阅读说明：本技术 实验室用户数据统计方法、系统、电子设备及存储介质 (Method and system for counting user data in laboratory, electronic equipment and storage medium ) 是由 朱晓曦 熊雅洁 于 2021-09-27 设计创作，主要内容包括：本发明公开了实验室用户数据统计方法、系统、电子设备及存储介质,其方法包括：获取实验室用户的账户信息；根据实验室用户的账户信息,建立用户的实验项目数据包；判断实验室用户是否登录专属的账户；若是,则在实验项目结束后,将对应的实验项目数据记录至用户的实验项目数据包中；若否,则在实验项目结束后,弹出重新登录窗口,判断实验室用户是否通过重新登录窗口重新登录专属的账户,若是,则将对应的实验项目数据记录至用户的实验项目数据包中；实验项目数据包括实验名称信息、实验级别信息、实验内容信息、实验消耗品信息、实验工具信息和实验状态信息。本发明具有便于管理各个实验项目的数据的效果。(The invention discloses a method and a system for counting laboratory user data, electronic equipment and a storage medium, wherein the method comprises the following steps: acquiring account information of a laboratory user; establishing an experimental project data packet of a user according to account information of the laboratory user; judging whether a laboratory user logs in an exclusive account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user; the experimental project data comprises experimental name information, experimental grade information, experimental content information, experimental consumable information, experimental tool information and experimental state information. The invention has the effect of facilitating the management of the data of each experimental project.)

1. A method for statistical analysis of laboratory user data, comprising:

acquiring account information of a laboratory user; the account information comprises the name of the laboratory user and the number of the experimenter user;

establishing an experimental project data packet of a user according to account information of the laboratory user;

judging whether a laboratory user logs in an exclusive account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user; the experimental project data comprises experimental name information, experimental grade information, experimental content information, experimental consumable information, experimental tool information and experimental state information.

2. The laboratory user data statistics method of claim 1, wherein: the account information also comprises face feature standard information of a laboratory user; whether judge that the laboratory user logs on dedicated account includes:

acquiring face image information of a laboratory user;

according to the face image information, carrying out face recognition to obtain face feature information of a laboratory user;

comparing the face characteristic information with all preset face characteristic standard information, and searching account information which is matched with the face characteristic information and is prestored in a database;

comparing the found account information with the account information of the logged account; if the two accounts are the same, the account with the exclusive login is judged, and if the two accounts are not the same, the account with the exclusive login is judged.

3. The laboratory user data statistics method of claim 1, wherein: the laboratory user data statistics method further comprises:

acquiring a placing area identification instruction from a laboratory administrator;

acquiring tool placement area image information of each tool placement area according to the placement area identification instruction; the tool placing area is used for placing an experimental tool;

adding numbers to the tool placement areas according to the image information of the tool placement areas and establishing tool placement area information packets with number identifications;

according to the image information of the tool placement area, identifying the tool type, and adding tool name information and tool number information for various tools;

and recording the tool name information and the tool number information of the corresponding tool into the corresponding tool placing area information packet.

4. A method of statistical laboratory user data according to claim 3, wherein: the recording the tool name information and the tool number information of the corresponding tool into the corresponding tool placing area information packet, and then further comprising:

acquiring experimental tool information from a laboratory user before a corresponding experimental project is performed; the experimental tool information comprises tool name information and tool number information of corresponding tools used in experimental projects; the experimental tool information also comprises the number of a tool placing area corresponding to the selected tool;

after the experiment project is finished, acquiring real-time tool placing area image information of the corresponding tool placing area according to the number of the corresponding tool placing area;

judging whether the corresponding tool is returned to the corresponding tool placing area or not according to the tool name information and the tool number information of the corresponding tool based on the real-time image information of the tool placing area; if so, generating a returned mark, and adding the returned mark to the corresponding experimental tool information; and if not, generating an unreturned mark, and adding the unreturned mark to the corresponding experimental tool information.

5. The laboratory user data statistics method of claim 1, wherein: the laboratory user data statistics method further comprises:

acquiring a consumable identification instruction from a laboratory administrator;

acquiring consumable product placing area image information of each consumable product placing area according to the consumable product identification instruction; the consumable placing area is used for placing experimental consumables;

adding numbers to the consumable placing areas according to the image information of the consumable placing areas and establishing a consumable placing area information packet with a number identification;

according to the image information of the consumable placing area, identifying the type of the consumable, and adding consumable name information and consumable serial number information for various consumables;

and recording the name information and the serial number information of the consumable article corresponding to the consumable article into the corresponding information packet of the consumable article placing area.

6. The method of claim 5, wherein the statistical analysis of laboratory user data comprises: the recording of the name information and the number information of the consumable corresponding to the consumable into the corresponding information packet of the consumable placing area further comprises:

acquiring experimental consumable information from a laboratory user before a corresponding experimental project is performed; the experimental consumable information comprises consumable name information and consumable number information of corresponding consumables used in an experimental project; the experimental tool information further comprises the number of the consumable placing area corresponding to the selected consumable;

after the experiment project is completed, acquiring real-time image information of the consumable placing area of the corresponding consumable placing area according to the number of the corresponding consumable placing area;

judging whether the residual quantity of the corresponding consumable is zero or not according to the consumable name information and the consumable serial number information of the corresponding consumable based on the real-time image information of the consumable placing area; if so, generating a margin zero mark, and adding the margin zero mark into the corresponding experimental consumable information; and if not, generating a margin non-zero mark, and adding the margin non-zero mark to the corresponding experimental tool information.

7. The method of claim 6, wherein the statistical analysis comprises: if yes, generating a margin zero mark, and adding the margin zero mark into corresponding experimental consumable information, and then further comprising:

generating supplementary consumable item prompt information according to consumable item name information and consumable item number information corresponding to the zero mark with the allowance;

and sending the supplementary consumable prompting information to the mobile terminal of the corresponding laboratory user.

8. Laboratory user data statistics system, its characterized in that includes:

the account information acquisition module is used for acquiring account information of a laboratory user;

the data packet establishing module is used for establishing an experimental project data packet of the user according to the account information of the laboratory user;

the data packet filling module is used for judging whether the laboratory user logs in the special account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

9. An electronic device, characterized in that: comprising a memory and a processor, the memory having stored thereon a computer program which can be loaded by the processor and which executes the method of laboratory user data statistics according to any of claims 1 to 7.

10. A computer-readable storage medium, in which a computer program is stored which can be loaded by a processor and which executes the laboratory user data statistical method as claimed in any one of claims 1 to 7.

Technical Field

The invention relates to the field of laboratory data management, in particular to a laboratory user data statistical method, a laboratory user data statistical system, electronic equipment and a storage medium.

Background

The laboratory data statistical system is an informatization statistical system which combines an informatization technology taking a database as a core and laboratory management requirements.

In the related art, a laboratory data statistics system counts data of each experimental item in a laboratory, and records the data in a database of a server.

For the above-mentioned correlation technique, the inventor thinks that the data type of laboratory data statistics system statistics is limited, is difficult for carrying out data management based on the different users in laboratory, and the laboratory user in the laboratory changes often, and the experimental items that different laboratory users accomplished are also different, and the required consumables and the instrument of every experimental item all are different, under the condition that laboratory user changes, the experimental items of accomplishing also change, directly upload the data of each experimental item to the database, caused the defect of being not convenient for manage each experimental item data.

Disclosure of Invention

In order to facilitate management of data of each experimental project, the application discloses a laboratory user data statistical method, a system, electronic equipment and a storage medium.

In a first aspect, the application discloses a method for statistical data of a laboratory user, which adopts the following technical scheme:

a laboratory user data statistics method comprising:

acquiring account information of a laboratory user; the account information comprises the name of the laboratory user and the number of the experimenter user;

establishing an experimental project data packet of a user according to account information of the laboratory user;

judging whether a laboratory user logs in an exclusive account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user; the experimental project data comprises experimental name information, experimental grade information, experimental content information, experimental consumable information, experimental tool information and experimental state information.

Through adopting above-mentioned technical scheme, acquire the account information of all laboratory users in advance, and establish exclusive experimental project data package for every laboratory user, realize carrying out classification storage experimental project data with the laboratory user, after the experimental project finishes, through judging whether the laboratory user logs in exclusive account with the judgment, in the experimental project data package that corresponds is saved to the experimental project data that guarantees to correspond, and then improve the accuracy of storage data, and logging in again being provided with of window does benefit to the user and switches over the account fast with the laboratory, thereby under the condition of classifying and accurately storing the experimental project data that corresponds according to the laboratory user, be convenient for manage the data of each experimental project.

Optionally, the account information further includes standard information of facial features of a laboratory user; whether judge that the laboratory user logs on dedicated account includes:

acquiring face image information of a laboratory user;

according to the face image information, carrying out face recognition to obtain face feature information of a laboratory user;

comparing the face characteristic information with all preset face characteristic standard information, and searching account information which is matched with the face characteristic information and is prestored in a database;

comparing the found account information with the account information of the logged account; if the two accounts are the same, the account with the exclusive login is judged, and if the two accounts are not the same, the account with the exclusive login is judged.

Through adopting above-mentioned technical scheme, the facial feature information who discerns from face image information is favorable to comparing with preset facial feature standard information fast, and then is convenient for confirm the account information that the laboratory was used in the room fast, and then is favorable to judging whether the laboratory is used in the room and logs in exclusive account fast.

Optionally, the method for statistical laboratory user data further includes:

acquiring a placing area identification instruction from a laboratory administrator;

acquiring tool placement area image information of each tool placement area according to the placement area identification instruction; the tool placing area is used for placing an experimental tool;

adding numbers to the tool placement areas according to the image information of the tool placement areas and establishing tool placement area information packets with number identifications;

according to the image information of the tool placement area, identifying the tool type, and adding tool name information and tool number information for various tools;

and recording the tool name information and the tool number information of the corresponding tool into the corresponding tool placing area information packet.

Through adopting above-mentioned technical scheme, it is favorable to controlling the camera that corresponds and shoots the corresponding instrument and place the district to place the district discernment instruction to place the district, and then the initial instrument of the instrument that has placed the instrument and place district image information, and then add corresponding instrument name information and instrument number information for the various instruments in the instrument is placed the district in advance, and record to the instrument that corresponds places in the district information package, so that whether follow-up standard as judging the instrument and being returned is favorable to managing experiment project and experiment instrument better.

Optionally, the recording the tool name information and the tool number information of the corresponding tool into the corresponding tool placement area information packet, and then further comprising:

acquiring experimental tool information from a laboratory user before a corresponding experimental project is performed; the experimental tool information comprises tool name information and tool number information of corresponding tools used in experimental projects; the experimental tool information also comprises the number of a tool placing area corresponding to the selected tool;

after the experiment project is finished, acquiring real-time tool placing area image information of the corresponding tool placing area according to the number of the corresponding tool placing area;

judging whether the corresponding tool is returned to the corresponding tool placing area or not according to the tool name information and the tool number information of the corresponding tool based on the real-time image information of the tool placing area; if so, generating a returned mark, and adding the returned mark to the corresponding experimental tool information; and if not, generating an unreturned mark, and adding the unreturned mark to the corresponding experimental tool information.

By adopting the technical scheme, the experimental tool information of the experimental project is acquired before the experimental project is carried out, the real-time tool placing area image information of the tool placing area is acquired after the experimental project is completed, and whether the corresponding tool is returned or not can be judged through comparison, so that the experimental project and the experimental tool can be managed conveniently.

Optionally, the method for statistical laboratory user data further includes:

acquiring a consumable identification instruction from a laboratory administrator;

acquiring consumable product placing area image information of each consumable product placing area according to the consumable product identification instruction; the consumable placing area is used for placing experimental consumables;

adding numbers to the consumable placing areas according to the image information of the consumable placing areas and establishing a consumable placing area information packet with a number identification;

according to the image information of the consumable placing area, identifying the type of the consumable, and adding consumable name information and consumable serial number information for various consumables;

and recording the name information and the serial number information of the consumable article corresponding to the consumable article into the corresponding information packet of the consumable article placing area.

Through adopting above-mentioned technical scheme, the consumer identification instruction is favorable to controlling corresponding camera shooting corresponding consumer and placing the district, and then the initial consumer of district image information is placed to the consumer that has placed the consumer, and then add corresponding consumer name information and consumer serial number information for various consumables in the consumer placing area in advance, and record to corresponding consumer and place in the district information package, so that whether follow-up as judging the consumer has the surplus, be favorable to managing experimental project and experiment consumer better.

Optionally, the recording the name information and the serial number information of the consumable corresponding to the consumable into the corresponding information packet of the consumable placing area, and then further includes:

acquiring experimental consumable information from a laboratory user before a corresponding experimental project is performed; the experimental consumable information comprises consumable name information and consumable number information of corresponding consumables used in an experimental project; the experimental tool information further comprises the number of the consumable placing area corresponding to the selected consumable;

after the experiment project is completed, acquiring real-time image information of the consumable placing area of the corresponding consumable placing area according to the number of the corresponding consumable placing area;

judging whether the residual quantity of the corresponding consumable is zero or not according to the consumable name information and the consumable serial number information of the corresponding consumable based on the real-time image information of the consumable placing area; if so, generating a margin zero mark, and adding the margin zero mark into the corresponding experimental consumable information; and if not, generating a margin non-zero mark, and adding the margin non-zero mark to the corresponding experimental tool information.

By adopting the technical scheme, the experimental consumable information of the experimental project is acquired before the experimental project is carried out, the real-time consumable placing area image information of the consumable placing area is acquired after the experimental project is completed, and whether the consumable is remained or not can be judged by comparison, so that the experimental project and the experimental consumable can be managed conveniently.

Optionally, if yes, generating a zero-mark as a margin, and adding the zero-mark as the margin to the corresponding experimental consumable information, and then further including:

generating supplementary consumable item prompt information according to consumable item name information and consumable item number information corresponding to the zero mark with the allowance;

and sending the supplementary consumable prompting information to the mobile terminal of the corresponding laboratory user.

Through adopting above-mentioned technical scheme, supply being provided with of consumables suggestion information and doing benefit to the laboratory user that the suggestion corresponds and supply the corresponding consumables to consumables in the laboratory are in sufficient state when the guarantee carries out next experimental item, also are convenient for manage experimental item and experimental consumables.

In a second aspect, the application discloses a user data statistics system for a laboratory, which adopts the following technical scheme:

a laboratory user data statistics system comprising:

the account information acquisition module is used for acquiring account information of a laboratory user;

the data packet establishing module is used for establishing an experimental project data packet of the user according to the account information of the laboratory user;

the data packet filling module is used for judging whether the laboratory user logs in the special account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

Through adopting above-mentioned technical scheme, acquire the account information of all laboratory users in advance, and establish exclusive experimental project data package for every laboratory user, realize carrying out classification storage experimental project data with the laboratory user, after the experimental project finishes, through judging whether the laboratory user logs in exclusive account with the judgment, in the experimental project data package that corresponds is saved to the experimental project data that guarantees to correspond, and then improve the accuracy of storage data, and logging in again being provided with of window does benefit to the user and switches over the account fast with the laboratory, thereby under the condition of classifying and accurately storing the experimental project data that corresponds according to the laboratory user, be convenient for manage the data of each experimental project.

In a third aspect, the present application discloses an electronic device, which adopts the following technical solutions:

an electronic device comprising a memory and a processor, the memory having stored thereon a computer program that can be loaded by the processor and that executes the method of statistical laboratory user data according to any of the preceding claims.

In a fourth aspect, the present application discloses a computer-readable storage medium, which adopts the following technical solutions:

a computer readable storage medium storing a computer program capable of being loaded by a processor and executing the method of laboratory user data statistics as claimed in any one of the above.

In summary, the present application includes at least one of the following beneficial technical effects:

1. acquire account information of whole laboratory users in advance, and establish exclusive experimental project data package for every laboratory user, realize carrying out classification storage experimental project data with the laboratory user, after the experimental project finishes, through judging whether the laboratory user logs in exclusive account, in the experimental project data package that corresponds is saved to the experimental project data package that corresponds to the assurance, and then improve the accuracy of storage data, and logging in again being provided with of window does benefit to the laboratory user and switches the account fast, thereby under the condition of classifying and accurately saving corresponding experimental project data according to the laboratory user, be convenient for manage the data of each experimental project.

2. The placing area identification instruction is favorable for controlling the corresponding camera to shoot the corresponding tool placing area, so that initial tool placing area image information of the tool placing area in which the tool is placed is obtained, corresponding tool name information and tool number information are added for various tools in the tool placing area in advance, and the information is recorded into a corresponding tool placing area information packet, so that whether the subsequent tools are returned as a judgment standard or not is facilitated, and the experimental project and the experimental tools are managed better.

3. The consumable identification instruction is favorable for controlling the corresponding camera to shoot the corresponding consumable placement area, and then the initial consumable placement area image information of the consumable placement area in which the consumable is placed is obtained, and then corresponding consumable name information and consumable serial number information are added to various consumables in the consumable placement area in advance, and are recorded into the corresponding consumable placement area information packet, so that whether the consumable is left or not is judged in a follow-up mode, and experimental projects and experimental consumables are better managed.

Drawings

FIG. 1 is a flow chart of a method for statistical analysis of laboratory user data according to one embodiment of the present disclosure.

FIG. 2 is a flow chart of another method for statistical analysis of laboratory user data according to one embodiment of the present application.

FIG. 3 is a block diagram of a system for statistical analysis of laboratory user data according to one embodiment of the present disclosure.

Fig. 4 is a schematic diagram of a connection structure of an electronic device in one embodiment of the present application.

Detailed Description

The present application is described in further detail below with reference to figures 1-4.

Referring to fig. 1, the embodiment of the application discloses a statistical method for laboratory user data.

A laboratory user data statistics method comprising:

and S1, acquiring account information of the laboratory user.

The account information includes the name of the laboratory user and the number of the laboratory user.

Specifically, every laboratory user all is equipped with exclusive account number, logs on own exclusive account number through the PC end in the laboratory after the laboratory user gets into the laboratory. The account information of the laboratory user is stored in the exclusive account, and after the laboratory user logs in the exclusive account for the first time, the server acquires the account information in the exclusive account.

And S2, establishing an experiment project data packet of the user according to the account information of the laboratory user.

The experiment item data packet is a data packet for storing experiment data of a plurality of experiment items in sequence. And no experimental data of the experimental item is contained in the initially established experimental item data packet corresponding to the account information, and the experimental data of the subsequent experimental item completed by the laboratory user is recorded.

Specifically, the account information of the exclusive account number of the laboratory user is read, the name of the laboratory user and the number of the experimenter user in the account information are called out, and an experimental project data packet which has an index relation with the name of the laboratory user and the number of the experimenter user is established.

For example, if the name of the laboratory user is a and the serial number is 1, the established experiment item data packet has an index relationship with both the name a of the laboratory user and the serial number 1 of the laboratory user, that is: the corresponding experiment project data packet can be inquired by searching the name A of the laboratory user or the number 1 of the laboratory user.

S3, judging whether the laboratory user logs in the exclusive account; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

The experimental project data comprises experimental name information, experimental grade information, experimental content information, experimental consumable information, experimental tool information and experimental state information.

Specifically, the account information further includes standard information of facial features of the laboratory user. Judge whether laboratory user logs on dedicated account, include: acquiring face image information of a laboratory user; according to the face image information, carrying out face recognition to obtain face feature information of a laboratory user; comparing the face characteristic information with all preset face characteristic standard information, and searching account information which is matched with the face characteristic information and is prestored in a database; comparing the found account information with the account information of the logged account; if the two accounts are the same, the account with the exclusive login is judged, and if the two accounts are not the same, the account with the exclusive login is judged.

If the exclusive account is judged not to be logged in, a re-login window is popped up through a PC (personal computer) terminal in the laboratory, so that the laboratory user can conveniently and rapidly log in the exclusive account again.

Referring to fig. 2, another embodiment of the statistical method for laboratory user data is different from the above embodiment in that the statistical method further includes:

s4, a placing area identifying instruction from a laboratory administrator is acquired.

Be provided with a plurality of instrument in the laboratory and place the district, and a plurality of instrument places the district and all is provided with the camera that corresponds, and the district is placed to the instrument that the camera lens orientation of corresponding camera corresponds, and all cameras all with server electric connection. The placement area identification command is a command for driving the paired cameras to shoot the corresponding tool placement area.

Specifically, the laboratory user sends the placing area identification instruction to the server through the PC terminal, and the server receives the placing area identification instruction.

And S5, acquiring the tool placing area image information of each tool placing area according to the placing area identification command.

The tool placement areas are used for placing experimental tools, and the types of tools placed in one tool placement area can be, but are not limited to, 1, 2, 3, and 4.

Specifically, the server controls the camera in the tool placement area according to the placement area identification instruction, and the camera shoots all kinds of tools in the tool placement area, so that image information of the tool placement area is obtained.

And S6, adding numbers for the tool placement areas according to the image information of the tool placement areas and establishing a tool placement area information packet with the number identification.

The tool placement area packet is a packet for recording information corresponding to all kinds of tools in the tool placement area. Initially, there is no tool information in the tool placement area information packet for subsequent tool information entry.

Specifically, a number is added to the tool placement area corresponding to the image information of each tool placement area, and a tool placement area information packet with a number identifier is provided.

S7, according to the tool placement area image information, tool type identification is performed, and tool name information and tool number information are added to various tools.

Specifically, according to the image information of the tool placement area, the feature information of each tool is extracted, and the feature information is compared with the tool standard features preset in the database, so that the tool type corresponding to each tool is identified. Corresponding tool name information and tool number information are then added to the identified tools of the various categories.

The tool name information of the same type of tool is the same, and the tool number information of a plurality of tools of the same type is different.

For example: from the tool placement area image information, it is recognized that the tool placement area has three tools a, two tools B, and one tool C by tool type recognition, and the three tools a are numbered a1, a2, and A3, and the two tools B are numbered B1 and B2.

S8, recording the tool name information and tool number information of the corresponding tool in the corresponding tool placement area information packet.

Specifically, the tool name information and the tool number information of each tool identified in the tool placement area image information are recorded in a tool placement area information packet established in advance.

At S8, the method further includes the steps of recording the tool name information and the tool number information of the corresponding tool in the corresponding tool placement area information packet:

and S81, acquiring the information of the experiment tool before the corresponding experiment project is carried out from the laboratory user.

The experimental tool information comprises tool name information and tool number information of corresponding tools used in the experimental project; the experimental tool information also includes the number of the tool placement area corresponding to the selected tool.

Specifically, a laboratory user sends experiment tool information of an experiment item to be performed to a server through a PC (personal computer) terminal in the laboratory at present, so that the server acquires the experiment tool information before the experiment item is performed.

And S82, acquiring real-time tool placing area image information of the corresponding tool placing area according to the number of the corresponding tool placing area after the experiment project is completed.

Specifically, after the experiment project is completed, the server controls the corresponding camera to shoot according to the serial number of the tool placement area in the experiment tool information, and the camera shoots and sends real-time image information of the tool placement area, so that the server obtains the corresponding real-time image information of the tool placement area. It should be noted that the number of tool placement areas may be, but is not limited to, one, two, and three.

S83, based on the real-time tool placing area image information, according to the tool name information and the tool number information of the corresponding tool, judging whether the corresponding tool is returned to the corresponding tool placing area; if so, generating a returned mark, and adding the returned mark to the corresponding experimental tool information; and if not, generating an unreturned mark, and adding the unreturned mark to the corresponding experimental tool information.

Specifically, judging whether the corresponding tool is returned to the corresponding tool placement area includes: identifying the tool type of the real-time image information of the tool placement area to obtain the tool name information and the tool number information in the tool placement area at the current moment; comparing the tool name information and the tool number information in the corresponding experimental tool information with the tool name information and the tool number information in the tool placement area at the current moment; if the tool name information and the tool number information in the corresponding experimental tool information are contained in the tool name information and the tool number information in the tool placement area at the current moment, determining that the corresponding tool is returned; if the tool name information and the tool number information in the corresponding experimental tool information are not included in the tool name information and the tool number information in the tool placement area at the current time, it is determined that the corresponding tool is not returned.

It should be noted that after the experiment project is finished, the laboratory user needs to return the tools of the corresponding types and the corresponding numbers to the corresponding tool placement areas. Different tool placement areas may have tools of the same type, but the tools of the same type are numbered differently in different tool placement areas. Namely: the number of all tools in the laboratory is unique.

For example: the first tool placement area has two tools a, numbered a1 and a2, and the second tool placement area also has two tools a, numbered a1 and a 2.

The difference is that: the laboratory user data statistical method further comprises:

s9, a consumable identification command from a laboratory administrator is acquired.

Be provided with a plurality of consumables in the laboratory and place the district, and a plurality of consumables places the district and all is provided with the camera that corresponds, and the district is placed to the consumables that the camera lens orientation of corresponding camera corresponds, and all cameras all with server electric connection. The consumable identification command is a command for driving the paired cameras to capture an image of the corresponding consumable storage area.

Specifically, the laboratory user sends the consumable identification instruction to the server through the PC terminal, and the server receives the consumable identification instruction.

S10, according to the consumable part identification command, acquires the consumable part placement area image information of each consumable part placement area.

The consumable placing area is used for placing experimental consumables. The types of consumables to be placed in one consumable placement region may be, but are not limited to, 1, 2, 3, and 4.

Specifically, the server controls the cameras in the consumable supply placement area according to the consumable supply identification instruction, and the cameras shoot all kinds of consumable supplies in the consumable supply placement area, so that image information of the consumable supply placement area is obtained.

And S11, adding numbers for the consumable placing areas according to the image information of the consumable placing areas and establishing a consumable placing area information packet with the number identification.

The consumable supply holding area packet is a packet for recording information corresponding to all kinds of consumable supplies in the consumable supply holding area. And initially, the information packet of the consumable product placing area has no consumable product information and is used for subsequently inputting the consumable product information.

Specifically, a serial number is added to the consumable part placement area corresponding to each consumable part placement area image information, and a consumable part placement area information packet with a serial number identifier is provided.

S12, identifying the type of the consumable part based on the image information of the consumable part placement area, and adding the name information and the number information of the consumable part to each consumable part.

Specifically, according to the image information of the consumable placing area, feature information of each consumable is extracted, the feature information is compared with standard features of the consumables preset in a database, and then the type of the consumable corresponding to each consumable is identified. Corresponding consumable name information and consumable number information are then added to the identified various types of consumables.

The consumable item name information of the same type of consumable item is the same, and the consumable item number information of a plurality of consumable items of the same type is different.

For example: from the consumable supply placement area image information, it is recognized that three pieces of consumable supplies C, two pieces of consumable supplies D, and one piece of consumable supply E are present in the consumable supply placement area by consumable supply type recognition, and the three pieces of consumable supplies C are numbered C1, C2, and C3, and the two pieces of consumable supplies D are numbered D1 and D2.

S13, records the name information and number information of the corresponding consumable part in the corresponding consumable part placement area information packet.

Specifically, the consumable item name information and consumable item number information of each consumable item identified in the consumable item placement area image information are recorded in a consumable item placement area information packet established in advance.

At S13, the method further includes the steps of recording the consumable item name information and the consumable item number information of the corresponding consumable item in the corresponding consumable item holding area information package:

and S131, acquiring experimental consumable information from a laboratory user before the corresponding experimental project is performed.

The experimental consumable information comprises consumable name information and consumable serial number information of corresponding consumables used in the experimental project; the experimental tool information also includes the number of the consumable placement area corresponding to the selected consumable.

Specifically, a laboratory user sends experimental consumable information of an experimental item to be performed to a server through a PC (personal computer) terminal in the laboratory at present, so that the server acquires the experimental consumable information before the corresponding experimental item is performed.

And S132, after the experiment project is completed, acquiring real-time image information of the consumable holding area of the corresponding consumable holding area according to the number of the corresponding consumable holding area.

Specifically, after the experiment project is completed, the server controls the corresponding camera to shoot according to the serial number of the consumable placing area in the experiment consumable information, and the camera shoots and sends real-time image information of the consumable placing area, so that the server obtains the corresponding real-time image information of the consumable placing area. It is noted that the number of consumable placement areas may be, but is not limited to, one, two, and three.

S133, based on the real-time image information of the consumable product placement area, judging whether the residual amount of the corresponding consumable product is zero according to the name information and the serial number information of the consumable product corresponding to the consumable product; if so, generating a margin zero mark, and adding the margin zero mark into the corresponding experimental consumable information; and if not, generating a margin non-zero mark, and adding the margin non-zero mark to the corresponding experimental tool information.

Specifically, determining whether the remaining amount of the corresponding consumable item is zero includes: identifying the type of the consumable in real time on the image information of the consumable placing area to obtain the name information of the consumable in the consumable placing area at the current moment; comparing the name information of the consumables in the corresponding experimental consumables information with the name information of the consumables in the consumable placement area at the current moment; if the name information of the consumable items in the corresponding experimental consumable item information is not contained in the tool name information in the consumable item placement area at the current time, determining that the corresponding consumable item allowance is zero; if the consumable item name information in the corresponding experimental consumable item information is included in the tool name information in the consumable item placement area at the current time, it is determined that the corresponding remaining amount of the consumable item is nonzero.

It should be noted that after the experimental project is finished, if the corresponding experimental consumable information is added with the margin of zero, and then the laboratory user supplements the corresponding consumable in the corresponding consumable placement area, the server adds the margin non-zero mark to the laboratory consumable information to cover the original margin of zero.

If yes, generating a zero-residue mark, and adding the zero-residue mark to the corresponding experimental consumable information, and then further comprising: generating supplementary consumable item prompt information according to consumable item name information and consumable item number information corresponding to the zero mark with the allowance; and sending the supplementary consumable prompting information to the mobile terminal of the corresponding laboratory user.

For example: when the consumable name information of the consumable corresponding to the zero mark is "D", the consumable supply supplement presentation information is "D please supplement".

Referring to fig. 3, the embodiment of the application also discloses a laboratory user data statistical system.

A laboratory user data statistics system comprising:

the account information acquisition module 200 is used for acquiring account information of a laboratory user;

the data packet establishing module 210 is configured to establish an experiment project data packet of a user according to account information of the laboratory user;

the data packet filling module 220 is used for judging whether the laboratory user logs in the special account; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

Specifically, the laboratory user data statistical system comprises a server, a PC (personal computer) end and a plurality of cameras. The plurality of cameras are respectively installed in each tool placing area and each consumable article placing area in the laboratory, and all the cameras are electrically connected with the server. Server and PC end all set up in the laboratory, and mutual electric connection. The server is used for acquiring account information of the laboratory user, establishing an experimental project data packet of the user according to the account information of the laboratory user, and judging whether the laboratory user logs in an exclusive account; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

Referring to fig. 4, an embodiment of the application further discloses an electronic device.

An electronic device 300 comprising a memory 310 and a processor 320, the memory 310 having stored thereon a computer program that can be loaded by the processor 320 and executed to perform a method of laboratory user data statistics as in any one of the above. When executed by the processor 320, performs the steps of:

acquiring account information of a laboratory user;

establishing an experimental project data packet of a user according to account information of the laboratory user;

judging whether a laboratory user logs in an exclusive account or not; if yes, recording corresponding experimental project data into an experimental project data packet of the user after the experimental project is finished; if not, popping up a re-login window after the experiment project is finished, judging whether the laboratory user re-logs in the special account through the re-login window, and if so, recording the corresponding experiment project data into the experiment project data packet of the user.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: acquiring face image information of a laboratory user;

according to the face image information, carrying out face recognition to obtain face feature information of a laboratory user;

comparing the face characteristic information with all preset face characteristic standard information, and searching account information which is matched with the face characteristic information and is prestored in a database;

comparing the found account information with the account information of the logged account; if the two accounts are the same, the account with the exclusive login is judged, and if the two accounts are not the same, the account with the exclusive login is judged.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: acquiring a placing area identification instruction from a laboratory administrator;

acquiring tool placement area image information of each tool placement area according to the placement area identification instruction; the tool placing area is used for placing an experimental tool;

adding numbers to the tool placement areas according to the image information of the tool placement areas and establishing tool placement area information packets with number identifications;

according to the image information of the tool placement area, identifying the tool type, and adding tool name information and tool number information for various tools;

and recording the tool name information and the tool number information of the corresponding tool into the corresponding tool placing area information packet.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: acquiring experimental tool information from a laboratory user before a corresponding experimental project is performed; the experimental tool information comprises tool name information and tool number information of corresponding tools used in experimental projects; the experimental tool information also comprises the number of a tool placing area corresponding to the selected tool;

after the experiment project is finished, acquiring real-time tool placing area image information of the corresponding tool placing area according to the number of the corresponding tool placing area;

judging whether the corresponding tool is returned to the corresponding tool placing area or not according to the tool name information and the tool number information of the corresponding tool based on the real-time image information of the tool placing area; if so, generating a returned mark, and adding the returned mark to the corresponding experimental tool information; and if not, generating an unreturned mark, and adding the unreturned mark to the corresponding experimental tool information.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: acquiring a consumable identification instruction from a laboratory administrator;

acquiring consumable product placing area image information of each consumable product placing area according to the consumable product identification instruction; the consumable placing area is used for placing experimental consumables;

adding numbers to the consumable placing areas according to the image information of the consumable placing areas and establishing a consumable placing area information packet with a number identification;

according to the image information of the consumable placing area, identifying the type of the consumable, and adding consumable name information and consumable serial number information for various consumables;

and recording the name information and the serial number information of the consumable article corresponding to the consumable article into the corresponding information packet of the consumable article placing area.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: acquiring experimental consumable information from a laboratory user before a corresponding experimental project is performed; the experimental consumable information comprises consumable name information and consumable number information of corresponding consumables used in an experimental project; the experimental tool information further comprises the number of the consumable placing area corresponding to the selected consumable;

after the experiment project is completed, acquiring real-time image information of the consumable placing area of the corresponding consumable placing area according to the number of the corresponding consumable placing area;

judging whether the residual quantity of the corresponding consumable is zero or not according to the consumable name information and the consumable serial number information of the corresponding consumable based on the real-time image information of the consumable placing area; if so, generating a margin zero mark, and adding the margin zero mark into the corresponding experimental consumable information; and if not, generating a margin non-zero mark, and adding the margin non-zero mark to the corresponding experimental tool information.

Optionally, in the embodiment of the present application, when the computer program is executed by the processor 320, the following steps are performed: generating supplementary consumable item prompt information according to consumable item name information and consumable item number information corresponding to the zero mark with the allowance;

and sending the supplementary consumable prompting information to the mobile terminal of the corresponding laboratory user.

The embodiment of the application also discloses a computer readable storage medium, which stores a computer program capable of being loaded and executed by a processor, and when the computer program is executed by the processor, the computer program realizes the steps of any one of the laboratory user data statistical system methods, and can achieve the same effect.

The computer-readable storage medium includes, for example: various media capable of storing program codes, such as a usb disk, a removable hard disk, a Read-only memory (ROM), a Random Access Memory (RAM), a magnetic disk, or an optical disk.

The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.