JP4608053B2 - Medical pump monitor system capable of displaying infusion circuit diagram, control method thereof, and computer-readable memory - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a medical pump monitor system that administers a medical solution to a single patient using a plurality of medical pumps and centrally manages information on these medical pumps, a control method thereof, and a computer-readable memory related to the control. .
[0002]
[Prior art]
With recent advances in medical treatment, the number of treatment methods and types of drugs used therefor have increased, and the administration methods have become more complex. For this reason, the treatment method which uses a several medical pump (syringe pump, infusion pump) simultaneously with respect to one patient is increasing. There has also been proposed a system for centrally managing alarm information such as the flow rate of a medical solution from a plurality of medical pumps, a decrease in the remaining battery level of the pump, and the blockage of an infusion line.
[0003]
Japanese Patent Laid-Open No. 5-7623 discloses a method of visually checking the alarm display status in such a medical pump system.
[0004]
FIG. 2 shows a schematic diagram of a system in which independent medical pumps are connected to a personal computer via a communication cable, and flow rate values and alarm information of each medical pump are collected and displayed as application software of the personal computer.
[0005]
Also, in FIG. 3, each pump shares a power supply line and a data communication line via a power connector 53 and a communication connector 54, and a base unit 55 having a display unit 101 for displaying the flow rate and alarm information of each pump. A schematic diagram of a type of pump monitor system in which medical pumps 51 and 52 are stacked and connected on top of each other is shown.
[0006]
In the case of such a system, it is possible not only to collect pump information, but also to perform control such as stopping / starting pump feeding and changing the flow rate from the personal computer or base unit side.
[0007]
FIG. 2 shows a conventional medical pump system, in which 20 is a personal computer in which system application software is installed, 21 is a display (display means) such as a CRT or liquid crystal connected to the personal computer, and 22 is Communication port expansion means 23, 24, 25, 26 are medical pumps, such as a multiplexer for expanding the RS232C communication port, which is normally provided only for 1-2, to 4 channels, 8 channels, or the like. Reference numeral 27 denotes a patient, and medical pumps 23 to 26 administer each set medicine to the patient.
[0008]
FIG. 4 shows a case where the same number of medical pumps are used for administration to a single patient, and the administration route differs depending on the condition of the patient, the administered drug, and the like. For example, if four pumps have different infusion lines and are injected into different parts of the patient, the result is as shown in FIG. 4 (a), and two infusion lines of the four medical pumps are joined together, When two infusion lines are also joined, it becomes as shown in FIG. Further, when all the four medical pumps are joined to form one line and administered to the patient, the result is as shown in FIG.
[0009]
[Problems to be solved by the invention]
Accurately grasping the condition of the infusion line is important for safe administration, and there are various patterns of the condition of the infusion line as the administration route to the patient. If the infusion lines coming out of the joints are joined and intersecting in a complicated manner, it will be very difficult to determine where the patient is injected.
[0010]
However, the conventional medical pump monitor system has no function of displaying the infusion line on the system, and it is difficult to accurately grasp the state of the infusion line.
[0011]
The present invention has been made in view of the above-described problems. A system for monitoring the operating status of a plurality of medical pumps for a single patient has an infusion line from the pump to the patient each time. An object is to provide a function to create / edit, and to display the information created / edited by this function on the system, thereby making it easy to check the current state of the infusion line.
[0012]
There is also a function to create and edit infusion lines, as well as a function to capture handwritten drawings. Whether to create infusion lines using the function to create and edit infusion lines, or to display handwritten drawings etc. in the system It is an object to enable the operator to select various cases of the infusion line on the medical pump monitor system.
[0013]
[Means for Solving the Problems]
In order to achieve the above object, the present invention administers a medical solution or the like to a patient using a plurality of medical pumps, and monitors the flow rate and alarm information of the medical pumps by wired / and / or wireless communication. A medical pump monitoring system comprising infusion circuit creation means for setting / changing the connection state of infusion lines from a plurality of pumps, the administration route to a patient and / or the administration position, and created by the infusion circuit creation means The infusion circuit data can be displayed on the monitor screen by the operation of the system operator.
[0014]
The medical pump monitor system of the present invention is further provided with reading means for reading an infusion circuit diagram such as handwriting into the medical pump monitor system, and infusion circuit information to be displayed during operation of the medical pump monitor system. This is characterized in that it is possible to select whether the information is created by using an infusion circuit diagram or the information created by using the infusion circuit diagram reading means by the operation of the operator.
[0015]
The infusion circuit creating means displays a schematic diagram of the patient regarding the determination of the administration position to the patient, and inputs arbitrary position information in the schematic diagram to the medical pump monitor system, thereby inputting the input position. The administration is judged to be the closest to the information.
[0016]
In addition, the infusion circuit creation means further includes a judgment means for checking an infusion line that does not match the actual infusion method.
[0017]
This judging means judges the presence of a loop-shaped line in the infusion line, and gives a warning to the operator when the loop-shaped line is formed.
[0018]
This judgment means judges whether or not two or more infusion lines have come out directly from the medical pump, and warns the operator of the medical pump monitor system when two or more infusion lines have come out. It is characterized by.
[0019]
The determination means determines that the infusion line does not reach the patient and terminates in the middle, and gives a warning to the operator when the infusion line terminates in the middle.
[0020]
This determination means determines that an infusion line is always formed from the medical pump toward at least one location of the patient, and an infusion line is always formed from the medical pump toward at least one location of the patient. If not, a warning is given to the operator.
[0021]
This determination means determines whether the infusion line in the specific part of the patient has entered the patient again. If the infusion line in the specific part of the patient has entered the patient again, the operator Is characterized by giving a warning.
[0022]
This determination means determines whether the infusion line from the operating medical pump is connected to the patient, and if the infusion line from the operating medical pump is not connected to the patient, A warning is given to the operator.
[0023]
The present invention also provides a medical pump monitoring system that administers a medical solution or the like to a patient using a plurality of medical pumps, and monitors the flow rate and alarm information of the medical pump by wired / and / or wireless communication. A control method, infusion circuit creation step for setting / changing the connection state of infusion lines from a plurality of pumps, the administration route and / or administration position to a patient, and infusion circuit data created by the infusion circuit creation means And the step of enabling display on the monitor screen by the operation of the operator of the pump monitor system.
[0024]
The present invention also provides a medical pump monitoring system that administers a medical solution or the like to a patient using a plurality of medical pumps, and monitors the flow rate and alarm information of the medical pump by wired / and / or wireless communication. A computer readable memory storing a control program code, and a program code of an infusion circuit creation step for setting / changing the connection state of infusion lines from a plurality of pumps, the administration route to the patient and / or the administration position; The program code of the step which enables the infusion circuit data created in the infusion circuit creation means to be displayed on the monitor screen by the operation of the medical pump monitor system operator is provided.
[0025]
Embodiment
Examples of specific embodiments of the present invention are shown below. FIG. 1 shows a configuration diagram of a medical pump system according to the present invention. In the present embodiment, an example in which four pieces of medical pump information are collected and managed will be described.
[0026]
Reference numeral 100 denotes a control device (control means), which is a central part of the medical pump monitor system, and usually uses a personal computer having a pointing device such as a mouse. Reference numeral 101 denotes a display (display means) that displays flow rate values and alarm information of a plurality of medical pumps 103, 104, 105, and 106 collected by the control device 100 and an infusion line.
[0027]
When the control device 100 is a personal computer, a CRT or a liquid crystal monitor is used as the display (display means) 101. Reference numeral 102 denotes a scanner (reading means) that takes infusion line information such as handwriting, and is connected to the control device 100. Reference numeral 107 denotes a communication port expansion device (communication port expansion means) such as a multiplexer for multiplexing communication ports when the control device 100 has a shortage of ports for communicating with a pump for collecting data. The control device 100 and the medical pumps 103, 104, 105, 106 are connected via the communication port expansion device 107 using a communication cable (wired) 109 or are connected wirelessly.
[0028]
When the medical pump monitor system is normally activated, the control device 100 prompts the operator to select information on the drug solution to be administered by each pump from the drug database file stored in the control device 100. Thus, an operator (medical worker such as a doctor or a nurse) selects a medicine to be administered, such as vitamin solution 103 for the pump and physiological saline 104 for the pump. When the selection of the medicine is completed, the control device 100 performs wireless and / or wired communication in order at a constant time interval (for example, every 1 minute) to the four pumps connected by the medical pumps 103, 104, 105, and 106.
[0029]
The communication is data for requesting the current administration flow rate information to each of the medical pumps 103, 104, 105, 106. When the request data is received on the pump side, the pump side returns the flow rate information to the control device 100 side in a predetermined format. Subsequently, the control device 100 outputs a signal requesting alarm information to each of the connected medical pumps 103, 104, 105, 106, and when it is received on the pump side, the alarm information is also returned to the control device 100 side based on a predetermined format. . If there is no alarm information, a signal without alarm information is returned to the control device 100 side at that time.
[0030]
The control device 100 displays information from each of the connected medical pumps 103 to 106 on a display device (display means) along the pump information display area in FIG. In FIG. 5, an area 501 is an area indicating the operation (operation) status of each of the medical pumps 103 to 106 by color, for example, green during normal operation, red when an alarm is generated, administration operation Is displayed in a different color such as yellow when the pump is interrupted, and gray when the pump itself is not connected. A region 502 is a region indicating the flow rate value of the pump 103. Reference numeral 503 denotes an area for displaying alarm information currently generated in the medical pump 103, and is blank when no alarm is generated. Reference numeral 504 denotes an area for displaying an administered drug. The system can be operated without setting the drug to be administered, but in that case, it is blank.
[0031]
Similarly, areas 511 to 514 are areas for displaying information about the medical pump 104, areas 521 to 524 are areas for displaying the information about the medical pump 105, and 531 to 534 are areas for displaying information about the medical pump 106.
[0032]
Reference numeral 540 denotes an infusion circuit display area (infusion circuit display means), which is an area for displaying a graphic file stored in the control device 100 with a predetermined format and file name. The graphic file may be a general graphic file such as a bitmap file or a Jpg file when the control device 100 is a personal computer. In this embodiment, it is assumed that a bitmap file of 24-bit color of 640 dots in the horizontal direction and 480 dots in the vertical direction is saved with the file name C: \ Yuekic.bmp.
[0033]
When the file to be displayed in the infusion circuit display area 540 does not exist in the control device 100, nothing is displayed in the area or “no infusion circuit file exists” is displayed in the center of the area.
[0034]
Reference numeral 541 denotes a circuit creation function call button (circuit creation function call means). When clicked (pressed), an application for creating / correcting an infusion circuit to be described later and saving it as graphic file data is activated. Reference numeral 542 denotes a circuit reading function call button (circuit reading function means). When clicked (pressed), an application for reading an infusion circuit diagram (to be described later) and saving it as graphic file data is activated. Since both the buttons 541 and 542 are convenient buttons displayed on the screen, the slick (pressing) operation is an operation of moving the pointer of a pointing device such as a mouse onto the button displayed on the screen and clicking.
[0035]
The state displayed in FIG. 5 assumes that a bitmap file for infusion circuit display is stored in advance, and information on the medical pump 103 is displayed in 501 to 504. Similarly, the square displayed as 104 at the upper part of the infusion circuit display area corresponds to the medical pump 104, the information corresponds to 511 to 514, the square displayed as 105 corresponds to the medical pump 105, and the information 521 to 524, the squares displayed as 106 correspond to the medical pump 106, and the information is displayed as 531 to 534.
[0036]
By looking at the infusion circuit diagram in the infusion circuit display area 540, the medical pump 103 and the infusion line 110 coming out of the medical pump 104 are joined together to become the first infusion line L1 and the upper right of the patient 27. Dosing positioning near the arm, the medical pump 105 and the infusion line 110 coming out from the medical pump 106 are joined together to become the second infusion line L2, and the positioning is near the left thigh of the patient 27 You can see that.
[0037]
Such an infusion circuit diagram needs to be re-registered not only when administration is started for a new patient but also when the administration route is changed due to changes in the administered drug during long-term administration. There is.
[0038]
To register the infusion circuit diagram, simply create a new C: \ Yuekic.bmp file. In this embodiment, the C: \ Yuekic.bmp file can be created by clicking the circuit creation function call button 541 or the circuit read function call button 542.
[0039]
When the circuit creation function call button 541 is clicked, a window is displayed on the display means as shown in FIG. In FIG. 6, reference numerals 601 to 604 denote medical pumps similar to the reference numeral 540 in FIG. 27 is a model showing the patient's body, 606 to 613 arranged around 27 are buttons (selection means) for selecting a site where the infusion line injects into the patient 27, and 606 is under the right clavicle , 607 corresponds to the left clavicle, 608 corresponds to the upper right arm, 609 corresponds to the left upper arm, 610 corresponds to the right forearm, 611 corresponds to the left forearm, 612 corresponds to the right femur, and 613 corresponds to the left femur.
[0040]
614 is a junction generation button (joint generation means), 615 is a button for returning one action at a time of erroneous operation, 616 is an end button for ending the processing and overwriting the infusion circuit diagram graphic file C: \ Yuekic.bmp (End input means).
[0041]
A procedure for creating an infusion circuit diagram as indicated by 540 in FIG. 5 from this screen will be described with reference to FIGS. In order to create an infusion line, the start point and end point of the line should be set in order.
[0042]
First, click the medical pump 601. When clicked, the medical pump 601 changes to a display state such as changing display color or blinking display (FIG. 6). Since the medical pump 601 is joined to the medical pump 602, an infusion line is created up to the joint 1 with the medical pump 602. For this purpose, the operator subsequently clicks a joint generation button (joint generation means) 614. Then, the joint is circled and displayed immediately below the medical pump 601, and an infusion line 110a is formed at the center of the medical pump 601 and the joint 1 (FIG. 7A).
[0043]
Since the joint generated here is connected to the medical pump 602 and the upper right arm of the patient 27, two lines including the joint 1 may be created next. First, for that purpose, first click the joint 1 surrounded by a circle. In this state, the joint 1 is in a selected state (for example, the color in the circle is inverted and displayed), and then the upper right arm selection button 608 is clicked. In this case, the click order of the joint portion and the upper right arm portion selection button may be reversed. Thereby, the 1st infusion line L1 is formed in the patient's upper right arm part from the junction part 1 (state of FIG.7 (b)). Subsequently, the infusion line 110b is formed from the joint 1 to the medical pump 602 by clicking the joint 1 and the medical pump 602 in order (FIG. 7C). In this case, the click order may be reversed.
[0044]
Subsequently, the medical pump 603 and the medical pump 604 are joined on the way, and a line in which a drug solution is injected into the patient from the left thigh is created. By clicking the medical pump 603 and the joint generation button 614 in order, a new joint 2 is displayed under the medical pump 603 in a circle and displayed at the center of the medical pump 603 and the joint 2. An infusion line 110c is formed (FIG. 7 (d)). Subsequently, the joint 2 and the left femur selection button 613 are clicked to form a second infusion line L2 from the joint 2 to the patient's left thigh (FIG. 7 (e)).
[0045]
Finally, the infusion line 110c is completed by clicking the medical pump 604 and the new joint 2 in order (FIG. 7 (f)). At this time, if the operator mistakenly clicks the medical pump 604 and then clicks the left clavicle selection button 607, the infusion line L2 from the medical pump 604 does not pass through the joint 2 but directly to the left of the patient. It will enter the clavicle. At this time, if the operator notices an operation error, the return button 615 may be clicked.
[0046]
When the return button is clicked once, the last action (in this case, the left clavicle selection button click) is determined to be invalid, and the medical pump 604 is selected. At this point, the operator can create an accurate infusion line by clicking on the right joint. The operator clicks the confirm button 616 after confirmation. By this operation, the created infusion circuit diagram is created as a bmp file format and saved as C: \ Yuekic.bmp.
[0047]
Although not shown in the present embodiment, an interruption button for interrupting the process and terminating the infusion circuit creation function may be provided. In this embodiment, the joint is treated as a point, but when handling an infusion using a three-way stopcock, a Y-shaped tube, a T-shaped tube, etc., a three-way stopcock generating button or a Y-shape is used instead of the junction generating button. This can be done by creating a line with a tube generation button.
[0048]
In the present embodiment, only the bitmap file is created. However, by recording the operation action history in another format, it is possible to flexibly cope with the case where the infusion circuit is slightly modified.
[0049]
In the above example, six infusion lines are displayed in FIG. If one action is to display one infusion line,
(1) Line drawing between pump 601 and new joint 1 (2) Line drawing at joint 1 and patient upper right arm, (3) Line drawing between joint 1 and pump 602, (4) Pump 603 Six actions are recorded: line drawing between the new joint 2, (5) line drawing at the joint 2 and the patient's left femur, and (6) line drawing between the joint 2 and the pump 604.
[0050]
When the infusion circuit creation window is displayed, read the file that recorded the previous operation action, draw a line along with it, and make each drawing action selectable, so you can make a slight correction from the previously created circuit quickly It becomes possible to respond. In this case, the arrangement of buttons and the like in the window is as shown in FIG. Compared to FIG. 6, there is no return button, and a new history return button 801, history advance button 802, and line delete button 803 are added.
[0051]
Each time the history return button is pressed once, the drawn line returns in time and is selected. In the case of the present embodiment, six lines are displayed when the window is displayed, and when the history return button is clicked once, an infusion line between the right junction and the pump 604 is selected. When the history return button is selected again, the selection state of the infusion line between the right joint and the medical pump 604 is released, and the infusion line between the right joint and the left femur is selected. Here, when the history advance button 802 is clicked, the selection state of the infusion line between the right joint and the left femur is canceled and the infusion line between the right joint and the pump 604 is selected again. If the line deletion button 803 is clicked while the infusion line is selected, the selected infusion line is deleted.
[0052]
When changing from the infusion circuit shown in FIG. 7 so that the medical pump 603 is administered to the left junction instead of the right junction, the window is displayed and the history return button is clicked three times. To do. As a result, a line drawn between the medical pump 603 and the right joint is selected. In this state, the line deletion button is clicked, and then the medical pump 603 and the right joint are clicked in order, whereby an infusion line is drawn between the medical pump 603 and the right joint (FIG. 7 (g)). ). (In this case, there is no sense that there is a joint between the medical pump 604 and the left femur, so the infusion line between the medical pump 604 and the left joint, and between the left joint and the left femur. Should be erased once and drawn between the pump 604 and the left femur as a single infusion line, but there will be no trouble in the display.)
Here, when the confirmation button is clicked, the newly corrected infusion circuit diagram is saved as a bitmap file. Since the circle around the joint is displayed for easy selection of the joint by the operator, it is not necessary to save the circle information when saving it as a bitmap file.
[0053]
When the confirm button is pressed,
(1) At least two lines are connected to the joint. (2) The line is not formed in a loop shape. (3) Each pump is always connected to one patient site.
[0054]
It is possible to eliminate misoperation and misunderstanding of the operator when creating an infusion circuit diagram by adding a process to display an error display if the condition is not met by the judgment means in the control device Become.
[0055]
After the bitmap file is saved, the infusion circuit creation function ends and normal pump monitor processing is executed. At that time, the infusion circuit diagram display area 540 is updated to a new bitmap file.
[0056]
In this embodiment, the administration route to the patient is selected from a plurality of buttons, but this is to make it easier to determine the position of the line. It is possible to increase the number or to select the patient by directly clicking on the model diagram of the patient.
[0057]
In this way, it is possible to create a relatively simple infusion circuit diagram. However, if a blood filter or the like is connected in the circuit, or if injection is performed through a device that is not monitored by a medical pump monitor, the circuit is used. It can be cumbersome to create a diagram with the procedure described above. In that case, a handwritten circuit diagram may be placed near the medical pump monitor for confirmation, but there is a possibility of loss. In this case, a handwritten circuit diagram can be read into the system and displayed. By clicking the circuit diagram reading function start button 542, the scanner 102 is controlled from the control device 100, and the circuit diagram set in the scanner 102 is read into the system. It is saved with the same file name as: \ Yuekic.bmp. As a result, the system can display and manage the infusion circuit diagram without dividing the process into cases where the infusion circuit diagram is created and registered using the creation function, or when the system is read and registered using the scanner 102.
[0058]
In this embodiment, the scanner 102 is used as a means for taking infusion circuit diagrams such as handwriting. However, the same effect can be obtained by taking a handwritten circuit diagram with a digital camera and reading the memory medium of the digital camera with a control device. It is clear that it is obtained.
[0059]
In addition, it is possible to create a circuit diagram using a general drawing application and save it as a bitmap file. It is also possible to display the infusion circuit diagram created by the drawing application in this system.
[0060]
【The invention's effect】
According to the medical pump system of the present invention, a system for monitoring the operating status of a plurality of medical pumps for one patient has a function of creating and editing an infusion line from the pump to the patient each time. The information created and edited by this function can be displayed on the system, and it is very easy to check (monitor) the current state of the infusion line.
[Brief description of the drawings]
FIG. 1 shows a configuration diagram of a medical pump system according to the present invention.
FIG. 2 shows a configuration diagram of a conventional medical pump system.
FIG. 3 shows a configuration diagram of a medical pump system of another conventional example.
FIG. 4 shows the configuration of three infusion circuit patterns.
FIG. 5 shows a medical pump monitor screen of the present invention.
FIG. 6 shows an infusion circuit creation screen in the medical pump monitor system of the present invention.
FIG. 7 shows an infusion circuit creation screen in the medical pump monitor system of the present invention.
FIG. 8 shows an infusion circuit creation screen in another embodiment of the medical pump monitor system of the present invention.
[Explanation of symbols]
1,23,24,25,26,103,104,105,106,601,602,603,604 ... Infusion pump, 20 ... Personal computer, 21,101 ... Display means, 22,107 ... Communication port expansion means, 27 ... Patient, 100 ... Control means, 102 ... Scanner

Claims (10)

A medical pump monitor system that includes a control unit, administers a medical solution or the like to a patient using a plurality of medical pumps, and monitors a flow rate of liquid and / or alarm information of the medical pump by wired / and wireless communication Infusion circuit creation means for setting / changing the connection state of the infusion lines from the plurality of pumps, the administration route to the patient and / or the administration position, and infusion circuit data created by the infusion circuit creation means, By the operation of the medical pump monitor system operator, it is possible to display on the monitor screen of the display means under the control of the control means ,
In the control means, information from the connected pumps is displayed on the monitor screen of the display means along a pump information display area,
The monitor screen is provided with a region showing the operation status of the medical pump by color, green during normal operation, red when an alarm is generated, yellow when an administration operation is interrupted, If the pump itself is not connected, it will be displayed in a color such as gray,
The monitor screen further includes a region indicating a flow rate value of the medical pump, a region displaying alarm information currently generated in the medical pump, and a region displaying a drug being administered. A circuit display area,
The control means includes
An area indicating the operating status of the medical pump by color, an area indicating the flow rate value of the medical pump, an area displaying alarm information currently generated in the medical pump, and the medicine being administered are displayed A medical pump monitor system that controls to display a region and an infusion circuit display region together . Provided with a reading means for reading an infusion circuit diagram such as handwriting into the medical pump monitor system, the infusion circuit information displayed during operation of the medical pump monitor system is information created using the infusion circuit creation means, or the infusion 2. The medical pump monitor system according to claim 1, wherein any one of the information created by using the circuit diagram reading means can be selected by an operation of the medical pump monitor system operator. The infusion circuit creating means displays a schematic diagram of the patient regarding the determination of the administration position to the patient, and inputs arbitrary position information in the schematic diagram to the medical pump monitor system. The medical pump monitor system according to at least one of claims 1 and 2, wherein the administration is determined to be closest to the positional information. The medical pump monitor system according to claim 1, wherein the infusion circuit creation means further comprises a judgment means for checking the infusion line that is not suitable for an actual infusion method. The determination means determines the presence of a loop-shaped line in the infusion line, and gives a warning to the operator of the medical pump monitor system if the loop-shaped line is formed. 5. The medical pump monitor system according to at least one of the above. The judging means judges whether or not two or more infusion lines have come out directly from the medical pump. If two or more infusion lines have come out, the medical pump monitor system operator is informed. The medical pump monitor system according to at least one of claims 1 to 4, wherein a warning is given. The judging means judges that the該輸fluid line is terminated on the way without reaching the said patient, if terminating in a way, characterized in providing a warning to the medical pump monitor system operator The medical pump monitor system according to at least one of claims 1 to 4. The determination means determines that the infusion line is always formed from the medical pump toward at least one location of the patient, and the infusion fluid from the medical pump always toward at least one location of the patient. 5. The medical pump monitor system according to claim 1, wherein a warning is given to an operator of the medical pump monitor system when a line is not formed. The determination means determines whether the infusion line entering the specific site of the patient is reentering the patient, and the infusion line entering the specific site of the patient is reentering the patient. In this case, the medical pump monitor system according to at least one of claims 1 to 4, wherein a warning is given to an operator of the medical pump monitor system. The determination means determines whether the infusion line from the operating medical pump is connected to the patient, and the infusion line from the operating medical pump is connected to the patient. The medical pump monitor system according to at least one of claims 1 to 4, wherein if not, a warning is given to an operator of the medical pump monitor system.

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