JP3336241B2 - Medical information system and terminal device for patients - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to a medical information system used in a medical institution such as a hospital and a patient terminal device used in the medical information system.

[0002] In recent years, medical facilities such as hospitals have become larger and larger, and the use of a computer-based medical information system is indispensable for medical staff to perform business. Medical information systems have improved the quality and efficiency of medical staff, including physicians, nurses, pharmacists, laboratory technicians, dietitians, and clerical staff, but will further improve true services for patients in the future. It is strongly required that

[0003]

2. Description of the Related Art Hitherto, various systems have been proposed for improving services for patients. For example,
Patient terminal (JP-A-7-107195) for ensuring communication between a patient and a nurse, living information in a hospital, facility information, video information inside and outside a hospital, etc. can be arbitrarily acquired from a patient's living room. Such a patient communication system (Japanese Patent Laid-Open No. 9-282399) has been proposed.

[0004]

According to the above-mentioned conventional systems, patients can use these systems or patient terminals to improve communication with medical staff, such as nurses, and can be used inside or outside hospitals. Various kinds of information can be obtained, and it is possible to lead a more fulfilling hospital life or recuperative life with mental relaxation without falling short of communication or lack of information.

However, on the other hand, for example, when a doctor rounds up a hospitalized patient, the doctor has only limited information such as a medical chart as information on each patient, so that complicated diagnosis and judgment are made at the round-up site. It is difficult to do. Further, when giving informed consent to the patient PT, it is not easy to explain the symptoms and treatment contents of the patient PT easily and accurately with limited materials. In addition, every time a round is completed, the results of the round are entered in the medical record, and after returning to their own clinic, they are entered using the doctor's terminal, so the input of medical information will be delayed accordingly. In addition, there is an inconvenience that both entry and input are troublesome twice.

[0006] Also, as described above, it is difficult for nurses or dietitians who are in charge of patients to have sufficient information on the spot when performing examinations and other operations and guidance at the bedside of patients. The situation.

[0007] The present invention has been made in view of the above-mentioned problems, and provides necessary information on the spot when a medical staff such as a doctor or a nurse examines a patient through rounds or provides guidance or explanation. An object of the present invention is to provide a medical information system and a patient terminal device that can be easily obtained and that can easily input results such as rounds on the spot.

[0008]

According to a first aspect of the present invention, there is provided a medical information system comprising: a medical server which stores medical information;
1 to 13, a patient information transmitting device 18 for transmitting patient information, a plurality of medical staff capable of accessing the medical server and enabling the medical staff to read and write medical information of a patient in charge of the medical staff Terminal devices 21 to 26, and a plurality of patient terminal devices 27 installed for each bed so that patient information including voice or image from the patient information transmission device can be received by a patient operation. The patient terminal device 27 is a screen for the patient to operate, at least
Calls to call nurses according to two levels of urgency
Nurse call screen with pop-out buttons BT11, BT12
A display device for displaying the HG1 and a staff screen for operating by the medical staff, and a video camera capable of photographing the state of the patient on the bed on which the patient terminal device is installed; By inputting the identification code given to the medical staff or the group to which the medical staff belongs, the medical staff accesses the medical server and displays a staff screen corresponding to the medical staff, and the medical staff terminal device and Similarly, the medical staff is configured to be able to read and write the medical information of the patient in charge, and when an operation screen for imaging is displayed, a video signal captured by the operation of the patient is transmitted. It is composed.

[0009] The medical information system according to the second aspect of the present invention.
Are medical servers 11 to 13 in which medical information is stored, patients
Information transmitting device 18 for transmitting patient information,
Access to the treatment server, and the medical staff
Read and write medical information for patients treated by medical staff
Medical staff terminal devices 21 to 2
6, and voice from the patient information transmission device or
Patient information consisting of images can be received by patient operation
Multiple patient terminals installed for each bed
Device 27, wherein each of the patient terminal devices 27
Patient screen for medical staff to operate and medical staff to operate
Display device for displaying a staff screen for
After a patient's meal on the bed where the patient terminal is installed
And a video camera that can capture the state of leftover food
Medical staff may
The identification code given to the group to which the staff belongs
Access to the medical server by typing
Display the staff screen corresponding to the medical staff,
Similar to the medical staff terminal device,
It is possible to read and write medical information of the patient
Operation that prompts the patient to take a picture of leftovers
When the screen is displayed, the
Video signal is transmitted.

[0010] According to a third aspect of the present invention, there is provided a terminal device for a patient.
Medical servers 11 to 13 storing medical information and for patients
In the medical information system 1 having the
The voice or image from the patient information transmitting device 18
Patient information consisting of images can be received by patient operation
Patient terminal installed and used for each bed so that
Device 27, a screen for the patient to operate,
Call a nurse according to at least two levels of urgency
With call buttons BT11 and BT12
Call screen HG1 and a staff for medical staff to operate
A display device for displaying screens HG3 to HG9 for the
Of the patient on the bed where the
Medical staff having a video camera 107 capable of shadowing
Is the medical staff or the medical staff
Enter the identification code given to the group
Therefore, the medical servers 11 to 13 are accessed to access the medical
Displays a staff screen corresponding to the medical staff,
In charge of the medical staff as well as the terminal equipment for the staff
It is configured to be able to read and write patient's medical information.
When the operation screen for shooting is displayed, the patient's
It is configured to transmit the video signal captured by the operation.
It is made.

[0011] According to a fourth aspect of the present invention, there is provided a terminal device for a patient,
In the medical information system 1 having the medical servers 11 to 13 storing the medical information and the information transmitting device 18 for the patient, the information for the patient including the voice or the image from the information transmitting device 18 for the patient can be received by the operation of the patient. A terminal device 27 for a patient which is installed and used for each bed so that the patient's screen H for the patient to operate
A display device that displays G1, G2 and staff screens HG3 to HG9 for operation by medical staff, and a leftover after a meal of a patient in a bed in which the patient terminal device is installed. A video camera 107 capable of photographing a state, wherein the medical staff accesses the medical servers 11 to 13 by inputting an identification code given to the medical staff itself or a group to which the medical staff belongs. To display the staff screen corresponding to the medical staff
In the same manner as the medical staff terminal device, the medical staff is configured to be able to read and write the medical information of the patient in charge of the medical staff, and urge the patient to take a photograph of the leftovers. When the operation screen is displayed, a video signal captured by the operation of the patient is transmitted.

[0012]

[0013]

[0014]

The medical staff operates the patient terminal 27.
May be the same as the identification code input when operating the medical staff terminal device, or may be different. In order to input the identification code, in addition to the input from the touch panel or the input operation device, the infrared transmitter P
An input using an infrared signal from N, an input using radio waves or ultrasonic waves, an electromagnetic input, or the like is used.

[0016]

DESCRIPTION OF THE PREFERRED EMBODIMENTS FIG. 1 is a block diagram of a medical information system 1 according to the present invention, FIG. 2 is a block diagram functionally showing the configuration of the medical information system 1, and FIG. 3 shows functions of a bedside system BS. FIG. 4 is a block diagram functionally showing the configuration of the information transmitting device 18. As shown in FIG.

In FIG. 1, a medical information system 1 includes a medical affairs server 11, a medical chart server 12, an examination server 13, various other servers not shown, an information transmitting device 18, an office terminal 21, doctor terminals 22a, 22b,. , A testing terminal 24, a nutrition terminal 25, a medicine terminal 26, a patient terminal 27a, 27b..., Other terminals (not shown), and a network NW connecting these terminals to each other. The network NW can be connected to another external network or the Internet. , The nurse terminals 23a, 23b,... Or the patient terminals 27a, 27b.
3 "and" Patient terminal 27 ".

The medical affairs server 11 stores various information on medical affairs, information on accounting, various information on patient consultation management and hospitalization management, various information on hospital facilities or operations, and the like. The medical chart server 12 stores consultation information of patients (so-called medical chart information). The test server 13 stores information on the results of various tests, such as a sample test, a ward test, a meal test, and a radiological test, and information necessary for the test. Note that information on medicines to be administered to the patient, information on diet and nutrition to be given to the patient, information on instructions to the patient, and the like are stored in one of these servers or another server.

The information transmitting device 18 provides various information used in the hospital, for example, patient amenity information for supporting a comfortable life of the patient in the hospital, and points to be noted for treatment of the patient in an easy-to-understand manner. Informed consent information and other information for performing the operation are transmitted to various terminals, particularly the patient terminal 27. As patient amenity information, for example, hospital life information, meal information, facility guidance,
The information includes information for introducing a doctor, video information or music information (contents) relating to scenes and environments inside and outside the hospital, and contents of television programs and radio programs.

The office terminal 21 is for performing accounting processing, patient reception processing, various other processing for outpatients and inpatients, processing for managing facilities and articles in hospitals, and other processing. Yes, many office terminals 2
1 is set up in an administrative department, an accounting department, a reception department, and the like.

The doctor terminal 22 is used by a doctor when examining a patient or performing preparations and subsequent treatments. The doctor terminal 22 has consultation information, medical history information, examination information, medication information on a patient in charge of each doctor. It is used for browsing information, etc., and writing medical examination results. Many doctor terminals 22
Is set up in each doctor's office.

The nurse terminal 23 is used by a nurse for nursing a patient and preparing for examination or examination of the patient by a doctor or the like. Many nurse terminals 23 are installed at each nurse station. The inspection terminal 24 is used by an inspection technician for performing various inspections or processing inspection results. Many test terminals 24 are installed in a clinical laboratory, a pathological laboratory, a blood transfusion management room, a radiation laboratory, and the like. The nutrition terminal 25 is used by a dietitian to grasp the dietary state of the patient, to make a meal plan, and to manage meals. A number of nutrition terminals 25 are installed for each dietitian. The medicine terminal 26 is used by a pharmacist for dispensing medicines and managing medicines.

A doctor, a nurse, a laboratory technician, a nutritionist, a pharmacist, or the like can access each server by operating each terminal and inputting an identification code. When the identification codes match by collation, each operator can access the server and read and write the information on the range assigned to himself or the range assigned to the group to which he belongs. Thereby, security of information is maintained.

As the identification code input by the medical staff, an identification code given to each medical staff or an identification code given to the affiliation, charge, or group of the medical staff is used.

The patient terminal 27 is installed at each bedside of the patient so that the patient can operate on the bed and see the display surface. The patient operates the patient terminal 27 to selectively receive the information for the patient from the information transmitting device 18 and the information from outside the hospital and display the information on the display surface. Various information can be transmitted to the patient terminal 27 of another patient or a device outside the hospital. By operating the patient terminal 27, the patient can select a desired menu from the selection menu of hospital meals, and can also perform opening / closing operation of curtains in a hospital room, blinking operation of lights, and illuminance adjustment operations. It is possible. Thereby, the patient is relaxed in the hospital stay and can feel a sense of openness.

In FIG. 2, the medical information system 1 mainly includes an ordering system DE for realizing an ordering function such as an examination instruction, a medication instruction, and a meal instruction from a doctor by a medical chart server 12 and a doctor terminal 22, and a nurse terminal 23. Nursing support system NR, etc.
Nutrition feeding system NU with nutrition terminal 25, medication instruction system TM with drug terminal 26, etc., medical affairs server 1
1 and a medical system MM including the office terminal 21 and a bedside system BS including the information transmitting device 18 and the patient terminal 27.

Accounting information and the like are sent from the ordering system DE to the medical system MM. Basic information about the patient, order request information, informed consent information, and the like are sent from the ordering system DE to the bedside system BS. Order execution information, selected meal information, and the like are sent from the bedside system BS to the ordering system DE.

As shown in FIG. 3, the patient terminal 27 allows a nurse call to a nurse center, confirmation of a patient's meal acquisition status from a nutrition feeding room, transmission of information from a medical information room, and transmission of programs such as television and cable television. projection,
Video call with the patient, family, and nurse, transmission and reception of e-mail, remote control of control device, connection of earphones, voice and image capture by microphone and video camera, blood pressure monitor, heart rate monitor, thermometer, etc. It is possible to take in data or measurement values in real time from a computer.

In FIG. 4, the information sending device 18 uses the editing unit 183 to execute each of the orders based on the order stored in the order request database 181 and the table 182 that records the type of informed consent information required for each order item. Edit informed consent information to be communicated to the patient. The edited informed consent information is stored in the database 184. Further, the amenity content for the patient created using the content creation tool 185 is stored in the database 186. The informed consent information and the amenity contents are transmitted to each patient terminal 27 by the information distribution unit 187.
Sent to

FIG. 5 is a diagram showing an example of a hospital room HR, FIG. 6 is a diagram showing a use state of the patient terminal 27, and FIG. 7 is a block diagram showing a configuration of the patient terminal 27. In FIG. 5, a bed BD is installed in a hospital room HR, a console panel is provided on a wall surface, and a support arm 51 extending from the wall surface is provided.
And a housing 52 supported at the tip of the support arm 51
, A patient terminal 27 is attached. Although the support arm 51 is supported inside the wall, for example, when the patient terminal 27 is added, a support may be installed on the floor along the wall, and the support arm 51 may be attached to the support.

In FIG. 6, a support arm 51 has a plurality of joints, and a distal arm 51 provided at the distal end is provided.
1 is connected to the back of the housing 52 via a universal joint. The housing 52 detachably attaches and supports the patient terminal 27, and a handle bar 523 is attached to the protrusions 521 and 522 provided on the outer periphery of the side surface and the bottom surface. The video camera 107 is mounted on the protrusion 521. The patient terminal 27 and the housing 52 are unified with a bright color tone as a whole, and the periphery is rounded for safety. Although not shown, a power supply cord, a communication cable, and the like are connected to the network NW along the support arm 51.

The patient PT can hold the handle bar 523 and move the patient terminal 27 to set the patient PT at any position and angle. Therefore, the display surface HG of the patient terminal 27 can be easily set in any state, such as a normal state in which the patient PT is lying on his / her back on the bed BD, a state in which the patient PT is lying on his / her face, or a state in which the patient PT is upright. , And can input an operation by touching various buttons displayed on the screen HG.

Referring to FIG. 7, a patient terminal 27 has a CPU 1
00, infrared communication device 101, RAM 102, ROM 10
3, storage device 104, network interface 10
5, display panel 106, video camera 107, microphone 108, earphone terminal 109, input connector 11
0 and a mode switch 111.

The infrared communication device 101 communicates with an information pen PN possessed by a medical staff such as a doctor or a nurse through infrared rays, and corresponds to an infrared examination device of the present invention. . By the infrared communication device 101,
The identification code transmitted from the information pen PN is the patient terminal 27.
Is input to The information pen PN is possessed by each medical staff, and transmits a specific identification code given to itself or a group to which the medical staff belongs. Therefore, the patient terminal 27 identifies whether the medical staff to perform the operation is a doctor or a nurse, the name thereof, etc., based on the input identification code, and displays a staff screen corresponding to each. I do.

The network interface 105 connects the patient terminal 27 to the network NW. It is also possible to connect directly to a telephone line or the like. The display panel 106 is a flat type such as a liquid crystal panel or a plasma display panel, and has a touch panel on the surface. By the video camera 107, the patient PT
It is possible to photograph and observe the state of eating and the state of eating, especially the state of remaining meal. The microphone 108 allows the patient PT to talk to the other party of the communication,
The situation around the patient PT can be collected and observed. An earphone is connected to the earphone terminal 109 so that the user can listen to the sound of a program or the like received by the patient terminal 27. Various vital devices such as a sphygmomanometer are connected to the input connector 110, and data can be input in real time. The input data is transmitted to the server according to the operation on the screen. Note that a device for wirelessly transmitting audio can be provided.

The mode changeover switch 111 is a switch for controlling an individual's diagnostic information and the like in a hospital room where an unspecified person goes in and out so that others cannot view it without permission. The mode switch 111 can switch between a normal mode and a security mode, for example. In the normal mode, only a function that is not inconvenient even when viewed by others, such as projection of a television program or information in a hall, and functions necessary for the patient PT such as a nurse call are displayed. Is not displayed unless the mode is switched to the security mode. This prevents the information of the patient PT from being carelessly viewed by others. The transition to and release from the security mode is not only performed by the operation of the mode change switch 111, but is performed by the operation of the patient PT or a medical staff such as a doctor or a nurse by displaying a confirmation screen after switching. May be executed after confirming.

FIG. 8 is a diagram showing an example of the patient screens HG1 and HG2, and FIGS. 9 and 10 are diagrams showing examples of the staff screens HG3 to HG9. FIG. 8A shows a nurse call screen HG1.
Is shown. On the nurse call screen HG1, a character display CP indicating that it is a nurse call screen
One and two buttons BT11 and BT12 are displayed. 2
The buttons BT11 and BT12 are used according to the degree of urgency. At the nurse station, a display corresponding to each of the buttons BT11 and BT12 is performed or a ringing tone is emitted.

The button BT11 displayed as "immediately" has a high degree of urgency. When the patient PT touches the button BT11 with a finger or the like, the fact is transmitted to the nurse station. The nurse who notices this will immediately go to the patient PT where the nurse call was made.
The button BT12 displayed as "later" has a low degree of urgency, and when a nurse call is performed using the button BT12, the nurse in charge of the patient PT can perform the patient PT's at an appropriate time within a predetermined time. You will go to the place. Thus, by providing a plurality of buttons BT according to the level of urgency, the patient PT can make a nurse call without hesitation according to the degree of urgency, and can more closely contact the nurse. it can. Also, it is not necessary for the nurse to always respond immediately to a nurse call, and it is possible to respond efficiently with a margin.

FIG. 8B shows an example of the control screen HG2. On the control screen HG2, a line drawing display CP2 indicating the opening and closing operation of the curtain, two buttons BT13 and BT14 for opening and closing operation, a line drawing display CP3 indicating the blinking operation of the lighting, and two buttons BT1 for the blinking operation
5, 16 are displayed. The patient PT uses these buttons B
By T13 to T16, opening / closing of the curtain and blinking of the lighting can be remotely controlled.

FIG. 9A shows an example of the authentication confirmation screen HG3. On the authentication confirmation screen HG3, the medical staff operates the information pen PN to transmit an infrared identification code. Thus, the identification code is input. When the identification code is input, it is checked against the identification code registered in the server in advance. If they match, the common default screen HG4 shown in FIG. 9B is displayed. On the common default screen HG4, the patient PT
Is displayed, and a “Notification” button BT
17, and an "operation" button BT18 are displayed. By pressing (touching) the button BT18, a link selection screen HG5 shown in FIG. 9C is displayed. On the link selection screen HG5, "YE" for accessing various servers is displayed.
An "S" button BT19 and an "NO" button BT20 for performing an operation other than accessing the server are displayed. By pressing the button BT19, various screens HG6 to HG9 corresponding to the identification code are displayed.

As shown in FIG. 10A, a doctor screen H
In G6, a button BT21 for displaying consultation information and other information about the patient PT and a button BT22 for giving an instruction to the patient PT are displayed. After the doctor screen HG6, for example, the screen is changed to an injection confirmation screen for injection into the patient PT and execution of treatment. By operating the button BT displayed on each screen, the doctor can access various servers and read and write medical information of the patient, similarly to the case of operating the doctor terminal 22.

As shown in FIG. 10B, on the nurse screen HG7, buttons BT23 and BT24 for selecting whether or not to perform nursing support for the patient PT are displayed. After the nurse screen HG7, for example, a transition is made to a care plan and assessment screen.

As shown in FIG. 10C, buttons BT25 and BT26 for selecting whether or not to give nutrition guidance to the patient PT are displayed on the nutritionist screen HG8. After the nutritionist's screen HG8, a transition is made to a nutritional guidance screen, a leftovers investigation screen, and the like.

As shown in FIG. 10D, on the pharmacist's screen HG9, buttons BT27 and BT27 for selecting whether or not to instruct the patient PT to take medication are displayed. After the screen HG9 for the pharmacist, a transition is made to a screen for taking medication instructions and the like.

As described above, the medical staff such as doctors and nurses use the patient terminals 27 installed for each patient PT to access various servers in the same manner as the dedicated terminals, and refer to or write information. It can be performed. Therefore, when medical staff examines or instructs the patient PT through rounds or the like, necessary information can be easily obtained on the spot, and results of rounds or the like can be easily input on the spot. . As a result, even if the patient PT does not go to the examination room or examination room,
At the bedside of T, medical examination, medication instruction, nutrition instruction, and other various explanations can be sufficiently provided.

Since the medical staff can input the identification code using the information pen PN possessed by each, the input of the identification code is easy and reliable. Further, the state of the tableware after the meal of the patient PT has been finished can be photographed by the video camera 107, and the video information can be used for the remaining meal investigation. Therefore, it becomes possible for the dietitian to grasp the diet state of the patient PT well, and the diet plan and diet management of the patient PT can be better performed. In addition,
As a timing of photographing the remaining meal with the video camera 107, for example, the patient PT may be instructed to photograph the state of the tableware after eating, and the photographing may be performed on the display surface HG of the patient terminal 27 at an appropriate time. Display the operation screen for
It may be made to be operated by the patient PT. Alternatively, a message to the effect that shooting is performed may be displayed on the display surface HG of the patient terminal 27, and shooting may be automatically performed according to the screen display.

In the above-described embodiment, the two-stage urgency button BT is displayed on the nurse call screen HG1, but may be three or more stages. Further, the degree of urgency may be displayed in an analog manner, and an appropriate position may be pressed according to the request of the patient PT. If the various buttons BT cannot be pressed (touched) by hand, a foot or a head can be used. It is also possible to perform an operation by voice.

In the above embodiment, a button BT or a keyboard displayed on the display surface HG may be used for inputting the identification code of the medical staff. Further, the medical staff may perform identification by making a signature on the display surface HG. Medical staff at doctor terminal 2
The identification code input when operating the second or nurse terminal 23 or the like and the identification code input when operating the patient terminal 27 may be the same or different from each other. In addition, the configurations, structures, shapes, circuits, functions, processing contents, screen display contents, operation timings, operation methods, and the like of the entirety or the patient terminal 27 or the medical information system 1 are appropriately changed according to the gist of the present invention. can do.

[0049]

According to the present invention, when a medical staff such as a doctor or a nurse examines a patient through rounds or provides guidance or explanation, necessary information can be easily obtained on the spot. It is possible to easily input results such as rounds on the spot.

According to the first and third aspects of the present invention, the patient can make a nurse call without hesitation according to the degree of urgency, and can more closely contact the nurse. Also, it is not necessary for the nurse to always respond immediately to a nurse call, and it is possible to respond efficiently with a margin.

According to the second and fourth aspects of the present invention, it is possible to grasp the state of the patient's meal well, and it is possible to better plan and manage the meal of the patient.

[Brief description of the drawings]

FIG. 1 is a block diagram of a medical information system according to the present invention.

FIG. 2 is a block diagram functionally showing the configuration of a medical information system.

FIG. 3 is a diagram illustrating functions of a bedside system.

FIG. 4 is a block diagram functionally showing the configuration of an information transmission device.

FIG. 5 is a diagram showing an example of a hospital room.

FIG. 6 is a diagram showing a use state of the patient terminal.

FIG. 7 is a block diagram illustrating a configuration of a patient terminal.

FIG. 8 is a diagram illustrating an example of a patient screen.

FIG. 9 is a diagram illustrating an example of a staff screen.

FIG. 10 is a diagram showing an example of a staff screen.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Medical information system 11 Medical affairs server (medical server) 12 Medical chart server (medical server) 13 Examination server (medical server) 18 Information sending device 21 Office terminal (medical staff terminal device, client terminal device) 22 Doctor terminal (medical staff) Terminal device, client terminal device 23 Nurse terminal (medical staff terminal device, client terminal device) 24 Examination terminal (medical staff terminal device, client terminal device) 25 Nutrition terminal (medical staff terminal device, client terminal device) 26 Drug terminal (terminal device for medical staff, client terminal device) 27 Patient terminal (client terminal device) 101 Infrared communication device (receiver) 107 Video camera BT11, 12 Button (call button) PN information pen (identification signal transmitter) HG1 Na Squall screen (the patient screen) HG2 control screen (the patient screen) HG3 authentication confirmation screen (staff for screen)

──────────────────────────────────────────────────続 き Continuation of front page (72) Keiji Kitamura 4-1-1, Kamiodanaka, Nakahara-ku, Kawasaki-shi, Kanagawa Prefecture Inside Fujitsu Limited (56) References JP-A-10-323332 (JP, A) JP-A-8-573 (JP, A) JP-A-9-70390 (JP, A) (58) Fields investigated (Int. Cl. ⁷ , DB name) G06F 17/60 126 A61B 5/00 JICST file (JOIS )

Claims (4)

(57) [Claims] 1. A medical server storing medical information, a patient information transmitting device for transmitting patient information, and a medical staff capable of accessing the medical server, wherein a medical staff reads and writes medical information of a patient in charge of the medical staff. And a plurality of medical staff terminal devices capable of performing a plurality of medical staff terminal devices, and a plurality of medical staff terminal devices installed for each bed so that patient information including voice or image from the patient information transmission device can be received by a patient operation. A patient terminal device, wherein each of the patient terminal devices is a screen for a patient to operate.
Nurses according to at least two levels of urgency
Nurse call picture with call button to call
A display device that displays a surface and a staff screen for operating by medical staff, and a video camera that can capture the state of the patient on the bed where the patient terminal device is installed,
Is provided, and the medical staff accesses the medical server by inputting the identification code given to the medical staff itself or the group to which the medical staff belongs, and displays a staff screen corresponding to the medical staff. The medical staff terminal device is configured to be able to read and write the medical information of the patient in charge of the medical staff in the same manner as the medical staff terminal device. A medical information system configured to transmit a video signal. 2. A medical server storing medical information, a patient information transmitting apparatus for transmitting patient information, and a medical staff capable of accessing the medical server, wherein a medical staff reads and writes medical information of a patient in charge of the medical staff. And a plurality of medical staff terminal devices capable of performing a plurality of medical staff terminal devices, and a plurality of medical staff terminal devices installed for each bed so that patient information including voice or image from the patient information transmission device can be received by a patient operation. A terminal device for a patient, each of the terminal devices for a patient, a display device for displaying a screen for a patient for operation by a patient and a screen for a staff for a medical staff to operate, and the terminal device for the patient Beds where patients have meals
A video camera capable of photographing the state of the leftovers after, provided by the medical staff, by inputting an identification code given to the medical staff itself or a group to which the medical staff belongs, to the medical server access to view the staff screen corresponding to the medical staff, is configured to be able to read and write medical information of the patient to be responsible for as well the medical staff and medical staff terminal apparatus, remaining for a patient A medical information system characterized by transmitting a video signal photographed by a patient's operation when an operation screen prompting photographing of food is displayed. 3. A medical information system having a medical server in which medical information is stored and an information transmitting device for a patient,
A patient terminal device installed and used for each bed to be able to receive patient information consisting of voice or image from the patient information transmission device by the operation of the patient, a screen for the patient to operate At least two stages
A call button for calling a nurse according to the degree of urgency
A display device for displaying a nurse call screen having a button and a staff screen for operation by medical staff, and a video camera capable of photographing a state of a patient in a bed on which the patient terminal device is installed. The medical staff enters the identification code given to the medical staff or the group to which the medical staff belongs, accesses the medical server and displays a staff screen corresponding to the medical staff, Similar to the staff terminal device, the medical staff is configured to be able to read and write medical information of the patient in charge, and when an operation screen for imaging is displayed, a video signal captured by the operation of the patient A patient terminal device, which is configured to send out. 4. A medical information system having a medical server in which medical information is stored and an information transmitting device for a patient,
A patient terminal device installed and used for each bed so that patient information including voice or image from the patient information transmission device can be received by operation of the patient, the patient terminal device being operated by a patient. A display device that displays a screen and a staff screen for operation by medical staff, and a patient's meal on a bed on which the patient terminal device is installed.
A video camera capable of photographing the state of leftovers after the medical staff, by inputting an identification code given to the medical staff itself or a group to which the medical staff belongs, to the medical server access to view the staff screen corresponding to the medical staff, is configured to be able to read and write medical information of the patient to be responsible for as well the medical staff and medical staff terminal apparatus, remaining for a patient A patient terminal device configured to transmit a video signal photographed by a patient operation when an operation screen prompting photographing of food is displayed.