Static scroll plate component, scroll compressor and refrigeration equipment

A scroll compressor and stationary scroll technology, applied in the field of compressors, can solve the problems of loud noise, backflow, enthalpy increase pipeline 210' and the rupture of the throttle valve plate, etc. The effect of improving heating capacity and reducing temperature

Active Publication Date: 2020-11-20
GUANGDONG MEIZHI COMPRESSOR
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] However, since the positions of the enthalpy-increasing nozzle 112' and the enthalpy-increasing passage 120' arranged on the fixed scroll assembly 100' are fixed, the pressure in the compression chamber 240' communicated with the enthalpy-increasing nozzle 112' is As the rotation of the crankshaft changes periodically, and with the movement of the movable scroll 230', the compression chamber 240' communicates and closes periodically with the enthalpy-increasing pipeline 210', causing refrigerant gas to flow in through the enthalpy-increasing pipeline 210' The process of the scroll compressor 200' is actually in a pulsating form
When the enthalpy-increasing pressure is higher than the pressure inside the compression chamber 240', the enthalpy-increasing airflow is injected into the compression chamber 240' to achieve the effect of supplementing air; but when the enthalpy-increasing pressure is lower than the pressure inside the compression chamber 240', the airflow in the compression chamber 240' back into the enthalpy-increasing pipeline 210', forming a backflow phenomenon
Since the pressure in the compression chamber 240' changes periodically, air supplementation and backflow will occur alternately, resulting in a periodic pulsating flow effect, which will cause enthalpy-increasing pipeline 210' and the throttle valve, etc. Periodic exciting force, when the frequency of the low-order exciting force is close to the low-order frequency of the enthalpy-increasing pipeline 210' and the throttle valve plate, it will cause the enthalpy-increasing pipeline 210' and the throttle valve plate to vibrate strongly, and Accompanied by the large noise, it may even cause the enthalpy increasing pipeline 210' and the throttle valve plate to break, seriously affecting the reliability of the scroll compressor 200'

Method used

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  • Static scroll plate component, scroll compressor and refrigeration equipment
  • Static scroll plate component, scroll compressor and refrigeration equipment
  • Static scroll plate component, scroll compressor and refrigeration equipment

Examples

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Embodiment 1

[0063] Such as Figure 4 , Figure 5 and Figure 6As shown, the embodiment of the first aspect of the present invention provides a fixed scroll assembly 100. The fixed scroll assembly 100 includes a disk body 110, an enthalpy increasing channel 120 and an enthalpy increasing nozzle 112, wherein the enthalpy increasing nozzle 112 and the enthalpy increasing nozzle 112 The enthalpy-increasing channel 120 is arranged on the disc body 110, and the enthalpy-increasing channel 120 is used to communicate with the enthalpy-increasing pipeline 210 of the scroll compressor 200, and the enthalpy-increasing nozzle 112 communicates with the compression channel 111 and the enthalpy-increasing channel 120, and the enthalpy-increasing channel 120 can Refrigerant gas is introduced from the refrigeration system into the compression chamber 240 of the scroll compressor 200 through the enthalpy-increasing pipeline 210 to realize the function of increasing enthalpy by gas injection. The gas volu...

Embodiment 2

[0069] On the basis of the first embodiment above, the second embodiment provides a fixed scroll assembly 100, wherein, as Figure 4 , Figure 5 and Figure 6 As shown, the fixed scroll assembly 100 also includes: suction port 114, which is arranged on the disk body 110; on the cross section of the disk body 110, the line connecting the center of the suction port 114 and the center of the disk body 110 is the first A connecting line M, the connecting line between the side of the enthalpy-increasing nozzle 112 away from the first connecting line M and the center of the disk body 110 is the second connecting line N, the angle between the first connecting line M and the second connecting line N α ranges from -60° to 50°. That is, on the cross-section of the disk body 110 , the arrangement position of the enthalpy increasing nozzle 112 relative to the suction port 114 is specifically defined. Wherein, the disk body 110 is provided with an air suction port 114, and the air sucti...

Embodiment 3

[0073] On the basis of Embodiment 1 or Embodiment 2 above, Embodiment 3 provides a fixed scroll assembly 100, wherein, as Figure 4 , Figure 5 and Figure 6 As shown, the fixed scroll assembly 100 also includes: a groove 116 arranged on the disk body 110; a worm gear 118 arranged in the groove 116, the worm gear 118 is in a spiral shape, and the groove of the worm gear 118 and the groove 116 A compression channel 111 is formed around the bottom, and an enthalpy increasing nozzle 112 is arranged in the compression channel 111 .

[0074] In this embodiment, the arrangement position of the enthalpy increasing nozzle 112 relative to the spiral tooth 118 is specifically limited. Wherein, a groove 116 and a worm gear 118 are arranged on the disc body 110, the worm gear 118 is helical and located in the groove 116, the worm gear 118 and the groove bottom of the groove 116 form a compression channel 111, and the enthalpy-increasing nozzle 112 is arranged in the compression channel...

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Abstract

The invention provides a static scroll plate component, a scroll compressor and refrigeration equipment. The static scroll plate component comprises a plate body provided with a compression channel; an enthalpy-increasing channel arranged on the plate body, wherein the enthalpy-increasing channel is used to communicate with an enthalpy-increasing pipeline of the scroll compressor, the enthalpy-increasing channel comprises a plurality of connecting sections, and a first included angle is formed between two adjacent connecting sections in the plurality of connecting sections; and an enthalpy-increasing nozzle, which is arranged on the plate body and communicates with the compression channel and the enthalpy-increasing channel. According to the static scroll plate component provided by the invention, the enthalpy-increasing channel includes the plurality of connecting sections, and the first included angle is formed between two adjacent connecting sections in the plurality of connecting sections, that is, when the refrigerant gas flows between the plurality of connecting sections, when the refrigerant gas enters from one connecting section to another connecting section connected to the refrigerant gas, a certain angle needs to be deflected, so that significant flow resistance can be generated to the reflux of the refrigerant gas, thereby effectively attenuating the pressure pulsation intensity in the enthalpy-increasing pipeline.

Description

technical field [0001] The invention relates to the technical field of compressors, in particular to a fixed scroll assembly, a scroll compressor and a refrigeration device. Background technique [0002] Scroll compressor is a new type of volumetric fluid machinery, mainly composed of dynamic and static scroll disks, crankshaft, bracket body, anti-rotation cross slip ring and other components. It is different from traditional reciprocating, rotor and screw compressors. Compared with the machine, it has many excellent characteristics such as fewer parts, high volumetric efficiency, continuous and stable compression process, and low vibration and noise. It is currently widely used in multi-connected air conditioners and heat pump systems. As the core equipment of the refrigeration system, the performance of the scroll compressor directly determines the heat exchange effect of the system. When the external environment temperature is constant, the traditional scroll compressor ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): F04C18/02F04C29/00F25B31/00
CPCF04C18/0292F04C18/0215F25B31/00
Inventor 杨帆索文平
Owner GUANGDONG MEIZHI COMPRESSOR
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