CN209502175U - A kind of preparation tooling of nuclear leakage emergency screening clothing - Google Patents
A kind of preparation tooling of nuclear leakage emergency screening clothing Download PDFInfo
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- CN209502175U CN209502175U CN201821637062.3U CN201821637062U CN209502175U CN 209502175 U CN209502175 U CN 209502175U CN 201821637062 U CN201821637062 U CN 201821637062U CN 209502175 U CN209502175 U CN 209502175U
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Abstract
The utility model proposes a kind of preparation tooling of nuclear leakage emergency screening clothing, including coating apparatus and drying equipment, the drying equipment is located at the top of the coating apparatus；The coating apparatus includes coating cabinet, the frictioning mechanism includes fixing seat, support rod and frictioning bar, the blower mechanism includes blowing pipeline, fixed link and blower, the drying equipment includes drying cabinet, the drying box house is provided with demarcation plate, drying box internal body portion is divided into two identical chambers up and down by the demarcation plate, bottom is heating chamber, top is that UV solidifies chamber, novel preparation tooling is researched and developed according to the special coating processes specific aim for preparing, effectively for coating, blowing, drying, UV curing process is designed, in the utility model to prepare Fixture Design reasonable, it is easy to operate, using effect is good.Integrated structure setting, disposably completes working procedures.
Description
Technical field
The utility model relates to a kind of shielding material, in particular to the preparation tooling of a kind of nuclear leakage emergency screening clothing and
Preparation method.
Background technique
Reactor is the core of nuclear power source system, and nuclear fission (or fusion) therein can generate various radiation rays
Such as neutron, gamma-rays, secondary gamma-rays and the other charged particles and high-energy ray of different energy levels, injury is brought to human body, together
When also can welding.
Studies have shown that the external exposure line of nuclear power station is mainly gamma-rays, mainly from nuclear reaction fission product and by
The pipeline and valve of neutron activation cause the deposition of radioactive particulate in pipeline due to the appearance of activation corrosion product in pipeline,
Keep many upkeep operation site surrounding dosage in control zone higher, increase staff's external irradiation dose, it is general using shield come
It releases.
In order to prevent or the harm that radiation ray is brought, Yao Jinhang radiation protection are reduced, and radiation protection is main
Dependent on the performance of anti-radiation shielding material and the optimization design of radiation shielding structure.Anti-radiation shielding material is primarily referred to as centering
Son and the ionising radiations such as gamma-rays have the material of shielding action, wherein the uranium (238U) after heavy metal such as lead, tungsten, decay and
Iron, nickel etc. are all that effective gamma-rays weakens body, also there is good moderating effect to fast neutron；And boron, graphite, hydrogen-rich chemical combination
, these materials and its composite material more effective to the decrease of neutron or absorption if object (such as water, heavy water) and high molecular material etc.
It has been widely used in various nuclear reactor shielding harness and has played considerable effect.
Currently, screening clothing before cutting out suture, needs to carry out fabric coating using base fabric layer as coating, pass through preparation
Shielding coating is coated on the upper surface of base by tooling, obtains the first screen layer that a layer thickness is 0.5-1mm；Again by first
Shielded layer is blowed, dries, after UV solidification, obtains shielding fabric.But the technique does not prepare tooling accordingly and is grasped
Make, it is inconvenient.
Utility model content
In response to the above problems, the present invention proposes a kind of preparation toolings of nuclear leakage emergency screening clothing.
Specific technical solution is as follows:
A kind of preparation tooling of nuclear leakage emergency screening clothing, which is characterized in that including coating apparatus and drying equipment,
The drying equipment is located at the top of the coating apparatus；
The coating apparatus includes coating cabinet, and the coating cabinet is square structure, the coating box house side
It is provided with coating import and coating outlet, the coating import and coating export the structure that is square, the coating import
Place's rotation connection is provided with the first reversing roller, and the coating exit rotation connection is provided with the second reversing roller, the coating case
Internal portion's bottom level rotation connection is provided with a glue spreader, is provided with third reversing roller above the glue spreader, and described the
Three reversing rollers and the second reversing roller are on a horizontal plane；Shielding coating is placed in the coating box house bottom；
Blower mechanism and frictioning mechanism, the blower mechanism are fixedly installed on the side wall of the coating box house side
With the frictioning mechanism in vertical distribution on coating wall box, the blower mechanism is located above the frictioning mechanism,
The frictioning mechanism includes fixing seat, support rod and frictioning bar, and the C-shaped hardened structure of fixing seat is described solid
Reservation side top is fixedly connected with bottom end with the side wall of the coating cabinet, fixing seat other side connection support bar, institute
Support rod is stated in being horizontally disposed with, the support rod is arranged in three rows, three support rods of every row, and one end of every row's support rod is fixed to be connected
A frictioning bar is connect, the frictioning bar is an integral structure, including frictioning bar body and frictioning protrusion, the frictioning bar body
In cylindrical structure, the frictioning protrusion is located at the frictioning bar outside top, and frictioning protrusion side is in perpendicular, institute
Coated with Contact after stating frictioning protrusion side and coating；
The blower mechanism includes that blowing pipeline, fixed link and blower, the blower are fixedly installed on the coating case
Side outside body, the blowing pipeline are an integral structure, including blowing supervisor, blowing connecting tube and blowing are in charge of, described
Blowing supervisor one end connects the blower, and the other end passes through the coating wall box and stretches to the coating box house, institute
Blowing supervisor is stated at horizontally disposed；The blowing connecting tube is " king " font structure, the blowing connecting tube side center
Supervisor is fixedly connected with the blowing, and the other side is in charge of with the blowing to be fixedly connected, and the blowing connecting tube is vertically arranged；
It is 9 that quantity is in charge of in the blowing, is distributed in the blowing connecting tube at 3*3 matrix, and the blowing, which is in charge of into, to be horizontally disposed with,
The blowing is in charge of one end and is provided with abducent air outlet, and the other end is fixedly connected with the blowing connecting tube, and blower is opened
Qi Shi, the wind that blower generates blow to coating by the sequence that blowing supervisor, blowing connecting tube, blowing are in charge of；The fixed link number
Amount is four, and described fixed link one end is fixedly connected with the blowing connecting tube, the inner sidewall of the other end and the coating cabinet
It is fixedly connected, the fixed link in being horizontally disposed with, uniformly divide in the blowing connecting tube side in 2*2 by four fixed links
Cloth；
The drying equipment includes drying cabinet, and the drying cabinet is square body structure, the drying bottom of box
It is welded to connect with the coating top of the box, the drying box house is provided with demarcation plate, and the demarcation plate will dry cabinet
It is heating chamber that inside, which is separated into two identical chambers, bottom up and down, and top is that UV solidifies chamber, the heating chamber side be provided with into
Entrance, other side inner rotation are connected with the 4th reversing roller, and UV solidification chamber side is provided with outlet, the discharge
Rotation connection is provided with the 6th reversing roller at mouthful, and UV solidification chamber other side rotation connection is provided with the 5th reversing roller, described
5th reversing roller is located at the 4th reversing roller top position；The inlet port, outlet, coating import and coating outlet are equal
Positioned at the same side；
Warm table is fixedly installed in the heating chamber inner bottom surface, the warm table squarely plate body structure is described to add
Electric heating tube is fixedly installed in thermal station；The UV solidifies intracavitary top and is provided with ultraviolet curing lamp, the ultraviolet curing lamp number
Amount is 16, is distributed in the solidification intracavitary portion's roof center position the UV at 4*4 matrix；
The coating cabinet and the drying cabinet junction side are vertically arranged with one piece of connecting plate, on the connecting plate
Rotation is provided with the 7th reversing roller and the 8th reversing roller, and the 7th reversing roller is located at side outside the inlet port, and described the
Eight reversing rollers are located at the coating and export external side.
Further, being horizontally disposed on side outside the coating cabinet has a support plate, and the blower passes through bolt
Nut is fixedly installed in the support plate, and described support plate one end passes through welding and the fixed company of the coating cabinet exterior side wall
It connects.
Further, the coating bottom of box is inclined to set, and coating bottom of box side lowest part is provided with
Coating material discharging port；Coating investment pipe is provided on the coating cabinet side, the coating investment manages L-shaped pipe structure, institute
Stating coating investment tube top portion is up big and down small hatch frame, and coating investment bottom of the tube side is fixedly connected with coating cabinet.
Further, observation window is provided on the coating cabinet.
Further, the electric heating tube is serpentine structure.
Further, valve is provided on the coating material discharging port.
Further, the 7th reversing roller is and the 8th reversing roller position directly above.
The preparation tooling process for using that the utility model refers to is as follows:
1, cloth to be coated enters coating cabinet by being coated with entrance, and the gluing of bottom is transmitted to by the first reversing roller
Shielding coating is arranged at roller, coating box house bottom, and shielding coating liquid level is lower than glue spreader central point, is higher than glue spreader and goes to the bottom
Face, the liquid level can ensure coating single side coating, put into pipe by coating and coating material discharging port carries out coating liquid level
It adjusts；By the effect of glue spreader, coating is coated on coating surface.
2, from glue spreader be transmitted to third reversing roller after the completion of coating, from bottom to top during, passing through three row's frictioning bars will
Extra coating scrapes off, and by blower mechanism after frictioning, from drying, air hose air outlet blows out wind, by the preliminary drying of coating, drying
It send by the second reversing roller to coating and exports afterwards, complete painting process.
3, in order by the 8th reversing roller and the 7th reversing roller on connecting plate after painting process, then from drying cabinet
Inlet port enter heating chamber, heating, drying is carried out by the electric heating tube of heating chamber bottom, is left using the 4th reversing roller
Heating chamber then enters UV by the 5th reversing roller and solidifies chamber, carries out UV solidification by the ultraviolet curing lamp that UV solidifies top of chamber,
It send finally by the 6th reversing roller to the outlet of drying cabinet, completes baking and curing process.
Compared with the prior art, the utility model has the following beneficial effects:
Novel preparation tooling is researched and developed according to the special coating processes specific aim for preparing, effectively for coating, blowing, baking
Dry, UV curing process is designed, and Fixture Design is reasonable, and easy to operate, using effect is good for preparing in the utility model.It is integrated
Change structure setting, disposably completes working procedures, without artificially carrying out multinomial work, also do not need transfer coated, greatly reduce
Labour reduces production cost.
Detailed description of the invention
Fig. 1 is preparation tooling internal structure chart.
Fig. 2 is coating apparatus internal structure chart.
Fig. 3 is coating apparatus exterior view.
Fig. 4 is drying equipment internal structure chart.
Fig. 5 is frictioning mechanism top view.
Fig. 6 is blower mechanism A to schematic diagram.
Fig. 7 is distribution schematic diagram of the electric heating tube on warm table.
Fig. 8 solidifies the distribution schematic diagram in chamber inner top in UV for ultraviolet curing lamp.
Appended drawing reference
Coating apparatus 1, coating cabinet 2, coating import 3, coating outlet the 4, first reversing roller 5, the second reversing roller 6, gluing
Roller 7, third reversing roller 8, shielding coating 9, coating material discharging port 10, coating put into pipe 11, valve 12, blower mechanism 13, blower
Road 14, blowing supervisor 15, blowing connecting tube 16, blowing are in charge of 17, air outlet 18, fixed link 19, blower 20, support plate 21, scrape
Gluing mechanism 22, fixing seat 23, support rod 24, frictioning bar 25, frictioning bar body 26, frictioning protrusion 27；
Drying equipment 28, drying cabinet 29, demarcation plate 30, heating chamber 31, inlet port 32, the 4th reversing roller 33, UV solidification
Chamber 34, outlet 35, the 6th reversing roller 36, the 5th reversing roller 37, warm table 38, electric heating tube 39, ultraviolet curing lamp 40；
Connecting plate 41, the 7th reversing roller 42, the 8th reversing roller 43, coating 44, observation window 45.
Specific embodiment
It is clear to be more clear the technical solution of the utility model, the utility model is carried out into one with reference to the accompanying drawing
Step description, the technical characteristic of any pair of technical solutions of the utility model carry out the scheme that equivalencing is obtained with conventional reasoning and fall
Enter scope of protection of the utility model.
Connection mentioned in the utility model embodiment, is fixedly connected, and fixed setting is welding or integrated molding
Mode realizes connection.
For the ultraviolet curing lamp used in the utility model for general ultraviolet curing lamp on the market, structural reference China is practical
New patent 201420812240.7.The heating tube used is general electrothermal heating tube on the market.
A kind of preparation tooling of nuclear leakage emergency screening clothing, which is characterized in that including coating apparatus and drying equipment,
The drying equipment is located at the top of the coating apparatus；
The coating apparatus includes coating cabinet, and the coating cabinet is square structure, the coating box house side
It is provided with coating import and coating outlet, the coating import and coating export the structure that is square, the coating import
Place's rotation connection is provided with the first reversing roller, and the coating exit rotation connection is provided with the second reversing roller, the coating case
Internal portion's bottom level rotation connection is provided with a glue spreader, is provided with third reversing roller above the glue spreader, and described the
Three reversing rollers and the second reversing roller are on a horizontal plane；Shielding coating is placed in the coating box house bottom；
Blower mechanism and frictioning mechanism, the blower mechanism are fixedly installed on the side wall of the coating box house side
With the frictioning mechanism in vertical distribution on coating wall box, the blower mechanism is located above the frictioning mechanism,
The frictioning mechanism includes fixing seat, support rod and frictioning bar, and the C-shaped hardened structure of fixing seat is described solid
Reservation side top is fixedly connected with bottom end with the side wall of the coating cabinet, fixing seat other side connection support bar, institute
Support rod is stated in being horizontally disposed with, the support rod is arranged in three rows, three support rods of every row, and one end of every row's support rod is fixed to be connected
A frictioning bar is connect, the frictioning bar is an integral structure, including frictioning bar body and frictioning protrusion, the frictioning bar body
In cylindrical structure, the frictioning protrusion is located at the frictioning bar outside top, and frictioning protrusion side is in perpendicular, institute
Coated with Contact after stating frictioning protrusion side and coating；
The blower mechanism includes that blowing pipeline, fixed link and blower, the blower are fixedly installed on the coating case
Side outside body, the blowing pipeline are an integral structure, including blowing supervisor, blowing connecting tube and blowing are in charge of, described
Blowing supervisor one end connects the blower, and the other end passes through the coating wall box and stretches to the coating box house, institute
Blowing supervisor is stated at horizontally disposed；The blowing connecting tube is " king " font structure, the blowing connecting tube side center
Supervisor is fixedly connected with the blowing, and the other side is in charge of with the blowing to be fixedly connected, and the blowing connecting tube is vertically arranged；
It is 9 that quantity is in charge of in the blowing, is distributed in the blowing connecting tube at 3*3 matrix, and the blowing, which is in charge of into, to be horizontally disposed with,
The blowing is in charge of one end and is provided with abducent air outlet, and the other end is fixedly connected with the blowing connecting tube, and blower is opened
Qi Shi, the wind that blower generates blow to coating by the sequence that blowing supervisor, blowing connecting tube, blowing are in charge of；The fixed link number
Amount is four, and described fixed link one end is fixedly connected with the blowing connecting tube, the inner sidewall of the other end and the coating cabinet
It is fixedly connected, the fixed link in being horizontally disposed with, uniformly divide in the blowing connecting tube side in 2*2 by four fixed links
Cloth；
The drying equipment includes drying cabinet, and the drying cabinet is square body structure, the drying bottom of box
It is welded to connect with the coating top of the box, the drying box house is provided with demarcation plate, and the demarcation plate will dry cabinet
It is heating chamber that inside, which is separated into two identical chambers, bottom up and down, and top is that UV solidifies chamber, the heating chamber side be provided with into
Entrance, other side inner rotation are connected with the 4th reversing roller, and UV solidification chamber side is provided with outlet, the discharge
Rotation connection is provided with the 6th reversing roller at mouthful, and UV solidification chamber other side rotation connection is provided with the 5th reversing roller, described
5th reversing roller is located at the 4th reversing roller top position；The inlet port, outlet, coating import and coating outlet are equal
Positioned at the same side；
Warm table is fixedly installed in the heating chamber inner bottom surface, the warm table squarely plate body structure is described to add
Electric heating tube is fixedly installed in thermal station；The UV solidifies intracavitary top and is provided with ultraviolet curing lamp, the ultraviolet curing lamp number
Amount is 16, is distributed in the solidification intracavitary portion's roof center position the UV at 4*4 matrix；
The coating cabinet and the drying cabinet junction side are vertically arranged with one piece of connecting plate, on the connecting plate
Rotation is provided with the 7th reversing roller and the 8th reversing roller, and the 7th reversing roller is located at side outside the inlet port, and described the
Eight reversing rollers are located at the coating and export external side.
Further, being horizontally disposed on side outside the coating cabinet has a support plate, and the blower passes through bolt
Nut is fixedly installed in the support plate, and described support plate one end passes through welding and the fixed company of the coating cabinet exterior side wall
It connects.
Further, the coating bottom of box is inclined to set, and coating bottom of box side lowest part is provided with
Coating material discharging port；Coating investment pipe is provided on the coating cabinet side, the coating investment manages L-shaped pipe structure, institute
Stating coating investment tube top portion is up big and down small hatch frame, and coating investment bottom of the tube side is fixedly connected with coating cabinet.
Further, observation window is provided on the coating cabinet.
Further, the electric heating tube is serpentine structure.
Further, valve is provided on the coating material discharging port.
Further, the 7th reversing roller is and the 8th reversing roller position directly above.
The preparation tooling process for using that the utility model refers to is as follows:
4, cloth to be coated enters coating cabinet by being coated with entrance, and the gluing of bottom is transmitted to by the first reversing roller
Shielding coating is arranged at roller, coating box house bottom, and shielding coating liquid level is lower than glue spreader central point, is higher than glue spreader and goes to the bottom
Face, the liquid level can ensure coating single side coating, put into pipe by coating and coating material discharging port carries out coating liquid level
It adjusts；By the effect of glue spreader, coating is coated on coating surface.
5, from glue spreader be transmitted to third reversing roller after the completion of coating, from bottom to top during, passing through three row's frictioning bars will
Extra coating scrapes off, and by blower mechanism after frictioning, from drying, air hose air outlet blows out wind, by the preliminary drying of coating, drying
It send by the second reversing roller to coating and exports afterwards, complete painting process.
6, in order by the 8th reversing roller and the 7th reversing roller on connecting plate after painting process, then from drying cabinet
Inlet port enter heating chamber, heating, drying is carried out by the electric heating tube of heating chamber bottom, is left using the 4th reversing roller
Heating chamber then enters UV by the 5th reversing roller and solidifies chamber, carries out UV solidification by the ultraviolet curing lamp that UV solidifies top of chamber,
It send finally by the 6th reversing roller to the outlet of drying cabinet, completes baking and curing process.
Compared with the prior art, the utility model has the following beneficial effects:
Novel preparation tooling is researched and developed according to the special coating processes specific aim for preparing, effectively for coating, blowing, baking
Dry, UV curing process is designed, and Fixture Design is reasonable, and easy to operate, using effect is good for preparing in the utility model.It is integrated
Change structure setting, disposably completes working procedures, without artificially carrying out multinomial work, also do not need transfer coated, greatly reduce
Labour reduces production cost.
Claims (7)
1. a kind of preparation tooling of nuclear leakage emergency screening clothing, which is characterized in that coating apparatus and drying equipment are included, it is described
Drying equipment is located at the top of the coating apparatus；
The coating apparatus includes coating cabinet, and the coating cabinet is square structure, and the coating box house side is arranged
There are coating import and coating outlet, the coating import and coating export the structure that is square, and the coating entrance turns
Dynamic to be connected with the first reversing roller, the coating exit, which is rotatablely connected, is provided with the second reversing roller, in the coating cabinet
Bottom level rotation connection in portion's is provided with a glue spreader, is provided with third reversing roller above the glue spreader, the third is changed
To roller and the second reversing roller on a horizontal plane；Shielding coating is placed in the coating box house bottom；
Blower mechanism and frictioning mechanism, the blower mechanism and institute are fixedly installed on the side wall of the coating box house side
Frictioning mechanism is stated on coating wall box in vertical distribution, the blower mechanism is located above the frictioning mechanism,
The frictioning mechanism includes fixing seat, support rod and frictioning bar, the C-shaped hardened structure of fixing seat, the fixing seat
Side top is fixedly connected with bottom end with the side wall of the coating cabinet, fixing seat other side connection support bar, the branch
Strut is in being horizontally disposed with, and the support rod is arranged in three rows, and three support rods of every row, one end of every row's support rod is fixedly connected with one
A frictioning bar, the frictioning bar are an integral structure, including frictioning bar body and frictioning protrusion, and the frictioning bar body is in circle
Column structure, the frictioning protrusion are located at the frictioning bar outside top, and frictioning protrusion side is in perpendicular, described to scrape
Coated with Contact behind glue protrusion side and coating；
The blower mechanism includes that blowing pipeline, fixed link and blower, the blower are fixedly installed on outside the coating cabinet
Portion side, the blowing pipeline are an integral structure, including blowing supervisor, blowing connecting tube and blowing are in charge of, the blowing
It is responsible for one end and connects the blower, the other end passes through the coating wall box and stretches to the coating box house, described to blow
Wind supervisor is at horizontally disposed；The blowing connecting tube is " king " font structure, the blowing connecting tube side center and institute
It states blowing supervisor to be fixedly connected, the other side is in charge of with the blowing to be fixedly connected, and the blowing connecting tube is vertically arranged；It is described
It is 9 that quantity is in charge of in blowing, is distributed in the blowing connecting tube at 3*3 matrix, and the blowing, which is in charge of into, to be horizontally disposed with, described
Blowing is in charge of one end and is provided with abducent air outlet, and the other end is fixedly connected with the blowing connecting tube, when blower is opened,
The wind that blower generates blows to coating by the sequence that blowing supervisor, blowing connecting tube, blowing are in charge of；The fixed link quantity is four
A, described fixed link one end is fixedly connected with the blowing connecting tube, and the inner sidewall of the other end and the coating cabinet is fixed to be connected
It connects, in being horizontally disposed with, four fixed links are uniformly distributed in the blowing connecting tube side in 2*2 the fixed link；
The drying equipment includes drying cabinet, and the drying cabinet is square body structure, the drying bottom of box and institute
It states coating top of the box to be welded to connect, the drying box house is provided with demarcation plate, and the demarcation plate will dry box house
Two identical chambers up and down are separated into, bottom is heating chamber, and top is that UV solidifies chamber, and the heating chamber side is provided with entrance
Mouthful, other side inner rotation is connected with the 4th reversing roller, and UV solidification chamber side is provided with outlet, the outlet
Place's rotation connection is provided with the 6th reversing roller, and UV solidification chamber other side rotation connection is provided with the 5th reversing roller, and described the
Five reversing rollers are located at the 4th reversing roller top position；The inlet port, outlet, coating import and coating export equal position
In the same side；
Warm table, the warm table squarely plate body structure, the warm table are fixedly installed in the heating chamber inner bottom surface
On be fixedly installed electric heating tube；The UV solidifies intracavitary top and is provided with ultraviolet curing lamp, and the ultraviolet curing lamp quantity is
It 16, is distributed in the solidification intracavitary portion's roof center position the UV at 4*4 matrix；
The coating cabinet and the drying cabinet junction side are vertically arranged with one piece of connecting plate, rotate on the connecting plate
It is provided with the 7th reversing roller and the 8th reversing roller, the 7th reversing roller is located at side outside the inlet port, and the described 8th changes
It is located at the coating to roller and exports external side.
2. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the coating case
Being horizontally disposed on side outside body has a support plate, and the blower is fixedly installed in the support plate by bolt and nut,
Described support plate one end is fixedly connected by welding with the coating cabinet exterior side wall.
3. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the coating case
Body bottom is inclined to set, and coating bottom of box side lowest part is provided with coating material discharging port；The coating cabinet side
On be provided with coating investment pipe, coating investment manages L-shaped pipe structure, and coating investment tube top portion is up big and down small
Hatch frame, coating investment bottom of the tube side are fixedly connected with coating cabinet.
4. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the coating case
Observation window is provided on body.
5. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the electric heating
Pipe is serpentine structure.
6. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the coating row
Valve is provided in outlet.
7. a kind of preparation tooling of nuclear leakage emergency screening clothing as described in claim 1, which is characterized in that the described 7th changes
It is and the 8th reversing roller position directly above to roller.
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| CN201821637062.3U CN209502175U (en) | 2018-10-10 | 2018-10-10 | A kind of preparation tooling of nuclear leakage emergency screening clothing |
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| CN201821637062.3U CN209502175U (en) | 2018-10-10 | 2018-10-10 | A kind of preparation tooling of nuclear leakage emergency screening clothing |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109243654A (en) * | 2018-10-10 | 2019-01-18 | 镇江华核装备有限公司 | A kind of preparation process of nuclear leakage emergency screening clothing |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109243654A (en) * | 2018-10-10 | 2019-01-18 | 镇江华核装备有限公司 | A kind of preparation process of nuclear leakage emergency screening clothing |
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