M256481 、創作說明（1) 新型所屬之技術領域】 本創作係一種防潮箱之除濕裝置，其係一種應 用於將 除濕上之除濕裝置，藉由強制排氣元件將濕氣強制排出， 以加速除濕之作業者。 【先前技術】 按，一般除濕箱，最常見就是一個箱體，該箱體系供 存放物品用’且該箱體上設有一密封蓋，而在箱體中則設 有一隔板，該隔板下放置有乾燥劑，此種裝置在使用時， 雖可藉由乾燥劑來進行吸收濕氣之工作，但因箱體係 閉狀，所以，根本無氣流之產生，所以，往往使乾燥劑吸 收濕氣之速度變得非常緩慢，也造成吸濕之工作不盡理想 ，再者，該乾燥劑再使用一段時間後，因愈來愈飽和，也 會使吸濕之速度減缓，在使用上非常不理想。 為工改進上述之缺點，即有_種電子=防潮箱出現， 該防潮箱1上設有一除濕裝置2(請將85 2 1 6 75 2號專利案第 .圖作為習用圖），請參照第一圖所示，該除濕裝置2設有 .殼f3,該殼體3一側設有—面板4,該面板4上形成有進 士:4二:殼體3内部:有—散熱片5,該散熱片5外側裝 奋又有 政…、風扇6 ’而面板4内部梦抓古八凝 片8,該冷柬晶片7緊貼於散埶片又有冷束晶片7及冷凝你 為冷束晶片7散熱之用，在冷凝片片則，利用散熱片5= 一吸水海綿9b，且使吸水海綿8底部裝設有一漏斗9认 藉此當除濕裝置2啟動時，存在端抵止在散熱片5上; 會因冷凝片8之作用，而在冷凝、7凍晶片7附近之濕巩4 疑片8上凝結成霜，再定時讓 M256481 四、創作說明（2) 冷凍晶片7解凍，使凝結在冷凝片8的霜變成水滴，水滴會 滴落至漏斗9a中，且由吸水海綿9b吸收，而倒流置散熱片 5上，利用散熱騙5散發冷凍晶片7熱度之餘溫，可使吸水 海綿9b内部之水蒸發，且由散熱風扇6將蒸發出來之水氣 排出，惟在實際使用上仍會有下列之缺失： 1. 構件非常複雜，在組裝及成本皆會非常昂貴。 2. 因面板4係呈平面狀，若有物品恰堵塞在進氣口 4a 上時，就會造成箱體1内部之氣流循環不良，而造成除濕 效果不彰。 3. 因箱體1内之氣流無法達到循環之目的，以致於箱 體1内部之濕氣，僅在靠近冷凝片8附近者材容易被吸除， 對於箱體1其他位置，則會產生除濕效率低，及增加除濕 時間。 4. 吸水海綿9 b—端與散熱片5接觸，另一端則位於箱 體1内部，僅靠吸水海綿9b本身而將水分導引置散熱片5之 一端，速度緩慢，往往還來不及受散熱片5蒸發時，其内 部之水分可能會再度流回箱體1内，而造成濕氣回流。 5.因除濕時，係先將濕氣凝結成霜後，再透過加熱方 式，將霜變成水滴，並透過吸水海綿9b吸收，再由風扇排 出，不但造成電力之損耗，且在轉換過程中，更會有濕氣 分別殘留在各個元件上之情形發生。 【新型内容】 創作綱要：M256481, Creation Instructions (1) New Technical Field] This creation is a dehumidification device for a moisture-proof box, which is a dehumidification device used to dehumidify, forcing the moisture to be forced out through a forced exhaust element to accelerate dehumidification. Operator. [Previous technology] According to the general dehumidification box, the most common is a box, the box system is used to store items', and the box is provided with a sealing cover, and in the box is provided with a partition, under the partition A desiccant is placed. Although this kind of device can use the desiccant to absorb moisture when it is used, because the box system is closed, there is no airflow at all, so the desiccant often absorbs moisture. The speed becomes very slow, which also causes the hygroscopic work to be unsatisfactory. Furthermore, after the desiccant is used for a period of time, it will become more saturated because it will slow down the rate of hygroscopicity. ideal. In order to improve the above-mentioned shortcomings, there are _ kinds of electronic = moisture-proof boxes. The moisture-proof box 1 is provided with a dehumidification device 2 (please use the figure No. 85 2 1 6 75 2 as a conventional figure), please refer to the No. As shown in the figure, the dehumidification device 2 is provided with a shell f3, and a side of the shell 3 is provided with a panel 4, and the panel 4 is formed with a jinshi: 4 2: the inside of the housing 3: yes-the heat sink 5, the The heat sink 5 is mounted on the outside and has government ..., the fan 6 ', and the interior of the panel 4 is dream catching the ancient eight condensation sheet 8. The cold Cambodia wafer 7 is closely attached to the diffuser sheet and has the cold beam wafer 7 and the condensation is a cold beam wafer. 7 For heat dissipation, in the case of condensing fins, use fins 5 = a water-absorbing sponge 9b, and a funnel 9 is installed at the bottom of the water-absorbing sponge 8 so that when the dehumidifying device 2 is started, the existence end stops at the heat sink 5 Due to the effect of the condensing sheet 8, it will condense into frost on the wet sheet 4 near the frozen chip 7 and freeze the frost, and then let M256481 periodically. 4. Creation instructions (2) The frozen chip 7 is thawed and condensed. The frost of the condensation sheet 8 becomes water droplets, and the water droplets will drip into the funnel 9a and be absorbed by the water-absorbing sponge 9b, and placed on the heat sink 5 upside down, and deceive 5 by heat dissipation. The remaining temperature of the heat of the frozen chip 7 can evaporate the water inside the water-absorbing sponge 9b, and the evaporated water vapor is discharged by the cooling fan 6, but in actual use, there are still the following defects: 1. The components are very complicated. Both assembly and cost can be very expensive. 2. Because the panel 4 is flat, if an object is just blocked on the air inlet 4a, the air circulation in the cabinet 1 will be poor, and the dehumidification effect will be poor. 3. Because the air flow in the cabinet 1 cannot achieve the purpose of circulation, the moisture inside the cabinet 1 can be easily absorbed only near the condensation sheet 8. For other locations in the cabinet 1, dehumidification will occur. Low efficiency and increased dehumidification time. 4. The end of the absorbent sponge 9 b is in contact with the heat sink 5, and the other end is located inside the box 1. The water absorbent sponge 9 b alone is used to guide the moisture to one end of the heat sink 5. The speed is slow, and it is often too late to receive the heat sink. 5 During evaporation, the moisture in the inside may flow back into the cabinet 1 again, causing moisture to return. 5. For dehumidification, the moisture is first condensed into frost, and then the frost is turned into water droplets by heating, absorbed by the absorbent sponge 9b, and then discharged by the fan, which not only causes power loss, but also during the conversion process, In addition, moisture may remain on each component. [New content] Creative outline:
第6頁 M256481 四、創作說明（3) 本創作之創作人有鑑於上述裝置，在使用上仍有缺點 之存在，因此乃針對其癥結所在，開始著手加以謀求改善 ，補其所缺，以期尋求一項合理解決之道，經過無數次之 研析、設計，終於完成一種防潮箱之除濕裝置。 本創作之一目的，在提供一種防潮箱之除濕裝置，其 係一種安裝在防潮箱上之裝置，該裝置上設有一殼體，該 殼體内設有一除濕元件，該除濕元件一側設有一強制排氣 元件，且該殼體在位於與除濕元件相對兩側分別樞設有一 進、排氣活門，其中，排氣活門緊鄰在除濕元件旁，另， 進氣活門則靠近強制排氣元件旁，且該等活門並與一記憶 金屬相連接，以令進行除濕之工作時，可藉記憶金屬之記 憶特性，使進氣活門呈開啟狀態，同時啟動強制排氣元件 ，而使濕氣可由進氣活門進入殼體内，並迅速被除濕元件 吸收，經過一段時間後，再啟動加熱元件對除濕元件進行 加熱，同時，記憶金屬會在加熱元件之加熱下，將進氣活 門關閉，而將排氣活門打開，以使除濕元件所含之水分在 加熱元件加熱下蒸發，由排氣活門排出，如此，不但可在 除濕時，可藉由活門之自動啟閉，及強制排氣元件之作用 下，而使濕氣可迅速由進氣活門進入，被除濕元件加以吸 收，更可使濕氣由排氣活門排出，以達到加速除濕之目的 〇 本創作之另一目的，在提供一種防潮箱之除濕裝置， 其加熱元件及強制排氣元件並與一控制元件相連接，俾使 用時，可藉由控制元件之控制，使加熱元件及強制排氣元Page 6 M256481 IV. Creation Instructions (3) In view of the above-mentioned installation, the creator of this creation still has shortcomings in use. Therefore, he aimed at the crux of the problem, and began to seek improvements and make up for what he lacked in order to seek A reasonable solution, after numerous researches and designs, finally completed a dehumidification device for a moisture-proof box. One of the purposes of this creation is to provide a dehumidification device for a moisture-proof box, which is a device mounted on the moisture-proof box. The device is provided with a housing, a dehumidifying element is arranged in the shell, and a side of the dehumidifying element is provided with a A forced exhaust element, and the casing is provided with an inlet and exhaust valve on the opposite sides of the dehumidification element, wherein the exhaust valve is next to the dehumidification element and the intake valve is next to the forced exhaust element And the valves are connected with a memory metal, so that when performing dehumidification work, the intake valve can be opened by virtue of the memory characteristics of the memory metal, and the forced exhaust element can be activated at the same time, so that the moisture can be passed in. The gas valve enters the housing and is quickly absorbed by the dehumidifying element. After a period of time, the heating element is started to heat the dehumidifying element. At the same time, the memory metal will close the intake valve under the heating of the heating element, and the exhaust valve will be exhausted. The air valve is opened so that the moisture contained in the dehumidifying element evaporates under the heating of the heating element and is discharged by the exhaust valve. In this way, not only can the By the automatic opening and closing of the valve and the force of the exhaust element, the moisture can be quickly entered by the intake valve and absorbed by the dehumidifying element, and the moisture can be discharged from the exhaust valve to accelerate the dehumidification. Purpose. Another purpose of this creation is to provide a dehumidifier for a moisture-proof box. The heating element and the forced exhaust element are connected to a control element. When in use, the heating element and the heating element can be controlled by the control element. Forced exhaust
第7頁 M256481 四、創作說明（4) 件自動開啟或關閉。 本創作之再一目的，在提供一種防潮箱之除濕裝置， 其控制元件並與一濕度調節元件連接，以令控制元件可藉 由濕度調節元件之驅動，而啟動與其相連接之元件，進而 進行除濕之工作。 【實施方式】Page 7 M256481 4. Creation Instructions (4) The file is automatically turned on or off. Another purpose of this creation is to provide a dehumidification device for a moisture-proof box, the control element of which is connected to a humidity adjustment element, so that the control element can be driven by the humidity adjustment element to start the component connected to it, and then Dehumidification work. [Embodiment]
請參閱第二圖所示，本創作係一種防潮箱之除濕裝置 ，其係一種安裝在防潮箱上之裝置，該裝置上設有一殼體 10，該殼體上設有一底座11，該底座11上鎖合有一蓋體12 ，該蓋體1 2兩側分別設有複數個之開孔1 2 1。 另，該底座1 1一側上設有一散熱件2 0，於本實施例為 一鋁製之框體，該散熱件2 0上填置有一除濕元件3 0，於本 實施例為人造沸石，且該散熱件2 0下設有一加熱元件4 0， 於本實施例為加熱電阻，該加熱元件4 0並與一控制元件5 0 相連接，以令使用時，可藉由控制元件5 0啟動加熱元件4 0 進行加熱。Please refer to the second figure. This creation is a dehumidification device for a moisture-proof box, which is a device installed on the moisture-proof box. The device is provided with a housing 10, the housing is provided with a base 11, and the base 11 A cover 12 is locked on the upper side, and a plurality of openings 1 2 1 are respectively provided on both sides of the cover 12. In addition, a heat dissipating member 20 is provided on one side of the base 11, which is an aluminum frame body in this embodiment. The heat dissipating member 20 is filled with a dehumidifying element 30, and in this embodiment, artificial zeolite. A heating element 40 is provided under the heat sink 20. In this embodiment, the heating element 40 is a heating resistor. The heating element 40 is connected to a control element 50, so that when in use, the control element 50 can be started. The heating element 40 performs heating.
再者，該除濕元件3 0—側設有一強制排氣元件6 0，於 本實施例為一風扇或加熱器，該強制排氣元件6 0並與控制 元件5 0相連接，且該底座1 1在位於與除濕元件3 0相對兩側 分別樞設有一進、排氣活門1 1 1、1 1 2，其中，排氣活門 1 1 2緊鄰在除濕元件3 0旁，另，進氣活門111則靠近強制排 氣元件6 0旁，該排氣活門1 1 2並與外界相連通，且該等活 門m、1 1 2並與一記憶金屬7 0相連接。Furthermore, a forced exhaust element 60 is provided on the side of the dehumidifying element 30. In this embodiment, it is a fan or a heater. The forced exhaust element 60 is connected to the control element 50, and the base 1 1 On the opposite sides of the dehumidifying element 30, an inlet and exhaust valve 1 1 1 and 1 1 2 are respectively pivoted, wherein the exhaust valve 1 1 2 is next to the dehumidifying element 30 and the intake valve 111 It is next to the forced exhaust element 60, the exhaust valve 1 12 is in communication with the outside, and the valves m, 1 12 are connected to a memory metal 70.
第8頁 M256481 、創作說明（5) 此外’該控制元件5 0並與一濕度調節元件（圖中未示 |連接’於本實施例為一濕度開關，以令控制元件5 〇可藉由 濕度調節元件之驅動，而啟動與其相連接之元件，進而進 I行除濕之工作。 凊參照第二、三、四圖所示，除濕時，可藉記憶金屬 7 0之記憶特性，使進氣活門1 1 1呈開啟狀態，同時藉由控 制元件50啟動強制排氣元件6〇，而使殼體丨〇上之箱體8〇中 |濕氣可由進氣活門1 1 1進入殼體1 〇内，並迅速被除濕元件 3 0吸收’經過一段時間後，濕度調節元件會透過控制元件 5 0啟動加熱元件4 0進行加熱，而經散熱件2 〇迅速傳導至除 濕元件3 0，同時’記憶金屬會受到散熱件2 〇所散發之熱效 i應下向内縮合，將進氣活門i丨丨關閉，而將排氣活門i丨2打 開、’以使除濕元件3 0所含之水分在加熱元件4 〇加熱下蒸發 ，並藉由冷、熱氣交換之作用，由排氣活門丨丨2排至外界 ，如此，不但可在除濕時，可藉由進、排氣活門丨丨卜工丄2 I之自動啟閉，及強制排氣元件6〇之作用下，而使濕氣可迅 |速由進氣活門ill進入，被除濕元件3〇加以吸收，更可使 濕氣由排氣活門112排出，以達到加速除渴之目的。 |綜上所述，本創作在物品形狀構造裳置上屬首先創作 丄J:改良習用技術之各種缺點，在使用上能增進功效， U於實用，充份符合新型專利要件，f為一理想之創作。Page 8 M256481, creation instructions (5) In addition, 'this control element 50 is connected to a humidity adjustment element (not shown in the figure | connected') in this embodiment is a humidity switch, so that the control element 50 can pass the humidity Adjust the drive of the element and start the element connected to it, and then perform the dehumidification work. 凊 Refer to the second, third, and fourth figures. When dehumidifying, you can use the memory characteristics of memory metal 70 to make the intake valve. 1 1 1 is in an open state, and at the same time, the forced exhaust element 60 is activated by the control element 50, so that the box 80 in the housing 丨 〇 moisture can enter the housing 1 〇 through the intake valve 1 1 1 And quickly absorbed by the dehumidifying element 30 'After a period of time, the humidity regulating element will start the heating element 40 to be heated through the control element 50, and will be quickly conducted to the dehumidifying element 30 via the heat sink 20, while' memory metal It will be subject to the thermal effect i dissipated inward by the heat sink 20, closing the intake valve i 丨 丨, and opening the exhaust valve i 丨 2, so that the moisture contained in the dehumidifying element 30 is heated. Element 4 〇 evaporates under heating, and The function of air exchange is exhausted from the exhaust valve 丨 丨 2 to the outside world. In this way, not only can the intake and exhaust valves be used during dehumidification 丨 丨 automatic opening and closing of the 丄 2 I, and the forced exhaust element 6 Under the action of 〇, the moisture can be quickly entered by the intake valve ill and absorbed by the dehumidifying element 30, and the moisture can be discharged from the exhaust valve 112 to accelerate the thirst quenching. As mentioned above, this creation is the first creation in the shape and structure of the article. J: Improve the various shortcomings of conventional technology, which can improve the efficiency in use. U is practical and fully meets the new patent requirements. F is an ideal creation. .
第9頁 M256481 圖式簡單說明 有關本創作為達成上述目的，所採用之技術手段及其 功效，茲舉一可行實施例並配合圖面詳述如下，俾使審查 委員對本創作之構造更易於瞭解。 圖式之簡單說明： 第一圖為習用裝置之示意圖。 第二圖為本創作之立體示意圖。 第三圖為本創作之斷面作動示意圖一。The M256481 diagram on page 9 briefly explains the technical means and effects of this creation in order to achieve the above-mentioned purpose. Here is a feasible embodiment and the details of the drawing are as follows, so that the reviewers can understand the structure of this creation more easily . Brief description of the drawings: The first figure is a schematic diagram of a conventional device. The second picture is a three-dimensional illustration of the creation. The third picture is the first schematic diagram of the cross section of the creation.
第四圖為本創作之斷面動作示意圖二。 主要元件之圖號說明： 殼體 10 底座 11 進氣活門 111 排氣活門 112 蓋體 12The fourth picture is the second schematic diagram of the cross section of the creation. Description of drawing numbers of main components: housing 10 base 11 intake valve 111 exhaust valve 112 cover 12
散熱件 20 除濕元件 30 加熱元件 40 控制元件 50 強制排氣元件 60 記憶金屬 70Heat sink 20 Dehumidifying element 30 Heating element 40 Control element 50 Forced exhaust element 60 Memory metal 70
第10頁 M256481 圖式簡單說明 箱體 8 0 illPage 10 M256481 Brief Explanation of Drawings Box 8 0 ill