JP2013153945A - Medical device monitoring system and medical device monitoring method - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a medical device monitoring system or the like allowing a medical worker to certainly confirm the situation of a medicine or the like administered by a medical device such as an infusion pump.SOLUTION: A medical device monitoring system 1 includes an in-medicine-administration information storage part 71, an installation region information 71 and a region-classified patrol time information storage part, an administration start time information storage part 71, a time information generation part 54, and a medical device-enabled terminal contact address information storage part 75, specifies medical device region-classified patrol time information based on installation region information of a medical device during the administration of a medicine and region-classified patrol time information, specifies patrol execution time information based on the medical device region-classified patrol time information, administration start time information and time information, specifies contact address information of a terminal device 100 in reference to the medical device-enabled terminal contact address information storage part when patrol execution time is arrived, and displays patrol time arrival information on the terminal device.

Description

  The present invention relates to a medical device monitoring system and a medical device monitoring method for monitoring information such as the presence or absence of an alarm of a medical device such as an infusion pump used in a hospital or the like.

Conventionally, when a drug solution is administered to a patient or the like in a hospital or the like and the dose or the like needs to be controlled with high accuracy, a syringe pump, an infusion pump, or the like is used (for example, Patent Document 1).
By the way, depending on the type of drug such as an anticancer drug, there is a possibility that the affected part may be necrotized when injected outside the blood vessel, and therefore it is necessary to regularly check with a medical worker such as a doctor.
Therefore, such an infusion pump or the like has a display or the like for displaying information, and when the circulation time for confirmation determined by the medicinal solution or the like administered by the infusion pump or the like has been reached, It has become.

JP 2011-87678 A

  However, even if the infusion pump shows that it is the traveling time, it can not be confirmed if there is no medical worker such as a doctor in the vicinity. There was a problem that could not be made.

  Accordingly, an object of the present invention is to provide a medical device monitoring system and a medical device monitoring method capable of allowing a medical worker to reliably check the status of a drug or the like administered by a medical device such as an infusion pump. Yes.

  The above object is, in the present invention, a medical device monitoring system having a medical device and a medical device monitoring device capable of acquiring various types of information through communication with the medical device, wherein the medical device administers a medicine. A medicine administration information storage unit that stores information on whether or not medicine is being administered, installation area information that stores installation area information where the medical device is installed, and each installation area of the medical device The region-specific traveling time information storage unit that stores the region-specific traveling time information, the administration start time information storage unit that stores the administration start time information of the medicine, and the time information generation unit that generates time information And a medical device compatible terminal contact information storage unit that stores medical device compatible terminal contact information in which the contact information of the medical device and the terminal of the medical staff in charge is stored in association with each other, and at least the medicine In-dose information The installation area information and the administration start time information are stored in association with each other, and the medicine administration information is based on the installation area information and the area-specific traveling time information of the medical device in which medicine is being administered, Identify the traveling time information for each medical device area, identify the traveling execution time information based on the traveling time information for each medical device area, the administration start time information, and the time information, and the traveling execution time. When the terminal arrives, the medical device compatible terminal contact information storage unit is referred to, the contact information of the terminal device of the medical staff in charge of the medical device is specified, and the visiting time arrival information is displayed on the terminal device. This is achieved by a medical device monitoring system that is characterized by being configured to perform the above.

According to the said structure, based on the installation area information and medical area time information of the medical device whose information during medicine administration is information during medicine administration, the time information by area is specified.
Therefore, it is possible to select a medical device that is administering a medicine and identify the traveling time information (for example, ICU) for each medical device region from the installation area information and the traveling time information for each region that are being administered. it can.
The traveling time information for each region is determined differently depending on, for example, the region of the ICU or the like where the medical device is installed, in other words, depending on the urgency of the region.
Moreover, in the said structure, the said tour execution time information is specified based on the said medical device area specific tour time information, administration start time information, and time information.
Therefore, it is possible to specify the tour execution time information that should actually go around the medical device from the administration start time information when the medical device has started to administer the drug, the current time information, and the above-described tour time information by medical device area. .
Further, when the tour execution time arrives, the medical device compatible terminal contact information storage unit is referred to identify the contact information of the terminal device of the medical staff in charge of the medical device, and the terminal device is visited. The time arrival information is displayed.
Therefore, since the arrival time information of the medical device can be notified to the medical staff such as the doctor in charge of the medical device at the time of the traveling time of the medical device, the medical device can be surely confirmed. .

  Preferably, a medicine information storage unit that stores medicine information administered by the medical device, and a medicine tour time information that stores medicine tour time information that is tour time information for each medicine administered to the subject by the medical device. Based on the medicine information and the medicine tour time information of the medical device in which the medicine administration information is in the middle of medicine administration, the medicine tour time information is specified, and the tour is executed. When specifying the time information, compare with the medicine tour time information of the medical device, the tour time information by the medical device region, determine the final tour execution time, and based on the final tour execution time The patrol execution time information is specified.

According to the said structure, the medicine information storage part which memorize | stores the medicine information which the medical device administers, and the medicine tour time which memorize | stores the medicine tour time information which is the tour time information for every medicine which a medical device administers to a subject. When specifying the tour execution time information, the information storage unit specifies the medicine tour time information of the medical device, and compares the information with the tour time information for each medical device region to determine the final tour execution time. It has a configuration.
For this reason, in the said structure, not only the cyclic | annular execution time of the area | region (ICU etc.) where the said medical device is installed but also the medicine etc. which the medical device is using are considered (for example, the one where the cyclic execution time is smaller The travel execution time of the medical device can be determined with higher accuracy.

  Preferably, when there is a request for obtaining information on the medical device in charge from the terminal device, the medical device compatible terminal contact information storage unit is referenced to identify and specify the medical device in charge of the requested terminal device The recorded information of the medical device in charge is transmitted to the requested terminal device.

  According to the above configuration, when there is a request for acquiring information about the medical device in charge from the terminal device, the recording information of the specified medical device in charge is transmitted to the terminal device that requested the medical device. The doctor in charge of the device can easily and quickly obtain information on the medical device with his / her terminal device.

  The object is, according to the present invention, a medical device monitoring method comprising: a medical device; and a medical device monitoring apparatus capable of acquiring various types of information through communication with the medical device, wherein the medical device administers a medicine. A drug administration information storage unit that stores information on whether or not a drug is being administered, installation region information that stores installation region information where the medical device is installed, and each medical device installation region An area-specific traveling time information storage unit that stores area-specific traveling time information that is the traveling time information, an administration start time information storage unit that stores the administration start time information of the medicine, and a time information generation unit that generates time information A medical device compatible terminal contact information storage unit that stores medical device compatible terminal contact information stored in association with the contact information of the medical device and the terminal of the medical staff in charge, and at least the drug administration Medium information, said The placement area information and the administration start time information are stored in association with each other, and the medicine administration information is based on the installation area information of the medical device in which the medicine is being administered and the circulation time information by area. The medical device region-specific traveling time information is identified, the medical device region-specific traveling time information, the administration start time information, and the time information are identified, the traveling execution time information is identified, and the traveling execution time is When it arrives, the medical device compatible terminal contact information storage unit is referred to, the contact information of the terminal device of the medical staff in charge of the medical device is specified, and the traveling time arrival information is displayed on the terminal device This is achieved by a medical device monitoring method characterized by having a configuration.

  As described above, according to the present invention, there is provided a medical device monitoring system and a medical device monitoring method capable of causing a medical worker to reliably check the status of a drug or the like administered by a medical device such as an infusion pump. Can be provided.

It is the schematic which shows the infusion pump monitoring system which is the medical device monitoring system of this invention, for example. It is the schematic which shows the external appearance of the infusion pump which is the medical device shown in FIG. It is a schematic block diagram which shows the main structures of the infusion pump shown in FIG. It is a schematic block diagram which shows the main structures of the management server shown in FIG. It is a schematic block diagram which shows the main contents of the management server various information storage part of FIG. It is a schematic flowchart which shows the circulation time notification process of the infusion pump monitoring system which concerns on this Embodiment. It is another schematic flowchart which shows the circulation time notification process of the infusion pump monitoring system which concerns on this Embodiment. It is a schematic flowchart which shows the inquiry process of infusion pump data from a portable terminal.

Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.
The embodiments described below are preferred specific examples of the present invention, and thus various technically preferable limitations are given. However, the scope of the present invention is particularly limited in the following description. Unless otherwise stated, the present invention is not limited to these embodiments.

FIG. 1 is a schematic diagram showing, for example, an infusion pump monitoring system 1 which is a medical device monitoring system of the present invention, and FIG. 2 shows the appearance of, for example, infusion pumps 10a to 10c which are medical devices shown in FIG. FIG.
In this embodiment, for example, an infusion pump is described as an example of a medical device. However, the medical device of the present invention is not limited to an infusion pump, and includes other liquid feeding devices such as a syringe pump.
As shown in FIGS. 1 and 2, the infusion pumps 10a to 10c are, for example, an ICU (intense care unit) in a hospital, a surgical area such as a surgical ward, and an internal area such as a medical ward. It is arranged in each installation area.
Specifically, for example, it is arranged beside the bed of a patient who is being treated with an ICU, and the dosage of a drug solution or the like to be administered to the patient is controlled.

As shown in FIG. 1, the infusion pump 10 a and the like arranged in each of these installation areas are connected to a management server 50 that is a medical device monitoring device, for example. The management server 50 is configured to be able to acquire various data from each infusion pump 10a and the like.
In addition, each infusion pump 10a and the like shown in FIG. 1 has a medical doctor in charge, for example, a doctor in charge, and the doctor in charge possesses, for example, a portable terminal 100 as a terminal.
And in this Embodiment, these portable terminals 100 are connected so that communication with the management server 50 is possible, as shown in FIG.

As shown in FIG. 2, the infusion pumps 10a to 10c are respectively provided with color liquid crystal infusion pump displays 11a to 11c for displaying various data, buttons for inputting / setting various data, and a jog dial 19a ( b, c) and the like.
Further, the mobile terminal 100 and the management server 100 shown in FIG. 1 also have a mobile terminal display 101 and a management server display 51, respectively.

  Further, the infusion pump 10a and the like, the management server 50, the portable terminal 100, and the like shown in FIG. 1 have a computer, and the computer includes a CPU (Central Processing Unit), a RAM (Random Access Memory), a ROM (Read Only Memory). Etc.) and these are connected via a bus.

FIG. 3 is a schematic block diagram showing a main configuration of the infusion pump 10a and the like shown in FIG. As shown in FIG. 3, the infusion pump 10a and the like have an infusion pump control unit 12a (b, c). The infusion pump control unit 12a and the like include an information input device 14a such as the above-described release button for canceling the display of the “alarm” and the like displayed on the above-described infusion pump display 11a and the like, and the jog dial. It is connected to 19a and the like, and is configured to control them.
Further, the infusion pump control unit 12a and the like store various data related to the infusion pump communication device 13a (b, c) and the infusion pump 10a for communicating with the management server 50 of FIG. Both b and c) are connected and controlled.
The infusion pump control unit 12a and the like are also connected to and controlled by an infusion pump various data storage unit 15a (b, c) that stores various data related to the infusion pump 10a and the like.

FIG. 4 is a schematic block diagram showing the main configuration of the management server 50 shown in FIG. As illustrated in FIG. 4, the management server 50 includes a management server control unit 52.
The management server 52 is a management server communication device 53 for communicating with the management server display 51, the infusion pump 10a, etc. and the portable terminal 100 described above, a time information generating unit for generating time information, for example, a time measuring device 54, and It is connected to a management server input device 55 or the like for inputting various data and is configured to control these.
The management server control unit 52 includes the management server various information storage unit 70 and various information processing units (programs) illustrated in FIG. 4, and specific contents thereof will be described later.
5 is a schematic block diagram showing main contents of the management server various information storage unit 70 of FIG. The contents of FIG. 5 will also be described later.

6 and 7 are schematic flowcharts showing a circulation time notification process of the infusion pump monitoring system according to the present embodiment, and FIG. 8 is a schematic flowchart showing an inquiry process of infusion pump data from the portable terminal.
In the present embodiment, the medical solution or the like delivered by each infusion pump 10a or the like placed in each placement area of a hospital, for example, the ICU, the surgical system area, or the internal medicine area depends on the type of extravasation. If injected, the affected area may be necrotic. For this reason, it is recommended that the doctor in charge of each medicine visits every predetermined time for confirmation, and when that time comes, the fact is displayed on the infusion pump display etc. of each infusion pump. It was.

However, the doctor in charge or the like does not always stand by in the vicinity of the infusion pump 10a or the like during the patrol time. Therefore, in the present embodiment, the system is configured to notify the portable terminal 100 such as a doctor in charge of the fact that the tour time has come, and notify the doctor.
Thus, FIGS. 6 and 7 are steps for notifying the mobile terminal 100 of the doctor in charge of the arrival of the traveling time.
On the other hand, FIG. 8 shows a process in which even when a doctor or the like is located away from the infusion pump 10a or the like he / she is in charge of, the data can be quickly obtained.

First, the tour time notification process of the infusion pump monitoring system 1 will be described with reference to the flowcharts of FIGS. 6 and 7, and FIGS. 1 to 5 will also be described.
In step ST (hereinafter referred to as “ST”) 1 in FIG. 6, the management server 50 in FIG. 1 communicates with the infusion pump 10a and the like arranged in the installation area (ICU and the like) shown in FIG. And the present condition information of the following infusion pump 10a etc. is acquired from the infusion pump 10a etc. concerned.

That is, the current status information includes “in-liquid information (an example of information during drug administration)” indicating whether or not the infusion pump 10a or the like is currently delivering a drug solution containing a drug, Liquid start time information (an example of administration start time information) ”,“ medicine name information (an example of drug information) ”in the drug solution,“ installation area information (for example, ICU) ”of the infusion pump 10a, and the like. .
And the said present status information acquired from the infusion pump 10a etc. in this way is memorize | stored in the "infusion pump present status information storage part 71" of FIG.
Therefore, the “infusion pump current state information storage unit 71” is an example of the “during administration information storage unit”, “drug information storage unit”, and “administration start time information storage unit”.

Next, the process proceeds to ST2 and ST3. In ST2 and ST3, the management server 50 in FIG. 1 refers to the “infusion pump current status information storage unit 71” in FIG. In association with “installation area information (for example, ICU)”, “medical solution name information (for example, anticancer drug A, etc.)” and “liquid feeding start time information”, “in-pump infusion pump information storage in FIG. 5” Part 72 ".
Specifically, this operation is executed by the “liquid feeding state determination processing unit (program) 56” in FIG.

Next, the process proceeds to ST4. In ST4, the management server 50 refers to the “in-pump infusion pump information storage unit 72” in FIG. 5, and “installation area information (eg, ICU)” and “drug name information (eg, ICU etc.) of the infusion pump 10a etc. "Anti-cancer drug A etc.""and" Region-specific reference circulation time information storage unit 73 "and" Drug-specific reference circulation time information storage unit 74 "shown in FIG. 5 are referred to.
The “drug-specific reference time information” in the “drug-specific reference circulation time information storage unit 74” is determined for each drug contained in the drug solution that is delivered by the infusion pump 10a or the like, that is, for each drug administered to the patient. It is traveling time information. That is, it is preferable traveling time information when a medical worker such as a doctor travels for confirmation during the operation of the infusion pump 10a or the like, and this time is determined for each medicine.

  For example, a drug with a risk of necrosis of the affected area when injected outside the blood vessel with an anticancer drug or an anesthetic that may cause arousal in the middle has a relatively short circulation time. Yes. Specifically, the circulation time is determined in the range of 10 minutes to 120 minutes (in 5 minute increments) for each drug (for example, anticancer drug A: 30 minutes, etc.). Therefore, the “drug-based reference tour time information storage unit 74” is an example of a “medicine tour time information storage unit”.

  On the other hand, the “region-specific reference tour time information” of the “region-specific reference tour time information storage unit 73” includes the placement region (for example, ICU, surgical system region (surgical ward, etc.) or internal medicine where the infusion pump 10a or the like is disposed. For each system area (internal medicine ward, etc.), a preferable patrol time for a medical staff such as a doctor to patrol is set. This time is set differently depending on the arrangement area. For example, in the case of an ICU, a traveling time that is relatively shorter than that of a surgical area or an internal medicine area is set.

Specifically, the interval is set to 10 minutes for the ICU, 30 minutes for the surgical region, 60 minutes for the medical region, etc. Therefore, the “region-specific reference time information storage unit 73” It is an example of an “information storage unit”.

That is, in ST4, the management server 50 performs “installation area information (for example, ICU)” and “medicine name information (for example, anti-injection information) such as the infusion pump 10a of the“ during infusion pump information storage unit 72 ”in FIG. Cancer agent A etc.) and “touring time information” corresponding to the “installation area information” and “drug name information” are respectively extracted as “region-specific reference traveling time information storage unit 73” and “by drug”. Extracted from the reference tour time information storage unit 74 ".
For example, when the installation area information is ICU, “area-specific reference traveling time information” is “10 minutes”. Further, when the drug name information is the anticancer drug A, the “drug-by-drug reference patrol time information” is 30 minutes.
This “10 minutes” “region-specific reference traveling time information” is an example of “the medical device region-specific traveling time information”, and “30 minutes” “drug-based reference traveling time information” is “the relevant drug traveling time information”. Is an example.

In ST4, in this case, there are two types of tour times, “region-specific reference tour time information” and “drug-specific reference tour time information”. For example, in this embodiment, these tour times are compared. The shorter tour time, in the above-mentioned example, “region-specific reference tour time information (10 minutes)” is stored in the “during infusion pump information storage unit 72” as “travel execution time”.
This “tour execution time” is an example of the “final tour execution time”.
The operation of ST4 described above is executed by the “round execution time determination processing unit (program) 57 in FIG.

  Also, in ST4 of the present embodiment, “region-specific reference tour time information” and “drug-specific reference tour time information” are compared in determining “tour execution time”. ”Or“ drug-by-drug reference patrol time information ”, and the“ patrol execution time ”may be determined from only one of the information.

Next, the process proceeds to ST5. In ST5, the management server 50 refers to, for example, the time measuring device 54 that is the time information generation unit in FIG. 4, and the “circulation execution time (for example, 10”) of the “during infusion pump information storage unit 72” in FIG. Minutes) ”and“ liquid feeding start time information (for example, 09:30 on August 1, 2011) ”, and the time indicated by the time measuring device 54 is“ traveling execution time ”, that is,“ touring ” It is determined whether or not “execution time” has arrived.
Specifically, the above-described determination in ST5 is performed by the cyclic execution time arrival determination processing unit (program) 58 in FIG.

  In ST5, "Come and see me" (circulation time arrival) is displayed on the infusion pump display 11a of FIG. 1 and FIG. 2 such as the infusion pump 10a determined that the “circulation execution time” has arrived.

  The determination of this display is performed by the management server 50 in the present embodiment. However, the present invention is not limited to this, and each infusion pump 10a and the like independently has each of the above storage units, You may display by performing operation | movement, judgment, etc. of a step (process). In this case, the management server 50 periodically communicates with each infusion pump 10a and the like to monitor the presence or absence of such display.

Next, the process proceeds to ST7. In ST7, the management server 50 refers to the “infusion pump compatible doctor information storage unit 75” in FIG. This “infusion pump compatible doctor information storage unit 75” includes contact information of a portable terminal (PHS) 100 possessed by a medical worker such as a doctor in charge of the infusion pump 10a of FIG. Are stored in association with the infusion pump 10a and the like.
For this reason, the management server 50 refers to the “infusion pump compatible doctor information storage unit 75”, so that the doctor in charge of the infusion pump 10a or the like in which “Come and see me” is displayed in ST6. The telephone number of the portable terminal 100 such as can be acquired.

Then, in ST7, the management server 50 transmits to the portable terminal 100 such as a doctor in charge that “Come and see (arrival time)” is displayed on the infusion pump 10a in charge.
Specifically, the “circulation time arrival notification transmission processing unit (program) 59” in FIG. 4 executes.
As described above, the “infusion pump compatible doctor information storage unit 75” described above is an example of the “medical device compatible terminal contact information storage unit”.

Next, the process proceeds to ST8. In ST8, “Comed and see (arrival of traveling time)” is displayed on the infusion pump 10a or the like in charge ”is displayed on the portable terminal display 101 of the portable terminal 100 in FIG.
Therefore, “Come and see me (circulation time arrival)” is an example of “circulation time arrival information”.

As described above, according to the present embodiment, based on the characteristics of the medicine administered through the infusion pump 10a and the like, the characteristics of the arrangement region of the infusion pump 10a and the like, etc. Thus, it is possible to reliably notify the medical staff such as the doctor in charge of the arrival of the patrol time.
Therefore, a doctor or the like can surely confirm the infusion pump 10a and the like.

Next, the process proceeds to ST9. In ST9, it is determined whether or not the “release button” provided in the input device 14a such as the infusion pump 10a of FIGS.
That is, when a medical worker such as a doctor confirms the infusion pump 10a or the like, the “release button” is pressed, and thereby displayed on the infusion pump display 11a or the like of the infusion pump 10a or the like. The display of “Come and see me” (circulation time arrival) is not displayed after achieving its purpose.

However, there is no problem when this confirmation operation is executed by a doctor who is the owner of the mobile terminal 100 notified in ST7, but when it is executed by another medical worker, the notification is received in ST7. The doctor in charge does not know the confirmed fact and is forced to move to the infusion pump 10a and the like in a hurry.
Therefore, in this embodiment, when the “release button” of the infusion pump 10a or the like is pressed in ST9, the process proceeds to ST10.

That is, in ST10, when the “release button” of the infusion pump 10a or the like is pressed, in other words, when a release signal is input, the signal is sent from the infusion pump 10a or the like to the management of FIG. It is transmitted to the server 50.
Then, the management server 50 that has received this signal transmits “circulation time arrival display release information” to the mobile terminal 100 that has notified “circulation time arrival” in ST7. Then, the mobile terminal 100 that has received such information hides the display of “Come and see me” that has been displayed on the mobile terminal display 101.

  Accordingly, doctors can quickly know that other medical workers have already responded to the arrival of the circulation time of the infusion pump 10a, etc. that they are in charge of, which is received in ST7, and duplicate confirmation operations Can be avoided, and time can be used effectively.

Next, a data inquiry process from the portable terminal 100 to the infusion pump 10a and the like will be described with reference to the flowchart of FIG.
First, in ST11 of FIG. 8, a medical worker such as a doctor who is not located in the vicinity of the infusion pump 10a or the like that he is in charge of but who wants to acquire the data accesses the management server 50 from his / her portable terminal 100. For example, “inquiry” information, which is an information acquisition request for the infusion pump 10a, etc., is transmitted to the management server 50.

In ST11, the management server 50 that has received the “inquiry” from the mobile terminal 100 proceeds to ST12 and refers to the “infusion pump compatible doctor information storage unit 75” in FIG. 5 to identify the infusion pump 10a in charge. The information on the infusion pump 10a and the like is stored in the “in-charge infusion pump information storage unit 76” in FIG.
Specifically, this operation is executed by the “responsible infusion pump specific processing unit (program) 60” in FIG.

  Next, in ST13, the “inquiry infusion pump information transmission processing unit (program) 61” in FIG. 4 of the management server 50 operates to access the infusion pump 10a in the “in-charge infusion pump information storage unit 76” in FIG. Then, the data of the infusion pump 10a and the like are acquired, and the acquired data is transmitted to the portable terminal 100 that has received the “inquiry”.

  In the present embodiment, through such a process, even when a medical worker such as a doctor is not located in the vicinity of the infusion pump 10a or the like that he or she is in charge of, it does not go to the infusion pump 10a or the like. That data can be acquired quickly.

  By the way, the present invention is not limited to the above-described embodiment. In the present embodiment, the management server 50 mainly has a storage unit for various data and performs processing such as determination. As described above, determination of the state of each infusion pump 10a and the like (circulation time arrival, etc.) May be configured such that the infusion pump 10a or the like itself performs the determination and the management server 50 transmits the determination result to the portable terminal 100.

  DESCRIPTION OF SYMBOLS 1 ... Infusion pump monitoring system, 10a thru | or 10c ... Infusion pump, 11a thru | or 11c ... Infusion pump display, 12a thru | or 12c ... Infusion pump control part, 13a thru | or 13c ... Infusion pump communication apparatus, 14a to 14c ... input device, 15a to 15c ... infusion pump various data storage unit, 50 ... management server, 51 ... management server display, 52 ... management server control unit, 53 ... Management server communication device, 54... Time measuring device, 55... Management server input device, 56... Liquid feeding state determination processing unit (program), 57. ... Circuit execution time arrival determination processing unit (program), 59 ... Circuit time arrival notification transmission processing unit (program), 60 ... responsible infusion pump identification process Part (program), 61... Inquiry infusion pump information transmission processing part (program), 70... Management server various information storage part, 71... Infusion pump current information storage part, 72. Pump information storage unit, 73 ... Reference circulation time information storage unit for each region, 74 ... Reference circulation time information storage unit for each drug, 75 ... Information storage unit such as a doctor corresponding to an infusion pump, 76 ... Pump information storage unit, 100 ... mobile terminal, 101 ... mobile terminal display

Claims (4)

Medical equipment,
A medical device monitoring system having a medical device monitoring device capable of acquiring various types of information through communication with the medical device,
A medication administration information storage unit for storing medication administration information indicating whether or not the medical device is performing medication administration;
Installation area information for storing installation area information in which the medical device is installed; and
An area-specific traveling time information storage unit that stores area-specific traveling time information that is a traveling time information for each installation area of the medical device;
An administration start time information storage unit for storing administration start time information of the medicine;
A time information generator for generating time information;
A medical device compatible terminal contact information storage unit for storing medical device compatible terminal contact information in which medical device and contact information of the terminal of the medical staff in charge are stored in association with each other;
At least the medicine administration information, the installation area information and the administration start time information are stored in association with each other,
Based on the installation area information and the area-specific tour time information of the medical device in which the drug administration information is being administered, specify the area-specific tour time information of the medical device,
Based on the region-specific tour time information of the medical device, the administration start time information and the time information, identify the tour execution time information,
When the tour execution time arrives, the medical device compatible terminal contact information storage unit is referred to identify contact information of the terminal device of the medical staff in charge of the medical device, and the terminal device is visited. A medical device monitoring system characterized by displaying time arrival information. A medicine information storage unit for storing medicine information administered by the medical device;
A medicine tour time information storage unit that stores medicine visit time information that is visit time information for each drug administered to the subject by the medical device,
Based on the medicine information and the medicine tour time information of the medical device in which the medicine administration information is being administered, specify the medicine tour time information,
When identifying the tour execution time information, compare the medicine tour time information of the medical device with the tour time information by region of the medical device, and determine the final tour execution time,
The medical device monitoring system according to claim 1, wherein the tour execution time information is specified based on the final tour execution time.   When there is an information acquisition request for the medical device in charge from the terminal device, the medical device compatible terminal contact information storage unit is referred to identify the medical device in charge of the requested terminal device, and the specified charge The medical device monitoring system according to claim 1 or 2, wherein recording information of the medical device is transmitted to the requested terminal device. A medical device monitoring method comprising: a medical device; and a medical device monitoring device capable of acquiring various types of information through communication with the medical device,
A medication administration information storage unit for storing medication administration information indicating whether or not the medical device is performing medication administration;
Installation area information for storing installation area information in which the medical device is installed; and
An area-specific traveling time information storage unit that stores area-specific traveling time information that is a traveling time information for each installation area of the medical device;
An administration start time information storage unit for storing administration start time information of the medicine;
A time information generator for generating time information;
A medical device compatible terminal contact information storage unit for storing medical device compatible terminal contact information in which medical device and contact information of the terminal of the medical staff in charge are stored in association with each other;
At least the medicine administration information, the installation area information and the administration start time information are stored in association with each other,
Based on the installation area information and the area-specific tour time information of the medical device in which the drug administration information is being administered, specify the area-specific tour time information of the medical device,
Based on the region-specific tour time information of the medical device, the administration start time information and the time information, identify the tour execution time information,
When the tour execution time arrives, the medical device compatible terminal contact information storage unit is referred to identify contact information of the terminal device of the medical staff in charge of the medical device, and the terminal device is visited. A medical device monitoring method, wherein the time arrival information is displayed.

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