摘要：【中文】本申请提供一种压缩机、空调器，包括静盘和第一消音器，所述第一消音器扣设在所述静盘上，所述第一消音器上设置有第一通道，所述静盘上设置有第二通道，所述第一通道与所述第二通道相连通，形成补气通道，所述补气通道与所述压缩机的压缩腔相连通，所述补气通道的流通路径上设置有缓冲腔。本申请的实施例中所提供的一种压缩机，能够减小补气时在补气通道内形成的气流脉动，进而减小补气时所产生的噪音。 【EN】The application provides a compressor, air conditioner, including quiet dish and first muffler, first muffler is detained and is established quiet dish is last, be provided with first passageway on the first muffler, be provided with the second passageway on the quiet dish, first passageway with the second passageway is linked together, forms the tonifying qi passageway, the tonifying qi passageway with the compression chamber of compressor is linked together, be provided with the cushion chamber on the circulation route of tonifying qi passageway. The compressor provided in the embodiment of the application can reduce the airflow pulsation formed in the air supply channel during air supply, and further reduce the noise generated during air supply.

摘要：【中文】本申请提供一一种冷媒循环系统，包括：压缩机、喷气增焓系统和喷液系统；喷气增焓系统用于引导气态增焓冷媒通过补气口进入压缩腔；喷液系统用于引导液态冷却冷媒通过喷液口进入压缩腔；补气口位置处的压缩腔内的气体压力为P1；喷液口位置处的压缩腔内的气体压力为P2；其中P1≠P2。根据本申请的冷媒循环系统以及具有其的空调器，压缩机补气口和补液口的位置处的压力不同，可以有效的提高涡旋压缩机进行补气或者喷液效果。 【EN】The application provides a refrigerant circulation system, includes: the system comprises a compressor, an enhanced vapor injection system and a liquid spraying system; the enhanced vapor injection system is used for guiding a gaseous enhanced vapor refrigerant to enter the compression cavity through the gas supplementing port; the liquid spraying system is used for guiding the liquid cooling refrigerant to enter the compression cavity through the liquid spraying port; the gas pressure in the compression chamber at the location of the make-up port is P1; the gas pressure in the compression cavity at the position of the liquid spraying port is P2; where P1 ≠ P2. According to the refrigerant circulation system and the air conditioner with the same, the pressure at the positions of the air supplementing port and the liquid supplementing port of the compressor is different, and the air supplementing or liquid spraying effect of the scroll compressor can be effectively improved.

摘要：【中文】本发明提供一种压缩泵体冷却结构、空气压缩机。其中压缩泵体冷却结构，包括相互匹配形成压缩部的动涡盘、静涡盘，动涡盘背离静涡盘的一侧设有端盖，端盖上设有容纳孔，曲轴穿行容纳孔与动涡盘驱动连接，容纳孔中具有第一齿轮、第二齿轮，第一齿轮套装于曲轴上且与第二齿轮齿啮合形成齿轮泵结构，容纳孔用于容纳冷却液，齿轮泵结构能够将容纳孔中的冷却液泵送至静涡盘处以冷却静涡盘。本发明提供的一种压缩泵体冷却结构、空气压缩机，利用泵体曲轴上的第一齿轮与端盖空腔内的第二齿轮啮合形成齿轮泵结构泵送冷却介质在端盖与静涡盘之间形成循环，使压缩机的结构更为紧凑，利于压缩机小型化轻质化设计。 【EN】The invention provides a compression pump body cooling structure and an air compressor. The compression pump body cooling structure comprises a movable scroll disk and a fixed scroll disk which are matched with each other to form a compression part, wherein an end cover is arranged on one side of the movable scroll disk, which is far away from the fixed scroll disk, a containing hole is formed in the end cover, a crankshaft penetrates through the containing hole to be in driving connection with the movable scroll disk, a first gear and a second gear are arranged in the containing hole, the first gear is sleeved on the crankshaft and is meshed with gear teeth of the second gear to form a gear pump structure, the containing hole is used for containing cooling liquid, and the gear pump structure can pump the cooling liquid in the containing hole to the. According to the compression pump body cooling structure and the air compressor, the first gear on the crankshaft of the pump body is meshed with the second gear in the cavity of the end cover to form the gear pump structure to pump cooling media to circulate between the end cover and the static scroll disk, so that the structure of the compressor is more compact, and the miniaturization and lightweight design of the compressor is facilitated.

摘要：【中文】本发明提供一种压缩机润滑油回流结构、压缩机。其中压缩机润滑油回流结构，包括外壳体，所述外壳体内设有上支架、曲轴，所述外壳体的底部设有底部油池，所述曲轴可旋转的连接于所述上支架上，所述上支架上构造有储油腔，所述储油腔用于对由所述曲轴从所述底部油池泵送而来的润滑油进行存储，所述储油腔上具有回油组件，所述回油组件包括回油管道，所述回油管道的一端处于所述储油腔内，另一端处于所述底部油池中的润滑油液面之下。本发明提供的一种压缩机润滑油回流结构、压缩机，能够有效减少润滑油回流流落过程中排气冷媒对润滑油的扰动，进而减少被排气冷媒裹挟的润滑油的量，从而保证底部油池中润滑油量的充足。 【EN】The invention provides a compressor lubricating oil backflow structure and a compressor. Wherein compressor lubricating oil backflow structure, including the shell body, be equipped with upper bracket, bent axle in the shell body, the bottom of shell body is equipped with bottom oil bath, the bent axle is rotatable connect in on the upper bracket, it has the oil storage chamber to construct on the upper bracket, the oil storage chamber be used for right by the bent axle is followed the lubricating oil that bottom oil bath pump sending came is saved, the oil storage chamber has the oil return subassembly, the oil return subassembly includes back oil pipe way, the one end that returns oil pipe way is in the oil storage intracavity, the other end is in under the lubricating oil liquid level in the bottom oil bath. The compressor lubricating oil backflow structure and the compressor provided by the invention can effectively reduce the disturbance of the exhaust refrigerant to the lubricating oil in the process of lubricating oil backflow and flow, and further reduce the amount of the lubricating oil wrapped by the exhaust refrigerant, so that the sufficient amount of the lubricating oil in the bottom oil pool is ensured.

摘要：【中文】本发明提供了一种油路结构及具有其的压缩机，该油路结构包括壳体、静涡旋盘以及上支架，该油路结构通过设置节流通道并使该节流通道与设置在静涡旋盘上的静盘油通道连通，以使节流通道内的润滑油能够进入静盘油通道；并且，该节流通道是通过设置在上支架上的第一配合部和设置在壳体上的第二配合部的相互配合所形成的，即在第一配合部和第二配合部的结构配合作用下，能够对流经节流通道的油量起到控制作用，以防止过多的润滑油进入静涡旋盘；这种控制油量的方式避免了在上支架内部设置多个油孔并在油孔内设置节流螺钉，故使得上支架的加工难度降低，进而降低了压缩机的加工难度，解决了现有技术中的压缩机加工难度较大的问题。 【EN】The invention provides an oil circuit structure and a compressor with the same, wherein the oil circuit structure comprises a shell, a fixed scroll and an upper bracket, and the oil circuit structure is provided with a throttling channel and enables the throttling channel to be communicated with a fixed scroll oil channel arranged on the fixed scroll so as to enable lubricating oil in the throttling channel to enter the fixed scroll oil channel; the throttling channel is formed by the mutual matching of a first matching part arranged on the upper support and a second matching part arranged on the shell, namely, under the structural matching action of the first matching part and the second matching part, the throttling channel can control the oil quantity flowing through the throttling channel so as to prevent excessive lubricating oil from entering the fixed scroll; the mode of this kind of control oil mass has avoided setting up a plurality of oilholes and set up the throttle screw in the oilhole in upper bracket inside, so make the processing degree of difficulty of upper bracket reduce, and then reduced the processing degree of difficulty of compressor, solved the great problem of the compressor processing degree of difficulty among the prior art.

摘要：【中文】本申请提供一种涡旋压缩机，包括静涡盘和动涡盘；静涡盘和动涡盘互相啮合以形成压缩腔；静涡盘上设置有用于将压缩腔内气体排出的排气孔；排气孔包括第一排气孔和第二排气孔；以第一排气孔打开，第二排气孔关闭为第一排气状态；以第一排气孔关闭、第二排气孔打开为第二排气状态；涡旋压缩机在第一排气状态和第二排气状态的压缩比不同；涡旋压缩机还包括切换机构，切换机构用于使涡旋压缩机在第一排气状态和第二排气状态之间切换。根据本申请的涡旋压缩机以及具有其的空调器，使得涡旋压缩机内压比与系统实际需求压力比匹配，避免附加功耗，提升涡旋压缩机能效，提升空调系统节能效果。 【EN】The application provides a scroll compressor, which comprises a static scroll and a movable scroll; the fixed scroll and the movable scroll are engaged with each other to form a compression chamber; the static vortex disc is provided with an exhaust hole for exhausting gas in the compression cavity; the exhaust holes comprise a first exhaust hole and a second exhaust hole; the first exhaust hole is opened, and the second exhaust hole is closed to be in a first exhaust state; the first exhaust hole is closed, and the second exhaust hole is opened to form a second exhaust state; the compression ratio of the scroll compressor in the first exhaust state is different from that in the second exhaust state; the scroll compressor further includes a switching mechanism for switching the scroll compressor between a first discharge condition and a second discharge condition. According to the scroll compressor and the air conditioner with the same, the internal pressure ratio of the scroll compressor is matched with the actual demand pressure ratio of the system, additional power consumption is avoided, the energy efficiency of the scroll compressor is improved, and the energy-saving effect of the air conditioning system is improved.