TWM590232U - Cooling chip conduction cold air heat pump - Google Patents

Abstract

一種冷熱氣機(熱泵)，主要結合高熱傳導效率均溫板、致冷晶片、散熱塔、風扇、溫度控制器、隔熱棉、插銷殼、水箱，所組合而成新的結構體，可使用在冷氣及熱水的製造機，或倒置致冷晶片可變成暖風製造機，如此，隨插即用之傳導式冷熱機。以達到所需之水溫或氣溫的要求舒適感。 A cold and hot air machine (heat pump), mainly combined with high heat transfer efficiency temperature equalizing plate, cooling chip, cooling tower, fan, temperature controller, thermal insulation cotton, latch shell, water tank, combined into a new structure, which can be used In the cold air and hot water manufacturing machine, or the inverted cooling chip can be turned into a warm air manufacturing machine, so, a plug-and-play conductive cooling and heating machine. In order to achieve the required comfort of water temperature or air temperature.

Description

致冷晶片傳導式冷氣熱泵機 Refrigeration wafer conduction type cold air heat pump machine

本創作係新型機器，尤指一種可用以透過高傳導熱方式，配合透過致冷晶片冷熱之轉換，產生熱泵效果，可以同時產生冷氣及熱水之裝置。 This creation is a new type of machine, especially a device that can be used to generate heat pump effect through the conversion of cold and heat through the cooling chip through high conduction heat, which can generate cold air and hot water at the same time.

家電的冷熱技術一直停留壓縮機冷氣，第一耗費大量耗費大量電能，更由於壓縮機冷氣體積龐大，無法方便攜帶或移動。市面上所賣的輕便微型冷氣無法有效降低冷風的溫度，以至於被認為是玩具而無法普及。 The hot and cold technology of home appliances has always stayed in the air conditioner of the compressor, the first consumes a lot of energy and a lot of electrical energy, and because of the large volume of the air conditioner in the compressor, it cannot be easily carried or moved. The portable mini air conditioners sold on the market cannot effectively reduce the temperature of the cold wind, so that they are considered as toys and cannot be popularized.

主要是透過致冷晶片與高熱傳導板的組合，讓傳導式冷熱水機，可以隨插即用，這樣可以方便使用。 Mainly through the combination of the cooling chip and the high thermal conductivity plate, the conductive cold and hot water machine can be plugged and used, which can be used conveniently.

主專利結構部分，照結構組合順序Main patent structure part, according to the structure combination order

(1)‧‧‧高熱傳導效率均溫板 (1)‧‧‧High heat conduction efficiency equalizing plate

(2)‧‧‧致冷晶片 (2) ‧‧‧cooling chip

(3)‧‧‧散熱塔 (3)‧‧‧cooling tower

(4)‧‧‧風扇 (4)‧‧‧Fan

(5)‧‧‧溫度控制器(或溫度開關) (5)‧‧‧Temperature controller (or temperature switch)

(6)‧‧‧隔熱棉 (6)‧‧‧Insulation cotton

(7)‧‧‧插銷殼 (7)‧‧‧Latch shell

(8)‧‧‧*** (8)‧‧‧Insert

(9)‧‧‧變壓器 (9)‧‧‧Transformer

(10)‧‧‧插電 (10)‧‧‧plug in

(11)‧‧‧風扇調速器 (11)‧‧‧Fan governor

(12)‧‧‧貼上或鎖上 (12)‧‧‧Paste or lock

(13)‧‧‧水箱 (13)‧‧‧Water tank

(14)‧‧‧注水孔 (14)‧‧‧Water injection hole

(15)‧‧‧水位 (15) ‧‧‧ water level

(16)‧‧‧製造冷氣 (16)‧‧‧Cooling

(17)‧‧‧製造熱水 (17)‧‧‧Manufacture of hot water

圖一為冷熱主機主體結構 Figure 1 is the main structure of the hot and cold host

圖二為微型冷氣及熱水產生器(熱泵) Figure 2 is a miniature air conditioner and hot water generator (heat pump)

銅(鋁)均溫板、隔熱膜、致冷晶片、散熱塔、風扇及溫度控制器及插銷殼，及水箱，八元件組合成一結構體，讓冷氣可以隨插即用，形成熱泵效果，同時產生冷氣與熱水。 Copper (aluminum) temperature equalization board, heat insulation film, cooling chip, heat sink, fan and temperature controller and latch shell, and water tank, eight components are combined into a structure, so that the cold air can be plugged and used, forming a heat pump effect, At the same time produce cold air and hot water.

主結構體為高熱傳導均溫板，採用均溫板設計，主要其高傳導可以將熱散去，以至於冷氣出風口可以創造出低於室溫3~5度，若加入冰塊於水中，更可以讓冷氣出風口降溫6~10度，設計的微型冷氣可以使用半小時到一小時，產生的四公升熱水可供洗澡洗臉使用。導熱均溫板***插銷殼在水箱使用時，設計微傾斜揚角，如此順著熱上升原理，可讓導熱板將熱導入水中效率提升，而導熱均溫板暴露空氣中部份，除預留給致冷晶片空間，並透過背板及螺絲接合散熱塔，緊密連結在一起，其餘表面用EVA隔熱棉(6)包覆，以防冷熱能外洩，讓冷熱能盡量只存在導熱板上流動。溫度自動控制器(溫度開關)(5)，貼在水箱上，可以自動化簡單控制水體之升溫，及達到一定水溫自動斷電，溫度開關(5)可置於DC直流電位置，如第二圖展示，或AC交流電處，如第一圖展示。插銷殼採用防水高導熱金屬，固定方式將插銷殼(7)***水箱後，在與水箱連結部分用矽利康封住，如此，機器主體即可***使用，並將溫度開關貼(或鎖)在水箱邊上。若不使用插銷殼設計，也可以製造成主機固定式熱泵，只要將機器主體導熱均溫板部分***水箱中，在水箱接觸緣用矽利康封住即可。而水箱(12)材質可選擇比較保溫效果的壓克力或塑膠。若要製熱風並產生冷水，只要將致冷晶片倒置即可，形成熱風主機。至於含有銅管之散熱塔(與風扇)，可設計180度反轉向下，讓銅管之熱上升及冷下降更有效率。 The main structure is a high heat conduction temperature equalizing plate, which is designed with a temperature equalizing plate. The main high heat conduction can dissipate the heat, so that the cold air outlet can create 3 to 5 degrees below room temperature. If ice is added to the water, It can also cool the air outlet of the air conditioner by 6-10 degrees. The designed micro air conditioner can be used for half an hour to an hour. The four liters of hot water generated can be used for bathing and washing the face. When the heat conduction temperature equalization board is inserted into the plug shell, when the water tank is used, the design is slightly tilted, so the heat rise principle can allow the heat conduction plate to introduce heat into the water, and the heat conduction temperature equalization plate is exposed to the air, except for the reserved part Provide space for the cooling chip, and connect the heat dissipation tower through the back plate and screws, tightly connected together, and the other surfaces are covered with EVA insulation cotton (6) to prevent the leakage of cold and heat energy, so that the cold and heat energy can only exist on the heat conduction plate flow. The temperature automatic controller (temperature switch) (5), attached to the water tank, can automatically and simply control the temperature rise of the water body, and automatically power off when a certain water temperature is reached. The temperature switch (5) can be placed in the DC position, as shown in the second figure Display, or AC power, as shown in the first picture. The plug shell is made of waterproof and high thermal conductivity metal. After the plug shell (7) is inserted into the water tank in a fixed manner, the connecting part with the water tank is sealed with Silicone, so that the main body of the machine can be inserted and used, and the temperature switch is attached (or locked) to On the edge of the water tank. If you don't use the bolt shell design, you can also manufacture a fixed heat pump of the host. Just insert the thermally conductive plate of the main body of the machine into the water tank, and seal it with silicone on the contact edge of the water tank. The material of the water tank (12) can be selected from acrylic or plastic, which have a comparative insulation effect. To produce hot air and produce cold water, simply turn the cooling chip upside down to form a hot air host. As for the heat dissipation tower (and fan) containing copper tubes, it can be designed to reverse 180 degrees to make the heat rise and cold fall of the copper tubes more efficient.

(1)‧‧‧超高熱傳導效率均溫板 (1)‧‧‧Ultra-high heat conduction efficiency equalizing plate

(2)‧‧‧致冷晶片 (2) ‧‧‧cooling chip

(3)‧‧‧散熱塔 (3)‧‧‧cooling tower

(4)‧‧‧風扇 (4)‧‧‧Fan

(5)‧‧‧溫度控制器(或溫度開關) (5)‧‧‧Temperature controller (or temperature switch)

(6)‧‧‧隔熱棉 (6)‧‧‧Insulation cotton

(7)‧‧‧插銷殼 (7)‧‧‧Latch shell

(8)‧‧‧水箱 (8)‧‧‧Water tank

Claims (1)

一種致冷晶片冷氣熱泵結構，包含：一高熱傳導效率均溫板，可部分直接插於水箱中降溫或升溫使用，以及；一致冷晶片，其一面緊密連結高熱傳導效率均溫板，以及；一散熱塔，其一面緊密結合致冷晶片的另一面，以及；一風扇，螺絲鎖緊在散熱塔上，並將風吹向散熱塔，以及；一溫度開關，其感應器連結水箱體，可以自動控制所需溫度，以及；一隔熱棉，將暴露空氣中的導熱板表面，全部包覆起來，以免冷或熱外洩，以及；一插銷殼，可讓導熱板***，並均勻導熱入水中，以及；一水箱，可裝入室溫水或低溫水，在使用後可更換新水；一變壓器，主要將110V或220V交流電，降壓轉變為12V以供致冷晶片或風扇及溫度控制器之電源使用，以及；一風扇調速器，連結風扇，調整風量大小來控制風的溫度及吹出距離。 A cooling chip cold air heat pump structure includes: a high heat conduction efficiency temperature equalizing plate, which can be directly inserted into a water tank to cool or raise the temperature, and; a uniform cold wafer, one side of which is closely connected with a high heat conduction efficiency equalizing plate, and; One side of the cooling tower is closely combined with the other side of the cooling chip, and; a fan, the screw is locked on the cooling tower, and the wind is blown toward the cooling tower, and; a temperature switch, the sensor of which is connected to the water tank body, can be automatically controlled The required temperature, and; a thermal insulation cotton, covering the surface of the heat conductive plate exposed to the air, to avoid cold or heat leakage, and; a pin shell, which allows the heat conductive plate to be inserted and conduct heat evenly into the water, And; a water tank, which can be filled with room temperature water or low temperature water, and can be replaced with new water after use; a transformer, which mainly converts 110V or 220V alternating current and step-down voltage to 12V for cooling chips or fans and temperature controllers The use of power supply; and; a fan speed controller, connected to the fan, adjust the air volume to control the temperature of the wind and the blowing distance.

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