35results about How to "Realize quantitative monitoring" patented technology

The present invention relates to the field of virology. In particular, the present invention relates to a characteristic peptide for quantitative detection of HPV16 L1 protein and HPV18 L1 protein, and a method for quantitative detection of HPV16 L1 protein and HPV18 L1 protein.

The invention relates to a real-time extracting method of satellite remote sensing sea fog characteristic quantity, daytime EOS / MODIS data is used and is read into a raw data file PDS, the difference of sea fog and low cloud on a spectral characteristic is analyzed in two steps that: firstly, the sea fog and the low cloud are separated, and then, the sea fog characteristic quantity is extracted, namely that a three-level identifying method is adopted to orderly filter high cloud, middle cloud, low cloud, a cloudless water body, a solar flare water body, a cloud shadow area, a sea ice and a snow cover, the sea fog detection is established, a sea fog distributing area is obtained, a file which comprises a sea fog detecting result is generated, then, the sea fog characteristic quantity of the optical thickness of a fog area, the effective radius of fog and a liquid water path are calculated according to a formula, and pictures are displayed on a microcomputer. The method not only extracts the sea fog characteristic quantity, but also can calculate the visibility and the fog top height of the fog, consequently, the quantification detection of the sea fog is realized, and a dissipationforecast of the sea fog supplies meteorological information for air safety above the sea, maritime traffic and coastal airport operation.

The invention provides a one-dimensional interactive balance training device with an information feedback function, belonging to the technical field of physical training instruments and particularly relating to sports equipment for balance training. The invention solves the problem that since the existing balance training device does not have a quantitative monitoring function or a function of monitoring the training process of the movement technique of an athlete according to the movement information of the athlete, the trainee cannot know the state in training at any time. A balance base with an arc bottom surface is fixed on the bottom of a panel pedal, two distance measuring sensors are fixed on the bottom surface of the pedal and are respectively arranged at two sides of the arc surface of the balance base, the two distance measuring sensors output signals to a control circuit, a display drive signal output end of the control circuit is connected with a signal input end of a displayer, and the control circuit is used for collecting sensor data and sending the data to the displayer to output and display. The device is used for balancing ability training of professional athletes.

The invention discloses a method and device for quantitative monitoring of icing based on principal component analysis of guided wave energy characteristics, which can use the comprehensive score of principal components of guided wave signal energy characteristics to evaluate icing length and realize quantitative monitoring of icing length. Firstly, the guided wave signals under different icing lengths are obtained, the energy characteristics of the guided wave signals are extracted, and the energy characteristic matrix of the guided wave signals is constructed; The principal components of the energy characteristics of the wave signal and their comprehensive scores are used to obtain the relationship curve between the icing length and the comprehensive score; during the icing monitoring, the guided wave signal is excited and received, the energy characteristics are extracted, and a new guided wave signal energy characteristic matrix is ​​constructed. The matrix performs principal component analysis and comprehensive score calculation to obtain the comprehensive score of the monitored icing area; finally, according to the relationship curve, the icing length is obtained.

The invention discloses a high-sensitivity graphene flexible strain transducer and a preparation method thereof, and belongs to the field of material science. The high-sensitivity graphene flexible strain transducer is a sandwich structure in which a flexible base material and a protection layer are arranged oppositely, and a graphene film is arranged at the middle. The preparation method comprises the following steps: pre-pressing and tabletting a graphene sheet to obtain a graphene film; uniformly coating one side surface of a flexible film with a pressure-sensitive adhesive as a flexible base material; putting the graphene film above the flexible base material on the side coated with the pressure-sensitive adhesive, and bonding; putting a pair of wires at two ends of the graphene film,and curing with conductive silver paste; covering the laminated graphene film with the side coated with the pressure-sensitive adhesive of the protection layer, and pressing for bonding. The preparedhigh-sensitivity graphene flexible strain transducer can realize high-sensitivity strain monitoring and has good skin friendliness with human body, and thus is very suitable to be used as human motionmonitoring sensor and wearable equipment.

The invention discloses a non-destructive quantitative testing method for the three-dimensional mining stress field of a working face. The finally obtained three-directional mining stress field in front of the working face is obtained by using elastic wave three-dimensional CT technology and a mining stress field data processing system. The initial ground stress test points are set in the elastic wave three-dimensional CT test area in front of the working face, and the correspondence between the elastic wave velocity change gradient and the stress change gradient obtained by the true triaxial loading and unloading test and the elastic wave velocity test is fully combined. The non-destructive and quantitative test of the three-dimensional mining stress field in front of the working face has been realized. The non-destructive quantitative testing method for the three-way mining stress field of the working face described in the present invention can realize the quantitative monitoring of the three-way mining stress field in the coal rock body in front of the working face, and the monitoring result is a continuous mining stress field value , the test method does not need to drill deep holes into the coal seam of the working face, realizes non-destructive and quantitative monitoring, and solves the problem that the traditional drilling stress gauge test method can only perform qualitative tests of local single-direction mining stress, and the test results have high dispersion. issues such as poor reliability.