l29l〇〇7 九、發明說明： 【發明所屬之技術領域】 本發明是有關於-種除濕機設計，特別是指一種可夕 方向旋轉之除濕機及其除濕方法。 夕 【先前技術】 一叙除濕機1之構造設計主要是在於 枝祖11内設置蒸發器12、凝結器13、墨縮機14及風无 二5等構件以構成一冷;東循環系統。外界空氣通 ： 體Π表面之進氣口⑴並輸入蒸發器12巾，以與蒸= 12内之冷媒（圖未示）進行熱交換作用，洲冷媒之吸執作 1得通過蒸發器12之外界空氣因溫度降低而使其中的水 分子凝結成水滴，並下落至置於機體u内部下方之隼水桶 16 _ ’乾燥的线則在風扇15旋動下由形成在機體:^ 面之排氣n U2輸出。另外，集水桶16中設置有—水位^ 制器η ’當水位達到預設高度時，水位控制器17將控制: 濕機！停止運作，使用者必須將集水桶16取出，將水倒掉 ，並重新將集水桶16置入機殼11内，才能使除濕機！繼續 運作。 、BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a dehumidifier design, and more particularly to a dehumidifier that can be rotated in the circumstance and a dehumidification method thereof. [Prior Art] The structural design of the dehumidifier 1 is mainly that the evaporator 12, the condenser 13, the ink reduction machine 14, and the windless two 5 are disposed in the ancestors 11 to constitute a cold; east circulation system. The outside air passes through: the air inlet (1) of the body surface and is input into the evaporator 12 towel to exchange heat with the refrigerant (not shown) in the steaming = 12, and the suction of the continental refrigerant is passed through the evaporator 12 The outside air is condensed into water droplets due to the temperature drop, and falls to the water bucket 16 below the inside of the body u. _ 'The dry line is formed by the exhaust of the fan 15 under the body 15: n U2 output. In addition, the water tank 16 is provided with a water level controller η ′ when the water level reaches a preset height, the water level controller 17 will control: the wet machine! When the operation is stopped, the user must take out the water collection bucket 16 and pour off the water, and then put the water collection bucket 16 into the casing 11 to make the dehumidifier! Continue to operate. ,
Tt77Tt77
又 1 X 疋株固定式立置於地面 上，亦即只能朝固定方向進行除濕，無法像電風扇般可多 角度旋轉’只能仰賴人工搬移除濕機1才能改變其除濕方 向，因此除濕效果相當有限，且存在使用不便之缺點。 【發明内容】 、… 因此，本發明之目的，是在提供—種可全方位除濕的 5 a^1007 可多方向旋轉之除濕機。 之另目的，是在提供一種可控制除濕機多方 向知轉並多定點除濕的可多方向旋轉除濕之方法。 殼體，具有-進風口，及-出風口； 、、、換衣置，5又置於該殼體内部，用以提供熱交換 於是，本發明可多方向旋轉之除濕機，包括： 一殼耱，目士 a _ 作用； 一旋轉盤，言免於該殼體底面4 ; 控制電路，設於纟玄私縣 絲旭 、A又體内，能驅動該殼體相對該旋 得盤旋轉；以及 一集水桶，設於該殼體内且位於該熱交換裝置下方， 以盛裝該熱交換裝置於熱交換過程令所產生的水液。 而本發明可多方向旋轉除濕之方法，適用於 之電子裝置，該方法包括·· (獅亥電子裝.置的旋轉而估測所欲除濕的空間於複 目位角度之距離’並予加總而獲取一總距離值，·以及 (b)根據使用者所設定的哈 ^除濕4間除以該總距離值，而 3又取單位距離所分配的险 ，刀此扪除濕時間，乘以各該特定相位角戶 濕度補正參數，即獲取各該料相位角度所需的除二 ㈣’根據各該除濕時間而針對各該特定相位角度進行除 濕，直到使用者所設定的除濕時間計時屆滿。 f “藉此利用控制電路驅動殼體相對旋轉盤旋轉 著除濕機的旋轉以估測出所欲除濕空間的大小，進而吁二 出在各特定相位停留及除濕的時間，使得除濕機可多 1291007 除濕，以達到全方位除濕之功效。 【貫施方式】 有關本發明之前述及其他技術内容、特點與功效，在 以下配合參考圖式之一較佳實施例的詳細說明中，將可清 楚的呈現。 β 如圖3、4所示，是本發明之除濕機2 _較佳實施例， 包含有-殼體21、-設置於殼體21内而能提供熱交換作用 之熱交換裝置22、一設於殼體21底面處之旋轉盤23、一 設置於殼體21内並能驅動殼體21相對旋轉盤23旋轉之控 制電路24(參閱圖5)，以及一用以盛裝熱交換裝置22於熱 交換過程所產生水液之集水桶25。另外，熱交換裝置22下 方更可增設一集水盤26，用以盛接該熱交換裝置22於熱交 換過程所產生之水液。 殼體21具有複數壁面211，以及一由該等壁面2U共 同界定而成之腔室212,其中一壁面211(在本例中是指殼體 21背面）上形成有一進風口（因視圖角度關係未予顯示），而 另一壁面211(在本例中是指殼體21正面）則設有複數出風口 213。此外，殼體21内另設置有一可用以將除濕後的空氣 輸出之風扇（圖未示）。 熱父換I置22包含有一内具冷媒以提供熱交換作用之 蒸發器221、一用以接收蒸發器221所輸出的冷媒並使冷媒 壓縮還原成高壓氣態之壓縮機222，以及一可用以使高壓氣 態的冷媒釋熱冷凝之冷凝器223。 由於殼體21、風扇、熱交換裝置22等等部份之構造設 7 1291007 叶為一般除濕機所常見，並非本發明之標的所在，因此圖 中並未予以完整顯示，而熱交換裝置22之蒸發器221、冷 唳斋223，以及壓縮機222之運作亦為一般除濕機2之冷卻 循環系統設計，所以在此不再贅述。 旋轉盤23具有一盤體231，以及一設於盤體231與殼 體21之間的軸承232，且使殼體21能透過軸承232而能在 控制電路24之驅控下相對盤體231旋轉活動。The 1 X 疋 plant is fixedly placed on the ground, that is, it can only be dehumidified in a fixed direction, and cannot be rotated at multiple angles like an electric fan. 'The dehumidification effect can only be changed by manually removing the wet machine 1 to remove the dehumidification direction. It is quite limited and has the disadvantage of being inconvenient to use. SUMMARY OF THE INVENTION Therefore, the object of the present invention is to provide a dehumidifier capable of multi-directional rotation of 5 a^1007 which can be dehumidified in all directions. Another object is to provide a multi-directional rotary dehumidification method capable of controlling the dehumidifier in multiple directions and multi-point dehumidification. The casing has an air inlet, and an air outlet; and a garment changing device, 5 is placed inside the casing to provide heat exchange. The present invention can be rotated in a multi-directional dehumidifier, including: a shell耱,目士 a _ function; a rotating disk, said to be free from the bottom surface of the casing 4; control circuit, located in the Xu Xuan County, Xu Xu, A and inside the body, can drive the housing to rotate relative to the rotating disk; And a water collection bucket disposed in the housing and located under the heat exchange device for containing the water exchange generated by the heat exchange device during the heat exchange process. The method of the invention can be used for rotating the dehumidification in a multi-directional manner, and is suitable for the electronic device, and the method includes: (the rotation of the lion electronic device is used to estimate the distance of the space to be dehumidified at the angle of the re-eye position) and is added In total, a total distance value is obtained, and (b) according to the user's set of dehumidification 4 divided by the total distance value, and 3 is taken as the risk assigned by the unit distance, the knife is dehumidified time, multiplied by Each of the specific phase angle household humidity correction parameters, that is, the two (four) required to obtain the phase angle of each material is dehumidified for each of the specific phase angles according to each of the dehumidification times until the dehumidification time set by the user expires. f "This uses the control circuit to drive the housing to rotate the dehumidifier relative to the rotating disc to estimate the size of the desired dehumidification space, and then to recall the time of each specific phase to stay and dehumidify, so that the dehumidifier can dehumidify more than 1291007 In order to achieve the effect of all-round dehumidification. [Comprehensive method] The foregoing and other technical contents, features and effects of the present invention are in accordance with a preferred embodiment of the following reference drawings. In the detailed description, it will be clearly shown. β As shown in Figs. 3 and 4, the dehumidifier 2 of the present invention, which is a preferred embodiment, includes a housing 21, which is disposed in the housing 21 to provide heat. An exchange heat exchange device 22, a rotary disk 23 disposed at the bottom surface of the casing 21, a control circuit 24 (see FIG. 5) disposed in the casing 21 and capable of driving the casing 21 to rotate relative to the rotary disk 23, and A water collection tank 25 for containing the water liquid generated by the heat exchange device 22 in the heat exchange process. In addition, a water collecting tray 26 may be further disposed under the heat exchange unit 22 for receiving the heat exchange unit 22 in the heat exchange process. The housing 21 has a plurality of wall surfaces 211, and a chamber 212 defined by the wall surfaces 2U, wherein a wall surface 211 (in this example, the back surface of the housing 21) is formed with an air inlet. (The view angle relationship is not shown), and the other wall surface 211 (in this example, the front surface of the casing 21) is provided with a plurality of air outlets 213. In addition, a casing 21 is additionally provided for dehumidification. Air output fan (not shown). Hot parent change I set 22 contains one An evaporator 221 having a refrigerant to provide heat exchange, a compressor 222 for receiving the refrigerant output from the evaporator 221 and compressing and reducing the refrigerant into a high-pressure gas state, and a condenser for condensing the heat of the high-pressure gaseous refrigerant 223. Since the housing 21, the fan, the heat exchange device 22, and the like are configured as a general dehumidifier, which is not the subject of the present invention, the heat exchange is not completely shown in the drawings. The operation of the evaporator 221, the cold chilling 223, and the compressor 222 of the device 22 is also designed for the cooling cycle system of the general dehumidifier 2, and therefore will not be described herein. The rotating disk 23 has a disk body 231, and a The bearing 232 between the disk 231 and the housing 21 allows the housing 21 to pass through the bearing 232 to be rotated relative to the disk 231 under the control of the control circuit 24.
另外，本發明之除濕機2更包括有一裝設於殼體21 一 壁面211上（在本例中是指殼體21正面）之空間偵測器27， 空間侧II 27為超音波發射器，能發射超音波信號以感測 除濕空間之大小。 如圖3、5所示，而控制電路24包括有一與空間偵測 器27電連接且能控制殼體21相對盤體231旋轉之中央處 理器（cp’i、-透過_央處理器241而與空㈣測器27 電連接之除濕單元242、一與除濕單元242電連接之計時器 243、一顯露於殼體21外表面以供使用者操作之時間設定 開關244、-與中央處理器241電連接且可供使用者操作之 旋轉啟動開關245，以及一顯露於殼體21外表面以供使用 者操作之啟_關246。此除濕單元242是由前述熱交換裝 置2 2及風扇所構成。 如圖3、5、6所示，本發明之除濕方法在於當除濕機2 之啟閉_ 246被開啟後，使用者必須先操作時間設定開 關244以設定總除濕時間，控制電路24之中央處理哭 並會先檢測旋轉啟動開關245是否被開啟，假設旋轉啟動 8 1291007 開關245尚未被設定 242執行宕内咚、“夬處理為241將會啟動除濕單元 :仃疋㈣濕功能’並同時驅動計時器 田计時屆滿時，中央#神口„〜 1 了 否再、由击☆ > 、&态241會依時間設定開關244是 再被重新設定而判斷η 0# 〇 疋否、、k、谓除濕，當要繼續除濕，則 :外’當除濕機2之啟閉開關鳩被開啟後， 轉lUr定開關244以設定總除濕時間，且啟動該旋 d 245,此時中央處理器241驅動殼體 =會 =r:轉…―度每間 音 好，亚驅使空間偵測器27發射超 行；t點距離量測’待殼體21轉到27〇度之位置 贫中〇處理器241即會加總各相位角度所測得的 蚁取一總距離值。 接著，中央處理器241合谁耔同#念ώ η — 間之4 μ 9進仃回旋角度及定點除濕時 之计异，亦即先驅動殼體21 _ 270度之位置旋轉回到〇 二 卫重新以相位角度5度為間隔倣旋轉停頓，殼 特定相位角度（即5度、10度、15度..咖度） 信了留日守間是根據使用者所設定的除濕時間除以該總距離 ’而獲取單位距離所分配的除濕時間，乘以各特定相位 濕度補正參數，即獲取各特定相位角度所需的除 才曰根據各除濕時間而針對各特定相位角度進行除濕 ’直到使用者所設定的除濕時間計時屆滿 ：::、 例說明如下♦· 午人假扠 9 1291007 假設使用者所設定的除濕時間（丁）是丨小日产· 相位角度5度時所測得的距離是防。、相位角度1〇度 時所測得的距離是D10。.....·，心巨離值（Dx)= 〇5。+ D10° + ...+ D270° ； 於相位角度5度時所需的濕度補正參數(iw)=i + 四5/總_-Krh，其t RH5。表示相位角度^，總表 示總角度’ KRH表示補正值。 ❿ 。於相位角度5度時所需的除濕時間（Τ5°)=(™Χ)Χ D5°xKRHr、於相位角度1〇谇〇士 α (T100)=(T/Dx)xDl〇0xKRH1〇^ 於相二备而的除濕時間 ......方；相位角度270度時所需 的除濕時間。 八在殻體21_式旋轉的過財，中央處理器241仍合 243針對各特定相位角度的除濕時間分別進行 计=’母-特定相位角度的除濕時間計時屆滿後，中央成 理态241均會檢測總除濕時 /处 滿’繼續進行上述除濕作業，若總除濕時間已屆 "貝停止執仃除濕功能，並自動關閉除濕機2。 ^ 、、:上所述，本發明可多方向旋轉之除濕機及其除 =:猎？電路24驅動殼體21相對旋轉盤23間歇式旋 ，同時隨著除濕機2的旋轉而估測出所欲除濕空間的大 小’進輯算出在各特定相位停留及除濕 濕機2可多定點^ a 使侍除 。 夕疋』除濕，因此確實能提供全方位除濕之功效 准以上所述者，僅為本發明之較佳實施例而已，當不 10 1291007 能以此限定本發明實絲夕益pq 乃“β之乾圍’即大凡依本發明申請 範圍及發明說明内容所作之筠 谷所作之間早的等效變化與修飾，皆仍 屬本發明專利涵蓋之範圍内。 【圖式簡單說明】In addition, the dehumidifier 2 of the present invention further includes a space detector 27 mounted on a wall surface 211 of the casing 21 (in this example, the front surface of the casing 21), and the space side II 27 is an ultrasonic transmitter. The ultrasonic signal can be transmitted to sense the size of the dehumidification space. As shown in FIGS. 3 and 5, the control circuit 24 includes a central processing unit (cp'i, - through the central processing unit 241) electrically connected to the space detector 27 and capable of controlling the rotation of the housing 21 relative to the disk body 231. A dehumidifying unit 242 electrically connected to the empty (four) detector 27, a timer 243 electrically connected to the dehumidifying unit 242, a time setting switch 244 exposed to the outer surface of the casing 21 for user operation, and a central processing unit 241 A rotary start switch 245 electrically connected and operable by a user, and an opening/closing 246 exposed on an outer surface of the casing 21 for operation by a user. The dehumidifying unit 242 is composed of the heat exchange device 22 and a fan. As shown in Figures 3, 5 and 6, the dehumidification method of the present invention is that after the opening/closing_246 of the dehumidifier 2 is turned on, the user must first operate the time setting switch 244 to set the total dehumidification time, the center of the control circuit 24. Handling the crying will first detect whether the rotary start switch 245 is turned on, assuming the rotary start 8 1291007 switch 245 has not been set 242 to perform the internal 咚, "夬 processing to 241 will start the dehumidification unit: 仃疋 (four) wet function' and drive at the same time Timer When the time of the field expires, the central #神口„~1 is no longer, the hit ☆ >, & state 241 will be set according to the time switch 244 is re-set and judge η 0# 〇疋 no, k, Dehumidification, when dehumidification is to be continued, then: When the on/off switch 除 of the dehumidifier 2 is turned on, turn the lUr switch 244 to set the total dehumidification time, and start the rotation d 245, at which time the central processor 241 drives Shell = will = r: turn ... - degree sound is good, the sub-drive causes the space detector 27 to emit a super line; t point distance measurement 'to be moved to the housing 21 21 to the position of the poor middle processor 241 That is, the ant takes a total distance value measured by each phase angle. Then, the central processor 241 is the same as the 4 μ 9 仃 仃 间 间 及 及 及 及 及 及 及 及 及 及 及 及 及 及 , , , That is, the position of the housing 21 _ 270 degrees is first rotated back to the second Guardian, and the rotation is paused at a phase angle of 5 degrees, and the specific phase angle of the shell (ie, 5 degrees, 10 degrees, 15 degrees, . The staying day guard is based on the dehumidification time set by the user divided by the total distance' to obtain the dehumidification when the unit distance is allocated. Multiply by each specific phase humidity correction parameter, that is, the division required to obtain each specific phase angle, dehumidification for each specific phase angle according to each dehumidification time until the dehumidification time set by the user expires:::, The description is as follows: ♦· 午假假叉 9 1291007 It is assumed that the dehumidification time set by the user (D) is the measured distance when the Nissan is small and the phase angle is 5 degrees. The phase angle is measured at 1 degree. The distance is D10......, the heart is large (Dx) = 〇5. + D10° + ... + D270° ; The humidity correction parameter (iw) = i required at the phase angle of 5 degrees + four 5 / total _-Krh, its t RH5. Indicates the phase angle ^, which always indicates the total angle ' KRH indicates the correction value. Oh. Dehumidification time required for phase angle of 5 degrees (Τ5°)=(TMΧ)Χ D5°xKRHr, phase angle 1 gentleman α (T100)=(T/Dx)xDl〇0xKRH1〇^ Dehumidification time of the second preparation; the dehumidification time required for the phase angle of 270 degrees. Eight in the case of the housing 21_ type of rotation, the central processing unit 241 still 243 for each specific phase angle of the dehumidification time respectively count = 'mother-specific phase angle dehumidification time count expires, the central state of the state 241 Will detect the total dehumidification / full 'continue to the above dehumidification operation, if the total dehumidification time has been " Bay stop dehumidification function, and automatically shut down the dehumidifier 2. ^, ,: As described above, the present invention can rotate the dehumidifier in multiple directions and its division =: hunting? The circuit 24 drives the housing 21 to intermittently rotate relative to the rotating disk 23, and at the same time, the size of the desired dehumidification space is estimated along with the rotation of the dehumidifier 2, and the calculation can be performed at each specific phase and the dehumidifier 2 can be fixed. Make a waiter.疋 疋 除 除 , , , , , , , , 确实 确实 确实 确实 确实 确实 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋 疋The dry equivalents, that is, the early equivalent changes and modifications made by Shibuya according to the scope of the application and the description of the invention are still within the scope of the patent of the present invention.
圖1是習知除濕機剖面示意圖 圖2是圖1之橫剖面示意圖； 圖3是本發明可多方向旋轉 軚佳實施例之除濕機立體示意圖； 之除濕機及其除濕方法一 圖4是該較佳實施例之除濕機剖面示意圖； 圖5是該較佳實施例之除濕方法方塊示意圖；以及 圖6是該較佳實施例之除濕方法流程圖。 1291007 【主要元件符號說明】 2除濕機 21殼體 22熱交換裝置 23旋轉盤 24控制電路 25集水桶 27空間偵測器 26集水盤 211壁面 212腔室 213出風口 221蒸發器 222壓縮機 223冷凝器 231盤體 232軸承 241中央處理器 242除濕單元 243計時器 244時間設定開關 245旋轉啟動開關 246啟閉開關 121 is a schematic cross-sectional view of a conventional dehumidifier. FIG. 2 is a schematic cross-sectional view of the dehumidifier of the embodiment of the present invention; FIG. 3 is a perspective view of the dehumidifier of the multi-directional rotating embodiment of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 5 is a block diagram of a dehumidification method of the preferred embodiment; and FIG. 6 is a flow chart of the dehumidification method of the preferred embodiment. 1291007 [Description of main components] 2 Dehumidifier 21 housing 22 Heat exchange device 23 Rotary disk 24 Control circuit 25 Water collection tank 27 Space detector 26 Water collection tray 211 Wall 212 Chamber 213 Air outlet 221 Evaporator 222 Compressor 223 Condensation 231 disk 232 bearing 241 central processor 242 dehumidification unit 243 timer 244 time setting switch 245 rotation start switch 246 opening and closing switch 12