M395137 五、新型說明： 【新型所屬之技術領域】 本創作係為一種空調用之節能水洗裝置，尤指一種可控制該喷水管其 ' 噴水之水溫，且可對該氣體進行冷卻除濕及加熱加濕，因而可大幅減少原 ' 外氣空調箱之冰水及熱水用量，當該熱交換器所需之冰水及熱水用量較小 ' 時夕餘之冰水及熱水可供給周邊系統冷卻及加熱之熱交換器使用，可減 少廠供冰水用量及取代鍋爐熱水或電能加熱用量，進而可達到節能之目的。 φ 【先前技術】 如，中華民國專利公報公告第428716號「空調箱之水洗及加濕設備」， 請參閱第-圖所示’其係由該抽人風車82予以將室外中之氣體抽引至空調 箱81中，該氣體先經過一第一過濾網83以進行初步過濾後，再經過預熱盤 官84、預冷盤管85後至水洗加濕區86，藉由該水洗加濕區86之喷嘴861喷出 霧化水滴，得以使該氣體與霧化水滴相結合而成一濕空氣，該濕空氣再經 過包裝體87、冷卻除濕盤管88、加熱盤管89及第二過滤網9〇後，即可排放 • 送入無塵室（清淨室）内，予以控管進入無塵室内之氣體品質； - 該「空調箱之水洗及加濕設備」其雖可控管進入無塵室内之氣體品質， - 惟卻眺職鮮84及加缝絲狀齡來自於柴油雜及蒸汽鋼 爐，而柴油鍋爐及蒸汽鍋爐產熱之能源效率（C〇p)約比卜丨，又熱泵機組 產熱之能源效率(COP)達3.0以上，因此使用熱泵機組之能源效率約比柴油 鋼爐及蒸汽峨高3-6倍社，所以在重視節約能源的現今社會，該「空調 箱之水洗及加濕設備」已不符合經濟效益；又一般外氣空調箱内之加熱裝 置係利用電子加熱使空氣升溫’即該電熱器作動以輸送電而產生熱使空氣 3 M395137 加熱，然而該電熱器每消耗丨千瓦之電力只可產生Q.9 i千瓦之熱能，因此 使用電熱n極她電；且水洗加賴6之喷侧㈣如之水溫無法控制， 而般水洗加濕於空調原理為等给加濕，意指加濕過程中熱量並未增減， .斜氣呈魏溫低_ ’為了_縣設定之祕，需先料聽行預熱 ‘至-定溫度’再將絲送至水洗加顯86進行加濕處理，蚊賴交換器 ；將喷嘴861喷出之水溫進行控制，可減少該水洗加濕區86前端預熱盤管84所 需加熱熱水量，而減少能源之損耗； • 是故’如何將上述等缺失加以摒除，即為本案創作人所欲解決之技術 困難點之所在。 【新型内容】 本創作之主要目的即在提供—種空_之節能水洗裝置，其包含： 一熱泵機組，該熱泵機組内設有蒸發器與冷凝器； -熱交換器’該熱交換端連接於絲機組之蒸發器及冷凝器； -水洗裝置，該水洗裝置内設有至少—射水管，該喷水管設有至少 ^ 一喷水頭，且該喷水管一端連接於熱交換器； ； 俾當氣體進入水洗裝置内時，藉由該喷水管-端連接於熱交換器，且 該触換ϋ分猶接於齡额之蒸發器及冷㈣，又湘該熱雜組可 同時供冷及供熱功能’俾使該噴水管可喷出冷水及熱水，而可控制該喷水 管其喷水之水溫，且可對該氣體進行冷卻除濕及加熱加濕，因而可大幅減 少原外氣空纖之冰水及齡用量，當該熱交換騎需之冰水及熱水量較 小時’多餘之冰水及熱水可供給周邊系統冷卻及加熱之熱交換器使用，可 減少廠供冰水时及取代赠熱錢魏加熱肖量，進而可達到節能之目 的者。 4 M395137 【貫施方式】 為使«查員方便簡捷瞭解本創作之其他特徵内容與優點及其所達 成之功效能夠更為顯現’兹將本創作配合附圖，詳細戈月 請參閱第二圖所示，本創作係提供-種空調用ml裝置，其包 含： 一熱泵機組2，該熱泵機組2内設有蒗私91 - 态21，且該熱泵機組2内設 "有冷凝器22 ’又該絲機組2内設有控制器23，該控制器23分別連接於 籲蒸發器21及冷凝器22，且該控 23可為四路閥、或為單路閥、或為雙 路閥’另該熱泵機組2内設有溫度伽24，又該歸機組2内設有壓縮 機及膨脹閥，惟該壓縮機及膨脹閥並非本案之技術特徵，故不予在此詳述； 一熱父換器3，該熱父換器3分別連接於熱泵機組2之蒸發器？！及冷 凝器22，且該熱交換器3與蒸發器21之間設有冰水泵2U、控制閥212， 該冰水泵211與控制閥212相互連接’又該熱交換器3與冷凝器22之間設 有熱水泵221、控制閥222 ’該熱水泵221與控制閥222相互連接； # 一水洗裝置4 ’該水洗裝置4内設有至少一排噴水管41，該喷水管41 • 一端連接於熱交換器3 ’又該喷水管41設有至少一喷水頭411，且該水洗 - 裝置4内設有水槽42 ’該水槽42設有補給水管及排水管（圖未示），該補給 水管可補充水槽42内喷霧水之不足，該排水管可選擇性地排放水槽42中 之喷霧水，又該水槽42與熱交換器3之間設有水泵44，該水泵44 一端連 接於水槽42，且該水泵44另一端連接於熱交換器3，又該水洗裝置4内設 有淋水板43，該淋水板43設於喷水管41 一側，且該淋水板43 —端接於熱 交換器3，使該熱交換器3可對淋水板43所淋下之水溫作控制，又該淋水 5 M395137 一種紙蜂巢狀親水性板材，M395137 V. New description: [New technical field] This creation is an energy-saving washing device for air conditioners, especially a water temperature that can control the water spray of the water spray pipe, and can cool and dehumidify the gas. Heating and humidifying, thus greatly reducing the amount of ice water and hot water used in the original 'outside air-conditioning box. When the amount of ice water and hot water required for the heat exchanger is small', the ice water and hot water can be supplied. The heat exchanger used for cooling and heating of the peripheral system can reduce the amount of ice water supplied by the plant and replace the heating amount of the boiler hot water or electric energy, thereby achieving the purpose of energy saving. φ [Prior Art] For example, in the Republic of China Patent Gazette No. 428716, "Washing and humidifying equipment for air-conditioned boxes", please refer to the figure - shown in the figure - the pumping windmill 82 is used to draw the gas in the outdoor In the air conditioning tank 81, the gas passes through a first filter 83 for preliminary filtration, and then passes through the preheating plate 84 and the pre-cooling coil 85 to the water washing and humidifying zone 86, and the water washing and humidifying zone 86 is used. The nozzle 861 sprays the atomized water droplets to combine the gas and the atomized water droplets to form a humid air, which passes through the package 87, the cooling and dehumidifying coil 88, the heating coil 89 and the second filter screen. After that, it can be discharged into the clean room (clean room) to control the quality of the gas entering the clean room; - the "washing and humidifying equipment of the air-conditioning box" can control the tube to enter the clean room Gas quality, - However, it is from the diesel miscellaneous and steam steel furnaces, while the energy efficiency (C〇p) of diesel boilers and steam boilers is about 丨, and the heat pump unit is produced. Thermal energy efficiency (COP) is more than 3.0, so use a heat pump The energy efficiency is about 3-6 times higher than that of diesel steel furnaces and steam boilers. Therefore, in today's society where energy conservation is important, the "washing and humidifying equipment for air-conditioning boxes" is not economically viable; The heating device in the system uses electronic heating to raise the temperature of the air. That is, the electric heater operates to transmit electricity to generate heat to heat the air 3 M395137. However, the electric heater can generate only Q.9 i kilowatts of heat per kilowatt of power consumed. Therefore, the use of electric heating n pole her electricity; and the washing side of the Lai 6 (four) if the water temperature can not be controlled, and the water washing and humidification in the air conditioning principle for the humidification, meaning that the heat does not increase or decrease during the humidification process, The oblique gas is Wei Wen low _ 'In order to set the secret of the county, you need to pre-heat the 'to-fixed temperature' and then send the wire to the water wash and add 86 to humidify the treatment, the mosquito-repellent exchanger; The water temperature of the 861 spray is controlled to reduce the amount of hot water required for the front end preheating coil 84 of the water washing and humidifying zone 86, thereby reducing the loss of energy; • Therefore, how to remove the above-mentioned defects, that is, the case Technical difficulties that the creator wants to solve Where is the point. [New content] The main purpose of this creation is to provide an energy-saving water washing device, which comprises: a heat pump unit having an evaporator and a condenser; - a heat exchanger 'the heat exchange end connection An evaporator and a condenser of the wire unit; a water washing device, wherein the water washing device is provided with at least a water jet pipe, the water spray pipe is provided with at least one water jet head, and one end of the water spray pipe is connected to the heat exchanger; When the gas enters the water washing device, the water pipe end is connected to the heat exchanger, and the contact switch is connected to the evaporator of the age and the cold (four), and the heat group can simultaneously The cooling and heating functions enable the water spray pipe to spray cold water and hot water, and control the water temperature of the water spray pipe, and the gas can be cooled and dehumidified and heated and humidified. Reduce the ice water and age of the original foreign air and air fiber. When the amount of ice water and hot water required for the heat exchange is small, the excess ice water and hot water can be supplied to the heat exchanger for cooling and heating the peripheral system. When reducing the supply of ice water to the factory and replacing the hot money, And can achieve the purpose of energy by. 4 M395137 [Comprehensive application method] In order to make it easy for the inspector to understand the other features and advantages of the creation and the effect achieved by the inspector, it is more obvious that the author will cooperate with the drawing. For details, please refer to the second figure. As shown, the present invention provides a liquid-use ml device comprising: a heat pump unit 2, the heat pump unit 2 is provided with a smuggling 91-state 21, and the heat pump unit 2 is provided with a condenser 22' Further, the wire unit 2 is provided with a controller 23, which is respectively connected to the evaporator 21 and the condenser 22, and the control 23 can be a four-way valve, or a single-way valve, or a two-way valve In addition, the heat pump unit 2 is provided with a temperature gamma 24, and the compressor unit 2 is provided with a compressor and an expansion valve. However, the compressor and the expansion valve are not technical features of the present case, and therefore will not be described in detail herein; The converter 3, the hot parent converter 3 is connected to the evaporator of the heat pump unit 2, respectively? ! And a condenser 22, and an ice water pump 2U and a control valve 212 are disposed between the heat exchanger 3 and the evaporator 21, and the ice water pump 211 and the control valve 212 are connected to each other between the heat exchanger 3 and the condenser 22. A hot water pump 221 and a control valve 222 are provided. The hot water pump 221 and the control valve 222 are connected to each other; #一水洗装置4' The water washing device 4 is provided with at least one row of water spray pipes 41, one end of which is connected to The heat exchanger 3' is further provided with at least one water spray head 411, and the water washing device 4 is provided with a water tank 42. The water tank 42 is provided with a supply water pipe and a drain pipe (not shown), and the supply is provided. The water pipe can supplement the shortage of the spray water in the water tank 42. The drain pipe can selectively discharge the spray water in the water tank 42, and a water pump 44 is disposed between the water tank 42 and the heat exchanger 3, and the water pump 44 is connected at one end thereof. The water tank 42 is connected to the heat exchanger 3, and the water washing device 4 is provided with a water spray plate 43. The water spray plate 43 is disposed on one side of the water spray pipe 41, and the water spray plate 43 is Terminating in the heat exchanger 3, the heat exchanger 3 can control the temperature of the water drenched by the water sprinkling plate 43, and the water is sprayed 5 M395137 A paper honeycomb-like hydrophilic sheet,
板43可為親水性淋水板，該親水性淋水板係為― 淋水板43後方設置有一擋水板（圖未示），該擒冰 霧，又該水洗裝置4内設有至少一預熱盤管^ 41前方，另該預熱盤管40與熱泵機組2夕么、 •網45及中級遽網46設於喷水管41前方，另該中級遽網46設於初級遽網 45後方’又該水洗裝置4兩側分別設有人風口 47、出風口 48，其中該入風 口 47設有溫渔度感測器471 ’該出風口 48設有露點溫度感測器481 ; 請再配合參閱第三圖所示， 本創作可實施於外氣空調箱，其中該外氣 空調箱包含： 外氣空調箱本體1 ’該外氣空調箱本體1可設於水洗裝置4外一側，且 該外氣空調相本體1内設有冷卻盤管11 ’該冷卻盤管11連接於熱泵機組2 φ 之蒸發器21，又該冷卻盤管11與冰水泵211之間設有控制閥213，且該外 - 氣空調箱本體1内設有加熱盤管12,該加熱盤管12連接於熱泵機組2之冷 • 凝器22 ’另該加熱盤管12與熱水泵221之間設有控制閥223，又該外氣空 調箱本體1内設有加濕裝置13 ’該加濕裝置13設於加熱盤管12後方，又 該外氣空調箱本體1内設有高效率濾除（High Efficiency Particulate Air，HEPA)濾網14及風車15，其中該高效率濾除（High Efficiency Particulate Air，HEPA)濾網14設於加濕裝置13後方，該風車15設於 高效率濾除（High Efficiency Particulate Air，HEPA)濾網 14 一側， 6 M395137 又該外氣空調箱本體1兩側分別設有進風口 16、出風口 17; 明再配合參閱第四圖所示’俾當氣體5經由入風口 47進入水洗裝置4 時，藉由該初級滤網45及中級渡網46設於喷水管41前方，而可初步過遽 掉該亂體5中較大她之異物，得以減少減體5被喷水管41喷濕後之污 染水質，域減水洗裝置4内設有噴水管41，俾使該喷水管41可喷水， 而可使該氣體5被喷水管41所噴出之水喷濕，以對外氣作加濕處理，因而 可大幅減少後段加濕裝置13耗電量； 明再配合參閱第四圖所示，藉由雜雜組2内設有溫度_器24， 俾可制蒸發器21與冷凝器22之進水、出水的溫度，且可傳送一訊號於 控制器23 ’以控制洛發器21與冷凝器22之冷媒流量，因而可同時提供冷 水及熱水使用’當夏季時’入風口 47處之溫渔度感測器471感測到外氣溫 渔度條件較高時’令該控制間212呈導通狀態，而該控糊挪呈關閉狀 癌，且藉由該熱父換^ 3 _端分別連接於熱雜組2之蒸發器Μ及冷凝器 22，又該喷水官41 -端連接於熱交換器3，該喷水管41另一端連接於水系 44及水槽42，而水槽42内之溫水可提供熱源供給蒸發器21吸熱，俾使該 喷水s 41可喷出冰水’並利用出風口 48處之露點溫度感測胃481所測得 之路點皿度來控制控制閥212開度，而可控制該喷水管41其喷水之水溫， 因而可減少因外界環境溫度之變化而影響喷水管41其喷水之水溫者且可 對該水洗裝置4内之氣體5進行冷卻除濕，以對該外^^ 5做預冷處理，進 而可大幅減少該冷卻盤管u之廠供冰水49时，以達觸能之目的者； 又田；季_入風口 47處之溫渥度感測器471感測到外氣溫渥度條件較低 時’令該控制閥214、222呈導通狀態，巾該控制閥212呈關閉狀態，同時 7 該冷凝器22之熱水可經由熱水㈣輸出至熱交換器3，又藉由該喷水管 ^ 一端連接於熱交換器3，而該冷凝器以所釋放之熱量可供喷水管&水 升俾使該喷水s 41可噴出溫水，並利用出風口 48處之露點溫度感 測器側所測得之露點溫度來控制控制閥怨開度，而可控制該喷水管& 其喷水之水溫，因而可減知外界環境溫度之變化而鱗喷水管&其喷水 尺凰者且可對該水洗裝置4内之氣體5進行加熱加濕，以對該氣體5 做預熱處理，進而可大幅減少該加熱盤管12之熱糊量，以達到節能之目 的者； 請再配合參閱第四_示’再藉由該水洗裝置4内設有水槽42，俾使 該水槽42可針接㈣水管41其喷水，域由該捕&與散換器3之 間叹有水系44 ’而可使噴水管41其喷水可經由水泵44及熱交換器3予以 往回輸送封槽d使該賴42水溫轉歉，且可料該水槽42内 換水之頻率，進而達成回收再利用之功效； §青再配合參閱第四圖所示，又藉由該淋水板43設於喷水管41後方， 因而使該淋水板43可再吸收氣體5中之氣體分子污染物（Airb〇rneThe plate 43 may be a hydrophilic water-spraying plate, and the water-repellent plate is provided with a water-blocking plate (not shown) behind the water-spraying plate 43, and the water-washing device 4 is provided with at least one In front of the preheating coil ^41, the preheating coil 40 and the heat pump unit 2, the net 45 and the intermediate net 46 are disposed in front of the water spout 41, and the intermediate net 46 is disposed in the primary net 45. The rear side is further provided with a human air outlet 47 and an air outlet 48 on both sides of the water washing device 4, wherein the air inlet 47 is provided with a temperature fishing sensor 471'. The air outlet 48 is provided with a dew point temperature sensor 481; Referring to the third figure, the creation can be implemented in an external air-conditioning box, wherein the external air-conditioning box comprises: an external air-conditioning box body 1 'the external air-conditioning unit body 1 can be disposed on the outer side of the water washing device 4, and a cooling coil 11 is disposed in the external air conditioning phase body 1 ′. The cooling coil 11 is connected to the evaporator 21 of the heat pump unit 2 φ, and a control valve 213 is disposed between the cooling coil 11 and the ice water pump 211, and The outer-air air-conditioning box body 1 is provided with a heating coil 12, and the heating coil 12 is connected to the cold condenser 22 of the heat pump unit 2. Further, a control valve 223 is disposed between the heating coil 12 and the hot water pump 221, and a humidifying device 13 is disposed in the outer air-conditioning box body 1. The humidifying device 13 is disposed behind the heating coil 12, and A high efficiency Particulate Air (HEPA) filter 14 and a windmill 15 are disposed in the external air conditioning unit body 1, wherein the High Efficiency Particulate Air (HEPA) filter 14 is disposed in the humidifying device. At the rear of the 13th, the windmill 15 is disposed on the side of the High Efficiency Particulate Air (HEPA) filter 14, and the air outlet 16 and the air outlet 17 are respectively provided on both sides of the external air conditioning box body 1; Referring to the fourth figure, when the gas 5 enters the water washing device 4 through the air inlet 47, the primary filter 45 and the intermediate network 46 are disposed in front of the water spray pipe 41, and the preliminary gas can be preliminarily removed. The larger foreign matter in the chaotic body 5 can reduce the pollution water quality of the reduced body 5 after being sprayed by the water spray pipe 41, and the spray water pipe 41 is provided in the water reducing washing device 4, so that the water spray pipe 41 can spray water. The gas 5 can be sprayed with water sprayed from the water spout pipe 41 to humidify the outside air. Therefore, the power consumption of the rear-stage humidifying device 13 can be greatly reduced; as shown in the fourth figure, the temperature of the evaporator 21 and the condenser 22 can be made by the temperature _ 24 in the mixing group 2 The temperature of the water and the effluent, and can transmit a signal to the controller 23' to control the flow rate of the refrigerant of the hair hopper 21 and the condenser 22. Therefore, the temperature of the cold air and the hot water can be simultaneously supplied to the air inlet 47 when the summer is used. When the fishing degree sensor 471 senses that the outer temperature and the fishing condition are high, the control room 212 is turned on, and the control paste is closed, and the heat is replaced by the hot parent. The evaporator Μ and the condenser 22 of the heat mixing group 2 are connected to the heat exchanger 3 at the 41-end end, and the other end of the water spray pipe 41 is connected to the water system 44 and the water tank 42, and the temperature in the water tank 42 is The water can supply the heat source to the evaporator 21 to absorb heat, so that the water spray s 41 can spray the ice water' and use the dew point temperature at the air outlet 48 to sense the degree of the dish measured by the stomach 481 to control the control valve 212 to open. Degree, and the temperature of the water sprayed by the water spray pipe 41 can be controlled, thereby reducing the temperature change due to the external environment. The water spray pipe 41 is sprayed with water and the gas 5 in the water washing device 4 can be cooled and dehumidified to pre-cool the outer ring 5, thereby greatly reducing the supply of the cooling coil u. When the ice water is 49, the purpose of reaching the energy is; the field; the temperature sensation sensor 471 at the air inlet 47 senses that the outside temperature is low, and the control valves 214 and 222 are In the on state, the control valve 212 is in a closed state, and at the same time, the hot water of the condenser 22 can be output to the heat exchanger 3 via the hot water (4), and the heat exchanger 3 is connected to the heat exchanger 3 by the end of the spray pipe. The condenser is provided with the released heat for the water spray pipe & water to raise the water spray s 41 to spray warm water, and is controlled by the dew point temperature measured on the dew point temperature sensor side of the air outlet 48. Control valve resentment, and can control the water spray pipe & water temperature of the water spray, thereby reducing the change of the external environment temperature and the scale spray pipe & the water spray ruler and the water washing device The gas 5 in the 4 is heated and humidified to preheat the gas 5, thereby greatly reducing the heat of the heating coil 12. The amount is to achieve the purpose of energy saving; please refer to the fourth_shower again, and the water tank 42 is provided in the water washing device 4, so that the water tank 42 can be needled (four) water pipe 41 to spray water, the field is captured by the catch And the water system 44' is interspersed with the bulker 3, so that the spray water pipe 41 can be sprayed back through the water pump 44 and the heat exchanger 3 to transfer the seal d to make the temperature of the water 42 apologize, and The frequency of water exchange in the water tank 42 is further obtained, thereby achieving the effect of recycling and reuse; § Green is further shown in the fourth figure, and the water spray plate 43 is disposed behind the water spray pipe 41, thereby making the water spray plate 43 gas molecules in the resorbable gas 5 (Airb〇rne
Molecular Contamination ’ AMC) ’以達到氣體5淨化之功效，且可使該 氣體5保有適當的濕度再傳送至外氣空調箱本體1内； 請再配合參閱第五圖所示，當水洗裝置4所需要之熱水及冰水量需求 較小時，令該控制閥213、223呈導通狀態，而該控制閥212、222持續呈 導通狀態’藉由該蒸發器21連接於冷卻盤管11及該冷凝器22連接於加熱 盤管12,俾使該蒸發器21内多餘之冰水可經由冰水泵211輸送至冷卻盤管 11，且可使該冷凝器22内多餘之熱水可經由熱水泵221輸送至加熱盤管 M395137 12，而可對該外氣空調箱本體1内之氣體5進行冷卻除濕及加熱加濕，因 而可大幅減少該冷卻盤管n之冰水及取代加熱盤管12之鍋爐熱水用量， 進而可達到節能之目的者；又本創作所使用之熱泵機組2每消耗1千瓦之 電力’即可產生3〜6千瓦之熱能，因此使用該熱泵機組2可比電熱鍋爐達 ' 到省電及節能之功效； - 印再參閱第五圖所示’藉由該加濕裝置13設於加熱盤管12後方，而 可使該氣體5於濕度不足時再予以加濕並保有適當的濕度，再藉由該高效 • 率濾除濾網14設於加濕裝置13後方，俾可再濾除氣體5中之微粒污染物， 又藉由該風車15設於高效率濾除濾網14後方，而可使該氣體5被風車15 人出並往出風口 17之方向移動予以吹送至潔淨室，因而得以控管進入清淨 室内之氣體品質； 4再配合參閱第六圖所示，又該外氣空調箱本體丨内設有冷卻盤管U 與加熱盤管12 ’其中該加熱盤管12連接於熱泵機組2之冷凝器22，又該 外氣空調箱本體1内可設有至少一排喷水管4卜喷水頭4U、水槽42、淋 • 水板43、初級濾網45、及中級遽網46，其中該喷水管4卜喷水頭犯、水 •槽42淋水板43裝设於冷卻盤管11前方，且該喷水管41前方設有至少— '預熱盤营40 ’該預熱盤管40與熱泵機組2之冷凝器22相連接，該預熱盤 官40可供氣體5由進風口 16進入且經過初級細奶、中級遽網45時予以 加熱’又該預熱盤管40與熱水泵221之間設有控制閥214 ;藉由該嗔水管 4卜喷水頭411裝設於外氣空調箱本體i，俾可取代習用之預冷盤管耶， 且藉由該熱泵機組2可控制蒸發器21與冷凝器22之冷媒流量，而可同時 提供冷水及熱水朗’因此於夏季使料可大滅少冰水個量、或於冬 9 M395137 季使用時可減少麵錄4Q加狀溫度，進而可減少熱水提供量； 因此，本創作係當氣體5it人水洗裝置怕時，藉由射水管41一端連 接於”，、交換器3且該熱交換器3分別連接於熱系機組2之紐器狀冷凝器 .22，又利用該齡機組2可同時供冷及供熱功能，俾使該喷水管料喷出冷 '水及料，而可㈣該噴林41其喷权水溫，且可__5前冷卻除 • 狀加熱加濕，因而可大幅減少該冷卻盤管11之冰水及加熱盤管12之熱水 帛量，當賴錄H3所需之冰水及熱水量較小時，多餘之冰水及熱水可供 #給該冷卻盤管11及加熱盤管使用，可減少該冷卻盤管n之廠供冰水細 買及取代加熱盤管12之鋼爐熱水用量，進而可翻節能之目的者。 為使本創作更加顯現出其進步性與實雜，贿f㈣—比較分析如下： 習用技術： 卜該水洗裝置未能㈣射水管射水之水溫，使其前顧熱盤管須 先使空氣加熱至-定溫度，再軸水洗裝置進行等焓城，但此加熱過程 所需之熱水或電能極為耗電。 鲁 2、使用電熱鍋爐極為耗電。 > 本創作優點： ' 1、可控綱喷水管其喷水之水溫，*可齡目外界魏溫度之變化而 影響喷水管其喷水之水溫者》 2、 可將該熱父換器、冷卻盤管及加熱盤管所排出之冰水、熱水往回輸 送至熱泵機組之蒸發器及冷凝器，以達到回收再利用之功效，減少熱系供 水、回水之溫差，以減少熱泵壓縮機之耗能。 3、 該水洗裝置可對外氣作冷卻除濕及加熱加濕，可大幅減少該冷卻盤 管所需之廠供冰水及加熱盤管之熱水用量。 4、 利用該水洗裝置對於氣體進行濕度控制。 5、 可達到節能之目的。 6、 使用該熱聚機組比電熱銷爐可達到省電及節能之功效。 ' 【圖式簡單說明】 ' 第一圖係為先前技術之立體示意圖。 弟二圖係為本創作之大部示意圖。 φ 第三圖係為本創作接設於外氣空調箱本體之示意圖。 第四圖係為本創作對外氣進行冷卻除濕及加熱加濕之動作示意圖。 第五圖係為本創作其蒸發器與冷凝器分別提供冷水、熱水於冷卻盤管與加 熱盤管之動作示意圖。 第六圖係為本創作另一實施例示意圖。 【主要元件符號說明】 1..外氣空調箱本體 11..冷卻盤管 12..加熱盤管 13..加濕裝置 14..高效率濾除濾網 15..風車 16..進風口 17..出風口 2..熱系機組 21..蒸發器 211..冰水泵 212. ·控制閥 213..控制閥 214..控制閥 22..冷凝器 221..熱水泵 222..控制閥 223..控制閥 23..控制器 24..溫度偵測器 3..熱交換器 4..水洗裝置 40..預熱盤管 41..喷水管 411..喷水頭 42..水槽 M395137 43.. 淋水板 46.. 中級濾網 48.. 出風口 5.. 氣體 83.. 第一過濾網 86.. 水洗加濕區 88.. 冷卻除濕盤管 44.. 水泵 47. ·入風口 481.. 露點溫度感測 81.. 空調箱 84.. 預熱盤管 861.. 喷嘴 89.. 加熱盤管 45.. 初級濾網 471.. 溫濕度感測器 49.. 廠供冰水 82.. 抽入風車 85.. 預冷盤管 87.. 包裝體 90.. 第二過濾網Molecular Contamination ' AMC) 'To achieve the effect of gas 5 purification, and the gas 5 can be transported to the external air-conditioning box body 1 with appropriate humidity; please refer to the fifth figure, when the water washing device 4 When the required amount of hot water and ice water is small, the control valves 213 and 223 are in an on state, and the control valves 212 and 222 are continuously in an on state. The evaporator 21 is connected to the cooling coil 11 and the condensation. The heater 22 is connected to the heating coil 12 so that the excess ice water in the evaporator 21 can be sent to the cooling coil 11 via the ice water pump 211, and the excess hot water in the condenser 22 can be transported through the hot water pump 221. To the heating coil M395137 12, the gas 5 in the outer air-conditioning box body 1 can be cooled and dehumidified and heated and humidified, thereby greatly reducing the ice water of the cooling coil n and replacing the boiler heat of the heating coil 12 The amount of water can be used to save energy; and the heat pump unit 2 used in this creation can generate 3 to 6 kilowatts of heat per kilowatt of electricity, so the heat pump unit 2 can be used to reach the province. Electricity and energy saving Efficacy; - Printing, as shown in the fifth figure, 'by the humidifying device 13 disposed behind the heating coil 12, the gas 5 can be humidified and maintained with proper humidity when the humidity is insufficient, and then by the appropriate humidity. The high efficiency rate filter 14 is disposed behind the humidifier 13 to filter out particulate contaminants in the gas 5, and the windmill 15 is disposed behind the high efficiency filter screen 14 to The gas 5 is taken out by the windmill 15 and moved to the air outlet 17 to be blown to the clean room, thereby controlling the gas quality of the pipe entering the clean room; 4, referring to the sixth figure, the external air conditioning box body The cooling coil U and the heating coil 12 are disposed in the crucible, wherein the heating coil 12 is connected to the condenser 22 of the heat pump unit 2, and the outer air conditioning unit body 1 can be provided with at least one row of water spray pipes. The water jet head 4U, the water tank 42, the water draining water board 43, the primary screen 45, and the intermediate level net 46, wherein the water spray pipe 4, the water jet head, and the water tank 42 are installed on the cooling plate. The front of the tube 11 and the front of the water spray pipe 41 are provided with at least - 'preheating pan bat 40 ' the preheating coil 40 and the heat pump unit The condenser 22 of the two is connected, and the preheating plate 40 allows the gas 5 to enter from the air inlet 16 and is heated when passing through the primary fine milk and the intermediate mesh 45. Between the preheating coil 40 and the hot water pump 221 The control valve 214 is provided; the water spray head 411 is installed in the external air-conditioning box body i, and the conventional air-cooling coil can be replaced by the conventional pre-cooling coil, and the evaporator 21 can be controlled by the heat pump unit 2 The flow rate of the refrigerant in the condenser 22 can provide both cold water and hot water. Therefore, the amount of ice water can be greatly reduced in the summer, or the 4Q addition temperature can be reduced when used in the winter 9 M395137 season. Reducing the amount of hot water supply; therefore, the creation is connected to the exchanger 3 by the end of the water pipe 41 when the gas 5it person washing device is afraid, and the heat exchanger 3 is connected to the heater of the heat system unit 2, respectively. The condenser 22.22 can also use the unit 2 to supply cooling and heating functions at the same time, so that the spray pipe material can spray cold water and material, and (4) the spray 41 can spray water temperature, and The __5 front cooling can be heated and humidified, so that the ice water and the heating coil 12 of the cooling coil 11 can be greatly reduced. When the amount of hot water and hot water required for Lai H3 is small, the excess ice water and hot water can be used for the cooling coil 11 and the heating coil to reduce the cooling coil n The factory supplies ice water to buy and replace the hot water consumption of the steel coil of the heating coil 12, and then can turn the energy saving purpose. In order to make this creation more show its progressiveness and complexity, bribe f (four) - comparative analysis is as follows: Conventional technology: Bu the water washing device failed (four) water temperature of the water jet, so that the hot coil must first heat the air To the constant temperature, the shaft water washing device is used to wait for the city, but the hot water or electric energy required for the heating process is extremely power-consuming. Lu 2, the use of electric boilers is extremely power-hungry. > Advantages of this creation: '1. The water temperature of the water sprayable by the controllable sprinkler pipe, * the temperature of the external water temperature of the age of the eye can affect the water temperature of the water spray pipe. 2. The heat can be The ice water and hot water discharged from the parent exchanger, the cooling coil and the heating coil are sent back to the evaporator and condenser of the heat pump unit to achieve the effect of recycling and recycling, and reduce the temperature difference between the hot water supply and the return water. To reduce the energy consumption of the heat pump compressor. 3. The water washing device can cool and dehumidify the external air and heat and humidify, which can greatly reduce the amount of hot water supplied by the factory for the cooling coil and the hot water of the heating coil. 4. The humidity control of the gas is performed by the water washing device. 5, can achieve the purpose of energy saving. 6. The use of the thermopolymer unit can achieve power saving and energy saving effects compared with the electric heating furnace. ' [Simple description of the diagram] 'The first diagram is a three-dimensional diagram of the prior art. The second picture of the brother is a schematic diagram of most of the creation. φ The third figure is a schematic diagram of the creation of the external air-conditioning box body. The fourth picture is a schematic diagram of the action of cooling, dehumidifying and heating and humidifying the external air. The fifth figure is a schematic diagram of the action of providing cold water and hot water to the cooling coil and heating coil respectively in the evaporator and the condenser. The sixth figure is a schematic diagram of another embodiment of the present creation. [Main component symbol description] 1. External air conditioning box body 11. Cooling coil tube 12.. Heating coil tube 13.. Humidification device 14. High efficiency filter screen 15. Windmill 16.. Air inlet 17.. Air outlet 2.. Thermal system 21. Evaporator 211.. Ice water pump 212. · Control valve 213.. Control valve 214.. Control valve 22. Condenser 221.. Heat pump 222.. Control Valve 223.. Control valve 23.. Controller 24. Temperature detector 3. Heat exchanger 4. Washing device 40. Preheating coil 41. Spray pipe 411.. Water jet head 42. .Sink M395137 43.. Watering board 46.. Intermediate screen 48.. Air outlet 5.. Gas 83.. First filter 86.. Washing and humidifying area 88.. Cooling dehumidification coil 44.. Water pump 47 · Air inlet 481.. Dew point temperature sensing 81.. Air conditioning box 84.. Preheating coil 861.. Nozzle 89.. Heating coil 45.. Primary filter 471.. Temperature and humidity sensor 49.. Plant for ice water 82.. Pumped into the windmill 85. Pre-cooled coil 87.. Package 90.. Second filter
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