JPH03169319A - Electronic drying apparatus - Google Patents

Electronic drying apparatus

Info

Publication number
JPH03169319A
JPH03169319A JP1311974A JP31197489A JPH03169319A JP H03169319 A JPH03169319 A JP H03169319A JP 1311974 A JP1311974 A JP 1311974A JP 31197489 A JP31197489 A JP 31197489A JP H03169319 A JPH03169319 A JP H03169319A
Authority
JP
Japan
Prior art keywords
cooling element
humidity
heat
cooling
box
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
JP1311974A
Other languages
Japanese (ja)
Inventor
Masataka Yoshino
昌孝 吉野
Hiromi Odakawa
小田川 博美
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.)
Mitsubishi Electric Corp
Original Assignee
Mitsubishi Electric Corp
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 Mitsubishi Electric Corp filed Critical Mitsubishi Electric Corp
Priority to JP1311974A priority Critical patent/JPH03169319A/en
Publication of JPH03169319A publication Critical patent/JPH03169319A/en
Pending legal-status Critical Current

Links

Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F25REFRIGERATION OR COOLING; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS; MANUFACTURE OR STORAGE OF ICE; LIQUEFACTION SOLIDIFICATION OF GASES
    • F25BREFRIGERATION MACHINES, PLANTS OR SYSTEMS; COMBINED HEATING AND REFRIGERATION SYSTEMS; HEAT PUMP SYSTEMS
    • F25B2321/00Details of machines, plants or systems, using electric or magnetic effects
    • F25B2321/02Details of machines, plants or systems, using electric or magnetic effects using Peltier effects; using Nernst-Ettinghausen effects
    • F25B2321/021Control thereof
    • F25B2321/0212Control thereof of electric power, current or voltage

Abstract

PURPOSE:To enhance drying capacity by mounting a humidity detector detecting the temp. in a storeroom and a change-over circuit. CONSTITUTION:The humidity in a storeroom in which a box body 1 is placed is detected by a humidity detector 22 and a change-over contact 35 comes into contact with respective contacts corresponding to the output of the detector 22 to change over resistors 39, 40 to control the supply quantity of a current to a cooling element 7. The air outside the box body 1 is sucked through a filter 11 and dehumidified by the dew condensation on a cooling fin 8 to be held to a dry state. By this method, the hygroscopic capacity fitted to humidity is obtained and the conservation of energy can be achieved.

Description

【発明の詳細な説明】 [産業上の利用分野] この発明は電子的に冷却して結露、結霜又は結氷させる
ことにより、押入れ、下駄箱等の内部の空気を乾燥させ
る装置に関するものである。
[Detailed Description of the Invention] [Industrial Application Field] This invention relates to a device for drying the air inside a closet, shoe rack, etc. by electronically cooling the air to cause dew, frost, or ice formation. .

[従来の技術] 従来、押入れ、洋服だんず、下駄箱、流し台の下側等の
所定空間を乾燥させるためには、生石灰、塩化カルシウ
ム等の乾燥剤を用いるのが普通である。これにより、ふ
とん、衣類、はき物等にかびが発生するのを防止するよ
うにしている。
[Prior Art] Conventionally, in order to dry a predetermined space such as a closet, a wardrobe, a shoe rack, or the underside of a sink, a desiccant such as quicklime or calcium chloride is commonly used. This prevents mold from forming on futons, clothing, footwear, etc.

[発明が解決しようとする゛課題] 上記のような従来の乾燥手段では、乾燥剤を用いて上記
所定空間内の空気を乾燥するようにしているため、乾燥
能力に限界があり、能力低下した乾燥剤を再々新品と交
換しなければならないという問題点がある。
[Problems to be solved by the invention] In the conventional drying means as described above, since a desiccant is used to dry the air in the predetermined space, there is a limit to the drying ability, and the drying ability is limited. There is a problem in that the desiccant must be replaced with a new one again and again.

この発明はーE記問題点を解決するためになされたもの
で、乾燥能力が高く、かつそれが半永久的に持続できる
と共に、使用しやすくできるようにした電子乾燥装置を
提供することを目的とする。
This invention was made in order to solve the problem described in E. The purpose of this invention is to provide an electronic drying device that has high drying ability, can last semi-permanently, and is easy to use. do.

[課題を解決するための手段] この発明に係る電子乾燥装置は、電子冷却素子と、この
冷却素子の吸熱側に設けられた冷却フィンと、同じく放
熱側に設けられた放熱フィンとを,通気穴を有する箱体
内に収納し、この箱体が置かれた収納庫内の湿度を検出
し、この湿度に応じて冷却素子の通電量を制御するよう
にしたものである。
[Means for Solving the Problems] An electronic drying device according to the present invention connects an electronic cooling element, a cooling fin provided on the heat absorption side of the cooling element, and a heat radiation fin provided on the heat radiation side of the cooling element to provide ventilation. The cooling element is housed in a box having a hole, the humidity inside the storage where the box is placed is detected, and the amount of current supplied to the cooling element is controlled in accordance with this humidity.

[作 用] この発明においては,電子冷却素子と、これに設けられ
た冷却フィン及び放熱フィンを通気穴を有する箱体内に
収納したため、冷却素子に通電されると、吸熱側に吸熱
作用が、放熱側に放熱作用が発生し、冷却フィンの表面
が結露、結霜又は結氷することにより、通気穴を介して
箱体外の空間の水分が吸収される。また、箱体が置かれ
た収納庫内の湿度に応じて冷却素子の通電量を制御する
ようにしたため、湿度に適合した吸湿能力が得られる。
[Function] In this invention, since the electronic cooling element and the cooling fins and radiation fins provided thereon are housed in a box having ventilation holes, when the cooling element is energized, an endothermic action occurs on the endothermic side. A heat dissipation effect occurs on the heat dissipation side, and the surface of the cooling fins forms dew, frost, or ice, and moisture in the space outside the box body is absorbed through the ventilation holes. In addition, since the amount of electricity supplied to the cooling element is controlled according to the humidity in the storage where the box is placed, a moisture absorption capacity suitable for the humidity can be obtained.

[実施例] 第l図〜第4図はこの発明の一実施例を示す図で、第1
図は破断正面図、第2図は第l図のII −H線断面図
、第3図は第1図のII1−11T線断面拡大図、第4
図は電気回路図である。
[Example] Figures 1 to 4 are diagrams showing an example of the present invention.
The figure is a broken front view, Figure 2 is a sectional view taken along the line II-H of Figure 1, Figure 3 is an enlarged sectional view taken along the line II1-11T of Figure 1, and Figure 4 is a cross-sectional view taken along the line II1-11T of Figure 1.
The figure is an electrical circuit diagram.

第1図〜第3図中、 (1)は箱体で、その両側面と底
面を形成する外枠(2)と、同じく後面、前面及び上而
を形成し外枠(2)に取り付けられるカバー. (3+
 (41からなっている。外枠(2)の両側面間には横
道配置された壁板(2a)及び縦通配置された壁板(2
b)が固着され、外枠(2)の底面後部には上方へ屈曲
されたストツパ(2c)が形成されている。カバー(4
)の上面には放熱用の通気穴(4a)が設けられている
。(5)は壁板(2a)に固着された送風機、(6)は
壁板(2b)に固着された電源回路、 (7)は箱体(
11内に配置されベルチェ効果により冷却を行う電子冷
却素子,(8)は冷却素子(7)の吸熱側に密着し並列
するひれ板{8a}を有する冷却フィンで、保持具(9
)により壁板(2b)に締結されている。(9A)は冷
却素子(7)の放熱側に密着して型板(2b)に固着さ
れた伝熱体、(101は伝熱体(9A)の後面に固着さ
れ並列するひれ板(10a)を石する放熱フィン、(l
l)は冷却フィン(8)の前面に配置されビン(l2)
で外枠(2)に枢着された除塵用のフィルタ,(lla
)はフィルタill)の網目、(l4)は一部又は全部
が透明体で形成され外枠(2)の底面上に移動可能に載
置され外枠(2)内での収納位置でストッパ(2c)に
当接する貯水タンクで、前面に引出し用のつまみ(14
alが装着されている。(15)は貯水タンク(l4)
の上面を覆うふたで、その下面に形成された突条 (1
5a)によって貯水タンク(l4)の上縁部に嵌合し、
下面には貯水タンク(l4)内に下垂延在しかつ冷却フ
ィン(8)の下方に開口する筒体(15blが固着され
ている。(l6)はレバーfl6alで動作し貯水タン
ク(l4)の満水を検知する満水検知スイッチで、壁板
(2b)に固定された取付板(l7)に装着されている
。(l8)は貯水タンク(l4)内の水に浮くフロート
+ (19)はふた(l5)に枢持された作動子で、そ
の上端はレバー(16alの下面と当接し、下端はフロ
ート(l8)に結合されている。(2o)は壁板(2b
)に固定されたブザー等の報知器、(2l)は壁板(2
a)に固定され通電によりオゾンを発生するオゾン発生
器、(22)は箱体(11が置かれた収納庫内の湿度を
検知する湿度検知器、(23)は箱体(1)の後面上部
に装着された転倒防止用のフックである。
In Figures 1 to 3, (1) is a box body, and the outer frame (2) forms both sides and the bottom, and the rear face, front face, and body are attached to the outer frame (2). cover. (3+
(Consists of 41. Between both sides of the outer frame (2), there is a horizontal wall plate (2a) and a vertical wall plate (2
b) is fixed, and a stopper (2c) bent upward is formed at the rear of the bottom surface of the outer frame (2). Cover (4
) is provided with a ventilation hole (4a) for heat radiation. (5) is the blower fixed to the wall plate (2a), (6) is the power supply circuit fixed to the wall plate (2b), (7) is the box (
The electronic cooling element (8) is arranged within the cooling element (7) and performs cooling by the Beltier effect.
) is fastened to the wall plate (2b). (9A) is a heat transfer body fixed to the template (2b) in close contact with the heat radiation side of the cooling element (7); (101 is a parallel fin plate (10a) fixed to the rear surface of the heat transfer body (9A); Heat dissipation fins, (l
l) is arranged in front of the cooling fin (8) and the bottle (l2)
A filter for dust removal, (lla
) is the mesh of the filter ill), and (l4) is partially or entirely made of a transparent material, and is movably mounted on the bottom surface of the outer frame (2), and when placed in the storage position within the outer frame (2), the stopper ( 2c), with a drawer knob (14) on the front.
al is installed. (15) is a water storage tank (l4)
It is a lid that covers the top surface of the container, and a protrusion (1
5a) fits into the upper edge of the water storage tank (l4);
A cylindrical body (15bl) is fixed to the lower surface of the water storage tank (l4) and extends downwardly into the water storage tank (l4) and opens below the cooling fins (8). The full water detection switch detects when the water is full and is attached to the mounting plate (l7) fixed to the wall plate (2b). (l8) is a float that floats on the water in the water storage tank (l4) + (19) is the lid (15) is an actuator pivotally supported, its upper end is in contact with the lower surface of the lever (16al), and its lower end is connected to the float (18). (2o) is the wall plate (2b
) is a buzzer or other alarm device fixed to the wall plate (2l).
(22) is a humidity detector that detects the humidity inside the storage compartment in which the box (11) is placed; (23) is the rear surface of the box (1); This is a hook attached to the top to prevent it from falling.

第4図中、(3l)は商用交流電源に接続される電源プ
ラグ、(32)は電源表示灯、(33)はヒューズ(3
4)はオン時間およびオフ時間をそれぞれ設定できるタ
イマ、(35)は降圧変圧器、(36)は変圧器(35
)の二次側に接続された整流素子、(37)は整流素子
(36)の直流側に接続された平滑コンデンサ、(38
)は整流素子(36)の直流側に接続された湿度検知器
(22)の出力に応じて接点S,L,M,Hに接触し、
抵抗(391 (40)が切り換えられる切換接点で、
この切換接点(38)を通じて送風機(5)が接続され
、更に満水検知スイッチ(l6)を介してヒューズ(4
l)と冷却素子(7)及び報知器(20)が切換接続さ
れている。
In Figure 4, (3l) is a power plug connected to a commercial AC power supply, (32) is a power indicator light, and (33) is a fuse (3
4) is a timer that can set the on time and off time, (35) is a step-down transformer, and (36) is a transformer (35).
) is a rectifying element connected to the secondary side of the rectifying element (37), a smoothing capacitor (38) is connected to the DC side of the rectifying element (36).
) contacts contacts S, L, M, and H according to the output of the humidity detector (22) connected to the DC side of the rectifying element (36),
Resistor (391 (40) is a switching contact that can be switched,
A blower (5) is connected through this switching contact (38), and a fuse (4) is connected through a full water detection switch (l6).
l), the cooling element (7) and the alarm (20) are switchably connected.

上記のように構成された電子乾燥装置は、押入れ、洋服
たんす等の一隅に置いて使用される。
The electronic drying device configured as described above is used by being placed in a corner of a closet, clothes drawer, or the like.

電源プラグ(3l)を電源に接続すると、交流電圧は変
圧器(35)で降圧され、整流素子(36)で整流され
、平滑コンデンサ(37)で平滑にされた直流電圧が、
切換接点(38)を介して冷却素子(7)に印加される
。これで、冷却素子 (7)の吸熱側で吸熱作用が発生
し、冷却フィン (8)は冷却されるため、その表面に
空気中の水蒸気が結露し、その殴が多くなると水滴とな
って、下部の先端部から滴下する。冷却フィン(8)の
ひれ板 {8a}は下端が下方に傾斜し、かつ縁部が刃
状に形成されているため、水滴は下方に流れやすく、か
つ滴下しやすい。この水滴はふた(l5)の筒体(15
b)を通って貯水タンク(l4)内に貯留される。
When the power plug (3l) is connected to the power source, the AC voltage is stepped down by the transformer (35), rectified by the rectifying element (36), and smoothed by the smoothing capacitor (37).
It is applied to the cooling element (7) via the switching contact (38). As a result, an endothermic action occurs on the endothermic side of the cooling element (7), and the cooling fins (8) are cooled, so water vapor in the air condenses on the surface of the cooling fins (8). Drip from the bottom tip. Since the fin plate {8a} of the cooling fin (8) has a downwardly inclined lower end and a blade-shaped edge, water droplets easily flow downward and drip. This water droplet is absorbed by the cylinder (15) of the lid (15).
b) and is stored in the water storage tank (14).

一方、冷却素子(7)の放熱側では発熱作用が発生し、
この熱は伝熱体(9A)を通じて放熱フィン(lO)に
伝えられる。ここで、送風機(5)が回転すると、箱体
(11外の空気はフィルタ(11)の網目flla)か
ら吸い込まれ、除塵された空気が箱体(11内を下方か
ら上方へ流れる。放熱フィン(101に伝えられた熱は
、上記空気流に乗って通気穴(4a)を通って箱体(1
)外へ故熱される。この空気流により放熱フィン(IO
)の放熱が効率良く行なわれ、冷却フィン(8)からの
吸熱量が多くなるため、除湿能力が増加する。また、空
気は冷却フィン(8)の前面から吸い込まれて冷却フィ
ン(8)に↑〉{触しながら放熱フィン(lO)側へ移
動するため、冷却フィン(8)l\の湿気の接触が多く
なり、除湿鼠が増加する。
On the other hand, heat generation occurs on the heat radiation side of the cooling element (7),
This heat is transferred to the heat radiation fins (lO) through the heat transfer body (9A). Here, when the blower (5) rotates, the air outside the box body (11) is sucked in through the mesh fla of the filter (11), and the dust-removed air flows from the bottom to the top inside the box body (11).Radiating fins (The heat transferred to the box body (101) rides on the air flow and passes through the ventilation hole (4a).
) Waste heat is transferred to the outside. This air flow causes heat dissipation fins (IO
) is efficiently dissipated, and the amount of heat absorbed from the cooling fins (8) increases, resulting in an increase in dehumidification capacity. In addition, air is sucked in from the front of the cooling fin (8) and moves toward the radiation fin (lO) while touching the cooling fin (8), which prevents moisture from coming into contact with the cooling fin (8). The number of dehumidifying rats increases.

箱体(1)が置かれた収納庫内の湿度は、常に湿度検知
2H22)により検出される。そして、その出力に応じ
て切換接点(38)は接点S.L,M,Hと接触し、抵
抗(391 (40)を切り換えて冷却素子(7)への
通電量を制御する。その一例を次に示す。
The humidity inside the storage where the box (1) is placed is always detected by the humidity detection 2H22). Then, depending on the output, the switching contact (38) is switched to the contact S. It contacts L, M, and H and switches the resistor (391 (40)) to control the amount of current flowing to the cooling element (7). An example of this is shown below.

検出湿度(%)  接点  吸湿能力 50以下     S   切 50〜60,L弱 60〜65  M中 65以上     H   強 上記のようにして、箱体(11外の空気はフィルタ(1
11を通じて吸い込まれ、冷却フィン(8)で結露する
ことにより、箱体(1)外の空気は湿気が除去され、乾
燥状態に維持される。なお、詳細は省略するが、周囲温
度が低いときは、冷却フィン(8)は結霜又は結氷状態
に制御される。
Detected humidity (%) Contact Moisture absorption capacity 50 or less S Off 50-60, L Weak 60-65 M Medium 65 or more H Strong
11 and condensation on the cooling fins (8), moisture is removed from the air outside the box (1) and the air is maintained in a dry state. Although details are omitted, when the ambient temperature is low, the cooling fins (8) are controlled to be in a frost or ice state.

さて、使用中、貯水タンク(l4)内には水滴が貯留さ
れて行くが、貯水タンク(l4)の上面の開口部の大部
分は、ふた(l5)によって閉塞され、筒体(15bl
の部分だけが上方に開口しているため,貯水タンク(l
4)からの水の蒸発量は制限され、冷却素子(7)によ
る除湿作用に支障を及ぼすことは少ない。貯水タンク(
l4)内の貯水量が増加して満水になると、水によって
フロート(l8)は浮上し、作動子(l9)を介してレ
バー(16a)を回動させ、満水検知スイッチ(l6)
は作動して冷却素子(7)の回路を遮断し、結露による
水滴の発生を阻止する。同時に、報知器(20)は鳴動
して満水であることを報知し、水の排除を促す。
Now, during use, water droplets are stored in the water storage tank (l4), but most of the opening on the top surface of the water storage tank (l4) is closed by the lid (l5), and the cylindrical body (15bl)
Since only the part of the water storage tank (l
The amount of water evaporated from the cooling element (7) is limited, and the dehumidification effect of the cooling element (7) is rarely affected. Water storage tank(
When the amount of water stored in l4) increases and becomes full, the float (l8) floats up due to the water, rotates the lever (16a) via the actuator (l9), and activates the full water detection switch (l6).
operates to cut off the circuit of the cooling element (7) and prevent water droplets from forming due to condensation. At the same time, the alarm (20) sounds to notify that the water is full and to urge water to be removed.

貯水タンク(l4)の水を排除する場合は、つまみ(1
4a)を持って貯水タンク(l4)を引き出す。このと
き、フィルタ(11)は手前に回動する。貯水タンク(
l4)が引き出されると、フロート(l8)及び作動子
(l9)も除去されるので、レバー(16a)は回動し
、満水検知スイッチ(l6)は冷却素子(7)の回路を
遮断する。これで、結露による水滴の発生は阻止される
ので、水滴の落下により周辺をぬらすことは防がれる。
To remove water from the water storage tank (l4), press the knob (1).
4a) and pull out the water tank (l4). At this time, the filter (11) rotates toward you. Water storage tank(
When l4) is pulled out, the float (l8) and actuator (l9) are also removed, so the lever (16a) rotates and the full water detection switch (l6) interrupts the circuit of the cooling element (7). This prevents water droplets from forming due to dew condensation, thereby preventing water droplets from falling and wetting the surrounding area.

また、報知器(20)は鳴動する。貯水タンク(l4)
を引き出したら、中の水を排出し、上記と逆の順序で外
枠(2)内に収納すればよく,再び冷却素子(7)には
通電され、報知器(20)の鳴動は停止する。
Further, the alarm (20) sounds. Water storage tank (l4)
Once pulled out, drain the water inside and store it in the outer frame (2) in the reverse order of the above, and the cooling element (7) will be energized again and the alarm (20) will stop sounding. .

また、オゾン発生器(21) (第4図には省略)に通
電されるとオゾンが発生し、箱体(1)外に放出され、
押入れ、洋服たんす等に保管された衣類等に発生するか
び等を殺菌し、臭いの発生を防止する。
In addition, when the ozone generator (21) (omitted in Figure 4) is energized, ozone is generated and released outside the box (1).
To sterilize mold, etc. that grows on clothes stored in closets, clothes drawers, etc. and prevent the generation of odors.

[発明の効果] 以上説明したとおりこの発明では,電子冷却素子と、こ
れに設けられた冷却フィン及び放熱フィンとを箱体内に
収納したので、冷却素子に吸熱及び放熱作用が発生し、
冷却フィンの表面が結露,結霜又は結氷することにより
、この箱体が置かれた収納庫内の空気の水分が吸収され
、半永久的に乾燥能力が持続できる効果がある。また、
収納庫内の湿度に応じて冷却素子の通電量を制御するよ
うにしたので、湿度に適合した吸湿能力が得られ、省エ
ネルギーを図ることができる効果がある。
[Effects of the Invention] As explained above, in this invention, since the electronic cooling element and the cooling fins and radiation fins provided thereon are housed in the box, heat absorption and heat radiation effects occur in the cooling element.
Condensation, frost, or ice formation on the surface of the cooling fins absorbs moisture from the air in the storage where the box is placed, and has the effect of semi-permanently maintaining drying performance. Also,
Since the amount of electricity supplied to the cooling element is controlled according to the humidity in the storage, a moisture absorption capacity suitable for the humidity can be obtained, which has the effect of saving energy.

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

第1図はこの発明による電子乾燥装置の一実施例を示す
破断正面図、第2図は第1図のII 一II線断面図、
第3図は第1図の川一III線断面拡大図、第4図は電
気回路図である。 図中、 (1)は箱体、(4a)は通気穴、 (7)は
電子冷却素子、 (8)は冷却フィン、(10)は放熱
フィン、 (22)は湿度検知器、(38)は切換回路
(切換接点) . (391 (40)は抵抗である゜
。 なお、図中同一符号は同一部分を示す。
FIG. 1 is a cutaway front view showing an embodiment of an electronic drying device according to the present invention, FIG. 2 is a cross-sectional view taken along the line II-III in FIG.
FIG. 3 is an enlarged cross-sectional view taken along the line Kawaichi III in FIG. 1, and FIG. 4 is an electric circuit diagram. In the figure, (1) is the box, (4a) is the ventilation hole, (7) is the electronic cooling element, (8) is the cooling fin, (10) is the radiation fin, (22) is the humidity detector, (38) is a switching circuit (switching contact). (391 (40) is a resistance. The same reference numerals in the figures indicate the same parts.

Claims (1)

【特許請求の範囲】[Claims] 吸熱側と放熱側を有し通電により上記吸熱側で熱を吸収
し上記放熱側で熱を発生する電子冷却素子と、上記冷却
素子の吸熱側に設けられた冷却フィンと、上記冷却素子
の放熱側に設けられた放熱フィンとを通気穴を有する箱
体内に収納し、この箱体を所定の収納庫内に置いて使用
するものにおいて、上記収納庫内の湿度を検知する湿度
検知器と、この湿度検知器の出力に応じて上記冷却素子
への通電量を制御する切換回路とを備えたことを特徴と
する電子乾燥装置。
An electronic cooling element that has a heat absorption side and a heat radiation side and absorbs heat on the heat absorption side and generates heat on the heat radiation side when energized, cooling fins provided on the heat absorption side of the cooling element, and heat radiation of the cooling element. A humidity detector for detecting humidity in the storage, in which a heat dissipation fin provided on the side is housed in a box having ventilation holes, and the box is placed in a predetermined storage for use; An electronic drying device comprising: a switching circuit that controls the amount of electricity supplied to the cooling element according to the output of the humidity detector.
JP1311974A 1989-11-30 1989-11-30 Electronic drying apparatus Pending JPH03169319A (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
JP1311974A JPH03169319A (en) 1989-11-30 1989-11-30 Electronic drying apparatus

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
JP1311974A JPH03169319A (en) 1989-11-30 1989-11-30 Electronic drying apparatus

Publications (1)

Publication Number Publication Date
JPH03169319A true JPH03169319A (en) 1991-07-23

Family

ID=18023679

Family Applications (1)

Application Number Title Priority Date Filing Date
JP1311974A Pending JPH03169319A (en) 1989-11-30 1989-11-30 Electronic drying apparatus

Country Status (1)

Country Link
JP (1) JPH03169319A (en)

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2007077069A1 (en) * 2005-12-28 2007-07-12 BSH Bosch und Siemens Hausgeräte GmbH Heat pump system, in particular for a household appliance

Cited By (2)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2007077069A1 (en) * 2005-12-28 2007-07-12 BSH Bosch und Siemens Hausgeräte GmbH Heat pump system, in particular for a household appliance
US8122728B2 (en) 2005-12-28 2012-02-28 Bsh Bosch Und Siemens Hausgeraete Gmbh Heat pump system, in particular for a household appliance

Similar Documents

Publication Publication Date Title
JPH03169319A (en) Electronic drying apparatus
JP2770476B2 (en) Electronic drying equipment
JPH03169318A (en) Electronic drying apparatus
JP2730143B2 (en) Electronic drying equipment
JPH03109914A (en) Electronic drier
JPH03275113A (en) Electronic dehumidifier
JPH03169321A (en) Electronic drying apparatus
JPH03224616A (en) Electronic drying device
JPH03157118A (en) Electronic drying device
JPH086228Y2 (en) Drying box using thermoelectric element
JPH03157119A (en) Electronic drier
JPH0635604Y2 (en) Electronic cooling dehumidifier operation controller
KR20110100086A (en) Apparatus for evaporating defrost water
JPH03161013A (en) Electronic drying apparatus
JPH03161012A (en) Electronic drying apparatus
JPH03157120A (en) Electronic drier
JPH03157121A (en) Electronic drier
JPH03169317A (en) Electronic drying apparatus
JPH03101808A (en) Electronic drying device
JPH03224617A (en) Electronic drying device
JPH03109099A (en) Dryer for store room
JPH03275112A (en) Electronic dehumidifier
KR200341948Y1 (en) Portable electric dehumidifier
JPH04317715A (en) Moisture absorber
JPH02253821A (en) Electronic drying device