JPS5943130A - Monitoring device for yarn doubling and twisting machine - Google Patents

Monitoring device for yarn doubling and twisting machine

Info

Publication number
JPS5943130A
JPS5943130A JP14771482A JP14771482A JPS5943130A JP S5943130 A JPS5943130 A JP S5943130A JP 14771482 A JP14771482 A JP 14771482A JP 14771482 A JP14771482 A JP 14771482A JP S5943130 A JPS5943130 A JP S5943130A
Authority
JP
Japan
Prior art keywords
yarn
thread
detecting
relay
contact
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
Application number
JP14771482A
Other languages
Japanese (ja)
Other versions
JPS6151045B2 (en
Inventor
Toshihisa Isobe
磯部 敏久
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
TOYO KIGYO KK
Original Assignee
TOYO KIGYO KK
Priority date (The priority date 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 date listed.)
Filing date
Publication date
Application filed by TOYO KIGYO KK filed Critical TOYO KIGYO KK
Priority to JP14771482A priority Critical patent/JPS5943130A/en
Publication of JPS5943130A publication Critical patent/JPS5943130A/en
Publication of JPS6151045B2 publication Critical patent/JPS6151045B2/ja
Granted legal-status Critical Current

Links

Classifications

    • DTEXTILES; PAPER
    • D01NATURAL OR MAN-MADE THREADS OR FIBRES; SPINNING
    • D01HSPINNING OR TWISTING
    • D01H13/00Other common constructional features, details or accessories
    • D01H13/14Warning or safety devices, e.g. automatic fault detectors, stop motions ; Monitoring the entanglement of slivers in drafting arrangements
    • D01H13/24Warning or safety devices, e.g. automatic fault detectors, stop motions ; Monitoring the entanglement of slivers in drafting arrangements responsive to delivery of a measured length of material, completion of winding of a package or filling of a receptacle

Landscapes

  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Textile Engineering (AREA)
  • Spinning Or Twisting Of Yarns (AREA)

Abstract

PURPOSE:The titled device to prevent unevenness of yarn length of cop, reducing the man-hour of operation, by connecting a detecting means for doubled yarn to a measuring means when yarn travel signs from all of the N yarn travel detector are outputted. CONSTITUTION:The yarn travel of N bobbins is detected by the yarn travel detector 10, and the feed of doubled yarn is detected by the detecting coil 14 which faces a permanent magnet and fixed. The counting device 15 to measure the feed amount of yarn by the output of the detecting coil 14 consists of the fixed divider 15-1, and 15-3 and the variable divider 15-2. When all the contact points 10a of all the yarn travel detectors 10 are closed and the yarn travel signal is outputted, the first contact point 16a, of the relay 16 is closed, and the detecting coil 14 is connected to the AC amplifier 17 set at the front. When one of the contact points 10a is opened or the contact point 18a of the polar relay 18 at full bobbin, the selenoid coil 19 and clutch 21 for fixing rocking rollers are switched off.

Description

【発明の詳細な説明】 本発明は、合((S糸機の監祝装Vfvこ関丈2−ン。[Detailed description of the invention] The present invention is based on the present invention.

従来合撚糸機として、N個の給糸ボビ/の糸を引揃え合
糸しつつリングで撚糸全行ない奇糸管に捲糸する式のも
のが知られているが、このものは糸の切断の有無に拘ら
ず一定時間1σに多数の管糸を一斉に増外しく玉揚げ)
でいるので、多数の管糸の糸長に1 (1%程度の不揃
い金主ずるのが普通である。したがってこの多数の管糸
(flJえば120錘)ヲー斉にタブルトゥイスタに力
・けて更に撚糸を行ない緯糸を製造する場合、管糸−錘
が250 Of? 、糸が(50デニールとすメートル
で、その捲取速さが25メ一トル/分どして仕上りに1
5 (+ 005)−を要し、不揃いtcl。
Conventional yarn plying and twisting machines are known in which the yarns of N yarn feeding bobbins are aligned and combined, the yarns are twisted completely by a ring, and then wound into an odd yarn tube. Doffing a large number of pipes and yarns at the same time in a fixed period of 1σ, regardless of the presence or absence of
Therefore, it is normal to have an uneven thread length of about 1% in the thread length of a large number of pipe threads.Therefore, this large number of pipe threads (120 spindles in the case of flJ) are forced and thrown into the double twister at the same time. When further twisting is performed to produce a weft yarn, the tube-weight is 250 Of?
5 (+005)- and uneven tcl.

%とすると約25時間の差を生ずるカ・ら、全管糸を仕
上げるには空*を約25時間無駄に回転させることにな
シ、ダブルトウィスタの運転効率が悪く作業工数が多く
なると共に電気料金が筒価になる不都合があった。1だ
多数の管糸を経糸とし?−用い2)場合には、−その糸
長が不均一であるから残糸処理が心安であり、撹糸肯の
一斉夕換ができシ゛い不都合がめった・ 本発明は管糸の糸長の不揃いを無くしで前d1シネ都合
を寒1<−J’と共にN個の給糸ボビンのうち1個でも
糸走行が切−い時は合撚糸作業全停止させでイ、良品が
生じないようにすることをその目的とした。もので、N
個の給糸ボヒ゛ンの糸を引揃え合糸l一つつ撚糸を行l
い捲糸管に捏糸Jる合撚糸機において、前記N個の給糸
ポビ/の糸の走行4検出するN個σ]糸走行検出器と、
前記合糸した糸の送出を検出する検出手段と、該検出手
段の出力により糸の送出量を計測するit 3111手
段と、11’l記N個の糸走行検出器のずべてから糸走
♀]伯号を・出カラーる時前記検出手段と開側手段とを
接続する手段と、前記糸走行信号がI’11個1杖−[
に乃、つた1寺又0.前記捲糸管の満管陥前記糸の送出
及び捲糸管の回転全停止するとともに肯報を発生さゼ−
る停止及び警報手段とを具<iNi jbことを特徴と
する。
%, this would result in a difference of about 25 hours.However, in order to finish all the pipe threads, it would be necessary to waste about 25 hours of spinning the empty thread, and the operating efficiency of the double twister would be poor, resulting in an increase in the number of man-hours. There was an inconvenience that the electricity bill was fixed at the tube price. How many pipe threads are used as warp threads? - In the case of use 2), - since the yarn length is non-uniform, it is safe to dispose of the remaining yarn, and the inconvenience of not being able to change the stirring yarn all at once is rare. To eliminate irregularities and to prevent the production of non-defective products, if even one of the N yarn feeding bobbins is running out of yarn, the yarn plying and twisting operation is completely stopped. The purpose was to. Things, N
Pull the yarns of the yarn feeding boars together, combine the yarns, and twist the yarns one by one.
In a yarn combining/twisting machine that knits yarn in a yarn winding tube, an N yarn traveling detector detecting the traveling of the yarn of the N yarn feeding tubes;
A detection means for detecting the delivery of the doubled yarn, a means for measuring the amount of yarn delivered based on the output of the detection means, and a yarn running detector from all of the N yarn running detectors in 11'l. ] When outputting the bar code, there is a means for connecting the detection means and the open side means, and the thread running signal is
Nino, Tsuta 1 Teramata 0. When the winding tube becomes full, the feeding of the yarn and the rotation of the winding tube are completely stopped and a positive signal is generated.
It is characterized by comprising a stop and alarm means.

以)本発明の実施?!+金図面につき説明ブる。I) Implementation of the present invention? ! +Explanation is required for gold drawings.

第1図れイー゛のl実施f!itlの機構部の線図、第
2図社その電気回路図を示す。
The first diagram is implementation! A diagram of the mechanical part of the ITL and its electrical circuit diagram are shown in Figure 2.

酊1図において、(1)は給糸ボビンで、こノ1−はN
個、例えば4偏設けられ、こt′1等から引出された糸
(9)は糸に張力をかけるテンプ(2)を介しで合糸さ
れ、モータにより駆動される糸送出(+ −ラ(3)及
びこれに圧N1]在の糸圧沼用揺動「1−ラ(4)によ
り送出され糸ガイド(5)で案内されて、撚糸リング(
6)に嵌めて旋回り熊なトラペラ(7)で撚糸されで潅
糸管(8)に捲糸されるように構成され−こい本。
In Figure 1, (1) is the yarn feeding bobbin, and this 1- is the N
The yarn (9) pulled out from the t'1 etc. is combined via the balance (2) which applies tension to the yarn, and the yarn is sent out (+ - ra ( 3) and pressure N1] is sent out by the existing yarn pressure swamp oscillation ``1-ra (4), guided by the yarn guide (5), and twisted yarn ring (
The thread is inserted into the thread tube (6), twisted with a rotating trapella (7), and then wound into the thread tube (8).

以」二はν「米の合撚糸機と特に異なるところがないが
、本発明によれば、N個の給糸ボビン(1)の糸(9)
のメE行を検出するN個(?13えIrJ’、 4個)
の糸走行検出器Q(lと前記合糸した糸の送出全検出す
る検出手段と、 niJ記検出+段の出力にLり糸の送
出シ、を計測する1測手段と、前記N個の糸走行検出器
(Hjのすべてがら糸走行13号を出方する時前記検出
手段とit tal1手段と全接続する手段と、つ11
記糸走行信号がN−1個以下になっ′fC時又は前記捲
糸管の満管時前記糸の送出及び捲糸管の回転を停止する
とともに警報を発生させる停止及びf’fイ・14手段
とを具44uシてしる。
There is no particular difference from the American yarn combining and twisting machine, but according to the present invention, the yarn (9) of the N yarn feeding bobbins (1)
N pieces (?13eIrJ', 4 pieces) to detect the MeE line of
Yarn traveling detector Q (L and a detection means for detecting all the sending out of the above-mentioned combined yarns, 1 measuring means for measuring the sending out of the L yarn at the output of the niJ detection + stage, and the above-mentioned N Yarn running detector (means for connecting all of the above-mentioned detection means and it tal1 means when all thread running No. 13 of Hj is outputted,
When the number of thread running signals becomes N-1 or less, or when the thread winding tube is full, the thread delivery and the rotation of the thread winding tube are stopped, and an alarm is generated. The means and tool 44u are used.

そこで図示のものについてこの桿マ成を詳述すると、糸
走行検出器(10は、例えばマイクロスイッチ等の接触
型又は>′し、腺、静電界1社を利用した非接触、jl
llj、の検出器から成り、前記合糸りまた糸の送出を
検出する検出手段は、変速装置01)を介して11λ動
川電動(幾09によりベルト駆動される糸送出11−ラ
(3)に偏心して固着さり、た永久磁石a壕とこり、に
対向し”C固定された検出コイル(14)から成り、糸
の送出に対応し7た電気、oルスが出力さhるように+
14成へ11.ている。前記検出手段の出力により糸の
送出lid、”、(:1測する計測手段は、前記検出手
段から出力する例えば糸の送出に対応した電気パルスを
Hj数する固定分周器(15−1) (15−3)及び
iiJ変分周器(15−2)からなるil゛数器aυで
構成され、前nj2 N岡の糸走行検出器00のすべて
から糸走行検出器を出力する時前記検出手段と計測手段
とを接続する手段は、前記糸走行検出器(ITJの接点
(10a)(10a)(10a)(10a)がすべて直
列に接続されてリレー(tngを介して11C源に接続
され、該リレー(噂の第1接点(16al)が前記検出
手段の検出コイルα4ど計測手段の前段に接続された前
置交流増幅器助間に介入されて構成され、〃・くて、糸
走行検出器00のすべてがその接点(Hla)i閉じて
糸走行信号全出力したときリレー(mf9の第1接点(
16a+)を閉じて検出コイル(141と前置交流増幅
器a′7)を接続するものである。
Therefore, to explain in detail the configuration of this rod for the one shown in the figure, the yarn running detector (10 is a contact type such as a micro switch, or a non-contact type using an electrostatic field, a
The detection means for detecting the feeding of the doubling yarn or yarn is a yarn feeding 11-ra (3) which is belt-driven by an 11λ moving river electric motor (Iku 09) via a transmission device 01). It consists of a detection coil (14) which is fixed eccentrically to the permanent magnet and is fixed opposite to the permanent magnet hole and the coil, so that electricity and irradiation are output in response to the feeding of the thread.
14 to 11. ing. The measuring means for measuring the yarn delivery lid, ", (:1) based on the output of the detecting means is a fixed frequency divider (15-1) that divides the electric pulse outputted from the detecting means, for example, corresponding to the yarn sending, into Hj. (15-3) and iiJ variable frequency divider (15-2). The means for connecting the means and the measuring means is such that the contacts (10a) (10a) (10a) (10a) of the yarn running detector (ITJ) are all connected in series and connected to the 11C source via the relay (TNG). , the relay (the rumored first contact (16al) is constructed by intervening between the detection coil α4 of the detection means and the pre-AC amplifier auxiliary connected to the front stage of the measurement means, so that yarn running can be detected. When all of the contacts (Hla) i of the device 00 are closed and the yarn running signal is fully output, the first contact of the relay (mf9) is activated.
16a+) is closed to connect the detection coil (141 and pre-AC amplifier a'7).

図面において、0枠は有極リレーで、前AL:Δ1数器
Q9の出力回路に接続され、捲糸管(8)の満肯時七の
出力で付勢され、そのとき開放さrLる接点(18a)
を具備する。(11&Iスソ゛リング四に1冗して揺即
1 r、ff−ラ(4)を糸送出ローラ(3)に圧着す
るンレノイドコイル、シυは撚糸管(8)と小11力源
とを接離するクラッチである。
In the drawing, the 0 frame is a polarized relay, which is connected to the output circuit of the front AL: Δ1 counter Q9, and is energized by the output of the winding tube (8) when the winding tube (8) is satisfied, and the contact rL is opened at that time. (18a)
Equipped with. (11 & I threading is repeated every 4 times. 1r, ff-lenoid coil presses the roller (4) to the yarn delivery roller (3), and the wire υ connects and separates the twisting tube (8) and the small 11 force source. It's a clutch.

前記有極リレー0汚の接点(18a)は糸AイI検出器
GOの接点(ioa)−(10a)とll′−1列装・
続芒れ、リレー()Qの第2接点(16a2ルよナンF
(NANI))ゲート脅の入力端子V7−接続さね、七
の出力端子ね1、リレーElk弁してソレノイドコ・r
ルu9及びクラッチQ1、電磁スイッチ用コイルψQ 
′(?−ftilJゆ11するトランジクタ()々1に
接続されて(”j々成された1以上の回路に、糸71行
イε(−けがN−1個以下になった時又L1、前記(7
,−糸管(8)の渦管時系の送出及び捲糸管(8)の回
転全停止′するイノl止“1′2)手段を(き成し、か
く−(、糸Δ二重性ifl’r ′r4.がどれ′10
)′−1つ表(軌くなってその接点(Hla)の1つが
開き、又は満管時有極リレー0)Oの接点(18a)か
開いた時、リレー(イ)、ナンドダトC匂、トランジス
タい及びりl・−軽りをブiし2て1i□+、磁スイツ
i) jlJコイル(ハ)が消勢され、それによリソl
/ノ□f F’二+−f九05今が消′髪されて揺動ロ
ーラ(4)がヌゾリング(4)の力で糸送出ローラ(3
)から離脱しで糸の送出が111°叫1−され、同1守
にクラッヂシυの消勢により侘糸管(8)が停、市−r
る。
The contact point (18a) of the polarized relay 0 dirt is connected to the contact point (ioa)-(10a) of the thread AI detector GO and the ll'-1 row connection.
Continuing, the second contact of the relay ()Q (16a2)
(NANI)) Connect the input terminal V7 of the gate, output terminal 1 of the 7th, relay Elk valve and solenoid connector R
Luu U9 and clutch Q1, electromagnetic switch coil ψQ
'(?-ftilJY11) are connected to one or more circuits connected to each transistor ()1, and ('j) are connected to one or more circuits formed by thread 71 line Iε(-When the number of injuries is N-1 or less, L1, Said (7
,-(, Yarn Δ duality ifl 'r 'r4.Which one'10
)' - 1 table (when one of the contacts (Hla) opens when the track is full, or when the polarized relay 0) O contact (18a) opens, the relay (A), Nandodat C smell, Transistor I and I - turn on the light 2 and 1i □+, magnetic switch i) jlJ coil (c) is deenergized, which causes the lithography
/ノ□f F'2+-f905 Now that the hair is erased, the swinging roller (4) is moved by the force of the nuzo ring (4) to the yarn sending roller (3).
), the thread is sent out at 111 degrees, and at the same moment, the wabi thread pipe (8) stops due to the deenergization of the clutch υ.
Ru.

第2図VCおいて、(ハ)はイ′I極リレー((8)が
作動時イの1)接点全弁して付勢されるランプ等のh報
器、c?I)rJ:リレ−OQ ノ消’JARそのb接
点(16b ) k jr Lで付勢さノ’Lるランプ
等の飼報器で、−t−れぞれ捲糸肯(8)の酒管時汲び
糸7t−行(=f−弓がN−1個以下になった時針軸を
発生湯ゼる持報手段を借成する。
In Fig. 2 VC, (c) is an alarm device such as a lamp, which is energized by fully opening the contacts (1) of A when (8) is activated, and c? I) rJ: Relay-OQ No-JAR's b contact (16b) k jr L is energized with a feed signal such as a lamp, -t-respectively winding (8) sake When the number of threads is 7t (=f), the number of bows becomes N-1 or less.

図面において、(ハ)啄揺動ローラ(4)が糸送出ロー
ラ(3)に圧着時作動する揺動ローラ位置検出−7・イ
クロスイッチで、その接点(28a)は前記糸走行検出
器αOの接点(10a)と直列に接続される。
In the drawing, (c) an oscillating roller position detection-7 microswitch that is activated when the oscillating roller (4) is pressed against the yarn delivery roller (3), the contact point (28a) of which is connected to the yarn traveling detector αO. It is connected in series with the contact (10a).

翰は該接点(lOa )及び接点(28a)と並列に接
続された起動スイッチ、軸はり+ットスイップーである
The handle is a start switch and a shaft switch connected in parallel with the contact (lOa) and the contact (28a).

次にその作動について説明する。Next, its operation will be explained.

起動スイッチ四を閉じると、りし・〜(klが付勢され
、九の第2接点(16a2)が閉成されるので、ゾンド
グ−一ト(イ)全弁してトランジスタい9が7Aンにな
り、リレー曽、ti磁スイッチ用コイル(・や全弁して
ンレノイドコイル曲、タラップ゛し1)が付勢されて揺
動ローラ(4)が糸送出ロー  ラ(31に圧イtして
糸の送出全開始するとともに捲糸g(8)が回転を始め
、同時に作動する撚糸リング((1)に嵌めて旋回ET
能なトラベラ(7)により撚糸されて捧糸管(8)に捲
糸される。リレー(6)の第1接点(16a+)の閉成
により、検出コイルQ4)から永久磁石9東の回転すな
わち糸の送出に対応し2て出力する市、気パルヌは前置
叉部増幅器Q″i)を介して計数器OQに入力(−旧敵
が行わたる。捲糸管(8)が満管にならないうちに糸(
9)が例えば1本切断して糸走行検出器0(事から糸走
行14吋が出力しなくなると、リレー(イ)は消勢され
ff>報器e?7)は作動するとともに、抄一点(16
al)の開放により計数器Q9の計数が停止し、接点(
16X12)の開放により捲糸管(8)が停止すると同
時に糸の送出が停止される。糸の走行が1當になり+j
jび合撚糸作業が行なわれ、そのit”hQ ’a’i
 (l’Dが作動し、捲糸管(8)の管糸の捲同数が設
定値に達すると、計数器0りからの出力により有極リレ
ー0功が作動し接点(18a)が開いてリレー(國を消
勢1−1it数器曹の旧敵を停止すると共に捲糸管(8
)を17止し揺動ローラ(4)ケ糸送出ローラ(3)か
ら離脱さ、ヒ−る。同時に接点(lsh)の閉成により
ET報器□□□が作動し7泗肯會報知する。
When the start switch 4 is closed, the switch 4 is energized and the second contact (16a2) of the switch 9 is closed, so that the transistor 9 is fully operated and the transistor 9 is turned on at 7A. Then, the coils for the relay and ti magnetic switches (all the valves are turned and the coils are turned, and the ramp 1) are energized, and the swinging roller (4) is pressed against the yarn delivery roller (31). At the same time that the yarn is completely fed out, the winding yarn g (8) starts rotating, and at the same time it is fitted into the twisting ring ((1) and rotated.
The yarn is twisted by a capable traveler (7) and wound into a yarn thread tube (8). When the first contact (16a+) of the relay (6) is closed, the detection coil Q4) outputs the output signal corresponding to the rotation of the permanent magnet 9, that is, the sending of the thread, to the front fork amplifier Q''. i) to the counter OQ.
9) is cut, for example, and the thread running detector 0 (for example, when the thread running 14 inches is no longer output), the relay (a) is deenergized and the ff > alarm e?7) is activated, and at the same time (16
When the contact (al) is opened, the counting of the counter Q9 is stopped and the contact (
16X12), the winding tube (8) is stopped and at the same time, the feeding of the thread is stopped. The running of the thread becomes 1 +j
The work of plying and twisting the yarn is carried out, and it is
(When l'D is activated and the number of windings of the yarn in the winding tube (8) reaches the set value, the output from the counter activates the polarized relay 0 and the contact (18a) opens. Relay (deactivate the country 1-1it to stop the former enemy of the number 1) and winding tube (8
) is stopped at 17, and the swinging roller (4) is separated from the thread sending roller (3) and heated. At the same time, the ET alarm □□□ is activated by closing the contact point (lsh) to notify the 7th day of acceptance.

この状態で1′1−栗石が誤って起動スイッチ(ホ)を
閉じても有極リレー(ト)の接点(18a)が開いでい
るので糸の送出、撚糸及び計数が行なわれることがない
In this state, even if 1'1-Kuriishi accidentally closes the starting switch (E), the contact (18a) of the polarized relay (G) remains open, so yarn delivery, twisting, and counting will not occur.

糸の送出、撚糸及び組数を再び行なう場合にはリセット
スイッチK) ’、c閉じて有極リレーQ〜を逆動作さ
せ接点(18a)を閉成し同時Vこ泊数器09をリセッ
トする。
When sending out the yarn, twisting the yarn and changing the number of sets again, close the reset switches K) ' and c to reversely operate the polarized relay Q~, close the contact (18a), and simultaneously reset the V number counter 09. .

このように本発明によるときけ、N個の給糸ボビンの糸
の走行全検出するN個の糸走<j検出器と、前記合糸し
た糸の送出を検出する検出手段と該検出手段の出力VC
より糸の送出h4−孕バi測゛!”る手段を設け、前記
N個の糸走行検出器のフーベてから糸走行信号を出力す
る時前記検出手没と計測手段とゲ接続し7、前記糸走行
4aけがN−1個以下になった時又は前記捲糸ftの満
管時前記糸の送出及び捲糸laのIIj1転を停止りす
るとともに誓報を発生するようにしたので、管糸の糸長
に不揃いが無くなり、管糸をダブルトウイスタVこかI
6だとき、その運転効率がよく、作条工数が少なくなる
とともに′Th、気料金も少なくてフみ、また管糸を経
糸として用いる場合には残糸処理が不必費になり捲糸管
の一ブY父換ができ、更に一本でも糸が切れたときは糸
の走行を止めるため不良品音生ずることがない等の〃1
果を有ブる。
In this way, according to the present invention, there are provided N yarn running <j detectors for detecting all the traveling of the yarns of the N yarn feeding bobbins, a detecting means for detecting the delivery of the combined yarn, and Output VC
Thread delivery h4 - Pregnancy measurement! When outputting a yarn traveling signal from the hub of the N yarn traveling detectors, the detection hand is connected to the measuring means 7, so that the number of injuries to the yarn traveling 4a is N-1 or less. When the winding thread ft is full or when the winding thread ft is full, the delivery of the thread and the IIj1 rotation of the winding thread la are stopped and a warning signal is generated. Double Towista V Koka I
6, the operation efficiency is good, the number of man-hours for winding tubes is reduced, and the winding cost is also low.In addition, when the pipe threads are used as warp threads, processing of the remaining threads becomes an unnecessary expense, and the winding pipe is not used. It is possible to replace one thread with a Y thread, and if even one thread breaks, the thread stops running, so there is no noise of defective products.
have fruit.

【図面の簡単な説明】[Brief explanation of drawings]

第1図は不発り[」の実施の1 tpuの機構部の緋図
、第2図はその電気回路図を示す。 (1)・・・冷糸ボビン、(3)・・・糸送出ローラ、
(4)・・・糸1]三着用揺理ノローラ、(5)・・・
糸ガイド、(6)・・・撚糸り/グ、(7)・・・トラ
ベラ、(8)・・・捲糸管、(Xυ・・・糸、0(ト・
・糸走行暎出器。 (1υ・・・変速装置計、    Qカ・・・j京駒用
電動機、(1]・・・永久磁石、    (14)・・
・検111コイル、(向・・・’it ?ty、器、 
    叫・・・リレー、(171・・・Mil R9
流増幅器、0渇・・・イ1極リレー、(l!□S・・・
ソレノイドコイル、 翰・・スズリング、   el)−・・クラッチ、いp
・・・ナンドゲー ト、  脅・−・リレー。 Vυ・・・’lI、 (aスイッチ用二1イル、ψ9・
・・トランジスク、 翰曽う・・・警報器、曽・・・揺
υ山「トーラB’Uiii4莢出マイクロスイッチ、■
・・起動スイッチ、 辺・・・リセットスイッチ。
Figure 1 shows a schematic diagram of the mechanism of a 1 tpu implementation of the misfire ['', and Figure 2 shows its electrical circuit diagram. (1)... Cold yarn bobbin, (3)... Yarn sending roller,
(4)... Thread 1] Three-piece rocking roller, (5)...
Yarn guide, (6)...Twisting/g, (7)...Traveler, (8)...Winding tube, (Xυ...Thread, 0(g)
・Thread running drawer. (1υ...Transmission device meter, Q motor...J Kyo-koma electric motor, (1)...Permanent magnet, (14)...
・Detection 111 coil, (direction...'it?ty, vessel,
Scream...Relay, (171...Mil R9
Current amplifier, 0-pin...1-pole relay, (l!□S...
Solenoid coil, wire, ring, el)--clutch, p
...Nandgate, threat--relay. Vυ...'lI, (21il for a switch, ψ9・
...Transisc, Kanso...Alarm, Zeng...Yuuyama ``Tora B'Uiii 4 shell micro switch,■
...Start switch, Side...Reset switch.

Claims (1)

【特許請求の範囲】 N個の給糸ポビンの糸を引捕1え合糸しつつ撚糸を行な
い捲糸管Vr−潅糸する合撚糸機において。 前記N個の巌)糸ボビンの糸の走行全検出するN個の糸
走行検出器と、前記合糸した糸の送出全検出する検出手
段と、該検出手段の出力により糸の送出m、を訂沖1す
る開側手段と、前記N個の糸走1工検出器のすべてから
糸走行信号を出力する時前61′、検出手段と山側手段
とを接続する手段と、n11記糸走行信号がN−1個以
下に′ft:つた時又は前記捲糸TIの満管時前記糸の
送出及び招糸官の回転を停止するとともに賃報を発生さ
せる停止及び格報十段とf貝、 %h jbことktP
!j徴とす2、合(′ζ()糸(幾の!i’!if祝装
置6.。
[Scope of Claims] A yarn combining/twisting machine which twists yarns while catching and combining yarns from N yarn feeding pobins, and twists the yarns through a winding tube Vr. N thread running detectors for detecting all the running of the threads of the N thread bobbins, a detecting means for detecting the entire feeding of the combined threads, and a thread feeding m based on the output of the detecting means. an opening side means for correcting the offset; a means for connecting the detection means and the mountain side means; is N-1 or less'ft: When the winding thread TI is full, the thread delivery and the rotation of the thread guide are stopped, and a stop and report 10 steps and f shell that generate a thread notice; %h jb aka ktP
! j sign and 2.
JP14771482A 1982-08-27 1982-08-27 Monitoring device for yarn doubling and twisting machine Granted JPS5943130A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP14771482A JPS5943130A (en) 1982-08-27 1982-08-27 Monitoring device for yarn doubling and twisting machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP14771482A JPS5943130A (en) 1982-08-27 1982-08-27 Monitoring device for yarn doubling and twisting machine

Publications (2)

Publication Number Publication Date
JPS5943130A true JPS5943130A (en) 1984-03-10
JPS6151045B2 JPS6151045B2 (en) 1986-11-07

Family

ID=15436536

Family Applications (1)

Application Number Title Priority Date Filing Date
JP14771482A Granted JPS5943130A (en) 1982-08-27 1982-08-27 Monitoring device for yarn doubling and twisting machine

Country Status (1)

Country Link
JP (1) JPS5943130A (en)

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0334076U (en) * 1989-08-08 1991-04-03
CN108350122A (en) * 2015-10-29 2018-07-31 阿科玛法国公司 Functionalized fluorinated copolymers

Cited By (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
JPH0334076U (en) * 1989-08-08 1991-04-03
CN108350122A (en) * 2015-10-29 2018-07-31 阿科玛法国公司 Functionalized fluorinated copolymers
CN108350122B (en) * 2015-10-29 2020-11-10 阿科玛法国公司 Functionalized fluorinated copolymers

Also Published As

Publication number Publication date
JPS6151045B2 (en) 1986-11-07

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