34 results about "Abnormal vital signs" patented technology

The invention discloses an internet-of-things based intelligent alarm management system for intensive care. The system comprises a data acquisition and control module, a communication module and a central monitoring system, wherein the data acquisition and control module is used for acquiring running state data of an ICU (Intensive Care Unit) monitoring device and vital sign data of a patient in real time and sending the acquired running state data of the ICU monitoring device and vital sign data of the patient to the central monitoring system; the central monitoring system is used for performing analysis processing on the running state data of the ICU monitoring device, identifying a type and a working state of the ICU monitoring device and performing emergent grading alarm on device fault information; and the central monitoring system is further used for performing real-time analysis and comparison on the vital sign data of the patient and a set alarm range and performing emergent grading alarm on abnormal vital sign data of the patient. According to the system, the safety of nursing can be enhanced, the harm of alarm can be effectively reduced, the treatment delay due to 'alarm fatigue' of medical personnel is avoided, and the medical quality can be improved.

A vital sign sending method and a sending apparatus thereof is disclosed. The vital sign sending method includes the following steps. A user wears the vital sign sending apparatus. The vital sign sending apparatus includes a positioning module fitting with a satellite positioning system, a sending module that can transmit information via a wireless communication system, and a sensing module that contacts the user's body and monitors the vital signs of the user. Then, the vital sign sending apparatus monitors and obtains the vital signs over a fixed period and software is adopted to judge whether the vital signs of the user are abnormal or not. When the vital signs of the user are abnormal, the vital sign sending apparatus forcibly generates a sending function for informing a target person, and information regarding the location and vital signs of the user are transmitted to the target person.

The invention discloses intelligent wearable equipment applied to a pet. The intelligent wearable equipment comprises a motion sensing module, a processing module and a communicating module, wherein the motion sensing module is used for tracking and recording activity data information of the pet; the processing module is connected with the motion sensing module and used for acquiring vital signs of the pet according to the activity data information; the communicating module is connected with the processing module and mobile equipment, and the processing module sends the vital signs of the pet to the mobile equipment by the aid of the communicating module, so that an owner of the pet monitors the vital signs of the pet by the aid of the mobile equipment in real time. With the adoption of the scheme, by the aid of the intelligent wearable equipment, the owner can monitor the vital signs of the pet in real time and can perform handling immediately when the pet has abnormal vital signs.

A system and method for determining the degree of abnormality of a vital sign of a patient by obtaining the clinical profile of said patient and determining the statistical difference between the vital sign of the patient and the vital signs of previously evaluated patients having similar clinical profiles. The vital signs of previously evaluated patients having similar clinical profiles are determined based on matching the attributes of the patent's clinical profile to the clinical profiles of previously evaluated patients. The statistical difference, and the patent's clinical profile may be exported to an electronic medical record system or printed in hard copy for inclusion in the patient's medial file.

The invention discloses a vital sign monitoring system. The vital sign monitoring system comprises a vital sign monitoring module and a terminal, the terminal comprises a vital sign display module, avital sign contrastive analysis module, a data storage module and an alarm module, the vital sign monitoring module is used for monitoring vital signs of patients; the vital sign display module is used for displaying the vital signs of the patients; the vital sign contrastive analysis module is used for contrasting and analyzing monitored vital sign data of the patients with entered standard vitalsign data; the data storage module is used for recording and storing the vital sign data of the patients; and the alarm module is used for alarming the abnormal phenomenon of the vital signs of the patients. According to the vital sign monitoring system, the vital signs of the patients are monitored in a variety of ways, thus medical staff or caregivers can know the real-time changes of the vitalsigns of the patients in real time, and it can be guaranteed that danger cannot exist when the patients are not accompanied.

The invention provides a health monitoring alarm method and device. The health monitoring alarm method comprises the steps that personal information of a user is obtained; real-time heartbeat information and real-time body temperature information of the user are obtained; predetermined thresholds of vital signs are obtained and comprise a heartbeat predetermined threshold and a body temperature predetermined threshold; if the real-time heartbeat information and / or the real-time body temperature information of the user exceed / exceeds the predetermined thresholds of the vital signs, real-time position information of the user is obtained through a positioning device; and first alarm information is sent to a control platform, and the first alarm information is used for sending the real-time position information, the real-time heartbeat information and the real-time body temperature information of the user to the control platform and conducting alarm reminding. Alarm treating is achieved bymonitoring the real-time signs of the user, the vital signs of the user can be mastered in real time, thus first aid treatment is conducted on the user, and the situation that when no one finds thatthe vital signs of the user are abnormal, serious consequences are caused is avoided.

The invention discloses an intelligent guardianship infusion pump. The intelligent guardianship infusion pump comprises a central processing module which is respectively connected with a storage module, an alarm module, a display module, a detection module, a power source module and a pump device; the central processing module is also connected with a data conversion and control processing module; and the data conversion and control processing module is internally provided with multiple identification codes of appointed sensors, which are used for identifying the appointed sensors. The data conversion and control processing module added in the intelligent guardianship infusion pump can be connected with the sensors; the different sensors are used for measuring different data parameters and transmitting data to the central processing module, and then corresponding commands are made; and therefore, the labor power burden of nursing staff can be reduced, the real-time monitoring on various physiological parameters and medicine liquid state is realized in the infusion process of a patient, and the real-time alarm prompt on abnormal vital sign parameters of the patient is realized in the infusion process, and the abnormal condition occurring in the infusion process of the patient is prompted so that accidents are prevented in the infusion process.

The invention discloses an automatic breeding method for rats and mice in a barrier environment. The automatic breeding method includes attaching an RFID (radio frequency identification device) to each cage, moving replacing cages from a cage frame according to the time sequence by an AGV (automated guided vehicle) carrying robot, timely handling the abnormal cages, conveying the replacing cages to a mouse changing workbench by the AGV carrying robot, and conveying replaced cages to an automatic cleaning device through a conveying belt to conduct cleaning. The rat and mouse breeding method isapplied to modularized and automated rat and mouse breeding activities of experimental animal breeding institutions in the barrier environment, and meets the quality requirements of scientific research institutions, universities, hospitals, pharmaceutical factories and other customer groups on experimental rats and mice. The automatic breeding method has the advantages that the rats and the mice having abnormal vital signs are automatically identified by an infrared-ray thermal inductance technique, and personnel for breeding is timely notified to perform harmless treatment; the replacing cages are carried by the AGV carrying robot to the mouse changing workbench for replacement, and full-automatic 'cage replacing and mouse changing' are realized without direct intervention of people.

An embodiment of the invention discloses an intelligent detection and epidemic prevention system and method. The system comprises an acquisition and detection device, an intelligent warning device, anintelligent access control device, an epidemic prevention channel device and a queue detection device, wherein the acquisition and detection device is used for acquiring identity information and signinformation of first personnel and detecting the identity information and the sign information; the intelligent warning device is used for determining a warning operation for the first personnel; theintelligent access control device is used for determining access control operation for the first personnel; the epidemic prevention channel device is used for determining epidemic prevention operation for the first personnel; and the queue detection device is used for determining detection and epidemic prevention operation for persons included in the first personnel. Therefore, the embodiment ofthe invention is beneficial for realizing the automation of the whole detection and epidemic prevention work, discovering and preventing people with unknown identities and abnormal vital signs in time, and improving the safety and efficiency of the whole detection and epidemic prevention work.

The invention discloses an intelligent remote home-based care system for the aged, and relates to the technical field of home-based care for the aged. The intelligent remote home-based care system comprises a care monitoring device, a wireless communication module and a remote application server, wherein a data summarization monitoring module, a log module, a disease early warning module, a health recording module, a manual monitoring module as well as a vital sign monitoring module, a sleep monitoring module, a respiration monitoring module, a heart rate monitoring module, an on-bed and off-bed monitoring module, a remote nursing early warning module, home-based fire early warning module, an intelligent remote medicine taking reminding module and a intelligent remote reminding / calling module which are respectively connected with the data summarization monitoring module and the log module are arranged in the remote application server. The vital signs of the aged are monitored in real time, the physical health data of the aged are obtained through digital transformation, various vital signs of the aged are accurately positioned through big data analysis of the intelligent nursing system, abnormal vital sign data are found in time, and the probability of later complications is prevented in advance.

The invention relates to a driver vital sign monitoring warning method, a driver vital sign monitoring warning system is set on the vehicle, the driver vital sign monitoring warning system collects the driver vital sign monitoring information, compares with the driver normal physical sign information, and whether the driver has abnormal vital sign information or not is determined; when the abnormality of the driver vital sign information is detected, the warning information is sent through a monitoring management terminal, and the driving state of the driver is monitored in a timely manner. The driver driving state vital sign information is monitored by collecting and comparing the driver identity information and vital sign information, and when the monitoring management terminal detects abnormal vital sign information, the monitoring management terminal issues an instruction to an execution unit to cause a speaker to emit an alarm sound, and a vibration device generates vibration to alert the driver, which greatly reduces the occurrence of an accident.

The invention discloses a diver underwater self-rescue device comprising a main body. The left side of the main body is provided with a strap, which is provided with a physical sign monitoring module.An oxygen bottle is disposed in the left end surface of the main body, and the front side and the rear side of the oxygen bottle are provided with propelling devices, which are used for propelling bydriving water flow. According to the invention, sodium azide normally adopted in automobile safety airbags are used as air generator, and by combining with an airtight buoyance airbag, when the physical sign of the diver is abnormal, a lot of air can be generated, and the airbag is used to drive the diver to float upwards, and at the same time, an auxiliary propulsion device is capable of effectively help the diver floating back to the water surface quickly, and the whole device is smart, and is installed on the oxygen bottle, and therefore the normal underwater operation of the diver is notaffected, and in addition, by adopting the strap-type design, the adaptability is better, and the device is suitable for various diver sizes.

The invention provides a nursing information remote monitoring system. The system comprises a nursing information acquisition module, a cloud server and a remote monitoring terminal; the nursing information acquisition module is composed of a plurality of sensor nodes and an aggregation node, and the sensor nodes acquire nursing information of a patient in real time; the aggregation node aggregates the nursing information acquired by each sensor node and forwards the nursing information to the cloud server for storage; and the remote monitoring terminal acquires nursing information of the patient from the cloud server, monitors vital signs of the patient in real time according to the acquired nursing information, and gives an alarm when the vital signs of the patient are abnormal. According to the nursing information remote monitoring system provided by the invention, nursing information of a patient can be obtained in real time; the vital signs of the patient are monitored, medical staff do not need to detect the vital signs one by one, the workload of the medical staff is reduced, meanwhile, a doctor can accurately know the health condition of the patient, and therefore the doctor can diagnose the actual condition of the patient conveniently.

The invention discloses a wireless wristwatch and a method applying the same. A wristwatch which can be worn on the arm of a human body serves as a carrier, and an MCU (micro control unit), a vital sign parameter monitoring unit, a judgment unit, an alarm unit, a display unit and a short-distance wireless communication unit are arranged on the wristwatch. Under control of the MCU, the vital sign parameter monitoring unit monitors vital sign parameters of a patient, the vital sign parameters are judged to be normal or not through the judgment unit, abnormal vital sign parameters are sent to the alarm unit for triggering alarm, and each vital sign parameter outputted by the judgment unit is sent out through the short-distance wireless communication unit. Since the wireless wristwatch does not need to tighten the chest of the patient like a pectoral girdle with a vital sign parameter monitoring device in the prior art, so that use comfortableness is improved; the wireless wristwatch does not need to be incapable of being in good contact with the skin of the patient like a T-shirt with a vital sign parameter monitoring device in the prior art, so that monitoring is accurate.

The invention discloses a special electronic payment device for old people. The device comprises an information acquisition module, an input device, an operation display screen, an identity display screen, a central microprocessor, a wireless communication module, an antenna, an emergency call starting module, a loudspeaker, a balance sensor, a database module and a power supply module, and the database module comprises a payment amount limiting sub-module and an identity information sub-module. Through the positioning module, the balance sensor and the emergency call module, the personal safety of the old people using the device is further ensured, the vital sign detection module is used for selectively alarming abnormal vital signs, and meanwhile, the database module is used for recording the abnormal vital sign data; the user can export and print the monthly, seasonal or annual vital sign data according to needs, with the arrangement of a solar power supply device, the standby timeof the electronic payment device with a positioning function is greatly prolonged, and it is guaranteed that the power failure does not happen during a user navigation process.

The invention discloses an intelligent driving system of a respiratory tract cleaning system. The intelligent driving system comprises a power supply, a sign test data unit and a motor driving control unit. The sign test data unit comprises a sign signal acquisition end and a comparative analysis circuit, wherein the sign signal acquisition end is used for acquiring sign signals, and the comparative analysis circuit is connected with the sign signal acquisition end and used for conducting comparative analysis on output signals of the sign signal acquisition end and outputting trigger signals. The motor driving control unit comprises a motor driving control chip, an in-chip voltage stabilizing module and a signal output circuit. The motor driving control chip is used for controlling an air vibration mechanism and an air pressure adjusting mechanism motor to operate, and any enabled control end of the motor driving control chip is connected with the comparative analysis circuit. The intelligent driving system is simple in structure, and the intelligent motor control process can be achieved through simple electrical apparatus elements; the occurrence rate of accidents that when emergencies such as the anomalous change of vital signs of heart rate increase and blood pressure of patients in the sputum excretion process happen, a sputum excretion machine still continues to conduct auxiliary sputum excretion operation can be effectively eliminated.

An Internet of Things intrinsic safety rescue watch with a fast networking function and capable of being detected comprises a screen, a shell and a movement assembly, wherein the shell comprises an upper cover plate, a lower cover plate and a middle frame; the machine core assembly comprises a main board and a heart rate and blood pressure board. The front surface of the screen is embedded into the frame groove of the upper cover plate, and the chip is connected with the connecting seat on the mainboard; the machine core assembly is formed by connecting a heart rate and blood pressure plate and a main plate through a half-cut hole soldering tin connecting point. A design method of a detectable Internet of Things intrinsic safety rescue watch with a fast networking function comprises the steps that firstly, watch hardware is designed according to functions, then module programming is carried out, and finally complete machine program optimization is carried out; and networking programming is carried out to realize equipment early warning information recognition and early warning information sharing with the watch. The system has the advantages that the functions of heart rate and blood pressure monitoring and vital sign abnormity alarming are achieved, and personnel attendance checking is achieved. Through the Bluetooth mesh function, wifi MESH can also be used for implementation, when an underground line is broken, the network is quickly expanded by putting a watch into use, and quick networking rescue of the mesh network is achieved.

A human condition detection device comprises a depth image-taking module for taking a depth image of a target area. A millimeter-wave radar module detects breaths or heartbeats in the target area to provide a signal. A thermal image-taking module takes a thermal image of the target area. A processor module determines whether a person is in the target area based on the depth image. The processor module determines whether there is any breath or heartbeat based on the signal if a person is in the target area. The processor module determines whether there is any abnormal vital sign of the person in the target area based on the signal and the thermal image if there is a breath or heartbeat in the target area. The processor module actuates the warning module to provide a warning if there is an abnormal vital sign of the person in the target area.

The invention discloses a production process of a sensing intelligent mattress, which comprises the following steps: 1, spring coiling, wherein steel wires are coiled into supporting springs by usinga spring coiling machine; 2, spring penetration, wherein the supporting springs are wound into spring cores through spring penetration; 3, trimming, wherein surrounding edge steel are trimmed throughsteel wires in a beating way to make a bed net; 4, bottoming, wherein cotton felts are fixed to the bed net to preliminarily form a mattress; 5, arranging an information acquisition module and an information processing module; 6, cloth buckling, wherein gathered cotton is laid on two sides of the mattress; 7, edge enclosing, wherein the periphery of the mattress is enclosed by side cloth. By adopting the production process of the sensing intelligent mattress, the intelligent sensing mattress for monitoring the sleep quality can be produced, the problem is solved that the monitoring data of anintelligent watch are not comprehensive, and the sleep quality is not affected in the monitoring process. In addition, the sensing intelligent mattress also has the function of detecting the vital signs of a person, calling for help can be made through an emergency call module when the vital signs of a user are abnormal, and the safety during sleep is ensured.

The invention discloses a remote monitoring method, device and system for medical care information. The remote monitoring method comprises the steps of obtaining identity information of a patient end;generating unique identification information according to the identity information, and obtaining real-time state information of the patient end according to the unique identification information, wherein the real-time state information is real-time vital sign information, which is collected by medical equipment used at the patient end, of the patient end; judging whether the real-state information is abnormal or not; and if the real-time state information is abnormal, outputting an identification signal identifying abnormal vital signs of the patient end. The scheme disclosed by the invention can perform real-time monitoring on vital signs of the patient.

The invention relates to a vital sign perception system, comprising: a carrier for carrying a human body; a life activity sensing device used for acquiring vital sign parameters of the human body andconnected with the carrier; a system workstation, wherein the method is used for processing vital sign parameters obtained by the life activity sensing device, monitoring the vital sign state of the human body according to the processed data, comparing the preliminary pre-judgement with the model prediction data, alarming the abnormal vital sign state of the human body, and connecting with the life activity sensing device. The invention can realize rapid and accurate prediction through the model prediction data and the preset parameter table, and can intelligently and accurately predict different types of patients.

The invention discloses a community intelligent old-age care service system, and the system comprises a behavior collection module which is used for achieving the collection of old-age behavior data through the combination of a camera and a posture collection belt; the vital sign acquisition module is used for acquiring vital sign data of the old and feeding back the vital sign data to the vital sign analysis module in real time; the behavior analysis module is used for analyzing behavior data of the old people so as to obtain abnormal behaviors and psychological needs of the old people; the vital sign analysis module is used for analyzing the vital sign data so as to obtain abnormal vital signs; and the abnormity real-time feedback module is used for generating a corresponding abnormity checking task according to a preset template and sending the abnormity checking task to a corresponding management personnel terminal, and management personnel can complete the corresponding abnormity checking task by completing filling and uploading of an abnormity checking report according to the set template. Omnibearing automatic monitoring of the old people is achieved, monitoring blind areas are reduced as much as possible, physiological demand recognition and auxiliary implementation functions are introduced, and the experience feeling of customers is greatly improved.

The invention discloses a real-time monitoring and management system for abnormal vital signs of a patient, and relates to the technical field of real-time monitoring and management of vital signs of patients. The invention aims to improve the real-time monitoring efficiency of vital signs of a patient. The system specifically comprises a central controller, a vital sign signal acquisition unit and a data acquisition and analysis unit; the vital sign signal acquisition unit and the data acquisition and analysis unit are electrically connected with the central controller; the vital sign signal acquisition unit is used for acquiring various body function index data of a patient in a treatment process; and the data acquisition and analysis unit comprises a data transmission module, a data storage module and a pre-judgment processing module. Through the vital sign signal acquisition unit, the blood sample saturation acquisition module, the body temperature acquisition module, the electrocardio acquisition module, the heart rate acquisition module and the blood pressure acquisition module can be in direct contact with the skin surface of a patient, so that 24-hour uninterrupted monitoring of the patient can be realized.

The invention relates to the technical field of signal devices, in particular to a Beidou positioning mobile communication system based on a neural network and vital signs. The system is a signal device and is also an alarm which is based on mobile data communication service and can ensure personal safety. The system comprises a memory and a processor, and the processor executes a computer program stored in the memory so as to realize the following steps: obtaining the vital sign abnormal degree and the geographical danger degree of a user according to the vital sign information and the positioning information of the user; and taking the maximum value of the vital sign abnormal degree and the geographic danger degree of the user as a communication emergency degree, obtaining a binary code of the communication emergency degree, and transmitting the communication emergency degree of the user. The method is implemented based on a new-generation mobile communication core network, the help seeking information can be sent to a receiving center under the condition that the user does not manually seek help, and the personal safety of the user is guaranteed.

The invention discloses a special electronic payment device for old people. The device comprises an information acquisition module, an input device, an operation display screen, an identity display screen, a central microprocessor, a wireless communication module, an antenna, an emergency call starting module, a loudspeaker, a balance sensor, a database module and a power supply module, and the database module comprises a payment amount limiting sub-module and an identity information sub-module. Through the positioning module, the balance sensor and the emergency call module, the personal safety of the old people using the device is further ensured, the vital sign detection module is used for selectively alarming abnormal vital signs, and meanwhile, the database module is used for recording the abnormal vital sign data; the user can export and print the monthly, seasonal or annual vital sign data according to needs, with the arrangement of a solar power supply device, the standby timeof the electronic payment device with a positioning function is greatly prolonged, and it is guaranteed that the power failure does not happen during a user navigation process.

The present invention relates to a vital sign sensing system, comprising: a carrier for carrying a human body; a vital activity sensing device for acquiring vital sign parameters of the human body and connected to the carrier; a system workstation for monitoring the human body The vital sign parameters obtained by the vital activity sensing device are processed, the vital sign state of the human body is monitored according to the processed data, the preliminary prediction is compared with the model prediction data, and the abnormal vital sign state of the human body is alarmed , connected with the vital activity sensing device. The present invention can realize rapid and accurate prediction through model prediction data and preset parameter table, and can carry out intelligent and accurate prediction for different types of patients.

The invention discloses an intelligent wearing management system for personal vital signs, and belongs to the technical field of physiological health detection. The system comprises a vital sign detector and a service platform. The vital sign detector comprises a heart rate detection module, a blood pressure detection module, an analysis module, a yellow light alarm module, a judgment module, a red light alarm module, a storage module, a display module and an information input module; the service platform comprises a recognition and distinguishing module, an account generation module, an account library and a specific account. According to the invention, a user can be reminded to wear the vital sign detector, the situation that the user forgets to wear the vital sign detector is avoided, the detection effect is improved, the user can be reminded to check abnormal vital sign data, accordingly, corresponding measures can be taken, and the safety coefficient of the user is improved; meanwhile, the vital signs of the user can be fed back regularly, manual autonomous query is not needed, time and labor are saved, and the phenomenon that checking is forgotten is avoided.

The invention discloses an intelligent monitoring system for postoperative early-stage out-of-bed activity, and the system comprises a monitoring device which is composed of a data collection module, a data transmission module, a data receiving module, a data analysis module, and an alarm module. Wherein the data acquisition module is used for acquiring the real-time heart rate, heart rhythm and oxyhemoglobin saturation of a patient. Vital signs of a patient during postoperative activities can be monitored in time and used for reminding the patient; medical staff are reminded in time when abnormal vital signs of a patient move, so that the medical staff can quickly handle the abnormal vital signs, and the confidence of the patient in getting out of bed to move after an operation is increased; intelligent voice prompt is adopted for operation, so that the guidance time is saved, and the workload of nurses is reduced; the safety of early-stage out-of-bed activity of the patient is improved; after the activity data is quantified, the patient can know the postoperative activity condition and improve the postoperative activity condition in time, so that the patient can recover quickly; medical staff can conveniently and accurately know the early activity condition of the patient and timely make an intervention doctor's advice.

The present invention provides a health monitoring and alarm method and device, by obtaining the user's personal information; by obtaining the real-time heartbeat information and real-time body temperature information of the user; obtaining a predetermined threshold of vital signs, and the predetermined threshold of vital signs includes a predetermined threshold of heartbeat and body temperature predetermined threshold; if the real-time heartbeat information and / or real-time body temperature information of the user exceeds the predetermined threshold of vital signs, obtain the real-time location information of the user through the positioning device; send a first alarm to the control platform information, the first alarm information is used to send the real-time location information of the user, the real-time heartbeat information and the real-time body temperature information to the control platform and give an alarm reminder. It achieves alarm processing by monitoring the real-time signs of the user, and can grasp the vital signs of the user in real time to provide first aid treatment to the user, avoiding serious consequences caused by no one discovering the abnormal vital signs of the user.