CN105184090A - Medical specimen obtaining information processing method - Google Patents

Abstract

The present invention provides a method for processing medical specimen acquisition information, including the following steps: A) when a specimen collection event is triggered, log in to the first handheld terminal and take specimen collection measures, and upload the specimen collection information to a remote server; B) sample collection When the event is triggered, log in to the second handheld terminal and take specimen collection measures, and upload the specimen summary information to the remote server; C) when the specimen transportation event is triggered, log in to the third handheld terminal and take specimen transportation measures, and upload the specimen transportation information to the remote server; D) the remote server transmits the information to the specimen inspection agency or specimen inspection personnel. The invention belongs to the technical field of information processing, can realize accurate handover and positioning and tracking of medical specimens, has a high degree of intelligence, greatly reduces the possibility of human errors, and is convenient for timely analysis and rapid detection of medical specimens.

Description

A method for processing information obtained from medical specimens

technical field

The invention belongs to the technical field of information processing, and in particular relates to a method for processing information obtained from medical specimens.

Background technique

At present, the receiving process of medical specimens is generally as follows: after the specimens arrive at the testing institution, the specimen information is entered, and then the specimens are distributed and tested. Among them, most of the links are manual operations with low efficiency. Errors are prone to occur in barcode reception, item entry, quantity, and data entry. , poor integrity and traceability.

Medical specimens are different from specimens in other fields, especially blood disease specimens, which often need to be tested within 48 hours, or even within 24 hours. Due to the need for handover of multiple links and the untimely sharing of information, it often makes it difficult for medical specimens to be tested in a timely manner, which in turn affects the test results.

Chinese patent application 201410827824.6 discloses a medical monitoring system, which includes a clinical laboratory information system, a specimen transportation system, a pretreatment system, and an analysis system, etc., wherein the specimen transportation system only involves the transportation of specimens within the clinical laboratory, through The cooperation of hardware such as track and robotic arm is optimized, but it does not involve the transportation information processing of specimens before they reach the inspection institution.

Contents of the invention

In order to solve the problems existing in the prior art (difficult handover of medical specimens, lagging of specimen information input nodes, difficult standard storage of specimens, application forms and reports after detection, etc.), the present invention provides a medical specimen acquisition information processing Method, through this method, accurate handover and positioning tracking of medical specimens can be realized, the degree of intelligence is high, and the possibility of human error is greatly reduced. Timely analysis and rapid detection of medical specimens.

The present invention provides a method for processing information obtained from medical specimens, comprising the following steps:

A) When a sample collection event is triggered, log in to the first handheld terminal and take sample collection measures, and upload the sample collection information to the remote server;

B) When the sample summary event is triggered, log in to the second handheld terminal and take sample summary measures, and upload the sample summary information to the remote server;

C) When the specimen transportation event is triggered, log in to the third handheld terminal and take specimen transportation measures, and upload the specimen transportation information to the remote server;

D) The remote server transmits the specimen collection information, the specimen summary information and the specimen transportation information to the specimen inspection institution or specimen inspection personnel.

Preferably, the sample collection measures include: entering the interface "specimen box arrival", inputting the routing node or network name where the sample box is located, scanning the barcode of the sample box, selecting the confirmation arrival function, and then calling the first handheld terminal and the remote server connection port. After inputting the name of the routing node or outlet where the specimen box is located, the first handheld terminal automatically shifts the input focus to the barcode text field of the specimen box. After scanning and entering the barcode of the specimen box, the first handheld terminal automatically wraps the line, with one barcode for each specimen box. Through the specimen collection measures, the timely upload of specimen collection information is realized, which is convenient for real-time monitoring.

Preferably, the specimen collection information includes: the barcode of the specimen case, the name of the routing node or network point where the specimen case is located, the arrival date and time of the specimen case, information of the collection operator, and information of the first handheld terminal.

Preferably, the sample collection measures include: entering the interface "specimen box combination", inputting the routing node or network name where the sample box is located, scanning the barcode of the sample box after entering the box combination, selecting and confirming the box combination function, and then calling the second The connection port between the handheld terminal and the remote server. After inputting the name of the routing node or outlet where the sample box is located, the second handheld terminal will automatically shift the input focus to the barcode text field of the sample box. After scanning and entering the barcode of the sample box, the second handheld terminal will automatically change the line, with one sample box barcode per line . The combination of specimen boxes includes two modes: single specimen combination and full specimen box combination. The effective classification of medical specimens can be realized through the combination of specimen boxes, which improves the efficiency of specimen transportation and handover. Through the sample collection measures, the timely upload of the sample summary information is realized, which is convenient for real-time monitoring.

Preferably, the specimen summary information includes: the barcode of the combined specimen box, the name of the routing node or network point where the combined specimen box is located, the date and time of the combined specimen box, summary operator information, and the second handheld terminal information.

Preferably, the specimen transportation measures include: entering the interface "specimen box departure", inputting the name of the routing node or network point where the specimen box to be departed is located, scanning and inputting the barcode of the specimen box to be departed, and inputting the next stop location or location of the specimen box Network point, select to determine the departure function, and then call the connection port between the third handheld terminal and the remote server.

Preferably, the specimen transportation information includes: the barcode of the specimen box to be departed, the name of the routing node or network point where the specimen case to be departed is located, the departure date and time of the specimen case, information on the transport operator, and information on the third handheld terminal.

Preferably, the first handheld terminal uploads the sample collection information to the remote server through the GPRS module; the second handheld terminal uploads the sample summary information to the remote server through the GPRS module; the third handheld terminal uploads the sample collection information to the remote server through the GPRS module; The module uploads the specimen transportation information to the remote server; the remote server transmits the specimen collection information, the specimen summary information and the specimen transportation information to the specimen inspection agency or specimen inspection personnel through the GPRS module. Since the information is transmitted to the specimen inspection institution or specimen inspection personnel in advance, it is convenient to carry out the follow-up specimen inspection preparation work in advance.

Preferably, the second handheld terminal and the third handheld terminal are the same handheld terminal. After the sample collection measures are completed, the sample transportation can be carried out immediately according to the needs of the actual situation. At this time, the second handheld terminal and the third handheld terminal are the same handheld terminal, which reduces the handover process and the possibility of errors, and improves efficiency.

Compared with the prior art, the beneficial effect of the present invention is that: the present invention provides a method for obtaining and processing information of medical specimens, through which, accurate handover and positioning and tracking of medical specimens can be realized, with a high degree of intelligence and greatly reduced To eliminate the possibility of human error in the handover process, the medical specimen information is transmitted to the specimen inspection agency or specimen inspection personnel before the arrival of the medical specimens, which facilitates the timely analysis and rapid detection of medical specimens, improves work efficiency, and contributes to the accuracy of medical specimen test results. Sex provides advantages.

Description of drawings

FIG. 1 is a schematic flowchart of a method for obtaining information and processing medical specimens according to Embodiment 1 of the present invention.

FIG. 2 is a schematic diagram of information transmission according to Embodiment 1 of the present invention.

Fig. 3 is a schematic diagram of the first handheld terminal interface "specimen box arrival" in Embodiment 2 of the present invention.

FIG. 4 is a schematic diagram of data exchange between the first handheld terminal and the data server in Embodiment 2 of the present invention.

FIG. 5 is a schematic diagram of the second hand-held terminal according to the third embodiment of the present invention combining specimen boxes according to the mode of combining specimen boxes.

Fig. 6 is a schematic diagram of the interface of the second handheld terminal according to the third embodiment of the present invention after the specimen box has been successfully combined.

Fig. 7 is a schematic diagram of the interface of the second handheld terminal according to Embodiment 3 of the present invention after successful boxing of a single specimen.

Fig. 8 is a schematic diagram of the third handheld terminal interface "Sample Box Departure" in Embodiment 4 of the present invention.

Detailed ways

The present invention will be described in further detail below in conjunction with the accompanying drawings and embodiments.

Embodiment one

The flow diagram of the method for obtaining information on medical specimens provided by the present invention is shown in Figure 1, including the following steps:

A) When a sample collection event is triggered, log in to the first handheld terminal and take sample collection measures, and upload the sample collection information to the remote server;

B) When the sample summary event is triggered, log in to the second handheld terminal and take sample summary measures, and upload the sample summary information to the remote server;

C) When the specimen transportation event is triggered, log in to the third handheld terminal and take specimen transportation measures, and upload the specimen transportation information to the remote server;

D) The remote server transmits the specimen collection information, the specimen summary information and the specimen transportation information to the specimen inspection institution or specimen inspection personnel.

The schematic diagram of the transmission of information between the handheld terminal, the remote server and the inspection institution or specimen inspection personnel is shown in Figure 2.

Embodiment two

Log in to the first handheld terminal, and the sample collection measures include: enter the interface "specimen box arrival", as shown in Figure 3; enter the routing node or network name where the sample box is located, scan and enter the sample box barcode, and select the confirm arrival function; then call the first A hand-held terminal and the connection port of the remote server upload the specimen collection information to the remote server, and the data exchange is shown in Figure 4.

Specifically, the sample collection information includes: the barcode of the sample box, the name of the routing node or network point where the sample box is located, the arrival date and time of the sample box, the information of the collection operator, and the information of the first handheld terminal.

Embodiment Three

Log in to the second hand-held terminal, and the specimen collection measures include: enter the interface "Specimen Box Combination", enter the name of the routing node or network point where the specimen box is located, scan and enter the barcode of the specimen box after the box is entered, and select the function of confirming the box; press the sample Figure 5 shows the schematic diagram of the specimen box combination in the box-to-box combination mode, and Figure 6 shows the interface diagram of the successful box combination, and Figure 7 shows the successful combination of the single specimen box mode; call the second The connection port between the handheld terminal and the remote server, and uploads the sample summary information to the remote server.

Specifically, the sample summary information includes: the barcode of the combined sample box, the name of the routing node or network point where the combined sample box is located, the date and time of the combined sample box, summary operator information, and second handheld terminal information.

Embodiment four

Log in to the third hand-held terminal, and the specimen transportation measures include: enter the interface "departure with specimen box", as shown in Figure 8; input the name of the routing node or network point where the specimen box to be departed is located, scan and input the barcode of the specimen box to be departed, and enter the specimen The next station or network point of the box, select the confirm departure function, then call the connection port between the third handheld terminal and the remote server, and upload the specimen transportation information to the remote server.

Specifically, the specimen transportation information includes: the barcode of the specimen box to be departed, the name of the routing node or network point where the specimen case is to be departed, the departure date and time of the specimen case, information on the transport operator, and information on the third handheld terminal.

The above content is a further detailed description of the present invention in conjunction with specific preferred embodiments, and it cannot be assumed that the specific implementation of the present invention is limited to these descriptions. For those of ordinary skill in the technical field of the present invention, without departing from the concept of the present invention, some simple deduction or replacement can be made, which should be regarded as belonging to the protection scope of the present invention.

Claims (9)

1. an obtaining information disposal route for medical specimen, is characterized in that: comprise the steps:

A), when collection of specimens event triggers, log in the first handheld terminal and take collection of specimens measure, collection of specimens information is uploaded to far-end server;

B), when sample gathers event triggering, log in the second handheld terminal and take sample to gather measure, sample summary information is uploaded to far-end server;

C), when sample shipment events triggers, log in the 3rd handheld terminal and take sample transport measure, sample transit information is uploaded to far-end server;

D) described collection of specimens information, described sample summary information and described sample transit information are transferred to specimen examination mechanism or specimen examination personnel by far-end server.

2. the obtaining information disposal route of medical specimen according to claim 1, it is characterized in that: described collection of specimens measure comprises: enter interface " specimen box arrival ", the routing node at input specimen box place or site title, scanning record specimen box bar code, selection is determined to arrive function, then calls the connectivity port of the first handheld terminal and far-end server.

3. the obtaining information disposal route of medical specimen according to claim 1, is characterized in that: described collection of specimens information comprises: the routing node at specimen box bar code, specimen box place or site title, specimen box date of arrival and time, acquisition operations personal information and the first hand-held end message.

4. the obtaining information disposal route of medical specimen according to claim 1, it is characterized in that: described sample gathers measure and comprises: enter interface " specimen box mould assembling ", the routing node at input specimen box place or site title, specimen box bar code after scanning record mould assembling, mould assembling function is determined in selection, then calls the connectivity port of the second handheld terminal and far-end server.

5. the obtaining information disposal route of medical specimen according to claim 1, is characterized in that: described sample summary information comprises: the routing node at the specimen box bar code after mould assembling, the specimen box place after mould assembling or site title, specimen box mould assembling date and time, gather operating personnel's information and the second hand-held end message.

6. the obtaining information disposal route of medical specimen according to claim 1, it is characterized in that: described sample transport measure comprises: enter interface " specimen box sets out ", input routing node or the site title at specimen box place to be set out, the specimen box bar code that scanning record is to be set out, the place, the next stop of input specimen box or site, function of setting out is determined in selection, then calls the connectivity port of the 3rd handheld terminal and far-end server.

7. the obtaining information disposal route of medical specimen according to claim 1, is characterized in that: described sample transit information comprises: the routing node at specimen box bar code to be set out, specimen box place to be set out or site title, specimen box sailing date and time, transport operation personal information and the 3rd handheld terminal information.

8. the obtaining information disposal route of medical specimen according to claim 1, is characterized in that: collection of specimens information is uploaded to far-end server by GPRS module by described first handheld terminal; Sample summary information is uploaded to far-end server by GPRS module by described second handheld terminal; Sample transit information is uploaded to far-end server by GPRS module by described 3rd handheld terminal; Described collection of specimens information, described sample summary information and described sample transit information are transferred to specimen examination mechanism or specimen examination personnel by GPRS module by described far-end server.

9. the obtaining information disposal route of medical specimen according to claim 1, is characterized in that: described second handheld terminal and described 3rd handheld terminal are same handheld terminal.