M321979 八、新型說明： 【新型所屬之技術領域】 本新型係關於一種除濕輪除濕裝置，特別是一種用於利用微 波再生之除濕輪除濕裝置。 【先前技術】 台灣氣候常年處於溫暖高濕的狀態，一般冷凍空調無法達到M321979 VIII. New description: [New technical field] The present invention relates to a dehumidification wheel dehumidification device, in particular to a dehumidification wheel dehumidification device for utilizing microwave regeneration. [Prior Art] Taiwan's climate is in a state of warmth and high humidity all the year round, and general refrigeration and air conditioning cannot be achieved.
特殊的除濕要求，目前已知的除濕技術中，除濕輪的除濕效果最 好，廣泛地被應用於工業上。 除濕輪係利用吸附除濕之原理，使濕空氣通過一吸濕材料， 將空氣中的水分以吸附於其孔隙表面。而後利用熱空氣加熱已吸 附水分之吸·，使其巾的水分加減化而由熱线帶走，則 吸濕材料重新恢復乾燥，此一過程稱為吸濕材料的再生。Special dehumidification requirements, among the currently known dehumidification techniques, the dehumidification wheel has the best dehumidification effect and is widely used in industry. The dehumidification wheel system utilizes the principle of adsorption and dehumidification to pass humid air through a moisture absorbing material to adsorb moisture in the air to its pore surface. Then, the hot air is used to heat the absorbed moisture, and the moisture of the towel is removed and removed by the hot wire, and the moisture absorbing material is returned to dryness. This process is called regeneration of the moisture absorbing material.
習知除濕輪除濕裝置，如「第丨圖」所示，係為—除濕輪式 除濕機之示意圖。來自外界的潮濕外部氣流A0被一風機(圖未顯 不)抽動後’流經除濕輪16的吸濕區，外部氣流A〇的水分可被除 濕區的除濕材料吸附，而形成乾職流A1排出於除濕機外部； 而殼體10内部的内部氣流別亦在風機12推動下，流經·元件 14被加熱形成熱^氣B1，接著再通過除濕輪％之再生區後，使 再生區的賴材料被加熱，而使水分統，形成潮難氣流於。 潮濕熱乳流B2通過-冷綠置(圖未顯示)後，水分可被冷凝再带 成内部氣細’回到風機12而進行内部循環流動。除雜Μ為 =輪構造，内部含吸糾_未顯示），並有多孔狀等基材 主布於吸祕料，其藉—驅動蝴圖未顯示)驅動旋轉，使輪面以 M321979 的水八Γ曰進入再生區及轉出至吸濕區已持續將外部氣流A 0 的水分吸附’再帶到再生區中釋放。 加孰Z知的除濕輪除置中，欲將除濕輪中吸濕材料之水分 埶由加熱内部循環之氣流使之成為熱氣流，以傳遞 =〃使其蒸發。此種域元騎採跡電熱絲、加熱器等 •至吸濕材料之水分上，埶量損^^^介質才能將熱量傳遞 此種電熱元#U 熱速度亦較緩慢。同時 >遞，於接、;之方式，於氣流間熱量係利用#導之方式傳 諸念件—端之氣流會先受熱，而麟量才慢慢傳遞 至離電熱元件較遠之惫产卜〇 m「又I·又得遞 象。於受熱較少的氣流:二==位加熱不均勻的現 打折扣。此外，此種加埶方式$純的現象，故除濕效果將 氣流施加更多之熱量時，由選^生加，當欲對内部 收此熱量，此將會消耗能源 匕物質，亦會同樣吸 此高溫而損壞。 料亦易造成此等物質無法長久财 【新型内容】 因習知之除濕輪除濕裴置，苴 加熱不均轉現象。、鱗_失大、加熱速度慢及 同時可以節省較多的能源 缺點 式除濕輪裝置，此裝置之加勒士’題本新型提供一種微波再生 田口太,…， …、式具有加熱速度快、加熱均勻， 有蚨解決先前技術所存在的問題或 6 M321979 本創作之微波再生式除濕輪裝置，其包括有—除濕滾輪及一 衣置。除濕滾輪内部填充材料，且除濕滾輪可定義-吸=區及—再生區，其中吸濕區係用以供—待除濕氣流通過，以 °、n、材料吸H錢流之水分而形成—乾空氣。微波裝置係用 、—彳认卩對再生區之吸储料上的水分進行加熱，而使 ^分，發’其中再生區制以供—再生氣流通過，以將被微波加 …而療1¾之水分帶離再生區’使水分迅速蒸發而令再生區乾燥。 从、本創作之功效在於藉由微波裝置，直接對除濕滾輪中之吸濕 料f所奴水分加發，具有加熱速度快、加熱均勻等優點， 可有效提高除濕效率，並能節較多的能源。 以下在實施方式情細敘述本㈣之詳細特徵以及優點，其 邮足以使任_f相藝者了解柄型之技㈣容並據以實 她且根據本明書所揭露之内容、申請專利範圍及圖式，任 熟習相關技藝者可輕易地理解本新型相關之目的及優點。 以上之關於本新動容之說明及以下之實施方式之說 以示範與解釋本新型 ’、用 ^ 之原里並且提供本新型之專利申請範圍更 進一步之解釋 【實施方式】 為使對本新型的目的、構造、特徵'及其功 解，兹配合實蘭詳細綱如下。 /的瞭 、°月參閱「第2圖」所示，為本創作所揭露之一種微波再 示輪衣置’其包括有一除濕滾輪110及一微波裝置12〇。工 M321979 除濕滾輪110内部填充-吸濕材料，且除濕滚輪11〇可定義 二吸濕區112及-再生區114。除濕滾輪11〇係被_傳動裝置⑽ τ動’而沿除濕滾輪110之中心軸旋轉，使吸濕材料交替通過吸 濕區m及再生區114。其中吸濕區112係用以供—待除渴氣产 w通過，崎位純祕m巾較·觀轉除騎流％ ^ 的水分，而形成-乾空氣D。吸收水分後的吸濕材料係隨著除谭 滾輪110的旋轉，由吸濕區m被帶到再生區，接著再由一再生 氣流R通過’將吸濕材料中的水分移除，以使吸濕材料被再生， Γ再度於吸濕區112中吸收水分。微波再生式除濕輪裝置更包 機150及—第二風機刷，其中第—風機_用以 流w流動通過吸祕112，而第二風_係用 以抽動再生氣流R通過再生區114。 上所發射，_生區114之吸濕材料The conventional dehumidification wheel dehumidification device, as shown in the "figure map", is a schematic diagram of the dehumidification wheel dehumidifier. The humid external airflow A0 from the outside is twitched by a fan (not shown) and flows through the moisture absorption zone of the dehumidification wheel 16. The moisture of the external airflow A can be adsorbed by the dehumidification material of the dehumidification zone to form a dry job flow A1. Exhausted from the outside of the dehumidifier; and the internal airflow inside the casing 10 is also driven by the fan 12, and the element 14 is heated to form the heat B1, and then passes through the regeneration zone of the dehumidification wheel, so that the regeneration zone is The material is heated, and the water is unified, forming a tidal airflow. After the moist hot emulsion B2 passes through the cold green (not shown), the moisture can be condensed and brought into the internal gas to return to the fan 12 for internal circulation. In addition to the chowder is = wheel structure, the internal contains suction correction _ not shown), and the porous substrate and other substrates are mainly clothed to the secret material, and the borrowing-driving butterfly is not shown to drive the rotation, so that the tread is water of M321979. The gossip enters the regeneration zone and is transferred out to the moisture absorption zone. The moisture adsorption of the external airflow A 0 is continuously taken back to the regeneration zone for release. In addition to the dehumidification wheel of the Z-Z, the moisture of the moisture absorbing material in the dehumidification wheel is made to be heated by the air stream which is circulated by heating, so as to pass the 〃 to evaporate. Such a domain element rides the track heating wire, heater, etc. • To the moisture of the moisture absorbing material, the amount of heat loss can be transferred to the medium. The heat speed of the electric heating element #U is also slow. At the same time, the method of “delivering, connecting, and arranging the heat between the airflows is carried out by means of the method of conduction. The airflow at the end will be heated first, and the amount of lining will be slowly transmitted to the sputum far from the heating element. Bu 〇 m "I I have to hand image again. In the air with less heat: the second == position heating is unevenly discounted. In addition, this twisting method is pure, so the dehumidification effect will apply more airflow. When the heat is added, when the heat is selected, it will consume energy and sputum, and it will also absorb the high temperature and damage it. It is also easy to cause such materials to last for a long time. [New content] Knowing the dehumidification wheel dehumidification device, the heating uneven heating phenomenon, the scale _ loss, the heating speed is slow, and at the same time can save more energy disadvantage type dehumidification wheel device, the device of the Caledon's new type provides a microwave Recycled Taguchi too, ..., ..., has a fast heating speed, uniform heating, and solves the problems of the prior art or the microwave regenerative dehumidification wheel device of 6 M321979, which includes a dehumidification roller and a clothes. Dehumidification roller The inner filling material, and the dehumidifying roller can define a suction zone and a regeneration zone, wherein the moisture absorption zone is used for the passage of the dehumidification airflow, and the dry air is formed by the moisture of the water flowing through the water. The microwave device uses the 彳 彳 卩 加热 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 卩 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生 再生The belt is separated from the regeneration zone to make the moisture evaporate quickly and the regeneration zone is dried. The effect of the creation is that the moisture of the moisture absorption material f in the dehumidification roller is directly added by the microwave device, and the heating speed is fast and the heating is uniform. The advantages are as follows, which can effectively improve the dehumidification efficiency and save more energy. The following detailed description of the details and advantages of this (4) is described in the embodiment, and the post is sufficient for the _f phase artist to understand the skill of the handle type (4) Based on the contents of the disclosure, the scope of the patent application and the drawings, the relevant objects and advantages of the present invention can be easily understood by those skilled in the art. The above description of the new movement and the following The method of the present invention is to further explain the scope of the present invention, and to provide a further explanation of the scope of the patent application of the present invention. [Embodiment] For the purpose, structure, characteristics of the present invention and its merits, The detailed outline of the cooperation with the real blue is as follows. /, and the month of the month, as shown in the "Fig. 2", a microwave re-display wheel set disclosed in the present invention includes a dehumidifying roller 110 and a microwave device 12A. M321979 The dehumidifying roller 110 is internally filled with a moisture absorbing material, and the dehumidifying roller 11 〇 defines two moisture absorbing regions 112 and a regeneration region 114. The dehumidifying roller 11 is rotated by the _ transmission (10) τ and rotates along the central axis of the dehumidifying roller 110 to alternately pass the moisture absorbing material through the moisture absorbing zone m and the regeneration zone 114. The moisture absorption zone 112 is used for the purpose of waiting for the thirst gas to pass through, and the sour bite is more than the water of the rider, and the dry air D is formed. The moisture absorbing material after absorbing moisture is brought to the regeneration zone by the moisture absorption zone m in addition to the rotation of the tan roller 110, and then is removed by a regeneration gas stream R to remove moisture from the moisture absorbing material. The wet material is regenerated and the moisture is absorbed again in the moisture absorption zone 112. The microwave regenerative dehumidification wheel device further includes a machine 150 and a second fan brush, wherein the first fan _ is used for the flow w to flow through the absorbing secret 112, and the second wind _ is used to pulsate the regeneration air flow R through the regeneration zone 114. The moisture-absorbing material emitted on the _sheng area 114
Hr 的熱物狀_向依縣磁場的方向交變 ，向’與财-起以_的解缝，產生_摩捧敎， 出現上升的現象。這種分子門祕2為編b ’使水分子溫度 不會加5=^發/種t熱方式幾乎只對水分產生作用，而 降低A，使得加熱所需要的能量集巾於水分子， 卜低月㈤貝耗，同時提升加熱速度。 刀于 再生區m之賴撕上的水分被域蒸碰，復以再生氣 M321979 流R逋過再生區114，如此被微波加熱而蒸發之水分就會被再生 氣流R帶離再生區1H，使吸濕材料被再生，可再度隨著除濕滾 輪no的轉動而回到吸濕區112中吸收待除濕氣流之水分。…/义 當微波再生式除濕輪裝置運轉時，第一風機15〇係不斷地抽 動待除濕氣流w通過除濕滾輪110之吸濕區112，使待除濕氣流 W中的水分被吸·料所魏，錢職乾空氣D _除濕滾論 仙’而達成對待除濕氣力W進行除濕的效果。&一待除濕氣流 W係由待除濕之場所抽取’例如室内空間、封_藏空間等等， 形成之乾空氣D亦排人該待除濕之場所，達賴該待除濕 進行除濕之工作。 於此同時，第二風機亦持續抽動一再生氣流r，使盆 通過微波裝置⑽及除濕滾輪11〇之再生區114，當铁亦可 # 再生區114而不經由微波裝置12G。而除濕錄 no亦被傳練置13G射㈣喊速轉動，使其上所含 材料㈣當賴㈣進人再矩114及轉ιΐ2。… ^當待除濕氣流w通過除濕滾輪11〇之吸濕區ιΐ2時 氣流w所帶有之水分會被除濕滾輪⑽吸濕 、’、/’’、、 :=則其成為:乾燥的乾空氣D而排出。待此部分 料被除濕滾輪110帶轉至再生區114時 、、、 此吸濕材料上之水分加熱，使其受熱蒸發成為二=== 將水祕如喊辦掏 並轉出此再生區114，而進 9 M321979 驟再生亂級R可直接由待除濕場所抽取，亦可由外部抽取，而 吸收水分後的再生氣流R，則排出外部。 、、本創作利用微波方式對吸騎料中之水分進行加熱，其係對 ' 力口 ，加熱速度快；且因電磁波能 吸:材料上各部位的水分子，加熱較均勾;同時微波 1 賴收，吸濕材料等非發熱物體，不會吸收微波 此，即能效率亦高；此外料油 水分子對微波之吸收最好:所二::靡小，易㈣^ 高於含水量較低的部位，故微波的部位吸收微波功率會 將吸濕材料上之水分基發卿^擇性加熱之優點，可有效 除濕裝置，採用_二加ΓΓ 目較於f知之除濕輪 產生過多的_失等速度慢，加熱不均勾及會 效率之功效。 具有明頌改善習知技術而提高除濕 雖然本新型以前述之實施例揭露如上，铁与 新型。在不脫離本新型之 〜、亚非用以限定本 屬本新型之專利仵魏/ ϋ ’所為之更動與_，均 所附之申請專圍闕於本新型所界定之保護範圍請參考 【圖式簡單說明】 f1圖係為習知技術之除濕輪除濕 r圖係為微波再生式除濕輪裝置之7圖，及 【主要兀件符號說明】 丁 W圖， 「習知技術」 殼體 10 10 M321979The hot object of Hr _ changes to the direction of the magnetic field of Yixian, and the stagnation of _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ This molecular door secret 2 is edited b 'so that the water molecule temperature does not add 5 = ^ hair / species t heat mode almost only affects the water, and lowers A, so that the energy required for heating is collected in water molecules, Low moon (five) shell consumption, while increasing the heating rate. The water torn by the knife in the regeneration zone m is swept by the domain, and the regeneration gas M321979 flows through the regeneration zone 114, so that the water evaporated by the microwave is evaporated by the regeneration gas stream R from the regeneration zone 1H. The hygroscopic material is regenerated and can again return to the moisture absorption zone 112 to absorb the moisture of the gas stream to be dehumidified as the dehumidification roller no rotates. .../When the microwave regenerative dehumidification wheel device is in operation, the first fan 15 is continuously twitching the dehumidification airflow w through the moisture absorption zone 112 of the dehumidification roller 110, so that the moisture in the dehumidification airflow W is absorbed. The dry air D _ dehumidification roll theory is used to achieve the effect of dehumidification by dehumidification. & A dehumidified airflow W is extracted from the site to be dehumidified, such as indoor space, sealed space, etc., and the formed dry air D is also discharged to the place to be dehumidified, and the work to be dehumidified for dehumidification is performed. At the same time, the second fan also continuously pulsates a regenerative flow r, so that the basin passes through the regeneration zone 114 of the microwave device (10) and the dehumidification roller 11 , and the iron can also be the regeneration zone 114 without passing through the microwave device 12G. The dehumidification record no was also transferred to the 13G shot (four) shouting speed, so that the material contained in it (4) when the (4) entered the person and then the moment 114 and turn ΐ2. ... ^When the dehumidified airflow w passes through the moisture absorption zone ιΐ2 of the dehumidifying roller 11〇, the moisture carried by the airflow w is absorbed by the dehumidifying roller (10), ', /'', , := then it becomes: dry dry air D and discharged. When the portion of the material is transferred to the regeneration zone 114 by the dehumidification roller 110, the moisture on the moisture absorbing material is heated to evaporate by heat to become two === the water is secretly shouted and transferred out of the regeneration zone 114. , and into the 9 M321979 sudden regeneration level R can be directly extracted from the site to be dehumidified, or can be extracted from the outside, and the regeneration gas R after absorbing moisture, then discharged to the outside. The creation uses the microwave method to heat the moisture in the suction material. The pair is 'forced, the heating speed is fast; and because of the electromagnetic wave energy absorption: the water molecules in various parts of the material are heated more uniformly; meanwhile, the microwave 1 Reliable, non-heating materials such as hygroscopic materials, will not absorb microwaves, that is, the efficiency is also high; in addition, the oil-water molecules absorb the microwaves best: the second:: small, easy (four) ^ higher than the water content The part, so the microwave part absorbs the microwave power, which will have the advantage of selective heating of the moisture on the moisture absorbing material, which can effectively dehumidify the device, and the use of _ two plus 目 is more than the dehumidification wheel of the known _ The speed is slow, the heating is uneven, and the efficiency is effective. The present invention has been described above with reference to the prior art, iron and novel. Without departing from the present invention, Asia and Africa are used to limit the patents of this new type, Wei Wei / ϋ ', and the attached application is enclosed in the scope of protection defined by this new model. Brief description of the formula] The f1 diagram is a dehumidification wheel dehumidification diagram of the prior art, which is a diagram of the microwave regenerative dehumidification wheel device, and [the main component symbol description] D, the W diagram, the "known technology" housing 10 10 M321979
12 風機 14 電熱元件 16 除濕輪 BO 内部氣流 B1 熱空氣 B2 潮濕熱氣流 AO 外部氣流 A1 乾燥氣流 「實施例. j 110 除濕滾輪 112 吸濕區 114 再生區 120 微波裝置 130 傳動裝置 150 第一風機 160 第二風機 W 待除濕氣流 D 乾空氣 R 再生氣流 S 微波12 Fan 14 Electric heating element 16 Dehumidifier wheel BO Internal air flow B1 Hot air B2 Moist hot air flow AO External air flow A1 Dry air flow "Example. j 110 Dehumidification roller 112 Moisture absorption area 114 Regeneration area 120 Microwave device 130 Transmission device 150 First fan 160 Second fan W to be dehumidified air D dry air R regenerative air flow S microwave