CN208871927U - Injection oil return gas-liquid separator - Google Patents
Injection oil return gas-liquid separator Download PDFInfo
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- CN208871927U CN208871927U CN201821634666.2U CN201821634666U CN208871927U CN 208871927 U CN208871927 U CN 208871927U CN 201821634666 U CN201821634666 U CN 201821634666U CN 208871927 U CN208871927 U CN 208871927U
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Abstract
The utility model discloses a kind of injection oil return gas-liquid separators, including gas-liquid separator ontology, and the end cap of gas-liquid separator bodies top is set, Separate System of Water-jet is provided in the gas-liquid separator ontology, and the injection oil return system being connect with Separate System of Water-jet, the injection oil return system connects the muffler being arranged on gas-liquid separator body upper part side wall, and described muffler one end is located in gas-liquid separator ontology, other end connect compressor air inlet.Present patent application has the following characteristics that can be according to the variation of air conditioner load, for the multiple oil return capillary oil returns different using high and low position of different working conditions, existing gas-liquid separator is solved because oil return hole site is fixed, the shortcomings that adjustment oil return can not be changed according to oil level in air conditioner load variation, oil return effect is effectively guaranteed；Reduce the risk of compressor liquid hammer.Return-air can be cooled down simultaneously, reduce harmful overheat, reduce energy consumption.
Description
Technical field
The utility model relates to a kind of air-conditioner set gas-liquid separator, especially a kind of air conditioner with air-source heat pump group is used
Injection oil return gas-liquid separator.
Background technique
With the raising of people 's material life level, the requirement to living environment comfort is higher and higher, and air-conditioning becomes life
Essential living facilities in work.Meanwhile Status of Energy Sources unreasonable problem in China's is very prominent, a large amount of winter heating combustions
Coal is one of the main reason for causing winter air seriously to pollute." the northern area winter cleaning of national ten ministries and commissions joint publication
Heating planning (2017-2021 years) " policy instruction, northern various regions " coal changes clean energy resource " engineering will be all complete in the end of the year 2021
At.
Under the promotion that government policy requires, relevant policies are launched respectively in all parts of the country, widely popularize with air source heat pump
Air-conditioner set is that the coal of main alternative form changes electric project.However in the use process of air source heat pump because outdoor unit defrost with
And situations such as comfortable sexual experience of user declines caused by load variations, and compressor operating condition deteriorates, happens occasionally.It is defrosting
Or during load variations, since liquid refrigerant fails to entirely reach saturation or superheat state, part liquid in evaporator
If drop, which is directly entered compressor, can occur Wet Compression.So dividing in evaporator outlet to gas-liquid to be arranged between suction port of compressor
From device, it is ensured that into all gas of compressor, and lubricating oil is taken back compressor, to guarantee to compress eupraxic fortune
Turn.There are also defrostings to use electric expansion valve fully open, the mode of compressor high-speed cruising, still, due to gaseous refrigerant
The case where agent overheats, and compressor operating condition is caused to deteriorate happens occasionally.
Currently, gas-liquid separator used in air-conditioner set uses gravity and change in flow generally to carry out gas-liquid separation,
Such as Publication No.: the patent of CN206247719UD discloses a kind of gas-liquid separator and air conditioner, wherein the gas-liquid separator
It include: tank body；Escape pipe is inserted in tank body from the roof of tank body；Outlet tube is inserted in tank body from the side wall of tank body lower end；With
And air inlet liquid pipe, it is inserted in tank body from the roof of tank body, the lower end of air inlet liquid pipe is arranged to the sidewalls flex of tank body, and air inlet liquid
The lower end axis of plane and air inlet liquid pipe where the upper end axis and tank body axis of pipe is arranged in angle.The refrigerant of external mix state
When entering in tank body by air inlet liquid pipe, eddy flow can be formed along the wall flow of tank body, at this point, in the refrigerant of mixed state
Gaseous coolant is flowed to the top of tank body, and liquid refrigerants gathers under self gravitation effect to the bottom of tank body, so that into
Entering gaseous coolant and liquid refrigerants in tank body can be good at separating, but isolated effect is less desirable, especially in heat pump
It is also possible to there is a phenomenon where refrigerant drops to enter compressor when air-conditioner defrosting.Meanwhile the oil return hole of traditional gas-liquid separator
Positioned at gas-liquid separator bottom, it is also possible to exist since operating condition changes, a large amount of liquid refrigerants and lube oil retention are in gas-liquid
The case where separator causes oil-bearing layer liquid level to rise, and lubricating oil can not return to compressor, cause compressor oil starvation by oil return hole
Occur.
Therefore, designing one kind can adapt to the variation of air-conditioner set operating condition, guarantees timely oil return, avoids compressor wet pressing
The injection oil return gas-liquid separator that contracting occurs is a problem to be solved.
Summary of the invention
In order to overcome above-mentioned the deficiencies in the prior art, the utility model, which provides one kind, can adapt to air-conditioner set
Operating condition variation, guarantees timely oil return, the injection oil return gas-liquid separator for avoiding compressor Wet Compression from occurring.
Purpose of the utility model is realized as follows:
Injection oil return gas-liquid separator, including gas-liquid separator ontology 4, and setting is at 4 top of gas-liquid separator ontology
End cap 1, it is characterised in that: be provided with Separate System of Water-jet in the gas-liquid separator ontology 4, and with gas-liquid separation system
The injection oil return system of system connection, the injection oil return system connection are arranged in 4 upper portion side wall of gas-liquid separator ontology
Muffler 8, described 8 one end of muffler are located in gas-liquid separator ontology 4, other end connect compressor air inlet；
The Separate System of Water-jet includes the air inlet pipe 2 being arranged on 4 top cover of gas-liquid separator ontology, the air inlet
2 upper end of pipe connects air-conditioner set evaporator, and lower end is located at gas-liquid separator ontology 4, including 2 bypass ducts, wherein being arranged vertically
Bypass duct by inserting mode connect gas-liquid separation cylinder 5 in, another bypass duct then be connected to the inclined angle in upper end gas-liquid divide
From in device ontology 4 with outside 5 barrel of gas-liquid separation cylinder between space；
The bottom of the gas-liquid separation cylinder 5 is provided with impurity collecting bin 10, the gas-liquid separation of 10 top of impurity collecting bin
It is provided with air hole 9 on the tube wall of cylinder 5, while gas-liquid separation cylinder 5 is divided by multiple gas-liquid separations by oil back chamber partition 6
Chamber；
The bottom-up oil back chamber partition 6 successively includes low level oil back chamber partition 6-1, secondary low level oil back chamber partition 6-
2, secondary high position oil back chamber partition 6-3 and high-order oil back chamber partition 6-4；Multiple through-holes are provided on the oil back chamber partition 6；
The injection oil return system includes that multiple groups are made of the oil return line that oil return capillary 7 is formed with oil return float 3；
7 one end of oil return capillary connection is located at 8 tube body of muffler outside gas-liquid separator ontology 4, and the other end connects
Connect be provided with oil return float 3 gas-liquid separation it is intracavitary；
The oil return line it is bottom-up successively include be arranged in parallel low level oil return line, secondary low level oil return line,
Secondary high position oil return line and high-order oil return line；
The low level oil return line includes low level oil return capillary 7-1, and connect with low level oil return capillary 7-1
Low level oil return float 3-1 in gas-liquid separation cylinder 5；The secondary low level oil return line includes time low level oil return capillary 7-
2, and the secondary low level oil return float 3-2 being located in gas-liquid separation cylinder 5 being connect with secondary low level oil return capillary 7-2；Described
Secondary high position oil return line includes time high-order oil return capillary 7-3, and connect with secondary high position oil return capillary 7-3 positioned at gas-liquid
Time high-order oil return float 3-3 in cylinder 5；The high-order oil return line includes high-order oil return capillary 7-4, and with height
The high-order oil return float 3-4 of position oil return capillary 7-4 connection being located in gas-liquid separation cylinder 5；
The low level oil return float 3-1 is located between low level oil back chamber partition 6-1 and secondary low level oil back chamber partition 6-2
Low level gas-liquid separation is intracavitary；Secondary low level oil return float 3-2 is located at time low level oil back chamber partition 6-2 and time high-order oil back chamber partition 6-
Secondary low level gas-liquid separation between 3 is intracavitary；Time high position oil return float 3-3 is located at time high position oil back chamber partition 6-3 and height
Time high-order gas-liquid separation between the oil back chamber partition 6-4 of position is intracavitary；The high-order oil return float 3-4 be located at high-order oil back chamber every
High-order gas-liquid separation between 5 upper port of plate 6-4 and gas-liquid separation cylinder is intracavitary；
Low level oil return float 3-1, secondary low level oil return float 3-2, secondary high position oil return float 3-3 and the high-order oil return is floated
Sub- 3-4 is a hollow annulus, and side is to face directly, and intermediate circular hole passes through convenient for refrigerant gas stream, and oil return float is according to its institute
It is floated up and down along 5 inner wall of gas-liquid separation cylinder by gas-liquid separation of the buoyancy locating for it is intracavitary；The low level oil return float 3-1,
Secondary low level oil return float 3-2, secondary high position oil return float 3-3 and high position oil return float 3-4 respectively fall in corresponding low level oil back chamber
It, can be complete when on partition 6-1, secondary low level oil back chamber partition 6-2, secondary high position oil back chamber partition 6-3 and high-order oil back chamber partition 6-4
Low level oil return capillary 7-1, the secondary low level oil return capillary 7-2, a secondary high position being connected to gas-liquid separation chamber where it are blocked entirely
Oil return capillary 7-3 and high-order oil return capillary 7-4.
Positive beneficial effect: present patent application has the following characteristics that 1. can be according to the variation of air conditioner load, for difference
Working condition using the different multiple oil return capillary oil returns of high and low position, solve existing gas-liquid separator because of oil return hole location
The shortcomings that setting fixation, can not changing adjustment oil return according to oil level in air conditioner load variation, is effectively guaranteed oil return effect.2.
Two branches are arranged in gas-liquid separator entrance in the utility model, and deflecting all the way sets gas-liquid separation cylinder all the way, enhances gas-liquid
Isolated effect.3. this patent utilizes injection principle, oil return pipe has restriction effect, makes contained liquid refrigerant gas in oil return
Change, reduces the risk of compressor liquid hammer.Return-air can be cooled down simultaneously, reduce harmful overheat, reduce energy consumption.
Detailed description of the invention
Fig. 1 is the structural schematic diagram one of the utility model；
Fig. 2 is the structural schematic diagram two of the utility model；
Fig. 3 is the schematic cross-sectional view of the gas-liquid separation cylinder of utility model；
In figure are as follows: end cap 1, air inlet pipe 2, low level oil return float 3-1, secondary low level oil return float 3-2, secondary high-order oil return float
3-3, high-order oil return float 3-4, gas-liquid separator ontology 4, gas-liquid separation cylinder 5, oil back chamber partition 6, low level oil back chamber partition 6-
1, secondary low level oil back chamber partition 6-2, secondary high-order oil back chamber partition 6-3, high-order oil back chamber partition 6-4, oil return capillary 7, low level
Oil return capillary 7-1, secondary low level oil return capillary 7-2, secondary high-order oil return capillary 7-3, high-order oil return capillary 7-4, return-air
Pipe 8, air hole 9, impurity collecting bin 10.
Specific embodiment
With reference to the accompanying drawing and specific embodiment, the utility model is described further:
As shown in Figure 1 and Figure 2, injection oil return gas-liquid separator, including gas-liquid separator ontology 4, and setting is in gas-liquid point
End cap 1 from 4 top of device ontology, it is characterised in that: it is provided with Separate System of Water-jet in the gas-liquid separator ontology 4, with
And the injection oil return system connecting with Separate System of Water-jet, the injection oil return system connection are arranged in gas-liquid separator ontology
Muffler 8 in 4 upper portion side walls, described 8 one end of muffler are located in gas-liquid separator ontology 4, other end connect compressor
Air inlet；
The Separate System of Water-jet includes the air inlet pipe 2 being arranged on 4 top cover of gas-liquid separator ontology, the air inlet
2 upper end of pipe connects air-conditioner set evaporator, and lower end is located at gas-liquid separator ontology 4, including 2 bypass ducts, wherein being arranged vertically
Bypass duct by inserting mode connect gas-liquid separation cylinder 5 in, another bypass duct then be connected to the inclined angle in upper end gas-liquid divide
From in device ontology 4 with outside 5 barrel of gas-liquid separation cylinder between space；
The bottom of the gas-liquid separation cylinder 5 is provided with impurity collecting bin 10, the gas-liquid separation of 10 top of impurity collecting bin
It is provided with air hole 9 on the tube wall of cylinder 5, while gas-liquid separation cylinder 5 is divided by multiple gas-liquid separations by oil back chamber partition 6
Chamber；
The bottom-up oil back chamber partition 6 successively includes low level oil back chamber partition 6-1, secondary low level oil back chamber partition 6-
2, secondary high position oil back chamber partition 6-3 and high-order oil back chamber partition 6-4；Multiple through-holes are provided on the oil back chamber partition 6, such as
Shown in Fig. 3；
The injection oil return system includes that multiple groups are made of the oil return line that oil return capillary 7 is formed with oil return float 3；
7 one end of oil return capillary connection is located at 8 tube body of muffler outside gas-liquid separator ontology 4, and the other end connects
Connect be provided with oil return float 3 gas-liquid separation it is intracavitary；
The oil return line it is bottom-up successively include be arranged in parallel low level oil return line, secondary low level oil return line,
Secondary high position oil return line and high-order oil return line；
The low level oil return line includes low level oil return capillary 7-1, and connect with low level oil return capillary 7-1
Low level oil return float 3-1 in gas-liquid separation cylinder 5；The secondary low level oil return line includes time low level oil return capillary 7-
2, and the secondary low level oil return float 3-2 being located in gas-liquid separation cylinder 5 being connect with secondary low level oil return capillary 7-2；Described
Secondary high position oil return line includes time high-order oil return capillary 7-3, and connect with secondary high position oil return capillary 7-3 positioned at gas-liquid
Time high-order oil return float 3-3 in cylinder 5；The high-order oil return line includes high-order oil return capillary 7-4, and with height
The high-order oil return float 3-4 of position oil return capillary 7-4 connection being located in gas-liquid separation cylinder 5；
The low level oil return float 3-1 is located between low level oil back chamber partition 6-1 and secondary low level oil back chamber partition 6-2
Low level gas-liquid separation is intracavitary；Secondary low level oil return float 3-2 is located at time low level oil back chamber partition 6-2 and time high-order oil back chamber partition 6-
Secondary low level gas-liquid separation between 3 is intracavitary；Time high position oil return float 3-3 is located at time high position oil back chamber partition 6-3 and height
Time high-order gas-liquid separation between the oil back chamber partition 6-4 of position is intracavitary；The high-order oil return float 3-4 be located at high-order oil back chamber every
High-order gas-liquid separation between 5 upper port of plate 6-4 and gas-liquid separation cylinder is intracavitary；
Low level oil return float 3-1, secondary low level oil return float 3-2, secondary high position oil return float 3-3 and the high-order oil return is floated
Sub- 3-4 is a hollow annulus, and side is to face directly, and intermediate circular hole passes through convenient for refrigerant gas stream, and oil return float is according to its institute
It is floated up and down along 5 inner wall of gas-liquid separation cylinder by gas-liquid separation of the buoyancy locating for it is intracavitary；The low level oil return float 3-1,
Secondary low level oil return float 3-2, secondary high position oil return float 3-3 and high position oil return float 3-4 respectively fall in corresponding low level oil back chamber
It, can be complete when on partition 6-1, secondary low level oil back chamber partition 6-2, secondary high position oil back chamber partition 6-3 and high-order oil back chamber partition 6-4
Low level oil return capillary 7-1, the secondary low level oil return capillary 7-2, a secondary high position being connected to gas-liquid separation chamber where it are blocked entirely
Oil return capillary 7-3 and high-order oil return capillary 7-4, prevents gas leakage in oil back chamber.
Embodiment 1
When air-conditioner set stable operation, the refrigerant gas in evaporator enters gas-liquid by gas-liquid separator air inlet pipe 2
In separator body 4, since intrinsic 2 one end of air inlet pipe of gas-liquid separator is divided into two branches, the system of one of branch
The drop that cryogen carries is directly entered gas-liquid separation cylinder 5 under the action of inertia force, is trapped herein.Gaseous refrigerant is by breathing freely
Hole outflow, achievees the purpose that gas-liquid separation.Another branch gaseous refrigerant is passed directly into gas-liquid separator, due to refrigerant gas
Body shunts, so that gas flow rate declines, some biggish drops are directly fallen, and achievees the purpose that gas-liquid separation.If gas simultaneously
Contain impurity in state refrigerant, also enters in gas-liquid separation cylinder 5 under the action of inertia force, and be deposited on 5 bottom of gas-liquid separation cylinder
Portion makes gas-liquid separation cylinder 5 be also equipped with the function of thick effect filtering.Amount of liquid refrigerant is little in gas-liquid separator at this time, liquid
The liquid level of refrigerant should be near low level oil back chamber, under the action of liquid refrigerant and lubricating oil buoyancy, low level gas-liquid point
Float vertically upward from intracavitary low level oil return float 3-1；Low level oil return capillary 7-1 is opened.Remaining low level oil return is floating
Sub- 3-2, secondary high position oil return float 3-3 and high position oil return float 3-4 fall on respectively under gravity time low level oil back chamber every
On plate 6-2, secondary high position oil back chamber partition 6-3 and high-order oil back chamber partition 6-4, block corresponding low level oil return capillary 7-2,
Secondary high position oil return capillary 7-3 and high-order oil return capillary 7-4 nozzle.Because 8 gaseous refrigerant of muffler is with certain flow velocity quilt
Compressor sucking, muffler 8 and the junction low level oil return capillary 7-1 form local low pressure, then lubricating oil is through low level oil return
Capillary 7-1 sucks muffler 8, compressor is returned to together with gaseous refrigerant, thus with reaching the mesh of oil return.
Embodiment 2
When system defrosting or larger load variations, refrigerant gas in evaporator by gas-liquid separator air inlet pipe 2 into
Enter gas-liquid separator ontology 4, since 2 one end of gas-liquid separator air inlet pipe is divided into two branches, the refrigerant of one of branch
The drop of carrying is directly entered gas-liquid separation cylinder 5 under the action of inertia force, is trapped herein.Gaseous refrigerant is by air hole stream
Out, achieve the purpose that gas-liquid separation.Another branch gaseous refrigerant is passed directly into gas-liquid separator, due to refrigerant gas point
Stream, so that gas flow rate declines, some biggish drops are directly fallen, and achieve the purpose that gas-liquid separation.If gaseous state system simultaneously
Contain impurity in cryogen, also enters in gas-liquid separation cylinder 5 under the action of inertia force, and be deposited on 5 bottom of gas-liquid separation cylinder, make
Gas-liquid separation cylinder 5 has been also equipped with the function of thick effect filtering.The meeting of amount of liquid refrigerant increases significantly in gas-liquid separator at this time, liquid
The liquid level of state refrigerant can gradually rise, and can successively reach time low level according to the liquid level of the different liquid refrigerants of operating condition and return
Positions, the lube layer positions such as oil pocket partition 6-2, secondary high-order oil back chamber partition 6-3, high-order oil back chamber partition 6-4 also can
The positions such as low level oil back chamber partition 6-2, secondary high-order oil back chamber partition 6-3, high-order oil back chamber partition 6-4 are successively reached, no matter are moistened
Which position lubricating oil layer reaches, corresponding low level oil return float 3-2, secondary high position oil return float 3-3 and high-order oil return float 3-4
It will float vertically upward.Because 8 gaseous refrigerant of muffler is sucked with certain flow velocity by compressor, muffler 8 and corresponding time
Low level oil return capillary 7-2, secondary high position oil return capillary 7-3 and the high position junction oil return capillary 7-4 form local low pressure,
Then lubricating oil is inhaled by corresponding low level oil return capillary 7-2, secondary high position oil return capillary 7-3 and high position oil return capillary 7-4
Enter muffler 8, compressor is returned together with gaseous refrigerant, thus with reaching the mesh of oil return.
Embodiment 3
Under the operating condition of system defrosting, while oil back chamber oil return where refrigerant level, submerged by liquid refrigerant
Oil back chamber secondary low level oil return capillary 7-2, secondary high position oil return capillary 7-3 and high position oil return capillary 7-4 play throttling
Antihypertensive effect, so that returning liquid decompression gasification, the heat for absorbing overheat gaseous refrigerant, which reaches, reduces compressor air suction temperature, protection
The effect of compressor.
Present patent application has the following characteristics that 1. can adopt according to the variation of air conditioner load for different working conditions
With the different multiple oil return capillary oil returns of high and low position, solves existing gas-liquid separator because oil return hole site is fixed, in sky
The shortcomings that can not changing adjustment oil return when load variations according to oil level is adjusted, oil return effect is effectively guaranteed.2. the utility model
Two branches are set in gas-liquid separator entrance, deflecting all the way sets gas-liquid separation cylinder all the way, enhances the effect of gas-liquid separation
Fruit.3. this patent utilizes injection principle, oil return pipe has restriction effect, makes contained liquid refrigerant gasification in oil return, reduces
The risk of compressor liquid hammer.Return-air can be cooled down simultaneously, reduce harmful overheat, reduce energy consumption.
Technical principle of the utility model has been described above with reference to specific embodiments.These descriptions are intended merely to explain this reality
With novel principle, and it cannot be construed to the limitation to scope of protection of the utility model in any way.Based on the explanation herein,
Those skilled in the art, which does not need to pay for creative labor, can associate with other specific implementation modes of this utility model,
These modes are fallen within the protection scope of the utility model.
Claims (10)
1. injection oil return gas-liquid separator, including gas-liquid separator ontology, and the end of gas-liquid separator bodies top is set
Lid, it is characterised in that: be provided with Separate System of Water-jet in the gas-liquid separator ontology, and connect with Separate System of Water-jet
Injection oil return system, the injection oil return system connects the muffler being arranged on gas-liquid separator body upper part side wall,
Described muffler one end is located in gas-liquid separator ontology, other end connect compressor air inlet.
2. injection oil return gas-liquid separator according to claim 1, it is characterised in that: the Separate System of Water-jet includes
Air inlet pipe on gas-liquid separator ontology top cover is set, and the air inlet pipe upper end connects air-conditioner set evaporator, lower end position
In gas-liquid separator ontology, including 2 bypass ducts, wherein connecting gas-liquid separation by inserting mode with vertically arranged bypass duct
Cylinder in, another bypass duct be then connected in gas-liquid separator ontology with the inclined angle in upper end with outside gas-liquid separation cylinder barrel between
Space.
3. injection oil return gas-liquid separator according to claim 2, it is characterised in that: the bottom of the gas-liquid separation cylinder
It is provided with impurity collecting bin, is provided on tube wall on the gas-liquid separation cylinder above impurity collecting bin and is provided with air hole, is led to simultaneously
It crosses oil back chamber partition and gas-liquid separation cylinder is divided into multiple gas-liquid separation chambers.
4. injection oil return gas-liquid separator according to claim 3, it is characterised in that: the oil back chamber partition from it is lower to
On successively include low level oil back chamber partition, secondary low level oil back chamber partition, secondary high-order oil back chamber partition and high-order oil back chamber partition；Institute
Multiple through-holes are provided on the oil back chamber partition stated.
5. injection oil return gas-liquid separator according to claim 1, it is characterised in that: the injection oil return system includes
Multiple groups are floated molecular oil return line with oil return by oil return capillary and are formed.
6. injection oil return gas-liquid separator according to claim 5, it is characterised in that: described oil return capillary one end connects
It connects and is located at the external muffler tube body of gas-liquid separator sheet, the gas-liquid separation that the other end is connected with oil return float is intracavitary.
7. injection oil return gas-liquid separator according to claim 5, it is characterised in that: the oil return line is bottom-up
It successively include the low level oil return line being arranged in parallel, secondary low level oil return line, secondary high-order oil return line and high-order oil return line.
8. injection oil return gas-liquid separator according to claim 7, it is characterised in that: the low level oil return line includes
Low level oil return capillary, and the low level oil return float being located in gas-liquid separation cylinder being connect with low level oil return capillary；It is described
Secondary low level oil return line include time low level oil return capillary, and connect with secondary low level oil return capillary positioned at gas-liquid separation
Secondary low level oil return float in cylinder；The secondary high-order oil return line includes time high-order oil return capillary, and returns with a secondary high position
Time high-order oil return float of oily capillary connection being located in gas-liquid separation cylinder；The high-order oil return line includes high-order oil return
Capillary, and the high-order oil return float being located in gas-liquid separation cylinder being connect with high-order oil return capillary.
9. injection oil return gas-liquid separator according to claim 8, it is characterised in that: the low level oil return float is located at
Low level gas-liquid separation between low level oil back chamber partition and secondary low level oil back chamber partition is intracavitary；Secondary low level oil return float is located at secondary low
Secondary low level gas-liquid separation between position oil back chamber partition and secondary high-order oil back chamber partition is intracavitary；Time high-order oil return float position
Time high-order gas-liquid separation between secondary high-order oil back chamber partition and high-order oil back chamber partition is intracavitary；The high-order oil return float
High-order gas-liquid separation between high-order oil back chamber partition and gas-liquid separation cylinder upper port is intracavitary.
10. injection oil return gas-liquid separator according to claim 8 or claim 9, it is characterised in that: the low level oil return is floating
Sub, secondary low level oil return float, secondary high-order oil return float and high-order oil return float are a hollow annulus, and side is to face directly, in
Between circular hole pass through convenient for refrigerant gas stream, gas-liquid separation of the oil return float buoyancy according to suffered by it locating for it is intracavitary along gas-liquid point
It floats up and down from cylinder inner wall；Low level oil return float, secondary low level oil return float, secondary high-order oil return float and the high-order oil return is floated
Son respectively falls in corresponding low level oil back chamber partition, secondary low level oil back chamber partition, secondary high-order oil back chamber partition and high-order oil back chamber
When on partition, the low level oil return capillary being connected to gas-liquid separation chamber where it, secondary low level oil return capillary can be blocked completely
Pipe, secondary high-order oil return capillary and high-order oil return capillary.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821634666.2U CN208871927U (en) | 2018-10-09 | 2018-10-09 | Injection oil return gas-liquid separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821634666.2U CN208871927U (en) | 2018-10-09 | 2018-10-09 | Injection oil return gas-liquid separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208871927U true CN208871927U (en) | 2019-05-17 |
Family
ID=66469689
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821634666.2U Active CN208871927U (en) | 2018-10-09 | 2018-10-09 | Injection oil return gas-liquid separator |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109210837A (en) * | 2018-10-09 | 2019-01-15 | 河南城建学院 | injection oil return gas-liquid separator |
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2018
- 2018-10-09 CN CN201821634666.2U patent/CN208871927U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109210837A (en) * | 2018-10-09 | 2019-01-15 | 河南城建学院 | injection oil return gas-liquid separator |
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