JPH02295596A - Clothes-drying machine - Google Patents

Clothes-drying machine

Info

Publication number
JPH02295596A
JPH02295596A JP11706889A JP11706889A JPH02295596A JP H02295596 A JPH02295596 A JP H02295596A JP 11706889 A JP11706889 A JP 11706889A JP 11706889 A JP11706889 A JP 11706889A JP H02295596 A JPH02295596 A JP H02295596A
Authority
JP
Japan
Prior art keywords
clothes
container
drying
finishing agent
drying chamber
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
Application number
JP11706889A
Other languages
Japanese (ja)
Inventor
Tatsuya Hirota
達哉 廣田
Yoshiaki Aoki
義明 青木
Tamotsu Kawamura
保 川村
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.)
Sanyo Electric Co Ltd
Original Assignee
Sanyo Electric Co Ltd
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 Sanyo Electric Co Ltd filed Critical Sanyo Electric Co Ltd
Priority to JP11706889A priority Critical patent/JPH02295596A/en
Publication of JPH02295596A publication Critical patent/JPH02295596A/en
Pending legal-status Critical Current

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Abstract

PURPOSE:To obtain a clothes-drying machine having no danger of a fault, to apply a finishing agent to clothes with simple configuration and to easily supply the finishing agent at low cost by providing a finishing agent housing container on the inner face of a door in the clothes incoming and outgoing port of a drying chamber. CONSTITUTION:On the rear face of a drum 10, a hot air exit 12 composed of a lot of throughhole holes or radial slits is formed and an internal part communicated with a clothes incoming and outgoing port 4 is formed to be the drying chamber. In the internal part of a container 35, which is formed by a transparent material, adhered and fixed to the inner face side of a door 5, a volatile liquid-state antistatic agent B is housed. Wind to be generated by rotating and driving a both-side fan 24 by a motor 26 goes to be hot wind by being heated with a heater 17, is supplied into the drum 10 and dries clothes. During a drying process, a part neat the container 35 is also heated at a high temperature and a shape memory alloy-made spring 38 is deformed by the high temperature. Then, a cover body 37 is moved and the opening part of the container 35 is opened. At such a time, the volatile antistatic agent B is evaporated, charged in the drying chamber and attached to clothes. Then, static electricity is prevented from being generated.

Description

【発明の詳細な説明】 (イ)産業上の利用分野 本発明は衣類乾燥機に関する。[Detailed description of the invention] (b) Industrial application fields The present invention relates to clothes dryers.

(口)従来の技術 衣想乾燥機において、乾燥した衣類に静電気が発生する
のを防止する静電気防止剤、衣類を柔軟にするリンス剤
、衣類に良い香りを与える香料等(以下、仕上げ剤と称
す)を乾燥室内の衣類に供給し、衣類の乾燥を良好に行
うことが提案されている。
(Example) Conventional technology In clothes dryers, anti-static agents prevent static electricity from being generated on dried clothes, rinse agents soften clothes, fragrances give clothes a pleasant fragrance, etc. (hereinafter referred to as finishing agents). It has been proposed to supply a liquid (called 1) to the clothes in a drying chamber to effectively dry the clothes.

特開昭58−124493号公報は超音波振動子を、特
開昭58−133300号公報はポンプをそれぞれ用い
、乾燥室内に液体状の仕上げ剤を供給するものである。
JP-A-58-124493 uses an ultrasonic vibrator, and JP-A-58-133300 uses a pump to supply a liquid finishing agent into the drying chamber.

しかしながらこれらいずれの構成においても、仕上げ剤
を収容しておく容器が乾燥機本体の機枠内部に設けられ
ているため仕上げ剤の補給に手間がかかるものであった
。また構成が複雑になるため、高価なものになったりボ
ンブが故障したりする虞があった。
However, in any of these configurations, the container for storing the finishing agent is provided inside the frame of the dryer main body, so it takes time and effort to replenish the finishing agent. Furthermore, since the configuration is complicated, there is a risk that it will be expensive and the bomb may break down.

(ハ)発明が解決しようとする課題 本発明は、簡単な構成で仕上げ剤を衣類に与えることが
でき、容器への仕上げ剤の補給が簡単に行え、しかも安
価で故障の虞がない衣類乾燥機を提供するものである。
(c) Problems to be Solved by the Invention The present invention is capable of applying a finishing agent to clothes with a simple configuration, easily replenishing the finishing agent to a container, and drying clothes at low cost and without the risk of failure. It provides an opportunity for

(二)課題を解決するための手段 本発明の衣類乾燥機は、衣類を収容する乾燥室と、該乾
燥室に温風を送風する乾燥手段と、前記乾燥室の衣類出
入口に開閉自在に設けられた扉と、該扉の内面に設けら
れた仕上げ剤収容容器とよりなることを特徴とする。
(2) Means for Solving the Problems The clothes dryer of the present invention includes a drying chamber for accommodating clothes, a drying means for blowing warm air into the drying chamber, and a clothes dryer provided at the clothes entrance and exit of the drying chamber so as to be openable and closable. The present invention is characterized by comprising a door and a finishing agent container provided on the inner surface of the door.

(ホ)作用 乾燥室に温風を送風して乾燥動作を行うと、仕上げ剤を
収容した容器から仕上げ剤が乾燥室中に分散し、衣類に
付着する。仕上げ剤の容器への補給は、扉を解放すれば
橿めて容易に行うことができる。
(E) Operation When a drying operation is performed by blowing hot air into the drying chamber, the finishing agent is dispersed from the container containing the finishing agent into the drying chamber and adheres to the clothes. Replenishment of finishing agent into the container can be easily done by opening the door.

(へ)実施例 第1図乃至第4図は本発明の一実施例を示す。(f) Example 1 to 4 show an embodiment of the present invention.

この衣類乾燥機は、熱交換型両面ファンを用いた所謂除
湿型のものである。即ちここでは乾燥用の空気は、ドラ
ム(乾燥室)、両面ファンの内側面、ダクト、ヒータか
ら構成される風路内をM環するものである。
This clothes dryer is of a so-called dehumidifying type using a heat exchange type double-sided fan. That is, here, the drying air circulates in an M-ring in an air path composed of a drum (drying chamber), the inner surface of a double-sided fan, a duct, and a heater.

第1図乃至第3図において、(1)は衣類乾燥機の金属
製の機枠、(2)(3)は該機枠の前後部の開口縁に止
着した前面板及び金属製の後面板、(4)は前面板(2
)に形成した衣類出入口、(5)は該衣類出入口に開閉
自在に設けられた透明樹脂製の扉である。(6)は機枠
(1)内の前部に位置し、機枠(1)及び前面板(2)
に止着された金属製の環状のドラム支持盤、(7)は機
枠(1)内の後部にてその両側部に架設固着されて配置
された金属製の仕切板、(8)・・・は仕切板(7)の
中心部から放射状に穿設された複数個の通気口である。
In Figures 1 to 3, (1) is the metal frame of the clothes dryer, (2) and (3) are the front plate and metal rear panel fixed to the front and rear opening edges of the machine frame. The face plate (4) is the front plate (2
), and (5) is a transparent resin door provided in the clothing entrance so as to be openable and closable. (6) is located at the front inside the machine frame (1), and is connected to the machine frame (1) and the front plate (2).
A metal annular drum support plate (7) is fixed to the machine frame (1), and metal partition plates (8) are installed and fixed on both sides of the rear part of the machine frame (1). * indicates a plurality of ventilation holes radially drilled from the center of the partition plate (7).

(9)は仕切板(7)の中心部を前後方向から挿し通し
且つ固定された長い支軸で、その後端を上記後面板(3
)の後方に膨出しな中央部のボスにボルト及びワッシャ
によって固定されている。(10)は樹脂成型されたド
ラムであり、前面開口縁をドラム支持盤(6)の外周縁
にフエルト(11)を介して回転自在に支持されている
。またこのドラム(10)は後面の中心部に軸受けを固
着し、ここを支軸(9)の前端に回転自在に装着し、ボ
ルト及びナットにより抜け止めしている。そしてこのド
ラム(10)にはその後面に多数の透孔あるいは放射上
のスリットからなる熱気出口(12)が形成されており
、衣類出入口(4)と連通したその内部が乾燥室となる
(9) is a long support shaft that is inserted through the center of the partition plate (7) from the front and rear directions and is fixed, and its rear end is attached to the rear plate (3).
) is fixed to the central boss that bulges out at the rear with bolts and washers. (10) is a resin-molded drum, and its front opening edge is rotatably supported on the outer peripheral edge of a drum support plate (6) via felt (11). A bearing is fixed to the center of the rear surface of the drum (10), rotatably attached to the front end of the support shaft (9), and secured with bolts and nuts. A hot air outlet (12) consisting of a large number of through holes or radial slits is formed on the rear surface of this drum (10), and the inside thereof communicating with the clothes entrance/exit (4) serves as a drying chamber.

(13)はドラム支持盤(6)の下部左側に形成された
熱気入口(l4)を、仕切板(7)の通気口(8)・・
・の後ろ側から連通させる循環路で、ドラム支持盤(6
)に固着されたL字型のダクト(15)と、仕切板(7
)の後面に気密に覆着された円筒状の循環ケーシシグ(
16)とより構成される。(17)は正抵抗温度特性を
有するハニカム状のヒータ、(18)はダクト(15)
の底部に形成され機外に突出するドレン孔、(19)は
循環ケーシング(16)に一体形成されダクト(15)
に連通する循環管、(20)は扉(5)の開閉を検知す
る扉スイッチである。
(13) connects the hot air inlet (l4) formed on the lower left side of the drum support plate (6) to the ventilation hole (8) of the partition plate (7).
・A circulation path that communicates from the rear side of the drum support plate (6
) and an L-shaped duct (15) fixed to the partition plate (7).
A cylindrical circulation case sig (
16). (17) is a honeycomb-shaped heater with positive resistance temperature characteristics, (18) is a duct (15)
A drain hole (19) formed at the bottom of the duct (19) and protruding outside the machine is integrally formed with the circulation casing (16) and connects to the duct (15).
(20) is a door switch that detects the opening and closing of the door (5).

(2l)は循環ケーシング(16)の後面側に連続する
ように取り付けられたほぼ同形の冷却ケーシングで、循
環管(19)と区画された下向きの冷却路(22)を一
体形成し、これを機枠(1)の底面の冷気出口(23)
に連通している。(24)は循環ケーシング(16)及
び冷却ケーシンダ(2l)内に跨って配設された熱交換
型の両面ファンで、支軸(9)の後部にメタルを介して
回転自在に軸支されている。(25X25)はこの両面
ファン(24)に連設された回転伝達用のプーりである
。(26)は機枠(1)の内底部に配設されたモータで
、アイドラプーりを含むプーリ(27)及びベルト(2
8)によりドラム(10)を低速回転させると共に、両
面ファン(24)をプーリ(25)及びベル} (28
a)を介して高速回転させる。(29)は熱気出口(1
2)・・・と通気口(8)間をシールするシール材、(
30)・・・は後而板(3)の中央に形成された冷気入
口、(31)はドラム(10)の後面の熱気出口(12
)を覆うように内方から着脱自在に取り付けられ衣類か
ら発生する糸くずを取り除くフィルタ装置である。この
フィルタ装置(31)は、複数の開口が形成されたフィ
ルタカバー(31a )と、その内部に配されたリント
フィルタ(3lb)とから構成される。ここで、循環路
(13)を構成するダクト(15)や両面ファン(24
)、モータ(26)、ヒーク(17)等により乾燥手段
が構成される。
(2l) is a cooling casing of almost the same shape that is attached to the rear side of the circulation casing (16) and integrally forms a downward cooling passage (22) separated from the circulation pipe (19). Cold air outlet (23) on the bottom of the machine frame (1)
is connected to. (24) is a heat exchange type double-sided fan disposed across the circulation casing (16) and the cooling casing cylinder (2l), and is rotatably supported on the rear part of the spindle (9) via metal. There is. (25x25) is a rotation transmission pulley connected to this double-sided fan (24). (26) is a motor disposed at the inner bottom of the machine frame (1), which includes a pulley (27) including an idler pulley and a belt (2).
8) rotates the drum (10) at low speed, and the double-sided fan (24) is rotated by the pulley (25) and the bell} (28
Rotate at high speed via a). (29) is the hot air outlet (1
2) A sealing material that seals between ... and the vent (8), (
30)... is a cold air inlet formed in the center of the rear plate (3), and (31) is a hot air outlet (12) on the rear surface of the drum (10).
) is a filter device that is removably attached from the inside so as to cover the clothing, and removes lint generated from clothing. This filter device (31) is composed of a filter cover (31a) in which a plurality of openings are formed and a lint filter (3lb) arranged inside the filter cover (31a). Here, the duct (15) and double-sided fan (24) constituting the circulation path (13) are used.
), a motor (26), a heater (17), etc. constitute a drying means.

(32)(33)(34)は第1、第2、第3サーミス
タであり、第1サーミスタ(32)は仕切板(7)の裏
面に位置して熱気出口(12)での排気温度を測定し、
第2サーミスタ(33)はダクト(33)内に位置して
熱交換除湿後且つ再加熱前の排気温度を測定し、第3サ
ーミスタ(34)はダク} (15)内の熱気入口(1
4)近傍に位置して再加熱後の排気温度を測定する。
(32), (33), and (34) are first, second, and third thermistors, and the first thermistor (32) is located on the back side of the partition plate (7) to control the exhaust temperature at the hot air outlet (12). measure,
The second thermistor (33) is located in the duct (33) to measure the exhaust temperature after heat exchange dehumidification and before reheating, and the third thermistor (34) is located in the hot air inlet (15) in the duct (15).
4) Measure the exhaust gas temperature after reheating from a nearby location.

(35)は透明材料にて形成され7yi(5)の内面側
に接着固定された容器であり、その内部に揮発性の液体
状の静電気防止剤Bが収容されている。(36)は容器
(35)の側面に一体形成された軸、(37)は該軸に
対し回転自在に取り付けられ容!(35)の開口部を施
蓋する蓋体、(38)は該蓋体と容器(35)を結合す
る形状記憶合金製のバネである。
(35) is a container made of a transparent material and adhesively fixed to the inner surface of 7yi (5), and a volatile liquid antistatic agent B is stored inside the container. (36) is a shaft integrally formed on the side surface of the container (35), and (37) is rotatably attached to the shaft. (35) is a lid that closes the opening; (38) is a shape memory alloy spring that connects the lid and the container (35).

第4図は回路ブロック図を示し、(39)は前記サーミ
スタ(32)(33)(34)からの情報を参照してモ
ータ(26)、ヒータ(17)を制御するマイクロコン
ピュータ、(40)は該マイクロコンピュータに情報を
入力するキーボードである。
FIG. 4 shows a circuit block diagram, in which (39) is a microcomputer (40) that controls the motor (26) and heater (17) by referring to the information from the thermistors (32), (33), and (34); is a keyboard for inputting information into the microcomputer.

而して、キーボード(40)により乾燥動作の開始が指
示されると、マイクロコンピュータ(39)はモータ(
26)、ヒータ(17)への通電を行い乾燥行程の実行
を開始する。モータ(26)が両面ファン(24)を回
転駆動して発生する風はヒータ(17)により加熱され
て温風となり、ドラム(10)内へ供給されて衣類を乾
燥させる。衣類から水分を奪った風は熱気出口(12)
から排出されて再び両面ファン(24)に至る。両面フ
ァン(24)は冷気入口(30)から吸い込んだ冷却風
と熱交換を行って、衣類から奪った水分を凝縮して水滴
とする。かかる水滴は両面ファン(24)の回転により
周囲に飛ばされ、循環管(19)を通ってドレン孔(1
8)から機外に排出される。
When the keyboard (40) instructs the start of the drying operation, the microcomputer (39) starts the motor (
26), the heater (17) is energized and the drying process is started. The motor (26) rotates the double-sided fan (24), and the air generated is heated by the heater (17) to become warm air, which is supplied into the drum (10) to dry the clothes. The wind that removes moisture from clothing is a hot air outlet (12)
The air is discharged from the air and reaches the double-sided fan (24) again. The double-sided fan (24) exchanges heat with the cooling air sucked in from the cold air inlet (30) and condenses the moisture taken from the clothes into water droplets. These water droplets are blown around by the rotation of the double-sided fan (24), pass through the circulation pipe (19), and enter the drain hole (1).
8) is discharged from the machine.

この乾燥行程中には容!(35)近傍も温風により高温
となり、それによって形状記憶合金製のバネ(38)が
変形して蓋体(37)を動かし容器(35)の開口部を
開く。この時、揮発性の静電気防止剤Bは蒸発して乾燥
室内に充満し、衣類に付着して静電気の発生を防止する
。本実施例は除湿型のものであるから、乾燥用の風が機
外へ排出されることなく内部で循環するので、特に効果
的である。衣類に付着する静電気防止剤Bの量は、蓋体
(37)の開き具合によって調整でき、例えば乾燥室が
高温のときは蓋体(37)を大きく開けて静電気防止剤
の供給量を多くするといった構成も可能である。
During this drying process, there is a lot! The temperature near (35) also becomes high due to the hot air, which deforms the spring (38) made of shape memory alloy, moves the lid (37), and opens the opening of the container (35). At this time, the volatile antistatic agent B evaporates, fills the drying chamber, and adheres to the clothes to prevent the generation of static electricity. Since this embodiment is of a dehumidifying type, the drying air is circulated inside the machine without being discharged to the outside, so it is particularly effective. The amount of antistatic agent B that adheres to clothing can be adjusted by the degree to which the lid (37) is opened. For example, when the drying room is hot, open the lid (37) wide to increase the amount of antistatic agent supplied. Such a configuration is also possible.

マイクロコンピュータ(39)は、サーミスタ(32)
(33)からの情報により乾燥の終了を判別する動作を
行いつつ乾燥行程を実行する。乾燥終了の判別動作は特
公昭61−26397号、特開昭58ー163400号
等の公報に詳述されているので、ここでは省略する。乾
燥が終了するとマイクロコンピュータ(39)はモータ
(26)、ヒータ(17)への通電を停止する。乾燥行
程が終了すると容! (35)近傍の温度が低下するの
でバネ(38)が低温時の形に戻り、蓋体(37)にて
容器(35)の開口部を閉じる。
The microcomputer (39) is the thermistor (32)
The drying process is executed while performing an operation to determine the end of drying based on the information from (33). The operation for determining the end of drying is described in detail in Japanese Patent Publications No. 61-26397, Japanese Patent Application Laid-Open No. 58-163400, and so will not be described here. When drying is completed, the microcomputer (39) stops energizing the motor (26) and heater (17). When the drying process is finished, it is ready! (35) As the temperature in the vicinity decreases, the spring (38) returns to its low-temperature shape, and the lid (37) closes the opening of the container (35).

以上の構成によれば、容器(35)を扉(5)に取り付
けているので、仕上げ剤の補給は扉(5)を開けて蓋体
(37)を開けるだけで筒単に行うことができる。しか
も本実施例によれば、透明材料にて形成された容器(3
5)を扉(5)の透明部分に取り付けているので、内部
の仕上げ剤の残量を簡単に確認することができ、使い勝
手がよい。また、形状記憶合金製のバネ(38)によっ
て蓋体(37)を開閉しているので、乾燥動作を行わな
いときには静電気防止剤が無駄に蒸発してしまうことが
ない。尚、蓋体(37)の開閉はバイメタルやソレノイ
ドを使って行ってもよい。
According to the above configuration, since the container (35) is attached to the door (5), replenishment of the finishing agent can be easily performed by simply opening the door (5) and opening the lid (37). Moreover, according to this embodiment, the container (3
5) is attached to the transparent part of the door (5), so the remaining amount of finishing agent inside can be easily checked, making it easy to use. Furthermore, since the lid (37) is opened and closed by a spring (38) made of a shape memory alloy, the antistatic agent will not evaporate unnecessarily when the drying operation is not performed. Note that the lid (37) may be opened and closed using a bimetal or a solenoid.

第5図乃至第10図は本発明の他の実施例を示す。この
実施例については、その大部分の構成は先に述べた実施
゛例と同一であるので異なる部分についてのみ以下に説
明する。
5 to 10 show other embodiments of the invention. Since most of the configuration of this embodiment is the same as that of the previously described embodiment, only the different parts will be described below.

(41}は透明材料にて形成された円筒容器であり、そ
の内部に液体状の静電気防止剤Bを収容し、水平方向に
おかれた軸(42)を介して扉(5)の内面側の凹部(
5a)に回転自在に取り付けられている。(43)は円
筒容!(41)の底面(円形面)に形成された補給口、
(44)は該補給口の栓、(45)・・・は円筒容器(
41)の側面に軸(42)と並行な一直線上に形成され
た直径Imm程度以下の小孔である。
(41} is a cylindrical container made of a transparent material, which contains liquid antistatic agent B, and which is attached to the inner surface of the door (5) via a horizontally placed shaft (42). recess (
5a) is rotatably attached. (43) is a cylindrical volume! (41) A supply port formed on the bottom surface (circular surface),
(44) is the stopper of the supply port, (45)... is the cylindrical container (
41) is a small hole with a diameter of about Imm or less formed in a straight line parallel to the axis (42).

乾燥動作を行うと、ドラム(10)が回転して衣類が円
筒容@ (41 ’)に触れ、円筒容器(41)を回転
させるが、同時に円筒容器(41)が温風によって加熱
され、その中の空気Cが膨張する。円筒容器(41)が
回転して小孔(45)・・・が下方位置にきたとき(第
8図、第9図参照)、膨張した空気Cが静電気防止剤B
を小孔(45)・・・から円筒容器(41)の外へ押し
出す。押し出された静電気防止剤Bは円筒容器(41)
の表面ににじむか、もしくは滴下するなどして衣類に付
着する。本構成によっても乾燥室の温度によって静電気
防止剤の供給量を変えることができる。即ち、乾燥室が
比較的高温となり衣類がよく乾燥したときは静電気が発
生しやすい状態であるが、その時には円筒容器(4l)
内の空気Bの膨張の度合いも大きく、比較的多量の静電
気防止剤が供給される。逆に乾燥室の温度が比較的低く
衣類が多少の水分を含んでいるときには静電気は発生し
にくいが、この時には空気Cの膨張も少なく、供給され
る静電気防止剤も少ない。
When the drying operation is performed, the drum (10) rotates and the clothes come into contact with the cylindrical container @ (41'), rotating the cylindrical container (41), but at the same time, the cylindrical container (41) is heated by the hot air and its Air C inside expands. When the cylindrical container (41) rotates and the small holes (45)... come to the lower position (see Figures 8 and 9), the expanded air C flows into the antistatic agent B.
is pushed out of the cylindrical container (41) through the small hole (45). The extruded antistatic agent B is placed in a cylindrical container (41)
It smears onto the surface of the product or drips onto clothing. With this configuration as well, the amount of antistatic agent supplied can be changed depending on the temperature of the drying chamber. In other words, when the drying room is relatively hot and the clothes are well dried, static electricity is likely to be generated.
The degree of expansion of the air B inside is also large, and a relatively large amount of antistatic agent is supplied. On the other hand, when the temperature of the drying room is relatively low and the clothes contain some moisture, static electricity is less likely to be generated, but at this time the expansion of air C is small and the amount of antistatic agent supplied is also small.

尚、小孔(45)・・・は円筒容器(41)の側面に軸
(42)と並行な一直線上に形成されているので、小孔
(45)が下を向いた状態で円筒容!(41)が停止し
たとしでも(゛非乾燥時には静電気防止剤が漏れだしに
くくなっているが、第10図に示すように軸(42)を
円筒容!(41)の中心軸に対して小孔(45)・・・
側に偏心させて設ければ、円筒容器(41)は小孔(4
5)が下を向いた状態で停止しにくくなる。
The small holes (45)... are formed on the side of the cylindrical container (41) in a straight line parallel to the axis (42), so the small holes (45) are facing downwards when the cylindrical container! Even if (41) has stopped (the antistatic agent is less likely to leak out when not dry, the shaft (42) should be moved slightly relative to the center axis of the cylindrical container (41) as shown in Figure 10). Hole (45)...
If provided eccentrically to the side, the cylindrical container (41) will have a small hole (4
5) It becomes difficult to stop with the vehicle facing down.

尚、以上2通りの実施例いずれにおいてら、静電気防止
剤を使用しているが、香料など他の仕上げ剤であっても
よい。また、容器(35)、円筒容器(41)の全体を
透明材料で構成する必要はなく、少なくとも一部を透明
にして内部の仕上げ剤の量が確認できればよい。
Incidentally, in both of the above two examples, an antistatic agent is used, but other finishing agents such as perfume may also be used. Further, the container (35) and the cylindrical container (41) do not need to be entirely made of a transparent material, as long as at least a portion thereof is made transparent so that the amount of finishing agent inside can be confirmed.

(ト)発明の効果 本発明によれば、扉の内面に仕上げ剤収容容器を設ける
だけの簡単な構成で仕上げ剤を衣類に与えることができ
、容器への仕上げ剤の補給も簡単に行える。構成が簡単
であるので低コストであり、また故障の心配も少ない。
(g) Effects of the Invention According to the present invention, a finishing agent can be applied to clothing with a simple structure of simply providing a finishing agent storage container on the inner surface of the door, and the finishing agent can be easily replenished into the container. Since the configuration is simple, the cost is low, and there is little fear of failure.

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

第1図乃至第4図は本発明の一実施例を示し、第1図は
側断面図、第2図は要部断面図、第3図は第2図中のA
矢視図、第4図は回路ブロック図である。また第5図乃
至第10図は本発明の他の実施例を示し、第5図は正面
図、第6図は要部断面図、第7図は要部斜視図、第8図
及び第9図は円筒容器を示す正面図及び側面図、第lO
図は円筒容器の変形例を示す一部切欠側面図である。 (10)・・・ドラム、(15)・・・ダクト、(17
)・・・ヒータ、(24)・・・両面ファン、(35)
・・・容器、、(41)・・・円筒容器、(B)・・・
静電気防止剤。
1 to 4 show one embodiment of the present invention, FIG. 1 is a side sectional view, FIG. 2 is a sectional view of main parts, and FIG. 3 is A in FIG. 2.
The arrow view and FIG. 4 are circuit block diagrams. 5 to 10 show other embodiments of the present invention, in which FIG. 5 is a front view, FIG. 6 is a sectional view of essential parts, FIG. 7 is a perspective view of essential parts, and FIGS. 8 and 9. The figure shows a front view and a side view of a cylindrical container, No.
The figure is a partially cutaway side view showing a modification of the cylindrical container. (10)...Drum, (15)...Duct, (17
)...Heater, (24)...Double-sided fan, (35)
... Container, (41) ... Cylindrical container, (B) ...
Antistatic agent.

Claims (1)

【特許請求の範囲】[Claims] (1)衣類を収容する乾燥室と、該乾燥室に温風を送風
する乾燥手段と、前記乾燥室の衣類出入口に開閉自在に
設けられた扉と、該扉の内面に設けられた仕上げ剤収容
容器とよりなることを特徴とする衣類乾燥機。
(1) A drying room for storing clothes, a drying means for blowing warm air into the drying room, a door that can be opened and closed at the clothing entrance of the drying room, and a finishing agent provided on the inner surface of the door. A clothes dryer comprising a storage container.
JP11706889A 1989-05-10 1989-05-10 Clothes-drying machine Pending JPH02295596A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP11706889A JPH02295596A (en) 1989-05-10 1989-05-10 Clothes-drying machine

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP11706889A JPH02295596A (en) 1989-05-10 1989-05-10 Clothes-drying machine

Publications (1)

Publication Number Publication Date
JPH02295596A true JPH02295596A (en) 1990-12-06

Family

ID=14702630

Family Applications (1)

Application Number Title Priority Date Filing Date
JP11706889A Pending JPH02295596A (en) 1989-05-10 1989-05-10 Clothes-drying machine

Country Status (1)

Country Link
JP (1) JPH02295596A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108940784A (en) * 2018-08-27 2018-12-07 浙江仕善汽车科技股份有限公司 Drying unit is used in a kind of processing of vehicle spray painting

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN108940784A (en) * 2018-08-27 2018-12-07 浙江仕善汽车科技股份有限公司 Drying unit is used in a kind of processing of vehicle spray painting

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