍し穴ものであって、以下上のl11成
を図面に示す実−餉について説明すると次の:Ijiシ
である。各図@を通じて均等部分は婉−符4jt用いで
ある。Kiba-saku has improved the interlocking structure of the needles of the rollers of the Vocuba 5 insealer wrinkled rollers or the interlocking structure of the needles and the protrusions, compared to the conventional Row 2.
The above-mentioned disadvantages of the above-mentioned drawbacks can be avoided, and the following explanation will be given of the above-mentioned structure shown in the drawings: Ijishi. Equivalent parts throughout each figure are denoted by 4jt.
図面において(11は7pントローラ、(2)はI(ツ
クローラ、(3)は70ントローラ(11の後部で7Q
ントトツプローツ(xa)K接して一転するニラ10−
ラである。(荀は上記70ントローツ(11を/噌ツク
ローラ(2)との闇に般は次ボーキーL、/4インロー
ク装璽である。上記ボーキュバインローラ酸* (&)
ij%第1図の例の場合、多数の針(il?植設−3
次針付きローラC4&>C4&)t−上下に組合せ六一
対のポーキュパイン豐−ツ(4)tJ組並殺し穴もので
ある。−)は処理さtLJ3ali維群であって、図示
の如くパックローラ(!11中閾のボーキュパインロー
ラ装置1r (a) t−経て7Wントローク(1)か
らドラフトさt′L次スラスライバー′七して従来どお
夛紡出される。なお、上記ボーキュパインローラ装置(
&)の釘付きローラは一組に限定されるものではなく/
組入t−LJ組以上OII数組としてもよい@ 1*、
/船の上下組合せローラは第一図に示すように上下ロー
フ何tlかt−複数個の凸条(61を設は穴7リエーテ
ツドp−ラ(4b)とし、他方のp−ツを釘付きローラ
(4a)&L7tボーキュバインシーツ(41とし、こ
れt例えは図示の如(−組起列し穴ポーキュパイン冒−
ラとする。In the drawings (11 is a 7p controller, (2) is an I (two-speed controller), (3) is a 70 controller (7Q at the rear of 11)
Ntototsuproz (xa) K close and turn around chive 10-
It is la. (Xun is the above 70 ntrolls (11) in the darkness with /sotsukrolla (2) is the next Bokey L, /4 Inrok Seal. The above baucubainrolla acid * (&)
ij% In the case of the example in Figure 1, a large number of needles (il? implantation-3
Next needle roller C4 &> C4 &) t - 6 pairs of upper and lower porcupine slats (4) tJ set with parallel holes. -) is the processed tLJ3ali fiber group, which is drafted from the 7W stroke (1) through the pack roller (!11 medium threshold vorcupine roller device 1r (a) t- as shown in the figure) In addition, the above-mentioned vocupine roller device (
&) nailed rollers are not limited to one set./
It is also possible to include t-LJ groups or more OII groups @ 1*,
/ As shown in Figure 1, the combination of upper and lower rollers on a ship has several protrusions (61 is a hole 7 retread p-ra (4b), and the other p-t is a nailed p-ra). Roller (4a) & L7t porcupine sheet (41, this example is as shown in the figure (-set up and hole porcupine attack)
Let's say a.
ここで上下一対のポーキュパインローラは次のように構
成する。これt上Sローラを釘付き讐−りとし、下部ロ
ーラt7すニーテツドロークとし穴ポーキュパインロー
ラを代表@七して説明するが、釘付きローラと79ニー
テツドp−ラとの上下組合せの如何に拘らず、ま穴上下
とも釘付きローラの場合も央々の釘付きローラ及び7リ
ユーテツドロークは同一手段でつくられる。Here, the pair of upper and lower porcupine rollers is constructed as follows. This will be explained using the upper S roller as a nailed opponent, the lower roller t7 as a knee-tight roller, and a hole porcupine roller as a representative @7, but regardless of the vertical combination of the nailed roller and the 79-knee-tight roller. In the case of rollers with nails on both the upper and lower sides of the hole, the rollers with nails in the center and the 7-row roller are made by the same means.
83図及び第V図は7組のポーキュパインローラ(4)
會示すもので前述せる如< (4&)は上部ローラの釘
付きローラ、(4b)は下部ローラをなす7リユーテツ
ドローツτある。釘付きローラC4a)ta従来と一様
に周辺に多数の歯針會fv訳しA リ ム板を複数枚円
筒体に並列嵌着して作成するか或は他の方法である針を
並列して植設しり複数個のニードルストリップをN筒体
の周(3)にローラ軸方向に固着して形改する。筐次、
クリユーテッドローラ(4b)も七の凸条(6)t−従
来と同様に釘付きローラ(41)の針(5)の長さにほ
ぼ同一の高さにし、針列(61′と四−ピッチにしてそ
の形級個数を釘付きローラ(4a)とのローラ径の同−
又は大小関係により針列と陶数又は鉋数とし、ローラ軸
方向に並設する。Figure 83 and Figure V show seven sets of porcupine rollers (4)
As shown above, (4&) is the nailed roller of the upper roller, and (4b) is the lower roller. The nailed roller C4a)ta is made by attaching multiple rim plates to a cylindrical body in parallel, or by using other methods to arrange needles in parallel. A plurality of needle strips are fixed to the periphery (3) of the N cylinder body in the axial direction of the roller to change its shape. Keiji,
The created roller (4b) is also made to have seven protrusions (6) t-almost the same height as the length of the needles (5) of the nailed roller (41), and the needle rows (61' and four -The pitch is the same as the roller diameter with the nailed roller (4a)-
Or, depending on the size relationship, the needle rows and the number of china or planes are arranged in parallel in the axial direction of the roller.
上記釘付きローラ(4&)において、p−ツ駆動の歯車
(7)をローラ軸両端又は一端Kli!il看する。In the nailed roller (4&), the p-drive gear (7) is connected to both ends or one end of the roller shaft. I look at it.
ローラ上の針列(61″はこの鋼車(7)の歯数、ピッ
チと同一とするとともに針棒1tj歯阜面への投影力(
第3図に示すように歯(マリam郭内に収まる大きさと
し、針列内Kllぼ#IfiW4@に密に鼓膜する。ま
斥、7リユーテツドシーり・C4b)@にも、そのロー
ラ軸端に歯車())を同着し、針付きローラ(4&)の
歯車(1′I七同−ピッチで歯数はm−又は多少の^歌
とする。セして凸条(6)は針161の場合と同様に歯
車(1)の歯数と同数て同一ピッチに配し、七の大きさ
t凸条IIItklが歯(フリの輪郭内に収着ゐ投影穴
とする・両ローツ(4aン(4h)の歯車(7)171
aと−に同一ピッチであるから針列鳴)及び凸条(6)
も歯車を同一ピッチで針列間及び凸条i’maともに噛
合干渉を生じない程KKI、て日米る喪は小間隔とする
ことかでき、針付きローラ(4&)の場合はローラ円周
方向O針密度は大となる。The needle row (61″) on the roller is the same as the number of teeth and pitch of this steel wheel (7), and the projection force on the needle bar 1tj tooth surface (
As shown in Figure 3, the teeth (sized to fit within the Mariam cavity, tightly fit into the tympanic membrane within the needle row) and at the end of the roller shaft. Attach the gears ()) of the needle roller (4&) at the same time, and the gear (1'I7) with the same pitch and the number of teeth m- or some ^^. As in the case of , the number of teeth is the same as that of gear (1), and they are arranged at the same pitch. (4h) gear (7) 171
Since the pitch is the same for a and -, there is a needle row sound) and a convex line (6)
If the gears are set at the same pitch so that meshing interference does not occur between the needle rows and the protrusions, the spacing between Japan and America can be made small, and in the case of rollers with needles (4 &), the roller circumference Direction O needle density becomes large.
1*、針(副は針列(61内で@J図の左部分に示すよ
うに皓陶隔に一列に設けるほか、同図の右部分に示すよ
うに針列毎に針位IIを過当にずらせて千鳥状勢に設け
られるから、前記ローラ円線方向の密な針密度形成と相
俟って全体をして針(5)けローラ全th!にほぼ密で
且っ均等に分散され六柚設状態となる。1*, needles (secondary is needle row (within 61, in addition to providing them in a row in the septum as shown in the left part of figure J, needle position II is set in excess for each needle row as shown in the right part of the same figure) Since the needles (5) are arranged in a staggered manner and are arranged in a staggered manner, combined with the formation of a dense needle density in the circular direction of the roller, the needles (5) are almost densely and evenly distributed over the entire roller th! It will be in a state of relaxation.
上記針付きロー2(ロ)と7リユーテツドローラ(4b
)と全天々の歯車17+ +71 ffi噛合せて上下
に組合せてポーキュパインローラ141七してドラフト
詐しにl!IC拗゛シ、下相(ローラの7リユーテツド
ローラ(4b)t−他のドラフトロー2と共に駆動する
。こnとともKtM車+71 +71の噛合いtζよシ
上部ローツの針付きローラ(4&)も仲1転し、これに
伴って針付きローラ(ロ)の6釦(rl)は、7リユー
テツドローラ(4b)の凸条(6)と噛合って回転する
。この場合、針列(5j′の針+61及び凸9kT61
は歯車(71(71の歯(7&)のIIIJl郭円に収
まっている毅・ら針列(srs凸条(6)の間隔か小で
あっても針(モ)、凸条(6)の噛合い回転は円滑V(
支障なく行われる。また、針(6)はその長さ全歯(?
a)の筒さ内で用人的に長くせらハるから針16iは凸
条(61X (D 7M内に漏く突入して噛合い回転さ
せることができる。The above-mentioned needle roller 2 (b) and 7 reute roller (4b)
) and all the heavenly gears 17+ +71 ffi mesh and combine up and down to create a porcupine roller 1417 to create a draft! IC transfer, lower phase (roller's 7-revolved roller (4b) t - driven together with other draft rows 2. This is due to the meshing tζ of KtM car +71 +71, and the needle roller (4b) of the upper roller). 4&) is also reversed, and accordingly, the 6 button (rl) of the needle roller (b) engages with the protrusion (6) of the 7 re-tread roller (4b) and rotates.In this case, Needle row (5j' needle +61 and convex 9kT61
is gear (71) (71 teeth (7&). Meshing rotation is smooth V (
It will be done without any problems. Also, the needle (6) has all teeth (?
Since the needle 16i has a conveniently long slit within the cylindrical length of a), the needle 16i can be inserted into the convex line (61X (D7M) and rotated by meshing with it.
以上構成のボーキュバインルーラを配璽し穴ドラ7)9
1のドラフトローは次の様にして行われる。Arrange the vocuba ruler with the above configuration and drill the holes 7) 9
1 draft row is performed as follows.
針付きローラ(4&)と7リエーテツドロー2(4b)
との闇にバックローラから紡田スイバ−に応じ大所定量
の繊維群として送給され大フリースは多数の針(61に
よって高い密度″c絢維層の厚さ内Km<刺通されて櫛
梳作用t−受轄る。を次、7リースは両豐−ラ(4m)
(4り同で徐< 1!AI通し六針(6)と凸条(6)
との噛合いにより把持される。上記密度の高いmlll
通により411梳は7リ一ス全面に亘り均111に圃さ
れ、ま次上記刺通針2凸条との噛合いによシフリースI
I′s適当な把持力で無理なくスリップトラクトされる
。Roller with needle (4&) and 7-way draw 2 (4b)
In the darkness, the large fleece is fed from the back roller to the spinner siber as a group of large predetermined amounts of fibers, and the large fleece is pierced by a large number of needles (61) with a high density within the thickness of the fiber layer (Km) and combed. Next, 7 leases are ryoto-ra (4m)
(4 Rise and speed < 1! AI through six needles (6) and convex stripes (6)
It is gripped by meshing with the The above dense mllll
The 411 comb is uniformly 111 spread over the entire surface of the 7 riths, and then the 411 comb is planted evenly over the entire surface of the 7 liss, and then the shirisu I
I's easily slip-tracted with an appropriate gripping force.
第1因に示す上下ローラとも針付きローラ(口X4&)
の場合も上下針の噛合いにより上記失職例の針と凸条と
同様に均等な櫛梳と適切なスリップドラフトとが与えら
れる。Both the upper and lower rollers shown in the first cause are rollers with needles (mouth x4 &)
In this case as well, the meshing of the upper and lower needles provides an even combing and an appropriate slip draft, similar to the needles and protrusions in the above-mentioned case.
以上説明し穴ように本発明性、田−ツ軸方向に列殺しに
針列を噛合せた一対の針付きローラ又は針列と凸条と會
噛合せ六釘付きローラと7リユーテツドローラとよシな
ゐポーキュパインローラ¥71fllKtAて、ローラ
駆動の歯車を夫々ローラ軸上に内定して噛合せ、歯車の
歯数を針列又は凸条の列数と同数2すると共に針又は凸
条の歯車面への投影が歯の輪郭内に収まる大きさとし穴
から、パックローラと7シントローラ聞てボーキュパイ
ンリーラ装*によって施される柵杭及びスリップドラフ
トは密に植設され穴上下ローラの針同志又は針と凸条並
びに針の探い刺通、噛合いによって繊維群の輪、厚さ全
面に亘多均略、適切に施される。即ち、本発明によれは
針付きローラの針或社7リユーテツドp−ラの凸条はロ
ーラ軸−の結納歯車面への投IIが歯の輪郭内に収まる
ようにして可及的に大きくする鳴ことができゐから針列
又は凸条夫々のrl8rsを小としても針と針、又は針
と凸条とは円滑に−合いまた針列の針は、密に且つ均等
に分散され次状態て植設てきるので繊維群への刺通密度
t−着しく飴にして徐く刺通することがτき、均等な櫛
梳は確英、容易に−される。また、スリラグドラフトも
針同忘、又は針と凸条とが探く噛合つから別に荷重を加
えゐことなく、上記噛合いによる繊維との摩擦により無
理のない適切なものとなるのである。を次、本発明に係
るポーキュパインローラけ、これt7組設ける場合は勿
論、コ組又はコ組以上の被数組を設け、繊維群がドラフ
トに↓り前S豐−ツ(向うに従って薄層となってもそれ
に比例して歯車の歯型を小さくシ、円尚万同の針密度全
長くしてその針、凸条會駆前歯車の歯細内で可及的に大
きくするξとによυ、薄MI11i8細群の柵杭、スリ
ップドラ7)4円滑に行われる。As explained above, the present invention includes a pair of rollers with needles in which rows of needles are meshed in rows in the axial direction, or a roller with six pins and a seven-row roller with meshing rows of needles and convex strips. Toyoshi Nai Porcupine Roller ¥71fllKtA, the gears for driving the rollers are arranged and meshed on the roller shafts, and the number of teeth on the gears is set to 2, which is the same as the number of rows of needles or ridges, and the number of teeth of the needles or ridges is set to 2. The projection on the gear surface is sized so that it fits within the contour of the tooth, and the fence stakes and slip drafts applied by the pack roller and 7 thin rollers are densely planted and the pins of the upper and lower rollers are placed in the hole. By means of needles or needles and protrusions, as well as probing, piercing, and interlocking of the needles, the ring of fibers is uniformly and appropriately applied over the entire thickness. That is, according to the present invention, the convex line of the needle roller of the needle roller is made as large as possible so that the projection II of the roller shaft onto the engagement gear surface is contained within the contour of the teeth. Therefore, even if the rl8rs of each needle row or convex strip is made small, the needles or the needles and the convex strips fit together smoothly, and the needles of the needle row are densely and evenly distributed to ensure the next state. Since the fibers are planted, the fibers can be penetrated at a density of t - t and gradually penetrated, and even combing can be achieved easily. In addition, the slirag draft can be made reasonably appropriate due to the friction between the needles and the fibers caused by the meshing, without the need to apply any additional load due to the meshing of the needles and the protrusions. Next, when using the porcupine roller according to the present invention, if 7 sets of these are provided, of course, 1 or more sets are provided, so that the fiber group is drafted down to the front S (thinner layer as it goes away). Even so, the tooth profile of the gear should be made smaller in proportion to that, and the needle density should be made as large as possible within the teeth of the front gear of the convex gear. υ, thin MI11i8 fine group fence stake, slip driver 7) 4 smoothly carried out.
図WJは本発明の宍栂例てあって、第7図は上下ローラ
をも針付きローラよ多なゐポーキュパインローラ装fl
irt−配置し大ドツットキュのgMIl]図、第2図
は針付きローラと7リユーテツドロークトよりなるボー
キエパインa−り仮mS分の側面図、第3図は針付きロ
ーラ及びツリニーテッドローラ管組合せ状態で示すat
hi図、4Mダ図はそのローラ端部の正面図、第5図は
針付きローラにおける針植設例管示す正面図である。
(4)・・ポーキュパインローラ% (4&)・・針付
きローラ、(4b)・・7すニーテッドローラ、(6)
・・針、(5)9・・針列、(6)・・凸条、(7)・
・躯1歯車、(マ&)会・歯。
手続補正書
昭和52年2月に 日
特許庁長ば 島田春檎 殿
1、事件の表示
昭和51年4 jfP fiA 第11J4り3
号2、発明の名称 紡機におけるポーキュパAシロー
ラ装置3 補正をする者
大阪面エビルア階
氏 名排理士(6458) 江 原 省 吾(ほか1
名]
#i細寄書
中、第2貞@/1A−20行
「・・同図の右部分に・・・に設けられるから・・」を
「・・同図の中央部分及び88号に示すように針列毎に
針位置を適当にずらせて千鳥状等に配置し、その針間隔
4等用隔又は不等間隔に適当な、ffi密にして設けら
れるから・・」と補正する2 図面中、第5図を別紙の
通り補正する。
1!5図Figure WJ shows an example of the present invention, and Figure 7 shows a porcupine roller system in which the upper and lower rollers are also rollers with needles.
Figure 2 is a side view of the temporary mS of the bow plane aperture consisting of a roller with needles and a 7-lined roller tube, and Figure 3 is a side view of the roller with needles and a 7-way needle tube. at shown in combination
Figures 1 and 4M are front views of the roller end, and Figure 5 is a front view showing an example of needle implantation in a needle-equipped roller. (4)...Porcupine roller% (4&)...Roller with needles, (4b)...7-needle roller, (6)
... Needle, (5)9... Needle row, (6)... Convex stripe, (7)...
・Body 1 Gear, (Ma&) Association・Teeth. Procedural amendment filed in February 1970 by Haruto Shimada, Commissioner of the Japan Patent Office, 1, Indication of the case, 1978, 4 jfP fiA No. 11 J4 R3
No. 2, Name of the invention Porcupa A roller device in a spinning machine 3 Person who makes the correction Mr. Evilua, Osaka Prefecture Registered accountant (6458) Shogo Ebara (and 1 others)
Name] #i In the small contribution, line 20 of 2nd Sada@/1A-20, ``...It is installed in the right part of the same figure...'' is changed to ``...It is shown in the center part of the same figure and in No. 88. The needle positions for each needle row are appropriately shifted and arranged in a zigzag pattern, etc., and the needles are arranged at an appropriate ffi density at 4 equal intervals or at irregular intervals...'' 2 Drawings The middle and Figure 5 have been corrected as shown in the attached sheet. Figure 1!5
Claims (1)
針付きロー2又は針列と凸条と會噛合せ六′針付きp−
ラと7リユーテツドローラとよりなるポーキュパインロ
ーラ装*に放いて、ローラ駆動の歯車會夫々ローツ軸上
Kt!if疋して噛合せ、歯車の歯数を針列又は凸条の
列数と同数とするとともに針又は凸条の歯車面への投影
か歯の輪郭内に収まる大きさとし次ことを特徴とする紡
機におけるボーキエバインローツ装重。(1; The rows of needles arranged in the p-ra axis direction are engaged with each other, and then the rows with needles 2 or the rows of needles are engaged with the convex strips.
Kt is released onto a porcupine roller system* consisting of a roller and a seven-revolved roller, and a roller-driven gear assembly is applied to each rotor on the shaft. If they are meshed together, the number of teeth on the gear is the same as the number of rows of needle rows or protrusions, and the projection of the needles or protrusions onto the gear surface is of a size that fits within the contour of the teeth. Bokiebeinrotz loading on spinning machines.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP16369381A JPS5865014A (en) | 1981-10-13 | 1981-10-13 | Porcupine roller apparatus in spinning frame |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP16369381A JPS5865014A (en) | 1981-10-13 | 1981-10-13 | Porcupine roller apparatus in spinning frame |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS5865014A true JPS5865014A (en) | 1983-04-18 |
| JPS6136092B2 JPS6136092B2 (en) | 1986-08-16 |
Family
ID=15778804
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP16369381A Granted JPS5865014A (en) | 1981-10-13 | 1981-10-13 | Porcupine roller apparatus in spinning frame |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS5865014A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITBS20090237A1 (en) * | 2009-12-28 | 2011-06-29 | Marzoli Combing & Flyer S P A | IRONING DEVICE OF A STRAIGHT MILLER OR OF A STRAIGHTENER |
| CN113403713A (en) * | 2021-07-07 | 2021-09-17 | 襄樊富仕纺织服饰有限公司 | Spinning frame with low possibility of yarn breakage |
-
1981
- 1981-10-13 JP JP16369381A patent/JPS5865014A/en active Granted
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| ITBS20090237A1 (en) * | 2009-12-28 | 2011-06-29 | Marzoli Combing & Flyer S P A | IRONING DEVICE OF A STRAIGHT MILLER OR OF A STRAIGHTENER |
| WO2011080611A1 (en) * | 2009-12-28 | 2011-07-07 | Marzoli Combing & Flyer S.P.A. | Draft device of a drafting machine or a lap - forming machine |
| CN102695826A (en) * | 2009-12-28 | 2012-09-26 | 马佐里有限公司 | Pulling device for pulling machine or lapping machine |
| CN113403713A (en) * | 2021-07-07 | 2021-09-17 | 襄樊富仕纺织服饰有限公司 | Spinning frame with low possibility of yarn breakage |
Also Published As
| Publication number | Publication date |
|---|---|
| JPS6136092B2 (en) | 1986-08-16 |
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