CN209056294U - Nuclear power plant's spent resin transfer device - Google Patents
Nuclear power plant's spent resin transfer device Download PDFInfo
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- CN209056294U CN209056294U CN201821612506.8U CN201821612506U CN209056294U CN 209056294 U CN209056294 U CN 209056294U CN 201821612506 U CN201821612506 U CN 201821612506U CN 209056294 U CN209056294 U CN 209056294U
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- spent resin
- spent
- resin transfer
- drainpipe
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Abstract
The utility model discloses a kind of nuclear power plant's spent resin transfer device, including spent resin transfer container, spent resin transfer container includes shielding bucket, and interior bucket is arranged inside；Screening cover is detachably fixed with shielding bucket and connect, is provided with through hole, the resin inlet pipe, resin outlet pipe, downtake pipe and first that through hole is provided through in through hole rush drainpipe；And protective cover, it is sealed on screening cover, and form cavity；Wherein, in the cavity that one end that resin inlet pipe, resin outlet pipe, downtake pipe and first rush that drainpipe is located at outside screening cover is sealed between protective cover and screening cover.Compared with prior art, the utility model nuclear power plant spent resin transfer device uses spent resin transfer container, realizes the function of spent resin transition storage and transport, structure is simple, it operates conveniently flexibly, and spent resin transfer container has function of shielding, it is therefore prevented that external radioactive pollution.
Description
Technical field
The utility model belongs to spent resin transhipment field, and more specifically, the utility model relates to a kind of useless trees of nuclear power plant
Rouge transfer device.
Background technique
In the process of running, the radioactivity resin of generation is collected in spent resin storage tank for nuclear power plant, needs again to transport it
It is defeated to be kept in spent resin temporary tank, when spent resin reaches a certain amount of, discharges it into and carry out cement solidification in 400L steel drum.
However, being transported to spent resin temporary tank from spent resin storage tank by spent resin, two workshops need to be crossed over.
In the prior art, generally spent resin is conveyed using pipeline, but there are the following problems:
1) occupied space is big, it is difficult to meet pipe arrangement demand；
2) since spent resin viscosity is larger, when pipe arrangement is too long or bend loss is excessive, it is unfavorable for the transmission of spent resin,
It is easy to cause blocking；
3) it since spent resin all has radioactivity, needs to take transmission pipeline Radiation Exposure, otherwise will affect factory
The radiation subregion in room influences operator's work.
In view of this, the nuclear power of spent resin transhipment can be rapidly completed it is necessory to provide a kind of transhipment safety, flexible operation
Factory's spent resin transfer device.
Utility model content
The purpose of this utility model is that: a kind of transhipment safety, flexible operation are overcome the deficiencies of the prior art and provide, it can
Nuclear power plant's spent resin transfer device of spent resin transhipment is rapidly completed.
To achieve the goals above, the utility model provides a kind of nuclear power plant's spent resin transfer device, comprising:
Spent resin transfer container, the spent resin transfer container include:
Bucket is shielded, interior bucket is arranged inside；
Screening cover is detachably fixed with shielding bucket and connect, is provided with through hole, is provided through and runs through in through hole
Resin inlet pipe, resin outlet pipe, the downtake pipe and first in hole rush drainpipe；And
Protective cover is sealed on screening cover, and forms cavity；
Wherein, resin inlet pipe, resin outlet pipe, downtake pipe and first rush one that drainpipe is located at outside screening cover
End is sealed in the cavity between protective cover and screening cover.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the described first lower end for rushing drainpipe is set
It is equipped with filter screen.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the resin inlet pipe, resin outlet
Pipe, downtake pipe and first rush one end that drainpipe is located at outside screening cover and are provided with quick coupling.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the spent resin transfer container further includes
The pressure gauge and level meter being arranged by through hole, the pressure gauge and level meter are sealed on the sky between screening cover and protective cover
It is intracavitary.
It further include spent resin transfer station as a kind of improvement of the utility model nuclear power plant spent resin transfer device, it is described
Spent resin transfer station is provided with spent resin inlet tube, second rushes drainpipe and second exhaust pipe, the spent resin inlet tube, second
Drainpipe and second exhaust pipe is rushed to be suspended on the first support frame by auxiliary member.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the spent resin inlet tube, second row
Tracheae and second rush drainpipe one end be provided with quick coupling.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the spent resin transfer station is additionally provided with
First liquid dish, first liquid dish are fixed on the first support frame by the first support member.
It further include spent resin receiving station as a kind of improvement of the utility model nuclear power plant spent resin transfer device, it is described
Spent resin receiving station is provided with spent resin outlet, air inlet pipe and third and rushes drainpipe, the spent resin outlet, air inlet pipe and
Third is rushed drainpipe and is suspended on the second support frame by auxiliary member.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the spent resin outlet, air inlet pipe
The one end for rushing drainpipe with third is provided with quick coupling.
As a kind of improvement of the utility model nuclear power plant spent resin transfer device, the spent resin receiving station is additionally provided with
Second liquid dish, second liquid dish are fixed on the second support frame by the second support member.
Compared with the existing technology, the utility model nuclear power plant spent resin transfer device has following technical effect that
1) spent resin transfer container is used, the function of spent resin transition storage and transport is realized, structure is simple, and operation is just
It is sharp flexible, and spent resin transfer container has function of shielding, it is therefore prevented that external radioactive pollution；
2) connection between container is realized using hose and quick coupling, it is easy to operate, space is saved, pipe arrangement holds
Easily.
Detailed description of the invention
With reference to the accompanying drawings and detailed description, to the utility model nuclear power plant spent resin transfer device and its beneficial to skill
Art effect is described in detail, in which:
Fig. 1 is the structural schematic diagram of the spent resin transfer container of the utility model nuclear power plant spent resin transfer device.
Fig. 2 is the structural schematic diagram of the spent resin transfer station of the utility model nuclear power plant spent resin transfer device.
Fig. 3 is the structural schematic diagram of the spent resin receiving station of the utility model nuclear power plant spent resin transfer device.
Fig. 4 is the working principle diagram of the spent resin transfer station of the utility model nuclear power plant spent resin transfer device.
Fig. 5 is the working principle diagram of the spent resin receiving station of the utility model nuclear power plant spent resin transfer device.
Appended drawing reference:
10- spent resin transfer container；100- shields bucket；102- interior bucket；104- screening cover；106- resin inlet pipe；1060-
Quick coupling；108- resin outlet pipe；1080- quick coupling；110- downtake pipe；1100- quick coupling；112- first is rushed
Drainpipe；1120- quick coupling；114- pressure gauge；116- level meter；118- protective cover；120- sealing ring；122- filter screen；
20- spent resin transfer station；200- spent resin inlet tube；2000- flange；2002- quick coupling；202- second rushes drainpipe；
2020- flange；2022- quick coupling；204- second exhaust pipe；2040- quick coupling；206- auxiliary member；208- first is supported
Frame；The first liquid dish of 220-；The first support member of 222-；30- spent resin receiving station；300- spent resin outlet；3000- method
It is blue；3002- quick coupling；302- third rushes drainpipe；3020- flange；3022- quick coupling；304- air inlet pipe；3040- is fast
Quick coupling；306- auxiliary member；The second support frame of 308-；The second liquid dish of 320-；The second support member of 322-；The transhipment of 8- spent resin
Device；50- spent resin storage tank；52- resin punching row's pump；54- circulating water pipe；60- spent resin temporary tank；62- resin filter；
64- resin transfer pump；66- the 4th rushes drainpipe.
Specific embodiment
In order to be more clear the purpose of this utility model, technical solution and advantageous effects, below in conjunction with attached drawing and
Specific embodiment, the present invention will be further described in detail.It should be understood that described in this specification specific
Embodiment is intended merely to explain the utility model, is not intended to limit the utility model.
It please refers to shown in Fig. 1 to Fig. 5, the utility model nuclear power plant spent resin transfer device 8 includes: spent resin transfer container
10, spent resin transfer container 10 includes:
Bucket 100 is shielded, interior bucket 102 is arranged inside；
Screening cover 104 is detachably fixed with shielding bucket 100 and connect, and is provided with through hole (figure is unlabeled), through hole
The resin inlet pipe 106, resin outlet pipe 108, downtake pipe 110 and first for being inside provided through through hole rush drainpipe
112；And
Protective cover 118 is sealed on screening cover 104, and forms cavity；
Wherein, resin inlet pipe 106, resin outlet pipe 108, downtake pipe 110 and first rush drainpipe 112 positioned at screen
It covers in the cavity that one end outside lid 104 is sealed between protective cover 118 and screening cover 104.
Refering to Figure 1, spent resin transfer container 10 is mainly used for transporting spent resin, and by resin from nuclear auxiliary building
Radwastes treatment workshop is transported to be further processed.
Shielding bucket 100 is hatch frame, has certain thickness, while having the function of radiation-resistant glass, shielding bucket 100
Top is step structure, and 104 bottom of screening cover is the step structure being adapted to shielding bucket 100.In order to guarantee screening cover 104 and screen
The leakproofness for covering bucket 100, is provided with sealing ring 120 at step structure, and screening cover 104 and shielding bucket 100 pass through multiple bolts
It is fixed.
Interior bucket 102 is stainless steel barrel, and outer diameter is slightly less than the internal diameter of shielding bucket 100, convenient for interior bucket 102 is placed on shielding bucket
In 100, and interior bucket 102 can be fixed.
Multiple through holes (figure is unlabeled) is provided on screening cover 104, through hole can be set to different holes as needed
Diameter, through hole are uniformly arranged on as far as possible on screening cover 104.Resin inlet pipe 106, resin outlet pipe 108, downtake pipe 110
Drainpipe 112 is rushed after the through hole with first to be weldingly fixed on screening cover 104, the aperture of through hole respectively with resin inlet
Pipe 106, resin outlet pipe 108, downtake pipe 110 and first rush drainpipe 112 outer diameter adaptation, to resin inlet pipe 106,
Resin outlet pipe 108, downtake pipe 110 and first rush drainpipe 112 can be welded and fixed after the through hole and
Weld seam.
Further, pressure gauge 114 and level meter 116, the pressure sensitive of pressure gauge 114 are additionally provided on screening cover 104
Through hole of the probe on screening cover 104, and it is concordant with the inner surface of screening cover 104, for measuring the pressure in interior bucket 102
Power.Level meter 116 passes through the through hole on screening cover 104 and extends in insertion interior bucket 102, for detecting resin in interior bucket 102
Highly.
Specifically, the lower end of resin inlet pipe 106 extends in insertion interior bucket 102, and resin outlet pipe 108 extends to interior bucket
102 bottom, and there are a certain distance between 102 bottom of interior bucket, prevent resin from blocking.
The lower end of downtake pipe 110 is concordant with the inner surface of screening cover 104, when the lid of screening cover 104 is closed in shielding bucket 100
Afterwards, for being vented.
First bottom for rushing drainpipe 112 is provided with filter screen 122, and the top that filter screen 122 is located at interior bucket 102 simultaneously is empty
Between, for being filtered to the spent resin in interior bucket 102.
In order to quickly be attached, one end that resin inlet pipe 106 is located at outside screening cover 104 is provided with quick coupling
1060, one end that resin outlet pipe 108 is located at outside screening cover 104 is provided with quick coupling 1080, and downtake pipe 110 is located at
One end outside screening cover 104 is provided with quick coupling 1100, and first rushes one end that drainpipe 112 is located at outside screening cover 104
It is provided with quick coupling 1120.
Protective cover 118 is arranged on screening cover 104, and the surface of bottom and screening cover 104 is planar structure, works as protective cover
It covers when on 104 surface of screening cover, not will form gap.Protective cover 118 is by resin inlet pipe 106, resin outlet pipe 108,
One exhaust outlet 110, first rush drainpipe 112, pressure gauge 114 and level meter 116 and quick coupling 1060,1080,1100,
1120 are all sealed in the cavity that protective cover 118 and screening cover 104 are formed, and prevent radioactive substance from leaking.
Further, the utility model nuclear power plant spent resin transfer device 8 further includes spent resin transfer station 20.Please refer to figure
Shown in 2, spent resin transfer station 20 is located at nuclear auxiliary building, for spent resin storage tank to have been connect with spent resin transfer container 10
Come.Spent resin transfer station 20 is provided with spent resin inlet tube 200, second exhaust pipe 204 and second rushes drainpipe 202, spent resin
Inlet tube 200, second exhaust pipe 204 and second rush drainpipe 202 and are suspended on the first support frame 208 by auxiliary member 206, and
It is suspended on corresponding operating position.
Specifically, auxiliary member 206 is mainly spring, and one end is fixed on the first support frame 208 of spent resin transfer station 20,
The other end rushes drainpipe 202 with spent resin inlet tube 200, second exhaust pipe 204 and second and connect, and by the way that spring is arranged, can lead to
The tensile property for crossing spring realizes the connection of pipeline.After disassembly, because the telescopicing performance of spring, and can be by spent resin entrance
Pipe 200, second exhaust pipe 204 and second rush drainpipe 202 and are suspended on higher position.Spent resin inlet tube 200, second exhaust pipe
204 and second rush drainpipe 202 as hose, and one end of spent resin inlet tube 200 passes through flange 2000 and spent resin sump outlet
Connection, the other end of spent resin inlet tube 200 are provided with quick coupling 2002.
Second one end for rushing drainpipe 202 is provided with flange 2020, when in use by flange 2020 and in the prior art
Spent resin storage tank rush drainage inlet connection, the other end is provided with quick coupling 2022, and one end of second exhaust pipe 204 is provided with
Quick coupling 2040.Quick coupling 2002, quick coupling 2022 and quick coupling 2040 are the connector of pipeline connection universal.
Further, spent resin transfer station 20 is additionally provided with the first liquid dish 220, and the first liquid dish 220 passes through first
Support part part 222 is fixed on the first support frame 208.First liquid dish 220 is located at spent resin inlet tube 200, second rushes drainpipe
202 and second exhaust pipe 204 lower section, for receiving spent resin inlet tube 200, second rushing drainpipe 202 and second exhaust pipe
Residual liquid in 204.
First liquid dish 220 is fixed in the first support member 222 by welding or being bolted, the first support member
222 are fixed on the first support frame 208 by welding or being bolted, and are mainly used for supporting and fixing the first liquid dish 220.
It please refers to shown in Fig. 3, further, the utility model nuclear power plant spent resin transfer device 8 further includes that spent resin connects
Station 30 is received, the setting of spent resin receiving station 30 is in Radwastes treatment workshop, for transporting spent resin temporary tank and spent resin
Container 10 connects.In the shown embodiment, the set-up mode of spent resin receiving station 30 and spent resin transfer station 20 are set
It is essentially identical to set mode, is provided with spent resin outlet 300, third rushes drainpipe 302 and air inlet pipe 304, spent resin outlet
300, third is rushed drainpipe 302 and air inlet pipe 304 and is suspended on the second support frame 308 by auxiliary member 306 respectively, and is suspended on
Corresponding operating position.Specifically, auxiliary member 306 is spring, and one end is fixed on the second support frame 308 of spent resin receiving station 30
On, the other end rushes drainpipe 302 with spent resin outlet 300, third and air inlet pipe 304 is connect, available by the way that spring is arranged
The tensile property of spring realizes the connection of pipeline.
It is hose that spent resin outlet 300, third, which rush drainpipe 302 and air inlet pipe 304 all, spent resin outlet 300
One end is provided with flange 3000, and the other end is provided with quick coupling 3002, and one end that third rushes drainpipe is provided with flange 3020,
The other end is provided with quick coupling 3022, and the bottom end of air inlet pipe 304 is provided with quick coupling 3040.
When spent resin receiving station 30 comes into operation, the flange 3000 of spent resin outlet 300 gives up in the prior art
The outlet end flange of resin temporary tank connects, and the other end passes through the resin outlet of quick coupling 3002 and spent resin transfer container 10
The quick coupling 1080 of pipe 108 connects, and third rushes the flange 3020 of drainpipe 302 and the punching of spent resin temporary tank in the prior art is arranged
Water out flanged joint, the other end rush on drainpipe 112 by the first of quick coupling 3022 and spent resin transfer container 10
Quick coupling 1120 connects.
Further, spent resin receiving station 30 is additionally provided with the second liquid dish 320, and the second liquid dish 320 passes through second
Support part part 322 is fixed on the second support frame 308.Second liquid dish 320 is located at spent resin outlet 300, air inlet pipe 304 and
Three rush the lower section of drainpipe 302, for receiving spent resin outlet 300, air inlet pipe 304 after the removal of spent resin transfer container 10
The residual liquid in drainpipe 302 is rushed with third.
The set-up mode of second support member 322 is identical as the first support member 222, mainly serves and supports and fixes,
It is used to support and fixes the second liquid dish 320, the second support member 322 is fixed on the second support frame 308.
Further, the utility model nuclear power plant spent resin transfer device 8 is additionally provided with transport vehicle (not shown go out), transport
It is provided with positioner on car body, for fixing spent resin transfer container 10, prevents spent resin transfer container 10 in transport process
In fall.Spent resin transfer container 10 is transported by transport vehicle in different workshops back and forth.
Specifically, when spent resin is transported, spent resin transfer container 10 is transferred to spent resin transfer station by transport vehicle
20 positions, one end of spent resin inlet tube 200 are connect with spent resin sump outlet in the prior art, the other end and spent resin
The resin inlet pipe 106 of transfer container 10 connects, and second, which rushes 202 one end of drainpipe, rushes drainage inlet with spent resin storage tank and connect,
The other end rushes drainpipe 112 with the first of spent resin transfer container 10 and connect；
When spent resin receives, the connection of spent resin transfer container 10 and spent resin transfer station 20 is disconnected, spent resin is turned
It transports container 10 and 30 position of spent resin receiving station, one end of spent resin outlet 300 and spent resin is transferred to by transport vehicle
Temporary tank connection, the other end are connect with the resin outlet pipe 108 of spent resin transfer container 10, and third rushes one end of drainpipe 302
It rushes drain outlet with spent resin temporary tank to connect, the other end rushes drainpipe 112 with the first of spent resin transfer container 10 and connect.
It please refers to shown in Fig. 4 and Fig. 5, the working principle of the utility model nuclear power plant spent resin transfer device 8 is carried out detailed
It describes in detail bright:
Fig. 4 is 20 working principle diagram of spent resin transfer station, detailed process are as follows:
1) 200 one end of spent resin inlet tube of spent resin transfer station 20 is connected by flange 2000 with spent resin storage tank 50
It connects, the other end is connect by quick coupling 2002 with the quick coupling 1060 of the resin inlet pipe 106 of spent resin transfer container 10；
2) one end that second rushes drainpipe 202 is connect by flange 2020 with the circulating water pipe 54 of spent resin storage tank 50,
The other end is connected by the first quick coupling 1120 rushed on drainpipe 112 of quick coupling 2022 and spent resin transfer container 10
It connects；
3) downtake pipe 110 of spent resin transfer container 10 pass through quick coupling 1100 and spent resin transfer station 20 the
The quick coupling 2040 of two exhaust pipes 204 connects, and finally connect with exhaust system；
4) waste liquid in spent resin storage tank 50 is transported in the interior bucket 102 of spent resin transfer container 10, and passes through circulation
On water pipe 54 spent resin punching row pump 52 effect make the mixture of spent resin and water pass through pipeline from spent resin storage tank 50 send to
Spent resin transfer container 10, and the filter screen 122 of 112 lower part of drainpipe is rushed by useless tree by spent resin transfer container 10 first
Rouge is collected in interior bucket 102, and water is circulated back to spent resin storage tank 50.
In transport process, the situation of change of pressure gauge 114 and level meter 116 in spent resin transfer container 10 is observed,
Prevent superpressure, super level.After the spent resin in spent resin storage tank 50 is transferred completely into spent resin transfer container 10, disconnect useless
Spent resin transfer container 10 is transferred to by transport vehicle useless by the connection between resin transfer station 20 and spent resin transfer container 10
Workshop where resin receiving station 30.
Fig. 5 is the working principle diagram of spent resin receiving station 30, detailed process are as follows:
1) the resin outlet pipe 108 of spent resin transfer container 10 is passed through into quick coupling 1080 and spent resin receiving station 30
The quick coupling 3002 of spent resin outlet 300 connects, and the other end of spent resin outlet 300 passes through flange 3000 and spent resin
Temporary tank 60 connects；
2) one end that the third of spent resin receiving station 30 is rushed to drainpipe 302 passes through flange 3020 and spent resin temporary tank 60
The 4th rush the connection of drainpipe 66, third rushes the other end of drainpipe 302 and passes through quick coupling 3022 and spent resin transfer container
The first of 10 rushes the connection of the quick coupling 1120 on drainpipe 112；
3) downtake pipe 110 in spent resin transfer container 10 passes through quick coupling 1100 and spent resin receiving station 30
The quick coupling 3040 of air inlet pipe 304 connects, and air inlet pipe 304 is communicated with the compressed air of compressed air system offer；
4) make spent resin from spent resin transfer container 10 by the effect of the 4th resin transfer pump 64 rushed on drainpipe 66
In send to spent resin temporary tank 60, and be provided with resin mistake on the pipeline between spent resin temporary tank 60 and resin transfer pump 64
Filter 62, spent resin temporary tank 60 collect resin by the strainer of resin filter 62, and recirculated water returns to spent resin transfer container
10, spent resin is finally transported to spent resin temporary tank 60 and is kept in.
In transport process, the situation of change of pressure gauge 114 and level meter 116 in spent resin transfer container 10 is observed,
Prevent superpressure, super level.After the spent resin in spent resin transfer container 10 is transferred completely into spent resin temporary tank 60, disconnect useless
Spent resin transfer container 10 is transferred to by transport vehicle useless by the connection between resin receiving station 30 and spent resin transfer container 10
Workshop where resin transfer station 20, continues to transport.
Compared with the existing technology, the utility model nuclear power plant spent resin transfer device has following technical effect that
1) spent resin transfer container 10 is used, the function of spent resin transition storage and transport is realized, structure is simple, operation
It is convenient flexible, and spent resin transfer container 10 has function of shielding, it is therefore prevented that external radioactive pollution；
2) connection between container is realized using hose and quick coupling, it is easy to operate, space is saved, pipe arrangement holds
Easily.
According to above-mentioned principle, the utility model can also carry out change and modification appropriate to above-mentioned specific embodiment.
Therefore, the utility model is not limited to specific embodiment disclosed and described above, some modifications to the utility model
It should also be as falling into the protection scope of the claims of the present utility model with change.In addition, although having used one in this specification
A little specific terms, these terms are merely for convenience of description, does not constitute any restrictions to the utility model.
Claims (10)
1. a kind of nuclear power plant's spent resin transfer device, which is characterized in that including spent resin transfer container, the spent resin transhipment is held
Device includes:
Bucket is shielded, interior bucket is arranged inside；
Screening cover is detachably fixed with shielding bucket and connect, is provided with through hole, is provided through through hole in through hole
Resin inlet pipe, resin outlet pipe, downtake pipe and first rush drainpipe；And
Protective cover is sealed on screening cover, and forms cavity；
Wherein, resin inlet pipe, resin outlet pipe, downtake pipe and first rush the end seal that drainpipe is located at outside screening cover
It covers in the cavity between protective cover and screening cover.
2. nuclear power plant's spent resin transfer device according to claim 1, which is characterized in that described first rushes under drainpipe
End is provided with filter screen.
3. nuclear power plant's spent resin transfer device according to claim 1, which is characterized in that the resin inlet pipe, resin
Outlet, downtake pipe and first rush one end that drainpipe is located at outside screening cover and are provided with quick coupling.
4. nuclear power plant's spent resin transfer device according to claim 1, which is characterized in that the spent resin transfer container is also
Including the pressure gauge and level meter being arranged by through hole, the pressure gauge and level meter are sealed between screening cover and protective cover
Cavity in.
5. nuclear power plant's spent resin transfer device according to claim 1, which is characterized in that it further include spent resin transfer station,
The spent resin transfer station is provided with spent resin inlet tube, second rushes drainpipe and second exhaust pipe, the spent resin inlet tube,
Second rushes drainpipe and second exhaust pipe is suspended on the first support frame by auxiliary member.
6. nuclear power plant's spent resin transfer device according to claim 5, which is characterized in that the spent resin inlet tube,
Two exhaust pipes and second rush drainpipe one end be provided with quick coupling.
7. nuclear power plant's spent resin transfer device according to claim 5, which is characterized in that the spent resin transfer station is also set
It is equipped with the first liquid dish, first liquid dish is fixed on the first support frame by the first support member.
8. nuclear power plant's spent resin transfer device according to claim 1, which is characterized in that it further include spent resin receiving station,
The spent resin receiving station is provided with spent resin outlet, air inlet pipe and third and rushes drainpipe, the spent resin outlet, air inlet
Pipe and third are rushed drainpipe and are suspended on the second support frame by auxiliary member.
9. nuclear power plant's spent resin transfer device according to claim 8, which is characterized in that the spent resin outlet, into
One end that tracheae and third rush drainpipe is provided with quick coupling.
10. nuclear power plant's spent resin transfer device according to claim 8, which is characterized in that the spent resin receiving station is also
It is provided with the second liquid dish, second liquid dish is fixed on the second support frame by the second support member.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821612506.8U CN209056294U (en) | 2018-09-30 | 2018-09-30 | Nuclear power plant's spent resin transfer device |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821612506.8U CN209056294U (en) | 2018-09-30 | 2018-09-30 | Nuclear power plant's spent resin transfer device |
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| CN209056294U true CN209056294U (en) | 2019-07-02 |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112133466A (en) * | 2020-09-23 | 2020-12-25 | 中国核动力研究设计院 | Radioactive waste resin recovery device and method |
| CN112992395A (en) * | 2021-03-11 | 2021-06-18 | 三门核电有限公司 | Nuclear power plant radioactive waste resin transfer system and method |
| CN115339778A (en) * | 2022-09-13 | 2022-11-15 | 上海阿波罗机械股份有限公司 | Radioactive liquid transfer container |
-
2018
- 2018-09-30 CN CN201821612506.8U patent/CN209056294U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112133466A (en) * | 2020-09-23 | 2020-12-25 | 中国核动力研究设计院 | Radioactive waste resin recovery device and method |
| CN112133466B (en) * | 2020-09-23 | 2022-02-11 | 中国核动力研究设计院 | Radioactive waste resin recovery device and method |
| CN112992395A (en) * | 2021-03-11 | 2021-06-18 | 三门核电有限公司 | Nuclear power plant radioactive waste resin transfer system and method |
| CN115339778A (en) * | 2022-09-13 | 2022-11-15 | 上海阿波罗机械股份有限公司 | Radioactive liquid transfer container |
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