40results about How to "Rapid automated detection" patented technology

The invention discloses a product thickness automatic rapid positioning detection jig comprising a base, an upper contact measurement sensor, a lower contact measurement sensor, a first slide platform, a first driver, a second slide platform, a second driver, a third driver, a fourth driver, a slide device and an automatic clamping connection rod device. The slide device can move automatically and freely on a working platform to corresponding detection positions through the first slide platform, the second slide platform, the first driver and the second driver, thereby driving the upper contact measurement sensor and the lower contact measurement sensor which are in positioning connection with the slide device to get to the corresponding detection positions; the distance between the upper contact measurement sensor and the lower contact measurement sensor can be adjusted through the third driver and the fourth driver, so that the thickness detection is realized; and a product to be tested can be rapidly and accurately clamped and positioned through the automatic clamping connection rod device.

The invention discloses a method for rapidly detecting the total mercury content of urban relocation soil by using an archaea molecular marker OTU69. The invention provides a DNA molecule (probe) as shown in a sequence 1 in a sequence table. The invention also protects the application of the probe in detection or auxiliary detection of the total mercury content of soil. The invention also protects the application of the probe in comparison of the total mercury content of soil in different plots. The method provided by the invention is used for detecting the total mercury content of the soil or comparing the total mercury content of the soil in different land parcels, and has the advantages of small sample demand, no need of pretreatment, short required time, low labor cost and capability of realizing rapid and automatic detection of a large batch of samples. The method has important application and popularization values for evaluation of soil samples.

The invention relates to a SNP molecular marker related to cotton flower spot traits and its application. The SNP molecular marker has a nucleotide sequence composed of the 10763953rd base on the No. 7 cotton chromosome and its upstream and downstream bases, polymorphism for C or A. The SNP molecular marker is directly expressed in the form of DNA, which can be detected in various developmental stages of cotton and in different tissues and organs, and is not restricted by the environment and seasons, and is not affected by problems such as whether it is expressed or not. By extracting cotton tissue DNA, using the specific primers in the present invention to carry out PCR amplification, the genotype is A material with flower basal spots, and the genotype is C without flower basal spots, so as to achieve Rapid, large-scale, and automated detection of samples.

The invention discloses a method and system for detecting a process state. The method includes: obtaining a process decision tree of the process to be detected, wherein the process decision tree is used to determine the logical relationship between various devices in the process to be detected; The status of each device in the process; according to the status of each device and the logical relationship between each device in the process decision tree, determine the status of the process to be detected. The invention can provide a general process state detection scheme, which can realize fast and accurate automatic detection of complicated processes.

The invention discloses a product thickness automatic rapid positioning detection jig comprising a base, an upper contact measurement sensor, a lower contact measurement sensor, a first slide platform, a first driver, a second slide platform, a second driver, a third driver, a fourth driver, a slide device and an automatic clamping connection rod device. The slide device can move automatically and freely on a working platform to corresponding detection positions through the first slide platform, the second slide platform, the first driver and the second driver, thereby driving the upper contact measurement sensor and the lower contact measurement sensor which are in positioning connection with the slide device to get to the corresponding detection positions; the distance between the upper contact measurement sensor and the lower contact measurement sensor can be adjusted through the third driver and the fourth driver, so that the thickness detection is realized; and a product to be tested can be rapidly and accurately clamped and positioned through the automatic clamping connection rod device.

The invention discloses a method for rapidly detecting the total nitrogen content of urban green land soil by using an archaea molecular marker OTU300. The invention provides a DNA molecule (probe) as shown in a sequence 1 in a sequence table. The invention also protects the application of the probe in detection or auxiliary detection of the total nitrogen content of soil. The invention also protects the application of the probe in comparison of the total nitrogen content of soil in different plots. The method provided by the invention is used for detecting the total nitrogen content of the soil or comparing the total nitrogen content of the soil in different land parcels, and has the advantages of small sample demand, no need of pretreatment, short required time, low labor cost and capability of realizing rapid and automatic detection of a large batch of samples. The method has important application and popularization values for evaluation of soil samples.

The invention, which relates to the technical field of agricultural machinery, provides a grading system and method for detecting the internal quality of fruits. The grading system for detecting the internal quality of fruits comprises a fruit conveying line for conveying independent fruit supports, a quality detection mechanism for collecting near infrared spectra of the fruits located on the independent fruit supports, a plurality of fruit unloading mechanisms sequentially arranged in the conveying direction of the independent fruit supports, a quality judgment mechanism and a PLC. The quality judgment mechanism acquires a quality grading result based on the near infrared spectrum and a preset model, and associates the quality grading result with an independent fruit support number sentby the PLC to acquire quality detection information; and the PLC controls the corresponding action of each fruit unloading mechanism based on the independent fruit support number and the quality detection information. With the grading system, rapid and automatic detection of the internal quality of fruits, especially thin-skin fruits can be realized, and the problem that fruit damage is easily caused in fruit quality detection is solved.