7 results about "Dual Scan" patented technology

This invention discloses a laser engraving system and method for a high-ink-capacity ceramic anilox roller, relating to the field of ceramic roller laser engraving, aiming to solve the problems of limited ink capacity and low production efficiency in existing technologies. The system includes a laser head, a ceramic roller, and a cell observation instrument, and also includes modules for cell image acquisition, test point positioning, engraving control, analysis, and sub-scanning planning. The laser head includes a laser, a high-frequency torque motor, etc. The high-frequency torque motor can drive the movement of a reflector to adjust the laser beam trajectory. The method generates anilox data, positions cells and test points, matches laser power to engrave test points, compares data output strategies, and dynamically adjusts the sub-scanning trajectory before engraving. This invention adopts a dual-scanning trajectory, combined with real-time visual feedback to adaptively control laser power and trajectory, to achieve fine cell engraving, improve ink capacity, ink transfer uniformity, and production efficiency, and avoid ceramic damage.

The invention provides a non-contact on-line measuring device and method for excavator structural members, a double-scanning system cooperation mode is adopted, a tracker and a ball cage scanner are respectively used on two sides of a detection device, the ball cage scanners are installed on a cooperative robot to execute automatic scanning actions, and meanwhile, the robot is driven by the robot to move. The tracker and the robot are both installed on the linear guide rail, displacement operation can be carried out, the scanning and collecting range of the system is expanded, and therefore full scanning work of the large structural part is completed. The two scanning systems scan and collect the structural member from the left side and the right side at the same time, then data are spliced together, a three-dimensional point cloud model of the structural member is obtained, size information is analyzed and extracted, a detection report is generated, communication with a workshop data management system is carried out, and measurement data are integrated and applied.

A dual-scan ion implant system with improved throughput, according to one embodiment of the present invention, comprises: a first loadlock chamber assembly connected to one end of an EFEM; a second loadlock chamber assembly connected to the other end of the EFEM; a single vacuum transfer module (VTM) to which the first loadlock chamber assembly and the second loadlock chamber assembly are connected together; first and second dual-arm vacuum robots disposed inside the vacuum transfer module (VTM); a single process chamber connected to the vacuum transfer module (VTM), in which scanning is performed using an ion beam in a vacuum atmosphere; and first and second scan robots disposed inside the process chamber, wherein wafers are respectively transferred from the EFEM to the first loadlock chamber assembly, the second loadlock chamber assembly, the single vacuum transfer module (VTM), the single process chamber, and the first and second scan robots disposed inside the process chamber via different wafer scan transfer paths that do not overlap with each other, after which the first and second scan robots alternately perform ion beam scanning, and even if either one of the first and second scan robots fails to operate normally, the system is controlled such that the other scan robot continues normal operation.

The invention provides a factory-end prefabricated segment digital information intelligent acquisition system and method based on structured light. The detection device comprises a supporting frame, an XYZ three-axis sliding module moving system, a two-dimensional rotating holder and a structured light camera. According to the supporting frame, the prefabricated duct pieces are arranged in the inner space through surrounding type design, and a stable non-contact scanning environment is formed. The top face of the supporting frame serves as an installation reference face of the XYZ three-axis sliding module moving system. The XYZ three-axis sliding module moving system comprises an X-axis sliding module I, a Y-axis sliding module, a Z-axis sliding module I, a Z-axis sliding module II and an X-axis sliding module II. The X-axis sliding module I and the X-axis sliding module II are arranged on the two sides of the prefabricated pipe piece in parallel and cover the length direction of the prefabricated pipe piece. The Y-axis sliding module stretches across the position between the X-axis sliding module I and the X-axis sliding module II and covers the width direction of the prefabricated pipe piece. The two ends of the Y-axis sliding module are slidably connected to the upper surface of the X-axis sliding module I and the upper surface of the X-axis sliding module II correspondingly. And the Z-axis sliding module I and the Z-axis sliding module II are vertically mounted on the side wall of the Y-axis sliding module. And the tail end of each group of Z-axis is provided with a two-dimensional rotating holder. And a structured light camera is mounted below the two-dimensional rotating holder. The double scanners can synchronously execute different-track scanning through three-axis cooperation in the frame, and are suitable for full-surface acquisition of complex curved surfaces.

This invention proposes a ripple-like image segmentation optimization method driven by edge enhancement and region features. The proposed "ripple mechanism" refers to a modeling strategy that uses edges and regions as structural centers, progressively spreading semantic features through direction perception and structural interaction. This mechanism mainly consists of two parts: a scan enhancement module and a nested state weight key-value network (NSKV). The scan enhancement module includes edge enhancement, region enhancement, and interactive dual scan modules for multi-directional, multi-level modeling of local and structural features. The state weight key-value network is a sequence modeling structure with state preservation capabilities, integrating the memory and attention mechanisms of recursive modeling. This invention can model long-range dependencies and temporal context information while maintaining high computational efficiency, thereby improving overall structure perception and segmentation accuracy.

The scheme provides a three-dimensional hand reconstruction method and device for multi-axis manba space-time joint modeling, comprising: obtaining a sample to be reconstructed; inputting the sample to be reconstructed into a pre-trained three-dimensional hand reconstruction model comprising a feature extraction unit, a space-time feature remodeling unit and a reconstruction unit; and performing three-dimensional hand reconstruction. The scheme adds a learnable space-time position coding to the initial space feature, clearly defines the position relationship of the hand movement time sequence frame and the spatial topological position of the hand vertex, and adopts a manba architecture to build a time axis + space axis double scanning module to realize long-range space-time dependence modeling of the hand with linear computational complexity, and adapt to the real-time reconstruction requirements of high-frequency and fine motion of the hand.

The invention provides a polygon trapezoidal segmentation method and device based on double scanning lines, a medium, a terminal and a program product, and the method comprises the steps: carrying out the sorting of all vertexes of an obtained polygon according to a preset sorting standard, so as to obtain first sorting data and second sorting data; simultaneously emitting a first scanning line and a second scanning line, and respectively traversing vertexes in the first sorting data and the second sorting data according to a preset scanning direction for processing; whether the first processing result and the second processing result meet preset constraint conditions or not is judged, and if the first processing result meets the constraint conditions, the first processing result is selected as an optimal result; and if the second processing result meets the constraint condition, selecting the second processing result as an optimal result. According to the method, the to-be-segmented polygon is subjected to trapezoidal segmentation based on the double scanning lines, and the constraint condition is fused in the segmentation process, so that the segmentation mode meeting the constraint condition is selected, and the actual application requirement is better met.