79results about How to "Understand physical condition" patented technology

The invention relates to a medical method providing multiple diagnostic modes for a remote user to select. The medical method comprises a detection terminal, a medical institution central processing terminal connected with the detection terminal through the network, and at least two different medical service modules, wherein the medical service modules are arranged on the detection terminal or in a system composed of the detection terminal and the medical institution central processing terminal, and a corresponding medical service is provided according to the selection of the user. The medical method comprises the following steps that (1) the information of a patient is obtained, (2) physiological data of the patient are measured, (3) the information and the physiological data of the patient are output, (4) the information and the physiological data of the patient are transmitted to the medical service modules, (5) the information and the physiological data of the patient are directly stored, or the information and the physiological data of the patient are processed firstly, and then the processing result is fed back to an output module, and (6) the output module outputs the processing result. According to the medical method providing multiple diagnostic modes for the remote user to select, the service content is differentiated according to the illness severity and the requirements of the user, and the user can select the diagnostic modes independently and flexibly.

The invention relates to a medical system for remote selection of multiple diagnosis modes for users. The system comprises a detection terminal and a medical institution central processing terminal in network connection with the detection terminal. The system is characterized in that the detection terminal comprises a patient information reading module, a measurement module and a transmission module, the transmission module is used for bidirectional data transmission between the detection terminal and the medical institution central processing terminal, and the medical institution central processing terminal comprises a central analysis and diagnosis database used for analysis and diagnosis of physiological data of patients. The medical system comprises at least two different medical service modules so as to provide corresponding medical services according to user selections, and the detection terminal further comprises an output module which is used for receiving processing data of the medical service modules transmitted by the transmission module and outputting the processing data. The medial system comprises the different medical service modules, so that the users can select services independently and flexibly according to illness degree and demand differences, and adaptation to different situations is high.

The invention discloses a method, device and system for detecting elasticity, and belongs to the field of medical appliances. The method comprises the following steps: step 1), using the elasticity detection device to obtain the elasticity detection information of a patient; step 2), uploading the elasticity detection information to a cloud data centre through the elasticity detection device; step 3), receiving and storing the elasticity detection information through the cloud data centre so as to share the information. Through the method, device and system for detecting the elasticity, the sharing of the elasticity detection information is realized.

The invention relates to a multifunctional intelligent swimming bracelet and a physical condition monitoring method during swimming. The multifunctional intelligent swimming bracelet comprises a wireless transmission module, an environment sensing module, a movement perception module, a health detection module and an intelligent reminding module, wherein the environment sensing module, the movement perception module and the health detection module are in signal connection with the wireless transmission module; the intelligent reminding module is in signal connection with an external system server and is used for receiving analyzed results from the external system server through the wireless transmission module and displaying and/or playing the analyzed results; the environment sensing module is used for monitoring user surrounding environments to obtain environmental data and transmitting the environmental data to the external system server through the wireless transmission module; the movement perception module is used for monitoring user movement intensity to obtain movement data and transmitting the movement data to the external system server through the wireless transmission module; the health detection module is used for monitoring all user health indicators to obtain health data and transmitting the health data to the external system server through the wireless transmission module.

The invention discloses an automatic lung function measuring instrument. The automatic lung function measuring instrument comprises a shell, a display screen, an airflow pipe and a control circuit, wherein the display screen is arranged on the outer side of the shell, and the airflow pipe and the control circuit are packaged inside the shell; the control circuit comprises a microcontroller, a power supply, ultrasonic sensors, a storage chip and a wireless communication module, the display screen, the power supply, the ultrasonic sensors, the storage chip and the wireless communication module are electrically connected with the microcontroller, and the ultrasonic sensors are arranged at the two ends of the airflow pipe. The invention also discloses a lung function measuring method based onthe automatic lung function measuring instrument. According to the automatic lung function measuring instrument and the lung function measuring method, by introducing the sensors, accurate measurementof lung capacity information is achieved, the effects of being small and convenient, easy to operate and high in measurement accuracy are achieved, and the automatic lung function measuring instrument and the lung function measuring method are suitable for a person and a family to use; meanwhile, the lung capacity information is processed and classified, professional medical workers can conveniently analyze the information, doctors accurately judge conditions remotely, users understand body conditions, and the automatic lung function measuring instrument and the lung function measuring methodare suitable for a person and a family to use.

The invention discloses a man-machine interactive system based on a motion sensing game. The system comprises mobile equipment and a control terminal. The mobile equipment is connected to the control terminal and comprises a sensor detecting module, a data conversion module, a body sign detection module, a data processing module, a data storage module and a first communication module; the control terminal comprises a second communication module, an analytical module, a control module, a display module and a local storage module. The system captures actions of a game player in a moving process through the mobile equipment, and meanwhile, the mobile equipment can detect life sign parameters of the game player in a moving state. By analyzing the life sign parameters, the physical condition of the game player can be mastered. The system not only improves the game experience of the game player, but also enables the game player to understand the physical condition in the playing process. Meanwhile, the content of the game is enriched, and different experiences are brought to the player.

The present invention provides a novel multi-parameter monitoring bracelet. The novel multi-parameter monitoring bracelet comprises wristbands, a connecting buckle, a switch, a display screen, a pulse sensor, a blood oxygen sensor, a gesture sensor, a control device, a blood glucose monitoring sensor and a battery. The wristbands are connected through the connecting buckle. The switch is arranged at the left side of the display screen. The pulse sensor is arranged at the right side of the display screen. The blood oxygen sensor is arranged at the right side of the pulse sensor. The gesture sensor is arranged at the right side of the blood oxygen sensor. The control device is arranged at the right side of the gesture sensor. The blood glucose monitoring sensor is arranged at the right side of the control device. Through arrangement of the display screen, the pulse sensor, the blood oxygen sensor, the gesture sensor, the control device and the blood glucose monitoring sensor, real-time monitoring and positioning can be achieved, the physical condition of a carrier is fed back, the carrier can conveniently and visually know the physical condition of the carrier, the intelligent degree is increased, and personal safety is guaranteed.

The invention discloses multifunctional rehabilitation physical therapy equipment. The equipment comprises a base and a control panel, the base comprises a monitoring device, a supporting assembly, anupper limb rehabilitation training mechanism, a lower limb rehabilitation training mechanism and an upper limb strength training mechanism, the monitoring device is connected with the control panel,and the upper limb rehabilitation training mechanism comprises an upper limb shell, a first driving motor and a rehabilitation training handle; the lower limb rehabilitation training mechanism comprises a lower limb shell, a second driving motor and a rehabilitation training pedal, the supporting assembly comprises a supporting base, a first supporting column and a second supporting column, the first supporting column is arranged at the front end, and the second supporting column is arranged at the rear end; a seat with an adjustable height is arranged at the upper end of the second supportingcolumn, and a backrest of the seat is provided with an abdomen massage arm, a neck massage arm and a head massage arm. The equipment is simple in structure and convenient to operate, the upper limbsand lower limbs can be simultaneously subjected to rehabilitation training, recovery of the limb function is accelerated, the abdomen, neck and head can also be massaged, the safety factor is high, and the occupation space is small.

The invention provides a data sharing system for running machines for rehabilitation. Each running machine for rehabilitation comprises a rehabilitation platform and two bracing rods connected with the rehabilitation platform; an operating platform is arranged on the tops of the bracing rods, horizontal armrests connected with the operating platform are arranged, a vertical armrest is arranged to be connected with the corresponding horizontal armrest in a bent mode, and the bottom end of each vertical armrest is fixed at the tail end of the rehabilitation platform; a protection band is arranged on the horizontal armrests, the two ends of the protection band are connected with the horizontal armrests on the two sides of the rehabilitation platform respectively, the front end of the rehabilitation platform is provided with an elastic cushion, the bottom of the front end of the rehabilitation platform is provided with fixing parts, the upper end of each fixing part is connected with the bottom end of the corresponding bracing rod, a fixing rod is connected to the horizontal end of each fixing part, and the bottom end of each fixing rod is provided with a rubber type suction cup. A tablet personal computer judges the current rehabilitation state of a convalescent patient according to data sent by a joint motion data acquisition module and an electromyography data acquisition module and displays the rehabilitation state of joints and muscles on a touch screen, and the convalescent patient can know the physical state of his/her own more visually.

The invention relates to a carrying device, in particular to a carrying device with an automatic feeding function for livestock cubs, and aims at achieving the technical purpose of providing the carrying device with the automatic feeding function for the livestock cubs capable of better storing feed and automatically feeding. Aiming at achieving the above technical purpose, the invention providesthe carrying device with the automatic feeding function for the livestock cubs, and the carrying device comprises a net frame, a first hinge and the like; first bearing seats are symmetrically installed in the front-and-back direction on the left and right sides of the bottom of the net frame, first rotary shafts are installed on the first bearing seats, and wheels are symmetrically arranged at the rear end of the first rotary shaft arranged at the front and at the front end of the first rotary shaft arranged at the back. By means of the device, better feed storage and automatic feeding effects can be achieved, gas cylinder extension can be started by users to drive first and third triangular blocks to move upwards, and the separation movement of baffle plates arranged at the front and back are driven by the separation movement of moving rods arranged at the front and back so that the feed in a material discharging box can be discharged.

The invention discloses a medical health monitor capable of remote monitoring of vital signs with Internet of Things. The monitor comprises a tight-fit dual-layer underwear, a sleeve belts which is sewn on an upper arm of the tight-fit dual-layer underwear from the middle part, a main controller installed in the sleeve belt, as well as a network communication module, an LBS module, a power supply module, a monitoring module and a timer which are connected to the main controller to achieve data information interactions with external mobile equipment. The monitor is characterized in that the monitoring module comprises at least one device among a blood pressure sensor, a heart rate sensor and a physical temperature sensor, wherein the blood pressure sensor is sewn in the sleeve belt; and the sewing space gap of the blood pressure sensor and the sleeve belt is filled by a light foam material. The monitor capable of the remote monitoring of the vital signs disclosed by the invention is characterized in that positioning is accurate, the vital signs such as blood pressure, heart rate and physical temperature are detected at any time; and remote monitoring and information interaction can be achieved; and market values and application prospect are extensive.

The invention relates to a portable intelligent measurement system for the dynamic urine flow rate. The system comprises a foldable urine collection barrel, a detection base, an APP mobile terminal and a cloud data center, the foldable urine collection barrel is in a folded state when not used, the foldable urine collection barrel is in a barrel shape when used and is placed on the detection base,and accordingly a patient naturally urinates; the detection base collects and processes urination data and transmits the urination data to the APP mobile terminal through Bluetooth; the APP mobile terminal calculates and processes the urination data to obtain a dynamic urine flow rate detection result, and the dynamic urine flow rate detection result is displayed through a man-machine interface and also uploaded to the cloud data center through a wireless technology. The system can be applied to any hidden space, urine parameters of the full urination process can be measured and recorded allday long, urination logs can be automatically generated, and the accuracy of a detection result is greatly improved; through application of the cloud data center, data sharing and downloading and communication and interaction of doctors and patients are achieved, the accurate and visual diagnostic basis is provided for the doctors, the diagnosis and treatment period is remarkably shortened, and the measurement diagnosis efficiency is improved.

The invention discloses a multifunctional foot scanning apparatus, and relates to the field of shoe and clothing manufacture. The multifunctional foot scanning apparatus comprises a machine body, a barrel and a light transmission disc. The machine body is provided with a hollowed-out portion, the lower end of the barrel is arranged in the machine body via a hollow rotary table, the upper end of the barrel extends to a position above the hollowed-out portion, and the barrel is provided with at least one camera; the light transmission disc is arranged on the machine body in a vertically liftableand is positioned in the barrel; the machine body is provided with a movable plate which is arranged below the light transmission disc in a turnover manner, a plurality of second cameras are arrangedon the upper end surface of the movable plate, and a plurality of laser transmitters are arranged on the lower end surface of the movable plate in a swinging adjustable manner; the machine body is provided with an upper PC (personal computer), an image processing module and a data storage module. The multifunctional foot scanning apparatus has the advantages that 3D (three-dimensional) models offeet can be generated by the first cameras, the second cameras and the image processing module, and shoes which fit with the feet can be selected from the data storage module; acupuncture points at soles further can be massaged by the aid of the laser transmitters, and accordingly health conditions of people can be improved.

The invention provides a medical wristband beeper which comprises a wristband, a wireless calling module, a GPRS module, a power circuit module, a battery bin, a control panel and a laser module, wherein the wireless calling module, the wireless calling module, the GPRS module, the power circuit module, the battery bin and the control panel are arranged on the wristband, the battery bin is used for mounting a battery, and the laser module is mounted on the control panel. The power circuit module is connected with the wireless calling module, the GPRS module, the battery bin, the control panel and the laser module respectively. The medical wristband beeper has the advantages that a wireless calling function is added to the medical wristband, a patient can start calling anytime and anywhere, locating of the patient can be achieved through the GPRS module so that the patient can be found in time, the physical condition of the patient can be known remotely through a heart rate detection module, and the medical wristband beeper can provide illumination for the patient at night.

The invention discloses household portable medical equipment which comprises a bottom plate. A suspension device is arranged on one side of the top of the bottom plate, a medical cabinet is arranged on the other side of the top of the bottom plate, a first barrier is arranged on an inner side of the medical cabinet, an oxygen tank is arranged at the bottom of a side of the first barrier, a dampingcushion is arranged at the bottom of the oxygen tank and is fixed onto the top surface of the bottom plate, an oxygen tube is arranged on a side of the oxygen tank, a side of the oxygen tube penetrates the first barrier and the top of the medical cabinet and extends to a position above the top of the medical cabinet, an oxygen mask is arranged on the top of the oxygen tube, protective sleeves arearranged on the oxygen mask, a second barrier is arranged above the oxygen tank, and a first medical drawer is arranged on the top of the second barrier. The household portable medical equipment hasthe advantages that the household portable medical equipment is reasonable in structural design and convenient to shift and use and has diversified functions, and medical living requirements of peopleat present can be effectively met by the household portable medical equipment.

The invention discloses an intelligent necklace capable of monitoring the activity of a pet. The intelligent necklace comprises a necklace body, wherein the necklace body is of a hollow annular structure; a microprocessor is arranged inside the necklace body, and is connected with a mobile end, and is also connected with a camera, a tracking device, a photosensitive sensor and a controller; the controller is connected with an LED (light emitting diode) lamp and a music player; the music player is connected with a loudspeaker; the mobile end comprises a central processing unit; the central processing unit is connected with an information editor, a display, a calculator, a positioning device and a memory. The intelligent necklace has the advantages that the position of the pet can be tracked in real time, so that the problem that the pet cannot be found after being lost is solved; the body health condition of an animal can be monitored. In addition, the operation of involved equipment in the intelligent necklace is simple.

The invention discloses a game system based on physical examination data information. The game system comprises a data acquisition module and a heart rate sensor, and further comprises an algorithm module and a game module, wherein the data acquisition module comprises mobile equipment; a plurality of sensors, including a sleep sensor, a heart rate sensor, a blood pressure sensor and a vital capacity sensor, are arranged on the mobile equipment; the sleep sensor is used for acquiring sleep information of the user; the heart rate sensor is used for acquiring heart rate information of the user;the blood pressure sensor is used for acquiring blood pressure information of the user; the vital capacity sensor is used for acquiring vital capacity information of the user; the algorithm module isused for quantifying information acquired by the sensors into parameter information; and the game module is used for acquiring signals of the algorithm module in real time, generating corresponding game parameters in accordance with the parameter information and offering corresponding game resources in accordance with the game parameters. According to the system provided by the invention, the user, who plays games, can acquire own physical health data, so that the user can do his health management conveniently so as to master his physical conditions and enjoy satisfaction from the games.

The invention discloses an intelligent auscultation position reminding method based on an intelligent platform. Heart sound energy value condition is obtained by using a wavelet packet decomposition method, and a user is reminded to place a stethoscope at a relatively ideal auscultation position by the intelligent platform when using the stethoscope, so that acquired signals are enabled to containmore analytical value, and the user is more accurately assisted to know the true physical condition.