CN107995248A - Spectroscopic data storage method and system - Google Patents
Spectroscopic data storage method and system Download PDFInfo
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- CN107995248A CN107995248A CN201610969712.3A CN201610969712A CN107995248A CN 107995248 A CN107995248 A CN 107995248A CN 201610969712 A CN201610969712 A CN 201610969712A CN 107995248 A CN107995248 A CN 107995248A
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L67/00—Network arrangements or protocols for supporting network services or applications
- H04L67/01—Protocols
- H04L67/10—Protocols in which an application is distributed across nodes in the network
- H04L67/1097—Protocols in which an application is distributed across nodes in the network for distributed storage of data in networks, e.g. transport arrangements for network file system [NFS], storage area networks [SAN] or network attached storage [NAS]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/22—Indexing; Data structures therefor; Storage structures
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/28—Databases characterised by their database models, e.g. relational or object models
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Abstract
The invention discloses a kind of spectroscopic data storage method and system, including：Server-side receives multiple encrypted and compression spectroscopic data bag；Judge whether the spectroscopic data bag data transmission exception situation occurs, if not then decompressed and decryption obtains the spectroscopic data bag, all spectroscopic datas therein are deposited into database；Spectral quality in each spectroscopic data bag is analyzed, when the spectral quality in spectroscopic data bag meets standard, the spectroscopic data in the spectroscopic data bag is pre-processed to obtain optimization spectroscopic data；Spectral quality in spectroscopic data bag information not up to standard is exported when not being inconsistent standardization；Server-side stores the optimization spectroscopic data into a standard database.The present invention is able to ensure that final spectroscopic data meets pre-set quality analysis requirement, and finally realizes and add database, for follow-up analysis.
Description
Technical field
The present invention relates to the analysis of the spectroscopic data to medicine, more particularly to a kind of spectroscopic data storage method and is
System.
Background technology
At present, in the epoch of internet fast development, establish big data, cloud computing has become the mainstream of current era, and
The structure of database can more specification, the efficient practicality for ensuring data and its relevant information, and the data realized pair " increase and change
Delete " etc. function, but to ensure that the data loading of reliable in quality is also complex, system a process.Now it is directed to medicine
Spectrum analysis field, there is not yet perfect, effective spectroscopic data storage method, to transmit come spectroscopic data carry out one
The discriminant analysis of change, such as quality control, to filter out the spectroscopic data for meeting certain standard, used in subsequent treatment, so that
Build a kind of intelligent, efficient, spectrum storage method of easy.
The content of the invention
The technical problem to be solved in the present invention is in order to overcome in the prior art be directed to medicine spectral data analysis field
There is not yet the defects of perfect, effective spectroscopic data storage method, there is provided a kind of spectroscopic data storage method and system.
The present invention is to solve above-mentioned technical problem by following technical proposals：
The present invention provides a kind of spectroscopic data storage method, its feature is that it comprises the following steps：
S1, a server-side are received by its api interface multiple contains multiple spectrum numbers through data encryption and data compression
According to spectroscopic data bag, each spectroscopic data bag include medicine name, the authentication code of medicine, manufacturer, production batch, instrument
Model, spectrogram and in-stockroom operation request；
Whether S2, the spectroscopic data bag for judging to receive there is data transmission exception situation, if not S3 is then entered step,
Otherwise S8 is entered step；
S3, the server-side obtain the spectroscopic data bag through data decompression and data deciphering, and by the spectroscopic data bag
All spectroscopic datas store into a SQL database；
S4, the server-side analyze the spectral quality in each spectroscopic data bag, the light in the spectroscopic data bag
When spectrum quality meets an established standards, S5 is entered step, otherwise enters step S7；
S5, the server-side pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectroscopic data；
S6, the server-side store the optimization spectroscopic data into a standard database；
S7, the server-side export spectral quality in spectroscopic data bag information not up to standard；
The information of S8, the server-side output data transmission abnormality.
It is preferred that in step s 6, in step s 6, the server-side by the optimization spectroscopic data and the standard database
The optimization spectroscopic data of storage carries out similarity mode, if the optimization spectroscopic data has been stored with a certain in the standard database
Optimization spectroscopic data similarity when being more than a given threshold, then judge the corresponding medicine name of the optimization spectroscopic data and the matching
Whether the corresponding medicine name of optimization spectroscopic data gone out is identical, if then entering step S7, otherwise enters step S9：The server-side
Export the spectroscopic data in the spectroscopic data bag and do not meet the information that storage requires.
It is preferred that step S4 comprises the following steps：
S41, the server-side judge whether the spectrogram quantity in the spectroscopic data bag is more than one first setting value, if then
S42 is entered step, otherwise enters step S47；
S42, the server-side are directed to each spectrogram in the spectroscopic data bag：Judge the Raman shift range of the spectrogram
Whether in a setting displacement range, if then retaining the spectrogram and entering step S43, otherwise give up the spectrogram；
S43, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge adjacent Raman in the spectrogram
Whether intensity level is less than one the 3rd setting value more than the quantity of one second setting value, if then retaining the spectrogram and entering step
S44, otherwise gives up the spectrogram；
S44, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge the spectrogram with the presence or absence of
Peak, if retaining the spectrogram there is no and if entering step S45, otherwise gives up the spectrogram；
S45, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge that signal-to-noise ratio surpasses in the spectrogram
Whether the quantity for crossing one the 4th setting value is more than one the 5th setting value, if then retaining the spectrogram and entering step S46, otherwise
Give up the spectrogram；
S46, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Whether at least to judge in the spectrogram
There are a characteristic peak intensity level to reach one the 6th setting value, if then retaining the spectrogram and entering step S5, otherwise gives up
The spectrogram；
S47, the server-side export spectral quality in spectroscopic data bag information not up to standard.
It is preferred that in step sl, which receives the spectroscopic data bag by way of multithreading.
It is preferred that the server-side shows the spectroscopic data by a display screen, which receives the not visible spectrum
The instruction of data, and the spectroscopic data is denoted as one according to the instruction and has deleted spectroscopic data.
The present invention also provides a kind of spectroscopic data Input System, its feature is, it is realized using a server-side, the service
End includes：
One receiving module, multiple contains multiple light for being received by its api interface through data encryption and data compression
The spectroscopic data bag of modal data, each spectroscopic data bag include medicine name, the authentication code of medicine, manufacturer, production batch,
Instrument model, spectrogram and in-stockroom operation request；
Whether one first judgment module, the spectroscopic data bag for judging to receive there is data transmission exception situation, if
It is not to call a parsing module, otherwise calls one first output module；
The parsing module is used to obtain the spectroscopic data bag through data decompression and data deciphering, and by the spectroscopic data bag
In all spectroscopic datas store into a SQL database；
One analysis module, for analyzing the spectral quality in each spectroscopic data bag, in the spectroscopic data bag
Spectral quality call a pretreatment module when meeting an established standards, otherwise call one second output module；
The pretreatment module is used to pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectrum
Data；
One memory module, for storing the optimization spectroscopic data into a standard database；
Second output module information not up to standard for exporting the spectral quality in the spectroscopic data bag；
First output module is used for the information of output data transmission abnormality.
It is preferred that the spectroscopic data Input System further includes a matching module, one the 3rd judgment module and one the 3rd output
Module；
The matching module is used to carry out the stored optimization spectroscopic data of the optimization spectroscopic data and the standard database
Similarity mode, if the optimization spectroscopic data and a certain stored optimization spectroscopic data similarity in the standard database are big
When a given threshold, then the 3rd judgment module is called to judge that the optimization spectroscopic data corresponding medicine name is matched with this
Whether identical optimize the corresponding medicine name of spectroscopic data, if then calling the memory module, otherwise call the 3rd output module
Export the spectroscopic data in the spectroscopic data bag and do not meet the information that storage requires.
It is preferred that the analysis module includes：
One first judging unit, for judging whether the spectrogram quantity in the spectroscopic data bag is more than one first setting
Value, if then calling one second judging unit, otherwise calls second output module；
Second judging unit is used for each spectrogram being directed in the spectroscopic data bag：Judge the Raman position of the spectrogram
Scope is moved whether in a setting displacement range, if then a stick unit is used to retain the spectrogram and calls one the 3rd to judge
Unit, otherwise one gives up unit for giving up the spectrogram；
3rd judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge phase in the spectrogram
Whether adjacent raman scattering intensity value is less than one the 3rd setting value more than the quantity of one second setting value, if then call the stick unit and
One the 4th judging unit, otherwise calls this to give up unit；
4th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Whether judge the spectrogram
There are negative peak, if calling the stick unit and one the 5th judging unit there is no if, otherwise calls this to give up unit；
5th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge to believe in the spectrogram
Make an uproar than whether the quantity more than one the 4th setting value is more than one the 5th setting value, if then calling the stick unit and one the 6th to sentence
Disconnected unit, otherwise calls this to give up unit；
6th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge be in the spectrogram
No at least there are a characteristic peak intensity level to reach one the 6th setting value, if then calling the stick unit and the pretreatment mould
Block, otherwise calls this to give up unit.
It is preferred that the receiving module is used to receive the spectroscopic data bag by way of multithreading.
It is preferred that the server-side shows the spectroscopic data by a display screen, which receives the not visible spectrum
The instruction of data, and the spectroscopic data is denoted as one according to the instruction and has deleted spectroscopic data.
On the basis of common knowledge of the art, above-mentioned each optimum condition, can be combined, each preferably real up to the present invention
Example.
The positive effect of the present invention is：
The present invention passes through in order to bring more easily medicine spectroscopic data acquiring way to vast Pharmaceutical Analysis worker
A series of spectral quality control flow, pretreatment process etc., it is ensured that final spectroscopic data meets pre-set quality point
Analysis requires, and finally realizes and add database, for all users to share.It is to realize that the whole people establish database, efficiently number at the same time
Lay the foundation according to storehouse, the quick drugs analysis result that obtains.
Brief description of the drawings
Fig. 1 is the flow chart of the spectroscopic data storage method of present pre-ferred embodiments.
Fig. 2 is the spectral quality analysis process figure in the spectroscopic data storage method of present pre-ferred embodiments.
Fig. 3 is the structure diagram of the spectroscopic data Input System of present pre-ferred embodiments.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In attached drawing, the technical solution in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
Part of the embodiment of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art
The all other embodiments obtained on the premise of creative work is not made, belong to the scope of protection of the invention.
As shown in Figure 1, the present embodiment provides a kind of spectroscopic data storage method, it is realized by a server-side, this method
Comprise the following steps：
Step 101, the server-side received by way of its api interface is by multithreading it is multiple through data encryption (such as
Md5 encryption algorithm) and data compression (such as zip compression) spectroscopic data bag, which includes multiple spectroscopic datas.
Wherein, each spectroscopic data bag includes medicine name, the authentication code of medicine, manufacturer, production batch, instrument type
Number, spectral response value, spectrum wave-number range, spectrogram and the operation requests for the spectroscopic data, specifically, the operation requests
Including storage and fast inspection.
Whether the spectroscopic data bag that step 102, the server-side judge to receive, which data transmission exception situation occurs, (such as is lost
Bag or data distortion), if not then entering step 103, otherwise enter step 110.
Step 103, the server-side obtain the spectroscopic data bag after data decompression and data deciphering, and by the spectrum number
Stored according to all spectroscopic datas in bag into a SQL database.
Step 104, the server-side analyze the spectral quality in each spectroscopic data bag, in the spectroscopic data bag
Spectral quality when meeting the standard of a setting, enter step 105, otherwise enter step 109.
Step 105, the server-side pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectrum
Data.
Step 106, the server-side judge whether the operation requests of the optimization spectroscopic data are in-stockroom operation requests, if then
Enter step 107.
Step 107, by the optimization spectroscopic data and the standard database it is stored optimization spectroscopic data carry out similarity
Matching, if the optimization spectroscopic data is set with a certain stored optimization spectroscopic data similarity in the standard database more than one
When determining threshold value, then the corresponding medicine name of optimization spectroscopic data medicine name corresponding with the optimization spectroscopic data that this is matched is judged
It is whether identical, if then entering step 108, otherwise enter step 111.
Step 108, the server-side store the optimization spectroscopic data into a standard database.
Step 109, the server-side export spectral quality in spectroscopic data bag information not up to standard.
The information of step 110, the server-side output data transmission abnormality.
The spectroscopic data that step 111, the server-side are exported in the spectroscopic data bag does not meet the information that storage requires.
Wherein, for the spectral quality analytic process of step 104, comprise the following steps as shown in Fig. 2, can refine again：
S41, the server-side judge whether spectrogram quantity in the spectroscopic data bag is more than one first setting value (such as 6
It is a), if then entering step S42, S47 is entered step if less than 6.
S42, the server-side are directed to each spectrogram in the spectroscopic data bag：Judge the Raman shift range of the spectrogram
Whether in a setting displacement range, if then retaining the spectrogram and entering step S43, otherwise give up the spectrogram.
For example, the minimum value in judging the Raman shift range of the spectrogram whether be less than or equal to 200 and maximum be
It is no to be more than or equal to 2600, if then retaining the spectrogram, otherwise show that this spectrogram is undesirable, then by this spectrogram
Give up to fall.
S43, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge adjacent Raman in the spectrogram
Whether intensity level is less than one the 3rd setting value (such as 5) more than the quantity of one second setting value, if then retaining the spectrogram
And S44 is entered step, otherwise give up the spectrogram.
S44, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge the spectrogram with the presence or absence of
Peak, if retaining the spectrogram there is no and if entering step S45, otherwise gives up the spectrogram.
S45, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge that signal-to-noise ratio surpasses in the spectrogram
Whether the quantity for crossing one the 4th setting value (such as 10) is more than one the 5th setting value (such as 5), if then retaining the spectrogram simultaneously
S46 is entered step, otherwise gives up the spectrogram.
S46, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Whether at least to judge in the spectrogram
There are a characteristic peak intensity level to reach one the 6th setting value (such as 3000), if then retaining the spectrogram and entering step
105, otherwise give up the spectrogram；
S47, the server-side export spectral quality in spectroscopic data bag information not up to standard.
In addition, the server-side shows the spectroscopic data by a display screen, which receives the not visible spectrum number
According to instruction, and the spectroscopic data is denoted as one according to the instruction and has deleted spectroscopic data.
As shown in figure 3, this hair embodiment also provides a kind of spectroscopic data Input System, it is realized using a server-side, should
Server-side includes a receiving module 1, one first judgment module 2, a parsing module 3, one first output module 4, an analysis module
5th, a pretreatment module 6, one second output module 7, one second judgment module 8, a matching module 9, one the 3rd judgment module 10,
One the 3rd output module 11 and a memory module 12.
Each function module that the spectroscopic data Input System includes is described above, lower mask body introduces each function module institute
The function of possessing：
The receiving module 1 is used to receive by its api interface multiple contains multiple light through data encryption and data compression
The spectroscopic data bag of modal data, each spectroscopic data bag include medicine name, the authentication code of medicine, manufacturer, production batch,
Instrument model, spectrogram and operation requests；
Whether the spectroscopic data bag that first judgment module 2 is used to judge to receive there is data transmission exception situation, if
It is not to call the parsing module 3, otherwise calls the information of the 4 output data transmission abnormality of the first output module；
The parsing module 3 is used to obtain the spectroscopic data bag through data decompression and data deciphering, and by the spectroscopic data
All spectroscopic datas in bag are stored into a SQL database；
The analysis module 5 is used to analyze the spectral quality in each spectroscopic data bag, in the spectroscopic data bag
Spectral quality call the pretreatment module 6 when meeting an established standards, otherwise call second output module 7 to export the spectrum
Spectral quality in data packet information not up to standard；
The pretreatment module 6 is used to pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectrum
Data；
Second judgment module 8 is used to judge whether the operation requests of the optimization spectroscopic data to be in-stockroom operation requests, if
It is to call the matching module 9 to be used to carry out the stored optimization spectroscopic data of the optimization spectroscopic data and the standard database
Similarity mode, if the optimization spectroscopic data and a certain stored optimization spectroscopic data similarity in the standard database are big
When a given threshold, then the 3rd judgment module 10 is called to judge that the corresponding medicine name of the optimization spectroscopic data is matched with this
The corresponding medicine name of optimization spectroscopic data it is whether identical, if then calling the memory module, otherwise call the 3rd output mould
The spectroscopic data that block 11 is exported in the spectroscopic data bag does not meet the information that storage requires；
The memory module 12 is used to store the optimization spectroscopic data into a standard database.
Preferably, which can further comprise：
One first judging unit, for judging whether the spectrogram quantity in the spectroscopic data bag is more than one first setting
Value, if then calling one second judging unit, otherwise calls second output module；
Second judging unit is used for each spectrogram being directed in the spectroscopic data bag：Judge the Raman position of the spectrogram
Scope is moved whether in a setting displacement range, if then a stick unit is used to retain the spectrogram and calls one the 3rd to judge
Unit, otherwise one gives up unit for giving up the spectrogram；
3rd judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge phase in the spectrogram
Whether adjacent raman scattering intensity value is less than one the 3rd setting value more than the quantity of one second setting value, if then call the stick unit and
One the 4th judging unit, otherwise calls this to give up unit；
4th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Whether judge the spectrogram
There are negative peak, if calling the stick unit and one the 5th judging unit there is no if, otherwise calls this to give up unit；
5th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge to believe in the spectrogram
Make an uproar than whether the quantity more than one the 4th setting value is more than one the 5th setting value, if then calling the stick unit and one the 6th to sentence
Disconnected unit, otherwise calls this to give up unit；
6th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge be in the spectrogram
No at least there are a characteristic peak intensity level to reach one the 6th setting value, if then calling the stick unit and the pretreatment mould
Block, otherwise calls this to give up unit.
Although the foregoing describing the embodiment of the present invention, it will be appreciated by those of skill in the art that these
It is merely illustrative of, protection scope of the present invention is defined by the appended claims.Those skilled in the art is not carrying on the back
On the premise of from the principle of the present invention and essence, various changes or modifications can be made to these embodiments, but these are changed
Protection scope of the present invention is each fallen within modification.
Claims (10)
1. a kind of spectroscopic data storage method, it is characterised in that it comprises the following steps：
S1, a server-side by its api interface receive it is multiple through data encryption and data compression containing multiple spectroscopic datas
Spectroscopic data bag, each spectroscopic data bag include medicine name, the authentication code of medicine, manufacturer, production batch, instrument type
Number, spectrogram and in-stockroom operation request；
Whether S2, the spectroscopic data bag for judging to receive there is data transmission exception situation, if not then entering step S3, otherwise
Enter step S8；
S3, the server-side obtain the spectroscopic data bag through data decompression and data deciphering, and by the institute in the spectroscopic data bag
There is spectroscopic data to store into a SQL database；
S4, the server-side analyze the spectral quality in each spectroscopic data bag, the spectrum matter in the spectroscopic data bag
When amount meets an established standards, S5 is entered step, otherwise enters step S7；
S5, the server-side pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectroscopic data；
S6, the server-side store the optimization spectroscopic data into a standard database；
S7, the server-side export spectral quality in spectroscopic data bag information not up to standard；
The information of S8, the server-side output data transmission abnormality.
2. spectroscopic data storage method as claimed in claim 1, it is characterised in that in step s 6, the server-side is excellent by this
Change the stored optimization spectroscopic data of spectroscopic data and the standard database and carry out similarity mode, if the optimization spectroscopic data with
When a certain stored optimization spectroscopic data similarity in the standard database is more than a given threshold, then the optimization light is judged
Whether the corresponding medicine name of modal data medicine name corresponding with the optimization spectroscopic data that this is matched is identical, if then entering step
S7, otherwise enters step S9：The spectroscopic data that the server-side is exported in the spectroscopic data bag does not meet the information that storage requires.
3. spectroscopic data storage method as claimed in claim 1, it is characterised in that step S4 comprises the following steps：
S41, the server-side judge whether the spectrogram quantity in the spectroscopic data bag is more than one first setting value, if then entering
Step S42, otherwise enters step S47；
S42, the server-side are directed to each spectrogram in the spectroscopic data bag：Judge the spectrogram Raman shift range whether
In a setting displacement range, if then retaining the spectrogram and entering step S43, otherwise give up the spectrogram；
S43, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge adjacent raman scattering intensity in the spectrogram
Whether the quantity being worth more than one second setting value is less than one the 3rd setting value, if then retaining the spectrogram and entering step S44,
Otherwise the spectrogram is given up；
S44, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge that the spectrogram whether there is negative peak,
If retaining the spectrogram there is no and if entering step S45, otherwise give up the spectrogram；
S45, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge that signal-to-noise ratio is more than one in the spectrogram
Whether the quantity of the 4th setting value is more than one the 5th setting value, if then retaining the spectrogram and entering step S46, otherwise gives up
The spectrogram；
S46, the server-side are directed to each spectrogram retained in the spectroscopic data bag：Judge whether at least exist in the spectrogram
One characteristic peak intensity level reaches one the 6th setting value, if then retaining the spectrogram and entering step S5, otherwise gives up the light
Spectrogram；
S47, the server-side export spectral quality in spectroscopic data bag information not up to standard.
4. spectroscopic data storage method as claimed in claim 1, it is characterised in that in step sl, which passes through more
The mode of thread receives the spectroscopic data bag.
5. spectroscopic data storage method as claimed in claim 1, it is characterised in that the server-side shows this by a display screen
Spectroscopic data, the server-side receive the instruction of a not visible spectroscopic data, and are denoted as the spectroscopic data according to the instruction
One has deleted spectroscopic data.
6. a kind of spectroscopic data Input System, it is characterised in that it realizes that the server-side includes using a server-side：
One receiving module, multiple contains multiple spectrum numbers for being received by its api interface through data encryption and data compression
According to spectroscopic data bag, each spectroscopic data bag include medicine name, the authentication code of medicine, manufacturer, production batch, instrument
Model, spectrogram and in-stockroom operation request；
Whether one first judgment module, the spectroscopic data bag for judging to receive there is data transmission exception situation, if not
A parsing module is then called, otherwise calls one first output module；
The parsing module is used to obtain the spectroscopic data bag through data decompression and data deciphering, and by the spectroscopic data bag
All spectroscopic datas are stored into a SQL database；
One analysis module, for analyzing the spectral quality in each spectroscopic data bag, the light in the spectroscopic data bag
Spectrum quality calls a pretreatment module when meeting an established standards, otherwise calls one second output module；
The pretreatment module is used to pre-process the spectroscopic data in the spectroscopic data bag to obtain an optimization spectroscopic data；
One memory module, for storing the optimization spectroscopic data into a standard database；
Second output module information not up to standard for exporting the spectral quality in the spectroscopic data bag；
First output module is used for the information of output data transmission abnormality.
7. spectroscopic data Input System as claimed in claim 6, it is characterised in that the spectroscopic data Input System further includes one
Matching module, one the 3rd judgment module and one the 3rd output module；
The matching module is used for the optimization spectroscopic data is similar to the stored optimization spectroscopic data progress of the standard database
Degree matching, if the optimization spectroscopic data is more than one with a certain stored optimization spectroscopic data similarity in the standard database
During given threshold, then the 3rd judgment module is called to judge the optimization that the corresponding medicine name of the optimization spectroscopic data is matched with this
Whether the corresponding medicine name of spectroscopic data is identical, if then calling the memory module, otherwise calls the 3rd output module to export
Spectroscopic data in the spectroscopic data bag does not meet the information that storage requires.
8. spectroscopic data Input System as claimed in claim 6, it is characterised in that the analysis module includes：
One first judging unit, for judging whether the spectrogram quantity in the spectroscopic data bag is more than one first setting value, if
It is then to call one second judging unit, otherwise calls second output module；
Second judging unit is used for each spectrogram being directed in the spectroscopic data bag：Judge the Raman shift model of the spectrogram
Enclose whether in a setting displacement range, if then a stick unit is used to retain the spectrogram and calls one the 3rd to judge list
Member, otherwise one gives up unit for giving up the spectrogram；
3rd judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge adjacent drawing in the spectrogram
Whether graceful intensity level is less than one the 3rd setting value more than the quantity of one second setting value, if then calling the stick unit and one
Four judging units, otherwise call this to give up unit；
4th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge that the spectrogram whether there is
Negative peak, if calling the stick unit and one the 5th judging unit there is no if, otherwise calls this to give up unit；
5th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Judge signal-to-noise ratio in the spectrogram
Whether the quantity more than one the 4th setting value is more than one the 5th setting value, if then calling the stick unit and one the 6th to judge list
Member, otherwise calls this to give up unit；
6th judging unit is used to be directed to each spectrogram retained in the spectroscopic data bag：Whether extremely to judge in the spectrogram
There are a characteristic peak intensity level less to reach one the 6th setting value, no if then calling the stick unit and the pretreatment module
Then this is called to give up unit.
9. spectroscopic data Input System as claimed in claim 6, it is characterised in that the receiving module is used for by multithreading
Mode receives the spectroscopic data bag.
10. spectroscopic data Input System as claimed in claim 6, it is characterised in that the server-side is shown by a display screen
The spectroscopic data, the server-side receive the instruction of a not visible spectroscopic data, and are indicated the spectroscopic data according to the instruction
Spectroscopic data has been deleted for one.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610969712.3A CN107995248B (en) | 2016-10-27 | 2016-10-27 | Spectral data storage method and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610969712.3A CN107995248B (en) | 2016-10-27 | 2016-10-27 | Spectral data storage method and system |
Publications (2)
| Publication Number | Publication Date |
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| CN107995248A true CN107995248A (en) | 2018-05-04 |
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