31results about How to "Achieve synchronous fetch" patented technology

The invention relates to a medical examination and diagnosis method and instrument, in particular to a multi-dimensional electrocardiographic signal imaging system and method. The present invention integrates body surface potential mapping technology and ECG vector technology, and provides a new non-invasive platform to record the information of cardiac transmural electrical activity, that is, based on the combination of vector center 0-point galvanic couple and body surface potential mapping technology A new imaging method and technology similar to satellite positioning non-invasive cardiac transmural electrical activity information has been formed. It is a non-invasive electrocardiographic functional imaging method and technology for detecting transmural electrocardiographic activity information based on anatomical positioning. The invention can help determine the origin of arrhythmia, and diagnose myocardial diseases such as myocardial hypertrophy, cardiomyopathy, myocardial infarction, myocarditis, etc., and provides a brand-new diagnostic tool for rapid and real-time diagnosis of heart diseases.

The photoelectric synchronous sensing method of the solid-state nano-channel based on dark-field imaging of the present invention comprises the following steps: (1) preparing a semiconductor substrate film coated with a metal nano-coating; (2) preparing a metal-coated nano-channel chip; (3) preparing a photoelectric detection micro (4) using metal-coated nano-channel dark-field imaging; (5) using metal-coated nano-channel to record ion current intensity; (6) adding the object to be tested for photoelectric synchronous detection; (7) multi-channel data analysis. The invention adopts the method of photoelectric synchronous sensing, without introducing dye groups, and without labeling, it can monitor the process of a single nanometer object passing through the nanochannel in real time, and realize the volume, charging situation, optical properties, chemical structure, etc. of the object to be measured. The collection of dynamic information can observe the changes of various properties of a single object under test during its movement from multiple dimensions; it realizes the simultaneous acquisition of large-scale multi-channel signals, accelerates the detection rate of nano-channel technology, and expands its application field.

The invention relates to a machine vision synchronous focusing scanning type laser vibration measuring device and belongs to the technical field of precision measurement of impact and vibration. The device is composed of a machine vision measuring unit, a position resolving and control unit, a scanning focusing control unit, a scanning laser vibration measurement optical assembly, an interference signal demodulation unit and a control and information processing unit. Synchronous focusing of the device is finished through the machine vision measuring unit to achieve correlation management of measured space coordinates and focusing information of the scanning type laser vibration measuring device. The machine vision synchronous focusing scanning type laser vibration measuring device is simple in structure and convenient to operate, facilitates measurement and control, can effectively improve impact and vibration measuring accuracy, achieves synchronous focusing through the machine vision measuring unit and improves scanning vibration measuring speed and accuracy.

The invention belongs to the technical field of sea detection radar, and discloses a marine and ionosphere integrated detection high-frequency radar system and a control method thereof. Controller, integrated signal generator, ionospheric detection subsystem and ocean information detection subsystem. According to the principle of high-frequency ground wave radar and ionospheric vertical measuring instrument, the present invention designs a new type of ocean-ionospheric information integrated detection high-frequency radar system to realize the simultaneous acquisition of ocean-ionospheric information, which is the physical operation law of the near-earth ocean-atmosphere And scientific research such as principle analysis provides data support. At the same time, the present invention realizes the synchronous acquisition of ionospheric vertical survey and ocean information by designing a unified timing controller and designing mutually synchronized waveform parameters, avoiding mutual interference between the two, and ensuring the ionospheric vertical survey and ocean information acquisition. They do not interfere with each other, and can obtain ionospheric information and ocean information synchronously.

The invention discloses a conference synchronization method. A plurality of receiving terminals receive conference files transmitted by a sending terminal, and the receiving terminals encrypt the conference files to obtain encrypted files; the receiving terminal sends encrypted feedback information to the sending terminal; After receiving the encrypted feedback information from the terminal, the decrypted data is transmitted to the receiving terminal, and the receiving terminal decrypts the encrypted file according to the decrypted data to obtain the conference file; after receiving the conference file, multiple receiving terminals encrypt it and wait for the decrypted data of the sending terminal. , so that multiple receiving terminals can download and transmit conference files first, and after receiving the encrypted feedback information, the sending terminal sends decrypted data to multiple receiving terminals synchronously, so that multiple receiving terminals decrypt their encrypted files synchronously, so that The participants who hold the receiving terminal can obtain the access rights of the conference files synchronously, so as to realize the synchronous acquisition of the conference files.

The invention provides a method for detecting methyl jasmonate in plants on the basis of a microelectrode biosensing technique. The methyl jasmonate in the plants is detected on line through a microelectrode biosensor. The method has the characteristics of being high in accuracy, little in sample damage, simple to operate and convenient to carry, synchronous acquisition of information of the methyl jasmonate in the plants is realized in time dimension and space dimension, and technical support is provided for research of the plants. Compared with the traditional bioassay and chemical detection methods, the method has the advantages that sample pretreatment is simple, in-vitro detection, small damage and essential harm of a detected part are avoided, substantial damage to the plants is avoided, a detection result is reliable, and the sensitivity is high.

The invention discloses a grain aflatoxin and external defect high-throughput sorting machine belonging to the field of sorting; wherein a photoelectric box is installed at the rear of the main frame, and a high-throughput 180-degree rotating high-throughput box is installed in the middle of the photoelectric box. On-line rejecting device, there are two front and rear material boxes under the high-throughput on-line rejecting device; a horizontal high-speed belt set is installed in front of the high-throughput on-line rejecting device, and sliding belts are arranged above the front end of the high-throughput on-line rejecting device in sequence from bottom to top. Groove, adjustable hopper and feeding box, the lower end of the adjustable hopper is fixedly connected to the vibrating feeder; a fluorescent detection device for toxic raw materials is installed directly above the high-speed belt group; a photoelectric detector installed outside the rear exit of the high-speed belt group Raw material external quality sorting device inside the box. The invention can not only detect toxin-containing grains, but also simultaneously remove damaged and inferior grains and sundries. It has advantages that traditional color sorters cannot match, and breaks through the problem of high-throughput real-time online sorting of toxic grains.

The invention discloses a conference synchronization method, which comprises the following steps that: a plurality of receiving terminals receive a conference file transmitted by a sending terminal, and the receiving terminals encrypt the conference file to obtain an encrypted file; the receiving terminal sends the encrypted feedback information to the sending terminal; after receiving the encrypted feedback information of the plurality of receiving terminals, the sending terminal transmits decrypted data to the receiving terminals, and the receiving terminals decrypt the encrypted file according to the decrypted data to obtain the conference file; after receiving the conference file, the plurality of receiving terminals encrypt the conference file and wait for the decrypted data of the sending terminal, so that the plurality of receiving terminals can download and transmit the conference file first, and the sending terminal synchronously sends the decrypted data to the plurality of receiving terminals after receiving the encrypted feedback information. And the plurality of receiving terminals synchronously decrypt respective encrypted files, so that conference participants holding the receiving terminals can synchronously obtain the access authority of the conference file, and synchronous acquisition of the conference file is realized.