34results about How to "Real-time monitoring of vital signs" patented technology

The invention discloses an intelligent firefighting rescue command and dispatch system. The intelligent firefighting rescue command and dispatch system comprises a main individual transmitter, a positive pressure air breathing apparatus, an intelligent firefighting bracelet, an audio and video helmet, a Mesh network repeater, an interphone, an emergency command box, a positioning module and a main positioning IPC (Industrial Personal Computer), wherein the main individual transmitter performs information exchange with each of the positive pressure air breathing apparatus, the intelligent firefighting bracelet, the audio and video helmet and the Mesh network repeater through the wireless network, the Bluetooth, signal lines and the Mesh network, so as to monitor the on-site rescue situation in real time; the emergency command box performs information exchange with the 119 command center through 4G; and the positioning module is connected with the main positioning IPC through a wireless serial port to realize the positioning of rescue workers. According to the intelligent firefighting rescue command and dispatch system, the seamless information integration of a plurality of departments is realized through the effective network convergence, and meanwhile the vital signs of rescue workers and the air pressure values in air bottles can be monitored in real time, an early warning is given to the rescue workers, and the expansibility is good due to reserved interfaces.

The invention provides a limited space operation safety supervision platform. The limited space operation safety supervision platform comprises a safety monitoring module, a video monitoring module, astatistical analysis module, a basic management module and a system management module; the safety monitoring module is connected with the statistical analysis module as well as environment detectionequipment and vital sign monitoring equipment in the limited space; the video monitoring module is connected with the statistical analysis module and video monitoring equipment in the limited space; the statistical analysis module is connected with the safety monitoring module, the video monitoring module, the basic management module and the system management module; and the basic management module is connected with the statistical analysis module and the system management module. The limited space operation safety supervision platform is used for receiving and processing the environment information, the vital sign information and the video information, realizing real-time supervision of limited space operation, recording and storing operation information, analyzing the operation information according to a preset analysis strategy, pushing early warning information, realizing safety information communication through an early warning process, and ensuring the safety of operators.

The invention discloses a LoRaWAN technology-based livestock monitoring and locating management system and belongs to the technical field of Internet of Things. The LoRaWAN technology-based livestockmonitoring and locating management system provides convenience for livestock management and disease prevention and monitoring. The LoRaWAN technology-based livestock monitoring and locating managementsystem comprises an LoRaWAN locating terminal, a monitoring sensor, more than 3 LoRa gateway node, a network server and a management terminal, wherein the LoRaWAN locating terminal and the monitoringsensor are worn by a livestock body and connected with each other, the LoRaWAN locating terminal is connected with every LoRa gateway node which is connected with the network server, and the management terminal is connected with the network server; the monitoring sensor and the LoRaWAN locating terminal are connected through a master control chip; the monitoring sensor, the LoRaWAN locating terminal and the master control chip are all powered by a battery power module, which is charged through a solar panel. The LoRaWAN technology-based livestock monitoring and locating management system saves additional hardware support as well as GPS (global positioning system) technology and is small in size and low in power consumption and cost.

The invention relates to a pet monitoring system based on a wearable device, which comprises a wearable device, a cloud platform server and an intelligent mobile terminal; the inner part of the wearable device is provided with a body temperature detecting module, a blood pressure detecting module, an action capturing module, a sound collecting module, a video collecting module, a signal filter circuit, a signal amplifying circuit, an analog-digital conversion circuit, a main control processing module, a wireless communication module, a data storage module, a positioning module and an abnormalalarm module. Through the pet monitoring system, an owner can monitor vital signs of the pet in real time; when the vital signs of the pet are abnormal, the owner can process it first time; the systemis quick and convenient to obtain information in real time, and low in device price.

The invention relates to a vital sign monitoring chair belt and system based on a piezoelectric sensing technology. The vital sign monitoring chair belt is arranged on a chair backrest, and comprises a locating component, a piezoelectric monitoring component, a control component and an intelligent terminal component, wherein the locating component is detachably arranged on the chair backrest, the control component is connected to the piezoelectric monitoring component, and the control component is connected with the intelligent terminal component through a communication module. When the vital sign monitoring chair belt conducts monitoring, a user is tightly close to the chair backrest, monitoring of various kinds of indexes of vital signs of the user can be achieved in real time by adjusting the position of the piezoelectric monitoring component to an appropriate area, vital sign signals and health indexes are controlled at any time, and multidirectional alarming is conducted when abnormity occurs; meanwhile, if any doubt or question occurs, the user consults a big data platform online doctor with one key, which is conducive to timely discovery of the abnormity of the body, and timely adoption of a remedial measure, and thus the occurrence of die of overwork or sudden death is avoided; the vital sign monitoring chair belt is safe, free of radiation, high in sensitivity, accurate in measured data, simple in structure, convenient to assemble, disassemble and carry, and good in user experience.

The invention relates to the technical field of electric power safety production mainly solving the technical problem of providing a wearable intelligent positioning and vital sign monitoring system for electric power maintenance personnel. The wearable intelligent positioning and vital sign monitoring system for electric power maintenance personnel is used for monitoring the vital sign and positioning information of the substation maintenance personnel in real time, comprising an installing main body, an intelligent positioning unit, a vital sign monitoring unit, a controller, a communication unit and a host; the intelligent positioning unit, the vital sign monitoring unit, the controller and the communication unit are arranged on the installing main body. The intelligent positioning unit and the vital sign monitoring unit respectively transmit detected position signal and vital sign signal to the controller; and the controller transmits the position signal and the vital sign signal to the host through the communication unit.

The invention relates to a vital-sign sensor based on PVDF and a remote network sign system. The vital-sign sensor comprises an information box, a PVDF piezoelectric film belt and a shell for sealing the PVDF piezoelectric film belt. The information box comprises a filter shaping module, a computing control unit and a communication module, wherein the filter shaping module, the computing control unit and the communication module are sequentially connected; the computing control unit comprises a signal processing module, an expansion interface and an output interface, wherein both the expansion interface and the output interface are connected with the signal processing module. The vital-sign sensor is free of assistance of nurses, free of constraint and suitable for long-term measurement, any one PVDF piezoelectric film in the sensor is only in contact with the body of a user or is in indirect contact with the body of a user, the user transfers body vibration pressure changes of the body to the sensor relying on the dead load of the body or the pressure of limbs, and vital-sign data information of the user can be monitored in real time; the normal work and rest rule of the user is not influenced, the vital-sign sensor is suitable for measuring the vital-sign data information of the user for a long time, the rule and the tendency of the vital-sign data information of the user are summarized accordingly, and the healthy warning and preventing effects are achieved.

The invention relates to a neonatal monitoring method based on the Internet of Things, and belongs to the technical field of intelligent monitoring. The method includes the following steps: (1) wearing a wristband on the newborn's hand, and installing a monitor and an alarm at the door of the ward; (2) monitoring the vital signs of the newborn in real time with the vital sign sensor module in the wristband, and (3) If a certain vital sign of a newborn is abnormal, an alarm message will be sent; (4) The monitor at the door of the ward monitors the built-in RFID tag of the wristband and finds that If someone wants to steal the baby from the ward or the parents hold the wrong baby, when the baby walks out of the ward, the alarm at the door will sound. The invention can monitor the vital signs of the newborn baby in real time, and at the same time prevent the newborn baby from being stolen or miscarried, thereby greatly reducing the workload of medical staff.

Disclosed are a patient monitoring method and device, a storage medium and a terminal. The method comprises the steps that a received trigger signal is responded, first movement information of a patient is obtained, and the trigger signal is generated when portable equipment carried by the patient senses rehabilitation equipment; operating parameters of the rehabilitation equipment are set according to the first movement information; and during operation of the rehabilitation equipment, vital sign data of the patient are obtained from the portable equipment. According to the provided scheme, patient monitoring in a rehabilitation training scene can be greatly facilitated so as to optimize the user experience of both the patient and medical workers.

The invention discloses a chest cavity monitoring apparatus for the internal medicine-cardiovascular department. The chest cavity monitoring apparatus comprises a bottom plate (1), wherein supportinglegs (2) are connected with the lower part of the bottom plate (1), a support frame (3) is connected with the lower part of each supporting leg (2), a universal wheel (4) is rotationally connected with the lower part of each support frame (3), the center of the bottom plate (1) is connected with a drive motor (11), an output end of the drive motor (11) is connected with a sleeve cylinder (12), theinside of the sleeve cylinder (12) is connected with a screw (13) in a sleeve manner, the screw (13) is connected with a mounting plate (14), the bottom plate (1), located on two sides of the screw (13), is connected with lifting rods (15), the other ends of the lifting rods (15) are connected with the mounting plate (14), and the mounting plate (14) is equipped with a monitoring control cabinet(16). Compared with the prior art, the chest cavity monitoring apparatus has the advantages of simple structure, reasonable design, convenient movement and strong applicability.

The invention discloses an ophthalmic operating bed which comprises a bed surface, bed feet, an upper transverse support, a lower transverse support and a long support. A movable pillow portion is arranged at one end of the bed surface, a drawer is arranged at the other end of the bed surface and located between the bed surface and the long support, movable tray supports are arranged on the left side and the right side of the bed surface, an infusion support is arranged on the side of the bed surface, an instrument tray support is arranged on the side of the bed surface at the bed tail end, and lifting pins are further arranged at the lower ends of the bed feet. The ophthalmic operating bed is simple and practical and has the advantages of being convenient to use, low in manufacturing cost, simple, practical, suitable for an ophthalmic operation and capable of monitoring vital signs of a patient subjected to an operation in real time, making the patient comfortable and bring convenience to an operation doctor.

The invention discloses an intelligent anesthesia safety monitoring method and system for perioperative period environment. The method comprises the following steps: S1, collecting field environment information in real time, wherein the environment information at least comprises video information, audio information, patient body surface temperature information and environment gas information; S2, inputting the collected field environment information into an environment information authentication model for feature authentication to obtain result information corresponding to each piece of environment information; S3, fusing the result information corresponding to each piece of environment information according to a preset fusion rule to obtain terminal result information and a risk level; and S4, synchronizing the terminal result information and the risk level to an intelligent terminal for display and early warning. According to the intelligent anesthesia safety monitoring method and system, the vital signs of a patient in the perioperative period can be monitored in real time, the occurrence of medical accidents caused by improper monitoring is reduced, and meanwhile, the mental stress of anesthesia medical staff is reduced.

The invention relates to the technical field of intelligent bracelets, and discloses an intelligent bracelet for monitoring vital signs of a patient with heart disease in real time, which comprises an outer frame; a display screen is fixedly mounted on the top wall surface of the outer frame; watchbands are fixedly mounted on the upper and lower side wall surfaces of the outer frame; a clamping rod is fixedly mounted on the side wall surface, close to the outer frame, of the watchband close to the bottom; a plurality of clamping holes are formed in the side wall, close to the top, of the watchband; and a main board electrically connected with the display screen is arranged in the outer frame. In the invention, if information exceeds the range of standard information, the display screen on the bracelet end is controlled to emit red light; the signal intensity of WiFi is checked; then the position of the patient is measured through a trilateration algorithm; an error reporting instruction is sent; furthermore, the position of the patient is prompted on a central control system, so that a doctor can conveniently find the position; patients with disease relapse can be treated and cured in time; and the situation that the patients are suddenly death or aggravated in symptoms due to the fact that the patients are not treated and cured in time is avoided.

The invention discloses a service system in a public gymnasium, which comprises a remote control part, a host part and a server, wherein both the remote control part and the server are in communication connection with the host part; the remote control part can monitor vital signs associated with a user in real time and send the vital signs to the host part; the host part can receive the vital signs and generate a corresponding request instruction according to the vital signs of the user; the server can feed back service information corresponding to the vital signs to the host part according tothe request instruction; and the host part can display the service information when receiving the service information fed back by the server. Therefore, the service system can push service information, which is the most suitable for the user and can be the most easily accepted by the user, for the user according to the current physical state of the user, thereby not only saving the search and query time of the user, but also enabling the push of service information of merchants to be more appropriate and more effective.

The invention provides an intelligent patient nursing system. The system is characterized by comprising a main control circuit mounted at a nurse station, a data collection circuit mounted inside a patient garment, a communication circuit mounted at various positions of a hospital and an alarming circuit mounted in the patient garment and the nurse station, the main control circuit, the data collection circuit and the alarming circuit are connected mutually through the communication circuit to complete the process of data transceiving, and the input end of the main control circuit is connectedwith a keyboard circuit used for setting parameter threshold value of keys for alarming. The intelligent patient nursing system has the advantages that vital signs of a patient are monitored in realtime through a contact sensor, real-time monitoring results are subjected to data processing to further acquire body state of the whole body of the patient, and the patient, personnel around and medical staff are timely reminded when state of an illness appears.

The invention discloses a livestock free-ranging tracking node capable of monitoring vital signs in real time, and relates to the technical field of an information acquisition terminal. The tracking node is characterized by comprising a microcontroller (1), a GPS receiving module (2), a GPRS communication module (3), an infrared body temperature transducer (4) and a power supply module (5), wherein the microcontroller (1) is mutually connected to the GPRS communication module (3) and the infrared body temperature transducer (4); and the GPS receiving module (2) and the power supply module (5) are connected to the microcontroller (1). The tracking node disclosed by the invention has the characteristics of being able to monitor the vital signs of an animal in real time, being not limited by a monitored region, stable in data receiving, simple to operate, convenient to install and the like.

The invention discloses a nursing type intelligence robot with a voice conversation function, which comprises a robot base body, a learning module, an early warning module, a driving module, a network module, an expansion module, an environment monitoring module, a remote control module, a vision module, a mode selection module, a voice interaction module, a power supply module and an obstacle avoidance module, corresponding software is installed on a mobile terminal device used by a guardian, the learning module comprises a data memory, and the operation mode of the learning module is as follows: when the robot encounters semantics which cannot be understood, the robot sends voice sent by a person under guardianship to the terminal device of the guardian through a wireless network; and the guardian guides the robot to act on the terminal device. When the robot encounters the semantics which cannot be understood, the guardian remotely guides the robot to make the action of the corresponding instruction, so that the problem that the traditional robot cannot make the corresponding action when encountering the instruction which cannot be understood due to dialects is solved.