JP2975699B2 - Electronic iron - Google Patents
Electronic ironInfo
- Publication number
- JP2975699B2 JP2975699B2 JP3040211A JP4021191A JP2975699B2 JP 2975699 B2 JP2975699 B2 JP 2975699B2 JP 3040211 A JP3040211 A JP 3040211A JP 4021191 A JP4021191 A JP 4021191A JP 2975699 B2 JP2975699 B2 JP 2975699B2
- Authority
- JP
- Japan
- Prior art keywords
- setting
- temperature
- temperature setting
- time
- key switch
- 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 - Fee Related
Links
Landscapes
- Irons (AREA)
Description
【0001】[0001]
【産業上の利用分野】本発明は温度設定を連続的に切換
えることができる電子式アイロンに関する。BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic iron capable of continuously changing a temperature setting.
【0002】[0002]
【従来の技術】従来この種の電子式アイロンは、例えば
特開昭61−5900号公報に示されているように、温
度設定用のキースイッチを一定時間以上オンし続ける
と、「切」設定から温度設定を1段階づつ高温側へ一定
間隔で切換えることができるように構成されている。2. Description of the Related Art Conventionally, an electronic iron of this type is set to "off" when a key switch for setting a temperature is kept on for a certain period of time as shown in Japanese Patent Application Laid-Open No. 61-5900. , The temperature setting can be switched to the high temperature side by one step at regular intervals.
【0003】しかしながら、上記の構成では最高温度設
定の次に「切」に戻る巡回方式とした場合は、キースイ
ッチをオンし続けると「切」に戻った後に再び次の温度
設定に上記した一定間隔で切換えられるため、アイロン
使用後に必ず行なわれる「切」設定の操作時、キースイ
ッチをオフするタイミングを誤ると「切」以外の設定に
切換ってしまうという問題がある。この問題は、特に温
度設定の切換え時間間隔を短くするに従って顕著なもの
となる。However, in the above-described configuration, in the case of a cyclic system in which the temperature returns to "OFF" next to the maximum temperature setting, if the key switch is continuously turned on, it returns to "OFF" and then returns to the next temperature setting again. Since the switching is performed at intervals, there is a problem that, when the “OFF” setting operation is always performed after using the iron, if the key switch is turned off at an incorrect timing, the setting is switched to a setting other than “OFF”. This problem becomes more significant as the switching time interval of the temperature setting is shortened.
【0004】[0004]
【発明が解決しようとする課題】本発明は上記の点を考
慮して成されたもので、連続温度設定可能な電子式アイ
ロンにおける「切」設定の操作性を向上させることを課
題とするものである。SUMMARY OF THE INVENTION The present invention has been made in view of the above points, and has as its object to improve the operability of "off" setting in an electronic iron capable of continuous temperature setting. It is.
【0005】[0005]
【課題を解決するための手段】本発明は、「切」を含む
複数段階の温度設定を表示する表示手段と、この表示手
段の設定を切換えるキースイッチと、このキースイッチ
をオンする毎に温度設定を1段階づつ切換えて希望の温
度に設定する段階温度設定手段と、前記キースイッチが
オンされ続けると、その間前記複数段階の温度設定を時
間間隔をおいて順次切換える連続温度設定手段とを備
え、この連続温度設定手段は他の温度設定から「切」設
定になった後に次の温度設定へ切換えるまでの時間間隔
を、「切」設定以外の温度設定から次の温度設定へ切換
える時間間隔よりも長く設定したものである。According to the present invention, there is provided a display means for displaying a plurality of stages of temperature settings including "OFF", a key switch for switching the setting of the display means, and a temperature switch each time the key switch is turned on. Step temperature setting means for setting a desired temperature by switching the setting step by step, and continuous temperature setting means for sequentially switching the temperature settings of the plurality of steps at time intervals while the key switch is kept on. The continuous temperature setting means sets the time interval from switching from another temperature setting to “OFF” setting to switching to the next temperature setting from the time interval for switching from a temperature setting other than “OFF” setting to the next temperature setting. Is also set long.
【0006】また、前記連続温度設定手段によって
「切」設定が行われたことを他の温度設定が行われた場
合と区別する音を発する報知手段を続けたものである。In addition, there is provided a notifying means which emits a sound for distinguishing that the "off" setting has been performed by the continuous temperature setting means from the case where another temperature setting has been performed.
【0007】[0007]
【作用】本発明は上記のように構成しているので、アイ
ロン掛けを終了する際にキースイッチをオンし続ける
と、表示手段による温度設定の表示が順次切換わり、
「切」設定になると、その表示時間が他の温度設定の表
示時間よりも長く継続され、キースイッチをオフする時
間的余裕を操作者に与える。Since the present invention is constructed as described above, if the key switch is kept on at the end of the ironing, the display of the temperature setting by the display means is sequentially switched,
When "OFF" is set, the display time is continued longer than the display time of the other temperature settings, giving the operator time to turn off the key switch.
【0008】また、「切」設定時に他の温度設定と区別
する音を同時に発生することにより、「切」設定となっ
たことを使用者に確実に知らせる。In addition, when the "OFF" setting is made, a sound which is distinguished from the other temperature settings is simultaneously generated, so that the user can be reliably informed that the "OFF" setting has been made.
【0009】[0009]
【実施例】以下本発明の実施例を図面に基づいて説明す
る。尚、本実施例では温度設定を「切」、「低」、
「中」、「高」の4段階に設定しており、説明の便宜上
「化繊」の生地に対するアイロン掛け温度を「低」と
し、「毛」及び「綿」を「中」、「麻」を「高」として
いる。Embodiments of the present invention will be described below with reference to the drawings. In this embodiment, the temperature setting is set to “off”, “low”,
“Medium” and “High” are set in four stages. For convenience of explanation, the ironing temperature for the fabric of “Synthetic fiber” is set to “Low”, and “Wool” and “Cotton” are set to “Medium” and “Hemp”. "High".
【0010】図1において、(1)は交流電源、(2)
はベース部(図示せず)に内蔵されたヒータであり、リ
レー(3)のリレー接点(3a)を介して交流電源
(1)に接続されている。(4)は交流電源に接続され
た直流低電圧を出力する直流電源、(5)はこの直流電
源(4)より電源供給を受けて動作するマイクロコンピ
ュータ(以下マイコンという)である。このマイコン
(5)は予め設定された処理プログラムに従って各部の
動作を制御するもので、前記ヒータ(2)の通電を制御
してベースの温度を変化させる加熱制御手段、後述する
キースイッチ(13)の入力に基づいて前述の温度設定
の切換えを行なう段階及び連続温度設定手段、後述する
LED(16)(17)(18)(19)の点灯を制御
する表示制御手段、後述するブザー回路(24)の駆動
を制御するブザー制御手段等を構成する。In FIG. 1, (1) is an AC power supply, (2)
Is a heater built in a base unit (not shown), and is connected to an AC power supply (1) via a relay contact (3a) of a relay (3). (4) is a DC power supply connected to an AC power supply and outputting a low DC voltage, and (5) is a microcomputer (hereinafter referred to as a microcomputer) which operates by receiving power supply from the DC power supply (4). The microcomputer (5) controls the operation of each unit in accordance with a preset processing program. The microcomputer (5) controls heating of the heater (2) to change the temperature of the base, and a key switch (13) to be described later. And a continuous temperature setting means for switching the above-mentioned temperature setting based on the input of the display, display control means for controlling lighting of LEDs (16), (17), (18), and (19) described later, and a buzzer circuit (24) described later. And buzzer control means for controlling the driving of (1).
【0011】(6)はベース部の温度を検出するサーミ
スタ等の感熱素子で、抵抗(7)を介して直流電源端子
間に接続されており、ベース部の温度を感熱素子と抵抗
(7)とで電圧に変換して、この接続点の電圧をA/D
変換器(8)でディジタル信号に変換しマイコン(5)
の入力端子(i2)に入力することにより、ベース部の
検出温度がマイコン(5)に入力される。(6) a thermal element such as a thermistor for detecting the temperature of the base portion, which is connected between the DC power supply terminals via a resistor (7), and controls the temperature of the base portion with the thermal element and the resistor (7); And convert the voltage at this connection point to A / D
Convert to digital signal by converter (8) and microcomputer (5)
, The detected temperature of the base portion is input to the microcomputer (5).
【0012】(9)はリレー制御回路であり、トランジ
スタ(10)及び抵抗(11)(12)からなり、前記
リレー(3)のリレーコイル(3b)がトランジスタ
(10)のエミッターコレクタを介して直流電源端子間
に接続され、トランジスタ(10)のエミッターベース
間に抵抗(11)が接続されると共に、ベースが抵抗
(12)を介してマイコン(5)の出力端子(O6)に
接続されている。A relay control circuit (9) is composed of a transistor (10) and resistors (11) and (12), and a relay coil (3b) of the relay (3) is connected via an emitter-collector of the transistor (10). A resistor (11) is connected between the emitter and base of the transistor (10), and the base is connected to the output terminal (O6) of the microcomputer (5) via the resistor (12). I have.
【0013】従って、出力端子(O6)がLレベル(以
下単にLとする)になると、トランジスタ(10)がオ
ンしてリレーコイル(3b)が励磁され、リレー接点
(3a)を介してヒータ(2)への通電が行われ、ま
た、出力端子(O6)がHレベル(以下単にHとする)
になると、トランジスタ(10)がオフしてリレーコイ
ル(3b)が非励磁となり、リレー接点(3a)が開い
てヒータ(2)への通電が断たれる。Therefore, when the output terminal (O6) becomes L level (hereinafter simply referred to as L), the transistor (10) is turned on, the relay coil (3b) is excited, and the heater (3) is connected via the relay contact (3a). 2) is energized, and the output terminal (O6) is at the H level (hereinafter simply referred to as H).
Then, the transistor (10) is turned off, the relay coil (3b) is de-energized, the relay contact (3a) is opened, and the power supply to the heater (2) is cut off.
【0014】(13)は前記ヒータ(2)の発熱量を変
化させるための温度設定用のキースイッチであり、プッ
シュスイッチ等からなり、抵抗(14)を介して直流電
源端子間に接続されるとともに、スイッチ(13)と抵
抗(14)との接続点がマイコン(5)の入力端子(i
1)に接続されており、スイッチ(13)のオン、オフ
によりそれぞれL、Hの信号がマイコン(5)に入力さ
れる。Reference numeral (13) denotes a key switch for setting the temperature for changing the amount of heat generated by the heater (2). The key switch comprises a push switch or the like and is connected between DC power supply terminals via a resistor (14). At the same time, the connection point between the switch (13) and the resistor (14) is connected to the input terminal (i) of the microcomputer (5).
1), and the L and H signals are input to the microcomputer (5) when the switch (13) is turned on and off, respectively.
【0015】(15)は表示手段であり、「切」、
「低」、「中」、「高」の各設定に対応した複数個のL
ED(16)〜(19)のそれぞれのアノードが、抵抗
(20)〜(23)を介して直流電源正端子に接続され
るとともに、それぞれのカソードがマイコン(5)の出
力端子(O1)、(O2)、(O3)、(O4)に接続
されており、各出力端子(O1)〜(O4)よりL、H
の信号が出力されることにより各LED(16)〜(1
9)がそれぞれ点灯或いは消灯される。(24)は報知
手段を構成するブザー回路であり、マイコン(5)の出
力端子(O5)からのH信号により駆動される。(15) is a display means, "OFF",
Plural Ls corresponding to each setting of “low”, “medium” and “high”
The anodes of the EDs (16) to (19) are connected to the positive terminal of the DC power supply via the resistors (20) to (23), and the cathodes are connected to the output terminal (O1) of the microcomputer (5). (O2), (O3), and (O4), and L, H from the output terminals (O1) to (O4).
Are output, the LEDs (16) to (1)
9) is turned on or off, respectively. (24) is a buzzer circuit which constitutes a notifying means, and is driven by an H signal from an output terminal (O5) of the microcomputer (5).
【0016】次に、上記構成における動作について説明
すると、交流電源(1)が投入された直後は「切」設定
となっており、マイコン(5)の出力端子(O1)がL
となってLED(16)のみが点灯し、一方出力端子
(O6)はHとなり、ヒータ(2)への通電が断たれて
いる。Next, the operation of the above configuration will be described. Immediately after the AC power supply (1) is turned on, the "off" setting is set, and the output terminal (O1) of the microcomputer (5) is set to L level.
As a result, only the LED (16) is turned on, the output terminal (O6) becomes H, and the power supply to the heater (2) is cut off.
【0017】以下キースイッチ(13)のオン操作を繰
り返して温度設定を行なう段階温度設定について説明す
る。まず、上記の状態よりスイッチ(13)を1回だけ
オン操作してL信号を入力端子(i1)に入力すると、
マイコン(5)は温度設定を「高」設定に切換え、出力
端子(O1)をH、出力端子(O4)をLとして「高」
表示用のLED(19)のみを点灯させ、「高」設定に
切換えられていることを表示する。それと同時に、マイ
コン(5)は出力端子(O5)を一定時間(100m
s)Hにしてブザー回路(24)を短い一定時間駆動さ
せ、「ピッ」という音を発生させる。その後マイコン
(5)はベースの温度信号を入力端子(i2)より取り
込んで、前記設定された温度となるように、出力端子
(O6)にH信号或いはL信号を出力してヒータ(2)
の通断電を制御する。The step temperature setting in which the temperature is set by repeating the ON operation of the key switch (13) will be described below. First, when the switch (13) is turned on only once from the above state and the L signal is input to the input terminal (i1),
The microcomputer (5) switches the temperature setting to the "high" setting, sets the output terminal (O1) to H and the output terminal (O4) to L, and sets the temperature to "high".
Only the display LED (19) is turned on to indicate that the setting has been switched to the "high" setting. At the same time, the microcomputer (5) sets the output terminal (O5) to a predetermined time (100 m).
s) The buzzer circuit (24) is driven to H for a short period of time to generate a "beep" sound. Thereafter, the microcomputer (5) takes in the base temperature signal from the input terminal (i2) and outputs an H signal or an L signal to the output terminal (O6) so that the temperature becomes the set temperature, and the heater (2)
To control the power cutoff.
【0018】再びキースイッチ(13)をオン操作する
と、今度は「中」設定となり、前述と同様の要領で
「中」設定表示用のLED(18)のみが点灯するとと
もにブザー回路(24)が短い一定時間駆動され、さら
に、スイッチ(13)を再びオン操作すると、「低」設
定となり、前述と同様に「低」設定表示用のLED(1
7)が点灯するとともにブザー回路(24)が短い一定
時間駆動される。次に、再びスイッチ(13)をオン操
作すると、「切」設定となり、「切」表示用のLED
(16)が点灯し「切」状態であることを表示するとと
もにブザー回路(24)が若干長い一定時間(250m
s)駆動して「ピー」と音を発し「切」設定であること
を他の状態と明確に区別して報知する。以後、スイッチ
(13)のオン操作毎に「高」「中」「低」「切」
「高」の順に設定が切換えられる。When the key switch (13) is turned on again, the "medium" setting is set, and only the "medium" setting display LED (18) is turned on and the buzzer circuit (24) is turned on in the same manner as described above. When the switch (13) is driven for a short period of time and the switch (13) is turned on again, the "low" setting is set.
7) lights up and the buzzer circuit (24) is driven for a short fixed time. Next, when the switch (13) is turned on again, the "OFF" setting is set, and the "OFF" display LED is displayed.
(16) lights up to indicate that it is in the "off" state, and the buzzer circuit (24) is turned on for a slightly longer period of time (250 m).
s) The drive emits a beep and emits an "off" sound, and notifies that the setting is "off" by clearly distinguishing it from other states. After that, every time the switch (13) is turned on, “high”, “medium”, “low”, “off”
The settings are switched in the order of “high”.
【0019】次に、キースイッチ(13)をオンし続け
て温度設定を順次切換える連続温度設定について図2に
示す波形図を参照して説明する。まず、「切」設定の状
態からa時点でキースイッチ(13)をオン操作してL
信号を端子(i1)に入力し続けると、マイコン(5)
はa時点で温度設定を「高」に切換え、段階温度設定の
場合と同様にしてLED(19)を点灯させるととも
に、ブザーを「ピッ」と短時間(100ms)鳴らす。
a時点から時間T1(800ms)経過したb時点とな
ると、「中」設定に切換え、b時点から時間T2(40
0ms)経過したc時点となると「低」設定に切換え、
さらに時間T2経過したd時点となると「切」設定に切
換える。この間LEDは、LED(18)、LED(1
7)、LED(16)の順に点灯する。「切」設定にな
ったd時点ではブザーを「ピー」と長時間(250m
s)鳴らして他の設定との区別を容易としている。そし
て「切」設定になったd時点から時間T2よりも長く設
定した時間T3(800ms)経過したe時点となると
再び「高」設定に切換え、その後は時間T2の間隔で
「中」−「低」−「切」と切換え、「切」設定となると
時点dからeの場合と同様にして時間T3経過後「高」
設定に切換える。Next, the continuous temperature setting in which the key switch (13) is kept turned on and the temperature setting is sequentially switched will be described with reference to the waveform diagram shown in FIG. First, the key switch (13) is turned on at the time point a from the state of the “off” setting, and
If the signal is continuously input to the terminal (i1), the microcomputer (5)
Switches the temperature setting to "high" at the point a, turns on the LED (19) in the same manner as in the case of the step temperature setting, and sounds the buzzer "beep" for a short time (100 ms).
At the time point b when the time T1 (800 ms) elapses from the time point a, the setting is switched to the “middle” setting, and the time T2 (40
0 ms), at time c, switch to the “low” setting,
Further, at the time point d when the time T2 has elapsed, the setting is switched to “OFF”. During this time, the LEDs are LED (18), LED (1
7) The LED (16) lights up in this order. At the time point d when the “OFF” setting is made, the buzzer sounds “P” and a long time (250m
s) Sound to make it easy to distinguish from other settings. When the time T3 (800 ms), which is longer than the time T2, elapses from the time point d when the "off" setting is made, the time point e is switched to the "high" setting again. "-" Off ", and when" off "is set," high "
Switch to setting.
【0020】そしてキースイッチ(13)をオフする
と、その時点の設定が実際の設定となる。従って、アイ
ロン掛けを終了する場合には、キースイッチ(13)を
オンし続けると、温度設定が「切」設定になるまでは短
い時間間隔で設定が順次切換わり、「切」設定になる
と、まず初めに他の設定と区別できるブザー音が鳴って
「切」設定となったことを容易に確認することができる
とともに、その後「切」設定が他の設定よりも長く維持
されるので、使用者に対してキースイッチ(13)をオ
フする時間的余裕を十分与えることができる。When the key switch (13) is turned off, the setting at that time becomes the actual setting. Therefore, when ending ironing, if the key switch (13) is kept turned on, the settings are sequentially switched at short time intervals until the temperature setting is set to "OFF". First of all, it is easy to confirm that the buzzer sounds distinct from other settings and the “off” setting has been set, and then the “off” setting is maintained longer than the other settings. The user can be given sufficient time to turn off the key switch (13).
【0021】尚、上記の連続温度設定において、キース
イッチ(13)がオンされた直後に切換えられた温度設
定を維持する時間T1と、「切」設定を維持する時間T
3を同じ時間(800ms)としているが、T2(40
0ms)よりも長ければ、各々異なる時間に設定しても
よい。また、「切」設定とそれ以外の設定が行なわれた
時のブザー音をその長短で区別するようにしたが、ブザ
ー音の周波数を変えて区別するようにしたり、或いは音
声によって区別するようにしてもよい。また「切」設定
になった時のみブザー音を発するようにしてもよい。In the continuous temperature setting, the time T1 for maintaining the temperature setting switched immediately after the key switch (13) is turned on and the time T for maintaining the "OFF" setting.
3 is the same time (800 ms), but T2 (40
If it is longer than 0 ms), different times may be set. In addition, the buzzer sound when the “OFF” setting and other settings are made is distinguished by its length, but the buzzer sound frequency can be changed to distinguish it or it can be distinguished by voice. You may. Alternatively, a buzzer sound may be emitted only when the setting is “off”.
【0022】[0022]
【発明の効果】以上のように本発明によれば、アイロン
掛けを終了する際にはキースイッチをオンし続けること
により、「切」設定に切換わったとき、その状態を他の
設定よりも長く維持することができるので、「切」設定
の選択を容易に行なうことができ、キースイッチを何度
もオンして切換える必要がなく、操作性がきわめて良好
となる。加えて、ブザー音により「切」設定と他の温度
設定を区別できるので操作性がさらに良好となる。ま
た、キースイッチをオンし続ければ「切」設定以外の温
度設定も任意に行なえるので、通常の温度設定の操作性
が損われることもない。As described above, according to the present invention, when the ironing is finished, the key switch is kept turned on, so that when the setting is switched to the "off" setting, the state is more than the other setting. Since it can be maintained for a long time, the "OFF" setting can be easily selected, and there is no need to turn on and switch the key switch many times, and the operability is extremely good. In addition, the "off" setting and other temperature settings can be distinguished by the buzzer sound, so that the operability is further improved. Further, if the key switch is kept turned on, any temperature setting other than the "off" setting can be arbitrarily performed, so that the operability of normal temperature setting is not impaired.
【図1】本発明の一実施例を示す回路図である。FIG. 1 is a circuit diagram showing one embodiment of the present invention.
【図2】同実施例のマイコンの入出力波形図である。FIG. 2 is an input / output waveform diagram of the microcomputer of the embodiment.
5 マイクロコンピュータ 13 キースイッチ 15 表示手段 24 ブザー回路 5 Microcomputer 13 Key switch 15 Display means 24 Buzzer circuit
フロントページの続き (56)参考文献 特開 平1−175900(JP,A) 特開 昭61−87599(JP,A) 特開 平2−295598(JP,A) 特開 昭61−280896(JP,A) 特開 昭58−121998(JP,A) (58)調査した分野(Int.Cl.6,DB名) D06F 75/26 Continuation of front page (56) References JP-A-1-175900 (JP, A) JP-A-61-87599 (JP, A) JP-A-2-295598 (JP, A) JP-A-61-280896 (JP, A) , A) JP-A-58-121998 (JP, A) (58) Fields investigated (Int. Cl. 6 , DB name) D06F 75/26
Claims (2)
する表示手段と、該表示手段の設定を切換えるキースイ
ッチと、該キースイッチをオンする毎に温度設定を1段
階づつ切換え、希望の温度に設定する段階温度設定手段
と、前記キースイッチがオンされ続けると、その間前記
複数段階の温度設定を時間間隔をおいて順次切換える連
続温度設定手段とを備え、該連続温度設定手段は他の温
度設定から「切」設定になった後に次の温度設定へ切換
えるまでの時間間隔を、「切」設定以外の温度設定から
次の温度設定へ切換える時間間隔よりも長く設定したこ
とを特徴とする電子式アイロン。1. A display means for displaying a temperature setting in a plurality of stages including "OFF", a key switch for switching the setting of the display means, and a temperature setting being switched by one step every time the key switch is turned on. Step temperature setting means for setting the temperature to a predetermined temperature, and continuous temperature setting means for sequentially switching the temperature settings of the plurality of steps at intervals of time while the key switch is kept turned on. The time interval between switching from the temperature setting to the next temperature setting after changing from the temperature setting to the OFF setting is set longer than the time interval for switching from the temperature setting other than the OFF setting to the next temperature setting. Electronic iron.
定が行なわれたことを他の温度設定が行なわれた場合と
区別する音を発する報知手段を設けたことを特徴とする
請求項1に記載した電子式アイロン。2. An apparatus according to claim 1, further comprising: a notifying unit that emits a sound for distinguishing the setting of “OFF” by the continuous temperature setting unit from the case of performing another temperature setting. Electronic iron described.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP3040211A JP2975699B2 (en) | 1991-03-06 | 1991-03-06 | Electronic iron |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP3040211A JP2975699B2 (en) | 1991-03-06 | 1991-03-06 | Electronic iron |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH04279198A JPH04279198A (en) | 1992-10-05 |
JP2975699B2 true JP2975699B2 (en) | 1999-11-10 |
Family
ID=12574444
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP3040211A Expired - Fee Related JP2975699B2 (en) | 1991-03-06 | 1991-03-06 | Electronic iron |
Country Status (1)
Country | Link |
---|---|
JP (1) | JP2975699B2 (en) |
Families Citing this family (1)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
FR3025530B1 (en) * | 2014-09-09 | 2016-10-28 | Seb Sa | METHOD FOR OPERATING AN IRONING APPARATUS HAVING A MONOSTABLE SWITCH FOR SWITCHING ON AND OFF THE DEVICE |
-
1991
- 1991-03-06 JP JP3040211A patent/JP2975699B2/en not_active Expired - Fee Related
Also Published As
Publication number | Publication date |
---|---|
JPH04279198A (en) | 1992-10-05 |
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