M3 06314 八、新型說明： 【新型所屬之技術領域】 本創作「除濕輪式除關電熱裝置之擾流結及 一種除濕輪式除濕機中，可使 進入乳流均勻擴散於電熱裝置 、疋運用擾流板結構所達成的創新技術者。 【先前技術】 T統除濕機’係利用壓縮機壓縮冷媒之特立 氣先導入除濕機之蒸發器，由於蒸發器的 由低度左右)，所以可以將空氣中的濕氣藉 部除濕後的空氣呈現低溫，…由於々 散埶哭推广47工轧义須再經過除濕機的 冷二種二:广作’如此’室内溫度才不會持續降低而過 轉；1:傳：構由於使用壓縮機，因此單價高，且運 W，特別是❹冷媒將對環境保護 而後有新一代的险 〜〜曰 -多孔m极 濕輪式除濕機，其運用 π衣成除濕輪，利用除濕輪具 成常溫下可以叨、、蟲山1 一及濕之功施，形 理（言主來老〜"、、、可以排除濕氣的特性。其動作原 後，氣：二圖）’是將空氣導入除濕機内熱交換器組1 U通過緩慢轉動的除濕輪3，由於 巢狀，蜂巢表面及孔㈣附著、、:3ο孔蜂 ,空氣中的澴>1 田工虱流通蜂巢孔時 矹中的濕虱會吸附於孔洞間’藉此方式 空氣藉由送風單元5回流至室内；至於、、後’ 隨著轉動進入—封閉之力^ 、"、、後的除濕輪3可 生熱Ρ射描、 口…、區3〗，利用電熱裝置41產 …ι 進入加熱再生區31之除濕輪3進行排濕作 M306314 用，絰過排濕後的除濕輪3便可以再進行下一次的吸濕。而 後被加熱所產生的濕熱空氣，經收集器2進入熱交換器組丄 内部後，該濕熱空氣將會被冷卻，並冷凝成水份並向下滴入 集水裝置6。该種除濕輪式除濕機，使用噪音小，重量輕， 不需使用壓縮機與冷媒，相較於傳統壓縮機具有諸多優點。 現有除濕輪式除濕機中，該電熱裝置在使用效能上仍存 在缺失。氣流進入電熱裝置後，常有進風不均勻的缺失，造 成空氣被加熱的效率差，如此連帶使得加熱再生區之除濕輪 籲排濕效能降低。錢有發明專利第j 2 5 5 3 3 〇號「除濕 輪除濕機之電熱構造」被提出並獲准專利，該前案於電熱裝 置中增設有多孔板，利用多孔板中所設置的若干通氣孔，使 •致氣流可被通氣孔分散，以避免氣流過於集中不均勻。然 •查，该前案所增設之多孔板，不但有可能無法將氣流均勾分 散，且由於其未設通氣孔處的封閉狀板體會造成氣流之阻 礙，因此會降低整體空氣流量，進而影響除濕效能。 創作人有鑑於此，遂特以研創成本案，盼能藉本案之提 • 出，俾改進現有缺點。期使該結構能臻致完善、理想與實用。 【新型内容】 本創作「除濕輪式除濕機電熱裝置之擾流結構」，其主 要目的是為了：提升除濕輪式除濕機之除濕效能，其手段在 於將電熱裝置進入的氣流擴散且均句化。藉由氣流可均勾的 擴散於電熱裝置内，將可使位於加熱再生區的除濕輪每一面 積、每-孔洞都被氣流所穿越’如此，可使加熱再生確實完 成’俾有效提升除濕效率。 本創作「除濕輪式除濕機電熱裝置之擾流結構」，其不 M3 06314 僅是為了使氣流均句通過’更不會存有降低空氣流量之缺失 ，本案藉由空氣流量之正常，可確保除濕效能優里。 為達上述目的，本案具體之内容為：於該電熱裝置中， 增設有擾流7L件，該擾流元件包括有―片或數片之擾流板， 該擾流板相對於入風口方向略呈亩 Π略至直立狀，猎此，可使進入氣 流產生碰撞或接觸，以獲致擾流後均勻化之目的。 前述複數塊擾流板，各板體之頂末端板緣間可以任咅呈 備相同或相異之傾斜角度，藉以獲致良好的擾流作用。 ，各擾流板之頂末端板緣，可以為平滑狀，或是呈現 連續或間斷鋸齒狀，藉以獲致良好的擾流作用。 前述各擾流板之頂末端板緣，亦可視需要為任意形狀， 藉以獲致良好的擾流作用。M3 06314 VIII. New description: [New technical field] The creation of the dehumidification wheel-type de-heating device and a dehumidification wheel dehumidifier can spread the milk flow evenly into the electric heating device. Innovative technology achieved by the spoiler structure. [Prior Art] The T-system dehumidifier 'is the compressor that compresses the refrigerant and introduces the evaporator of the dehumidifier first, because the evaporator is low, so it can The air after the dehumidification of the moisture in the air is low-temperature,... Because of the smashing and smashing, the 47-roller has to pass through the dehumidifier's cold two kinds of two: Guang Zuo 'so' indoor temperature will not continue to decrease. Turning over; 1: Transmission: Because of the use of compressors, the unit price is high, and the transportation of W, especially the refrigerant will have a new generation of danger to environmental protection~~曰-porous m-wet wheel dehumidifier, its application π clothing into a dehumidification wheel, using the dehumidification wheel to be able to smash at room temperature, insect mountain 1 and wet power application, the theory (speaking the old ~ ",,, can exclude the characteristics of moisture. After, gas: two pictures 'Is the air into the dehumidifier heat exchanger group 1 U through the slowly rotating dehumidification wheel 3, due to the nest, the honeycomb surface and the hole (four) attached,: 3o hole bee, the air in the 澴> 1 field work 虱 circulation honeycomb The wet sputum in the hole will be adsorbed between the holes. In this way, the air is returned to the room by the air blowing unit 5; as for the rear, the rear dehumidification wheel 3 with the turning-in closing force ^, ", The heat dehumidification wheel can be used to make the dehumidification wheel 3 of the heating regeneration zone 31 for the dehumidification of the M306314, and the dehumidification wheel 3 after the dehumidification can be carried out again. The next moisture absorption. The humid hot air generated by the heating is then passed through the collector 2 into the heat exchanger group, and the hot humid air will be cooled and condensed into water and dripped down into the water collecting device 6 The dehumidification wheel type dehumidifier has low noise and light weight, and does not need to use a compressor and a refrigerant, and has many advantages compared with the conventional compressor. In the existing dehumidification wheel type dehumidifier, the electric heating device is still in use efficiency. There is a loss. The airflow enters the electric heat After the device, there is often a lack of uneven air intake, resulting in poor efficiency of heating the air, so that the dehumidification wheel of the heating regeneration zone is reduced in moisture release efficiency. Qian has invention patent j 2 5 5 3 3 nickname "Dehumidification The electrothermal structure of the wheel dehumidifier was proposed and patented. In the previous case, a perforated plate was added to the electric heating device, and a plurality of vent holes provided in the perforated plate were used to disperse the airflow by the vent hole to avoid excessive airflow. The concentration is uneven. However, the multi-well plate added in the previous case may not only be able to disperse the airflow, but also because the closed plate body without the vent hole will hinder the airflow, thus reducing the overall air flow and thus affecting Dehumidification efficiency. In view of this, the creator has decided to use the case to improve the existing shortcomings. The period makes the structure perfect, ideal and practical. [New content] The main purpose of this work is to improve the dehumidification efficiency of the dehumidification wheel dehumidifier. The method is to spread the airflow entering the electric heating device and to spread the sentence. . By the airflow can be uniformly diffused into the electric heating device, each area and every hole of the dehumidification wheel located in the heating regeneration zone can be traversed by the airflow. Thus, the heating regeneration can be completed. 俾 Effectively improve the dehumidification efficiency. . The creation of the "spoiler structure of the dehumidification wheel type dehumidification electromechanical device", which is not M3 06314, is only for the purpose of passing the airflow through the sentence, and there is no shortage of air flow. This case is ensured by the normal air flow. Dehumidification performance is excellent. In order to achieve the above purpose, the specific content of the present case is: in the electric heating device, a spoiler 7L is added, and the spoiler element includes a spoiler with a piece or a plurality of pieces, and the spoiler is slightly opposite to the air inlet. It is slightly upright and erect, so that it can cause collision or contact with the incoming airflow to achieve the purpose of homogenization after disturbance. In the foregoing plurality of spoilers, the top end edges of the respective plates may be disposed at the same or different inclination angles to obtain a good spoiler. The top end edge of each spoiler may be smooth or appear continuous or intermittently serrated to obtain a good turbulence effect. The top end edge of each of the spoilers may also be of any shape as needed to obtain a good turbulence effect.
此外，本創作―併就熱交換ϋ之結構-併提出改善，本 案將熱交換器設置成雙層疊置，各層之通道呈交錯關係，藉 此通過熱又換為的空氣將被確保完全能與熱交換器接觸， 藉以獲致良好的冷凝作用。 【實施方式】 兹謹就本創作「除濕輪式除濕機電熱裝置之擾流結構」 的詳細實施細節’及所能產生的功效，配合圖式，舉一本案 之較佳實施例詳細說明如下。 口月翏閱第一圖、第二圖、第三圖與第四圖所示，本案「 除濕輪式除濕機電熱裝置之擾流結構」，包括有 二一熱交換1§組1 ’係由兩片熱交換器u、i 2所疊組而成 4第一熱父換為11結構中間隔連續設有第一鏤空部111 與第—管體112,且適當處設有第一入口 113、第一出口 114 •M306314 與第一排水口 115;至於第二熱交換器12結構中間隔連續設 有第二鏤空部121與第二管體122，且適當處設有第二入口 123、第二出。m與第二排水口 125;其中該第一入口⑴ 與第二入口 123相連通’又第二出口 124與第一出口 "“目 連通； 連接； 收集器 包括一入口 21，入口 21係與第一入 113 一除濕輪3，以多孔陶害奸极制 ^ _ 夫一 V轰而浐^ ;衣，可文驢動機構（圖中 ♦未w連動而旋轉’其…下可以吸濕，高溫下可以排渴 ，该除濕輪3包括有加熱再生卩 ”、、 再生區31之形體與收集器2 =以及吸濕區I該加熱 -加熱單元4,包括有送風裝置 送風裝置40係與第一出口 114 …衣置41，邊 ,^ ^ $風裝置40呈備抽風 功此，可將熱交換器組1内部之氣流引入加”元、 -送風單元5,具有空氣抽送作 將、…， 出； 了將除濕後空氣送 • 一集水裝置6，組置於熱交換器組1底邻杖 第一排水口 115與第二排水口 125底部。-祁，特別是位於 前述電熱裝置41，係由蓋板42與盒辦 板42設置有一出風口 421;至於盒體3所構成，該蓋 口 431，内部形成有中空空間432，节3处側邊開設有入風 有若干絕緣片44與電熱絲45 ;本案特 二間432中設置 中設置有擾流元件46,該擾流元件、“別是在中空空間432 與擾流板462,擾流元件46得 ，包括—定位板461 丨丁从云母片松斗 板462可以是_片或數片，其板頂末n焉施。又該擾流 角度，或連續、間斷鋸齒狀（如第五圖）、可以具有任意傾斜 @ 亦可為任意形狀。 M306314 至於定位板461則是為了提供擾流板462定位與固定作用。 如弟四圖所不’當氣流由入風口 431進入電熱裝置41 ，由於擾流板4 6 2之設置，氣流將被導引且均勻化，進而擴 散於中空空間4 3 2内，如此，氣流可均勻通過電熱絲4 5各 部位，最後由出風口 421平均送出，最後全面性的吹送到除 濕輪3的加熱再生區31，以便熱氣流配合熱幅射針對位於加 熱再生區31之除濕輪3進行排濕作用。 為提升熱交換器之效能，本案將熱交換器設置成雙層， # 各層之通道呈交錯關係，即如第六圖所示，該第一熱交換器 U結構中間隔連續設有第一鏤空部111與第一管體i i 2，而 弟一熱父換器1 2結構中間隔連續設有第二鏤空部1 21與第 二管體1 22 ;藉此，第一鏤空部i丨丨恰對應於第二管體i 22 ，至於第一管體11 2恰對應於第二鏤空部丨2丨。當氣流進入 ’接觸到第二管冑i 22的空&，將被向兩側導流，進而再次 與第一官體11 2接觸，如此雙重接觸，可提升冷凝效果；而 進入的氣流若是由第二鏤空部121穿入，仍會接觸第一管體 • U2,藉此，可確保進入的空氣都被充份利用於冷凝作用f 如第二圖與第三圖，為確保由出風口 421所吹出的空氣 都有被電熱絲45加熱過，本案可視需要於中空空間4犯= 增設有導流板47，該導流板47略呈一框形，中央開設有空 間47卜該空間471即對應於設有電熱絲45的區域；如此， 由空間471通過的空氣將可確保都被電熱絲45所加熱過， 以利加熱再生區31之除濕輪3可進行排濕。 綜上所述’本案「除濕輪式除濕機電熱裝置之擾流結構 」，其技術内纟完全符合新型專利之取得要件。纟案在 上確實得以利用，於中請前未曾見於刊物或公開使用，且非 M3 06314 為公眾所知悉之技術。再者，本案有效解決先前技術中長期 存在的問題並達成相關使用者與消費者長期的需求，得佐證 本新型並非能㈣完成。本案富具專利法規定之「產業利用 性」、「新穎性」與「進步性」等要件，羞依法提請專利，絕 睛釣局詳查，並儘早為准予專利之審定，以保護申請人之 智慧財產權，俾勵創新。In addition, the creation - and the structure of the heat exchange - and improvement, the heat exchanger is set to double stack, the channels of each layer are in a staggered relationship, whereby the air that is replaced by heat will be fully guaranteed Contact with the heat exchanger for good condensation. [Embodiment] The detailed implementation details of the "spoiler structure of the dehumidification wheel type dehumidification electromechanical device" and the functions that can be produced are described in detail with reference to the drawings, and a preferred embodiment of the present invention will be described in detail below. According to the first, second, third and fourth figures, the "spoiler structure of the dehumidification wheel dehumidification electromechanical device" includes the two-in-one heat exchange 1 § group 1 ' The two heat exchangers u, i 2 are stacked to form a first hot node 111 and a first hollow portion 111 and a first tube 113, and a first inlet 113 is provided at intervals. The first outlet 114 • M306314 and the first drain port 115; and the second hollow portion 12 and the second tube body 122 are continuously disposed in the second heat exchanger 12 structure, and the second inlet 123 and the second portion are disposed at appropriate places. Out. m and the second drain port 125; wherein the first inlet (1) is in communication with the second inlet 123 and the second outlet 124 is in communication with the first outlet "connecting; the collector comprises an inlet 21 and the inlet 21 is The first entry 113 a dehumidification wheel 3, with a porous pottery traitor ^ _ 夫 V V V ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The thirst can be quenched at a high temperature, the dehumidification wheel 3 includes a heating regeneration crucible, the regeneration body 31 and the collector 2 = and the moisture absorption zone I, the heating-heating unit 4, including the air supply device 40 and the An outlet 114 ... the garment 41, the side, ^ ^ $ wind device 40 is provided with a drafting function, the air flow inside the heat exchanger group 1 can be introduced into the "unit", the air supply unit 5, with air pumping for, ... After the dehumidification, the air is sent to a water collecting device 6, and the group is placed at the bottom of the first drain port 115 and the second drain port 125 of the heat exchanger group 1 at the bottom of the heat exchanger group 1. - 祁, especially located in the aforementioned electric heating device 41, An air outlet 421 is disposed by the cover 42 and the box plate 42; as for the casing 3, the cover The port 431 has a hollow space 432 formed therein, and a plurality of insulating sheets 44 and heating wires 45 are formed on the side of the section 3; the spoiler element 46 is disposed in the second portion 432 of the present case, and the spoiler element In the hollow space 432 and the spoiler 462, the spoiler element 46, including the positioning plate 461, the mica piece from the mica piece loose board 462 may be _ piece or several pieces, and the top of the plate is applied. The spoiler angle, or continuous, intermittent jagged (such as the fifth figure), can have any inclination @ can also be any shape. M306314 As for the positioning plate 461 is to provide the spoiler 462 positioning and fixing role. When the airflow enters the electric heating device 41 from the air inlet 431, the airflow will be guided and homogenized due to the setting of the spoiler 426, and then diffused in the hollow space 4 3 2, so that the airflow can uniformly pass the electric heat. Each part of the wire 45 is finally sent out by the air outlet 421, and finally blown to the heating regeneration zone 31 of the dehumidification wheel 3 in a comprehensive manner, so that the hot air flow and the heat radiation are used for the dehumidification of the dehumidification wheel 3 located in the heating regeneration zone 31. To improve the efficiency of the heat exchanger In this case, the heat exchanger is disposed in a double layer, and the channels of the respective layers are in a staggered relationship. As shown in the sixth figure, the first hollow portion 111 and the first tubular body are continuously disposed in the first heat exchanger U structure. Ii 2, and the second hollow portion 1 21 and the second tubular body 1 22 are continuously disposed at intervals in the structure of the first heat exchanger 1 2; thereby, the first hollow portion i corresponds to the second tube body i 22, as for the first pipe body 11 2 corresponding to the second hollow portion 丨 2 丨. When the air flow enters the 'empty contact with the second pipe 胄 i 22 , will be diverted to both sides, and then again with the first The contact of the body 11 2 , such double contact, can enhance the condensation effect; and if the incoming air flow is penetrated by the second hollow portion 121 , the first pipe body • U2 is still contacted, thereby ensuring that the incoming air is charged. For the condensing action f, as shown in the second and third figures, in order to ensure that the air blown by the air outlet 421 is heated by the heating wire 45, the case may be provided in the hollow space 4 with the addition of a baffle 47. The baffle 47 has a frame shape, and a space 47 is opened in the center. The space 471 corresponds to the heating wire 45. Region; Thus, the space 471 through the air may be heated to ensure that both electric heating wire 45 to heat the desiccant wheel american regeneration zone 31 can be of 3 humidity. In summary, the "spoiler structure of the dehumidification wheel type dehumidification electromechanical device" in this case completely meets the requirements for the acquisition of new patents. The defamation case was indeed used, and it has not been seen in publications or publicly used before, and non-M3 06314 is a technology known to the public. Furthermore, this case effectively solves the long-standing problems in the prior art and achieves the long-term needs of relevant users and consumers. It is supported that the new model is not capable of (4) completion. The case is rich in "industry useability", "novelty" and "progressiveness" as stipulated in the Patent Law. It is ashamed to draw patents according to law, and the fishing bureau will investigate in detail and approve the patent as soon as possible to protect the applicant. Intellectual property rights encourage innovation.
本新型雖藉由前述實施例 細節，於不脫離本新型之精神 人士可了解。前述本案之較佳 具體實施的方式之一，但並不 專利範圍所界定為準。 來描述，但仍可變化其形態與 而達成，並由熟悉此項技藝之 實施例’僅係藉本案原理可以 以此為限制，應依後附之申請The present invention can be understood by those skilled in the art without departing from the spirit of the invention. One of the above preferred embodiments of the present invention is not limited by the scope of the patent. To describe, but still change its form and achieve, and the embodiment of the art is only limited by the principle of the case, and should be applied according to the attached
【圖式簡單說明】 第一圖：係為本創 第二圖··係為本創 第三圖：係為本創 第四圖：係為本創 第五圖：係為本創 第六圖··係為本創 作之立體分解圖。 作中電熱裝置之立 作中電熱裝置之立 作中電熱裝置之側 作擾流板的另一實 作熱交換器之剖面 體分解圖。 體組合圖。 視動作狀態示意圖。 施例。 實施狀態圖。 【主要元件符號說明】 卜一―—熱交換器組 II 第一熱交換器 III 第一鏤空部 1 12 ——第一管體 113——第一入口 10 M3 06314 114- — —第一出口 115- --第一排水口 12----第二熱交換器 121- --第二鏤空部 122- --第二管體 123- --第二入口 124- --第二出口 125- --第二排水口 i 2-----收集器 21--- —入 π 3—— -除 濕輪 31--- -加 熱再 生區 32--- •-吸 濕區 4—— .加 熱單 元 40—— --送 風裝 置 41--- ―電 熱裝 置 42--- --蓋 板 421-- --出 風口 43 —— --盒 體 431-- --入 風口 432-- --中 空空 間 44—— --絕 緣片 45 — --電 熱絲 46 — --擾 流元 件 461- --定 位板 462- --擾 流板 M306314 * 47----導流板 471---空間 5 -----送風單元 6 -----集水裝置[Simple description of the map] The first picture: the second picture of the department is the third picture of the creation of the department: the fourth picture of the creation of the department: the fifth picture of the department is the creation of the sixth picture ·· is a three-dimensional exploded view of the creation. In the middle of the electric heating device in the operation of the electric heating device, the side of the electric heating device is a cross-sectional exploded view of another actual heat exchanger as a spoiler. Body combination diagram. A schematic diagram of the action state. Example. Implement a state diagram. [Description of main component symbols] Buyi--heat exchanger group II first heat exchanger III first hollow portion 1 12 - first pipe body 113 - first inlet 10 M3 06314 114---first outlet 115 - First drain port 12 - second heat exchanger 121 - - second hollow portion 122 - - second tube 123 - - second inlet 124 - - second outlet 125 - - - second drain port i 2-----collector 21---- into π 3 - - dehumidification wheel 31 - - heating regeneration zone 32 - - - - moisture absorption zone 4 - heating unit 40——-Air supply device 41--- ―Electric heating device 42----Cover 421---Air outlet 43 ——-Box 431-- -- Air inlet 432-- -- Hollow space 44——-Insulation sheet 45 — Heating wire 46 — -- Spoiler element 461- -- Positioning plate 462 - -- Spoiler M306314 * 47----Baffle 471---Space 5 - ----Air supply unit 6 -----Water collecting device
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