52 results about "Quadratic element" patented technology

The invention discloses a method of preparing aluminum base board short groove holes. The method of preparing the aluminum base board short groove holes comprises the following steps: due to the fact that multiple relationship range between the length of the groove and the width of the groove is that 1.0 time the width of the groove is smaller than the length of the groove which is smaller than 2.0 times the width of the groove, a plurality of multiple relationships between the length of the groove and the width of the groove, corresponding to different groove holes, are designed. Machined groove holes, after cutting an aluminium sheet, served as a drilling belt to drill, and the offset of the drilling result is measured through quadratic element. According to an acquired measure result, the designed groove hole is compensated in reverse angle to make drilling belt data. Drilling is performed according to the drilling belt data. Targeted on procession drilling belt of the short groove hole, according to the proportional relationship between the length of the groove hole and the width of the groove hole, certain angle is compensated, and therefore the drilled groove hole is prevented from skewing and deforming. And guiding hole drilling hole is not needed, production efficiency and production quality is greatly improved, and production cost is reduced.

The invention discloses a PCB detection method. The method comprises the steps of obtaining a first image corresponding to a PCB based on a first linear array camera; Acquiring a second image corresponding to the PCB based on a second linear array camera; Obtaining a first hole center coordinate of each first drill hole in the PCB based on the first image, and obtaining a second hole center coordinate of each back drill hole in the PCB based on a second image; And based on the first hole center coordinate and the second hole center coordinate, determining the concentricity between the first drill hole and the back drill hole of each hole in the PCB. The invention also discloses a PCB detection device and a computer readable storage medium. The concentricity of the PCB back drilled hole andthe first drilled hole is detected through image recognition, the concentricity of all the back drilled holes and the first drilled hole in the PCB can be detected at the same time through the firstimage and the second image, and the problem that manual quadratic element detection is low in efficiency is solved.

The present invention belongs the glass quality detection field, especially relates to a tempered glass quality automatic detection device. The tempered glass quality automatic detection device comprises a workbench, a flatness and thickness detection mechanism, a quadratic element detection mechanism, a stress detection mechanism, a delivery mechanism and a control mechanism, wherein the flatness and thickness detection mechanism, the quadratic element detection mechanism, the stress detection mechanism, the delivery mechanism and the control mechanism are arranged on the workbench. The flatness and thickness detection mechanism, the quadratic element detection mechanism and the stress detection mechanism are uniformly distributed at the periphery of the delivery mechanism. The flatness and thickness detection mechanism, the quadratic element detection mechanism, the stress detection mechanism and the delivery mechanism are connected with the control mechanism. When the quality of glass is detected through the adoption of the tempered glass quality automatic detection device, workers only dispose the glass to be detected onto the delivery mechanism, the control mechanism is configured to control the transmission of the delivery mechanism, and the glass to be detected is delivered to each detection mechanism along with the delivery mechanism, therefore the quality detection of the glass is completed. According to the invention, the automatic detection is realized, the manual intervention time is decreased, and plenty of labors are saved.

The invention discloses a quadratic element optical measuring device capable of continuously conveying objects to be measured, which can be used for continuously measuring a plurality of conveyed objects to be measured. The quadratic element optical measuring device comprises two image scanners, at least two conveyers, one steering transport mechanism and an image processor. The two image scanners are fixed at positions through which conveying belts of the at least two conveyors pass respectively, and retrieve images respectively along two approximately mutually vertical size directions on each object to be measured. The steering conveying transport mechanism steers the plurality of the objects to be measured respectively, and continuously conveys the objects to be measured between the at least two conveyers. The image processor receives image data of the two image scanners, and synthesizes the image data to obtain a two-dimensional image of each object to be measured so as to execute a geometric dimension measurement, thereby obtaining the effects of reduced cost, high unit time output and accurate measurement.

The invention provides a method for determining the PCB (printed circuit board) inner layer film compensation coefficient. The method comprises the following steps of (1) designing an inner layer film; (2) performing primary measurement on an expansion and shrinkage value in a measuring mode of performing quadratic element measurement on each layer of board of an etched PCB and then calculating the expansion and shrinkage extreme difference; (3) performing secondary measurement on the expansion and shrinkage value in a measuring mode of performing X-RAY measurement on each layer of board of the PCB subjected to board pressing and then calculating the expansion and shrinkage extreme difference; (4) determining the compensation coefficient of each inner layer film according to the obtained expansion and shrinkage extreme difference. The method has the advantages that the inner layer film compensation coefficient is obtained through comparing different expansion and shrinkage data; the PCB lamination expansion and shrinkage can be controlled; the influence on the PCB alignment precision is reduced; the method is practical; the operation is easy; the cost is low; the rejection rate of the multilayer board can be effectively reduced.

The invention discloses a three-dimensional impact-resisting material with a negative poisson ratio characteristic. The material is formed by periodically arranging single cell bodies in the three-dimensional space, wherein each single cell body is formed by connecting a pair of special-shaped quadratic element structures in a mutually orthogonal manner. The single cell bodies are tightly connected with the adjacent cell bodies in the Z direction in a mutually aligned manner through straight rib structures and tightly connected with the adjacent cell bodies through arc rib structures in a mutually parallel and aligned manner. The three-dimensional impact-resisting material with the negative poisson ratio characteristic expands in the X direction and the Y direction when being stretched inthe Z direction and contracts in the X direction and the Y direction when being compressed in the Z direction. The three-dimensional impact-resisting material with the negative poisson ratio characteristic can serve as a buffering material to be applied to structures such as automobile bodies and buffers, and the impact roughness and the anti-pressure capability are greatly improved.

A fast imaging method based on a synthetic analysis deconvolution network includes the steps of performing filter learning using an image library on the synthetic analysis deconvolution network integrated with DN and MRF prior information; in the process of filter training, updating the filter and sparse coefficients by the rotation technique, the semi-secondary separation technique and the iterative reweighted least squares method; on the basis of the trained filter, obtaining an initial image from an undersampled K space, and establishing an image reconstruction model; updating the sparse coefficient and a target image on the reconstruction model by using the rotation technique, the semi-quadratic-element separation technique and the iterative reweighted least squares method; and satisfying a convergence condition to obtain a reconstructed image. The invention improves the accuracy of image reconstruction to a certain extent, and also provides a fast imaging system based on a synthetic analysis deconvolution network using the fast imaging method of the synthetic analysis deconvolution network, which can obtain the reconstructed image with a high accuracy.

The invention discloses a double-dynamic quadratic-element internal robot, which comprises a base, a mechanical arm connected with the movable base, a vertical driving assembly set on the base for driving vertical movement of the mechanical arm, the first horizontal driving assembly and the second horizontal driving assembly fixed to the mechanical arm, and the first manipulator and the second manipulator for sliding connection. The first horizontal driving assembly drives the horizontal movement of the first manipulator, and the second horizontal driving assembly drives the horizontal movement of the second manipulator. The invention relates to a mechanical arm which is provided with two manipulators which are controlled by different driving motors. The two manipulators can move independently and horizontally without interfering with each other, and the mechanical arm and the mechanical arm do not interfere with each other. In addition, the horizontal driving motor is arranged on both sides of the base, so that the structure of the double-dynamic quadratic-element internal robot is more compact and beautiful. At the same time, the tension wheel seat provided on both sides of the horizontal driving motor makes the timing belt to move closer to the main body of the transverse arm to avoid the influence of the timing belt on the base.

The invention relates to a parameter determination device for a cutter of a quadratic element image measurer. The middle part of a fixture base is adjustably connected with a cutter axle center finding and axial positioning mechanism and a sliding block through a connecting groove. The right end of the fixture base is adjustably connected with a pressing stirring mechanism. The sliding block is positioned between the cutter axle center finding and axial positioning mechanism and the pressing stirring mechanism. A locking mechanism is arranged on each of the cutter axle center finding and axial positioning mechanism and the sliding block. A second V-shaped positioning plate is fixedly connected to the front end face of the sliding block, and a first V-shaped positioning plate is fixedly connected to the right end face of the fixture base. The cutter is positioned and centered by the axle center finding and axial positioning mechanism and the V-shaped positioning plates to facilitate the accurate clamping of a product, parameters such as circular runout of the cutter are conveniently measured by the pressing stirring mechanism, the whole tool is unlimited to the parameter measurement of the cutter in a certain specification, and the pressing stirring mechanism is adjusted upwards and downwards to ensure practicability for cutters in different specifications.

The invention discloses a multi-station quadratic element mechanical arm for hardware punching machining. The multi-station quadratic element mechanical arm comprises a material suction air cylinder and an arm body. A plunger rod of the material suction air cylinder is connected with a vacuum suction cup. A material frame jacking oil cylinder is arranged under the vacuum suction cup. A to-be-machined material is placed on the material frame jacking oil cylinder. The arm body is arranged on left-right movement linear guide rails on the two sides. The left-right movement linear guide rails are arranged on a motor box. The left end of the arm body is located under the vacuum suction cup. The left-right movement linear guide rails are connected with a transmission mechanism through an openingand closing movement linear guide rail. The transmission mechanism is connected with an arm left-right movement servo motor. The two sides of the arm body are provided with a clamp A and a clamp B. According to the multi-station quadratic element mechanical arm for hardware punching machining, multi-procedure production can be finished through one-person operation production, the labor cost is reduced, a fault checking and knowing device is arranged, punch automation can be matched, running and producing are uninterrupted, and the production efficiency is greatly improved.

The invention relates to a quadratic element feeding manipulator. The manipulator comprises a vibration feeding disc, a material distributing mechanism, a horizontal sliding driving device and a feeding manipulator, the feeding manipulator comprises a clamping jaw opening driving device, a clamping jaw opening driving plate and a plurality of clamping jaws, a left clamping arm and a right clampingarm of each clamping jaw are arranged in the left-right direction of the horizontal sliding driving device in a sliding opening and closing mode, a plurality of clamping jaw opening driving blocks are arranged on the clamping jaw opening driving plate side by side, and the clamping jaw opening driving blocks are located between the left clamping arms and the right clamping arms. According to theinvention, the vibration feeding disc, the horizontal sliding driving device, the material distributing mechanism and the feeding manipulator are arranged, so a plurality of workpieces can be continuously conveyed; and the multiple clamping jaws of the feeding manipulator can convey the workpieces punched in the previous punching procedure of the punching machine to the next punching procedure forpunching at the same time, so that the punching machine can conduct continuous punching on the multiple workpieces at the same time, the workpiece conveying efficiency is high, the production efficiency is high, and full-automatic continuous high-speed production can be achieved.

The invention discloses an alignment stability process for outer layer film design. The alignment stability process comprises the following steps of performing film manufacturing, alignment circle designing, verification circle designing, positioning hole drawing, film positioning hole forming, circuit board positioning hole forming, and film alignment and alignment detecting, wherein in the step1), the obtained three-dimensional data needs to satisfy dimensional and surface precision condition needed in growth amplification; in growth amplification, a two-dimensional model is subjected to transition and fusion treatment based on partial similarity of three-dimensional lines on a sample; the alignment circles of an alignment circle arrangement structure and verification circles of a verification circle arrangement structure are both linearly arranged; the alignment circles of the alignment circle arrangement structure and verification circles of the verification circle arrangement structure are both positioned on the linear initial positions; and in the step 7), for ensuring film alignment precision, expansion and shrinkage needs to be measured accurately on quadratic element. Theprocess has a simple structure, convenience in manufacturing, and capability of effectively improving film alignment precision and alignment speed and improving use convenience.

The invention relates to the technical field of light painting film processing, in particular to a light painting film splicing method which comprises the following steps: preparing two splicing filmsnamely a first splicing film and a second splicing film, and then preparing a positioning film; brushing glue on the positioning film, utilizing the quadratic element to carry out precise positioningand adjust the relative position between the first splicing film and the positioning film; utilizing the quadratic element to carry out precise positioning and adjust the relative position between the second splicing film and the positioning film; after the inspection is approved, fixing and carrying out glue solution curing on the first splicing film, the second splicing film and the positioningfilm; cutting off the redundant positioning films at the two ends; and finally, utilizing a PET adhesive tape to fit the seam of the first splicing film and the second splicing film. According to thelight painting film splicing method, a reasonable splicing method is adopted to carry out high-precision splicing on the two light painting films, so that the spliced film size is increased, and theprecision can reach +/-60 microns.

The invention belongs to a field of optical detection and especially relates to a stress quadratic element detecting integrated machine capable of performing tempered glass stress detection and quadratic element information detection at the same time. The stress quadratic element detecting integrated machine includes a working table board. The working table board is provided with a stress detection mechanism and a quadratic element detection mechanism. The stress detection mechanism is arranged on the working table board and performs stress detection on a to-be-detected sample. The quadratic element detection mechanism is arranged across the stress detection mechanism and performs quadratic element detection on the to-be-detected sample. Therefore, by utilizing the stress quadratic element detecting integrated machine, stress detection and quadratic element information detection can be performed on the to-be-detected sample at the same time. The manufacture cost is reduced; the floor occupancy is saved; requirements to a detection field are lowered; only one detection worker is needed during a detection process, so that a large amount of man power is saved. Besides, the to-be-detected sample does not need to be moved again and again during the whole detection process, so that risks of damages to the to-be-detected sample are reduced and the detection efficiency is improved. The stress quadratic element detecting integrated machine has a broad market prospect.

The invention discloses a quadratic element imager, and belongs to the field of imager equipment. The quadratic element imager comprises a lens, wherein the lens is arranged on a connection frame; the connection frame is arranged on a stand column; the stand column is arranged on a rotary mechanism; the rotary mechanism is arranged on a bottom plate through a platform deck; a plurality of sliding chutes which are parallel with each other are formed in the bottom plate; moving mechanisms are arranged in the sliding chutes; the moving mechanisms are connected with a transmission mechanism. The quadratic element imager is reasonable in design, is easy to operate, can be moved and adjusted conveniently and rapidly, and has a higher industrial application value; the aims of accurately moving, adjusting and positioning are fulfilled.

The invention relates to a quadratic element virtual gift generation method and device, electronic equipment and a storage medium. The method comprises the following steps: acquiring a to-be-processed image containing a figure; converting the to-be-processed image into a quadratic element figure image; combining the quadratic element character image with a preset character model to obtain a quadratic element character dynamic graph, wherein quadratic element characters in the quadratic element character dynamic graph can execute actions indicated by the character model; and generating a virtual gift comprising the quadratic element character dynamic graph. According to the embodiment, personalized production of the virtual gift is realized.

The invention discloses a multi-machine and multi-engineering automatic stamping production line. Aiming at the technical problems that the casing parts of household appliances need multi-process forming, the labor intensity of workers is high, the safety factor is low, and the production efficiency is low, a multi-process production line that can adapt to the production process requirements is designed. Machine multi-engineering automated stamping production line. The production line includes a feeding assembly, a stamping assembly and a receiving assembly; it is characterized in that the stamping assembly includes 1 open single-point press (3), 3 open double-point presses (4), 1 set of nine engineering Mold, 3 sets of two-dimensional manipulators. Each set of two-dimensional manipulators is respectively arranged between two presses; the open single-point press (3) is connected to the feeding assembly, and one of the open double-point presses (4) is connected to the receiving assembly . The production line has the advantages of less labor, safe operation, high production efficiency and high processing precision, which fully reflects the modern production characteristics of automatic stamping equipment.

The invention discloses a quadratic-element manipulator with a small machine table. The quadratic-element manipulator comprises a base, a lifting assembly arranged on the base, a moving cross arm fixing frame assembly arranged at the top end of the lifting assembly, a moving cross arm assembly arranged on the moving cross arm fixing frame assembly, and a grabbing jaw moving assembly arranged on the moving cross arm assembly, wherein the moving cross arm assembly comprises a moving cross arm drive device arranged on the moving cross arm fixing frame assembly and composed of a motor speed reducer, a cross arm drive wheel connected to the moving cross arm drive device through a transmission connection shaft, and a moving cross arm slidably arranged on the moving cross arm fixing frame; and a cross arm drive belt used cooperatively with the cross arm drive wheel is arranged on the moving cross arm. According to the quadratic-element manipulator disclosed by the invention, the movable distance of a grabbing jaw is greatly increased through the arrangement of the moving cross arm assembly and the grabbing jaw moving assembly which are used cooperatively; and a workpiece can be directly transferred between two stations, and a workpiece transfer link is reduced, so that production efficiency is increased.

The invention relates to an invented feeding buffer device mechanism. The quadratic element mechanical arm feeding-in-place buffer mechanism comprises a transmission shaft (1), the transmission shaft (1) is connected with an eccentric shaft mechanism through a gear set (2), an eccentric shaft (4) of the eccentric shaft mechanism is connected with a clamping mechanism, the clamping mechanism comprises a base and clamps arranged on two sides of the base, a moving seat connected with the eccentric shaft (4) is arranged on one side of the base, and a fixed seat is arranged on the other side of the base. A stop block (7) is arranged at the front end of the moving seat, a limit block (8) corresponding to the stop block (7) is arranged at the front end of the fixed seat, and a clamped material travel distance is prearranged between the stop block (7) and the limit block (8). Through gear transmission and the arrangement of the eccentric mechanism, the moving seat and the fixed seat, a mechanical arm can achieve high-efficiency and high-precision feeding.

The invention discloses an optical quadratic element based profile tolerance measurement method for the spherical surface, and relates to the field of spherical surface contour degree detection of machine tooled parts. The method comprises that S1) all parts are arranged successively, and placed on a projector to project 2D surface contour degree lines successively; S2) an ideal 2D surface contourdegree zone of the parts s drafted, and a head model with a 2D surface contour degree tolerance zone of the parts is made; S3) the ideal 2D surface contour degree zone is overlapped with a measured practical 2D surface contour degree line, namely, the head model is overlapped in the head portion of a measured part; and S4) if the measured practical 2D surface contour degree line within the ideal2D surface contour degree zone is qualified, and otherwise, is unqualified. The method is simple, easy in measurement, and extremely high in practicality and social value.