CN105956978A - Intelligent medical ward management system - Google Patents

Abstract

The invention discloses an intelligent medical ward management system, which includes a special ward for inmates, a control center host, and a fingerprint identification and attendance subsystem for medical staff connected to the control center host for real-time monitoring of the temperature in the ward. Humidity temperature and humidity monitoring subsystems, patient heart rate monitoring subsystems, mind sensors for monitoring whether medical staff are overworked; special wards are equipped with IC card access control subsystems connected to the control center host, illegal intrusion alarm subsystems, and illegal intrusion alarms. The subsystem is signal-connected with the IC card access control subsystem; there are multiple wireless cameras inside and outside the special ward; the special ward is also equipped with a GPS satellite positioning tracker fixed on the special patient. The invention can monitor the safety of the patients and is beneficial to the system management of the hospital. In particular, it has a perfect safety management system for the criminals serving sentences who are released on parole for medical treatment, which increases the safety of the hospital.

Description

Intelligent medical ward management system

technical field

The invention belongs to the field of hospital management systems, and in particular relates to an intelligent medical ward management system.

Background technique

In order to improve the work efficiency of medical staff and provide patients with more, faster and better services. Hospitals in the United States, Japan and Europe, especially university hospitals and medical centers, have developed medical ward management systems, which have become the basis for the formation and development of medical informatics.

The current trend of medical ward management system is systematic, networked, and comprehensive. It starts to follow the top-down development route. Generally, the core computer is used as the center to support the work of the entire system. Microcomputer and network technology are used as much as possible, and the investment scale is large. , the data is directly input to the core machine from the source.

In my country's medical industry, only a few large-scale general hospitals and teaching hospitals have intelligent medical ward management systems, such as Peking Union Medical College Hospital, Beijing Cancer Hospital, 301 Hospital, etc., which are mainly used in scientific research and teaching. In practical applications, there are also There is a big deficiency; moreover, there is a big technical gap in the special ward management system, which leads to the absconding incidents of criminals serving sentences who are released on medical parole from time to time. With the emergence and popularization of PCs, some hospitals have begun to develop some small management software, such as salary software, etc., but the systems in the application field are not perfect, and there are great defects and loopholes. These systems all have the following problems:

The level of software is low, and generally it can only do some elementary transaction processing, and some software stops after a period of time after development, and cannot persist. The reasons are:

(1) There is a shortage of computer professionals in each hospital, and the technical force is weak, especially the lack of high-level system analysts and interdisciplinary talents.

(2) There are many projects and the strength is scattered.

(3) Hospital funds are limited, and it is difficult to establish an ideal software and hardware support environment.

There are many repeated developments. According to a provincial survey, in the past few years, among the 262 projects developed in total, 41 are in the salary system, 21 in medical statistics, and 21 in personnel..., with a repetition rate of 70%. The reasons are as follows:

(1) There are certain differences in unit management methods, and the software cannot be used universally.

(2) There is no unified standard for software, which is difficult to promote.

(3) There is no high-level hospital management software package that can be widely promoted in the whole country.

Contents of the invention

The purpose of the present invention is to overcome the problems existing in the above-mentioned prior art, and provide a kind of intelligent medical care ward management system, can improve the work efficiency of medical personnel, provide more, faster, better service for patient; Simultaneously in this system There are special wards for special patients such as those who are released on medical parole to fill the technical gap caused by the lack of supervision for special patients in the medical field, and to prevent the safety of the people from being threatened.

For this reason, the present invention provides a kind of intelligent medical care ward management system, and its technical scheme is: the intelligent medical care ward management system includes the special ward set up for the special patients who are on parole for medical treatment, and also includes the control center host and the signals from the control center host respectively. The connected fingerprint identification and attendance subsystem for medical staff, the temperature and humidity monitoring subsystem for real-time monitoring of temperature and humidity in the ward, the heart rate monitoring subsystem for real-time monitoring of heart rate for patients, and the monitor worn by medical staff to monitor whether their work is The idea sensor of overtired; Described special ward is provided with IC card access control subsystem, illegal intrusion alarm subsystem, described illegal intrusion alarm subsystem is connected with IC card access control subsystem signal; A plurality of wireless cameras; the special ward is also equipped with a GPS satellite positioning tracker fixed on a special patient; the IC card access control subsystem, illegal intrusion alarm subsystem, GPS satellite positioning tracker and wireless cameras are all connected with the control center Host signal connection.

Preferably, the IC card access control subsystem controls the opening and closing of the door through the electromagnetic lock provided on the door of the special ward.

Preferably, the illegal intrusion alarm subsystem includes an infrared detection device arranged on the door of a special ward and a GSM module for SMS alarm connected with the infrared detection device and the control center host signal; the infrared detection device uses infrared The sensor performs infrared detection, and the infrared sensor is specifically an HC-SR501 infrared sensor; the core of the GSM module belongs to a dual-frequency GSM/GPRS module, adopts an industrial standard interface, and has a working frequency of 850/900/1800/1900MHz, capable of low-power Consumption realizes the transmission of voice, SMS, data and fax information.

Preferably, the IC card access control subsystem also includes a liquid crystal display that displays the names and ID numbers of the medical personnel, and the liquid crystal display is arranged on the door of the special ward.

Preferably, the fingerprint identification attendance subsystem adopts R305X series fingerprint identification module; the IC card access control system adopts MFRC522 highly integrated non-contact read-write chip.

Preferably, the temperature and humidity monitoring subsystem uses a DHT11 temperature and humidity sensor to detect the temperature and humidity in the ward, and the DHT11 temperature and humidity sensor is connected to the control center host by signal. The temperature and humidity monitoring subsystem also includes a wireless control wind speed humidifier controlled by the control center host computer signal connected to the control center host computer. The connection method is specifically a wireless connection through a wireless communication module such as WIFI. The value of the humidity electric signal sent by the sensor determines whether to turn on or off the humidification work of the wireless-controlled wind speed humidifier.

Preferably, the heart rate monitoring subsystem uses a pulsesensor heart rate sensor for heart rate detection, and the pulsesensor heart rate sensor is connected to the control center host by signal.

Preferably, the mind sensor is a brain wave acquisition module with a TGAM chip as the core, and the brain wave acquisition module is connected to the control center host by signal.

Preferably, the control center host uses an STM32 microcontroller as its main control chip.

Preferably, the intelligent medical ward management system uses a solar power supply system for power supply, and the solar power supply system includes solar panels and lead storage batteries electrically connected to the solar panels.

Beneficial effects of the present invention: the present invention can improve the work efficiency of medical personnel, provide patients with more, faster and better services, improve the relationship between medical personnel and patients, greatly reduce the incidents of medical disputes, and realize the Carry out alarm and positioning functions for safety management and emergency situations; at the same time, special wards for special patients such as medical parole are set up in the system to fill the gap caused by the lack of supervision for special patients in the medical field. The technical blank that escapes in time has avoided the threat to the safety of the people. In addition, the intelligent power supply part composed of solar cells and controllers supplies power to the management system to achieve energy saving, emission reduction, and environmental protection. The invention improves the overall safety of the hospital, provides a safe, comfortable and assured medical care environment for patients, and also strengthens the management of medical staff.

The present invention will be described in further detail below in conjunction with the accompanying drawings.

Description of drawings

Fig. 1 is a system block diagram of the present invention;

Figure 2 is a heart rate waveform monitored by the pulsesensor heart rate sensor.

detailed description

A specific embodiment of the present invention will be described in detail below in conjunction with the accompanying drawings, but it should be understood that the protection scope of the present invention is not limited by the specific embodiment.

As shown in Figure 1, the present invention discloses an intelligent medical ward management system, which includes a special ward set up for special patients who are on parole for medical treatment, and also includes a control center host and a control center host for signal connection with the control center host set up for medical personnel. Fingerprint identification attendance subsystem, temperature and humidity monitoring subsystem for real-time monitoring of temperature and humidity in the ward, heart rate monitoring subsystem for real-time monitoring of heart rate of patients, and mind sensors worn by medical staff to monitor whether they are overworked; The special ward is equipped with an IC card access control subsystem and an illegal intrusion alarm subsystem. The ward is also equipped with a GPS satellite positioning tracker fixed on a special patient; the IC card access control subsystem, illegal intrusion alarm subsystem, GPS satellite positioning tracker and wireless camera are all connected to the control center host computer signal.

Further, the IC card access control subsystem controls the opening and closing of the door through the electromagnetic lock arranged on the door of the special ward.

Further, the illegal intrusion alarm subsystem includes an infrared detection device arranged on the door of a special ward and a GSM module for SMS alarm connected with the infrared detection device and the control center host signal; the infrared detection device uses an infrared sensor For infrared detection, the infrared sensor is specifically an HC-SR501 infrared sensor; the core of the GSM module belongs to a dual-frequency GSM/GPRS module, which adopts an industrial standard interface and has a working frequency of 850/900/1800/1900MHz, which can reduce power consumption Realize the transmission of voice, SMS, data and fax information.

This embodiment has a complete security management system for convicts who are serving their sentences on parole for medical treatment, including an IC card access control system composed of electromagnetic locks, which can only identify specific IC cards, and when someone illegally enters a special ward, an infrared switch will be triggered , so as to send Chinese reminder text messages to relevant staff.

Further, the IC card access control subsystem also includes a liquid crystal display displaying the name and ID number of the medical personnel, and the liquid crystal display is arranged on the door of the special ward.

Further, the fingerprint identification and attendance subsystem adopts the R305X series fingerprint identification module, mainly to obtain the fingerprint of the staff, and to make the staff sign in through fingerprint identification, so that the management is more standardized and systematic; the IC card access control system adopts MFRC522 is a highly integrated non-contact read-write chip.

Further, the temperature and humidity monitoring subsystem uses a DHT11 temperature and humidity sensor to detect the temperature and humidity in the ward, and the DHT11 temperature and humidity sensor is connected to the control center host by signal.

Further, the heart rate monitoring subsystem uses a pulsesensor heart rate sensor for heart rate detection, and the pulsesensor heart rate sensor is connected to the control center host signal. Figure 2 shows a section of heart rate waveform monitored by the pulsesensor heart rate sensor. Patient family members and medical staff All can be observed by the upper computer connected with the heart rate sensor, which provides precious time for the timely rescue of the patient, and also enables the patient's family members to know the patient's physical condition in time, enhances understanding, and can reduce medical incidents.

Further, the mind sensor is a brain wave acquisition module with a TGAM chip as the core, and the brain wave acquisition module is connected to the control center host by signal. The thought sensor sends information to the control center host through the concentration of people's spirit to judge whether the staff needs to rest.

Further, the control center host uses an STM32 microcontroller as its main control chip.

Further, the intelligent medical ward management system uses a solar power supply system for power supply, and the solar power supply system includes solar panels and lead storage batteries electrically connected to the solar panels. The entire system of the present invention takes energy and environmental issues into consideration, uses solar panels and lead storage batteries to supply power to the entire system, uses green energy as much as possible, saves energy and reduces emissions, and protects the environment starting from the use of green energy.

Further, the system of the present invention also includes a rain detection sensor connected to the control host and located outside the ward. Through the rain detection sensor, it can detect whether it is raining, and feed back the detection signal to the control center host. The control center host then controls the connection with the window. The power system of the window is activated to realize the automatic opening or closing of the windows.

The present invention can only enter the special ward by swiping the IC card of a specific worker, and at the same time adopts an electromagnetic lock, which is more secure than the traditional lock. When swiping the card to enter, the name and unique ID number of the staff will be displayed on the LCD screen. At the same time, the infrared detection device installed on the door of the special ward will temporarily stop working. After going out, the card will be swiped again, and the infrared detection device will resume normal detection. Work. When the infrared detection device is working normally, if someone forcibly enters the special ward, the infrared detection device will trigger an alarm. At this time, the hospital security staff will receive a message from the GSM module such as "someone has entered the special ward!" Alarm text messages, so that it is convenient to deal with emergencies in a timely manner. If the criminal patient serving his sentence escapes successfully, the GPS satellite positioning tracker installed on him before will work. His longitude and latitude information can be obtained on the display screen at one end of the control host, and his exact location can be known by inputting his longitude and latitude information on the electronic map. This is not only conducive to the timely arrest of the police, but also provides better protection for the safety of the people. This system adopts wireless camera technology at the same time, which avoids the redundancy of wired camera wiring in the past. More importantly, the video information of the building can be observed in real time on the computer terminal and the client terminal of the mobile phone, and the security situation can be grasped in time. Control the angle of view of the wireless camera and the real-time capture function by manipulating the control pan/tilt connected to the wireless camera. The wireless camera has a pan-tilt control function, and the maximum angle of view can reach about 350 degrees. It has a voice intercom function and a real-time picture capture function. You can watch the pictures taken by the camera through the computer terminal and the mobile phone client, and you can control them remotely. In Figure 1, the system controls the operation of each part by controlling the host computer so as to achieve real-time control and data exchange of the overall system.

In the whole system of the present invention, the intelligent fingerprint attendance system is realized through the fingerprint module, and the fingerprint information is stored for easy viewing. The rain detection sensor of the system of the present invention can detect whether it is raining, and realize the automatic opening or closing of the window through the power system of controlling the window switch connected with the host signal of the control center; at the same time, the present invention can observe the ward in real time on the liquid crystal screen The change of internal temperature and humidity, and the adjustment of the fan speed and the switch control of the humidifier can be realized by adding wireless devices. The heart rate sensor can detect whether the heart rate of the human body is normal, and it can be displayed on the host computer. Medical staff and patient family members can Observe the patient's ECG waveform through the data collected by the heart rate sensor to monitor whether the patient's vital signs are normal. Use the mind sensor to detect whether the medical staff is in a state of fatigue, so as to know whether they are suitable for work. The system has a complete safety management system for convicts serving their sentences on parole for medical treatment. It includes an IC card access control system composed of electromagnetic locks, which can only identify specific IC cards, and when someone illegally enters a special ward, it will trigger an infrared switch, thereby sending a Chinese prompt message to the relevant staff. And it can detect the geographic location of escaped criminal patients, and lock and track them. At the same time, the whole system adopts Wifi wireless camera technology, which can monitor the safety of buildings in all directions, and can capture important pictures and fixed-point mobile alarm functions. The system is designed to be powered by solar panels, making full use of green energy to achieve energy saving and emission reduction.

In summary, the present invention fills the gap in the hospital management system regarding the supervision of special patients such as parole for medical treatment. The system of the present invention has a strict fingerprint identification and attendance system, which improves the usual working attitude of medical staff by being strict with self-discipline, and can give The recovering patients are provided with good medical conditions, which is conducive to the recovery of the patient's condition; for special patients, this system uses technologies such as electromagnetic locks, IC card access control systems, illegal intrusion alarm systems, and GPS satellite positioning and tracking systems to prevent and respond Criminals absconded on medical parole. This will help the police to arrest and better protect the lives of the people. The present invention improves the traditional hospital as follows: a temperature and humidity monitoring system is provided, which can monitor changes in temperature and humidity in real time, provides a more comfortable living environment for patients, and has a more rigorous employee attendance system; real-time monitoring for patients Heart rate, for medical staff to prevent work fatigue through the mind sensor, and improperly handle emergency situations.

Therefore, the present invention can improve the work efficiency of medical staff, provide more, faster and better services for patients, can improve the relationship between medical staff and patients, greatly reduce the incidents of medical disputes, and realize the safety management and maintenance of medical wards. Alarm and location functions for emergencies; at the same time, special wards for special patients such as medical parole are set up in the system to fill in the technology of criminals serving sentences escaped during medical parole due to insufficient supervision of special patients in the medical field Blank, to avoid threats to the safety of the people. In addition, the intelligent power supply part composed of solar cells and controllers supplies power to the management system to achieve energy saving, emission reduction, and environmental protection. The invention improves the overall safety of the hospital, provides a safe, comfortable and assured medical care environment for patients, and also strengthens the management of medical staff.

The above disclosures are only a few specific embodiments of the present invention, however, the embodiments of the present invention are not limited thereto, and any changes conceivable by those skilled in the art shall fall within the protection scope of the present invention.

Claims (10)

1. The intelligent medical care ward management system is characterized in that: it comprises a special ward set up for special patients who are on parole for medical treatment, and also includes a control center host and a fingerprint recognition and attendance subsystem for medical staff that is connected with the control center host signal respectively, The temperature and humidity monitoring subsystem for real-time monitoring of the temperature and humidity in the ward, the heart rate monitoring subsystem for real-time monitoring of the patient's heart rate, and the mind sensor worn by the medical staff to monitor whether they are overworked; The special ward is provided with an IC card access control subsystem and an illegal intrusion alarm subsystem, and the illegal intrusion alarm subsystem is signal-connected with the IC card access control subsystem; a plurality of wireless cameras are also arranged in the special ward and outside the special ward; The special ward is also equipped with a GPS satellite positioning tracker fixed on the special patient; the IC card access control subsystem, illegal intrusion alarm subsystem, GPS satellite positioning tracker and wireless camera are all connected with the control center host computer signal. 2. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described IC card access control subsystem controls the switch of door by being located at the electromagnetic lock on special ward door. 3. the intelligent medical care ward management system as claimed in claim 1, is characterized in that: described illegal intrusion alarm subsystem comprises the infrared detection device that is located on the special ward door and is connected with this infrared detection device and control center main frame signal The GSM module that is used for short message alarm; Described infrared detection device uses infrared sensor to carry out infrared detection, and described infrared sensor is specifically HC-SR501 infrared sensor; Its core of described GSM module belongs to dual frequency GSM/GPRS module, adopts industry standard interface , the operating frequency is 850/900/1800/1900MHz, which can realize the transmission of voice, SMS, data and fax information with low power consumption. 4. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described IC card access control subsystem also comprises the liquid crystal display of display medical personnel's name and ID number thereof, and this liquid crystal display is located at special ward On the door. 5. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described fingerprint identification attendance subsystem adopts R305X series fingerprint identification module; Described IC card access control system adopts the highly integrated non-contact read-write chip of MFRC522 . 6. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described temperature-humidity monitoring subsystem adopts DHT11 temperature-humidity sensor to carry out the temperature-humidity detection in ward, and described DHT11 temperature-humidity sensor and control center host signal connect. 7. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described heart rate monitoring subsystem adopts pulsesensor heart rate sensor to carry out heart rate detection, and described pulsesensor heart rate sensor is connected with control center main frame signal. 8. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described idea sensor is the brain wave acquisition module that is kernel with TGAM chip, and this brain wave acquisition module is connected with control center host signal. 9. intelligent medical care ward management system as claimed in claim 1, is characterized in that: described control center main frame is its main control chip with STM32 microcontroller. 10. intelligent medical care ward management system as claimed in claim 1, is characterized in that: the power supply of this intelligent medical care ward management system uses solar power supply system, and described solar power supply system comprises solar panel and the lead that is electrically connected with solar panel storage battery.