CN104873203A - Patient care monitoring system based on motion sensing device and working method of system - Google Patents

Abstract

The present invention relates to a patient care monitoring system and its working method, comprising: a host computer platform and a somatosensory device for collecting patient body sensory data; The above-mentioned communication module is connected with the alarm device; the patient care monitoring system of the present invention implements the acquisition of the patient's somatosensory device, and judges the current condition of the patient according to the somatosensory data, can understand the patient's appeal in time, and when it is identified that the patient is abnormal, it will send an alarm. Alert medical staff.

Description

A patient care monitoring system based on somatosensory device and its working method

technical field

The invention relates to the field of patient care monitoring, in particular to a patient care monitoring system based on a somatosensory device platform and a working method thereof.

Background technique

Medical reform has become an inevitable trend of social development. With the rapid development of IT technology, IT technology is the core to promote medical reform and realize the development of medical information and intelligence. In order to alleviate the pressure on medical staff, there is an urgent need for patient care monitoring systems. At present, there are two main directions for patient care monitoring systems on the market: one is that the monitoring parameters are single and cannot comprehensively monitor patient characteristics; the other is capable of monitoring patient characteristics. A variety of physiological parameters, but due to the large number of sensors in the device, the implementation process is more complicated, and it is difficult to maintain in the later stage. Therefore, it is necessary to improve the monitoring technology of the equipment, which can monitor various characteristic parameters of the patient, and the equipment is simple and easy to maintain later.

The traditional upper computer platform of the patient care monitoring system mainly adopts the C/S (client/server) mode. Later system upgrade and expansion. With the rise of the Internet era, the B/S (browser/server) model is in the ascendant. It has become a new development trend to develop upper computer software with WEB technology as the core. This model is convenient for the realization of distributed computing of the system and is conducive to the later maintenance of the system With upgrades, the maintenance cost of the system is reduced.

The patient care monitoring system requires real-time feedback to achieve dynamic tracking. The traditional patient care monitoring system can collect patient characteristic parameters in real time, but cannot dynamically track based on the collected information, make effective feedback, and remind medical staff in time.

Contents of the invention

The purpose of the present invention is to provide a patient care monitoring system and its working method, so as to realize the real-time monitoring of the patient's state and recognize gestures and other actions of the patient, so as to meet the demands of the patient.

In order to solve the above technical problems, the present invention provides a patient care monitoring system, comprising: a host computer platform and a somatosensory device for collecting patient somatosensory data; the somatosensory device is connected to the host computer platform through a communication module, and the host computer platform It is also connected with the alarm device through the communication module.

Further, the somatosensory device includes a processor module, and a camera and/or a microphone connected to the processor module and adapted to collect patient somatosensory data; the somatosensory data includes: patient image data collected by the camera and/or microphone collected voice data; the patient image data includes the patient's gestures, deaf-mute sign language and facial expressions; the processor module sends the somatosensory data to the host computer platform through the communication module.

Further, the host computer platform includes a main server and a storage unit for storing the body sensory recognition database; the body sensory recognition database is pre-stored with gesture feature data, sign language feature data and facial expression feature data when the patient is calling for help and/or suffering, and Voice feature data; the main server is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language, and facial expression data, and comparing the above data with corresponding feature data to determine whether the patient Whether the current status is normal.

Further, if the host computer platform detects that the patient's current state is abnormal, it will activate an alarm device to call for help.

Further, a WEB server is installed in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page.

In yet another aspect, the present invention also provides a working method of a patient care monitoring system, comprising:

The somatosensory data of the patient is collected by the somatosensory device, and the somatosensory data is uploaded to the server platform, and the server platform judges whether the current state of others is normal through the somatosensory data.

Further, the somatosensory device includes a processor module, and a camera and/or a microphone connected to the processor module and adapted to collect patient somatosensory data; the somatosensory data includes: patient image data collected by the camera and/or microphone collected voice data; the patient image data includes the patient's gestures, deaf-mute sign language and facial expressions; the processor module sends the somatosensory data to the host computer platform through the communication module.

Further, the host computer platform includes a main server and a storage unit for storing the body sensory recognition database; the body sensory recognition database is pre-stored with gesture feature data, sign language feature data and facial expression feature data when the patient is calling for help and/or suffering, and Voice feature data; the main server is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language, and facial expression data, and comparing the above data with corresponding feature data to determine whether the patient Whether the current state is normal; if there is an abnormality, the main server will activate the alarm device to call for help.

Further, a WEB server is installed in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page.

The beneficial effect of the present invention is that the patient care monitoring system of the present invention collects the patient's somatosensory device, and judges the patient's current condition according to the somatosensory data, can understand the patient's appeal in time, and when it is identified that the patient is abnormal, it will send an alarm and remind medical staff.

Description of drawings

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

Figure 1 is a functional block diagram of the patient care monitoring system of the present invention.

In the figure: main server 1, storage unit 2, WEB server 3.

detailed description

The present invention is described in further detail now in conjunction with accompanying drawing. These drawings are all simplified schematic diagrams, which only illustrate the basic structure of the present invention in a schematic manner, so they only show the configurations related to the present invention.

Example 1

As shown in Figure 1, a kind of patient care monitoring system of the present invention comprises: host computer platform and the somatosensory device that is used to collect patient's somatosensory data; Said somatosensory device is connected with the host computer platform through communication module, and this host computer platform It is connected with the alarm device through the communication module.

Further, the somatosensory device includes a processor module, and a camera and/or a microphone connected to the processor module and adapted to collect patient somatosensory data; the somatosensory data includes: patient image data collected by the camera and/or microphone collected voice data; the patient image data includes the patient's gestures, deaf-mute sign language and facial expressions; the processor module sends the somatosensory data to the host computer platform through the communication module.

Further, the host computer platform includes a main server 1 and a storage unit 2 for storing the motion recognition database; the motion recognition database is pre-stored with gesture feature data, sign language feature data and facial expression feature data when the patient is calling for help and/or suffering , and voice feature data; the main server 1 is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language, and facial expression data, and comparing the above data with corresponding feature data, To determine whether the current state of the patient is normal.

Specifically, the gestures related to patients with common characteristics, that is, the gesture feature data, are pre-stored; and the sign language actions of the deaf-mute sign language for corresponding appeals are stored, such as pain, calling a doctor, calling a nurse, hungry, thirsty, cold and Warm and other sign language movements are pre-stored to form the characteristic data of deaf-mute sign language; facial expression data characteristic data, for example, flushed face, pale face, painful expression, etc. The speech feature data includes: speech information such as painful shouts and groans.

Further, if the host computer platform detects that the patient's current state is abnormal, it will activate an alarm device to call for help.

Further, a WEB server 3 is provided in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page.

Optionally, the communication module may, but is not limited to, use a wireless module such as a Bluetooth module or WIFI; the Bluetooth module may use a Bluetooth adapter.

Example 2

On the basis of Embodiment 1, the present invention provides a working method of a patient care monitoring system, including: collecting the patient's somatosensory data through a somatosensory device, and uploading the somatosensory data to a server platform, and the server platform judges Whether the current state of others is normal.

Further, the somatosensory device includes a processor module, and a camera and/or a microphone connected to the processor module and suitable for collecting patient somatosensory data;

The somatosensory data includes: patient image data collected by a camera and/or voice data collected by a microphone; wherein the patient image data includes patient gestures, deaf-mute sign language and facial expressions;

The processor module sends the somatosensory data to the host computer platform through the communication module.

Further, the host computer platform includes a main server 1 and a storage unit 2 for storing the motion recognition database; the motion recognition database is pre-stored with gesture feature data, sign language feature data and facial expression feature data when the patient is calling for help and/or suffering , and voice feature data; the main server 1 is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language, and facial expression data, and comparing the above data with corresponding feature data, To judge whether the current state of the patient is normal; if abnormal, start the alarm device to call for help.

Further, a WEB server 3 is provided in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page.

Inspired by the above-mentioned ideal embodiment according to the present invention, through the above-mentioned description content, relevant workers can make various changes and modifications within the scope of not departing from the technical idea of the present invention. The technical scope of the present invention is not limited to the content in the specification, but must be determined according to the scope of the claims.

Claims (9)

1. A patient care monitoring system, characterized in that, comprising: an upper computer platform and a somatosensory device for collecting patient somatosensory data; the somatosensory device is connected with the upper computer platform through a communication module, and the upper computer platform is also passed through the The communication module is connected with the alarm device. 2. The patient care monitoring system according to claim 1, wherein the somatosensory device comprises a processor module, and a camera and/or a microphone which is connected to the processor module and is suitable for collecting patient somatosensory data; The somatosensory data includes: patient image data collected by a camera and/or voice data collected by a microphone; wherein the patient image data includes patient gestures, deaf-mute sign language and facial expressions; The processor module sends the somatosensory data to the host computer platform through the communication module. 3. patient care monitoring system as claimed in claim 2, is characterized in that, described upper computer platform comprises master server and is used for the storage unit that body sensory recognition database is stored; The somatosensory recognition database is pre-stored with gesture feature data, sign language feature data, facial expression feature data, and voice feature data when the patient calls for help and/or suffers; The main server is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language and facial expression data, and comparing the above data with corresponding feature data to determine whether the patient's current state is normal . 4. The patient care monitoring system according to claim 3, wherein if the host computer platform detects that the patient's current state is abnormal, the main server will activate an alarm device to call for help. 5. The patient care monitoring system of claim 4, wherein, A WEB server is provided in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page. 6. A method of operation of a patient care monitoring system comprising: The somatosensory data of the patient is collected by the somatosensory device, and the somatosensory data is uploaded to the server platform, and the server platform judges whether the current state of others is normal through the somatosensory data. 7. The working method of the patient care monitoring system as claimed in claim 6, wherein the somatosensory device comprises a processor module, and a camera and/or a microphone which is connected to the processor module and is suitable for collecting patient somatosensory data The somatosensory data includes: patient image data collected by the camera and/or voice data collected by the microphone; wherein the patient image data includes the patient's gestures, deaf-mute sign language and facial expressions; The processor module sends the somatosensory data to the host computer platform through the communication module. 8. the working method of patient care monitoring system as claimed in claim 7, is characterized in that, described upper computer platform comprises main server and the storage unit that is used for somatosensory recognition database storage; The somatosensory recognition database is pre-stored with gesture feature data, sign language feature data, facial expression feature data, and voice feature data when the patient calls for help and/or suffers; The main server is suitable for classifying and identifying patient image data, that is, classifying and identifying patient gestures, deaf-mute sign language and facial expression data, and comparing the above data with corresponding feature data to determine whether the patient's current state is normal ; If there is an abnormality, the main server starts the alarm device to call for help. 9. The method of operation of the patient care monitoring system of claim 8, wherein: A WEB server is provided in the host computer platform, and the WEB server publishes the patient condition monitored in real time by the patient care monitoring system through the WEB page.