CN206557131U - X-ray detection laboratory - Google Patents
X-ray detection laboratory Download PDFInfo
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- CN206557131U CN206557131U CN201720252348.9U CN201720252348U CN206557131U CN 206557131 U CN206557131 U CN 206557131U CN 201720252348 U CN201720252348 U CN 201720252348U CN 206557131 U CN206557131 U CN 206557131U
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Abstract
The utility model discloses a kind of X-ray detection laboratory, it is related to X-ray detection field, main purpose is to provide a kind of X-ray detection laboratory for preventing radiation quality from entering control room.Main technical schemes of the present utility model are：A kind of X-ray detection laboratory, including：Control room, interior setting control device, control room has the first Ge, the first Ge be arranged on the wall of control room；Inwall covering stereotype between detection, X-ray detecting equipment is set in detection, there are the 2nd Ge between detection, on the 2nd Ge walls that are arranged between detecting, passage is arranged on detect between control room, the both sides of passage connect the first Ge and the 2nd Ge respectively, first radiation detecting apparatus is set in passage, and the first sets locking device on Ge, when the first radiation detecting apparatus is detected in passage with radiation quality, locking device the locked first Ge, make the first Ge can not open.The utility model is mainly for detection of X-ray detection instrument.
Description
Technical field
The utility model is related to X-ray detection field, more particularly to a kind of X-ray detection laboratory.
Background technology
X-ray detection instrument is primarily used for detecting the instrument of ionising radiation, and X-ray Standard Ratio device is mainly used in
Calibrating, calibration and detection to X-ray detection instrument.In existing laboratory, between sensing chamber and control room only together
Door, the material of usual door is lead material, for absorbing radiation quality, still, if the door is beaten in the case where detection device is opened
Open, radiation quality can quickly enter control room, also, this does not possess locked function, detect that indoor radiation quality is more, the door
The opening and closing of this, situation about being not completely turned off in the instrument of sensing chamber are generally controlled by the control device of control room
Under, the faulty operation of staff may open the door, and radiation quality can quickly enter control room, cause staff to be in spoke
Penetrate in matter, it is serious to threaten staff's healthy.
Utility model content
In view of this, the utility model embodiment provides a kind of X-ray detection laboratory, and main purpose is to provide a kind of anti-
Only radiation quality enters the X-ray detection laboratory of control room.
To reach above-mentioned purpose, the utility model mainly provides following technical scheme：
The utility model embodiment provides a kind of X-ray detection laboratory, including：
Control device is set in control room, control room, and control device is used for operation and the pass for controlling X-ray detecting equipment
Close, control room has the first Ge, the first Ge be arranged on the wall of control room；
Between detection, the inwall covering stereotype between detection, detection is interior to set X-ray detecting equipment, has second between detection
Ge, the 2nd Ge be arranged at detection between wall on, for absorbing the radiation quality that X-ray detecting equipment is discharged；
Passage, passage is arranged between detection between control room, and the both sides of passage connect the first Ge and the 2nd Ge respectively
Door, sets the first radiation detecting apparatus in passage, and the first sets locking device on Ge, when the first radiation detecting apparatus is detected
When there is radiation quality in passage, locking device the locked first Ge, make the first Ge can not open.
Preferably, the second radiation detecting apparatus is also set up in detection, the 2nd sets warning device on Ge, warning device
Control device is connected to, there is radiation quality when the second radiation detecting apparatus detects that detection is interior, and during the 2nd Ge unlatchings,
Warning device gives a warning information to control device.
Preferably, positioner is also set up in detection, positioner is removably connected on the side wall between detection, is used for
Launch laser beam, the X-ray that laser beam and the X-ray detecting equipment of positioner are launched is coaxial.
Preferably, lead pipe, between lead pipe connection control room and detection, and extends, lead towards the direction of X-ray detecting equipment
Cable, cable connection control device and X-ray detecting equipment are placed in pipe.
Preferably, high pressure generator is also set up in detection, high pressure generator is connected to X-ray detecting equipment, for X
Ray detector provides electric energy.
Preferably, multiple cameras are set on the side wall between detection, multiple cameras are connected to control device, for that will examine
Monitoring information transmission in survey is to control device.
Preferably, the length between detection is 8 meters to 10 meters, and width is 4 meters to 5 meters, is highly 3 meters to 4 meters.
Preferably, ventilation unit is also included between detection, ventilation unit, which is arranged in the top between detection, ventilation unit, sets baffle plate,
For absorbing radiation quality.
Preferably, baffle plate, the first Ge and the 2nd Ge material be lead.
In the technical scheme that the utility model embodiment is provided, control device is set, control device is used to control in control room
The operation and closing of X-ray detecting equipment processed, control room have the first Ge, and the inwall covering stereotype between detection, detection is interior
X-ray detecting equipment is set, there are the 2nd Ge between detection, passage is arranged on detect between control room, the both sides of passage
Connection the first Ge and the 2nd Ge respectively, passage the first radiation detecting apparatus of interior setting, the first sets locking device on Ge,
When the first radiation detecting apparatus detects that locking device the locked first Ge is, it is necessary to X-ray detection when having radiation quality in passage
When equipment works, first by the first Ge and the 2nd Ge closings, start X-ray detecting equipment, if the mistake behaviour of staff
Work makes the 2nd Ge unlatchings, causes radiation quality to enter in passage, and the first radiation detecting apparatus detects there is radiation quality in passage,
Locking device starts, and the locked first Ge, make the first Ge can not open, if the faulty operation of staff makes first
Ge unlatchings, the first Ge in the control room, staff it can be seen that the first Ge open, and recognize the behaviour of oneself
Make mistake, now, the 2nd Ge be still in closed mode, relative to prior art, between sensing chamber and control room only have one
Sect, also, this does not possess locked function, detects that indoor radiation quality is more, is not closed completely in the instrument of sensing chamber
In the case of closing, the faulty operation of staff may open the door, and radiation quality can quickly enter control room, the utility model
In, control room has the first Ge, has the 2nd Ge between detection, the both sides of passage connect respectively the first Ge with the 2nd Ge
Door, sets the first radiation detecting apparatus in passage, and the first sets locking device on Ge, when the first radiation detecting apparatus is detected
During the radiation quality discharged with X-ray detecting equipment in passage, locking device the locked first Ge, make the first Ge can not beat
Open, and then reached the technique effect for preventing radiation quality from entering control room.
Brief description of the drawings
A kind of structural representation in X-ray detection laboratory that Fig. 1 provides for the utility model embodiment；
Structural representation between a kind of detection that Fig. 2 provides for the utility model embodiment；
The structural representation for the baffle plate that Fig. 3 provides for the utility model embodiment.
Embodiment
The utility model is described in further detail with reference to the accompanying drawings and examples.
As shown in figure 1, the utility model proposes a kind of X-ray detection laboratory, including：In control room 1, control room 1
Control device 11 is set, and control device 11 is used for the operation and closing for controlling X-ray detecting equipment 21, and control room 1 has first
Ge doors 12, the first Ge doors 12 are arranged on the wall of control room 1；2 between detection, 2 inwall covering stereotype between detection, 2 between detection
It is interior setting X-ray detecting equipment 21, between detection 2 have the 2nd Ge doors 22, the 2nd Ge doors 22 be arranged at detect between 2 wall on,
For absorbing the radiation quality that X-ray detecting equipment 21 is discharged；Passage 3, passage 3 is arranged between detection between 2 and control room 1,
The both sides of passage 3 are connected respectively sets the first radiation detecting apparatus 31, first in the first Ge doors 12 and the 2nd Ge doors 22, passage 3
Locking device 13 is set on Ge doors 12, when the first radiation detecting apparatus 31 detects to have radiation quality in passage 3, locking device
13 locked first Ge doors 12, prevent the first Ge doors 12 from opening.
In the technical scheme that the utility model embodiment is provided, control device 11 is set, control device 11 is used in control room 1
In the operation and closing of control X-ray detecting equipment 21, control room 1 has the first Ge doors 12,2 inwall covering lead between detection
Plate, X-ray detecting equipment 21 is set in 2 between detection, 2 have a 2nd Ge doors 22 between detection, and passage 3 is arranged between detection 2 and controlled
Between 1 between system, the both sides of passage 3 are connected in the first Ge doors 12 and the 2nd Ge doors 22, passage 3 respectively sets the first radiation detection to fill
Setting locking device 13 on 31, the first Ge doors 12 is put, when the first radiation detecting apparatus 31 detects there is radiation quality in passage 3
When, the locked first Ge doors 12 of locking device 13, it is necessary to X-ray detecting equipment 21 work when, first by the first Ge doors 12 and the 2nd Ge
Door 22 is closed, and starts X-ray detecting equipment 21, if the faulty operation of staff opens the 2nd Ge doors 22, causes radiation
Matter enters in passage 3, and the first radiation detecting apparatus 31 detects there is radiation quality in passage 3, and locking device 13 starts, and locks
Dead first Ge doors 12, prevent the first Ge doors 12 from opening, if the faulty operation of staff opens the first Ge doors 12, and first
Ge doors 12 are in control room, staff it can be seen that the unlatching of the first Ge doors 12, and recognizes the operating mistake of oneself, this
When, the 2nd Ge doors 22 are still in closed mode, relative to prior art, there was only a sect between sensing chamber and control room, and
And, this does not possess locked function, detects that indoor radiation quality is more, situation about being not completely turned off in the instrument of sensing chamber
Under, the faulty operation of staff may open the door, and radiation quality can be quickly entered in control room, the utility model, control
Between 1 there is the first Ge doors 12,2 with the 2nd Ge doors 22 between detection, and the both sides of passage 3 connect the first Ge doors 12 and the 2nd Ge respectively
Set in door 22, passage 3 and locking device 13 is set on first radiation detecting apparatus 31, the first Ge doors 12, when the first radiation detection
When device 31 detects the radiation quality discharged with X-ray detecting equipment in passage 3, locking device 13 the locked first Ge
12, prevent the first Ge doors 12 from opening, and then reached the technique effect for preventing radiation quality from entering control room.
The main function of above-mentioned control room 1 is to place control device 11, and the first Ge doors 12 are set in the side of control room 1,
First Ge doors 12 are arranged on the wall of control room 1, and the effect of the first Ge doors 12 is to absorb radiation quality, prevents radiation quality from entering control
Room processed, it is generally the case that stereotype need not be set on the wall of control room, 2 main function is to place X-ray detection between detection
Equipment 21, can produce substantial amounts of radiation quality due to X-ray detecting equipment 21 operationally, in order to prevent radiation quality from penetrating wall,
It is generally necessary to cover stereotype on 2 inwall between detection, the material of the first Ge doors 12 and the 2nd Ge doors 22 is generally also lead material,
The thickness of stereotype is determined that the wavelength of X-ray is longer by the wavelength of X-ray, and the thickness of stereotype is thicker, the material being currently known
In, X-ray is difficult to penetrate stereotype, it is of course also possible to use other it is new and into material, as long as X-ray can not be penetrated, this
In described inwall include between detection 2 ground and top；Passage 3 is arranged between detection between 2 and control room 1, for connecting
2 and control room 1 between detection, the both sides of passage 3 connect the first Ge doors 12 and the 2nd Ge doors 22, the first radiation detecting apparatus 31 respectively
It is arranged in passage 3, for the radiation quality in sense channel 3, locking device 13 is set on the first Ge doors 12, if staff
In the case where X-ray detecting equipment 21 is opened, the 2nd Ge doors 22 are opened, radiation quality can quickly enter passage 3, the first radiation
Detection means 31 can detect radiation quality, now, and the first radiation detecting apparatus 31 can send signal, locked dress to locking device 13
13 startups are put, locked first Ge doors 12 make the first Ge doors 12 not open, staff must completely close X-ray detection and set
Standby 21, and the radiation quality between detection 2 and passage 3 is removed totally, the first radiation detecting apparatus 31 just can be again to locked
Device 13 sends signal, and locking device 13 is closed, and the first Ge doors 12 can be opened the first Ge doors 12 by control device 11,
And then prevent radiation quality from leaking, it is ensured that the life security of staff.
Further, set as shown in figure 1, being also set up in 2 between detection on the second radiation detecting apparatus 23, the 2nd Ge doors 22
Warning device 24, warning device 24 is connected to control device 11, has between the second radiation detecting apparatus 23 detects detection in 2
Radiation quality, and during the unlatching of the 2nd Ge doors 22, warning device 24 gives a warning information to control device 11.In the present embodiment,
Setting warning device 24 on the second radiation detecting apparatus 23, the 2nd Ge doors 22 is set in 2 between detection, when X-ray detecting equipment 21 is opened
After dynamic, the second radiation detecting apparatus 23, which is detected in 2 between detection, has radiation quality, now, if the faulty operation of staff
The 2nd Ge doors 22 are caused to be opened, warning device 24 can give a warning information to control device 11, remind the work people in control room 1
The 2nd Ge doors 22 of member have been switched on, also, the locking device 13 of the first Ge doors 12 starts, and the first Ge doors 12 is not opened, only
Have after X-ray detecting equipment 21 is completely closed, or the first Ge doors 12 are closed, warning device can just stop, further reaching
To preventing radiation quality from leaking, it is ensured that the technique effect of the life security of staff.
Further, as shown in figure 1, also setting up positioner 25 in 2 between detection, positioner 25 is removably connected to inspection
Between survey on 2 side wall, for launching laser beam, the X that laser beam and the X-ray detecting equipment 21 of positioner 25 are launched
Ray is coaxial.In the present embodiment, the 2 interior setting positioner 25 between detection, when installing X-ray detecting equipment 21, it is necessary to really
Determine X-ray emission device and the position for treating checking device in X-ray detecting equipment 21, it is ensured that the X-ray in X-ray detecting equipment 21
Emitter and treat that checking device is on the same line, it is generally the case that positioner 25 is arranged between detection 2 side wall
On, the effect of positioner 25 is transmitting laser beam, makes laser beam and X-ray that X-ray detecting equipment 21 is launched same
Axle, so that X-ray emission device, to treat that checking device and positioner 25 are in coaxial, and then has reached that determination X-ray detection is set
Standby 21 between detection 2 position technique effect.
Further, as shown in figure 1, increase lead pipe 4,2 between the connection control room 1 of lead pipe 4 and detection, and towards X-ray
Cable, cable connection control device 11 and X-ray detecting equipment 21 are placed in the direction extension of detection device 21, lead pipe 4.This reality
Apply in example, set between control room 1 and detection between 2 is used to place cable in lead pipe 4, lead pipe 4, it is generally the case that control is set
Standby 11 need that X-ray detecting equipment 21 is connected and controlled by cable, because X-ray penetrates readily through cable, by outside cable
Lead pipe 4 is set, cable is wrapped in lead pipe 4, so that X-ray can not penetrate lead pipe 4, having reached prevents what radiation quality from leaking
Technique effect；Wherein, the thickness of lead pipe 4 is identical with the thickness of the stereotype between detection 2 inwall, and the internal diameter of lead pipe 4 can root
Determined according to the diameter of cable, many cables can be placed certainly, in lead pipe 4, it is necessary to which what is illustrated is, it is generally the case that lead pipe 4 can
That dismantles is connected to X-ray detecting equipment 21, it is therefore an objective to prevent radiation quality from passing through between lead pipe 4 and X-ray detecting equipment 21
Gap enters lead pipe 4.
Further, as shown in figure 1, also setting up high pressure generator 5 in 2 between detection, high pressure generator 5 is connected to X-ray
Detection device 21, for providing electric energy to X-ray detecting equipment 21.In the present embodiment, the 2 interior setting high pressure generator between detection
5, due in X-ray detecting equipment 21, transmitting bulb required voltage be 20kV to 150kV, accordingly, it would be desirable to input circuit with
High pressure generator 5 is set between X-ray detecting equipment 21, and the voltage of input circuit is by high pressure generator 5 by input circuit
Voltage and current is raised, and enables to be increased to launch the voltage that bulb is used, the high pressure by the output voltage of high pressure generator 5
Generator 5 can using common high pressure generator 5 on the market, realization boosting that existing high pressure generator 5 can be automated,
Decompression and protection, and precision is higher, it would however also be possible to employ other high pressure generators 5, as long as can make by high pressure generator 5
Output voltage be increased to launch the voltage that can use of bulb.
Further, as shown in figure 1, setting multiple cameras 6 on 2 side wall between detection, multiple cameras 6 are connected to control
Control equipment 11, for by the monitoring information transmission between detection 2 to control device 11.In the present embodiment, the 2 side wall between detection
Upper to set multiple cameras 6, staff cannot be introduced into detection due to the X-ray detecting equipment 21 between detection 2 operationally
Between 2, therefore, staff needs to understand in real time the situation in 2 between detection, by setting multiple cameras 6 between detection 2,
By the feedback of the information between detection 2 to control device 11, staff is set to understand the information in 2 between detection at any time, and according to inspection
Information in 2 between survey makes corresponding operation, for example, it is desired to make the X-ray of the transmitting bulb transmitting in X-ray detecting equipment 21
Overlapped with the axis of the laser beam of positioner 25, the X that multiple cameras 6 feed back transmitting bulb transmitting from different angles is penetrated
The position of line, staff is adjusted by observing multiple feedacks of camera 6 to the position for launching bulb, until
The laser beam and X-ray for being adjusted to positioner 25 are coaxial so that staff need not enter detection between 2 i.e. can be appreciated that and
It was observed that the situation between detection in 2, and according to the situation between detection 2, adjust the technique effect of X-ray detecting equipment 21.
Further, as shown in figure 1,2 length is 8 meters to 10 meters between detection, width is 4 meters to 5 meters, is highly 3 meters
To 4 meters.In the present embodiment, 2 length is 8 meters to 10 meters between detection, and width is 4 meters to 5 meters, is highly 3 meters to 4 meters, due to X
The length of ray detector 21 is 6 meters, and width is 3 meters, is highly 2.5 meters, in order to which X-ray detecting equipment 21 is placed
In 2 between detection, 2 length, width and height have to be larger than X-ray detecting equipment 21 between detection, and it also requires in detection
Between 2 side wall and X-ray detecting equipment 21 between reserve staff walking space, so, by between detection 2 length set
For 8 meters to 10 meters, width is set to 4 meters to 5 meters, and it is that comparison is rational to be highly set to 3 meters to 4 meters, i.e., can examine X-ray
Measurement equipment 21 is put into 2 between detection, can improve the utilization ratio in space again, additionally it is possible to other needs are put between detection into 2 and set
It is standby to be placed in 2 between detection, such as high pressure generator 5, and then the efficiency of 2 space utilization between detection is improved, certainly, if X
The floor space of ray detector 21 expands, and 2 area is also required to corresponding expansion between detection.
Further, as shown in Figures 2 and 3, between detection 2 also include ventilation unit 7, ventilation unit 7 be arranged on detection between 2 top
Baffle plate is set in portion, ventilation unit 7, for absorbing radiation quality.In the present embodiment, 2 set ventilation unit 7 between detection, due to detection
Between 2 without windows, cause the air in 2 between detection not circulate, it is generally the case that 2 top sets ventilation unit between detection
7, the air in detection 2 is taken a breath and divulged information, still, in order to prevent radiation quality from being leaked by ventilation unit 7, it is necessary to logical
Baffle plate is set in wind portion 7, and the material of the baffle plate is usually on lead material, and inwall of the thickness more than between detecting 2 of baffle plate
The thickness of stereotype, certainly, has multiple permeability cells, and then reach the technique effect for making ventilation unit 7 run well on baffle plate；As schemed
Shown in 3, the permeability cell in baffle plate could be arranged to shape as shown in Figure 3, it is of course also possible to be set to other shapes, example
Such as spiral shape, because X-ray is ray, as long as so permeability cell enables X-ray completely by lead material with the shape turned round
Baffle plate absorb.
Further, the material of baffle plate, the first Ge doors 12 and the 2nd Ge doors 22 is lead.In the present embodiment, by baffle plate, first
The material of Ge doors 12 and the 2nd Ge doors 22 is set to lead material, and X-ray can be absorbed by lead and weaken, lead when through lead material
Thickness be directly proportional to the intensity of X-ray, the intensity of X-ray is stronger, and penetration power is also stronger, thus lead thickness also more
It is thick, that is to say, that the thickness of lead is about thick, and the absorbability to X-ray is stronger.
It is described above, embodiment only of the present utility model, but protection domain of the present utility model do not limit to
In this, any one skilled in the art can readily occur in change in the technical scope that the utility model is disclosed
Or replace, it should all cover within protection domain of the present utility model.Therefore, protection domain of the present utility model should be with the power
The protection domain that profit is required is defined.
Claims (9)
1. a kind of X-ray detection laboratory, it is characterised in that including：
Control room, sets control device in the control room, the control device be used for the operation for controlling X-ray detecting equipment and
Close, the control room has the first Ge, the described first Ge be arranged on the wall of the control room；
Between detection, the inwall covering stereotype between the detection, the detection is interior to set the X-ray detecting equipment, the inspection
There are the 2nd Ge between survey, on the described 2nd Ge walls that are arranged between the detection, set for absorbing the X-ray detection
The standby radiation quality discharged；
Passage, the passage is arranged between the detection between the control room, and the both sides of the passage connect described respectively
First Ge and the described 2nd Ge, the first radiation detecting apparatus of setting in the passage, the described first sets locked on Ge
Device, when first radiation detecting apparatus detects that the locking device is locked when having the radiation quality in the passage
Described first Ge, make the described first Ge can not open.
2. X-ray detection laboratory according to claim 1, it is characterised in that
Also set up the second radiation detecting apparatus in the detection, the described 2nd sets warning device on Ge, and the warning is filled
Put and be connected to the control device, when second radiation detecting apparatus detects there is radiation quality in the detection, and
Described 2nd Ge when opening, the warning device gives a warning information to the control device.
3. X-ray detection laboratory according to claim 1 or 2, it is characterised in that
Positioner is also set up in the detection, the positioner is removably connected on the side wall between the detection, used
In transmitting laser beam, the laser beam of the positioner and the X-ray that the X-ray detecting equipment is launched are coaxial.
4. X-ray detection laboratory according to claim 3, it is characterised in that also include：
Lead pipe, the lead pipe is connected between the control room and the detection, and is prolonged towards the direction of the X-ray detecting equipment
Stretch, cable is placed in the lead pipe, the cable connects the control device and the X-ray detecting equipment.
5. X-ray detection laboratory according to claim 4, it is characterised in that
High pressure generator is also set up in the detection, the high pressure generator is connected to the X-ray detecting equipment, for
The X-ray detecting equipment provides electric energy.
6. X-ray detection laboratory according to claim 4, it is characterised in that
Multiple cameras are set, and multiple cameras are connected to the control device, for inciting somebody to action on the side wall between the detection
Monitoring information transmission in the detection is to the control device.
7. X-ray detection laboratory according to claim 5, it is characterised in that
Length between the detection is 8 meters to 10 meters, and width is 4 meters to 5 meters, is highly 3 meters to 4 meters.
8. X-ray detection laboratory according to claim 7, it is characterised in that
Also include ventilation unit between the detection, the ventilation unit is arranged in the top between the detection, the ventilation unit and set
Baffle plate, for absorbing radiation quality.
9. X-ray detection laboratory according to claim 8, it is characterised in that
The baffle plate, the described first Ge and the described 2nd Ge material be lead.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720252348.9U CN206557131U (en) | 2017-03-15 | 2017-03-15 | X-ray detection laboratory |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720252348.9U CN206557131U (en) | 2017-03-15 | 2017-03-15 | X-ray detection laboratory |
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| CN206557131U true CN206557131U (en) | 2017-10-13 |
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ID=60365284
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| CN201720252348.9U Active CN206557131U (en) | 2017-03-15 | 2017-03-15 | X-ray detection laboratory |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111061199A (en) * | 2019-12-31 | 2020-04-24 | 安徽美时影像技术有限公司 | Intelligent X-ray shielding control device system |
| CN113090082A (en) * | 2021-03-30 | 2021-07-09 | 贵州航天建设工程有限公司 | Radiographic inspection laboratory structure and construction method |
-
2017
- 2017-03-15 CN CN201720252348.9U patent/CN206557131U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111061199A (en) * | 2019-12-31 | 2020-04-24 | 安徽美时影像技术有限公司 | Intelligent X-ray shielding control device system |
| CN113090082A (en) * | 2021-03-30 | 2021-07-09 | 贵州航天建设工程有限公司 | Radiographic inspection laboratory structure and construction method |
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