A control gas source distribution device for a piston compressor gas volume regulating system

Abstract

The utility model relates to piston compressor gas quantity regulation technical field, concretely is a piston compressor gas quantity regulation system with control gas source distribution device, it can realize gas quantity regulation system gas source pipeline's simplification, solves gas quantity regulation system abnormal vibration, noise problem, it includes gas source distribution board body, gas source distribution board body is provided with three first control gas source air inlet part, first axle side gas source lead -out spare and second axle side gas source lead -out spare through gas passage one intercommunication and is formed into an independent gas source distribution, second control gas source air inlet part, first lid side gas source lead -out spare and second lid side gas source lead -out spare through gas passage two intercommunication and are formed into an independent gas source distribution, leakage recovery gas source distribution general body, first lid side leakage recovery spare, second lid side leakage recovery spare, first axle side leakage recovery spare, second axle side leakage recovery spare through gas passage three intercommunication and are formed into an independent leakage recovery gas source distribution one each other independent gas passage.

Description

Technical Field

[0001] This utility model relates to the field of gas volume regulation technology for piston compressors, specifically a control gas source distribution device for a piston compressor gas volume regulation system. Background Technology

[0002] During the operation of reciprocating compressors, users need to adjust the compressor's discharge volume in a timely manner to adapt to changes such as increased pipeline system pressure, altered process parameters, and market fluctuations. A gas volume regulation system can help users adjust the compressor's discharge volume. Currently, gas volume regulation systems typically control the distribution of the gas source using a combination of steel pipes and multiple tee fittings. This results in complex piping layouts, which can easily lead to increased flow resistance to the controlled gas source, airflow pulsation, and other issues affecting regulation accuracy. Furthermore, it can even cause abnormal system vibration and noise, shortening the system's lifespan. Summary of the Invention

[0003] To solve the above-mentioned technical problems, this utility model provides a control air source distribution device for a reciprocating compressor air volume regulation system, which can simplify the air source pipeline of the air volume regulation system and solve the problems of abnormal vibration and noise in the air volume regulation system.

[0004] The technical solution is as follows: A control gas source distribution device for a piston compressor gas volume regulation system, characterized in that it includes a gas source distribution plate body, wherein three independent gas channels are provided within the gas source distribution plate body, and the gas source distribution plate body is equipped with a first cover-side gas source outlet, a second cover-side gas source outlet, a first shaft-side gas source outlet, a second shaft-side gas source outlet, a first cover-side leakage recovery component, a second cover-side leakage recovery component, a first shaft-side leakage recovery component, a second shaft-side leakage recovery component, a leakage recovery gas source distribution system, a first control gas source inlet, and a second... The system includes a control air source inlet section; the first control air source inlet section, the first axial-side air source outlet, and the second axial-side air source outlet are connected by a gas channel to form an independent air source distribution; the second control air source inlet section, the first cover-side air source outlet, and the second cover-side air source outlet are connected by a gas channel to form an independent air source distribution; the overall leakage recovery air source distribution system, the first cover-side leakage recovery component, the second cover-side leakage recovery component, the first axial-side leakage recovery component, and the second axial-side leakage recovery component are connected by a gas channel to form an independent leakage recovery air source distribution.

[0005] A further feature is that the gas source distribution plate body is connected to the mounting plate via a second mounting screw; The mounting plate is provided with a first mounting screw for fixing.

[0006] With the adoption of this utility model, the air source distribution plate body distributes the control air source of the compressor air volume regulation system, avoiding the use of too many T-joints and steel pipes in the traditional air volume regulation system. In addition, the air source distribution plate body has a certain buffer volume, which not only simplifies the layout of the air source pipeline of the air volume regulation system, but also makes the compressor air volume regulation system have the effect of low vibration and low noise. Attached Figure Description

[0007] Figure 1 This is a front view of the present invention according to an embodiment; Figure 2 This is a left view of the present invention according to an embodiment; Figure 3 A schematic diagram of the gas channel inside the gas source distribution plate body; Among them, 1. First mounting screw, 2. Second mounting screw, 3. Mounting support plate, 4. Air source distribution plate body, 5. Second cover side air source outlet, 6. Second shaft side air source outlet, 7. Second shaft side air leakage recovery component, 8. Second cover side air leakage recovery component, 9. First cover side air leakage recovery component, 10. Overall air leakage recovery and distribution system, 11. First shaft side air leakage recovery component, 12. First shaft side air source outlet, 13. First cover side air source outlet, 14. First control air source inlet, 15. Second control air source inlet. Detailed Implementation

[0008] See Figure 1 , Figure 2As shown, a control air source distribution device for a reciprocating compressor air volume regulation system includes an air source distribution plate body. The air source distribution plate body has three independent gas channels: a first control air source inlet 14, a first axial-side air source outlet 12, and a second axial-side air source outlet 6. These are connected through the gas channels of the air source distribution plate body 4 to form an independent air source distribution. The incoming air source to the reciprocating compressor air volume regulation system undergoes one air source distribution process via the first control air source inlet 14 and the air source distribution plate body 4. The air then passes through the first axial-side air source outlet 12 and the second axial-side air source outlet 6 to control the two intake valves on the axial side of the reciprocating compressor in the air volume regulation system. The second control air source inlet 15, the first cover-side air source outlet 13, and the second cover-side air source outlet 5 are connected by the gas channel of the air source distribution plate body 4 to form an independent air source distribution. The air source introduced into the piston compressor air volume regulation system is distributed once by the second control air source inlet 15 and the air source distribution plate body 4. The air source then passes through the first cover-side air source outlet 13 and the second cover-side air source outlet 5 to control the two air inlet valves on the cover side of the piston compressor in the air volume regulation system. The first cover-side leakage recovery component 9, the second cover-side leakage recovery component 8, the first shaft-side leakage recovery component 11, the second shaft-side leakage recovery component 7, and the leakage recovery gas source distribution system 10 are connected by three gas channels in the gas source distribution plate body 4 to form an independent leakage recovery gas source distribution system. The leakage gas generated from the compressor cover side and shaft side of the piston compressor gas volume regulation system is recovered, and after passing through the first cover-side leakage recovery component 9, the second cover-side leakage recovery component 8, the first shaft-side leakage recovery component 11, and the second shaft-side leakage recovery component 7, it enters the gas source distribution plate body 4 and is finally distributed to the leakage recovery gas source distribution system 10 to connect with the user's recovery system.

[0009] The gas source distribution plate body 4 is installed by the first mounting screw 1, the second mounting screw 2, and the mounting support plate 3, which is convenient and simple to install.

Claims

1. A control device for gas source distribution in a reciprocating compressor gas volume regulation system, characterized in that, It includes a gas source distribution plate body, within which three independent gas channels are provided. The gas source distribution plate body is equipped with a first cover-side gas source outlet, a second cover-side gas source outlet, a first shaft-side gas source outlet, a second shaft-side gas source outlet, a first cover-side leakage recovery component, a second cover-side leakage recovery component, a first shaft-side leakage recovery component, a second shaft-side leakage recovery component, a leakage recovery gas source distribution system, a first control gas source inlet, and a second control gas source inlet; the first control gas source inlet... The first axial-side air source outlet and the second axial-side air source outlet are connected by a gas channel to form an independent air source distribution. The second control air source inlet, the first cover-side air source outlet and the second cover-side air source outlet are connected by a gas channel to form an independent air source distribution. The leakage recovery air source distribution system, the first cover-side leakage recovery component, the second cover-side leakage recovery component, the first axial-side leakage recovery component, and the second axial-side leakage recovery component are connected by a gas channel to form an independent leakage recovery air source distribution.

2. The control gas source distribution device for a reciprocating compressor gas volume regulation system according to claim 1, characterized in that, The gas source distribution plate body is connected to the mounting plate by a second mounting screw.

3. The control gas source distribution device for a reciprocating compressor gas volume regulation system according to claim 2, characterized in that, The mounting plate is provided with a first mounting screw for fixing.

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