M286388· 八、新型說明： 【新型所屬之技術領域】 本創作係與除濕有關，更詳而言之，尤指可以作高效 率散熱、散熱速度控制、晶片功率控制及除濕效率控制的 一種晶片除濕控制裝置。 【先前技術】 按，先行所知，台灣南溫南濕，年平均濕度超過7 # 〇%RH以上，所有貴重物品，珍貴資枓就像處在蒸氣室 般、發霉、變質、氧化，所造成損失難以用金錢估計，譬 如博物館、歷史建築、儲貨倉庫、地下室日常生活用品: 衣服、電腦與其他電子裝備· ··等等都深受潮濕所害， 物質會吸收濕氣並形成適合細菌、發霉、徽菌生長的環境 ，若不改善環境會使其賴殆盡，藉由除濕減低潮 濕對物 品的破壞力； 然而傳統的除濕機除渔方式是先將高壓的冷煤導入冷 • 管，_壓力釋放吸熱的原理，造成凝結水，此時空 氣中的水被分離出來，再來將低壓的冷煤經由毛細管進入 壓縮機，然後再對冷煤加壓，藉由散熱板（管）釋放熱量 並把岡洲處理過，乾_但是低溫的氣體導回散熱板（管 )，吸熱之後_㈣，所以除濕機出來的空氣會是乾燥 的； 但是壓縮機耗費動力較大，增大其耗電量，相對地提 高其電費’並且壓縮齡音A，_率吵人，是許多人的 困擾，市場上雖然出現以致冷晶片除澄的方式，可以解決 M286388 象縮機帶來之困擾，然而其效率不高，有時是散熱不佳導 致過熱將致冷晶片燒毁，有時是過冷結霜，耗費電源，種 種原因令業者困擾； 有鑑於此，本案創作人乃基於上述弊端，仍積極努力 開發、研纽良，並累積多年製造、生產經驗，而終於有 一足以解決上述弊端之創作產生。 【新型内容】 P本創作種曰曰片除濕控制裝置，其主要目的係提 *· 健制散熱速度、控制晶片功率及控制除濕效率，而提高 其效率，並具有安靜、省電的功能。 緣是，本創作-種晶片除濕控制裝置，其係包含有排 熱風扇、高效率散熱器、致冷晶片、除渥風扇、致冷銘片 及溫度感測器’致冷晶片所產生之熱量由高效率散熱器與 排熱風扇散熱，致冷晶片所產生之冷卻效應對致冷銘片降 溫，以凝結水滴至-儲水槽内，並除渥風扇將濕空氣流經 致冷鋁片； • 其特徵在於：濕度感測器感知某-濕度時，利用一微 電腦控制器作散熱速度控制、晶片功率控制及除濕效率控 制，该散熱速度控制係當南效率散熱器達到一預定值時， 驅使排熱風扇對高效率散熱器散熱，該晶片功率控制^控 制晶片作功率大或作功率小之運作，該除濕效率㈣係^ 制除溼風扇速度大小，使空氣經致冷銘片，並且有連續除 溼模式與濕度設定模式； ^ * 藉由上述電腦控制器之裝置及高效率散熱器，依據冷 M286388 凝溫度控齡魏魏度、排熱風紐度與W功率大小 ’減少過冷結霜’翻最佳除渔效率。 為使貴審查委員，對本創作之内容、特徵及目的， 有著更進-步之瞭解與期雛實施例，並配合 圖式、圖號說明於后·· 【實施方式】 首先，本創作一種晶片除濕控制裝置，如第一圖所示 ’其係包含有排熱風扇i、高效率散熱器2、致冷晶片3 、除溼風扇4、致冷鋁片5、微電腦控制器6、濕度感測 时7及儲水;f曰8，δ亥致冷晶片3—側所產生之熱量由高效 率散熱器2吸熱’並由排熱風扇1對高效率散熱器2作氣 冷散熱，該高效率散熱器2有過溫保護，避免排熱風扇1 異系，造成致冷晶片3高溫而燒毀，當超過一溫度值時， 仔止運轉，並有間斷音響提示聲，致冷晶片3另側所產生 之冷卻效應傳導至該致冷鋁片5，以對致冷鋁片5降溫， 當致冷鋁片5降溫時，以凝結水滴至一儲水槽8内，並除 溼風扇4將濕空氣流經致冷鋁片3，以乾燥空氣作除濕至 一預定值，該儲水槽8之水位達一上限時，自動關閉除濕 ，並有間斷音響提示聲，該濕度感測器7感知某一濕度時 ’利用一微電腦控制器6作散熱速度控制、晶片功率控制 及除濕效率控制，該散熱速度控制係當高效率散熱器2達 到一預定值時，驅使排熱風扇1對高效率散熱器2散熱， 該晶片功率控制係控制致冷晶片3作功率大或作功率小之 運作’該除濕效率控制係控制除溼風扇4速度大小，使空 7 M286388 氣經致冷is>ί 5，以乾燥空氣，並且除賴式有連續除渔 模式與濕度設定模H輪賴式是领地除濕，濕度 設定模式是當:¾錢所奴之上限時，自祕絲濕作業 ，溼度下降至下限時則自動關閉； 藉由上述之裝置，本創作一種晶片除濕控制裝置，以 微電細控制益6作高效率散熱、散熱速度控制、晶片功率 拴制及除濕效率控制，依據冷凝溫度控制除溼風扇速度4 、排熱風扇1速度與致冷晶片3功率大小，減少過冷結霜 ，達到最佳除溼狀態，其運作時可以設定除濕模式，若用 於濕度設定模式：設定―預定值，纽度達所奴之上限 時，自動啟動除濕作業，溼度下降至下限時則自動關閉， 以達自動除濕目的，若用於連續除溼模式則是不斷地除濕 ，而且除濕效率經由微電腦控制器6作致冷晶片3功率控 制大小，可分為咼效率及一般效率，高效率為致冷晶片3 增大其功率，加強排熱風扇1風速，更下降致冷鋁片5溫 度，提高除溼風扇4速度，則冷凝速度強，凝結水滴速度 陕除濕效率提南，一般效率為靜音除濕，作致冷晶片3 低功率輸出，排熱風扇1風速較小，致冷鋁片5下降溫度 緩和，除溼風扇4速度較小，冷凝速度驅緩，屬於靜音除 濕，可以長時間設定一般效率模示，當儲水槽8之水位達 一上限時，自動關閉除濕，並有間斷音響提示聲，以通知 使用者倒掉儲水槽8内之水，以便下次之使用； 本創作以高效率散熱器2與致冷晶片3作為除濕的心 臟，搭配微電腦控制器6，可以達到最佳除溼效率、節省 M286388 電力、低靜音，而且體機輕巧、不佔空間，改除習知使用 壓縮機，耗電量大、電費高、噪音大、低頻率吵人之缺失 ，亦秉除習知使用致冷晶片，散熱不佳導致過熱將致冷晶 片燒毀’或是過冷結霜，耗費電源等種種之缺失； 上所逃’本創作一種晶片除濕控制裝置，其新穎性 努:::乃母庸置疑 ，為此懇祈貴審查委員，一秉國人 仞衷，賜准本案專利，則申請人是幸·f M286388 【圖式簡單說明】 【圖式】 第一圖係本創作之裝置流程示意圖。 【主要元件符號說明】 3致冷晶片 6微電腦控制器 1排熱風扇 2高效率散熱器 4除溼風扇 5致冷鋁片 7濕度感測器 8儲水槽M286388· VIII. New Description: [New Technology Field] This creation is related to dehumidification, in more detail, especially a wafer dehumidification that can be used for high efficiency heat dissipation, heat dissipation speed control, wafer power control and dehumidification efficiency control. Control device. [Prior Art] According to the prior knowledge, Taiwan's south temperature and south humidity, the annual average humidity is more than 7 # 〇% RH, all valuables, precious assets are like in the steam room, mold, deterioration, oxidation, resulting in Losses are difficult to estimate with money, such as museums, historic buildings, storage warehouses, basement daily necessities: clothes, computers and other electronic equipment, etc. are deeply affected by moisture, substances will absorb moisture and form suitable bacteria, The environment in which mold and bacteria grow, if it does not improve the environment, it will reduce the destructive power of the items by dehumidification; however, the traditional dehumidifier de-fishing method first introduces high-pressure cold coal into the cold tube. _ pressure release heat absorption principle, causing condensed water, at this time the water in the air is separated, and then the low-pressure cold coal enters the compressor through the capillary, and then pressurizes the cold coal, which is released by the heat sink (tube) The heat is treated by Oka, dry _ but the low temperature gas is led back to the heat sink (tube), after the heat absorption _ (four), so the air from the dehumidifier will be dry; but the compressor The power of the fee is large, the power consumption is increased, and the electricity cost is relatively increased, and the age of the sound is compressed, and the rate is noisy. It is a problem for many people. Although there is a way to eliminate the cold wafer in the market, the M286388 can be solved. Like the trouble caused by the shrinking machine, however, its efficiency is not high, sometimes the poor heat dissipation causes the overheating to burn the cold chip, sometimes it is too cold frosting, consumes power, and causes various reasons for the trouble; Based on the above drawbacks, the creator of this case is still actively working to develop and research New Zealand, and has accumulated many years of manufacturing and production experience, and finally has a creation that can solve the above drawbacks. [New Content] P The original purpose of the dehumidification control device is to improve the efficiency of the heat dissipation, control the power of the wafer and control the dehumidification efficiency, and have a quiet and power-saving function. The edge is that this creation-type wafer dehumidification control device includes heat generated by a heat-dissipating fan, a high-efficiency heat sink, a cooling chip, a smashing fan, a cooling slab, and a temperature sensor 'cooling wafer. The high-efficiency heat sink and the heat-dissipating fan dissipate heat, and the cooling effect generated by the cooling chip cools the cooling-name film to condense the water droplets into the water storage tank, and the removing fan sends the humid air through the cooling aluminum sheet; The utility model is characterized in that: when the humidity sensor senses a certain humidity, the microcomputer controller is used for the heat dissipation speed control, the wafer power control and the dehumidification efficiency control, and the heat dissipation speed control system drives the row when the south efficiency radiator reaches a predetermined value. The heat fan dissipates heat from the high-efficiency heatsink. The power control of the chip controls the operation of the wafer for high power or small power. The dehumidification efficiency (4) is the speed of the dehumidification fan, so that the air passes through the cold-finished film and has continuous Dehumidification mode and humidity setting mode; ^ * With the above computer controller device and high efficiency radiator, according to the cold M286388 condensing temperature control Wei Weidu, exhaust heat and W power Small 'frost reduce supercooling' Total optimum inter fishing efficiency. In order to enable your review committee to have a more in-depth understanding of the content, features and purposes of this creation, and to illustrate the examples, with the diagram and figure number in the following. [Implementation] First, the creation of a wafer The dehumidification control device, as shown in the first figure, includes a heat exhaust fan i, a high efficiency heat sink 2, a cooling chip 3, a dehumidification fan 4, a cooling aluminum sheet 5, a microcomputer controller 6, and humidity sensing. Time 7 and water storage; f曰8, the heat generated by the side of the δHero-cooled wafer 3 is absorbed by the high-efficiency radiator 2, and the heat-dissipating fan 1 heat-dissipates the high-efficiency radiator 2, which is high-efficiency. The heat sink 2 has over-temperature protection to prevent the heat-dissipating fan 1 from being different, causing the cold-rolled wafer 3 to be burnt high at a high temperature. When the temperature exceeds a temperature value, the operation is stopped, and the intermittent sound is heard, and the other side of the cooled wafer 3 is cooled. The resulting cooling effect is transmitted to the chilled aluminum sheet 5 to cool the chilled aluminum sheet 5, when the chilled aluminum sheet 5 is cooled, to condense water droplets into a sump 8, and the dehumidifying fan 4 will circulate the humid air. The cooled aluminum sheet 3 is dehumidified by dry air to a predetermined value, and the water of the water storage tank 8 When the upper limit is reached, the dehumidification is automatically turned off, and there is intermittent sound prompting sound. When the humidity sensor 7 senses a certain humidity, 'using a microcomputer controller 6 for heat dissipation speed control, wafer power control and dehumidification efficiency control, the heat dissipation speed The control system drives the heat-dissipating fan 1 to dissipate heat to the high-efficiency heatsink 2 when the high-efficiency heatsink 2 reaches a predetermined value, and the wafer power control system controls the operation of the cooled wafer 3 for high power or small power. The control system controls the speed of the dehumidification fan 4, so that the air 7 M286388 is cooled by the is> ί 5 to dry the air, and the de-listing has a continuous de-fishing mode and a humidity setting mode. The H-wheel is a dehumidification of the territory, and the humidity is set. The mode is: when the upper limit of 3⁄4 money is slaved, the wet operation of the secret silk is wet, and the humidity is automatically turned off when the humidity is lowered to the lower limit; by the above device, a wafer dehumidification control device is created, which is controlled by micro-electricity control Efficiency heat dissipation, heat dissipation speed control, wafer power clamping and dehumidification efficiency control, dehumidification fan speed 4 according to condensation temperature, heat removal fan 1 speed and cooling chip 3 power To reduce the cold and frost formation, to achieve the best dehumidification state, the dehumidification mode can be set during operation, and if it is used in the humidity setting mode: setting the “predetermined value”, the upper limit of the Nenda slave, the dehumidification operation is automatically started, and the humidity is lowered. When it reaches the lower limit, it will be automatically turned off to achieve the purpose of automatic dehumidification. If it is used in the continuous dehumidification mode, it will be dehumidified continuously, and the dehumidification efficiency is controlled by the microcomputer controller 6 to control the power of the wafer 3. It can be divided into the efficiency and general efficiency. Efficiency, high efficiency rate, increase the power of the cooling chip 3, strengthen the wind speed of the exhaust fan 1, lower the temperature of the cooling aluminum sheet 5, increase the speed of the dehumidifying fan 4, the condensation speed is strong, the condensation water droplet speed is the wettability efficiency The general efficiency is silent dehumidification, for low-power output of the cooling chip 3, the exhaust fan 1 has a lower wind speed, the cooling aluminum sheet 5 has a lower temperature, the dehumidification fan 4 has a smaller speed, and the condensation speed is slowed down, which is a silent dehumidification. The general efficiency mode can be set for a long time. When the water level of the water storage tank 8 reaches an upper limit, the dehumidification is automatically turned off, and an intermittent sound is sounded to notify the user to dump the storage. The water in the tank 8 is used for the next time; the creation uses the high-efficiency heat sink 2 and the cooling chip 3 as the dehumidifying heart, and the microcomputer controller 6 can achieve the best dehumidification efficiency, save M286388 power, and low mute. And the body machine is light and does not take up space, and the conventional use of the compressor is eliminated. The power consumption is large, the electricity cost is high, the noise is large, the low frequency is noisy, and the conventional use of the cold chip is performed, and the heat dissipation is poor. Overheating will burn the cold chip 'either cold or frosty, costing power and other kinds of missing; on the escape' of this creation of a wafer dehumidification control device, its novelty::: is not doubtful, for this reason The review committee, one of the people in the country, and the patent in this case, the applicant is fortunate · f M286388 [Simple description of the diagram] [Graph] The first picture is a schematic diagram of the device flow of this creation. [Main component symbol description] 3 cold chip 6 microcomputer controller 1 row heat fan 2 high efficiency radiator 4 dehumidification fan 5 cold aluminum sheet 7 humidity sensor 8 water storage tank