1 |
一种快速实现制冷、制热切换的整体式地源热泵系统 |
CN201510117883.9 |
2015-03-15 |
CN104697244A |
2015-06-10 |
杨石县; 张军; 梁忠 |
本发明涉及一种快速实现制冷、制热切换的整体式地源热泵系统,属于节能环保技术领域,该系统装置包括由冷凝器和蒸发器构成的热泵机组主体,连接冷凝器、蒸发器的进口、出口接管管道、4个电动三通阀、2台循环泵、控制线、以及电动阀控制器;其中,冷凝器进口接管管道通过电动阀与循环泵,蒸发器入口相连通及循环泵,冷凝器入口相连通;冷凝器出口接管管道通过电动三通阀与冷凝器出口、蒸发器出口相连通;蒸发器出口接管管道通过电动三通阀与蒸发器出口、冷凝器出口相连通;蒸发器进口接管管道通过电动三通阀与循环泵,蒸发器入口相连通及循环泵,冷凝器入口相连通。本发明结构紧凑,安装快,故障率低,使用效果良好。 |
2 |
一种冷热源综合利用方法 |
CN201510070584.4 |
2015-02-06 |
CN104633989A |
2015-05-20 |
黄琴 |
本发明公开了一种冷热源综合利用方法。它包括热泵电汽水锅炉产生的液态空气源、蒸汽源、热水源、供热装置、供冷热回收装置,液态空气源与供冷回收装置相连,蒸汽源和热水源与供热装置相连;所述的供热装置、供冷热回收装置还可以与太阳能供电装置或污水源热泵相连,所述的供热装置还可以与散热器或污水源热泵相连。本发明采用高温制冷,低温制冷的原理,实现精确分级供热供冷,能够实现节能减排,大大节约了材料及空间。 |
3 |
一种搅拌制冷装置 |
CN201310618255.X |
2013-11-26 |
CN104676950A |
2015-06-03 |
杜录贤 |
一种搅拌制冷装置,包括壳体,壳体的上部和下部分别设有第一环形冷凝管和第二环形冷凝管,壳体的中部设有搅拌杆,搅拌杆上设有搅拌片,本发明通过两个环形冷凝管冷凝,同时,使用搅拌杆上的搅拌片搅拌,因此,冷凝效果好。 |
4 |
一种丙烯闪蒸制冷工艺 |
CN201410757912.3 |
2014-12-10 |
CN104534709A |
2015-04-22 |
王同宝; 孙火艳; 庞睿; 郭强; 胡有元; 李峰; 王立成; 冯亮杰; 陈文哲; 胡力; 张吉辉 |
本发明涉及一种丙烯闪蒸制冷工艺,其特征在于包括下述步骤:用户使用后循环回来的气相丙烯首先进入一段入口分离罐内,分离出液相后,从一级入口进入丙烯压缩机进行压缩;从丙烯压缩机出来的气相丙烯分为五股,前四股分别送去四个防喘振管线,第五股送至冷却器内冷却成液相丙烯后依次进行三级闪蒸,闪蒸得到的气相丙烯分别进入丙烯压缩机的二至四级入口,液相丙烯过冷后送去用户使用。本发明能够提高压缩机的效率,减小压缩机的做功,降低循环水使用量,同时避免了闪蒸气一次性均减压至低压所导致的高功耗,提高液相丙烯出界区的过冷度,减少制冷系统的丙烯使用量,从而减少压缩机一段入口气相丙烯的量,减少压缩机的功耗,节能降耗效果显著。 |
5 |
宽温区特种空调 |
CN201510018720.5 |
2015-01-14 |
CN104534707A |
2015-04-22 |
孙英; 汪长江; 赵贝 |
本发明公开了一种宽温区特种空调,包括有压缩机、蒸发风机、蒸发器、膨胀阀、过滤器、储液器、冷凝器和冷凝风机,从储液器的出口引出管道,并依次连接过滤器、膨胀阀、蒸发器、压缩机和冷凝器后,接入储液器的进口,组成封闭的制冷系统,制冷系统中流通有由中温制冷剂R22和高温制冷剂R142b按照一定配比混合形成的非共沸制冷剂;压缩机、蒸发风机和冷凝风机通过导线接入外置的控制系统,组成空调控制系统。本发明结构简单,采用由中温制冷剂R22和高温制冷剂R142b按照一定配比混合形成的非共沸制冷剂,实现了空调制冷系统在20~75℃宽温区能够正常制冷,高温时制冷量的最大衰减小于15%,并且保持可靠的工作性能和稳定的制冷量输出。 |
6 |
Cooling devices and methods for use with electric submersible pumps |
US14540882 |
2014-11-13 |
US09394917B2 |
2016-07-19 |
Todd A. Jankowski; Dallas D. Hill |
Cooling devices for use with electric submersible pump motors include a refrigerator attached to the end of the electric submersible pump motor with the evaporator heat exchanger accepting all or a portion of the heat load from the motor. The cooling device can be a self-contained bolt-on unit, so that minimal design changes to existing motors are required. |
7 |
COOLING DEVICES AND METHODS FOR USE WITH ELECTRIC SUBMERSIBLE PUMPS |
US14540882 |
2014-11-13 |
US20150068230A1 |
2015-03-12 |
Todd A. Jankowski; Dallas D. Hill |
Cooling devices for use with electric submersible pump motors include a refrigerator attached to the end of the electric submersible pump motor with the evaporator heat exchanger accepting all or a portion of the heat load from the motor. The cooling device can be a self-contained bolt-on unit, so that minimal design changes to existing motors are required. |
8 |
Cooling devices and methods for use with electric submersible pumps |
US13655328 |
2012-10-18 |
US08899054B2 |
2014-12-02 |
Todd A. Jankowski; Dallas D. Hill |
Cooling devices for use with electric submersible pump motors include a refrigerator attached to the end of the electric submersible pump motor with the evaporator heat exchanger accepting all or a portion of the heat load from the motor. The cooling device can be a self-contained bolt-on unit, so that minimal design changes to existing motors are required. |
9 |
COOLING DEVICES AND METHODS FOR USE WITH ELECTRIC SUBMERSIBLE PUMPS |
US13655328 |
2012-10-18 |
US20130091878A1 |
2013-04-18 |
Todd A. Jankowski; Dallas D. Hill |
Cooling devices for use with electric submersible pump motors include a refrigerator attached to the end of the electric submersible pump motor with the evaporator heat exchanger accepting all or a portion of the heat load from the motor. The cooling device can be a self-contained bolt-on unit, so that minimal design changes to existing motors are required. |
10 |
COOLING DEVICES AND METHODS FOR USE WITH ELECTRIC SUBMERSIBLE PUMPS |
EP12841900.9 |
2012-10-18 |
EP2769099A1 |
2014-08-27 |
JANKOWSKI, Todd, A.; HILL, Dallas, D. |
Cooling devices for use with electric submersible pump motors include a refrigerator attached to the end of the electric submersible pump motor with the evaporator heat exchanger accepting all or a portion of the heat load from the motor. The cooling device can be a self-contained bolt-on unit, so that minimal design changes to existing motors are required. |
11 |
COOLING DEVICES AND METHODS FOR USE WITH ELECTRIC SUBMERSIBLE PUMPS |
EP12841900 |
2012-10-18 |
EP2769099A4 |
2015-07-22 |
JANKOWSKI TODD A; HILL DALLAS D |
|
12 |
매트용 냉각부재 |
KR2020070007491 |
2007-05-07 |
KR2020080005293U |
2008-11-12 |
김성환 |
본 고안은, 기존의 물 순환용 매트에 부가적으로 연결하여, 튜브 내를 순환하는 물을 냉각시켜 주는 냉각부재에 관한 것이다.
본 고안의 매트용 냉각부재는, 내부 수용공간(R)을 갖는 주머니 형상의 몸체(21)와; 몸체(21)에 일측단부가 각각 연결된 한 쌍의 튜브연결관(22)과; 몸체(21)의 내부에 내장되며 반복 사용 가능한 밀봉 냉각팩(23)으로 구성된다.
본 고안의 매트용 냉각부재는, 겨울철에 난방용으로 사용하는 기존의 온수 순환용 매트에 부가적으로 연결하여 여름철 냉방용 매트로도 사용 가능한 장점이 있다.
매트, 물 순환, 냉각팩 |