CN209357110U - A kind of radioactive source managing and control system - Google Patents
A kind of radioactive source managing and control system Download PDFInfo
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- CN209357110U CN209357110U CN201821849090.1U CN201821849090U CN209357110U CN 209357110 U CN209357110 U CN 209357110U CN 201821849090 U CN201821849090 U CN 201821849090U CN 209357110 U CN209357110 U CN 209357110U
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Abstract
The utility model relates to a kind of radioactive source managing and control systems, the radioactive source managing and control system of the utility model includes server, user terminal, management terminal, user identification unit, gate inhibition's unit and the radioactive source state detection unit connecting with server network, user terminal are used to send radioactive source to server and borrow request to obtain radioactive source borrow permission or user terminal and be used to send radioactive source to server and give back request；Radioactive source storehouses are arranged in user identification unit, and user to be outdoors, for identification to confirm the borrow permission of user；Management terminal is used to confirm by server the borrow permission of user, and sends the first instruction to gate inhibition's unit by server；Management terminal is also used to confirm by server giving back request, sending the second instruction to gate inhibition's unit for user terminal；Radioactive source state detection unit is for obtaining the borrow moment of radioactive source and giving back the state parameter information at moment.Implement the utility model and be able to ascend radioactive source control safety and control efficiency, ensures radioactive sources safety.
Description
Technical field
The utility model relates to radioactive source administrative skill fields, more specifically to a kind of radioactive source managing and control system.
Background technique
Radioactive source is as a kind of catastrophe risk product, it is not easy to detected and identified by people, if mismanagement can to environment and
The public causes very big harm, or even causes public concern, and National Environmental Protection Agency pays much attention to radiation source control, is taking arrange always
Apply strong radiation source management, each radioactive source also all puts into a large amount of manpowers using unit and carries out radiation source control, but due to technology hand
Section not enough, not can guarantee the real-time of radioactive source management information.
Current each radioactive source is had the following problems using unit in progress radioactive source:
1, by means of also when use paper register substantially, do not have after lending means tracking give back information, may due to human error,
It causes radioactive source to give back not in time, there is radioactive source risk of missing.
2, it may be possible to update not in time due to radioactive source user of service's authorized person's information, radioactive source is caused to be put by nothing
Source is penetrated to lend using authorized person.
3, radioactive source storehouses carry out double twin-lock management, borrow radioactive source every time and need three people or more to scene, waste people
Power resource, working efficiency are low.
Utility model content
The technical problem to be solved by the present invention is to provide one for the above-mentioned portion of techniques defect of the prior art
Kind radioactive source managing and control system.
The technical scheme adopted by the utility model to solve the technical problem is as follows: a kind of radioactive source managing and control system, feature
It is, including server, user terminal, management terminal, user identification unit, the gate inhibition's unit being connect with the server network
With radioactive source state detection unit,
The user terminal be used for the server send radioactive source borrow request with obtain radioactive source borrow permission or
The user terminal, which is used to send radioactive source to the server, gives back request；
User identification unit setting radioactive source storehouses outdoors, the user information for identification, and by the user
Information is sent to server, to confirm that the radioactive source of the user borrows permission；
The management terminal is used to confirm the borrow permission of the user, and sends the first instruction extremely by the server
Gate inhibition's unit；
The management terminal is also used to confirm by the server giving back request, sending the second finger for the user terminal
It enables to gate inhibition's unit；
The radioactive source state detection unit is used to obtain the borrow moment of the radioactive source and gives back the state ginseng at moment
Number information.
It preferably, further include the customer protection detection unit being connect with the server network, the customer protection detection
Unit is used to detect the protection state of the user.
It preferably, further include the first camera and/or second camera being connect with the server network；
First camera is set on the inside of the radioactive source storehouses door, for monitoring state on the inside of the radioactive source storehouses door；
The second camera is set to the radioactive source storehouses outer side of door, for monitoring the radioactive source storehouses outer side of door state.
It preferably, further include the radioactive source monitoring unit being connect with the server network, the radioactive source monitoring unit
It is set in the radioactive source storehouses, the location information for monitoring the radioactive source.
It preferably, further include being connect with the server network, for carrying out alarm prompt when there is illegal state
Alarm Unit.
The utility model also constructs a kind of radioactive source management-control method, comprising the following steps:
S1, user send radioactive source to server by user terminal and borrow request, and the server obtains the user
The first user information and send corresponding radioactive source to the user terminal and borrow permission；
S2, the server by user identification unit obtain the second user information of the user and with described first
User information sends the first confirmation result to the management terminal after being compared；
S3, the management terminal receive first confirmation and let pass as a result, sending corresponding first by the server
Instruction controls gate inhibition's unit and opens radioactive source storehouses door, and when the user lends the radioactive source, the server passes through
The radioactive source state detection unit obtains first parameter information at the lending moment of the radioactive source；
S4, the server give back request by the radioactive source that the user terminal obtains the user, and by described
User identification unit identifies the user information of the user, after the user information for checking the user, sends the second confirmation knot
Fruit is to the management terminal；
S5, the management terminal receive second confirmation as a result, and putting by server transmission corresponding second
Row instruction controls gate inhibition's unit and opens the radioactive source storehouses door, when the user gives back the radioactive source, the service
Device obtains the second parameter information for giving back the moment of the radioactive source by the radioactive source state detection unit；
S6, the server first parameter information and the second parameter information, whether to judge the radioactive source
Normally to give back.
Preferably, following steps are also executed after the step S2:
S2-1, the server obtain the protection state of the user by customer protection detection unit and send third
Confirm result to the management terminal；
In the step S3, institute's management terminal receives first confirmation as a result, including that the management terminal connects
It receives after the first confirmation result and receives third confirmation result.
Preferably, the method also includes:
The server obtains the location information of the radioactive source by the radioactive source monitoring unit, and according to described
One clearance instruction or the second clearance instruction are to confirm whether the location information of the radioactive source is normal；And/or
The server passes through the first camera being arranged in the radioactive source storehouses door and obtains state in radioactive source storehouses door
Information, and instruction is let pass whether just to confirm the Ku Mennei status information according to the first clearance instruction or described second
Often；And/or
The server is by being arranged in the Ku Men that the second camera of the radioactive source storehouses outdoors obtains the radioactive source
Outer status information, and whether the borrow of the radioactive source/give back request to judge the library door is received according to the server
Whether outer status information is normal.
Preferably, the method also includes:
The server obtains the initial parameter of the radioactive source, and according to using the time to determine that the radioactive source whether may be used
With setting state to be scrapped and by the server to the management for the radioactive source when the radioactive source is unavailable
Request is scrapped in terminal transmission；And/or
The borrow time limit of server radioactive source according to the borrow request of the user, and beyond described
Prompting message to the management terminal and the user terminal is sent when borrowing the time limit to be reminded.
A kind of radioactive source managing and control system and method for implementing the utility model, have the advantages that promotion radioactive source
Security management and control is horizontal, improves working efficiency, and human-equation error is avoided to cause radioactive source mismanagement, ensures radioactive sources safety.
Detailed description of the invention
Below in conjunction with accompanying drawings and embodiments, the utility model is described in further detail, in attached drawing:
Fig. 1 is a kind of structural schematic diagram of radioactive source managing and control system first embodiment of the utility model；
Fig. 2 is a kind of structural schematic diagram of radioactive source managing and control system second embodiment of the utility model；
Fig. 3 is a kind of program flow diagram of radioactive source management-control method first embodiment of the utility model；
Fig. 4 is a kind of program flow diagram of radioactive source management-control method second embodiment of the utility model.
Specific embodiment
For a clearer understanding of the technical features, objectives and effects of the utility model, now control attached drawing is detailed
Illustrate specific embodiment of the present utility model.
As shown in Figure 1, in a kind of radioactive source managing and control system first embodiment of the utility model, including server 10,
User terminal 20, management terminal 30, user identification unit 40, gate inhibition's unit 60 and the radioactive source shape being connected to the network with server 10
State detection unit 50, user terminal 20 be used for server 10 send radioactive source borrow request with obtain radioactive source borrow permission or
User terminal 20, which is used to send radioactive source to server 10, gives back request；User identification unit 40 setting radioactive source storehouses outdoors,
User information for identification, and the user information is sent to server, to confirm that the radioactive source of the user borrows permission；
Management terminal 30 is used to confirm by server 10 the borrow permission of user, and sends the first instruction to gate inhibition by server 10
Unit 60；Management terminal 30 is also used to confirm by server 10 giving back request, sending the second instruction to door for user terminal 20
Prohibit unit 60；Radioactive source state detection unit 50 is used to obtain the borrow moment of radioactive source and gives back the state parameter letter at moment
Breath.Specifically, by carrying out networking setting in gate inhibition's unit 60 to radioactive source storehouses door, by being connected to the network with server 10,
Server 10 connects user terminal 20, and user is applied for the borrow permission of radioactive source by user terminal 20, passed through in management terminal
After server 10 enrolls the information of user, according to actual needs to the borrow permission of the open radioactive source of user, when with
After there is the borrow permission of the radioactive source at family, server can by the way that the user identification unit 40 of radioactive source storehouses outdoors is arranged in,
It obtains the user information of user and checks, learn that the user is to have opened the radiation when server carries out user information confirmation
Source borrows the user of permission, i.e., when server obtains the first confirmation result, which is sent to management terminal
30, management terminal 30 just sends instruction access control unit 60 by server 10 and opens radioactive source storehouses door, and user takes radiation
Behind source, state-detection when lending by radioactive source state detection unit 50 to radioactive source is needed before outbound door, is obtained
Then the parameter information for taking radioactive source is just allowed to lend, after radioactive source is lent, library goalkeeper is closed.Here on server
Corresponding operating is carried out equipped with management software.
When user gives back radioactive source, user gives back request to the transmission of server 10 by user terminal 20, understands here
, when radioactive source borrows, the time is given back in setting setting, within the period given back, after request is given back in user's transmission, when
When user's carrying radioactive source to radioactive source storehouse is given back, server 10 can pass through user identification unit 40 and confirm the use
Family carries out the verification for giving back request and user information, and sends confirmation as a result, management terminal 30 receives confirmation to management terminal 30
As a result it sends a command to gate inhibition's unit 60 and controls radioactive source storehouses door unlatching radioactive source storehouses door, radioactive source storehouses door is placing playback here
The state-detection in radioactive source is carried out before, obtains parameter information when giving back of radioactive source, can be borrowed in this way by comparison
With the parameter information of front and back, to judge whether radioactive source is normally to give back.When normally to give back, end return process, and
After user leaves radioactive source storehouses, radioactive source storehouses door is closed.
Here user identification unit 40 can judge whether user obtains by identification methods such as face, fingerprint or eyeground
The borrow permission of radioactive source is taken.
Further, as shown in Fig. 2, in some embodiments, a kind of radioactive source managing and control system of the utility model also wraps
The customer protection detection unit 41 being connected to the network with server 10 is included, customer protection detection unit 41 is used to detect the protection of user
State.Specifically, the customer protection detection unit 41 by setting radioactive source storehouses outdoors, detects the protection state of user, here
Such as the wearing of customer protection equipment is carried out by camera, the protection isolation Level of user is checked by touch detection mode,
Only in the case where the requirement that customer protection detection meets, radioactive source storehouses door can be just opened, so that user enters radioactive source storehouses
Close contact radioactive source.
Further, in some embodiments, a kind of radioactive source managing and control system of the utility model further includes and server
The first camera 81 and/or second camera 82 of 10 network connections；First camera 81 is set on the inside of radioactive source storehouses door, is used for
Monitor state on the inside of radioactive source storehouses door；Second camera 82 is set to radioactive source storehouses outer side of door, for monitoring radioactive source storehouses outer side of door
State.Specifically, camera can be arranged in radioactive source storehouses door, the situation in radioactive source storehouses door is monitored by camera, such as
User carries out illegal to radioactive source in radioactive source storehouses, or is not authorized to detect in radioactive source storehouses when entrance
There is personnel activity etc., is prompted by monitoring and judging whether normal in radioactive source storehouses.For there is abnormal conditions, administrative staff can
To know within first time.It is also possible to which camera is arranged outdoors in radioactive source storehouses, radioactive source is monitored by the camera
Library outdoors the case where.For example, when borrowed in the radioactive source for not receiving any user/give back request when, even if receiving
When radioactive source borrow is requested still not to the borrow permission of the open radioactive source of any user, or need to give back in no user
When radioactive source, hair assigned personnel are movable outdoors in radioactive source storehouses, or exceed the time limit to stop, and radiate source capsule to by the prompt of server 10
Reason personnel, to be confirmed whether to have illegal operation.
Further, the radioactive source managing and control system of the utility model further includes that the radioactive source being connected to the network with server 10 is supervised
Survey unit 70, radioactive source monitoring unit 70 is set in radioactive source storehouses, the location information for monitoring radioactive source.Specifically, can
It is arranged in radioactive source storehouses door with passing through, such as the radioactive source monitoring unit 70 being arranged on radioactive source, can is here setting
Positioning unit on radioactive source is obtained the location information of radioactive source by positioning unit, is not received by use in server 10
The radioactive source at family borrows request, or does not open in the case that radioactive source borrows permission to anyone, if finding radioactive source
Position is moved, then can be determined that illegally to move, and prompts radioactive source administrative staff to the state of radioactive source by server 10
Confirmed.Here radioactive source monitoring unit 70 or video surveillance unit supervises the information in place of radioactive source
It surveys.
Further, the radioactive source managing and control system of the utility model can also include being connected to the network, being used for server 10
The Alarm Unit 90 of alarm prompt is carried out when there is illegal state, Alarm Unit 90 here can be set in radioactive source storehouses door
Interior or radioactive source storehouses outdoors, when server 10 judges that abnormal conditions occurs in radioactive source, are mentioned by Alarm Unit 90
Show.Such as warning light is set outdoors in radioactive source storehouses, when the personnel of noting abnormalities are stayed close to radioactive source storehouses door or illegally
When, warning light is bright and sounding is to carry out alarm prompt.There are also some cases, for example, when finding illegal invasion in radioactive source storehouses
Perhaps user to radioactive source carry out illegal operation when or lending when or the when of giving back do not have carry out radioactive source state-detection,
The warning light being arranged in radioactive source storehouses is bright and sounding carries out alarm prompt, and user is prompted to operate according to the rules.Here
Illegal state can be understood as including but not limited to above situation.
It is to be understood that server and the network connections of the equipment such as user terminal, management terminal can be limited company
It connects, or be wirelessly connected.
In addition, in embodiment as shown in Figure 3, the radioactive source management-control method of the utility model, comprising the following steps: S1, lead to
It crosses user terminal 20 and sends radioactive source borrow request to server 10, the first user information that server 10 obtains user is simultaneously sent
Corresponding radioactive source borrows permission；Specifically, user is by the application software such as cell phone application of user terminal 20 to server 10
It sends radioactive source and borrows request, application software can prompt the user information of admission user, such as prompt input identity information here
And prompt is taken pictures or fingerprint obtains, server 10 is checked in the identity information of verification user, confirms whether it has radiation
The borrow permission in source will store the information of its typing when the borrow permission for confirming that the user has radioactive source.Certainly here
The identity information that permission can be borrowed by prestoring on server 10, when user, which sends radioactive source, borrows request, core
Primary borrow permission is opened to it to essential information.
S2, server 10 by user identification unit 40 obtain user second user information and with first user
Information sends the first confirmation result to management terminal 30 after being compared；Specifically, user is in the borrow for having opened the radioactive source
After permission, server 10 can obtain the second user information of user by user identification unit 40, and user identifies single here
Member 40 is set to radioactive source storehouses outdoors, after user has been opened the borrow permission of the radioactive source, needs to identify by user single
Checked result i.e. first is confirmed that result is sent to by server 10 by the verification of first 40 pairs of user identity, user identification unit 40
Management terminal 30, so that management terminal 30 carries out respective operations.
S3, management terminal 30 receive the first confirmation result, send corresponding first clearance instruction control by server 10
Gate inhibition's unit 60 opens radioactive source storehouses door, and when user lends radioactive source, server 10 passes through radioactive source state detection unit 50
Obtain first parameter information at the lending moment of radioactive source；Specifically, when management terminal 30 receives the verification to user identity
As a result, for example, when checked result be coincide be first confirmation result when, then management terminal 30 can pass through server 10
Instruction of letting pass is sent, access control unit 60 opens radioactive source storehouses door.For user when lending the radioactive source, server 10 is by putting
State parameter when source state detection unit 50 obtains radioactive source lending is penetrated, and carries out record storage.Herein it is appreciated that working as
Radioactive source storehouses door is opened, and after user lends radioactive source, radioactive source storehouses goalkeeper returns closed state.
S4, server 10 give back request by the radioactive source that user terminal 20 receives user, and pass through user identification unit
The user information of 40 identification users sends the second confirmation result to management terminal 30 after the user information of verification user；Specifically
, user sets the date of repayment of radioactive source, radioactive source is given back before the date of repayment when obtaining radioactive source borrow permission
When, user terminal 20 is first passed through to the transmission radioactive source of server 10 and gives back request, when user carries radioactive source to radioactive source storehouse
When being given back, server 10 can confirm the user by user identification unit 40, give back request and user information
Verification, and confirmation result is sent to management terminal 30.It is to be understood that being, the verification of user information includes that same user's acquisition is borrowed
The verification for the first user information that server when with permission obtains, it is understood that, when borrowing radioactive source, to be used with user
The verification of the second user information for the user that family recognition unit obtains can also give back request in progress radioactive source by user
When, admission verification is carried out to the user information for the user for giving back the radioactive source, and core is carried out to user by user identification unit
It is right.It is further appreciated that can be made whether when giving back request with user orientation server transmission radioactive source to borrow mentioning for user
Show, borrow user at that time, then can directly transfer the first user information, user information is then obtained by user identification unit and is carried out
Verification then prompts the input for carrying out currently giving back user information when not being to borrow user, uses so that user identification unit obtains
It is checked when the information of family.
S5, management terminal 30 receive the second confirmation as a result, and sending corresponding second clearance instruction control by server 10
Gate inhibition's unit 60 processed opens radioactive source storehouses door, and when user gives back radioactive source, server 10 passes through radioactive source state detection unit
50 obtain the second parameter information for giving back the moment of radioactive source；Specifically, management terminal 30 receives and gives back request confirmation knot here
After fruit, instruction access control unit 60 of letting pass is sent by server 10 and opens radioactive source storehouses door.User carries out returning for radioactive source
Also, when user gives back the radioactive source, the state-detection of radioactive source is first carried out by radioactive source detection unit, acquisition is put when giving back
Penetrate the state parameter in source.
S6, server 10 compare the first parameter information and the second parameter information, to judge whether radioactive source is normally to give back.
Specifically, compared by the parameter that radioactive source borrows front and back, calculate and judge whether radioactive source is normally given back, when normally to return
Also, then terminate entirely to borrow and give back process, when judgement radioactive source is given back to be improper, then prompt alarm, return process cannot be tied
Beam needs further to determine radioactive source.Here improper give back for example, user by the ontology of wherein radioactive source into
It has gone replacement, has caused its parameter not right or the ontology of radioactive source has been carried out cutting damage by user, cause its Parameters variation different
Often.The tracking that entire radioactive source borrows return process may be implemented in this way, guarantee radioactive source standardized administration.
Further, in embodiment as shown in Figure 4, also execute following steps after step S2: S2-1, server 10 are logical
Crossing customer protection detection unit 41 and obtaining the protection state of user and send third confirms result to management terminal 30；In step
In S3, management terminal 30 receives first confirmation as a result, including that management terminal 30 receives after the first confirmation result and receives the
Three confirmation results.Specifically, the customer protection detection unit 41 by setting radioactive source storehouses outdoors, detects the protection shape of user
State for example carries out the wearing of customer protection equipment by camera here, by touch detection mode check the protection of user every
From grade, third confirmation only is being obtained as a result, can just open radiation in the case where the requirement that customer protection detection meets
Source Ku Men, so that user enters radioactive source storehouses close contact radioactive source.Here it is further appreciated that can pass through confirmation user's
When detecting, while meeting the requirements to customer protection while borrowing permission, radioactive source storehouses door can be just opened, allows user
Into.
Further, in some embodiments, a kind of radioactive source management-control method of the utility model further include:
Server 10 by radioactive source monitoring unit 70 obtain radioactive source location information, and according to first let pass instruction or
Second lets pass instruction to confirm whether the location information of radioactive source is normal.Specifically, can by be arranged in radioactive source storehouses door,
Such as the radioactive source monitoring unit 70 on radioactive source is set, it can be here the positioning unit being arranged on radioactive source, pass through
Positioning unit obtains the location information of radioactive source, borrows request in the radioactive source that server 10 is not received by user, or do not have
Have in the case where opening radioactive source borrow permission to anyone, if the position of discovery radioactive source is moved, can be determined that be non-
Method is mobile, prompts radioactive source administrative staff to confirm the state of radioactive source by server 10.It can also be by radiating
The position for the video surveillance unit monitoring radioactive source being arranged in the library of source, it is normal in place to be confirmed whether.
In further embodiments, a kind of radioactive source management-control method of the utility model further include: server 10 is by setting
It sets the first camera 81 in radioactive source storehouses door and obtains status information in radioactive source storehouses door, and let pass instruction or the according to first
Two let pass instruction to confirm whether Ku Mennei status information is normal.Camera can be set in radioactive source storehouses door, pass through camera
The situation in radioactive source storehouses door is monitored, such as user carries out illegal to radioactive source in radioactive source storehouses, or is not awarded
Just whether power detects in radioactive source storehouses there is personnel activity etc. when entrance, by monitoring and judging to prompt in radioactive source storehouses
Often.For there is abnormal conditions, administrative staff can be known within first time.
In further embodiments, a kind of radioactive source management-control method of the utility model further includes that server 10 is by setting
It sets and obtains the library of radioactive source status information outdoors in radioactive source storehouses second camera 82 outdoors, and whether connect according to server 10
It receives the borrow of radioactive source or gives back request to judge whether status information is normal outdoors in library.Specifically, can also radiate
The case where camera is arranged in source library outdoors, monitors radioactive source storehouses outdoors by the camera.For example, when not receiving any use
When the radioactive source at family borrows request or gives back request, or in the borrow not to any user opening radioactive source/give back permission
When, hair assigned personnel are movable outdoors in radioactive source storehouses, or exceed the time limit to stop, and prompt radioactive source administrator to by server 10
Member, to be confirmed whether to have illegal operation.
Further, a kind of radioactive source management-control method of the utility model further include: server 10 obtains the first of radioactive source
Beginning parameter, and according to using the time to determine whether radioactive source can be used, it sets radioactive source to wait scrap when radioactive source is unavailable
State simultaneously scraps request to the transmission of management terminal 30 by server 10.Specifically, radioactive source can be recorded by server 10
Initial parameter, and current activity is judged using the time according to it, to judge whether radioactive source can continue to use, works as radiation
Source cannot continue in use, server 10 scraps request to the transmission of management terminal 30, and closes the borrow of the radioactive source
Permission, the in this way radioactive source will be in state to be scrapped, without being borrowed again.Radioactive source administrative staff are receiving the radiation
When scrapping request of source, foundation need to carry out scrapping for radioactive source.
In other embodiments, a kind of radioactive source management-control method of the utility model further include: 10 basis of server
The borrow time limit of the borrow request radioactive source of user, and prompting message is sent to management terminal 30 when beyond the time limit is borrowed
It is reminded with user terminal 30.Specifically, user is when applying for the borrow permission of radioactive source, while when filling in estimated give back
Between, it is not given back more than the time, user or the administrative staff of radioactive source is given to send information reminding automatically by server.
It should be understood that above embodiments only express preferred embodiments of the present invention, describe more specific
With it is detailed, but it should not be understood as limiting the scope of the patent of the utility model；It should be pointed out that for this field
Those of ordinary skill for, without departing from the concept of the premise utility, can to above-mentioned technical characterstic carry out freely
Combination, various modifications and improvements can be made, and these are all within the protection scope of the present invention；Therefore, all practical with this
The equivalents and modification that novel scope of the claims is done, should belong to the covering scope of the utility model claims.
Claims (5)
1. a kind of radioactive source managing and control system, which is characterized in that including server, further includes:
It is connect with the server network for giving back request to server transmission radioactive source borrow request or radioactive source
User terminal；
Setting connect the user information for identification outdoors and with the server network in radioactive source storehouses and states user's identification singly
Member；
The management terminal being connect with the server network；
The state parameter information at the borrow moment and the moment of giving back for obtaining the radioactive source is connect with the server network
Radioactive source state detection unit.
2. radioactive source managing and control system according to claim 1, which is characterized in that further include being connect with the server network
Customer protection detection unit, the customer protection detection unit is used to detect the protection state of the user.
3. radioactive source managing and control system according to claim 1, which is characterized in that further include being connect with the server network
The first camera and/or second camera；
First camera is set on the inside of the radioactive source storehouses door, for monitoring state on the inside of the radioactive source storehouses door；
The second camera is set to the radioactive source storehouses outer side of door, for monitoring the radioactive source storehouses outer side of door state.
4. radioactive source managing and control system according to claim 1, which is characterized in that further include being connect with the server network
Radioactive source monitoring unit, the radioactive source monitoring unit is set in the radioactive source storehouses, for monitoring the radioactive source
Location information.
5. radioactive source managing and control system according to any one of claims 1-4, which is characterized in that further include and the service
Device network connection, the Alarm Unit for carrying out alarm prompt when there is illegal state.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821849090.1U CN209357110U (en) | 2018-11-09 | 2018-11-09 | A kind of radioactive source managing and control system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821849090.1U CN209357110U (en) | 2018-11-09 | 2018-11-09 | A kind of radioactive source managing and control system |
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| CN209357110U true CN209357110U (en) | 2019-09-06 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109272280A (en) * | 2018-11-09 | 2019-01-25 | 中广核（深圳）辐射监测技术有限公司 | A kind of radioactive source managing and control system and method |
| CN111260321A (en) * | 2020-01-16 | 2020-06-09 | 广东核生科技有限公司 | Intelligent control method and system for radioactive source, electronic equipment and storage medium |
-
2018
- 2018-11-09 CN CN201821849090.1U patent/CN209357110U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109272280A (en) * | 2018-11-09 | 2019-01-25 | 中广核（深圳）辐射监测技术有限公司 | A kind of radioactive source managing and control system and method |
| CN111260321A (en) * | 2020-01-16 | 2020-06-09 | 广东核生科技有限公司 | Intelligent control method and system for radioactive source, electronic equipment and storage medium |
| CN111260321B (en) * | 2020-01-16 | 2023-10-27 | 广东核生科技有限公司 | Intelligent control method and system for radioactive source, electronic equipment and storage medium |
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Address after: 518000 Guangdong city of Shenzhen province Futian District Lotus Street No. 2002 Shennan Avenue South 14 CGN building room 1401 Co-patentee after: SUZHOU NUCLEAR POWER Research Institute Patentee after: CGN (Shenzhen) operation technology and radiation monitoring Co., Ltd Co-patentee after: CHINA GENERAL NUCLEAR POWER Corp. Co-patentee after: CGN POWER Co.,Ltd. Address before: 518000 Guangdong city of Shenzhen province Futian District Lotus Street No. 2002 Shennan Avenue South 14 CGN building room 1401 Co-patentee before: SUZHOU NUCLEAR POWER Research Institute Patentee before: CGN (SHENZHEN) RADIATION MONITORING TECHNOLOGY Co.,Ltd. Co-patentee before: CHINA GENERAL NUCLEAR POWER Corp. Co-patentee before: CGN POWER Co.,Ltd. |