JPS5831481A - Form processor - Google Patents
Form processorInfo
- Publication number
- JPS5831481A JPS5831481A JP12899681A JP12899681A JPS5831481A JP S5831481 A JPS5831481 A JP S5831481A JP 12899681 A JP12899681 A JP 12899681A JP 12899681 A JP12899681 A JP 12899681A JP S5831481 A JPS5831481 A JP S5831481A
- Authority
- JP
- Japan
- Prior art keywords
- stacker
- sensor
- hopper
- forms
- processing
- 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.)
- Pending
Links
Classifications
-
- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
- G06K13/00—Conveying record carriers from one station to another, e.g. from stack to punching mechanism
- G06K13/02—Conveying record carriers from one station to another, e.g. from stack to punching mechanism the record carrier having longitudinal dimension comparable with transverse dimension, e.g. punched card
- G06K13/07—Transporting of cards between stations
Landscapes
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Conveying Record Carriers (AREA)
Abstract
Description
【発明の詳細な説明】
本発明は帳票処理装置に関し、特にスタッカフル検出時
に、ホッパ状態をチェックし、ホツノ(が空(エンプテ
ィ)であれば搬送路内め帳lAの処理終了後また。ホッ
パの帳票が少量であれば、ホッパの帳票の処理終了後に
スタッカフルとする装置に関する@
帳票処理装置の一例を第1図に示すOホツノ(1に積載
された帳票2は繰出しローラ3によシ1枚づつ搬送路4
に繰り出され、送ジロー25により搬送され処理(読取
)6されてからスタッカ7に収容される。なお、ホッパ
1にはホツノ(エンプティを検出するホッパエンプティ
センサ8があ)。DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a form processing device, and in particular, when detecting a stacker full, the hopper status is checked, and if the stacker is empty, the hopper An example of a form processing device is shown in FIG. Convey path 4 one by one
The paper is fed out, transported by a feeding roller 25, processed (read) 6, and then stored in a stacker 7. Note that the hopper 1 has a hopper empty sensor 8 that detects when the hopper is empty.
又ホッパ1を出た搬送路4の入口に搬送路内の帳票O状
態を監視するセンサ9が設けられ、酸センサ9は、帳票
2が該ホツノく1より搬送路4上に繰出されたことを確
認している。さらに1送路4の後sKも搬送路内の帳票
の状態を監視するセンナ1Gを設け、帳票2がスタッカ
7に収容されたことを検出している。又スタッカ7には
スタッカフルを検出するスタッカフルセッサ11がある
。Further, a sensor 9 is provided at the entrance of the conveyance path 4 that exits the hopper 1 to monitor the state of the form O in the conveyance path, and the acid sensor 9 detects when the form 2 is fed out from the hot spring 1 onto the conveyance path 4. has been confirmed. Further, a sensor 1G is provided after the first feeding path 4 to monitor the state of the forms in the conveying path, and detects that the form 2 is stored in the stacker 7. The stacker 7 also has a stacker full processor 11 for detecting stacker fullness.
このような帳票処理装置で紘、従来スタッカフルセンサ
IIKよ)スタッカフルを検出した場合。When such a form processing device detects stacker full (as compared to the conventional stacker full sensor IIK).
直ちにスタッカフルをコマンドに対し報告する。Immediately reports stacker full to command.
仁の場合では1例えばホッパl上の帳票2が搬送路4内
に送出されホッパエンプティになシ、その帳票2が処理
(読171L)される前に、スタッカフルセンサ11に
よシスタッカフルが検出されると装置紘停止する0そこ
で、装置オペレータはスタッカ7内の帳票な壜シ出した
後、装置を再起動させて搬送路4内の帳票の処理(読取
)を行わせ、その帳票の読取ル終了でホッパエンプティ
となる@上記のようにスタッカフルを検出した場合、未
処理帳票が搬送路内(ホッパエンプティ状M)。In the case of 1, for example, the form 2 on the hopper 1 is sent into the conveyance path 4 and the hopper is empty, and before the form 2 is processed (read 171L), the stacker full sensor 11 detects that the system stack is full. Then, the equipment operator stops after taking out the forms and bottles in the stacker 7, restarts the equipment, processes (reads) the forms in the conveyance path 4, and sets the reading process for the forms. When the stacker is finished, the hopper becomes empty.@If stacker full is detected as described above, unprocessed forms are in the conveyance path (hopper empty state M).
或iはホッパ上の帳票が少量状態でも装置を1度停止し
スタッカ内のIfkJJIKを取出して装置を6起動さ
せ処理するため、オペレータの装置占有時間が長くなる
とiう問題があった。Another problem is that even if there are only a small number of forms on the hopper, the apparatus must be stopped once, the IfkJJIK in the stacker must be taken out, and the apparatus must be restarted six times for processing, which increases the operator's occupation time with the apparatus.
本発明の目的は上記欠点を解消するための40で、七の
目的達成の九めに、ホッパ上の帳票積載状層の検出セン
ナによシホッパ上帳票のエンプティ状態、或いは少量状
態を検出した信号と搬送路内の帳票状態を監視するセン
サ9による@票が搬送路に繰出された信号によりホッパ
上の最終帳票を検出し、該最終帳票の前記処理部の処理
終了信号と搬送路内の帳票の状態を監視するセンナ10
による帳票がスタッカに収納された信号により最終帳票
の処理完了としスタッカフルとする回路を備えてなるこ
とを特徴としている〇
一般的に装置のスタッカフル検出はスタッカに格納可能
な帳票枚数に比べ・、早めに行われる◎その邂めスタッ
カフルセンサによるスタッカフル検出後、帳票をスタッ
カに格納する仁とはその帳票が十数枚であれば可能であ
る。そこで、スタッカフル検出時にホッパ上の帳票状態
をチェックし。It is an object of the present invention to solve the above-mentioned drawbacks.Ninthly, to achieve the seventh object, a sensor for detecting a layer of forms stacked on a hopper is used to generate a signal that detects an empty state or a small amount of forms on a hopper. The final form on the hopper is detected by the signal from the sensor 9 that monitors the state of the form in the conveyance path, and the @ form is sent out onto the conveyance path, and the processing end signal of the processing section of the final form and the form in the conveyance path are detected. Senna 10 monitors the status of
This device is characterized by a circuit that determines that processing of the final form is completed and the stacker is full based on a signal when the form is stored in the stacker. In general, the stacker full detection of the device is performed when the number of forms that can be stored in the stacker is compared to the number of forms that can be stored in the stacker. ◎After the stacker full sensor detects that the stacker is full, it is possible to store the forms in the stacker if the number of sheets is more than 10. Therefore, the state of the form on the hopper is checked when the stacker is full.
ホッパエンプティであれば搬送路内の@票の処理終了後
スタッカフルとすることが本発明の装置である。If the hopper is empty, the apparatus of the present invention makes the stacker full after processing the @ slips in the conveyance path.
第2図K)(鴫は本実I#10帳県処理装置のスタッカ
フル検出回路の1実施例で、従来よシする検出セyすを
利用し論理回路を構成している。(Fig. 2K) (The figure shows one embodiment of the stacker full detection circuit of the Honjitsu I#10 processing device, and the logic circuit is constructed using a conventional detection system.
7112図(イ)において、ホッパエンプティセンt8
のエンプティ検出信号とセンサ9の検出信号とのアンド
回路12により最後の帳票2.が搬送路4に繰出された
ことを検知し、タイーマ13と読取終了信号のアンド回
路14よシその最後の帳票−2の読取処理を確認し9次
にタイマ15とセンサ10の検出信号のアンド回路16
により最終帳票2がスタッカ7に収容されたことが判る
0第2図(ロ)に示すスタッカフルセンナ11の検出信
号とホッパエンブチ4、イーンサ8の検出信号のアンド
回路17の出力と上記最終帳票処理信号とのアンド回路
18の出力によ如装置を停止する。なお、19はOR回
路、2GはNOT回路である。In Figure 7112 (a), the hopper empty center t8
The last form 2. is processed by the AND circuit 12 of the empty detection signal of It is detected that the paper has been delivered to the conveyance path 4, and the AND circuit 14 of the timer 13 and the reading end signal confirms the reading process of the last form-2. circuit 16
It can be seen that the final form 2 has been stored in the stacker 7. The output of the AND circuit 17 of the detection signal of the stacker full sensor 11 shown in FIG. The output of the AND circuit 18 with the signal stops the device. Note that 19 is an OR circuit, and 2G is a NOT circuit.
まえ、ホッパエンプティセンサ80代すに、マイク賞ス
イッチ等でニアエンド検出機構21を第1図の点線で示
すように設けて、第2図(イ)(ロ)の回路を構成する
ことも可能である。First, it is also possible to configure the circuits shown in Fig. 2 (A) and (B) by installing a near-end detection mechanism 21 using a microphone switch or the like as shown by the dotted line in Fig. 1 to the 80's hopper empty sensor. be.
以上のように本発明では、スタッカフルセンサ11でス
タッカフルを検出した場合、ホッパ上の帳票状態をチェ
ックし、ホッパエンプティ或いはニアエンプティであれ
ば、搬送路内の帳票の処理終了した後スタッカフルとし
て装置をとめている・従って、従来のようにスタッカフ
ルを検出した場し、装置を再起動させ処理させる必要が
なiので。As described above, in the present invention, when the stacker full sensor 11 detects the stacker full, the state of the form on the hopper is checked, and if the hopper is empty or near empty, the stacker is full after processing the forms in the conveyance path.・Therefore, when stacker full is detected, there is no need to restart the device and process it as before.
オペレータの装置を占有する時間が減少する・なお、検
出センナはエアエンドセンナを#き従来のものが利用で
きるので簡単である0The time the operator occupies the equipment is reduced.The detection sensor is simple as the conventional one can be used instead of the air end sensor.
Claims (1)
検出するセンナと、搬送路内の帳票の状態を監視すゐセ
ンナと、処理部により処理された帳票が収納されるスタ
ッカと、錬スタッカのスタッカフルを検出するセンナと
よ)なる帳票処理装置において、前記ホッパ上の帳票積
載状態の検出センナによシホッパ上帳票の二ンプティ状
態或いは少を状態を検出した信号と前記搬送路内の帳票
状態を監視するセンサによる帳票が搬送路に繰出された
信号とによりホッパ上の蛾終帳票を検出し。 鋏最終帳票の前記処理部の処理終了信号と前記搬送路内
の帳票の状態を監視するセンナによる帳票がスタッカに
収納された信号とによシ最終帳票の処理完了としスタッ
カフルとする回路を備えてなることを特徴とする帳票処
理装置0[Scope of Claims] A hopper for accumulating forms, a sensor for detecting the stacking state of forms on the crease hopper, a sensor for monitoring the state of forms in a conveyance path, and a sensor for processing forms processed by a processing section. In a form processing device consisting of a stacker to be stored and a sensor for detecting the stacker full state of the stacker, the sensor detects the stacking state of forms on the hopper to detect whether the forms on the hopper are empty or empty. A moth finished form on the hopper is detected by a signal and a signal from a sensor that monitors the state of the form in the conveyance path when the form is fed out onto the conveyance path. The scissors includes a circuit that determines that processing of the final form is completed and makes the stacker full based on a processing end signal of the final form of the processing unit and a signal from the sensor that monitors the state of the form in the conveyance path indicating that the form is stored in the stacker. Form processing device 0 characterized by
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12899681A JPS5831481A (en) | 1981-08-18 | 1981-08-18 | Form processor |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP12899681A JPS5831481A (en) | 1981-08-18 | 1981-08-18 | Form processor |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS5831481A true JPS5831481A (en) | 1983-02-24 |
Family
ID=14998551
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP12899681A Pending JPS5831481A (en) | 1981-08-18 | 1981-08-18 | Form processor |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS5831481A (en) |
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US8464604B2 (en) | 2008-01-18 | 2013-06-18 | Denso Corporation | Accelerator pedal module |
-
1981
- 1981-08-18 JP JP12899681A patent/JPS5831481A/en active Pending
Cited By (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US8464604B2 (en) | 2008-01-18 | 2013-06-18 | Denso Corporation | Accelerator pedal module |
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