JP2019049555A - Blood collection management system using wireless tag - Google Patents

Abstract

To provide a management system of blood sampling tubes which allows behavior of blood sampling tubes to be tracked and managed within a facility such as a hospital.SOLUTION: Provided is a management system of blood sampling tubes, in which: individual specimen information associated with patient identification information is added to each blood sampling tube; each blood sampling tube is provided with a wireless tag that stores the individual specimen information in an IC chip; and behavior of the blood sampling tubes in movement paths is managed on the basis of the information of the wireless tag. The management system of blood sampling tubes includes: a plurality of wireless tag reading devices S1, S2, S3, S4 and S5 arranged in movement paths X and Y of the blood sampling tubes; and a management device 1 which monitors movement of the blood sampling tubes in the movement paths, on the basis of the individual specimen information read by the wireless tag reading devices S1, S2, S3, S4 and S5, and reading time at which the individual specimen information was read.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a blood collection management system for managing the behavior of a blood collection tube between the stage of preparing the blood collection tube for collecting blood from a patient and the final disposal of the blood collection tube.

If the doctor who has diagnosed the patient determines that the patient needs some examination, he or she decides the type of blood collection tube necessary for blood collection and the amount of blood collection based on the contents of the examination, and instructs blood collection. put out.
When a doctor issues a blood collection instruction, a blood collection tube necessary for the patient's examination is selected from among a plurality of types of blood collection tubes stocked, the necessary number is taken out, and an identification label in which sample information is printed on the blood collection tube Make preparations for collecting blood to be stored in a tray etc. on a patient-by-patient basis, and hand it over to a blood collection worker.
The blood collection worker uses the blood collection tube placed in the prepared tray to collect blood from the patient corresponding to the blood collection instruction.
Blood collection tubes after blood collection are collected in the examination room, sorted for each examination item in the examination room, and sent to an analyzer corresponding to each examination item.
In each analyzer, the blood collection tube is opened and the blood inside is taken out to analyze the components of the blood.
The blood collection tube after being subjected to the inspection in the analyzer is again temporarily plugged and put into a stocker container, and stored in a low temperature storage for a predetermined period.
The blood collection tube after storage for a predetermined period is discarded.
In the above-described flow, matching between a sample (blood) and a patient is performed based on sample information printed in the form of a barcode on a label attached to each blood collection tube (Patent Document 1). The sample information is associated with identification information such as patient ID and the examination and blood collection instruction information from the doctor, and after preparation for blood collection, the bar code of the blood collection tube is read at each scene of blood collection and examination to check the patient. .

Patent No. 2834595

As described above, the blood collection tube after preparation for collecting blood is collated using the sample information when the blood collecting operator performs blood collection, and is also collated using the sample information when analyzing with the analyzer, The patient will not be mistaken at the time of blood collection, and the blood after blood collection will not be mistaken as blood of a different patient and the test result will not be output.
In this way, all prepared blood collection tubes are delivered to blood collection workers, all blood collection tubes after blood collection are delivered to laboratory personnel, and all blood collection tubes divided in the laboratory are necessary. If set in the analyzer, no error will occur due to the verification based on the sample information in each scene.
However, in medical fields such as hospitals, blood collection tubes are moved and delivered at each stage of blood collection preparation, blood collection, examination and analysis, and disposal, but the entire behavior of blood collection in this hospital Management of blood vessels has not been conducted, so it is happening that blood collection tubes will disappear along the way.
One of the causes of loss of blood collection tubes is that a doctor attaches labels to the blood collection tubes and prepares, then the doctor cancels the blood collection instruction, discards the blood collection tube prepared by the nurse etc according to the cancellation instruction, Removing the label from the blood vessel and returning the blood collection tube to the blood collection preparation room.
Another cause is that the blood collection tube may be dropped or lost during delivery or movement.
Furthermore, as another cause, the same blood collection tube is prepared in duplicate for the same patient when the blood collection instruction is issued by mistake, but the nurse etc. notices this mistake. It is also conceivable to remove blood collection tubes that have been duplicated in advance.
There are various causes for the blood collection tube prepared once as described above to disappear during a series of operations from preparation of blood collection to examination.
If the blood collection tube is noticed before blood collection, the blood collection tube is replenished before or at the time of blood collection, and if it is noticed that the blood collection tube is lost after blood collection, the blood collection is again performed. However, as described above, since the entire behavior of the blood collection tube in the hospital is not managed, it is not necessarily found early that the blood collection tube is lost, for example, collection after blood collection There is a problem that when the blood vessel is lost, the time when the test result comes out is delayed. Furthermore, it is also a problem that it is not possible to track where and how the lost blood collection tube is processed.
An object of the present invention is to provide a blood collection management system capable of solving the above-mentioned problems and tracking and managing the behavior of a blood collection tube in a facility such as a hospital.

In order to achieve the above-described object, the blood collection management system according to the present invention is provided with a wireless connection in which individual specimen information associated with patient identification information is added to each blood collection tube and the individual specimen information is stored in an IC chip. A blood collection management system for providing a tag to each blood collection tube and managing the behavior of the blood collection tube in the moving route based on the information of the wireless tag, for a plurality of wireless tags arranged in the movement route of the blood collection tube Providing a management device for monitoring the movement of the blood collection tube in the moving path based on the reading device, the individual sample information read by the reader for the wireless tag, and the reading time when the individual sample information is read It features.
Preferably, the management device may be configured to calculate a moving time between the preceding and succeeding reading devices for the wireless tag based on the information read from the reading device for the wireless tag, and the moving time is predetermined. It may be configured to output an alert if it is greater than a threshold.
The management device may further include storage means for storing information read from the RFID tag reading device, and based on the information stored in the storage means, calculating the movement time between the RFID tag reading devices in the past. , And may be configured to determine or update the travel time threshold based on the calculated past travel time.
Furthermore, the management device inputs blood collection instruction cancellation information from a doctor, stores the cancellation information in association with the individual specimen information of the canceled blood collection tube, and the information read from the wireless tag reader It may be configured to detect whether or not the withdrawn blood collection tube is in the movement route of the blood collection tube based on and to issue a warning if a canceled blood collection tube is found in the movement route.
Further, the blood collection management system is provided with an input means capable of inputting blood collection removal information representing that the blood collection tube in the movement path has been removed, and the blood collection tube input through the input means The removal information may be stored in association with the individual sample information, and the blood collection tube to which the blood collection removal information is input may be excluded from the behavior management thereafter.

In the blood collection management system according to the present invention, the blood collection management system according to the present invention stores individual sample information in the IC chip by adding individual sample information associated with patient identification information to each blood collection tube. A blood collection management system for providing a wireless tag to each blood collection tube and managing the behavior of the blood collection tube in the moving route based on the information of the wireless tag, the plurality of wireless tags disposed in the movement route of the blood collection tube And a control device for monitoring the movement of the blood collection tube in the moving path based on the individual sample information read by the reader for the wireless tag and the reading time when the individual sample information is read. Since the blood collection tube can be managed where and when in the facility, it becomes possible to accurately track and manage the behavior of the blood collection tube in the facility, for example, the blood collection tube is lost halfway In case , It is possible to identify whether it has lost nothing to time during the move from any location to any location.
The management device is configured to calculate the moving time between the preceding and succeeding reading devices for the wireless tag based on the information read from the reading device for the wireless tag, and the moving time is larger than a predetermined threshold. By configuring to output a warning, it is possible to find early a blood collection tube that takes longer to move than expected. As a result, it becomes possible to detect the loss of a blood collection tube and the like at an early stage, and it is possible to accelerate the subsequent measures.
Further, the management device is provided with storage means for storing information read from the reader for the wireless tag, and based on the information stored in the storage means, the moving time between the reader for the wireless tag in the past is calculated. By configuring to determine or update the threshold of the moving time based on the calculated moving time in the past, it becomes possible to perform management of the appropriate blood collection tube according to the situation of the facility where the system is introduced. .
Furthermore, the management apparatus is input with blood collection instruction cancellation information from a doctor, the cancellation information is stored in association with the individual specimen information of the canceled blood collection tube, and the information read from the wireless tag reader By detecting whether or not the withdrawn blood collection tube is in the movement route of the blood collection tube on the basis of the above-mentioned, and issuing a warning when it finds out the withdrawn blood collection tube in the movement route, The burden on the patient is reduced because blood is not accidentally collected using unnecessary blood collection tubes canceled by doctors.
Further, the blood collection management system is provided with an input means capable of inputting blood collection removal information representing that the blood collection tube in the movement path has been removed, and the blood collection tube input through the input means The removal information is stored in association with the individual sample information, and the blood collection tube for which the blood collection removal information has been input is removed from the movement path due to some problem by configuring to remove it from subsequent behavior management. Since it also becomes possible to manage blood collection tubes, it becomes possible to minimize unnecessary expenses.

FIG. 1 is a schematic block diagram of a blood collection management system according to the present invention. It is a schematic block diagram showing another movement course of a blood collection tube.

Hereinafter, an embodiment of a blood collection management system according to the present invention will be described with reference to an embodiment shown in the attached drawings.
FIG. 1 shows a schematic block diagram of a system according to the present invention.
The system according to the present invention is
A plurality of wireless tag reader S provided in the moving path of the blood collection tube,
And a management device 1 for managing the behavior of the blood collection tube in the moving path of the blood collection tube based on the information from the reader for wireless tag S.
In the embodiment shown in FIG. 1, the blood collection tubes are delivered among the blood collection preparation room A, the blood collection center B, the ward C, the examination room D and the used blood collection storage room E. Specifically, the moving route of the blood collection tube is “blood collection preparation room A, blood collection place B, examination room D and used blood collection storage room E” or “blood collection preparation room A, ward C, examination room D and It is a used blood collection tube storage room E ".
At the entrance of each room of blood collection tube preparation room A, blood collection place B, ward C, examination room D and used blood collection tube storage room E, readers for wireless tag S1 to S5 are provided respectively, and the blood collection tube is provided. Whenever it is taken in and out of each room, the individual specimen information of each blood collection tube is read from the wireless tag attached to each blood collection tube by the readers S1 to S5 provided in the room.
The management device 1 stores the individual sample information sent from each of the reading devices S1 to S5 in association with the “reading time”.
Here, the “reading time” may be a time when each reading apparatus S1 to S5 actually reads the individual sample information, or may be a time when the management apparatus 1 receives each reading apparatus S1 to S5.
The “reading time” is a time when each blood collection tube is discharged from the treatment rooms A to D or a time when it is received by the treatment rooms B to E.

In the figure, reference numeral 2 denotes a personal computer used by a doctor, who uses the personal computer 2 to send examination information necessary for the examination of a patient to the management apparatus 1.
The management apparatus 1 determines a blood collection tube necessary for a patient's examination based on examination information sent from a doctor, and gives individual specimen information to each blood collection tube.
The management device 1 sends the examination information including the individual sample information to the blood collection automatic preparation device 3 in the blood collection room A.
The examination information includes the patient identification information of the patient, the type of blood collection tube necessary for the examination of the patient, and individual sample information attached to each blood collection tube, and these information are associated with each other. There is.
Further, the management apparatus 1 determines the prepared moving path of the blood collection tube based on the information on the patient to be examined, associates the movement path information with the individual specimen information of the blood collection tube, and stores it.
Specifically, for example,
If the patient to be examined is a patient who has come to the medical examination on an outpatient basis, the blood collection tube will be connected to the route X (blood collection preparation room A, blood collection place B, examination room D and used blood collection storage room E) Determined to pass,
When the patient to be examined is a patient in hospital, it is determined that the blood collection tube passes route Y (blood collection preparation room A, ward C, examination room D and used blood collection storage room E). Specifically, in the case of examination of a patient in hospital, a blood collection tube prepared in the nurse's room in the ward is put, blood collection tube is carried from the nurse's room to each room and blood is collected, and after blood collection The blood collection tubes are collected again in the nurse's room and then sent from the nurse's room to the examination room D. In this example, the entire flow is described as a ward C. Although not limited, in the case of the ward C, the reader S3 can be provided in the nurse's room.

The blood collection automatic preparation device 3
Separate multiple types of blood collection tubes for each type of blood collection tube and store them in the blood collection tube storage unit,
Based on the examination information sent from the management device 1, the necessary blood collection tube is taken out from the blood collection tube containing part, and the patient identification information and the individual sample information are printed on the wireless tag label. After writing the information, apply the label to the corresponding blood collection tube,
The blood collection tube after the label is attached is configured to be stored in a tray, a bag or the like for each patient.
The blood collection tube prepared by the blood collection automatic preparation device 3 is sent to the blood collection room B where the blood collection place is located if the patient is an outpatient, or to the ward C if the patient is a hospitalized patient. However, the individual sample information stored in the wireless tag of the label attached to each blood collection tube is read by the reader S1 provided in the blood collection room A when leaving the blood collection room A.
The reader S1 sends the individual specimen information read from the wireless tag of each blood collection tube to the management device 1, and the management device 1 takes out the blood collection tube corresponding to the individual specimen information from the blood collection room A at any time. I remember Taka.

When a blood collection tube is received at the next treatment room (in this example, blood collection place B or ward C), the reading device S2 or S3 installed in the treatment room B or C again picks up each blood collection tube. The individual sample information stored in the wireless tag of the attached label is read.
The reader S2 or S3 sends the individual sample information read from the wireless tag of each blood collection tube to the management device 1.
The management device 1 stores, based on the individual sample information received from the reader S2 or S3, when the blood collection tube corresponding to the individual sample information has entered the blood collection center B or the ward C.

In blood collection center B or ward C, blood collection is performed using the blood collection tube received. When blood collection is performed, the blood collection operator checks whether each blood collection tube corresponds to a patient who should actually collect blood, but preferably, this verification information is also sent to the management device 1.
Thus, the management device 1 can store which blood collection tube has been provided for blood collection.
Blood collection tubes after blood collection are sent from blood collection center B or ward C to examination room D, but when leaving blood collection center B or ward C, each blood collection tube is set by reader S2 or S3 installed in treatment room B or C The individual sample information stored in the wireless tag of the label attached to is read.
The reader S2 or S3 sends the individual sample information read from the wireless tag of each blood collection tube to the management device 1.
The management device 1 stores, based on the individual sample information received from the reader S2 or S3, when the blood collection tube corresponding to the individual sample information has left the blood collection center B or the ward C.

When the blood collection tubes are received in the next treatment room (in the case of this example, the examination room D), the reader S4 installed in the treatment room D again wirelessly attaches the label of the label attached to each of the blood collection vessels. The individual sample information stored in the tag is read.
The reader S4 sends the individual sample information read from the wireless tag of each blood collection tube to the management device 1.
The management device 1 stores when the blood collection tube corresponding to the individual sample information has entered the examination room D based on the individual sample information received from the reader S4.

The blood collection tube after the examination in the examination room D is sent from the examination room D to the used blood collection vessel storage room E.
Also at this time, when being taken out of the examination room D, the individual sample information is read from the wireless tag of the blood collection tube by the reading device S4 and the reading device S5 provided in the same room E also when put in the used blood collection tube storage room E. The individual sample information is read from the wireless tag of the blood collection tube by the
The read individual sample information is sent to the management apparatus 1, whereby the management apparatus 1 stores when the blood collection tube was taken out of the examination room D and put in the used blood collection tube storage room E.

  As described above, each time the blood collection tube moves in the movement route, individual specimen information of the blood collection tube read by the reading devices S1 to S5 installed in the movement route of the blood collection tube is sent to the management device 1 Therefore, the management device 1 makes it possible to grasp the behavior of the blood collection tube in the movement route one by one, for example, when the blood collection tube is lost or removed for any reason somewhere in the movement route In addition, it is possible to confirm when, where, and in what state the blood collection tube has been lost or removed.

(Cancellation management)
In addition, cancellation information for each blood collection tube from a doctor can be input to the management device 1. When cancellation information is input, the management device 1 stores the cancellation information in association with the individual specimen information of the corresponding blood collection tube.
Since the management apparatus 1 can grasp the behavior of the blood collection tube in the movement route for each blood collection tube as described above, when the blood collection tube canceled by the doctor moves in the movement route, It can be detected.
When individual specimen information of a blood collection tube to which cancellation information is input is input from the reading devices S1 to S5, the management device 1 determines that an unnecessary blood collection tube is moving in the movement path, and a warning is issued. It is configured to be able to output information.
This warning information may be configured to be output to the readers S1 to S5. In this case, the reading devices S1 to S5 have some display means, and are configured to display to the user that an unnecessary blood collection tube is included based on the warning information through the display means. It can be done. The display means may be separate from the readers S1 to S5, but can be viewed by the user when the user is reading individual sample information from a blood collection tube by the readers S1 to S5. It is desirable to be provided at the position. In addition, the display means is preferably configured not only to simply display that an unnecessary blood collection tube is included, but also to display an individual sample number or the like by which the user can identify the unnecessary blood collection tube. obtain.

Further, each treatment room A to E may be provided with removal information input means capable of inputting blood collection tube removal information when unnecessary blood collection tubes are removed. This removal information input means was removed when the blood collection tube prepared by the nurse or the like was removed based on the cancellation information from the doctor or based on the error found based on the experience of the nurse or the like. It may be configured to be able to input blood collection removal information in association with individual specimen information of a blood collection tube.
The input blood collection tube removal information is sent to the management device 1, and the management device 1 stores the blood collection removal information in association with the individual specimen information of the corresponding blood collection tube.
When blood collection tube removal information is input, the management apparatus 1 collates whether the cancellation information from the doctor is input or not with respect to the corresponding individual sample information, and the cancellation information from the doctor is not input. When blood collection tube removal information is input to the blood collection tube, the fact may be displayed to a doctor and / or a nurse or the like. This prevents the necessary blood collection tube from being removed, and enables the doctor to input the blood collection instruction again as needed.

As described above, by inputting the cancellation information and the blood collection tube removal information, the management device 1 can completely grasp the behavior of the blood collection tube in the movement path.
That is, although the blood collection tube removal information is not input, the blood collection tube for which the individual sample information is not input halfway is stopped in the treatment room for some reason or is lost. .

(Behavior management of blood collection tube based on movement route)
The management device 1 collects blood vessels based on examination information from a doctor, detection information (including individual sample information and detection time) input from the readers S1 to S5, movement route information, cancellation information, and blood collection removal information. Manage the behavior of
That is, based on the detection information input from the readers S1 to S5, the management device 1 detects whether or not the blood collection tube prepared based on the examination information from the doctor moves the movement path properly. And output warnings etc. as necessary.
Specifically, the initial value of the moving time between the reading devices in which the order and the order of the reading devices S1 to S5 according to the movement path information is input in advance,
When the blood collection tubes are not moved in the determined order, for example, individual specimen information of the blood collection tubes whose movement paths are S1, S2, S3 and S5 are not read by the reading device S2 after being read by the reading device S1. Outputs a warning when read by the reader S3, etc.
Also, when the blood collection tube does not move to the next processing room even after the determined time, for example, the individual sample information read by the reader S1 is not read by the reader S2 even after a predetermined time has elapsed A warning may be output in cases such as.
The warning information from the management device 1 can be stored as a log in the management device 1 and can be displayed to the user via the appropriate display means described above.

(Learning)
The management apparatus 1 accumulates daily movement time data of the sample, calculates the optimum movement time of the sample at the introduced facility based on the periodically accumulated data, and calculates the value of the movement time between the readers Can be configured to update the
This makes it possible to manage the behavior of the sample according to the introduced facility.

In this embodiment, the management apparatus uses the movement path information for the management of the behavior of the sample, but this information is not essential. It can be used as needed depending on the facility to be introduced.
In the embodiment described above, cancellation information from a doctor and blood collection tube removal information from a nurse or the like are used, but this information is not essential, and may be used as needed depending on the facility to be introduced.
In the above-described embodiment, the blood collection room A, blood collection place B, ward C, examination room D and used blood collection room E are listed as treatment rooms, but the type and number of treatment rooms are the present embodiment. It can be arbitrarily set according to the facility to be used, without being limited to. Specifically, there is no ward in a hospital without a hospitalization facility, and in a facility where a blood collection room and a blood collection center are in the same room, these treatment rooms are combined into one, and blood tests are externally performed. There is no examination room in the case of the institution which the examination organization of this performs, and also there is no treatment room E in the institution without the adopted blood collection storage room.
In the present embodiment, a label with a wireless tag is attached to a blood collection tube, and writing and reading of information are performed using the wireless tag of the label, but this is not limited to the present embodiment. When a wireless tag is provided directly on the blood collection tube, information can be written and read using the wireless tag.
Although the reader is provided in each treatment room in this embodiment, the place where the reader is provided can be arbitrarily determined according to the facility to be introduced.
In the present embodiment, since the individual sample information of each blood collection tube is read using a wireless tag, it is not necessary to read data one by one like a bar code, and data management is easy.
In the above-described embodiment, the wireless tag reading devices S1 to S5 are provided at the entrance of each of the rooms A to E, and the reading device S1 to S5 provided in each room whenever a blood collection tube is taken in and out of each room. Is configured to read the individual sample information of each blood collection tube from the wireless tag attached to each blood collection tube by this method, but the position at which the wireless tag reader is provided is not limited to this embodiment. For example, a plurality of positions may be provided in one treatment room, or may be provided in a passage between the respective rooms, or the like.
Moreover, the reader for a wireless tag according to the present invention does not have to be a read-only device. For example, when the blood collection tube and the patient are collated at the time of blood collection, the individual specimen information is read from the wireless tag of the blood collection tube in the collation device. Even in such a case, the management device 1 receives the individual specimen information of the wireless tag read by the verification device, and uses the information as monitoring information on the movement of the blood collection tube in the moving path. Therefore, in this case, the collation device functions as a reader for a wireless tag according to the present invention. Also, for example, when using a sorting device that sorts blood collection tubes automatically after blood collection, the sorting device reads the individual sample information from the wireless tag in order to sort the blood collection tubes. Also in this case, the individual sample information read by the sorting device is also sent to the management device 1. Therefore, in this case, the sorting device functions as the wireless tag reading device according to the present invention. As described above, the reader for the wireless tag according to the present invention does not have to be a read-only device, and even if it is a device used for sorting or checking, the present invention can be used as long as it is a device for reading information from the wireless tag. It can function as a reader for a wireless tag according to the present invention.
In the above-described embodiment, the blood collection tube automatic preparation device 3 is installed in the blood collection tube preparation room A, but this is not limited to the present embodiment, and a nurse with a wireless tag label in which information is written The blood collection tube may be prepared by touching the blood collection tube.
In the above-described embodiment, "blood collection preparation room A, blood collection place B, examination room D and used blood collection storage room E" or "blood collection preparation room A, ward C, examination room D and used blood collection storage room" Two routes of “E” are mentioned, but the moving route of the blood collection tube is not limited to the present embodiment, and varies from facility to facility, for example, a route to be delivered from “examination center F to laboratory D” Various routes can be considered, such as a route delivered to “laboratory D from clinical laboratory center G” or a route delivered to “laboratory D from chemotherapy room H” (see FIG. 2). In this case, in each of the treatment rooms F to H, a blood collection tube is prepared by using the blood collection tube automatic preparation device 3 or by a hand with a nurse or the like to perform blood collection. In addition, each of the processing chambers F to H may be provided with a wireless tag reader S6 to S8.

A blood collection room B blood collection center C ward D examination room E used blood collection tube storage room S1 reader S2 provided in blood collection room A reader S2 provided in blood collection center B reading provided in hospital C Apparatus S4 Reader S5 provided in examination room D Reader S provided in used blood collection tube storage room E Blood collection tube movement path (outpatient A-B-D-E)
Y blood collection blood vessel movement route (inpatients A-C-D-E)

1 Management device 2 PC (doctor)
3 Blood collection tube automatic preparation device

Examination information Patient identification information Type of blood collection tube necessary for examination of patient Individual specimen information

Cancellation information (doctor cancels)
Blood collection tube removal information (Nurses etc removed during movement route)

Claims (5)

Each blood collection tube is provided with a wireless tag in which individual specimen information associated with patient identification information is added to each blood collection tube and the individual specimen information is stored in an IC chip, and the moving path is based on the information of the wireless tag A blood collection management system that manages the behavior of the blood collection tube of
A plurality of wireless tag reading devices disposed in the moving path of the blood collection tube;
A management apparatus for monitoring the movement of a blood collection tube in a moving route based on the individual sample information read by the reader for the wireless tag and the reading time when the individual sample information is read Vascular management system. The management device inputs blood collection instruction cancellation information from a doctor,
Storing the cancellation information in association with the individual specimen information of the canceled blood collection tube;
Based on the information read from the RFID tag reader, it is detected whether or not the canceled blood collection tube is in the movement path of the blood collection tube,
The blood collection management system according to claim 1, wherein a warning is issued when a canceled blood collection tube is found in a movement path. The blood collection management system has an input means capable of inputting blood collection removal information indicating that the blood collection tube in the movement route has been removed,
The management apparatus stores the blood collection removal information input through the input means in association with the individual sample information and stores the blood collection removal information from the behavior management thereafter. The blood collection management system according to claim 1, wherein the blood collection management system is configured. The management device
Based on the information read from the RFID tag reader, the movement time between the RFID tag readers before and after is calculated;
The blood collection management system according to claim 2 or 3, wherein a warning is output when the movement time is larger than a predetermined threshold. The management device
It has a storage unit for storing information read from the reader for wireless tag, and based on the information stored in the storage unit, the movement time between the reader for the wireless tag in the past is calculated, and the calculated movement time in the past The blood collection management system according to claim 4, configured to determine or update the movement time threshold value based on.

Images