343 results about "Line element" patented technology

A reactive AGV system includes an AGV vision guidance system which places the camera system and controlled lighting sources between the drive wheels of the AGV to shield from ambient light and provide a constant lighting condition. The AGV guide path includes physical path properties for controlling AGV behavior. Visual Parameters of the guide path such as line thickness, line color, the presence and form of a secondary control line, or the presence of distinct a line elements may all be used as visual input control signals for the AGV. Additionally viewable icons are used for controlling AGV routing. These icons may, preferably, also be human readable to enhance the customer understanding and therefore usage of the system.

Method for forming a novel power grid structure for integrated circuit semiconductor chip devices that exhibits increased electromigration resistance by including diffusion blocking interlevel contacts and employing a regular array of conducting line elements with "phase shift" between adjacent tracks of segmented power busses. The novel grid structure includes a first metal layer including a first set of conducting line segments that are substantially parallel to one another and run in a first direction; a layer of diffusion blocking dielectric insulation above the first layer; a second metal layer including a second set of conducting line segments substantially parallel to each other and running in a second direction orthogonal to the first direction; and, interlevel contact studs disposed substantially vertically through the diffusion blocking dielectric insulation layer for electrically connecting aligned line segments of the first and second sets, wherein each segment of the first and second sets of line segments is limited to a predetermined length by a diffusion blocking boundary.

A system and method is provided for command line administration of project spaces using extensible markup language objects including a data store for storing project data, the data store including a project catalog database and a plurality of objects in project spaces; a command line element for receiving a first user command including an output command and arguments with respect to an object in the data store; a first command processor for executing the first user command against the object in the data store to generate a first extensible markup language file; a second command processor for receiving at least one subsequent user commands, each subsequent user command including an input command, and executing a first subsequent second user command against the first extensible markup language file and the data store to manage the objects in the data store and generate a resultant output extensible markup language file when needed for reentrant processing.

The invention discloses a road condition information generating method based on bus global position system (GPS) tracking data. The method includes that (1) in a bus road network data structure, actual bus stations, station points, route intersection points and intersection nodes are expressed by nodes, each two adjacent nodes that are on the same road and in the same direction are connected through a line section, the line section is defined as a road section for representing a single-direction actual road section, and a driving direction of the road section is used as an associate attribute of the road section; (2) all GPS tracking data of n buses within certain time period T are obtained; (3) all GPS tracking data of the n buses are matched to the bus road network data structure; (4) average speed (img file='DDA0000591646390000011.TIF'wi='42' he='59') of h buses that are matched with the corresponding road section is used as road condition information of the actual road section. According to the road condition information generating method based on the bus GPS tracking data, the whole bus road network data structure is established through point elements and line elements, and road conditions of the road section can be accurately reflected.

The invention relates to a method for designing systematic codes of an irregular low density parity check code and communication system thereof, wherein a semi-random generation method is employed to obtain a base check matrix, then each element of the basis matrix is expanded to a window pane sub-matrix, thus irregular LDPC code check matrix can be obtained, which first conducts pre-transformation to row / line weight distribution pattern when producing the Hb, and a specific matrix whose non-zero row / line element number is greater than 1 to create a systematic code to simplify the encoder arrangement.

The invention discloses a layered network topology visualizing method and system. The method comprises that 101) a browser canvas is divided into a background layer, a link layer, a node layer, a drag layer and a text layer, and the corresponding layers are rendered according to the data types; and 102) during graphical element rendering in the different layers, background, link, node and words in topology data are described and represented as graphical elements of a browser, and corresponding interaction events are registered for the graphical elements via a scripting language. Concretely, in the link layer, according to the relative positions of a source node and an end node of a link, the origin and the terminal of the link are calculated, the link is represented as line elements in a page, and a network link is rendered via lining functions of the line elements on the page; and in the drag layer, a node is dragged and dropped to change the relative position of a topology element, and when the corresponding node is dragged, the drag element and other related elements are redrawn in the layer.

In a process for forming L-shaped sidewall spacers for a conducive line element, such as a gate electrode structure, the sacrificial spacers are formed of a material having a similar etch behavior as the material of the finally obtained L-shaped spacer, thereby improving tool utilization and reducing process complexity compared to conventional processes. In one particular embodiment, a spacer layer stack is provided having a first etch stop layer, a first spacer layer, a second etch stop layer, and a second spacer layer, wherein the first and second spacer layers are comprised of silicon nitride.

In order to produce a line element lead-through that is resistant to fire and flue gas for simple installation into one or more paneled drywalls, whereby the line element lead-through can be used in a matching component opening and is also sealed against fire and flue gas when empty, a line element lead-through is suggested with a molded element closed on at least one side of an elastically deformable intumescent material as a sleeve, especially formed as a truncated cone or a cylinder, with the criterion that the opening cross section of the sleeve corresponds to maximum 60% of the cross section of the component pass-through. Embedded within the molded element is a support structure.

The description relates to an electric system with at least one electric component such as an electric machine and at least one control device for controlling the electric component. The electric system further comprises a cooling device for cooling at least one component part of the at least one electric component or the at least one control device. To achieve an effective and stable cooling of the component part, the cooling device has an air conditioning system with a coolant circuit including an air conditioning compressor, a condenser, an evaporator, and line elements connecting these. The at least one component part to be cooled is arranged in the coolant circuit.

Apparatus (20,120) for forming a heated glass sheet G is disclosed as including a vacuum mold (22,22a,122,122a) having a full surface (24,24a,124,124a) against which a peripheral mold (26,26a,126,126a) presses the glass sheet periphery and with which at least one vacuum reservoir (32,33) is communicated within the interior of the sealed glass sheet periphery to form the glass sheet to the shape of the vacuum mold surface. Valving (38) of a vacuum system (28) is preferably operable to provide the vacuum impulse in two stages with an initial limited extent of vacuum and a subsequent greater extent of vacuum by communication first with one vacuum reservoir (32) and subsequently with another vacuum reservoir (33). Different embodiments of the vacuum mold have the vacuum mold surface facing upwardly and downwardly with convex and concave shapes. Glass sheet shapes including straight line elements such as cylindrical and conical bends as well as shapes including curvatures in transverse directions and inverse curvatures can be effectively provided by this vacuum impulse forming.

The invention relates to a symbolization rendering technology in the GIS field and the digital map drawing field, provides a GPU-based method for drawing a linetype map symbol with a gradually-varied width, and realizes efficient rendering and drawing of gradual varying on width of a linear vector element based on the method. The method comprises the following steps: firstly determining a coordinate sequence of the line element needing to be drawn, initializing maximum and minimum line widths, according to the maximum width, building a line triangulation network subjected to triangularization, and transmitting a U parameter along a line direction and a V parameter vertical to the line direction to each vertex in the triangulation network; according to a map symbol unit needing to be filled, generating a corresponding color structural table, and transmitting the color structural table, a U-V parameter, the maximum line width and the minimum line width into a tinter program; by using Shader language, according to a U-V value on each vertex and the line widths, drawing pixels of the line element one by one based on a specified width gradual-varying function, thus realizing drawing of the vector linetype map symbol with the gradually-varied width.

A laminated balun transformer includes first line elements which are connected in series through a relay terminal, to constitute an unbalanced transmission line. Other line elements each constitute a balanced transmission lines. Strip lines are electromagnetically coupled to constitute a coupler. Similarly, other line elements are electromagnetically coupled to constitute a coupler. A ground terminal is connected to the balanced transmission lines, which are constituted by a pair of the line elements. Meanwhile, a shield terminal is connected to leading portions of shield electrodes. These two terminals are electrically independent of each other.

The illustrative embodiment of the invention is a tunable nanomechanical near-field grating capable of varying the intensity of a diffraction mode of an optical output signal. In accordance with the illustrative embodiment, the tunable nanomechanical near-field grating comprises a first and second sub-grating, each sub-grating having line-elements with width and thickness less than the operating wavelength of light with which the grating interacts. A plurality of lateral apertures is formed by the two sub-gratings, each aperture comprising the space between one line-element of the first sub-grating and at least one line-element of the second sub-grating. One of the first or second sub-gratings is capable of motion such that at least one of aperture width and aperture depth changes, causing a perturbation to the near-field intensity distribution of the tunable nanomechanical near-field grating and a corresponding change to the far-field emission of the tunable nanomechanical near-field grating.

The invention relates to a power transmission line defect detection method and system and electronic equipment. The method comprises the steps of constructing a power transmission line defect detection model based on virtual and real sample integration and transfer learning according to image sample data of power transmission line elements, The method specifically comprises the following steps: step a, constructing a virtual and real integrated virtual sample generation and labeling model, integrating rich ground object information in virtual data and real image data, and fusing the virtual data and the real data; B, constructing a deep learning transfer learning model, and completing model optimization based on transfer learning; And step c, training a deep learning model based on a target detection algorithm, and carrying out abnormity diagnosis on the power transmission line element on the basis of target detection of deep learning. Through deep learning distributed training of massimage samples, the power transmission line defect detection model based on multi-image fusion of visible light, infrared light, ultraviolet light and the like is established, the defect recognition accuracy can be improved, and the inspection working efficiency and quality are improved.

The invention relates to a package (1) for use in a peritoneal dialysis treatment and a method for manufacturing of such a package. The package includes a line set (1), which comprises a first tubular line element (1a), a second tubular line element (1b) and at least one component (2, 5, 7, 4, 8a, b, c) connected to the tubular line elements (1a, b, c). The package comprises organizing means (9) arranged to organize the line set (1) such that no part of the line set (1) extends across another part of the line set (1).

A system and method is provided for command line administration of project spaces using extensible markup language objects including a data store for storing project data, the data store including a project catalog database and a plurality of objects in project spaces; a command line element for receiving a first user command including an output command and arguments with respect to an object in the data store; a first command processor for executing the first user command against the object in the data store to generate a first extensible markup language file; a second command processor for receiving at least one subsequent user commands, each subsequent user command including an input command, and executing a first subsequent second user command against the first extensible markup language file and the data store to manage the objects in the data store and generate a resultant output extensible markup language file when needed for reentrant processing.

The invention relates to a riser pipe section comprising a main tube (2), at least one auxiliary line element (3) substantially parallel to said main tube (2) and at least two fastening means (7, 8) that connect the ends of said element (3) to main tube (2). The section is characterized in that fastening means (7, 8) allow longitudinal stresses to be transmitted from said element (3) to main tube (2) and in that at least one of fastening means (7, 8) allows at least a rotating motion of said element (3) in relation to said main tube (2), the rotating motion following an axis perpendicular to the plane passing through axis (4) of the main tube and through the axis of auxiliary line element (3).

The invention discloses a method for describing a network topology by using SVG, which comprises: using object elements in the SVG to express a network topological graphic and nodes in the network topological graphic, controlling the object elements through JAVASCRIPT, and dynamically controlling the loading and displaying of the topological nodes; using LINE elements of the SVG to connecting lines in the topological nodes to be used for representing the connection relation between the topological nodes, wherein the JAVASCRIPT is used to control and dynamically generate the connecting lines, and the starting points and ending points of the lines can be controlled by setting the attribute values of the LINE elements; and storing data information of the steps in a WEB server. The invention can quickly develop a rich-expression, fast, flexible and powerful-function topological diagram, and compared with the traditional C / S interface development and HTML development, the technology has rich expression during implementation, relatively small development difficulty, short development period, low cost, strong interaction, and strong practicality.

A handwriting authentication and verification method based on single character characterized by that, four traverse line element characteristic is extracted to better reflect the feature of the Chinese characters, then one of the following methods is used to reflect the optical diagnostic character of the difference between different writers, one is to extract the most distinctive feature through direct LDA (linear differentiation analysis) transformation, the other is to first extract the most distinctive feature through direct PCA (principal component analysis) transformation dimensionality reduction, then using LDA transformation to obtain the most distinctive diagnostic character. In accordance with the invention, an Euler's distance classifier is used for categorization authentication.íí

A device used to lay line elements such as electric and / or fluid lines between a stationary housing and a moving housing. The device includes a double pipe structure having an inner pipe member and an outer pipe member. The outer pipe member is attached to the moving housing and rotatably supported by the stationary housing. The inner and outer pipe members are arranged in a generally coaxial relationship and coupled to each other by a coupling member. The line elements, which extend between a holding portion on the stationary housing and a holding portion on the moving housing, are divided into first and second groups, and the first group of line elements is laid to extend through an inner hole of the inner pipe member while the second group of line elements is laid to extend through an annular gap formed between the inner and outer pipe members.

A delay locked loop frequency synthesizer in several embodiments uses a primary delay line element (24) and one or more secondary delay elements (162 . . . 164, 270, 310). In one embodiment, a main delay line (24) is used to coarsely select a frequency output while a secondary delay element (162 . . . 164, 270, 310), either passive or active, is used to increase the resolution of the primary delay line (24). In the passive embodiment, a coarse and fine frequency selection is possible by selecting components from the output taps of the main delay line (24) as a driving signal for the passive secondary delay element (310) to provide the coarse adjustment and selecting an output from the secondary delay element (310) to provide the fine selection.

An antenna apparatus comprise a main antenna line element (22) and a parasitic antenna line element (23) which are located above a conductive plate (21). A feeding terminal (24) is connected to a first end portion (221) of the main antenna line element (23). A second end portion (222) of the main antenna line element (23) comprises an open end. A grounding terminal (25) is connected to a third end portion of the parasitic antenna line element (23). A fourth end portion (232) comprises an open end. The first end portion (221) is close to the third end potion (233) and extend opposite directions. The second end portion (222) extend in the direction perpendicular to the first and the third end portions (221 and 231).

The invention relates to a method for obtaining exterior orientation elements of an aerial photograph. The method comprises the first step of performing ellipsoid correction and projection on a rotation matrix formed by first included angle data obtained in advance to obtain a rotation matrix formed by second included angle data, the second step of obtaining the second included angle data according to the rotation matrix formed by the second included angle data and using the second included angle data as three angle elements of the exterior orientation elements, the third step of obtaining first spatial offset, the fourth step of converting the first spatial offset to second spatial offset through the rotation matrix formed by the second included angle data, the fifth step of obtaining the coordinates of a GPS antenna phase center in a preset national ground survey coordinate system, and the sixth step of converting the coordinates of the GPS antenna phase center in the preset national ground survey coordinate system to the coordinates of a photographing center in the preset national ground survey coordinate system through the second spatial offset and using the coordinates of the photographing center in the preset national ground survey coordinate system as three line elements of the exterior orientation elements. The method is small in error and capable of obtaining the high-precision exterior orientation elements.

An image processing apparatus includes a CPU, and the CPU renders a golf course in a 3-dimension virtual space in conjunction with a GPU. A grid for representing an inclination and undulations of a configuration of the golf course is also rendered. Specifically, a grid line is constructed by a series of grid line elements of plural number. With respect to each of sections of the grid, the number of the grid line elements is changed depending upon an inclination of each section, and rendering is performed as if the grid line itself flows throughout the grid at a constant speed.

In a process for recording into a rewritable recording medium of a non-contact type, when adjacent lines or adjacent overlapping lines are drawn by scanning the medium having a reversible heat sensitive color developing layer on a substrate with laser light and a second line 2 is drawn after a first line 1 is drawn, the time between the start of drawing 1 and the end of drawing 2 and / or the width of the overlapped portion r is controlled as the means for suppressing discoloration of the recorded lines by interference between heat remaining after 1 has been drawn and heat generated while 2 is drawn. When characters, bar codes, solid images or figures are drawn into a rewritable recording medium of the non-contact type by scanning with laser light, excellent readability and visibility of the bar codes can be obtained in recording a plurality of line elements.

An apparatus for clock / voltage scaling includes a device power manager arranged to supply a scalable frequency clock to an interface; a delay-locked loop, supplied by a constant fixed frequency clock and a constant voltage, arranged to generate a unique code depending on process, voltage, and / or temperature; and controlled delay line elements coupled to the delay-locked loop, arranged to generate an appropriate delayed data strobe based on the unique code. A method for a digital phase lock loop high speed bypass mode includes providing a first digital phase lock loop in a first high speed clock domain; providing a second digital phase lock loop in a second clock domain; controlling an output of a first glitchless multiplexer according to preselected settings using a device power manager synchronized locally; and controlling an output of a second glitchless multiplexer using a control logic element of the second digital phase lock loop.

In an image processing method, contour information is extracted on the basis of terminal points and intersections included in a thinned line drawing, the contour information being extracted for each of closed curves and line elements connecting the terminal points and the intersections included in the line drawing, and skeletonized vector data is generated on the basis of the contour information. Start and end terminal points in the skeletonized vector data are determined. Artificial vectors to be inserted between the determined start and end terminal points are generated, and artificial-vector-inserted vector data including the generated artificial vectors is generated. A smoothing process is performed for the artificial-vector-inserted vector data, and then smoothed, non-circumference vector data is generated on the basis of the start and end terminal points. The thinned line drawing is raster-scanned in units of a pixel matrix.