TWI307762B - - Google Patents
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- TWI307762B TWI307762B TW096105057A TW96105057A TWI307762B TW I307762 B TWI307762 B TW I307762B TW 096105057 A TW096105057 A TW 096105057A TW 96105057 A TW96105057 A TW 96105057A TW I307762 B TWI307762 B TW I307762B
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/10—Drying cabinets or drying chambers having heating or ventilating means
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- D—TEXTILES; PAPER
- D06—TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
- D06F—LAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
- D06F58/00—Domestic laundry dryers
- D06F58/20—General details of domestic laundry dryers
Description
1307762 * t 九、發明說明： 【發明所屬之技術領域】 本發明係關於衣服等之去臭方法及裝置，其係用於將 曰常生活中附著在衣物上的煙味、烤肉味等從衣物上去 除。 【先前技術】 過去能夠除皺、除臭的衣物烘乾機，係在將熱風供應 到放置被烘乾衣物的烘乾室中，使被供乾衣物乾燥的裝置 中，設置藉由加熱水而產生之蒸汽來使濕氣增加的加濕裝 置，並且，具有控制裝置，以使得執行將該加濕裝置產生 的濕氣傳遞到衣物的程序和上述烘乾程序分別選取執行。 且附著在衣物上的煙味或烤肉味或各種藥味，其 =源物質為揮發性物質，在其緩慢揮發時會被感覺到， :捏Γ揮發時則可藉此將之去除。欲使該揮發性物質全 ,^要有效的提供熱，就此來說，作為熱能傳遞 媒體，相較於將空氣加熱來傳遞熱能，將水加熱而產生的 較佳。能夠將熱能有效傳遞到臭味源物質，以 進其揮發，就能夠有效除臭。[Technical Field] The present invention relates to a method and a device for deodorizing clothes and the like, which are used for the smell of smoke, barbecue, etc. attached to clothes in a normal life. Removed on. [Prior Art] A clothes dryer capable of removing wrinkles and deodorizing in the past is provided by supplying hot air to a drying chamber in which the laundry to be placed is placed, and the device to be dried is dried by heating the water. The humidifying device that generates steam to increase the humidity, and has a control device such that the program for performing the transfer of the moisture generated by the humidifying device to the laundry and the drying process are separately selected and executed. And the smell of smoke or barbecue or various medicinal odors attached to the clothes, the source material is a volatile substance, which is felt when it is slowly volatilized, and can be removed by volatilization when it is volatilized. In order to provide heat to the volatile material, it is preferable to use heat as a heat transfer medium as compared with heating the air to transfer heat. The heat energy can be effectively transmitted to the odor source material to be volatilized, and the odor can be effectively deodorized.
效去㈣加濕裝置，將蒸汽提供至衣物，可以有 痕，並能夠有效將熱能傳遞到臭味源物質，以促 =二能夠有效除臭（例如，參見專利文獻。。 圖）獻1:特開平6-233咖號公報（第lf，第i 2148-8659-PF 5 • 1307762 【發明内容】 主發明复解決的埽芻 …如上述之傳統的衣物烘乾機，藉由該加濕裝置，將蒸 汽提供至衣物，可以有效去除皺痕，並能夠有效將熱能傳 遞到臭味源物質，以促進其揮發，而能夠有效除臭，然而 八必屑要认置由貯水部和加熱裝置構成之加濕裝置，並 且’具有必須在外箱中備有該加濕裝置專用的空間之問 題。The (4) humidifying device provides steam to the clothes, can be traced, and can effectively transfer heat energy to the odor source material, so as to promote effective deodorization (for example, refer to the patent literature. Fig. 1) Japanese Laid-Open Patent Publication No. Hei 6-233 (No. il, i 2148-8659-PF 5 • 1307762) SUMMARY OF THE INVENTION The main invention is a conventional laundry dryer, as described above, by the humidifying device The steam is supplied to the clothes, the wrinkles can be effectively removed, and the heat energy can be effectively transmitted to the odor source material to promote the volatilization thereof, and the odor can be effectively deodorized, but the octopus must be recognized by the water storage portion and the heating device. The humidifying device, and 'has the problem that the space dedicated to the humidifying device must be provided in the outer box.
本發明為解決上述問題，本發明目的在於提供衣服等 臭方法及裝置，其係用於將曰常生活令附著在衣物上 的煙未_肉味等從衣物上去除，且構造單純，不需要設 置用於加濕的特殊裝置。 解決上述課,夕乎阿. 本發明之衣服等之去臭方法，其包括：吸濕程序，藉 由設於殼體内的送風機’將空氣從殼體的吸入口吸入内 部’利用設於殼體内沾人欠莊 内的冷部裝置，將該空氣冷卻產生冷卻 空氣，藉由該送風構，彳+ 戎依既疋時間將該冷卻空氣從殼體的 吹出口吹出，使吹出口旁的 _ 芽的被乾爍物被吸濕；除臭乾燥程 序，藉由設於殼體内的第〗往门放 的弟1送風機’將空氣從殼體的吸入The present invention has been made to solve the above problems, and an object of the present invention is to provide a method and a device for odors such as clothes, which are used for removing smoke, meat, and the like adhering to the clothes from the clothes, and the structure is simple and unnecessary. Set a special device for humidification. To solve the above-mentioned lesson, the deodorizing method of the clothes and the like of the present invention includes: a moisture absorption program, which is provided in the shell by the air blower 'insulated in the casing from the suction port of the casing' The cold part of the body is immersed in the body, and the air is cooled to generate cooling air. By the air blowing structure, the cooling air is blown out from the air outlet of the casing by the 彳+ time, so as to be adjacent to the air outlet. _ The buds of the buds are absorbed; the deodorizing and drying process is carried out by the air blower of the younger brother 1 in the housing
口吸入内部，利用設於轉碑由认丨I 、殼體内的加熱裝置，將該空氣加熱 產生加熱空氣，藉由第】 ， 卑i送風機’依既定時間將該加熱空 氣從殼體的吹出口吹出，蚀 使人出口旁的被乾燥物被乾燥並 使含有臭味成分的水分揮發。 發明效果The mouth is sucked into the interior, and the air is heated to generate heated air by using a heating device provided in the heat-receiving I and the casing, and the heated air is blown from the casing by the air blower by the first time. The outlet is blown out, and the etched object causes the dried matter next to the outlet to be dried and volatilizes the moisture containing the odor component. Effect of the invention
2148-8659-PF 62148-8659-PF 6
• I 1307762 本發明係如上述，在吸濕程序中，藉由設於殼體内的 苐1送風機，將空氣從殼體的吸入口吸入内部，利用設於 殼體内的冷卻裝置，將該空氣冷卻產生冷卻空氣，藉由第 1送風機，依既定時間將該冷卻空氣從殼體的吹出口吹 出，使吹出口旁的被乾燥物被吸濕，在後續的除臭乾燥程 序中，藉由設於殼體内的第1送風機，將空氣從殼體的吸 入口吸入内部，利用設於殼體内的加熱裝置，將該空氣加 產生加熱空氣’藉由第i送風機，依既定時間將該加熱 空氣從殼體的吹出口吹出，使吹出口旁的被乾燥物被乾燥 並使含有臭味成分的水分揮發，藉此，僅需要冷卻裝置、 加熱裝置及送風機之簡單構成即可，無須如過去之加满裝 置或特別的除臭/除菌物質的釋放裝置，而可以達到小型 化，具有能夠有效去除附著於衣物表面的臭味成分，甚至 參入纖維縫隙的臭味成分的除臭效果。• I 1307762. In the present invention, as described above, in the moisture absorption program, air is taken into the interior from the suction port of the casing by the 苐1 blower provided in the casing, and is cooled by a cooling device provided in the casing. The air is cooled to generate cooling air, and the first air blower blows the cooling air from the air outlet of the casing for a predetermined period of time, so that the object to be dried beside the air outlet is absorbed, in the subsequent deodorizing and drying process, The first blower provided in the casing draws in air from the suction port of the casing, and uses the heating device provided in the casing to add heated air to the air by the i-th blower, which is to be used for a predetermined period of time. The heated air is blown out from the air outlet of the casing, and the object to be dried beside the air outlet is dried to volatilize the moisture containing the odor component, whereby only a simple configuration of the cooling device, the heating device, and the blower is required, and it is not necessary In the past, it was able to achieve miniaturization by adding a device or a special deodorizing/sterilizing substance releasing device, and it is capable of effectively removing odor components adhering to the surface of the laundry, and even participating in the fiber gap. Deodorizing effect odor components.
【實施方式】 [實施例1 ] 第1圖顯示依據本發明實施例1的衣服等之去臭穿置 之模型構成及運轉模式之剖面圖， 罘z圖顯不同衣服算之 去臭裝置的控制部之構成的方塊圖， 弗3圖顯不物品之踢 濕平衡圖，第4圖顯示同衣服等之去 圖。 去臭裝置的動作之流程[Embodiment] [Embodiment 1] Fig. 1 is a cross-sectional view showing a model configuration and an operation mode of a deodorant wear of clothes and the like according to Embodiment 1 of the present invention, and 罘z shows control of a deodorizing device of different clothes. The block diagram of the composition of the Department, the Figure 3 shows the wet balance diagram of the item, and the figure 4 shows the picture of the same clothes. Deodorizing device action flow
第1圖所*之衣服等之去臭裝置！係由下 ’其背面部具有2個外部氣體的吸入口 & 列構成··殼 、上面部前 2148-8659-PF 7 1307762 方有吹出口 7b，·設於殼體7内的背面側下方，用 風之類似如熱電致冷'產生7 ^--^7 device)^«^ 加埶5! ' 用於產生溫風之類似如 … 石油扇加熱器等的第一加埶裝詈]β . π 内的前面側全體的第！送風機19/，、裝置16,心殼體7 晋Λ者’如第2圖所示，本實施们之衣服等之去臭裝 置1的控制部，係由下列構成· 31 ;接收操作1 31 μα ϋ轉操作之操作部 至""32: 的控制部32;將檢測信號輸入 =2的室内溫濕度感測器33;由控制部⑽驅動之 第1送風機19、冷卻裝罟丨 制部m 、 熱裝置16;依據控 而顯示由至内溫濕度感測5| 度之現在”、… 檢測出的溫度/濕 的電源36。…、…5;供應直流電源給控制部32 31a=l:去=焊=:: =關動作的運轉開關 以f 乾燥運轉開關训；用 ==開一開關動作及去臭乾燥運轉開關m 的開關動作之顯示部3 7。 —般就布等的吸濕特性而言，已知下列事項。 第3圖為物品之吸濕平衡，^ ^ ^ ^ ^ ^ ^ 關係濕度(以下稱之為相對濕度），而的 含水率。 欠神顯不各物品的 之：焊==的濕潤狀態重量(Α)及同物品 "“狀重量（Β)，並依據下式算 水率=(Α-Β)+βχ1〇〇[%] μ。3 2148-8 659-pf 8 1307762 依據第3圖可知，例如棉在相對濕度6〇%時含水率為 8%，相對濕度為90%含水率A 14^ h u Μ 14%。此係為H㈣ ==量_的棉，則從環境空氣的相對濕度從6〇 义變成90%，可知棉吸濕了 6g的水。 從上述之布等的吸濕特性，能夠藉由任意使環境空氣 的相對濕度變化，而使棉等的布之含水率變化。 一般，就臭味成分而言，已知下列事項。 附著在衣物上的煙味或烤肉味 物質大多為揮發性物質。而且，特別且代：二其臭味源 〇 将別具代表性的臭味成分 1〜臭防止法所記載之22種物質）多為水溶性。 可溶it述臭味成分的特性’可知附著於布等的臭味成分 ，於第4圖的流程圖’說明利用上述知識 施例1的衣服等之去臭裝置之程序。 簡言之，本發明實施例1的衣服等之去臭裝置之程序 係為，先將冷卻裝置π张、人，、 呆教置之程序 之，吹出以第一加=所:二空=殼體；吹出，繼 裝置的運轉來使衣服去臭。之工軋’之後藉由停止 置之!:二據第4圖的流程圖，說明由衣服等之去臭裝 繼之’=作。Ρ 31的運轉開關31a打開（步驟S1 )， 决，，乾燥運轉開關31b打開（步㈣）。如此一 八：制部32驅動冷卻裝置15和 冷風吹出運轉（步驟⑻，從吸入…入外部氣體The deodorant device of clothes such as the one shown in Fig. 1! It is composed of a suction port having two external gases on the back side, a column structure, a case, a front face 2148-8659-PF 7 1307762, and a blow port 7b. Similar to the wind, such as thermoelectric cooling 'produce 7 ^--^7 device)^«^ 加埶5! 'For the generation of warm wind, such as... The first twisting of the oil fan heater, etc.] β . The whole front side of π! The air blower 19/, the device 16, and the core case 7 are as shown in Fig. 2, and the control unit of the deodorizing device 1 such as the clothes of the present embodiment is constituted by the following: 31; receiving operation 1 31 μα The operation unit of the twisting operation to the control unit 32 of the ""32; the indoor temperature and humidity sensor 33 that inputs the detection signal = 2; the first blower 19 driven by the control unit (10), and the cooling device m, the heat device 16; according to the control, the temperature/wet power source 36 ...., ... 5 detected by the internal temperature and humidity sensing 5" degrees, ... supply DC power to the control portion 32 31a = l :===================================================================================================== In terms of wet characteristics, the following matters are known. Figure 3 shows the moisture absorption balance of the article, ^ ^ ^ ^ ^ ^ ^ relationship humidity (hereinafter referred to as relative humidity), and the moisture content. It is the wet state weight (Α) of the weld == and the same item ""form weight (Β), and the water rate according to the following formula = (Α-Β) + βχ1〇〇 [%] . 3 2148-8 659-pf 8 1307762 According to Fig. 3, for example, cotton has a water content of 8% at a relative humidity of 6〇% and a relative humidity of 90% and a water content of A 14^ h u Μ 14%. In this case, the cotton with H (four) == quantity _ is changed from 6 〇 to 90% from the relative humidity of the ambient air, and it is known that the cotton absorbs 6 g of water. From the moisture absorption characteristics of the cloth or the like described above, the moisture content of the cloth such as cotton can be changed by arbitrarily changing the relative humidity of the ambient air. Generally, in terms of odor components, the following matters are known. Most of the smoke or barbecued substances attached to the clothes are volatile substances. In addition, it is particularly suitable for the second generation of the odor component 22 which is a representative odor component 1 to 22 substances described in the odour prevention method. It is known that the odor component attached to the odor component is attached to the odor component of the cloth or the like, and the procedure of the deodorizing device such as the clothes of the above-described knowledge of the first embodiment is described in the flowchart of Fig. 4 . In short, the program of the deodorizing device of the clothes and the like according to the first embodiment of the present invention is that the cooling device is first pulverized, the person, and the program is set to be blown out by the first plus=the second=the shell Blowing out, following the operation of the device to deodorize the clothes. After the work is rolled, it is stopped by the following!: According to the flow chart of Fig. 4, it is explained that the deodorant is replaced by clothes and the like. The operation switch 31a of the Ρ 31 is turned on (step S1), and the dry operation switch 31b is turned on (step (4)). Thus eight: the portion 32 drives the cooling device 15 and the cold air blowing operation (step (8), from inhaling ... into the outside air
2148—8659—PF 9 1307762 、藉此、，被吸引之外部氣體由冷卻裝置15冷卻到露點 以下，且被除濕之空氣由吹出口 7b吹出，同時從吹出口 7b吹出之被冷卻且相對濕度提高之被除滿的空氣，接觸到 2乾燥⑯藉此’藉由該相對濕度高的吹出空氣使被乾燥 濕之水分進入纖維的縫隙中以吸附臭味成分 (吸濕程序）。 當冷風吹出運隸閉Μ ^ ™，檢測控制部32中的計時器 時間檢測裝置係檢測作（步驟⑷，經過 過既定的時間（例如：二人出運轉開始之後是否已經 檢測裝置測知當冷風吹出：轉=:)，當經過時間 間，控制部32使冷卻裝置轉開始之後已經過既定的時 裝置Μ運作，藉由驅_15停止運作，同時使第一加熱 19,開始溫風吹出 °熱裝置16和第1送風機 部氣體。 轉（步驟S6)，從吸入口 7a吸入外 而且，藉由第—加埶 7b吹出，從吹出口几:裝置16加熱的空氣由吹出口 物。 人出的已加熱空氣接觸到被乾燥 當溫風吹出運轉開 之經過時間檢剩裝置内建於控制部32中的計時器 過時間檢⑽置係 m)運作（步驟S7)，經 經過既定的時間（、例如，田溫風吹出運轉開始之後是否已 間檢測裝置刪知春 40分）（步驟S8)，當經過時 時間，控制部32 吹出運轉開始之後已經過既定的 第一加熱裝置】6停止運作，同時使第 2148-8659'pp 1307762 1送風機1 9停止運作，結束去臭乾燥運轉（步驟S9 )。 藉此’使被乾燥物乾燥的同時，使含有臭味成分的水 分揮發而和被乾燥物分離，以使其去臭（去臭乾燥程序）。 在上述實施例1中，關注於當相對濕度有差異時吸收 水分的布之特性’藉由冷卻裝置15在環境溫度較低的溫 度中相對濕度高的冷卻空氣，藉由第J送風機J 9從吹出 口 7b吹出，藉此，使被乾燥物之布吸濕。如此一來，由 被乾燥物吸收的水分，會吸收附著於被乾燥物的臭味成 分。 如之後，藉由第—加熱裝置16將加熱空氣或乾燥空氣 藉由第1送風機19從吹出口 7b吹出，使附著於被乾燥物 的臭味成分之水分揮發。如此，使被乾燥物之臭味成分分 離。藉此，僅需冷卻裝i 15、第一加熱裝置16和第】送 風機19 @簡單構成即可’無須如過去之加濕裝置或特別 的除臭/除菌物質的釋放裝置，而可以達到小型化，具有 能夠有效去除附著於衣物表s的臭味成分，甚至滲入纖維 縫隙的臭咮成分的除臭效果。 而且，僅重複以冷卻空氣使被乾燥物之布〇及濕的吸渴 程序，以及以加熱空氣執行被乾燥物的去臭、乾燥之去臭 乾燥程序之一部分，亦無礙於本發明之適用。 Λ' [實施例2] 第5圖顯不依據本發明實施例2的衣服等之去臭襞 的前觀立體圖’第6圖係顯示同衣服等之去臭裝置的^ 立體圖’冑7圖係顯示同衣服等之去臭裝置之放氣窗開口 2148-8659-PF 11 ' 1307762 態之前觀立體圖，第8圖係顯示同衣 放乳窗開口狀態之背觀立體圖，：臭裝置之 之去臭褒置的正面側縱斷以說明吸渴風=將同衣服等 線的剖面圖，第12圖係顯示將同衣 置的:面側縱斷以說明冷風運轉的剖面圖， 不第12圖A-A綠/a *丨 布u圖係顯 _ “線的剖面圖，第14圖2148-8659-PF 9 1307762, whereby the external air that is attracted is cooled by the cooling device 15 to below the dew point, and the dehumidified air is blown out by the air outlet 7b, while being blown out from the air outlet 7b is cooled and the relative humidity is increased. The depleted air is brought into contact with the 2 drying 16 whereby the dried wet water enters the gap of the fiber by the blown air having a high relative humidity to adsorb the odor component (hygroscopic program). When the cold air blows out the transport unit, the timer time detecting means in the detection control unit 32 detects (step (4), and has passed the predetermined time (for example, whether the detecting device has detected that the cold air has been detected after the start of the two-person operation). Blowing out: turn =:), when the elapsed time, the control unit 32 causes the device to operate after a predetermined time has elapsed since the start of the cooling device, and stops the operation by the drive -15, while the first heating 19 is started, and the warm air is blown out. The heat device 16 and the first blower unit gas are rotated (step S6), and are taken in from the suction port 7a, and blown out by the first twist 7b, and the air heated from the air outlets by the device 16 is blown out. The heated air is brought into contact with the timer over time detection (10) installed in the control unit 32 when the warm air blows out, and the timer is over time (10), and the predetermined time is passed (step S7). For example, if the field temperature blows out after the start of the operation, is the detection device deleted 40 points (step S8), and when the elapse of time, the control unit 32 has blown the start of the operation and has passed the predetermined first heating device. Stop operation, while the first 2148-8659'pp 1307762 1 blower 19 to stop the operation, the end of the deodorization drying operation (step S9). Thus, while the dried product is dried, the moisture containing the odor component is volatilized and separated from the dried product to deodorize it (deodorization drying procedure). In the above-described Embodiment 1, attention is paid to the characteristics of the cloth absorbing moisture when there is a difference in relative humidity 'cooling air having a relatively high relative humidity at a temperature lower than the ambient temperature by the cooling device 15, by the Jth blower J 9 The air outlet 7b is blown, whereby the cloth of the object to be dried is absorbed. As a result, the moisture absorbed by the object to be dried absorbs the odor component adhering to the object to be dried. After that, the heated air or the dry air is blown out from the air outlet 7b by the first air blower 19 by the first heating device 16, and the moisture of the odor component adhering to the object to be dried is volatilized. Thus, the odor component of the object to be dried is separated. Thereby, only the cooling device i 15, the first heating device 16, and the first air blower 19 are simply configured to be able to achieve a small size without requiring a humidifying device or a special deodorizing/sterilizing material releasing device. The odor-removing effect of the skunk component which can effectively remove the odor component adhering to the clothing table s and even penetrate the fiber gap. Moreover, only one part of the deodorizing and drying process for drying and drying the dried object by cooling air, and the deodorizing and drying process of dehumidifying and drying the dried object by heating air are not repeated, and the application of the present invention is not hindered. . [Embodiment 2] Fig. 5 is a front perspective view showing a deodorant of a clothes or the like according to a second embodiment of the present invention. Fig. 6 is a perspective view showing a deodorizing device of the same clothes and the like. The venting window opening of the deodorizing device of the same clothes and the like is displayed 2148-8659-PF 11 '1307762. The front view is a perspective view, and the eighth figure shows the back view of the open state of the same clothes, and the stinking device is removed. The front side of the set is longitudinally broken to illustrate the thirsty wind = a cross-sectional view of the same clothes, and the 12th figure shows the same clothes: the face side is cut to illustrate the cold air running profile, not the 12th figure AA green /a *丨布 u图系显_"Line profile view, Figure 14
線的剖面圖，笼国H _ 宁顯不第12圖B-B 側縱i/fM % n 々謂同衣服等之去臭裝置的正面 斷以說明溫風運轉的剖面圖，第i A-A線的剖面圖，第17圖係顯示第15圖"線：：15圖 第18圖顯卡〜“ 牙圃"線的剖面圖， 份叫門’' α又《去臭裝置從前面觀看並將其一部 伤。i開以說明吸濕風運轉 等之去臭裝置從前面觀看並將：二圖顯不同衣服 運轉的立體圖開以說明冷風 觀看示同衣服等之去臭裝置從前面 、字/、一部份剖開以說明溫風運轉的立體圖，第21 圖顯示同衣服等之去臭裝置從前面觀看並將其—部份剖 開以說明背面風運轉的立體圖，帛22圖顯示同衣服等之 去臭裝置之節氣閘裝置之構成的立體圖，第23圖顯示同 衣服等之去臭裝置之冷凍循環的冷媒回路圖，第Μ圖顯 不同衣服等之去臭裝置之控制部的構成之方塊圖，第25 圖顯示同衣服等之去臭裝置節氣閘裝置之動作的各種型 態之說明圖。 在本實施例2中，和上述實施例1實質上相同的構 成’係標示以相同的符號。 214 8-8 65 9-PF 12 m 1307762 . t 第5〜8圖所示實施例2之衣服等之去臭裝置i中係 由包含前面板2、背面部3、-對側面部4、上面部5、底 面部6的殼體7構成。 從上面部5到前面板2形成前面側吹出口 8。該前面 側吹出口 8上設有放氣窗9,以使空氣向既定方向吹出。 該放氣窗9由下列構成：彎曲的放氣窗本體、在放 氣窗本體9a上間隔設置之複數縱放氣窗9b、支撐放氣窗 本體9a及縱放氣窗9b的放氣窗基體％，放氣窗$基:二 係以自由轉動的方式樞支於前面側吹出口 8的兩側。該放 氣窗9之構成，係為由設於前面側吹出口8侧部的放氣窗 用馬達10轉動放氣窗基體9c而轉動。 因此，藉由使放氣窗9固定在特定的古 ^ 的方向或擺動，而 此夠使吹出範圍限定或變廣。藉此，在 燥時，解除濕度差乾燥執仃衣服乾 ^ 時， 人而對羊’而能夠盡快均勻乾燥。 在背面部3的最上部，形成背面 ^ 1 ® ^ 出口 1 1 ’在上部形 成第1風^吸入口 12，在下部形成 在該第1風管吸入口 12及第2風管入口 13。 可裝卸的方式設有具有空氣清淨用;^吸入口 13上，以 該殼體7的内部，如第9〜17圖：的過據框架“。 上部設有用以產生冷風之冷卻裝置在背面部3的 卻裝置15的下方，設有用 ν部裝置15。在該冷 加熱裝置16。 溫風的加熱裝置之第一 該殼體+ 的下方左側設有壓縮機 瑪1 17,下方的中央及右Cross-sectional view of the line, the country H _ Ning Xian not the 12th figure BB side vertical i / fM % n 々 said the front side of the deodorant device with clothes, etc. to illustrate the profile of the warm wind operation, the section of the i AA line Figure, Figure 17 shows the 15th picture "Line::15 Figure 18 picture card ~ "Grind" line profile, the name is the door ''α and "deodorant device from the front and one of them Partial injury. I opened the deodorizing device to explain the operation of moisture absorption, etc., and viewed from the front: and the second figure shows the operation of the different clothes, and the three-dimensional diagram of the different clothes is opened to show the deodorizing device with the clothes and the like from the front, the word/, one Partially cut away to illustrate a perspective view of the warm air operation, and Fig. 21 shows a deodorizing device such as a clothes, which is viewed from the front and partially cut away to illustrate a perspective view of the back wind operation, and Fig. 22 shows the same clothes and the like. Fig. 23 is a perspective view showing a structure of a ventilating device of a deodorizing device, and Fig. 23 is a block diagram showing a refrigerant circuit of a deodorizing device of a clothes and the like, and a block diagram showing a configuration of a control unit of a deodorizing device such as a clothes. Figure 25 shows the deodorizing device damper device of the same clothes and the like. BRIEF DESCRIPTION OF THE DRAWINGS In the second embodiment, substantially the same configurations as those of the above-described first embodiment are denoted by the same reference numerals. 214 8-8 65 9-PF 12 m 1307762 . t 5th The deodorizing device i of the clothes and the like of the second embodiment shown in Fig. 8 is composed of a casing 7 including a front panel 2, a back surface portion 3, a pair of side surface portions 4, an upper surface portion 5, and a bottom surface portion 6. A front side air outlet 8 is formed to the front panel 2. The front side air outlet 8 is provided with a venting window 9 for blowing air in a predetermined direction. The venting window 9 is composed of the following: a venting window body and a venting window body a plurality of longitudinal louvers 9b spaced apart from each other on the 9a, a louvering window base body supporting the louvering window body 9a and the longitudinal louver louver 9b, and a louvering window base: the second system is pivotally supported on both sides of the front side blowing outlet 8 in a freely rotatable manner The louver 9 is configured to be rotated by the louver motor 10 provided on the side of the front side outlet 8 to rotate the louver base 9c. Therefore, the louver 9 is fixed in a specific direction. Or oscillating, and this is enough to limit or broaden the blowing range. Thus, when dry, In addition to the difference in humidity, when the clothes are dry, the clothes can be dried evenly as soon as possible. On the uppermost portion of the back portion 3, the back surface is formed. ^ 1 ® ^ Exit 1 1 'The first air suction port 12 is formed in the upper portion. The lower portion of the first duct inlet 12 and the second duct inlet 13 are formed at the lower portion. The detachable portion is provided with air cleaning; the suction port 13 is formed inside the casing 7, such as the ninth portion. 17 Figure: The framework of the data. A cooling device for generating cold air is provided at the upper portion below the device 15 of the back portion 3, and a ν portion device 15 is provided. At the cold heating device 16. The first part of the heating device of the warm air is provided with a compressor on the lower left side of the casing + 1. The center and the right below
2148-8659-PF 13 1307762 側設有排水;1 β 哕排水梓lsS ，以留置在冷卻裝置15中凝結的水分。 該排水槽18中設有浮標 而且’在冷卻裝置15及前面板 風機19，以外馇！ 成另弟1送 從第1風管吸入口 12吸入处裔補、加姑$ 15，使冷風經過笛^也 及入二軋通過冷郃裝置 ^ 1 ° 風e 22從第1切換吹出口 23吹出。 :£ 19由馬達19a及風扇19b構成。 送風第;:二裝：16和前面板2之間 -加熱裝晋、風：吸入口 13吸入空氣通過第-第 口 :、 ，使溫風經過第2風管24從第2切換吹出 乂 出第2送風機20由馬達20a及風扇20b構成。 枚八二加熱裝置16的上方靠近前面側吹出口 8,設有由錦 ^線、電熱器、㈣加熱器等構成之第二加熱裝置Η。 40為電源線，41為設於底面部6之腳輪。 再者’如第18〜22圖所示’在殼體7内 口 R 芬推 -T- ，八U·! 、 人出口 11的下方，形成為將該前面側吹出口 8 为為第1切換吹出口 23及第2切換吹出口 25的左右，並 :有滑動式的節氣閘裝置之風管切換裝置26，用以選擇從 1切^奐吹出口 23將冷風從前面側吹出α 8或背面吹出 口 11吹出，並從第2切換吹出口 25將溫風從前面側吹出 口 8或背面吹出口 吹出。 該風管切換裝置26以分隔元件27a分為左右2部分， 为別包含：支_ 28使其在前後方向可自由折動的長 方形之葉片框架27、設於分隔元件”…個連結驅動用 馬達29、連結各葉片28及各連結驅動用馬達29的連結元 2l48-8659-pp 14 1307762 件3 Ο 〇 元件27a左右分為一之 、 μ 27的分隔 石刀為一之區域的一半，藉由各 後方向滑動’可以切換風從前面側吹出"吹8在前 及風從背面吹出口 U吹出的背吹。葉片以之中的：吹以 為切換在第〗切換吹侧者 換在第2切換吹出口 25之前吹及背吹。 丨者為切 如上述由於各葉片28在前後方向滑動 作的軌跡少，因此，不佔用空間而可以節省空間。葉片動 如第23圖所示’本實施例2之衣服 冷賴環的冷媒回路，依序連接壓縮機17、第之 16、膨脹瓣45、A彻狀Η σ ‘，'、裝置 ?部裝置15，且連接於用以連 1Υ的吐出側和冷名# 壓縮機 ▽部裝置15的入口側的熱氣旁 在熱氣旁路回路46上設有電磁瓣47。 …6, 在^媒回路設有熱氣旁路料❹及電磁瓣η 由；，备熱氣旁路回路46的電磁瓣 ，、 的吐出痛駚w開放時’壓縮機i 7 的吐出亂體繞徑到冷卻裝置15 著於冷卻梦番κ 7丨扳罝15加熱，使附 者々卩裝置丨5的水分蒸發。 繼之，如第24圖所示，本實施例 裝置的控制部’設於上面部5， 衣：等之去臭 作之操作部β 田下列構成.執行運轉操 ，接收操作部31之指令的控 測信號輸入至控制部32的 ;/欢 …動控制之壓縮機】7、冷命=::33,由控制 16、電磁瓣& 7 Ρ裝置Η、第一加熱裒置 47、第]及第2送風機及別，及風管切換 2148-8659-pp 15 1307762 裝置26。 在操作部31設有··運轉開關31 a ;去臭乾燥運轉開關 31b ;除濕風運轉開關31c ·’用以顯示運轉開關31a之開關 動作、去臭乾燥運轉開關31b的開關動作及之除濕風運轉 開關31 c之開關動作的顯示部37。 繼之，具體說明本實施例2之衣服等之去臭裝置之動 作。 [除濕風運轉]2148-8659-PF 13 1307762 There is drainage on the side; 1 β 哕 drain 梓 sS to retain moisture condensed in the cooling device 15. The drain tank 18 is provided with a buoy and is placed outside the cooling device 15 and the front panel fan 19! The other brother 1 is sent from the first duct suction port 12 to inhale the sage, and the sorrow is $15, so that the cold air passes through the flute and also into the second rolling through the cold heading device ^ 1 ° wind e 22 from the first switching air outlet 23 Blow it out. : £19 is composed of a motor 19a and a fan 19b. Air supply; 2: between: 16 and front panel 2 - heating installation, wind: suction inlet 13 through the air through the first -::, so that the warm air through the second duct 24 from the second switch out The second blower 20 is composed of a motor 20a and a fan 20b. The upper portion of the occupant heating device 16 is adjacent to the front side air outlet 8, and is provided with a second heating device 构成 composed of a wire, an electric heater, and a heater. 40 is a power cord, and 41 is a caster provided on the bottom portion 6. Further, as shown in Figs. 18 to 22, 'the inside of the casing 7 is R-Fen-T-, eight U·!, and the lower side of the human outlet 11 is formed so that the front side outlet 8 is the first switch. The right and left sides of the air outlet 23 and the second switching air outlet 25 are provided, and a duct switching device 26 having a sliding type air damper device is provided for selectively blowing cold air from the front side to the front side or the back side. The air outlet 11 is blown, and the warm air is blown from the front side air outlet 8 or the back air outlet from the second switching air outlet 25. The duct switching device 26 is divided into left and right portions by the partition member 27a, and includes a rectangular blade frame 27 that is detachably locked in the front-rear direction, and is provided in the partition member. 29, the connecting element 28 and each connecting drive motor 29 connecting element 2l48-8659-pp 14 1307762 piece 3 Ο 〇 element 27a is divided into one, the μ 27 divided stone knife is half of the area, by each The rear direction slides 'can switch the wind from the front side to blow out" blow 8 in front and the wind blows back from the back air outlet U. The blade is in the middle: the blow is the switch in the first switch to the side switch in the second switch Before the air outlet 25 is blown and blown back. As described above, since the trajectory of each blade 28 sliding in the front-rear direction is small, space can be saved without occupying a space. The blade moves as shown in Fig. 23 'This embodiment The refrigerant circuit of the cold clothes of the clothes 2 is connected to the compressor 17, the 16th, the expansion flap 45, the A-shaped σ σ ', ', the device unit 15 and is connected to the discharge side for connecting 1 依. And cold name # compressor internal device 15 An electromagnetic valve 47 is disposed on the hot gas bypass circuit 46 adjacent to the hot gas on the mouth side. ...6, a hot gas bypass material and an electromagnetic valve η are provided in the medium circuit; and an electromagnetic valve of the hot gas bypass circuit 46 is provided, When the spit out of the pain, the opening of the compressor i 7 is circulated to the cooling device 15 and the cooling device 15 is heated to evaporate the water of the attached device 丨5. As shown in Fig. 24, the control unit 'of the apparatus of the present embodiment is provided on the upper surface portion 5, the operation portion of the deodorizing operation such as clothing, etc., and the following configuration. The operation control operation is performed, and the control signal of the command of the operation unit 31 is received. Input to the control unit 32; / joyful control of the compressor] 7, cold life =:: 33, by the control 16, electromagnetic valve & 7 Ρ device Η, the first heating device 47, the second and second Air blower and other air duct switching 2148-8659-pp 15 1307762 Device 26. The operation unit 31 is provided with an operation switch 31 a, a deodorizing drying operation switch 31b, and a dehumidification air operation switch 31c · 'for displaying the operation switch. Switching operation of 31a, switching operation of deodorizing drying operation switch 31b, and switching operation of dehumidifying air operation switch 31c The display unit 37. Next, the operation of the deodorizing apparatus such as the clothes of the second embodiment will be specifically described. [Dehumidifying air operation]
首先，將操作部31的運轉開關31a打開時，壓縮機 17運轉而電磁瓣47關閉◦藉此，藉由壓縮機17壓縮冷媒， 而變為高溫高壓的冷媒送到第—加熱裝置16使其J熱、， 3成常:皿且尚壓的冷媒。藉由膨脹瓣45使該冷媒減 ’广冷卻裝置15，變為低溫低M的冷媒被送 機17，之後反覆進行該動作。 另方面，藉由將除濕風運轉開關 1及第2送風機19及20，從上部的第打開驅動第 入之空氣〔以T. 丨幻第1風管吸入口 12吸 、 下稱之為外部氣體），由第1、去 省略）使其淨化，由冷卻裝£ 15使其冷卻器（圖示 使其除濕’如箭號所示’經過第點以下並 口8吹至室内。此時，水分附著留置 7面側吹出 片，其中-部份留置於排水槽18中。、冷部裳置15的轉 從下部的第2風管吸入口 13 藉由第2過“（圖示省略）使 及人之外部氣體， 置16的放熱變成二’藉由第―加熱裝 箭號所不，經過第2風管24從First, when the operation switch 31a of the operation unit 31 is opened, the compressor 17 is operated and the electromagnetic valve 47 is closed, whereby the refrigerant is compressed by the compressor 17, and the high-temperature high-pressure refrigerant is sent to the first heating device 16 to cause the refrigerant to be compressed. J heat,, 3 into the constant: the dish and the pressure of the refrigerant. The refrigerant is lowered by the expansion valve 45 to reduce the wide cooling device 15, and the refrigerant is fed to the refrigerant 17 at a low temperature and low M, and then the operation is repeated. On the other hand, by the dehumidifying air operation switch 1 and the second air blowers 19 and 20, the first air is driven from the upper portion to the first air duct suction port 12, and the lower air is called the external air. ), cleaned by the first, to omit), and the cooler is cooled by a cooling device (shown to dehumidify it as shown by the arrow), and is blown into the room through the mouth 8 below the first point. At this time, the water The 7-side side blown film is attached and left, and the - part is left in the drain groove 18. The second portion of the second air duct suction port 13 is rotated by the second portion (not shown) The external air of the person, the exotherm of the 16 is turned into the second 'by the first heating, the arrow does not pass through the second duct 24
2148-8659-PF 16 1307762 則面側吹出口 8吹至室内。而且，也 器等的第二加熱裝置21通電，使通：依據需要使加熱 進一步被加熱。 ° 2風管24的溫風 藉此’除濕且冷卻的空氣和溫風從前面 出，使室内的空氣除濕。此時，在操作:;面侧吹出口 8吹 上，顯示目前的溫度或濕度和溫度。 的顯不部37 在此除濕風運轉的場合，將由冷卻 風和由第-加熱裝置16產生的溫風兩者 =產生的冷 切換吹出口 23及25分別從前面側吹出口 及第2 由冷卻裝置15產生的冷風，在第 人出’因此’ 側吹出口 8吹出，因此，藉 、人口 23從前面 口此，籍由連結驅動 來驅動連結元# 30，使風管切換裝置26的 的迴轉 内的左側之葉片28如第2 的葉片框架27 n日“银 ）所示向後方滑動。 、夺，由第一加熱裝置16產生之溫風’在第2切換 吹出口 2 5從前面側吹出口 8吹出， 、 用馬達29的迴轉來驅動連妹元件3〇 :，藉由連結驅動 助運、纟〇疋件30 ’使風管切換裝置26 的葉片框架27内的右侧之葉片28如第&圖之⑷所示 向後方滑動。 如上述之除濕風運轉中’由冷卻裝置15產生的冷風 在第1切換吹出口 23從前面側吹出口 8吹出，而且，由 第一加熱裝置16產生之溫風，在第2切換吹出口 25從前 面側人出α 8吹出，並與冷風合流，而吹出冷風及溫風兩 者0 如上述之除濕風運轉中’藉由使乾燥的冷風和溫風合 2148-8659-PF 17 1307762 a月b夠在第i及第2切換吹出口 23及25從前面側吹出 口 8吹出乾燥的空氣，因此，可以使用於在類似如雨天的 時候，欲在室内使洗濯物乾燥時。 [去臭乾燥運轉] 繼之’依據第26圖之流程圖，說明本發明實施例2 之衣服等之去臭裝置執行之去臭乾燥運轉。而且，係吊於 被乾燥物為衣物等的之去臭裝置1之上。 首先，選取並打開操作部3l的運轉開關仏（步驟 SU)，繼之，選取並打開去臭乾燥運轉開目⑽（步驟 ⑴卜此係可以藉由顯示部37的表示燈等燈號來確認。 如此-來’藉由控制部32’驅動冷;東猶環之冷媒回路 中的壓縮機Π，同時驅動冷風扇之第i送風機19及溫風 扇之弟2送風機2〇,從對應於各送風機之第i及第2風管 吸入口 1 2、13吸入外部氣體。 藉此，執行冷風吹出運轉，伸由 抒便由冷部裝置15冷卻至 露點以下並除濕之空氣經過第丨 布1凤e 22從上部的前面側 吹出口8吹至室内，同時，使由筮 史由第一加熱裝置16的放熱 加熱之溫風經過第2風管24從背面側吹出口 U吹至室内 (步驟S13)。 在該冷風運轉時’如第12〜14 4圖所示，僅將由冷卻 裝置15產生的冷風從第i切換吹 出 23之前面側吹出口 8吹出（此狀態稱之為冷風節氣 闲打開），使由第一加熱 裝置16產生之溫風從第2切換吹n 2 5之背面側吹出口 11 π人出（此狀態稱之為溫風節氣閘關閉 182148-8659-PF 16 1307762 Then the side blow outlet 8 is blown into the room. Further, the second heating means 21 such as the heater is energized to make the heating further heated as needed. ° 2 The warm air of the duct 24 is used to dehumidify and cool the air and warm air from the front to dehumidify the air in the room. At this time, at the operation:; the face side air outlet 8 is blown, and the current temperature or humidity and temperature are displayed. In the dehumidifying air operation, the cold switching air outlets 23 and 25 generated by both the cooling air and the warm air generated by the first heating device 16 are respectively blown from the front side and the second side is cooled. The cold air generated by the device 15 is blown out by the first person's side air outlet 8 so that the population 23 is driven from the front port by the link drive to drive the link element #30 to rotate the duct switching device 26. The blade 28 on the left side of the inner side slides rearward as indicated by the second blade frame 27 n "silver". The warm wind generated by the first heating device 16 is blown from the front side at the second switching air outlet 25 The outlet 8 is blown out, and the slewing element 3 is driven by the rotation of the motor 29: the blade 28 on the right side in the blade frame 27 of the duct switching device 26 is connected by driving the assisting and transporting member 30' In the above-described dehumidifying air operation, the cold air generated by the cooling device 15 is blown out from the front side air outlet 8 in the dehumidifying air operation, and the first heating device 16 is blown by the first heating device 16 as shown in the above (4). The generated warm air is switched at the second switching air outlet 25 The front side is blown out by α 8 and merges with the cold air, and both cold and warm winds are blown out. 0 In the above-mentioned dehumidifying wind operation, 'by making dry cold air and warm wind 2148-8659-PF 17 1307762 a month b Since the i-th and second switching air outlets 23 and 25 blow dry air from the front side air outlet 8, it can be used when the toilet is to be dried indoors when it is similar to rain. [Deodorizing and drying operation] In the following, a deodorizing and drying operation performed by the deodorizing device of the clothes and the like according to the second embodiment of the present invention will be described with reference to the flowchart of Fig. 26. Further, the deodorizing device 1 is suspended from the object to be dried. First, the operation switch 仏 of the operation unit 31 is selected and opened (step SU), and then the deodorizing dry operation opening (10) is selected and opened (step (1)), the light indicating by the display unit 37 can be used. To confirm. So - to 'drive the cold by the control unit 32'; the compressor Π in the refrigerant circuit of the East Judah, while driving the ith fan 19 of the cooling fan and the fan 2 of the fan 2, corresponding to The i-th and second duct suction ports of each blower 1 2 (3) Inhalation of the outside air. Thereby, the cold air blowing operation is performed, and the air cooled by the cold unit 15 to the dew point and dehumidified by the sputum is blown to the room from the upper front side air outlet 8 through the first cloth 1 pho. At the same time, the warm air heated by the heat of the first heating device 16 is blown from the back side air outlet U to the inside through the second air duct 24 (step S13). During the cold air operation, as in the 12th to 14th. As shown in the figure, only the cold air generated by the cooling device 15 is blown out from the surface side air outlet 8 before the i-th switching blow 23 (this state is referred to as a cold air throttle idle opening), so that the warm air generated by the first heating device 16 is from the first 2 switch the blowing side of the back side of the n 2 5 blowing outlet 11 π people out (this state is called the warm air damper closing 18
2148-8659-PF * 1307762 因此，使得由冷卻裝置15產生的冷風，從第】切換 吹出口 23之前面侧吹出口 8吹出，藉由連結驅動用馬達 29的迴轉來驅動連結元件3〇，使風管切換裝置26的葉片 框架27内的左側之葉片28如第25圖之（b)所示向後方 滑動。 同時，由第一加熱裝置16產生之溫風，在第2切換 吹出口 25從背面側吹出口 u吹出，藉由連結驅動用馬達 29的迴轉來駆動連結元件3〇,使風管切換裝置26的葉片 框架27内的右側之葉片28如第25圖之（b)所示向前 滑動。 如上述之冷風運轉中，引導由第一加熱裝置16產生 之溫風’使其從第2切換吹出口 25之背面側吹出口 u — 出，而僅有由冷卻裝置15產生的冷風從第i切換= 23吹出。 而且，從上部的前面側吹出口 8吹出的已冷卻且 滿度局的空氣接觸到被乾燥物。藉由該相對濕度高的 空现’使被乾燥物吸濕，吸入的水分進入纖維縫 附臭味成分（吸濕程序）。 ’、而及 當冷風吹出運轉開始時，内建於控制部32 益之經過時間檢測裝置（圖示省略）運作（步 》時 經過時間檢測裝置係檢測當冷風吹出運轉開始：’ 已經過既定的時間（例如，20分）（步驟。後疋否 時間檢測裝置測知當冷風吹出運轉=當經過 的時間，控制部店r7 # <後已經過既定 Μ使風官切換裝置26動作，使由冷卻裝2148-8659-PF * 1307762 Therefore, the cold air generated by the cooling device 15 is blown out from the front side air outlet 8 before the switching air outlet 23, and the connecting element 3 is driven by the rotation of the driving motor 29 to be driven. The blade 28 on the left side in the blade frame 27 of the duct switching device 26 slides rearward as shown in Fig. 25(b). At the same time, the warm air generated by the first heating device 16 is blown out from the back side air outlet u at the second switching air outlet 25, and the connecting element 3 is swayed by the rotation of the driving motor 29, and the air duct switching device 26 is caused. The blade 28 on the right side within the blade frame 27 slides forward as shown in Fig. 25(b). In the above-described cold air operation, the warm air generated by the first heating device 16 is guided to be discharged from the back side of the second switching air outlet 25, and only the cold air generated by the cooling device 15 is from the i. Switch = 23 blown out. Further, the cooled and full-scale air blown from the upper front side air outlet 8 contacts the object to be dried. The object to be dried is hygroscopic by the high relative humidity, and the inhaled moisture enters the fiber to smear the odor component (hygroscopic program). 'When the cold air blows out the operation, the time-lapse detecting device is detected by the time detecting device (step omitted) built in the control unit 32. When the time detecting device detects the start of the cold air blowing operation: 'There has been a predetermined Time (for example, 20 minutes) (step. After the time detecting device detects that the cold air blows out the operation = when the elapsed time, the control department store r7 # < has already passed the predetermined command to cause the windshield switching device 26 to operate Cooling device
2148—8659—PF 19 * 1307762 置15冷卻至露點以下並除濕之空氣經過第1風管22從背 人出1人出到至内（此狀態稱之為冷風節氣閘關 閉），使由第一加敎裝署 ‘、、'褒置16的放熱加熱之溫風經過第2 風管2 4從月面側吹屮σ g a b 側人出口 8吹出至室内（此狀態稱之為溫 風節氣閘打開），以勃；^ A , 以執仃/皿風吹出運轉（步驟S16)。 在該溫風運轉時，如第15〜17圖所示，使由第—加 熱裝置Μ產生之溫風從第2切換吹出口 ^之前面侧吹出 口 8吹出’使由冷卻裝署 置15產生的冷風從第1切換吹出 口 2 3之背面側吹出口 η吹出。 因此’使得由第一加孰萝 …、褒置16產生之溫風從第2切 換Β人出口 25之前面側吹出口 8 ^^山奸 m 2〇 . 8人出，藉由連結驅動用馬 達29的迴轉來驅動連結元件30 ,使Μ $ +7Τ Μ Η* ® 使風管切換裝置26的葉 片框架27内的左側之葉片2 方滑動。 如第Μ圖之（c)所示向後 同時’由冷卻裝置15產生的 σ 展王的冷風，從第1切換吹出 23之月面側吹出口 η吹出，兹 沾，回絲冰mi 藉由連結驅動用馬達29 的k轉來驅動連結元件3〇， ¥ 27 ή ^ 吕刀換裝置26的葉片框 木27内的左側之葉片28如第2 動。 所不向前方滑 加熱裝置16產 前面側吹出口 8 切換吹出口 2 3 二加熱裝置21 如上所述在風溫運轉中，引導由第— 生之溫風，使其僅從第2切換吹出口 25之 吹出而由冷卻裝置15產生的冷風從第I 之背面吹出口η吹出。此時，也可以使第 運轉’以吹出相對濕度更低的溫風。 2148-8659-ΡΡ 20 而762 當溫風吹出運轉開始 器之經過時間檢測裝置（圖:内建於控制部32中的計時 經過時Η蛤,、目丨# ®及 圖不噌略）運作（步驟S1 7 )， f日1檢測裝置係檢測去、w 已經過既定的拄門r J，皿風吹出運轉開始之後是否 時間檢梦署曰例如，40分）（步驟S18)，當經過 檢測裝置測知當溫風 的時間，控制冑32使衣 /始之後已經過既定 止本# & 服專的去臭裝置停止運轉，以停 止去臭乾燥運轉（步驟Sl8)。 藉此，使被乾燥物乾 分% 乾煉的同時，使含有臭味成分的水 刀輝發而和被乾燥物分離， 物揮發分離之拿岐“ U臭。而且，從被乾燥 衣服等的去臭裝置Γ 但因為由 會懸浮於室内。 卜第2過濾、器所捕捉，因此不 ^上述之實施例2中，關注於當相對濕度有差異時吸 刀的布之特性’首先由控制冑32驅動冷卻裝置之冷 郃:置15及第1送風機19以開始冷風吹出運轉，從第】 風S及人° 12 °及人的空氣由冷卻裝4 15冷卻至露點以 且除濕的空氣藉由風管切換裝置26從前面側吹出口 8 吹出前面侧吹出口 8吹出之冷卻之高相對濕度，已除 濕之空氣接觸到被乾燥物，藉此，使被乾燥物吸濕，吸入 的水分進入纖維縫隙中而吸附臭味成分。開始冷風吹出運 轉後經過-定的時間，由控制部32驅動第一加熱裝置16 及第2送風機20以開始溫風吹出運轉，從第2風管吸入 口 13吸入的外部氣體藉由第一加熱裝置16加熱之空氣， 藉由風g切換裝置26從前面侧吹出σ 8吹出加熱的空氣 2148-8659—pp .1307762 接觸到被乾無物，藉此’使被乾燥物乾燥的同 臭味成分的水分揮發而和被乾燥物分離，以 土3有 此’在前面側吹出σ8設有風管切換裝置26:臭僅因 冷卻裝置15、第一加埶| 又外，僅以 20的簡單構成即可，第1及第2送風機19、 /除菌物質的釋放裝置:而二:加濕裝置或特別的除臭 效去除附著於衣物表面的臭味：分到=:，具有能夠有 臭味成分的除臭效I。 、 ” I至〜入纖維縫隙的2148—8659—PF 19 * 1307762 Set 15 to cool down to the dew point and dehumidify the air through the first duct 22 from the back of the person out to the inside (this state is called the cold air damper closed), so that the first The warm air of the heat-dissipating heating of the 敎 署 , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , ), in the case of Bo; ^ A, the operation is performed by the execution/dish wind (step S16). In the warm air operation, as shown in Figs. 15 to 17, the warm air generated by the first heating device 吹 is blown out from the second side of the second outlet port 2 to be blown out by the cooling unit 15 The cold air is blown from the back side side air outlet η of the first switching air outlet 2 3 . Therefore, 'the wind that is generated by the first addition of dill..., the set 16 is switched from the second to the front side of the exit 25, and the side blows the outlet 8 ^^The traitor m 2〇. 8 people out, by connecting the drive motor The rotation of 29 drives the coupling member 30 so that Μ $ +7Τ Μ Η* ® slides the blade 2 on the left side in the blade frame 27 of the duct switching device 26. As shown in (c) of the figure (c), the cold air of the σ exhibition king generated by the cooling device 15 is blown out from the moon side outlet η of the first switching blow 23, and the wire is melted by the link. The k-rotation of the drive motor 29 drives the coupling element 3, and the blade 28 on the left side in the blade frame 27 of the knife-changing device 26 is second. The front-side slide heating device 16 does not feed the front side air outlet 8 to switch the air outlet 2 3. The second heating device 21 guides the warm air from the first generation to the second switching air outlet in the air temperature operation as described above. The cold air blown by the cooling device 15 and blown out from the first back air outlet η is blown out. At this time, the first operation may be made to blow a warm wind having a lower relative humidity. 2148-8659-ΡΡ 20 and 762 When the warm air blows out the elapsed time detecting device of the operation starter (Fig.: when the timing is built in the control unit 32, the target # ® and the figure are not abbreviated) operation ( Step S1 7), the f-day 1 detecting device detects that w has passed the predetermined trick r J , and after the start of the air blowing operation, whether or not the time is detected, for example, 40 minutes) (step S18), when passing the detecting device When the temperature of the warm air is detected, the control unit 32 stops the operation of the predetermined deodorizing device that has passed the predetermined stop/stop after the clothing/starting to stop the deodorizing drying operation (step S18). In this way, the dried material is dried and the dry water is pulverized, and the water knives containing the odor component are separated from the dried material, and the material is volatilized and separated. Deodorizing device Γ However, since it is suspended in the room. It is captured by the second filter and the device. Therefore, in the second embodiment described above, attention is paid to the characteristics of the cloth of the suction knife when there is a difference in relative humidity. 32 drive cooling device cooling: set 15 and the first blower 19 to start the cold air blowing operation, from the first wind S and the person ° ° ° and the human air from the cooling device 4 15 to the dew point and dehumidified air by The air duct switching device 26 blows the high relative humidity of the cooling blown from the front side air outlet 8 from the front side air outlet 8, and the dehumidified air comes into contact with the object to be dried, whereby the object to be dried is absorbed, and the inhaled moisture enters the fiber. The odor component is adsorbed in the gap, and the first heating device 16 and the second blower 20 are driven by the control unit 32 to start the warm air blowing operation, and are sucked from the second air duct suction port 13 after a predetermined period of time has elapsed since the start of the cold air blowing operation. External gas borrowing The air heated by the first heating device 16 is blown out from the front side by the wind g switching device 26 to blow out the heated air 2148-8659-pp.1307762 to contact the dried object, thereby drying the dried object The water of the odor component is volatilized and separated from the object to be dried, and the soil 3 has this 'blowing tube σ8 on the front side. The duct switching device 26 is provided: the odor is only due to the cooling device 15, the first twisting| Simple configuration, the first and second blowers 19, / the release device for the sterilization material: and the second: the humidifier or the special deodorizing effect to remove the odor attached to the surface of the clothes: Deodorizing effect of odorous ingredients I., "I to ~ into the fiber gap
上述實施例1、2中 作為經過時間檢測褒置， 的計時器。 雖以内建於控制部32的計時器 但亦可使用設於控制部32外部 【圖式簡單說明】 第1圖（a)〜（c)顯示依據 之 去臭裝置之Μ荆摄上 令赞月霄施例1的衣服等 去臭裝置之模型構成及運轉模式之剖面圖。In the above-described first and second embodiments, the timer is used as the elapsed time detection device. Although it is built in the timer of the control unit 32, it can also be used outside the control unit 32. [Simple description of the drawing] Fig. 1 (a) to (c) show the deodorizing device based on the deodorizing device. A cross-sectional view showing a model configuration and an operation mode of a deodorizing device such as clothes of Example 1.
第2圖顯示同衣 圖 等之去臭的控制部之構成的方塊 第3圖顯示物品之吸濕平衡圖 置的動作之流程圖。 2的衣服等之去臭裝置 第4圖顯示同衣服等之去臭裝 第5圖顯示依據本發明實施例 的前觀立體圖。 第b圓係顯示同衣 第7圖你…臭裳置的背觀立體圖。 弟’圖係顯不同衣服等之 之前觀立體®。 、裝置之放氣窗開口狀態Fig. 2 is a block diagram showing the structure of the deodorizing control unit of the same figure. Fig. 3 is a flow chart showing the operation of the moisture absorption balance of the article. Deodorizing device of clothes and the like of Fig. 4 Fig. 4 shows deodorizing of clothes and the like. Fig. 5 is a front perspective view showing an embodiment according to the present invention. The b-th circle shows the same clothes. Figure 7: The back-view perspective of the stinky skirt. The younger brother's picture shows the different perspectives of the clothes. The venting window opening state of the device
2148-8659-PF 22 !3〇7762 第8圖係顯示同衣服等之去 之背觀立體圖。 旲裝置之放氣窗開口狀態 第9圖係顯示將同衣服等 說明吸渴風運轉的剖面圖。去臭裝置的正面侧縱斷以 圖係顯示第9圖赵線的剖面圖。 圖係顯示第9圖ββ線的剖面圖。 圖係顯示將同衣服等 以說明冷風運轉的剖面圖。去臭裝置的正面側縱斷 J ::圖係顯示第12圖μ線的剖面圖。 圖係顯示第12圖βΒ線的❹圖。 5圖顯示將同衣+ △ 說明溫風運轉的剖面圖。 臭裝置的正面側縱斷以 :::圖係顯示第14圖ΑΑ線的剖面圖。 7圖係顯示第U圖ΒΒ線的剖面圖。 8圖顯示同衣服等之去臭 —部份剖開以果衷置從刖面觀看並將其 以說明吸濕風運轉的立體圖。 19圖顯示同衣月 —部份剖開Μ 1 M 、、裝置從前面觀看並將其 開以說明冷風運轉的立體圖。 第20 «顯示同衣服等之去 -部份剖開以說 、、置攸别面觀看並將其 況月/皿風運轉的立體圖。 第21圖‘顯示同衣服等之去臭 -部份剖開以說明背面風 r置心面觀看並將其 月四凤運轉的立體圖。 22圖顯示同衣服等之去臭穿置之筋发p 成的立體圖。 、裝置之即既閘骏置之構 2148- δ659-ρρ •1307762 回路圖 第23圖顯示同衣服等之去臭袭置之冷康循 環的冷媒 第24圖顯示同衣服等之去臭 方塊圖。 第25圖（a)〜（c)顯示同衣服等 之動作的各種型態之說明圖。 第26圖顯示同衣服等之去 去臭裝置之動作流程 裝置之控制部的構成 之 之去臭裝置節氣閘裝置 圖2148-8659-PF 22 !3〇7762 Fig. 8 is a perspective view showing the back of the clothes and the like. The venting window opening state of the cymbal device Fig. 9 is a cross-sectional view showing the operation of the thirsty wind with clothes and the like. The front side of the deodorizing device is longitudinally cut to show a sectional view of the ninth line of the ray line. The figure shows a cross-sectional view of the ββ line in Fig. 9. The figure shows a cross-sectional view of the same clothes and the like to illustrate the operation of the cold air. The front side of the deodorizing device is longitudinally cut. J: The drawing shows a cross-sectional view of the Fig. 12 μ line. The figure shows the ❹ diagram of the β Β line in Fig. 12. Figure 5 shows a section of the same clothes + △ indicating the warm wind operation. The front side of the odor device is longitudinally cut with a ::: diagram showing a cross-sectional view of the 14th line. Figure 7 shows a cross-sectional view of the U-shaped line. Figure 8 shows the deodorization of clothes and the like - a partial cut-away view of the skin from the side of the face and a description of the moisture absorption. Figure 19 shows the same month of the same month—partially cut open Μ 1 M , and the device is viewed from the front and opened to illustrate the perspective view of the cold air operation. The 20th «Shows the same clothes and so on - part of the cut-away to say, set aside and watch the three-dimensional picture of the month/dish wind. Fig. 21 ‘Shows the deodorization of clothes and the like. Partially cut away to illustrate the back view of the wind and the view of the moon. Figure 22 shows a perspective view of the scented p of the clothes and the like. 2148- δ659-ρρ • 1307762 Circuit diagram Figure 23 shows the refrigerant of the cold and circulated circulation of the clothes and the like. Figure 24 shows the deodorant block diagram of the same clothes. Fig. 25 (a) to (c) are explanatory views showing various types of operations of clothes and the like. Figure 26 shows the operation of the deodorizing device with the clothes, etc. The deodorizing device damper device of the control unit of the device
【主要元件符號說明】 1 衣服等之去臭裝置 7 殼體 7 a 吸入口 7b 吹出口 8 前面吹出口 9 放氣窗 10 放氣窗用馬達 11 背面吹出口 12第1風管吸入口 13第2風管吸入口 14 過遽框架 15 冷卻裝置 16第一加熱裝置 17 壓縮機 18 排水槽 2148-8659-PF 24 1307762 19 第 1送風機 20 第 2送風機 22 第 1風管 23 第 1切換吹出口 24 第 2風管 25 第 2切換吹出口 26 風管切換裝置 31 操作部 胃 31 a運轉開關 31b去臭乾燥運轉開關 31 c吸濕風運轉開關 3 2 控制部 33 室内溫濕度感測器 35 現在溫度·濕度顯示器 3 6 電源 37 顯示部 2148-8659-PF 25[Description of main component symbols] 1 Deodorizing device for clothes and the like 7 Case 7 a Suction port 7b Blowing port 8 Front air outlet 9 Venting window 10 Venting window motor 11 Back air outlet 12 First air duct suction port 13 Second wind Tube suction port 14 through frame 15 cooling device 16 first heating device 17 compressor 18 drain groove 2148-8659-PF 24 1307762 19 first blower 20 second blower 22 first duct 23 first switching outlet 24 second Duct 25 Second switching air outlet 26 Duct switching device 31 Operating portion stomach 31 a Running switch 31b Deodorizing drying operation switch 31 c Moisture-absorbing air operating switch 3 2 Control unit 33 Indoor temperature and humidity sensor 35 Current temperature and humidity Display 3 6 Power 37 Display 2148-8659-PF 25
Claims (1)
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| PCT/JP2007/051998 WO2008096412A1 (en) | 2007-02-06 | 2007-02-06 | Method of deodorizing clothes, etc. and apparatus therefor |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW200834020A TW200834020A (en) | 2008-08-16 |
| TWI307762B true TWI307762B (en) | 2009-03-21 |
Family
ID=39681333
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW096105057A TW200834020A (en) | 2007-02-06 | 2007-02-12 | Method of deodorizing clothes and apparatus therefor |
Country Status (5)
| Country | Link |
|---|---|
| JP (1) | JP5414175B2 (en) |
| CN (1) | CN101310070B (en) |
| HK (1) | HK1123333A1 (en) |
| TW (1) | TW200834020A (en) |
| WO (1) | WO2008096412A1 (en) |
Families Citing this family (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| TWI407068B (en) * | 2011-04-22 | 2013-09-01 | Asiatic Fiber Corp | Electric dehumidification device |
| CN104631069A (en) * | 2013-11-07 | 2015-05-20 | 杭州三花研究院有限公司 | Clothes dryer and control method thereof |
| CN104695193A (en) * | 2015-02-12 | 2015-06-10 | 珠海格力电器股份有限公司 | Heat pump clothes dryer and control method thereof |
Family Cites Families (10)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS61149852A (en) * | 1984-12-25 | 1986-07-08 | Yamatake Honeywell Co Ltd | Humidity detector |
| JPH03249916A (en) * | 1990-01-11 | 1991-11-07 | Mitsubishi Electric Corp | Deodorizing device |
| JPH0484997A (en) * | 1990-07-27 | 1992-03-18 | Matsushita Seiko Co Ltd | Clothing drier |
| JPH09135995A (en) * | 1995-11-15 | 1997-05-27 | Matsushita Electric Ind Co Ltd | Clothing drying system with wrinkle removing and deodorizing functions |
| JP2000296080A (en) * | 1999-04-16 | 2000-10-24 | Matsushita Electric Ind Co Ltd | Air cleaner unit |
| JP2001314492A (en) * | 2000-05-02 | 2001-11-13 | San Seal:Kk | Air conditioner provided with deodorizing and sterilizing gas supplying means |
| PT1339418E (en) * | 2000-11-08 | 2009-10-30 | Fxs Ventures Llc | Improved ophthalmic and contact lens solutions containing simple saccharides as preservative enhancers |
| CN2540430Y (en) * | 2002-02-09 | 2003-03-19 | 江苏海狮机械集团有限公司 | Deodorization device of dry-cleaning machine using petroleum solvent |
| JP2003240265A (en) * | 2002-02-18 | 2003-08-27 | Corona Corp | Dehumidifier |
| JP4830348B2 (en) * | 2004-05-26 | 2011-12-07 | 三菱化学株式会社 | Humidification device and humidification method |
-
2007
- 2007-02-06 CN CN2007800000940A patent/CN101310070B/en not_active Expired - Fee Related
- 2007-02-06 JP JP2007534957A patent/JP5414175B2/en not_active Expired - Fee Related
- 2007-02-06 WO PCT/JP2007/051998 patent/WO2008096412A1/en active Application Filing
- 2007-02-12 TW TW096105057A patent/TW200834020A/en not_active IP Right Cessation
-
2009
- 2009-01-23 HK HK09100752.9A patent/HK1123333A1/en not_active IP Right Cessation
Also Published As
| Publication number | Publication date |
|---|---|
| WO2008096412A1 (en) | 2008-08-14 |
| CN101310070A (en) | 2008-11-19 |
| CN101310070B (en) | 2010-09-22 |
| JP5414175B2 (en) | 2014-02-12 |
| HK1123333A1 (en) | 2009-06-12 |
| TW200834020A (en) | 2008-08-16 |
| JPWO2008096412A1 (en) | 2010-05-20 |
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