CN212010360U - Intelligent nurse device based on AI voice control - Google Patents
Intelligent nurse device based on AI voice control Download PDFInfo
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- CN212010360U CN212010360U CN201922344343.0U CN201922344343U CN212010360U CN 212010360 U CN212010360 U CN 212010360U CN 201922344343 U CN201922344343 U CN 201922344343U CN 212010360 U CN212010360 U CN 212010360U
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Abstract
The utility model relates to an intelligent nurse device based on AI speech control, it has the voice sound robot of AI speech recognition ability and human operation sensor, the intelligent nurse tablet of card on nurse's work tablet, communication module, the edge calculation device who possesses AI speech processing ability, the cloud platform calculation server that possesses AI speech processing and AI speech training ability, AI speech training and throughput under hospital nurse's scene, through WIFI communication wireless technology and bluetooth location technology, whether there is patient or family members around the nurse robot is intelligent to judge, and then enter corresponding operating condition, the edge calculation device can also respond some common problems fast, if some problems are not in the storehouse of training, these pronunciation question data can continue to be passed to cloud calculation server and go deep into to calculate and handle, through continuous training, let AI speech sound robot nurse have intelligent ability, to reduce the workload for nurses and improve the hospitalization experience and satisfaction of patients.
Description
Technical Field
The utility model relates to a medical service technical field, more specifically relate to an intelligent nurse device based on AI speech control.
Background
Most nurses in hospitals in China are not enough, the proportion of patients to nurses is seriously inconsistent, the condition that nurses are busy frequently occurs, and then the patients are experienced badly and not taken care of, so that doctor-patient contradiction is caused. How to improve nurse treatment efficiency, bring better hospitalization experience for patients, and improve patient satisfaction becomes a major social topic. Chinese patent (publication No. CN108471480A) discloses a multi-receiving-end intelligent nurse call system, which includes an intelligent nurse call connection mode and a multi-receiving-end intelligent nurse call system, the intelligent nurse call connection mode is composed of a signal transmitting port, a PC console and a receiving end, the signal transmitting port transmits a signal to the receiving end through the PC console, the receiving end transmits the signal to a worker, and the receiving-end intelligent nurse call system controls a call device; when patient is sick, patient is through pressing alarm button, then convey the data transmission module with the signal through internet and PC terminal, data transmission module accepts and the analysis data, then with signal feedback to the control cabinet, the person on duty of control cabinet knows the sick bed position through signal receiving terminal and signal display, then send the staff and carry out the speech dialogue, remote observation and remote control equipment, nurse's work busy still can be caused in a pair of many services, make mistakes easily, and various remote equipment are expensive, it is also very poor to experience also to the nurse service disease hospitalization that can not face-to-face. Chinese patent (publication No. CN209070574U) discloses an intelligence nurse chest card, it has included host system and WIFI module that intelligence portion was equipped with in the chest card, be connected with hospital management system through the WIFI module, realize reminding to nurse's transmission information in real time, but it does not possess the function of switching operating condition mode when fixed point automatic connection, it is still very busy when making the nurse get back to the nurse's platform, the work of nurse's platform can not be handled, and it does not possess the function of independently studying, some questions that have the degree of difficulty still need the staff to answer, and input system, not only need the personnel that drop into more, and can complicate work flow, reduce nurse's work efficiency. The utility model discloses aim at improving patient and experience in hospital, let the environment of being in hospital more warm, let nurse personnel work more easily, let the society more harmonious.
An effective solution to the problems in the related art has not been proposed yet.
SUMMERY OF THE UTILITY MODEL
To the problem in the correlation technique, the utility model provides an intelligence nurse device based on AI speech control to overcome the above-mentioned technical problem that current correlation technique exists.
The utility model adopts the following technical proposal:
an intelligent nurse device based on AI voice control comprises a voice sound robot with AI voice recognition capability and an infrared pyroelectric sensor, an intelligent nurse card arranged on a nurse work card in a clamping manner, a communication module with a Bluetooth module, an edge computing device with AI voice processing capability, a cloud platform computing server with AI voice processing and AI voice training capability, a machine room and a nurse station; the voice sound robot is internally provided with a CPU, a voice recognition sensor, an infrared pyroelectric sensor, a voice playing module, a WiFi module and a second Bluetooth module; a third Bluetooth module and a vibration module are arranged in the intelligent nurse card;
wherein, edge computing device sets up in the computer lab and the terminal passes through fiber connection with cloud platform computing server, be provided with switch and LAN transmission system in the computer lab, LAN transmission system includes the fixed point net twine port of setting in the hospital through the net twine connection, the switch pass through the net twine respectively with edge computing device and LAN transmission system connect, communication module pass through the net twine with fixed point net twine port is connected, pronunciation stereo set robot set up at nurse bench and through the net twine with fixed point net twine port connection connects, intelligence nurse tablet is connected with communication module or pronunciation stereo set robot, and pronunciation stereo set robot forms two kinds of different operating condition modes when connecting.
As a preferable technical scheme, the infrared pyroelectric sensor comprises an emitter and a receiver, and the signal receiving range of the emitter and the receiver is 0.2-0.4 m. The emitter is used for emitting infrared rays with heat, the infrared rays can be received within the range of 0.2-0.4m when the emitter works, once the infrared rays are reflected by a human body, the receiver receives the energy of the reflected ultraviolet rays, the energy difference is obtained through calculation, people come to consult are judged, the receiving range of 0.2-0.4m is set, in order to ensure that the detected people really come to consult before approaching a nurse station and basically approach the nurse station, the situation that the accidentally passed people are detected at an excessively long distance to cause information misjudgment and influence the work of a nurse is avoided, the people really come to consult at a short distance cannot deliberately approach a voice sound robot, and even people who do not know the technology cannot trigger the device due to too short detection distance is avoided.
As a preferable technical solution, the fixed-point network cable port is disposed at a ceiling center of each ward, a ceiling center of a nurse's desk, and a desk in a hospital, a network cable connected between the communication module and the fixed-point network cable port is 0.3 to 0.5m in length, and a signal receiving range of the second bluetooth module and the third bluetooth module is 1.5 to 2 m. The communication module is ensured to detect a nurse which is really positioned in the ward and wears the intelligent nurse card, and the problem that the communication module is detected outside the ward or cannot be detected in the ward due to the problems of installation position deviation and receiving distance is avoided.
As a preferable technical solution, in the technology that the signal connection range of the bluetooth module and the signal reception range of the infrared pyroelectric sensor proposed in the present technical solution are understandable by those skilled in the art, a sequential scheme is as follows, when a nurse worker wearing an intelligent nurse card is far away from a nurse station or enters a ward, and when the communication module is in wireless pairing connection with the first bluetooth module, the operating state of the voice acoustic robot is in an "operating" state mode. Wear nurse's personnel of intelligent nurse tablet when nurse's station, when communication module pairs with second bluetooth module and is connected, pronunciation stereo set robot operating condition is "silence" state mode.
In particular, in order to enable those skilled in the art to more fully understand the specific functions of the system and the device, the "working" state mode is provided with a voice reminding mode and an AI voice interaction mode; the voice reminding mode comprises voice broadcasting, message storage and remote vibration reminding through the vibration module.
In addition, the wireless connection mode between the bluetooth modules and the connection mode between the WiFi and the bluetooth modules are not specifically described in the scope that those skilled in the art can understand.
As a preferred technical scheme, the system for the intelligent nurse station based on AI voice control comprises a CPU, a voice recognition sensor, an infrared pyroelectric sensor, a voice playing module, a WiFi module, a second Bluetooth module, a third Bluetooth module, a vibration module, a communication module, a local area network system, an edge computing device and a cloud platform computing server; the local area network system is in bidirectional connection with the edge computing device, the edge computing device is in bidirectional connection with the cloud platform computing server, the communication module and the WiFi module are connected with different position terminals of the local area network system, the output end of the WiFi module is connected with the input end of the CPU, the input end of the CPU is connected with the output end of the voice recognition sensor, the output end of the CPU is connected with the input end of the voice playing module, the CPU is in bidirectional connection with the infrared pyroelectric sensor and the second Bluetooth module, and the communication module is in wireless automatic pairing connection with the first Bluetooth module or the second Bluetooth module; the CPU is used for data processing and program operation; the voice recognition sensor is used for recognizing a voice signal; the infrared pyroelectric sensor is used for receiving an infrared heat reflection signal; the voice playing module is used for transmitting sound wave signals; the WiFi module is used for connecting a WiFi electric wave signal; the second Bluetooth module is used for connecting Bluetooth signals; the third Bluetooth module is used for connecting Bluetooth signals; the vibration module is used for generating mechanical vibration; the communication module is used for information transmission and communication; the local area network system is used for transmitting electric signals and generating WiFi electric wave signals; the edge computing device is used for optimizing the cloud platform data and the operation of an optimized application program, and the central server is placed on a node at the edge of the network; the cloud platform computing server is used for big data operation of big resources.
As a preferred technical solution, the first bluetooth module and the third bluetooth module each include a bluetooth information acquisition unit, a bluetooth information extraction unit, and a bluetooth information identification unit, wherein the bluetooth information acquisition unit is used for acquiring bluetooth information; the Bluetooth information extraction unit is used for extracting Bluetooth information; the Bluetooth information identification unit is used for Bluetooth information identification.
As a preferred technical solution, the WiFi module includes a network information acquisition unit, a network information extraction unit, and a network information identification unit, wherein the network information acquisition unit is used for acquiring network information; the network information extraction unit is used for extracting network information; the network information identification unit is used for identifying network information.
As a preferred technical solution, the communication module includes a bluetooth communication unit and a WiFi communication unit, wherein the bluetooth communication unit is configured to transmit communication based on bluetooth information; the WiFi communication unit is used for transmitting communication based on WiFi information.
The utility model has the advantages that: the utility model discloses a based on AI pronunciation are mutual, realize the new mode of intelligent and intelligent medical care, provide more portable hospitalization service for disease or family members, through CPU, the speech recognition sensor, infrared pyroelectric sensor, voice broadcast module, the wiFi module, second bluetooth module, third bluetooth module and vibration module, communication module, the LAN system, edge computing device and cloud platform calculation server, not only provide timely effectual advisory service, still provide intelligent services such as pronunciation interdynamic, leave a message and store, difficult question efficient edge calculation is abstracted, the training, the answer of study, and accessible LAN is long-range to nurse's accurate position location, vibration calling warning, also can human intelligent response switches dual mode, let the disease fully enjoy intelligent hospitalization service experience, also can let the nurse alleviate the burden, realize the diversified, the service, The method has the advantages of humanized operation, intelligent application, interactive care and simple implementation of application experience.
Drawings
Fig. 1 is a structural diagram of a voice audio robot of an intelligent nurse device according to an embodiment of the present invention;
fig. 2 is a diagram of an intelligent nurse card of the intelligent nurse device according to an embodiment of the present invention;
fig. 3 is a block diagram of a communication module of the intelligent nurse device in an embodiment of the present invention;
fig. 4 is a system topology live view of an embodiment of the present invention;
fig. 5 is a system topology diagram of the working state of a nurse at a nurse station according to an embodiment of the present invention;
fig. 6 is a system topology diagram of the working state of a nurse entering a ward or leaving a nurse station according to an embodiment of the present invention;
fig. 7 is an expanded view of the internal system of the voice acoustic robot according to an embodiment of the present invention;
fig. 8 is an expansion diagram of the internal system of the intelligent nurse card in an embodiment of the present invention.
Detailed Description
The technical solution in the embodiments of the present invention will be clearly and completely described below with reference to the accompanying drawings in the embodiments of the present invention.
Referring to fig. 1 to 8, an intelligent nurse device based on AI voice control includes a voice sound robot 7 having an AI voice recognition capability and an infrared pyroelectric sensor 2, an intelligent nurse card 8 mounted on a nurse work card in a snap-fit manner, a communication module 15 having a bluetooth module, an edge computing device 12 having an AI voice processing capability, a cloud platform computing server 11 having AI voice processing and AI voice training capabilities, a machine room 13, and a nurse station 18; the voice sound robot 7 is internally provided with a CPU6, a voice recognition sensor 1, a pyroelectric infrared sensor 2, a voice playing module 3, a WiFi module 4 and a second Bluetooth module 5; a third Bluetooth module 9 and a vibration module 10 are arranged in the intelligent nurse card 8;
wherein, edge computing device 12 sets up in computer lab 13 and the terminal passes through fiber connection with cloud platform computing server 11, be provided with switch and LAN transmission system 14 in the computer lab 13, LAN transmission system 14 includes the fixed point net twine port of setting in the hospital through the net twine connection, the switch pass through the net twine respectively with edge computing device 12 and LAN transmission system 14 are connected, communication module 15 pass through the net twine with fixed point net twine port is connected, pronunciation stereo set robot 7 set up on nurse's platform 18 and through the net twine with fixed point net twine port is connected, intelligence nurse tablet 8 is connected with communication module 15 or pronunciation stereo set robot 7, and pronunciation stereo set robot 7 forms two kinds of different operating condition modes during the connection.
With the aid of the above technical scheme, the utility model discloses a based on AI pronunciation are mutual, at ordinary times, the LAN transmission system 14 of hospital is normal, communication module 15 normally works, wiFi module 4 and the second bluetooth module 5 of intelligence pronunciation stereo set robot 7 all are in normal operating condition, through wiFi module 4 and wiFi's connection, make intelligence pronunciation stereo set keep the state of networking at any time, the nurse is 8 cards intelligent nurse tablet in this system on the ordinary work tablet of nurse, because the function by discernment and discernment that third bluetooth module 9 has, make the nurse have the ability that system signal was discerned.
The AI voice nurse robot is fixedly arranged on the nurse station 18, and normally supplies power to keep normal operation for 24 hours at ordinary times. The WiFi module 4 is connected to the hospital WiFi network, and then can keep normal communication with both the edge computing device 12 and the cloud platform computing server 11. The Bluetooth module is used for identifying whether the intelligent nurse card 8 is close to. The speech recognition sensor 1 is used to accept an external sound recognition input in real time. The infrared pyroelectric sensor 2 is used for detecting whether a person is close to the nurse station 18 for consultation in real time. The voice playing module 3 is used for playing the response voice information after AI identification processing.
Under the condition that the nurse normally works at nurse station 18, the second Bluetooth module 5 of the AI voice nurse robot detects the communication module 15 of the intelligent nurse card 8, automatically judges that the nurse is at nurse station 18, at the moment, the third Bluetooth module 9 is automatically paired and connected with the second Bluetooth module 5, and the working state of the voice sound robot 7 is automatically switched to the 'silent' state mode. At the moment, the external voice input is received only through the voice recognition module, other special processing is not carried out, and the work of replacing nurses is not carried out.
When the nurse has left nurse's platform 18, possess communication module 15 in the ward and just detect intelligent nurse's tablet 8, judge automatically that the nurse is not at nurse's platform 18, this moment third bluetooth module 9 is when being connected with communication module 15 wireless pairing, pronunciation stereo set robot 7 operating condition is "work" mode to according to the second bluetooth module 5 location nurse's the current position of communication module 15's the position that corresponds, be convenient for when having patient or family members to come the consultation, real-time pronunciation report real-time position. In this state, the "operating" state mode of the operating state of the voice acoustic robot 7 also has the "standby" operation mode at any time. And the infrared pyroelectric sensor 2 is continuously used for judging whether a patient or family member has come for consultation. If no one is present, it continues to remain in the "silent" status mode. Thereby guaranteed in time to receive patient or the consultation of family members, avoided influencing patient's experience, alleviateed nurse's burden, improved hospital work efficiency.
If the infrared pyroelectric sensor 2 in the AI voice nurse robot recognizes that someone is coming for consultation, the AI voice nurse robot switches to the 'working' state mode immediately at this time, and broadcasts the preset sound of the program periodically, like similar sound: "you are good, i is AI nursing care, the plum nurse temporarily leaves, possibly goes to a certain ward. You can leave a message for me in an emergency, and can transfer to a plum nurse immediately. The voice information of the plum nurses and a certain ward is judged according to systems under different scenes, and AI voice training is carried out to obtain different sound contents. For example, "… … Zhao Nurse temporarily walked away, and may have gone to a certain ward … …". Besides playing sound, the AI voice nurse robot continuously operates the voice recognition module, receives conversation contents of patients and records the conversation contents.
If the AI voice nurse robot is in the 'working' state mode, the AI voice nurse robot extracts and trains the received voice contents and intelligently answers questions of patients. Such as the patient asking: "where the hospital dining room is? "the AI voice nurse robot feeds back the following information to the patient through the processing of the edge computing device 12 and the cloud platform computing server 11: "you are good, my family dining room is in a certain building of a certain building, just in the north of our building, you can consult the dining room work telephone XXXXX". Another example is asking the patient: "how the weather is today", the AI voice nurse robot will solve the following: "you are good, today is sunny, and the temperature is between XX degree and XX degree".
AI pronunciation nurse robot is under "work" state mode, in case accepted patient's inquiry, can pass the information to the intelligent nurse tablet 8 of taking on the nurse through the WIFI network system who possesses bluetooth throughput at once to trigger intelligent nurse tablet 8's vibrations module shakes and reminds. After receiving the shock alert, the nurse knows that the nurse station 18 has the patient's needs to be assisted and returns to the nurse station 18 as soon as possible. After the nurse returns to the nurse station 18, the nurse asks questions about the patient, the AI voice nurse robot can read the questions again, and the nurse can deal with the questions one by one.
In addition, in one embodiment, the infrared pyroelectric sensor 2 comprises a transmitter and a receiver, and the signal receiving range of the transmitter and the receiver is 0.2-0.4 m. Wherein: the emitter is used for emitting infrared rays with heat, the infrared rays can be received within the range of 0.2-0.4m when the emitter works, once the infrared rays are reflected by a human body, the receiver receives the energy of the reflected ultraviolet rays, the energy difference is obtained through calculation, people come to consult are judged, the receiving range of 0.2-0.4m is set, in order to ensure that the detected people really come to consult before approaching a nurse station and basically approach the nurse station, the situation that the accidentally passed people are detected at an excessively long distance to cause information misjudgment and influence the work of a nurse is avoided, the people really come to consult at a short distance cannot deliberately approach a voice sound robot, and even people who do not know the technology cannot trigger the device due to too short detection distance is avoided.
In addition, in an embodiment, the fixed-point network cable port is disposed at the ceiling center of each ward, the ceiling center of the nurse station 18 and the desk in the hospital, the length of the network cable connected between the communication module 15 and the fixed-point network cable port is 0.3-0.5m, the position of a nurse can be accurately located through spatial position setting, the situation that a bluetooth signal can be connected when the nurse passes through a certain ward to generate position information false alarm, false alarm and the like is avoided, and the signal receiving range of the first bluetooth module 17, the second bluetooth module 5 and the third bluetooth module 9 is 1.5-2 m. The communication module detects a nurse which is really positioned in the ward and wears the intelligent nurse card, the problem of installation position deviation and receiving distance cannot be caused, the problem that the nurse cannot detect outside the ward or cannot detect in the ward can be realized in the existing common maximum area range, and misconnection and disconnection are avoided.
In addition, in one embodiment, the system for intelligent nurse station based on AI voice control comprises a CPU6, a voice recognition sensor 1, an infrared pyroelectric sensor 2, a voice playing module 3, a WiFi module 4, a second bluetooth module 5, a third bluetooth module 9, a vibration module 10, a communication module 15, a local area network system, an edge computing device 12 and a cloud platform computing server 11; the local area network system is bidirectionally connected with the edge computing device 12, the edge computing device 12 is bidirectionally connected with the cloud platform computing server 11, the communication module 15 and the WiFi module 4 are connected with different position terminals of the local area network system, the output end of the WiFi module 4 is connected with the input end of the CPU6, the input end of the CPU6 is connected with the output end of the voice recognition sensor 1, the output end of the CPU6 is connected with the input end of the voice playing module 3, the CPU6 is bidirectionally connected with the infrared pyroelectric sensor 2 and the second Bluetooth module 5, and the communication module 15 is wirelessly and automatically paired and connected with the first Bluetooth module 17 or the second Bluetooth module 5; the CPU6 is used for data processing and program operation; the voice recognition sensor 1 is used for recognizing voice signals; the infrared pyroelectric sensor 2 is used for receiving infrared heat reflection signals; the voice playing module 3 is used for transmitting sound wave signals; the WiFi module 4 is used for connecting WiFi electric wave signals; the second bluetooth module 5 is used for connecting bluetooth signals; the third bluetooth module 9 is used for connecting bluetooth signals; the vibration module 10 is used for generating mechanical vibration; the communication module 15 is used for information transmission and communication; the local area network system is used for transmitting electric signals and generating WiFi electric wave signals; the edge computing device 12 is used for optimizing cloud platform data and running an optimized application program, and a central server is placed on a node at the edge of the network; the cloud platform computing server 11 is used for big resources to perform big data operation.
In addition, in one embodiment, the first bluetooth module and the third bluetooth module each include a bluetooth information collecting unit 22, a bluetooth information extracting unit 23, and a bluetooth information identifying unit 24, where the bluetooth information collecting unit 22 is used for bluetooth information collection; the bluetooth information extraction unit 23 is configured to extract bluetooth information; the bluetooth information identification unit 24 is used for bluetooth information identification.
In addition, in one embodiment, the WiFi module 4 includes a network information collecting unit 19, a network information extracting unit 20, and a network information identifying unit 21, where the network information collecting unit 19 is used for network information collection; the network information extraction unit 20 is used for extracting network information; the network information identification unit 21 is used for network information identification.
In addition, in one embodiment, the communication module includes a bluetooth communication unit 16 and a WiFi communication unit 17, wherein the bluetooth communication unit 16 is configured to transmit communication based on bluetooth information; the WiFi communication unit 17 is configured to transmit communication based on WiFi information.
By means of the technical scheme, the utility model realizes intelligent and intelligent medical care new mode based on AI voice interaction, provides more portable hospitalization service for patients or families, provides timely and effective consultation service through the CPU6, the voice recognition sensor 1, the infrared pyroelectric sensor 2, the voice playing module 3, the WiFi module 4, the second Bluetooth module 5, the third Bluetooth module 9 and the vibration module 10, the communication module 15, the LAN system, the edge computing device 12 and the cloud platform computing server 11, and also provides intelligent services such as voice interaction, message storage, high-efficiency edge computing extraction and refinement of difficult questioning, training, and learning answers, and can remotely call and remind nurses through the LAN, and also can switch the double working mode through human intelligent induction, so that patients can fully enjoy intelligent hospitalization service experience, and the burden of nurses can be reduced, the method and the system realize application experience of service diversification, operation humanization, application intellectualization, care interaction and implementation simplification.
Obviously, the described embodiments are only a part of the embodiments of the present invention, and not all embodiments, and all other embodiments obtained by those skilled in the art without any inventive work are within the scope of the present invention based on the embodiments of the present invention.
The above description is only the preferred embodiment of the present invention; the scope of the present invention is not limited thereto. Any person skilled in the art should also be able to cover the technical scope of the present invention by replacing or changing the technical solution and the improvement concept of the present invention with equivalents and modifications within the technical scope of the present invention.
Claims (5)
1. An intelligent nurse device based on AI voice control is characterized by comprising a voice sound robot (7) with AI voice recognition capability and an infrared pyroelectric sensor (2), an intelligent nurse card (8) arranged on a nurse work card in a clamping manner, a communication module (15), an edge computing device (12) with AI voice processing capability, a cloud platform computing server (11) with AI voice processing and AI voice training capability, a machine room (13) and a nurse station (18); the voice sound robot (7) is internally provided with a CPU (6), a voice recognition sensor (1), an infrared pyroelectric sensor (2), a voice playing module (3), a WiFi module (4) and a second Bluetooth module (5); a third Bluetooth module (9) and a vibration module (10) are arranged in the intelligent nurse card (8);
wherein the edge computing device (12) is arranged in a computer room (13) and the terminal is connected with the cloud platform computing server (11) through an optical fiber, a switch and a local area network transmission system (14) are arranged in the machine room (13), the local area network transmission system (14) comprises a fixed-point network cable port which is connected and arranged in a hospital through a network cable, the switch is respectively connected with the edge computing device (12) and the local area network transmission system (14) through network cables, the communication module (15) is connected with the fixed-point network cable port through a network cable, the voice sound robot (7) is arranged on the nurse station (18) and is connected with the fixed-point network cable port through the network cable, intelligence nurse tablet (8) are connected with communication module (15) or pronunciation stereo set robot (7), and pronunciation stereo set robot (7) form two kinds of different operating condition modes during the connection.
2. The AI voice control-based intelligent nurse device of claim 1, wherein: the infrared pyroelectric sensor (2) comprises a transmitter and a receiver, and the signal receiving range of the transmitter and the receiver is 0.2-0.4 m.
3. The AI voice control-based intelligent nurse device of claim 1, wherein: the fixed-point network cable port is arranged at the ceiling center of each ward of a hospital, the ceiling center of a nurse station (18) and beside an office table, the length of a network cable connected between the communication module (15) and the fixed-point network cable port is 0.3-0.5m, and the signal receiving range of the second Bluetooth module (5) and the third Bluetooth module (9) is 1.5-2 m.
4. The AI voice control-based intelligent nurse device of claim 1, wherein: when the third Bluetooth module (9) is connected with the communication module (15), the working state of the voice sound robot (7) is in a working state mode.
5. The AI voice control-based intelligent nurse device of claim 1, wherein: when the third Bluetooth module (9) is connected with the second Bluetooth module (5) in a pairing mode, the working state of the voice sound robot (7) is in a 'silent' state mode.
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