JPH0466947B2 - - Google Patents
Info
- Publication number
- JPH0466947B2 JPH0466947B2 JP31912889A JP31912889A JPH0466947B2 JP H0466947 B2 JPH0466947 B2 JP H0466947B2 JP 31912889 A JP31912889 A JP 31912889A JP 31912889 A JP31912889 A JP 31912889A JP H0466947 B2 JPH0466947 B2 JP H0466947B2
- Authority
- JP
- Japan
- Prior art keywords
- control panel
- drying
- dryer
- processing
- processing machine
- 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.)
- Expired
Links
- 238000001035 drying Methods 0.000 claims description 90
- 239000004753 textile Substances 0.000 claims description 39
- 238000004891 communication Methods 0.000 claims description 20
- 238000010981 drying operation Methods 0.000 claims description 10
- 235000013351 cheese Nutrition 0.000 claims description 9
- 238000000034 method Methods 0.000 claims description 8
- 238000004043 dyeing Methods 0.000 description 38
- 230000032258 transport Effects 0.000 description 14
- 230000000694 effects Effects 0.000 description 2
- 230000005540 biological transmission Effects 0.000 description 1
- 239000000969 carrier Substances 0.000 description 1
- 238000010586 diagram Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 239000000835 fiber Substances 0.000 description 1
- 239000013307 optical fiber Substances 0.000 description 1
- 238000010186 staining Methods 0.000 description 1
Landscapes
- Treatment Of Fiber Materials (AREA)
Description
【発明の詳細な説明】
〔産業上の利用分野〕
本発明は、チーズ等の繊維品が充填されたキヤ
リアーを処理機で処理し、上記処理機から取り出
した処理済みキヤリアーを搬送手段によつて乾燥
機まで搬送し乾燥機に装填して乾燥させる一連の
処理システムにおける処理、搬送、乾燥制御方法
およびそれに用いる装置に関するものである。[Detailed Description of the Invention] [Industrial Application Field] The present invention involves processing a carrier filled with a textile product such as cheese in a processing machine, and transporting the processed carrier taken out from the processing machine by a conveying means. The present invention relates to a method for controlling processing, transport, and drying in a series of processing systems in which the present invention is transported to a dryer, loaded into the dryer, and dried, and an apparatus used therefor.
チーズやばら毛等の繊維品の染色は、通常、第
４図（チーズ用）に示すようなキヤリアー（搬送
台）５に繊維品６を充填し、キヤリアー５ごと染
色機に装填し染色したのち染色機から取り出した
キヤリアー５を乾燥機に装填して繊維品６を乾燥
し、乾燥機から取り出したキヤリアー５から繊維
品６を取り出すことによつて行われている。
When dyeing textile products such as cheese and loose hair, normally, a carrier (transport table) 5 as shown in Fig. 4 (for cheese) is filled with textile products 6, and the carrier 5 is loaded into a dyeing machine and dyed. This is carried out by loading the carrier 5 taken out from the dyeing machine into a dryer to dry the textile product 6, and then taking out the textile product 6 from the carrier 5 taken out from the dryer.
このような繊維品９の処理は、近年自動化が進
み、処理機には処理機制御盤Ａが設けられ、乾燥
機には乾燥機制御盤Ｃが設けられていて、それぞ
れの制御盤Ａ，Ｃに予め所定の条件を設定するこ
とにより、各単体における動作は自動的に進行す
るようになつている。ただし、上記処理機および
乾燥機の動作は対象とする繊維品に応じて変えな
ければならないので、その都度条件設定を行う必
要がある。 The processing of such textile products 9 has been automated in recent years, and the processing machine is equipped with a processing machine control panel A, and the dryer is equipped with a dryer control panel C. By setting predetermined conditions in advance, the operation of each unit proceeds automatically. However, since the operations of the processing machine and dryer must be changed depending on the target textile product, it is necessary to set the conditions each time.
しかしながら、処理対象である繊維品が異なる
ごとに、処理機制御盤Ａに処理条件を設定し、処
理済みキヤリアーが乾燥機に到達した時点でその
キヤリアー内の繊維品に合わせて乾燥機制御盤Ｃ
に乾燥条件を設定していては、現場における作業
者の負担が多く、また条件設定に熟練を要するの
で、その省力化が望まれている。
However, each time the textiles to be processed differ, the processing conditions are set on the processing machine control panel A, and when the treated carrier reaches the dryer, the processing conditions are set on the dryer control panel C according to the textiles in the carrier.
If the drying conditions are set at the same time, it places a heavy burden on the workers at the site and requires skill in setting the conditions, so it is desired to save labor.
本発明は、このような事情に鑑みなされたもの
で、処理済みキヤリアーが乾燥機に到達した時点
でいちいち乾燥機制御盤Ｃに乾燥条件を設定しな
くても、予め処理機制御盤Ａに所定の条件を設定
するだけで乾燥機における条件設定が自動的に行
われるような繊維品の処理、搬送、乾燥制御方法
およびそれに用いる装置の提供をその目的とす
る。 The present invention has been made in view of the above circumstances, and it is not necessary to set the drying conditions on the dryer control panel C each time the treated carrier reaches the dryer. The object of the present invention is to provide a method for controlling processing, conveyance, and drying of textiles, and an apparatus used therein, in which the conditions in the dryer are automatically set simply by setting the conditions.
上記の目的を達成するため、本発明は、チーズ
等の繊維品が充填されたキヤリアーを処理機で処
理し、上記処理機から取り出した処理済みキヤリ
アーを搬送手段によつて乾燥機まで搬送し乾燥機
に装填して乾燥させる一連の処理システムにおい
て、上記処理機の処理動作を制御する処理機制御
盤Ａと、上記搬送手段の搬送動作を制御する搬送
用制御盤Ｂと、上記処理機の乾燥動作を制御する
乾燥機制御盤Ｃと、上記処理機制御盤Ａと搬送用
制御盤Ｂの間および搬送用制御盤Ｂと乾燥機制御
盤Ｃ間において情報の伝達を行う通信ネツトワー
クとを設け、上記処理機制御盤Ａに、繊維品の種
類に応じた処理条件を入力する際に、記号によつ
て区別される複数種の乾燥パターンの中からその
繊維品の種類に応じた乾燥パターンを示すいずれ
かの記号を設定し、上記搬送手段によつて処理機
から処理済みキヤリアーを取り出す際に、上記通
信ネツトワークを通じて上記制御盤Ａにおいて設
定された乾燥パターン記号を搬送用制御盤Ｂに伝
達して一旦記憶させ、上記搬送手段によつて処理
済みキヤリアーを乾燥機に装填する際に、上記通
信ネツトワークを通じて上記制御盤Ｂに一旦記憶
された乾燥パターン記号を乾燥機制御盤Ｃに伝達
し、この乾燥パターン記号にもとづいて乾燥機に
おける乾燥動作を制御するようにした繊維品の処
理システムにおける処理、搬送、乾燥制御方法を
第１の要旨とし、上記繊維品の処理システムに用
いられる処理、搬送、乾燥制御装置であつて、上
記処理機の処理動作を制御する処理機制御盤Ａ
と、上記搬送手段の搬送動作を制御する搬送用制
御盤Ｂと、上記乾燥機の乾燥動作を制御する処理
機制御盤Ｃと、上記搬送手段が処理機からキヤリ
アーを取り出す際に上記処理機制御盤Ａから上記
搬送用制御盤Ｂに対し情報伝達を行い、上記搬送
手段が乾燥機にキヤリアーを装填する際に上記搬
送用制御盤Ｂから上記乾燥機制御盤Ｃに対し情報
伝達を行う通信ネツトワークとを備え、上記処理
機制御盤Ａに、記号によつて区別される複数種の
乾燥パターンの中から特定の乾燥パターンを指定
するいずれかの記号を設定しうる記号設定手段が
設けられ、上記搬送用制御盤Ｂに、上記通信ネツ
トワークによつて処理機制御盤Ａから伝達される
乾燥パターン記号を記憶する記号記憶手段が設け
られ、上記乾燥機制御盤Ｃに、記号によつて区別
される複数種の乾燥パターンが予め記憶される乾
燥パターン記憶手段と、上記通信ネツトワークに
よつて搬送用制御盤Ｂから伝達される乾燥パター
ン記号を読み取つて上記記憶手段からその記号に
相当する乾燥パターンを呼び出す乾燥パターン呼
び出し手段と、上記乾燥パターン呼び出し手段に
よつて呼び出された乾燥パターンに従つて乾燥機
の動作を制御する乾燥機制御手段とが設けられて
いる繊維品の処理システムにおける処理、搬送、
乾燥制御装置を第２の要旨とする。
In order to achieve the above object, the present invention processes a carrier filled with textile products such as cheese in a processing machine, and transports the processed carrier taken out from the processing machine to a dryer by a conveyance means and dries it. In a series of processing systems for loading and drying the processing machine, there is a processing machine control panel A that controls the processing operation of the processing machine, a transport control panel B that controls the transporting operation of the transporting means, and a drying system for the processing machine. A dryer control panel C for controlling the operation, and a communication network for transmitting information between the processing machine control panel A and the transport control panel B and between the transport control panel B and the dryer control panel C are provided. , When inputting processing conditions according to the type of textile product into the processing machine control panel A, select a drying pattern according to the type of textile product from among multiple drying patterns distinguished by symbols. The drying pattern symbol set in the control panel A is transmitted to the transfer control panel B through the communication network when the processed carrier is taken out from the processing machine by the transfer means. When the processed carrier is loaded into the dryer by the conveying means, the drying pattern symbol once stored in the control panel B is transmitted to the dryer control panel C through the communication network. The first gist is a processing, conveyance, and drying control method in a textile processing system that controls the drying operation in a dryer based on this drying pattern symbol, and the processing used in the textile processing system; Processing machine control panel A, which is a conveyance and drying control device and controls processing operations of the processing machine.
, a transport control panel B that controls the transport operation of the transport means, a processing machine control panel C that controls the drying operation of the dryer, and a processing machine control panel C that controls the processing machine control panel when the transport means takes out the carrier from the processing machine. A communication network that transmits information from panel A to the transport control panel B, and transmits information from the transport control panel B to the dryer control panel C when the transport means loads a carrier into the dryer. a workpiece, and the processing machine control panel A is provided with symbol setting means capable of setting any symbol for designating a specific drying pattern from among a plurality of types of drying patterns distinguished by symbols, The conveyance control panel B is provided with symbol storage means for storing drying pattern symbols transmitted from the processing machine control panel A through the communication network, and the drying machine control panel C is provided with symbol storage means for storing drying pattern symbols transmitted from the processing machine control panel A through the communication network. a drying pattern storage means in which a plurality of types of drying patterns are stored in advance; and a drying pattern storage means that reads a drying pattern symbol transmitted from the conveyance control panel B through the communication network and stores the drying pattern corresponding to the symbol from the storage means. Processing in a textile processing system, which is provided with a drying pattern calling means for calling a pattern, and a dryer control means for controlling the operation of a dryer according to the drying pattern called by the drying pattern calling means, transportation,
The second gist is the drying control device.
すなわち、本発明は、従来の繊維品の処理シス
テムに用いられる処理機制御盤Ａ、搬送用制御盤
Ｂ、乾燥機制御盤Ｃの機能を保持した上で、さら
に、上記制御盤Ａ，Ｂ，Ｃを結ぶ通信ネツトワー
クを設け、処理機制御盤Ａに処理すべき繊維品に
応じた処理条件を設定する際に、併せてその繊維
品に応じた乾燥条件を示す記号（予め繊維品別
に、その繊維品に応じた乾燥条件パターンを分類
しそれぞれに記号を付けておく）を設定するよう
にし、この設定された記号を、上記通信ネツトワ
ークを介して、キヤリアーノズルに沿つて、処理
機→搬送手段→乾燥機と伝達させるようにし、一
方、乾燥機制御盤Ｃに、予め記号によつて区別さ
れる各乾燥パターンを記憶させておき、上記伝達
によつて乾燥機に入力された記号に相当する乾燥
パターンで、乾燥機の乾燥動作を制御するように
したものである。したがつて、本発明によれば、
処理済みキヤリアーが乾燥機に到達した時点で、
いちいちそのキヤリアー内の繊維品の種類から乾
燥条件を判断して乾燥機制御盤Ｃに乾燥条件を設
定する必要がなく、繊維品の処理から乾燥に至る
までの全工程を無人化することができる。
That is, the present invention maintains the functions of the processing machine control panel A, the conveyance control panel B, and the dryer control panel C used in the conventional textile processing system, and further provides the above-mentioned control panels A, B, A communication network is provided to connect the fibers, and when setting the processing conditions in the processing machine control panel A according to the textiles to be processed, a symbol indicating the drying conditions according to the textiles (in advance for each textiles) is set. The drying condition patterns are classified according to the textile product and a symbol is attached to each one), and the set symbol is sent to the processing machine along the carrier nozzle via the above communication network. → conveyance means → dryer, and on the other hand, each drying pattern distinguished by a symbol is stored in the dryer control panel C in advance, and the symbol input to the dryer by the above transmission is stored in advance. The drying operation of the dryer is controlled using a drying pattern corresponding to the following. Therefore, according to the present invention,
Once the treated carrier reaches the dryer,
There is no need to determine the drying conditions based on the type of textiles in the carrier and set the drying conditions on the dryer control panel C, and the entire process from processing textiles to drying can be automated. .
つぎに、本発明を実施例にもとづいて詳細に説
明する。 Next, the present invention will be explained in detail based on examples.
第１図は本発明を適用したチーズの処理システ
ムの一例を示す模式的な平面図である。図におい
て、１１〜１５はチーズ染色機で、容量の異なる
２種類の染色機が合計５台並設されている。そし
て、各染色機１１〜１５にはそれぞれ、染色条件
が予め設定されればそれにもとづいて染色動作を
自動的に制御する染色機制御盤A1〜A5が設けら
れている。また、１６，１７は乾燥機で、それぞ
れ、乾燥条件が設定されればそれにもとづいて乾
燥動作を自動的に制御する乾燥機制御盤C1，C2
が設けられている。
FIG. 1 is a schematic plan view showing an example of a cheese processing system to which the present invention is applied. In the figure, 11 to 15 are cheese dyeing machines, and a total of five dyeing machines of two types with different capacities are installed in parallel. Each dyeing machine 11 to 15 is provided with a dyeing machine control panel A 1 to A 5 that automatically controls the dyeing operation based on preset dyeing conditions. Further, 16 and 17 are dryers, respectively, and dryer control panels C 1 and C 2 that automatically control the drying operation based on the drying conditions are set.
is provided.
一方、この処理システムが組まれた工場の天井
には、鎖線で示すように、２本のレール２０，２
１によつて支受される天井クレーン２２が取り付
けられており、東西南北方向に自在に移動できる
ようになつている。そして、このクレーン２２の
動作は、クレーン制御盤Ｂによつて自動制御され
るようになつている。 On the other hand, there are two rails 20, 2 on the ceiling of the factory where this processing system is installed, as shown by chain lines.
An overhead crane 22 supported by 1 is attached so that it can freely move in the north, south, east, and west directions. The operation of this crane 22 is automatically controlled by a crane control panel B.
なお、上記染色機制御盤A1〜A3と上記クレー
ン制御盤Ｂ間、クレーン制御盤Ｂと乾燥機制御盤
C1，C2間にそれぞれ光フアイバーケーブル等の
通信ケーブルによつて接続され通信ネツトワーク
３０を形成している。これにより、染色機制御盤
A1〜A5と上記クレーン制御盤Ｂの間、クレーン
制御盤Ｂと乾燥機制御盤C1，C2の間では、情報
の伝達ができるようになつている。 In addition, between the dyeing machine control panels A 1 to A 3 and the crane control panel B, and between the crane control panel B and the dryer control panel.
A communication network 30 is formed by connecting C 1 and C 2 with communication cables such as optical fiber cables. This allows the dyeing machine control panel
Information can be transmitted between A1 to A5 and the crane control panel B, and between the crane control panel B and the dryer control panels C1 and C2 .
この処理システムにおける染色機制御盤A1〜
A5には、染色動作を制御する制御手段とは別に、
記号によつて区別される10種類の乾燥パターンの
中から選択されるいずれかの記号を設定すること
のできる設定器が設けられている。上記10種類の
乾燥パターンとは、繊維品の種類によつて異なる
最適な乾燥条件を10パターンに分類したもので、
それぞれに例えばNo.１〜No.10の符号が付されてい
る。したがつて、例えば染色機１１に繊維品（キ
ヤリアーに充填したもの）を装填し処理を開始し
ようとする場合、染色機１１の制御盤A1に、上
記繊維品の種類に応じた染色条件を設定すると同
時に、その繊維品の種類に応じた乾燥条件を示す
記号（例えばNo.１）を併せて入力することができ
るようになつている。 Dyeing machine control panel A 1 in this processing system
A5 includes, apart from the control means for controlling the staining operation,
A setting device is provided that can set any symbol selected from ten types of drying patterns distinguished by symbols. The above 10 types of drying patterns are classified into 10 patterns of optimal drying conditions that differ depending on the type of textile product.
For example, the numbers No. 1 to No. 10 are assigned to each of them. Therefore, for example, when loading textiles (filled in a carrier) into the dyeing machine 11 and starting processing, the dyeing conditions corresponding to the type of textiles are set on the control panel A1 of the dyeing machine 11. At the same time as setting, it is also possible to input a symbol (for example, No. 1) indicating the drying condition according to the type of textile product.
そして、上記クレーン制御盤Ｂには、クレーン
動作を制御する制御手段とは別に、制御盤A1〜
A5に設定された上記乾燥パターン記号の伝達を
受けて、この乾燥パターン記号を一旦記憶する記
号記憶手段が設けられている。この乾燥パターン
の伝達は、前記通信ネツトワーク３０によつて、
つぎのようにして行われる。すなわち、第２図ａ
に示すように、クレーン２２は、染色完了信号を
発した染色機（例えば１１）の真上に位置決めさ
れ染色機１１の蓋が開くのを待つよう制御されて
おり、上記位置決めの時点で、前記通信ネツトワ
ーク３０を介してその染色機１１の制御盤A1の
記号設定器からNo.１という乾燥パターンの記号が
情報としてクレーン制御盤Ｂに伝達される。上記
クレーン制御盤Ｂは、この情報を受け取つて一旦
記憶する（第２図ｂ）。なお、上記染色機制御盤
A1では、クレーン制御盤Ｂ側にNo.１という情報
を伝達したのちは、No.１という記号設定が自動的
に解除されつぎの新たに設定入力を待つ状態とな
る。 The crane control panel B includes control panels A1 to A1 in addition to the control means for controlling the crane operation.
Symbol storage means is provided for receiving the drying pattern symbol set at A5 and temporarily storing this drying pattern symbol. This drying pattern is transmitted by the communication network 30.
This is done as follows. That is, Figure 2a
As shown in , the crane 22 is positioned directly above the dyeing machine (for example, 11) that has issued the dyeing completion signal and is controlled to wait for the lid of the dyeing machine 11 to open. The symbol of the drying pattern No. 1 is transmitted as information to the crane control panel B from the symbol setting device of the control panel A1 of the dyeing machine 11 via the communication network 30. The crane control panel B receives this information and temporarily stores it (FIG. 2b). In addition, the dyeing machine control panel above
In A 1 , after the information No. 1 is transmitted to the crane control panel B side, the setting of the symbol No. 1 is automatically canceled and the state waits for the next new setting input.
一方、乾燥機制御盤C1，C2には、乾燥動作を
制御する乾燥制御手段とは別に、記号によつて区
別される10種類の具体的な乾燥パターン（乾燥温
度、乾燥時間、ブロワー切り換えのタイミング等
の制御条件）を記憶する乾燥パターン記憶手段
と、上記クレーン制御盤Ｂに記憶された乾燥パタ
ーン記号の伝達を受けて上記記憶手段からその記
号に相当する乾燥パターン記号を呼び出す乾燥パ
ターン呼び出し手段と、上記呼び出された乾燥パ
ターンに従つて乾燥機の乾燥動作を制御する乾燥
機制御手段とが設けられている。なお、上記乾燥
パターンに付された記号は、前記染色機制御盤
A1〜A5に設定しうる記号群と対応するようにな
つている。上記クレーン制御盤Ｂからの乾燥パタ
ーン記号の伝達は、前記通信ネツトワーク３０に
よつてつぎのようにして行われる。すなわち、第
２図ｃに示すように、クレーン２２は、空の乾燥
機（例えば１６）の真上に、これから乾燥を行お
うとするキヤリアー５′を吊り下げた状態で位置
決めされるよう制御されており、上記位置決めの
時点で、前記通信ネツトワーク３０を介して上記
クレーン制御盤Ｂの記号記憶手段からNo.１という
乾燥パターンの記号が情報として乾燥機制御盤
C1に伝達される（第２図ｄ）。なお、上記クレー
ン制御盤Ｂは、乾燥機制御盤C1側にNo.１という
情報を伝達したのちは、No.１という記号設定が自
動的に解除されつぎの新たな設定入力を待つ状態
となる。そして、上記No.１という情報を受け取つ
た乾燥機制御盤C1は、上記No.１の記号に相当す
る乾燥パターンに従つて乾燥動作を行う。この乾
燥動作が終了すると、上記乾燥機制御盤C1に入
力されたNo.１の情報は、自動的に解除されつぎの
新たな情報の伝達を待つ状態となる。 On the other hand, the dryer control panels C 1 and C 2 have 10 types of specific drying patterns (drying temperature, drying time, blower switching, a drying pattern storage means for storing control conditions (such as timing, etc.); and a drying pattern calling means for receiving a drying pattern symbol stored in the crane control panel B and calling a drying pattern symbol corresponding to the symbol from the storage means. and dryer control means for controlling the drying operation of the dryer in accordance with the retrieved drying pattern. Note that the symbols attached to the drying pattern above are the symbols attached to the dyeing machine control panel.
It corresponds to the symbol group that can be set in A 1 to A 5 . The drying pattern symbol is transmitted from the crane control panel B through the communication network 30 in the following manner. That is, as shown in FIG. 2c, the crane 22 is controlled so that it is positioned directly above the empty dryer (for example, 16) with the carrier 5' that is about to be dried suspended therefrom. At the time of the positioning, the symbol of the drying pattern No. 1 is sent to the dryer control panel as information from the symbol storage means of the crane control panel B via the communication network 30.
C1 (Fig. 2d). In addition, after the crane control panel B transmits the information No. 1 to the dryer control panel C 1 side, the symbol setting No. 1 is automatically canceled and the state waits for the next new setting input. Become. Then, the dryer control panel C1 that has received the information No. 1 performs a drying operation according to the drying pattern corresponding to the symbol No. 1 above. When this drying operation is completed, the No. 1 information input to the dryer control panel C1 is automatically canceled and the dryer waits for the next new information to be transmitted.
このように、上記処理システムによれば、染色
機１１〜１５に染色条件を設定する際に、同時に
その処理対象である繊維品に応じた乾燥条件を、
記号で設定しておけば、その乾燥条件を指定する
記号が、キヤリアーの移動に伴つて染色機制御盤
A1〜A5→クレーン制御盤Ｂ→乾燥機制御盤C1，
C2と伝達され、乾燥機１６，１７において最適
な乾燥条件が自動的に設定され乾燥制御がなされ
るようになる。したがつて、乾燥機１６，１７に
到達した時点でいちいち作業者がキヤリアーの繊
維品から乾燥条件を判断して設定する必要がな
く、染色から乾燥に至る処理を一貫した自動制御
で行うことができる。しかも、この制御は、従来
の染色機制御盤A1〜A5、乾燥機制御盤C1，C2を
利用するものであり、新たな設備投資を必要とし
ないという利点を有する。 As described above, according to the processing system, when setting the dyeing conditions for the dyeing machines 11 to 15, the drying conditions are simultaneously set according to the textile product to be processed.
If you set a symbol, the symbol specifying the drying condition will be displayed on the dyeing machine control panel as the carrier moves.
A 1 ~ A 5 → Crane control panel B → Dryer control panel C 1 ,
C 2 , the optimum drying conditions are automatically set in the dryers 16 and 17, and drying control is performed. Therefore, there is no need for the operator to determine and set the drying conditions based on the textiles in the carrier each time the textiles reach the dryers 16 and 17, and processes from dyeing to drying can be performed under consistent automatic control. can. Furthermore, this control utilizes the conventional dyeing machine control panels A 1 to A 5 and dryer control panels C 1 and C 2 , and has the advantage of not requiring any new equipment investment.
なお、上記実施例では、搬送手段として１台の
クレーン２２を用いているが、第３図に示すよう
に、２台一組のクレーン２２，３２を用いるよう
にしてもよい。 In the above embodiment, one crane 22 is used as the transport means, but as shown in FIG. 3, a set of two cranes 22 and 32 may be used.
また、上記実施例では、染色機１１〜１５から
取り出したキヤリアーを、直接乾燥機１６，１７
に搬送するようにしているが、染色機の台数が多
く、染色機と乾燥機の処理能力に差がある場合に
は、染色機と乾燥機の間に、キヤリアーのサイズ
によつて置く場所が区分された乾燥待ちステーシ
ヨンを設けるようにしてもよい。 Further, in the above embodiment, the carriers taken out from the dyeing machines 11 to 15 are directly transferred to the dryers 16 and 17.
However, if there are a large number of dyeing machines and there is a difference in processing capacity between the dyeing machines and the drying machines, the space between the dyeing machines and the drying machines depends on the size of the carrier. Separated drying stations may also be provided.
なお、上記実施例では、乾燥パターンを10種類
としているが、乾燥パターンの数は対象としうる
繊維品の種類等にもとづいて適宜に設定される。 In the above embodiment, there are 10 types of drying patterns, but the number of drying patterns is appropriately set based on the types of textile products that can be targeted.
また、本発明をチーズの染色システムに適用し
たものであるが、本発明は、チーズの外、ばら
毛、トツプ等各種の繊維品をキヤリアーに充填し
て処理を行う各種の処理システムに適用すること
ができる。 Furthermore, although the present invention is applied to a cheese dyeing system, the present invention is also applicable to various processing systems in which a carrier is filled with various textile products such as cheese, loose hair, tops, etc. be able to.
以上のように、本発明によれば、染色機に染色
条件を設定する際に、同時にその処理対象である
繊維品に応じた乾燥条件を記号で設定しておけ
ば、その乾燥条件を指定する記号が、キヤリアー
の移動に伴つて染色機制御盤Ａ→搬送用制御盤Ｂ
→処理機制御盤Ｃと伝達され、乾燥機において最
適な乾燥条件が自動的に指示されるようになつて
いる。したがつて、処理済みキヤリアーが乾燥機
に到達した時点でいちいちそのキヤリアーを見て
乾燥条件を決める必要がなく、染色から乾燥に至
る処理を一貫した自動制御で行うことができる。
しかも、この制御は、大掛かりな集中制御による
ものではなく、従来の染色機制御盤Ａ、乾燥機制
御盤Ｃを利用するものであり、新たな設備投資を
必要としないという利点を有する。
As described above, according to the present invention, when setting the dyeing conditions in the dyeing machine, if the drying conditions corresponding to the textiles to be processed are also set in symbols, the drying conditions can be specified. The symbol changes from dyeing machine control panel A to conveyance control panel B as the carrier moves.
→The information is transmitted to the processing machine control panel C, and the optimum drying conditions are automatically instructed in the dryer. Therefore, there is no need to look at the treated carrier each time it reaches the dryer and determine the drying conditions, and the process from dyeing to drying can be carried out under consistent automatic control.
Furthermore, this control is not based on large-scale centralized control, but utilizes the conventional dyeing machine control panel A and dryer control panel C, and has the advantage of not requiring any new equipment investment.
第１図は本発明にもとづく処理システムの一実
施例を示す平面図、第２図ａ，ｂ，ｃおよびｄは
上記実施例における記号の受け渡し状態の説明
図、第３図は本発明にもとづく処理システムの他
の実施例を示す平面図、第４図は本発明で取り扱
うキヤリアーの一例を示す正面図である。
５…キヤリアー、６…繊維品、１１〜１５…染
色機、１６，１７…乾燥機、２２，３２…クレー
ン、A1〜A5…染色機制御盤、Ｂ…クレーン制御
盤、C1〜C5…乾燥機制御盤。
FIG. 1 is a plan view showing an embodiment of a processing system based on the present invention, FIGS. 2 a, b, c, and d are explanatory diagrams of the symbol delivery state in the above embodiment, and FIG. 3 is a plan view showing an embodiment of the processing system according to the present invention. FIG. 4 is a plan view showing another embodiment of the processing system, and a front view showing an example of a carrier used in the present invention. 5...Carrier, 6...Textile product, 11-15...Dyeing machine, 16,17...Dryer, 22,32...Crane, A1 - A5 ...Dyeing machine control panel, B...Crane control panel, C1 -C 5 ...Dryer control panel.
Claims (1)
処理機で処理し、上記処理機から取り出した処理
済みキヤリアーを搬送手段によつて乾燥機まで搬
送し乾燥機に装填して乾燥させる一連の処理シス
テムにおいて、上記処理機の処理動作を制御する
処理機制御盤Ａと、上記搬送手段の搬送動作を制
御する搬送用制御盤Ｂと、上記乾燥機の乾燥動作
を制御する乾燥機制御盤Ｃと、上記処理機制御盤
Ａと搬送用制御盤Ｂの間および搬送用制御盤Ｂと
乾燥機制御盤Ｃ間において情報の伝達を行う通信
ネツトワークとを設け、上記処理機制御盤Ａに、
繊維品の種類に応じた処理条件を入力する際に、
記号によつて区別される複数種の乾燥パターンの
中からその繊維品の種類に応じた乾燥パターンを
示すいずれかの記号を設定し、上記搬送手段によ
つて処理機から処理済みキヤリアーを取り出す際
に、上記通信ネツトワ−クを通じて上記制御盤Ａ
において設定された乾燥パターン記号を搬送用制
御盤Ｂに伝達して一旦記憶させ、上記搬送手段に
よつて処理済みキヤリアーを乾燥機に装填する際
に、上記通信ネツトワークを通じて上記制御盤Ｂ
に一旦記憶された乾燥パターン記号を乾燥機制御
盤Ｃに伝達し、この乾燥パターン記号にもとづい
て乾燥機における乾燥動作を制御するようにした
ことを特徴とする繊維品の処理システムにおける
処理、搬送、乾燥制御方法。 ２ 請求項１記載の繊維品の処理システムに用い
られる処理、搬送、乾燥制御装置であつて、上記
処理機の処理動作を制御する処理機制御盤Ａと、
上記搬送手段の搬送動作を制御する搬送用制御盤
Ｂと、上記乾燥機の乾燥動作を制御する乾燥機制
御盤Ｃと、上記搬送手段が処理機からキヤリアー
を取り出す際に上記処理機制御盤Ａから上記搬送
用制御盤Ｂに対し情報伝達を行い、上記搬送手段
が乾燥機にキヤリアーを装填する際に上記搬送用
制御盤Ｂから上記乾燥機制御盤Ｃに対し情報伝達
を行う通信ネツトワークとを備え、上記処理機制
御盤Ａに、記号によつて区別される複数種の乾燥
パターンの中から特定の乾燥パターンを指定する
いずれかの記号を設定しうる記号設定手段が設け
られ、上記搬送用制御盤Ｂに、上記機通信ネツト
ワークによつて処理機制御盤Ａから伝達される乾
燥パターン記号を記憶する記号記憶手段が設けら
れ、上記乾燥機制御盤Ｃに、記号によつて区別さ
れる複数種の乾燥パターンが予め記憶される乾燥
パターン記憶手段と、上記通信ネツトワークによ
つて搬送用制御盤Ｂから伝達される乾燥パターン
記号を読み取つて上記記憶手段からその記号に相
当する乾燥パターンを呼び出す乾燥パターン呼び
出し手段と、上記乾燥パターン呼び出し手段によ
つて呼び出された乾燥パターンに従つて乾燥機の
動作を制御する乾燥機制御手段とが設けられてい
ることを特徴とする繊維品の処理システムにおけ
る処理、搬送、乾燥制御装置。[Scope of Claims] 1. A carrier filled with textiles such as cheese is processed in a processing machine, and the processed carrier taken out from the processing machine is transported to a dryer by a conveyance means and loaded into the dryer. In a series of processing systems for drying, there is a processing machine control panel A that controls the processing operation of the processing machine, a transport control panel B that controls the transport operation of the transport means, and a dryer that controls the drying operation of the dryer. A communication network for transmitting information between the processing machine control panel A and the transport control panel B and between the transport control panel B and the dryer control panel C is provided, and the processing machine control On board A,
When entering processing conditions according to the type of textile product,
When taking out the treated carrier from the processing machine by the above-mentioned conveyance means, one of the symbols indicating the drying pattern according to the type of textile product is set from among the plurality of drying patterns distinguished by symbols. Then, the control panel A is connected to the control panel A through the communication network.
The drying pattern symbol set at
Processing and transportation in a textile processing system, characterized in that the drying pattern symbol once stored in is transmitted to the dryer control panel C, and the drying operation in the dryer is controlled based on this drying pattern symbol. , drying control method. 2. A processing machine control panel A that is a processing, conveyance, and drying control device used in the textile processing system according to claim 1 and that controls processing operations of the processing machine;
A transport control panel B that controls the transport operation of the transport means, a dryer control panel C that controls the drying operation of the dryer, and a processing machine control panel A that is used when the transport means takes out the carrier from the processing machine. a communication network that transmits information from the transport control panel B to the dryer control panel C, and transmits information from the transport control panel B to the dryer control panel C when the transport means loads the carrier into the dryer; The processing machine control panel A is provided with symbol setting means capable of setting any symbol for designating a specific drying pattern from among a plurality of types of drying patterns distinguished by symbols, and The dryer control panel B is provided with a symbol storage means for storing drying pattern symbols transmitted from the processing machine control panel A through the machine communication network, and the dryer control panel C is provided with symbols that are distinguished by symbols. a drying pattern storage means in which a plurality of types of drying patterns are stored in advance; and a drying pattern storage means that reads a drying pattern symbol transmitted from the conveyance control panel B through the communication network and stores a drying pattern corresponding to the symbol from the storage means. and a dryer control means for controlling the operation of the dryer in accordance with the drying pattern called by the drying pattern calling means. Processing, conveyance, and drying control equipment in the system.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP31912889A JPH03180565A (en) | 1989-12-08 | 1989-12-08 | Method for controlling treatment, conveyance and drying of treating system for textile product and apparatus used therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP31912889A JPH03180565A (en) | 1989-12-08 | 1989-12-08 | Method for controlling treatment, conveyance and drying of treating system for textile product and apparatus used therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPH03180565A JPH03180565A (en) | 1991-08-06 |
| JPH0466947B2 true JPH0466947B2 (en) | 1992-10-26 |
Family
ID=18106775
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP31912889A Granted JPH03180565A (en) | 1989-12-08 | 1989-12-08 | Method for controlling treatment, conveyance and drying of treating system for textile product and apparatus used therefor |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPH03180565A (en) |
Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2004021669A (en) | 2002-06-18 | 2004-01-22 | Sanyo Electric Co Ltd | Transfer control system and transfer controller and recording device and transfer control method |
-
1989
- 1989-12-08 JP JP31912889A patent/JPH03180565A/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPH03180565A (en) | 1991-08-06 |
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