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序号	专利名	申请号	申请日	公开（公告）号	公开（公告）日	发明人
1	一种机房热管蓄冷耦合的应急制冷系统及方法	CN201510291858.2	2015-06-01	CN104864625A	2015-08-26	孙小琴; 周祺; 张泉; 翟志强; 柴宁; 廖曙光; 冯树生; 危思
本发明公开了一种机房热管蓄冷耦合的应急制冷系统及方法，该包括两大部分：用于排出机房内热量的冷凝端机柜和用于吸收机房内热量的蒸发端机柜。所述冷凝端机柜包括压缩机、冷凝器、毛细管、蓄冷装置、第一电磁阀和连接上述机构的管道组成的循环蓄冷回路。所述蒸发端机包括换热器、第二电磁阀，蒸发端机柜与冷凝端机柜蓄冷装置通过分离式热管相连组成工质循环放冷回路。该发明在市电断电时，利用蓄冷装置提供的冷量维持制冷系统正常工作，保证服务器的正常运行。整个系统装置结构简单，环境友好，节能可靠。
2	带球型泄压阀的液压旁路的控温工业制冷装置	CN201610512452.7	2016-06-30	CN106152634A	2016-11-23	黄晓军
本发明涉及的一种带球型泄压阀的液压旁路的控温工业制冷装置，它包括一根液压油输送管路，该液压油输送管路上从液压油进油口至液压油出油口之间依次设置有液压油输送管路输送泵、散热器、管式加热器和换热装置，散热器的一侧设置有散热风机，所述换热装置的冷却出口至冷却进口之间的冷却管路上依次设置有气液分离器、压缩机、冷凝器、储液器、干燥过滤器、冷却管路电磁阀以及节流装置，压缩机至冷凝器之间的冷却管路和节流装置至换热装置之间的冷却管路之间设置有一个冷却管路旁通阀；散热器两端的油路上并联设置有球型泄压阀。本发明具有可靠度高，不易损坏，保证系统稳定运行的优点。
3	制冷装置	CN201610613814.1	2016-07-28	CN106052217A	2016-10-26	吴延平; 杨国用; 梅佩佩
本发明公开了一种制冷装置，包括：压缩机、室外换热器、室内换热器和回热换热器，压缩机包括第一气缸和第二气缸，第一气缸设有第一吸气通道，第二气缸设有第二吸气通道，第一气缸的排气容积V1和第二气缸的排气容积V2之间满足如下关系：V2/V1≤0.3；室内换热器的第一端与第一吸气通道相连；回热换热器包括第一换热通道和第二换热通道，第一换热通道的入口端与室外换热器的第二端之间串联有第一节流元件，第一换热通道的出口端与第二吸气通道相连，第二换热通道的入口端与室外换热器的第二端相连，第二换热通道的出口端与室内换热器的第二端之间串联有第二节流元件。根据本发明的制冷装置，可以有效地提高制冷装置的性能。
4	Heat pump water heater appliance	US14495261	2014-09-24	US09518761B2	2016-12-13	Christopher Bryan Rissler; Jonathan D. Nelson; Noel Gabriel Aguilar; Alan George Constance
The present subject matter provides a heat pump water heater appliance with a mounting assembly for coupling a compressor to a plate within a casing of the heat pump water heater appliance. The mounting assembly includes a post that extends through a foot of the compressor and a fastener that extends through the bracket and the plate into the post in order to secure the bracket and the post together. A nut is threaded onto the post in order to secure the post and the foot of the compressor together.
5	Systems and Methods for Natural Gas Liquefaction Capacity Augmentation	US14763290	2014-06-19	US20160109178A1	2016-04-21	Guang-Chung Lee; Sudhir Golikeri
Systems and methods for natural gas liquefaction capacity augmentation using supplemental cooling systems and methods to improve the efficiency of a liquefaction cycle for producing liquefied natural gas (LNG).
6	HEAT PUMP WATER HEATER APPLIANCE	US14495261	2014-09-24	US20160084525A1	2016-03-24	Christopher Bryan Rissler; Jonathan D. Nelson; Noel Gabriel Aguilar; Alan George Constance
The present subject matter provides a heat pump water heater appliance with a mounting assembly for coupling a compressor to a plate within a casing of the heat pump water heater appliance. The mounting assembly includes a post that extends through a foot of the compressor and a fastener that extends through the bracket and the plate into the post in order to secure the bracket and the post together. A nut is threaded onto the post in order to secure the post and the foot of the compressor together.
7	Systems and methods for natural gas liquefaction capacity augmentation	US14763290	2014-06-19	US09557102B2	2017-01-31	Guang-Chung Lee; Sudhir Golikeri
Systems and methods for natural gas liquefaction capacity augmentation using supplemental cooling systems and methods to improve the efficiency of a liquefaction cycle for producing liquefied natural gas (LNG).
8	Systems and Methods for Natural Gas Liquefaction Capacity Augmentation	US14808620	2015-07-24	US20150330705A1	2015-11-19	Guang-Chung Lee; Sudhir Golikeri
Systems and methods for natural gas liquefaction capacity augmentation using supplemental cooling systems and methods to improve the efficiency of a liquefaction cycle for producing liquefied natural gas (LNG).
9	REFRIGERANT CYCLE WITH AN EJECTOR	EP16163327.6	2016-03-31	EP3225939A1	2017-10-04	Nguyen, Dr. Minh
The present invention relates to a refrigerant cycle which can efficiently run at part-load and/or low-heat-load. The refrigerant cycle includes an ejector which can use high-pressure hot-gas to pre-compress refrigerant vapour leaving from an evaporator as a first compression stage before passing this pre-compressed vapour to a main compressor for a second compressed stage.
10	SYSTEMS AND METHODS FOR NATURAL GAS LIQUEFACTION CAPACITY AUGMENTATION	PCT/US2014043183	2014-06-19	WO2014205216A2	2014-12-24	LEE GUANG-CHUNG; GOLIKERI SUDHIR
Systems and methods for natural gas liquefaction capacity augmentation using supplemental cooling systems and methods to improve the efficiency of a liquefaction cycle for producing liquefied natural gas (LNG).

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