JPH0111575Y2 - - Google Patents
Info
- Publication number
- JPH0111575Y2 JPH0111575Y2 JP3998182U JP3998182U JPH0111575Y2 JP H0111575 Y2 JPH0111575 Y2 JP H0111575Y2 JP 3998182 U JP3998182 U JP 3998182U JP 3998182 U JP3998182 U JP 3998182U JP H0111575 Y2 JPH0111575 Y2 JP H0111575Y2
- Authority
- JP
- Japan
- Prior art keywords
- car wash
- pulse signal
- executed
- pulses
- course
- 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
- 238000000034 method Methods 0.000 claims description 14
- 230000005856 abnormality Effects 0.000 claims description 11
- 230000005540 biological transmission Effects 0.000 description 19
- 238000010586 diagram Methods 0.000 description 2
- 238000002360 preparation method Methods 0.000 description 2
- 230000002159 abnormal effect Effects 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000002950 deficient Effects 0.000 description 1
- 238000005406 washing Methods 0.000 description 1
Landscapes
- Coin-Freed Apparatuses For Hiring Articles (AREA)
- Vehicle Cleaning, Maintenance, Repair, Refitting, And Outriggers (AREA)
Description
【考案の詳細な説明】
本考案は洗車装置の中でも、特に洗車機とポス
装置とを接続して洗車コース料金の管理又は請求
処理を行うものに関し、その目的とするところは
洗車機側の実行状態をより正確にポス装置へ少な
い回路数で情報を送ることができるものを提供す
ることにある。[Detailed description of the invention] This invention relates to a car wash device, in particular one that connects a car wash machine and a pos device to manage car wash course fees or process billing. The purpose of the present invention is to provide something that can send information on the status more accurately to a POS device with a reduced number of circuits.
最近、前記洗車機が設置される給油所において
は、POS装置の導入が活発化している。 Recently, POS devices have been increasingly introduced at gas stations where the car wash machines are installed.
POS装置と洗車機とを接続して洗車完了時に
POS装置が洗車売上の管理や請求処理を実行す
るよう構成した場合には、洗車工程をチエツクし
て異常発生時には伝票の二重打ちや不良請求等を
防止することが必要となり、従来では洗車機と
POS装置との接続線に洗車機からの洗車実行情
報のみであつて、異常情報や、洗車コース別の情
報を設けることが要求された場合には回路数が多
くなるのが現状である。 When the car wash is completed by connecting the POS device to the car wash machine
When a POS device is configured to manage car wash sales and perform billing processing, it is necessary to check the car wash process and prevent double billing or incorrect billing in the event of an abnormality. and
Currently, if a connection line with a POS device is required to provide only car wash execution information from a car wash machine, but also abnormal information or information for each car wash course, the number of circuits increases.
そこで本考案は、洗車機とポス装置とを接続
し、洗車機側を、洗車実行中にポス装置へ実行洗
車コース番号に対応したパルス数からなる第１の
パルス信号を送り出すと共に実行洗車コースの工
程をチエツクして異常の場合にポス装置へ所定の
パルス数が前記第１のパルス信号のパルス数より
大きな第２のパルス信号を出力するよう構成し、
ポス装置側を、実行洗車コース番号に対応した前
記第１のパルス信号ならびに異常を知らせる前記
第２のパルス信号を計数し、この計数値が洗車完
了時に第２のパルス信号の所定のパルス数以下の
場合にはその計数値に応じた洗車コース番号の請
求処理を実行し、前記計数値が洗車完了時に第２
のパルス信号の所定のパルス数以上の場合には前
記請求処理を禁止するよう構成し、実行洗車コー
ス情報用信号線と洗車機異常情報信号線とを共用
できるようにして回路数の削減を実現したもので
あつて、以下本考案の一実施例を第１図〜第３図
に基づいて説明する。 Therefore, the present invention connects a car wash machine and a pos device, and causes the car wash machine to send a first pulse signal consisting of a number of pulses corresponding to the number of the car wash course to be executed to the pos device while the car wash is being executed. configured to check the process and output a second pulse signal having a predetermined number of pulses greater than the number of pulses of the first pulse signal to the POS device in the case of an abnormality;
The pos device side counts the first pulse signal corresponding to the executed car wash course number and the second pulse signal that indicates an abnormality, and the counted value is equal to or less than a predetermined number of pulses of the second pulse signal when the car wash is completed. In this case, a request process for a car wash course number according to the counted value is executed, and when the counted value is completed, the second car wash course number is requested.
The billing process is prohibited when the pulse signal exceeds a predetermined number of pulses, and the number of circuits can be reduced by allowing the execution car wash course information signal line and the car wash machine abnormality information signal line to be shared. An embodiment of the present invention will be described below with reference to FIGS. 1 to 3.
第１図は洗車装置の全体構成を示し、１は洗車
機で、門型あるいはコンベア式の洗車機本体２
と、洗車コース指定等の入力装置３と、制御部４
とから構成される。５はPOS装置で、カードリ
ーダまたはキーボードなどから成る入力装置６
と、入力装置６からの指示を検出して前記制御部
４へ洗車許可信号S1を出力すると共に前記制御部
４からの洗車中信号S2が洗車実行中から洗車完了
になつた時に実行洗車コースの伝票７を発行する
POS本体８とから構成される。９は前記洗車許
可信号S1の伝送線、１０は前記洗車中信号S2の伝
送線、１１は実行洗車コース情報の伝送線であ
る。 Figure 1 shows the overall configuration of a car wash device, where 1 is a car wash machine, and the main body of the car wash machine 2 is either a gate type or a conveyor type.
, an input device 3 for specifying a car wash course, etc., and a control unit 4
It consists of 5 is a POS device, which includes an input device 6 such as a card reader or a keyboard.
Then, it detects an instruction from the input device 6 and outputs a car wash permission signal S1 to the control unit 4, and when the car wash in progress signal S2 from the control unit 4 changes from the car wash in progress to the car wash completion, the car wash is executed. Issue course slip 7
It consists of a POS main body 8. 9 is a transmission line for the car wash permission signal S1 , 10 is a transmission line for the car wash in progress signal S2 , and 11 is a transmission line for the executed car wash course information.
入力装置６に所定のデータカードまたはコード
が入力されると、POS本体８は伝送線９〔第２
図ａ〕を論理レベル“Ｈ”に反転させて制御部４
に洗車許可を与える。そして制御部４が入力装置
３によつて洗車コースの選択が成されたことを検
出すると、洗車機本体２に選択された洗車コース
の実行を開始させると共に前記伝送線１０〔第２
図ｂ〕を論理レベル“”に反転させる。洗車機本
体２の洗車実行開始から時間T1が経過すると、
制御部４は伝送線１１〔第２図ｃ〕を介して
POS本体８に実行洗車コース番号に対応したパ
ルス数のクロツク信号から成る実行洗車コース番
号S3を送る。例えば、実行洗車コース１の場合に
はクロツク信号20個、実行洗車コース２の場合に
はクロツク信号40個、……実行洗車コース７の場
合にはクロツク信号140個がそれぞれ送られ、こ
のパルス送出の所要時間T2Bは実行洗車コースで
異なる。POS本体８側では伝送線１１を介して
送られてきたクロツク信号を計数記憶して伝票発
行に備える。洗車機本体２が実行洗車コースの洗
車工程を完了すると、制御部４は伝送線１０を論
理レベル“Ｌ”に復帰させてPOS本体８に洗車
完了を報知し、洗車完了の報知を受けたPOS本
体８は予め計数記憶したクロツク数に対応する洗
車コースの伝票７を発行する。また伝送線９は伝
送線１０が論理レベル“Ｌ”復帰後に初期状態に
復帰する。更に前記制御部４は、洗車機本体２の
異常発生時には伝送線１０を論理レベル“Ｌ”に
復帰させる以前に所定のパルス数が実行洗車コー
ス信号S3のそれぞれの所定パルス数より大きなパ
ルス信号S4を伝送線１１に出力する。 When a predetermined data card or code is input to the input device 6, the POS main body 8 connects the transmission line 9 [second
Figure a] is inverted to logic level “H” and the control unit 4
give permission to wash the car. When the control unit 4 detects that a car wash course has been selected through the input device 3, it causes the car wash main body 2 to start executing the selected car wash course, and the transmission line 10 [second
Figure b] is inverted to logic level "". When time T 1 has elapsed since the start of car wash execution of the car wash machine main body 2,
The control unit 4 is connected via the transmission line 11 [Fig. 2c]
The execution car wash course number S3 consisting of a clock signal with the number of pulses corresponding to the execution car wash course number is sent to the POS main body 8. For example, 20 clock signals are sent for execution car wash course 1, 40 clock signals for execution car wash course 2, and 140 clock signals for execution car wash course 7. The required time T 2 B varies depending on the car wash course performed. On the POS main body 8 side, the clock signals sent via the transmission line 11 are counted and stored in preparation for issuing a slip. When the car wash machine body 2 completes the car wash process of the car wash course to be executed, the control unit 4 returns the transmission line 10 to the logic level "L" and notifies the POS body 8 of the completion of the car wash, and the POS that has received the notification of the car wash completion The main body 8 issues a slip 7 for a car wash course corresponding to the number of clocks counted and stored in advance. Furthermore, the transmission line 9 returns to its initial state after the transmission line 10 returns to logic level "L". Furthermore, when an abnormality occurs in the car wash main body 2, the control unit 4 generates a pulse signal whose predetermined number of pulses is larger than each predetermined number of pulses of the executed car wash course signal S3 before returning the transmission line 10 to the logic level "L". S4 is output to the transmission line 11.
次に以上の動作を第３図に示す前記制御部４の
フローチヤートに基づいて詳細に説明する。 Next, the above operation will be explained in detail based on the flowchart of the control section 4 shown in FIG.
先ず、制御部４は洗車中か否かをチエツク〔ａ
−１〕し、洗車中であると次いで洗車ポンプが
ONが否かをチエツク〔ａ−２〕する。前記洗車
中信号S2はこの洗車ポンプの運転で立上がる。
〔ａ−２〕で洗車ポンプONと判定されると時間
T1が経過したか否かがチエツク〔ａ−３〕され、
時間T1＝０であると時間T1が過去にセツトされ
たか否かをチエツク〔ａ−４〕し、〔ａ−４〕さ
れていないと判定されると次いで時間T1＝15秒
〔例えば15秒〜20秒にセツトされ、T1＝０とする
ことも考えられる〕をセツト〔ａ−５〕し、次い
で時間T1のセツトフラグをセツト〔ａ−６〕す
る。前記〔ａ−４〕ではこのセツトフラグがチエ
ツクされる。〔ａ−６〕を完了すると実行洗車コ
ース番号に対応するクロツク信号のパルス数が、
例えば“20”がレジスタにセツト〔ａ−７〕さ
れ、再び〔ａ−１〕にリターンする。〔ａ−１〕
にリターンして、今度は〔ａ−４〕で時間T1の
セツト完了と判定されて〔ａ−７〕でセツトした
レジスタの内容が零になるまでデクリメントして
その都度伝送線１１を介してクロツク信号を
POS本体８に送る〔ａ−８〕。そして実行洗車コ
ースの工程を読み取り〔ａ−９〕、次いで実行が
中止されたか否かを〔ａ−９〕の読み取り内容か
ら判定〔１−10〕し、中止されていない場合には
〔ａ−１〕にリターンする。〔ａ−10〕で中止され
たと判定すると、洗車機本体２から洗車機本体不
良信号が出力されているが、入力装置３による利
用者の指示が出力されているかを判定〔ａ−11〕
し、〔ａ−11〕で洗車機本体不良信号が出力され
ておらず洗車機本体２が正常であると判定される
とパルス信号S4を出力するか否かを記憶するエラ
ーパルスフラグを“Ｌ”状態に保ち〔ａ−12〕、
〔ａ−１〕にリターンする。〔ａ−11〕で洗車機本
体２が不良と判定されるとエラーパルスフラグを
セツト〔ａ−13〕して〔ａ−１〕にリターンす
る。〔ａ−１〕で洗車中でないと判定されると、
エラーパルスフラグをチエツク〔ａ−14〕して、
エラーパルスフラグがセツトされている場合に
は、既にパルス信号S4を出力したか否かをチエツ
ク〔ａ−15〕して、まだ出力していない場合、先
ず、エラーパルスレジスタに例えば500個をセツ
ト〔ａ−16〕する。そしてエラーパルスレジスタ
の内容が零になるまでデクリメントしてその都度
伝送線１１にクロツク信号を送出〔ａ−17〕し
て、パルス信号S4を出力した旨のフラグをセツト
〔ａ−18〕する。前記〔ａ−15〕では〔ａ−18〕
でセツトされたか否かがチエツクされる。〔ａ−
14〕でエラーパルスフラグがセツトされていない
と判定された場合には洗車中でない理由が再洗車
を許可する条件に適合しているか否かをチエツク
〔ａ−19〕して、洗車許可の場合には〔ａ−15〕
が実行される。また〔ａ−14〕でエラーパルスフ
ラグがセツトされている場合にも〔ａ−15〕が実
行される。そして、〔ａ−19〕で再洗車できない
と判定された場合ならびに〔ａ−15〕でパルス信
号S4の出力を完了したと判定された場合には、実
行洗車コースパルスOFF〔ａ−20〕を経て〔ａ−
１〕に戻る。 First, the control unit 4 checks whether the car is being washed [a
-1], and when the car is being washed, the car wash pump will turn on.
Check whether it is ON or not [a-2]. The car wash signal S2 rises when the car wash pump is operated.
When it is determined that the car wash pump is ON in [a-2], the time
It is checked whether T 1 has elapsed [a-3],
If time T 1 = 0, it is checked [a-4] whether or not time T 1 has been set in the past, and if it is determined that it has not been set [a-4], then time T 1 = 15 seconds [e.g. 15 seconds to 20 seconds, and it is also conceivable that T 1 =0) is set [a-5], and then a set flag for time T 1 is set [a-6]. In [a-4] above, this set flag is checked. When [a-6] is completed, the number of pulses of the clock signal corresponding to the car wash course number to be executed will be
For example, "20" is set in the register [a-7] and returns to [a-1] again. [a-1]
Then, it is determined at [a-4] that the setting of time T1 has been completed, and the contents of the register set at [a-7] are decremented until they become zero, and each time the contents are sent via the transmission line 11. clock signal
Send to POS main unit 8 [a-8]. Then, the process of the car wash course to be executed is read [a-9], and then whether or not the execution has been canceled is determined from the read contents of [a-9] [1-10], and if it has not been canceled, [a-9] is determined. 1]. If it is determined that the process has been canceled in [a-10], a car wash main unit failure signal is output from the car wash main unit 2, but it is determined whether a user's instruction is output from the input device 3 [a-11]
However, if it is determined in [a-11] that the car wash machine body defect signal is not output and the car wash machine body 2 is normal, an error pulse flag is set to store whether or not to output the pulse signal S4 . Keep it in L” state [a-12],
Return to [a-1]. If the car wash main body 2 is determined to be defective in [a-11], an error pulse flag is set [a-13] and the process returns to [a-1]. If it is determined in [a-1] that the car is not being washed,
Check the error pulse flag [a-14],
If the error pulse flag is set, check whether the pulse signal S4 has already been output [a-15]. If it has not been output yet, first set, for example, 500 pulses to the error pulse register. Set [a-16]. Then, the contents of the error pulse register are decremented until they become zero, each time a clock signal is sent to the transmission line 11 [a-17], and a flag indicating that the pulse signal S4 has been output is set [a-18]. . In [a-15] above, [a-18]
It is checked whether it has been set. [a-
14] If it is determined that the error pulse flag is not set, check [a-19] whether the reason why the car is not being washed satisfies the conditions for permitting re-washing, and if the car wash is permitted. 〔a-15〕
is executed. [a-15] is also executed when the error pulse flag is set in [a-14]. Then, if it is determined in [a-19] that the car cannot be washed again, and if it is determined in [a-15] that the output of pulse signal S 4 has been completed, the execution car wash course pulse is turned OFF [a-20]. After [a-
Return to 1].
このように洗車機本体２に異常が発生した場合
には、伝送線１１にパルス信号S4が送出されるた
め、実行洗車コースに対応したパルスを既に計数
して伝票７の発行に備えているPOS本体８側で
は、このパルス信号S4を受信するとカウンタが所
定値を越える。ここでPOS本体８は、伝送線１
０が論理レベル“Ｌ”に復帰した時にカウンタの
計数値がパルス信号S4の所定のパルス数以下の場
合にはその計数値に応じた洗車コースの売上管理
と請求処理を実行し、計数値がパルス信号S4の所
定のパルス数の場合には請求処理を実行しないよ
う構成されるため、パルス信号S4の受信によつて
前記伝票７の発行を止めることができる。 If an abnormality occurs in the car wash machine body 2 as described above, the pulse signal S4 is sent to the transmission line 11, so the pulses corresponding to the car wash course to be executed are already counted in preparation for issuing the slip 7. On the POS main body 8 side, upon receiving this pulse signal S4 , the counter exceeds a predetermined value. Here, the POS main body 8 is connected to the transmission line 1
If the count value of the counter is less than the predetermined number of pulses of the pulse signal S4 when 0 returns to the logic level "L", sales management and billing processing for the car wash course according to the count value is executed, and the count value is Since the billing process is not executed when the pulse signal S4 is a predetermined number of pulses, the issuance of the slip 7 can be stopped upon reception of the pulse signal S4.
以上説明のように本考案のパルス発生装置を内
蔵した洗車装置によると、実行洗車コースの伝送
線に万一洗車実行エラーが発生の場合に限り異常
を知らせる第２のパルス信号を送出してポス装置
側では前記伝送線にて送られてきたパルス信号の
計数値に応じて売上管理を実行したり請求処理を
実行することができ、洗車異常発生時にも異常情
報専用線を設ける必要がなく、少ない回路数でポ
ス装置の前記売上管理や請求処理を制御できるも
のである。 As explained above, according to the car wash device incorporating the pulse generator of the present invention, only in the unlikely event that a car wash execution error occurs in the transmission line of the execution car wash course, a second pulse signal is sent out to notify the abnormality. On the device side, it is possible to perform sales management and billing processing according to the count value of the pulse signal sent through the transmission line, and there is no need to set up a dedicated line for abnormality information even when a car wash abnormality occurs. The sales management and billing process of the POS device can be controlled with a small number of circuits.
第１図は本考案の洗車装置の一実施例の構成
図、第２図は第１図の要部出力タイミング図、第
３図は第１図の要部フローチヤート図である。
１……洗車機、５……ポス装置、９，１０，１
１……伝送線、S1……洗車許可信号、S2……洗車
中信号、S3……実行洗車コース番号、S4……エラ
ーパルス。
FIG. 1 is a block diagram of an embodiment of the car wash apparatus of the present invention, FIG. 2 is an output timing diagram of the main parts of FIG. 1, and FIG. 3 is a flowchart of the main parts of FIG. 1. 1...Car wash machine, 5...POS device, 9,10,1
1...Transmission line, S1 ...Car wash permission signal, S2 ...Car wash in progress signal, S3 ...Car wash course number to be executed, S4 ...Error pulse.
Claims (1)
車実行中にポス装置へ実行洗車コース番号に対応
したパルス数からなる第１のパルス信号を送り出
すと共に実行洗車コースの工程をチエツクして異
常の場合にポス装置へ所定のパルス数が前記第１
のパルス信号のパルス数より大きな第２のパルス
信号を出力するよう構成し、ポス装置側を、実行
洗車コース番号に対応した前記第１のパルス信号
と異常を知らせる前記第２のパルス信号を計数
し、この計数値が洗車完了時に第２のパルス信号
の所定のパルス数以下の場合にはその計数値に応
じた洗車コース番号の請求処理を実行し、前記計
数値が洗車完了時に第２のパルス信号の所定のパ
ルス数以上の場合には前記請求処理を禁止するよ
う構成したパルス発生装置を内蔵した洗車装置。 The car wash machine and the pos device are connected, and the car wash machine side sends a first pulse signal consisting of the number of pulses corresponding to the car wash course number to be executed to the pos device while the car wash is being executed, and also checks the process of the car wash course to be executed. In the case of an abnormality, a predetermined number of pulses to the pos device are sent to the first
is configured to output a second pulse signal larger than the number of pulses of the pulse signal, and the pos device side is configured to count the first pulse signal corresponding to the executed car wash course number and the second pulse signal that indicates an abnormality. However, if this counted value is less than the predetermined number of pulses of the second pulse signal when the car wash is completed, a request process for a car wash course number according to the counted value is executed, and when the counted value is A car wash device incorporating a pulse generator configured to prohibit the billing process when the number of pulses of the pulse signal exceeds a predetermined number.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3998182U JPS58142167U (en) | 1982-03-20 | 1982-03-20 | Car wash device with built-in pulse generator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP3998182U JPS58142167U (en) | 1982-03-20 | 1982-03-20 | Car wash device with built-in pulse generator |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| JPS58142167U JPS58142167U (en) | 1983-09-24 |
| JPH0111575Y2 true JPH0111575Y2 (en) | 1989-04-05 |
Family
ID=30051246
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| JP3998182U Granted JPS58142167U (en) | 1982-03-20 | 1982-03-20 | Car wash device with built-in pulse generator |
Country Status (1)
| Country | Link |
|---|---|
| JP (1) | JPS58142167U (en) |
-
1982
- 1982-03-20 JP JP3998182U patent/JPS58142167U/en active Granted
Also Published As
| Publication number | Publication date |
|---|---|
| JPS58142167U (en) | 1983-09-24 |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CA1257908A (en) | Watchdog timer | |
| US6223299B1 (en) | Enhanced error handling for I/O load/store operations to a PCI device via bad parity or zero byte enables | |
| CA1056458A (en) | Common diagnostic bus for computer systems to enable testing concurrently with normal system operation | |
| JP2773073B2 (en) | Self-diagnosis system for electronic control device and its diagnosis method | |
| JP3520662B2 (en) | Monitoring device for electronic control unit | |
| CN1993679B (en) | Method, operating system, and computing device for processing a computer program | |
| JPH07134678A (en) | Ram protective device | |
| JPH05225067A (en) | Important-memory-information protecting device | |
| US6985980B1 (en) | Diagnostic scheme for programmable logic in a system on a chip | |
| US6643796B1 (en) | Method and apparatus for providing cooperative fault recovery between a processor and a service processor | |
| EP0535697A1 (en) | Microprocessor bus interface protocol analyzer | |
| JPH0111575Y2 (en) | ||
| EP0194658A2 (en) | Electronic postage meter having a nonvolatile memory selection means | |
| CN111198521B (en) | Real-time clock device for vehicle and operation method thereof | |
| US5578953A (en) | Self-resetting status register | |
| JPS6324440A (en) | System managing apparatus for multiplex processor system | |
| US10318466B2 (en) | Method and apparatus for handling outstanding interconnect transactions | |
| EP0194660B1 (en) | Electronic postage meter having a memory map decoder and an illegal-memory-access warning signal, respectively | |
| JPH0160860B2 (en) | ||
| EP0342261B1 (en) | Arrangement for error recovery in a self-guarding data processing system | |
| KR19990057809A (en) | Error prevention system | |
| JPS6349267B2 (en) | ||
| US5438519A (en) | Electronic postage meter having memory write access second chance hard timer means | |
| JPS5839351A (en) | Pseudo fault generating circuit | |
| JP2605440B2 (en) | Data processing device |