CN116011940A - Blind sample preparation method for inspection sample - Google Patents

Abstract

The invention discloses a blind sample preparation method for a sample to be inspected, which comprises the following steps: s100, adding a sample feeding detection item; s200, adding a sample type; s300, blind sample preparation is carried out; s400, generating a sample delivery registry; s500, generating a sample preparation table; s600, generating a detection order; s700, generating a task book; s800, submitting detection; efficiency is improved: the relations among the sample types, the groups, the grouping, the original numbers, the sample numbers and the detection items can be quickly connected in series through rules, so that the blind sample preparation efficiency is improved, and the complex steps of manual sample preparation are saved; sample preparation informatization: the blind setting sample preparation information of the sample is electronically archived, and the data statistics display in the later period can be realized; improving the management level of a laboratory: the system can help the laboratory to realize whole-course digitization, standardization and statistics automation of the inspection business, improve the management level of the laboratory, improve the efficiency of the laboratory, reduce the operation cost of the laboratory and improve the sorting target of the external service level.

Description

Blind sample preparation method for inspection sample

Technical Field

The invention relates to the technical field of sample detection digitization, in particular to a blind sample preparation method for a sample to be detected.

Background

Along with the improvement of living standard, economic animals are more and more important to human health, and related third party epidemic disease detection service industries are also generated together, and the existing third party detection institutions generally have the following problems:

the types of the original numbers for inspection cannot be normalized;

the original serial number of the inspection cannot correspond to the detection serial number and the plate number in the sample preparation process;

for a novice just on duty, the operation difficulty is high and the learning cost is high;

the detection and sample preparation process is too complex, and the manual sample preparation takes a long time.

Therefore, a method for blind sample preparation using more convenient sample for inspection is necessary.

Disclosure of Invention

The present invention is directed to a method for blind sample preparation of a sample for inspection, so as to solve the problems set forth in the background art.

In order to solve the technical problems, the invention provides the following technical scheme:

the blind sample preparation method for the inspection samples is operated based on an operation interface and comprises the following steps:

s100, adding a sample feeding detection item: selecting an item to be detected according to the customer sample sending information;

s200, adding sample types: inputting the sample type, the sample name, the original grouping and grouping information;

s300, blind sample preparation: preparing samples of the original number and the sample number based on a blind sample preparation rule;

s400, generating a sample sending registry: after blind setting is completed, a customer sample sending registry is required to be generated, and the sample sending registry records the basic information of customer inspection and the basic information of customer;

s500, generating a sample preparation table: after the sample preparation is completed according to the sample preparation rule, the system automatically generates the corresponding relation between the original number and the sample number;

s600, generating a detection order book: after blind sample preparation is completed, a detection order is required to be generated, the order contains order information, order information detection project information and additional terms, and the order needs to be signed and confirmed by the order;

s700, generating a task book: after signing and confirming, the consignor starts to generate a detection task for detection, wherein the task book has project information and task information to be detected;

s800, submitting and detecting: when the steps are finished, clicking, submitting and detecting, completing the blind sample preparation process, transferring the detection task to a detection room for detection, and finally giving a report.

According to the above technical solution, the specific operation steps of step S100 are as follows:

1) Clicking a "+" icon in the operation page, adding a detection item, and opening a selection item list;

2) After the items are selected and checked and determined, successful addition of the detected items is realized, the items are saved, if the items need to be deleted, the checked items are directly removed and checked, and the items are saved again.

According to the above technical solution, the specific classification information in step S200 includes:

grouping information: the detection samples can be grouped;

original grouping: group name of animal to which the sample belongs;

sample type: the type of the sample sent by the customer;

sample name: the name of the sample sent by the customer;

sample original number: marking numbers are carried out on the samples during customer inspection;

quantity of censorship: the number of samples sent by customers;

number of detection: the number of samples actually detected is divided into a plurality of times, and the conditions of detecting a plurality of projects exist, so that the number of the samples to be detected and the detection number are one-to-many;

sample number: the laboratory is required to number the samples at the time of their preparation.

According to the above technical solution, the rule based on the step S300 is as follows:

original number input rule: the numbers are separated by using, "$" and "-" are set if the numbers are continuous or the numbers of Chinese characters/letters are continuous, "&" is set if a plurality of same original numbers are used, and "@" is set if the numbers are long and need to be changed;

sample preparation rules: each individual in the original numbers is separated by using the method, one or a group of sample numbers are corresponding to each individual in the original numbers, the serial numbers are set by using $ and → when the serial numbers of Chinese characters/letters are continuous, the serial numbers are set by using $ and → when a plurality of the same original numbers are used, and the serial numbers are set by using @ when the serial numbers are long to be changed;

the sampling rules may be used in combination with each other.

According to the above technical scheme, the specific method for manufacturing the sample preparation table in the step S500 is as follows:

the corresponding relation between the original numbers and the sample numbers is shown by adopting 8 columns of each row, namely 4 pairs, in the corresponding mode of the original numbers and the sample numbers, the number of the original numbers and the data of the sample numbers are calculated in the sample preparation process, the number of the original numbers corresponding to each sample number is obtained through calculation, if the original numbers and the sample numbers are not divided, the rest original numbers are sequentially and evenly spread into the sample numbers of the front row, and the sample numbers are arranged according to the transverse sequence during the showing.

Compared with the prior art, the invention has the following beneficial effects:

1. efficiency is improved: the relations among the sample types, the groups, the grouping, the original numbers, the sample numbers and the detection items can be quickly connected in series through rules, so that the blind sample preparation efficiency is improved, and the complex steps of manual sample preparation are saved;

2. sample preparation informatization: the blind setting sample preparation information of the sample is electronically archived, and the data statistics display in the later period can be realized;

3. improving the management level of a laboratory: the system can help the laboratory to realize whole-course digitization, standardization and statistics automation of the inspection business, improve the management level of the laboratory, improve the efficiency of the laboratory, reduce the operation cost of the laboratory and improve the sorting target of the external service level.

Detailed Description

The technical solutions of the embodiments of the present invention will be clearly and completely described below in conjunction with the embodiments of the present invention, and it is apparent that the described embodiments are only some embodiments of the present invention, not all embodiments. All other embodiments, which can be made by those skilled in the art based on the embodiments of the invention without making any inventive effort, are intended to be within the scope of the invention.

The invention provides the technical scheme that: the blind sample preparation method for the inspection samples is operated based on an operation interface and comprises the following steps:

s100, adding a sample feeding detection item: selecting an item to be detected according to the customer sample sending information;

s200, adding sample types: inputting the sample type, the sample name, the original grouping and grouping information;

s300, blind sample preparation: preparing samples of the original number and the sample number based on a blind sample preparation rule;

s400, generating a sample sending registry: after blind setting is completed, a customer sample sending registry is required to be generated, and the sample sending registry records the basic information of customer inspection and the basic information of customer;

s500, generating a sample preparation table: after the sample preparation is completed according to the sample preparation rule, the system automatically generates the corresponding relation between the original number and the sample number;

s600, generating a detection order book: after blind sample preparation is completed, a detection order is required to be generated, the order contains order information, order information detection project information and additional terms, and the order needs to be signed and confirmed by the order;

s700, generating a task book: after signing and confirming, the consignor starts to generate a detection task for detection, wherein the task book has project information and task information to be detected;

s800, submitting and detecting: when the steps are finished, clicking, submitting and detecting, completing the blind sample preparation process, transferring the detection task to a detection room for detection, and finally giving a report.

Specifically, the specific operation steps of the step S100 are as follows:

1) Clicking a "+" icon in the operation page, adding a detection item, and opening a selection item list;

2) After the item is selected and checked and determined, successful addition of the detected item is realized, the item is saved, if the item needs to be deleted, the checked item is directly removed and checked, and the item is saved again;

the detection items in the newly added item list are distinguished according to animal types, and each detection item has detailed parameter description and price and can be searched according to names.

Specifically, the specific classification information in step S200 includes:

grouping information: the detection samples can be grouped;

original grouping: group name of animal to which the sample belongs;

sample type: the type of the sample sent by the customer;

sample name: the name of the sample sent by the customer;

sample original number: marking numbers are carried out on the samples during customer inspection;

quantity of censorship: the number of samples sent by customers;

number of detection: the number of samples actually detected is divided into a plurality of times, and the conditions of detecting a plurality of projects exist, so that the number of the samples to be detected and the detection number are one-to-many;

sample number: the laboratory is required to number the samples at the time of their preparation.

Specifically, the rule based on the step S300 is as follows:

original number input rule: the numbers are separated by a 'separation', such as 2,6,8;

if the numbers are continuous or the numbers of Chinese characters/letters are continuous, setting with "$" and "-" such as A$001-005, displaying A001-A005; if A is 001-005, A is 001-005;

if a plurality of same original numbers are set by "& gt", if no &13, 13 none are displayed;

if the number is long and needs to be changed, setting by "@" such as 123@456, displaying 123 on one row and 456 on the next row;

sample preparation rules: with "separating each individual in the original number will correspond to one or a set of sample numbers, such as 2,6, 8-10;

if the numbers are continuous or the numbers of Chinese characters/letters are continuous, setting with "$" and "-" such as A$001-005, displaying A001-A005; if A is 001-005, A is 001-005;

if a plurality of same original numbers are set by "& gt", if no &13, 13 none are displayed;

if the number is long and needs to be changed, setting by "@" such as 123@456, displaying 123 on one row and 456 on the next row;

the sampling rules may be used in combination with each other.

Specifically, the sample preparation table of step S500 is specifically prepared as follows:

the corresponding relation between the original numbers and the sample numbers is shown by adopting 8 columns of each row, namely 4 pairs, in the corresponding mode of the original numbers and the sample numbers, the number of the original numbers and the data of the sample numbers are calculated in the sample preparation process, the number of the original numbers corresponding to each sample number is obtained through calculation, if the original numbers and the sample numbers are not divided, the rest original numbers are sequentially and evenly spread into the sample numbers of the front row, and the sample numbers are arranged according to the transverse sequence during the showing.

It is noted that relational terms such as first and second, and the like are used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Moreover, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.

Finally, it should be noted that: the foregoing description is only a preferred embodiment of the present invention, and the present invention is not limited thereto, but it is to be understood that modifications and equivalents of some of the technical features described in the foregoing embodiments may be made by those skilled in the art, although the present invention has been described in detail with reference to the foregoing embodiments. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.

Claims (5)

1. The blind sample preparation method for the inspection samples is operated based on an operation interface and is characterized in that: the method comprises the following steps:

s100, adding a sample feeding detection item: selecting an item to be detected according to the customer sample sending information;

s200, adding sample types: inputting the sample type, the sample name, the original grouping and grouping information;

s300, blind sample preparation: preparing samples of the original number and the sample number based on a blind sample preparation rule;

s400, generating a sample sending registry: after blind setting is completed, a customer sample sending registry is required to be generated, and the sample sending registry records the basic information of customer inspection and the basic information of customer;

s500, generating a sample preparation table: after the sample preparation is completed according to the sample preparation rule, the system automatically generates the corresponding relation between the original number and the sample number;

s600, generating a detection order book: after blind sample preparation is completed, a detection order is required to be generated, the order contains order information, order information detection project information and additional terms, and the order needs to be signed and confirmed by the order;

s700, generating a task book: after signing and confirming, the consignor starts to generate a detection task for detection, wherein the task book has project information and task information to be detected;

s800, submitting and detecting: when the steps are finished, clicking, submitting and detecting, completing the blind sample preparation process, transferring the detection task to a detection room for detection, and finally giving a report.

2. The blind sample preparation method for a sample to be inspected according to claim 1, wherein the specific operation steps of the step S100 are as follows:

1) Clicking a "+" icon in the operation page, adding a detection item, and opening a selection item list;

2) After the items are selected and checked and determined, successful addition of the detected items is realized, the items are saved, if the items need to be deleted, the checked items are directly removed and checked, and the items are saved again.

3. The blind sample preparation method for a sample to be inspected according to claim 1, wherein the specific classification information in step S200 includes:

grouping information: the detection samples can be grouped;

original grouping: group name of animal to which the sample belongs;

sample type: the type of the sample sent by the customer;

sample name: the name of the sample sent by the customer;

sample original number: marking numbers are carried out on the samples during customer inspection;

quantity of censorship: the number of samples sent by customers;

number of detection: the number of samples actually detected is divided into a plurality of times, and the conditions of detecting a plurality of projects exist, so that the number of the samples to be detected and the detection number are one-to-many;

sample number: the laboratory is required to number the samples at the time of their preparation.

4. The blind sample preparation method for a sample to be inspected according to claim 1, wherein the rule based on the step S300 is as follows:

original number input rule: the numbers are separated by using, "$" and "-" are set if the numbers are continuous or the numbers of Chinese characters/letters are continuous, "&" is set if a plurality of same original numbers are used, and "@" is set if the numbers are long and need to be changed;

sample preparation rules: each individual in the original numbers is separated by using the method, one or a group of sample numbers are corresponding to each individual in the original numbers, the serial numbers are set by using $ and → when the serial numbers of Chinese characters/letters are continuous, the serial numbers are set by using $ and → when a plurality of the same original numbers are used, and the serial numbers are set by using @ when the serial numbers are long to be changed;

the sampling rules may be used in combination with each other.

5. The blind sample preparation method for a sample to be inspected according to claim 1, wherein the sample preparation table of step S500 is specifically prepared by the following steps:

the corresponding relation between the original numbers and the sample numbers is shown by adopting 8 columns of each row, namely 4 pairs, in the corresponding mode of the original numbers and the sample numbers, the number of the original numbers and the data of the sample numbers are calculated in the sample preparation process, the number of the original numbers corresponding to each sample number is obtained through calculation, if the original numbers and the sample numbers are not divided, the rest original numbers are sequentially and evenly spread into the sample numbers of the front row, and the sample numbers are arranged according to the transverse sequence during the showing.