CN108052999A - A kind of information management system applied to Microbiological Lab - Google Patents
A kind of information management system applied to Microbiological Lab Download PDFInfo
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Abstract
A kind of approaches to IM and system applied to Microbiological Lab, using bar code recording module typing bar code information, time is signed for using bar code recognition module typing and enters a group time, using two-dimensional code generation module 2 D code information, 2 D code information includes image in 2 D code and Quick Response Code is numbered, two-dimension code label is printed using label print module, two-dimension code pattern is provided on two-dimension code label, using two-dimension code recognition device typing detection scheme information；Testing result is obtained using automatic bacterial assessing instrument.Technical scheme is combined using Quick Response Code with bar code, so that the information management scheme of the present invention is easy to mutually compatible with existing hospital information management system, Quick Response Code is introduced in microorganism detection simultaneously, it is error-prone in microorganism detection to overcome bar code, stores the defects of data are difficult to, data storage capacity is small.
Description
Technical field
The present invention relates to hospital information management field more particularly to a kind of information management sides applied to Microbiological Lab
Method and system.
Background technology
It is the side of the information-based digitlization inspection management platform construction of Clinical microorganism to realize standardization, intelligence, become more meticulous
To.In order to improve this microbial information platform construction, it is necessary to which information-based to Micro biological Tests whole process managed with no paper at all
Reason changes the original flow hand-manipulated of Micro biological Tests, reduces error rate, effectively improve inspection quality.
In the information management system of existing Microbiological Lab, generally use one-dimensional bar code comes as carrier to surveying
Test agent is identified.Traditional decoded mode of bar code is typically what is carried out by dedicated bar code reading facility, sometimes
Recognizing apparatus is waited since environment and operational error can cause decoding error, this one-dimensional item during clinical regular job
The situation that shape code sweeps into mess code information by mistake happens occasionally.One-dimensional bar code can only lateral position represent about 20 letter or
Digital information only plays mark action, and without possessing representation function, when use need to rely on the support of background data base, slightly damage
Ruining cannot correct reading code.Therefore, operating mistake is very easily generated using the information management system of bar code, therefore had very much
Necessity is improved the information management system of Microbiological Lab.
The content of the invention
For the above problem existing for hospital information management field in the prior art, now provide a kind of real applied to microorganism
Test the approaches to IM and system of room.
Specific technical solution is as follows：
A kind of approaches to IM applied to Microbiological Lab comprises the following steps：
Step S1：Obtain detection sample and corresponding bar code, use bar code recording module identify the bar code with
Bar code number is obtained, and to memory module typing bar code information, the bar code information includes：The bar code number,
At least one detection project information, patient information, sampling time；
Step S2：Bar code recognition module is used to identify the bar code to obtain bar code number, and to the storage
The time is signed in typing in the corresponding bar code information in module；
Step S3：Corresponding Quick Response Code is generated using two-dimensional code generation module according to every detection project information to believe
Breath, and the 2 D code information is stored to the memory module, the 2 D code information includes image in 2 D code and Quick Response Code
Number；
Step S4：Bar code recognition module is used to identify the bar code to obtain bar code number, and to the storage
Typing enters a group time in the corresponding bar code information in module；
Step S5：The detection sample is split in multiple detection containers, using label print module according to described two
Code information and bar code information printing two-dimension code label are tieed up, two-dimension code pattern is provided on the two-dimension code label, by institute
Two-dimension code label is stated to be pasted onto in corresponding detection container；
Step S6：Two-dimension code recognition device is used to identify the Quick Response Code with into the memory module corresponding described two
Tie up typing detection scheme information in code information；
Step S7：Testing result is obtained using automatic bacterial assessing instrument and the testing result is uploaded to the storage
In module in corresponding 2 D code information.
Preferably, detection scheme information further includes testing staff's information；
In the step S7：Monitoring modular is used to monitor automatic bacterial assessing instrument in real time to obtain monitoring letter
It ceases, and the monitoring information is fed back to the prompting end of testing staff.
Preferably, the step S7 is further comprising the steps of：
Step S71：After the memory module receives the testing result, using examination ＆ verification recording module by msu message
Typing is into the 2 D code information；
Step S72：After the memory module receives the msu message, using information issuing module to the clinic
Work station issues the corresponding 2 D code information and the bar code information.
Preferably, detection scheme information further includes auditor's information, and the step S71 is further comprising the steps of：
Step A1：After the memory module receives the testing result, start the first timing unit and start timing, and
Stop timing after the memory module receives the msu message；
Step A2：When the timing time of first timing unit is more than the first preset value, to the auditor's
User terminal sends prompt message.
Preferably, the step S72 is further comprising the steps of：
Step B1：The msu message that the memory module receives be warning information when, using alarm module to
The Clinical workstations send alarm and corresponding 2 D code information；
Step B2：Using the time feed back of Clinical workstations described in the second timer monitor, and described second
When the timing time of timer is more than the second preset value, prompt message is sent to the user terminal of the testing staff.
Preferably, it is further comprising the steps of：The 2 D code information and bar code information are repaiied using modified module
Change.
Preferably, a kind of information management system applied to Microbiological Lab, including：
Bar code recording module connects memory module, for identifying bar code to obtain bar code number, and to storage mould
Typing bar code information in block；The bar code information includes：The bar code number, at least one detection project information, disease
People's information, sampling time；
Bar code recognition module connects the memory module, is compiled for identifying the bar code with obtaining the bar code
Number, and typing signs for the time and enters a group time in the corresponding bar code information in the memory module；
Two-dimensional code generation module connects the memory module, for being corresponded to according to every detection project information generation
2 D code information, and store into the memory module；The 2 D code information includes image in 2 D code and Quick Response Code is numbered；
Label print module connects the memory module, for printing two-dimension code label, is set on the two-dimension code label
There is two-dimension code pattern；The two-dimension code label is secured in corresponding detection container；
Quick Response Code identification module connects the memory module, for identifying the Quick Response Code with into the memory module
Typing detection scheme information in the corresponding 2 D code information；
Automatic bacterial assessing instrument connects the memory module, for obtaining testing result and by the testing result
It reaches in the memory module in corresponding 2 D code information；
The memory module, for storing the 2 D code information and the bar code information.
Preferably, the detection scheme information includes testing staff's information, and described information management system further includes：
Monitoring modular connects the automatic bacterial assessing instrument, for being monitored in real time to automatic bacterial assessing instrument
To obtain monitoring information, and the monitoring information is fed back to the prompting end of testing staff.
Preferably, described information management system further includes：
Recording module is audited, connects the memory module, for after the memory module receives the testing result,
By msu message typing into the 2 D code information；
Information issuing module connects the memory module, for after the memory module receives the msu message,
The corresponding 2 D code information and the bar code information are issued to the Clinical workstations.
Preferably, detection scheme information further includes auditor's information, and described information management system further includes：
First timing unit connects the memory module, for after the memory module receives the testing result
Start timing, stop timing after the memory module receives the msu message, and be more than first in timing time and preset
During value, prompt message is sent to the user terminal of the auditor.
Above-mentioned technical proposal has the advantages that：
Technical scheme uses the technical solution that Quick Response Code is combined with bar code so that message tube of the invention
Reason scheme is easy to mutually compatible with existing hospital information management system, while and information carrying amount smaller using Quick Response Code area
Greatly, there is certain bending resistance, be adapted to and be pasted onto on various microculture test tubes or blake bottle, for colony growth
Situations such as result interpretation influence small, and Quick Response Code is fault-tolerant and error correcting capability is strong, and Information Security is high, and barcode scanning error rate is low, tool
There is certain damage-retardation to ruin ability, there is good adaptability for microorganism culture environment.
Description of the drawings
With reference to appended attached drawing, more fully to describe the embodiment of the present invention.However, appended attached drawing be merely to illustrate and
It illustrates, and is not meant to limit the scope of the invention.
Fig. 1 is a kind of flow chart of the embodiment of approaches to IM applied to Microbiological Lab of the invention；
Fig. 2 is to audit and issue in a kind of embodiment of approaches to IM applied to Microbiological Lab of the invention
Flow chart；
Fig. 3 is the stream that prompting is audited in a kind of embodiment of approaches to IM applied to Microbiological Lab of the invention
Cheng Tu；
Fig. 4 be a kind of approaches to IM applied to Microbiological Lab of the invention embodiment in alarm stream
Cheng Tu；
Fig. 5 is a kind of structure diagram of the embodiment of information management system applied to Microbiological Lab of the invention.
Specific embodiment
Below in conjunction with the attached drawing in the embodiment of the present invention, the technical solution in the embodiment of the present invention is carried out clear, complete
Site preparation describes, it is clear that described embodiment is only part of the embodiment of the present invention, instead of all the embodiments.It is based on
Embodiment in the present invention, those of ordinary skill in the art obtained on the premise of creative work is not made it is all its
His embodiment, belongs to the scope of protection of the invention.
It should be noted that in the case where there is no conflict, the feature in embodiment and embodiment in the present invention can phase
Mutually combination.
The invention will be further described in the following with reference to the drawings and specific embodiments, but not as limiting to the invention.
In a kind of preferred embodiment of the present invention, according to Fig. 1, a kind of message tube applied to Microbiological Lab
Reason method, comprises the following steps：
Step S1：Detection sample and corresponding bar code are obtained, bar code recording module identification bar code is used to obtain
Bar code number, and to memory module typing bar code information, bar code information includes：Bar code number, at least one detection
Project information, patient information, sampling time；
Step S2：Bar code recognition module is used to identify bar code to obtain bar code number, and it is right into memory module
The time is signed in typing in the bar code information answered；
Step S3：Corresponding 2 D code information is generated according to every detection project information using two-dimensional code generation module, and
2 D code information is stored to memory module, 2 D code information includes image in 2 D code and Quick Response Code is numbered；
Step S4：Bar code recognition module is used to identify bar code to obtain bar code number, and it is right into memory module
Typing enters a group time in the bar code information answered；
Step S5：Detection sample is split in multiple detection containers, using label print module according to 2 D code information
Two-dimension code label is printed with bar code information, is provided with two-dimension code pattern on two-dimension code label, two-dimension code label is pasted onto pair
In the detection container answered；
Step S6：Two-dimension code recognition device identification Quick Response Code is used to be recorded into memory module in corresponding 2 D code information
Enter detection scheme information；
Step S7：It is right in memory module to be uploaded to using automatic bacterial assessing instrument acquisition testing result and by testing result
In the 2 D code information answered.
Specifically, in the present embodiment, step S1 is the gatherer process of sample, in memory module typing bar code information, is made
Subsequently to carry out the data basis of information management.Step S2 signs for process for sample, and in the above process, sample is sent to microorganism reality
After testing room, staff identifies bar code by bar code recognition module, carries out signing for operating, automatic input signs for the time.Step
Rapid S3 is Quick Response Code generating process, and establishes corresponding 2 D code information in a storage module, and information management is carried out as follow-up
Data basis.Step S4 and S5 enter a group process for sample, enter a group time by bar code recognition automatic input, and according to two dimension
Two-dimension code label is pasted in code information and bar code information printing.Step S6 is testing conditions Input Process, is identified by Quick Response Code
Device identifies Quick Response Code, the detection scheme information of sample is detected by memory module typing, as the foundation being detected.Step
S7 manages process for testing result, is detected using automatic bacterial assessing instrument and exports testing result, above-mentioned full-automatic thin
Dientification of bacteria instrument includes full automatic microorganism of the prior art identification and Analysis of Drug Susceptibility instrument, but is not restricted to above-mentioned automation inspection
Measurement equipment.Above-mentioned full automatic microorganism identification and Analysis of Drug Susceptibility quasi-instrument combine automation, Microcomputer and the inspection of advanced microorganism
Proved recipe method can do Bacteria Identification and drug sensitive test simultaneously, can carry out Rapid identification and drug sensitive experiment to clinical most of bacteriums.
Using the above program, it can be achieved that the microorganism detection based on data management.
Said program, the interaction using Quick Response Code and bar code are practical so that above-mentioned approaches to IM adapts to simultaneously
Practical bar code management scheme in existing hospital management, while Quick Response Code is introduced in microorganism detection, overcome bar code
It is error-prone in microorganism detection, store the defects of data are difficult to, data storage capacity is small.
In a kind of preferred embodiment of the present invention, detection scheme information further includes testing staff's information；
In step S7：Monitoring modular is used to be monitored in real time to obtain monitoring information to automatic bacterial assessing instrument, and
Monitoring information is fed back to the prompting end of testing staff.
In the present embodiment, specifically, monitoring information is sent to the prompting end of testing staff using monitoring modular implementation,
Contribute to testing staff to carrying out fine-grained management during microorganism detection.
In a kind of preferred embodiment of the present invention, according to Fig. 2, step S7 is further comprising the steps of：
Step S71：After memory module receives testing result, using examination ＆ verification recording module by msu message typing to two
It ties up in code information；
Step S72：Memory module receive msu message after, using information issuing module to Clinical workstations issue pair
The 2 D code information and bar code information answered.
In the present embodiment, specifically, said program is review process and issuing process, is grasped for low qualifications and record of service staff
The testing result of work needs that after auditing by high qualifications and record of service personnel clinic can be distributed to, i.e., is obtained by way of typing msu message
To realize.Information is distributed to Clinical workstations again, is referred to for medical staff.
In a kind of preferred embodiment of the present invention, according to Fig. 3, detection scheme information further includes auditor's letter
Breath, step S71 are further comprising the steps of：
Step A1：After memory module receives testing result, start the first timing unit and start timing, and in storage mould
Block stops timing after receiving msu message；
Step A2：When the timing time of the first timing unit is more than the first preset value, sent out to the user terminal of auditor
Send prompt message.
In the present embodiment, specifically, time management further is carried out to review process, is obtained by the first timing unit
The data of timing, and auditor is prompted after preset time.By send examination ＆ verification prompt message can effectively avoid report leakage examine,
It examines by mistake.
In a kind of preferred embodiment of the present invention, according to Fig. 4, step S72 is further comprising the steps of：
Step B1：The msu message that receives of memory module when being warning information, using alarm module to clinical position
It stands and sends alarm and corresponding 2 D code information；
Step B2：Using the time feed back of the second timer monitor Clinical workstations, and in the second timer
When timing time is more than the second preset value, prompt message is sent to the user terminal of testing staff.
In the present embodiment, warning information is that monitoring result is critical value or multi-drug resistant bacteria as a result, it is desirable to clinical position
The staff to stand receives alarm and replies in time；By the monitoring of the second timer, in unmanned response, sent out to testing staff
Prompting is sent, the personnel of Clinical workstations are contacted by testing staff, carry out relevant operation.
In a kind of preferred embodiment of the present invention, approaches to IM is further comprising the steps of：Using modified module pair
2 D code information and bar code information are modified.
Specifically, find that result is wrong for audit report, staff changes and examines after confirming with clinical connection
Core is achieved by modified module typing modification information.
In a kind of preferred embodiment of the present invention, according to Fig. 5, a kind of message tube applied to Microbiological Lab
Reason system includes：
Bar code recording module 2 connects memory module 1, for identifying bar code to obtain bar code number, and to storage
Typing bar code information in module 1；Bar code information includes：Bar code number, at least one detection project information, Bing Renxin
Breath, sampling time；
Bar code recognition module 3 connects memory module 1, for identifying bar code to obtain bar code number, and is storing
Typing signs for the time and enters a group time in corresponding bar code information in module 1；
Two-dimensional code generation module 4 connects memory module 1, for generating corresponding two dimension according to every detection project information
Code information, and store into memory module 1；2 D code information includes image in 2 D code and Quick Response Code is numbered；
Label print module 5 connects memory module 1, for printing two-dimension code label, two dimension is provided on two-dimension code label
Code figure；Two-dimension code label is secured in corresponding detection container；
Quick Response Code identification module 6 connects memory module 1, for identifying Quick Response Code with the corresponding two dimension into memory module 1
Typing detection scheme information in code information；
Automatic bacterial assessing instrument 7 connects memory module 1, is deposited for obtaining testing result and being uploaded to testing result
It stores up in module 1 in corresponding 2 D code information；
Memory module 1, for storing 2 D code information and bar code information.
Specifically, in the present embodiment, said program, using the interaction practicality of Quick Response Code and bar code so that above-mentioned letter
Breath management method adapts to bar code management scheme practical in existing hospital management simultaneously, while two are introduced in microorganism detection
Code is tieed up, it is error-prone in microorganism detection to overcome bar code, storage the defects of data are difficult to, data storage capacity is small.
Using Quick Response Code identify carry out Quick Response Code identification, realize transfer and edit from memory module 12 D code information and
Bar code information.
Using the container of the formal notation detection sample of two-dimension code label, and pass through and identify that Quick Response Code obtains further letter
Breath.
Using unique corresponding data of the detection project information as Quick Response Code, it can so cause the bar shaped in detection sample
When in code containing a plurality of different inspection project, it can so that the different detection projects by each detection sample separate so that
Each detection project uniquely corresponds to a Quick Response Code, and information management system more accurately can carry out letter to each detection project
Breath management.
Above-mentioned two-dimension code label also on be provided with bar code and/or, patient information and/or, detection project information and/or,
Quick Response Code number and/or, sampling time etc..
Above-mentioned bar code information further includes：Patient information, sample information, grouping information and detection project information.
Also introduced in said program inspection result report-back time statistics technical solution, by acquisition time, sign for when
Between, enter group time and the first timing unit and the second timing unit, realize and find each timing node spent time, find out
The scheme that can optimize comprehensively optimizes entire laboratory operation process.
In a kind of preferred embodiment of the present invention, according to Fig. 5, detection scheme information includes testing staff's information,
Information management system further includes：
Monitoring modular, connection automatic bacterial assessing instrument 7, for automatic bacterial assessing instrument 7 is monitored in real time with
Monitoring information is obtained, and monitoring information is fed back to the prompting end of testing staff.
In a kind of preferred embodiment of the present invention, according to Fig. 5, information management system further includes：
Recording module 8 is audited, connects memory module 1, for after memory module 1 receives testing result, examination ＆ verification to be believed
Typing is ceased into 2 D code information；
Information issuing module 9 connects memory module 1, for after memory module 1 receives msu message, to clinical work
Make station and issue corresponding 2 D code information and bar code information.
In a kind of preferred embodiment of the present invention, according to Fig. 5, detection scheme information further includes auditor's letter
Breath, information management system further include：
First timing unit connects memory module 1, for starting timing after memory module 1 receives testing result,
Memory module 1 stops timing after receiving msu message, and when timing time is more than the first preset value, to the use of auditor
Family end sends prompt message.
In the preferred embodiment of the present invention, testing conditions information includes：Culture medium, colonial morphology, colony counts, craft
The information of biochemical reaction and detecting instrument.
The foregoing is merely preferred embodiments of the present invention, not thereby limit embodiments of the present invention and protection model
It encloses, to those skilled in the art, should can appreciate that all with made by description of the invention and diagramatic content
Equivalent substitution and obviously change obtained scheme, should all include within the scope of the present invention.
Claims (10)
1. a kind of approaches to IM applied to Microbiological Lab, which is characterized in that comprise the following steps：
Step S1：Detection sample and corresponding bar code are obtained, bar code recording module is used to identify the bar code to obtain
Bar code number, and to memory module typing bar code information, the bar code information includes：The bar code number, at least
One detection project information, patient information, sampling time；
Step S2：Bar code recognition module is used to identify the bar code to obtain bar code number, and to the memory module
In in the corresponding bar code information typing sign for the time；
Step S3：Corresponding 2 D code information is generated according to every detection project information using two-dimensional code generation module, and
The 2 D code information is stored to the memory module, the 2 D code information includes image in 2 D code and Quick Response Code is numbered；
Step S4：Bar code recognition module is used to identify the bar code to obtain bar code number, and to the memory module
In in the corresponding bar code information typing enter a group time；
Step S5：The detection sample is split in multiple detection containers, using label print module according to the Quick Response Code
Information and the bar code information print two-dimension code label, two-dimension code pattern are provided on the two-dimension code label, by described two
Dimension code label is pasted onto in corresponding detection container；
Step S6：Two-dimension code recognition device is used to identify the Quick Response Code with the corresponding Quick Response Code into the memory module
Typing detection scheme information in information；
Step S7：Testing result is obtained using automatic bacterial assessing instrument and the testing result is uploaded to the memory module
In in corresponding 2 D code information.
2. the approaches to IM according to claim 1 applied to Microbiological Lab, which is characterized in that detection scheme
Information further includes testing staff's information；
In the step S7：Monitoring modular is used to be monitored in real time to obtain monitoring information to automatic bacterial assessing instrument, and
The monitoring information is fed back to the prompting end of testing staff.
3. the approaches to IM according to claim 1 applied to Microbiological Lab, which is characterized in that the step
S7 is further comprising the steps of：
Step S71：After the memory module receives the testing result, using examination ＆ verification recording module by msu message typing
Into the 2 D code information；
Step S72：After the memory module receives the msu message, using information issuing module to the clinical position
It stands and issues the corresponding 2 D code information and the bar code information.
4. the approaches to IM according to claim 3 applied to Microbiological Lab, which is characterized in that detection scheme
Information further includes auditor's information, and the step S71 is further comprising the steps of：
Step A1：After the memory module receives the testing result, start the first timing unit and start timing, and in institute
It states after memory module receives the msu message and stops timing；
Step A2：When the timing time of first timing unit is more than the first preset value, to the user of the auditor
End sends prompt message.
5. the approaches to IM according to claim 3 applied to Microbiological Lab, which is characterized in that the step
S72 is further comprising the steps of：
Step B1：When the msu message that the memory module receives is warning information, using alarm module to described
Clinical workstations send alarm and corresponding 2 D code information；
Step B2：Using the time feed back of Clinical workstations described in the second timer monitor, and in second timing
When the timing time of device is more than the second preset value, prompt message is sent to the user terminal of the testing staff.
6. the approaches to IM according to claim 1 applied to Microbiological Lab, which is characterized in that further include with
Lower step：It is modified using modified module to the 2 D code information and bar code information.
7. a kind of information management system applied to Microbiological Lab, which is characterized in that including：
Bar code recording module connects memory module, for identifying bar code to obtain bar code number, and into memory module
Typing bar code information；The bar code information includes：The bar code number, at least one detection project information, Bing Renxin
Breath, sampling time；
Bar code recognition module connects the memory module, for identifying the bar code to obtain the bar code number, and
Typing signs for the time and enters a group time in the corresponding bar code information in the memory module；
Two-dimensional code generation module connects the memory module, for according to every detection project information generation corresponding two
Code information is tieed up, and is stored into the memory module；The 2 D code information includes image in 2 D code and Quick Response Code is numbered；
Label print module connects the memory module, and for printing two-dimension code label, two are provided on the two-dimension code label
Tie up code figure；The two-dimension code label is secured in corresponding detection container；
Quick Response Code identification module connects the memory module, for identifying the Quick Response Code with corresponding into the memory module
The 2 D code information in typing detection scheme information；
Automatic bacterial assessing instrument connects the memory module, for obtaining testing result and being uploaded to the testing result
In the memory module in corresponding 2 D code information；
The memory module, for storing the 2 D code information and the bar code information.
8. the information management system according to claim 7 applied to Microbiological Lab, which is characterized in that the detection
Scheme information includes testing staff's information, and described information management system further includes：
Monitoring modular connects the automatic bacterial assessing instrument, for being monitored in real time to obtain to automatic bacterial assessing instrument
Monitoring information is taken, and the monitoring information is fed back to the prompting end of testing staff.
9. the information management system according to claim 7 applied to Microbiological Lab, which is characterized in that further include：
Recording module is audited, connects the memory module, for after the memory module receives the testing result, will examine
Nuclear information typing is into the 2 D code information；
Information issuing module connects the memory module, for after the memory module receives the msu message, to institute
It states Clinical workstations and issues the corresponding 2 D code information and the bar code information.
10. the information management system according to claim 9 applied to Microbiological Lab, which is characterized in that detection side
Case information further includes auditor's information, and described information management system further includes：
First timing unit connects the memory module, for starting after the memory module receives the testing result
Timing stops timing after the memory module receives the msu message, and when timing time is more than the first preset value,
Prompt message is sent to the user terminal of the auditor.
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| CN110619377A (en) * | 2019-09-20 | 2019-12-27 | 苏州新实医疗科技有限公司 | Full-information monitoring method and system for culture bottle |
| CN111046993A (en) * | 2020-01-09 | 2020-04-21 | 陈孝敏 | Full-intelligent microbial filter membrane suction filter |
| CN111611822A (en) * | 2020-05-14 | 2020-09-01 | 科大讯飞股份有限公司 | Information storage method, device and system, electronic equipment and storage medium |
| CN112200528A (en) * | 2019-11-29 | 2021-01-08 | 年华 | Clinical microbiological examination workflow management system |
| CN113177619A (en) * | 2021-04-12 | 2021-07-27 | 中山大学孙逸仙纪念医院 | Intelligent mobile specimen transfer box and management method thereof |
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| CN113177619A (en) * | 2021-04-12 | 2021-07-27 | 中山大学孙逸仙纪念医院 | Intelligent mobile specimen transfer box and management method thereof |
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