CN112216358A - Medical terminal system, medical terminal and medical platform - Google Patents
Medical terminal system, medical terminal and medical platform Download PDFInfo
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- CN112216358A CN112216358A CN202010914351.9A CN202010914351A CN112216358A CN 112216358 A CN112216358 A CN 112216358A CN 202010914351 A CN202010914351 A CN 202010914351A CN 112216358 A CN112216358 A CN 112216358A
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H10/00—ICT specially adapted for the handling or processing of patient-related medical or healthcare data
- G16H10/60—ICT specially adapted for the handling or processing of patient-related medical or healthcare data for patient-specific data, e.g. for electronic patient records
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- G—PHYSICS
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- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H40/00—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices
- G16H40/20—ICT specially adapted for the management or administration of healthcare resources or facilities; ICT specially adapted for the management or operation of medical equipment or devices for the management or administration of healthcare resources or facilities, e.g. managing hospital staff or surgery rooms
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- G—PHYSICS
- G16—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR SPECIFIC APPLICATION FIELDS
- G16H—HEALTHCARE INFORMATICS, i.e. INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR THE HANDLING OR PROCESSING OF MEDICAL OR HEALTHCARE DATA
- G16H80/00—ICT specially adapted for facilitating communication between medical practitioners or patients, e.g. for collaborative diagnosis, therapy or health monitoring
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Abstract
The invention relates to a medical terminal system, a medical terminal and a medical platform, wherein the medical terminal system comprises a graphical user homepage interface module, a tour interface module and a personalized interface module; the graphical user homepage interface module is used for providing a graphical user homepage interface and providing an entrance for entering the tour interface module and the personalized interface module in the graphical user homepage interface; the tour interface module is used for providing a tour interface with conventional medical information of a hospital; the personalized interface module is used for providing a personalized interface with the diagnosis and treatment information of the patient. The invention can keep good communication between patients and doctors, and medical information can be reasonably shared among attending doctors, doctors on duty and patients.
Description
Technical Field
The invention relates to the field of medical information, in particular to a medical terminal system, a medical terminal and a medical platform.
Background
With the development of medical technology, some diseases suffered by human beings are effectively treated. For example, in the process of treating allergic rhinitis, a traditional Chinese medical practitioner initially detects the characteristic condition of a nasal cavity, further suggests to detect allergens, generates a medical image in the nasal cavity through electronic rhinoscope detection, detects whether the nasal septum deflects and the conditions of deflection stratification and damaged nasal mucosa, and provides a treatment scheme for a patient according to a series of detection results, wherein the symptoms of dry eyes, itchy eyes and uncomfortable throat are often accompanied when the allergic rhinitis of the patient occurs. In patients with mild illness, doctors recommend taking medicine for adjuvant treatment to go home to rest, and pay attention to diet in life; in patients with serious illness, the illness state is controlled by adopting a combined medication method before facility operation, the deflection of nasal septum in nasal cavity is improved by operation, and a series of combined medication is used for further improving the nasal cavity function after operation. However, the patient condition detection process, the treatment process of the preparation work of the patient before the operation during the hospitalization period, and the existing treatment mode of the patient after the operation in the process of recovering and feeding back the condition are still complicated, for example, after the doctor puts forward the hospitalization, the patient and the family members have long medicine taking procedures and complex procedures; returning to an outpatient room after medical detection and submitting a detection result to a doctor for analysis; the patient does not know the condition clearly and does not communicate with the doctor enough, the patient cannot know the treatment scheme of the attending physician based on the condition of the patient during the treatment period, and the doctor needs to enter the patient ward to know the feeling of the patient during the treatment period; medical information cannot be reasonably shared between attending physicians, on-duty physicians, and patients.
Disclosure of Invention
The technical problem to be solved by the invention is to provide a medical terminal system, a medical terminal and a medical platform, which can ensure that good communication is kept between patients and doctors, and medical information can be reasonably shared among attending doctors, on-duty doctors and patients.
The technical scheme for solving the technical problems is as follows:
in a first aspect:
a medical terminal system comprises a graphical user homepage interface module, a tour interface module and a personalized interface module;
the graphical user homepage interface module is used for providing a graphical user homepage interface and providing an entrance for entering the tour interface module and the personalized interface module in the graphical user homepage interface;
the tour interface module is used for providing a tour interface with conventional medical information of a hospital;
the personalized interface module is used for providing a personalized interface with the diagnosis and treatment information of the patient.
In a second aspect:
a medical terminal comprises a mobile terminal body, a processor, a memory and a wireless communication device, wherein the processor, the memory and the wireless communication device are installed in the mobile terminal body, the medical terminal further comprises a touch display screen embedded on the mobile terminal body, the touch display screen, the memory and the wireless communication device are all electrically connected with the processor, and the medical terminal system is installed in the processor;
the wireless communication equipment is used for receiving hospital conventional medical information and/or patient diagnosis and treatment information sent from the outside;
the storage is used for storing the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient;
the processor is used for inquiring the conventional medical information of the hospital and/or the patient diagnosis and treatment information from the storage based on the medical terminal system;
the touch display screen is used for displaying the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient.
In a third aspect:
a medical platform comprises the medical terminal, an attending physician terminal, an on-duty physician service desk terminal and a cloud end; the medical terminal, the main treating doctor terminal and the on-duty doctor service desk terminal are mutually connected in pairs and are all connected with the cloud end;
the main doctor terminal is used for respectively sending the treatment scheme information of the patient to the on-duty doctor service desk terminal and the medical terminal;
the main doctor terminal is also used for sending medical update information of the patient to the medical terminal;
the main doctor terminal is also used for sending the medical auxiliary scheme information of the patient to the on-duty doctor service desk terminal;
the attendant doctor service desk terminal is used for receiving the treatment scheme information and the medical auxiliary scheme information sent by the main doctor terminal;
the medical terminal is used for receiving the treatment scheme information and the medical updating information sent by the main doctor terminal;
the cloud is used for storing and sharing information of the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal.
The invention has the beneficial effects that: the medical terminal system, the medical terminal and the medical platform can ensure that good communication is kept between patients and doctors, and medical information can be reasonably shared among attending doctors, doctors on duty and patients.
Drawings
FIG. 1 is a schematic structural diagram of a medical terminal system according to the present invention;
FIG. 2 is a schematic structural diagram of a medical terminal according to the present invention;
fig. 3 is a schematic structural diagram of a medical platform according to the present invention.
Detailed Description
The principles and features of this invention are described below in conjunction with the following drawings, which are set forth by way of illustration only and are not intended to limit the scope of the invention.
In a first aspect:
as shown in fig. 1, a medical terminal system includes a graphic user homepage interface module, a tour interface module and a personalized interface module;
the graphical user homepage interface module is used for providing a graphical user homepage interface and providing an entrance for entering the tour interface module and the personalized interface module in the graphical user homepage interface;
the tour interface module is used for providing a tour interface with conventional medical information of a hospital;
the personalized interface module is used for providing a personalized interface with the diagnosis and treatment information of the patient.
In this particular embodiment: the graphical user home interface module provides an entry into the tour interface module in the graphical user home interface, specifically including a voice launch icon and a search icon. And the mode of entering the tour interface module is to directly click the voice starting icon to wake up a voice function or click the searching icon to search the required medical information. After the voice starting icon or the searching icon is clicked, the terminal system provides accurate or fuzzy search no matter the type of voice input or typing input searching; the information of the medicine is displayed when the searched content is a certain medicine; the search content is a case, i.e. medical information related to the case is displayed, including detailed information of medicines and detection equipment.
In this particular embodiment: the graphical user home page interface module provides an entry into the personalized interface module in the graphical user home page interface, specifically including an arrow icon.
In this particular embodiment: the hospital general medical information comprises detailed information of general medical drugs of the hospital; the patient clinical information includes case-based treatment protocols for the attending physician, such as: specific information of the drugs used to treat the case, electronic data for the test items.
In this particular embodiment: the graphical user homepage interface module is also used for providing necessary information of daily life; for example: including date, location, time, remaining power, and graphical expressions, among others. For example, the graphical user homepage interface provided by the graphical user homepage interface module is divided into two parts, namely an out-of-box part and an in-box part (not limited to the box, but also can be closed-loop boxes with other shapes), wherein the out-of-box part displays necessary information of daily life and an entrance (icon) for entering a tour interface or a personalized interface; the part in the box displays graphic expressions (other graphic expressions can also be used) with smile or depression, the part in the box displays the conventional medical information of the hospital after entering the tour interface, and the part in the box displays the medical information related to the patient after entering the personalized interface. Displaying the relevant medical icon in the tour interface and/or the personalized interface.
In this particular embodiment: after entering the personalized interface, a folder displayed in the box can be opened, the folder is named by the name of the patient, the daily medical information of the patient during the hospitalization period can be seen by opening the folder, the information comprises the information of the medicines used in combination, the treatment suggestion given to the patient by the attending physician, and the specific information detected by the medical equipment is received by the patient.
In this particular embodiment: when multi-level query is carried out in the tour interface module and/or the personalized interface module, icons which return to the previous display interface or enter the next display interface are arranged in the tour interface and/or the personalized interface.
In this particular embodiment: when the inquiry is carried out in the tour interface module and/or the personalized interface module, detailed information after clicking a certain medical icon on the tour interface and/or the personalized interface is divided into a left side and a right side which are separated by a split screen line, an actual picture of the medicine or the treatment equipment is displayed on the left side of the box, and the detailed information related to the medicine or the treatment equipment is displayed on the right side of the box.
In this particular embodiment: the square frame can be properly enlarged according to the requirements of the user, the medical icon displayed in the square frame is immediately enlarged, namely the touch range is enlarged, the operation can be performed after the user clicks the medical icon to enter the medical information interface, and the enlarged square frame can increase the display amount of information.
In this particular embodiment: the display information at the two sides of the split screen line can be interchanged, the split screen line can be dragged to the left end or the right end of the square frame leftwards or rightwards, that is, the split screen line is dragged from right to left to the left end in the middle of the box, or the split screen line is dragged from left to right to the right end in the middle of the box, the display information on the right side of the box covers the display information on the left side, or the display information on the left side of the box covers the display information on the right side, the original display information on the left side or the right side is displayed in the whole box, before dragging the split screen line, an up-down dragging column is displayed on the left or right side of the square frame interface and is used for checking complete information, after dragging the split screen line, in the case of displaying complete medical information in the square frame, the dragging column is still displayed on the interface, the size of the square frame can be increased, and the font size of the display information can also be increased, namely, a dragging column is displayed at the upper end or the lower end of the square frame after the font of the display information is increased.
In this particular embodiment: the interface for displaying the medical information is not limited uniquely, the outer frame of the display interface can be in other shapes, the two columns of information can be divided into an upper side and a lower side, and the split screen lines are displayed in the middle horizontal position.
In this particular embodiment: after the outer frame is enlarged, the display information or the icons outside the frame are reduced along with the increase of the shape of the frame, the display information or the icons outside the frame do not limit the increase of the outer frame for displaying the medical information, namely the medical display information can cover the whole display interface, the bottom of the interface is still reserved, the icons return to the previous interface or enter the next interface, and the icons can be displayed on the medical display information in a suspended mode or a certain blank position of the interface.
In this particular embodiment: the function of the icon returning to the previous interface or entering the next interface is not limited uniquely, the function icon is used for long-time pressing back to the preset graphical user interface, the function of returning to the previous interface or entering the next interface can be started only by touching the icon, and the function can be called by the user sliding left and right on the display interface.
In this particular embodiment: the personalized interface module is internally provided with an encryption component and is specifically used for providing the patient diagnosis and treatment information to the outside after the encryption component decrypts the information. For example: the unlocking interface is displayed when the icon is clicked in the user homepage interface to enter the personalized interface, the face information of patients in a ward and related family members is input in advance, only each patient who is treated in the hospital and the family members can be unlocked, only one folder named by the name of the patient can be seen by the patient after the personalized interface is entered, the patient can pay attention to and know medical information in real time, and a doctor mainly can talk with the patient through the displayed related information after the patient is unlocked after entering the ward.
In a second aspect:
as shown in fig. 2, a medical terminal includes a mobile terminal body, and a processor, a memory and a wireless communication device which are installed in the mobile terminal body, and further includes a touch display screen which is embedded on the mobile terminal body, the touch display screen, the memory and the wireless communication device are all electrically connected with the processor, and the medical terminal system is installed in the processor;
the wireless communication equipment is used for receiving hospital conventional medical information and/or patient diagnosis and treatment information sent from the outside;
the storage is used for storing the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient;
the processor is used for inquiring the conventional medical information of the hospital and/or the patient diagnosis and treatment information from the storage based on the medical terminal system;
the touch display screen is used for displaying the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient.
In this particular embodiment: the wireless communication equipment is used for receiving signals, is connected in a Wi-F i or Bluetooth mode, and can be connected with all routers of the whole hospital.
In this particular embodiment: the medical terminal further comprises one or more combinations of face unlocking equipment, a loudspeaker and a microphone, the face unlocking equipment is embedded into the loudspeaker and the microphone on the mobile terminal body, and the face unlocking equipment, the loudspeaker and the microphone are electrically connected with the processor. The speakers can be double speakers, but are not limited to double speakers, the attending physician can input relevant medical information or words for encouraging patients to send to the medical terminal at any time, the patients can check the voice information sent by the attending physician in a folder named as own name, and the microphone can be started when the medical information is searched and browsed by using the voice function in a graphical user homepage interface or can be started when the patients reply to the physician.
In this particular embodiment: the human face unlocking device comprises an infrared floodlight sensing element, a proximity distance sensor, an I R camera and an infrared dot matrix projector. The infrared floodlight sensing element, the proximity distance sensor, the I R camera and the infrared dot matrix projector are matched with each other, the medical terminal system controls the face unlocking device, a human unlocking interface is displayed when an icon is clicked in a graphical user homepage interface to enter a personalized interface, face information of a patient in a ward and related family members is recorded in advance, only the patient and the family members of the patient who is treated in the hospital can be unlocked, only one folder named by the name of the patient can be seen by the patient after the patient enters the personalized interface, the patient can pay attention to and know the medical information in real time, and a doctor can talk with the patient through the displayed related information after the patient is unlocked after entering the ward.
In this particular embodiment: the processor is also internally provided with a motion control system and is used for controlling the mobile terminal body to automatically run to a preset position based on the motion control system.
In this particular embodiment: the mobile terminal comprises a mobile terminal body and is characterized in that a stereoscopic vision sensor, an accelerometer and a proximity sensor are further embedded on the mobile terminal body, a memory chip is arranged in the mobile terminal body, and the stereoscopic vision sensor, the accelerometer, the proximity sensor and the memory chip are electrically connected with a processor. The three-dimensional vision sensor, the accelerometer and the proximity sensor are used in a matched mode and used for stable and safe running of the mobile terminal body, the three-dimensional vision sensor is used for detecting the position of an entity, the proximity sensor is used for avoiding collision between the mobile terminal body and the entity, the accelerometer is used for adjusting the running speed of the mobile terminal body, functions are mostly combined, the memory chip is used for storing a running route of the robot, namely the memory chip can be used for navigation during running each time, the memory chip is matched with the functions to meet the emergency situation for efficient running, the memory chip is not limited to the mobile terminal body, and in the high-technology nano processing era, the memory chip can be directly integrated on a processor or a memory.
In this particular embodiment: the touch display screen can be an LCD display or an OLED display; the mobile terminal body can be a medical auxiliary robot, but the bearing equipment is not limited to be a robot; an ambient light sensor is arranged around the touch display screen and used for adjusting the screen brightness; the touch screen, the wireless communication equipment, the human face unlocking equipment, the loudspeaker, the microphone, the stereoscopic vision sensor, the accelerometer and the proximity sensor are arranged at the head of the robot.
In this particular embodiment: and a medicine storage box is also arranged on the mobile terminal body. The medicine storage box is used for conveying medicines to patients. For example: in some embodiments, the robot receives the drug information for the patient from the attending physician and then takes the drug (e.g., drug such as eptifibatide hydrochloride nasal spray, ranicort-budesonide nasal spray, loratadine citrate capsules/tablets, rupatadine fumarate tablets) out of the drug taking table and provides the drug to the patient, and the patient can visit the relevant drug information, medical detection equipment information (allergen inspection technology, electronic rhinoscope technology) of the case in advance at the terminal device. In some embodiments, the robot delivers the medication into the ward, and the patient may enter the personalized interface through the face recognition system with his family or doctor on duty, opening a folder named the patient's name, and viewing the patient's medication information files, medical device detection information files, and the attending physician prompt text description files and language files.
To sum up, the medical terminal of the present invention has the following functions: (a) providing a medication delivery for a patient in an inpatient room; (b) providing a medical information database for inpatients; (c) providing a communication medium for inpatients and attending physicians; (d) all information that the patient receives treatment during the hospitalization is shared to the cloud system.
In a third aspect:
as shown in fig. 3, a medical platform comprises the medical terminal, an attending physician terminal, a doctor on duty service desk terminal and a cloud terminal; the medical terminal, the main treating doctor terminal and the on-duty doctor service desk terminal are mutually connected in pairs and are all connected with the cloud end;
the main doctor terminal is used for respectively sending treatment scheme information (including drug treatment and medical equipment detection information) of the patient to the on-duty doctor service desk terminal and the medical terminal;
the main doctor terminal is also used for sending medical update information of the patient to the medical terminal;
the main doctor terminal is also used for sending the medical auxiliary scheme information of the patient to the on-duty doctor service desk terminal;
the attendant physician service desk terminal is used for receiving the treatment scheme information and the medical auxiliary scheme information (the medical auxiliary scheme information comprises matters needing attention in life of the patient, guidance information of combined medication for the patient, and relevant conditions of the patient checked by the attendant physician at any time) sent by the main physician terminal;
the medical terminal is used for receiving the treatment scheme information and the medical updating information sent by the main doctor terminal;
the cloud is used for storing and sharing information of the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal.
In this particular embodiment: the medical platform also comprises a medical detection terminal which is respectively connected with the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal;
the medical detection terminal is used for respectively sending medical images and case detection information of patients to the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal.
In this particular embodiment: the information of the medical terminal, the information of the main treating physician terminal and the information of the on-duty physician service desk terminal are all shared in the whole cloud of the hospital, and the cloud can classify various cases and the treatment information of the individual cases of the main treating physicians in case classification.
In this particular embodiment: the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal are respectively provided with a folder which is specially used for storing treatment cases of patients on respective display interfaces, the folder contains case information of all patients which are treated in the hospital, the case information comprises received medication information, received detection information of medical instruments and medical schemes which are implemented by the main doctor for the patients, and the cases are sorted according to the dates from the beginning to the end of treatment.
In this particular embodiment: the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal receive all medical information of the patient, particularly in the medical terminal, the medical image of the medical detection platform is received and then is stored in a contrast mode with the related early-stage image, namely the medical image information can be stored in a single folder, the medical information received by the patient can be directly called in the medical terminal system by the main doctor during the period that the main doctor enters the ward, follow-up of a medical scheme is carried out in time by comparing recent continuous treatment and the medical image, and medical talking is carried out in a face-to-face mode with the patient by observing the medical information field of the medical terminal.
In this particular embodiment: case update information from the attending physician to the patient is received at the medical terminal and the patient can respond to the scheduled treatment.
In this particular embodiment: the medical terminal can be in mutual contact with the doctor on duty service desk terminal, and is used for interaction between a patient and a doctor on duty.
In this particular embodiment: each doctor can log in the cloud end by using a specific account number and a password to view all medical information about patients who receive self-treatment. The following examples of the medical platform of the present invention are described in detail for allergic rhinitis patients:
in some embodiments, the medical terminal receives the drug information for the patient from the attending physician terminal, and according to the drug information, the drug (such as the drugs like eptifibatide hydrochloride nasal spray, ranicocet-budesonide nasal spray, loratadine citrate capsules/tablets, rupatadine fumarate tablets) is taken out from the drug taking table and enters the ward to be provided for the patient, and the patient can visit the relevant drug information and medical detection equipment information (allergen checking technology and electronic rhinoscope technology) of the case at the medical terminal in advance.
In some embodiments, the medical terminal delivers the drugs into the ward, and the patient can enter the personalized interface through the face recognition system with the assistance of family members or a doctor on duty, and opens a folder named as the name of the patient, so that the patient can see the drug use information file, the information file detected by the medical equipment, and the text description file and the language file prompted by the attending physician.
In some embodiments, the attending physician can provide related auxiliary treatment opinions and schemes (including the attention matters in using desloratadine citrate capsules/tablets and some other combined medicines) according to the disease condition characteristics of the patient, and the auxiliary treatment opinions and schemes are sent to the on-duty physician service desk terminal through the attending physician terminal, and the on-duty physician gives corresponding treatment to the patient according to the information displayed by the on-duty physician service desk terminal; the doctor on duty reports the living condition of the patient during hospitalization and treatment to the attending physician in real time through the doctor on duty service desk terminal.
In some embodiments, a medical image generated by a medical detection terminal (e.g., an electronic rhinoscope detection device) is transmitted to the medical terminal, an attending physician terminal and a doctor on duty service desk, a patient can observe the medical image in the medical terminal in advance to know the self condition, and the attending physician analyzes the medical image at the attending physician terminal; the attending physician enters the patient ward to analyze the information of the case together with the patient, and the patient enters the personalized information interface to open the medical information and the physician to discuss the case condition.
In some embodiments, the patient can leave a message for the attending physician terminal in the medical prompt document sent by the attending physician terminal through the medical terminal, and the physician can deal with the patient situation in time after seeing the message.
In some embodiments, the attending physician wants to quickly view all medical information of the patient, can log in to the cloud through a specific account number and a password, and the attending physician can only see the medical information of the patient who is treated by the physician (like the patient can only see a general folder named by the name of the patient after entering a personalized interface through face recognition).
The medical terminal system, the medical terminal and the medical platform can ensure that good communication is kept between patients and doctors, and medical information can be reasonably shared among attending doctors, doctors on duty and patients.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents, improvements and the like that fall within the spirit and principle of the present invention are intended to be included therein.
Claims (10)
1. A medical terminal system characterized in that: the system comprises a graphical user homepage interface module, a tour interface module and a personalized interface module;
the graphical user homepage interface module is used for providing a graphical user homepage interface and providing an entrance for entering the tour interface module and the personalized interface module in the graphical user homepage interface;
the tour interface module is used for providing a tour interface with conventional medical information of a hospital;
the personalized interface module is used for providing a personalized interface with the diagnosis and treatment information of the patient.
2. The medical terminal system according to claim 1, wherein: the personalized interface module is internally provided with an encryption component and is specifically used for providing the patient diagnosis and treatment information to the outside after the encryption component decrypts the information.
3. A medical terminal, characterized by: the medical terminal system comprises a mobile terminal body, a processor, a memory and a wireless communication device, wherein the processor, the memory and the wireless communication device are installed in the mobile terminal body, the touch display screen is embedded on the mobile terminal body, the touch display screen, the memory and the wireless communication device are all electrically connected with the processor, and the medical terminal system as claimed in claim 1 or 2 is installed in the processor;
the wireless communication equipment is used for receiving hospital conventional medical information and/or patient diagnosis and treatment information sent from the outside;
the storage is used for storing the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient;
the processor is used for inquiring the conventional medical information of the hospital and/or the patient diagnosis and treatment information from the storage based on the medical terminal system;
the touch display screen is used for displaying the conventional medical information of the hospital and/or the diagnosis and treatment information of the patient.
4. The medical terminal of claim 3, wherein: the medical terminal further comprises one or more combinations of face unlocking equipment, a loudspeaker and a microphone, the face unlocking equipment is embedded into the loudspeaker and the microphone on the mobile terminal body, and the face unlocking equipment, the loudspeaker and the microphone are electrically connected with the processor.
5. The medical terminal of claim 4, wherein: the face unlocking device comprises an infrared floodlight sensing element, a proximity distance sensor, an IR camera and an infrared dot matrix projector.
6. The medical terminal according to any one of claims 3 to 6, wherein: the processor is also internally provided with a motion control system and is used for controlling the mobile terminal body to automatically run to a preset position based on the motion control system.
7. The medical terminal of claim 6, wherein: the mobile terminal comprises a mobile terminal body and is characterized in that a stereoscopic vision sensor, an accelerometer and a proximity sensor are further embedded on the mobile terminal body, a memory chip is arranged in the mobile terminal body, and the stereoscopic vision sensor, the accelerometer, the proximity sensor and the memory chip are electrically connected with a processor.
8. The medical terminal of claim 6, wherein: and a medicine storage box is also arranged on the mobile terminal body.
9. A medical platform, comprising: the medical terminal as claimed in any one of claims 3 to 8, further comprising an attending physician terminal, a doctor on duty service desk terminal and a cloud terminal; the medical terminal, the main treating doctor terminal and the on-duty doctor service desk terminal are mutually connected in pairs and are all connected with the cloud end;
the main doctor terminal is used for respectively sending the treatment scheme information of the patient to the on-duty doctor service desk terminal and the medical terminal;
the main doctor terminal is also used for sending medical update information of the patient to the medical terminal;
the main doctor terminal is also used for sending the medical auxiliary scheme information of the patient to the on-duty doctor service desk terminal;
the attendant doctor service desk terminal is used for receiving the treatment scheme information and the medical auxiliary scheme information sent by the main doctor terminal;
the medical terminal is used for receiving the treatment scheme information and the medical updating information sent by the main doctor terminal;
the cloud is used for storing and sharing information of the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal.
10. The medical platform of claim 9, wherein: the medical detection terminal is respectively connected with the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal;
the medical detection terminal is used for respectively sending medical images and case detection information of patients to the medical terminal, the main doctor terminal and the on-duty doctor service desk terminal.
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| CN202010914351.9A CN112216358A (en) | 2020-09-03 | 2020-09-03 | Medical terminal system, medical terminal and medical platform |
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Application publication date: 20210112 |