11 results about "Stereo microscope" patented technology

The present disclosure provides a continuous zoom stereoscopic microscope with an adjustable stereoscopic angle, consisting of a microscope stand, a first eyepiece module, a second eyepiece module, a first objective module, a second objective module, a first Risley prism, a second Risley prism, a first image-rotating prism, a second image-rotating prism, a drive module, a control module and an illumination module. The drive module provides preset drive values for individual liquid lenses in the liquid lens sets according to different magnifications to change the focal lengths of the liquid lenses, thereby changing the effective focal lengths of the objective module and that of the eyepiece module, and finally achieving continuous and fast zooming of the stereoscopic microscope to be adapted to different working scenarios. The control module controls the relative angle between the two wedge-angle prisms in the Risley prism, achieving the continuous adjusting of the stereoscopic angle of the stereoscopic microscope, and then acquiring stereo images with different stereo senses.

The present application relates to a kind of detection methods for the silver paste coverage of plastic package product, comprising the following steps: through high-temperature baking product, the adhesive between chip and cap is softened, then the product is opened by mechanical tool;Stereo microscope is used to take a photo of the chip after opening cap;According to the original product wiring diagram, combined with the photo of chip, the silver paste coverage is preliminarily judged by naked eye;Open AutoCAD software, copy the chip photo to the interface of AutoCAD, and calculate the total area S of chip and the area S1 of the part covered by silver paste, S1 divided by S obtains accurate silver paste coverage Q.The present application can accurately detect the silver paste coverage of product, eliminate the misjudgment of product as unqualified product, reduce the loss of company and waste of resources.

The application discloses a multi-view camera calibration method of a stereomicroscope and related devices, the method comprising: acquiring calibration board images of a calibration board in different poses, the calibration board being constructed by a plurality of regularly arranged grid lines; determining the extension direction of each grid line in the calibration board image; at a plurality of preset positions of the grid lines, acquiring a plurality of gray scale information of a plurality of target regions based on a cross-sectional direction perpendicular to the extension direction; determining the center line of the corresponding grid line according to the plurality of gray scale information; determining the intersection coordinates between any two center lines; and determining the intrinsic and extrinsic parameters of the multi-view camera according to the intersection coordinates. The application improves the accuracy of camera calibration in a microscopic scene.

The invention relates to an innovative lens adapter that enables the acquisition of high-magnification and high-resolution images from a stereo microscope by using a digital SLR (Single-Lens Reflex) camera. The invention particularly relates to a lens adapter that provides high-precision optical transmission between a stereo microscope and digital SLR cameras

The present disclosure relates to aspects of controlling a medical visualisation system with a stereoscopic microscope having a first and a second optical channel. The disclosure describes a controller configured to use different disparity calculation methods at different autofocus stages, for example. Special disparity calculation methods are disclosed. As a result, it is possible to determine a defocus value which is used for focusing. The use of different or specific disparity calculation methods makes it possible to improve the robustness and accuracy of the focusing.

This disclosure relates to aspects of the control of a medical visualization system with a stereoscopic microscope having a first and a second optical channel. The disclosure describes a control system configured to use different disparity calculation methods at various autofocus levels. Specific disparity calculation methods are disclosed. This allows a defocus value to be determined, which is used for focusing. The use of different or specific disparity calculation methods enables an improvement in the robustness and accuracy of the focusing.

1. Name of the product in this design: Fully Automatic Stereoscopic Temperature Controller (DG-SM-UTCS). 2. Purpose of this design: This design is used to maintain or change the sample temperature under stereomicroscope observation conditions to meet the needs of real-time observation, long-term culture and dynamic experiments of temperature-sensitive samples. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

An optical inspection apparatus includes a projection optical system, a digital microscope system, and a calculating unit electrically connected to the projection optical system and the digital microscope system. The projection optical system is configured to obtain an inclined projection image of multiple through hole structures in a substrate. The digital microscope system is configured to obtain a 2D interference image. The calculating unit is electrically connected to the projection optical system and the digital microscope system. The calculating unit is configured to analyze the 2D interference image to obtain a stereoscope image data and to analyze the inclined projection image to obtain multiple parameters of the through hole structures. The optical inspection apparatus can be used to get a feedback in real-time. Multiple through hole structures can be inspected at the same time such that the time required to scan the substrate is reduced.

The utility model discloses a grinding device for machining a CD angle of a ceramic chopper. The grinding device comprises a base, an integrated microscope, a chopper fixing seat, a Z-axis driving device, a rotating main shaft, a grinding needle positioning shaft, a grinding needle chuck and a grinding needle, the chopper fixing seat and the Z-axis driving device are respectively arranged on the base, and the ceramic chopper is clamped on the upper end surface of the chopper fixing seat; the Z-axis driving device is provided with a rotating spindle, a grinding needle positioning shaft is arranged at the lower end of the rotating spindle, a grinding needle chuck is arranged in the grinding needle positioning shaft, the upper end of the grinding needle chuck is connected with a cylinder, and a grinding needle is fixed at the lower end; the integrated microscope is installed on the base and used for observing the relative position between the ceramic chopper and the grinding needle. The grinding device is simple in structure and convenient to operate, the ceramic chopper can be rapidly clamped, the positioning precision of the grinding needle and the inner hole of the chopper is high, and therefore the machining precision and efficiency of the CD angle of the chopper can be improved.

This invention discloses an external fluorescence system and its usage method for a high-magnification stereomicroscope, relating to the field of microscopy technology. It includes a light source module, a light source transmission component, a light source collimation and focusing system, a filter switching module, a multi-dimensional adjustment bracket, and a microscope connection part. One end of the light source transmission component is connected to the light source module, and the other end is connected to the light source collimation and focusing system. The light source collimation and focusing system is used to focus the excitation light emitted by the light source module into a very small light spot. The filter switching module is positioned in the optical path between the light source transmission component and the light source collimation and focusing system. The multi-dimensional adjustment bracket is connected to the light source collimation and focusing system. The light source module uses low-loss liquid fiber transmission, which, in conjunction with the light source collimation and focusing system, compresses the light spot to match the objective lens, effectively compensating for brightness loss. Through the axial fine-tuning of the multi-dimensional adjustment bracket and the light source adjustment device, precise overlap between the external light spot and the original light spot is ensured, improving imaging uniformity.

1. Name of the product in this design: Stereomicroscope. 2. Purpose of this design: To inspect the soldering quality of printed circuit boards. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.