109results about How to "Realize remote diagnosis" patented technology

The invention discloses a diagnostic method for a vehicle condition, and belongs to the field of automobile fault diagnosis. The method comprises that: a vehicle condition diagnosis and analysis model of a remote diagnostic center is built; Bluetooth connection between a terminal of a vehicle and on-board diagnostics-II (OBD-II) is built, OBD-II vehicle data are collected; the terminal sends the collected vehicle data according to a preset frequency to the remote diagnostic center through general packet radio service (GPRS); the remote diagnostic center is based on the vehicle data and the diagnosis and analysis model, according to the choice of a user, the vehicle condition is diagnosed according to an instant diagnostic mode or a month diagnostic mode. The diagnostic method for the vehicle condition solves the problems that the prior diagnostic method relies on professional equipment, diagnostic data are limited, and comprehensive diagnosis data banks are lacking.

The invention discloses a remote medical system based on a mobile internet. The remote medical system based on the mobile internet comprises a set medical service system. The medical service system interacts with patients through a wired network or a wireless network, on-line doctors or medical staff in the medical service system are organized and managed to diagnose and treat the patients, the medical service system can provide the service functions of hot line direct dialing, click to dial-up, video communication, image-text consultation, appointment calling back, appointment register, conference diagnosis and the like for the doctors and patients, and can simultaneously, timely and accurately display needed basic information, the history of genetic diseases, a health record, check data and other related information data on smart phones or personal computer client sides of the doctors and the patients.

The invention discloses a remote operation and maintenance system for a textile machine, and an implementation method for the remote operation and maintenance system. The system comprises a textile machine IOT (Internet of Things) sensing system, a data transmission system, a cloud platform system and an operating system. The textile machine IOT sensing system comprises a textile machine device, aPLC controller, an industrial Internet intelligent transmission terminal connected with the PLC controller, a web camera installed on the textile machine device, a detection sensing device installedin textile machine device and a field actuator. The system achieves the real-time condition monitoring service, operation statistical analysis service, fault/abnormal condition alarm service, device failure rate distributed analysis service, online fault diagnosis service, remote maintenance and real-time video surveillance service of the textile machine device. The system realizes remote diagnosis and maintenance of the textile machine through taking the textile machine IOT sensing system and industrial cloud platform as the basis, centralizes and integrates the original piecemeal management,and promotes the whole life cycle management of equipment.

A vehicle remote diagnosis method disclosed by the present invention is characterized in that an on-board diagnostic (OBD) joint is arranged on a vehicle and is communicated and connected with a cloud server, and comprises the following steps of using the cloud server to receive the vehicle data acquired after the OBD joint is connected with the vehicle, and obtain the type of the vehicle; using the cloud server to analyze and diagnose the received vehicle data acquired by the OBD joint according to the type of the vehicle. The present invention also discloses a vehicle remote diagnosis cloud server and a vehicle remote diagnosis system. According to the present invention, the operation data of the vehicle can be monitored real-timely and remotely, the faults of the vehicle can be diagnosed, and the situations that according to the type of the vehicle, the vehicle is monitored real-timely and the faults of the vehicle are diagnosed real-timely, are realized.

The invention provides a pump remote intelligent control system based on a mobile Internet. The pump remote intelligent control system based on the mobile Internet is a remote monitoring and control system. Signals of sensors are transmitted to a control center and a cloud processing system through a controller; workers in the control center can process the signals according to data; the cloud processing system can transmit the processed data to a mobile phone APP; a client can remotely monitor the running condition of a pump; and if the pump needs to be controlled, the rotating speed of a motor of the pump and the opening degree of an exit valve can be controlled directly through a mobile phone, and therefore the flow and the lift of the pump are controlled, and the pump can run on a high-efficiency point as far as possible. If the data exceed a preset value, an alarm can be given through the mobile phone, the client is informed of the situation, pre-warning is performed in advance, and large safety accidents are avoided.

The invention discloses an automatic immunodetection micro-fluidic chip fluorescent quantification detection device which comprises an excitation light source, an exciting light focusing module, a fluorescence collection module, a photoelectric conversion module, a linear motion platform module, a circuit module, an automatic reaction execution module and a waste reaction liquid removal module. In the detection process, a chip is subjected to one-dimensional quantitative scanning detection through linear light spots obtained by the exciting light focusing module; a controller obtains the concentration or cell number of a sample to be detected based on fluorescence signal intensity distribution information in a chip two-dimensional rule detection area; the detection result is connected with a mobile phone through Bluetooth and is transmitted to medical institutions in real time, and remote diagnosis or epidemic disease distribution area monitoring is realized. A linear light spot one-dimensional scanning detection method is adopted, and quantification of micro-fluidic chip detection is realized. Moreover, by means of the automatic reaction execution module, automation of the micro-fluidic chip detection is realized; due to the integrated waste reaction liquid removal module, the allowed reaction sample amount is increased, and the detection sensitivity is improved.

The invention provides a medical image data utilizing and sharing platform which comprises the components of common cloud storage equipment that is used for analyzing the image information and storingan image information file, checking a patient through image equipment and obtaining image information through exchange through a DICOM communication protocol , wherein the image equipment is used forcreating a DICOM file; mobile terminal equipment which is used for reading and diagnosing a result from the image, and checking an image sequence through accessing an image list and online browsing the DICOM image of the image information by a browser, wherein the image information comprises a DICOM image, patient PHI information and surgery information, and the mobile terminal equipment extractsdata in a server in a hospital and a result obtained from the image is read and diagnosed by an application; and hospital production system equipment. The medical image data utilizing and sharing platform receives the image information in the internal network of the hospital through the internal network and an external network, and furthermore realizes data exchange through the external network,thereby realizing remote diagnosis.

The invention provides a remote monitoring system for an injection molding machine. The remote monitoring system comprises the injection molding machine, a data acquisition terminal and a remote data analysis side. The injection molding machine is used for manufacturing plastic products. The data acquisition terminal is used for acquiring and transmitting controller variables and machine tool variables of the injection molding machine. The remote data analysis side receives the controller variables and machine tool safety signals, analyzes the acquired data and achieves remote monitoring and security control through the data analysis result. Data acquisition is achieved for a controller and a machine tool of the injection molding machine through the data acquisition terminal, the acquired data are remotely transmitted and analyzed through the remote data analysis side, positioning and production process management on the injection molding machine are achieved, the utilization rate and the running state of the injection molding machine are acquired, the injection molding machine is remotely diagnosed, and meanwhile the injection molding machine is controlled with the priority higher than that of the controller.

The invention relates to a mobile phone short message vehicle failure remote diagnosis detection method and device. The method comprises the following steps of: obtaining the operation state code of a vehicle from an electric control system of the vehicle to be detected; judging the vehicle operation conditions including the vehicle failure according to the operation state code; and sending the information capable of reflecting the vehicle operation conditions to a mobile phone in the form of short message. The device comprises a CPU (central processing unit) main circuit, a storage module, a GSM (global system for mobile communication) module and a communication module, wherein the CPU main circuit can decode the vehicle operation state code and control and coordinate the work of other modules; the storage module is connected with the CPU main circuit and used for storing a standard failure code library; the GSM module is in remote communication with the mobile phone terminal; and the communication module is used for communicating with the electric control system of the vehicle. According to the invention, remote vehicle diagnosis can be realized, the vehicle failure diagnosis efficiency and accuracy can be improved, and the specific failure information can be displayed visually.

The invention discloses a system and method for remote monitoring and maintaining of a medical imaging system. The remote monitoring and maintaining system comprises a processor, a bus communication unit, an internal network access unit and an external network access unit, wherein the bus communication unit is connected with the processor and medical imaging equipment and is used for transmitting data of the medial imaging equipment to enable the processor to conduct continuous monitoring on the medical imaging equipment, the internal network access unit is connected with the processor to enable data interaction between the processor and a host computer to be achieved, the external network access unit is connected with the processor to enable communication between the processor and an external service center to be achieved, and the processor is used for conducting continuous monitoring on the medical imaging system, receiving commands from the host computer or the external service center and responding to the commands. The remote monitoring and maintaining method comprises the steps of conducting continuous monitoring on the medical imaging system, receiving the commands from the host computer or the external service center and responding to the commands. The system and method can be used for comprehensive monitoring and remote maintaining of the medical imaging system.

The invention provides a contact-type wireless cardiac electricity measuring device, which belongs to the field of household medical instruments. The contact-type wireless cardiac electricity measuring device integrates contact electrode technique with Bluetooth technique, is a contact-type Bluetooth cardiac electricity measuring device characterized in that the device meets the need of immediate electrocardiograph (ECG) measurement, can be used at home with low cost and convenient and rapid operation, and can transmit ECG data to a Bluetooth mobile phone which in turn sends the ECG data to a medical service center in time. The device comprises a SCM (6) connected with a data memory (7), a Bluetooth module (8) and a display unit (9) respectively through the serial interfaces inside the SCM; a cardiac electricity measuring circuit (3) with a signal input terminal connected with the SCM (6) through a DAC (5) inside the SCM and a signal output terminal connected with the signal input terminal of an ADC (4) inside the SCM (6); a first electrode (1) and a second electrode (2) respectively connected with the signal input terminal of the cardiac electricity measuring circuit (3), and a keyboard (10) connected with an I/O interface inside the SCM (6).

The invention relates to a controller, which aims at realizing the functions of the network controller that interconnecting different networks by gateway, collecting and analyzing the information of the systems in a vehicle and controlling output. The technical proposal of the invention is that the network controller of the vehicle comprises a micro-controller unit, a power management module connected with the micro-controller unit, a clock vibrator module, a reset module, a CAN communication module and/or a LIN communication module; wherein the micro-controller unit is communicated with equipment connected on the vehicle network through the CAN communication module or the LIN communication module to receive the information of the equipment and transmit control message to the equipment; the micro-controller unit is connected with other electronic devices, such as an instrument, a vehicle body control system and an upper computer in the vehicle through the CAN communication module on the micro-controller unit; a wireless access module is also arranged in the controller; and the micro-controller unit transmits the information to a remote terminal through the wireless access module, so as to forward a control command of the remote terminal to the devices in the vehicle.

The invention discloses a virtual bus technology serving for remote diagnosis, which relates to the field of automobile detection and maintenance diagnosis. The first intelligent VCI is connected to the automobile and the cloud server platform through the OBD interface and the Internet respectively, and the cloud server platform is connected to the second cloud server platform through the Internet. The intelligent VCIs are connected to each other, and the second intelligent VCI is connected to the access terminal of the vehicle maintenance remote diagnosis system through the OBD interface. Diagnostic knowledge database connection. It has an open remote diagnosis structure with strong vitality and broad application prospects. It adds a cloud server for remote diagnosis, and establishes an analysis and diagnosis center interconnection with large-scale maintenance companies, scientific research institutes or domestic and foreign automobile manufacturers with strong strength in this technical field. , and at the same time establish a collaborative relationship with experts related to maintenance diagnosis.

The invention discloses a remote medical service system, which comprises a portable medical treatment apparatus, a handheld diagnosis terminal, a remote medical server and a wireless access point. The portable medical treatment apparatus is used for collecting patient information, the handheld diagnosis terminal is used for transmitting diagnosis information, and the remote medical server is used for storing patient information and diagnosis information. In the technical scheme, the portable medical treatment apparatus is connected with the remote medical server through a network; the handheld diagnosis terminal is connected with the remote medical server through a network after communication with the wireless access point; the patient information collected by the portable medical treatment apparatus is stored by the remote medical server and is then transmitted to the handheld diagnosis terminal; and the handheld diagnosis terminal receives the patient information and transmits the diagnosis information, and the diagnosis information is stored by the remote medical server and is then transmitted to the portable medical treatment apparatus. The system of the invention can greatly improve the diagnosis convenience for the doctor, and enhance the diagnosis efficient for the doctor. Moreover, the visit of patients and the diagnosis of doctors can be of mobile type, the two-way communication between doctors and patients can be realized, and clinical diagnosis can be performed in any place and at any time without limitation of the hospital.

The invention discloses a remote medical service system which is characterized by comprising a portable medical apparatus used for collecting patient information, a hand-held diagnosis terminal used for sending diagnosis information and a remote medical server connected with a wireless access point. The remote medical server, the portable medical apparatus and the hand-held diagnosis terminal are respectively connected with a remote medical server network through communicating with the wireless access point; the portable medical apparatus sends collected patient information to the hand-held diagnosis terminal after the patient information is stored by the remote medical server; the hand-held diagnosis terminal receives the patient information and sends diagnosis information to the portable medical apparatus after the diagnosis information is stored by the remote medical server; and the remote medical server is used for storing patient information and diagnosis information. Compared with the prior art by which a doctor transmits diagnosis information by using a computer terminal to communicate with a local area network of a hospital, the system can realize mobile visiting and diagnosis and bidirectional communication between a doctor and a patient, and the doctor can carry out clinical diagnosis at any time and any place without being limited in a hospital, so that the convenience of diagnosis of the doctor can be greatly improved.

The invention relates to the technical field of potato disease diagnosis, specifically to a potato disease diagnostic device, diagnostic system and diagnostic method. The potato disease diagnostic device includes a receiving unit used for receiving a collected disease image of a potato from an acquisition module of a mobile terminal; a preprocessing unit used for preprocessing the disease image and determining a part infected with a disease; and a disease spot processing unit used for processing an image of the part infected with the disease and determining the category of disease spots and corresponding control measures. The preprocessing unit and the disease spot processing unit of the potato disease diagnostic device provided by the invention perform dual processing on the disease image, and can accurately determine the category of the disease spots and corresponding control measures in time.

The invention discloses a real-time crop monitoring system. The system comprises a data acquisition system, a data transmission system and an analysis control system, the data acquisition system comprises a soil humidity sensor, a soil nutrient analyzer, a weather monitoring station, an insect situation analysis and forecasting lamp, a fixed spore capture instrument, a seedling situation and disaster situation monitoring camera and a water and fertilizer all-in-one machine; the data transmission system is a GPRS mobile wireless network, and the analysis control system is ARM upper computer monitoring software and comprises a basic information management module, a system parameter setting module, a real-time data monitoring module, a control module, a data dynamic analysis module and an abnormity early warning module. Real-time monitoring and timing analysis can be carried out on an agricultural system, positive response is achieved, the working efficiency is improved, and the labor cost is reduced.

The invention discloses a remote fault diagnosis method. The method comprises the following steps: capturing various running state parameters of generator sets; carrying out real-time and remote transmission of the captured state parameters; and remotely carrying out composite curve analysis and variation tendency analysis on the acquired various state parameters, and determining starting failures, potential running fault risks and starting reliability assessments of the generator sets according to analysis results. The method adopting the scheme has the advantages that remote diagnosis of faults of the generator sets in a power station can be accurately achieved, so that problems in the prior art can be effectively solved.

The invention discloses a cloud computing ultrasonic diagnosis system. The system comprises a cloud computing service platform, a local area network transmission terminal and a plurality of ultrasonic diagnosis clients, wherein each ultrasonic diagnosis client comprises a wireless probe and a display control terminal which are respectively connected with the local area network transmission terminal; and the local area network transmission terminal is in communication connection with the cloud computing service platform through a wide area network. By virtue of the powerful processing and computing capabilities of the cloud computing service platform, the system has a more powerful image processing function, and can achieve richer diagnosis and data management functions so as to be more stable and more reliable, so that the comprehensive cost of diagnosis equipment is reduced, a mode that traditional diagnosis equipment sells equipment to users to gain profit is changed, and remote diagnosis can be realized conveniently.