本发明涉及一种带电子制冷的直饮机。
The invention relates to an instant drinking machine with electronic refrigeration.
采用该散热器，可以使电子制冷产品适应更高的环境温度下工作。
This radiator allows electronic cooling products to function under higher ambient temperature.
电子制冷主动排风扇，散热更好，制冷效果更佳，2米超长安全三项插头。
Better electronic cooling fan, radiator, cooling effect is better, 2 meters long security three plugs.
当前所有的常规电子产品都采用通常代价不菲的制冷方法以屏蔽高温。
All of today's conventional electronics are shielded from high temperatures by often-costly cooling methods.
一个电子检漏器能够发现任何由于氮气压强升高而被挤出的制冷剂或汽油残渣。
An electronic leak detector may find any residual traces of refrigerant or oil forced out by the increased pressure of the nitrogen.
公司主要客户包括三星电子、LG、巴西恩布拉科、艾默生、美的、正泰、长虹、海尔、钱江制冷等国内外知名企业。
The company mainly clients including Samsung, LG, Brazil Embraco, Emerson, beautiful, peaceful, Changhong, Haier, Qianjiang refrigeration and other well-known enterprises at home and abroad.
在适当的应用条件下热电制冷是一种有效的电子设备冷却方法。
Thermoelectric refrigeration is an effective electronics cooling method in proper applied condition.
在适当的应用条件下，热电制冷是一种有效的电子设备冷却方法。
Thermoelectric refrigeration is an efficient electronics cooling method under proper application conditions.
理想的泵制冷剂的解决方案适用于周围皆电子设备的场所，没有水进入房间的疑虑。
Pumped refrigerant solutions are ideal for use around electronic equipment. No water into the room.
进而介绍了利用这两个方程在电子计算机上进行溴化锂吸收式制冷循环热力计算的方法。
The method for using the two equations to calculate the thermodynamic characteristics of an LiBr absorption refrigeration cycle is introduced.
现公司主要致力于电子产品、太阳能产品、制冷设备的开发及销售。
The company is committed to electronic products, solar energy products, refrigeration equipment development and sales.
在对电子膨胀阀的特性及制冷系统的运行规律的认真分析基础之上，设计了变频压缩机的精准在线控制。
Basing on analyzing the characteristic of EEV and running rule of refrigerating system in detail, it designs precise online control of inverter compressor.
电子设备制造商使用氯氟化碳清洗金属，并且一般都利用氯氟化碳作为制冷剂和制造泡沫绝缘材料。
Electronic equipment manufacturers use CFC's to clean metal, and CFC's are commonly used as refrigerants and to make foam insulation.
各种各样的小尺寸斯特林制冷器是商用任务，如冷却的电子感应器，有时微处理器。
A wide variety of smaller size Stirling cryocoolers are commercially available for tasks such as the cooling of electronic sensors and sometimes microprocessors.
通过比较指出：动力涡轮驱动的逆升压式空气循环制冷系统是适用于电子设备吊舱冷却的有效方案之一。
The cooling system of reverse bootstrap air cycle driven by powered turbine can be used for cooling the avionics pods.
本产品广泛用于制冷、电子灯泡行业、 印刷、制冷、食品包装、医疗、仪器化工等行业。
This product is widely adopted in such industries as cooling, electronic bulbs, printing, food packaging, medical treatment, instruments, and chemical engineering etc.
微型斯特林制冷机可广泛应用于气象、军事、航空航天、低温电子学、低温医学等领域。
Micro-stirling cryocooler can be extensively applied in many territories, such as weather, military, aviation, low temperature electronics, the low temperature medical science and so on.
电制冷半导体探测器；分辨率：165 ？10电子伏特。
Semiconductor detector cooled by electricity; Energy resolution: 165? 10ev.
窄缝通道具有结构紧凑、换热温差低等优点，因此该无源强化传热技术被广泛应用在微电子、低温制冷、化工及其航空航天等领域。
Heat transfer in narrow channel has lots of advantages such as compact structure, low heat transfer temperature difference and high efficiency and so on.
基于异质结结构热电子发射的热电制冷，是近年来提出的一种高效制冷方法。
The thermionic emission cooling employing hetero structure is a high efficient cooling method.
该装置还包括用于控制制冷装置（1）的电子控制系统（8）、和用于照亮存放隔间（4）的至少一个光源（9）。
The device also comprises an electronic control system (8) for controlling the refrigeration device (1) and at least one light source (9) for illuminating the storage compartment (4).
电子装置安装于储液器以将热量从电子装置传递到置于储液器内的制冷剂，从而冷却电子装置。
The electronics are mounted to the accumulator to transfer heat from the electronics to the refrigerant located within the accumulator to cool the electronics.
试验表明：使用电子膨胀阀对比使用热力膨胀阀，机组的制冷量提高11.4%以上、COP提高9.6%以上。
The experimental result shows that using electronic expansion valve instead of thermal expansion valve, the cooling capacity increases by 11.4%, COP increases 9.6%.
试验表明：使用电子膨胀阀对比使用热力膨胀阀，机组的制冷量提高11.4%以上、COP提高9.6%以上。
The experimental result shows that using electronic expansion valve instead of thermal expansion valve, the cooling capacity increases by 11.4%, COP increases 9.6%.
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