32 results about "Contour length" patented technology

An embodiment of the present invention is a method of configuring a production line to mass customize shaped vessels, the method comprising receiving a plurality of consumer or event data, configuring a plurality of vessel forming stations based in part on received plurality of consumer or event data, and shaping a plurality of vessels by indexing the plurality of vessels through the plurality of vessel forming stations.Other embodiments include shaping by contouring length of each of the plurality of vessels, selecting a decoration style to be applied to the plurality of vessels based in part on received plurality of consumer or event data, and configuring a top-forming station based in part on received plurality of consumer or event data.

The invention discloses an indoor fall detection method for old people, and aims to provide a solution for indoor abnormal behavior detection and alarm for old people, and the scheme comprises the following steps of obtaining one frame in video data, and carrying out the preprocessing of noise reduction, contrast enhancement and the like; calculating image direction gradient histogram features, and using an SVM classifier to realize human body detection so as to determine whether a human body is contained or not; tracking a human body area by using a target tracking algorithm under the condition that the image contains the human body; representing a human body feature by tracking an inscribed ellipse in a rectangular area, wherein a central point and a lower vertex of the inscribed ellipserespectively represent the center and feet of a human body trunk, and calculating the acceleration, angle, height difference and residence time of the two feature points to judge whether an old person falls down or not. Compared with a traditional recognition method based on an acceleration sensor or a bone sensor Kinect, the method has the advantages that the installation cost is lower, and therecognition accuracy is higher compared with a traditional judgment method based on the human body contour length-width ratio.

An authenticity discriminable printed matter in which a latent image cannot be visually identified under ordinary visible light but appears upon being irradiated with UV rays. A basic image is formed on a base material. The basic image is made of a latent image portion and latent image peripheral portion. The latent image portion and latent image peripheral portion cannot be visually discriminated, and each of them is formed from a set of dots continuously laid out at a predetermined period. The resolution of the dots of the latent image portion is different from that of the dots of the latent image peripheral portion. The latent image portion and latent image peripheral portion have the same percent dot area per unit area and different dot peripheral lengths (contour lengths) per unit area. The latent image portion and latent image peripheral portion are printed by color fluorescent ink, thus obtaining printed matter.

An embodiment of the present invention is a method of shape forming vessels, the method comprising selecting a pathway to index the vessel across an operation wheel, indexing the vessel, controlling rotational indexing direction of the vessel across selected pathway, and operating on the vessel as the vessel is indexed across the operation wheel along selected pathway.Other embodiment include shaping by contouring length of the vessel, applying decoration to the vessel, wherein the decoration is added at a precise location based in part on reference to the registration spot, and using a controller to select the pathway based in part on desired shape of the vessel.

The invention discloses a target characteristic extraction method, identification method, extraction device and identification system for a synthetic aperture sonar image. The target characteristic extraction method includes the steps of extracting shadow geometrical characteristics which include the target shadow zone area, the perimeter zone contour length, the eccentricity ratio, shape parameters, direction values and the ratio of the largest width of a target to the largest width of a shadow, obtaining a characteristic space formed by the shadow geometrical characteristics, extracting the target normalization central moment, obtaining a characteristic space formed by the target normalization central moment, extracting statistical property parameter difference characteristics of a background, the target and the shadow, obtaining shape parameters and dimension parameters, then obtaining a characteristic space formed based on the statistical property parameter difference characteristics of the background, the target and the shadow, and forming a new characteristic space formed by the three characteristic spaces. According to the target characteristic extraction method and identification method for the synthetic aperture sonar image, an underwater object can be effectively represented, and detection and identification of the synthetic aperture sonar image are facilitated.

The invention discloses an image identification method and device. The method comprises obtaining the gray level image in the characteristic region of paper currency to be detected; performing the binarization processing for the gray level image in the characteristic region to generate a binarization image; calculating the contour length of the binarization image and obtaining the contour coordinates of the binarization image; transforming the contour coordinates to corresponding polar coordinates and judging the currency value of the paper currency to be detected according the shape features corresponding to the polar coordinates. Through the above scheme, the currency value of the paper currency can be effectively identified according to the pattern in the characteristic region of paper currency with cost reduced.

Disclosed are rigid random coils, having a contour length larger than a diameter thereof, an average bending ratio Db of 0.1˜0.8, and a weight average molecular weight of 1×108˜9×108 g / mole, and a resin composition or organic solvent composition including the same. The rigid random coils have the properties intermediate between those of polymers and rigid rod particles, and thus may be used as filler of various resins, aqueous solutions or organic solvents.

Described herein is a method of controlling soil moisture, water accumulation and fertilizer distribution in land. Elevation location data for land areas are extracted from two or more pixels of a topographic image including topographic data. Each pixel represents a land area. Wetness indices for the land areas are determined from the elevation and location data, based on the slope between two or more defined areas of land and an upslope contributing area per unit contour length. At risk defined areas of land, e.g., those at risk of accumulating water are identified based on wetness indices. Water is transported from the at risk defined areas of land to another location. The transporting of water reduces the risk of accumulating water in the at risk defined areas of land and improves crop growth potential in those areas.

The invention discloses a vehicle external contour length and wheelbase measuring apparatus for a vehicle check station. The vehicle external contour length and wheelbase measuring apparatus is characterized in that a track is arranged on one side edge on the ground of a parking area and is parallel to the advancing direction of a vehicle, a moving vehicle is arranged on the track through wheels, which are connected with a transmission mechanism, and the transmission mechanism is connected with a stepping motor which is connected with a controller. A laser range finding scanner is connected on the moving vehicle, the laser range finding scanner and the controller are respectively connected with a first wireless communication module, a storage battery is arranged in the moving vehicle, and the storage battery is respectively connected with a laser range finder, the controller and the first wireless communication module. A charging pile is arranged on the starting end of the track, a fixed charging interface is arranged in the charging pile, and a mobile charging interface aligning with the fixed charging interface is arranged in the moving vehicle. The first wireless communication module is wirelessly connected with a second wireless communication module, and the second wireless communication module is connected to a main machine body. The vehicle external contour length and wheelbase measuring apparatus saves space, and has the advantages of high measurement precision and high efficiency.

The invention provides a droplet jetting 3D printing length dimension prediction method. The method comprises the steps of firstly, carrying out a droppable jetting experiment by adjusting printing technological parameters, guaranteeing that a printing material can be jetted out continuously in a single droplet form to obtain droplets with the expected size and measuring the diameter of the solidified single droplet; secondly, inputting parameters including the droplet jetting frequency, the movement speed and acceleration of nozzles and the height of the nozzles from a printing interface through related printing control software; and finally, substituting the parameters into a calculation model provided by the invention and calculating the contour length dimensions of a current printed layer in real time. The droplet jetting 3D printing length dimension prediction method can provide a prediction model and a reference for droplet jetting 3D printing length control.

In order to solve the problems existing in the prior art, the invention innovatively provides an automatic identification method based on a square tube weld joint position, and the method comprises the steps: image collection equipment collects and stores pictures of the cross section of a square tube; the image processing equipment equally divides the collected pictures into nine blocks, numbersthe nine blocks, and selects at least four pictures containing internal side surfaces to be stored respectively; the image processing equipment respectively obtains the contour length of the welding seam and / or the total contour area of the welding seam in the at least four selected pictures containing the inner side surfaces; determining the number of the picture where the weld joint is located according to the contour length of the weld joint in the picture and / or the total contour area of the weld joint. The invention further provides a device and a system for automatically identifying theposition of the welding seam based on the square tube. The problems that time and labor are wasted and the positioning and rotating efficiency is low when square pipe welding seams are judged manuallyare solved, errors existing in the manual observation and judgment process are avoided, the accuracy of square pipe machining on the numerical control laser pipe cutting machine is improved, the machining efficiency is improved, and the labor cost is reduced.

The invention provides a partition-based method for extracting shadow defects of a single-side incident light guide plate, a Gaussian filter is respectively designed for each area image of that lightguide plate, and the Gaussian filter is respectively carried out on the basis of the Fourier transform, the shadow defect is determined by calculating the shadow area, the shadow contour length and the eccentricity, external interference caused in the imaging process is avoided, and the accuracy of the shadow defects is effectively improved. Moreover, different shadow defects can be filtered by setting shadow area, shadow contour length and eccentricity to meet the quality inspection requirements of different manufacturers and different grades of products, and the adaptability of the algorithmis improved. The invention can automatically divide and detect shadows according to the gray level change of the light guide plate image, can effectively overcome the influence of uneven illumination, illumination change and the like on defect detection, and greatly improves the stability and robustness of the detection algorithm.

The invention relates to a wireless sensor network routing method comprising the steps that multiple forward nodes and aggregation nodes of a current node are acquired; first distance, second distance and third distance are acquired; a contour curve is generated according to the first distance, the second distance and the third distance; the expansion and contraction rate, the contour length and the contour curvature of the contour curve are calculated; internal force parameters based on the expansion and contraction rate and the contour curvature are calculated according to the contour length, and external force parameters based on the network performance parameters between the current node and the forward nodes are acquired; resultant force parameters are calculated according to the internal force parameters and the external force parameters; and the next hop node is determined according to the resultant force parameters. Selection of the next hop node is enabled to be more reasonable, unnecessary energy loss can be avoided, network congestion can be effectively avoided and the network performance is enabled to be better.

A golf ball has a large number of dimples (A to D) on a surface thereof. A surface area occupation ratio Y of the dimples is 0.80 to 0.90. A total volume V of the dimples is 300 mm3 to 700 mm3. A mean volume Va to be a value obtained by dividing the total volume V by a total number N of the dimples is 1.30 mm3 or more. A mean curvature R to be a mean value of a curvature r in the sectional shape of the dimple is 16 mm or more. A mean occupation ratio y to be a value obtained by dividing the surface area occupation ratio Y by the total number N of the dimples is 0.0022 or more. A sum X of a contour length x of the dimple and the surface area occupation ratio Y satisfy a relationship indicated by an expression (I):X≦3882·Y+1495.  (I)

The invention discloses a cloth clamping and aligning device. In order to overcome the defects that a lining and shell fabric are aligned inaccurately, and cloth is not suitable for volume production, according to the technical scheme, a lining clamping structure, a shell fabric clamping structure and a shell fabric closing structure are included; the lining clamping structure comprises a bottom plate for flatly laying the lining and a stabilizing piece for limiting the lining; the shell fabric clamping structure comprises a cover plate; the shell fabric closing structure comprises a driving assembly arranged on the cover plate and a moving assembly for driving the edge of the shell fabric to move; a first contour length is formed by the moving assembly, the moving assembly forms a second contour length after being driven by the driving assembly to move, and the second contour length is smaller than the first contour length, so that the edge of the shell fabric is driven by the moving assembly to be closed to be aligned to the lining. The cloth clamping and aligning device has the advantages that the position of the lining and the position of the shell fabric can be stably fixed, the edge of the shell fabric is evenly closed to be aligned to the lining, and high precision is achieved; the product quality can be effectively improved, time and labor are saved, and manpower cost is reduced.

The invention discloses a foot shape parameter obtaining method based on a grid model and section lines. The method comprises the steps of S1, obtaining a point cloud model of a foot shape and forminginterconnected grids based on point clouds to obtain the grid model; S2, establishing an X-Y-Z local coordinate system of the foot shape based on the grid model; and S3, setting a search window on apreset feature section line to obtain feature points corresponding to a to-be-tested parameter, computing the to-be-tested parameter, computing the Euclidean distance between the feature points of theto-be-tested parameter when the to-be-tested parameter is foot length or foot width, taking a plane in which the feature points corresponding to the to-be-tested parameter are located as a cutting plane based on the X-Y-Z local coordinate system when the to-be-tested parameter is ball girth or instep girth or heel girth, and cutting the grid model to obtain a ball girth section line or an instepgirth section line or a heel girth section line, and then computing contour length of the ball girth section line or the instep girth section line or the heel girth section line. According to the method, the foot shape parameter can be high precisely and automatically extracted.

Systems and methods for presenting nucleic acid molecules for analysis are provided. The nucleic acid molecules have a central portion that is contained within a nanoslit. The nanoslit contains an ionic buffer. The nucleic acid molecule has a contour length that is greater than a nanoslit length of the nanoslit. An ionic strength of the ionic buffer and electrostatic or hydrodynamic properties of the nanoslit and the nucleic acid molecule combining to provide a summed Debye length that is greater than or equal to the smallest physical dimension of the nanoslit.

An embodiment of the present invention is a method of shape forming vessels, the method comprising selecting a pathway to index the vessel across an operation wheel, indexing the vessel, controlling rotational indexing direction of the vessel across selected pathway, and operating on the vessel as the vessel is indexed across the operation wheel along selected pathway.Other embodiment include shaping by contouring length of the vessel, applying decoration to the vessel, wherein the decoration is added at a precise location based in part on reference to the registration spot, and using a controller to select the pathway based in part on desired shape of the vessel.

The invention discloses an automatic pesticide spraying method for agricultural machinery. The pesticide spraying device is arranged on the vehicle: (a) the vehicle advances at a normal speed, and when the front end of the vehicle detects a fruit tree, the vehicle stops running; (b) the image of the fruit tree is collected, Identify the collected images to obtain the shape of the fruit tree outline; obtain the length S of the fruit tree outline and the width L of the fruit tree outline in the direction of vehicle advancement; (c) start the vehicle to advance at the speed V, V=LP / S; (d) when When the vehicle runs until the spraying device is facing one end of the fruit tree, drive the spraying device to move along the contour of the fruit tree at a linear speed P, and start spraying the chemical liquid at the same time; (e) When the vehicle runs until the spraying device leaves the fruit tree area, stop the spraying device After the liquid is sprayed, the vehicle resumes its normal speed and proceeds forward. The invention is used to solve the problem in the prior art that waste is easily caused when the pesticide is sprayed in a vehicle-mounted manner, and realizes the purpose of ensuring that the pesticide is only sprayed in the fruit tree area.

A light-emitting device (10) is provided with: a substrate (11); a light-emitting region including a light-emitting portion (17) formed to contact a first electrode layer (12) and a second electrode layer (14); and plural concave portions (16). The light-emitting portion contacting at least the first electrode layer and the dielectric layer in the concave portion. The light-emitting device further comprises a terminal (anode terminal) (15) formed outside the light-emitting region, and connecting one of the first electrode layer (12) and the second electrode layer (14) having larger sheet resistance to a power supply. In the light-emitting region, the plural concave portions (16) are formed such that the sum, per unit area, of a contour length of the planar shapes of the concave portions (16) on an upper face of the dielectric layer (13) increases from a region near the terminal (15) towards a region far from the terminal (15).

The present application provides a photo processing method and apparatus. The method includes identifying a person in a photo and determining eigenvalues of characteristics of the person, the characteristics including posture, race type, head-to-contour length ratio, head-to-contour length ratio, head-to-contour length ratio, and head-to-contour length ratio; determining the figure type of the person in the photograph according to the characteristic value of the determined person's characteristic; determining the oblique mirror angle according to the figure type; performing oblique mirror processing on the person image in the photograph according to the determined angle, and rotating the processed person image by 180 degrees; the person image rotated 180 degrees being fused into the background of the photograph, and the fused photograph being smoothed naturally. The method can improve the ability of the device to process photographs, as well as the user experience.

The invention discloses a laser radar-based vehicle length measurement method. When the method is used for calculating external contour lengths of vehicles, the detected vehicles do not need to keep constant-speed running, and no deliberate requirements are brought to the running speed, so that the environment adaptability and reliability are high, the vehicle length measurement errors can be greatly decreased, and the recheck frequency can be decreased, thereby shortening the vehicle detection time, lightening the workload of the detectors and improving the detection efficiency.

A light-emitting device (10) is provided with: a substrate (11); a light-emitting region including a light-emitting portion (17) formed to contact a first electrode layer (12) and a second electrode layer (14); and plural concave portions (16). The light-emitting portion contacting at least the first electrode layer and the dielectric layer in the concave portion. The light-emitting device further comprises a terminal (anode terminal) (15) formed outside the light-emitting region, and connecting one of the first electrode layer (12) and the second electrode layer (14) having larger sheet resistance to a power supply. In the light-emitting region, the plural concave portions (16) are formed such that the sum, per unit area, of a contour length of the planar shapes of the concave portions (16) on an upper face of the dielectric layer (13) increases from a region near the terminal (15) towards a region far from the terminal (15).

The invention discloses a zooming mechanism and a photographic device thereof. The zooming mechanism comprises a fixed barrel, a driving barrel and a movable barrel. The fixed barrel is provided with a first groove, and the first groove is provided with a first stop position and a first position. The driving barrel is arranged in the fixed barrel and is provided with a second groove, and the second groove is provided with a second stop position and a second position. The driving barrel is provided with a first guiding convex point, and the first guiding convex point is embedded in the first groove. The movable barrel is arranged in the driving barrel and is provided with a second guiding convex point, and the second guiding convex point is embedded in the second groove. Inclined grooves are positioned from the first stop position and the first position and from the second stop position to the second position. When the driving barrel rotates, the driving barrel is displaced for a first axial distance, the movable barrel is displaced for a second axial distance, and the total displacement of the movable barrel is equal to the sum of the first axial distance and the second axial distance. Accordingly, contour lengths of the fixed barrel, the driving barrel and the movable barrel are equalized, the contour length after lens contraction is reduced, space required for products is reduced, and the photographic device is miniaturized.

The invention relates to a wireless sensor network routing method comprising the steps that multiple forward nodes and aggregation nodes of a current node are acquired; first distance, second distance and third distance are acquired; a contour curve is generated according to the first distance, the second distance and the third distance; the expansion and contraction rate, the contour length and the contour curvature of the contour curve are calculated; internal force parameters based on the expansion and contraction rate and the contour curvature are calculated according to the contour length, and external force parameters based on the network performance parameters between the current node and the forward nodes are acquired; resultant force parameters are calculated according to the internal force parameters and the external force parameters; and the next hop node is determined according to the resultant force parameters. Selection of the next hop node is enabled to be more reasonable, unnecessary energy loss can be avoided, network congestion can be effectively avoided and the network performance is enabled to be better.

Described herein is a method of controlling soil moisture, water accumulation and fertilizer distribution in land. Elevation location data for land areas are extracted from two or more pixels of a topographic image including topographic data. Each pixel represents a land area. Wetness indices for the land areas are determined from the elevation and location data, based on the slope between two or more defined areas of land and an upslope contributing area per unit contour length. At risk defined areas of land, e.g., those at risk of accumulating water are identified based on wetness indices. Water is transported from the at risk defined areas of land to another location. The transporting of water reduces the risk of accumulating water in the at risk defined areas of land and improves crop growth potential in those areas.

The invention discloses a cloth clamping and aligning device. In order to overcome the defects that a lining and shell fabric are aligned inaccurately, and cloth is not suitable for volume production, according to the technical scheme, a lining clamping structure, a shell fabric clamping structure and a shell fabric closing structure are included; the lining clamping structure comprises a bottom plate for flatly laying the lining and a stabilizing piece for limiting the lining; the shell fabric clamping structure comprises a cover plate; the shell fabric closing structure comprises a driving assembly arranged on the cover plate and a moving assembly for driving the edge of the shell fabric to move; a first contour length is formed by the moving assembly, the moving assembly forms a second contour length after being driven by the driving assembly to move, and the second contour length is smaller than the first contour length, so that the edge of the shell fabric is driven by the moving assembly to be closed to be aligned to the lining. The cloth clamping and aligning device has the advantages that the position of the lining and the position of the shell fabric can be stably fixed, the edge of the shell fabric is evenly closed to be aligned to the lining, and high precision is achieved; the product quality can be effectively improved, time and labor are saved, and manpower cost is reduced.

The invention discloses an image identification method and device. The method comprises obtaining the gray level image in the characteristic region of paper currency to be detected; performing the binarization processing for the gray level image in the characteristic region to generate a binarization image; calculating the contour length of the binarization image and obtaining the contour coordinates of the binarization image; transforming the contour coordinates to corresponding polar coordinates and judging the currency value of the paper currency to be detected according the shape features corresponding to the polar coordinates. Through the above scheme, the currency value of the paper currency can be effectively identified according to the pattern in the characteristic region of paper currency with cost reduced.