M284847 八、新型說明： 【新型所屬之技術領域】 本創作係關於-糊新的空調節約能源效率監控裝置，尤關 於種裂$又在空调设備上之節約能源效率監控警示裝置。 【先前技術】 目前世界各國皆受到能源短缺的威t，而隨著科技的進步， > 所有產品關發都在朝節約能源的目標邁進，尤其是高耗電性的 空調設備，然而’標榜具有省電設計的高效率空調設備於使用過 程中依然會耗損、髒污，如果沒有適時發現並加以清洗、保養及 維修，則會在使用的過程中耗損更多的能源。 請參閱第-圖，其為習知窗型冷氣機之卫作結構示意圖，於 自型冷氣中冷媒經由壓縮機（1)之作用進入冷凝器（2)，在此冷媒 > 麵冷卻後繼續受壓縮機⑴作用而通過膨脹闊⑶，膨關⑶係 作為控制冷媒蒸發壓力之用，接著，冷舰人蒸發器⑷中經由冷 媒之蒸發進行吸熱個’使經由風敍馬達推動之空氣循環通過 二叙(4)而產生β部及除’然的空氣調節功能，吸熱後之冷媒接著 經過壓縮機（1)再度被加壓然後進入冷凝器（2)如此重複上述之循 -rrar -般空調之效率係以EER值作為衡量之標準，《公式為： M284847 耗電量㈣ 當EER值越高表示空調之效率 门衣不忐源皆受到有效之利用， 若空調設備能夠於上述 ^ ，、他之二调工作結構中做適當之調整及 设什，使空調設備具有較高之叩p 方式。 问之職值，此為目前節省能源之設計 然而’峨輸㈣咐梅麵 υ提高設備運轉效率(提高空調出薇值）。 2) 提高溫度設定（維持27乂以上設定）。 3) 減少無效能源之耗損率，保持原廠之高職值。 目則市面上自針對提高空調峡之膽 進目標’然而空調設備於使用後會受為即^源之改 散熱不良、機件故障、電錢損、冷媒从=影響，例如， 等等皆會造成EER值的下降 〃、控制溫度設定不當 供的冷房能力，就必需使 ％ ’ Μ維触調設備原本提 源的浪費。喊収才㈣軸，是故造成能 -般使用者錢用麵設 感受，但是於使用_〜〜 、對-—溫度的能力有所 、、攸件會有某麵素而造成空調設 •直到空調設備完全失去溫 M284847 • 度調節能力，或空調設備停止運轉時，才警覺其損壞，因此極須 一種節約能源效率監空裝置，用以提示空調設備之能源利用效 率，並於EE1R值低落時，能即時提醒使用者檢修空調設備，以維 持空調設備的最佳運作效率，達成節約能源之目標。 【新型内容】 本創作的主要目的在於提供一種空調節約能源效率監控裝 | 置，在空调设備出廠後能監測其能源效率比值(Eer值），當低於預 設警不值時’能即時發出警示’提示使用者該空調設備之EER值 低於預設之標準，應該進行維修、檢查和保養，以免浪費金錢與 能源。 灶本創作的另-目的，在於提供一種不影響原有性能及不破壞 、。構之工♦約能源效率監控裝置，在空調設備綠後能監測其 轉㈤®值低落時可發出提示訊號，於安裝時無須破壞空調 易於衣叹並泛用於各種品牌及機型，且不會影響其原有之 性月b與控制方式。 第三圖，依據上述及其他目的，本創作提供一 周p、、勺月匕源效率監控裝置，其包含兩溫度感測器 比流器CT1 ，2、一工调卽約能源效率監控裝置（22)、一顯示器（23) 警示器⑵），其中該兩溫度感· S1，S2 -者係接於 7 M284847 空調之回風口，用於感測回風溫度τι，另一者接於該空調之出風 口，用於感測出風之溫度Τ2 ;而該雨比流器，一者係接於空調之壓 縮機（11)，用於量測壓縮機電流值Ic，另一者接於該空調之風扇馬 達（15)，用於量測風扇馬達電流值If，該節約能源效率監控裝置（20) 係用於處理該兩溫度感測器Sl，S2和兩比流器CT1，CT2所獲得之 數據以得到EER值P，若EER值P小於標準EER值之預設比例，則 節約能源效率監控裝置（20)將發出警示訊號輸出到至少一警示器 (21)以發出EER值降低之提示。 依據上述本創作提供之空調節約能源效率監控裝置，經過偵測 後可計算空調設備當時之EER值，此值於比對後若小於標準EER值 之預設比例，則利用警示器提醒使用者檢修該空調設備，以減少空 调設備出廠後，因使用耗損或遭到污染，而造成能源及金錢之浪費。 由於本創作之空調能源效率監控裝置，可於出廠前、後内建或 外接於空調設備上，不需改較徽備之結構與控财式即能完 成’可適胁各種品牌及機型且裝設簡便，達成泛狀目的，因此 具有高度之產業利用性及新穎性。 【實施方式】 為清楚描述本創作之結構及功用，以下將配合圖式對本創作 之較佳實施例做詳細之說明。 M284847 ' 請茶閱第二圖，其顯示依據本創作實施例之空調節約能源效 率監控裝置，其包含兩溫度感測器Sl，S2、兩比流器CTl，CT2、 含有邏輯運算IC(22)之節約能源效率監控裝置(2〇)、警示器(21)、 - 顯示為(23)、函數輸入器(24)以及電源(25)，其詳細之運作過程以 及在空調設備中之應用，於後將配合第三圖做詳細之敘述。 凊芩閱第三圖，其顯示裝設本創作之空調節約能源效率監控 _ 裝置之空調設備的工作結構示意圖，為求簡潔，圖中僅標示與本 發明相關之部件，本範例中之空調設備係包含壓縮機(11)、冷凝器 (12)、膨脹閥(13)、蒸發器(14)以及風扇馬達(M，15)，其運作方式 與習知者相同，其不同處在於，該空調設備裝設有本創作之空調 節約能源效率監控裝置。 本創作於空調設備中之裝設係將溫度感測器S1裝設於空調設 癱 備之回風口 显度感測器S2裝設於空調設備之出風口，以測得回 風溫度T1與出風溫度T2，並將比流器CT1連接於風扇馬達(15) i風扇馬達電流Ιρ，另一比流器係連接於壓縮機測量 壓_電料，該兩溫度感測if si，s2以及比流器ατι,σπ之另 一側則連接於具有邏輯運# IC(22)之節約能源效率監控裝置 ⑽’ 6亥避輯運算1c(22)將量測之溫度T1，T2以及電流知，Ic進行 運#而獲得此空調設備之即時EER值P。 M284847 於本實施例中，節約能源效率監控裝置(20)裝設有函數輸入器 (24)，藉此可預先將與該空調設備對應之函數提供給邏輯IC(22)以 獲得該空調設備之理想之EER值Q，於獲得即時之EER值p後將 EER值P與Q做比對，當P低於q之8〇% ( p < 〇叩）時，節約能 源效率監控裝置(20)係以LED指示燈(21A)之燈號提示使用者該空 調設備之EER值已降至低於理想EER值之8〇%。 若空調設備之即時EER值P降低至理想EER值Q之7〇% (P<〇.7Q )則節約能源效率監控裝置(2〇)將以蜂鳴器⑵印發出聲 響’提示使用者該空調設備之EER值已低於理想咖值之7〇%。 方、本貝施辦，4有需求’節約能源效率監控裝置(2⑺可連接 至中央控制設備或其他電腦(21C)，於空調設備之即時咖值低於 才連接至續料如相所欲之提示效果。 於其他實施例中，除上述之裳 至節約能源效率…J視而求連接-顯示器(2 3) 匕原放革▲杜置(2〇)，用於顯示關於 源效率監控裝置的各種數值。 之二,周即約月匕 依據本創作之空觸約能源效率監控裝置， 作為衡量之標準，當以 其亦可以 COP值作為衡量標準時，該空 COP值 調節約能源 M284847 設備之結構與本創作相同，只需將CT2連接於空調設備之總電 源’而即約錢效率監控裝置中需設定c〇p值之計算公式以獲得 即時COP值進行比對。 綜上所述，本案之創新結構設計係包含兩溫度感測器SI, S2、 兩比流器CT1，CT2、具有邏輯處理能力之節約能源效率監控裝 置：示,、、、員示态、函數輸入斋以及電源，該兩溫度感測器S1, S2 係裝設於空調設備之_σ以及出風口以分別制兩風口之溫度 Tl，Τ2，柄比流HCT1，017係分職接於風扇馬達以及魏機以 _兩者之電流值lF，Ic，兩溫度和兩電流值之數值係傳送至該節約 能源效率監控裝置進行運算，赠得該^調設備之即時咖值，並 與其原廢奴之理想EER值作峨，若低於理想EER值之某一比 例’則利用提示使用者該空調設備之運作效能贿，必須 進行檢測，避免空調設備在使用時，因使用者不易察覺之污損而 造成能源及錢之浪費。所以摘叙『财錢之可利用性』 應已毋庸置旋’除此之外’在本案實施例所揭露出的特徵技術， 於申請之前並未曾見於諸刊物，亦未曾被公開使用，不但具有如 上所述功效職之事實，更具有不可輕忽_加功效，是故，本 創作的『新穎性』以及『進步性』都已符合專利法規，麦依法提 出新型專利之申請，祈請，奸審查並早日賜料利，實感德便。 M284847 - 【圖式簡單說明】 第一圖，其顯示習知空調設備之工作示意圖； 第二圖，其顯示依據本創作之節約能源效率監控裝置；以及 •第三圖，其顯示具有本創作之節約能源控制裝置之空調設備。 【主要元件符號說明】 1，11 壓縮機 22 邏輯1C 2，12 冷凝器 23 顯示器 3，13 膨脹閥 24 函數輸入器 4，14 蒸發器 25 電源 5 > 15 風扇馬達 Sl，S2 溫度感應器 20 節約能源效率監控裝置 CT1， CT2 比流器 21 警示器 21A LED警示燈 21B 蜂鳴器 21C 中央控制系統M284847 VIII. New description: [New technical field] This creation is about the new air-conditioning energy-saving efficiency monitoring device, especially for the energy-saving monitoring and warning device on the air-conditioning equipment. [Prior Art] At present, all countries in the world are suffering from energy shortages. With the advancement of technology, all products are moving towards the goal of energy conservation, especially for high-power air-conditioning equipment. High-efficiency air-conditioning equipment with power-saving design will still be worn out and dirty during use. If it is not found and cleaned, maintained and repaired in time, it will consume more energy during use. Please refer to the figure, which is a schematic diagram of the structure of the conventional window type air conditioner. In the self-type cold air, the refrigerant enters the condenser (2) through the action of the compressor (1), and continues after the refrigerant is cooled. It is used by the compressor (1) to expand the width (3), and the expansion (3) is used to control the evaporation pressure of the refrigerant. Then, the cold ship evaporator (4) absorbs heat through the evaporation of the refrigerant to circulate the air pushed by the wind motor. In the second section (4), the β part is generated and the air conditioning function is removed. The heat-absorbing refrigerant is then pressurized again by the compressor (1) and then enters the condenser (2). The above-mentioned repeating-rrar-like air conditioner is repeated. The efficiency is measured by the EER value. The formula is: M284847 Power consumption (4) When the EER value is higher, the efficiency of the air conditioner is not effectively utilized. If the air conditioner can be used in the above ^, he The appropriate adjustments and settings in the second working structure make the air conditioning equipment have a higher 叩p mode. Asked the value, this is the current energy-saving design. However, 峨 ( (4) 咐 面 υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ υ 2) Increase the temperature setting (maintain the setting above 27乂). 3) Reduce the rate of loss of invalid energy and maintain the high value of the original factory. The target is to raise the target of air conditioning gorge in the market. However, after the air conditioner is used, it will be affected by the heat loss, mechanical failure, electric money loss, refrigerant from the influence, for example, etc. If the EER value is lowered, and the cold room capacity of the control temperature setting is improperly provided, it is necessary to make the % 'Μ维触调设备 originally source the waste. Shouting the only (four) axis, it is the result of the ability of the general user to use the face, but in the use of _~~, the ability to - temperature, the piece will have a certain face and cause air conditioning settings until When the air-conditioning equipment completely loses the temperature M284847 • degree adjustment capability, or the air-conditioning equipment stops running, it is alert to damage. Therefore, an energy-saving air-conditioning device is required to indicate the energy utilization efficiency of the air-conditioning equipment, and when the EE1R value is low, It can promptly remind users to repair air-conditioning equipment to maintain the optimal operating efficiency of air-conditioning equipment and achieve energy conservation goals. [New content] The main purpose of this creation is to provide an air-conditioning energy-saving monitoring device, which can monitor the energy efficiency ratio (Eer value) after the air-conditioning equipment leaves the factory. When it is lower than the preset alarm value, it can be A warning is issued to prompt the user that the EER value of the air conditioner is lower than the preset standard and should be repaired, inspected and maintained to avoid wasting money and energy. Another purpose of the creation of the stove is to provide a kind of performance that does not affect the original performance and does not damage. The structure of the work ♦ about energy efficiency monitoring device, after the air conditioning equipment can monitor its turn (5)® value can be issued a warning signal, no need to damage the air conditioner during installation, easy to sigh and widely used in various brands and models, and not Will affect its original sex month b and control methods. In the third figure, according to the above and other purposes, the present invention provides a one-week, scooping moonlight source efficiency monitoring device, which includes two temperature sensor flow comparators CT1, 2, and a power adjustment device (22). ), a display (23) warning device (2), wherein the two temperature senses S1, S2 - are connected to the return air outlet of the 7 M284847 air conditioner for sensing the return air temperature τι, and the other is connected to the air conditioner The air outlet is for sensing the temperature of the wind Τ2; and the rain ratio is connected to the compressor (11) of the air conditioner for measuring the compressor current value Ic, and the other is connected to the air conditioner a fan motor (15) for measuring a fan motor current value If, the energy saving efficiency monitoring device (20) is used to process the two temperature sensors S1, S2 and the two current comparators CT1, CT2 The data is obtained to obtain an EER value P. If the EER value P is less than a preset ratio of the standard EER value, the energy saving efficiency monitoring device (20) outputs an alert signal to at least one alerter (21) to issue a prompt for lowering the EER value. According to the air conditioning energy-saving efficiency monitoring device provided by the above-mentioned creation, after detecting, the EER value of the air-conditioning device can be calculated, and if the value is less than the preset ratio of the standard EER value after the comparison, the warning device is used to remind the user to overhaul. The air-conditioning equipment is used to reduce the waste of energy and money due to consumption or pollution after the air-conditioning equipment is shipped from the factory. As the air-conditioning energy efficiency monitoring device of this creation can be built or externally connected to the air-conditioning equipment before and after the factory, it can complete the various brands and models without changing the structure and control style of the emblem. It is easy to install and achieves a general purpose, so it has a high degree of industrial utilization and novelty. [Embodiment] In order to clearly describe the structure and function of the present invention, a preferred embodiment of the present invention will be described in detail below with reference to the drawings. M284847 'Please read the second figure, which shows the air conditioning energy saving efficiency monitoring device according to the present embodiment, which includes two temperature sensors S1, S2, two current comparators CT1, CT2, and a logic operation IC (22) Energy-saving monitoring device (2〇), warning device (21), - display (23), function input device (24), and power supply (25), the detailed operation process and application in air conditioning equipment, A detailed description will be made later in conjunction with the third figure. Referring to the third figure, it shows the working structure of the air conditioning equipment for installing the air conditioning energy saving efficiency monitoring device of the present invention. For the sake of brevity, only the components related to the present invention are marked in the figure, and the air conditioning equipment in this example The utility model comprises a compressor (11), a condenser (12), an expansion valve (13), an evaporator (14) and a fan motor (M, 15), which operate in the same manner as the conventional one, except that the air conditioner is The equipment is equipped with the air conditioning energy saving efficiency monitoring device of the present invention. The installation in the air-conditioning device is installed in the air-conditioning device, and the air-conditioning device S2 is installed in the air outlet of the air-conditioning device to measure the return air temperature T1 and the outlet. Wind temperature T2, and the flow comparator CT1 is connected to the fan motor (15) i fan motor current Ιρ, and the other flow controller is connected to the compressor measuring pressure _ electric material, the two temperature sensing if si, s2 and ratio The other side of the flow device ατι, σπ is connected to the energy-saving efficiency monitoring device (10) with the logic operation # IC (22) '6H avoidance operation 1c (22) will measure the temperature T1, T2 and current know, Ic Obtain the real-time EER value P of this air-conditioning device. M284847 In this embodiment, the energy saving efficiency monitoring device (20) is provided with a function input device (24), whereby a function corresponding to the air conditioning device can be provided to the logic IC (22) in advance to obtain the air conditioning device. The ideal EER value Q, the EER value P is compared with Q after obtaining the instant EER value p, and the energy efficiency monitoring device (20) is saved when P is lower than 8〇% (p < 〇叩) of q. The LED indicator (21A) lights the user to indicate that the EER value of the air conditioner has dropped below 8理想% of the ideal EER value. If the instantaneous EER value P of the air conditioning equipment is reduced to 7理想% (P<〇.7Q) of the ideal EER value Q, the energy saving monitoring device (2〇) will sound with the buzzer (2) to prompt the user to the air conditioner. The EER value of the device has been less than 7〇% of the ideal coffee value. Fang, Benbe, 4 need 'energy efficiency monitoring device (2 (7) can be connected to the central control equipment or other computers (21C), the instant coffee value of the air conditioning equipment is lower than the connection to the renewal of the desired Prompt effect. In other embodiments, in addition to the above-mentioned energy saving to energy efficiency ... J is connected to display - display (2 3) 放 original leather ▲ Du set (2 〇) for displaying the source efficiency monitoring device Various values. Second, the week is about the month. According to the creation of the energy efficiency monitoring device, as a measure of the standard, when the COP value can also be used as a measure, the empty COP value adjusts the structure of the energy M284847 device. As with this creation, it is only necessary to connect CT2 to the total power supply of the air-conditioning equipment, that is, the calculation formula of the c〇p value needs to be set in the money efficiency monitoring device to obtain the instantaneous COP value for comparison. In summary, the case The innovative structural design system includes two temperature sensors SI, S2, two current comparators CT1, CT2, and energy-saving efficiency monitoring devices with logic processing capability: display,,,, state, function input, and power supply, the two temperature The sensor S1, S2 is installed in the _σ of the air-conditioning equipment and the air outlet to separately set the temperature Tl of the two air outlets, Τ2, the handle ratio flow HCT1, 017 is divided into the fan motor and the Wei machine to The current values lF, Ic, the two temperatures and the values of the two current values are transmitted to the energy saving efficiency monitoring device for calculation, and the instant coffee value of the device is given, and the ideal EER value of the original waste slave is used as a reference. If it is lower than a certain ratio of the ideal EER value, the user must be tested to prevent the user from using the air-conditioning equipment, and the energy and money are wasted due to the user's undetectable pollution. Therefore, the description of the "availability of money" should be undoubtedly 'except the other'. The feature technology exposed in the case of this case has not been seen in publications before the application, nor has it been used publicly. The fact that there is a function as described above is more indispensable _ plus effect, therefore, the "novelty" and "progressiveness" of this creation have been in compliance with patent regulations, and Mai applied for a new patent, praying M284847 - [Simple description of the diagram] The first figure shows the working diagram of the conventional air conditioning equipment; The second figure shows the energy saving efficiency monitoring device according to the creation; And • Figure 3, which shows the air conditioning unit with the energy saving control device of this creation. [Main component symbol description] 1,11 Compressor 22 Logic 1C 2,12 Condenser 23 Display 3,13 Expansion valve 24 Function input device 4,14 Evaporator 25 Power supply 5 > 15 Fan motor Sl, S2 Temperature sensor 20 Energy efficiency monitoring device CT1, CT2 Current comparator 21 Warning device 21A LED warning light 21B Buzzer 21C Central control system