32results about How to "Effective smoothing" patented technology

The invention provides a triangle Bezier curved surface-based method for fairing a STL model of products, which is characterized in that: firstly, adjacent region triangular patch cluster of a triangular patch is inquired; self-adapting clustering of the adjacent region triangular patch cluster is performed according to a normal vector included angle of the trangular patches in the adjacent region triangular patch cluster; self-adpating product STL model simplification is performed; the normal vector and the area of a grid peak topology adjacent region triangular patch in a simplified product STL model are solved; the normal vectors of peaks of the simplifying product STL model are worked out; a cubic triangle Bezier patch is formed according to the peak position and normal vector of triangle patch in the simplified model; the cubic triangle Bezier patch iselevated to a quintic triangle Bezier patch which is faired and spliced; the quintic triangle Bezier patch is scattered evenly to obtain a faired STL model of products; and the fairness disposal of the STL model of the products is realized. Instances prove that the method has high data adaptability and can effectively fairing the STL model of the products.

The invention discloses a PCB board gluing device. The device comprises a gluing mechanism, wherein the gluing mechanism comprises a bracket and a shell, the lower part of the shell is provided with ascraping part, a scraping part cleaning mechanism is also included and set on the mounting frame on the left side of the bracket, and the scraping part cleaning mechanism can clean the glue attachedto the scraper. Therefore, in the process of using the invention in the future, it is ensured that the scraping part can effectively spread the glue liquid attached to the surface of the cylinder, thereby improving the glue application efficiency of the invention.

The invention discloses a PCB board gluing device, comprising a gluing mechanism, the gluing mechanism includes a bracket and a housing, the lower part of the housing is provided with a scraping part, which also includes a cleaning mechanism for the scraping part, and the scraping part is cleaned The mechanism is arranged on the mounting frame on the left side of the bracket, and the cleaning mechanism of the scraping part can clean the glue attached to the scraping part. Therefore, in the process of using the present invention in the future, it can be ensured that the scraping part can clean the glue. The glue attached to the surface of the cylinder is effectively leveled, thereby improving the glue application efficiency of the present invention.

The invention relates to a digital human body three-dimensional reconstruction method based on a Kinect device. The method specifically includes the following steps that firstly, scanning is performed, and surface feature data are obtained; secondly, denoising preprocessing is performed on the surface feature data, and smooth depth information without noise is obtained; thirdly, rigid-body matching and non-rigid-body matching are sequentially performed on the depth information, and a three-dimensional model is obtained. According to the digital human body three-dimensional reconstruction method, the scanning time is short, the scanning process is simple, a hardware device needed in scanning is simple, coordination with other people or instructions learning in advance are not needed in the scanning process, the result geometric accuracy is high, the face structure, the clothes texture structure and the like are quite clear, due to a test, the system stability is high, a one-button mode is adopted in a whole system, a user does not need to set any parameter or change, a final result can be obtained as long as one button is pressed, the operation time is short, and a color map is automatically generated.

The invention discloses a construction method for penetrating a pool by a pipeline. The construction method comprises the following steps: 1, after binding reinforcing steel bars on the pool walls of the pool, carrying out pay-off positioning on the pool wall for the reserved pipeline and embedding the pipeline in the middle of the pool wall along the vertical direction; 2, reinforcing an embedded steel plate and the reinforcing steel bars in the pool walls; 3, setting up cylindrical wood models on both sides of the pool wall with the embedded steel plate; 4, carrying out concrete pouring on the pool wall with the models set up, and reinforcing the pool wall with the embedded steel plate; 5, after the concrete on the pool wall is air dried, dismounting the wood models; 6, cutting a circular hole in the embedded steel plate; 7, enabling the pipeline to penetrate through the circular hole of the embedded steel plate and carrying out sealing treatment; and 8, reinforcing the embedded steel plate sleeved with the pipeline and the pool walls. By using the construction method disclosed in the invention, the technical problem that the water leaks from the pool wall through the gap of the pipeline in the prior art is effectively prevented, and the technical problem that the wall surface penetrated by the pipeline is bad in appearance is solved at the same time.

The invention relates to an automatic accurate processing system for a galvanized steel plate. The automatic accurate processing system comprises a galvanizing work box, the upper end face of the galvanizing work box is of a detachable structure, working grooves are formed in the front side and the rear side of the galvanizing work box, two working auxiliary rollers are arranged in each working groove through a bearing, the two working auxiliary rollers play a role in guiding and assisting movement of the steel plate when the steel plate penetrates through the galvanizing work box, a coating device is arranged on the inner wall of the upper end of the galvanizing work box and a painting device is arranged at the lower end of the galvanizing work box. According to the automatic accurate processing system, the problems that thickness of galvanizing on the surface of the steel plate cannot be effectively controlled when the existing galvanized steel plate is subjected to a galvanization processing procedure, a galvanized layer on the surface of the steel plate is not uniform, repeated detection and processing are required, the galvanized layer on the surface of the steel plate needs secondary treatment, labor intensity is high, and accuracy and working efficiency are low are solved, and intelligent high-precision galvanizing operation of the galvanized steel plate is realized.

The invention provides a triangle Bezier curved surface-based method for fairing a STL model of products, which is characterized in that: firstly, adjacent region triangular patch cluster of a triangular patch is inquired; self-adapting clustering of the adjacent region triangular patch cluster is performed according to a normal vector included angle of the triangular patches in the adjacent region triangular patch cluster; self-adapting product STL model simplification is performed; the normal vector and the area of a grid peak topology adjacent region triangular patch in a simplified product STL model are solved; the normal vectors of peaks of the simplifying product STL model are worked out; a cubic triangle Bezier patch is formed according to the peak position and normal vector of triangle patch in the simplified model; the cubic triangle Bezier patch is elevated to a quintic triangle Bezier patch which is faired and spliced; the quintic triangle Bezier patch is scattered evenly to obtain a faired STL model of products; and the fairness disposal of the STL model of the products is realized. Instances prove that the method has high data adaptability and can effectively fairing the STL model of the products.

The invention relates to a galvanized steel sheet surface treatment process. The galvanized steel sheet surface treatment process comprises the following specific steps of (1) steel sheet uncoiling, wherein a steel sheet is driven to move at constant speed; (2) acid pickling treatment; (3) drying treatment; (4) steel sheet heating; (5) galvanizing machining, wherein the dried steel sheet is subjected to galvanizing machining work through a galvanizing work box under the action of uncoiling equipment, work troughs are arranged on the front side and the rear side of the galvanizing work box, a coating device is arranged on the inner wall of the upper end of the galvanizing work box, and a smearing device is arranged at the lower end of the galvanizing work box; and (6) galvanizing aftertreatment. According to the galvanized steel sheet surface treatment process, the problems that the thickness of steel sheet surface galvanizing cannot be effectively controlled during the galvanizing machining procedures of an existing galvanized steel sheet, the galvanized layer on the surface of the steel sheet is uneven, multiple times of detecting and machining are needed, the galvanized layer onthe surface of the steel sheet needs to be subjected to secondary treatment, the labor intensity is large, the precision is poor, and the work efficiency is low are solved, and the intelligent high-precision galvanizing work function of the galvanized steel sheet can be achieved.

The invention mainly relates to an automatic production line for granite-like marble paint synthesis. The automatic production line comprises a base plate; a support working frame is mounted on the base plate; an adjustment spraying device is mounted between the inner walls of the support working frame; an auxiliary lifting device is mounted on the support working frame, and is connected with a driving device; and the driving device is mounted on the base plate. The automatic production line can solve the difficulties of need of manually controlling a spraying machine to spray raw materials manufactured by artificial-synthesized rock slices in the production process of traditional granite-like marble paint, need of manually controlling the spraying thickness of the raw materials, incapability of guaranteeing the spraying thickness of the raw materials due to manual control of the spraying machine, incapability of guaranteeing the spraying uniformity, long natural airing time of the rawmaterials after spraying, higher influence on the surfaces of the sprayed raw materials by the air speed generated by manual use of drying equipment, need of manually conveying the dried raw materials, high labor intensity and low working efficiency.