72results about How to "Seek medical attention promptly" patented technology

The invention discloses an internet-of-things-technology-based physical health monitoring system comprising a smart bracelet and a monitoring center. The smart bracelet includes an adjustable wristband; a monitoring dial is connected to the middle of the adjustable wristband; and a regulation panel is embedded into the upper surface of the dial and a monitoring system is installed inside the dial.The monitoring system includes a physiological information acquisition unit; a signal conditioning unit is connected to the output terminal of the physiological information acquisition unit and is used for format conversion and outputting a digital signal to a microprocessor unit after conversion; and an ethernet control port of the microprocessor unit is connected to an internet-of-things communication unit. A health information database, a real-time monitoring and statistics unit and an evaluation intervention unit are arranged in the host of the monitoring center in a built-in manner. Therefore, the physical health of the old people can be monitored remotely automatically and continuously in real time; and an evaluation report is generated automatically and corresponding medical services are provided timely, so that the medical service level is improved and the manpower resources are saved.

The invention relates to double-layer fabric splicing clothing for a patient with a temperature detector. The double-layer fabric splicing clothing for the patient with the temperature detector comprises a clothing front part (1), a clothing rear part (2) and two sleeves (3), wherein the clothing front part (1) is connected with the clothing rear part through a zipper (4), the sleeves (3) are connected with the clothing front part (1) and the clothing rear part through an annular zipper (5), the clothing front part (1) is provided with an interlayer (6) under the armpit, an infrared temperature detector (7), a CPU (8) and a GSM module (9) are arranged in the interlayer (6); the clothing front part, the clothing rear part and the sleeves are made of the fabric, the fabric comprises a first layer fabric composed of first warp yarns and first weft yarns, and a second layer fabric composed of second warp yarns and second weft yarns. The body temperature can be detected in real time by the double-layer fabric splicing clothing for the patient with the temperature detector. The good comfort is achieved by the double-layer fabric splicing clothing for the patient with the temperature detector.

An embodiment of the invention discloses a health status prompting method and device. The health state prompting method comprises the steps as follows: a pressure sensor acquires pulse data information of the temporal artery of a user, an acceleration sensor acquires exercise data of the user, the health status of the user is judged according to the pulse data information and the exercise data on the basis of a preset health model, and prompt information is generated according to the health status and transmitted to a mobile terminal through a wireless communication chip. According to the scheme, on the basis of the preset health model, the pulse data information of the temporal artery and the exercise data of the user are analyzed, the health status of the user is judged, and the prompt information corresponding to the health status is generated and sent to the mobile terminal, so that the user can know the health status timely and conveniently, reasonably arrange exercise intensity and rest time or see a doctor timely.

The embodiment of the invention discloses a human health monitoring method and system. The method comprises the following steps of: acquiring body data information of a monitored person; analyzing thebody data information to acquire a health analysis result; feeding the health analysis result back to handheld terminals corresponding to the monitored person and an emergency contact person of the monitored person, so as to adopt an effective measure by the monitored person and the emergency contact person of the monitored person according to the health analysis result. With the adoption of themanner, the current human health condition of the monitored person can be accurately known. Then the health analysis result is fed back to the monitored person and the corresponding emergency contactperson, and the effective measure can be conveniently adopted through the monitored person or the emergency contact person according to the body condition of the monitored person, so that a medicine can be administered according to indications, but is not orally taken blindingly, or people can see doctor in time. The delaying of an illness state is avoided and the health is recovered in time. Themonitored person can have a healthy and happy life.

The invention provides an application of miRNA-214 as a biomarker of a Parkinson's disease in a prophase period. By rapidly measuring the content of miRNA-214 in venous blood of middle-aged and elderly people, the kit is used for screening and predicting the risk of the PD proactive period, supervising and urging a patient to see a doctor in time, delaying disease progression and guaranteeing life safety of the patient. Researches find that the expression quantity of the miRNA-214 provided by the invention in venous blood of a patient in the PD proactive period is obviously higher than that of a normal person, and the aim of auxiliary diagnosis of the PD proactive period can be achieved by specifically monitoring the miRNA-214.

The invention relates to a cotton fabric super-hydrophobic coating fabric splicing patient garment with a temperature detecting device. The cotton fabric super-hydrophobic coating fabric splicing patient garment with the temperature detecting device comprises a garment front part (1), a garment rear part (2) and two sleeves (3), the garment front part (1) and the rear part are connected through zippers (4), the sleeves (3) are connected with the garment front part (1) and the rear part through annular zippers (5), interlayers (6) are arranged at positions of armpits of the garment front part (1), an infrared temperature detector (7), a central processing unit (CPU) (8) and a global system for mobile communications (GSM) module (9) are disposed in the interlayers (6), the garment front part, the garment rear part and the sleeves are made of fabrics, the fabrics comprise cotton fabrics, nanometer silicon particle layers coat double surfaces of the cotton fabrics, and hydrophobic fluorine quaternary amine silane coupling agent coatings coat surfaces of the nanometer silicon particle layers. Body temperature can be real-timely monitored by the cotton fabric super-hydrophobic coating fabric splicing patient garment with the temperature detecting device. The cotton fabric super-hydrophobic coating fabric splicing patient garment with the temperature detecting device can make a wearer feel comfortable.

The invention provides a magnetic navigation pedicle screw. The magnetic navigation pedicle screw comprises a threaded screw rod and a U-shaped screw wall which are integrally formed. An internal thread is formed in the inner wall of the U-shaped screw wall. A through hole along the axis of the threaded screw rod is formed in the threaded screw rod. Magnetic materials are arranged at the upper end and the lower end of the through hole. A partition piece is arranged between the magnetic materials at the upper end and the lower end. A magnetic material is arranged in the threaded screw rod. The magnetic navigation pedicle screw is used in cooperation with a magnetic sensor for positioning and monitoring the screw entering position, angle and depth and other data in surgery, and therefore the problem that traditional surgery relies on experience, hand feeling and the like of doctors is solved, the surgery success rate and surgery quality are increased, and the requirement of minimally invasive surgery is met; in addition, whether screw breakage happens during screw entering in surgery or not can be judged according to the magnetic materials in a screw body, whether the screw body is broken or not and whether abnormal displacement happens between pedicle screws or not can be found in time through the magnetic navigation pedicle screw in cooperation with an in-vitro monitoring device in the postmastectomy relief period, and a patient is helped to go to a doctor in time.

The invention relates to a set of meshy shielding fabric stitched clothes with a temperature detection device for a patient. The set of clothes comprises a clothes front piece (1), a clothes rear piece (2) and two sleeves (3), wherein the clothes front piece (1) and the rear piece are connected through a zipper (4); each of the sleeves (3) is connected with the clothes front piece (1) and the rear piece through an annular zipper (5); an interlayer (6) with an infrared temperature detector (7), a CPU (8) and a GSM module (9) arranged therein is arranged at the underarm part of the clothes front piece (1); and the clothes front piece, the clothes rear piece and the sleeves are all made of a fabric adopting a 2 / 2 organization structure formed by interlacing of warp yarns and weft yarns, and the warp yarns are 70D / 24F nylon filaments. The set of meshy shielding fabric stitched clothes can monitor the body temperature in real time, and is soft in hand feeling, and excellent in air permeability, washing fastness and folding endurance.

The invention relates to a low-cost flame retardant splicing patient garment with a temperature detecting device. The low-cost flame retardant splicing patient garment with the temperature detecting device comprises a garment front part (1), a garment rear part (2) and two sleeves (3), the garment front part (1) and the garment rear part are connected through zippers (4), the sleeves (3) are connected with the garment front part (1) and the rear part through annular zippers (5), interlayers (6) are arranged at positions of armpits of the garment front part (1), an infrared temperature detector (7), a central processing unit (CPU) (8) and a global system for mobile communications (GSM) module (9) are disposed in the interlayers (6), the garment front part, the garment rear part and the sleeves are made of fabrics, the fabrics are formed by weaving of composite flame retardant yarns, and aramid fibers and flame retardant viscose are blended to cover outer surfaces of glass fiber core yarns to form the composite flame retardant yarns. Body temperature can be real-timely monitored by the low-cost flame retardant splicing patient garment with the temperature detecting device. The splicing patient garment with the temperature detecting device is low in costs and resistant to flame.

The invention relates to a piece of loofah sponge base body fabric child underclothing capable of measuring the temperature of a human body. The loofah sponge base body fabric child underclothing comprises an underclothing body (1) which is of a double-layer structure. An interlayer is arranged in the underclothing body. The positions, at the armpit positions, in the interlayer of the underclothing body (1) are provided with infrared temperature measuring devices (2). The infrared temperature measuring devices (2) are connected with a CPU (3). The CPU (3) is connected with a GSM module (4). The underclothing body is made of fabric, the fabric comprises a loofah sponge base body, the loofah sponge base body is further covered with a lining, the lining is sewed to or glued to the loofah sponge base body, the lining covers the single face or double faces of the loofah sponge base body, and is made of cloth or hemp articles. By means of the loofah sponge base body fabric child underclothing, whether a child has the fever and cold symptoms or not can be found out timely, so that the child can be sent to see a doctor timely; the underclothing has the natural health care function on the human body and is comfortable to wear.

The invention discloses a self-adaptive information processing method and system based on behavior characteristics of old users, and a storage medium. The method comprises the following steps: firstly, collecting the information of a place where the aged independently goes out, the information of actions, and the information of various physiological indexes representing the health of the aged through a portable information collection device worn on the aged; identifying and classifying the data information, and extracting feature data from different types of data information; processing the different types of feature data by using a neural network and comprehensively analyzing the result; and finally, responding to different conditions encountered by the aged when the aged go out according to the comprehensive analysis result. The aged going out alone can be cared, an alarm is given and a medical aid telephone is dialed when the aged encounters an emergency situation, related data is recorded in real time before medical staff arrives, in addition, daily activity habits of the aged can be analyzed, and hidden health problems of the aged can be found.

The invention belongs to the field of intelligent epidemic prevention, and relates to an active epidemic prevention device and method for intelligent recovery and detection of mouth and nose masks. The device collects GPS and other information of the user in combination with mobile phones and other equipment, and performs precise recovery and management of the used mouth and nose masks: recycling and sealing without cross-contamination, storage and identification, etc., testing the droplet samples on the mouth and nose masks to obtain results, Combined with GPS and other information feedback to the regulatory authorities for comprehensive assessment, to achieve early warning and precise epidemic prevention. The structure of the device is clearly designed. It can collect droplet samples from the upper, lower respiratory tract and digestive tract through the mouth and nose mask for detection. " and other respiratory infectious diseases and timely reminders to seek medical treatment for positive tests have improved the initiative, automation and intelligence of epidemic monitoring, reduced the risk of cross-infection between medical staff and subjects, and opened up new opportunities for the supervision and epidemic prevention of respiratory infectious diseases. direction.