5results about How to "Save measurement time" patented technology

The invention discloses a circuit board automatic measurement system and a circuit board automatic measurement method. The circuit board automatic measurement system comprises an image sensing device, a server host and a laser device, wherein the server host is electrically connected with the image sensing device and the laser device. The image sensing device is configured to shoot the circuit board to be measured to generate a measurement image. The laser device is configured to measure the thickness of the circuit board to be measured. The server host stores a reference image of the standard circuit board, and the server host is configured to compare the measurement image with the reference image to obtain a plurality of aperture differences. When any aperture difference does not conform to the aperture tolerance, the server host is configured to judge the circuit board to be detected as an unqualified circuit board; and when each aperture difference accords with the aperture tolerance, the server host is configured to judge the circuit board to be detected as a qualified circuit board.

The utility model relates to a positioning device used for a wafer measurement driving mechanism, the positioning device is installed at a positioning station of the wafer measurement driving mechanism, the positioning device comprises a center positioning module, a rotation phase positioning module and a code identification module, the center positioning module comprises two clamping arms and a clamping arm driving assembly, the clamping claws located on the two clamping arms abut against the edge of the wafer respectively, the wafer abutting portions, abutting against the edge of the wafer, of the clamping claws are always located on the circumference with the fixed circle center position and the same radius, the circle center position is located on a rotating shaft of a rotary table module of the wafer measurement driving mechanism in the positioning station state, and the wafer center positioning precision is improved. Meanwhile, the rotating phase positioning module and the code identification module which are arranged above the central positioning module are driven by the same radial driving equipment to move to proper radius positions, and are used for detecting and identifying directional nicks and codes at the edge of the wafer respectively, so that the number of times that the wafer needs to be transferred between different stations is reduced, and the working efficiency is improved. The measurement process is simplified, and the measurement time is saved.

An interferometer (10) is provided for measuring the surface (108) or optical thickness of an optically smoothed test object (122), wherein the interferometer (10) is configured to simultaneously illuminate the optically smoothed test object with multiple object waves (14.1, 14.2, 14.3) having different wavelengths from each other, and to superimpose the object waves (14.1, 14.2, 14.3) deformed by the illuminated test object onto a coherent reference wave on an image capturing device (K), and to decompose the spectrum of the superimposed interferogram into wavelength-specific partial interferograms.

The application discloses a lung nodule growth prediction method based on combination of LSTM and GAN, relates to the technical field of image analysis and processing, and comprises the following steps: collecting multi-time chest CT data, performing labeling and auditing to form a data set; performing pretreatment on the labeled CT data to obtain standardized lung nodule ROIs; segmenting out lung nodule regions by using a three-dimensional image segmentation network to generate three-dimensional segmentation masks; inputting the segmentation masks of multiple time nodes into an LSTM network to extract time sequence feature vectors representing dynamic evolution of the nodule; based on the time sequence feature vectors and random noise, a generator synthesizes predicted lung nodule images at future time points, and a discriminator optimizes model parameters by joint optimization of multiple loss functions; and inputting three-dimensional segmentation masks at the current and historical time points to generate predicted lung nodule images at future time points. The application can effectively improve the situation that the prior art is insufficient in utilization of time sequence information and lacks high-quality generation and inference capability.

The utility model discloses a full -automatic colloidal gold plate determination appearance belongs to the field of experimental medicine, including detection platform. The utility model top of detection platform middle part is provided with the removal groove, and the top of detection platform left side is fixedly connected with the bottom of two limit boards respectively, and the top fixed connection of detection platform near the removal groove has transmission tooth plate, and the top fixed connection of detection platform right side has the interpretation board, and the top fixed connection of detection platform both sides has the support frame, and the bottom fixed connection of support frame left side has the code scanner, and the bottom sliding connection of support frame right side has the sampler. Mix uniform mechanism, be located at the top of detection platform, and mix uniform mechanism includes motor mounting seat fixedly connected in detection platform left side, and the top bolted connection of motor mounting seat has drive motor. The improved gold plate determination appearance, and the storage box rotation can make the internal sample mix uniform, and the subsequent determination is convenient, and a large amount of determination length is saved.