JP2005065721A - Medical information system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily select the constituent of information detection equipment along the contents of a medical care action and to easily make preparations. <P>SOLUTION: The medical care actions are classified by actions beforehand, and equipment information specifying the information detection equipment for each classification item is turned to a template and registered in a storage part E. A control server B specifies an optional template and reads pertinent equipment information from a template storage part E at the time of setting, displays it at a display device F, recognizes the connection conditions of the information detection equipment corresponding to the equipment information, and manages a processing operation. <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention can store and store information related to treatments performed in medical practices such as surgery and events occurring therein in time series, and this information can be used for post-analysis and verification of medical practices. Furthermore, the present invention relates to a medical information system that can be effectively used for optimizing medical procedures.
[0002]
[Prior art]
Generally, in the medical field, when a medical action such as an operation is performed, details of the operation are recorded as a document by a doctor involved in the operation and attached to the medical record. This record is often accompanied by charts and photographs showing data output from various devices during the operation.
[0003]
For this reason, after performing such a medical practice, when it is going to verify or reproduce the procedure and content of the practice, it is centered on browsing the record. However, in this record book, various types of data are often described regardless of the order of time, and not all information is recorded. In many cases, information related to medical practice is not centralized and stored individually in each department.
[0004]
For example, even for surgery that seems to be relatively simple, in addition to monitor information for observing the patient's biological conditions such as electrocardiogram, respiration, blood pressure, etc., an anesthesia monitor (anesthetic volume, input rate), electric knife ( Voltage, time), and other medical work information to be performed on the patient. In addition to this, information on various medical practices such as use of instruments and medication is often involved as medical practices performed by the surgeon.
[0005]
For this reason, even doctors who are familiar with medical care must collect and analyze information over a considerable amount of time in order to confirm and verify all aspects of medical practice after the fact. The effort and time were enormous. Even if you intend to collect all the information, there are often unrecorded information such as the actions of staff other than the central surgeon and changes in the operating room environment.
[0006]
Therefore, even specialists such as doctors have had difficulty in confirming and verifying the entire medical practice after the fact. In other words, considering a medical practice such as surgery once performed and trying to construct a more optimal procedure, not all the information that becomes the material is at hand, and a great deal of effort is required for such optimization. there were. Moreover, it is usually the case that a general person who is not familiar with medical practice can hardly read the medical practice accurately from the operation record book after the fact.
[0007]
Therefore, in order to confirm and verify medical actions such as surgery and treatment objectively and objectively, in addition to the above-mentioned surgical records, it is possible to record conversations exchanged at the spot of medical actions, It is also possible to use the conversation and video together.
[0008]
In addition, although medical information is not mentioned, Patent Document 1 discloses a communication recording system that enables continuous communication and continuous recording in an arbitrary free situation and can increase the evidence value of the recording. (See Patent Document 1). However, in this system, only audio information is recorded, and video is insufficient for recording information on medical practice mainly.
[0009]
[Patent Document 1]
JP2003-204282A.
[0010]
[Problems to be solved by the invention]
As described above, even if audio and images are used together, there are a wide variety of medical practices such as surgery and treatment, and information detection devices such as recording equipment, TV cameras, and monitor devices are also required for each act. The elements are different. Although it is conceivable to prepare and set components corresponding to all actions in advance, it becomes a large-scale system, and preliminary preparation such as necessary / unnecessary selection and setting becomes complicated.
[0011]
Therefore, the present invention provides a medical information system in which the components of the information detection device can be easily selected in accordance with the contents of the medical practice in the above-described medical field, and the advance preparation can be easily performed. For the purpose.
[0012]
[Means for Solving the Problems]
In order to achieve the above object, a medical information system according to the present invention is a medical information system that collects detection information of an information detection device prepared for detecting information related to medical practice and records it in a recording device. , Previously classifying the medical practice by action, registering device information for identifying the information detection device for each classification item, and specifying any classification item for the registration unit and corresponding device information Management for grasping the connection status of information detecting devices corresponding to the device information presented by the presenting device, the presenting device for presenting the device information read from the registering device, and managing the processing operation Means.
[0013]
In the medical information system configured as described above, medical activities are classified in advance, and device information that identifies information detection devices required for each classification item is registered, and the target device by specifying the corresponding classification item Information is read out, and the information detection device specified by this information is managed. For this reason, complicated setting contents at the start of medical practice can be easily grasped, and appropriate information can be collected for each medical practice without omission.
[0014]
The registration unit can register addition or change of the classification item or device information. By preparing such an option, a flexible response is possible. In addition, by accepting registration processing from the network, registration from places other than where the system is installed, such as a meeting room or a medical information management organization, becomes possible.
[0015]
The reading means can specify the classification item by communication from a communication system in a medical facility. Thereby, for example, the classification item can be automatically specified based on the description information of the electronic medical record.
[0016]
The presenting means can present the connection status of the device ascertained by the managing means. As a result, it is possible to easily grasp which device is not connected at the time of setting, and it is possible to greatly improve work efficiency. As a presentation method, for example, a display device that displays recording information on the recording device may be used.
[0017]
Preferably, the management unit issues a warning when a corresponding information detection device is not connected based on the connection status. As a result, it is possible to prevent leakage of necessary equipment.
[0018]
As the information detection device, information indicating the operation status of the medical device involved in the medical practice, medication information, patient biological information, surgeon vital information, image information reflecting the medical site, sound information in the medical site, medical site And a device that detects at least one type of information belonging to at least one of the following information: human access information, patient recognition information, and medical environment information.
[0019]
In addition, when the medical action is an operation performed on a patient, the information detection device reflects information indicating an operation status of the medical device in the operating room, patient biological information, surgeon vital information, and the operating room. Examples include those that detect at least one of a video image, sound in an operating room, information on the person entering and exiting the operating room, and patient recognition information.
[0020]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.
[0021]
FIG. 1 is a block diagram showing an outline of a medical information system according to this embodiment. This medical information system relates to almost all important events that occur during surgery as one of the medical practices (such as the medical staff's surgical operations and the accompanying medical practices, patient status, operating room status, and surgical environment). (Event) information is recorded in chronological order in order of occurrence, displayed, stored, and used for subsequent analysis. Note that medical practice is not necessarily limited to surgery, but is interpreted in a broad sense including diagnosis, medication, treatment, rehabilitation, and the like.
[0022]
As schematically shown in FIG. 1, this medical information system inputs various sensor groups (measuring equipment, monitors, etc.) 11 for detecting information related to surgery and detection signals of these various sensor groups 11. The information collection / recording server 12 responsible for processing such as time-series recording (storage) / display / analysis of the input information and the display device 13 for displaying arbitrary information recorded in the server 12 are provided.
[0023]
Among these, the sensor group 11 can be classified into a plurality of categories according to the installation target and the installation location. These categories include (1) a plurality of sensors 21a to 21n (n is an arbitrary number) installed in one or more types of medical devices or their peripheral parts in order to confirm the operation status of the medical devices, 2) A plurality of cameras 22a to 22n for photographing a plurality of locations such as an operating room and a surgical site, (3) a plurality of sensors 23a to 23n for detecting vitals of surgical staff such as doctors, and (4) exchanged in the operating room. A plurality of microphones 24a to 24n for detecting sound (including sounds of objects), (5) one or a plurality of sensors 25 (or 25a to 25n) for grasping the entrance and exit of the staff to the operating room, (6) A plurality of sensors 26a-26n for detecting patient biometric information and (7) one or more sensors 27 (or 27a-27n) for obtaining patient identification information are included.
[0024]
Some specific examples of these sensors are listed by category together with the application of the sensor signals.
[0025]
(1) The first category is a sensor group for confirming the operation status of the medical device, and detects a signal indicating the operation status in order to confirm whether or not the medical device is operating normally. It consists of sensors. The specific example of a sensor is shown below.
[0026]
・ Drip drip monitor sensor: The drip drip state is measured by wetness, pressure, flow meter, drip, etc. Moreover, you may make it measure this dripping state from the reduction of the weight of an infusion bag.
-Bed angle sensor: An angle meter or pressure gauge is used to measure the angle of the patient bed.
・ Suction machine sensor: Suction machine sound, pressure, flow rate, etc. are detected.
-Electric knife sensor: The driving state of the electric knife is estimated from the current and voltage consumed by the electric knife.
-Bed warmer temperature sensor: Measured with a thermometer.
Anesthesia system sensor: The concentration and amount of anesthetic gas are detected.
Navigator sensor: Measured by the output of an X-ray CT scanner or the like.
Earth current sensor: The operating room earth current is measured to monitor the current flowing into the room.
-Medical device power supply confirmation sensor: The light quantity of the pilot lamp is measured by the optical sensor, and it is confirmed whether the power supply is normally turned on. You may make it measure the light of a monitor screen with an optical sensor, or measure the electric current of a power cable.・ Medical device dial and switch setting confirmation sensor: For this, attach an angle monitor to the dial, take a picture with a camera (color the dial), attach a contact switch, attach a magnet, measure with an optical sensor, etc. The appropriate configuration can be adopted.
[0027]
(2) Examples of the plurality of cameras that are the second category include the following.
[0028]
Instrument table camera: An instrument such as a scalpel is installed in the vicinity of an instrument table, and an instrument taken out of the instrument table is photographed.
・ Wide-angle camera: A number of cameras that reflect the entire field of view in the operating room will be installed.
• Surgical field camera: One or more cameras are installed that reflect the area of the patient's surgery and its surroundings (attached to the microscope). This operative field camera includes an endoscopic camera.
Anesthesiologist camera: This camera is used in such a manner that an emergency medicine shelf is photographed (preferably only when there is a movement), a monitor that an anesthesiologist is looking at, and the like. A camera may be attached to the penlight used by the anesthesiologist.
• Shadowless camera: Automatically select and display two or more channels that are surely taken (do not switch suddenly). As the criteria for the selection / non-selection of cameras related to this automatic selection, measurement of distance sensors such as image contrast, abnormal focal length when using an autofocus camera, hat color worn by medical staff, markers, ultrasound, etc. As a result, there are whether or not halation is occurring, a color code shown in an image when an identification color code is attached to a doctor's hat, and the like.
・ Head-mounted camera: Attached to doctor's protective glasses or protective clothing for orthopedics.
[0029]
(3) The following sensors are classified into the third category for detecting a doctor's vitals. This sensor is installed to monitor the doctor's stress. Preferably, vitals are simultaneously detected from medical personnel such as a plurality of doctors, technicians, nurses, etc., and a queue is marked on the data string using detection signals from one or more specific medical personnel. Processing to be performed is performed by the server 12. This cueing process is executed in consideration of the fact that the pattern of the detection signal is different for each individual. A specific sensor example is as follows.
[0030]
-Sensors that detect heart rate, adrenaline (stress hormone) in saliva, brain waves, body temperature, blood pressure, etc.
Sensor for detecting eye blink: Measured in such a manner that the position of eyelashes is detected with an optical sensor, the state of eyeball reflection is detected, an electromyograph is used, and the operator is looked up with a camera.
Acceleration sensor: An acceleration sensor is attached to the doctor's arm. This acceleration sensor is also used as an inclinometer. For example, sensor wiring is applied to the surgical clothes.
-Sensor for detecting sweating: An electrode is attached to socks to measure sweating.
-Sensors such as pressure and humidity: A respiration sensor is incorporated into a mask of a doctor or the like.
[0031]
(4) The sensors belonging to the fourth category are as follows.
[0032]
Microphones are installed at the necessary multiple locations. At this time, it is desirable to notify the medical staff in advance that voice is being recorded and to have the user speak as much as possible. It is desirable to mark cues based on volume and power. This is because when an event that becomes a key point occurs during the operation, there is usually a change in the volume of the medical staff. It is also desirable to analyze the voice detection signal to identify the speaker, and when the specified speaker is a specific medical staff (for example, the attending physician), the utterance is marked with a queue. can do. Further, it is possible to analyze the stress applied to the medical staff from the voice detection signal. The voice data that has been voice-recognized may be converted into text data and recorded. A microphone array may be used for speaker display.
[0033]
(5) The following sensors can be used to detect the entry and exit of a person in the operating room related to the fifth category.
[0034]
-Sensors that monitor the opening and closing of operating room doors: Door opening and closing switches and cameras can be used.
ID card reader: The recognition information at the time of reading the ID card can be used.
[0035]
(6) The sensor which detects the patient's biological information which concerns on a 6th category typically includes the following.
[0036]
Anesthesia monitor sensors: heart rate, oxygen partial pressure, body temperature, etc. are monitored.
BIS monitor: A BIS value (Bisspectral Index), which is the depth of anesthesia during anesthetic administration, is detected.
-Cranial nerve monitor: EEG etc. are detected.
[0037]
(7) The seventh category is a sensor for detecting patient identification information. Examples of this sensor include the following.
[0038]
-Fingerprint recognition sensor: identifies a patient by fingerprint.
Eye iris recognition sensor: identifies the patient based on the eye iris.
・ Electronic medical record system: The identity of the patient is verified in cooperation with the electronic medical record system.
-Wristband: Identity verification is performed based on the wristband identification information previously attached to the patient list.
[0039]
The concept of installation of these various sensors (monitors) 21 to 27 is shown in FIGS. These various sensors 21 to 27 may be installed externally on existing medical devices (see FIGS. 3A to 3D). In FIG. 3, reference numerals 10a, 10b, and 10c denote medical devices to be detected. Each sensor 21 (-27) is connected to the antenna AN of the wireless LAN. Furthermore, the sensors 21 to 27 may be incorporated in advance in the apparatus at the time of manufacture. The signals detected by the sensors 21 (-27) are sent to the information collection / recording server 12 by the wireless LAN via the antenna AN. Among these, some monitors and sensors are connected to the information collection / recording server 12 via a wireless LAN via a dedicated computer (PC) that performs processing such as format conversion and A / D conversion.
[0040]
As described above, the information collection / recording server 12 inputs signals (monitor signals) sent from the sensors (monitors) 21 to 27 via the wireless LAN, and the time based on the same clock (time information) is input to the signals. Stamp processing is performed and recording is performed on a recording medium such as an HDD, CD, or DVD. FIG. 2 shows a more specific functional configuration diagram of the server 12.
[0041]
Therefore, the information collection / recording server 12 starts data collection and recording in response to lighting of the light in the operating room, as schematically shown in FIG. 4 (steps S1 and S2). Then, the detection data from all the sensors (monitors) 22 to 27 are collected at a given timing and recorded on the recording medium (steps S3 and S4).
[0042]
In this recording, the information collection / recording server 12 determines whether or not a predetermined condition is satisfied with respect to a predetermined detection signal among detection (measurement) signals of one or more sensors (monitors) in each category. Judging. When a predetermined condition is satisfied, a cue is marked on the signal at that time. For this reason, as shown in FIG. 5, as time t elapses, a signal is detected and recorded for each category, and further for each sensor (monitor). Be marked. This cue is represented as a key point in FIG. This key point is therefore used for cueing during data reproduction.
[0043]
FIG. 6 shows the specific recorded contents for each time together with key points when a certain operation is taken as an example.
[0044]
In parallel with this collection and recording, the information collection / recording server 12 time-sequentially displays data of a predetermined item, representative data, data that has changed in time series, or all data on the display device 13 in time series. Collective display is performed (step S5). The screen layout of the display device 13 related to this display is conceptually shown in FIG. In the case of the collective display image according to this example, an entire image of the operating room, an operative field image, an instrument table image, time series data 1 and 2, numerical data 1, 2, 3 and a switching button are displayed. By operating the switching button, another image can be displayed.
[0045]
Such collective collection, collective recording, and display are repeatedly executed at a constant frame rate until the light in the operating room is turned off (steps S6 and S7).
[0046]
In this way, recording is started from the time when the operating room light is turned on, and detection (measurement) information from various sensors (monitors) is collected and recorded in time series in the information collection / recording server 12. It is displayed with. This process continues until the operating room lights are turned off.
[0047]
Furthermore, the information collection / recording server 12 can execute the processing shown in FIG. 8 on the data related to various kinds of operations collected and recorded in this way. That is, based on a command from the operation terminal of the server 12, it is determined whether or not to analyze the data. When such analysis is performed, a desired analysis item and key point information are input from the operation terminal. (Steps S21 to S23). Next, a data string cued based on the desired key point information is read from the recorded data, and a desired analysis process is executed (steps S24 and S25). This analysis result is displayed on the display device 13, for example (step S26).
[0048]
As described above, according to the medical information system according to the present embodiment, almost all information related to the operation can be faithfully and objectively recorded as time passes. For this reason, when it is necessary to verify the medical practice later, such as in a medical accident trial, it is considered to function effectively as objective information.
[0049]
In addition, almost all information related to the operation can be displayed and presented in time series during the operation. As a result, the surgeon and medical staff collect patient vital information, behavior information of the surgeon, intraoperative images, and operation information of various medical devices in a time series during the operation, and extract and view necessary information. be able to. This is beneficial in terms of shortening the operation time.
[0050]
Furthermore, in addition to the information recording and time-series information display along the above-described time passage, the recorded information can be easily analyzed based on the time information. For this reason, doctors and the like can obtain knowledge that contributes to improvement of surgical methods and instruments by analyzing the progress of surgery in detail after surgery. In other words, since information related to operations arranged in time series can be obtained easily and with less effort, it is an extremely effective tool for establishing an optimal procedure for a target operation. The procedure optimized in this way can also display a powerful navigator function for the surgeon by reading and displaying it during the operation.
[0051]
Note that the clock (clock signal) used as a reference when the information collection / recording server 12 performs time stamp processing on data is not necessarily limited to the configuration using the internal clock of the server itself, and is input from the outside. Electronic clock information may be used. Further, the internal clock may be periodically corrected using such external clock information.
[0052]
In addition, when the information collection / recording server 12 displays time-series information on the display device 13, various types of modifications can be made as to what kind of information is displayed. For example, in addition to fixed information, information showing a large change with time can be preferentially displayed, or the display item can be changed according to the operation work content at that time according to the progress of the operation. .
[0053]
Further, regarding the marking of a queue when data from the sensors (monitors) 21 to 27 is stored in the information collecting / recording server 12 in time series, an automatic marking method based on the software processing of the server 12 is not necessarily required. It is not limited to. For example, when a unique event occurs in a medical practice, a medical staff or the like manually operates a console or a sensor of the server 12 to cause the server 12 to transmit a signal for cue marking. good. In this case, the server 12 may perform signal processing so as to mark the queue on the input data at that time using the signal of the manual operation. As a result, key points that the medical staff wants to verify later can be memorized in a flexible manner.
[0054]
By the way, in the medical information system having the above-described configuration, components such as various sensor groups are prepared assuming various medical practices. However, in practice, when categorizing medical practices, the components necessary for each category are limited. Therefore, according to the present invention, medical actions are classified in advance, components necessary for each classification are enumerated in advance, and optional enumerated components can be selected and added, and connection confirmation can be performed at the time of setting.
[0055]
As an example, a schematic configuration of a medical information system arranged in an operating room is shown in FIG. 9 to describe the features of the present invention.
[0056]
In the system shown in FIG. 9, as a sensor device, an endoscope camera A1, an X-ray camera A2, an operative field camera A3, a microscope camera A4, a medicine shelf camera A5, an instrument table camera A6, indoor monitoring cameras A7 and A8, anesthesia monitor A9, an MRI monitor A10, and an electric knife monitor A11 are connected to the control server B and the information collection server C, for example, by a wireless LAN.
[0057]
The control server B includes the information collection server C, an input operation device D that receives an instruction input from the operator, a template storage unit E that stores a template in which a sensor is associated with each medical practice classification, a template display, and a sensor connection state monitor. A display device F for performing display or the like is connected, and further connected to a HIS (Hospital Information System), and information such as an electronic medical record can be taken in.
[0058]
FIG. 10 shows an operation content that can be operated in an operating room and an example of classification of sensor devices required at the time of performing each operation. That is, endoscopic surgery requires an endoscope camera A1, medicine shelf camera A5, instrument table camera A6, indoor surveillance cameras A7 and A8, anesthesia monitor A9, and electric scalpel monitor A11. In open surgery, X-ray camera A2 is required. , Operative field camera A3, medicine shelf camera A5, instrument table camera A6, indoor surveillance cameras A7, A8, anesthesia monitor A9, electric scalpel monitor A11 are required. In brain surgery, X-ray camera A2, operative field camera A3, microscope camera A4, medicine shelf camera A5, instrument table camera A6, indoor monitoring cameras A7 and A8, anesthesia monitor A9, MRI monitor A10, and electric knife monitor A11 are required. These relationships are compiled into a template and set in the template storage unit E in advance.
[0059]
FIG. 11 shows an example in which the system setting state is displayed on the display device F. In this example, the information collected image, monitor waveform, numerical data display screen F0, template pull-down selection display F1, selected template registration content F2, item (device) addition / deletion selection button display F3, template registration A sensor device list column such as operation button display F4 is also displayed. The operator can perform template registration, selection, connection sensor confirmation, and the like by operating the input operation device D while viewing the display screen.
[0060]
FIG. 12 shows an operation processing procedure of the system configured as described above.
[0061]
First, when the system is activated by the operator's activation operation, a list of templates classified for each medical practice is displayed (step S1). When a template is selected, sensor information registered in the template is acquired. The contents are displayed (steps S2 and S3). Here, when there is an option designation, the sensor information registration device is added or deleted according to the designation input (steps S4 and S5).
[0062]
When option designation is completed, the connection state of the sensor registered in the template is grasped, and an operation check is performed to check whether the target device operates normally (step S6). If there is an abnormality in the operation check result of all the target devices, the device is identified and a warning is issued (step S6). If everything is normal, the setting completion is presented (step S7), and the process proceeds to medical practice information collection processing.
[0063]
As described above, according to the system of the above embodiment, medical practices are classified in advance, and device information that identifies information detection devices required for each category is registered as a template. By specifying the item, target sensor device information is read, and the sensor device specified by this information is managed. For this reason, complicated setting contents at the start of medical practice can be easily grasped, and appropriate information can be collected for each medical practice without omission.
[0064]
In addition, since additional registration of templates and addition / change of registered device information of templates are prepared as options, for example, a flexible response can be made in the case of a plurality of actions as surgical contents. In addition, by making it possible to accept registration processing from a network such as HIS, automatic registration from locations other than where the system is installed, such as a meeting room or a medical information management organization, becomes possible.
[0065]
In particular, if a template can be designated by communication from the HIS, for example, a template corresponding to diagnostic information described in an electronic medical record can be automatically designated and read out and set. In addition, since the connection status of the devices registered in the specified template is displayed on the display device, the operator can easily grasp the sensor devices that are not connected and can take appropriate measures. As a result, work efficiency can be greatly increased. Further, since a warning is issued when the corresponding sensor device is not connected due to the connection status, it is possible to prevent connection leakage of necessary devices.
[0066]
In addition, the present invention can be appropriately modified and executed without departing from the scope of the claims.
[0067]
【The invention's effect】
As described above, according to the present invention, in the medical field, the medical information system that can easily select the constituent elements of the information detection device according to the contents of the medical practice and can easily perform the advance preparation. Can be provided.
[Brief description of the drawings]
FIG. 1 is a schematic block diagram of a medical information system according to an embodiment of the present invention.
FIG. 2 is a functional block diagram showing a more detailed example of the medical information system shown in FIG.
FIG. 3 is a diagram illustrating a state where a sensor is externally attached to a medical device.
FIG. 4 is a schematic flowchart for explaining data collection and recording processing executed by a server.
FIG. 5 is a diagram illustrating time-series data collected and recorded (stored) by a server together with key points.
FIG. 6 is a time-series list of information related to surgery detected (measured) through a sensor (monitor) when a certain surgery is taken as an example according to category.
FIG. 7 is a schematic diagram showing an example of a display screen during surgery.
FIG. 8 is a flowchart for explaining an outline of analysis based on time information of information related to surgery performed after surgery.
FIG. 9 is a block diagram showing a schematic configuration of a medical information system disposed in an operating room.
FIGS. 10A and 10B are diagrams showing an operation content that can be operated in an operating room and an example of classification of sensor devices required at the time of performing each operation as an application example of the present invention.
11 is a diagram showing an example in which a system setting state is displayed on the display device of FIG. 9;
12 is a flowchart showing an operation processing procedure of the system configured as shown in FIG. 9;
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 11 ... Group of sensors (monitor), 12 ... Information collection / recording server, 13 ... Display device, 21-27 ... Sensor (monitor), A1 ... Endoscopic camera, A2 ... X-ray camera, A3 ... Surgical field camera, A4 ... Microscope camera, A5 ... Medicine shelf camera, A6 ... Instrument table camera, A7, A8 ... Indoor surveillance camera, A9 ... Anesthesia monitor, A10 ... MRI monitor, A11 ... Electric scalpel monitor, B ... Control server, C ... Information collection server , D ... input operation device, E ... template storage unit, F ... display device.

Claims (10)

A medical information system for collecting detection information of an information detection device prepared for detecting information related to medical practice and recording it in a recording device,
A registration unit that classifies the medical practice in advance and registers device information that identifies the information detection device for each classification item;
A reading means for designating an arbitrary classification item to the registration means and reading the corresponding device information;
Presenting means for presenting device information read from the registration means;
A medical information system comprising: a management unit that grasps a connection state of an information detection device corresponding to the device information presented by the presentation unit and manages a processing operation. The medical information system according to claim 1, wherein the registration unit includes an option setting unit that registers addition or change of the classification item or device information. The medical information system according to claim 1, wherein the registration unit accepts registration processing from a network. The medical information system according to claim 1, wherein the reading unit specifies the classification item by communication from a communication system in a medical facility. The medical information system according to claim 4, wherein the reading unit specifies the classification item based on information described in an electronic medical record. The medical information system according to claim 1, wherein the presenting unit presents a connection status of the device grasped by the managing unit. The medical information system according to claim 1, wherein the management unit issues a warning when a corresponding information detection device is not connected based on the connection status. The medical information system according to claim 1, wherein the presenting unit displays the device information on a display device that displays information to be recorded in the recording device. The information detection device includes information indicating an operation status of the medical device related to the medical action, medication information, patient biological information, surgeon vital information, image information reflecting the medical site, sound information in the medical site, and to the medical site. The medical information according to claim 1, wherein the medical information is a device that detects at least one type of information belonging to at least one of the information on the entry and exit of the person, the recognition information on the patient, and the environmental information on the medical site. system. The medical practice is an operation performed on a patient,
The information detection device includes information representing the operation status of a medical device in the operating room, patient biometric information, surgeon vital information, video image of the operating room, audio in the operating room, and information of people entering and exiting the operating room. The medical information system according to claim 1, wherein at least one of recognition information of a patient and patient is detected.

Images